Pittsfield, MA 01201 - Records Collections · Pittsfield, MA . 01201 . June 16, 2017 . Mr. Richard Fisher ( OSRR0 . 7-1 ) U.S. ... dated December 5, 2016. ... memorandum has been

Global Operations Environment Health amp Safety

159 Plastics Avenue Pittsfield MA 01201

June 16 2017

Mr Richard Fisher ( OSRR0 7-1 ) US Environmental Protection Agency Region I EPA New England (MC HBO)

5 Post Office Square - Suite 100

Boston MA 02109-3912

Re GE-PittsfieldHousatonic River Site (the Site) Groundwater Management Areas 1 and 3 (GECD310 and GECD330) -Transmissivity Assessment and Recovery Recommendations

Dear Mr Fisher

On September 30 2016 General Electric Company (GE) submitted to the US Environmental Protection

Agency (EPA) a proposal titled Evaluation of NAPL Recovery Systems - Proposed Activities Groundwater Management Areas 1 and 3 That proposal was approved in a conditional approval letter from the EPA

dated December 5 2016

Enclosed are the findings of the activities described in the documents above including recommendations for future NAPL recovery activities

Please contact me with any questions regarding the information provided herein

Sincerely

~~-lt ~ Matthew Calacone

Senior Project Manager - Environmental Remediation

Enclosure

cc Dean Tagliaferro EPA Timothy Conway EPA Christopher Ferry ASRC Primus Scott Campbell Avatar Michael Gorski MDEP Eva Tor MDEP Jane Rothchild MDEP John Ziegler MDEP Karen Pelto MDEP Nancy E Harper MA AG Robert Leitch USACE Nate Joyner Pittsfield Dept of Community Development Corydon Thurston Executive Director PEDA James Gagnon OReilly Talbot amp Okun

Barbara Landau Noble amp Wickersham Richard Nasman Berkshire Gas Jack Yablonsky Berkshire Gas lshwar Muraka lsh Inc David Langseth Gradient Corporation Steve Karvazy GE Corporate Properties and

Services Operations Roderic McLaren GE James Bieke Sidley Austin James M Nuss LSP Arcadis Public Information Repositories GE Internal Repository

submitted electronically

GE OneEHS

~ ARCADIS I Design amp Consultancy fornatural and built assets

General Electric Company

GROUNDWATER MANAGEMENT AREAS 1 AND 3 TRANSMISSIVITY ASSESSMENT AND RECOVERY RECOMMENDATIONS

GE PittsfieldHousatonic River Site

June 2017

GROUNDWATER MANAGEMENT AREAS 1 AND 3 ndash TRANSMISSIVITY ASSESSMENT AND RECOVERY RECOMMENDATIONS

Prepared for

Pittsfield Massachusetts

Prepared by

Arcadis US Inc

One Lincoln Center

110 West Fayette Street

Suite 300

Syracuse

New York 13202

Tel 315 446 9120

Fax 315 449 0017

Our Ref

ALL10115

June 2017

arcadiscom GGEPRJGE_Pittsfield_GeneralReports and PresentationsGMA1_GMA3 Transmissivity Rpt61617 Final1151711222_GMA1_GMA3 NAPL Tn Assessment_061617docx

GMA 1 AND 3 ndash TRANSMISSIVITY ASSESSMENT AND RECOVERY RECOMMENDATIONS

CONTENTS

1 Introduction 1

11 Background 1

2 Methodology 1

3 NAPL Field Transmissivity 2

31 NAPL Baildown Tests 2

32 LNAPL Manual Skimming Tests 3

33 Field Data Collection and Evaluation 3

331 GMA 1 East Street Area 1 4

332 GMA1 Newell Street Area II 4

333 GMA3 6

4 Conclusions 7

41 Conclusions for GMA1 East Street Area 1 7

42 Conclusions for GMA1 Newell Street Area II 8

43 Conclusions for GMA3 8

5 Recommendations 8

51 Recommendations for GMA1 East Street Area 1 8

52 Recommendations for GMA1 Newell Street Area II 8

53 Recommendations for GMA3 9

6 References 10

TABLES

1 Fluid Level Gauging Summary

2 NAPL Transmissivity Test Summary

3 Constant Discharge Transmissivity Summary

FIGURES

1 Site Location Map

2 GMA-1 ESA 1N-S Transmissivity Results

3 GMA 1 Newell St Transmissivity Results

4 GMA-3 Transmissivity Results

APPENDICES

Appendix A NAPL Physical Properties Laboratory Data

Appendix B NAPL Baildown Test Field Data

Appendix C NAPL Baildown Test API Workbook Output

Appendix D LNAPL Manual Skimming Test Field Data

Appendix E LNAPL Manual Skimming Test Output

1 INTRODUCTION

Arcadis US Inc (Arcadis) has prepared this memorandum on behalf of General Electric Company (GE) at the request of the US Environmental Protection Agency (EPA) to present additional data related to both Light Non-Aqueous Phase Liquid (LNAPL) and Dense Non-Aqueous Phase Liquid (DNAPL) recoverability within portions of GErsquos Pittsfield MA site (Figure 1) In the September 30 2016 proposal to EPA entitled ldquoGE-PittsfieldHousatonic River Site (the ldquoSiterdquo) Evaluation of NAPL Recovery Systems ndash Proposed Activities Groundwater Management Areas 1 and 3rdquo GE presented an evaluation approach involving NAPL transmissivity testing including collecting evaluating and reporting additional transmissivity data to evaluate the effectiveness of automated or manual NAPL recovery for these specified areas This memorandum has been prepared to present the results of the NAPL recovery data collected between January 18 2017 and April 20 2017 and provide recommendations for program modifications

11 Background

Since the onset of NAPL recovery at the Site over 35 years ago GE has continuously monitored assessed upgraded expanded and optimized its NAPL recovery efforts Over this time there has been success in 1) removing NAPL from the Site (to varying degrees based on the recovery system) 2) reducing the overall extent and quantity of mobile NAPL that remains within the Site and 3) maintaining compliance with the applicable Performance Standards established in the October 2000 Consent Decree (CD) For certain recovery systems the NAPL recovery rates have diminished over time to the point where limited NAPL recovery is currently being realized This evaluation was performed in accordance with Technical Attachment H of Appendix E to the CD to assess recovery systems at the Site and propose enhancements or modifications as necessary to meet the long-term goal of maximizing NAPL recovery and eliminating mobile NAPL These NAPL transmissivity results are used to evaluate whether NAPL recovery via hydraulic operations remains a feasible and practical alternative for NAPL mass reduction A NAPL transmissivity of 08 square feet per day (ft2day) is used as the criterion for practical NAPL recoverability (ITRC 2009 MassDEP 2016) Below this value hydraulic recovery will not lead to remedial benefit and is not likely to substantially reduce the overall NAPL mass in the subsurface NAPL transmissivity data was collected at the Site beginning in January 2017 and included the completion of five LNAPL baildown tests six DNAPL baildown tests and three LNAPL manual skimming tests

2 METHODOLOGY

This NAPL recoverability assessment is based on NAPL transmissivity measurements Several methods were applied to estimate LNAPL transmissivity including

LNAPL baildown tests

DNAPL baildown tests

LNAPL manual skimming tests

The following sections describe the specific methodology for each of the lines of evidence used in this NAPL recoverability assessment The methodology for LNAPL transmissivity data collection and analysis

are consistent with the ASTM International (ASTM) Standard Guide for Estimation of LNAPL Transmissivity E2856-13 (ASTM 2013)

While no industry-wide standards or test methods currently exist for DNAPL baildown testing the same principles of LNAPL mobility and recoverability are appropriate to evaluate DNAPL mobility (Nelson and Smith 2016 Nelson 2017) Testing was subject to the same pre-test conditions (eg stability of NAPL thickness and no influence from an active recovery system) and testing methods (eg baildown testing) as those conducted for LNAPL assessment Also the active system operations were suspended prior to the test

3 NAPL FIELD TRANSMISSIVITY

The recoverability of NAPL is influenced by many factors including NAPL saturation in the impacted soil soil permeability and physical properties of the NAPL Transmissivity represents the volumetric rate of NAPL flow through a unit width of porous media per unit time under a unit hydraulic gradient A direct mathematical relationship exists between NAPL transmissivity and the rate of NAPL flow into a well therefore it is an ideal parameter for assessing NAPL recoverability NAPL transmissivity calculations inherently account for the combined effects of aquifer matrix permeability NAPL physical properties and the relative proportion of pore space occupied by NAPL within a specified vertical interval of aquifer material Five NAPL samples from wells representative of site conditions (51-08 51-19 106 N2SC-13I and N2SC-01I) were collected and submitted to PTS Laboratories Inc in Santa Fe Springs California for viscosity density and specific gravity analysis Results of the analysis are provided in Appendix A

31 NAPL Baildown Tests

A NAPL baildown test is initiated by quickly removing accumulated LNAPL from a well The rate of NAPL flow into the well is a function of soil and NAPL properties as well as the magnitude of the initial hydraulic gradient toward the well developed during NAPL removal The baildown test response is influenced by the prevalent fluid levels at the time of testing Baildown tests were performed in areas GMA1 (East Street Area 1 and Newell Street Area II) and GMA3 at the Site to describe the range of NAPL transmissivities under different fluid level conditions In general a minimum stable NAPL thickness of about 05 ft is necessary to perform a baildown test

Baildown tests are analyzed in the American Petroleum Institute (API) LNAPL Transmissivity Workbook API Workbook [API 2012]) and a modified API Workbook for DNAPL (Nelson and Smith 2016 Nelson 2017) using modified versions of the Bouwer and Rice (BampR) (1976) and Cooper and Jacob (CampJ) (1946)Jacob and Lohman (1952) slug test method Each of the available solutions involves different assumptions regarding the response of fluid levels within the well to the removal of NAPL Where possible baildown test data are evaluated using each of the solutions If data are not suitable for analysis using one or more of the methods only results obtained using the applicable analysis methods will be reported

Some baildown tests do not generate data that can be analyzed using the API Workbook This generally occurs when there is limited NAPL thickness at test initiation the NAPL in the well is not in equilibrium with the formation or the NAPL discharge into the well cannot be related to the NAPL drawdown induced during the test In cases where the NAPL discharge trend is difficult to identify transmissivity can be estimated

using the manual skimming evaluation method (Section 32) a constant rate of NAPL discharge to the well derived from test data and an average NAPL drawdown induced during that period of the test

Data analysis options in the API Workbook include a data time cut and drawdown adjustment that can be applied as needed A data time cut is required for nearly every test where early-time hydraulic response data representing filter pack drainage is removed from analysis Initial filter pack drainage does not represent formation drainage and an analysis incorporating these data will lead to erroneous results The drawdown adjustment is only applied if NAPL in the well at the time of test initiation is not in equilibrium with NAPL in the formation resulting in a clear trend of zero NAPL discharge at a non-zero (positive or negative) value for NAPL drawdown The drawdown adjustment is applied to reconcile the calculated drawdown with the observed trend toward zero discharge Further information on the data time cut and drawdown adjustment is provided in the user guide for the API Workbook (API 2012)

32 LNAPL Manual Skimming Tests

LNAPL manual skimming tests involve repeated LNAPL recovery periods and thus may test a larger portion of the LNAPL-impacted formation Transmissivity estimates from manual LNAPL skimming tests are expected to correlate more strongly to results that would be expected for LNAPL recovery system operation

A manual skimming test consists of removing all LNAPL from a well gauging the well as the LNAPL recharges and removing LNAPL again before the NAPL thickness reaches 25 percent of the pre-test LNAPL thickness This process is repeated until the LNAPL removal rate stabilizes In general a minimum stable LNAPL thickness of about 03 ft is necessary to perform a manual skimming test

Analysis of the manual LNAPL skimming test data can be completed using Equation 1 (ASTM 2013)

OI r T Q Equation 1

Qn = measured LNAPL recovery rate cubic feet per day (feet3day)

ROI = radius of influence feet

rw = well radius feet

sn = LNAPL drawdown feet

The radius of influence is difficult to estimate for a manual skimming test however because the term occurs within a logarithmic function in Equation 1 the value is not critical for estimating LNAPL transmissivity For this evaluation the value of the term ldquoln (ROIrw)rdquo was assumed to be 46 per ASTM guidance (ASTM 2013)

33 Field Data Collection and Evaluation

The Massachusetts Department of Environmental Protection (MassDEP) has prepared a document entitled ldquoLight Non-Aqueous Phase Liquids (LNAPL) and the MCP Guidance for Site Assessment and Closurerdquo (MassDEP LNAPL Guidance) for consideration at sites regulated by the Massachusetts Contingency Plan

n n snWhere

Tn = transmissivity ft2day

(MCP) That guidance document provides details and discussion related to the use of transmissivity testing as part of an overall demonstration of LNAPL recoverability including the feasibility of continued system operation Per the September 30 2016 proposal to EPA and consistent with state regulatory guidance LNAPL transmissivity testing and DNAPL transmissivity testing was performed at select locations within GMA 1 and GMA 3 The results of the tests are summarized below

331 GMA 1 East Street Area 1

Transmissivity testing was proposed to be completed at wells 105 106 and ESA1S-45 based on a review of historical gauging data that indicated measurable LNAPL was present at thicknesses greater than 03 feet Initial gauging prior to the event was conducted during which only one well 106 had sufficient LNAPL thickness to perform a LNAPL baildown test Wells 105 and ESA1S-45 had measurable LNAPL thicknesses of 021 and 016 feet respectively during the initial gauging event Over the course of approximately 8-weeks LNAPL thicknesses in those wells did not reach the minimum thickness established to perform a transmissivity test that could be analyzed quantitatively (Table 1) Given the historical recovery volume (Arcadis 2017a) and small vertical interval of measurable LNAPL in each of these wells continued recovery is unlikely to produce a volume that would beneficially reduce LNAPL mass in the subsurface Field data for the LNAPL baildown test at well 106 is included in Appendix B and the API Workbook (API 2012) output data for LNAPL baildown test at 106 are included as Appendix C A summary of results is included on Table 2 and is shown on Figure 2

An LNAPL baildown test was initiated at well 106 in January 2017 Prior to the start of the test fluid level gauging and depth to bottom measurements were collected at which point an obstruction or anomaly was detected at a depth of 966 feet bgs while the well depth is typically measured as approximately 175 feet bgs This anomaly has not been observed previously and the fall 2016 and spring 2017 measurements were able to reach the bottom of the well While initial LNAPL thickness could not be determined because the obstruction was above the NAPL-water interface the depth to the NAPL-air interface (depth to LNAPL) was determined and is assumed to represent equilibrium conditions Fluid level measurements were collected periodically for approximately eight hours at the well LNAPL recharged to about 43 of initial measured thickness by the end of the first test day so periodic gauging for LNAPL thickness over the following eight weeks to evaluate further recharge was conducted While water table fluctuations were observed during this time which are expected LNAPL thickness had not returned to the initial thickness observed as of March 2017 (Table 1) Because of the limited LNAPL recharge the baildown test data were not suitable for evaluation by the standard analytical solutions Instead they were analyzed using Eq 1 and a constant rate of NAPL discharge to the well estimated from test data that likely represents formation drainage and an average NAPL drawdown induced during that period of the test This evaluation indicates a transmissivity of about 001 ft2day well below the criterion of recoverability of 08 ft2day (ITRC 2009 MassDEP 2016)

332 GMA1 Newell Street Area II

DNAPL recoverability testing was proposed to be completed at wells N2SC-1I N2SC-1I(R) N2SC-03I N2SC-03I(R) N2SC-13I and N2SC-14 based on a review of historical gauging data that indicated measurable DNAPL was present at thicknesses greater than 03 feet and at a depth greater than the documented top of sump indicating a hydraulic connection at the time of the test between DNAPL present

in the wells and DNAPL in the surrounding formation Initial gauging was conducted prior to the event during which five of six wells met the thickness and formation connection criteria required to perform a baildown test at the well Baildown tests were completed in January 2017 While on-going gauging was conducted at the area wells for approximately eight weeks following the tests to assess recharge conditions in the well the portion of the tests that were able be evaluated quantitively ranged from approximately four to 28 hours Field data for the DNAPL baildown tests are included in Appendix B and the API Workbook (API 2012) output data for DNAPL baildown tests are included as Appendix C A summary of results is included on Tables 2 and 3 and are shown on Figure 2

Quantitative transmissivity evaluations were completed for four wells N2SC-1I N2SC-1I(R) N2SC-03I(R) and N2SC-14 based on the results of the tests and subsequent gauging At all four wells the tests were analyzed using the API Workbook to determine a transmissivity at the well At three wells a constant NAPL dischargedrawdown analysis was also conducted for a portion of the test where test data likely represents formation drainage

Well N2SC-1I Baildown test results at well N2SC-1I were analyzed using the API Workbook (both BampR and CampJ methods) resulting in estimated transmissivity values above the criterion of recoverability of 08 ft2day The average transmissivity value was 28 ft2day though during the initial purge of DNAPL from the well less than 12 percent of the total DNAPL volume estimated to be present in the casing and filter pack was recovered Most if not all of the recharge observed in the well is likely due to filter pack drainage into the well and is not representative of recoverability from the formation Transmissivity testing at nearby well N2SC-1I(R) which is only several feet away and screened across a similar interval indicated transmissivity values well below the 08 ft2day criteria which is further evidence that calculated recoverability was likely the result of initial filter pack drainage These results indicate DNAPL recovery by hydraulic methods would likely not lead to significant mass removal or remedial benefit

Well N2SC-1I(R) Baildown tests at well N2SC-1I(R) were analyzed using both the API Workbook and a constant NAPL dischargedrawdown analysis resulting in estimated transmissivity values below the criterion of recoverability of 08 ft2day The average transmissivity value was 01 ft2day indicating DNAPL recovery by hydraulic methods would not lead to significant mass removal or remedial benefit

Well N2SC-03I DNAPL was measured in well N2SC-03I at a depth below the bottom of the well screen interval (ie DNAPL was only in the well sump) indicating the DNAPL in the well was not in connection with the mobile NAPL interval in the surrounding formation and that DNAPL was not actively discharging to the well Qualitatively a near-zero transmissivity is assumed for the well during the testing period as no DNAPL recharge to the well was observed These results indicate DNAPL recovery by hydraulic methods would not lead to significant mass removal or remedial benefit

Well N2SC-03I(R) Baildown test results at well N2SC-03I(R) were analyzed using the API Workbook (both BampR and CampJ methods) and through a constant NAPL dischargedrawdown analysis Transmissivities determined at the well include one value above the 08 ft2day criteria and an average transmissivity of 05 ft2day During the initial purge of DNAPL from the well less

than 25 percent of the total DNAPL volume estimated to be present in the casing and filter pack was recovered The recharge observed in the well is likely due to filter pack drainage into the well and is not representative of recoverability from the formation Transmissivity testing at nearby well N2SC-03I which is only several feet away and screened across a similar interval indicated no recharge from the formation following an initial recovery which is further evidence that calculated recoverability for well N2SC-03I(R) was likely the result of initial filter pack drainage These results indicate DNAPL recovery by hydraulic methods would likely not lead to significant mass removal or remedial benefit

Well N2SC-13I Following initial recovery DNAPL was not measured in well N2SC-13I at a depth above the bottom of the well screen interval (ie DNAPL was only in the well sump) indicating the DNAPL in the well was not in connection with the mobile NAPL interval in the surrounding formation and that DNAPL was not actively discharging to the well Qualitatively a near-zero transmissivity is assumed for the well during the testing period as no DNAPL recharge to the well was observed These results indicate DNAPL recovery by hydraulic methods would not lead to significant mass removal or remedial benefit

Well N2SC-14 Gauging data collected from well N2SC-14 following the removal of DNAPL in the well sump indicated measurable DNAPL was present within the well screen interval only once during the initial and subsequent gauging that was conducted periodically for eight weeks following the initiation of the test Where DNAPL recharge is gauged only in the well sump evaluation by the API Workbook is not appropriate and an estimated transmissivity may be derived by utilizing a DNAPL drawdown consistent with the stable thickness in the screened interval and a constant DNAPL discharge determined through a calculation of measured volume of recharge to the well over a given time Late time series data was used to determine DNAPL discharge and DNAPL drawdown this way resulting in a transmissivity of 03 ft2day at the well below the criterion of recoverability of 08 ft2day These results indicate DNAPL recovery by hydraulic methods would not lead to significant mass removal or remedial benefit

333 GMA3

Transmissivity testing was proposed to be completed at 13 wells in the GMA3 area based on a review of historical gauging data that indicated measurable LNAPL was present at thicknesses greater than 03 feet However during the pretest gauging only wells 51-08 51-17 51-19 51-21 59-03R GMA3-12 and GMA3-17 had sufficient LNAPL thickness to perform either a LNAPL baildown or manual skimming test Over the course of approximately 8-weeks LNAPL thicknesses in the six wells without adequate thickness did not reach the minimum thickness established to perform a transmissivity test that could be analyzed quantitatively Field data for the LNAPL baildown tests are included in Appendix B and the API Workbook (API 2012) output data for LNAPL baildown tests are included as Appendix C and manual skimming test input and output data are included as Appendix D and E respectively A summary of results is included on Tables 2 and 3 and are shown on Figure 3

Quantitative transmissivity evaluation was completed for all wells based on the results of the tests and subsequent gauging At two wells 51-08 and 51-19 the tests were analyzed using the BampR and CampJ

methods in the API Workbook to determine a transmissivity at the well (Table 2) Estimated transmissivity values were below the MassDEP and ITRC criterion of recoverability of 08 ft2day

Manual skimming tests were completed at 59-03R GMA3-12 and GMA-17 and analysis of the data was completed using Equation 1 (ASTM 2013) to estimate a transmissivity at each well The tests were completed in January 2017 and ranged in duration from approximately five to nine hours Periodic purging of LNAPL was performed to maintain an LNAPL thickness of less than 25 percent of the initial gauged thickness and only data that met that criteria were used in the analysis LNAPL transmissivity estimates for all three wells are below the criterion of recoverability of 08 ft2day indicating that continued hydraulic operations would not result in beneficial recovery of LNAPL from the subsurface near the wells

Where baildown test data are not suitable for analysis by the Bower amp Rice and Cooper amp Jacob method the data are analyzed using Eq 1 an estimated constant rate of NAPL discharge to the well from test data that best represents formation drainage and an average NAPL drawdown induced during that period of the test Data collected during tests conducted at wells 51-17 and 51-21 were evaluated in this manner The LNAPL transmissivity estimates 004 ft2day and 0002 ft2day respectively are both below the criterion of recoverability of 08 ft2day

4 CONCLUSIONS

Evaluation of the baildown and manual skimming tests indicate NAPL transmissivities were generally below the criterion of recoverability of 08 ft2day (ITRC 2009 MassDEP 2016) with two noted exceptions at wells N2SC-1I(R) and N2SC-03I(R) where only a small percentage of the total casing and filter pack volume was able to be removed at the start of the test likely resulting in initial filter pack drainage

Transmissivity calculations from LNAPL baildown tests LNAPL manual skimming tests and DNAPL baildown tests completed in GMA1 and GMA3 generally indicate that NAPL recovery potential at the Site from these specific systems are negligible NAPL transmissivities are below the criterion of recoverability of 08 ft2day (ITRC 2009) with the exception of well N2SC-01I and N2SC-03I(R) in GMA1 The estimated transmissivities at these two wells likely represent filter pack drainage and little if any of the longer-term potential for NAPL recoverability from the formation At N2SC-03I(R) the NAPL transmissivity estimate for only one of the three analysis methods exceeds the MassDEP and ITRC criterion Additionally tests conducted at or near wells with recovery systems in place indicate that further NAPL recovery will not provide a meaningful benefit for the Site A summary of activities conducted and conclusions reached for each area is included below

41 Conclusions for GMA1 East Street Area 1

Of the three wells proposed for testing only one well (106) met the criterion to be tested The remaining wells had insufficient NAPL present to perform testing suitable for quantitative evaluation of transmissivity

The LNAPL transmissivity estimate for this area is 001 ft2day

42 Conclusions for GMA1 Newell Street Area II

Of the wells proposed for testing all six (N2SC-1I N2SC-1I(R) N2SC-03I N2SC-03I(R) N2SC-13I and N2SC-14) met the criterion to be tested

DNAPL transmissivity estimates for this area ranged from near-zero to 28 ft2day with five of the six estimates below the 08 ft2day MassDEP and ITRC criterion The exceedance to the criteria is likely the result of initial filter pack drainage

43 Conclusions for GMA3

Of the 13 wells proposed for testing in this area only seven wells (51-08 51-17 51-19 51-21 59-03R GMA3-12 and GMA3-17) met the criterion to be tested The remaining wells had insufficient NAPL present to perform testing suitable for quantitative evaluation of transmissivity

LNAPL transmissivity estimates for this area ranged from 0002 ft2day to 04 ft2day

5 RECOMMENDATIONS

Currently in-well NAPL thickness is the criteria by which NAPL recovery at a well is determined to be required In accordance with recently developed standards and guidance endorsed by ITRC ASTM and a number of state agencies including MassDEP it is recommended that NAPL transmissivity data be used to develop a riskbenefit-based approach to NAPL recovery and management at the Site NAPL transmissivity rather than measured NAPL thickness is the most appropriate indicator of the potential for NAPL recovery to provide beneficial reduction in NAPL mass Specific recommendations for changes to the recovery criteria and management program are provided below

51 Recommendations for GMA1 East Street Area 1

Operation of the LNAPL recovery systems in this area should be discontinued because recovery by hydraulic methods in this area is unlikely to beneficially reduce LNAPL in the subsurface

LNAPL recovery by manual bailing should be discontinued at wells where transmissivity is found to be less than 08 ft2day

Fluid level gauging should continue within the well network to monitor LNAPL thickness in wells where it has historically been observed

52 Recommendations for GMA1 Newell Street Area II

Operation of the DNAPL recovery system should be discontinued because DNAPL recovery by hydraulic methods in this area is unlikely to beneficially reduce NAPL in the subsurface

Periodic DNAPL recovery by manual bailing should be continued at wells where transmissivity is found to be greater than 08 ft2day when Site-specific recovery criteria are met

DNAPL recovery by manual bailing should be discontinued at wells where transmissivity is found to be less than 08 ft2day

Fluid level gauging should continue within the well network to monitor DNAPL thickness in wells where it has historically been observed

Table of Proposed Changes to GMA 1

Well ID Existing NAPL Removal Criteria

Proposed Manual NAPL Removal Criteria

East St Area 1 North Caisson Automated - Daily Monthly - Standard Criteria

East St Area 1 South Caisson Automated - Daily Monthly - Standard Criteria

106 Quarterly - Standard Criteria Semi-Annual - Standard Criteria

N2SC-1I Semi-Annual ndash Any recoverable Semi-Annual ndash Any recoverable

N2SC-1I(R) Automated - Daily Monthly - Standard Criteria

N2SC-03I Semi-Annual ndash Any recoverable Annual ndash Standard Criteria

N2SC-13I Annual ndash Standard Criteria Annual ndash Standard Criteria

N2SC-14 Automated - Daily Monthly - Standard Criteria

Note Standard Criteria for manual NAPL removal during monitoring is 025 ft of LNAPL andor 05 ft of DNAPL (Arcadis 2017ab)

53 Recommendations for GMA3

Operation of the LNAPL recovery systems in this area should be discontinued because LNAPL recovery by hydraulic methods in this area is unlikely to beneficially reduce LNAPL in the subsurface

NAPL recovery by manual bailing should be discontinued at wells where transmissivity is found to be less than 08 ft2day

Well ID Existing NAPL Removal Criteria (from GMA 3 Long-Term Monitoring Program)

51-07 Semi-Annual- Standard Criteria Semi-Annual- Standard Criteria

51-08 Weekly ndash Standard Criteria Semi-Annual- Standard Criteria

51-16R Semi-Annual- Standard Criteria Semi-Annual- Standard Criteria

51-21 Automated - Weekly Monthly ndash Standard Criteria

GMA3-10 Weekly ndash Standard Criteria Monthly ndash Standard Criteria

GMA3-12 Weekly ndash Standard Criteria Semi-Annual- Standard Criteria

GMA3-17 Automated - Weekly Monthly ndash Standard Criteria

6 REFERENCES

ASTM 2011 Standard Guide for Estimation of LNAPL Transmissivity ASTM E2856-13 wwwastmorgStandardsE2856htm

Arcadis 2017a Long-Term Monitoring Program Monitoring Event Evaluation Report ndash Fall 2016 Groundwater Management Area 1 (GECD310) GE-PittsfieldHousatonic River Site March 3 2017

Arcadis 2017b Baseline Assessment Final Report and Long-Term Monitoring Program Proposal Groundwater Management Area 3 (GECD330) GE-PittsfieldHousatonic River Site March 15 2017

ITRC 2009b Evaluating LNAPL Remedial Technologies for Achieving Project Goals LNAPL-2 Washington DC Interstate Technology amp Regulatory Council LNAPLs Team wwwitrcweborg

Massachusetts Department of Environmental Protection 2016 Light Nonaqueous Phase Liquids (LNAPL) and the MCP Guidance for Site Assessment and Closure Policy WSC-16-450

Nelson T and J Smith (Arcadis) 2016 DNAPL Baildown Testing and Analysis Tenth International Conference on Remediation of Chlorinated and Recalcitrant Compounds Palm Springs California May 22-26

Nelson T 2017 DNAPL Baildown Testing and Analysis 27th Annual International Conference on Soil Water Energy and Air March 20-23

TABLES

~ ARCADIS I Design amp Consultancy for natural and built assets

Table 1 Fluid Level Gauging Summary - GMA 1 Transmissivity Assessment and Recovery Recommendations Groundwater Management Areas 1 and 3 General Electric Company - Pittsfield Massachusetts

Well Date Depth to water (ft bmp)

Depth to LNAPL (ft bmp)

Depth to DNAPL (ft bmp)

Depth to Bottom (ft bmp)

NAPL Thickness

Date Tested

Transmissivity Test Completed

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

2242017 Standing water - well submerged

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

arcadis-uscomofficedataSyracuse-NYGEPRJGE_Pittsfield_GeneralReports and PresentationsGMA1_GMA3 Transmissivity Rpt 1151711222_Tbl 1 Tn Monitoring Table_ GE Pittsfield_051817 15

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

Insufficient NAPL Thickness for Testing

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

Well Date Depth to water (ft

NAPL Thickness Date Tested

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2142017 under pile of sow --

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

262017 1114 ND -- 1438 ND (Historical Maximum - 20)

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1162017 1336 1265 -- 2232 071 (Historical Maximum - 120)

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

Insufficient NAPL Thickness for Testing- Cont

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

1162017 1129 ND -- -- ND (Historical Maximum - 040)

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Table 2 NAPL Baildown Test Summary Transmissivity Assessment and Recovery Recommendations Groundwater Management Areas 1 and 3 General Electric Company - Pittsfield Massachusetts

Well ID Date Initial NAPL Thickness (ft)

Test Duration (min)

Final NAPL Thickness (ft)

LNAPL Transmissivity Tn (ft2day)

CommentsBouwer amp Rice

Cooper amp Jacob Jacob amp Lohman

Constant Discharge (Eq 1)

Geometric Mean

LNAPL Baildown Tests

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-19 1172017 060 86589 111 0002 0002 NA 0002 Late time series data

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

DNAPL Baildown Tests

N2SC-01I 1202017 352 216 325 32 25 NA 28 Likely filter pack drainage

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-03I 1232017 041 367 022 NA NA NA 0 DNAPL in sump only No recharge to screened

intervalconnection to formation Estimated Tn = 0 ft 2day

N2SC-03IR 1242017 242 319 208 023 090 080 05 Likely filter pack drainage

N2SC-13I 1202017 106 318 053 NA NA NA 0 NWI has not returned above bottom of the screened interval

Estimated Tn = 0 ft2day

N2SC-14 1242017 071 1641 16 024 024 026 02

Notes Tn= LNAPL Transmissivity Kn = LNAPL Hydraulic Conductivity ft= feet min= minute NA= Analysis method not used

Bold = Transmissivity exceeds ITRC recoverability criterion of 08 ft 2day

arcadis-uscomofficedataSyracuse-NYGEPRJGE_Pittsfield_GeneralReports and PresentationsGMA1_GMA3 Transmissivity Rpt 1151711222_Tbl 2 NAPL_Tn_Summary 05192017-Table 2 11

Table 3 Constant Discharge Transmissivity Summary Transmissivity Assessment and Recovery Recommendations Groundwater Management Areas 1 and 3 General Electric Company - Pittsfield Massachusetts

Well Test Date Well Casing Diameter

Borehole Diameter

NAPL Density

Initial NAPL Thickness

Test Start Test End Elapsed Time

DTP Start DTP End LNAPL thickness start

LNAPL thickness end

Volume Recovery

LNAPL Discharge (Qn)

Average NAPL Drawdown

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

arcadis-uscomofficedataSyracuse-NYGEPRJGE_Pittsfield_GeneralReports and PresentationsGMA1_GMA3 Transmissivity Rpt 1151711222_Tbl 3 SS Tn 20170517 DRAFT RXA 11

FIGURES

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LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

RAA 4-EAST STREET AREA 2-SOU1H

RAA 5-EAST STREET AREA 2-NOR1H

RAA 6-EAST STREET AREA 1-NO

RAA 12-L YMAN STR R1H FORMER ox~~itRJA (INCLUDING

RAA 13-NEWELL STREET ARmiddotE~ 1tD E)

RAA 14-NEWELL STREET AREA I

RAA 17-SILVER LAKE AREA

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GMA 1-PLANT SITE 1

GMA 2-FORMER OXBOWS JampK

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GMA 5-FORMER OXBOWS AampC

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soomiddot =~~~==-~ooomiddot

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~ ARCADIS I oesignampConsultancy or natural and built assets

ALL10115X

GENERAL ELECTRIC COMPANY PITTSFIELD MASSACHUSETTS

GROUNDWATER MANAGEMENT AREAS 1 amp 3 TRANSMISSIVITY ASSESSMENT RECOVERY RECOMMENDATIONS

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

Transmissivity (FFday)

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

bull ~~c----------ccccc c c ccc~----_-_ -cccc

------- + bull I ---

ESA1S-45 EAST STREET + ________ -J --- _

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LEGEND

BUILDING

DEMOLISHED BUILDING

MONITORING WELL INCLUDED IN TRANSMISSIVITY ASSESSMENT

EXISTING MONITORING WELL

ACTIVE GROUNDWATER AND NAPL RECOVERY WELLCAISSON

PIEZOMETER

EXTENT OF LNAPL OBSERVED AT ANYTIME BETWEEN JULY 2016 AND DECEMBER 2016

1 MAPPING IS BASED ON AERIAL PHOTOGRAPHS AND PHOTOGRAMMETRIC MAPPING BY LOCKWOOD MAPPING INC - FLOWN IN APRIL 1990 DATA PROVIDED BY GENERAL ELECTRIC COMPANY AND BLASLAND AND BOUCK ENGINEERS PC CONSTRUCTION PLANS

2 NOT ALL PHYSICAL FEATURES SHOWN

3 SITE BOUNDARY IS APPROXIMATE

4 ALL MONITORING WELL LOCATIONS ARE APPROXIMATE

5 PARCEL BOUNDARIES AND PARCEL IDS FROM MASS GIS WEBSITE (http wwwmassgovmgisparcelshtm)

6 GROUNDWATER ELEVATION DATA COLLECTED ON NOVEMBER 9 2012

7 (Ft2day) = SQUARE FEET PER DAY

0 60 1---~--1

GRAPHIC SCALE

120middot I

ARCADIS I DesignampConsultancy I for natural and built assets

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

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ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GENERAL ELECTRIC COMPANY

PITTSFIELD MASSACHUSETTS

GROUNDWATER MANAGEMENT AREAS 1 amp 3 TRANSMISSIVITY

ASSESSMENT RECOVERY RECOMMENDATIONS

GMA-1 ESA1N-S

TRANSMISSIVITY RESULTS

FIGURE

Lmiddot

middot

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middot

-middot

_ _-middot

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---- middot _

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NS-30 +~ + ~ N2SC-17 ~shy--v N2Sc16 + N2SC-02 ~

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--- middot

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1-24-2017 05

NS-9R J f_et

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1-24-2017

Transmissivity (Ft 2doy)

r GMA1-25~

Dote Tronsmissivity (Ft2day)

1-20-2017

Date Transmissivity (Ft2day)

1-25-2017 0 1

o z_ - --n -----

Date Transmissivity (Ft2doy)

~ - middotmiddot-middotmiddot----middot-middotmiddotmiddot-middotmiddotmiddot-middotmiddot

-- ---_ ___

--------middot I bullbullbullbullbullbullbull I

LEGEND PROPERTY LINE

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

EXTENT OF DNAPL OBSERVED AT ANYTIME BETWEEN JULY 2016 AND DECEMBER 2016

1 BASEMAP INFORMATION OBTAINED FROM A FIGURE CREATED BY HILL ENGINEERS ON 11-7-06 AND LAST REVISED ON 1-2-07 ENTITILED AS-BUILT SITE PLAN AT A SCALE OF 1 = 50 DRAMNG FILE NUMBER SRV-1060-001

2 HORIZONTAL COORDINATE SYSTEM IS NAO 27 AND ELEVATIONS ARE NGVD29

3 TRANSMISSIVITY VALUE IS THE HIGHEST OF THREE APPLIED ANALYTICAL METHODOLOGIES

4 -TRANSMISSIVITY EXCEEDS ITRC RECOVERABILITY CRITERION OF 08 Ft2day (ITRC 2009)

50 100

GRAPHIC SCALE

ARCADIS I DesignampConsultancy for natural and built assets

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

GMA-1 NEWELL STTRANSMISSIVITY RESULTS

1-18-2017 002

Date Transmissivity (FFday)

1-25-2017 04

1-26-2017

Transm issivity (FFday)

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

middot middot-middot~

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

~ EXISTING MONITORING WELL CLUSTER

--------1 I middot-------1

NAPL RECOVERY WELL

APPROXIMATE EXTENT OF LNAPL OBSERVED AT ANYTIME BETWEEN JULY 2016 AND DECEMBER 2016

1 FIGURE IS BASED ON PHOTOGRAPHIC MAPPING BY LOCKWOOD MAPPING INC-FLOWN IN APRIL 1990 AND DATA PROVIDED BY GENERAL ELECTRIC COMPANY

3 SITE BOUNDARIES SAMPLE AND BUILDING LOCATIONS ARE APPROXIMATE

0 120 ~

GRAPHIC SCALE

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chilling K

LL1011530003000A

ittsfieldG

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5192017 355 P

20186X

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GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

GMA-3 TRANSMISSIVITY RESULTS

FIGURE

APPENDIX A NAPL Physical Properties Laboratory Data

8100 Secura Way Santa Fe Springs CA 90670

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Daniel Zuck ARCADIS US Inc One Lincoln Center Suite 300 Syracuse NY 13202

Re PTS File No 47060 Physical Properties Data ndash Fluid Properties GE Pittsfield MA ALL 10115

Dear Mr Zuck

Please find enclosed report for Physical Properties analyses conducted upon fluid samples

received from your GE Pittsfield MA ALL 10115 project All analyses were performed by

applicable ASTM EPA or API methodologies The samples are currently in storage and will be

retained for thirty days past completion of testing at no charge Please note that the samples will

be disposed of at that time You may contact me regarding storage disposal or return of the

samples

PTS Laboratories appreciates the opportunity to be of service If you have any questions or

require additional information please give me a call at (562) 347-2502

Sincerely PTS Laboratories Inc

Michael Mark Brady PG Laboratory Director

PTS Laboratories

Project Name GE Pittsfield MA PTS File No 47060

Project Number ALL 10115 Client Arcadis

TEST PROGRAM - 20170208

FLUID ID Date Time Fluid Type

3-Point Viscosity LNAPL

Fluid Cleaning LNAPL

3-Point Viscosity DNAPL

Fluid Cleaning DNAPL Comments

Method ASTM D445 D1481 Proprietary ASTM D445 D1481 Proprietary

Date Received 20170207

51-08 20170118 1040 NAPL X X Collected temp 796degC

106 20170126 1400 NAPL X X Collected temp 97degC

NZSC-13I 20170120 1100 NAPL X X Collected temp 630degC

TOTALS 3 3 2 2

Laboratory Test Program Notes Contaminant identification PCBs TCE Standard TAT for basic analysis is 10-15 business days 3-point viscosity includes viscosity and density at three temperatures (70 100 130degF) Test viscosity and density at collected temperature per COC instructions Temperatures dependent on fluid matrix low temperatures may not be possible Run the 4th viscositydensity measurement at the chilled temperature listed 1 week rush TAT (due 20170215) requested by D ZuckArcadis 20170207 The NZSC samples are the DNAPLs and rush is canceled per D Zuck 20170208 Note All fluid samples are to be returned to project site client to provide FedEx account number for ground shipping No charge for disposal or chlorinated surcharge if samples returned to site MMB 20170208

Rev 10 20140226 CLIENT CONFIDENTIAL Page 2 of 4

PTS Laboratories PTS File No 47060

Client Arcadis

Report Date 021417

VISCOSITY DENSITY and SPECIFIC GRAVITY DATA (METHODOLOGY ASTM D445 ASTM D1481 API RP40)

Project Name GE Pittsfield MA

Project No ALL 10115

SAMPLE MATRIX

TEMPERATURE SPECIFIC DENSITY VISCOSITY

ID degF GRAVITY gcc centistokes centipoise

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

QUALITY CONTROL DATA

Date 021017 021317 021417

FLUID TYPE Cannonreg CVS S3 Cannonreg CVS S3 Cannonreg CVS S3

TEMPERATURE degF 70 70

DENSITY MEASURED 08670 08673

DENSITY PUBLISHED 08666 08666

RPD 005 008

VISCOSITY MEASURED 464 467 477

VISCOSITY PUBLISHED 457 457 457

RPD 165 211 437

CVS Lot 16101 CVS = Certified Viscosity Standard

CHAIN OF CUSTODY amp LABORATORY L Lab Work Order~ ARCADISInfrastructure middotWatermiddot Environmem middot Bu1d1nqs ANALYSIS REQUEST FORM Page_ of Q (7-00-S-

KeysContact amp Company Name 1elephone Preservative -- 111 Preservation Key Container Information Key

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REMARKS

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Special InstructionsComments

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Laboratory Information and Receipt Relinquished By lteCeived By Relinquished By Laboratory Received By

Printed NamePrinted Name Printed Name

LabNrrs Lah ~c Cooler Custody Seal () Prir~ RobQ1r+ f2cgtci u

A- _--L Signature SignatureSignature1llntact D Not IntactD Cooler packed with ice()

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20730826 CofC AR Form 01122007 Distribution WHITELaldegoratory returns with results

APPENDIX B NAPL Baildown Test Field Data

LNAPL BAILDOWN TEST LOG Enter Data Here in Yellow Cells LNAPL Baildown Test Standard Operating Procedures

Site Name GE Pittsfield Test Well ID 51‐08 Date and Time In 1182017 940 Date and Time Out 1182017 Personnel LGTJB Weather Cloudy 33 deg F

Well Construction Details Ground Surface Elevation (feet amsl) Screen Slot Diameter (inches) 2 Top of Casing Elevation (feet amsl) Screen Slot Size (inches) Total Well Depth (feet) 1464 Filter Pack Type Depth to Top of Screen (feet) 475 Depth to Bottom of Screen (feet) 1475 Well Casing Diameter (inches) 2 Borehole Diameter (inches) 575

LNAPL Properties LNAPL Specific Yield Sy 0175 LNAPL Density Ratio r 0903

Initial Test Conditions Static Depth to LNAPL (feet) 1131 Test Date 011817 Static Depth to Water (feet) 1278 Start Time 104655 LNAPL Thickness (feet) 147 Initial LNAPL Volume in Well (gallons) 0240

LNAPL Removal Information LNAPL Removal MethodEquipment Peristaltic Pump LNAPL Removal Begins 104100 Volume of LNAPL Removed (gallons) 020 Time LNAPL Removal is Completed 104400 Volume of Groundwater Removed (gallons) 0 Time to Remove LNAPL (minutes) 300

Bailddown Test Data

Date Time

(HHMMSS) Elapsed Time (minutes)

Depth to LNAPL (feet) Depth to Water (feet) LNAPL Thickness (feet)

011817 104100 AM ‐300 1134 1258 124 011817 104400 AM 000 000 011817 104555 AM 192 1145 1155 010 011817 104655 AM 292 1143 1158 015 011817 104755 AM 392 1144 1160 016 011817 104855 AM 492 1143 1161 018 011817 104955 AM 592 1143 1163 020 011817 105055 AM 692 1143 1165 022 011817 105155 AM 792 1144 1166 022 011817 105255 AM 892 1143 1166 023 011817 105355 AM 992 1143 1168 025 011817 105455 AM 1092 1142 1169 027 011817 105555 AM 1192 1142 1170 028 011817 105655 AM 1292 1142 1171 029 011817 105755 AM 1392 1142 1171 029 011817 105955 AM 1592 1142 1174 032 011817 110155 AM 1792 1143 1175 032 011817 110355 AM 1992 1142 1177 035 011817 110555 AM 2192 1142 1178 036 011817 110755 AM 2392 1141 1180 039 011817 110955 AM 2592 1141 1181 040 011817 111155 AM 2792 1141 1184 043 011817 111355 AM 2992 1141 1185 044 011817 111555 AM 3192 1141 1186 045 011817 111755 AM 3392 1140 1188 048 011817 111955 AM 3592 1140 1189 049 011817 112455 AM 4092 1140 1190 050 011817 112955 AM 4592 1140 1197 057 011817 113455 AM 5092 1140 1200 060 011817 113955 AM 5592 1140 1201 061 011817 114455 AM 6092 1140 1203 063 011817 114955 AM 6592 1140 1206 066 011817 120455 PM 8092 1140 1212 072 011817 120955 PM 8592 1139 1213 074 011817 121455 PM 9092 1139 1215 076 011817 121955 PM 9592 1139 1217 078 011817 122955 PM 10592 1138 1220 082 011817 123955 PM 11592 1138 1222 084 011817 124955 PM 12592 1137 1223 086 011817 10955 PM 14592 1137 1224 087 011817 12955 PM 16592 1137 1228 091 011817 14955 PM 18592 1136 1230 094 011817 21955 PM 21592 1136 1235 099 011817 24955 PM 24592 1135 1240 105 011817 31955 PM 27592 1135 1243 108 011817 34955 PM 30592 1135 1245 110 011817 41955 PM 33592 1134 1250 116 011917 41200 PM 176800 1133 1255 122 012017 74500 AM 270100 1133 1251 118 020617 120000 PM 2743600 1131 1278 147 021417 120000 PM 3895600 1138 1289 151 022417 120000 PM 5335600 1124 1272 148 030117 120000 PM 6055600 1083 1236 153 032017 120000 PM 8791600 1108 1256 148

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Initial Fluid LevelsRemoval starts Test Starts

Site Name GE Pittsfield Test Well ID 51‐17 Date and Time In 1262017 000 Date and Time Out 1262017 Personnel Jeff Brayer Weather 29 Deg F ‐32 deg F

LNAPL Removal Information LNAPL Removal MethodEquipment peristaltic LNAPL Removal Begins 94700 Volume of LNAPL Removed (gallons) 018 Time LNAPL Removal is Completed 95000 Volume of Groundwater Removed (gallons) 005 Time to Remove LNAPL (minutes) 300

Bailddown Test Data

Date Time

012617 94700 AM ‐300 1043 1145 102 012617 95000 AM 000 1056 1056 000 012617 95100 AM 100 1053 1052 ‐001 012617 95200 AM 200 1053 1053 000 012617 95300 AM 300 1053 1053 000 012617 95400 AM 400 1053 1053 000 012617 95500 AM 500 1053 1053 000 012617 95600 AM 600 1053 1053 000 012617 95700 AM 700 1053 1053 000 012617 95800 AM 800 1053 1053 000 012617 95900 AM 900 1053 1053 000 012617 100000 AM 1000 1053 1053 000 012617 100200 AM 1200 1053 1053 000 012617 100400 AM 1400 1053 1054 001 012617 100600 AM 1600 1053 1054 001 012617 100800 AM 1800 1053 1054 001 012617 101000 AM 2000 1053 1054 001 012617 101500 AM 2500 1053 1054 001 012617 102000 AM 3000 1053 1054 001 012617 102500 AM 3500 1053 1054 001 012617 103000 AM 4000 1053 1054 001 012617 104000 AM 5000 1053 1054 001 012617 105000 AM 6000 1053 1055 002 012617 110000 AM 7000 1053 1055 002 012617 111000 AM 8000 1053 1056 003 012617 112000 AM 9000 1053 1056 003 012617 113000 AM 10000 1053 1056 003 012617 120000 PM 13000 1053 1057 004 012617 123000 PM 16000 1052 1057 005 012617 10000 PM 19000 1052 1057 005 012617 13000 PM 22000 1052 1057 005 012617 20000 PM 25000 1052 1057 005 012617 23000 PM 28000 1052 1057 005 012617 30000 PM 31000 1052 1058 006 012617 40000 PM 37000 1052 1059 007 012617 50000 PM 43000 1052 1059 007 012717 124500 PM 161500 105 1065 015 020617 120000 PM 1597000 1055 1177 122 021417 120000 PM 2749000 1055 1181 126 022417 120000 PM 4189000 104 1167 127 030117 120000 PM 4909000 997 1128 131 032017 120000 PM 7645000 1032 116 128

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Site Name GE Pittsfield Test Well ID 51‐19 Date and Time In 1192017 000 Date and Time Out 1192017 Personnel Levia Terrell Weather Cloudy 37 deg F

Bailddown Test Data

Date Time

011917 84800 AM ‐300 1085 1145 060 011917 85100 AM 000 000 011917 85200 AM 100 1097 1098 001 011917 85300 AM 200 1089 1092 003 011917 85400 AM 300 1089 1092 003 011917 85500 AM 400 1088 1092 004 011917 85600 AM 500 1088 1092 004 011917 85700 AM 600 1088 1092 004 011917 85800 AM 700 1088 1091 003 011917 85900 AM 800 1088 1091 003 011917 90000 AM 900 1088 1092 004 011917 90100 AM 1000 1088 1092 004 011917 90300 AM 1200 1088 1093 005 011917 90500 AM 1400 1088 1092 004 011917 90700 AM 1600 1088 1092 004 011917 90900 AM 1800 1088 1092 004 011917 91100 AM 2000 1088 1092 004 011917 91600 AM 2500 1088 1092 004 011917 92100 AM 3000 1088 1092 004 011917 92600 AM 3500 1088 1093 005 011917 93100 AM 4000 1088 1093 005 011917 93600 AM 4500 1088 1094 006 011917 94100 AM 5000 1088 1094 006 011917 94600 AM 5500 1088 1094 006 011917 95600 AM 6500 1088 1095 007 011917 100600 AM 7500 1088 1095 007 011917 101600 AM 8500 1088 1095 007 011917 102600 AM 9500 1088 1095 007 011917 103600 AM 10500 1088 1096 008 011917 110600 AM 13500 1087 1096 009 011917 113600 AM 16500 1087 1097 010 011917 120600 PM 19500 1087 1099 012 011917 123600 PM 22500 1087 1100 013 011917 10600 PM 25500 1087 1101 014 011917 13600 PM 28500 1087 1102 015 011917 20600 PM 31500 1087 1104 017 011917 30600 PM 37500 1086 1106 020 011917 40600 PM 43500 1086 1108 022 012017 74000 AM 136900 1084 1135 051 012017 32000 PM 182900 1082 1140 058 020617 120000 PM 2610900 1088 1185 097 022417 120000 PM 5202900 1076 1154 078 030117 120000 PM 5922900 1031 1108 077 032017 120000 PM 8658900 1067 1178 111

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Site Name GE Pittsfield Test Well ID 51‐21 Date and Time In 382017 1023 Date and Time Out 382017 Personnel PR Weather Cloudy 41 deg F

Well Construction Details Ground Surface Elevation (feet amsl) Screen Slot Diameter (inches) Top of Casing Elevation (feet amsl) Screen Slot Size (inches) Total Well Depth (feet) 287 Filter Pack Type Depth to Top of Screen (feet) Depth to Bottom of Screen (feet) 287 Well Casing Diameter (inches) 4 Borehole Diameter (inches) 875

Bailddown Test Data

Date Time

030817 102300 AM ‐600 1477 1563 086 030817 102900 AM 000 000 030817 103000 AM 100 1492 1500 008 030817 103100 AM 200 1487 1499 012 030817 103200 AM 300 1486 1498 012 030817 103300 AM 400 1485 1501 016 030817 103400 AM 500 1484 1501 017 030817 103500 AM 600 1484 1501 017 030817 103600 AM 700 1484 1501 017 030817 103700 AM 800 1483 1500 017 030817 103800 AM 900 1483 1499 016 030817 103900 AM 1000 1483 1499 016 030817 104000 AM 1100 1483 1500 017 030817 104100 AM 1200 1483 1501 018 030817 104200 AM 1300 1483 1500 017 030817 104300 AM 1400 1483 1499 016 030817 104400 AM 1500 1483 1500 017 030817 104500 AM 1600 1483 1501 018 030817 104600 AM 1700 1483 1501 018 030817 104700 AM 1800 1483 1501 018 030817 104800 AM 1900 1483 1501 018 030817 104900 AM 2000 1483 1501 018 030817 105000 AM 2100 1483 1501 018 030817 105200 AM 2300 1483 1501 018 030817 105400 AM 2500 1483 1502 019 030817 105600 AM 2700 1484 1502 018 030817 105800 AM 2900 1484 1503 019 030817 110000 AM 3100 1484 1504 020 030817 110500 AM 3600 1483 1502 019 030817 111000 AM 4100 1482 1502 020 030817 111500 AM 4600 1482 1502 020 030817 112000 AM 5100 1482 1502 020 030817 112500 AM 5600 1482 1502 020 030817 113000 AM 6100 1482 1501 019 030817 114500 AM 7600 1482 1502 020 030817 120000 PM 9100 1482 1502 020 030817 121500 PM 10600 1482 1501 019 030817 123000 PM 12100 1481 1501 020 030817 10000 PM 15100 1482 1502 020 030817 13000 PM 18100 1481 1502 021 030817 23000 PM 24100 1481 1502 021 030817 33000 PM 30100 1481 1503 022 030817 43000 PM 36100 1481 1504 023 030817 53000 PM 42100 1481 1508 027 030817 63000 PM 48100 1481 1509 028 032017 120000 PM 1737100 1502 1542 040

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Site Name GE Pittsfield Test Well ID 106 Date and Time In 1262017 000 Date and Time Out 1262017 Personnel Levia Terrell Weather Cloudy 33 deg F

Bailddown Test Data

Date Time

012617 84100 AM ‐400 779 967 188 012617 84500 AM 000 000 012617 84600 AM 100 958 ‐958 012617 84700 AM 200 950 ‐950 012617 84800 AM 300 941 ‐941 012617 84900 AM 400 932 ‐932 012617 85000 AM 500 925 ‐925 012617 85100 AM 600 921 ‐921 012617 85200 AM 700 911 ‐911 012617 85300 AM 800 905 ‐905 012617 85400 AM 900 899 ‐899 012617 85500 AM 1000 894 ‐894 012617 85600 AM 1100 888 ‐888 012617 85700 AM 1200 881 ‐881 012617 85800 AM 1300 876 ‐876 012617 85900 AM 1400 871 ‐871 012617 90000 AM 1500 865 ‐865 012617 90100 AM 1600 859 ‐859 012617 90200 AM 1700 854 ‐854 012617 90300 AM 1800 848 ‐848 012617 90400 AM 1900 841 ‐841 012617 90500 AM 2000 835 ‐835 012617 90600 AM 2100 829 844 015 012617 90700 AM 2200 825 845 020 012617 90800 AM 2300 822 825 003 012617 90900 AM 2400 819 822 003 012617 91000 AM 2500 815 835 020 012617 91200 AM 2700 810 832 022 012617 91400 AM 2900 801 824 023 012617 91600 AM 3100 795 822 027 012617 91800 AM 3300 795 816 021 012617 92000 AM 3500 787 812 025 012617 92200 AM 3700 784 796 012 012617 92400 AM 3900 780 810 030 012617 92600 AM 4100 779 801 022 012617 92800 AM 4300 776 805 029 012617 93000 AM 4500 775 805 030 012617 93500 AM 5000 771 802 031 012617 94000 AM 5500 770 800 030 012617 94500 AM 6000 768 801 033 012617 95000 AM 6500 767 801 034 012617 95500 AM 7000 766 801 035 012617 100000 AM 7500 767 801 034 012617 101500 AM 9000 766 802 036 012617 110000 AM 13500 765 802 037 012617 113000 AM 16500 765 801 036 012617 120000 PM 19500 764 800 036 012617 123000 PM 22500 762 800 038 012617 10000 PM 25500 761 799 038 012617 13000 PM 28500 761 797 036 012617 20000 PM 31500 762 799 037 012617 23000 PM 34500 764 801 037 012617 30000 PM 37500 765 801 036 012617 33000 PM 40500 765 803 038 012617 40000 PM 43500 765 804 039 012617 43000 PM 46500 765 805 040 012617 50000 PM 49500 766 806 040 012717 114500 AM 162000 770 814 044 020617 120000 PM 1603500 783 864 081 021517 120000 PM 2899500 776 841 065 022417 120000 PM 4195500 712 752 040 030117 120000 PM 4915500 677 737 060 032217 120000 PM 7939500 727 76 033

Observations

DNAPL BAILDOWN TEST LOG Enter Data Here in Yellow Cells DNAPL Baildown Test Standard Operating Procedures

Site Name GE Pittsfield Test Well ID N2SC‐01I Date and Time In 1202017 000 Date and Time Out 1202017 Personnel Jeff Brayer Weather Cloudy 42 deg F

DNAPL Properties DNAPL Specific Yield Sy 0175 DNAPL Density Ratio r 1181

Initial Test Conditions Static Depth to DNAPL (feet) 3683 Test Date 051415 Static Depth to Water (feet) 1148 Start Time 105400 DNAPL Thickness (feet) 352 Initial DNAPL Volume in Well (gallons) 0574

DNAPL Removal Information DNAPL Removal MethodEquipment Bailer DNAPL Removal Begins 101600 Volume of DNAPL Removed (gallons) 053 Time DNAPL Removal is Completed 104100 Volume of Groundwater Removed (gallons) 058 Time to Remove DNAPL (minutes) 2500

Bailddown Test Data

Date Time

Depth to DNAPL (feet)

Depth to Water (feet) DNAPL Thickness (feet)

012017 103900 AM ‐1500 3683 1148 352 012017 105400 AM 800 012017 105500 AM 900 4012 1152 023 012017 105600 AM 1000 4008 1149 027 012017 105700 AM 1100 4003 1147 032 012017 105800 AM 1200 3999 1149 036 012017 110100 AM 1500 3998 1149 037 012017 110200 AM 1600 3997 1147 038 012017 110300 AM 1700 3995 1147 040 012017 110400 AM 1800 3994 1147 041 012017 110500 AM 1900 3991 1147 044 012017 110700 AM 2100 3990 1147 045 012017 110900 AM 2300 3989 1147 046 012017 111100 AM 2500 3988 1147 047 012017 111300 AM 2700 3979 1147 056 012017 111500 AM 2900 3975 1147 060 012017 111700 AM 3100 3973 1147 062 012017 111900 AM 3300 3973 1147 062 012017 112100 AM 3500 3968 1147 067 012017 112300 AM 3700 3963 1147 072 012017 112500 AM 3900 3961 1147 074 012017 112700 AM 4100 3959 1147 076 012017 112900 AM 4300 3954 1147 081 012017 113100 AM 4500 3952 1147 083 012017 113600 AM 5000 3941 1147 094 012017 114100 AM 5500 3932 1147 103 012017 114600 AM 6000 3922 1147 113 012017 115100 AM 6500 3915 1147 120 012017 121000 PM 8400 3888 1147 147 012017 122500 PM 9900 3866 1147 169 012017 124000 PM 11400 3846 1147 189 012017 11000 PM 14400 3788 1147 247 012017 14000 PM 17400 3760 1147 275 012017 21000 PM 20400 3731 1147 304 012017 24000 PM 23400 3710 1147 325 012717 91500 AM 998900 3684 1149 351

000 4035

Site Name GE Pittsfield Test Well ID N2SC‐01IR Date and Time In 1252017 000 Date and Time Out 1252017 Personnel Levia Terrell Weather Cloudy 32 Deg F

Bailddown Test Data

Date Time

012517 104300 AM ‐1500 4134 1498 126 012517 105800 AM 800 012517 110000 AM 1000 4200 1500 060 012517 110100 AM 1100 4184 1498 076 012517 110200 AM 1200 4183 1498 077 012517 110300 AM 1300 4181 1498 079 012517 110400 AM 1400 4180 1498 080 012517 110500 AM 1500 4180 1498 080 012517 110600 AM 1600 4180 1498 080 012517 110700 AM 1700 4180 1498 080 012517 110800 AM 1800 4180 1498 080 012517 110900 AM 1900 4179 1498 081 012517 111000 AM 2000 4180 1498 080 012517 111200 AM 2200 4179 1498 081 012517 111400 AM 2400 4179 1498 081 012517 111600 AM 2600 4179 1498 081 012517 111800 AM 2800 4179 1498 081 012517 112000 AM 3000 4179 1498 081 012517 112500 AM 3500 4179 1498 081 012517 113000 AM 4000 4179 1498 081 012517 113500 AM 4500 4179 1498 081 012517 114000 AM 5000 4179 1498 081 012517 115000 AM 6000 4179 1498 081 012517 120000 PM 7000 4179 1498 081 012517 121000 PM 8000 4179 1498 081 012517 122000 PM 9000 4179 1498 081 012517 123000 PM 10000 4179 1498 081 012517 10000 PM 13000 4178 1498 082 012517 13000 PM 16000 4178 1498 082 012517 20000 PM 19000 4178 1498 082 012517 23000 PM 22000 4177 1498 083 012517 30000 PM 25000 4177 1498 083 012517 33000 PM 28000 4177 1498 083 012517 40000 PM 31000 4177 1498 083 012517 43000 PM 34000 4177 1498 083 012517 50000 PM 37000 4177 1498 083 012717 84500 AM 275500 4173 1497 087

Site Name GE Pittsfield Test Well ID N2SC‐03I Date and Time In 1232017 000 Date and Time Out 1232017 Personnel LeviaTerrell Weather Cloudy 32 Deg F

Bailddown Test Data

Date Time

012317 102800 AM ‐500 3734 1002 041 012317 103300 AM 800 012317 103600 AM 1100 3760 1013 015 012317 103900 AM 1400 3758 1014 017 012317 104000 AM 1500 3757 1012 018 012317 104100 AM 1600 3756 1012 019 012317 104300 AM 1800 3757 1010 018 012317 104500 AM 2000 3756 1010 019 012317 104700 AM 2200 3755 1009 020 012317 104800 AM 2300 3755 1007 020 012317 104900 AM 2400 3755 1006 020 012317 105200 AM 2700 3755 1005 020 012317 105400 AM 2900 3755 1004 020 012317 105600 AM 3100 3755 1004 020 012317 105800 AM 3300 3755 1003 020 012317 110000 AM 3500 3755 1002 020 012317 110200 AM 3700 3755 1002 020 012317 110400 AM 3900 3755 1002 020 012317 110600 AM 4100 3754 1002 021 012317 110800 AM 4300 3754 1002 021 012317 111000 AM 4500 3754 1002 021 012317 111500 AM 5000 3754 1002 021 012317 112000 AM 5500 3753 1002 022 012317 112500 AM 6000 3753 1002 022 012317 113000 AM 6500 3754 1002 021 012317 114000 AM 7500 3753 1002 022 012317 121000 PM 10500 3753 1002 022 012317 124000 PM 13500 3753 1002 022 012317 11000 PM 16500 3753 1002 022 012317 14000 PM 19500 3753 1002 022 012317 21000 PM 22500 3753 1002 022 012317 24000 PM 25500 3753 1002 022 012317 31000 PM 28500 3753 1002 022 012317 34000 PM 31500 3753 1002 022 012317 41000 PM 34500 3753 1002 022 012317 44000 PM 37500 3753 1002 022 012717 104500 AM 578000 3756 1000 019

Site Name GE Pittsfield Test Well ID N2SC‐03IR Date and Time In 1242017 000 Date and Time Out 1242017 Personnel Levia Terrell Weather nSleetSnowFreezing r

Well Construction Details Ground Surface Elevation (feet amsl) Screen Slot Diameter (inches) Top of Casing Elevation (feet amsl) Screen Slot Size (inches) 6 Total Well Depth (feet) 4095 Filter Pack Type Depth to Top of Screen (feet) 3036 Depth to Bottom of Screen (feet) 4036 Well Casing Diameter (inches) 6 Borehole Diameter (inches) 9

Bailddown Test Data

Date Time

012417 100400 AM ‐1500 3853 1314 242 012417 101900 AM 800 012417 102100 AM 1000 3925 1315 170 012417 102300 AM 1200 3895 1314 200 012417 102400 AM 1300 3894 1314 201 012417 102500 AM 1400 3912 1314 183 012417 102600 AM 1500 3895 1314 200 012417 102900 AM 1800 3901 1314 194 012417 103000 AM 1900 3895 1314 200 012417 103200 AM 2100 3892 1314 203 012417 103300 AM 2200 3891 1314 204 012417 103400 AM 2300 3892 1314 203 012417 103500 AM 2400 3891 1314 204 012417 103600 AM 2500 3891 1314 204 012417 103800 AM 2700 3891 1314 204 012417 104000 AM 2900 3891 1314 204 012417 104500 AM 3400 3890 1314 205 012417 105000 AM 3900 3891 1314 204 012417 105500 AM 4400 3890 1314 205 012417 110000 AM 4900 3891 1314 204 012417 110500 AM 5400 3891 1314 204 012417 111000 AM 5900 3891 1314 204 012417 111500 AM 6400 3889 1314 206 012417 113000 AM 7900 3889 1314 206 012417 120000 PM 10900 3888 1314 207 012417 123000 PM 13900 3888 1314 207 012417 10000 PM 16900 3888 1314 207 012417 13000 PM 19900 3887 1314 208 012417 20000 PM 22900 3887 1314 208 012417 23000 PM 25900 3886 1314 209 012417 30000 PM 28900 3887 1314 208 012417 33000 PM 31900 3887 1314 208 012517 125500 PM 160400 3895 1314 200 012717 101500 AM 432400 3892 1314 203 020717 120000 PM 2026900 3908 1438 187 021517 120000 PM 3178900 3911 1406 184 022417 120000 PM 4474900 3911 1343 184 030117 120000 PM 5194900 3912 1262 183 032117 120000 PM 8074900 3912 1378 183

Site Name GE Pittsfield Test Well ID N2SC‐13I Date and Time In 1202017 830 Date and Time Out 1202017 Personnel Levia Terrell Weather Cloudy

Well Construction Details Ground Surface Elevation (feet amsl) Screen Slot Diameter (inches) Top of Casing Elevation (feet amsl) Screen Slot Size (inches) Total Well Depth (feet) 3964 Filter Pack Type Depth to Top of Screen (feet) 2873 Depth to Bottom of Screen (feet) 3873 Well Casing Diameter (inches) 4 Borehole Diameter (inches)

Bailddown Test Data

Date Time

012017 92500 AM ‐1500 3858 978 106 012017 94000 AM 800 012017 94100 AM 900 3925 999 039 012017 94200 AM 1000 3919 997 045 012017 94300 AM 1100 3919 990 045 012017 94500 AM 1300 3919 985 045 012017 94800 AM 1600 3918 046 012017 95200 AM 2000 3915 978 049 012017 95400 AM 2200 3916 981 048 012017 95600 AM 2400 3915 981 049 012017 95900 AM 2700 3915 979 049 012017 100000 AM 2800 3914 980 050 012017 100200 AM 3000 3913 980 051 012017 100500 AM 3300 3912 980 052 012017 100700 AM 3500 3912 980 052 012017 100900 AM 3700 3911 980 053 012017 101000 AM 3800 3912 980 052 012017 101500 AM 4300 3912 981 052 012017 102000 AM 4800 3910 978 054 012017 102500 AM 5300 3911 978 053 012017 103000 AM 5800 3911 978 053 012017 103500 AM 6300 3910 978 054 012017 104000 AM 6800 3910 978 054 012017 105000 AM 7800 3911 978 053 012017 110000 AM 8800 3911 978 053 012017 111000 AM 9800 3910 978 054 012017 113000 AM 11800 3910 978 054 012017 115000 AM 13800 3910 978 054 012017 121000 PM 15800 3912 978 052 012017 123000 PM 17800 3911 977 053 012017 125000 PM 19800 3911 977 053 012017 12000 PM 22800 3911 977 053 012017 15000 PM 25800 3911 977 053 012017 22000 PM 28800 3911 977 053 012017 25000 PM 31800 3911 977 053 012717 104800 AM 2311600 3910 977 054

Site Name GE Pittsfield Test Well ID N2SC‐14 Date and Time In 1242017 000 Date and Time Out 1242017 Personnel Jeff Brayer Weather Rain Frz Rain Snow

Bailddown Test Data

Date Time

012417 94700 AM ‐1500 3835 1389 189 012417 100200 AM 800 012417 100300 AM 900 3953 1389 071 012417 100400 AM 1000 3952 1389 072 012417 100500 AM 1100 3950 1389 074 012417 100600 AM 1200 3950 1389 074 012417 100700 AM 1300 3952 1389 072 012417 100800 AM 1400 3952 1389 072 012417 100900 AM 1500 3952 1389 072 012417 101000 AM 1600 3951 1389 073 012417 101100 AM 1700 3951 1389 073 012417 101200 AM 1800 3951 1389 073 012417 101300 AM 1900 3951 1389 073 012417 101500 AM 2100 3951 1389 073 012417 101700 AM 2300 3951 1389 073 012417 101900 AM 2500 3951 1389 073 012417 102100 AM 2700 3951 1389 073 012417 102300 AM 2900 3951 1389 073 012417 102500 AM 3100 3951 1389 073 012417 103000 AM 3600 3950 1389 074 012417 112000 AM 8600 3955 1389 069 012417 112500 AM 9100 3948 1389 076 012417 113000 AM 9600 3948 1389 076 012417 120000 PM 12600 3946 1389 078 012417 123000 PM 15600 3945 1389 079 012417 10000 PM 18600 3943 1389 081 012417 13000 PM 21600 3944 1389 080 012417 20000 PM 24600 3944 1389 080 012417 23000 PM 27600 3943 1389 081 012417 30000 PM 30600 3942 1389 082 012417 33000 PM 33600 3942 1389 082 012417 40000 PM 36600 3940 1389 084 012417 43000 PM 39600 3938 1389 086 012417 50000 PM 42600 3936 1389 088 012517 11500 PM 164100 3910 1389 114 012717 111500 AM 440100 3864 1387 160 020717 120000 PM 2028600 3886 1484 138 021517 120000 PM 3180600 3878 1478 146 022417 120000 PM 4476600 3865 1413 159 030117 120000 PM 5196600 3872 1332 152 032117 120000 PM 8076600 3882 1458 142

APPENDIX C NAPL Baildown Test API Workbook Output

1 ~ - - t ---middot---- ---------- -~ -~-- - f --middot middot---- ---------- _ - - -- T

~ bull bull bull - --middot --middot

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

LNAPL Discharge (feet3day)

LNAPL Drawdown ‐ Discharge Relation

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Well Screen Initial DTP Initial DTW

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

Abbreviations DTP = depth to product

DTW = depth to water

LNAPL = light nonaqueous phase liquid

T = LNAPL transmissivity

1 ~ - - t ---middot---- ---------- -~ -~-- - f --middot ----- ---------- _ bull bull bull -

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Measured LNAPL Volume (gallons)

Cooper and Jacob

T=003 feet2day

DTP = depth to product

~ - - -bull bull bull - --middot --middot

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

~11---- ~i ---middot middot--i - ------ - ) ---- ---middot middot-- ------- - i-

bull bull bull --- -----

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

- - - T - _ - - T - - bull ~~ bull bull bull bull bull ---- - T - -~ -_

-I ~ -- T

~ T --- -----~---- --- bull-T--middot--~ ~ - ---- - -- - -- - - 1- -- - - - - bull bull bull -

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

- - - - - - - T - bull ~~ bull bull bull bull bull ---- T -~ ---- r -

I -- T

T -- -----~---- --- bull-T--middot--~ ~ - ---- - -- - -- - - 1- -- - - -- bull bull bull -

---_ -_ 4 - - - _

I -bull -- _ IAT - -- - _ ----~ - I I I I I I I I I I

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bull bull bull bull bull bull bull bull

bull bull bull -I~ -bullbull

bullbull -

- bull middot~ bull ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

- ~ - -_ bull -- - ~ _ _ --middot- - I I I I I I I I I I

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull - --middot --middot ~ -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

APPENDIX D LNAPL Manual Skimming Test Field Data

LNAPL MANUAL SKIMMING LOG Enter Data Here

Site Name GE Pittsfield Test Well ID 59-03R

Date and Time In 1252017 000 Date and Time Out 1252017 000

Personnel Jeff Brayer Weather

Well Construction Details Ground Surface Elevation (feet amsl) Screen Slot Size (inches)

Top of Casing Elevation (feet amsl) screen materialtype PVC

Total Well Depth (feet bgs) 1703 Filter Pack Type

Depth to Top of Screen (feet bgs) 719 Depth to Bottom of Screen (feet bgs) 1719

Well Casing Diameter (inches) 2 Borehole Diameter (inches) 763

Initial Test Conditions Static Depth to LNAPL (feet) 1192 LNAPL Thickness (feet) 046 Static Depth to Water (feet) 1238 Initial LNAPL Volume in Well (gallons) 008

LNAPL Removal Information LNAPL Removal MethodEquipment Peristaltic Pump

Volume of LNAPL Removed (gallons) 020

Volume of Groundwater Removed (gallons) 070

000026417

Date Time (HHMMSS)

Elapsed Time (min)

Pump (OnOff) Depth to LNAPL (feet)

Depth to Water (feet)

Corrected Depth to Water

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Cummulative LNAPL Volume

Removed (gallons)

Cummulative Water Volume

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

046 -- Pretest static fluid levels

012517 113400 AM 200 off 1199 1199 start test

012517 113500 AM 300 off 1196 1200 004 9 012517 113800 AM 600 off 1196 1202 006 13 012517 113900 AM 700 off 1195 1203 008 17 012517 114000 AM 800 off 1195 1204 009 20 012517 114100 AM 900 ON 1195 1204 009 20 012517 114500 AM 1300 off 1197 1199 002 4 012517 114600 AM 1400 off 1195 1198 003 7 012517 114700 AM 1500 off 1196 1199 003 7 012517 114800 AM 1600 off 1196 1199 003 7 012517 115300 AM 2100 off 1195 1203 008 17 012517 115400 AM 2200 off 1195 1205 010 22 012517 115600 AM 2400 off 1195 1206 011 24 012517 115900 AM 2700 ON 1195 1207 012 26 012517 120000 PM 2800 off 1196 1198 002 4 50000 013

012517 120100 PM 2900 off 1195 1198 003 7 012517 120500 PM 3300 off 1196 1202 000 0 012517 120800 PM 3600 off 1195 1203 000 0 012517 121200 PM 4000 off 1195 1205 010 22 012517 121600 PM 4400 off 1194 1207 013 28 012517 121900 PM 4700 ON 1194 1207 013 28 012517 122200 PM 5000 off 1195 1195 000 0 012517 122400 PM 5200 off 1195 1196 001 2 012517 123900 PM 6700 off 1195 1201 006 13 012517 124800 PM 7600 off 1195 1203 008 17 012517 125800 PM 8600 off 1194 1207 013 28 012517 10100 PM 8900 ON 1195 1207 012 26 012517 10200 PM 9000 off 1195 1195 000 0 012517 10300 PM 9100 off 1195 1196 001 2 012517 10400 PM 9200 off 1195 1197 002 4 012517 12400 PM 11200 off 1195 1202 007 15 012517 14300 PM 13100 off 1195 1207 012 26 012517 14500 PM 13300 ON 1195 1207 012 26 012517 14700 PM 13500 off 1195 1196 001 2 012517 20400 PM 15200 off 1196 1202 006 13 012517 20700 PM 15500 off 1196 1200 004 9 012517 21100 PM 15900 off 1196 1201 005 11 012517 22100 PM 16900 off 1196 1202 006 13 012517 23600 PM 18400 off 1196 1203 007 15 012517 25600 PM 20400 off 1195 1204 009 20 012517 31600 PM 22400 off 1195 1204 009 20 012517 33600 PM 24400 off 1195 1205 010 22 012517 35600 PM 26400 off 1195 1206 011 24 012517 41600 PM 28400 off 1195 1206 011 24 012517 42600 PM 29400 off 1195 1206 011 24 012517 44200 PM 31000 off 1195 1206 011 24 75000 020 070

Personnel LGTPR Weather

Depth to Top of Screen (feet bgs) Depth to Bottom of Screen (feet bgs) 2101

Well Casing Diameter (inches) 4 Borehole Diameter (inches) 85 Approximate

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

031317 103800 AM 800 off 1174 1175 001 5 031317 104000 AM 1000 off 1174 1175 001 5 031317 104200 AM 1200 off 1174 1176 002 10 031317 104400 AM 1400 off 1174 1176 002 10 031317 104600 AM 1600 off 1174 1176 002 10 031317 104800 AM 1800 off 1174 1176 002 10 031317 105000 AM 2000 off 1174 1176 002 10 031317 105200 AM 2200 off 1174 1176 002 10 031317 105400 AM 2400 off 1174 1177 003 15 031317 105600 AM 2600 off 1174 1177 003 15 031317 105800 AM 2800 off 1174 1177 003 15 031317 110000 AM 3000 off 1174 1177 003 15 031317 110200 AM 3200 off 1174 1177 003 15 031317 110400 AM 3400 off 1174 1177 003 15 031317 110600 AM 3600 off 1174 1177 003 15 031317 110800 AM 3800 off 1174 1177 003 15 031317 111000 AM 4000 off 1174 1177 003 15 031317 111200 AM 4200 off 1174 1177 003 15 031317 111400 AM 4400 off 1174 1177 003 15 031317 111600 AM 4600 off 1174 1177 003 15 031317 111800 AM 4800 off 1174 1177 003 15 031317 112000 AM 5000 off 1174 1177 003 15 031317 112200 AM 5200 off 1174 1177 003 15 031317 112400 AM 5400 off 1174 1177 003 15 031317 112600 AM 5600 off 1174 1177 003 15 031317 112800 AM 5800 off 1174 1177 003 15 031317 113000 AM 6000 off 1174 1177 003 15 031317 113500 AM 6500 off 1174 1177 003 15 031317 114000 AM 7000 off 1174 1177 003 15 031317 114500 AM 7500 off 1174 1177 003 15 031317 115000 AM 8000 off 1174 1177 003 15 031317 115500 AM 8500 off 1174 1177 003 15 031317 120000 PM 9000 off 1174 1177 003 15 031317 120500 PM 9500 off 1174 1177 003 15 031317 121000 PM 10000 off 1174 1177 003 15 031317 121500 PM 10500 off 1174 1177 003 15 031317 122000 PM 11000 off 1174 1177 003 15 031317 122500 PM 11500 off 1174 1178 004 20 031317 123000 PM 12000 off 1174 1178 004 20 031317 123500 PM 12500 ON 1173 1178 005 25 031317 124600 PM 13600 off 1172 1173 001 5 031317 125000 PM 14000 off 1173 1174 001 5 031317 125500 PM 14500 off 1173 1174 001 5 031317 10000 PM 15000 off 1172 1174 002 10 031317 11000 PM 16000 off 1173 1174 001 5 031317 12000 PM 17000 off 1173 1174 001 5 031317 13000 PM 18000 off 1173 1174 001 5 031317 14000 PM 19000 off 1173 1175 002 10 031317 15000 PM 20000 off 1173 1175 002 10 031317 20000 PM 21000 off 1173 1175 002 10 031317 21000 PM 22000 off 1173 1175 002 10 031317 22000 PM 23000 off 1173 1175 002 10 031317 23000 PM 24000 off 1173 1175 002 10 031317 24500 PM 25500 off 1173 1175 002 10 031317 30000 PM 27000 off 1173 1175 002 10 031317 31500 PM 28500 off 1173 1175 002 10 031317 33000 PM 30000 off 1173 1175 002 10 031317 34500 PM 31500 off 1173 1176 003 15 031317 40000 PM 33000 off 1173 1176 003 15 031317 41500 PM 34500 off 1173 1176 003 15 031317 43000 PM 36000 off 1173 1176 003 15 031317 44500 PM 37500 off 1173 1176 003 15 031317 50000 PM 39000 off 1173 1176 003 15 031317 51500 PM 40500 off 1173 1176 003 15 031317 53000 PM 42000 off 1173 1176 003 15 031317 54500 PM 43500 off 1173 1176 003 15 031317 60000 PM 45000 off 1173 1177 004 20 031317 61500 PM 46500 off 1173 1177 004 20 031317 63000 PM 48000 off 1173 1177 004 20

Site Name GE Pittsfield Test Well ID GMA3-17

Date and Time In 392017 830 Date and Time Out

Personnel LGTPR Weather Cloudy 39 F

Depth to Top of Screen (feet bgs) Depth to Bottom of Screen (feet bgs)

Volume of LNAPL Removed (gallons)

Volume of Groundwater Removed (gallons)

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

030917 93400 AM 900 ON 1710 1718 008 29 030917 93600 AM 1100 off 1710 1714 004 14 030917 93700 AM 1200 off 1710 1711 001 4 030917 93800 AM 1300 off 1708 1709 001 4 030917 93900 AM 1400 off 1708 1710 002 7 030917 94000 AM 1500 off 1708 1710 002 7 030917 94100 AM 1600 off 1708 1710 002 7 030917 94200 AM 1700 off 1708 1710 002 7 030917 94300 AM 1800 off 1708 1711 003 11 030917 94400 AM 1900 off 1708 1712 004 14 030917 94500 AM 2000 off 1708 1712 004 14 030917 94600 AM 2100 off 1709 1712 003 11 030917 94700 AM 2200 off 1709 1712 003 11 030917 94800 AM 2300 off 1708 1712 004 14 030917 94900 AM 2400 off 1708 1712 004 14 030917 95000 AM 2500 off 1708 1712 000 0 030917 95100 AM 2600 off 1708 1712 000 0 030917 95200 AM 2700 off 1709 1713 004 14 030917 95300 AM 2800 off 1708 1713 005 18 030917 95400 AM 2900 off 1708 1713 005 18 030917 95500 AM 3000 off 1708 1713 005 18 030917 95600 AM 3100 off 1708 1713 005 18 030917 95700 AM 3200 off 1708 1713 005 18 030917 95800 AM 3300 off 1708 1713 005 18 030917 100000 AM 3500 off 1708 1714 006 21 030917 100100 AM 3600 off 1708 1714 006 21 030917 100200 AM 3700 off 1708 1714 006 21 030917 100300 AM 3800 off 1708 1714 006 21 030917 100400 AM 3900 off 1708 1714 006 21 030917 100500 AM 4000 off 1708 1714 006 21 030917 100600 AM 4100 off 1708 1714 006 21 030917 100700 AM 4200 off 1708 1714 006 21 030917 100800 AM 4300 off 1708 1715 007 25 030917 100900 AM 4400 ON 1708 1715 007 25 030917 101400 AM 4900 off 1709 1715 006 21 030917 101800 AM 5300 off 1708 1715 007 25 030917 102000 AM 5500 ON 1708 1709 001 4 030917 102500 AM 6000 off 1708 1709 001 4 030917 102600 AM 6100 off 1708 1709 001 4 030917 102800 AM 6300 off 1708 1709 001 4 030917 103000 AM 6500 off 1709 171 001 4 030917 103200 AM 6700 off 1709 171 001 4 030917 103400 AM 6900 off 1709 171 001 4 030917 103600 AM 7100 off 1709 171 001 4 030917 103800 AM 7300 off 1709 171 001 4 030917 104000 AM 7500 off 1709 1711 002 7 030917 104200 AM 7700 off 1709 1711 002 7 030917 104400 AM 7900 off 1709 1711 002 7 030917 104600 AM 8100 off 1709 1711 002 7 030917 104800 AM 8300 off 1709 1711 002 7 030917 105000 AM 8500 off 1709 1712 003 11 030917 105200 AM 8700 off 1709 1712 003 11 030917 105400 AM 8900 off 1709 1712 003 11 030917 105600 AM 9100 off 1709 1712 003 11 030917 105800 AM 9300 off 1709 1712 003 11 030917 110000 AM 9500 off 1709 1712 003 11 030917 110200 AM 9700 off 1709 1712 003 11 030917 110400 AM 9900 off 1709 1712 003 11 030917 110600 AM 10100 off 1709 1713 004 14 030917 110800 AM 10300 off 1709 1713 004 14 030917 111000 AM 10500 off 1709 1713 004 14 030917 111500 AM 11000 off 1709 1713 004 14 030917 112000 AM 11500 off 1709 1713 004 14 030917 112500 AM 12000 off 1709 1713 004 14 030917 113000 AM 12500 off 1709 1713 004 14 030917 113500 AM 13000 off 1709 1713 004 14 030917 114000 AM 13500 off 1709 1713 004 14 030917 115000 AM 14500 off 1709 1714 005 18 030917 120000 PM 15500 off 1709 1714 005 18 030917 121000 PM 16500 off 1709 1714 005 18 030917 122000 PM 17500 off 1709 1714 005 18 030917 123000 PM 18500 off 1708 1714 006 21 030917 124000 PM 19500 off 1708 1714 006 21 030917 125000 PM 20500 off 1708 1714 006 21 030917 10000 PM 21500 off 1708 1715 007 25 030917 11000 PM 22500 off 1708 1715 007 25 030917 11100 PM 22600 ON 1708 1709 001 4 030917 11700 PM 23200 off 1708 1709 001 4 030917 12000 PM 23500 off 1708 1709 001 4 030917 13000 PM 24500 off 1708 1709 001 4 030917 14000 PM 25500 off 1708 1709 001 4 030917 15000 PM 26500 off 1708 171 002 7 030917 20000 PM 27500 off 1708 1711 003 11 030917 21000 PM 28500 off 1708 1711 003 11 030917 22000 PM 29500 off 1708 1711 003 11 030917 23000 PM 30500 off 1708 1711 003 11 030917 24000 PM 31500 off 1708 1711 003 11 030917 25000 PM 32500 off 1708 1711 003 11 030917 30000 PM 33500 off 1708 1711 003 11 030917 31000 PM 34500 off 1708 1711 003 11 030917 32000 PM 35500 off 1708 1711 003 11 030917 33000 PM 36500 off 1708 1711 003 11 030917 34000 PM 37500 off 1708 1711 003 11 030917 35000 PM 38500 off 1708 1711 003 11 030917 40000 PM 39500 off 1707 1711 004 14 030917 41500 PM 41000 off 1707 1711 004 14 030917 43000 PM 42500 off 1707 1711 004 14 030917 44500 PM 44000 off 1707 1711 004 14 030917 50000 PM 45500 off 1707 1711 004 14 030917 51500 PM 47000 off 1707 1711 004 14 030917 53000 PM 48500 off 1707 1711 004 14 030917 54500 PM 50000 off 1707 1711 004 14

APPENDIX E LNAPL Manual Skimming Test Output

UNCONFINED ANALYSIS Test Well ID 59-03R

Date 1252017

Calculation values Initial LNAPL elevation (feet amsl) -1192 046

200 0903

Conversion factor (gallonsfeet^3) 748 Groundwater Density 1

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

Step LNAPL volume discharge

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

Initial LNAPL thickness (feet)

302 645

192 486

Well Casing Diameter (in) LNAPL Density ro

Conversion factor (minutesday)

Transmissivity Calcs based on Well Discharge

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

UNCONFINED ANALYSIS Test Well ID GMA3-17

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Syracuse New York 13202

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

06162017 Ltr to USEPA

GMA 1 and 3 Transmissivity Assessment and Recovery Recommendations

Contents

1 Introduction

11 Background

2 Metholology

3 NAPL Field Transmissivity






333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252

barcodetext SEMS Doc ID 599252

~ ARCADIS I Design amp Consultancy fornatural and built assets

GROUNDWATER MANAGEMENT AREAS 1 AND 3 TRANSMISSIVITY ASSESSMENT AND RECOVERY RECOMMENDATIONS

June 2017

Prepared for

Prepared by

Arcadis US Inc

One Lincoln Center

Suite 300

Syracuse

New York 13202

Tel 315 446 9120

Fax 315 449 0017

Our Ref

ALL10115

June 2017

CONTENTS

1 Introduction 1

11 Background 1

2 Methodology 1

333 GMA3 6

4 Conclusions 7

5 Recommendations 8

6 References 10

TABLES

FIGURES

1 Site Location Map

APPENDICES

1 INTRODUCTION

11 Background

2 METHODOLOGY

OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Prepared for

Prepared by

Arcadis US Inc

One Lincoln Center

Suite 300

Syracuse

New York 13202

Tel 315 446 9120

Fax 315 449 0017

Our Ref

ALL10115

June 2017

CONTENTS

1 Introduction 1

11 Background 1

2 Methodology 1

333 GMA3 6

4 Conclusions 7

5 Recommendations 8

6 References 10

TABLES

FIGURES

1 Site Location Map

APPENDICES

1 INTRODUCTION

11 Background

2 METHODOLOGY

OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


CONTENTS

1 Introduction 1

11 Background 1

2 Methodology 1

333 GMA3 6

4 Conclusions 7

5 Recommendations 8

6 References 10

TABLES

FIGURES

1 Site Location Map

APPENDICES

1 INTRODUCTION

11 Background

2 METHODOLOGY

OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


FIGURES

1 Site Location Map

APPENDICES

1 INTRODUCTION

11 Background

2 METHODOLOGY

OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


1 INTRODUCTION

11 Background

2 METHODOLOGY

OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


OI r T Q Equation 1

n n snWhere

333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


333 GMA3

4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


4 CONCLUSIONS

5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


5 RECOMMENDATIONS

6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


6 REFERENCES

TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


TABLES

NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


NAPL Thickness

Date Tested

Newell St

N2SC-03I(R)

1192017 1310 -- 3829 4086 257

1242017

272017 1438 -- 3908 4095 187

2152017 1406 1402 3911 4106 195

2242017 1343 -- 3911 4109 198

312017 1262 -- 3912 4111 199

3212017 1378 -- 3912 4098 186

N2SC-03I

1232017 1002 -- 3734 3775 041

1232017

272017 1043 -- 3748 3766 018

2152017 1040 -- 3746 3765 019

312017 916 -- 375 3765 015

3212017 1015 -- 375 3765 015

N2SC-01I

1192017 1148 -- 3681 4035 354

1202017

272017 1197 -- 3687 4026 339

2152017 1190 -- 3678 4025 347

2242017 1125 -- 3671 4025 354

312017 1048 -- 3664 4026 362

3212017 1167 -- 3698 4026 328

N2SC-01I(R)

1192017 1496 -- 4139 4245 106

1252017

272017 1592 -- 4177 4268 091

2152017 1588 -- 4172 4270 098

2242017 1526 -- 4156 4271 115

312017 1446 -- 4149 4271 122

3212017 1566 -- 4131 4272 141

4112017 1362 -- 4118 4283 165

4202017 1489 -- 4112 4271 159

N2SC-13I

1192017 980 -- 3858 3964 106

1202017

272017 1017 -- 3899 3948 049

2152017 1012 -- 3901 3948 047

2242017 983 -- 3902 3945 043

312017 885 -- 3893 3949 056

3212017 985 -- 3894 3950 056

N2SC-14

1192017 1387 -- 3818 4024 206

1242017

272017 1484 -- 3886 4038 152

2152017 1478 -- 3878 4037 159

2242017 1413 -- 3865 4036 171

312017 1332 -- 3872 4037 165

3212017 1458 -- 3882 4030 148

NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


NAPL Thickness

Date Tested

ESA1N-S

1182017 -- 791 -- 967 176

1262017

262017 864 783 -- 1748 081

2152017 841 776 -- 1746 065

2242017 752 712 -- 1748 040

312017 737 677 -- 1743 060

3222017 760 727 -- 1742 033

ESA1S-45

1182017 543 527 -- 016

282017 533 512 -- 2032 021

2152017 532 518 -- 2033 014

2242017 482 478 -- 2034 004

312017 464 445 -- 2033 019

3222017 497 493 -- 2033 004

EAS1S-76

282017 570 561 -- 2257 009

2152017 578 570 -- 2264 008

2242017 533 531 -- 2258 002

312017 511 502 -- 2259 009

3222017 548 545 -- 2258 003

1182017 722 701 -- 1727 021

1262017 709 696 -- -- 013

262017 721 697 -- 1723 024

2152017 709 691 -- 1723 018

2242017 645 629 -- 1725 016

312017 621 603 -- 1721 018

3222017 655 653 -- 1721 002

1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


1172017 1260 1137 -- 1464 123

1182017

262017 1278 1131 -- 1456 147

2142017 1289 1138 -- 1457 151

2242017 1272 1124 -- 1458 148

312017 1236 1083 -- 1457 153

3202017 1256 1108 -- 1457 148

1162017 1192 1080 -- 1478 112

1262017

1182017 1081 1057 -- 1444 024

1192017 1088 1053 -- -- 035

1232017 1137 1047 -- -- 090

1252017 1144 1046 -- -- 098

262017 1177 1055 -- 1437 122

2142017 1181 1055 -- 1438 126

2242017 1167 1040 -- 1439 127

312017 1128 997 -- 1439 131

3202017 1160 1032 -- 1439 128

1162017 1176 1119 -- 1451 057

1192017

1182017 1134 1085 -- 1416 049

1192017 1145 1085 -- -- 060

262017 1185 1088 -- 1411 097

2242017 1154 1076 -- 1411 078

312017 1108 1031 -- 1411 077

3202017 1178 1067 -- 1411 111

59-03R

1162017 1309 1236 -- 1733 073

1252017

1182017 1244 1201 -- 1703 043

1192017 1244 1200 -- -- 044

1232017 1239 1195 -- -- 044

262017 1218 1194 -- 1693 024

2142017 1215 1201 -- 1694 014

2242017 1217 1191 -- 1694 026

312017 1176 1155 -- 1694 021

3202017 1200 1170 -- 1695 030

2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


2142017 1118 ND -- 1436 ND

2242017 1110 ND -- 1438 ND

312017 1071 ND -- 1437 ND

3202017 1091 ND -- 1438 ND

1182017 1243 1235 -- 2205 008

1192017 1242 1234 -- -- 008

1232017 1248 1228 -- -- 020

262017 1300 1225 -- 2195 075

2142017 1318 1229 -- 2194 089

2242017 1291 1199 -- 2173 092

312017 1273 1178 -- 2185 095

3202017 1217 1186 -- 2165 031

1172017 1566 1565 -- 2901 001

1262017 1553 1512 -- -- 041

1272017 1554 1511 -- -- 043

272017 1663 1595 -- 2914 068

2142017 1640 1560 -- 2875 080

2242017 1594 1505 -- 2864 089

312017 1548 1461 -- 2864 087

3202017 1542 1502 -- 2865 040

GMA3-17

1182017 1759 1759 -- 2410 000

1262017 1755 1744 -- -- 011

272017 1818 1781 -- 2427 037

2142017 1776 1748 -- 2396 028

2242017 1769 1740 -- 2396 029

312017 1731 1702 -- 2397 029

3202017 1731 1721 -- 2397 010

1192017 1080 1064 -- -- 016

1232017 1080 1062 -- -- 018

262017 1089 1066 -- 1424 023

2142017 1093 1074 -- 1422 019

2242017 1084 1058 -- 1422 026

312017 1018 1017 -- 1424 001

3202017 1054 1047 -- 1422 007

51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


51-16R

2142017 1100 1073 -- 1447 027

2242017 1060 1058 -- 1445 002

312017 1014 ND -- 1445 ND

3202017 1062 1047 -- 1444 015

51-05R

262017 1103 1091 -- 1463 012

2142017 1120 1098 -- 1464 022

2242017 1097 1086 -- 1465 011

312017 1044 ND -- 1466 ND

3202017 1099 1073 -- 1467 026

1182017 1187 1187 -- 1972 000

1232017 1179 1179 -- -- 000

262017 1185 ND -- 1964 ND

2142017 1182 1181 -- 1964 001

2242017 1175 ND -- 1967 ND

312017 1140 ND -- 1968 ND

3202017 1155 ND -- 1966 ND

GMA3-10

262017 1161 ND -- 1762 ND

2142017 1166 ND -- 1762 ND

2242017 1161 ND -- 1762 ND

312017 1126 ND -- 1764 ND

3202017 1135 ND -- 1761 ND

GMA3-12

1192017 1228 1217 -- -- 011

262017 1225 1201 -- 2100 024

2142017 1241 1204 -- 2100 037

2242017 1225 1196 -- 2095 029

312017 1188 1168 -- 2101 020

3202017 1197 1180 -- 2101 017

Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Test Duration (min)

Geometric Mean

51-08 1182017 124 306 110 001 003 NA 002

51-17 1262017 102 14355 122 NA NA 004 004

51-21 382017 086 16890 040 NA NA 001 001

106 1262017 188 14415 081 NA NA 001 001

N2SC-01IR 1252017 126 340 083 006 NA 025 01

N2SC-14 1242017 071 1641 16 024 024 026 02

Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Borehole Diameter

NAPL Density

LNAPL thickness end

Volume Recovery

Transmissivity

N2SC-01IR 1252017 6 85 116 126 24 340 316 4179 4177 -- -- 003 00210 00622 025

N2SC-03IR 1242017 6 85 116 242 21 319 298 3892 3887 -- -- 009 00558 00512 080

N2SC-14 1242017 4 9 116 071 91 426 335 3948 3936 -- -- 008 00450 01275 026

51-17 1272017 2 575 090 102 1615 15970 14355 1050 1055 015 122 040 00053 0095 004

51-21 382017 4 875 090 086 481 17371 16890 1481 1502 028 040 013 00015 0145 001

106 1262017 2 6 090 188 1620 16035 14415 770 783 044 081 014 00019 0156 001

FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


FIGURES

middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


middotmiddotmiddot~

LEGEND

COMPRISED OF

RAA 1-40s COMPLEX

RAA Z-30s COMPLEX

RAA 3-20s COMPLEX

GMA 1-PLANT SITE 1

GMA 3-PLANT SITE z

GMA 4-PLANT SITE 3

GRAPHIC SCALE

ALL10115X

FIGURE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 126 P

SITE PLAN

1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


1-26-2017

NORTHSIDE RECOVERY

SYSTEM

_____ ---------=-------------===---------------------------------- -r -- ------- -- -- ------ ---- -

------------====------------ -- -- -- I -------------- -

------==------- ~ ---------- I ---------- + I I 69 I I + I I J -I- -- -- ------ -- --- -- --~ +

------- + bull I ---

- --- - -r-A ----==

-orth Caisson

1- - - -1 _____

LEGEND

BUILDING

DEMOLISHED BUILDING

PIEZOMETER

0 60 1---~--1

GRAPHIC SCALE

120middot I

LL1011530003000A

ittsfieldG

LL10115G

5192017 441 P

---shy

20136X

LL10115X

ALL10115X

ES1-08

ESA1N-25

ES1-14

North Caisson

ESA1N-PZ-1

ESA1N-PZ-2

ESA1N-PZ-1

ESA1S-72R

ESA1S-34

ESA1S-46

ESA1S-33

ESA1S-72

ESA1S-75

ESA1S-31R

ESA1S-78

GMA1-6

GMA-1 ESA1N-S

FIGURE

Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Lmiddot

middot

----middot

_middot

middot

-middot

_ _-middot

~ -_ ~MA1-8

_middotmiddot

pound~ 0 0

_-middot _-middot

_ _-middot

~MA1-9

GMA1-28

---- middot _

_ _middot

---middotmiddot

N2SC-03

--- middot

~ 2SC-09I

~ - -shyN2SC-09S

1-24-2017 05

NS-9R J f_et

---middot

1-24-2017

r GMA1-25~

1-20-2017

1-25-2017 0 1

o z_ - --n -----

-- ---_ ___

EDGE OF WATER

MONITORING WELL

RECOVERY WELL

DRAINAGE FEATURE

50 100

GRAPHIC SCALE

yracuse G

chilling R

chilling LY

LL1011530003000A

ittsfieldG

LL10115G

5192017 352 P

20136X

LL10115X

N2SC-14

N2SC-01I

N2SC-01IR

N2SC-13I

N2SC-03IR

N2SC-13I

N2SC-08

N2SC-14

20136X

ALL10115X

FIGURE

1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


1-18-2017 002

1-25-2017 04

1-26-2017

1-26-2017 04

1-26-2017

1-17-2017

3-8-2017

-- middot

LEGEND

SITE BOUNDARY

DEMOLISHED BUILDING

--------1 I middot-------1

NAPL RECOVERY WELL

0 120 ~

GRAPHIC SCALE

yracuse G

chilling K

LL1011530003000A

ittsfieldG

LL10115G

5192017 355 P

20186X

LL10113x16

LL10115X

GMA3-4

GMA3-6

GMA3-14

GMA3-10

UB-MW-10R

51-16R

51-05R

16B-RR

GMA3-2

59-03R

UB-PZ-3

GMA3-12

GMA3-17

GMA3-12

GMA3-11

GMA3-8

GMA3-7

GMA3-17

FIGURE

Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Telephone (562) 347-2500 Fax (562) 907-3610

February 14 2017

Dear Mr Zuck

samples

PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


PTS Laboratories

TOTALS 3 3 2 2

Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Client Arcadis

Report Date 021417

SAMPLE MATRIX

51-07 NAPL 46 09029 09028 594 536

70 08956 08937 280 250

100 08887 08825 129 114

130 08836 08712 753 656

51-19 NAPL 49 09034 09032 333 301

70 08971 08953 191 171

100 08899 08837 937 828

130 08850 08726 579 505

106 NAPL 49 08960 08958 407 364

70 08899 08881 221 196

100 08829 08768 105 924

130 08779 08656 622 538

NZSC-13I NAPL 43 1144 1144 140 160

70 1135 1133 477 541

100 1127 1119 184 206

130 1121 1105 972 107

NZSC-01I NAPL 45 1181 1181 898 106

70 1172 1169 351 410

100 1162 1154 141 163

130 1157 1140 778 888

Date 021017 021317 021417

RPD 005 008

RPD 165 211 437

11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


11 C HNO

REMARKS

7 tt l 0_

si0~ --75~- ---shy

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000 000

Observations

Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

Observations

Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

000 4035

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Bailddown Test Data

Date Time

-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


-middot~

--___ ~

51‐08 01182017

14 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

Bouwer and Rice

alized

Drawdown

(feetfeet) 10

T = 001 feet2day

0 5000 10000 15000 20000 25000 30000

Time (minutes)

51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


51‐08 01182017

Abbreviations

02 ‐1 0 1 2 3 4

LNAPL Drawdown

(feet)

0 5000 10000 15000 20000 25000 30000

th (feet)

Time (minutes)

DTP DTW Water Table

00 00 00 01 01 01 01 01 02

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=003 feet2day

0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


0 bull -

~ ---r---_ -

51‐19 01192017

14 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

0 20000 40000 60000 80000 100000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 0 feet2day

_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


_ _ --

-----_ ---

bullbull

I I I I I I I I I

51‐19 01192017

03 ‐1 0 1 2

LNAPL Drawdown

(feet)

0 20000 40000 60000 80000 100000

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=0 feet2day

-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


-I ~ -- T

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 324 feet2day

I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


I -- T

---_ -_ 4 - - - _

N2SC‐01I 01202017

06 0 1 2 3 4 5 6 7 8

LNAPL Drawdown

(feet)

0 50 100 150 200 250

th (feet)

Time (minutes)

DTP DTW Water Table

00 05 10 15 20 25

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=248 feet2day

bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


bullbull -

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

0 50 100 150 200 250 300 350

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 023 feet2day

bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


bull bull bull -

1 -~ ------- ~

N2SC‐03IR 01242017

01 ‐80 ‐60 ‐40 ‐20 0 20 40 60 80

LNAPL Drawdown

(feet)

0 50 100 150 200 250 300 350

th (feet)

Time (minutes)

DTP DTW Water Table

00 01 01 02 02 03

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=09 feet2day

- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


- - - -- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

- ~middot ~

N2SC‐14 01242017

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

0 1000 2000 3000 4000 5000

alized

Drawdown

(feetfeet)

Time (minutes)

Bouwer and Rice

T = 024 feet2day

- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


- bull A

--------- Jr----middot middot----------- -~ --- --- - ------ ----- - -

bull bull bull -

N2SC‐14 01242017

Abbreviations

01 ‐6 ‐4 ‐2 0 2 4 6

LNAPL Drawdown

(feet)

0 1000 2000 3000 4000 5000

th (feet)

Time (minutes)

DTP DTW Water Table

00 02 04 06 08 10

Calculated

LNAPL Volume

(gallons)

Cooper and Jacob

T=024 feet2day

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

012517 113200 AM -- ON 1192 1238 1196

012517 113400 AM 200 off 1199 1199 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

031317 103000 AM -- ON 1174 1194 1176

031317 103600 AM 600 off 1174 1175 001 5 start test

000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


000026417

Date Time (HHMMSS)

Elapsed Time (min)

(feet)

LNAPL Thickness

(feet)

Percent of Initial

Thickness

LNAPL Recovered

Removed (gallons)

Observations

030917 92500 AM -- ON 1707 1735 1710

030917 93200 AM 700 off 1710 1718 008 29 start test

Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Date 1252017

200 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1192 -1238 046 -1196 000

2 -1199 -1199 000 -1199 007

3 -1196 -1200 004 -1196 004

6 -1196 -1202 006 -1197 004 7 -1195 -1203 008 -1196 003 8 -1195 -1204 009 -1196 003 9 -1195 -1204 009 -1196 003 13 -1197 -1199 002 -1197 005 14 -1195 -1198 003 -1195 003 15 -1196 -1199 003 -1196 004 16 -1196 -1199 003 -1196 004 21 -1195 -1203 008 -1196 003 22 -1195 -1205 010 -1196 003 24 -1195 -1206 011 -1196 003 27 -1195 -1207 012 -1196 003 28 -1196 -1198 002 -1196 004 29 -1195 -1198 003 -1195 003 33 -1196 -1202 006 -1197 004 36 -1195 -1203 008 -1196 003

40 -1195 -1205 010 -1196 003

44 -1194 -1207 013 -1195 002 47 -1194 -1207 013 -1195 002 50 -1195 -1195 000 -1195 003 52 -1195 -1196 001 -1195 003

67 -1195 -1201 006 -1196 003

76 -1195 -1203 008 -1196 003

86 -1194 -1207 013 -1195 002

89 -1195 -1207 012 -1196 003

90 -1195 -1195 000 -1195 003

91 -1195 -1196 001 -1195 003 92 -1195 -1197 002 -1195 003

112 -1195 -1202 007 -1196 003 131 -1195 -1207 012 -1196 003 133 -1195 -1207 012 -1196 003 135 -1195 -1196 001 -1195 003 152 -1196 -1202 006 -1197 004 155 -1196 -1200 004 -1196 004 159 -1196 -1201 005 -1196 004 169 -1196 -1202 006 -1197 004 184 -1196 -1203 007 -1197 004 204 -1195 -1204 009 -1196 003 224 -1195 -1204 009 -1196 003 244 -1195 -1205 010 -1196 003 264 -1195 -1206 011 -1196 003 284 -1195 -1206 011 -1196 003 294 -1195 -1206 011 -1196 003 310 -1195 -1206 011 -1196 003

302 645

192 486

075 244

013 044

157 443

072 236

Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Date 3132017

400 0903

Elapsed time

(minutes)

elevation (feet

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1174 -1194 020 -1176 000

6 -1174 -1175 000 -1174 002

8 -1174 -1175 001 -1174 002

10 -1174 -1175 001 -1174 002 12 -1174 -1176 002 -1174 002 14 -1174 -1176 002 -1174 002 16 -1174 -1176 002 -1174 002 18 -1174 -1176 002 -1174 002 20 -1174 -1176 002 -1174 002 22 -1174 -1176 002 -1174 002 24 -1174 -1177 003 -1174 002 26 -1174 -1177 003 -1174 002 28 -1174 -1177 003 -1174 002 30 -1174 -1177 003 -1174 002 32 -1174 -1177 003 -1174 002 34 -1174 -1177 003 -1174 002 36 -1174 -1177 003 -1174 002 38 -1174 -1177 003 -1174 002 40 -1174 -1177 003 -1174 002

42 -1174 -1177 003 -1174 002

44 -1174 -1177 003 -1174 002 46 -1174 -1177 003 -1174 002 48 -1174 -1177 003 -1174 002 50 -1174 -1177 003 -1174 002

52 -1174 -1177 003 -1174 002

54 -1174 -1177 003 -1174 002

56 -1174 -1177 003 -1174 002

58 -1174 -1177 003 -1174 002

60 -1174 -1177 003 -1174 002

65 -1174 -1177 003 -1174 002 70 -1174 -1177 003 -1174 002 75 -1174 -1177 003 -1174 002 80 -1174 -1177 003 -1174 002 85 -1174 -1177 003 -1174 002 90 -1174 -1177 003 -1174 002 95 -1174 -1177 003 -1174 002

100 -1174 -1177 003 -1174 002 105 -1174 -1177 003 -1174 002 110 -1174 -1177 003 -1174 002 115 -1174 -1178 004 -1174 002 120 -1174 -1178 004 -1174 002 125 -1173 -1178 005 -1173 002 136 -1172 -1173 001 -1172 002 140 -1173 -1174 001 -1173 002 145 -1173 -1174 001 -1173 002 150 -1172 -1174 002 -1172 002 160 -1173 -1174 001 -1173 002

170 -1173 -1174 001 -1173 002

180 -1173 -1174 001 -1173 002

190 -1173 -1175 002 -1173 002

200 -1173 -1175 002 -1173 002

210 -1173 -1175 002 -1173 002

220 -1173 -1175 002 -1173 002

230 -1173 -1175 002 -1173 002

240 -1173 -1175 002 -1173 002

255 -1173 -1175 002 -1173 002

270 -1173 -1175 002 -1173 002

285 -1173 -1175 002 -1173 002

300 -1173 -1175 002 -1173 002

315 -1173 -1176 003 -1173 002

330 -1173 -1176 003 -1173 002

345 -1173 -1176 003 -1173 002 360 -1173 -1176 003 -1173 002 375 -1173 -1176 003 -1173 002 390 -1173 -1176 003 -1173 002 405 -1173 -1176 003 -1173 002 420 -1173 -1176 003 -1173 002 435 -1173 -1176 003 -1173 002 450 -1173 -1177 004 -1173 002 465 -1173 -1177 004 -1173 002 480 -1173 -1177 004 -1173 002

039 206

008 040

Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

11 -1710 -1714 004 -1710 002 12 -1710 -1711 001 -1710 003 13 -1708 -1709 001 -1708 003 14 -1708 -1710 002 -1708 003 15 -1708 -1710 002 -1708 003 16 -1708 -1710 002 -1708 003 17 -1708 -1710 002 -1708 003 18 -1708 -1711 003 -1708 003 19 -1708 -1712 004 -1708 002 20 -1708 -1712 004 -1708 002 21 -1709 -1712 003 -1709 002 22 -1709 -1712 003 -1709 002 23 -1708 -1712 004 -1708 002 24 -1708 -1712 004 -1708 002 25 -1708 -1712 004 -1708 002 26 -1708 -1712 004 -1708 002

27 -1709 -1713 004 -1709 002

28 -1708 -1713 005 -1708 002 29 -1708 -1713 005 -1708 002 30 -1708 -1713 005 -1708 002 31 -1708 -1713 005 -1708 002

32 -1708 -1713 005 -1708 002

33 -1708 -1713 005 -1708 002

35 -1708 -1714 006 -1709 002

36 -1708 -1714 006 -1709 002

37 -1708 -1714 006 -1709 002

38 -1708 -1714 006 -1709 002 39 -1708 -1714 006 -1709 002 40 -1708 -1714 006 -1709 002 41 -1708 -1714 006 -1709 002 42 -1708 -1714 006 -1709 002 43 -1708 -1715 007 -1709 002 44 -1708 -1715 007 -1709 002 49 -1709 -1715 006 -1710 002 53 -1708 -1715 007 -1709 002 55 -1708 -1709 001 -1708 003 60 -1708 -1709 001 -1708 003 61 -1708 -1709 001 -1708 003 63 -1708 -1709 001 -1708 003 65 -1709 -1710 001 -1709 003 67 -1709 -1710 001 -1709 003 69 -1709 -1710 001 -1709 003 71 -1709 -1710 001 -1709 003 73 -1709 -1710 001 -1709 003 75 -1709 -1711 002 -1709 003 77 -1709 -1711 002 -1709 003 79 -1709 -1711 002 -1709 003 81 -1709 -1711 002 -1709 003 83 -1709 -1711 002 -1709 003 85 -1709 -1712 003 -1709 002 87 -1709 -1712 003 -1709 002 89 -1709 -1712 003 -1709 002 91 -1709 -1712 003 -1709 002 93 -1709 -1712 003 -1709 002 95 -1709 -1712 003 -1709 002 97 -1709 -1712 003 -1709 002 99 -1709 -1712 003 -1709 002

101 -1709 -1713 004 -1709 002 103 -1709 -1713 004 -1709 002 105 -1709 -1713 004 -1709 002 110 -1709 -1713 004 -1709 002 115 -1709 -1713 004 -1709 002 120 -1709 -1713 004 -1709 002 125 -1709 -1713 004 -1709 002 130 -1709 -1713 004 -1709 002 135 -1709 -1713 004 -1709 002 145 -1709 -1714 005 -1709 002 155 -1709 -1714 005 -1709 002 165 -1709 -1714 005 -1709 002 175 -1709 -1714 005 -1709 002 185 -1708 -1714 006 -1709 002 195 -1708 -1714 006 -1709 002 205 -1708 -1714 006 -1709 002 215 -1708 -1715 007 -1709 002 225 -1708 -1715 007 -1709 002 226 -1708 -1709 001 -1708 003 232 -1708 -1709 001 -1708 003 235 -1708 -1709 001 -1708 003 245 -1708 -1709 001 -1708 003 255 -1708 -1709 001 -1708 003 265 -1708 -1710 002 -1708 003 275 -1708 -1711 003 -1708 003 285 -1708 -1711 003 -1708 003 295 -1708 -1711 003 -1708 003 305 -1708 -1711 003 -1708 003 315 -1708 -1711 003 -1708 003 325 -1708 -1711 003 -1708 003 335 -1708 -1711 003 -1708 003 345 -1708 -1711 003 -1708 003 355 -1708 -1711 003 -1708 003 365 -1708 -1711 003 -1708 003 375 -1708 -1711 003 -1708 003 385 -1708 -1711 003 -1708 003 395 -1707 -1711 004 -1707 003 410 -1707 -1711 004 -1707 003 425 -1707 -1711 004 -1707 003 440 -1707 -1711 004 -1707 003 455 -1707 -1711 004 -1707 003 470 -1707 -1711 004 -1707 003 485 -1707 -1711 004 -1707 003 500 -1707 -1711 004 -1707 003

201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Date 392017

400 0903

Elapsed time

(minutes)

elevation

(feet amsl)

Groundwater

elevation (feet

thickness (feet)

Potentiometric

Surface (feet

Drawdown (feet)

25 initial

thickness

rate (gallonsday)

Step Transmissivity

(ftsup2day)

-- -1707 -1735 028 -1710 000

7 -1710 -1718 000 -1711 002

9 -1710 -1718 008 -1711 002

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201523760

085 380

036 145

011 038

Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Arcadis US Inc

One Lincoln Center

Suite 300

Tel 315 446 9120

Fax 315 449 0017

wwwarcadiscom

Contents

1 Introduction

11 Background

2 Metholology







333 GMA3

4 Conclusions




5 Recommendations




6 References

Tables

Figures






barcode 599252


Documents

Pittsfield, MA 01201 - Records Collections · Pittsfield, MA . 01201 . June 16, 2017 . Mr. Richard Fisher ( OSRR0 . 7-1 ) U.S. ... dated December 5, 2016. ... memorandum has been