PHASE II ENVIRONMENTAL SITE ASSESSMENT 7001 SNELL …

FUGRO WEST INC

PHASE II ENVIRONMENTAL SITE ASSESSMENT 7001 SNELL STREET

OAKLAND CALIFORNIA

Prepared for CITY OF OAKLAND

JULY 2009 Fugro Project No 272168

Under the USEPA Brownfield Grant (Assistance ID No BF-96990101-0)

1000 Broadway Suite 440Oakland California 94607

Tel (510) 268-0461Fax (510) 268-0545

FUGRO WEST INC

A member of the Fugro group of companies with offices throughout the world

July 23 2009 Project No 272168

US Environmental Protection Agency 75 Hawthorne Street SFD-1 San Francisco California 94105

Attention Mr Wallace Woo Subject Phase II Environmental Site Assessment ndash 7001 Snell Street Oakland California Dear Mr Woo

Please find attached one copy of the Phase II Environmental Site Assessment report for the property located at 7001 Snell Street in Oakland California (Site) Fugro West Inc (Fugro) completed the assessment and prepared this report on behalf of the City of Oakland The purpose of the environmental site assessment was to evaluate the potential presence of hazardous materials in soil and groundwater at the Site Results of this assessment will assist the City with evaluating the property for purchase and implementing its redevelopment plans

This investigation was completed in accordance with the Sampling and Analysis Plan (SAP) dated October 16 2008 and the SAP Amendment dated March 11 2009 The SAP and SAP Amendment were prepared by Fugro and approved by the United States Environmental Protection Agency prior to implementation The results of Fugrorsquos site assessment activities are in our professional judgment representative of the soil and groundwater conditions at the Site

Should you have any questions comments or require additional information please contact the undersigned at (510) 268-0461

Sincerely FUGRO WEST INC

Karen A Emery Project Geologist

Glenn S Young PG Principal Geologist

RWCKAEGSYafp Copies Submitted (1 + PDF) Addressee (1 + PDF) Ms Eugenia McNaughton USEPA (1 + PDF) Ms Gail Jones USEPA (1 + PDF) Mr Mark Arniola City of Oakland

US Environmental Protection Agency July2009 (Project No 272168)

GJobdocs272272168 Up ParcelFinal DocsPhase IiRpt July09Doc i

CONTENTS

EXECUTIVE SUMMARY 1

10 INTRODUCTION 1

20 LIMITATIONS 1

30 SITE DESCRIPTION 1

40 HISTORICAL SITE USE AND RECOGNIZED ENVIRONMENTAL CONDITIONS 2

50 SITE ASSESSMENT ACTIVITIES 2 51 Deviations from the SAP Amendment 2 52 Sampling Activities 2

60 CHEMICAL TESTING PROGRAM 3 61 Soil Samples 3 62 Groundwater Samples 4 63 Field Quality Control Samples 4

70 SUBSURFACE CONDITIONS 4

80 RESULTS OF ANALYSES 4 81 Quality Control and Data Validation 5

811 Laboratory QAQC Samples 5 812 Field Quality Control Samples 5

82 Results of Chemical Analysis - Soil 6 83 Results of Chemical Analysis - Groundwater 6

90 CONCLUSIONS 7 91 Subsurface Conditions 7 92 Chemical Findings 7

100 REMEDIAL EVALUATION 8

110 RECOMMENDATIONS 8

120 REFERENCES 10

TABLES

Summary of Quality Control Sample Results 1 Summary of Analytical Data - Soil 2 Summary of Analytical Data - Groundwater 3

US Environmental Protection Agency July 2009 (Project No 272168)

GJOBDOCS272272168 UP PARCELFINAL DOCSPHASE IIRPT JULY09DOC ii

CONTENTS - CONTINUED

PLATES

Vicinity Map 1 Site Plan 2

APPENDICES

APPENDIX A DRILLING PERMIT

APPENDIX B USCS CLASSIFICATION KEY AND LOGS OF BORINGS

APPENDIX C ANALYTICAL REPORTS

GJOBDOCS272272168 UP PARCELFINAL DOCSPHASE IIRPT JULY09DOC iii

LIST OF ACRONYMS AND ABBREVIATIONS

ACM Asbestos Containing Materials ACPWA Alameda County Public Works Agency BART Bay Area Rapid Transit bgs Below ground surface City City of Oakland CY cubic yards DQI Data Quality Indicators ESA Environmental Site Assessment ESLs Environmental Screening Levels Fugro Fugro West Inc HSP Health and Safety Plan LBP Lead Based Paint MCL Maximum Contaminant Levels microgkg micrograms per kilogram microgL micrograms per liter mgkg Milligrams per kilogram mgL milligrams per liter MTBE methyl tert-butyl ether OVM Organic Vapor Meter ppm Parts per million PRG Preliminary Remedial Goals QAQC Quality AssuranceQuality Control RCRA Resource Conservation Recovery Act RPD Relative Percent Difference RWQCB Regional Water Quality Control Board SAP Sampling and Analysis Plan Site 7001 Snell Street Oakland California TCLP Toxicity Characteristic Leaching Procedure TPH Total Petroleum Hydrocarbons TPHg Total Petroleum Hydrocarbons as gasoline TPHd Total Petroleum Hydrocarbons as diesel fuel TPHmo Total Petroleum Hydrocarbons as motor oil TTLC Total Threshold Limit Concentration UP Union Pacific USA Underground Services Alert USEPA United States Environmental Protection Agency UST Underground Storage Tank USCS Unified Soil Classification System VOCs Volatile Organic Compounds WET Waste Extraction Test

GJOBDOCS272272168 UP PARCELFINAL DOCSPHASE IIRPT JULY09DOC ES-1

EXECUTIVE SUMMARY

With this report Fugro West Inc (Fugro) presents the results of environmental site assessment activities completed at the property located at 7001 Snell Street in Oakland California (Site) This Phase II Environmental Site Assessment (ESA) was conducted on behalf of the City of Oakland (City) which received funding for this work from a US Environmental Protection Agency (USEPA) Brownfield Grant (Assistance ID No BF-96990101-0) The purpose of this ESA was to evaluate the potential presence of hazardous materials in soil and groundwater at the Site Results of this investigation will be used to assist the City with evaluating the property for purchase and proposed redevelopment in the Coliseum BART Redevelopment Area

Fugrorsquos Phase I ESA dated August 12 2008 identified historical Site uses that included the use of the property by a chemical company for chemical storage and later by a manufacturing company as well as recognized environmental conditions that included the following

bull The material threat of a release of chemicals to soil and groundwater resulting from the storage of chemicals

bull Potential petroleum hydrocarbons and volatile organic compounds (VOCs) impacts to groundwater from former uses as well as from upgradient sources

bull Potential impacts associated with the railroad operations along tracks located on the Site

Based on findings of the Phase I ESA Fugro compiled the Sampling and Analysis Plan (SAP) dated October 16 2008 and SAP Amendment dated March 11 2009 The SAP Amendment was approved by the USEPA in their letter dated March 16 2009 The Phase II ESA was completed in general conformance with the SAP with the following deviations

bull Boring B-1 was advanced to 20 feet rather than 16 feet to facilitate groundwater sampling

bull Borings B-2 through B-5 were advanced to 16 feet instead of 15 feet since acetate sample runs are 4 feet long

bull Soil samples were collected from Boring B-5 at 6 feet bgs instead of 5 feet bgs bull Additional soil samples were collected in all borings at 15 feet bgs bull Duplicate groundwater samples were collected from B-2 instead of B-1 to ensure

sample collection because groundwater infiltration at boring B-1 was very slow

In general subsurface conditions comprised 10 to 40 feet of fill consisting of gravelly silt with sand underlain by firm to stiff light gray to dark brown lean clay to the maximum depth explored of 20 feet Fugrorsquos field geologist encountered no hydrocarbon or solvent odors in any of the soil samples screened with the exception of Sample B-575rsquo which had a slight petroleum odor and yielded the highest organic vapor meter (OVM) reading of 13 parts per million (ppm) Groundwater was encountered at depths ranging fro 40 to 76 feet bgs No odors or free phase hydrocarbons were detected or observed in any of the grab groundwater samples collected

Sampling and laboratory services were completed in general conformance with the Data Quality Objectives stated in the SAP Amendment Laboratory reports were 100 percent complete and analysis detected no contaminants in the trip blanks Duplicate groundwater results were within acceptable relative percent difference (RPD) criteria of 20 percent However the RPD for soil ranged from 90 to 162 percent exceeding the RPD criteria of 50 percent in four of the eight samples The duplicate soil samples were obtained from fill material at the Site and although the samples were homogenized in the field the large RPD is most likely a result of the non-homogeneous nature of the fill This finding is consistent with Fugrorsquos experience regarding fill at similar sites in the Bay Area As a result the high RPD of the soil samples is not considered significant Chemical data generated during this investigation is considered to be complete accurate representative and suitable for the purposes of this Phase II ESA

For soil analyses detected no total petroleum hydrocarbons as gasoline (TPHg) or VOCs in any of the soil samples tested Toluene was detected in B-10rsquo at 83 micrograms per kilogram (microgkg) Total petroleum hydrocarbons as diesel (TPHd) was detected in two of the thirteen samples analyzed 349 milligrams per kilogram (mgkg) in B-4 1rsquo and 526 mgkg in B-2 0rsquo Total petroleum hydrocarbons as motor oil (TPHmo) was detected in nine of the thirteen samples tested ranging from 482 mgkg (B-32rsquo) to 5680 mgkg (B-40rsquo) exceeding the residential land use Environmental Screening Level (ESL) criteria of 370 mgkg in Samples B-40rsquo and B-50rsquo located on the southern portion of the Site

Except for B-20rsquo the only detected metals exceeding their respective ESL criteria were arsenic and vanadium with detected concentrations consistent with background values For B-20rsquo detected cadmium chromium cobalt copper lead mercury molybdenum nickel vanadium and zinc exceeded their respective ESL criteria for residential and in some cases commercial land use The source of elevated metals in the surficial fill is unknown but could be attributed to past site uses historical railroad operations presence of construction fill or other unknown sources

Detected chemicals exceeding hazardous waste criteria are limited to total andor soluble metal concentrations in Samples B-10rsquo and B-20rsquo At B-10rsquo soluble lead concentrations 16 milligrams per liter (mgL) using Waste Extraction Test (WET) and 098 mgL using Toxicity Leaching Characteristic Procedure (TCLP) methods indicate that the upper two feet of shallow fill near this location is considered a California Hazardous non-RCRA waste For B-20rsquo 3700 mgkg of total copper and 31 mgL of soluble lead using TCLP methods indicate that upper two feet of fill at this location is considered a RCRA hazardous waste

For groundwater analysis detected no VOCs or hydrocarbons in three of the five samples tested (B-1 B2 and B-5) Analysis of grab groundwater samples detected concentrations of cis-12-Dichloroethene and methyl tert-butyl ether (MTBE) of 099 micrograms per liter (microgL) and 092 microgL respectively in B-2 Analysis detected 302 microgL of TPHmo in Sample B-3 above the ESL of 100 microgL

GJOBDOCS272272168 UP PARCELFINAL DOCSPHASE IIRPT JULY09DOC 1

10 INTRODUCTION

This report presents the results of Phase II Environmental Site Assessment (ESA) activities conducted by Fugro West Inc (Fugro) at the property located at 7001 Snell Street in Oakland California (Site) This Environmental Site Assessment (ESA) was conducted on behalf of the City Of Oakland (City) which received funding from a USEPA Brownfield Grant (Assistance ID No BF-96990101-0)

This investigation was conducted based on findings in a recent Phase I ESA conducted by Fugro (August 2008) and was completed in accordance with Fugrorsquos Sampling and Analysis Plan (SAP) dated October 2008 and SAP Amendment dated March 2009 The SAP Amendment was approved by the United States Environmental Protection Agency (USEPA) prior to implementation As described in the Phase I ESA and SAP Amendment historical site uses included the use of the property by a chemical company for chemical storage and later by a manufacturing company In addition a railroad spur is located onsite

The purpose of this Phase II ESA was to evaluate existing soil and groundwater conditions to determine whether hazardous materials from historical operations have impacted the Site evaluate the potential for volatile organic compound (VOC) impact from the chemical storage onsite evaluate whether metals are present within the shallow fillsoil and if contaminants are present evaluate whether detected contaminants represent a significant risk to current andor anticipated future Site users including construction workers commercial users and residents at the planned development Results of this report will be used to assist the City with evaluating the property for purchase and their redevelopment plans

20 LIMITATIONS

Fugro has prepared this report in a professional manner using that degree of skill and care exercised for similar projects under similar conditions by reputable and competent environmental consultants Fugro shall not be responsible for conditions or consequences arising from relevant facts that were concealed withheld or not fully disclosed at the time the report was prepared Fugro also notes that the facts and conditions referenced in this report may change over time and the conclusions and recommendations set forth herein are applicable only to the facts and conditions as described at the time of this report Fugro believes that conclusions stated wherein to be factual but no guarantee is made or implied This report has been prepared for the benefit of the City

The information contained in this report including all exhibits and attachments may not be used by any party other than the City without the express written consent of Fugro West Inc

30 SITE DESCRIPTION

The Site is situated on 02 acres of land located on the southwest side of Snell Street between 69th and 71st Avenue in Oakland California (Plate 1) The Site is comprised of a single vacant one story warehouse and vacant land The warehouse is unoccupied but there are indications that transients have been utilizing the space

40 HISTORICAL SITE USE AND RECOGNIZED ENVIRONMENTAL CONDITIONS

Details regarding historical site uses and recognized environmental conditions are detailed in Fugrorsquos Phase I ESA dated August 12 2008

Historical research conducted during the Phase I ESA revealed that the Site was undeveloped prior to 1925 The existing railroad spur that crosses the northwestern portion of the Site was constructed between 1925 and 1950 based on the Sanborn Maps produced during those years By 1963 the existing chemical warehouse building appears to have been constructed and was reportedly occupied by Hill Brothers Chemical Company until as late as 1978 Business directory listings also identified Guhl Manufacturing occupying the Site briefly around 1980 The current owner of the Site is Union Pacific (UP)

Available historical information indicates that land use in and around the Site has been residential light industrial and commercial properties since the late 1800s Currently the adjacent properties are primarily used for residential and retailcommercial purposes

In summary based on the findings of the Phase I ESA Fugrorsquos experience with similar sites in urbanized areas including Oakland the historical uses of the Coliseum BART Redevelopment Area and results of previous investigations at nearby properties indicate that soil andor groundwater on nearby sites contains detectable concentrations of Total Petroleum Hydrocarbons as gasoline (TPHg) Total Petroleum Hydrocarbons as diesel (TPHd) Total Petroleum Hydrocarbons as motor oil (TPHmo) and certain VOCs Additionally there is potential for elevated lead in surface soils

50 SITE ASSESSMENT ACTIVITIES

Fugro conducted this soil and groundwater investigation in general conformance with the SAP dated October 2008 and the SAP Amendment dated March 2009

51 DEVIATIONS FROM THE SAP AMENDMENT

Deviations from the SAP Amendment include the following

Fugro considers these deviations to be appropriate and consistent with the intent of the Phase II ESA

52 SAMPLING ACTIVITIES

Fugrorsquos Site assessment activities focused on evaluating existing soil and groundwater conditions to determine whether hazardous materials are present and if so whether they

represent a significant risk to current andor anticipated Site users including construction workers commercial and residential users In general soil assessment focused on the presence of metals VOCs and petroleum hydrocarbons in surface and near-surface soil that may be excavated during the redevelopment activities Groundwater assessment activities focused on evaluating VOCs and petroleum hydrocarbon concentrations at the Site

Prior to commencement of fieldwork Fugro obtained a drilling permit from Alameda County Public Works Agency (ACPWA) A copy of the permit is presented in Appendix A Fugro also retained a private utility locator to clear all proposed sampling locations and alerted the Underground Service Alert (USA) at least 48 hours prior to intrusive field activities

Field activities were conducted on April 3 2009 using standard industry practices regarding worker health and safety RSI Drilling a State of California licensed drilling contractor conducted drilling activities at the Site using direct push drilling methods Fieldwork included the completion of five direct push borings (B-1 through B-5) to a maximum depth of 20 feet bgs Boring locations are presented on Plate 2

Drilling and sampling activities were conducted under the supervision of Fugrorsquos field personnel Fugrorsquos field geologist logged each boring in accordance with the Unified Soil Classification System (USCS) and screened soil samples in the field using an Organic Vapor Meter (OVM) Discrete soil samples were collected from a variety of depths from each boring depending on field sample recovery In general soil samples were collected from 00 10 20 50 75 10 and 15 feet bgs within the direct push borings except where noted in Section 51

Groundwater at the Site was encountered at depths ranging from 40 to 76 feet bgs All borings were completed to 16 feet except as noted in Section 51 To facilitate collection of grab groundwater samples 1-inch PVC casing slotted between 11 to 16 feet was installed at each of the five boring locations Grab groundwater samples were collected using a clean disposable bailer PVC casing was removed once the grab groundwater samples were collected All borings were backfilled with neat cement grout and capped with an asphalt patch upon completion

Soil cuttings were placed in Department of Transportation approved and labeled 55-gallon drums which were stored onsite pending chemical classification and offsite disposal

60 CHEMICAL TESTING PROGRAM

Soil and groundwater samples were stored in ice-chilled coolers and transported under chain-of-custody documentation to Torrent Laboratories a State of California-certified testing laboratory Results of chemical analyses are discussed in Section 80

61 SOIL SAMPLES

A total of twenty-one soil samples were submitted for chemical analyses In accordance with our SAP samples were analyzed for some or all of the following

bull TPHg using EPA Method 8015m bull TPHd and TPHmo using EPA Method 8015m with silica gel cleanup bull VOCs using EPA Method 8260 bull VOCs using EPA Method 50358260

bull 17 Title 22 metals using EPA Methods 60107000 series bull Total Arsenic using EPA Method 60107000 andor bull Total Lead using EPA Method 60107000

62 GROUNDWATER SAMPLES

A total of five grab groundwater samples were submitted for chemical analysis In addition one duplicate sample one equipment blank (rinsate) sample and one trip blank sample were collected for QAQC purposes The grab groundwater samples were analyzed for the following

bull VOCs using EPA Method 8260 bull TPHg using EPA Method 8015m and bull TPHd and TPHmo using EPA Method 8015m with silica gel cleanup

63 FIELD QUALITY CONTROL SAMPLES

Fugro implemented QAQC procedures during this field investigation in accordance with the SAP and SAP Amendment Six duplicate soil samples were collected and analyzed as quality control samples in accordance with the SAP

One duplicate groundwater sample was also collected and analyzed as quality control samples in accordance with the SAP One equipment blank (rinsate) sample was collected to ensure that there was no cross contamination between borings from the electronic water level sounder

Fugro also tested one trip blank sample for VOCs to confirm that no sample contamination occurred during sample transport The trip blank sample was submitted along with grab groundwater samples that were collected during drilling activities

70 SUBSURFACE CONDITIONS

Subsurface conditions generally comprised 10 to 40 feet of fill consisting of gravelly silt with sand underlain by firm to stiff light gray to dark brown lean clay to the maximum depth explored of 20 feet Fugrorsquos field geologist encountered no hydrocarbon or solvent odors in any of the soil samples screened with the exception of Sample B-575rsquo which had a slight petroleum odor and yielded the highest OVM reading of 13 ppm Logs of borings are presented in Appendix B

Groundwater was encountered at depths ranging from 40 to 76 feet bgs No odors sheen or free phase hydrocarbons were detected or observed in any of the grab groundwater samples collected

80 RESULTS OF ANALYSES

This Section presents results of analyses including a discussion of the data validation and QAQC program as well as summaries and findings of the soil and groundwater sampling As described in the SAP results of analyses were compared to environmental screening levels (ESLs) established by the San Francisco Bay Regional Water Quality Control Board (RWQCB)

81 QUALITY CONTROL AND DATA VALIDATION

Fugro implemented QAQC and conducted data validation in accordance with the SAP The objectives of the QAQC and data validation were to obtain and present accurate precise and complete data Based on our review of the overall field and laboratory QAQC protocols data validation and findings Fugro judges that soil and groundwater sampling conformed with the objectives stated in the SAP and that the samples and resulting chemical analyses are representative of site conditions In Fugrorsquos opinion the analytical data are considered acceptable for the purposes of this Phase II ESA Laboratory and field QC sampling and analyses are discussed below

811 Laboratory QAQC Samples

To assess the accuracy of the laboratory data Fugro reviewed the laboratory reports to confirm compliance with the laboratoryrsquos own QAQC limits For the soil and groundwater samples Torrentrsquos QAQC reports indicated no exceptions to compliance with their own QAQC limits In general Torrent noted no QAQC problems for EPA Methods Certain analytes in both soil and water had minimum detection limits above the Data Quality Indicators (DQIs) For soil these analytes are benzene ethylbenzene methyl tert-butyl ether (MTBE) naphthalene trichloroethene and xylene While the detection limit for these analytes was above their respective DQI the detection limits were below their respective direct exposure ESL for residential land use and are therefore acceptable for the purposes of this Phase II ESA For groundwater the following analytes had a detection limit in excess of the EPA DQI trans 12-dichloroethene and total petroleum hydrocarbons as diesel While the detection limit of these analytes is above their respective EPA DQI their detection limit is below their respective maximum contaminant levels (MCL) and are therefore still acceptable for the purposes of this Phase II ESA

To assess the completeness of the data Fugro checked 100 percent of the laboratory reports for soil and groundwater samples and found that all requested tests were completed Therefore the chemical reports are considered to be complete

812 Field Quality Control Samples

To assess field procedures and laboratory accuracy Fugro collected one duplicate groundwater sample and six duplicate soil samples Analysis of the duplicate groundwater sample (DB-2) detected TPHd and TPHmo concentrations with a relative percent difference (RPD) of 113 percent

For soil samples analyses detected arsenic concentrations with a RPD ranging from 485 to 562 percent Lead concentrations were detected with a RPD ranging from 1577 to 1619 percent TPHmo was detected with a RPD of 186 percent The duplicate soil samples were obtained from fill material at the Site and although the samples were homogenized in the field the RPD for arsenic and lead in excess of 50 percent is most likely a result of the non-homogeneous nature of the fill As a result the high RPD in four out of eight soil samples is not considered significant Results of the RPD calculations are presented in Table 1

Fugro also tested one trip blank sample for VOCs during this investigation The sample was submitted on April 3 2009 along with grab groundwater samples that were collected during drilling activities at the Site and is also included with that report Results of chemical analysis

detected no VOCs in the trip blank confirming that samples were not contaminated during sample transport

82 RESULTS OF CHEMICAL ANALYSIS - SOIL

Analytical reports from Torrent Laboratories are presented in Appendix C Results of chemical analyses for soil samples are summarized in Table 2 and are discussed below

Except for toluene xylene and 4-isopropyltoluene no BTEX VOCs or TPHg were detected in any of the samples tested Toluene and xylene concentrations in B-10rsquo collected at the northern end of the Site were 83 microgkg and 134 microgkg respectively below their respective ESLs for residential and commercial land use Analysis detected concentrations of 4-Isopropyltoluene in Sample B-41rsquo at 23 microgkg This sample was collected immediately south of the abandoned warehouse ESL criteria have not been established for this compound

Analysis detected TPHd concentrations in two of the thirteen samples tested ranging from 349 mgkg (B-41rsquo) to 526 mgkg (B-20rsquo) below the ESL for residential and commercial land use TPHmo was detected in nine of the thirteen samples tested ranging from 482 mgkg (DB-32rsquo) to 5680 mgkg (B-40rsquo) exceeding the ESL for residential land use of 370 mgkg in Samples B-40rsquo and B-50rsquo and the commercial ESL criteria of 3700 mgkg in Sample B-40rsquo

Analysis detected various concentrations of metals in all samples analyzed With the exception of Sample B-20rsquo the only detected metals exceeding their respective ESL criteria were arsenic and vanadium Arsenic concentrations in twelve of the thirteen samples analyzed exceeded the residential ESL criteria of 039 mgkg However it is generally accepted that arsenic concentrations within the San Francisco Bay Area are higher than the ESLs for commercial and residential land use scenarios Typically arsenic concentrations less than 10 mgkg are considered consistent with background concentrations Vanadium concentrations ranged from 23 mgkg to 39 mgkg in all samples analyzed Although detected vanadium concentrations exceeded the residential land use ESL of 16 mgkg these concentrations were also similar to background concentrations in the San Francisco Bay Area

Analysis detected cadmium chromium cobalt copper lead mercury molybdenum nickel vanadium and zinc exceeding their respective ESL criteria for residential and in some cases commercial land use in Sample B-20rsquo Only total copper at 3700 mgkg in Sample B-20rsquo exceeded the total threshold limit concentration (TTLC) criteria of 2500 mgkg one of the criteria used to classify a soil as hazardous waste in the State of California

Soluble metal concentrations of the shallow soil are above the STLC for copper and lead of 25 mgL and 50 mgL respectively but below their respective TCLP concentrations with the exception of shallow soil around Boring B-2 which exceeds the TCLP for lead of 50 mgL Based on total and soluble metal analyses shallow fill removed near B-2 should be considered a RCRA hazardous waste and shallow fill near B-1 should be considered a California hazardous non-RCRA waste

83 RESULTS OF CHEMICAL ANALYSIS - GROUNDWATER

Results of chemical analysis conducted for groundwater samples during this investigation are summarized in Table 3 and are discussed below

Analyses detected no TPHg or TPHd in any of the samples tested Cis-12-Dichloroethene was detected at a concentration of 099 microgL (B-4) below the MCL of 60 microgL Additionally MTBE was detected at 092 microgL (B-4) below the MCL of 50 microgL Analysis detected TPHmo concentrations ranging from 224 microgL (B-2) to 302 microgL (B-3) in two of the six samples tested exceeding the ESL of 100 microgL The source of the detected TPHmo and VOCs is unknown

90 CONCLUSIONS

Fugro concludes that the site investigation was completed in general conformance with the SAP In our opinion the resulting findings adequately characterize site conditions The following summarizes the historical site uses subsurface conditions and results of analyses for this investigation

In general subsurface conditions comprised 10 to 40 feet of fill consisting of gravelly silt with sand underlain by firm to stiff light gray to dark brown lean clay to the maximum depth explored of 20 feet Fugrorsquos field geologist encountered no hydrocarbon or solvent odors in any of the soil samples screened with the exception of Sample B-5 75rsquo which had a slight petroleum odor and yielded the highest OVM reading of 13 ppm No odors or free phase hydrocarbons were detected or observed in any of the grab groundwater samples collected

92 CHEMICAL FINDINGS

For soil analyses detected no TPHg or VOCs in any of the soil samples tested Toluene was detected in B-10rsquo at 83 microgkg TPHd was detected in two of the thirteen samples analyzed 349 mgkg in B-4 1rsquo and 526 mgkg in B-2 0rsquo TPHmo was detected in nine of the thirteen samples tested ranging from 482 mgkg (B-32rsquo) to 5680 mgkg (B-40rsquo) exceeding the residential land use ESL criteria of 370 mgkg in Samples B-40rsquo and B-50rsquo located on the southern portion of the Site

Except for B-20rsquo the only detected metals exceeding their respective ESL criteria were arsenic and vanadium with detected concentrations consistent with background values For B-20rsquo detected cadmium chromium cobalt copper lead mercury molybdenum nickel vanadium and zinc exceeded their respective ESL criteria for residential and in some cases commercial land use

Detected chemicals exceeding hazardous waste criteria are limited to total andor soluble metal concentrations in Samples B-10rsquo and B-20rsquo At B-10rsquo soluble lead concentrations 16 mgL using WET and 098 mgL using TCLP methods indicate that shallow fill near this location is considered a California Hazardous non-RCRA waste For B-20rsquo 3700 mgkg of total copper and 31 mgL of soluble lead using TCLP methods indicate that fill at this location is considered a Resource Conservation Recovery Act (RCRA) hazardous waste

Based on the total and soluble metals analyses the elevated concentrations of metals appear to be localized to the upper two feet of surficial fill at the northern end of the Site near the railroad spurs Analysis of the deeper fill material and the underlying native soil indicates that soils deeper than two feet do not appear to have been impacted The source of elevated

metals in the surficial fill is unknown but could be attributed to past site uses historical railroad operations presence of construction fill or other unknown sources

For groundwater analysis detected no VOCs or hydrocarbons in three of the five samples tested (B-1 B2 and B-5) Analysis of grab groundwater samples detected concentrations of cis-12-Dichloroethene and MTBE of 099 microgL and 092 microgL respectively in B-2 Analysis detected 302 microgL of TPHmo in Sample B-3 above the ESL of 100 microgL

100 REMEDIAL EVALUATION

Based on the results of this investigation the extent of lead andor copper contaminants in fill is most likely limited to the upper two feet of shallow soil in these areas Our initial estimates indicate that approximately 340 cubic yards (CY) of soil may be impacted with elevated metals Based on results of analyses during this investigation approximately 170 CY of shallow soil should be considered California hazardous non-RCRA waste and 170 CY as RCRA hazardous waste Please note that the actual extent of contaminated fill is not known at this time and is subject to confirmation testing during soil removal Assuming a limited impact at B-1 and B-2 (45 feet by 45 feet by 2 feet deep) preliminary estimates to remediate these two areas range from $130000 to $175000

The railroad ties located along 150 linear feet of railroad spurs on the northern and western Site boundaries should be disposed as treated wood at a Class II facility permitted to accept such waste A preliminary estimate to dispose of the ties ranges from $10000 to $15000 This estimate is for transportation and disposal only and does not include costs associated with removing the railroad tracks This estimate does not include another 250 linear feet of railroad tracks currently present immediately west of the Site

Based on the costs outlined above Fugro estimates that remediation costs for the shallow soil and railroad ties will range from $140000 to $190000 Fugro recommends that the City include a 20 contingency ($28000 to $38000) to account for any unforeseen conditions that may arise during redevelopment This estimate is not an actual bid nor does it include consultation costs or costs to demolish the existing building or paved surfaces at the Site

110 RECOMMENDATIONS

Fugro recommends no further investigation at this time However additional testing of shallow fill for metals during redevelopment is recommended to define the extent and volume of impacted fill Results of such testing should be used to develop an appropriate remediation or disposal strategy for the Site and proposed redevelopment As indicated in the Phase I ESA Fugro also recommends that asbestos containing materials (ACM) and lead-based paint (LBP) surveys be conducted prior to demolition of the structure

Based on results of analyses and our experience at similar sites with similar conditions soil excavated from the north end of the Site will likely be considered a RCRA hazardous waste near B-2 and a California Hazardous non-RCRA waste near B-1 Soil within the fenced area south of the existing building will probably be suitable for disposal at a Class II or III landfill facility

Shallow fill (less than 20 feet bgs) should be remediated prior to or during redevelopment of the Site and a site-specific Soil Management Plan (SMP) and a Health amp Safety Plan (HSP) should be prepared for construction The Soil Management Plan should address proper site control cleanup goals dust control measures soil handling remediation activities confirmation testing and reporting requirements Copies of this report should be provided to the contractor performing construction at the Site

If staining chemical odors underground storage tanks (USTs) or other signs of contamination andor contaminated material are encountered during construction the contractor should notify the Agency of those conditions and appropriate precautions investigation andor mitigation should be implemented

If proposed redevelopment involves dewatering andor groundwater handling appropriate planning permitting and likely treatment of that groundwater will be required prior to discharge Any dewatering planned for the Site should consider the presence of VOCs and TPHmo in groundwater

120 REFERENCES

ASTM Designation E 1903-97 (2002) Standard Guide for Environmental Site Assessments Phase II Environmental Site Assessment Process dated 1997 and reviewed and found to be still relevant in 2002 by ASTM

Fugro West Inc Phase I Environmental Site Assessment 7001 Snell Street Oakland California dated August 12 2008

Fugro West Inc Sampling and Analysis Plan 7001 Snell Street Oakland California dated October 16 2008

Fugro West Inc Amendment to Sampling and Analysis Plan 7001 Snell Street Oakland California dated March 11 2009

San Francisco Bay Regional Water Quality Control Board Screening for Environmental Concerns at Sites with Contaminated Soil and Groundwater-Interim Final ndash November 2007 (Revised May 2008)

TABLES

City of OaklandJuly 2009 (Project No 272168)

RPD ()RPD

Goal ()

Analyte Units B-2 DB-2TPHd microgL lt44 lt493 -- lt 20

TPHmo microgL lt200 lt224 -- lt 20

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Analyte Units B-1 1 DB-1 1 B-2 1 DB-2 1 B-3 1 DB-3 1VOC microgkg ND ND -- lt 50 ND ND -- lt 50 ND ND -- lt 50

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Analyte Units B-1 2 DB-1 2 B-2 2 DB-2 2 B-3 2 DB-3 2Arsenic mgkg 82 50 485 lt 50 56 51 93 lt 50 32 57 562 lt 50

Lead mgkg 110 13 1577 lt 50 49 37 279 lt 50 93 98 1619 lt 50TPHd mgkg ND ND -- lt 50 ND ND -- lt 50 ND ND -- lt 50

TPHmo mgkg ND ND -- lt 50 917 258 951 lt 50 lt40 482 186 lt 50

Sample ID

Analyte Units Trip Blank VOCs microgL ND

NotesVOCs = Volatile Organic CompoundsTPHd = Total Petroleum Hydrocarbons as dieselTPHmo = Total Petroleum Hydrocarbons as motor oilmicrogL = micrograms per litermicrogkg = micrograms per kilogrammgkg = milligrams per kilogramND = Not detectedRPD = Relative percentage difference

Sample ID

Duplicate Soil Samples

Sample ID Sample ID Sample ID

Table 1Summary of Quality Control Sample Results

7001 Snell StreetOakland California

Duplicate Groundwater Samples

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Analyte Units B-1 0 B-1 1 DB-1 1 B-1 2 DB-1 2 B-1 5 B-2 0 B-2 1 DB-2 1 B-2 2 DB-2 2 B-3 0 B-3 1 DB-3 1 B-3 2 DB-3 2 B-3 6 B-4 0 B-4 1 B-5 0 B-5 1 Residential Commercial Construction Worker TTLC STLC

Matrix Fill Fill Fill Fill Fill Native Fill Fill Fill Fill Fill Fill Fill Fill Fill Fill Native Fill Native Fill Native Title 22 Metals

Antimony mgkg 8 -- -- -- -- -- 44 -- -- -- -- 14 -- -- -- -- -- 24 -- 074J -- 63 40 310 500 15Arsenic mgkg 64 -- -- 82 50 -- lt011 -- -- 56 51 46 -- -- 32 57 -- 16 37 14 28 039 16 15 500 50Barium mgkg 220 -- -- -- -- -- 120 -- -- -- -- 49 -- -- -- -- -- 46 -- 52 -- 750 1500 2600 10000 100

Beryllium mgkg lt0034 -- -- -- -- -- lt0034 -- -- -- -- lt0034 -- -- -- -- -- lt0034 -- lt0034 -- 40 80 98 75 075Cadmium mgkg 29 -- -- -- -- -- 92 -- -- -- -- 018J -- -- -- -- -- 044 -- 070 -- 17 74 39 100 10

Chromium mgkg 38 -- -- -- -- -- 2100 -- -- -- -- 34 -- -- -- -- -- 96 -- 22 -- 750 750 1200000 2500 50Cobalt mgkg 34 -- -- -- -- -- 22 -- -- -- -- 13 -- -- -- -- -- 63 -- 82 -- 40 80 94 8000 80

Copper mgkg 120 -- -- -- -- -- 3700 -- -- 41 -- 19 -- -- -- -- -- 44 -- 15 -- 230 230 310000 2500 25Copper (WET) mgL -- -- -- -- -- -- 81 -- -- -- -- -- -- -- -- -- -- -- -- -- -- NA NA NA NA 25

Copper (TCLP) mgL -- -- -- -- -- -- 095 -- -- -- -- -- -- -- -- -- -- -- -- -- -- NA NA NA NA NELead mgkg 320 -- -- 110 13 46 490 -- -- 49 37 49 -- -- 93 98 11 39 42 26 45 200 750 750 1000 50

Lead (WET) mgL 16 -- -- -- -- 51 -- -- -- -- -- -- -- 10 -- -- -- -- -- -- NA NA NA NA 50Lead (TCLP) mgL 098 -- -- -- -- 31 -- -- -- -- -- -- -- lt010 -- -- -- -- -- -- NA NA NA NA 50

Mercury mgkg 029 -- -- -- -- -- 96 -- -- 015 -- lt010 -- -- -- -- -- lt010 -- 024 -- 13 10 58 20 02Mercury (WET) mgL -- -- -- -- -- -- lt0010 -- -- -- -- -- -- -- -- -- -- -- -- -- -- NA NA NA NA 02

Molybdenum mgkg 018J -- -- -- -- -- 95 -- -- -- -- lt0024 -- -- -- -- -- 24 -- lt0024 -- 40 40 3900 3500 350Nickel mgkg 120 -- -- -- -- -- 1000 -- -- 64 -- 43 -- -- -- -- -- 54 -- 59 -- 150 150 260 2000 20

Selenium mgkg 068J -- -- -- -- -- 17J -- -- -- -- 044J -- -- -- -- -- lt012 -- lt012 -- 10 10 3900 100 10Silver mgkg lt0080 -- -- -- -- -- 14 -- -- -- -- 028J -- -- -- -- -- 07 -- lt0080 -- 20 40 3900 500 50

Thallium mgkg lt0048 -- -- -- -- -- lt0048 -- -- -- -- lt0048 -- -- -- -- -- lt0048 -- lt0048 -- 13 16 62 700 70Vanadium mgkg 39 -- -- -- -- -- 34 -- -- -- -- 29 -- -- -- -- -- 24 -- 23 -- 16 200 770 2400 24

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

4-Isopropyltoluene microgkg -- lt20 lt21 -- -- -- -- lt15 lt18 -- -- -- lt20 lt27 -- -- -- -- 23J -- lt20 NE NE NE NE NEAll other VOCs microgkg -- ND ND -- -- -- -- ND ND -- -- -- ND ND -- -- -- -- ND -- ND varies varies varies varies varies

BTEXBenzene microgkg lt28 lt29 lt29 lt50 lt28 -- lt28 lt21 lt24 lt28 lt28 lt28 lt28 lt38 lt50 lt28 -- lt28 lt28 lt28 lt28 120 270 12000 NE NE

Ethylbenzene microgkg lt28 lt29 lt30 lt50 lt28 -- lt28 lt22 lt25 lt28 lt28 lt28 lt29 lt38 lt50 lt28 -- lt28 lt28 lt28 lt28 2300 4700 210000 NE NEToluene microgkg 83 lt24 lt25 lt50 lt24 -- lt24 lt18 lt21 lt24 lt24 lt24 lt24 lt32 lt50 lt24 -- lt24 lt24 lt24 lt24 9300 9300 650000 NE NE

Xylene microgkg 134J lt120 lt120 lt150 lt110 -- lt110 lt86 lt99 lt110 lt110 lt11 lt110 lt150 lt150 lt11 -- lt110 lt110 lt110 lt110 11000 11000 420000 NE NEHydrocarbons

TPHg mgkg lt0017 -- -- lt0017 lt0017 -- lt0017 -- -- lt0017 lt0017 lt0017 -- -- lt0017 lt017 -- lt0017 lt01 lt0017 lt01 100 180 4200 NE NETPHd mgkg lt083 -- -- lt083 lt083 -- 526x -- -- lt083 lt083 lt083 -- -- lt083 lt083 -- lt83 349x lt166 lt083 100 180 4200 NE NE

TPHmo mgkg 378 -- -- lt24 lt24 -- 123 -- -- 917 258 lt24 -- -- lt24 482 -- 5680 892 1870 282 370 2500 12000 NE NE

VOC = Volatile Organic Compounds detected analytes only TTLC = Total Threshold Limit ConcentrationsTPHg = Total Petroleum Hydrocarbons as Gasoline STLC = Soluable Threshold Limit ConcentrationTPHd = Total Petroleum Hydrocarbons as DieselTPHmo = Total Petroleum Hydrocarbons as Motor Oil = Exceeds ESL Criteriamgkg = Milligrams per kilogram = Exceeds California Hazardous Waste Criteriamicrogkg = Micrograms per kilogram = Exceeds TTLC andor RCRA Hazardous Waste Criteria-- = Not Testedlt25 = Not detected above laboratory reporting limitNE = Not EstablishedNA = Not ApplicableJ = Values are between the MDL and the MRL and should be considered as estimatedx = Sample chromatogram does not resemble typical diesel pattern (possibly fuel heavier than diesel but lighter than motor oil or degraded motor oil) Hydrocarbons within the diesel range quantitated as dieselESL = Environmental Screening Levels RWQCB Screening for Environmental Concerns at Sites with Contaminated Soil and Goundwater -- Interim Final November 2007 = Table B ESL for Residential and Commerical = Table K-3 ESL for Direct Exposure Soil Screening Levels ConstructionTrench Worker Exposure Scenario

Table 2

California Regulatory Limits

Environmental Screening Levels

Summary of Analytical Data - Soil7001 Snell Street

Oakland California

Sample ID

Table 2Page 1 of 1

Analyte Units B-1 B-2 DB-2 B-3 B-4 B-5 RinsateDrinking Water

Residential Indoor Air

Commercial Indoor Air

VOCscis-12-Dichloroethene microgL lt042 lt041 lt040 lt042 099 lt040 lt036 60 6200 17000

MTBE microgL lt045 lt044 lt043 lt045 092 lt043 lt039 50 24000 80000Remaining VOCs microgL ND ND ND ND ND ND ND varies varies varies

HydrocarbonsTPHg microgL lt322 lt29 lt25 lt25 lt275 lt282 lt25 100 NE NETPHd microgL lt44 lt44 lt493 lt44 lt502 lt44 lt44 100 NE NE

TPHmo microgL lt200 lt200 lt224 302 lt228 lt200 lt200 100 NE NE

NotesVOCs = Volatile organic compoundsTPHg = Total Petroleum Hydrocarbons as gasolineTPHd = Total Petroleum Hydrocarbons as dieselTPHmo = Total Petroleum Hydrocarbons as motor oilMTBE = Methyl tert-butyl ethermicrogL = micrograms per literlt25 = Not detected above listed laboratory reporting limitNE = Not established = Table F-1a = Table E-1 Groundwater Screening Levels for Evaluation of Potential Vapor Intrusion ConcernsESLs = Environmental Screening Levels - RWQCB Screening for Environmental Concerns at Sites with Contaminated Soil and Groundwater Interim Final - November 2007ND = Not Detected

Sample ID Environmental Screening Levels

Table 3Summary of Analytical Data - Groundwater

Table 3Page 1 of 1

PLATES

Alameda County Public Works Agency - Water Resources Well Permit

399 Elmhurst StreetHayward CA 94544-1395

Telephone (510)670-6633 Fax(510)782-1939

Application Approved on 03122009 By jamesy Permit Numbers W2009-0229Permits Valid from 03202009 to 03202009

Application Id 1236727341940 City of Project SiteOaklandSite Location 7001 Snell St Oakland CA 94612Project Start Date 03202009 Completion Date03202009Assigned Inspector Contact Ron Smalley at (510) 670-5407 or ronaldwsacpwaorg

Applicant FUGRO WEST - Karen Emery Phone 510-268-04611000 Broadway Ste 440 Oakland CA 94607

Property Owner City of Oakland Phone 510-238-7371250 F H Ogawa Plaza Oakland CA 94612

Client same as Property Owner

Total Due $23000Receipt Number WR2009-0096 Total Amount Paid $23000

Payer Name Fugro West Paid By CHECK PAID IN FULL

Works Requesting Permits

Borehole(s) for Investigation-Geotechnical StudyCPTs - 5 Boreholes

Driller RSI - Lic 802334 - Method other Work Total $23000

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

Specific Work Permit Conditions1 Backfill bore hole by tremie with cement grout or cement groutsand mixture Upper two-three feet replaced in kind or

with compacted cuttings All cuttings remaining or unused shall be containerized and hauled off site

2 Boreholes shall not be left open for a period of more than 24 hours All boreholes left open more than 24 hours will

need approval from Alameda County Public Works Agency Water Resources Section All boreholes shall be backfilled

according to permit destruction requirements and all concrete material and asphalt material shall be to Caltrans Spec or

CountyCity Codes No borehole(s) shall be left in a manner to act as a conduit at any time

3 Permittee shall assume entire responsibility for all activities and uses under this permit and shall indemnify defend

and save the Alameda County Public Works Agency its officers agents and employees free and harmless from any and

all expense cost liability in connection with or resulting from the exercise of this Permit including but not limited to

properly damage personal injury and wrongful death

4 Prior to any drilling activities it shall be the applicants responsibility to contact and coordinate an Underground

Service Alert (USA) obtain encroachment permit(s) excavation permit(s) or any other permits or agreements required

for that Federal State County or City and follow all City or County Ordinances No work shall begin until all the permits

and requirements have been approved or obtained It shall also be the applicants responsibilities to provide to the Cities

or to Alameda County an Traffic Safety Plan for any lane closures or detours planned No work shall begin until all the

permits and requirements have been approved or obtained

5 Applicant shall contact Ron Smalley for an inspection time at 510-670-5407 at least five (5) working days prior to

starting once the permit has been approved Confirm the scheduled date(s) at least 24 hours prior to drilling

6 Permitte permittees contractors consultants or agents shall be responsible to assure that all material or waters

generated during drilling boring destruction andor other activities associated with this Permit will be safely handled

properly managed and disposed of according to all applicable federal state and local statutes regulating such In no

case shall these materials andor waters be allowed to enter or potentially enter on or off-site storm sewers dry wells or

waterways or be allowed to move off the property where work is being completed

7 Copy of approved drilling permit must be on site at all times Failure to present or show proof of the approved permit

application on site shall result in a fine of $50000

8 Prior to any drilling activities onto any public right-of-ways it shall be the applicants responsibilities to contact and

coordinate a Underground Service Alert (USA) obtain encroachment permit(s) excavation permit(s) or any other permits

required for that City or to the County and follow all City or County Ordinances It shall also be the applicants

responsibilities to provide to the Cities or to Alameda County a Traffic Safety Plan for any lane closures or detours

planned No work shall begin until all the permits and requirements have been approved or obtained

9 Permit is valid only for the purpose specified herein No changes in construction procedures as described on this

permit application Boreholes shall not be converted to monitoring wells without a permit application process

APPENDIX B USCS KEY AND LOGS OF BORINGS

ENVIRONMENTAL LOG OAK GENGINEERGINTPROJECTS272168GPJ LIBRARY_092906OAKGLB 4709 0243 p

Lean CLAY (CL) soft brown dry to moist occasionalgravels medium plasticity no odor or staining

Gravelly SILT with sand (ML) soft to firm grayishbrown dry to moist no odor or staining

End Of Boring 200 feet

light gray wet

Lean CLAY (CL) firm to stiff light brown moist somedark brown and black mottling no odor or stainingoccasional coarse sand

Gravelly SILT with sand (ML) firm light brown wet noodor or staining

dark brown no odor or staining

no gravels

DRILLED BY RSI Jose

LOGGED BY Russell Carter

Sheet 1 of 1

NOTES 1 Terms and symbols defined on Plate B-1COMPLETION DATE April 6 2009

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

DEPTH TO WATER 74 ft

Project No 272168

UP ParcelOakland California

DRILLING METHOD 2-in dia Direct Push

MATERIAL DESCRIPTIONSA

LOG OF B-1

OTHER TESTS

SURFACE EL ft +- (rel MSL datum)

Lean CLAY (CL) firm to stiff light brown moist noodor or staining

wet decreasing gravel

Gravelly SILT with sand (ML) firm reddish brownmoist to wet some black mottling no odor

Lean CLAY (CL) soft to firm dark brown moist noodor or staining

Gravelly SILT with sand (ML) soft to firm light graydry no odor or staining

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

MATERIAL DESCRIPTION

LOCATION

Poorly-graded GRAVEL (GP) loose grayish brownwet no odor or staining

0 Lean CLAY (CL) firm light gray moist no odor orstaining

Lean CLAY with sand (CL) firm light gray moist towet no odor or staining

light gray

increasing gravel

Poorly-graded SAND (SP) loose light gray dry tomoist no odor or staining

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

DEPTH TO WATER 49 ft Not Measured

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Lean CLAY with sand (CL) firm light brown moist noodor or staining

firm light brown moist no odor or staining

firm light gray dry to moist no odor or staining

Lean CLAY (CL) stiff dark brown dry to moist noodor or staining

Gravelly SILT with sand (ML) soft grayish brown dryno odor or staining

Sheet 1 of 1

NOTES 1 Terms and symbols defined on Plate B-1COMPLETION DATE April 3 2009 DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

Lean CLAY (CL) soft dark brown moist no odor orstaining

B-5605

some black mottling

light brown no odor or staining

firm to stiff no odor or staining

firm light gray slight petroleum odor

some larger organic grains

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

May 212009 (Revision 2)

Karen EmeryFugro Inc1000 Broadway Suite 440Oakland CA 94607

TEL (510) 268-0461FAX (510) 268-0545

RE 272168 - See narrative for revision detailsOrder No 0904022

Dear Karen Emery

Torrent Laboratory Inc received 49 samples on 462009 for the analyses presented in thefollowing report

All data for associated QC met EPA or laboratory specification(s) except where noted in thecase narrativeReported data is applicable for only the samples received as part of the order number referencedabove

Torrent Laboratory Inc is certified by the State of California ELAP 1991 If you have anyquestions regarding these tests results please feel free to contact the Project Management Teamat (408)263-525 8ext 204

052 -tJCDate

QA Officer

483 Sinclair Frontage Rd Milpitas CA 95035 I tel 4082635258 I fax 4082638293 I wwwtorrentlabcom

21-May-09DateTorrent Laboratory Inc

Project 272168CLIENT Fugro Inc

Lab Order 0904022CASE NARRATIVE

Analytical Comments for WO 0904022 Note Per client request results are reported to the MDL for all waters and for 8260B soils Values reported between the MDL and MRL should be considered as estimated and are flagged with the appropriate J qualifier

REVISIONS

Per client request reporte re-issued with all data reported to the MDL Values reported between the MDL and MRL should be considered as estimated and are flagged with the appropriate J qualifier

Per client request Lead analysis added to sample 0904022-028 and 036 and Copper Nickel and Mercury analysis added to 0904022-023

Rev 1 (5609)

Per client request STLCTCLP added to samples 016017021025 on a 5 day TAT

Note Extraction of 50 g sample 500g 02M Sodium Citrate Solution was performed according to wet extraction procedure (WET) which was rotated in a rotary shaker for 48 hours Extraction started on 05152009 600 PM and ended on 05172009 600 PM

Note Extraction of 25 g sample 500g TCLP Fluid 1 was performed according to Toxicity Characteristic Leaching Procedure (TCLP) which was rotated in a rotary shaker for 18 hours

Extraction started on 05152009 445 PM and ended on 05162009 1045 AM

Rev 2 (52109)

TORRENT LABORATORY INC483 Sinclair Frontage Road bull Milpitas CA bull Phone (408) 263-5258 bull Fax (408) 263-8293

Visit us at wwwtorrentlabcom email analysistorrentlabcom

Client Sample ID B-1

DateTime Sampled 462009 94800 AMSample Matrix WATER

Parameters Result UnitsDateAnalyzed

Lab Sample ID 0904022-001

DilutionFactor

Sample Location 272168UP Parcel

Date Received 462009Date Reported 5212009

Report prepared for Karen EmeryFugro Inc

AnalysisMethod

Date Prepared 4162009

AnalyticalBatch

TPH (Diesel-SG) 492009 00440 mgL1 NDSW8015B 0044 R19203TPH (Motor Oil-SG) 492009 0200 mgL1 NDSW8015B 02 R19203 Surr Pentacosane 492009 642-123 REC1 108SW8015B 0 R19203

Note Results reported to the MDL

TPH (Gasoline) 4162009 00322 mgL129 NDSW8015B 0025 R19268 Surr Trifluorotoluene 4162009 65-135 REC129 127SW8015B 0 R19268

Note Reporting limits were raised due to high level of sediment in all VOAs Results reported to the MDL

of 57These analyses were performed according to State of California Environmental Laboratory Accreditation program Certificate 1991

DilutionFactor

AnalysisMethod

AnalyticalBatch

1112-Tetrachloroethane 472009 065 microgL116 NDSW8260B 056 R19168111-Trichloroethane 472009 030 microgL116 NDSW8260B 026 R191681122-Tetrachloroethane 472009 065 microgL116 NDSW8260B 056 R19168112-Trichloroethane 472009 026 microgL116 NDSW8260B 022 R1916811-Dichloroethane 472009 039 microgL116 NDSW8260B 034 R1916811-Dichloroethene 472009 039 microgL116 NDSW8260B 034 R1916811-Dichloropropene 472009 035 microgL116 NDSW8260B 03 R19168123-Trichlorobenzene 472009 024 microgL116 NDSW8260B 021 R19168123-Trichloropropane 472009 061 microgL116 NDSW8260B 053 R19168124-Trichlorobenzene 472009 023 microgL116 NDSW8260B 02 R19168124-Trimethylbenzene 472009 041 microgL116 NDSW8260B 035 R1916812-Dibromo-3-chloropropane 472009 046 microgL116 NDSW8260B 04 R1916812-Dibromoethane (EDB) 472009 042 microgL116 NDSW8260B 036 R1916812-Dichlorobenzene 472009 024 microgL116 NDSW8260B 021 R1916812-Dichloroethane (EDC) 472009 042 microgL116 NDSW8260B 036 R1916812-Dichloropropane 472009 032 microgL116 NDSW8260B 028 R19168135-Trimethylbenzene 472009 044 microgL116 NDSW8260B 038 R1916813-Dichlorobenzene 472009 027 microgL116 NDSW8260B 023 R1916813-Dichloropropene 472009 041 microgL116 NDSW8260B 035 R1916814-Dichlorobenzene 472009 031 microgL116 NDSW8260B 027 R1916822-Dichloropropane 472009 042 microgL116 NDSW8260B 036 R191682-Chloroethyl vinyl ether 472009 106 microgL116 NDSW8260B 091 R191682-Chlorotoluene 472009 045 microgL116 NDSW8260B 039 R191684-Chlorotoluene 472009 042 microgL116 NDSW8260B 036 R191684-Isopropyltoluene 472009 041 microgL116 NDSW8260B 035 R19168Acetone 472009 650 microgL116 NDSW8260B 56 R19168Benzene 472009 039 microgL116 NDSW8260B 034 R19168Bromobenzene 472009 035 microgL116 NDSW8260B 03 R19168Bromochloromethane 472009 039 microgL116 NDSW8260B 034 R19168Bromodichloromethane 472009 028 microgL116 NDSW8260B 024 R19168Bromoform 472009 075 microgL116 NDSW8260B 065 R19168Bromomethane 472009 116 microgL116 NDSW8260B 1 R19168Carbon tetrachloride 472009 034 microgL116 NDSW8260B 029 R19168Chlorobenzene 472009 036 microgL116 NDSW8260B 031 R19168Chloroform 472009 034 microgL116 NDSW8260B 029 R19168Chloromethane 472009 051 microgL116 NDSW8260B 044 R19168cis-12-Dichloroethene 472009 042 microgL116 NDSW8260B 036 R19168cis-13-Dichloropropene 472009 036 microgL116 NDSW8260B 031 R19168Dibromochloromethane 472009 042 microgL116 NDSW8260B 036 R19168Dibromomethane 472009 041 microgL116 NDSW8260B 035 R19168Dichlorodifluoromethane 472009 037 microgL116 NDSW8260B 032 R19168Diisopropyl ether (DIPE) 472009 052 microgL116 NDSW8260B 045 R19168Ethyl tert-butyl ether (ETBE) 472009 049 microgL116 NDSW8260B 042 R19168

DilutionFactor

AnalysisMethod

AnalyticalBatch

Ethylbenzene 472009 029 microgL116 NDSW8260B 025 R19168Freon-113 472009 099 microgL116 NDSW8260B 085 R19168Hexachlorobutadiene 472009 026 microgL116 NDSW8260B 022 R19168Isopropylbenzene 472009 086 microgL116 NDSW8260B 074 R19168Methyl tert-butyl ether (MTBE) 472009 045 microgL116 NDSW8260B 039 R19168Methylene chloride 472009 099 microgL116 NDSW8260B 085 R19168Naphthalene 472009 023 microgL116 NDSW8260B 02 R19168n-Butylbenzene 472009 026 microgL116 NDSW8260B 022 R19168n-Propylbenzene 472009 029 microgL116 NDSW8260B 025 R19168sec-Butylbenzene 472009 037 microgL116 NDSW8260B 032 R19168Styrene 472009 032 microgL116 NDSW8260B 028 R19168t-Butyl alcohol (t-Butanol) 472009 174 microgL116 NDSW8260B 15 R19168tert-Amyl methyl ether (TAME) 472009 037 microgL116 NDSW8260B 032 R19168tert-Butylbenzene 472009 042 microgL116 NDSW8260B 036 R19168Tetrachloroethene 472009 028 microgL116 NDSW8260B 024 R19168Toluene 472009 035 microgL116 NDSW8260B 03 R19168trans-12-Dichloroethene 472009 058 microgL116 NDSW8260B 05 R19168trans-13-Dichloropropene 472009 052 microgL116 NDSW8260B 045 R19168Trichloroethene 472009 036 microgL116 NDSW8260B 031 R19168Trichlorofluoromethane 472009 030 microgL116 NDSW8260B 026 R19168Vinyl chloride 472009 042 microgL116 NDSW8260B 036 R19168Xylenes Total 472009 089 microgL116 NDSW8260B 077 R19168 Surr Dibromofluoromethane 472009 612-131 REC116 105SW8260B 0395 R19168 Surr 4-Bromofluorobenzene 472009 641-120 REC116 909SW8260B 0498 R19168 Surr Toluene-d8 472009 751-127 REC116 101SW8260B 0531 R19168

Note Sample was diluted prior to analysis due to sediment in all voas

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DateTime Sampled 432009 120500 PMSample Matrix WATER

DilutionFactor

AnalysisMethod

AnalyticalBatch

TPH (Diesel-SG) 4102009 00440 mgL1 NDSW8015B 0044 R19203TPH (Motor Oil-SG) 4102009 0200 mgL1 0302SW8015B 02 R19203 Surr Pentacosane 4102009 642-123 REC1 940SW8015B 0 R19203

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Note Results reported to the MDL Reporting limits increased due to limited sample volume available (sediment present)

DilutionFactor

AnalysisMethod

AnalyticalBatch

1112-Tetrachloroethane 472009 062 microgL11 NDSW8260B 056 R19168111-Trichloroethane 472009 029 microgL11 NDSW8260B 026 R191681122-Tetrachloroethane 472009 062 microgL11 NDSW8260B 056 R19168112-Trichloroethane 472009 024 microgL11 NDSW8260B 022 R1916811-Dichloroethane 472009 037 microgL11 NDSW8260B 034 R1916811-Dichloroethene 472009 037 microgL11 NDSW8260B 034 R1916811-Dichloropropene 472009 033 microgL11 NDSW8260B 03 R19168123-Trichlorobenzene 472009 023 microgL11 NDSW8260B 021 R19168123-Trichloropropane 472009 058 microgL11 NDSW8260B 053 R19168124-Trichlorobenzene 472009 022 microgL11 NDSW8260B 02 R19168124-Trimethylbenzene 472009 038 microgL11 NDSW8260B 035 R1916812-Dibromo-3-chloropropane 472009 044 microgL11 NDSW8260B 04 R1916812-Dibromoethane (EDB) 472009 040 microgL11 NDSW8260B 036 R1916812-Dichlorobenzene 472009 023 microgL11 NDSW8260B 021 R1916812-Dichloroethane (EDC) 472009 040 microgL11 NDSW8260B 036 R1916812-Dichloropropane 472009 031 microgL11 NDSW8260B 028 R19168135-Trimethylbenzene 472009 042 microgL11 NDSW8260B 038 R1916813-Dichlorobenzene 472009 025 microgL11 NDSW8260B 023 R1916813-Dichloropropene 472009 038 microgL11 NDSW8260B 035 R1916814-Dichlorobenzene 472009 030 microgL11 NDSW8260B 027 R1916822-Dichloropropane 472009 040 microgL11 NDSW8260B 036 R191682-Chloroethyl vinyl ether 472009 100 microgL11 NDSW8260B 091 R191682-Chlorotoluene 472009 043 microgL11 NDSW8260B 039 R191684-Chlorotoluene 472009 040 microgL11 NDSW8260B 036 R191684-Isopropyltoluene 472009 038 microgL11 NDSW8260B 035 R19168Acetone 472009 616 microgL11 NDSW8260B 56 R19168Benzene 472009 037 microgL11 NDSW8260B 034 R19168Bromobenzene 472009 033 microgL11 NDSW8260B 03 R19168Bromochloromethane 472009 037 microgL11 NDSW8260B 034 R19168Bromodichloromethane 472009 026 microgL11 NDSW8260B 024 R19168Bromoform 472009 072 microgL11 NDSW8260B 065 R19168Bromomethane 472009 110 microgL11 NDSW8260B 1 R19168Carbon tetrachloride 472009 032 microgL11 NDSW8260B 029 R19168Chlorobenzene 472009 034 microgL11 NDSW8260B 031 R19168Chloroform 472009 032 microgL11 NDSW8260B 029 R19168Chloromethane 472009 048 microgL11 NDSW8260B 044 R19168cis-12-Dichloroethene 472009 040 microgL11 099SW8260B 036 R19168cis-13-Dichloropropene 472009 034 microgL11 NDSW8260B 031 R19168Dibromochloromethane 472009 040 microgL11 NDSW8260B 036 R19168Dibromomethane 472009 038 microgL11 NDSW8260B 035 R19168Dichlorodifluoromethane 472009 035 microgL11 NDSW8260B 032 R19168Diisopropyl ether (DIPE) 472009 050 microgL11 NDSW8260B 045 R19168Ethyl tert-butyl ether (ETBE) 472009 046 microgL11 NDSW8260B 042 R19168

DilutionFactor

AnalysisMethod

AnalyticalBatch

Ethylbenzene 472009 028 microgL11 NDSW8260B 025 R19168Freon-113 472009 094 microgL11 NDSW8260B 085 R19168Hexachlorobutadiene 472009 024 microgL11 NDSW8260B 022 R19168Isopropylbenzene 472009 081 microgL11 NDSW8260B 074 R19168Methyl tert-butyl ether (MTBE) 472009 043 microgL11 092SW8260B 039 R19168Methylene chloride 472009 094 microgL11 NDSW8260B 085 R19168Naphthalene 472009 022 microgL11 NDSW8260B 02 R19168n-Butylbenzene 472009 024 microgL11 NDSW8260B 022 R19168n-Propylbenzene 472009 028 microgL11 NDSW8260B 025 R19168sec-Butylbenzene 472009 035 microgL11 NDSW8260B 032 R19168Styrene 472009 031 microgL11 NDSW8260B 028 R19168t-Butyl alcohol (t-Butanol) 472009 165 microgL11 NDSW8260B 15 R19168tert-Amyl methyl ether (TAME) 472009 035 microgL11 NDSW8260B 032 R19168tert-Butylbenzene 472009 040 microgL11 NDSW8260B 036 R19168Tetrachloroethene 472009 026 microgL11 NDSW8260B 024 R19168Toluene 472009 033 microgL11 NDSW8260B 03 R19168trans-12-Dichloroethene 472009 055 microgL11 NDSW8260B 05 R19168trans-13-Dichloropropene 472009 050 microgL11 NDSW8260B 045 R19168Trichloroethene 472009 034 microgL11 NDSW8260B 031 R19168Trichlorofluoromethane 472009 029 microgL11 NDSW8260B 026 R19168Vinyl chloride 472009 040 microgL11 NDSW8260B 036 R19168Xylenes Total 472009 085 microgL11 NDSW8260B 077 R19168 Surr Dibromofluoromethane 472009 612-131 REC11 107SW8260B 0395 R19168 Surr 4-Bromofluorobenzene 472009 641-120 REC11 934SW8260B 0498 R19168 Surr Toluene-d8 472009 751-127 REC11 894SW8260B 0531 R19168

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Client Sample ID DB-2

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Client Sample ID Rinsate

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DateTime Sampled 432009 85200 AMSample Matrix SOIL

DilutionFactor

AnalysisMethod

AnalyticalBatch

1112-Tetrachloroethane 482009 31 microgKg1 NDSW8260B 3048 R19182111-Trichloroethane 482009 38 microgKg1 NDSW8260B 3661 R191821122-Tetrachloroethane 482009 46 microgKg1 NDSW8260B 4423 R19182112-Trichloroethane 482009 23 microgKg1 NDSW8260B 2262 R1918211-Dichloroethane 482009 32 microgKg1 NDSW8260B 31 R1918211-Dichloroethene 482009 22 microgKg1 NDSW8260B 218 R1918211-Dichloropropene 482009 41 microgKg1 NDSW8260B 395 R19182123-Trichlorobenzene 482009 58 microgKg1 NDSW8260B 564 R19182123-Trichloropropane 482009 91 microgKg1 NDSW8260B 879 R19182124-Trichlorobenzene 482009 53 microgKg1 NDSW8260B 519 R19182124-Trimethylbenzene 482009 47 microgKg1 NDSW8260B 456 R1918212-Dibromo-3-chloropropane 482009 47 microgKg1 NDSW8260B 452 R1918212-Dibromoethane (EDB) 482009 20 microgKg1 NDSW8260B 194 R1918212-Dichlorobenzene 482009 46 microgKg1 NDSW8260B 445 R1918212-Dichloroethane (EDC) 482009 34 microgKg1 NDSW8260B 328 R1918212-Dichloropropane 482009 36 microgKg1 NDSW8260B 346 R19182135-Trimethylbenzene 482009 46 microgKg1 NDSW8260B 448 R1918213-Dichlorobenzene 482009 41 microgKg1 NDSW8260B 399 R1918214-Dichlorobenzene 482009 42 microgKg1 NDSW8260B 407 R1918222-Dichloropropane 482009 23 microgKg1 NDSW8260B 227 R191822-Chloroethyl vinyl ether 482009 63 microgKg1 NDSW8260B 611 R191822-Chlorotoluene 482009 35 microgKg1 NDSW8260B 336 R191824-Chlorotoluene 482009 35 microgKg1 NDSW8260B 336 R191824-Isopropyltoluene 482009 20 microgKg1 NDSW8260B 199 R19182Benzene 482009 29 microgKg1 NDSW8260B 277 R19182Bromobenzene 482009 29 microgKg1 NDSW8260B 277 R19182Bromochloromethane 482009 82 microgKg1 NDSW8260B 793 R19182Bromodichloromethane 482009 31 microgKg1 NDSW8260B 304 R19182Bromoform 482009 34 microgKg1 NDSW8260B 331 R19182Bromomethane 482009 23 microgKg1 NDSW8260B 221 R19182Carbon tetrachloride 482009 44 microgKg1 NDSW8260B 425 R19182Chlorobenzene 482009 35 microgKg1 NDSW8260B 335 R19182Chloroform 482009 37 microgKg1 NDSW8260B 364 R19182Chloromethane 482009 26 microgKg1 NDSW8260B 255 R19182cis-12-Dichloroethene 482009 35 microgKg1 NDSW8260B 339 R19182cis-13-Dichloropropene 482009 27 microgKg1 NDSW8260B 261 R19182Dibromochloromethane 482009 32 microgKg1 NDSW8260B 306 R19182Dibromomethane 482009 23 microgKg1 NDSW8260B 22 R19182Dichlorodifluoromethane 482009 49 microgKg1 NDSW8260B 4801 R19182Ethyl tert-butyl ether (ETBE) 482009 24 microgKg1 NDSW8260B 233 R19182Ethylbenzene 482009 29 microgKg1 NDSW8260B 283 R19182Freon-113 482009 34 microgKg1 NDSW8260B 329 R19182Hexachlorobutadiene 482009 57 microgKg1 NDSW8260B 553 R19182

DilutionFactor

AnalysisMethod

AnalyticalBatch

Isopropyl Ether 482009 31 microgKg1 NDSW8260B 303 R19182Isopropylbenzene 482009 30 microgKg1 NDSW8260B 294 R19182Methyl tert-butyl ether (MTBE) 482009 78 microgKg1 NDSW8260B 76 R19182Methylene chloride 482009 25 microgKg1 NDSW8260B 24 R19182Naphthalene 482009 10 microgKg1 NDSW8260B 987 R19182n-Butylbenzene 482009 52 microgKg1 NDSW8260B 506 R19182n-Propylbenzene 482009 42 microgKg1 NDSW8260B 405 R19182sec-Butylbenzene 482009 46 microgKg1 NDSW8260B 444 R19182Styrene 482009 35 microgKg1 NDSW8260B 34 R19182t-Butyl alcohol (t-Butanol) 482009 32 microgKg1 NDSW8260B 3138 R19182tert-Amyl methyl ether (TAME) 482009 31 microgKg1 NDSW8260B 303 R19182tert-Butylbenzene 482009 43 microgKg1 NDSW8260B 416 R19182Tetrachloroethene 482009 37 microgKg1 NDSW8260B 356 R19182Toluene 482009 24 microgKg1 NDSW8260B 236 R19182trans-12-Dichloroethene 482009 34 microgKg1 NDSW8260B 334 R19182trans-13-Dichloropropene 482009 40 microgKg1 NDSW8260B 386 R19182Trichloroethene 482009 42 microgKg1 NDSW8260B 4077 R19182Trichlorofluoromethane 482009 20 microgKg1 NDSW8260B 198 R19182Vinyl chloride 482009 19 microgKg1 NDSW8260B 185 R19182Xylenes Total 482009 12 microgKg1 NDSW8260B 1127 R19182 Surr 4-Bromofluorobenzene 482009 558-141 REC1 111SW8260B 317 R19182 Surr Dibromofluoromethane 482009 598-148 REC1 105SW8260B 44 R19182 Surr Toluene-d8 482009 552-133 REC1 977SW8260B 274 R19182

Note Results and MRL (Modified Reporting Limit) have been corrected to reflect actual mass analyzed from preserved 5035 sample VOAs Results reported to the MDL

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Note Results and MRL (Modified Reporting Limit) have been corrected to reflect actual mass analyzed from preserved 5035 sample VOAs Results reported to the MDL Values between the MDL and MRL should be considered as estimated and are flagged with the appropriate J qualifier

DilutionFactor

AnalysisMethod

AnalyticalBatch

1112-Tetrachloroethane 482009 28 microgKg1 NDSW8260B 3048 R19182111-Trichloroethane 482009 33 microgKg1 NDSW8260B 3661 R191821122-Tetrachloroethane 482009 40 microgKg1 NDSW8260B 4423 R19182112-Trichloroethane 482009 21 microgKg1 NDSW8260B 2262 R1918211-Dichloroethane 482009 28 microgKg1 NDSW8260B 31 R1918211-Dichloroethene 482009 20 microgKg1 NDSW8260B 218 R1918211-Dichloropropene 482009 36 microgKg1 NDSW8260B 395 R19182123-Trichlorobenzene 482009 51 microgKg1 NDSW8260B 564 R19182123-Trichloropropane 482009 80 microgKg1 NDSW8260B 879 R19182124-Trichlorobenzene 482009 47 microgKg1 NDSW8260B 519 R19182124-Trimethylbenzene 482009 41 microgKg1 NDSW8260B 456 R1918212-Dibromo-3-chloropropane 482009 41 microgKg1 NDSW8260B 452 R1918212-Dibromoethane (EDB) 482009 18 microgKg1 NDSW8260B 194 R1918212-Dichlorobenzene 482009 40 microgKg1 NDSW8260B 445 R1918212-Dichloroethane (EDC) 482009 30 microgKg1 NDSW8260B 328 R1918212-Dichloropropane 482009 31 microgKg1 NDSW8260B 346 R19182135-Trimethylbenzene 482009 41 microgKg1 NDSW8260B 448 R1918213-Dichlorobenzene 482009 36 microgKg1 NDSW8260B 399 R1918214-Dichlorobenzene 482009 37 microgKg1 NDSW8260B 407 R1918222-Dichloropropane 482009 21 microgKg1 NDSW8260B 227 R191822-Chloroethyl vinyl ether 482009 56 microgKg1 NDSW8260B 611 R191822-Chlorotoluene 482009 31 microgKg1 NDSW8260B 336 R191824-Chlorotoluene 482009 31 microgKg1 NDSW8260B 336 R191824-Isopropyltoluene 482009 18 microgKg1 23 JSW8260B 199 R19182Benzene 482009 25 microgKg1 NDSW8260B 277 R19182Bromobenzene 482009 25 microgKg1 NDSW8260B 277 R19182Bromochloromethane 482009 72 microgKg1 NDSW8260B 793 R19182Bromodichloromethane 482009 28 microgKg1 NDSW8260B 304 R19182Bromoform 482009 30 microgKg1 NDSW8260B 331 R19182Bromomethane 482009 20 microgKg1 NDSW8260B 221 R19182Carbon tetrachloride 482009 39 microgKg1 NDSW8260B 425 R19182Chlorobenzene 482009 30 microgKg1 NDSW8260B 335 R19182Chloroform 482009 33 microgKg1 NDSW8260B 364 R19182Chloromethane 482009 23 microgKg1 NDSW8260B 255 R19182cis-12-Dichloroethene 482009 31 microgKg1 NDSW8260B 339 R19182cis-13-Dichloropropene 482009 24 microgKg1 NDSW8260B 261 R19182Dibromochloromethane 482009 28 microgKg1 NDSW8260B 306 R19182Dibromomethane 482009 20 microgKg1 NDSW8260B 22 R19182Dichlorodifluoromethane 482009 44 microgKg1 NDSW8260B 4801 R19182Ethyl tert-butyl ether (ETBE) 482009 21 microgKg1 NDSW8260B 233 R19182Ethylbenzene 482009 26 microgKg1 NDSW8260B 283 R19182Freon-113 482009 30 microgKg1 NDSW8260B 329 R19182Hexachlorobutadiene 482009 50 microgKg1 NDSW8260B 553 R19182

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Arsenic 492009 011 mgKg1 28SW6010B 028 5087Lead 492009 0052 mgKg1 45SW6010B 013 5087

Note results reported to the MDL Values reported between the MDL and RL should be considered as estimated and are flagged with the appropriate J qualifier

TPH (Diesel-SG) 492009 0830 mgKg1 NDSW8015B 083 R19204TPH (Motor Oil-SG) 492009 240 mgKg1 282SW8015B 24 R19204 Surr Pentacosane 492009 615-133 REC1 902SW8015B 0 R19204

Note results reported to the MDL per client request

TPH (Gasoline) 4182009 0100 mgKg1 NDSW8015B 01 R19292 Surr Trifluorotoluene 4182009 65-135 REC1 230SW8015B 0 R19292

Note Even though the original sample was run within the EPA recommended holding time sample was re-analyzed for matrix effect confirmation outside of hold time Reported from re-run analysis results are acceptable because similar with original runNo surragate recovery due to suspected matrix interference Confirmation by GCMS Results reported to the MDL per client request

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead (STLC) 5212009 010 mgL1 166010B (STLC) 01 5201

Lead (TCLP) 5162009 010 mgL1 0986010B (TCLP) 01 5188

Antimony 492009 0080 mgKg1 80SW6010B 02 5087Arsenic 492009 011 mgKg1 64SW6010B 028 5087Barium 492009 0044 mgKg1 220SW6010B 011 5087Beryllium 492009 0034 mgKg1 NDSW6010B 0084 5087Cadmium 492009 0024 mgKg1 29SW6010B 0059 5087Chromium 492009 0024 mgKg1 38SW6010B 0059 5087Cobalt 492009 0056 mgKg1 34SW6010B 014 5087Copper 492009 0036 mgKg1 120SW6010B 009 5087Lead 492009 0052 mgKg1 320SW6010B 013 5087Molybdenum 492009 0024 mgKg1 018 JSW6010B 0059 5087Nickel 492009 0024 mgKg1 120SW6010B 0059 5087Selenium 492009 012 mgKg1 068 JSW6010B 029 5087Silver 492009 0080 mgKg1 NDSW6010B 02 5087Thallium 492009 0048 mgKg1 NDSW6010B 012 5087Vanadium 492009 0048 mgKg1 39SW6010B 012 5087Zinc 492009 024 mgKg1 230SW6010B 059 5087

Mercury 492009 010 mgKg1 029SW7471A 01 5085

Note No surragate recovery due to suspected matrix interference Confirmation by GCMS Results reported to the MDL per client request

DilutionFactor

AnalysisMethod

AnalyticalBatch

Benzene 482009 28 microgKg1 NDSW8260B 277 R19182Ethylbenzene 482009 28 microgKg1 NDSW8260B 283 R19182Toluene 482009 24 microgKg1 83SW8260B 236 R19182Xylenes Total 482009 11 microgKg1 134 JSW8260B 1127 R19182 Surr 4-Bromofluorobenzene 482009 558-141 REC1 105SW8260B 317 R19182 Surr Dibromofluoromethane 482009 598-148 REC1 110SW8260B 44 R19182 Surr Toluene-d8 482009 552-133 REC1 919SW8260B 274 R19182

Note Results reported to the MDL Values between the MDL and MRL should be considered as estimated and are flagged with the appropriate J qualifier

DilutionFactor

AnalysisMethod

AnalyticalBatch

Copper (STLC) 5212009 010 mgL1 816010B (STLC) 01 5201Lead (STLC) 5212009 010 mgL1 516010B (STLC) 01 5201

Copper (TCLP) 5162009 010 mgL1 0956010B (TCLP) 01 5188Lead (TCLP) 5162009 010 mgL1 316010B (TCLP) 01 5188

Antimony 492009 0080 mgKg1 44SW6010B 02 5087Arsenic 492009 011 mgKg1 NDSW6010B 028 5087Barium 492009 0044 mgKg1 120SW6010B 011 5087Beryllium 492009 0034 mgKg1 NDSW6010B 0084 5087Cadmium 492009 0024 mgKg1 92SW6010B 0059 5087Chromium 492009 024 mgKg10 2100SW6010B 0059 5087Cobalt 492009 0056 mgKg1 22SW6010B 014 5087Copper 492009 036 mgKg10 3700SW6010B 009 5087Lead 492009 0052 mgKg1 490SW6010B 013 5087Molybdenum 492009 0024 mgKg1 95SW6010B 0059 5087Nickel 492009 0024 mgKg1 1000SW6010B 0059 5087Selenium 492009 012 mgKg1 17 JSW6010B 029 5087Silver 492009 0080 mgKg1 14SW6010B 02 5087Thallium 492009 0048 mgKg1 NDSW6010B 012 5087Vanadium 492009 0048 mgKg1 34SW6010B 012 5087Zinc 492009 024 mgKg1 1100SW6010B 059 5087

Mercury 492009 050 mgKg5 96SW7471A 01 5085

Mercury (STLC) 5192009 0010 mgL1 NDSW7471A 0002 5195

sample has expired upon additional request is issued

TPH (Diesel-SG) 4102009 166 mgKg2 526xSW8015B 083 R19204TPH (Motor Oil-SG) 4102009 480 mgKg2 123SW8015B 24 R19204 Surr Pentacosane 4102009 615-133 REC2 920SW8015B 0 R19204

Notex-Sample chromatogram does not resemble typical diesel pattern (possibly fuel heavier than diesel but lighter than motor oil or degraded motor oil) Hydrocarbons within the diesel range quantitated as diesel Note results reported to the MDL per client request

DilutionFactor

AnalysisMethod

AnalyticalBatch

Benzene 482009 28 microgKg1 NDSW8260B 277 R19182Ethylbenzene 482009 28 microgKg1 NDSW8260B 283 R19182Toluene 482009 24 microgKg1 NDSW8260B 236 R19182Xylenes Total 482009 11 microgKg1 NDSW8260B 1127 R19182 Surr 4-Bromofluorobenzene 482009 558-141 REC1 101SW8260B 317 R19182 Surr Dibromofluoromethane 482009 598-148 REC1 133SW8260B 44 R19182 Surr Toluene-d8 482009 552-133 REC1 899SW8260B 274 R19182

NoteResults reported to the MDL

DilutionFactor

AnalysisMethod

AnalyticalBatch

Antimony 492009 0080 mgKg1 14SW6010B 02 5087Arsenic 492009 011 mgKg1 46SW6010B 028 5087Barium 492009 0044 mgKg1 49SW6010B 011 5087Beryllium 492009 0034 mgKg1 NDSW6010B 0084 5087Cadmium 492009 0024 mgKg1 018 JSW6010B 0059 5087Chromium 492009 0024 mgKg1 34SW6010B 0059 5087Cobalt 492009 0056 mgKg1 13SW6010B 014 5087Copper 492009 0036 mgKg1 19SW6010B 009 5087Lead 492009 0052 mgKg1 49SW6010B 013 5087Molybdenum 492009 0024 mgKg1 NDSW6010B 0059 5087Nickel 492009 0024 mgKg1 43SW6010B 0059 5087Selenium 492009 012 mgKg1 044 JSW6010B 029 5087Silver 492009 0080 mgKg1 028 JSW6010B 02 5087Thallium 492009 0048 mgKg1 NDSW6010B 012 5087Vanadium 492009 0048 mgKg1 29SW6010B 012 5087Zinc 492009 024 mgKg1 35SW6010B 059 5087

Mercury 492009 010 mgKg1 NDSW7471A 01 5085

TPH (Diesel-SG) 492009 0830 mgKg1 NDSW8015B 083 R19204TPH (Motor Oil-SG) 492009 240 mgKg1 NDSW8015B 24 R19204 Surr Pentacosane 492009 615-133 REC1 105SW8015B 0 R19204

Benzene 492009 28 microgKg1 NDSW8260B 277 F19182Ethylbenzene 492009 28 microgKg1 NDSW8260B 283 F19182Toluene 492009 24 microgKg1 NDSW8260B 236 F19182Xylenes Total 492009 11 microgKg1 NDSW8260B 1127 F19182 Surr 4-Bromofluorobenzene 492009 558-141 REC1 942SW8260B 317 F19182 Surr Dibromofluoromethane 492009 598-148 REC1 112SW8260B 44 F19182 Surr Toluene-d8 492009 552-133 REC1 852SW8260B 274 F19182

DilutionFactor

AnalysisMethod

AnalyticalBatch

Antimony 492009 0080 mgKg1 24SW6010B 02 5087Arsenic 492009 011 mgKg1 16SW6010B 028 5087Barium 492009 0044 mgKg1 46SW6010B 011 5087Beryllium 492009 0034 mgKg1 NDSW6010B 0084 5087Cadmium 492009 0024 mgKg1 044SW6010B 0059 5087Chromium 492009 0024 mgKg1 96SW6010B 0059 5087Cobalt 492009 0056 mgKg1 63SW6010B 014 5087Copper 492009 0036 mgKg1 44SW6010B 009 5087Lead 492009 0052 mgKg1 39SW6010B 013 5087Molybdenum 492009 0024 mgKg1 24SW6010B 0059 5087Nickel 492009 0024 mgKg1 54SW6010B 0059 5087Selenium 492009 012 mgKg1 NDSW6010B 029 5087Silver 492009 0080 mgKg1 070SW6010B 02 5087Thallium 492009 0048 mgKg1 NDSW6010B 012 5087Vanadium 492009 0048 mgKg1 24SW6010B 012 5087Zinc 492009 024 mgKg1 47SW6010B 059 5087

DilutionFactor

AnalysisMethod

AnalyticalBatch

Antimony 492009 0080 mgKg1 074 JSW6010B 02 5087Arsenic 492009 011 mgKg1 14SW6010B 028 5087Barium 492009 0044 mgKg1 52SW6010B 011 5087Beryllium 492009 0034 mgKg1 NDSW6010B 0084 5087Cadmium 492009 0024 mgKg1 070SW6010B 0059 5087Chromium 492009 0024 mgKg1 22SW6010B 0059 5087Cobalt 492009 0056 mgKg1 82SW6010B 014 5087Copper 492009 0036 mgKg1 15SW6010B 009 5087Lead 492009 0052 mgKg1 26SW6010B 013 5087Molybdenum 492009 0024 mgKg1 NDSW6010B 0059 5087Nickel 492009 0024 mgKg1 59SW6010B 0059 5087Selenium 492009 012 mgKg1 NDSW6010B 029 5087Silver 492009 0080 mgKg1 NDSW6010B 02 5087Thallium 492009 0048 mgKg1 NDSW6010B 012 5087Vanadium 492009 0048 mgKg1 23SW6010B 012 5087Zinc 492009 024 mgKg1 120SW6010B 059 5087

Mercury 492009 010 mgKg1 024SW7471A 01 5085

Benzene 492009 28 microgKg1 NDSW8260B 277 F19182Ethylbenzene 492009 28 microgKg1 NDSW8260B 283 F19182Toluene 492009 24 microgKg1 30 JSW8260B 236 F19182Xylenes Total 492009 11 microgKg1 NDSW8260B 1127 F19182 Surr 4-Bromofluorobenzene 492009 558-141 REC1 125SW8260B 317 F19182 Surr Dibromofluoromethane 492009 598-148 REC1 116SW8260B 44 F19182 Surr Toluene-d8 492009 552-133 REC1 962SW8260B 274 F19182

NoteResults reported to the MDL Values between the MDL and MRL should be considered as estimated and are flagged with the appropriate J qualifier

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead (TCLP) 5162009 010 mgL1 ND6010B (TCLP) 01 5188

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

Date Prepared 482009-4172009

AnalyticalBatch

Arsenic 492009 011 mgKg1 56SW6010B 028 5087Copper 492009 0036 mgKg1 41SW6010B 009 5087Lead 492009 0052 mgKg1 49SW6010B 013 5087Nickel 492009 0024 mgKg1 64SW6010B 0059 5087

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Notex-Sample chromatogram does not resemble typical diesel pattern Hydrocarbons and discrete hydrocarbon peaks within the diesel range quantitated as diesel Note results reported to the MDL per client request

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

Client Sample ID Trip Blank

DateTime Sampled 432009Sample Matrix WATER

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Definitions legends and NotesNote Description

ugkg Microgram per kilogram (ppb part per billion)ugL Microgram per liter (ppb part per billion)mgkg Milligram per kilogram (ppm part per million)mgL Milligram per liter (ppm part per million)LCSLCSD Laboratory control samplelaboratory control sample duplicateMDL Method detection limitMRL Modified reporting limit When sample is subject to dilution reporting limit times dilution factor yields MRLMSMSD Matrix spikematrix spike duplicateNA Not applicableND Not detected at or above detection limitNR Not reportedQC Quality ControlRL Reporting limit RPD Percent relative differencea pH was measured immediately upon the receipt of the sample but it was still done outside the holding timesub Analyzed by subcontracting laboratory Lab Certificate

Project 272168

CLIENT Fugro IncWork Order 0904022

ANALYTICAL QC SUMMARY REPORTBatchID 5085

Sample ID MB-5085

Batch ID 5085 TestNo SW7471A Analysis Date 492009

Prep Date 482009

Analyte Result SPK value SPK Ref Val REC RPD Ref Val RPDLowLimit HighLimit RPDLimit Qual

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

MBLKSampType TestCode HG_CTS

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

LCSSampType TestCode HG_CTS

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

LCSDSampType TestCode HG_CTS

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Qualifiers E Value above quantitation range H Holding times for preparation or analysis exceeded J Analyte detected below quantitation limitsND Not Detected at the Reporting Limit R RPD outside accepted recovery limits S Spike Recovery outside accepted recovery limits

Project 272168

Sample ID MB-5087

Batch ID 5087 TestNo SW6010B Analysis Date 492009

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

MBLKSampType TestCode 6010B_S

(SW3050B)

Antimony 020NDArsenic 028NDBarium 011NDBeryllium 0084NDCadmium 0059NDChromium 0059NDCobalt 014NDCopper 0090NDLead 013NDMolybdenum 0059NDNickel 0059NDSelenium 029NDSilver 020NDThallium 012NDVanadium 012NDZinc 05908500

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

LCSSampType TestCode 6010B_S

(SW3050B)

Antimony 50 999 307 13050 04995Arsenic 50 102 71 12117 05090Barium 50 100 702 13050 05010Beryllium 50 104 733 11520 05200Cadmium 50 945 687 11010 04725Chromium 50 103 76 11650 05140Cobalt 50 102 574 12250 05115Copper 50 108 748 11950 05390Lead 50 965 679 11810 04825Molybdenum 50 970 629 12350 04850

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Nickel 50 983 615 12250 04915Selenium 50 892 62 11150 04460Silver 50 100 811 10910 05005Thallium 50 917 392 12550 04585Vanadium 50 100 658 12250 05000Zinc 50 103 599 12250 0855250

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

LCSDSampType TestCode 6010B_S

(SW3050B)

Antimony 50 988 307 130 3050 0 4995 1114940Arsenic 50 100 71 121 3017 0 509 1485015Barium 50 912 702 130 3050 0 501 9404560Beryllium 50 953 733 115 3020 0 52 8734765Cadmium 50 866 687 110 3010 0 4725 8724330Chromium 50 982 76 116 3050 0 514 4584910Cobalt 50 976 574 122 3050 0 5115 4704880Copper 50 102 748 119 3050 0 539 6025075Lead 50 970 679 118 3010 0 4825 05174850Molybdenum 50 974 629 123 3050 0 485 04124870Nickel 50 894 615 122 3050 0 4915 9484470Selenium 50 891 62 111 3050 0 446 01124455Silver 50 951 811 109 3010 0 5005 5124755Thallium 50 910 392 125 3050 0 4585 07664550Vanadium 50 916 658 122 3050 0 50 8774580Zinc 50 100 599 122 3050 085 525 3195085

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Batch ID 5188 TestNo 6010B (TCLP Analysis Date 5162009

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

MBLKSampType TestCode 6010B (TCLP

(SW3010A)

Copper (TCLP) 010NDLead (TCLP) 010ND

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

LCSSampType TestCode 6010B (TCLP

(SW3010A)

Copper (TCLP) 10 104 75 125010 01036Lead (TCLP) 10 991 75 125010 09910

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

LCSDSampType TestCode 6010B (TCLP

(SW3010A)

Copper (TCLP) 10 109 75 125 30010 0 1036 4801087Lead (TCLP) 10 102 75 125 30010 0 991 2881020

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

MBLKSampType TestCode HG_STLC

(SW7471A)

Mercury (STLC) 0010ND

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

LCSSampType TestCode HG_STLC

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

LCSDSampType TestCode HG_STLC

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Batch ID 5201 TestNo 6010B (STLC Analysis Date 5212009

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

MBLKSampType TestCode 6010B (STLC

(SW3010A)

Copper (STLC) 010NDLead (STLC) 010ND

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

LCSSampType TestCode 6010B (STLC

(SW3010A)

Copper (STLC) 10 963 75 125010 09630Lead (STLC) 10 900 75 125010 0019010

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

LCSDSampType TestCode 6010B (STLC

(SW3010A)

Copper (STLC) 10 973 75 125 30010 0 963 1039730Lead (STLC) 10 870 75 125 30010 001 901 3398710

Project 272168

ANALYTICAL QC SUMMARY REPORTBatchID F19182

Sample ID MB_F19182

Batch ID F19182 TestNo SW8260B Analysis Date 482009

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

1112-Tetrachloroethane 30ND111-Trichloroethane 37ND1122-Tetrachloroethane 44ND112-Trichloroethane 23ND11-Dichloroethane 31ND11-Dichloroethene 22ND11-Dichloropropene 40ND123-Trichlorobenzene 56ND123-Trichloropropane 88ND124-Trichlorobenzene 52ND124-Trimethylbenzene 46ND12-Dibromo-3-chloropropane 45ND12-Dichlorobenzene 44ND12-Dichloropropane 35ND135-Trimethylbenzene 45ND13-Dichlorobenzene 40ND13-Dichloropropene 41ND14-Dichlorobenzene 41ND22-Dichloropropane 23ND2-Chloroethyl vinyl ether 61ND2-Chlorotoluene 34ND4-Chlorotoluene 34ND4-Isopropyltoluene 20NDBenzene 28NDBromobenzene 28NDBromochloromethane 79NDBromodichloromethane 30NDBromoform 33NDBromomethane 22NDCarbon tetrachloride 42NDChlorobenzene 34ND

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Chloroform 36NDChloromethane 26NDcis-12-Dichloroethene 34NDcis-13-Dichloropropene 26NDDibromochloromethane 31NDDibromomethane 22NDDichlorodifluoromethane 48NDEthylbenzene 28NDFreon-113 33NDHexachlorobutadiene 55NDIsopropyl Ether 30NDIsopropylbenzene 29NDMethylene chloride 24NDNaphthalene 99NDn-Butylbenzene 51NDn-Propylbenzene 40NDsec-Butylbenzene 44NDStyrene 34NDtert-Butylbenzene 42NDTetrachloroethene 36NDToluene 24NDtrans-12-Dichloroethene 33NDtrans-13-Dichloropropene 39NDTrichloroethene 41NDTrichlorofluoromethane 20NDVinyl chloride 18NDXylenes Total 11ND Surr 4-Bromofluorobenzene 50 869 558 14132 04347 Surr Dibromofluoromethane 50 924 598 14844 04622 Surr Toluene-d8 50 845 552 13327 04225

Project 272168

Sample ID LCS_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

11-Dichloroethene 50 110 537 13910 05475Benzene 50 100 665 13510 04999Chlorobenzene 50 101 575 15010 05050Toluene 50 841 568 13410 04204Trichloroethene 50 108 574 13410 05383 Surr 4-Bromofluorobenzene 50 951 558 1410 04756 Surr Dibromofluoromethane 50 924 598 1480 04618 Surr Toluene-d8 50 879 552 1330 04395

Sample ID LCSD_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

11-Dichloroethene 50 111 537 139 3010 0 5475 1095535Benzene 50 106 665 135 3010 0 4999 6265322Chlorobenzene 50 989 575 150 3010 0 505 2064947Toluene 50 799 568 134 3010 0 4204 5053997Trichloroethene 50 107 574 134 3010 0 5383 04665358 Surr 4-Bromofluorobenzene 50 894 558 141 00 0 0 04470 Surr Dibromofluoromethane 50 103 598 148 00 0 0 05157 Surr Toluene-d8 50 831 552 133 00 0 0 04154

Project 272168

ANALYTICAL QC SUMMARY REPORTBatchID R19168

Sample ID MB_R19168

Batch ID R19168 TestNo SW8260B Analysis Date 472009

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

MBLKSampType TestCode 8260B_W

1112-Tetrachloroethane 0560ND111-Trichloroethane 0260ND1122-Tetrachloroethane 0560ND112-Trichloroethane 0220ND11-Dichloroethane 0340ND11-Dichloroethene 0340ND11-Dichloropropene 0300ND123-Trichlorobenzene 0210ND123-Trichloropropane 0530ND124-Trichlorobenzene 0200ND124-Trimethylbenzene 0350ND12-Dibromo-3-chloropropane 0400ND12-Dibromoethane (EDB) 0360ND12-Dichlorobenzene 0210ND12-Dichloroethane (EDC) 0360ND12-Dichloropropane 0280ND135-Trimethylbenzene 0380ND13-Dichlorobenzene 0230ND14-Dichlorobenzene 0270ND22-Dichloropropane 0360ND2-Chloroethyl vinyl ether 0910ND2-Chlorotoluene 0390ND4-Chlorotoluene 0360ND4-Isopropyltoluene 0350NDAcetone 560NDBenzene 0340NDBromobenzene 0300NDBromochloromethane 0340NDBromodichloromethane 0240NDBromoform 0650NDBromomethane 100ND

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Carbon tetrachloride 0290NDChlorobenzene 0310NDChloroform 0290NDChloromethane 0440NDcis-12-Dichloroethene 0360NDcis-13-Dichloropropene 0310NDDibromochloromethane 0360NDDibromomethane 0350NDDichlorodifluoromethane 0320NDDiisopropyl ether (DIPE) 0450NDEthyl tert-butyl ether (ETBE) 0420NDEthylbenzene 0250NDFreon-113 0850NDHexachlorobutadiene 0220NDIsopropylbenzene 0740NDMethyl tert-butyl ether (MTBE) 0390NDMethylene chloride 0850NDNaphthalene 0200NDn-Butylbenzene 0220NDn-Propylbenzene 0250NDsec-Butylbenzene 0320NDStyrene 0280NDt-Butyl alcohol (t-Butanol) 150NDtert-Amyl methyl ether (TAME) 0320NDtert-Butylbenzene 0360NDTetrachloroethene 0240NDToluene 0300NDtrans-12-Dichloroethene 0500NDtrans-13-Dichloropropene 0450NDTrichloroethene 0310NDTrichlorofluoromethane 0260ND

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Vinyl chloride 0360NDXylenes Total 0770ND Surr Dibromofluoromethane 1136 903 612 1310395 01026 Surr 4-Bromofluorobenzene 1136 917 641 1200498 01042 Surr Toluene-d8 1136 957 751 1270531 01087

Sample ID LCS_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

LCSSampType TestCode 8260B_W

11-Dichloroethene 1704 995 614 129100 01695Benzene 1704 111 669 1400500 01890Chlorobenzene 1704 102 739 1370500 01742Toluene 1704 104 766 1230500 01768Trichloroethene 1704 992 693 1440500 01691 Surr Dibromofluoromethane 1136 969 612 1310 01101 Surr 4-Bromofluorobenzene 1136 964 641 1200 01095 Surr Toluene-d8 1136 103 751 1270 01170

Sample ID LCSD_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

LCSDSampType TestCode 8260B_W

11-Dichloroethene 1704 102 614 129 20100 0 1695 2621740Benzene 1704 107 669 140 200500 0 189 3231830Chlorobenzene 1704 974 739 137 200500 0 1742 4821660Toluene 1704 996 766 123 200500 0 1768 4101697Trichloroethene 1704 944 693 144 200500 0 1691 5031608 Surr Dibromofluoromethane 1136 974 612 131 00 0 0 01107 Surr 4-Bromofluorobenzene 1136 827 641 120 00 0 0 09390 Surr Toluene-d8 1136 974 751 127 00 0 0 01107

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

1112-Tetrachloroethane 30ND111-Trichloroethane 37ND1122-Tetrachloroethane 44ND112-Trichloroethane 23ND11-Dichloroethane 31ND11-Dichloroethene 22ND11-Dichloropropene 40ND123-Trichlorobenzene 56ND123-Trichloropropane 88ND124-Trichlorobenzene 52ND124-Trimethylbenzene 46ND12-Dibromo-3-chloropropane 45ND12-Dibromoethane (EDB) 19ND12-Dichlorobenzene 44ND12-Dichloroethane (EDC) 33ND12-Dichloropropane 35ND135-Trimethylbenzene 45ND13-Dichlorobenzene 40ND13-Dichloropropene 41ND14-Dichlorobenzene 41ND22-Dichloropropane 23ND2-Chloroethyl vinyl ether 61ND2-Chlorotoluene 34ND4-Chlorotoluene 34ND4-Isopropyltoluene 20NDBenzene 28NDBromobenzene 28NDBromochloromethane 79NDBromodichloromethane 30NDBromoform 33NDBromomethane 22ND

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Carbon tetrachloride 42NDChlorobenzene 34NDChloroform 36NDChloromethane 26NDcis-12-Dichloroethene 34NDcis-13-Dichloropropene 26NDDibromochloromethane 31NDDibromomethane 22NDDichlorodifluoromethane 48NDEthyl tert-butyl ether (ETBE) 23NDEthylbenzene 28NDFreon-113 33NDHexachlorobutadiene 55NDIsopropyl Ether 30NDIsopropylbenzene 29NDMethyl tert-butyl ether (MTBE) 76NDMethylene chloride 24NDNaphthalene 99NDn-Butylbenzene 51NDn-Propylbenzene 40NDsec-Butylbenzene 44NDStyrene 34NDt-Butyl alcohol (t-Butanol) 31NDtert-Amyl methyl ether (TAME) 30NDtert-Butylbenzene 42NDTetrachloroethene 36NDToluene 24NDtrans-12-Dichloroethene 33NDtrans-13-Dichloropropene 39NDTrichloroethene 41NDTrichlorofluoromethane 20ND

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Vinyl chloride 18NDXylenes Total 11ND Surr 4-Bromofluorobenzene 50 947 558 14132 04735 Surr Dibromofluoromethane 50 117 598 14844 05837 Surr Toluene-d8 50 859 552 13327 04293

Sample ID LCS-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Sample ID LCSD-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Sample ID WDSG090409A-MB

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

MBLKSampType TestCode TPHDOSG_

TPH (Diesel-SG) 00440NDTPH (Motor Oil-SG) 0200ND Surr Pentacosane 01 105 642 1230 001050

Sample ID WDSG090409A-LCS

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

LCSSampType TestCode TPHDOSG_

TPH (Diesel-SG) 1 704 345 95600440 007040 Surr Pentacosane 01 111 642 1230 001110

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

LCSDSampType TestCode TPHDOSG_

TPH (Diesel-SG) 1 706 345 956 3000440 0 0704 028407060 Surr Pentacosane 01 101 642 123 00 0 0 001010

Project 272168

Sample ID SDSG090408A-MB

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

MBLKSampType TestCode TPHDOSG_S

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Sample ID SDSG090408A-LCS

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

LCSSampType TestCode TPHDOSG_S

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

LCSDSampType TestCode TPHDOSG_S

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

MBLKSampType TestCode TPHGAS_W

TPH (Gasoline) 00250ND Surr Trifluorotoluene 01136 113 65 1350 001285

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

LCSSampType TestCode TPHGAS_W

TPH (Gasoline) 02272 921 65 13500250 002092 Surr Trifluorotoluene 01136 130 65 1350 001482

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

LCSDSampType TestCode TPHGAS_W

TPH (Gasoline) 02272 837 65 135 2000250 0 02092 95701901 Surr Trifluorotoluene 01136 105 65 135 200 0 0 001193

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

MBLKSampType TestCode TPHGAS_S

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

LCSSampType TestCode TPHGAS_S

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

LCSDSampType TestCode TPHGAS_S

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Project Number __________________________ Project Name ____________________________

Order Taken by ___________________________ Ordered by ______________________________

Laboratory ID Client ID Change Requested________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________________________ ________________ ______________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

Date Test(s) Added __________ Test(s) Added by _________________________________________

Note Original to be placed in client file (electronic andor hardcopy)

Torrent Laboratory Illc

Cbange Order FormDate ~l 2f0Oj Time 2 to ~

Client ~ bullW Order ID

Project Number 0 COY02L PtojectName U f PQlu0Order Taken By ~~Qltf)

Laboratory ID Client ID Change Requested

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Date Test(s) Added Test(s) Added By

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Subject REUPParcel272188 - 0904022From IErneryKaren[FWI] ltkemeryfugrocomgtmiddotDate Tue May 1220091059am

To ITorrentLaboratory+lnc ~pmtorrentlabcomgt (rnot~)Options ~LJLllepoundlderl Yi~wPrintaQeVersion 1YilYL~ainIDtlDownloadthis as a fiI~

For this project please run STLCand TCLP onthe following

From Torrent Laboratory Inc Uwebmail2srCcomposephpsend~to=pmtorrentlabcom]Sent Wednesday May 06 2009]07 PMTo Carter Russell [FWI]EmeryKaren [FWI]SubjectUPParcel272168 ~0904022

Hi Russell and Karen

Attached is the revised report with all data reported to theMDL I do not see any limits outside ofthe plan except for trans-l 2-DCE which has a requested reporting limit of 0 5 but our MDL is 058ugL (although the ESL is 10 ugL) Please give rne a call if you have any questions or concerns

Thanks

httpwebmailtorrentlabcomyebrnail2 srcread_bodyphpaccouht=Oamprtlailbox~Inboxamp 5122009

- - -l~ -

Approved by Glenn Young AC 62 Manager Fugro West Inc 101507Note If this is a printed copy please check the online QMS to ensure that it is the latest version

fOlce00ltlla

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FUGRO WEST INC

1000 Broadway Suite 440

Oakland California 94607

Tel 5102680461 Fax 5102680545

DATETIME

IDATEITIME

LAB o(~Q~tTURNAROUND ck1

PRESERVATIVE SAMPLING DATE

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FUGRO WEST INC

Tel 5102680461 Fax 5102680545

Approved by Glenn Young AC 62 Manager Fugro West Inc 101507 Note If this is a printed copy please check the online QMS to ensure that it is the latest version ~

---------------------_

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Fugro W 0904022 login summary with cocpdf

COC 0904022 FUGRO WESTINCpdf

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PAGE ~ OF 4 c)


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table1

Text1 5109

Text2 Fugro

Text3 272168

Text4 P Sandrock via email

Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036

Text10 B-1 5 and B-3 5

Text11 Add Total Lead (use 25 gms)

Text13 0904022-023

Text14 B2 2

Text15 Add Cu Ni amp Hg (already run 4 AsPb)

Text16

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Text56 Add above tests - sample -023 already run for As ampLead but needs digestion for Hg (06g okay for Hg)

Text57 WATCH HOLD TIME FOR MERCURY ON -023 HOLD Time up on 5409

Text58

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Text66 5109

Text67 Patti Sandrock

1000 Broadway Suite 440Oakland California 94607

Tel (510) 268-0461Fax (510) 268-0545

FUGRO WEST INC

A member of the Fugro group of companies with offices throughout the world

July 23 2009 Project No 272168

US Environmental Protection Agency 75 Hawthorne Street SFD-1 San Francisco California 94105

Attention Mr Wallace Woo Subject Phase II Environmental Site Assessment ndash 7001 Snell Street Oakland California Dear Mr Woo

Please find attached one copy of the Phase II Environmental Site Assessment report for the property located at 7001 Snell Street in Oakland California (Site) Fugro West Inc (Fugro) completed the assessment and prepared this report on behalf of the City of Oakland The purpose of the environmental site assessment was to evaluate the potential presence of hazardous materials in soil and groundwater at the Site Results of this assessment will assist the City with evaluating the property for purchase and implementing its redevelopment plans

This investigation was completed in accordance with the Sampling and Analysis Plan (SAP) dated October 16 2008 and the SAP Amendment dated March 11 2009 The SAP and SAP Amendment were prepared by Fugro and approved by the United States Environmental Protection Agency prior to implementation The results of Fugrorsquos site assessment activities are in our professional judgment representative of the soil and groundwater conditions at the Site

Should you have any questions comments or require additional information please contact the undersigned at (510) 268-0461

Sincerely FUGRO WEST INC

Karen A Emery Project Geologist

Glenn S Young PG Principal Geologist

RWCKAEGSYafp Copies Submitted (1 + PDF) Addressee (1 + PDF) Ms Eugenia McNaughton USEPA (1 + PDF) Ms Gail Jones USEPA (1 + PDF) Mr Mark Arniola City of Oakland

CONTENTS

EXECUTIVE SUMMARY 1

10 INTRODUCTION 1

20 LIMITATIONS 1

120 REFERENCES 10

TABLES

PLATES

APPENDICES

EXECUTIVE SUMMARY

10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

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DilutionFactor

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DilutionFactor

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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AnalysisMethod

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AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

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AnalysisMethod

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AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

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AnalyticalBatch

DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

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DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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FUGRO WEST INC

Tel 5102680461 Fax 5102680545

DATETIME

IDATEITIME

COMMENTS amp NOTES

r- no ~A ~-~ b J _-

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Olc1ocQ)auoUJ

TIMEYEAR

SAMPLING DATE

DAYMONTH

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COMMENTS amp NOTES

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

---------------------_

Olceo0Q)

OFPAGE ~

SAMPLING DATE

DAYMONTH

PRESERVATIVE

LAB~~l

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COMMENTS amp NOTES

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DATEITIM~

DATEfTlME

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PRESERVATIVE

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FIELD SAMPLE ID

LABORATORY10 NUMBER

COMMENTS amp NOTES

DATEITIME

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

~ _ -f- ----bull---

~- --------------- ---- ~---~------- -- ~--__-------

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

__ ~_~_~~~ ~_ ~ __ _-_ ----t- ~__- _~_~ __ --J-_--o-



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PAGE ~ OF 4 c)


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Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


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CONTENTS

EXECUTIVE SUMMARY 1

10 INTRODUCTION 1

20 LIMITATIONS 1

120 REFERENCES 10

TABLES

PLATES

APPENDICES

EXECUTIVE SUMMARY

10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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FUGRO WEST INC

Tel 5102680461 Fax 5102680545

DATETIME

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Tel 5102680461 Fax 5102680545

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images

image1

image2

image3

image4

tables

table1

Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


Text16

Text17

Text18

Text19

Text20

Text21

Text22

Text23

Text24

Text25

Text26

Text27

Text28

Text29

Text30

Text31

Text32

Text33

Text34

Text35

Text36

Text37

Text38

Text39

Text40

Text41

Text42

Text43

Text44

Text45

Text46

Text47

Text48

Text50

Text51

Text52

Text53

Text54

Text55



Text58

Text59

Text60

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Text62

Text63

Text64

Text65

Text66 5109


PLATES

APPENDICES

EXECUTIVE SUMMARY

10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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DATEITIME

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COMMENTS amp NOTES

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Tel 5102680461 Fax 5102680545

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COMMENTS amp NOTES

DATEITIME

DATEITIM~

DATEfTlME

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-------- ~ -----

middot

[9 t( OJ ())

f ]Y ~

Olcoeoawa

LLClLJJ

SAMPLING DATE

PRESERVATIVE

MATRIX CONTAINERS

FIELD SAMPLE ID

LABORATORY10 NUMBER

COMMENTS amp NOTES

DATEITIME

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

~ _ -f- ----bull---

~- --------------- ---- ~---~------- -- ~--__-------

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

__ ~_~_~~~ ~_ ~ __ _-_ ----t- ~__- _~_~ __ --J-_--o-



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LAB l r-v--- t-

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-ogA rs - Ieuro S-

~ 0 8tA v g -t e $

- 0 33A VB -z(ij~S

r- 0 3~Av ~-2el D

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- ----

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~- --------------- ----

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PAGE ~ OF 4 c)


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Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


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EXECUTIVE SUMMARY

10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

oq 0 l 0 LL - 02SA

gmiddot0

8 L~ Q

J-gt ~3~ 2-

Squitre1Mail

Sign Out

Oel~~OBypaSS Trash

Thanks

- - -l~ -

fOlce00ltlla

l ClUJ

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

DATETIME

IDATEITIME

COMMENTS amp NOTES

r- no ~A ~-~ b J _-

~)l I-

Olc1ocQ)auoUJ

TIMEYEAR

SAMPLING DATE

DAYMONTH

Y f)lt

MATRIXLABORATORY

~ 0 ntIJ (

~ )-=nature)

DATEITIME

DATEITIMEI

COMMENTS amp NOTES

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

---------------------_

Olceo0Q)

OFPAGE ~

SAMPLING DATE

DAYMONTH

PRESERVATIVE

LAB~~l

- 07 A g-tt e1

Tel 5102680461 Fax 5102680545

COMMENTS amp NOTES

DATEITIME

DATEITIM~

DATEfTlME

Yh)Dt LfODATEITIME

-------- ~ -----

middot

[9 t( OJ ())

f ]Y ~

Olcoeoawa

LLClLJJ

SAMPLING DATE

PRESERVATIVE

MATRIX CONTAINERS

FIELD SAMPLE ID

LABORATORY10 NUMBER

COMMENTS amp NOTES

DATEITIME

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

~ _ -f- ----bull---

~- --------------- ---- ~---~------- -- ~--__-------

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

__ ~_~_~~~ ~_ ~ __ _-_ ----t- ~__- _~_~ __ --J-_--o-



page1

titles

- - -l

I

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tables

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table3

page2

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I

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tables

table1

table2

page3

titles

---------------------_

OF

PAGE ~

~ oIf030CfCJ31-

LAB~~l





1fl-ll1 LjC ~~

y t - tJ ~

Yh)Dt LfO

-------- ~ -----

images

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image2

image3

image4

image5

image6

image7

tables

table1

page4

titles


LAB l r-v--- t-

PAGE ~ OF ~

-ogA rs - Ieuro S-

~ 0 8tA v g -t e $

- 0 33A VB -z(ij~S

r- 0 3~Av ~-2el D

e

L

-

~GRD

- ----

middot shy

--

I

---- bull ---

images

image1

image2

image3

image4

image5

tables

table1

table2

page5

titles

~- --------------- ----

~---~------- -- ~--__-------


PAGE ~ OF 4 c)


images

image1

image2

image3

image4

tables

table1

Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


Text16

Text17

Text18

Text19

Text20

Text21

Text22

Text23

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Text27

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Text65

Text66 5109


EXECUTIVE SUMMARY

10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


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Text58

Text59

Text60

Text61

Text62

Text63

Text64

Text65

Text66 5109


10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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COMMENTS amp NOTES

r- no ~A ~-~ b J _-

~)l I-

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TIMEYEAR

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DAYMONTH

Y f)lt

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~ 0 ntIJ (

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DATEITIME

DATEITIMEI

COMMENTS amp NOTES

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Tel 5102680461 Fax 5102680545

---------------------_

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COMMENTS amp NOTES

DATEITIME

DATEITIM~

DATEfTlME

Yh)Dt LfODATEITIME

-------- ~ -----

middot

[9 t( OJ ())

f ]Y ~

Olcoeoawa

LLClLJJ

SAMPLING DATE

PRESERVATIVE

MATRIX CONTAINERS

FIELD SAMPLE ID

LABORATORY10 NUMBER

COMMENTS amp NOTES

DATEITIME

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

~ _ -f- ----bull---

~- --------------- ---- ~---~------- -- ~--__-------

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

__ ~_~_~~~ ~_ ~ __ _-_ ----t- ~__- _~_~ __ --J-_--o-



page1

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LAB l r-v--- t-

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-ogA rs - Ieuro S-

~ 0 8tA v g -t e $

- 0 33A VB -z(ij~S

r- 0 3~Av ~-2el D

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titles

~- --------------- ----

~---~------- -- ~--__-------


PAGE ~ OF 4 c)


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Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


Text16

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Text66 5109


10 INTRODUCTION

20 LIMITATIONS

30 SITE DESCRIPTION

61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

oq 0 l 0 LL - 02SA

gmiddot0

8 L~ Q

J-gt ~3~ 2-

Squitre1Mail

Sign Out

Oel~~OBypaSS Trash

Thanks

- - -l~ -

fOlce00ltlla

l ClUJ

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

DATETIME

IDATEITIME

COMMENTS amp NOTES

r- no ~A ~-~ b J _-

~)l I-

Olc1ocQ)auoUJ

TIMEYEAR

SAMPLING DATE

DAYMONTH

Y f)lt

MATRIXLABORATORY

~ 0 ntIJ (

~ )-=nature)

DATEITIME

DATEITIMEI

COMMENTS amp NOTES

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

---------------------_

Olceo0Q)

OFPAGE ~

SAMPLING DATE

DAYMONTH

PRESERVATIVE

LAB~~l

- 07 A g-tt e1

Tel 5102680461 Fax 5102680545

COMMENTS amp NOTES

DATEITIME

DATEITIM~

DATEfTlME

Yh)Dt LfODATEITIME

-------- ~ -----

middot

[9 t( OJ ())

f ]Y ~

Olcoeoawa

LLClLJJ

SAMPLING DATE

PRESERVATIVE

MATRIX CONTAINERS

FIELD SAMPLE ID

LABORATORY10 NUMBER

COMMENTS amp NOTES

DATEITIME

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

~ _ -f- ----bull---

~- --------------- ---- ~---~------- -- ~--__-------

FUGRO WEST INC

Tel 5102680461 Fax 5102680545

__ ~_~_~~~ ~_ ~ __ _-_ ----t- ~__- _~_~ __ --J-_--o-



page1

titles

- - -l

I

images

image1

image2

image3

tables

table1

table2

table3

page2

titles


I

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image5

tables

table1

table2

page3

titles

---------------------_

OF

PAGE ~

~ oIf030CfCJ31-

LAB~~l





1fl-ll1 LjC ~~

y t - tJ ~

Yh)Dt LfO

-------- ~ -----

images

image1

image2

image3

image4

image5

image6

image7

tables

table1

page4

titles


LAB l r-v--- t-

PAGE ~ OF ~

-ogA rs - Ieuro S-

~ 0 8tA v g -t e $

- 0 33A VB -z(ij~S

r- 0 3~Av ~-2el D

e

L

-

~GRD

- ----

middot shy

--

I

---- bull ---

images

image1

image2

image3

image4

image5

tables

table1

table2

page5

titles

~- --------------- ----

~---~------- -- ~--__-------


PAGE ~ OF 4 c)


images

image1

image2

image3

image4

tables

table1

Text1 5109

Text2 Fugro

Text3 272168


Text5

Text6 0904022

Text7 UP Parcel

Text8 Karen Emery

Text9 0904022-028 and -036



Text13 0904022-023

Text14 B2 2


Text16

Text17

Text18

Text19

Text20

Text21

Text22

Text23

Text24

Text25

Text26

Text27

Text28

Text29

Text30

Text31

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61 SOIL SAMPLES

90 CONCLUSIONS

110 RECOMMENDATIONS

120 REFERENCES

TABLES

RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

RPD ()RPD

Goal () RPD ()RPD

Goal ()

Sample ID

Trip Blanks

Sample ID Sample ID

Table 1Page 1 of 1

Zinc mgkg 230 -- -- -- -- -- 1100 -- -- -- -- 35 -- -- -- -- -- 47 -- 120 -- 600 600 230000 5000 250VOCs

Table 2

Oakland California

Sample ID

Table 2Page 1 of 1

Table 3Page 1 of 1

PLATES

Telephone (510)670-6633 Fax(510)782-1939

Specifications

Permit

Number

Issued Dt Expire Dt

Boreholes

Hole Diam Max Depth

W2009-

03122009 06182009 5 200 in 1500 ft

light gray wet

no gravels

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

LOCATION

BORING DEPTH 200 ft

Project No 272168

LOG OF B-1

OTHER TESTS

DRILLED BY RSI Jose

Sheet 1 of 1

BACKFILL Grout

BORING DEPTH 160 ft

Project No 272168

LOG OF B-2

OTHER TESTSS

LOCATION

light gray

increasing gravel

BACKFILL Grout

Sheet 1 of 1

DRILLED BY RSI Jose

BORING DEPTH 160 ft

Project No 272168

LOCATIOND

OTHER TESTSS

LOG OF B-3

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

OTHER TESTSS

LOG OF B-4

LOCATION

B-5605

some black mottling

Sheet 1 of 1

BORING DEPTH 160 ft

Project No 272168

BACKFILL Grout

LOG OF B-5

OTHER TESTSS

15 B-515

LOCATION

TEL (510) 268-0461FAX (510) 268-0545

Dear Karen Emery

052 -tJCDate

QA Officer

REVISIONS

Rev 1 (5609)

Rev 2 (52109)

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 029SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 050 mgKg5 96SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 492009 010 mgKg1 024SW7471A 01 5085

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Mercury 562009 0046 mgKg1 015SW7471A 0046 5152

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 46SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

Lead 562009 013 mgKg1 11SW6010B 013 5154

DilutionFactor

AnalysisMethod

AnalyticalBatch

DilutionFactor

AnalysisMethod

AnalyticalBatch

Project 272168

Sample ID MB-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277085

(SW7471APR

Mercury 010ND

Sample ID LCS-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277083

(SW7471APR

Mercury 125 981 805 133010 01227

Sample ID LCSD-5085

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19189

SeqNo 277084

(SW7471APR

Mercury 125 982 805 133 30010 0 1227 006791228

Project 272168

Sample ID MB-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277179

(SW3050B)

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Project 272168

Sample ID LCS-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277177

(SW3050B)

Sample ID LCSD-5087

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19197

SeqNo 277178

(SW3050B)

Project 272168

Sample ID MB-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281368

(SW7471APR

Mercury 0046ND

Sample ID LCS-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281366

(SW7471APR

Mercury 125 102 805 1330046 01276

Sample ID LCSD-5152

Prep Date 542009

Units mgKg

Client ID ZZZZZ

RunNo 19458

SeqNo 281367

(SW7471APR

Mercury 125 101 805 133 300046 0 1276 09191264

Project 272168

Sample ID MB-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281358

(SW3050B)

Lead 10ND

Sample ID LCS-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281356

(SW3050B)

Lead 50 954 679 11810 034800

Sample ID LCSD-5154

Prep Date 552009

Units mgKg

Client ID ZZZZZ

RunNo 19472

SeqNo 281357

(SW3050B)

Lead 50 952 679 118 3010 03 48 02094790

Project 272168

Sample ID MB-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282983

(SW3010A)

Sample ID LCS-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282981

(SW3010A)

Sample ID LCSD-5188

Prep Date 5162009

Units mgL

Client ID ZZZZZ

RunNo 19561

SeqNo 282982

(SW3010A)

Project 272168

Sample ID MB-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283452

(SW7471A)

Sample ID LCS-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283450

(SW7471A)

Mercury (STLC) 0075 827 80 1200010 0006205

Sample ID LCSD-5195

Prep Date 5182009

Units mgL

Client ID ZZZZZ

RunNo 19592

SeqNo 283451

(SW7471A)

Mercury (STLC) 0075 865 80 120 300010 0 006205 449006490

Project 272168

Sample ID MB-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283826

(SW3010A)

Sample ID LCS-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283824

(SW3010A)

Sample ID LCSD-5201

Prep Date 5202009

Units mgL

Client ID ZZZZZ

RunNo 19620

SeqNo 283825

(SW3010A)

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Sample ID MB_F19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277062

Project 272168

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277063

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 277064

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Project 272168

Sample ID MB_R19168

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276802

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276803

Prep Date 472009

Units microgL

Client ID ZZZZZ

RunNo 19168

SeqNo 276804

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Project 272168

Sample ID MB-R19182

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276988

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276989

Prep Date 482009

Units microgKg

Client ID ZZZZZ

RunNo 19182

SeqNo 276990

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Sample ID MB_R19194

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277154

Project 272168

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277181

Prep Date 492009

Units microgKg

Client ID ZZZZZ

RunNo 19194

SeqNo 277182

Project 272168

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277267

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277268

Prep Date 492009

Units mgL

Client ID ZZZZZ

RunNo 19203

SeqNo 277269

Project 272168

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277276

Prep Date 492009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277441

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277277

Prep Date 482009

Units mgKg

Client ID ZZZZZ

RunNo 19204

SeqNo 277278

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Project 272168

Sample ID MB-R19262

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278161

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278164

Prep Date 4162009

Units microgL

Client ID ZZZZZ

RunNo 19262

SeqNo 278165

Project 272168

Sample ID MB-R19268

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278245

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278257

Prep Date 4162009

Units mgL

Client ID ZZZZZ

RunNo 19268

SeqNo 278258

Project 272168

Sample ID MB-R19292

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278591

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278592

Prep Date 4172009

Units mgKg

Client ID ZZZZZ

RunNo 19292

SeqNo 278593

Change Order Form

Date __________ Time __________

Client __________________________________ Order ID _______________________________

Remarks___________________________________________________________________________________

___________________________________________________________________________________

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Text8 Karen Emery

Text9 0904022-028 and -036



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