RMIS View/Print Document Cover Sheet/67531/metadc685900/... · WHC-SD-WM-TI-669, Rev. 1 I. Introduction WSTRS (Waste Status and Transaction Record Summary) is a Microsoft Excel spreadsheet

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Accession #: D196014179

Document #: SD-WM-TI-669

Title/Desc: WASTE STATUS & TRANSACTION RECORD SUMMARY FOR THE NORTHWEST QUADRANT OF THE HANFORD 200 AREA

Pages: 297

ENGINEERING CHANGE NOTICE

COIW

N2 624013 P*o» 1 of 2 Proj.

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2. ECN Category (mark one) Supplemental Direct Revision Change ECN Temporary Standby Supersedure Cancel/Void

[] EX:

11a. Modification Work

3. Originator's Name, Organization, HSIN, and Telephone No.

C. H. Brevick/5A400/S3-10/ 372-0833 5. Project Title/No./tfork Order No. Waste Status and Transaction Record Summary

for the NW Quadrant of the Hanford 200W Area/UHC-SD-UM-TI-669, Rev. 1/E44205

8. Document Numbers Changed by this ECN (includes sheet no. and rev.) WHC-SD-WM-T1-669, Rev. 0

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WSTRS revision was performed by LANL and the documentation is required by the tank characterization report preparation activities being addressed by WHC.

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18. Change Impact Review: Indicate the related documents (other than the engineering documents i d e n t i f i e d on Side 1) that w i l l be affected by the change described in Block 12. Enter the affected document number in Block 19.

SDD/DD

Functional Design Criteria

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OM Manual

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Tank Calibration Manual |~ ~|

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Component Index r "1

ASME Coded Item l"~]

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ADDITIONAL

A-7900-013-3 (11/94) GEF096

WHCSDWMTI669. Rev. 1

Waste Status and Transaction Record Summary for the Northwest Quadrant of the Hanford 200 Area

S. F. Agnew, et al. Los Alamos National Laboratory, Los Alamos, New Mexico U.S. Department of Energy Contract DE-AC06-87RL10930 EDT/ECN: 624013 Org Code: 73520 B&R Code: EW3120074

UC: 2070 Charge Code: N4D2C Total Pages: -2?/

Key Words: Transaction, Tank, Historical, Waste Northwest, Quadrant Abstract: This supporting document contains a database of waste transactions and waste status reports for all the waste tanks in the northwest quadrant of the 200 West Area of the Hanford Site.

TRADEMARK DISCLAIMER. Reference herein to any specific commercial product, process, or service by trade name, trademark, manufacturer, or otherwise, does not necessarily constitute or imply its endorsement, recommendation, or favoring by the United States Government or any agency thereof or its contractors or subcontractors. Printed in the United States of America. To obtain copies of this document, contact: UHC/BCS Document Control Services, P.O. Box 1970, Mailstop H6-08, Rii L' ■ ■■- «**™-- — Fax (509) 376-4989.

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RECORD OF REVISION WHC-SD-WM-T1-669, p.ge 1 Rev. 1

2) Title Waste Status and Transaction Record Summary for the Northwest Quadrant of the Hanford 200 Area

CHANGE CONTROL RECORD (3) Revision (4) Description of Change - Replace, Add, and Delete Pages

Rev. 1 See Enqineerinq Chanqe Notice 624013 WHC-SD-WM-TI-669

Authorized for Release

A-7320-005 (011/91) WEF168

WHC-SD-WM-TI-669

Waste Status and Transaction Record Summary

(WSTRS) Rev. 1

Stephen F. Agnew

Robert A. Corbin Tomasita B. Duran

Kenneth A. Jurgensen Theodore P. Ortiz Bonnie L. Young

Chemical Science and Technology Division Los Alamos National Laboratory

Los Alamos, New Mexico 87545

September 1995

WHC-SD-WM-TI-669, Rev.

Acknowledgments

A project of this nature would not be possible were it not for the help of a great number of people. They are Todd Brown (WHC) for the help with data gathering, Ray Daubert and Richard Anema (Ogden Envir.) for data validation, and Jerry Koreski and Jim Strode (WHC) for the Operational Waste Volume Projection document as well as a great number of other people at WHC and PNL for their generous help.

This work was performed under the auspices of the Department of Energy.


Table of Contents

I. Introduction

II. Strategy for Estimating Tank Chemical and Radionuclide Inventories

Description of the WSTRS Spreadsheet

IV. Cascade Transfers

V. Transaction Ordering

VI. Graphs

VII. Evaporator Operations

VII. Validation of WSTRS

IX. Tank Waste Uncertainties

Appendices

A. Glossary of Hanford Terminology . .

Defined Waste List

E. NW WSTRS: T, TX, TY

I. NW WSTRS Graphs . .

WHC-SD-WM-TI-669, Rev. 1

I. Introduction WSTRS (Waste Status and Transaction Record Summary) is a Microsoft Excel

spreadsheet that was created on a Macintosh platform and derived from three sources: Anderson-90,1 which is a listing of tank fill status information and some transaction information for all of the tanks at Hanford from 1945-80, Jungfleisch-83,2 which is a data set of waste volumes and transactions that was used by Jungfleisch to calculate waste tank inventories for individual waste tanks using a program called TRAC, and the Operational Waste Volume Projection {OWVP)3, which was developed for waste volume projection purposes. The OWVP uses the WVP {Waste Volume Projection) data set as its basis. Numbers from the WVP such as ending inventory and transaction amounts, etc., for the double shell tanks were taken and incorporated into the OWVP.

We have used as a starting point in our analysis an updated version of the S2K data set present in Jungfleisch-83. This updated data set was created in 1988 and there were many changes and additions as compared with the report created in 1983. Overall, we feel that the 1988 report more accurately reflects the WSTRS transaction history and therefore have used it as a starting point for the WSTRS data set.

The WSTRS Rev. 2 has numerous format changes and added columns as compared with Rev. 1. For example, the Types column makes it simpler to identify which transactions were associated with any of process to tank, tank to tank, tank to process, or tank to crib (defined in Section III). The new format and changes in Rev. 2 remove many inconsistencies and iilogic that was embedded within Rev. 1, as well as correcting other mistakes and problems .

In the SE or DST quadrant, all STAT records from 1971 to 1980 qtr. 4 were taken from Anderson-90. The SE STAT records from 1981 qtr.1 -1994 qtr. 4 were obtained from the .original site monthly reports and Jungfleisch-83 data set. The SE STAT records from Anderson-90, monthly reports, Jungfleisch-83, and the WVP were merged to derive the SE WSTRS. The Anderson-90 and Jungfieisch-83 data also provide information as to the origin and type of waste existing in the tanks when the WVP started in 1981 whereas the WVP had not identified the origin of pre-existing wastes in 1981.

WSTRS Rev. 2 is, then, an integration of Anderson-90, Jungfleisch-83 and the WVP into a common format with the addition of other derived information as well. In particular, we have:

1) inserted cascade transactions explicitly using a straightforward rule structure (described below in section IV). Thus, the WSTRS data set includes all of the cascade waste transfers that had only been implicit in both Anderson-90 and Jungfieisch-83.

2) derived two quantities termed unknown transfers and cumulative unknown transfers. ijnknown transfers are derived at the end of every quarter for which there is a tank level status entry. These unknown transfers are simply the difference between the reported tank volume and that predicted by summing all of the waste gains (positive volumes) and losses (negative volumes) for that quarter, and adding that net gain or loss to the reported status for the previous quarter. Thus, if there is a difference between the reported tank volume for a given quarter and the volume that we derive based on the transactions reported for that quarter, then we assume that an unknown transaction had occurred and record it as such.

However, all tank volumes are corrected to the status volume reported for each quarter in Anderson-90. In WSTRS all STAT records were taken from Anderson-90 and the monthly reports by Kaiser. We derive a running sum for these unknown transactions for each tank to derive a total cumulative unknown for a given tank for any quarter during a tank's fill history.

1 Anderson, J. D. "A History of the 200 Area Tank Farms," WHC-MR-0132, June 1990. ';(a) Jungfleisch, F. M. "Supplementary information for the Preliminary Estimation of Waste Tank Inventories in Hanford Tanks through 1980," SD-WM-TI-058, June 1983. Jungfleisch, F. M. "Preliminary Estimation of Waste Tank Inventories in Hanford Tanks through 1980," SD-WM-TI-057, March 1984. -Koreski, J. , Strode, J., "Operational Waste Volume Projection," WHC-SD-WM-ER-029 Rev. 20, September 1994.


3) derived a Total_vol for each tank for each transaction. Therefore, it includes an interpolated volume during each quarter. This interpolated volume is calculated by performing each transaction in the order that it has been inserted within the quarter.

4) derived a defined waste or transfer tank (DWXT) for each transaction. The waste types under DWXT are those defined by the "Hanford Defined Wastes: Chemical and Radionuclide Composition."

5) derived a quality index (Qi) for each transaction in WSTRS including STATS. Each transaction is given a quality factor according to validation. This is explained further in Section III.

6) derived an overall transaction ordering system to put the transactions into the chronological order in which they occurred.

7) derived a numerical coding system throughout WSTRS Rev. 2. A code for the tank, type, DWXT, and solid type has been derived which facilitates the transfer of transaction information into the Supernatant Mixing Model.

8) embedded the Tank Layer Model into WSTRS Rev. 2. This adds the new columns of which are called Sol vol%, TLM Solids, Cum Solids, Sol type and Soltypeid to WSTRS Rev. 2.

9) included all of the Anderson-90 comments in WSTRS and we have reconciled these comments with the transaction information from Jungfleisch-83. In many cases one can see that our derived unknown transfers are actually present in the Anderson-90 comment line.

10) added transactions to WSTRS to resolve unknown transactions of >50 kgal and < -50 kgal for each quarter as well as many smaller unknowns according to the following set of rules.

Evaporator feed and bottoms receivers: During an evaporator campaign, unknown waste transfers at the end of each

quarter are resolved by sending or receiving wastes to or from an evaporator feed tank for tanks identified as either bottoms receivers or feed tanks for those campaigns. Once all of the bottoms unknowns have been resolved, either condensate is removed or water added to the evaporator feed tank to resolve its unknown transactions.

Self-concentrating tanks: Certain tanks in S, SX, A, and AX Farms were allowed to self concentrate. Any

losses or additions to these tanks are assigned to condensate or water, respectively.

Sluicing receivers: For tanks associated with a sluicing campaign (either UR or SRR), unknown

transactions are resolved by either sending or receiving from the sluicing receiver tank for that campaign. Once that is complete, the unknowns in the sluicing receiver are resolved by either sending waste to the process or by adding water to the sluicing receiver.

Salt well pumping and stabilization: If an unknown transaction occurs during salt well pumping stabilization of a tank,

then the transaction is resolved by sending waste to the active salt well receiver.

Historical use of tank: If none of the above rules applies, then the historical use of the tank is used to

assign the transaction. For example, C-105 was used as a supernatant feed for the CSR campaign and fed -1,500 kgal of waste supernatant per quarter for several years. However, we have one quarter (1971q2) where C-105 loses 1,748 kgal without an assignment. We have therefore assigned that loss to CSR feed.


II. Strategy for Estimating Tank Chemical and Radionuclide Inventories One of the more difficult tasks that must be performed prior to many other tasks involving

intrusive activities in Hanford waste tanks is to derive an estimate of those tanks' contents. The present report is part of a strategy for estimation of tank inventories based on fill history, as shown in Fig. 1. Four fundamental steps need to be performed in order to provide such estimates.

The first step is to derive a list of qualified fill records for all of the four tank farm quadrants4

with information derived from Jungfleisch-83 and Anderson-91, and checked against quarterly summary reports by Ogden Environmental and LANL. These qualified transaction records are called the Waste Status and Transaction Record Summaries (WSTRS). The WSTRS reports, although largely representative of the tanks' waste histories, are nevertheless incomplete in that there are many unrecorded transactions that have occurred for many tanks. Included within the WSTRS report, then, is a comparison of the tank volume that is calculated based on the fill records that are present in WSTRS with the measured volume of each tank. This comparison is made for each quarter to record any unknown waste additions or removals that may have occurred during that quarter.

Using these fill records, the second step in this strategy is an analysis that provides a definition of the solids layers within each tank and is called the Tank Layer Model or TLM. The TLM5 is a volumetric and chronological description of tank inventory based on a defined set of waste solids layers. Each solids layer is attributed to a particular waste addition or process, and any solids layers that have unknown origin are assigned as such and contribute to the uncertainty of that tank's inventory. The Tank Layer Model for each tank, then, simply associates layers of solids within each tank with a waste addition or a process campaign. In order to derive an inventory of tank chemicals and radionuclides, one must provide a composition for each of these defined wastes.

The third step is to describe the composition of supernatants within each of the tanks {note that interstitial liquid is part of the solids definition, not the supernatant), for which purpose an ideal mixing model has been developed, called the Supernatant Mixing Model.6 This model describes supernatants in terms of fractions of each of the HDW supernatants along with corresponding volume reduction due to active evaporation. The SMM is very important for definition of waste in DSTs, since a large fraction of the waste supernatants now reside in DST's.

The fourth step in the strategy is to provide chemical and radiochemical definitions7 for each of the defined waste types. The defined waste compositions coupled with the tank layering information provide a basis for estimation of each tank's chemical and radionuclide inventories (see Fig. 1).

4 (a) Agnew, S. F., et al., "Waste Status and Transaction Record Summary for the NE Quadrant" WHC-SD-WM-TI-615, Rev. 1, October 1994. (b) Agnew, S. F., et al. "Waste Status and Transaction Record Summary for the SW Quadrant," WHC-SD-WM-TI-614, Rev. 1, October 1994. (c) Agnew, S. F., et al. "Waste Status and Transaction Record Summary for the NW Quadrant," WHC-SD-WM-TI-669, Rev. 1, October 1994. (d) Agnew, S. F., et al. "Waste Status and Transaction Record Summary for the SE Quadrant," WHC-SD-WM-TI-689, Rev. 1, March 1995. 5Brevick,C.H., Gaddis, LA., Pickett, W.W., et al., "Historical Tank Content Estimate of the Northeast Quadrant of the Hanford 200 East Areas," WCH-SD-WM-ER-349, June 1994, "Historical Tank Content Estimate of the Southwest Quadrant of the Hanford 200 West Areas," WHC-SD-WM-ER-352, March 1995, "Historical Tank Content Estimate of the Northwest Quadrant of the Hanford 200 West Areas," WHC-SD-WM-ER-351, March 1995, "Historical Tank Content Estimate of the Southeast Quadrant of the Hanford 200 West Areas," WHC-SD-WM-ER-350, June 1995 6Agnew, S. F.; Corbin, R. "Supernatant mixing model," in preparation. 7Agnew, S. F. "Hanford Defined Wastes: Chemical and Radionuclide Compositions," LA-UR-94-2657 Rev. 2, September 1995.


Process/Transaction Dataset

?• WSTRS—Waste ' Status and Transaction Record Summary

I —tank farm i transactions I from 1944-pres. y

. TLM—Solids by Tank Layer Model L

i —sludges SMM i —salt cakes ~~ j —layer chronology

[• SMM—Liquids by ' Supernatant Mixing Model

I —assume ideal mixing j —sum of HDW su's [ —concentration factor..

WSTRS

combine TLM, SMM \ with HDW /

HDW—Hanford Defined Wastes

—two layers for each HDW -^8 HDW's

> BiP04 and Uranium Recovery twelve types

> Redox four types

> Purex twenty-one types

> Thoria i two types i

> Salt Cakes i four types, B, T1, R, BY :

> DE j d iatomaceous earth \

> CEM ; cement |

> DWandN j decon. wastes i

> NIT i partial neutaiization .!

Tank Inventory Estimates

Fig. 1. Schematic of overall strategy


III. Description of the WSTRS Spreadsheet The following is an explanation of the format, fields, and conventions used in the WSTRS

database. A transaction is defined as a transfer of a volume of waste (in kgal, where 1 kgal = 1,000 gal.) from one tank to another tank, or to or from a processing plant, or from a tank to a crib or trench (i.e. the ground). The entire data set is volumetric based, and the volumes are usually based on single-point level measurements of the waste height within each tank.

Tank n Column Headings

l Tank identification. This is the letter representation of the tank farm followed by the number of the tank in that farm.

Tankid Tank identification code for input into the SMM. (Hidden in WSTRS spreadsheet.)

Year The year of the transaction or status record.

The quarter of the transaction or status record.

Order A sequential number given to transactions within a particular quarter used for creating the Lineal_date column. This order is not necessarily the actual order of the transactions within the quarter, since our data is sometimes limited. Also, it is very possible that the "summary" transactions that are reported here are actually combinations of smaller transactions, and couid very well overlap with another combination of transfers to or from another location, or even occur simultaneously (i.e. an addition to a tank can occur at the same time as a removal since they can involve different risers and different transfer lines.)

Lineal date The lineal date is a unique fractional year for each transaction that is calculated for purposes of ordering transactions within a quarter. It is also used for graphing and recreating the original database after sorting and database functions are applied, and is a nominal value. (Hidden in WSTRS spreadsheet.)

A code that describes the type of transaction or record:

STAT-tank level measurement for each quarter in kgal (1 kgal = 1,000 gallons) as reported by Anderson.

SEND-transfer from Tank_n to Trans_tank and is always negative. Trans_tank will always be one of the primary 177 waste tanks.

REC-receive from Trans_tank and are always positive. Transjank will always be one of the primary 177 waste tanks.

XIN-addition of primary waste from plant (always positive). This transaction also covers waste returning from secondary processing operations.

OUTX-transfer from Tank_n out to either a secondary processing operation or to a crib.

CORR-correction to waste amount for reason specified by Waste_type.


CAS-designates the beginning or ending of cascade from Tank_n to Trans_tank, in which case Wastejype would be SET or END, respectively. No actual waste was transferred with this entry, but waste in Tank_n could now overflow into Transjank.

CREC-designates the beginning or ending of cascade from Tank_n from Transjank, in which case Waste_type would be SET or END, respectively. No actual waste was transferred with this entry, but waste in Tank_n could now overflow into Trans_tank.

GROUP-signifies a group of tanks for BX/BY Farms during the ITS campaign.

GREC-signifies a group of receiver tanks for BX/BY Farms during the ITS campaign.

rec-this lower case version of REC is a transaction that we derive.

outx-this lowercase version of OUTX is a transaction that we derive.

xin-this lower case version of XIN is a transaction that we derive.

send-this lower case version of SEND is a transaction that we derive.

The lower case types indicate our added transactions. Note that there is an inherent symmetry in this data set in that there is a SEND for every REC and vice versa. Likewise, a CAS SET/END will have a corresponding CREC SET/END. However, there is no -symmetry to XIN's and OUTX's.

Type id Transaction type identification code for input into the SMM. (Hidden in WSTRS spreadsheet.)

Trans vol The amount of the transaction in kgal. Positive values signify waste additions, while negative values indicate waste removals. Zeros in this column signify a transaction that has not been used in the data set for a reason set forth in the comments column.

Stat vol The tank level measurement is in kgal. This is essentialfy the quarterly value reported by Anderson-90. The tank level measurements after 1980 came from the monthly reports from various contractors.

Total vol This is our calculated value for the tank volume during each quarter. The total volume is calculated by taking the last STAT record (tank level measurement) and adding to it all transactions up to that point during a quarter.

Solids vol The solids volume is the level of solids in the tank and is measured in kgal. Because of a lack of knowledge about when the solids measurements were actually performed, we have assumed that only the first appearance of a unique solids measurement is valid. Therefore, we assume that all intermediate repeated solids reports are nominal.


Unk tfr Unknown transfers are the differences between the tank volumes according to the calculated tank volume (Total_vol) and the values of the tank level measurements (Stat_vol). it is calculated at every STAT record and recorded either as #N/A (no difference) or as some amount of difference. See Section VI.

Cum unk A running sum of the unknown transfers (Unkjrf). See Section VI.

Waste type This column has different meaning for different transaction types (see Type).

XIN—addition of waste from a process plant has the following designations: MW, 1C, 2C, T##, P##, R, CWR, P, PL, CWP, Z, 224, B, BL, TH, THL, P04, CON, DE, IWW, DW, CP, N, OWW, LW, BNW, HLO, H20, NIT, DN, NCPLX, CC, CPLX. See glossary for definitions.

REC, SEND, OUTX—These indicate addition or removal of waste that's either SU (supernatant) or SL (slurry, nominal 20 vol% solids).

CORR—level correction designated LEAK, COOL, ADJ, or UNK.

CAS.CREC—a SET, or END indicates a cascade start or end for this tank to or from Trans_tank.

STAT—For status records, the Waste_type column contains the Anderson-90 designation of waste type.

Trans tank This designates the other end of the transaction, which is a tank for SEND and REC, and a plant, evaporator, or crib for XIN and OUTX's. For GROUP.GREC type transactions, there are multiple tanks delineating the group of tanks that were connected (BX/BY only).

SRR as a destination sometimes has a tank as well, indicating that the solids went to B-Plant for strontium recovery (SRR) while the supernatant went to the tank specified.

DWXT Defined waste or transfer tank. For SEND or REC transactions this column designates the tank to or from which the waste transfer occurred, in the Defined Waste list. For OUTX's this column assigns where the waste went, either a secondary processing operation or one of the cribs.

DWXTid Defined waste or transfer tank identification code for input into the SMM. (Hidden in WSTRS spreadsheet.)

LANL Comment WSTRS comments. In particular, if there is a correction to a Jungfleisch-83 record, we note the nature of that correction, whether it is based on Ogden Environmental checking (OC) or on Anderson-91, or some other source of information.

Anderson Comment Verbatim comments from Anderson-90.

Ogden comment Comments from Ogden Environmental Q/A of this data set.


Sol vo l% Calculation of the solids volume percent for each transaction in WSTRS for each waste type that was predicted in the TLM.

TLM Solids The amount of solids that is predicted to have precipitated for a transaction as defined in the TLM.

Cum Solids Calculates a running total of the TLM solids.

Sol type The HDW defined waste type that is predicted to have precipitated for a transaction as defined in the TLM.

So l t ype id Solids waste type identification for input into the SMM. (Hidden in the WSTRS spreadsheet.)

Ql Quality index is a number that roughly reflects the number of independent sources that have verified this transaction. All Jungfleisch transactions and stat records receive an initial Ql of 1. If Odgen validates a transaction with a document reference, the Ql is+2. If Ogden shows a variance in the transaction and has a document reference, the Ql receives+1. If an Anderson comment validates a transaction, the Ql receives+1. If there is other supporting documentation for a transaction, the Ql receives +1.

Q/A Flag Single letter designation provided by Ogden Environmental for quality assurance of this record. V = variance and O = Original, with any details of the variance listed in the Ogden comment column. Blank entries do not yet have a record Q/A from Ogden.

Document/Pg # This is the document and page number reference for the transaction Ogden verified.

IV. Cascade Transfers Cascade lines were underground 3" pipes between tanks that were generally offset one

foot of elevation. These lines allowed a tank to overflow into the next tank in the cascade series, and then from that tank to the next, and so on, from two to six tanks total in a given cascade series. WSTRS includes explicit transactions for each cascade transfer based on the following rules. If a tank's Total_vol exceeds its rated capacity, then check to see if a CSEND SET and CREC SET pair are present in the records of Tank_n and Transjank, respectively. If a pair is present, insert a "send" and "rec" pair of transactions of the appropriate volume. When cascading out to a crib "send" and "outx" pair are inserted. In the SE Quadrant there is no cascading.

V. Transaction Ordering The chronological ordering of the transactions in our beginning data sets were not clearly

defined. Many dates were nominal if they even existed. To help resolve this, an ordering scheme was put in place to help arrange the pre-1981 transactions. The transactions were arranged in the following order for each quarter.

1) Xin's from primary sources 2) Tank to tank transfers not involved in evaporator operations 3) Tank to tank transfers involved in evaporator feeds 4) Concentration of wastes involved in evaporators


5) Tank to tank transfers for the bottoms receivers 6) Outx's to processes and cribs (no condensates)

Some corrections to this initial order were required to prevent the total volume of the tanks from going negative and to minimize tank overfills. Further corrections will be necessary as more information as to the segregation of the organic wastes is compiled.

The post-1980 transactions were put into the order in that they reside in the WVP document. Many of these dates are summaries of transactions and some are nominal, so there exists the possibility that some reordering may be necessary as more information on these transactions surface.

VI. Graphs The following is a description of the data presented with each tank graph.

Total Volume A plot that shows the history of the tank volume. Stat_vol vs. LineaLdate. Note that many values of the TotaLvol column are either negative or exceed the tank capacity. This is due to the summary nature of transactions within a quarter and only occurs during quarters (see description in cascading). The Stat_vol, on the other hand, reflects only the status of each tank at the end of each quarter.

Measured Solids A plot that shows the history of the measured solids volumes in the tank. Solid_vol vs. LineaLdate. We have assumed that all repeated values for solids level reports in Anderson-91 are nominal. A nominal soiids volume is one that is simply carried from quarter to quarter, as opposed to actually measured.

TLM Solids A plot that shows the residual solids volumes predicted by the TLM. The TLM solids do not include salt cakes and salt slurries that are predicted by the SMM. The Measured and TLM solids can be quite different as a result.

VII. Evaporator Operations An essential part of defining the waste history of Hanford wastes is understanding the

operation of the many evaporator campaigns that have occurred over the years at Hanford. The greatest uncertainties within WSTRS are associated with evaporator campaigns. In other words, the volume reductions and continuous transfers of concentrates and condensates that occurred during these campaigns are not very well represented in WSTRS.

Much of the transaction information associated with evaporator operations was derived by Jungfleisch-83 with several models for various evaporator campaigns that were embedded within the WSTRS Rev. 1 data set. The TRAC program always assumed that "missing" waste was due to concentration of waste within a tank, and would calculate the precipitation of salts in that tank as a result.

In the WVP data set, the evaporation model transferred a volume from the feed tank to a bottoms receiver tank. The volume received by the bottoms receiver tank, however, would be less than the volume sent from the feed tank. This difference was the condensate that was evaporated, which was not specifically included.

In WSTRS Rev. 2, ail evaporator transactions are assumed to take place from the evaporator feed tank. Therefore, all implicit condensate that is evaporated from the feed tank is explicitly included as transactions from the feed tank to a crib. We have inserted these condensate transactions for the feed tank and have changed the transaction volume (when necessary) that was sent from the feed tank to be equal to the volume received in the bottoms tank. This same model has been imposed on all evaporator operations at Hanford within WSTRS.


Imposition of this model along with the unknown transaction resolution methodology mentioned above reduces significantly the unknown transaction volume for the history of Hanford operations. One must bear in mind, though, that the assumptions that have been made are meant to be approximations that allow the bounding of waste compositions for all site operations. We have found, for example, that the transaction order within each quarter is not well defined and our assumptions about that order are very approximate.

VIII. Validation of WSTRS

Validation for the WSTRS and WVP datasets was performed by Ogden Environmental of Richland, WA. Reference documentation was provided for each transaction that Ogden verified. Table 1 shows the numbers and per cents validated for transactions and transaction volumes in all quadrants prior to Jan. 1981. Table 2 shows similar information fortheDST's after Jan. 1981.

Table 1. Validation for AM Quadrants for Transactions prior to Jan. 1981.

Table 2. Validation for DST's for Transactions after Jan. 1981.

Number Basis Validated / % Validated

—to—


IX. Tank Waste Uncertainties

The SMM and the TLM both use the WSTRS dataset as their basis. Table 3 shows some of the parameters by which the relative amounts of unknowns in the WSTRS dataset can be readily derived from the SMM and the TLM. The Solids Volume and the % Solids Unknown Dolumns come from the TLM. The other columns come from the SMM. Brief descriptions of the columns is as follows:

Solids Volume: TLM prediction of the volume of residual solids in a tank in kgals. Does not include salt cakes and slurries from the T2, S1, S2, A1, and A2 evaporator campaigns. These are concentrates calculated by the SMM. Solids definition does include interstitial liquid.

% Solids Unknown: The uncertainty of the solids in the TLM. Calculated by dividing the jnassigned solids unknowns in a tank by the total solids predicted by the TLM.

Supernatant Volume: SMM prediction of the volume of supernatant in a tank in kgals. This includes the volumes of the salt cakes and slurries from the T2, S1, S2, A1, and A2 evaporator campaigns. This supernatant does not include interstitial liquid.

% SU Unknown: The SMM assigns as unknown transactions from tanks with insufficient waste as well as unknown waste sources calculated at the end of each quarter. This is reported as a percentage of the total unconcentrated volume of supernatant in each tank.

% SU Assumed: The percentage of the total supernatant volume that came from transactions assigned by rules mentioned above.

Total Tank Volume: The total waste volume of a tank. This includes the solids, supernatants, and concentrates.

% Total Unknown: The volume weighted combination of the % solids unknown and the % supernatant unknown.

Total Traffic: The volume in kgal of all xins from processes and rec's from other tanks for each tank throughout its history.

— 1 1 —


Table 3a. Tank Waste Uncertamt' Tank Solids % Solids Supern't % SU % SU Total Tank % Total Total

Vol . Unknown Volume Unknown Assumed Volume Unknown Traffic

A-101 A-102 A-103 A-104 A-105 A-106 AX-101 AX-102 AX-103 AX-104

2 1 5 1

1

B-101 B-102 B-103 B-104 B-105. B-106 B-107 B-108 B-109 B-110 B-111 B-112 B-201 B-202 B-203 B-204

11 2 5

37 30 11 16 9

12 24 23

3 2 2 5 4<

BX-101 BX-102 BX-103 BX-104 BX-105 BX-106 BX-107 BX-108 BX-109 BX-110 BX-111 BX-112

4, 9 6: 9< M 3

34< 2(

19: 19( 21 16^

3 0% 95 3 0% 3 3 0% 36 3 0% ( 3 0% C 3 0% 7 3 0% 5 0% 4 0% 7 0%

73

3 2% 3 2% 3 2% 3 0% ] 0% 5 2% a 2%

33 2% 9<

i

3 0% C 3 0% * 3 0% C D 13% 3 0% C 3 0% 4 0% % 0% C 7 24% C 3 0% C 5 0% D 0% ; 3 0% 7 0% C ) 0% 3 0% 1

3 2% i o% ] 0% X 49% 3 0%

7% 3 0%

9% 67%

3 0% 3 0% 3 0%

0% 3 13%

100% 3 0%

100% 70%

70% 69% 69%

0% 33% 65% 70% 69% 70% 0% 0%

28% 0%

50% 0%

46% 0% 0% 0% 0%

50% 45%

0% 0% 0% 0%

95 4

3 2% 1 2%

371 2% 2 1

12 74

3 11

11 3 5

8 0% 9 0% 5 1% 8 2% 9 2% 2 2% 7 0% 3 0% 2 6% 9 0%

371 13% 30 11 16 9

6 0% 7 0% 5 0% 4 0%

127^ 24% 24 23

3 2 2 5 5

6 0% 7 0% 3 1% 9 3% 7 " 0% 1 2% 0 1%

20.47S 70,77; 18,11: 18,471 5.97E

38,25. 14,99; 11,61" 14,63€ 5.88/ 8,196 4.15C

11,64^ 3,98£ 7,01:

17.45E 4,25^: 5,00C 4,911 8,38£ 8,76^ 8,801

5£ 27C 317 372

I 0% 3 0% C I 0% i 3 57% ; 5 0% i

0% 1£ \ 0% 1 3 0% C 3 0% C 3 0% C

0% C \ 0% 1

14% 3 0% I 1% i 2%

2% 6%

11% 0%

) 0% 0% 0%

63%

43% 0%

51% 66% 62% 68%

0% 0% 0% 0% 0%

11%

4 9 6 9 5 4

3 0% 6 0% 6 0% 9 56% 1 0% 5 2%

349 0% 2

19 19 21 16

6 0% 3 0% B 0% 1 0% 5 0%

27.70S 10,161 35.86E 28,571 13.14C 16,205 2,368 2.74C 7.59G 3,014 3,122 1.213

BY-101 BY-102 BY-103 BY-104 BY-105 BY-106 BY-107 3Y-108 3Y-109 3Y-110 3Y-111 3Y-112

38" 34 40C 4oe 50C 641 26€ 226 42C 39E 45S 291

r 0% c 3% C

3 0% C 5 0% C J 0% C > 0% C 5 0% C J 0% C 1 0% C

0% C } 0% C

0% C

0% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0%

0% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0%

38 34 40 40 50 64 26 22

^^ÊE 39 45 29

7 0% 1 3% 3 0% 5 0% 3 0% 2 0% 3 0% 3 0% 3 0% B 0% 9 0% 1 0%

9,472 21,730 26.54C 6.35S 7,527

10,928 13,767 13,354 33,344 11.91S 10,878 38,968

—12—


Sol ids Vol.

Table 3b. Tank Waste Uncertainty % Solids Supern ' t ~~% SU 1 % SU (Total Tank Unknown Volume Unknown Assumed Volume

% Total Unknown Traf f ic

20% 0% 5% 5% 0% 5% 0% 0%

100% 0% 0% 0% 0% 0% 0% 0%

6% 0% 63% 65% 0% 72% 0% 0% 0% 0% 0% 0% 0% 0% 0% 0%

3% 2% 2%

43% 3% 3% 3% 5% 4% 2% 3% 3%

57% 63% 67% 32% 48% 50% 64% 41% 45% 51% 49% 48%

2% 4% 2% 2% 2% 2% 0% 0% 2% 0% 2% 0% 36% 0% 0%

67% 50% 55% 57% 56% 66% 42% 0% 52% 50% 9% 0% 4% 0% 0%

4,21 19,621| 10,31 25,70 27,11 11,221| 4,37< 6,74: 4,98! 3,73! 6,02 6,7911

11,54 80,82 13,5111 3,49 1.99C 1,73

17,87; 3,9511 3,622

15,389 3,983 3,165

10,86 14,2711 7.77 7.32C

10,35 31,22 4,38 4,69 2,89 7,14 6,21! 3,79;


Table 3c. Tank Waste Uncertaint1

Sol ids % Solids Supern ' t % SU % SU Total Tank % Total Total V o l . Unknown Volume Unknown Assumed Volume Unknown Traf f ic

100% 2% 2% 0% 2% 2% 3% 3% 3% 0% 3%

100% 100% 100%

11% 100%

0% 61% 59% 0%

58% 53% 65% 48% 53%

0% 64% 0% 0% 0%

10% 0%

2% 100% 70% 58% 0%

100% 100%

0% 0%

2 1 % 58%

100% 100%

0% 0% 0%

58% 0% 4% 0% 0% 0% 0% 0% 0% 0%

2 1 % 0% 0% 0% 0% 0%

2% 2% 2% 8% 2% 2% 2% 3% 0% 2% 2% 2% 3% 2% 2% 2% 2% 2%

61 %| 46% 62% 49%i 47% 51% 58% 55% 50% 48% 47% 48% 46% 47% 48% 44% 43% 6 1 %

i i 0%

10% 28%

100% 0% 0%

0% 40% 16% 0% 0% 0%

19,8811 7,94. 8,32 4,91'

4,12 8,39

78,55 4,19: 1,9

13,34! 4,2911 6,23^ 5,05:

—14—


Table 3d. Tank Waste Uncertaint1

Tank I Sol ids I % Solids I Supern ' t I % SU I % SU ITotal Tankl % Total I Tota l [ V o l . [ U n k n o w n ] Volume | Unknown | Assumed | Volume | Unknown [ Tra f f i c

^N-101 vN-102 iN-103 ^N-104 .N-105 >N-106 iN-107 iP-101 P-102 ^P-103 ^P-104 P-105 .P-106 ^P-107 P-108 ■W-101 W-102 W-103 W-104 W-105 ■W-106 .Y-101 ■Y-102

SY-101 SY-102 SY-103

10.301| 102,80

5,23 15,34; 7,09

28,76' 7,202

20,6211 6,38

—15—


Appendix A.

Glossary of Hanford Terminology September 1995

This is a glossary of Hanford terminology that has been compiled to aid in definition of Hanford tank "jargon". These definitions have come from so many different sources that it is difficult to name them all. A lot of these terms have come from Anderson-91, Jungfleisch-84, and from Strode-93. Where there have been conflicting uses of the same term, it is indicated, and where there is uncertainty as to an exact meaning, a "??" appears to indicate that uncertainty.

If you have any corrections/additions/deletions to this glossary, please send them to: Stephen F. Agnew, M/S J586 Los Alamos National Laboratory, Los Alamos, New Mexico 87545, or fax to 505-667-0851.

ACL A c t i v e Act ive

Act ive

ADD ADJ AEC AFPC AG AGE

AGING

AGING

Dry well

Tank

WASTE

AIR LIFT CIRCULATOR

AL ALARA ALE ANCHAR

ANL ANNULUS

Air Circulator lines (term located WHC-SD-WM-ER-204, Rev.O) Currently operating or scheduled for further operation Drywell in which radiation readings of greater than 50 counts/second are detected. To be considered "active", these readings must be consistent as to depth and radiation level for repeated readings. A tank that contains more than 33,000 gal. of waste and/or is still involved in waste management operations. Add primary waste from process. Adjustment to waste amount. See also CORR, COOL, and LEAK. Atomic Energy Commission. See also ERDA, and DOE High total beta activity in the evaporator process condensate Above Grade (term located WHC-SD-WM-ER-204, Rev.O) Aging Waste. See also AGING, AGING WASTE, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PAW, PFM, and P83-88. Aging Waste. See also AGE, AGING WASTE, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PAW, PFM, and P83-88. High level, first cycle solvent extraction waste from the PUREX plant See also AGE, AGING, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PAW, PFM, and P83-88. The air lift circulators are installed in aging tanks to promote mixing of the supemate. By maintaining motion within the body of the liquid, the circulators minimize superheat buildup and, consequently, minimize burping. Analytical Laboratories As Low As Reasonably Achievable Fitzner-Eberhardt Arid Land Ecology Reserve Analysis of characteristic waste deriving waste compositions from analytical information. Argonne National Laboratory The annulus is the space between the inner and outer shells on DSTs. Drain channels in the insulating and/or supporting concrete carry any leakage to the annulus space where conductivity probes are installed, (term located Tank and Surveillance and Waste Status Summary Report) American National Standard Institute Alpha proportional counting Where PUREX process ran from Jan. 1952 - Jun. 1972, then was in standby and ran again from Nov. 1983 -1991, and is now shutdown). See also PUREX-Plant, CARB, CWP, and OWW Ammonium Phosphomolybdate (term located WHC-EP-0791) Aqueous liquids (term located WHC-EP-0791) "Washed" P sludge. Also used to derive SRR. See also SRR. Area Radiation Monitor


AR Vault

ASF AS ME Assumed Leaker

Assumed Leaking Tank

Assumed Re-Leaker

ASTM AW AWC A l S l t C k

A2SltSIry

I3860N

BARCT I3AT/AKART 13 C BCD I3EMR 13 F I3FSH 13 G I3HI !3 iP04

I3IPP B IX B IXBN B IXRI BL

BLEB BLIX BLIXB 13 N BNW Boi l ing Waste Bot toms Receivers

PSL (PUREX sludge) was sluiced from A - and AX-Farms and placed here for caustic wash to remove Cesium and acid dissolution for feed to B Plant. AR-002 (orTK-002) was slurry receiver in AR-Vault. Solids are then transferred to TK-004, acidified, and the PAS (PUREX Acidified Sludge) transferred to TK-003. Any solids left in TK-004 following acid dissolution are caustic digested and transferred to back TK-002 for the next cycle. Ammonia Scrubber Feed American Society of Mechanical Engineers The integrity classification of a waste storage tank for which surveillance data indicate a loss of liquid attributed to a breach of tank integrity. In 1984, the criteria designations of "suspect leaker", "questionable integrity", "confirmed leaker", "declared leaker", "borderline", and "dormant" were merged into one category now reported as "assumed leaker". A designation that exists after a tank has been declared an "assumed leaker" and then the surveillance data indicate a new loss of liquid attributed to a breach of integrity. American Society for Testing and Materials NEUTRALIZED CURRENT ACID WASTE Aging Waste Condensate Salt cake waste generated from the 242-A Evaporator-crystal I izer from 1977 until 1980. Salt Slurry waste generated from the 242-A Evaporator-crystallizer from 1981 until 1994. DILUTE, NON-COMPLEXED WASTE FROM B PLANT CELL DRAINAGE B Plant HLW. Also identifies waste returned to tanks from Sr recovery. Also used as destination, B Plant, for Cs/Sr recovery. BiP04 ran in B PLANT from Apr. 1945 to Oct. 1952, while Cs/Sr recovery from tank farms ran from 1967 to 1976, and Cs/Sr recovery from NCAW and CAW ran from 1967-72, and then from 1983-91. B Plant's mission from '67 was to take the acid stream from PUREX through Cesium and Strontium recovery operations. Best Available Radionuclide Control Technology Best Available Technology/All Known And Relevant Technology TRU SOLIDS FROM B PLANT PROCESSING OF CC Binary Code Decimal Baseline Environmental Management Report Breather Fitter (term located WHC-SD-WM-ER-204, Rev.O) B Plant Flush Below Grade (term located WHC-SD-WM-ER-204, Rev.O) Bechtel Hanford Inc. Bismuth Phosphate Process. First precipitation process used at the Hanford Site for separating plutonium from the irradiated uranium fuels. This process was replaced by REDOX and PUREX processes to gain the advantages of separation and recovery of the uranium and plutonium fission products in B-222 and U-222, 1944-56. Left U in waste. See also MW, 1C, and 2C. B Plant Immobilization Pilot Plant B Plant Ion Exchange

B Plant Low Level. From '68-76 added to AX-103, BX-101, B-101, and C-106. Wash(?) waste after concentration in cell 23 (i.e. low solids). B Plant Low level Evaporator Bottoms. B Plant Low Level Ion Exchange? B Plant Low Level Ion Exchange bottoms? ?? Battelle Northwest Laboratory Waste Waste containing sufficient radioactive decay heat to self-boil. Tank designated for receiving evaporator bottoms.


Bottom Referenced Tank BP BPC BP/CPLX83-88 BP/NCPLX83-88 BPDCC

BPDCS BPDCV BPFPS B Plant

BPLCS BPLDC BPLDN BR BS B SLTCK BUMPING, TANK BUMP

Burial Ground (garden)

BVCLN 3WIA BWIP BY SLTCK

a i sson

Ca lc ine

Either a dished bottom tank or a flat bottom tank where the zero point for liquid-level gages is the lowest elevation in the tank. TRU SOLIDS FROM B PLANT PROCESSING OF PFP Beta proportional counting SSR, CSR. B, BL all in AY-101 now in AY-101 DILUTE, COMPLEXED WASTE FROM B PLANT CESIUM PROCESSING. See also CSR and BPDCC. DILUTE, COMPLEXED WASTE FROM B PLANT STRONTIUM PROCESSING DILUTE, COMPLEXED WASTE FROM B PLANT VESSEL CLEAN-OUT B PLANT HIGH TRU SOLIDS FROM RETRIEVED PFP SOLIDS One of the three original Bismuth-Phosphate processing facilities. Later converted to waste fractional plant. B Plant used for BiP04 1944-52, then for FP recovery. See also 222-B and TK. DILUTE, NON-COMPLEXED WASTE FROM B PLANT STRONTIUM PROCESSING DILUTE, COMPLEXED WASTE FROM B PLANT CESIUM PROCESSING DILUTE, NON-COMPLEXED WASTE FROM B PLANT CESIUM PROCESSING TRU SOLIDS FROM B PLANT PROCESSING - NCRW B PLANT PRETREATED SOLIDS Salt cake waste generated from the 242-B Evaporator from 1951 until 1955. A tank bump occurs when solids overheat in the lower portion of the tank. The hot solids are mixed with the cooler fluid either by operation of the airlift circulators (ACLs) or by natural means. The hot solids rapidly transfer heat to the liquid, some of which quickly vaporizes. The sudden pressurization caused by vapor generation is called a "bump". A land area specifically designated to receive packaged contaminated wastes and equipment for burial. Rated volume at the time of construction. DILUTE, NON-COMPLEXED WASTE FROM B PLANT VESSEL CLEAN-OUT B Plant Waste Immobilization Annex. See also B Plant Basalt Waste Isolation Project. Salt cake waste generated from in-tank solidification units 1 and 2 between 1965 and 1974. An underground structure used to store high-level waste; typical designs include corrugated metal or concrete cylinders, 55-gal. drums welded end-to-end, and vertical steel pipes below grade. To heat a substance to a high temperature, but below its melting point, causing loss of volatile constituents such as moisture; refers also to the material produced by this process. Continuous Air Monitor CARBONATED WASTEsesame as OWW. See also A Plant, PUREX Plant, CWP, and OWW. Cascade, this process filled three or more tanks with one pump by using overflow lines. Normal use was with a sequence of tanks numbers 101,102,103, or 110, 111,112. See also SET and END. Eleven of the Single-Shell Tank Farms (all except the AX-Tank Farm), were equipped w/ overflow lines between tanks. The tanks were connected in series and were placed at different elevations creating a down hill gradient for liquids to flow from one tank to another. See also CAS, SET, and END. Computer Automated Surveillance System (AY and AZ Farm) Small-capacity single-wall tank, primarily associated with diversion boxes and diverter stations. The tanks collect liquid from diversion boxes, diverter stations, catch stations, and other facilities. Current Acid Waste—this is PUREX acid waste, also called HAW or IWW. See also HAW, IWW, and PAW.

Combustible Solids and Liquids


CCGL CCGR

CCPL CCPLX CCW CCW CCW CD CDE CDF

CE Cell 23

OEM CERCLA

CFR CHP C Layer CLEAN 31 CLELLW CLU CMPO CON

COND COND Conduct iv i ty Probe

Confirmed or Declared Leaker

COMPLEXANT CONCENTRATE. Term refers to concentrates of solutions that have TOC's greater than 10 g/L. Usually associated with EDTA and HEDTA salts. See also CCPL, CCPLX, and CPLX. B PLANT HIGH TRU SOLIDS FROM RETRIEVED COMPLEXED CONCENTRATE DILUTE, NON-COMPLEXED WASTE FROM RETRIEVED COMPLEXED CONCENTRATE COMPLEXANT CONCENTRATE. See also CC, CCPLX, and CPLX Complexant Concentrate. See also CC, CCPL, and CPLX Complex Concentrated Waste Concentrated Customer Waste Counter-Clockwise ref. (LA-UR-92-3196) ?? Committed Effective Dose Equivalent TRAC Composition Data File or Transaction Flag Key—unit volume assumed to make stream active. Evaporator Concentrate Crown Ether Waste from Cell 23 at B Plant. Cell 23 contained an evaporator and was used not only during B Plant operations, but to reduce tanked waste as well. Cement added to BY-106 in 1977, see also CON. Comprehensive Environmental Response, Compensation and Liability Act. Cesium Feed Code of Federal Regulations Cascade Heel Pit Convective Layer CLEAN Option HLW stream CLEAN Option LLW stream Chemical Laboratory Unit N-diisobutylcarbmoylmethylphosphine oxide Cement added to BY-105 in 1977, see also CEM. Also designated concentrated waste in SX-103 (1965-66). SX-107 (1965), SX-108 (1965), and SX-110 (1965). CONDENSATE. See also EVAP, AND EB. Condition Measures surface level of conductive liquid (or waste) by detecting electrical conductivity between probe tip and liquid/waste surface as it is lowered into contact. The designation of any underground waste storage tank where the data is considered sufficient to support a conclusion with 95 percent confidence that the tank has leaked. Change in waste volume due to cooling. See also ADJ, COOL, CORR, and LEAK. Correction to tank waste level. See also ADJ, COOL, and LEAK. Condenser Pit CONCENTRATED PHOSPHATE WASTE (FROM 100 N-REACTOR DECONTAMINATION). See also N. Strontium Semi-Works. Called C Plant or Hot Semi-Works earlier, was pilot for both REDOX and PUREX. Jul. 1952 to Jul. 1956. Then reconfigured for Strontium Recovery Pilot Plant from July 1960 to July 1967. See also 222-C, SSW, and HS. Complexed waste. See also CC, CCPLX, and CCPL. Cascade Pump Pit Concentrated Phosphate Waste. Waste originating from the decontamination of 100-N Area reactor, concentration of this waste produces concentrated phosphate waste. Ground site for low level supernatants (from tanks) or condensates (from evaporators). NW (T-105 - T-107, T-018, T-021 - T-023, T-025, T-026, T-032, TY-CRIB, TY-1) and NE (B-##, S-##, T-##. A-008, A-024, B-007, B-008, B-014, B-016, B-018, B-035, B-037, B-040, B-042, and B-049).


A hard surface layer that has formed in many waste tanks containing concentrated solutions. Facility located adjacent to C Farm, used for scavenging campaign following Uranium recovery, 1952-58. Ferrocyanide was added to tank supernatants in CR-Vault, and then the slurry was returned to C Farm for settling, forming in-farm sediments. Cladding Removal Waste Cesium Feed Cesium ion Exchange ?? Cascade Sluice Pit Tank supernatant was sent to B Plant for Cesium recovery using C-105 as a staging tank. From 1967-76, 21,724 kgal was sent to and 26,290 kgal returned from B Plant. See also IX, and BPDCC. Concentrated supernatant solids Caustic Solution, 0.01 M NaOH. COMPLEXED SALT WELL LIQUID EAST AREA COMPLEXED SALT WELL LIQUID WEST AREA Caustic waste for makeup Chemicals Used and Waste Volume Produced Cold vapor atomic absorption (Waste) Metal Cover Plate Compostion Variability Study Cladding Waste, included with 2C from 1945-50, and with 1C from 1951-56. Aluminum cladding waste Concentrated Waste Holding Tank Cladding Waste PUREX. See also A Plant, PUREX Plant, and OWW. Cladding waste. PUREX 2? Cladding Waste-REDOX. See also REDOX and R. REDOX cladding waste from 1952 to 1960. REDOX cladding waste from 1961 to 1967. Cladding waste from PUREX 1966-70 that used Zirflex process on Zircaloy clad fuel elements. See also PD and NCRW. Coating waste (REDOX), zirconium cladding now called PD or NCRW DILUTE, COMPLEXED (MIXTURE) HOT SEMI-WORKS TRU SOLIDS Dilute Data Acquisition Control System Data Acquisition System Design Basis Accident Dibutyl Phosphate Dilute "B" Plant Waste DILUTE COMPLEXED. Waste characterized by a high content of organic carbon including organic complexants: ethylenediaminetetra-acetic acid (EDTA), citric acid, hydroxethylenediaminetriacetic acid (HEDTA), and iminodiacetate (IDA) being the major complexants used. Main sources of dilute complexed waste in the double-shell tanks system are salt well liquid inventory. See also, EDTA, HEDTS, and IDA Decontamination and Decommissioning Derived Concentration Guide Dicyclohexano 18-Crown-6 Ether Dilute Caustic Solution Dilute Complexed Waste Dilute Double Shell Slurry Feed Deflagration to Detonation Transition Dilute Double-Shell Slurry Feed. Product from run 86-1. See also DSS, and DSSF.


Diatomaceous Earth added to BX-102 (1971), SX-113 (1972), TX-116 (1970), TX-117 (1970), TY-106 (1972) U-104 (1972).

DILFD DISS Di tch

Diversion Box

DNCPW DN/PD DN/PT DNSFB DoD DOE DOE/RL DOH DP DP DP DPDS Drainable Interst i t ia l L iqu id

Drainable Remaining L iqu id DRCVR DRYWELL

Drywell (in tank)

DSSF

Decontamination Factor (term located WHC-EP-0791) Dilute Feed for Evaporator input. Interstitial liquid that is not held in place by capillary forces, and will therefore migrate or move by gravity. See also DILFD Dilute Feed. See also DIL. Dissolver A linearly oriented excavation often used for the temporary diversion or disposal of process waste streams. A below-grade concrete enclosure containing the remotely maintained jumpers and spare nozzles for diversion of waste solution to storage tank farms. DILUTE NON-COMPLEXED WASTE (DN) (i.e. contains no complexants) defined as waste with TOC <1wt% (10 g/L). See also DN/PD, DN/PT.PFP, PRF, TRU Solids, TRU, Z, and 224 Dilute Noncomplexed Waste Dilute Non-Complexed Waste (DN) with P TRU solids. See also DN, DN/PT, P, PFP, PRF, PRF TRU Solids, TRU, Z, and 224.. Dilute Non-Complexed Waste (DN) with PFP TRU solids. See also DN, DN/PD, P, PFP, PRF, PRF TRU Solids, TRU, Z, and 224. Defense Nuclear Facilities Safety Board US Department of Defense US Department of Energy. See also AEC and DOE. DOE/Richland (Field Office) Washington Department of Health DILUTE PHOSPHATE WASTE Differential Pressure (term used LA-UR-92-3196 Rev 0) Distributor Pit (term used WHC-SD-WM-ER-204, Rev.O) Dilute PUREX Decladding Supemate Liquid that is not held in place by capillary forces, and will therefore migrate or move by gravity. Drainable liquid remaining minus supemate. Drainable Interstitial Liquid is calculated based on the salt cake and sludge volumes, using average porosity values or actual data for each tank, when available. Supemate plus drainable interstitial.

Dilute Receiver Tank Vertical boreholes with 6-inch (internal diameter) carbon steel casings positioned radially around single-shell tanks. Periodic monitoring is done by gamma radiation or neutron sensors to obtain scan profiles of radiation or moisture in the soil as a function of well depth, which could be indicative of tank leakage. These wells range between 50 and 250 feet in depth, and are monitored between the range of 50 to 150 feet. The wells are sealed when not in use. The wells are called drywells because they do npi penetrate to the water table and are therefore usually "dry". A sealed casing within a tank that is attached to a riser and used for access of a gamma or neutron detector, or an acoustical probe to determine the level of interstitial liquid. DOUBLE-SHELL SLURRY (from EOFY 77 inventory?). This waste is a concentrate of DSSF, but with a TOC<1 Og/L (<1 wt% TOC is NC). Waste that exceeds the sodium aluminate saturation boundary in the evaporator without exceeding receiver tank composition limits. DSS is considered a solid. See also DDWSF and DSSF DOUBLE-SHELL SLURRY FEED. Waste concentrated just before reaching the Sodium Aluminate saturation boundary in the evaporator without exceeding receiver tank composition limits. This form is not as concentrated as DSS. See also DSS and DDWSF. Double Shell Tank. The newer one million gallon underground waste storage tanks consisting of a concrete shell and two concentric carbon steel liners with an annular space between the liners.


DTPA DUMM, DUMMY DW DWBIX DWPF DWVD

E-Stop EAC EB Eco logy EDE EDTA

EF EFD EGR EIS ELEVATION END EP ERA ERDF EPRI ERPG ERDA ES&H ESPIP ETF EV EV EVAP EVAP EVAP EVAPF EVAP Feed

lEvap Feed Dil IEVFD EVS EVT lEvaporator Crystal l lzer

Evaporator Feed

FAILED

diethylene-triamine-penta-aceticacid (term located WHC-EP-0791) Dummy Waste. Decontamination Waste DECONTAMINATION WASTE AND B PLANT ION EXCHANGE Defense Waste Processing Facility Defense Waste Vitrification Demonstration Emergency Emergency stop Energy Absorption Capacity Evaporator Bottoms. See also COND and EVAP. Washington State Department of Ecology Effective Dose Equivalent Ethylenediaminetetraacetic acid (term located WHC-EP-0791). See also, DC, HEDTA, and IDA Evaporator Feed Evaporator Feed Dilute Episodic Gas Release (term located WHC-EP-0702, Rev 0) Environmental Impact Statement Surveyed at riser flange (term used SD-RE-TI-053 Rev. 8) Disconnect Cascaded Tanks. See also CAS, and SET. Enclosure Pit (term used WHC-SD-WM-ER-204, Rev.O) Expedited Response Action Environmental Restoration Disposal Facility Electric Power Research Institute Emergency Response Planning Guideline Energy Research and Development Administration. See also AEC, and DOE. Environment, Safety, and Health Efficient Separations and Process Integrated Program (term used WHC-EP-0791) Effluent Treatment Facility Evaporation Evaporation Entry EVAPORATOR LOSSES Evaporator connected to tank. See also COND and EB. Evaporator Feed (post 1976) DILUTE, NON-COMPLEXED WASTE FROM EVAPORATOR PAD FLUSH Any waste liquid that can be concentrated to form salt cake; e.g., aged waste, low heat waste, dilute interstitial liquor, and other radioactive waste solutions. Evaporator Feed Dilute. See also EFD Evaporator Feed Tank Partial neutralization in 242-S Evaporator. HEDTA destruction in 242-B or 242-T evaporators. 242-A and 242-S waste concentration facilities that operate at a reduced pressure (vacuum) and are capable of producing a slurry containing about 30 volume percent solids at a specific gravity of greater than 1.6. Any waste liquid that can be concentrated to form salt cake; e.g., low heat waste, dilute interstitial liquor, aged waste, and other radioactive waste solutions. Food Instrument Company (FIC) Automatic Surface Level Gauge (term used Tank and Surveillance and Waste Status Summary Report) Thermocouples with either open circuits or loop resistance, (term used WHC-SD-WM-TI-553. Rev.O) flange with bale (term used WHC-SD-WM-ER-204, Rev.O) flux-corrected transport Feed Dilute functional design criteria


FeCN

FFTF FIC gauge

3M Instrument

Ferrocyanide wastes created during a scavenging campaign in 1953-57. See also SCAV, POO, TOO, PFeCNI, PFeCN2, and TFeCN Fast Flux Test Facility A Food Instrument Corporation Automatic Liquid Level Gauge based on a conductivity probe. At Hanford they are electrically connected to a computer for data transmission, analysis, and reporting. Local readings may also be obtained from a dial, (term located Tank and Surveillance and Waste Status Summary Report) Waste contained 10 percent of the original fission product activity and 2 percent of the product. By-product cake solution was mixed with product waste and neutralized with 50 percent caustic. This waste contained a mixture of suspended solids, hydroxides, carbonate and phosphate, scavenger metals, and chromium, iron and sodium, silicofluoride. See also 1C and 2C. Flange with lead Flush water. Flowmeter (term located LA-UR-92-3196 Revised) Factory Mutual-Approved (term located LA-UR-92-3196 Revised) Fission Product Waste. Cs and Sr recovery began in 222-B in 1967. Cs was removed from PUREX SU (PAW) and Sr from PUREX SL (PAS), and both from Acidic Waste. Separates or slots the flow of one or more input streams into two or more output streams. Fourier Transform Infrared (term located WHC-EP-0702, Rev 0) Field Verify Gain to Tank SLURRY GROWTH AS A RESULT OF GAS GENERATION Gas Chromatograph (term located LA-UR-92-3196 Revised) Gamma Energy Analyses (see SD-WM-PE-029 Rev. 0, 242-A Evap/Crystallizer FY 84-86 Campaign Run. Georgia Institute of Technology (term located WHC-EP-0702, Rev 0) Instrument for detecting low-level beta and gamma radiation using a Geiger-Mueller tube. Riser at Grade (term located WHC-SD-WM-ER-204, Rev.O) Gas Release Event (term located WHC-EP-0702, Rev 0) A group of tanks where ITS averaged the supernatant phases. See also ITS. OUTFLOW TO THE GROUT FACILITY Grout Feed Tank Greater than Class C (term from WHC-EP-0791) A building material consisting of a mixture of cement, sand, and water that is sprayed onto a mold. Hazardous Materials Management and Emergency Response Training Center A set of offsets, in feet, from a reference point on the site. These are the units used to lay out these facilities. Conversion to latitude and longitude is possible. Term used to describe uranium carbonate phase that formed in solids from MW additions. Proved to be very difficult to sluice. Health and Safety Plan Aging waste from PUREX/PFM Processing NPR Nuclear Fuel. See also AGE, AGING, AGING WASTE, IWW, NCAW, NFAW, NHAW, NRAW, PAW, PFM, and P83-88. Hazards and Operability Study Hanford Defense Residual Liquid A tank level correction due to thermal expansion. See also CORR, COOL, and LEAK. Dilute sulfate waste. See also UNC.(see SD-WM-PE-029 Rev..0, 242-A Evap/Crystallizer FY 84-86 Campaign Run) N-(2-hydroxyethyi)ethylenediamine tetra acetate The waste that remains in a tank after the tank is emptied.


HEPA

HP HMS HMS/TRAC

HSA HSRAM HTCE HTWRS HVAC HWVP HWVP

ICE ICEBC ICF ICO IDA IDEF

Inactive Tank

High-Efficiency Particulate Air. A filter designed to achieve 99,995 percent minimum efficiency in the containment of radioactive particulates greater than 0.3 micrometer in size, (term located WHC-EP-0702, Rev 0) Hanford Facility Wastes Health Hazard Index (term from WHC-EP-0791) High Heat Waste High Integrity Container Heel Jet (term from WHC-SD-WM-ER-204, Rev.O) Hanford Laboratory Operations Waste High-Level Waste—generic for all Hanford Tank Wastes. Waste from the fuel reprocessing operations in separations plants. Heel Pit (term from WHC-SD-WM-ER-204, Rev.O) Hanford Meteorological Station Hydrogen Mixing Study Transient Reactor Analysis Code (term located LA-UR-92-3196 Revised) Hot Semi-Works. A pilot facility that had a variety of operations. See also C Plant, andSSW. Hanford Strategic Analysis (term located WHC-EP-0791) Hanford Site Risk Assessment Methodology Historical Tank Content Estimate Hanford Tank Waste Remediation System Heating, Ventilating, and Air Conditioning Hanford Waste Vitrification Plant. DILUTE, NON-COMPLEXED WASTE FROM THE VITRIFICATION PLANT (term From WHC-EP-0791) Tank Isolated and Stabilized Synonym (misspelling?) for 1C-1st cycle decontamination waste-BiP04. See also MW, 2c, and BiP04. Implicit Continuous Eulerian (term located LA-UR-92-3196 Revised) ?? (1st cycle evaporator bottoms concentrate??) See 1CEBC Consolidated Incinerator Facility (term located WHC-EP-0791) DILUTE NON-COMPLEXED WASTE FROM TERMINAL CLEANOUT. Iminodiacetate. See also, DC, EDTA, and HEDTA. Integrated Computer-Aided Manufacturing (ICAM) Definition (Language) (term located WHC-EP-0791) Imminently (or immediately) Dangerous to life or health (term located LA-UR-92-3196 Revised) A tank that has been removed from liquid-processing service, has been pumped to less than 33,000 Instrument House (term from WHC-SD-WM-ER-204, Rev. 0) Interim Isolated. The administrative designation reflecting the completion of the physical effort required to minimize the addition of liquids into an inactive storage tank, process vault, sump, catch tank, or diversion box. In June 1993, Interim Isolation was replaced by Intrusion Prevention, (term located Tank and Surveillance and Waste Status Summary Report) Interstitial Liquid Level. Liquid that resides in the voids/interstices of the solids. A tank that has been removed from liquid processing service, has been pumped to contain less that 33,000 gallons of waste, and is not yet or in the process of stabilization and interim isolation. This includes all tanks not in active or active-restricted categories. Also included are inactive spare tanks that would be used if an active tank failed. Idaho National Engineering Laboratory (term located WHC-EP-0791) The waste classification of a tank being used, or planned for use, for the storage of liquid (in excess of a minus supernatant liquid heel) in conjunction with production and/or waste processing. All Hanford double-shell tanks are in-service; none of the single-shell tanks are in-service. CHANGE IN TANK LEVEL DUE TO CHANGE IN INSTRUMENTATION.

Interim Isolation

Interim Stabilization

Intrusion Intrusion FIC


An administrative designation reflecting the completion of the physical effort required to minimize the addition of liquids into an inactive storage tank, process vault, sump, catch tank, or diversion box. See Intrusion Prevention. A tank which contains less than 50,000 gallons of drainable interstitial liquid and has less than 5,000 gallons of supernatant. If the tank was jet pumped to achieve interim stabilization, then the jet pump flow must have been at or below 0.05 gallons per minute before interim stabilization is completed. The unintended entry of any liquid into a waste storage tank. A mode of operating the FIC surface level monitoring equipment typically used when a waste surface is non-electrically conductive. The conductivity probe (plummet) is positioned a small distance above the waste surface. Should that gap be spanned by an intruding liquid, conductivity between the plummet and the waste surface would be established this triggers an alarm in the CASS system. Note that the intrusion FIC levels is not an actual measurement of the current waste surface. The FIC probe is positioned a short distance above the waste surface. If the surface level of the waste in the tank increases, thereby touching the probe tip, a pointive indication is received. Intrusion Prevention. This is an administrative designation reflecting the completion of the physical effort required to minimize the addition of liquid into an inactive storage tank, process vault, catch tank, sump, or diversion box. (term located Tank and Surveillance and Waste Status Summary Report) See also IP. Instrument House (term from WHC-SD-WM-ER-204, Rev.O) Integrated Risk Assessment Program Interim Stabilized. A tank which contains less than 50,000 gallons of drainable interstitial liquid and has less than 5,000 gallons of supernatant liquid. If the tank was jet pumped to achieve interim stabilization, then the jet pump flow must also have been at or below 0.05 gallons per minute before interim stabilization is completed. Tank is Interim-Isolated The act of sealing a tank against liquid intrusion from credible sources and confining the atmosphere in the tank. Filtered airways are not sealed. The balance the pressure to the atmosphere, and in some cases provide cooling airflow. In-sftu Vitrification (term located WHC-EP-0791) In-Tank Solidification-Program using steam evaporators inside of certain tanks on BY Farm. 1TS#1 ran 1965-70 in BY-102 (a pilot demonstration was also run in BY-101) and ITS#2 ran 1968-74 in BY-112. During 1971-74, ITS#1 used as cooler instead of a heater. See also GROUP INORGANIC WASH WASTE TO SST—same as P or NCAW. Refers to HAW or PAW. See also AGE, AGING, AGING WASTE, HAW, NCAW, NFAW, NHAW, NRAW, PAW, PFM, and P83-88. Ion Exchange Waste. Assumed ion exchange (IX) removal efficiency for radionuclides (i.e., americium, strontium, cesium, and technetium). Ion Exchange identifies waste returned from Cs recovery. See also CSR, and BPDCC. ??lon-Exchange REDOX Organic Wash?? Joint Evaluation Group (term located LA-UR-92-3196 Revised) A modified commercially available low capacity jet pump used as a salt well pump. Point where the side wall and the bottom curved surface of a tank meet. Knowledge of Process uses process information to derive waste compositions based on some process driver. Inactive/Leaker Lanthanum Fluoride waste generated in Plutonium Finishing Plant Operation from 1945-??. See also 224, and 224-F. OUT FLOW DUE TO LANCING OF TANK A long steel pipe, usually 2-to-3 inches in diameter. The top is bent at a 90-degree angle, and contains a check valve, gate valve, and nose connection. The bottom end of the lance is tapered to a 1/2-inch diameter. Water enters the top of the lance, which is forced out the bottom at high pressure. This creates a passage way which may be used for equipment installation.

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LANH LANL LANL LATA Consortium

La tera l

LE LEAK LEAK DETECTOR LEAK DETECTION PIT

LEL LERF LETF Level Adjustment

Level History

LFL Liquid Level Best Engineering Judgment L ine

Heavy Lanthanides (term located WHC-EP-0791) Los Alamos National Laboratory Light Lanthanides (term located WHC-EP-0791) Los Alamos Technical Associates; British Nuclear Fuels, LTD; Southwest Research Institutes; and TRW, Inc. Horizontal drywell positioned under single-shell waste storage tanks to detect radionuclides in the soil which indicate leakage. Lateral drywells are monitored by radiation detection probes. Laterals are 4-inch ID steel pipes located 8 to 10 feet below the tank's concrete base. There are three laterals per tank in A and SX Farms. There are no lateral drywells in any other farms. Lifting Bale. Riser top has plate flange with lifting bale - possible concrete plug under Lead Encasement (term From WHC-SD-WM-ER-204, Rev.O) Tank leak volume. See also ADJ, COOL, and CORR. Fixed liquid level sensor - tape with weight (term located SD-RE-TI-053 Rev. 8) Collection point for any leakage from AM Farm Tanks. The pits are equipped with radiation and liquid detection instruments. Lower Explosive Limit (term located WHC-EP-0702, Rev 0) Liquid Effluent Retention Facility. LIQUID EFFLUENT TREATMENT FACILITY FROM N REACTOR. Any update in the waste inventory (or tank level) in a tank. The adjustments usually result from surveillance observations or historical investigations. A diagram that shows the history of the waste level and waste level changes in a tank. The diagram also includes other related data. Lower Flammability Limit (term located WHC-EP-0702, Rev 0) During the initial filling of certain single-shell tanks, only the liquid level was reported. To adjust for the big increase in level height, which occurred when solids were added to the record, a sloped line was used to reflect solids volume between the initial fill and the time the solids data were recorded. Automatic Liquid indicator Tape (term located SD-RE-TI-053 Rev. 8) Manual Liquid Level Indicator (term located SD-RE-TI-053 Rev. 8) liquid level reel (term located WHC-SD-WM-ER-204, Rev.O) manual liquid level sensor - tape with weight (term located SD-RE-TI-053 Rev. 8) low-level waste (term From WHC-EP-0791) Loss from tank, (term From WHC-SD-WM-ER-204, Rev.O) Liquid Observation Well. Liquid observation wells are used for monitoring the interstitial liquid level (ILL) in single-shell waste storage tanks. The wells are constructed of fiberglass, or tefzel-reinforced epoxy-polyester resin. They extend to within 1 inch of the bottom of the tank steel liner. They are sealed at their bottom ends and have a nominal outside diameter of 3.4 inches. See also ADJ, COOL, and CORR. DILUTE, NON-COMPLEXED WASTE FROM UNC FUELS FABRICATION FACILITY Laboratory Waste 222S LAB DILUTE NON-COMPLEXED WASTE FROM S PLANT. DILUTE NON-COMPLEXED LABORATORY WASTES FROM 300 AND 400 AREAS. Manual Tape Surface Level Gauge (term located Tank and Surveillance and Waste Status Summary Report) Maximum Allowable Burp (term located LA-UR-92-3196 Revised) Mitigation Action Plans Thermocouple with higher than normal (0.5 ohms to 20 ohms depending on length) loop resistance, higher than normal resistance in one lead to ground, or having some other abnormality, e.g. inconsistent resistance measurements, (term located WHC-SD-WM-Tl-553, Rev.O) Maximum Allowable Window Burp (term located LA-UR-92-3196 Revised) Maximum Speed Parameters (term located LA-UR-92-3196 Revised) Motor Control Center (term located LA-UR-92-3196 Revised) Miscellaneous Dilute Waste


Maximum Expected Burp (term located LA-UR-92-3196 Revised) Minimum Ignition Energy (term located WHC-EP-0702, Rev 0) Multifunction Instrument Tree (term located WHC-SD-WM-Tl-553, Rev 0) Multiport Riser (term located LA-UR-92-3196 Revised) Mass Spectrometer (term located LA-UR-92-3196 Revised) Metal Waste from BiP04. 90% of FP, all of U, 1% of Pu . Waste from the extraction containing all the Uranium, approximately 90% of the original fission product activity, and approximately 1% of the Pu product. This waste was brought just to the neutral point with 50% caustic and then treated with and excess of sodium carbonate. This procedure yielded almost completely soluble waste at a minimum total volume. The exact composition of the carbonate compounds was not known but was assumed to be a Uranium Phosphate Carbonate mixture. See also 1C, and 2C. Maximum Window (term located LA-UR-92-3196 Revised) Metal waste from BiP04, 1944 to 1951 Metal waste from BiP04, 1952 to 1956 Maximum Window Burp (term located LA-UR-92-3196 Revised) Metal Waste Feed? Set to water in TRAC. N-Reactor waste. See also CP. Nitrogen NEUTRALIZED B PLANT ACID WASTE LIQUID WASTE, HIGH CS, SR, AND TRU CONTENT. Neutralized Current Acid Waste primary HLW stream from PUREX process. See also AGE, AGING, AGING WASTE, HAW, IWW, NFAW, NHAW, NRAW. PAW, PFM, and P83-88. Noncombustible Solids (term located WHC-EP-0791) Nonconvective Layer (term located LA-UR-92-3196 Revised) Non-Complexed Waste general term applied to all Hanford site liquids not identified as complexed. See also NCPLX and NCPLEX. Non-Complexed Waste. See also NCPL and NCPLX. Non-Complexed Waste term applied to all Hanford Site liquors not identified as complexed.. See also NCPL and NCPLEX. Neutralized Cladding Removal Waste—Same as CWP/Zr. See also CWP, CWP/Zr, and PW. National Defense Authorization Act (term located WHC-EP-0702, Rev 0) Northeast quadrant of tank (term from WHC-SD-WM-ER-204, Rev.O) National Electrical Code (term located LA-UR-92-3196 Revised) National Environmental Policy Act (term located WHC-EP-0702, Rev 0) The original plant in 1956 neutralized all of the high-level waste and sent it to the A-241 Tank Farm. As fission product recovery started, a portion of the waste was treated for Strontium Recovery and then neutralized. As of 1967 all of the High-Level Waste left PUREX as an acid solution for treatment at B Plant. See also P, and PL Aging waste from PUREX/PFM high level waste. National Fire Protection Association (term located LA-UR-92-3196 Revised) Probe equipped with a neutron source and detector. They are used in dry well monitoring to determine the moisture content of the soil as one way to detect leaks in underground waste storage tanks or pipelines. does not show at surface, not in a pit - no surface access AGING WASTE FROM PUREX/PFM HIGH LEVEL WASTE (FFTF-NCAW) See also AGE, AGING, AGING WASTE, HAW, IWW, NCAW, NHAW, NRAW, and P83-88. National Fire Protection Association AGING WASTE FROM PUREX/PFM PROCESSING OF NPR FUEL National Institute of Occupational Safety and Health (term located LA-UR-92-3196 Revised) National Institute of Standards and Technology (term located LA-UR-92-3196 Revised)

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NRAW

NRC NRP82 NRP04 NRS04 NSTF NTA OFFGAS OP Open Hole Salt Well

ORR OSD OSHA OSR OTHHI O u t - o f - S e r v i c e

OUTX

OVM OWW OWW1, OWW2, OWW3


HNO3/KMNO4 solution added during evaporator operation (Neutralization in Transfer?) See also PNF. Oxides of nitrogen (term located WHC-EP-0791) Normal Paraffin Hydrocarbon was diluent used in Uranium recovery and PUREX processes, and is close to Dodecane, C-|2H26-AGING WASTE FROM PUREX/PFM RESIDUE ACID WASTE (FFTF-NCAW). See also AGE, AGING, AGING WASTE, HAW, IWW, NCAW, NHAW, PAW, PFM, and P83-88. US Nuclear Regulatory Commission (term fromWHC-EP-0791) DILUTE, NON-COMPLEXED WASTE FROM FY82 100-N AREA WASTE TRANSFER DILUTE, PHOSPHATE WASTE FROM 100 N AREA DILUTE, NON-COMPLEXED WASTE FROM 100 N AREA Near Surface Test Facility (NSTF) is a full-scale demonstration facility designed for testing, engineering, and training. Nitrilotriacetic acid Cell air and offgas (term located WHC-EP-0791) Observation Port (term fromWHC-SD-WM-ER-204, Rev.O) A well in which a pump is inserted in solid waste. Frequently used to remove the liquid from tanks containing less than 2 feet of sludge. See also Salt Well. Operational Readiness Review (term located WHC-EP-0702, Rev 0) Operational Safety Document Occupational Safety and Health Administration Operational Safety Requirement Other upper limit (term located WHC-EP-0791) A tank which does not meet the definition of an in-service tank. AH single-shell tanks are out of service. Transfer from Tank__n out to either a secondary processing operation or to a crib. See also TR. Organic Vapor Monitor (term located WHC-EP-0702, Rev 0) ORGANIC WASH WASTE FROM PUREX. Evidently, this was combined with P waste in 1960-61, but usually kept separate. The solvent used in PUREX was treated before reuse by washing with potassium permanganate and sodium carbonate, followed by dilute nitric acid and then a sodium carbonate wash. See also A-Plant, CWP, CARB, OWW PUREX Plant, and. PUREX HLW. 1956-72. Sometimes assumed to be 50% OWW. Used NPH/TBP to extract both Pu and U. Np was also extracted from 1963-72. See also DN, and PL. Photo Evaluation (term located Tank and Surveillance and Waste Status Summary Report) PUREX high-level waste generated between 1955 and 1962. PUREX high-level waste generated between 1963 and 1967. now called PXNAW or NCAW. AZ-101 and AZ-103. See also AGE, AGING, AGING WASTE, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PAW, and PFM. now called PXMSC A turbine pump used in the first stage of removing liquids from a waste storage tank. Piping & Instalment Diagrams In-Plant scavenging with FeCN. See also SCAV, T00-T## PUREX AMMONIA DESTRUCTION WASTE, FROM FUELS GRADE FUEL PUREX AMMONIA DESTRUCTION WASTE, FROM WEAPONS GRADE FUEL The administrative designation reflecting the Interim Isolated completion of the physical effort required for Interim Isolation except for isolation of risers and piping that is required for jet pumping or for other methods of stabilization. 222-S Process and Analytical Laboratory PUREX Acidified Sludge—refers to sludge that has been sluiced from waste tanks and acidified to 0.1 M HNO3 (as part of Cs/Sr recovery) in AR-Vault.

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PASF

PASF83-88 PAW

PCOND PCONDCRIB PD PDBNG PDBSU PDBTG PDCSS PDL87 PDL89 PD/PN PDNSG PDS87 PDS89 PDSLG PDSUP PFD PFeCN PFeCNI

PFeCN2 PEL PFM

PFMMS

PFPGR PFPNT PFPPT PFPSL PFP TRU Solids

PIUIL89

PUREX AMMONIA SCRUBBER FEED. Waste that derives from the scrubber for the cladding dissolves off gas. PUREX Ammonia Scrubber Fee, never before seen PUREX Acidified Waste. Also used to refer to Aluminum Cladded Fuel (as opposed to ZAW for Zirconium Cladded Fuel). See also AGE, AGING, AGING WASTE, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PFM, and P83-88. PUREX condensate PUREX condensate to crib. PUREX decladding waste. See also CWP/Zr, NCRW, and PN. DECLADDING SLUDGE (NON-TRU) FROM B PLANT PROCESSING DILUTE, NON-COMPLEXED WASTE FROM B PLANT DECLADDING WASTE B PLANT AGING WASTE SOLIDS FROM PUREX DECLADDING WASTE DILUTE NON-COMPLEXED PUREX DECLADDING WASTE, FY 1986 ONLY PUREX DECLADDING SUPERNATANT, 1987 PUREX DECLADDING SUPERNATANT, NON TRU, SPENT METATHESIS REMOVED Plutonium-Uranium Extraction (PUREX) Neutralized Cladding Removal Waste (NCRW), transuranic waste (TRU). See also PUREX Decladding. NON-TRU DECLADDING SLUDGE FROM PUREX PUREX DECLADDING SLUDGE PUREX DECLADDING SLUDGE AFTER FY89 PUREX DECLADDING SLUDGE SOL PUREX DILUTE, NON-COMPLEXED WASTE PUREX DECLADDING WASTE Process Flow Diagram (term located WHC-EP-0791) Ferrocyanide sludge produced by in-plant scavenging of waste from uranium recovery. Ferrocyanide sludge produced by in-plant scavenging of waste from Uranium recovery. Used 0.005 M Ferrocyanide. See also FeCN, TFeCN, UR, POO, and TOO. Same as PFeCNI, except used 0.0025 M Ferrocyanide used. Permissible Exposure Limit Process Facility Modification (PFM) Project provides a head end facility for the PUREX Plant in which N-fuel and FFTF fuel can be processed. See also AGE, AGING, AGING WASTE, HAW, IWW, NCAW, NFAW, NHAW, NRAW, PAW, and P83-88. DILUTE, NON-COMPLEXED WASTE FROM SHEAR/LEACH PROCESSING OF NPR FUEL Z Plant Plutonium Rnishing Plant. Pu Rnishing Plant waste. See also DN, DN/PD, DN/PT, P, PRF, PFPNT, PFP TRU Solids, TRU, Z Plant, and 224 DILUTE, NON-COMPLEXED WASTE FROM RETRIEVED PFP SOLIDS NON-TRU SLUDGE FROM THE PFP SOL Z PLANT. See also DN, DN/PD, DN/PT, P, PRF, PFP TRU Solids, TRU, Z Plant, and 224 DILUTE, NON-COMPLEXED WASTE FROM THE PFP (WITH TRUEX). See also TRUEX HIGH-TRU SLUDGE FROM THE PFP SOL Z PLANT. See also DN, DN/PD, DN/PT, P, PRF, PFPNT. PFP TRU Solids, TRU, Z Plant, and 224 TRANSURANIC SOUDS FRACTION FROM PLUTONIUM FINISHING PLANT OPERATIONS. See also DN, DN/PD, DN/PT, P, PRF, PFPNT, PFP, TRU, Z Plant, and 224 Phosphorous Waste Partially Interim Isolated. The administrative designation reflecting the completion of the physical effort required for Interim Isolation except for isolation of riser and piping that is required for jet pumping or for other methods of stabilization, (term located Tank and Surveillance and Waste Status Summary Report) PUREX low-level waste. See also DN, DN/PD, DN/PT P, PL, PFP, PFP TRU Solids. PRF, TRU, PFP TRU Solids, Z Plant, and 224. PUREX SPENT METATHESIS LIQUID AFTER FY89

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PMS89 PMW PN PNF

PNL PNW Pond (Swamp)

PRTR Primary Addi t ion

PRTR PS

PSA PSICSF PSL PSS PSSF PT PT100 PUREX

PWM PWR PX86S

PXBAW PXBSG PXFTF PXLOW PXMET PXMSC PXNAW QA QATF Quest ionable Integr i ty

PUREX SPENT METATHESIS SOLIDS AFTER FY89 PUREX miscellaneous waste PUREX, neutralized cladding waste. See also CWP, NCRW and PD. Partial Neutralization Feed. Indicates addition of nitric acid at an evaporator in an attempt to produce more salt cake during volume reduction. See also NIT. Pacific Northwest Laboratory Partial Neutralization Waste Ground area where uncontaminated or low-level waste water is discharged to seep into the ground. pump pit (term located WHC-SD-WM-ER-204, Rev.O) Probabilistic Risk Assessment Plutonium Reclamation Facility—Type of waste generated in Z-Plant for "finishing wastes". Solvent based extraction process using CCI4/TBP. See also DN, DN/PD, DN/PT, P, PFP, PFP TRU Solids, Z Plant, 224, and 236-B. Plutonium Recycle Test Reactor An addition of waste from a specific plant or process vault. These additions come from the Waste Status and Transaction Summary., WHC-SD-WM-TI-614 & -615, Rev. O, DRAFT. Plutonium Recycle Test Reactor Primary Stabilization . The condition of an inactive waste storage tank after all liquid above the solids, other than isolated surface pockets has been removed. Isolated surface pockets of liquid are those not pumpable by conventional techniques. Probabilistic Safety Assessment Pump System installation containment seal fixture PUREX sludge sluiced during recovery of Sr. PUREX Sludge Supernatant. PUREX Sludge Supernatant Feed? Plutonium Rnishing Plant (PFP) TRU Solids. TRU solids from 200W. TRU waste from ?? Plutonium Uranium Extraction Plant. Also called A Plant where PUREX process ran from Jan.1952-Jun. 1972, then was in standby and ran again from Nov. 1983 to 1991, and is now shutdown. See also A Plant, CWP, CARB, OWW, and P. Pulse width modulated Pressurized Water Reactor Core II from Shipping Port Atomic Power Station DILUTE, NON-COMPLEXED WASTE FROM PUREX MISC. STREAMS (NPR FUEL) FY 86 B PLANT AGING WASTE SUPERNATANT FROM RETRIEVED AGING WASTE B PLANT AGING WASTE SOLIDS FROM RETRIEVED AGING WASTE DILUTE, NON-COMPLEXED WASTE FROM PUREX MISC. STREAMS (FFTF) PUREX LOW LEVEL WASTE THAT WENT TO SST PUREX DILUTE, NON-COMPLEXED DECLADDING: SPENT METATHESIS DILUTE, NON-COMPLEXED WASTE FROM PUREX MISC. STREAMS (NPR FUEL) AGING WASTE FROM PUREX HIGH LEVEL WASTE Quality Assurance Quality Assurance Task Force Any tank that has a small decrease in liquid level or a radiation increase in an associated dry well, for which the remaining data for the tank is insufficient to support a conclusion with 95% confidence that the tank is sound. REDOX High Level Waste (HLW) was generated from 1952 to 1966. It used methylisobutylketone (hexone) as a solvent, and extracted both uranium and plutonium, (S-Plant) Ran from Jan. 1952 to Dec. 1967. REDOX waste generated between 1952 and 1957. REDOX waste generated between 1958 and 1966.

??REDOX CC??

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RCOND RCONDCRIB REC REDOX Removed from Service (Tanks ) RESD RISER

Riser P/CP

RIX RP RMA RMC RSItCk RSN RSS RSS RTD RTX

S I S I t C k

S2S l tS l ry

SA Salt Cake

Salt Slurries

Salt Well

Scavenged

REDOX Condensate. REDOX Condensate to Crib. Receive from Transjank and are always positive. Transjank will always be one of the primary 177 waste tanks. See also SEND, TR, and XFER. Also know as S-Plant where REDOX process ran 1952-66? See also R, and CWR. Any tank that is a confirmed leaker or is not intended for reuse.

Residual Evaporator Liquor Pipe leading into tank dome See also Blank Space.(term located SD-RE-TI-053 Rev. 8) Riser is recessed below a cement pad with an access plate at grade (term located SD-RE-TI-053 Rev. 8) REDOX Ion Exchange. See also RTX, and SIX Receiving Pit (term located WHC-SD-WM-ER-204, Rev.O) Remote Mechanical A-Line. Remote Mechanical C-Line—Process used in Z Plant. Salt Cake precipitate from self concentration in S and SX Farms. REDOX Supernatant REDOX Sludge Supernatant Remote Supervisory Station Resistance Temperature Detector (term located WHC-SD-WM-Tl-553, Rev 0) REDOX Ion Exchange. See also SIX, and RIX Transaction Flag Key-Partial Neutralization (PNF). Sludge Level Measurement Device (term located Tank and Surveillance and Waste Status Summary Report) Salt cake waste generated from the 242-S Evaporator/crystal I izer from 1973 until 1976. Salt cake waste generated from the 242-S Evaporator/crystallizer from 1977 until 1980. Safety Assessment Crystallized Nitrate and other salts deposited in waste tanks, usually after active measures are taken to remove moisture, (term located Tank and Surveillance and Waste Status Summary Report) Same as DSS, estimated from chemical model by precipitation (via evaporator). DSS derives from the supernatants of a variety of wastes following evaporation of water. See also DSS, and A2Attslr. A hole drilled or sluiced into a salt cake and lined with a cylindrical screen to penmit drainage and jet pumping of interstitial liquors. See also SWLIQ A low-capacity pump used to remove interstitial liquid from wells. Safety Analysis Report Scavenging campaign with FeCN on TBP, 1952-57. See also T00-T##, P00-P##, and Scavenged. Waste which has been treated with ferrocyanide to remove cesium for the supernatant by precipitating ft into the sludge. See also SCAV Self-contained Breathing Apparatus Safety Condition for Operation Supercritical Water Oxidation (SCWO) destroys organics completed with metal ions and precipitates the multivalent metals out of solution as their hydroxides. Process conditions tor SCWO are 500-° C and 3,000 psi. (term located WHC-EP-0791) Slurry distributor (term located WHC-SD-WM-ER-204, Rev.O) Slurry distributor removal containment seal fixture Semi-volatile organic analysis Transfer from Tankj i to Transjank and is always negative. Transjank will always be one of the primary 177 waste tanks. See also TR and XFER. Connect cascaded tanks together. See also CAS and END.

A - 1 6


Side referenced tank

SLS SLT SL3SY S ludge

SLUD31 S lugs

Sluic ing, or Sluiced

SLULLW SMM

SN SOE SOLEX Sound or Sound Tank

SP SPARE

Slurry feed? A dished-bottom tank where the zero point for the liquid-level gauges is at the elevation that the dished bottom begins. REDOX Ion Exchange. See also RTX, and RIX. DOUBLE-SHELL SLURRY Sludge (Solids formed during sodium hydroxide additions to waste. Sludge usually was in the form of suspended solids when the waste was originally received in the tank from the waste generator. In-tank photographs may be used to estimate the volume. solid/liquid separation (term located WHC-EP-0791) sludge level tape (term located WHC-SD-WM-ER-204, Rev.O) DOUBLE-SHELL SLURRY FROM EOFY 80 SY-103 INVENTORY Solids formed after waste neutralization with sodium hydroxide additions. Sludges usually sediment and remain in the tanks into which the waste is originally added. Sludge Wash C HLW stream (term located WHC-EP-0791) An term for uranium fuel elements which had been machined or extruded into short cylinders which were then clad or encased in corrosion-resistant metals. At Hanford, this means to dissolve or suspend in solution by action of a high pressure water stream. Sludge Wash C LLW stream

Supernatant Mixing Model that calculates the composition of tank liquids and concentrates as linear combinations of HDW supernatants. Sludge Measurement Port (term located WHC-SD-WM-ER-204, Rev.O & SD-RE-TI-053 Rev. 8) Sluicing nozzle (term located WHC-SD-WM-ER-204, Rev.O) Safe Operating Envelope Solvent Extraction Option (term located WHC-EP-0791) The integrity classification of a waste storage tank for which surveillance data indicate no loss of liquid from a breach of integrity. Sluice pit (term located WHC-SD-WM-ER-204, Rev.O) Spare riser with no current function or planned use - possible concrete plug underneath plate (term located SD-RE-TI-053 Rev. 8) The facility at Hanford which contains the original extraction process for recovery of both plutonium and uranium. See also REDOX Strontium extraction and solvent extraction.(term located WHC-EP-0791) Sparge-transfer of water or volume? SST SOLIDS RETRIEVED Sluicing Riser (term located WHC-SD-WM-ER-204, Rev.O) Slurry Receiver Tank Strontium extraction Slurred PUREX sludge from A and AX Farms was sent to B Plant for strontium recovery from 1967-76. Some 801 kgal was sent to and 2,810 kgal returned from B Plant with A-102, A-106, and AX-103 as a staging tanks sending sludge to AR vault and supernatant to C-105. Strontium Recovery Supernatant. The sludges sluiced for SRR were washed in AR vault with supernatant from C-105. The resulting supernatants were sent to CSR. Strontium sludge Savannah River Site (term located WHC-EP-0791) Evidently refers to a direct addition from plant to a cascade series that bypassed the first tank in the cascade series. single-shell tank (term located WHC-SD-WM-ER-204, Rev.O) Strontium Semi-Works. Called C Plant or Hot Semi-Works earlier, was pilot for both REDOX and PUREX, Jul. 1952 to Jul. 1956. Then reconfigured for Strontium recovery pilot plant from July 1960 to July 1967. See also C Plant and HS. Tank stabilized by removal of liquid. Both floating suction and salt-well jet pumps are used to remove liquid.

A - 1 7


Stab i l i za t i on

STAT

Static Tank

The removal or immobilization, as completely as possible, or the liquid contained in a radioactive waste storage tank by salt well pumping, open hole salt well pumping, adding diatomaceous earth, etc. Tank level measurement for each quarter in kgal (1 kgal = 1,000 gallons) as reported by Anderson. A tank with no significant change in liquid level or involvement in transfer operations during a stated period of time. Supernatant (Drainable Liquid Remaining minus Drainable Interstitial). Supemate is usually derived by subtracting the solids level measurement from the liquid level measurement. SST WASHED SOLIDS Sludge Wash A (term located WHC-EP-0791) Sludge Wash B (term located WHC-EP-0791) Sludge Wash C (term located WHC-EP-0791) DILUTE, NON-COMPLEXED WASTE FROM EAST AREA SINGLE-SHELL TANKS DILUTE, NON-COMPLEXED WASTE FROM WEST AREA SSTs Salt well pump (term located WHC-SD-WM-ER-204, Rev.O) Salt well receiver Salt well pump and screen (term located WHC-SD-WM-ER-204, Rev.O) Salt well screen (term located WHC-SD-WM-ER-204, Rev.O) Salt cake waste generated from the 242-T Evaporator -crystalllzer from 1951 until 1955 Salt cake waste generated from the 242-T Evaporator -crystallizer from 1955 until 1965 An area containing a number of storage tanks; i.e., a chemical tank farm for storage of chemicals used in a plant, or underground waste tank storage or radioactive waste. Tri-Butyl Phosphate-waste from solvent based uranium recovery operation in '50's. Renamed to UR waste in the Defined Waste report. More usually refers to the chemical tributyt phosphate, OP(OC4Hg)3, which was used in uranium recovery and in PUREX. Instrument leads of several kinds - usually on annulus of tank (term located SD-RE-TI-053 Rev. 8) Thermocouple (term located WHC-SD-WM-Tl-553, Rev 0) Technetium ion exchange (term located WHC-EP-0791) DILUTE NON-COMPLEXED WASTE FROM WEST AREA SINGLE-SHELL TANKS Thermocouple tree Treated Effluent Disposal Facility Temperature probe (term located SD-RE-TI-053 Rev. 8) The liquid product from the Evaporation-Crystallization Process which, upon further concentration, forms an unacceptable solid for storage in single-shell tanks. Terminal liquor is characterized by caustic concentration of approximately 5.5 M (the caustic molarity will be lower if the Aluminum Salt Saturation Is reached first). See also HDRL Ferrocyanide sludge produced by in-tank or in-farm scavenging. See also FeCN, PFeCN.UR, POO, TOO. Tank Farms and Evaporator Process Technology Unit (term located SD-WM-PE-029 Rev. 0, 242-A Evap/Crystallizer FY 84-86 Campaign Run) Thermal Gravimetric Analysis Thoria HLW or Cladding waste

A group of thermocouples assembled in a pipe and inserted into a waste tank for measuring temperatures at regular (normally 2 foot) vertical intervals. A well in a waste tank which contains thermocouples Tetrahydrofurantetracarboxylic acid (term located WHC-EP-0791) Thoria Low Level

A - 1 8

WHC-SD-WM-TI-669, Rev. L

Tank TK-17-2 was an early name for B Plant. See also B Plant and 222-B. Terminal Liquor Tank Layer Model derived from the Waste Status and Transaction Record Summary (WSTRS) database. Threshold limit value Threshold limit value-ceiling Threshold limit value-short-term exposure limit Threshold limit value-time weighted average Tank monitor and control system (term located WHC-SD-WM-TI-553, Rev 0) Total organic carbon (term located WHC-EP-0791) In-Tank scavenging with FeCN. See also SCAV, P## Temperature probe (term located WHC-SD-WM-ER-204, Rev.O) Throughput nominal plant throughput PFR (Pu Nitrate), RMA (Pu Oxide), RMC (Pu Metal). See SD-WM-PE-029 Rev.O, 242-A Evap/Crystallizer FY 84-86 Campaign Run Tri-Party Agreement includes DOE, Washington State Dept. of Ecology, and the EPA DILUTE, NON-COMPLEXED WASTE FROM T PLANT DILUTE, NON-COMPLEXED WASTE FROM T PLANT Decontamination plant for various equipment. Originally built for BiP04 process, but since only used for decontamination. BiP04 ran from Dec. 1944 to Aug. 1956. See also 222-T SLUDGE FROM T PLANT OPERATIONS Transfer from tank. See also REC, SEND, and XFER Hanford radionuclide Tracking program devised by Jungfleisch. Also, Transient Reactor Analysis Code developed at LANL. A deep furrow in the ground. At Hanford, they are used for the disposal of solid waste. Transaction Flag Keys—used by W-TRAC—See also CDF,D,E,S,SV,1,3,6,.17,.33. Test Review Group Transuranic. See also DN, DN/PD, DN/PT, P, PFP, PRF, Z, and 224. Transuranic Extraction. See also PFPPT. Transuranic Extraction Option C (term located WHC-EP-0791) TRUEX-C LLW stream (term located WHC-EP-0791) TRUEX-C HLW stream (term located WHC-EP-0791) Treatment, Storage or Disposal Unit Technical Safety Requirement Thermal Treatment Facility Tank Waste Remediation System Vault in TX Farm used in FeCN scavenging in TX Farm. These are the 200 series tanks found in B, C, T, and U Farm. They have an operating capacity of 55,000 gal., a 20-ft, diameter, a 6-in. dish bottom, and a 3-ft. knuckle. Generation is not associated with Type I tanks. These are the original (1st generation) tank designs, which are found in B.C.T, and U (excluding the 200 series tanks), and BX Tank Farms. See also 1st Generation Tank. These are the 2nd generation tank designs, which are found in BY, S, TX, and TY Tank Farms. See also 2nd Generation Tank. These are 3rd, 4th, and 5th generation tank designs, which are found in SX, A, and AX Tank Farms, respectively. See also 3rd Generation Tank, 4th Generation Tank, and 5th Generation Tank. These are the first double-shell tank designs, which are found in AY, AZ, and SY Tank Farms. DILUTE, NON-COMPLEXED WASTE FROM U1/U2 GROUNDWATER PUMPING

A - 1 9


UNC UNC Fuels UNH Stream UNKN UOR U1U2 U Plant

UREX USNRC USBM USNRC USQ UX-241 V & V VAQUELLW VCBUSTL VDTT VM VOF VOFFGAS VNCBUSTS WASHF Waste Tank Safety I s s u e

Watch List Tank

WATER WC WESF-Plant

Upper Flammability Limit (term located WHC-EP-0702, Rev 0) Dilute sulfate waste . See also HEDL. (see SD-WM-PE-029 Rev.O, 242-A Evap/Crystallizer FY 84-86 Campaign Run) UNC Nuclear Industries Inc.

See 224-UA UNKNOWN WASTE ORIGIN SINK Unusual Occurrence Report Dilute, non-complexed waste from U1/Us ground water pumping. Uranium Recovery Plant from Mar. 1952 to Jan. 1958, U03-plant from then until Sept. 1972. Restarted in Mar. 1984, and is now shutdown. See also 222-U, UR, and TBP. Uninterruptible Power Supply Uranium Recovery Operation in 222-U, 1952-57. Created TBP (primary waste) and FeCN (scavenging wastes). TBP waste called UR waste in Defined Waste report. See also, TFeCN, PFeCN, POO, TOO, FeCN. See also TBP. Uranium Extraction US Nuclear Regulatory Commission US Bureau of Mines (term located WHC-EP-0702, Rev 0) U S Nuclear Regulatory Commission Unreviewed Safety Question (term located WHC-EP-0702, Rev 0) ??? Validation and Verification Varied aqueous liquids (term located WHC-EP-0791) Varied combustible solids and liquids (term located WHC-EP-0791) Velocity, Density, Thermocouple tree Vapor Manifold (term located WHC-SD-WM-ER-204, Rev.O) Volume Of Ruid Varied Cell Air and OffGas (term located WHC-EP-0791) Varied Noncombustible Solids (term located WHC-EP-0791) OUTFLOW TO SST WASH FACILITY A potentially unsafe condition in the handling of waste material in underground storage tanks that requires corrective action to reduce or eliminate the unsafe condition, (term located Tank and Surveillance and Waste Status Summary Report) An underground storage tank containing waste that requires special safety precautions because it may have a serious potential for release of high-level radioactive waste because of uncontrolled increases in temperatures or pressure. Special restrictions have been placed on these tanks by "Safety Measures for Waste Tanks at Hanford Nuclear Reservation," Section 3137 of the National Defense Authorization Act for Fiscal Year 199I, November 5,1990, Public Law 101 -501 (Also known as the Wyden Amendment) (term located Tank and Surveillance and Waste Status Summary Report) FLUSH WATER FROM MISCELLANEOUS SOURCES. See also WTR. Weather Cover (polyurethane foam) (term located WHC-SD-WM-ER-204, Rev.O) Construction complete in 1974. Capable of producing up to 350 capsules of cesium and 175 capsules of strontium per year. 1575 cesium capsules and 625 strontium capsules produced between 1974 and 1985. See also 225-B Westinghouse Hanford Company Waste Isolation Pilot Plant (term located WHC-EP-0791) Waste Management Information System (term located WHC-EP-0791) Hanford's first major solid waste processing plant, serving to analyze and repackage containers of waste left from the Hanford defense mission and generated by cleanup activities. Waste Sampling and Characterization Facility Waste Status and Transaction Records Summary Water. See also WATER.

A - 2 0


WVDP WVP WVR XFER XIN

ZHIGH ZLAB ZLOW ZPA Z Plant

ZPRFL ZPRFS ZRM ZRMCL ZRMCS 1AYIN 1AZIN 1C

1C44-51 1C52-56 1CEB 1CF ICFeCN

1st Generation Tank

West Valley Demonstration Project (term located WHC-EP-0791) Waste volume projections Waste volume reduction Transfer of waste out of tank. See also REC, SEND, and TR. Addition of primary waste from plant (always positive). This transaction also covers waste returning from secondary processing operations. Z Plant waste. 234-5Z waste/Z Plant Pu Rnishing. See also DN, DN/PD, DN/PT, P, PFP, PRF, TRU, and 224. Zirconium Acidified Waste (PUREX waste stream from Zirconium (Zircaloy II) cladded fuel. DILUTE, NON-COMPLEXED WASTE FROM THE PFP (WITHOUT TRUEX) DILUTE, NON-COMPLEXED WASTE FROM PFP LABORATORIES DILUTE, NON-COMPLEXED WASTE FROM PRE-FY85 Z PLANT OPERATIONS Zero Period Acceleration Pu finishing plant. See also DN, DN/PD, DN/PT, P, PFP, PRF, TRU, Z, and 224. Operated from 1949 to 1991, and is now in standby DILUTE, NON-COMPLEXED WASTE FROM PRF PROCESSING PFP TRU SOLIDS FROM PRF PROCESSING Waste abbreviation DILUTE, NON-COMPLEXED WASTE FROM PFP RMC PROCESSING PFP TRU SOLIDS FROM PFP RMC PROCESSING CONCENTRATED COMPLEX WASTE FROM AY-101 INVENTORY PRE 2-81 AZ-101 INVENTORY 1st Cycle Decontamination-BiP04 process. Often included cladding waste. Held 10% of FP, 1 % of Pu. See also Bi04, MW, and 2 C. First cycle decontamination waste from the BiP04 process, 1944 to 1951. First cycler decontamination waste from the BiP04 process, 1952 to 1956. Includes CW Includes CW 1st Cycle Evaporator Bottoms ??1st Cycle Feed?? Set to WATER in TRAC. Ferrocyanide sludge produced by in-plant scavenging of 1C supernatant wastes. Used 0.005 M ferrocyanide. See also FECN, PFeCN, TFeCN. 1st Cycle Scavenging waste. TY-101 and TY-103 received 1C waste that was scavenged with FeCN before it was added to the tanks. Termed ICFeCN. The original tank design encompassing Tank Farms B, C, T, U (excluding the 200 series tanks), and BX. These tanks have an operating capacity of 530,000 gal, a 75-ft. diameter, a 12-in. dish bottom, and a 4-ft knuckle. Also see Type II tanks. 2nd Cycle Waste from Bi04 process. Supernatant often cribbed, 0.1 % of FP, 1 % ofPu. See also BiO^MW, and 1C.

2nd Cycle Waste from Bi04 process, 1944 to 1951 2nd Cycle Waste from Bi04 process, 1952 to 1956 PRE 2-81 AY-102 INVENTORY PRE 2-81 CONCENTRATED COMPLEX WASTE FROM AZ-102 INVENTORY PRE 2-81 SY-102 INVENTORY Same as original tank design (1st generation or type II) except the operating capacity was increased to 758,000 gal. Also, see Type III tanks. Also known as S-Plant where REDOX process ran 1952-66? See also R, CWR, AND S-PLANT Rail Car Unloading Facility, completed in 1981, replaced 204-S as Rail Car Unloading Facility. Completed in 1981. Chemical storage area used for nitric acid and sodium hydroxide storage, low-level radioactive sludge storage. See also B Plant


221-T

222-B

222-C

222-T 222-U

224-2 224-AR Vault

224-F 224-U

224-UA

225-B 231-Z 241-Z 242-A

242-B

242-S

242-T

242-Z

244-AR Vault

Head End facilities (two cells) in 221-T Building are used by HEDL as a containment systems test facility to develop sodium aerosol data needed for the design of air cleaning equipment for large-scale Liquid Metal Fast Breeder Reactors. 221-T Building (Cell 4) used for interim storage of Pressurized Water Reactor Core II fuel from Shippingport Atomic Power Station. See also T-Plant. One of the three original bismuth-phosphate processing facilities. Later converted to waste fractional plant. B Plant used for BIP04 1944-52, then for FP recovery. See also B Plant and TK. Initially a pilot plant for REDOX, later a pilot plant for PUREX and B Plant waste partitioning. See also C Plant. T Plant used for BiP04 1944-52. One of the three original Bismuth Phosphate Processing Facilities. Later converted to a uranium recovery plant. See also U Plant. LaF finishing waste. 224-U Waste. See also DN, DN/PD, DN/PT, P, PFP, PRF, TRU, and Z Same as 224? Originally designed for treating and transferring tank farm sludges to B Plant and for interim lag storage and transfer of PUREX acid wastes to Plant. Also for lag storage of neutralized high-level waste enroute from B Plant to tank farm storage. Construction completed in 1968 put in standby mode in 1978. 224-U Waste. LaF Pu Rnishing Plant. Same as Z-Plant? See also LaF. Completed in 1944 as part of U Plant complex. Never used for original purpose used as training facility from 1944 to 1950, converted to U03 plant in 1951. Plant shutdown in 1972. Restarted 1984. Feedlinesfrom REDOX and U Plant canyon disconnected. See also 224-F. Constructed in 1957 with six calciners installed. U0 3 Plant capability sufficient to handle UNH stream from REDOX, U-Plant, and PUREX. See also WESF Plant DILUTE, PHOSPHATE WASTE FROMZ-231 LABORATORIES Underground sump pit. Reduced pressure evaporator in East Area designed for 30% solids. A-102 was feed 1977-1980. AW-102 was feed 1981 -present. Atmospheric evaporator used for concentrating wastes, 1952-56. B-106 was feed tank. Reduced pressure evaporator designed for 30% solids 1973-80. S-102 was feed 73-77. SY-102 was feed 77-'81. Atmospheric evaporator used to concentrate wastes. 1952-56 and 1965-76. TX-118 was feed tank. Waste treatment facility. Equipment was used to treat PRF waste and extract americium from the waste. Scheduled for D&D. Originally designed for treating and transferring tank farm sludges to B Plant and for interim lag storage and transfer of PUREX acid wastes to B Plant. Also for lag storage of neutralized high-level waste enroute from B Plant to tank farm storage. Used as equipment low-level decontamination facility. See also T Plant, 271-T and 221-T. Building used for chemical make-up area and dry storage, and offices. See also T Plant, 2706-T, and 221-T. Plutonium Storage and Support Facility. Used to store plutonium in a variety of forms. Plutonium packaged in metal containers. Also used for shipping, receiving, repackaging, and nondestructive analysis of plutonium. See also 2736-ZAB. Plutonium Storage and Support Facility. Used to store plutonium in a variety of forms. Plutonium packaged in metal containers. Also used for shipping receiving, repackaging, and nondestructive analysis of plutonium. See also 2736-ZA PRE 2-81 AW-103 INVENTORY The first generation of the type IV tanks, contains the SX Tank Farm only. These Tanks have a 1,000,000 gal. operating capacity, a 75-ft. diameter, a 14.875-in. dish bottom, and no knuckle. See also Type IV tanks.

A - 2 2

4th Generation Tank

5-6# 5AWIN 5th Generation Tank

6AWIN


The second generation of the type IV tanks, contains the A Tank Farm only. These tanks are the same as the 3rd generation except they have a flat bottom. See also Type IV Tanks. B Plant Tank 5 and 6 waste. Cells 5&6 from B Plant PRE 2-81 AW-105 INVENTORY The third generation of the Type IV tanks, found only in the AX Tank Farm. These tanks are the same as the 4th generation with the addition of grid drain slots beneath the steel liner bottom. CONCENTRATED PHOSPHATE WASTE IN AW-106 INVENTORY Note on transactions involving: CAS-Cascades that "overfill" are assumed to have been directed to low-level "sites" (cribs or trenches?). No MW or R was cascaded to low-level sites. EVAP-Ope rations involving evaporators are assumed to change the waste by the difference in the transaction and status reports. R-REDOX plant used concentrator 1967-72. B-B PLANT used concentrator 1967-68. Definitions in all caps are from the Waste Volume Projection Data Set.

Capac i t ies and Tanks

55 kgal

B-200 C-200 T-200 U-200

5 3 0 kgal /SST

B-100 BX-100 C-100 T-100 U-100

7 5 8 kqal /SST

BY-100 S-100 TX-100 TY-100

1,000 kgal /SST

A-100 AX-100 SX-100

1,000 kqal /DST

AY-100 AZ-100

1,160 kqal/DST

AN-100 AP-100 AW-100 SY-100

1 1 1 1 1

ME Quadrant

B-200 C-200

SW Quadrant

U-200

NW Quadrant

T-200

SE and DST Quadrant

B-100 BX-100 C-100

U-100

T-100

BY-100

S-100

■ TX-100 TY-100

A-100 AX-100

SX-100

AY-100 AZ-100

AN-100 AP-100 AW-100 SY-100

A - 2 3


Appendix B

Defined Waste List Solids Vol% September 1995

The Hanford Defined Waste List is a set of wastes that can be used to define all of Hanford's waste types. Implicit within this list is a solids and a supernatant fraction for each waste type. Note that some HDW's are derived from other Defined Wastes, as BSItCk, for example, is actually a mixture of supernatants from other waste types that have been concentrated by removal of water. The Defined Wastes for these concentrates are derived from the evaporator campaigns from which they were formed.

B iP04 and Uranium Recovery Wastes 1944-56

waste t y p e

MW1 MW2 1C1 1C2 2C1 2C2

224 UR PFeCNI PFeCN2 TFeCN ICFeCN

vol% comments

12.0 1944-49 12.0 1950-56 13.7 1944-49, includes cladding waste. 24.9 1950-56, includes cladding waste.

6.8 1944-49 3.4 1950-56, includes supernatants formerly cribbed at

T-plant. 3.9 LaF finishing waste. 2.8 same as TBP waste. 3.7 Ferrocyanide scavenged UR supernatants in Plant. 3.2 Ferrocyanide scavenged UR supernatants in Plant. 1.4 Ferrocyanide scavenged CR Vault. 4.8 Ferrocyanide scavenged 1C supernatants.

REDOX Wastes 1952-62

R2 CWR1 CWR2

1952-57 1958-66 1952-60, aluminum clad fuel. 1961-72, aluminum clad fuel with some Zrfuel

PUREX Wastes 1956-76

17 P1 18 P2 19 P2' 20 PL1 21 CWP1 22 CWP2 23 cwzn 24 OWW1 25 OWW2 26 OWW3

28 HS 29 TH1 30 TH2 31 AR 32 B

33 BL

1955-62 1963-67, also called IWW, FP. 1968-72, assigned to P2.

1956-60, Al cladding 1961-72, Al cladding 1968-72, Zr cladding 1956-62, called CARB, low solids. 1963-67, low solids. 1968-72, low solids. derived from analysis of SY-102,1,910 kgal from 1976-80 sent to TX-118, 1,656 kgal from 1981 -86 sent to SY-102. also SSW, Strontium semiworks. 1966 thoria 1970 thoria "washed" P sludge. Also used to derive SRR. acid waste from PAW, processed through B-Plant for Sr extraction. low level waste from all B Plant operations.


34 SRR

35 CSR

strontium recovery waste from sluiced P sludge— based on washed PUREX sludge plus added EDTA, HEDTA, and glycolate. waste from cesium recovery from supernatants— not a characteristic waste type, but rather a supernatant from which the 137Cs has been removed. Need only to add citrate to supernatants to track this component.

Other wastes

36 37 3R

DE CEM NfT

Salt Slurry

II Diatomaceous earth added to six tanks. II Cement added to only one tank, BY-105.

no solids Partial Neutralization Feed for evaporator campaigns 77-81. same as DSS, estimated from chemical model by precipitation (via evaporator). Once again, DSS derives from the supernatants of a variety of wastes following evaporation of water.

Decontamination Waste

39 DW

40 N

decontamination waste, from D&D of plants, but mainly from T Plant operations, mostly Turco residues (phenol, alkyl phosphate esters, hydroxy alkyl amines) with neutralized phosphoric acid. N-Reactor decontamination waste, mainly neutralized phosphoric acid. Concentrates of N are CP (Concentrated Phosphate) waste, which are in AN-106and AP-102.

Salt Cakes and Salt Slurries

41 BSItCk

42 TISItCk 43 RSItCk 44 BYSltCk

Salt cake from 242-B operation, 1951-3, B-106 feed. Salt cake from 242-T, 1951-6, TX-118 feed. Salt cake from self-concentration in S and SX Farms. Salt cake blend from ITS in BY Farm, 1965-74.

The following salt cakes were used in HDW rev. 1 and are now replaced by the SMM.

T2SltCk SISltCk S2SltSlr AlSltCk A2SltS!r

Salt cake from 242-T, 1965-76, TX-118 feed. 242-S campaign 1973-6, S-102 feed. 242-S campaign, 1977-80, SY-102 feed. 242-A campaign, 1976-80, A-102 feed. 242-A campaign, 1981-88, AW-102 feed.

PUREX Wastes from 1983-88 Campaign

45 P3 46 PL2 47 CWZr2

BP/Cplx83-88

BP/NCpIx83-88 48 PASF

1983-88, now called PXNAW or NCAW. 1983-88, now called PXMSC, among other things. 1983-88, now called PD or NCRW. 1983-88, was SSR, CSR, B, BL now it's all in AY-101. 1983-88, assigned to BL, now in AY-102 PUREX Ammonia Scrubber Feed, never before seen.

iTank j i Yaar Qtr T |Trarw IStat Total ISoHda |Unk Cum I Watts JTrans |

Itank IDWXT LANLcommant

T101 1945 11 XIN

■»NfA| 01 SET T102 movad 44q4 to 45q1 JN/A 0 MW _ _ MW1 [movad 44q4 lo_45Ql_ *N/A 0 MW MW1 " I " "_"_ #N/A 0 MW MW1 *WA 0 MW MW1

T101 1945 1 STAT IEBUHSISI

T101 1945 2 XIN

I ^BEÎ T101 _I9*5[ 2 STAT T101 19451 ~~3lxiN

IT101 1945 3 XIN t101 1945 _J3XIN_

T101 1945 3 sand

#N/A 2 MW »WA 2 MW

t#WA 2 ess"

IMWI t

520 528 528 528 530 530 530 530 528 528 520 528 520 528 N/A 520 530 530 N/A I 530 530 530 530 530

Andsrson commant

J101.102.103 in Cascada, [pagan filling D«c. 44^

1101,102.103 In Cascada.

101,102,103 In Cascada. bagan ovarflow lo 102 In Sapt.

Cascada bagan ovarflow lo 103 In Nov.

TLM Cum laof | iaofvor* solids solids tvoa iQI ;OVA iDocumant/Pgt

_9_; ..P:'*50

0 0.000 0 0.000 o __o.o6o o b.ooo

0 0.000 0 0.000 0 o.ooo

o.ooo oj 0.000 0j 0.000 0i 0.000

0 o.ooo 0 0.000 of 0.000 01 0.000 o oboo 0 0.000 o 6.666

Cascada 103 full In Fsb. 46. Cascada full. Cascada tul. Cascada full

Cascada f uj1

Cascada full Cascada full. Cascada full. Cascada full. Cascada full. Cascadaftjii. " Cascada full. Cascada ful. Cascada full. Cascada full. Cascada fun. Cascada ful. Cascada lull. ~_ Cascada full. Cascada full. Cascade full.

0| o.OOO; 0] (HMO I Of 0.000

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rtWfi- w « I ^ I « - w flif« n ' * ftifn n | * | w n * ^ « l « ^ i w

I Tank n Yaar Qtr T T101 1972 4 SEND

T101 , 1972 4|STAT

T101 1973 1 STAT

Trana St*t | Total jSolMa I Unk Cum Wast* Trans I vol Ivol I vol I vol Itfr | unk typa tank DWXT iLANLcommanl __182j . J__315{_. »WA| -±[QU | |T103 i

I BL, IX. I J I EB, I I I 3121 312 3 7 ^ 3 ^ RIX, fl I

BL, IX. EB,

37 «N/A 4 RIX, R

T101 1973 2 STAT

T101 1973 3 STAT

T101 1973 4 STAT

T101 1974 1 STAT

T101 1974 2 STAT T101 I ] ? Z i L . 3 "EC T101 T19741 3 REC T101 1974) 3 SEND

T101 | 1974J 31 STAT

T101 1974 4 STAT

T101 1975 1 SEND

313 313 452 489 259

BL. IX, EB,

37 »NM 4 RIX, R BL, IX, EB,

37 1 5 RIX. R BL, IX, EB.

1 4 RIX, R

37 #N/A •N/A t l *A #N/A

BL, IX. EB.

3 RIX, R 3 SU ■3 SU 3 SU

bad slal? 340 lo rVa

T103 T103 T108 T106

S110

|CW. IX. | EB, | RIX, R, |

37 »N/A ^ D W J H J

CW, IX, EB, RIX. R.

2DW, BL 2 SU T106 T108 2 SU T109 T109

ISX106 IOC omission

T101 1975 1 STAT

T101 1975 2 sand

T101 1975 2 STAT

T101 1975 3 STAT

189 189 195 207 207

T108 I T108 ICC 12106 T109 X_109 ~ TX1 IB NO NEED FOR SEND

IX. EB, BL, RIX, ft, DW.

J 5 BNW

IX, EB. BL. RIX. R. CW,

N/A 5 BNW

Andaraon commant j | TLM Cum [sol | i solvor% IsoUds soHds Itvoa 01 lo/A [Documant/Pg*

254 Irom 114SX, 182 to 103i T. |

•Dry Wels No.s 500102. 5C 0104, 500106, 500109 and 500112 wsfOdrtNad.

OI 0 37.000 1

0 0 37.000 l!

0 37.000 1

0 OI 37.000 I 1

0 0 37.000 i l!

0 37.000 0 37.000 0 37.000

_ 0 37.000

4 0 ARH-CD-133C-6 4 6 ARH-CD-133C-6 4 O ARH-CD-133C-6

[139 Irom 103T, 37 from 106T, 230 to 110S,

122 from 108T, 41 from 109

T, 23010 106SX.

iBirpm 108T, 12 from 109T.

Shows 6 no! 12

0| 37.000 6; 37.000 0 37.000 6 37.000

0 37.000 6 37.000 0 37.000 0 37.000

4 .0 iARHCD336A6 4 O ARHCD336A6 3 V ARHCD336A6

3 V ARHCD336B6 4 0 ARHCD336B6 1

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W l f * ^ l ' - ™ * " ' l * K K N « * « * • ' '

a > c o c D , c » < 9 0 > c n o i i o >

■ S : S S 5 5 5 , 5 2 2 ! 3

ffiifflHiiiin — I I O I O d l d i o ' i b i o d i d ' d;d d d d i d i d d i d d i o i o o o > o o : o d o d . d O i O o o o o , o o o o , o O I O O I O | O ;

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^ l p s s s s s s s s s y o iMMMigijiHfgr«qijiMtfig«liHHMH

Trana Stat Total iSolids [Unk Cum Wasta i Trans iTank n Yaar I Qtr I T V M

| tgEMKE511ffi!^M 1958 2 SEND

565 892

1052 725 531

530 5301 530 530 530 530

l i fe Ml

unk Itvpa i lcas

I tank I DWXT iLANLcommant T-101 T-101 I T101 T101 I T101 T101

i Andarson commant I Ogdan commani

Sartadracalvlno.422.

TLM Cum jsoi j j | solvol% isollda Isolkla |typa Ql fO/A IDocumant/Pg»

0.000957 0.54 1.534 MW1 01 0.000957 0.3131 1.847 MW1 i 0 0.000957 0.1532 2.000 MW1 ; 0

0| 0 1 2 . 0 0 0 0 " of o 2.666 " o I

_ o ___9i 2-°°°| \-l\- i "ol Pi o oj 2.000; , 1 0 _ _ Oj 2,000j , _[[ 6 0 2.0001 of 01 0 2.000 11

1956 3 outx

IHEMEsaKj i 1956 4ISTAT 1957 1 [STAT

l u ^ n ^ i i

lEffiWEZil

inTTMiFni

I O W A 2 MW

2l#N/A 2 MW

0 tWA 2 CW

Supamatanlpumpadtoll5

TX Sluicing inftjatad.

Haal to ba sliricad. Aciva sluicing, shjlcad ml.

0J_ 2.000 Ol " 2.000 0 2.000

0 #N/A 2 CW

Naw alactroda raadin

1 Latast alactroda raading.

Naw alactroda raading. _

Installad naw alactroda.

ILatasl alactroda raading.

0 0 0 0

2.000 2.000 2.000 2.000

1 -} 1 1 it

91 0' 0 o" 6 0 0 0 0 0 0 0 0

200O 2.000 2.000 2.000 2.000 2.000! 2.000 2000 2000 2.000

§P"H 2.000

I ' ! 1

■ 1

0 2.000 i 1

ifeOBCn

N/A I 535

535 535 535 535 535I 535 535 535 535 535

IC102 IC102 445m CW Irom 102C.

0.038202 17 19.000 CWPJ 4 O RLSEP6595 6 0 19.000 1 0 _ 0 .19000 1 o g 19.000 j b _ 6 19.000 1 j 0 0 19.000 l ! I

App. E, TFarm, Pg. B WHCSDWMTI669, Rev 1

Tank n Yaar iQtr T T1UZ 1966 3 STAT

: : 1W6I 4ISTAT T102 1967 1 STAT T102 ]_J967j_ 2 STAT T102 M967 I 3lSTAT

1968 1 STAT 1966 2 STAT 19681 3 STAT 1968 4 STAT 1969 1 STAT 1969 2 STAT

Tfans ] Stat Total I Solids Unh Cum iWaata Trans Ivol vol

535 535 I 535 535

535 535 535 535 535 535 535 535

1536 53DT 536 536 536 536 537 537 536 530

tank DWXT LANLcommsnt

T102 1969 3 SEND 497 T102 1969 3 STAT

T102 1970 liSTAT

T102 1972 2 STAT T102 19721 3 REC 469 535

T102 1972 3 STAT I 524 524

T102 1972] 4 STAT | 533 533I

T102 19731 1 STAT 534 534

iT102 1973 2 STAT 536 536

T102 1973 3 STAT 532 532

T102 1973 4 STAT 534 534

T102 1974 1 STAT 534 534 T102 1974! 2 SEND 475

l»N/A 25 SU ~ M 28 CW

»N/A 30 CW I ~«WA| 3o|su ~ |T10"I JT101

I BL. IX, ! j EB,

BIX. R, .13 '1 19 CW

PL. IX. EB, RIX, a

_ 2 4 _ 9 2 8 C W _ BL, IX. EB. RIX. R,

*■ _ 1 _ 29CVV_._

' BL. IX, EB. RIX. R.

" "_ 31 CW BL. IX, EB. RIX, R.

27 CW I IX. EB. I RIX, n,

29CW BL, IX, EB. RIX, fi,

24 #N/A 29 CW

Andarson commant I I TLM Cum lsotvor% solids solids Ol i Q/A DocumanfPq*

"l-

°\ 01 0 6 0 0

6 0 0 0 0

0 0 0 6 0 0 0 6 0 o " 0 0 6 0

"'• 01 0 6 0

1».UWJ( 19.666; 19.000 19.000 19.000

Ol 19.000] 0 0 6 0 0 0

g 0 0

0. 6 0 0 ol 0. 0 6 0 6

:

19.0001 19.000 19.000 19.000 19.000 19.000

19.000J 19.000

^H J? poo 19.000 19.000 19.000 19.000 i 19.000 19.000 19.000 19.000; 19000'

■ M i !

I 'i ■ 1

1 1] ?

1 *o_

■ ] ■ 1 j 1

1 i i i

1! i j 1 4 0

ARH1200B7. ARH1200C 7 SEND

I

j

:ARH24E6CC

489 from 101T.

' DTy Walls No. 500208 and 500209 wsra drillad. Ol Oi 19.000 , 1

0 o! 19.000 o: Ol 190001 4lO IARHCD133B6

p. E, TFarm, Pg. 9 WHCSDWMTI669, Rev. 1

Tank n 'Yaar Qtr

1974 2 STAT 10741 SlSTAT

1975 2 STAT 19751 3 STAT

IE3U9BWES]I

Trana Stat Total Sollda |Unk jCum Wasia Trans vol vol vol vol

i EB' RIX, R,

241 1 30 CW 59 #N/A 30 IX

I DWXT LANLcommant

T-102 1976 1 STAT T-102

T-102 f-102

1976

1976 1978

2 SEND

2 STAT 3 STAT

1978 1 STAT 1978 2 STAT

1978 4 sand

1978! 4 STAT

lAndarson commant

;4/5 io i iu-S. " Dry Walls No, 50-02-02, 50-02-05, 50-02-10 and 50-02-12 wars

IdriHsd.

#N/A 32 SU

«N/A 34 SU

Ramovad from ssrvfca 2 to

Romovad from sarvica 2 to 101-T. InacBva salt wsll pumping.

Salt wall, pump Sail wall, pump InacBva cur Saft waiilnstallad Inacttva-Sail Wall Instld

I SY-102 throughT-IOI.racvytsT-IOI J

lSY-102 lthrooohT-101

1979 2 STAT 1979 3 STAT

JB79I 4 STAT 1966T 1 STAT

I960 3 STAT 1960 4 STAT

jfTTp^jEJi

ISofidsLsvalAd), 11-30-78, Liquid Pool Ptioto takan 10-17-78 Primary stabilizad

lN_aw_photo 4-30-80 (Hq. pool) H

15 «N/A 19 15 fWA 19 IX 19l 17 I 36 NCLPX1

T-102 2000

App. E, T Farm, Pg. 10

TLM I Cum solvol% sollda Isollda

0 19-000 0 19.000 g i?ggg 0 ig.oqo 0"! i9.obo[ 0 J9_000[ 6 19.000 0 J 9 000

0 19,000 0 19.000

iQI ,Q/A Documant/Pgf

4 0 IARH-CD-702A-6

4 0 ARH-CD-702B-6

0 19.000 0 19000 0 19,000 6 19.000 0 J 9 000 0 " 19.660 0 19000 0 19.000 0 19.000 0 19.000 0 19.000 6 19.600


Trans Stat Total j Solids Unk Cum Wast* Trana | Ivol Ivol Ivol ivol Irfr unk itvoa tank I DWXT iLANLcommant Andanton commant dancommartt

2 STAT N/A 1362 3 OUTX -598 766 3 OUTX -348 436 3 OUTX -286 152

3 STAT N/A 152 4 OUTX " -119 " 33 4 OUTX -33 I

_0 SET _JT-1_02_

o I

movad from 1944 io 1945

0 *N/A 13 MW »N/A 13 SL #N/A 13 SL

I #N/A| 13 SL

J) *N/A 13 MW #N/A 13 SL

/A 13 SL

T-102 lT-102

T-102 T-102 T-102 T-102

Bagan Cascada in Nov

Full infeb. 46. _ Cascada fun,

Cascada full. Cascada full. " Cascada full. Cascada full. Cascada full. Cascada full. Cascada fuN. Cascada tuH. Cascada fuH. Cascada full. Cascada full. Cascada full Cascada ful. Cascada full. Cascada fun. Cascada full. _ Cascada lull, Cascada iuN. Cascada full, Cascada full.

T-101 T-101 T-102 T-102 TX-114TX-114 UR UR

IUR IUR UR UR UR UR

UR UR UR UR

phasing prob 519 to N/A

phasing prob 241 to N/A_

Matal wasia ramoval in |

Malal wasta ramoval In Iprocass,

I Oadarad amply on 12-15-53.

TLM ; Cum sol |soivol% solids isolids |i

0. 0,0001 P. pggo 6 o.ooo o o.6o6| o 0.000 o; o.oooi o: 6,oo6i o o.oog g ggoo 6 o.ooo o o.ooo b o.ooo o 0,000 o O.OOOi 0 0,0001 0 0,000 0 0.000 0 0,000 0 0.000 0 0,000! 0[ 0.000 0 0.000 o oboo 0 0.000 6 o.ooo 0 0,000, Oi 0 000; 0; O.OOOJ 0 0.000 0 0.000 6 o.ooo 0 0.000 g o.ooo; o o.ooo; 0 0,000 g o.ooo 6 o.ooo o 0.666 o o.oooi o g.goo 6 o.ooo

o o.ooo o g.oob 6 66oo b o.ooo

g 0,000 Of o.ooo oi o.ooo

Ol O/A i Documant/Pg <

App. E, TFarm, Pg, I t WHC-SD-WM-TI-669, Rev 1

U i ' V I O l P I P I P| P I Ol Ol Oi O1 P P i O I O O ' O P ' O I O O I O I O I P I P O O I O I O I O I I

■gnuiiiaiigigigKiigiiigi[

ISIIIB1B1BIIIIII to B to Site to to to to So 55 to 5 to So to w to fe to w co fe fe 5 S i « 5 SIS S wlto fe rr

N n t > M n < F ( i i | M t < N n t

IE l o (o n U | 3 n n l n i o i n i J i f i i n o | o r ) l o o o p o o o o i o o d l o o o l o i o S Slsls S SlSIS 8 8 8 S 3 8 8 3 8 8)8 SlS 3 8 3 SIS 8 S SIS 8 313 818

JTrana Stat Total j Sollda Unk Cum | Waste j Trana I i I lank |DWXT ILANLcommant

167 532 532 532

1" 524 524T 524 524 521 521 521 521

I 521 521 I 521 _521_ I 519 519

519 519 519 519 518 518 516 516

jC-102 JC-102 |

1969 1 STAT 1969 2 REC 447 1969 2 SEND 465]

1969 2 STAT

0 »N/A 1 CW IN/A " 1 SU #N/A 1 SU

T101 T10t TY103

1969 3 REC 19691 31 SEND

T102 T102

3 STAT 4 STAT 1 STAT 2 STAT 3 REC 305]

51 51 356

3 STAT 356 356 4 REC 182 538

1 SU T101 T101 BL. IX, EB, RIX, R,

1 CW 11SU T101 T101

4JSTAT I 536 538

ISTAT 536 536

BL.IX, EB, RIX. R,

_1_CW

BL, IX, EB, RIX, R,

19 CW U107 OC omission

Anderson comment |327mCW from 102C,

187m from 102C. Latesi aWctrode reading.

Latast ejsctrode raading.

den comment TLM Cum sol |

]solvor% j so l ids _ {sonde typa CH |o/A | Documant/Pg # j Oi Oj 11815 1| i I 0.033074! 6,1848; 18.00g CWP; 4>d JRLSEP8215 1 6 oj ja.ooo i 1;__ J g 0 18.000 " ; 1 [ 0 Ol 18 000 1 . .

6 o iaboo ■ i ... . g o j&ggg i

_ o F iagog _ 1 o o iaooo! t

447 from 101T;; 465 lo 103TY

497 Irom 102T;; 945 to 103TY

305 from 101T.

182 from 101T.

" Dry Wells No.s 500304 land 500305 were drilled.

0 JB.OOO 6 ie.6go 0 IB.OOO 01 ia.ooo ,gj 18oop 0, 18.000 Oi 18.000

0 18.000' 0 18.000

0 18.000 Oj 18.000J Oj IB.OOO 01 18.000 OJ 18000 0

: 18,000 0 18.000 0 18,000] 0 18.6o6[ 6 1&000I 0 IB. 000 0 18.000 0 ifl.ooo

0 18.0001 6 i8.6ooi

*iO_ (ARH120OB7 4lO iARH120087

ARH1200B7, ARH1200C 4 0 7SEND 4 O ARH120OC7

0 18.000 01 IB.OOO

4IO ARH2456C6

4 0 |ARH2456D6

3lV ARH2794C6

WHCSDWMTI669, Rev. 1

Tank n Year iQtr T Trana Stat Total Sollda Unk Cum I Waste | Trans vol Ivol Ivol Ivol !tfr lunk !tvoa itank DWXT LANL comment I Anderson comment

I i TLM 'Cum sol solvent solids solids ft] Ql Q/A DocumemTPgf

T-103 _i_1973j 3 STAT I 520 520

T-103 I 1973] 4ISTAT 519 519

T-103 J974 1 STAT 516 5161 |T-103 j 1974| 2[SEND~1 ^3541 | 16zt

T-103 1974 2 STAT 1651 1651 T-103 1974 3 SEND -139 J

T-103 1974 3 STAT

IQwiHIEZQI ITJP3 _ L ' ITS 1 STAT [T-103 I 1975 ~2|STAT

IT-103 19751 3JSTAT

T-103 ' 1975 4 STAT" _ _ T-103 1976T 1 STAT

LL-ig3 1 1976| 2 STAT, j j |T-"l03 I 19761 3 STAT I ~" 7

T-103 1977 4 STAT

I I I I U H K E J K I H U U T-103 I 1978 2 STAT

EB, RIX, R,

15 CW

BL, IX. EB. RIX, R,

iicvy___ BL. IX, EB, RIX. R.

n cw _nsu

BL, IX. EB. RIX, R,

14 CW _ j i sy

BL, IX, 14 RIX

35 »N/Aj _23j _ [ 35l«N/A! 23| |

354to110-S. "DryWells No.s 50-03-01, 50-03-06 and 50MD3-10 ware drilled.

0 1B.000 b 18.000

139 lo 101-T Removed Irom service. Removed from service. Removed from service.

35 #NM 23 BIXRI 22 -13 10 BIXRI

Removed from service. —Dry Well No. 50-03-06 was drilled. Removed Irom service. Removed from service. Removed from service-Inactive.

Inactive - Prim. Slab.

Questionable Integrity

T-103 I960 3 STAT T-103 1980 4 STAT T-103 1983 4«eod T-103 1993 2 STAT

IT-103 2000

35 fN/A 23 BIXRI ' «N/A 23 swllq .

~23f tN/Al 23 NCLPxl

0 18.000 6 18 000

o ie.ooo 0 18.000 0 18.000 0 IB. 000

Oj 18.000 0 18.000 0 18.000 0 18.000 o iaboo 0 18.000 b" ie.ooo o jaopb 0 16.000 0 18.000 o iaboo 0 16.000 0 18.000 6 18.000 o ie.goo 0 18.000 0 18.000 o "iaboo o 18.666 ~ 18000

IB. bob 0 18.000 0 18.000 6 16.000 g ie.ooo 0 18.000

4 0 IAFH-CD-133B-6

4 l0 |ARH-CD-133C-6

App. E, T Farm, Pg. 14 WHC-SD-WM-TI-669, Rev 1

□ O O " - " - - - — 0 0 0 - - . - 0 — — •- — • - - - . - • - • - • - • - . - . - ■ - O O . - l

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£ I is . i * * P> ■» oi < » S | n n c h o> l«S|f~ m colivlm | r oi v ■«|9> r « igi in mi

O Pi, pi ci

H MftO|(0|w|t> x|tolx lx|xlco|x|toitA|co|to|to|co|v]|x.x| H| Bl tn| x, x| > 3 Kiffilcnix'xlx S|S| H|«ix| ffllw (0|(O| C0;t/)|C0 (0|to|(0|(0|cnlt7)|x|XiSI «lco| I 1 cg| ol * i *| | •) CMI <v| CMICMI mnj *( | on ol »i ■1 CMI CM! CM! CMI (Ml «| !•>■ PJ| COJ otrtl ni **i ■»! »| «[W|*|T — | *| H CM! P>I »| »| CM «|^l» OIICM PI * | » I * *lt>

t i e a a a f a i i a ala a aiaia'a a aia aix a la la ia i xa a.aiaia.a siaâ a'a'aiala'a aia a a;a aifiiic

■« 3|3i3!3:3IS 3is 3 s ' s 3is 3is

;3 1 SiS'SS

1 S>SiSlSlS3 3 3 3 3 3 3'S 3 3 !3 3(3 3 3 3 3 3 3 :

3 3'3 S^S'S 3 3jS 3 3 3 3 3

1- H l l ^ l K hl l^lh 'îhlî^ 'K'h1 M K ' ^ i ^ l K l ^ h l ^ ' ^ i H H l h l t ^ ' h i H ^ K"K FiKl^ 1 hl K 1 1 H h i h l h i h l h ' h ! ^ M K ' h i h i h ^ l ^ l h i h ' h i h ' h l K

IEJCJSJEJEIHQQ 818 8 2 S S S S S 8 £1818 8 2 2 ££IE £181818 IS £ £ '££ :£

oi 01 en 01

s s z z s ? i ? ? ? : ? ? ? , 5

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■ ■ ■ ■ l i i i — ■ ■ ■ M H g a r a M H H H a g g M sis saia

EJEH ? ? ? ? ? ?

ci.,e.4 e>io> 6,

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which lim

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1 year d

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eduh

&*K: sf, a* • * ?! 3 f > | 3 "

ss INS i

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fter

ca for as

da will tx 7

M | ro i io ro I ro MiM,ro;i\) ,ro . M . I U I M N a S 91913 * F b l t ' t V tn ien en en en en ■ M M ro io fo 'f t in en en en en t

Year IQtr ITv I 1957 1 STAT ; 19571 2ISTAT

1957 3 STAT 1957 4 STAT 1958 l ' STAT 1958 2 STAT

_. 1958 _ 3 STAT 1958 4 STAT 1959 1 STAT 1959 2 STAT 1959 3 STAT 1959 4 STAT 1960 1 STAT 1960 2 STAT 1960 3 STAT

| 1960| 4|STAT I 19611 11STAT

1961 2 STAT 1961 3 STAT 1961 4 STAT 1962 1 STAT 1962 2 STAT 1962 3 STAT 1962 4 STAT 1963 11STAT 1963 2 STAT 1963T 3 STAT

j_1963j 4 STAT i_1964>2JrtsfAT I 19641 2 STAT

1964 3 STAT T ' 9 6 4 4 STAT

1965 1 STAT 1965 2 STAT 1965 3 STAT 1965 4 STAT 1966 1 STAT 1966 2 STAT 1966 3 STAT 1966 4 STAT 1967 1 STAT 1967 2 STAT t967 3 STAT

1 Stat Total I {vol vol I I 541| 541| I 536 5381

5381 J38 538] 538 538! 538 536 538 538 538 538 538 536 538 538 538 538 538 538 538

I 538 538 536 538 538 538

| 538j 536| I N/A I 5361

538 536 N/A 5381 536 538 N/A 538 535 535 N/A I 535 535 535 N/A I 535 535 535 N/A 535 5351 535 N/A | 535_ 535 535

_ i N/A] 5 ^ ! I 5351 535]

N/A 535 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532

SoJfd* Unk ICum Waste Trana vol tfr junk

5251 11 I 3 525l -3 I ; 525 ON/A I : 525 #N7A1 ; 5251 IWA 525 IWA

_525 #N/A ■ 525 IWA : 525 IWA 525i IWA ; 525 IWA 525 IWA ; 525 IWA 525 IWA : 525 IN/A 525] IWA I

I IWA 525 IWA

•N/AI 525 IN/A :

IN/A 525 -3 !

#WA ; 525 IWA i

I IWA 525 IN/A

IN/A 525JIWA i

[ IWA I 525! IWA 5 I IN/A ■ 525| IN/Al" i

IN/A 4 6 8 - 3 4881 IN/Al 486 IN/Al 488 IN/A 488 IWA

I 468 IWA 468 IN/A 488 IN/A 486 IN/A 488 IWA

tank DWXT LANL comment I Anderson comment

— ! - — j ~

(■PjnlJH 532 532 532 532 532 532 532 532 531 531 531 531

463 463 483 483 483 483 463 483 483 462 482 483 483 482 482!

16 month report

6 month report

Latestelectrode reading. 6 month report

6 month report

_ 16 month report

[6 month report

6 month report

16 month report

4881 IWA! 488 IWA 488 IWA 486 IWA 26 1C 488 -1 25 488UWA1 25 1C

IWA 25 SU 483 IWA 483 IWA 463 IWA 483 IWA 4 6 2 - 1 : 483 1 4821 -1 I

App, E, T Farm, Pg. 17

| I TLM Cum !solvor% I solids solids Ql Q/A Document/Pa #

0 °l °! 0 0 0 0 0 0 0 0 0 0 0 0

b o[ 0

b -.1 °! 9.'. * °! b~ 6 0 "0 b 0 0 g 0 0

g 442-0001 6 442.000; g 442.000; 0 442.000! 6 442.000 0 442.000 0 442.000 g 442.000 0 442.000 j 0 442.000] b 442.000] 0 442.000 0 442.000

" 0J 442.000 □ 442.000 0 442.000 6 442.000 6 442.000 0 442.000 0 442.000 0 442.000 0 442.000] g 442.000 r 0| 442.000j 0 442.000 0 442 000] 0 442.000; 0 442.000] 0 442.000J 0 442.0001 0 442.000 Oj442.O06 0 442.000 0 442.000 0 442.000 6 442.000 g 442.000 0 442.000 0 442.000" 0 442.000 0 442.000

. 1

i I i 1 I

1 I

ii i 1. I 1!

' 1 i

I 1

; |

j 1 i '

! 1

i I

1j

0 0 0 0

g 442.000 0 442.000 0 442.000

" b 442 boo

I 1 I i i 1 1 1

01 oi

g 442.000 0 442.000

11 1i

0 0 6

0 442.000 g 442.000 0 442.000

I 1 | 1 ; . .._ ! 4 O AHH-1200C-7

0 "0 0

0 442.0001 __g .442.000] 0 442.000

f ' . 1 1

0 0 442.000! 1 0 ol

g 442.000 0 442.000

1; I ii

0! 01 442.000 1!


Tank n Year Qtr T T-104 | 1971 21STAT

T-104 1971 4 STAT T 104 1972 1 STAT

T-104 1972 3 STAT

T-104_ I 19731 4 STAT T-104 [~"l974~| 1 STAT

j Trana I Stat l Total ISolkta [Unk [Cum I Waste I Trans I | Ivor Ivol Ivol Ivol l i ft unk type tank DWXT ILANLcommant

483 483 493 1 : I Anderson comment dan comment

;TLM Cum leol aolvor% iaolida isolids ■ \Q\ Q/A <Documertt/Pgl

T-104 1974 3 STAT

T-104 1974 4 STAT T-104 1975T 1 STAT~ T-104 1975 2 STAT

T-104 1975 3 STAT T-104 1975 4 STAT T-104 1976 1 SEND T-104 1976 1 STAT

483 483 483 463 483 483 463 483 463 483 483 463 483 483 483 4831 463 483 483 463 483 483 483 483

483 IWA 4831 IWA 1 483 IWA 483 IWA 483 IWA 463 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA

483 483 463 IWA 483 483 483 IWA 483 483 483 IWA

463 IWA 2 483 IWA 2

IWA 25 SU 483 15 I

483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 483 IWA 470Pl3~T 483 13 463 IWA 483 IWA 483 IWA 463 IWA 483 IWA 463 IWA 483 IWA 483 IWA

IWA 442 IWA 442 IWA 442 IWA

Salt filled.'Dry Wells No.s 50-04-05 and 50-04-10 were driljed. SaH lilted.

Salt filled. 'Dry Wells No.s 50-04-03, 50-04-07 and 50-

O4-06_were drilled. Sajtfjltod". " |_~ ~ __

Ssfl fined 15 to_ioi£T. Salt filled - removed from

Sail well, pump San wej[, pump Salt well, pump, Inactive cur SaN_weJL_purnp Installed Inactive Prim. Stab.

New Photo 3-28-80

40 1C 40 swHq 40 NCLPXI

Ol "ol

0I44POO0I fji 442.000l

1 1 1 1

i i i i °L__

- °t Ol

0,442.000 0 442.000 0 442.000

1 _j ij"."_l _..

1 0 0 442.000 1 i

0 0 442.0001 1

.--°i-o t . -

- - - ^ ?]__. 0 0 0

0 b b

0

b 0 b 0 OJ 0 0 0 0 0 0 0 0 0

0 442,000 0.442.006] 0 442.gob 0. 442.000I 0 442.000 0 442.000 0 442.000

0 442.000 0 442.000 0 442.000

0 442.000 0 442.000 0 442.000 0 442.000

0 442.000 0 442.0001 6 442.000 0 442.000 0 442.000 6 442.000 0 442.000 0 442.000 0 442.000 0 442000

"b 442,000

I. t: I i i

1 1

i 1 i 1

1 1 1

1 1 I

1 4 O ARH-CD-702A-6 t

1 I 11 1

i ' i i I 1 I

1 1

i 1

i 1 [ 1

1 0

" " 0 0

0 442.000 0 442.000 0 442.bbb

1

hi i 0 b

" " 0 6 6 0

0 442.000 0 442.000 0 442.000 0 442.000 0 442.000 d 442.000

1! M

0 0 0 442.000 1

°l-oF 0 442.000I 0 442.0bbl l 1 ; . .

1 i

App, E, T Farm, Pg. 18 WHC-SD-WM-TI-669, Rev 1

l O O ' O O O i O p O O Q O f<ji l j i ' tSl tn ItTtrtrtlOaltri Icji Itfi ifS

HHHaHBHHHBHHHHHHI £ S S C S ! X S E j S SSC||E|S|SIX|S|CjS|CIC|Se|C;C|S|C:C|SIE;S|C|C;S|S|C|S|S!C|S|t|S|C|C|8|CI

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8 S ro ro ro o o n i u iu ro n o n ro ro ro Q ro i iy ro ro I U ro ro ro ro ro ro ro ro ro ro to (A

O j O O O l g !g g J O O O S | S | 8 0 0 " I j ! O O O o i o O l O O J O O ' O O O O j O i m , m

SIS !

8 S £ : £ | | S S 5 3 3 8

; tn |Ch rSI iChlCn'OF .chl t f i l t f i l

u i o i i o b b i o ' m k n ' v i O I O I O I Q |<Ji k* i m l O i O l f l u i J W O C J ' (ft ai i

ifjj si f— i<£> iro

S 3 i j i ^ i g ' ^ JPHJJ^ sfin4 ^ | ^ ' ^ i ^ , A a iai ; & & left io* |ui itn |tn jui ! !CJ ltd i r o i w ; r o ro rolro roiro ro Iro ro ,ro i<5> IS — ' * * ! . * » a V w I o l o i o O I O I U I ^ ■ft !<S iC& IK I

■to o I * 'M ■* I N iO ito <o I(D .*! i 1 i * to * <Q

j o> lui iLn fj* IJ i FO I o» I c» (B >J co 1*5 ,n> Ico J i a B * J a a E t 3 f l ^ ^ O O O O O O . ' O O I O .

Tank n I Year Qtr T IT105 I 1948 4 rec

T105 19481 4|serKL_ Tt05_ 1948T ' i l s T A T ii« !?*_._^.^ T105 1949t llsarKJ

Trana Stat |Total Solids junk Cum Waste Trans ■ i vol vol ivol vol

j . _ _ " 4 _ _ . j _ j ^ [ _ _ I 1431 I 701

I . I sbsT " | 75 . I_530l I 53015301

3 623

iswîM^ni

lank I DWXT LANLcommenl T104 | T104 I

6|cas T104 T104

phasing error530 to N/A

1 send 1 outx ISTAT 2 CREC 21 CSEND1 2 rec 21 rec

*WA tN/A

ol " T r r

tN/A #N/A tN/A tN/A

_ . J "N/A | ISN/AI tN/A IN/A

0 IWA 0 #N/A 0 tN/A

149 #N/A 149 «N/A 149 tN/A 149 #N/A

tN/A tN/A tN/A

149 #N/A ~ i»N/A["

tN/A P tN/A #N/A tN/A tN/A

149 13 •N/A tN/A

I tN/A I tN/A

197 tN/A tN/A

I IN/Al

T104 T104 JllLO

4 T104

IT104 IT104

T-104 T-104 T104 T104

) [T106 i IT106

T104 T104 T106

T104 T104 T106

|T_104_J IT106 1 T104 T104 T104 T104 T104 T104

pT106

T104_ T104 T104 T104

T106 ~

T-106

Anderson comment

Cascade lull. Cascade full. Cascade full. Cascade fufl. Cascade fuN. Cascade furl.

I Cascade ful|. I Cascade full. I Cascade full

Sludge measurements of 1/29/53 taken.

i TLM Cum sol sofvol% isoHde Isollda r ■ ui y U.\*M 1 __ o| 9 72.000 " i """ " 01 0 72.000

0 0 72.000 0 0 72.000 0 0 72.000 6 0 72.000 0 6 72000 0! 0 72 000 bo _72_gooj

" 0 _0 72.0001 0 0 72.000 0 0 72.000 ft! Or 72.000 0 0 72.000

Ol _ Ol 72.000 0 oi 72.000 o g 72.000 0 _ 0 72.000

g 72.000 0 0 72.000 0 0 72.000 0 _ _ 0 72.000

0.014404 .3.5291 75.529 1C2 0.014404 3.241 76.770[1C2 0.014404 1.9014 80.671 IC2

o ._ 6 eg67i] '. OJ 0 80.6711 j 0 80.671 ] 6.014404 2.7368 63.408 1C2 ■ '" _0 0 83.408_ ' . 0 __ 0 83.406 i 6 " 0 83.408'

Oj g 83.408

0 0 83.408 0 g 63_-406 0 0 83.408 0[ _ 0 83.408

I 0.014404 2.2903 85.699 1C2 0 _ 0 65.699 0 _ 0 85.699 0 6 8569?

0 85b99| > 0 " 65.699

0.014404 2.9673 68.666 1C2 0.014404 _2.6g72 91.273 1C2 0.014404 1.2676 92.541 1C2

_ 0 | _ 0 92.541 0 0 92.541

g.014404 3.7019 96.243 1C2 " 0.014404 17573 96.000 1C2

0 0 98.000 " g 0 98000 0 0 98.000 0 . 0 96-000 6F. 0' 98.000

CM Q/A Document /Pg t

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S S I S S: SISISISISS1 SIS S S S S I S S S £

SIS SIS 8 S|S8feS! fcgSSS S S S 5 ? £l» Si 81JSI8I8

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K f c H S S h l?i? (Hz mmt ;?i?is i?i?!?ii,i? \i\i\t\t \mt l?l? \i\t l?ls l?i?l?l? H&

l O l O I O ' O IO l o

S l S I S i S i S l S (D (0 <£)'<*? (O 4OiC0l<D ID (O rt?'(P <Dl(D (01*0 <D (D 1pl*0 !<OI(D '(0 Cpl<niC£9 . <£rl(0 15

' a ! i . f t i a ft ift i i d i O ' C i A ' a a i a 5<ft ct c* ftift <a a ft ftift<a iftift I ?

Tan* n Yaar Qtr T — T105 1969 2 STAT

T105 j 1969| 4 ISTAT T105 i 1970 1 STAT T105 1970 2 STAT T105 1970 3 STAT

M1U& 1370 4 STAT IT105 | 1971 1 STAT LLU» I 1971 2ISTAT IT105 1971 3 STAT IT105 1971 4 STAT

1972 3 STAT

IT 105 I 19721 4ISTAT

I Trans Stat ] Total ' vol vol ivol

I I 16*L 164 I I 163 163

163 1631

I 1631 163 163 163 163 1631 163 163 163 163, 163 163 163 1631

I 164 164, 164 164 163 163 164 164

1

I Bs^B^^re!iBiEiLuBr^BW^B3l I ElEiHeWÎ iEJ i iL iSaS^f iHI

19731 21 SEND

1973 2 STAT

19731 3 STAT ' 1973 4 STAT

1974 2 SEND

J974 2 STAT

1974 3 STAT 1974 4 STAT 1975 1 STAT 1975 2 STAT

T105 T105

J 1975 1 1976

4 STAT 11 SEND

T105 1976 1 STAT T105 1976 2 STAT T105 1976 3 STAT T105 1976 4 STAT T105 1977 1 STAT T105 1977 2 STAT T105 1977 3 STAT T105 1977 4 STAT T105 1978 1 STAT T105 1978 2 STAT T105 1976 3 STAT T105 19781 4 STAT T105 1979 1 STAT T105 t979l 2 STAT

Solids | Unh vol Iffr

62_| tWA] 62I -1 I 99 tN/A 99 *N/A 99 tN/A 991 tN/A 99 tN/A 99 tN/A

100 #N/A 100 tN/A 100 1 100 tN/A 100 1 100 1

tN/A

4791 4791 100| 1 I 542 tN/A

539 539 100 2

536 536 100 -3 537 537 100 1

537 [ 537 100 *_N/A 112 J ] tN/A

. VI3 __113 100 1 _

113 113 100 tN/A _n4 114 J01_ 1__ 114 114 101 tN/AI 114 114 101 tN/A

101 #N/A tN/A

101 1 114 tN/A 114 tN/A 114 #N/A 114 tN/A 114 *N/A| 114 #N/A 114 #N/A 114 tN/A 114 #N/A 102 12 114 12 114 *N/A 114! tN/A

Cum Waste [Trans I unh I typa tank |DWXT LANL comment

11[DW | | __; _ _ 12lDW I I " " r 12 I I 7

-12 12 DW -12 12 DW 11 -11 DW •12 DW 11 DW •11 SU

|DW, •12 BL, IX 12 SU

1BX104IBX104

1BX104|BX104 I IT106

DW, 10BL.IX 10 SU ■10 SU

DW, 12 BL, IX

DW. 15 BL, IX

_l '4 BLJX DW,

•14 BL, IX 14 SU

DW, 13 BL, IX

DW. 13 BL, IX

_ 11 2 BL, IX

12 BL. IX 12BL.IX

12 BLJX_ DW,

12 BL, IX 12 SU

DW, •11 BL, IX 11 11 11 •11 11 •11 1 1

11 DWBIxf 23 DWBIX 11 -11 11

T-107 T-107 [T106

[Anderson comment lOaden comment

316 from 104BX.

63lrom104BX, 4 10 106T.

452 from 107T, 451 to 106| T .

i ■ Dry Wells No.s 500506 I and 500511 were drilled.

Qj _96.000| qj_ 98.000

0 96.0001 0 98-000 01 98.000

0 98.000 0 98.000 0 98.000

" Dry Well No. 500507 was drilled.

Removed from service 1 to 101T. Removed from service. Inactive salt well pumped.

Salt Well Pump " J _ _ Salt Well Pump inactive Salt Well Installed Salt Well Installed

0' 98 030 o| 98.000

o 98.ogg

0 98.000

0 98000

0 98.000 b ge.oob 0 _98.000 0 96.000

g 96.000 0 98.000

_g 98.000 0 98.000 0 98.000 0 96.000

_0 98.000 _0 98.000 0 98.000 0 98^000 0 98.000 o _9i.goo o 9e.obg

D .ol_98.ggb o' 98.000

I TLM jCum sol | sofvol% soHds sollda jf

U 0| 96.000, o| o) 96.pOO[ ) Ol 01 98.0001 I

o 98.gog I 0J 0 98.000l

0 0 98-Oboi 01 0 96.000

0 96.000 0 98.000 0 98.000 0 98.000

Of I Q/A I Documant/Pg*

4 O ARH2456D5

4.0 ARH2794A6 4 O IARH2794A6

4!0 IARH2794B6 4 |0 iARH2794B6

4 0 |ARHCD133B6

4|0 IARHCD702A6

WHCSDWMTI669, Rev 1

JTrana Stat Total Solids lUnk Cum Waste ITrans I tank | DWXT ILANLcommant

IT106_ I 19001 l_ 1^106 I 1946?" i l cREC" T106 1947 11 STAT T106 f 19471 2 rac

IT106 I 19481 1 rec IT106 | 19481 1ICREC IT106 | 19481 11STAT IT106 I 1946! 2ISTAT IT106 | 1946! 3ICREC

|«WA| OlSET ;T105_ . *U/A\ 0\ "\ ' tN/A I Olcas IT105 IT105

'A j g_|2C _j *N/A| OJcas | T105 |T1 05 tN/A| Olcas IT105 IT105 tN/A I 0|cas |T105 |T105

" land slats at 37 T105 j T105 T105 T105 IT105 IT105

T105 IT105 Tj105_ T105 T105 T105

IT-105 I

lT105 I T105 IT105 T007 CRIB T007 CRIB

I and stats at 192

3 STAT I 41 rec 143 4 rec | 4 rec i /ai 4JSTAT J i 1 rac " 1 b F 1 STAT 2 STAT 3 STAT 4lSTAT_l 1 STAT 2 STAT 3 STAT 4 STAT

Jl-105 IT-105 17-105 Tf-105 IT105 |T105

T105 | T105

I phase error 530 lo N/A

I phase error 530 to N/A

1211C J 2 c a s TJ05 T105" 12cas_ T105 T105 12! 12lcas IT105 IT105

12 cas T105 | T105 ' CRIB

I Anderson comment i Ooden comment

| Starting filling in June.

J Fullln March. [New Cascade.

New Cascade jetted 2C to crib

j TLM jCum IsolvorH sollda sollda

ol 0.000 gi 0.000 oj 0.000 o| d.oob 0| 0.000 ol 0.000 0 0.000 0 0.000 b 0.000 0 0.000 0 0000 b 0.000 0 0.000 o| 0.000 gi o.bob 6 j 0.000 gt 0.000 bi 0.000 01 0000 0 0.000 0 0.000 0 b.obo

'Ol Q/A !Documant/Pqt

Cascada July t August.

Cascade fuH In Jan. I Cascade lull. Cascade luH. Cascada full.

I Cascada full. Cascada full. Cascade full. Cascada full.

Sludge measurements of 1/29/58 taken.

Ol 0 Ol 0 Ol 0

0 0

g.gge27i 2.0265 0.006271 0.7856

" 0 0.006271 1.5715

0.0001 0.0001 0.0001 0.000 boob 2.026 1C2 2 812 1C2 2.612 4.364 1C2 4.364 4.364 4.384

g.006271 ■ 1.3151 5.699;1C2 0 6 5.699!


Tank n Year iQtr T |Trans Stat [Total Sollda |Unfc Cum Wesle Trans | | Ivol Ivol Ivol Ivol Iffr lunk Itvne tank |DWXT ILANLcommant

T-106 1954 1 STAT 150 150 (T-106 1954 2 CREC 1 oT 1 l l b t T-106 | 1954[ 2 rec 126 276 T-100 1954 2 outx -151 127

T-106 ! 1954 2 STAT 127 127 IT-106 1954 3 rac 270 397 T-106 1954 31 rec 122 519

«WA 12 1C I i«N/A 12 SET JT-105 | |»N/A 12 leas T-105 T-105 I tN/A I " i iT CRIB

10 tN/A 12 1C tN/A 12 cas T-105 T-105

I tN/Al 12 cas T-105 T-105

Anderson comment i rump io cnD nes orotten shaft and requl res repair

T-106 1954 3 STAT T-106 1954 4 STAT

IT-106 1955 1 SEND

519 5191 519 519

10

10 IN/Al 1; 10 IN/A 12 1C

tN/A 12 SU

Scheduled lo be pumped lo crib. Started receiving waste 6/17/54.

Received 1C waste during month.

I i TLM i Cum sol solvent I solids solids n

| 0 5.699| 0.00827l| _ig587| 6.758 ]1_C2

0l 0 [ 6.758

Ol 0 6.758 0 0082711 2 2333 _6 991 1C2 0.0O827ll 1(3001 10000 1C2

0 0 10.000 0 0 10.000

"' b " b 16.000

i Of Q/A Document/Pa t

T-106 T-106

1 » 5 | 19561

4 STAT 1 STAT

T-106 1956 2 XIN T-106 | 1956| 2|REC T-106 1956 2 STAT T-106 1956 3 STAT T-106 1956 4 STAT T-106 trioe T-106 T-106

1957 1957 1957 19571

1 STAT 2 STAT 3 STAT 4 STAT

T-106 I 1958] 11STAT T-106 1958 2 STAT T-106 1956 3 STAT T-106 1958 4 STAT T-106 1959 1 STAT T-106 1959 2 STAT T-106 1959 3 STAT T-106 1959 4 STAT T-106 1960 1 STA1 T-106 1960 2 STA1 T-106 1960 3 STAT T-106 1960 4 STA1 M 0 6 1961 1 STAT T-106 1961 2 STA1 T-106 1961 3 STAT T-106 1961 4 STA1 T-106 1962 1 STAT T-106 1962 2 STAT T-106 1962 3 STAT T-106 1962 4 STAT T-106 1963 1 STAT T-106 1963 2 STAT T-106 1963 3 STAT T-106 1963 4 STAT T-106 1964 1 STAT T-106 1964 2 STAT T-106 1964 3 STAT T-106 1964 4 STAT T-106 1965 1 STAT T-106 1965 2 REC

tN/A 12 SU U-110 U-110

10 tN/A 12 10 tN/A 12 CW 10 -29 -17 CW 10 22 101 -5 I 10] * N / A |

10 tN/A|

!ReceivedCWfrom110-U.

Latest_electrods reading. Naw electrode reading. New electrode reading

I New electrode reading.

7 17.000 CWR1 1 0 17.000 1 0 17.000 i 0 17.000 1 0 17.000 i g 17.000 1 g 17 000, 1 0 i7.ooo[ j i 0 17.000 ' 1 0 17.000 0 _i7.goo 0 17.000 01 17.000

"O1" 17.000 0 17.000

6 montfi report

6 month report

6 month report

16 month report

16 month report

6 month report

16 month report

[6 month report

0 17.000 b 17.000

17.000 1 iLbgg g i7.oog 6 _i7,ogo_

17.000 0 17.000 0 17000 g. izgbg 0 17.000

S-107 S-107 L _ q 17.000 j

0.006431 1.4212 18.421 CWRJ 4 lo IRL-SEP-659-5

App. E, TFarm, Pg. 26 WHC-SD-WM-TI-669. Rev 1

Trans |Stat Total j Solids [Unk |Cum Waste j Trana vol !tfr unk [type, Jtenk [DWXT LANL comment

T-106 1965 lEBE^BSfilil

442] 442| 4421 4421 442 442

I 532 532 532 532 532T 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532 532 5321 5321 532 532 5311 5311 53l1 53lt

1972 3 STAT 1972 4 STAT

IBE^HESjKi! T-106 1973 2 REC I 451 T-106 1973 2 SEND -350 T-106 1973 2 OUTX -115

T-106 1973 2 STAT

T-106 1973 3 STAT

26 tN/A 26ltN/A 26 tN/A

#N/AT 26 #N/A 26 tN/A I 26 tN/A 26 tN/A 26 tN/A 26l tN/Al 261 tN/A 26 tN/A 26 #N/A 26 tN/A 26l#N/A!

S-107 S-107

Anderson comment I Ogden comment 221m from 107-S.J. 6 monlh j reportl I

i90mCWfrom 107-S.

T-106 1974 1 STAT

T-106 1974 2 STAT T-106 1974 3 SEND

74 74 78

78 76 529 179" 64

64 64

65 65

64 64

60 60

60 60 23

39 tN/A #N/AT

39 tN/A tN/A tN/A tN/A

39 tN/A

39 _ 1_ _

39 _ :1

39 -4

39 #N/A •N/A I

7 CW 7 SU

CW, BL.IX,

7 CW 7 SU 7 SU 7 SU

CW, DW,

7 BL, IX

CW, DW,

6 BL, IX CW, DW,

7 BL, IX DW,

3 BL, IX CW, DW,

__ 3 BL, IX atsu

T-105 T-105

T-105 T-105 T-112

COS LEAK

'T-101

Tank leaks. 451 from 105-T, 350 tOl12-T,115 to ground.

Tank leaks. * Dry Wells No.s 50-06-02,50-06-03, 50-06-04, 50-06-05. 50-06-08, 50-06-08, and 50-06-11 were drilled.

App. E. T Farm. Pg. 27

I ITLM Cum sol sol vor% solids solids ; Ql Q/A iDocument/Pqt

0; Ol 164211 j 1j j ol ol 18.4211 1 ! 0 _ 0 18.421 1; I

0.006431 0.57B8 19.000 CWRI 4 0 'lSO-226-5 6 0 19.000 1 g 0 19 000 1

_ _ g b ..i9ggo 1 "0 0 19.000' i 0 0 19.000. 1 g 0 19.000! i Oi 0 19.000: 1 b g 19.000 1 g 0 ibbog j i 0 0 1900b i | 0 b 19.600 1

" 0 0 19.000 1 b bi 19.0001 1 g oj 19.000 11 0 0! 19.000 4^b ARH-120OC-7 qt ' o\ 19.000" 1: j 0; 0 19.066: i ; 0 b i?.bog. i| j 0 0 19.000; i-0 0 19 0001 1| i 0 0 19.000J ii b j Oj 19.000| [ l ] J 0 0| 19.000 1; 0 0 19000 i i [ 0 0 19.000 1! 0 0 19.000 ; i j ,

_ 0 0 19.000 ; 1 j "b 0 19.000 i | 0 0 19.000 j 1 j 0 0 19.000 I 4 |o iARH-2794A-6

4 O ARH-2794B-6 4 O ARH-2794B-6 4 O ARH-2794B-6

0[ 0 19.000; 01 bl 19.000i g[ 0 19.006 j 0| 0 19.0001

Oj 19000] 0! 19.0001 4IO !ARH-CD-133C-6

WHC-SD-WM-TI-669, Rev 1

Tank n Ivaar loir T

T-106 . I 1974J 41 STAT T-106 _. 19751 1iSTAT T-106 I 19751 2[STAT~

T-106 I. 1975 3 STAT t-106 I 1975 4 STAT T-106 1 1976 11 STAT

ITrans Stat .Total • Sollda jUnh Cum jWaste ;Trans ! j vol vol vol val Itfr unk I type itank iDWXT LANLcommant

I 23| tN/A 31 i ,

24 #WA _ ^ 24 »N/A| " 6 _ 24 #N/A' eTx"

1978 3 STAT 1976 1979 l I S T A T

l lSEISEIyl 1979 3 STAT 1979 _4 STAT 1980 ~_± STAT 1980 2 STAT 1960 a^STAT '

i 19601 4-IS j 19931 21 STAT j_ I 19931 4|STAT | ! 1994| 1 STAT I

_26 JIN/A 6 26 «N/A 6

_i« -121 -6 26" J 2 6

~26l#N/A 6

26i tN/Ai . _ . _ § _ 5 26i_ 26ttN/AJ 6 IX

_2_i~__2lf 19| -5_ 1 NCLPX 21 21 19 tN/A I 1 211 21 19|tN/A| 1|

Anderson comment Tank leaks, 37 to 101-T. Tank leaks Tank leaks. Tank leaks

iTank leaks " Dry Wells No.s 50-06-16 and 50-06-17 were driljed.

Tank leaks. Tank leaks. Tank leaks, Inactive.

I Leaker ] Leaker Phase 1 Complete JLeakerPhase 1 Complele_ Jprimary Stab-Leaker

Oaden comment

New PholO 6-20-78

I New Photo 1-5-79

I TLM | Cum sol ; I solvol% imollde Isolltts type ini !rys I myiir«nt>Pn t

0 Oi 19.000 1] 0 o[ 19.000] [ 1 ; 0 ol 19.0001 I 1j I a of 19.000 1 i l

0; 19.000 0J 19.000j 0 ; 19.000] 6i 19.0001 bj i9.gog! p. i9.bobj 0 i9.gog; 0 19.000* 0 19.000! 0 19.000 0 19.000 0 19.000 0 19.000 0 19000 0 19.000 Oj 19.000 0! 19.000 b 19.000' 0 19.000 0 19.000 0 19.000 0 19_p00 0 19.000 0 19.000 0 19.0001

*pp. E, TFarm, Pg. 28 WHC-SD-WM-TI-669. Rev. 1

[ • l * l « l ( j i r o l ' l » ( t j lM l ) * . l c j l r j | l * . l o j|r o l ' i l ( J j i r o l—| * . i u l r u ' * i — < — ,— i — . _•_» : * .

B a 3 s 2j m 9 m ft a a. a a a a a a ft a ft aia aia aia u ' u le jc i i l roro l ro iu l

PIUPII IfiaCjLdEdcJE

iiiiii IliJLJIiJLJ

ca t o l O | ~ j |» * .JWI iS

I I !aa

en u ro N M > i > _..— , 6

S SiS 3 C S S S 2 o

Z Z S Z »

l i i t ' t ) o ' o J . ^ J . o . o o L I O O O I i o : o o . 0 0

O O O O O O Olg o

O 10 IO . 0 , 0 o o 10 IO 10 10 O ' O o o

0 0 ' O I O I O ' O I O I O O I O I O . O I O I O I O I O ' O ! O ' 0 ! O I O I O I O I O I O O l O ' O I O i

a ■:;!:; 12 2j5 tt ! » I S I » I S S'S'S § Q l b i b roic»lro rvj ro i to . ro u n.t»

' Q ' o l g u t ' j en en e»iovo>iro o,ep ■ o 0 1 0 J I S fc IM ro .ro .ro * ro cfi

SIX £ £ i£X :£l£!

1 ' r*1^ ' o> , en l r * ' a i i 'biiS

1! I

1 131818 ,2 81451 '8 8 ' ' | j | t 6 i t » o ■ ■ n j . ' i o J l ro

S S £ . 5 O IO .O ' J j o U I O I O ' a3 i n i * '*■ :bi eo|<o,u i ic i i o i l s Q

! 5r S ' e o i * i O J I HJ I (B © I t n 0»lc>* Q '

9) toieo » i » ro o i I I » ! 5 O O . O ' IO O I O I . O I O '

http://roito.ro

Tank n Year IQtr T

1952 2 STAT

1952 3 STAT 1952! 4 XIN 1952[ 4 XIN 1952 4 send 1952 4 send

Trans Stat Total Solid* Unk Cum Watte 'Trans vol Ivol Ivol Ivol Ittr junk Itypa itank DWXT ILANLcommant

245 245 671 1445 671 530

|T107 | 1952| 4|STAT | 530 _530

|T 107 I "1953I i|sand" "| 69 530"

0 *N/A 2 1C #N/A 2 SU

_ #N/A 2 SU «N/A 2 cas

i#N/A 2 cas

1C. 0 »N/A 2 TBP _

_ #N/A . _ . ^ . S U UR_ # N / A ~ " 2 c a s

Anderson comment Reserved lor TBP. TBP waste active cascade. Space allocated to TBP waste.

Oadan comment 1 TLM Cum sol 1 j ■olvot% Isollds isollds Woe CM la/A I Document/Pa t

0 171.000 0 171.000 p'171.000 0 171.000 0 171.000

Full 11/26/52. Start Tilling with TBP 11/17/52, because ol plug In 110111112C cascada

1953 1 STAT 19531 21 CSEND

1953 2 STAT 1953 3 SEND

1953 3JSTAT 1953 4TREC""

1953 4 STAT 1954 l i x iN 1954 1 REC

2011 6 #N/A

2011 tWA #WA|

201 12 *N/A

_._ * i *A

201 tN/A 2Q

1 * ! * * 201 tN/A 201 tN/A 201 tN/A 201 tN/A 201 tN/A 201 tN/A I 201 tN/A 201 tN/A 201 tN/A 201 tN/A 201 -1 201 -; 201 tN/A 201 tN/A 201 tN/A 201 tN/A 201 tN/A 201 «N/A 201 2 201 «N/A 201 *N/A 201 #N/A 201 #N/A

4 TBP | 4 END T108

Sludge measurement of 1/29/53 taken, cascade filled with taken, cascada rilled with

T101 T101

Supernatant sent to the 11BTX tank to feed the 200W evaporator

Received unconcentrated scavenged TBP wastefrom 101T.

Received fhishas from 101T.

I Latest electrode reading I Latest electrode readirm

0| 171.000 61171. bog 0 171.000

0:171 000' 0 171.000!

Oj 171.000; bl 171.000;

0j 171.000 0 171.000

0 171.000 0 171.000 0 171.000

0 171.000 0 171.000 0 171.000 0 171.000 01171.000

'o t 171.000 0 171.000 6 171.000 0 171.000 6 171.000 0 171.000

_0 171.000 0 171.000 g 171.000 0 171 "boo 0 171.000 0 1711 .oogj 0 171.0001 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171000 0 171.000 0 171.000

App. E, T Farm, Pg. 30 WHCSDWMTI669, Rev 1

Trana Stal Total Sollda jUnfc Cum IWasta Trans j I Ivol Ivol Ivol Ivol Itfr unk Itvoe Itank DWXT LANLcommant

I960 4 STAT

I EaEIHKÎHIEZm 519 519 201 tN/A -19 TBP

Mam 519 519 N/A 519 519 519 N/A 519 519 519 N/A I 519! 519 519 N/A 519 519 519 N/A 519 519 519 N/A I 519 519 519[ N/A 519 519 619 N/A 519 527 527 527 527

irnvii 201 IN/A

tN/A 201 tN/A

tN/A 201 tN/A

tN/A 201 tN/A

IN/A 2011 tN/A I

"TtN/A 201 tN/A

'" tN/A 201 #N/A

IN/A 201 tN/A

[tN/A 186 6 186 tN/A 186 tN/A

166 IN/A tN/A

T-107 1966 3 STAT T-107 T-107 T-107

1966 1966 1967

4 SEND 4 STAT 1 REC

T-107 1967 1 STAT T-107 1967 2 REC T-107 1967 2 STAT T-107 1967 3 STAT

T-107 1968 1 STAT T-107 1968 2 STAT T-107 1968 3 STAT T-107 1968 4 STAT T-107 1969 1 STAT T-107 1969 2 STAT

T-107 1969 3 STAT T-107 1969 4 SEND T-107 1969 4 STAT T-107 1970 1 STAT T-107 1970 2 STAT T-107 1970 3 STAT T-107 1970 4 STAT T-107 1971 1 STAT T-107 1971 2 STAT T-107 1971 3 STAT T-107 1971! 4 STAT

■N/A teeltN/A

tN/A

186 tN/A •N/A

166 tN/A 186 tN/A

J W l ^ l J leef -i 166 tN/A 186 tN/A 186 tN/A 186 IN/A

186 IN/A tN/A

109 tN/A 109 tN/A[ 109 IN/A 109 IN/A 109 tN/A 108 tN/A 109 tN/A 109 tN/A 109 IN/A

■11 SU TX-118

-iitic r ' i -11 SU C-102 C-102

-11 1C, CW -11 SU C-102 C-102" -11 CW -11 CW

-12 1C.CW -13ICW -13 CW -13 CW -13 CW -13 CW

-13 1C.CW -13 SU -13 CW I Tal I

I Anderson comment

6 months report

6 months report

6 months report

6 months report

6 months report

16 months report

16 months report

6 months report

6 months report

jOgden comment^ TLM Cum sol I I i

solvol% sollda Isollda type Qt Q/A Document/Pat 51 Oj 171.000) ! i l j 0* 0 171.0001 I 11

0 171.000 1 i _ _ PJ 0 171.000' J 11 j

6 171.000: 1 i t ; 0 0(171.0001 1 I

0 171.000 I 1 0i 0| 171.000 i 1|

I Ol 171.0001 i I I I 0 0 171.000 1 _ 0 171.000 _ 1 0 ,_._'_.0 171.000 1

0 171.000 1 o _ gj 171.000, i .. i

bi i7 i .opo! i , 0 0 171.000J 1 i o i7i.gogj i j I. 0 ...._ 0 171.0001 t i

! 0 171.000 i | 0, 0 171.000 1

I _ 0 b 171.000 1 | "o f " 0 171.000 1

18m to 118-TX.

311mlo11B-TX.

166m from 102-C.

I Received 129m from 102-C

275T.0 103-TY.

0 171.000 0 171.000

0 171.000 of 171,000 01 171.000 0 171000

0 171.000 g

1^ b b p

0 171.000 0 171.000

g i7i.oog 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000

0 171.000 0 171.000 0 171.000 0 171.000 0 171.000. o 171.000 0 171-000 0 171.000 0 171.000 0 171.000 0

; 171.000

4,0 llSO-404-5

4lO ISO-967-5 i i ii


Trans iStal Total Solids Unk I Cum j Waste Trans Ivol vol vol Unk DWXT ILANLcommant I Anderson comment I oadan comment

TLM [Cum sol sol v o l * isollda solids !' 01 !Q/A IDocument/Pot

226j 228| 228 2261 228 226

241

282 282 B55|

109 1 | 109 IN/Al 109 IN/A

IN/A _ . IN /A

IN/A

109 1 IWA IWA

4021 402 109 1 it 109 -3 I

399 399 109 IN/A 399 399 109 IN/A 399 399. 109 IN/A

4 X 400 109 1 396 398 109 -2 398 398 109 IN/A 396 396 . 109 IN/A"

109 IN/A 3961 396 _1_09 IN/A

T 367 tN/A

109 3 tN/A

131 -3 1311 tN/A 131 tN/A

J31_ tN/A 131 tN/A

150 IN/A 150| IN/A 1501 IN/A 150 IN/A 138 -13

_150i_13 I 1501 IWAI 150 IN/A 150 IN/A 150 IN/A 167 tN/A 167 IN/A 167 IN/A

J67 IN/A " IN/A

171 7 171 tN/A 171 tN/A

-14 C W _

-13) . -13CW -J\3 WTR -13 SU J ! 3 SU

-12 BL, IX -12 SU -12 SU

WTR BX-104 BX-104

T-108

lBX-1041 BX-104 F IT-105

I6B4 from 104-BX, 13 flush I water. 645 to 108-T

573 from 104-BX, 452 to 105-' T, 2 to 108-T.

' Dry Well No. 50-07-07 was drilled.

" Dry Wells No.s 50-07-03 I and 50-07-06 were drilled. I

j .

-15 IX -15 •15 EVAP -15 EVAP -15 EVAP

-151 EVAP ^15 •15 NCPLX" -28 NCPLX r15 -15 -_15 -15 -15 NCPLX

:15 NCPLX -15 swllq ^ 8 NCLPX

-8 -8

Removed from service 31 to _ i g i 1 T .

Removed from servicel 89 to 101-T

_|]naclive. Salt welt pumping.

sw nol pumped? 13)[lo n/a [Salt Well Pumped

Solids Level Adjusted Inactive Current

Questionable Integrity

Photo taken 1 -9-79 _ _

New Solids Level 2-1-80

-7—i::::

0 0 0 0 p. oj 0:

?i §h P; 0 0 0 0 0

0 0 b 0

0 0 0

0 0

0 0

°4 °l -°l ol

0 0 0 b b 0 0 0 0 0 0 0 0 0 0

0 171.000 g 171000 bf 171.000 0 171.000 0 171.000 0 171.000 0 i7_i_.goo

0 171.000 0 17V000 0 171.000 5 iiigcw _

0 171.000 0 171.000 0 171.000 g i.71 boo 0 171.000

0 171.000 0 171.000 0 IZlPob 0 171000

0 171.000 0 171.000 0 171.000

0 171.000 0 171000

0 171.000 0 171.000 0 171.000 0 171.000 g .171000

0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 171.000 0 izippg 0 171.000 0 171.000 g 171.000 0 171.000 0 171.000: g 171 pop j 0 171.000i

1j_ 1 1 .. 4 O 4 b 4 b

1 4 O 4 0 4 0

1 1

1 ! -1 1 , 1

: 1 ' 1 ; 1

1

1 1

; 4 0

ii '. * ° I 1

I 1

i 1 ) 1 1

1 1 1 1 1 1 1 i i 1 !

11 1( i i 1 0 1 1 11

1

ARH2794A-6 ARH2794A-5 ARH-2794A-6

ARH2794B-5 ARH-2794B-6 ARH-2794B-6

ARH-CD-7Q2A-6

ARH-CO-702B-6

1

-j i

1

App. E, TFarm. Pg 32 WHC-SD-WM-TI-669, Rev. 1

Tank n Wear Qtr I T JTrans jStat JToaM |Sollda jUnk jCum Waste Trans I I

1—*" '*"— lank DWXT LANLcommant

N/AI pi N/Aj 0\ N/A I Ol

I IN/A j 0 SET [T107 | IN/Al 0 SET ff109

T107 T107

moved from 1944 to 1945

i|2£IX|KIIiil

IllI^HEiLlal 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3iSTAT |

_4 STAT i 1 STAT i 2 STAT 3 STAT 4 STAT ISTAT

ItS&LVEmil

376 564 737 530

526 528 671

1 7771 849 706 602 530

528 528 528 528 528 528 528 528 528 528 528 528 528, 528. 528 528 528 528 528 528 528 528 528 528 528 528

IBE&.IB»5J1I 5281 528| 5281 I 528 528 52S 528 528 528 528 528

T107 T107 T107 T107 T107 T107

T109

T107 T107 IT107 1T107 T107 T107

T109 T109 T109

_ J |

2 SEND 184 2 STAT 3 SEND 273 3 STAT

346 346 346

ligFTPlBvTll T108 1952 1 STAT

and stats at 526

T108 1952 4 CSEND 0 T108 1952 4 rac 774

IBESKâmlE T108 1952 4 sand

IN/A 2 cas T107 T107 IN/A 2 cas T107 T107 IN/A 2 cat T109

T108 1952 4 STAT 5 X 530 I 599

T106 I 1953 1 send ! 69! •■ 530l IHE-BBEHI

0 IN/A 2 TBP | IN/A] 2|cas I IN/A 2leas

T-107 T-107 I IT109

I Anderson comment I Oadan comment TLM :cum io i I

solvof% jsolids jsollda itype Ol Q/A | Document/Pg t

•Dry Well No. 500811 was drilled.

Began filling In Sept.

Cascade full. Cascada full. Cascade full. Cascade full. >'. e t t e M r.ji

[Cascade full. Cascada full. Cascade full. Cascade full.

{Cascade fuH. [Cascade ful. Cascade ful. Cascade ful. Cascade ful. Cascade ful. Cascada ful. Cascade tul. Cascada ful. Cascada ful. Cascade fu It. Cascada full.

0.019849 1.5681 1.568[tC1 " """ 0 0 1568i _ 0.019849 5.8951 7.4~63fici 0.019849 3.7316 11.195 ICt 0.019649 3.4336 14.629 1C1

.O.gi9649[ 0.0196491 0.gi9649

0

.2l_a384j._17:46^|lC1 2.1041 19.57111C1

_J _429|4 21.000J1C1 Oi 21.0001 0 21.000 0 21.000 0 2

_1.b00

0 21.000 0 21.000 0 21.000 0 21.000 Oi 21.000 Oj 21.000 Ol 21 000 of" 21.00b 01 i i 000

" o f 21COO 0 21.000 0 21.000 g 2j.bbo 0 21.000 0 21000 0 21.000 0 21.000 i 21.000

o 2i.obo 0 21.000 Ol 21.000 0 21.000 o _2i.ogb_ 0 21.000

iipog Ol 21.000 0 21.000

Space allocated to TBP waste

Tank filled 12/11/52.

T Farm, Pg. 33 WHCSDWMTI669, Rev. 1

Stat Total Sollda junk ;Cum I Waste j Trans ; vol ivol [vol |ttr Iunk Itypa itank IDWXT ILANLcommant

1963J M * M « ^ i 1953! 2[CREC 1953 2 CSEND

531 [ _ 531 I 211 1_. i 5311 TtN/A

531 #N/A

1953 2 STAT 1953| 3 SEND

211 1 1 i![TBP_ I " T t N / A [ l lEND 7107

_ # ^ A _ 1 END T109

7c, I" 21 IN/A j l T B P I

IN/A "1 SU " 7

211 I N/A I 211C I HN/A\ 5 t s u

_ L . . . J

2 SU TX117 TX117 2:TSU tfx117 lTX117

5321 5321 21_J_tN/;

TBP. 21__#N/A_ 2 EB

'TBP. 21 IN/A 2 EB

19551 _3JSTAT 19551 4 out* 1955 4 »n

1955 4 STAT

1956 1 STAT

1956 2 STAT

1956 3 STAT

1956 4 STAT

1957 1 STAT

TBP. 532_|__ 532[ 21 * * " * 2 EB

TBP. 5 3 2 ___532 2_1_IN/A j 2 EB

TBP, J ^ . . _ 5 3 2 _ __HJ»*A 2 E B _

TBP, 532 532. 21 I N/A -2 EB

1C. TBP,

532! 532 21 tN/A g^B •AL~ IN/A; " 2 "

532 | IN/A 2 1C. TBP.

532 532 21 _t_N/A_ 2 EB I TBP.

_532 532 21 IN/A 2 EB TBP.

J i M 532 21 t l *A 2 EB 1C. TBP.

532 532 21 IN/A 2 EB 1C. TBP,

532 _532 73 _tN/A._.. _j2_ EB 1C, TBP,

518 518 21 14 16 EB

1957 2 STAT

1957 3 STAT

1957 4 STAT

1958 1 STAT

1958! 2 STAT

TBP, " " ' — ' " ' "> 10 EB

I I TBP, _ 5 _ 5 EB

TBP. 524 524 29 5 i lO.EB_

TBP, J 2 4 _ 524 29 tN/A 10 EB_

JTBP, 524 524 29 IN/A 10 EB

i Anderson comment I Sludge measurement of

den comment

Supernatant sent to ths 118 i TX tank to feed the 200W

Received EBfrom 117TX.

!L*l_

B?

t electrode reading.

Latest electrode reading.


j .TLM Cum sol j I sol vor% i solids 1 solid* itype Ol |o/A Document/Pg t

Ol ol 21.000' 1 j gf 2i.ooo| , 1

of 21.000 " ■ 1

Oj. 21.000 1 o\ 21.000; j 1!

g 21.000 0 21-000 b 21.000 Oj 21.000

0) 21.000J

o! 210001

Oj 0; 21.0001 1! OJ 21.000JT1EV, 0;

0.0450ll 23! 44.00OIT1SIK 01

p. E. T Farm, Pg. 34 WHCSDWMTI669. Rev. 1

Tank n Year Qtr T

T-108 1958 3 STAT

T-106 1958 4 STAT

T-108 I 1959 1 STAT

Trans Stat | Total Solids iUnk Cum j Watte Trana 1 Ivol Ivol ivol Ivol Itfr unk itvoe tank DWXT LANLcommant Anderson comment

T-108 I 1959| 2|STAT

T-106 I 1959 3 STAT

T-108 I 1959 4 STAT

T-108 I960! 1 STAT

T-108 1960 2 STAT

T-108 1960 3 STAT

T-108 1960 4 STAT T-108 | 1961 1 STAT

T-108

T-108

1»1_

1961

3 STAT

4 STAT T-10B 1962 1 STAT T-10B T-108

19621 19621

2 STAT 3 STAT

T-108 1962! 4 STAT T-108 1963 1 STAT T-108 1963 2 STAT T-108 1963 3 STAT T-106 T-106 T-108 T-108

1963 1964

" 1964 1964


T-108 1964 4 STAT T-108 1965 1 STAT T-106 T-ioa

1965 1965

2ISTAT 3lSTAT

T-108 1965 4 STAT T-108 1966 1 STAT T-108 1966 2 STAT T-108 1986 3 STAT T-108 1966 4 STAT T-108_

T-108

1967

1967

1 SEND

1 STAT T-108 T-108

1967 1 19671

2 XIN 2 SEND

JTLM ;Cum sol sol vot% Isofidt : solids h

Oi 0! 44.000

IQI Q/A Document/Pg #

ItN/A 29 -2

tN/A 29 IN/A

IN/A 29 IN/A

UN/AI 29 tN/A

IN/A 29 IN/A

IN/A 29 IN/A

IN/A 62 13 62 IN/A 62 IN/A 62 IN/A 62 IN/A 62 tN/A 62 tN/A

IN/Al

0 : Ol 44.000 1

0[ Ol 44.000 1| i oi 44000! 1

1C. TBP,

JP-EB ;10 ^_ -12 1C. EB -12 -12 1C.EB •12 -12 1C. EB -12 •12 1C, EB ^12 _ _ •12 1C, EB J 2 _ __ •12 1C. EB~ -12

1 EB

(6months report

6months report

6mcnths report

6monihs report

J6monlhs report

6months report

6mtmths report

6months report

lemonths report

1 1C, EB 1 HLO 1 SU

TX-118 Omls. PHASING ERROR 535 TO N/A

WTR TX-118 !

1-0

o _... _

b~~ g.

0

0

b 0 g 0 0 0 0

o; oj

0 0 b 0 0 "o 0 b 0 0 b 0 0 b b b 0 0 b b 0

44.000 44.000

44.000 44.000 44.000 44.000 44.000 44.000 44.000 44 000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000 44.000

; ' :

] ;

i j

1

0 0 44.000 2 V ISO-806-5 . — . . . .

0 b*-

0 0. 6

1 44.000 44.000 44.000

i 4)0 4iO

1 jlSO-967-5 ilSO-967-5

App, E, T Farm, Pg. 35 WHC-SD-WM-TI-669, Rev 1

Tank n I Year Qtr T

T-106 | 19671 2 STAT T-106 1967 3 XIN

ITrana Stat iTota l So l ids Unk C u m Waste Trans

T-106 1967 3 STAT

T-108 19661 1 XIN

1968! 1 STAT I

1968J 2 STAT

1968 3 STAT

1968 4 STAT

1969 1 STAT

1969 2 STAT

I 1969 3 STAT

I l 9 ? ? 4 STAT [ 1970f i f S T A T I 1970J 2 jSTAT j 1970| _3 jSTAT j 1970{ 4 STAT

1971* 1 STAT 1971 2 STAT 1971 3 STAT

[ 1971 4 STAT 7 " 1972 f 1 STAT

1972 2 STAT 1972 3 STAT 1972 4 STAT

1973 1 SEND

vo l vo l I vo l

1581 158

178

I tank |DWXT I L A N L c o m m a n t

62IIN/A IN/A

|1C. EB, 1|HLO 1 HLO_

EB, 1 HLO

1C. EB, 1 HLO 1 HLO

62 IN/A 1 BNW

1C. EB, 1 BNW

jgel IN/A! 1 ibeftN/Ai if" 106 t N / A 106 t N / A 106 I N / A 106 I N / A 106 I N / A 106 I N / A 106 I N / A 106 I N / A 106 -1 106 IN/A 106 t N / A 106 t N / A

t N / A t N / A

T-108 1-108 T-108

1973 1973 1973

1 STAT 2 REC 2 SEND

2 -22

560 560 562 " 540

106 IN/A IN/A IN/A

0 BL, IX 0 SU 0 SU

T-108

T-108 T-108 T-108 T-106

f-ioe

1973

1973 1973 1974 1974 1974

2 STAT

3 STAT 4 STAT 1 STAT" 2 SEND 2 STAT

-366

— -

540

-_535 535

-535 _

168

540

535 535 535 "

... i?i 168

106 IN/A

106 -5 106 tN/A

"" 106 IN/A tN/A

106 -1

0 BL.IX

-5 IX -5 IX -5 BL, IX -5 SU •6 BL, IX

IT-107 T-107 T-109

T-107 T-107 T-109

1974 3 STAT ! 1974 4 STAT I 1975 1 SEND

1975 1 STAT

1061 _2 _ 103 -1

IN/A PHASING ERROR 87 TO

I N/A

Anderson comment Ogden comment TLM Cum sol

to fvo l% Isollds solids \\ Of Q/A iDocument/Pal

1206m to 11B-TX;; 46m from I HLO

Received 20m from HLO.

Received 116m from DUN {100 N) HLO. 'Includes waste from 100-N Area.

0 44.000 0 44.000

0 44.000 _g 44.gooj.

4 0 ARH-95-6

410 ARH-534-6

1645 from 107-T;; 378to 109-T.

[2 fromjg7-T;; 22 lo jO^T. f ' Dry Well No. 50-08-09 was

" Dry Wells No.'s 50-08-05 and 50-08-07 were dri Hod. Removed Irom service

Removed Irom servtce;; 122 to 101-T

0 44.000 0 44 000 0 44.000 0 44.000 0 44000 g 44.000 0 44000 0 44.000 g +*-°op 0 44.000 P 44JXW 0 44.000 Oj 44.000 0! 44.000 0j 44.000 0i 44.000

0 44.000 0 44.000 0 44.000

0 44.000 0 44.000 6 44.000 0 44.000 0 44.000

0 44.000 g 44.bog 0 44.000

4JO ARH-2794A-6 4 ; 0 ARH-2794A-6

4 O ARH-2794B-6 4 O JARH-2794B-6 1 '

4 O |ARH-CD-336A-6

WHC-SD-WM-TI -669 , Rev 1

I Tank n Year JQtr T IT i rW I 1Q7KI

| Trana Stat | Total j Sollda Unk JCum | Waste | Trana Ivol Ivol ival I lank | DWXT | LANL comment

|T108 | 1978| 1|STAT

lT108 I 19781 2ISTAT

19791 1ISTAT I 1979J 2|STAT j _

lT108 ! I960! llSTAT T108 | 1980! 21 STAT Tiba r i 9 8 0 l 3 STAT 19801 31 STAT

T108_ 1993 4ISTAT Ti 08 T 19941 i" STAT

51 16 I 35 IWA J 35 16 11

^ 5 IN/A 7 35 | t r *A 11 35I IWAI 111

■ I 11 . « | . . . ^ 11 35 IWA i l 35 IWA 11

11

461 tN/A I OIBLIX 331 13 13 BLIX

= 4 ^ = ° 461 IWA 0 46! IWA I 01

01 BLIX ■rwftj 0 swtiq

4 4 I I W A 1 bNCLPX

441 IWA I 01

I Anderson comment

Removed from service;; 12 to 101£[ Ramoved from servtce._

i Removed frorn service. Removed from service.

_ RemovedJrom service. Inactive.

_ Salt Wall, Completed Salt Wall. Completed

. Phase 1 Complete Phase 1 Compjete_ Inactive, Prim. Stab.Solids Level Taken JJ9j78 ■New well 50 08 08 In service 42778.50 08 19 in service 6179

1 comment Shows6no112

interim Stabilized Qu«Uonaljl» Integrity

New Photo 8979 * New wall 50 06 08 In service 42778,50 08 19 In service 81 79

ITLM Cum sol I sol v o l * isollda sollda i I 0. 0) 44.0001

g 44.000 0 44.000 b 44.000 0 44.000 P <fgoo; 0j 44.000; oj 44.goo j 0 44.000 0 44.000 b 44.000 b 44.000

0 44.000 g _44.oob 0 44.000 b 44.00b 0 44.000

°i °l oj 0 0 0 0 0 0I

Oj 44.000 Oj 44.000 Oj 44.000 Oj 44.000 0j 44000 0 44.000 0 44.000 0 44.000 0 44.000

1OI I OVA I Document/Fa t j 3)V [ARHCD336B6

^pp. E, T Farm, Pg, 37 WHCSDWMTI669. Rev. 1

Tank n Year Qtr T Trans Stal Total Solids Unk JCum )Wasia Trana j

Ivol Ivol Ivol Ivol Itfr lunk ihme tank iDWXT LANLcommant

IWA 0 SET T-108

i Anderson comment I Oaden comment

T-108 lT-106

T-109 1952 1 STAT

T-109 1952 4 rec

T-109 1952 4 STAT

T-109 1953 1 STAT 524 524 T-109 1953 2 CREC 0 524

IT-109 I 19531 2ISTAT I I 5241 524J lT-109 I 19531 3ISEND 1 ^431 | Bit

T-109 1953 4 REC

0 cas jT-108 .[T-108 0 cas 'T-108 7-108 0 cas "" IT-108 T-108

_0 j tWA) 2 ~bt tN/Ar 2

2 1C 0 tN/A 2 0 tN/A 2 0 tWA 2 01 tN/A " 2

OIIWA 2l 0 IWA 0 2 """ 4 tC

[ IWAI 4 SU IWA 4 SU

[Cascade began In Dec.

Cascade full in March '46. Cascade full. Cascadefull. Cascade full. Cascade fu|. Cascade full. CascadefuH. Cascade full. Cascade full. Cascade fu l Cascade full.

^ Cascade ML" """" Cascade Iu". Cascade ruH. Cascade fuH. Cascadejuir Cascade full. Cascade full. Cascade fuN. Cascade full.

phasing error 528 to n/a_

I IWAI 41 ess T-108 T-108

0 IWA 4 TBP IN/A 4 cat T-108 T-108

1C, 0 -7 -3 TBP

t W A f -31 END T-108

T-109 19531 4 STAT

I 1C. 4 TBP

__ IWA 4 SU TX-117^TX-117 1C, TBP,

0 IWA 4 EB

Supemate tank. Space allocated to TBP waste

Tank now filling with TBP waste

Sludge measurement of 1/29/53 taken.

Supernatant sent to the 118-Tx tank to leed the 200-W evapo rator, Ol 0.000

of 0.000

TLM Cum |sol I | soJvol% Isollds Isollds itype Ql Q/A iDocument/Pg t

I I " 01 0.0001 I il I

0 0.000 g b.oob g o ooo o o.oob b b.boo

' o o.ooo o b.booi o o.ooo g o.ooo o o.ooo o[ b.pbo b) o.ooo b[ o.ooo b1 b.ooo Oi _0000j b) O.OOOJ oj o.oooj bj o.ooo; b; b.boo] Oi 0.000; ol g.ooo; o ! o.booi of 0.000; oj b.boo' ol booo : o! o.ooo' o o.gooj o boob o o.ooo o ooog o b.bbo g o.oog o b.bbo

o.oob o[_ o.ooo

0 0.000 0 0.000 b o.ooo

I Ifi LO' LOi IO, iO LO!LAI«0 Lftl Lftl lf> LOIMT)! LoikollO.laOlMr)! LiOluD, LOlkf^pLolkXl'liniLOlliir)! lAlU^lLm Lnl-La~>|kmiiO

O l O l O O I O I O 0 | 0 O l Ol CD- O Ol D O' Ol O. O O ' O O i O l O O

o o i o O I O I O O O l O l O O Ol

IBHBBI

S f l i f l W F u J ' F u J F w I u J F i f l F U J F i i j I F M F i u l F U J F u j ? - F u j t u ! l u l L U

3 , 0 3 S S I 3 3 S 3 S X 3 S 3 X JiElEIElEIEMEl

Ql SiSi Si

]|^Mk^^|^R^R^R|R|BR^^y^^^l S| X! X| Sj XIX:SIS|XIS|S|S!S|S|SI3|S|S|S|S|X|2"|X|2"|X!2"|X|2"IX|2"|X|21S|2lSi

» H » ' f f l » k l « B ^ H W f l t k w n t l H N I n t H N B t r N * * r l «

*l8l8l S Si SIS: S Si SlSlSl Si S Si Si SISlS SIS 8 SlS 8 8 SiSIS 8 8|8 SlS 8 SIS SIS 8 8 8 SIS 8 SIS S L ^ D B Q Q Q B Q H I S S B E S B L ^ H B Q Q B I S L W I

iMauMUEttaacatacucmHgiHnraancaanciciE 8 ISlS 8 3 ;8|8 8 IS S IS IS S 8|8l8 8'8 8lS8S|SI8 8:SISISISSiSS:8SI8 818|8 8.8lSiSl8SSi8 8 8|&*

ro :ro -» !-» » u Iro -« » w ro — *. da iro.— * » l o ro !-> » w ro -> » \ u ro

o - " - * - * - " ! — - - I - ' 1 — -. j - * L* i-» - . | encnienenlenenen|enencnl(noi|u<enenen|enkr>l7.en7(& C

1 1 1 8

l o b . o i o ' o i o i o i o i o i o b i

O l O I O I O I O i O ' O b l O ' O I O ' O ' O l O OIOIO O O ' O lO. O O O . O I O i O O I O ' O I O l O O ' O . O O l len ,enierk en en lenienitn en en en len'en tnlenienenlenien'tnienientn'enien'Lnicnie/<lenieniv*lenieftienenienlen'en|enlenenlen!enlen4enlenien:enlen!Q.c In c*lp* p* P* i?*lP>P> P> P* P» t» p» :pt|Otieao>!cBiaiatipiiâtiai,aoiia.03:pi|aia|cB;c»|c*c>ie*ic>ip>kv.c*

I l l Trans I Stat Total Solids Unk ICum Wests I Trans I (Tank n [Year iQtr iTvoe Ivol Ivol Ivol Ivol Itfr I una Ihme Itank I D W X T LANLcommant

I I I I I I I I I I BLJX' lT-109 I_L97S 21 STAT 147 14?J 142 12 j 58|BNW

1975j 3 STAT

1975 [ 4 STAT

1976 1 STAT 1976 2 SEND

KlI^BSSe^MRlKSI

1421 IWA " l l W A

147 IN/A 147 IWA 147 IN/A 147 IN/A 147 tN/A

147 IWA 147 tN/A 147 tN/A! 135 -12 147 12 147 tWA 147 IWA

J47 IWA] 147 IWA I

IX, 58 BNW

BL.IX, 56 BNW 58 SU

BL, IX, 60 BNW 60 SU

63 BIXBN 51 BIXBN

147 IWA 1471 IN/AT 147 IWA 1471 tN/A I 63 BLIXB

63 swliq 63 NCLPX

Anderson comment 1- - _ . | Removed from service 12 to 1p1:T

Removed from service 12 lo 101-T —Dry Wells No. 50-09-01 and 50-09-02 were drilled. Removed from service 12 to 101-T

Removed from sarvica 2 to 101-T.

Removed from service 3 to _I01-TL Inactive salt well pumping.

Satt WW. Pump SanWell, Pump Inactive currenl Inactive current Salt well [nslalltd Prim. Stabilized

j Questionable Integrity

1100 Gal. Pool, New photo 3-26-80

TLM Cum sol solvor% solids sollda i t

0 0 58.000

Ol 58.0001

Ql Q/A ' Document/Pa t I 4IO ,ARH-CD-336B-6

0 58.000 oj 58.000

0 58.000 0 58.000 0 58.000 0 56.000 0 58.000 0 58.000

0 58.000 0 58.000 0 58.000 0 56.000J 0 58.000 j 0 58.000. Oi 58.000 0 58.000 j 0 58.000

0 58.000 0 58.000 0 58.000 0 58.000 0 58.000 0 58.000 0 58.000 0| 58.000

4 O JARH-CD-702A-6

4 0 ARH-CD-702B-6


Tank n Year iQtr T Trana I Stat Total (Solids Unk Cum Waste Trsns

DWXT LANLcommant i Anderson comment TLM Cum sol | |

Sotvol% [sollda aollds llvoa IOI IQ/A Doeumenl/Pg t

T-110 i 1945 11 CSEND T 110 1945 " 1 XIN " T-1.10 1945 1 XIN

T-110 1945 1 STAT T-110 1945 2 XIN [ T-110 1945 2 XIN

; I W A OJSET JT-1T1 j t N / A _ ^ 0 2C ""< J |2C1_ #N/A 0 2C i " J2C1

280 280 337

L_51*l 518 5 ia [

137 665 114 779

845 -135 7 l 0 o u t ~ 596

-66, "["" 530;

528 526 122 '~"~l 650

-S3 530 528 528

528 528 528 528 528 526 528 528 528 528 528 528

609 530

528 528

739 i 663

-67 596 -66 "__ 530

526 528

110,111,H2in cascade.

]110.111,112ln cascade. I

1110.111,112 in cascade.

Cascade. Began overflow to 112 in Oct.

Cascade. Began filling 112 in Jan. '46.

j Cascade. Finished filling In Jury '46.

CascadefuH. Full.

I Full.

0 0 g g o o

0.049549 " 0

0 g.049549 0.049549 0.049549

_ b 0

_b p

0.049549 0.049549

78.783 78.783 J 78.7831 78.783 78783 78.783 82,796 2C1 82.796: 82.796 86.166 2C1 89.485 2C1 93.251 2C1 93.251 93.251 93,251 93.251 97.116 2Ct 99.791 2C1

0.049549 6.1441 6.144 2C1 1 0.049549 1.4865 7.631 2C1 [ 1'

_ 0 g 7.631 _ \ 0.049549 7 . 8 3 3 3 9.464 2C1

j " g.049549 " 2-6756 12.139 2C1 0.049549" 1.7342 13.874 2C1

_ 0 0 13.8J4 0.049549 2.8243 16.698'2C1 0.049549) 4.1126) 20.811;2_C1 0.049549| 4.8558 25.666 2C1

0 0 25.666 0.049549 4.6062 30.473 2C1

; 0.049549 _ 8 J 2 6 38.599 2C1 0.049549 7.4619 46.060 2C1

0 0 46.06g g _ 0 46.060 0 0 .46.080;

0 0 46.080 0.049549 6.7882 52.869 2C1 0.049549 5.6486 58.517 2C! 0.049549 3.2702 61.787 2C1

0i 0\ 61.787' ; 0_ 0 61.767

Oi O1 61 7871

Ol _ _0 61.787 g.049549 6.045 67.832J2C1 g.049549 4.1126 71.945J2C1 0049549 4.8558 76.801 2C1

0 0 76.801 0 . _ _0 76.801 0 0 76.801 bj 0 76.801

0.049549 1.982 76.783 2C1 0 0 78 783|

App. E, T Farm. Pg, 42 WHC-SD-WM-TI-669, Rev. 1

Tankn Year Qtr T Trana Stal ITotal [Soltda Unk Cum j Waste Trana

DWXT LANLC

T-110 1948 3 sand T-110 1948 3 send

HHMjaMj-j.il

IN/Al .12 cas IWA -12 cas

A l ^12[cas 01 - 2 7 -147

Anderson comment TLM Cum sol

I aol vol% | sollda I soltda I type Ql Q/A , Document/Pg I I 0.049549 2.6756 102.467.2C1 1 ; T"~ 0 0 102.467' ' 0 I

0 _ _ 0,102.467 j 0 0 "_" Oi 102^67 _ 0

" Oi" b 102.467 1 0.049549 3.072 105 539 2C1 l]__

'"0.049549 3 1711 108710 2_Cl" i i " [0.049549 ^9549 113.665 2C1 i f ;" g"1" b 113.665 b | 0 g 113-665 j 0 T 0 O" 113 665 0

~ 0 ^ J 7 0 113.665, _ 1 _ 0.049549]_' 5.599 1^9.264 2C1 1

0049549 ~ 4.1627 123.426 2C1 1 0.049549J 6.9368] 13g.363f2C1 1

"" ___g[ 0 130.363 _ 0 7 [ 0 __g 130.363 0

0 _ _ 0 130.363 j 0 g b i3g.3§3 i 1 [

7 0.049549 2.4774 132.641 2C1 f 1. 0.049549 2.9234 135.764 2C1 1 0.049549 1.6B47 j 37.449 2C1 1

_ 0 _ 0 137.449 0 0 0 137 449 0 0 __ 0 137.449 0 _0._7.b '37-449 ' 1 I

, 0.049549 2.8243j 140-273 2C1 i 1) ; i 0.049549 3.3693 143.642 2C1 ' i | !

0.049549 3.4189 U7.061 2C1 | i j j 0 0 147.061 j 0 j

_ 0 0_ 147.061 ? 0 0 " Ol 147.061 " 0 0 _ 0 147.061 1

~ 0.049549 4.6558 151.91? 2C1 1 0^049549 41621 156 079 2C1 1 0.049549 5.5495 161.629 2C1 .1

_ P 7 0 161.629 0 0 _6 161.629 g

__P_ 0 161.629 0 b[ 0 161.629 1

0.049549 5.4008 167.029 2C! 1 0.049549 4.4099 J7M39 2C1 1 0.049549 5.0044 176.444 2C1 1

0 0 J76744 0 0 0 176.444 0,

"_7~ "0 _ 0 176.444" 0 g 0 176.444 1

_p.b4?549 52522 181.696 2C1 1 0.049549 5!4008 167.097 2C1 1 0.049549 __4._B558 i?l-952 2C1 _ 1_ . j

0 0 191.952 0[ g " 0 191.952 0 0 0 191.952 .0 0J 0 191.952 _ 1

0.049549 6.6377 198.790 201 " i 0.049549 7.7792 206.569 2C1 1 0.O49549 - 7.3828 213.952 2C1

http://HHMjaMj-j.il

Trans Stat Total i Sollda Unk Cum waste i Trans I tank I DWXT ILANLcommant

530 528 526

.. L _ 6 ? 4 851

1006 844 687 530

526 528 677

I 849) r io6ii

849 677 5301

528 526

IWA 30 2C tN/A 30 2C tN/A 30 2C IWA ^ g c a s

I IWA 30 cas IWA 30 cas

, 2~r~ 32f" tWA 32 2C IWA 32 20

f lWAJ 32 2C IWA 32 cas

I tN/A 32 cas tWA 32 cas

2 " 34 I IWA 34 2C

1952 2 XIN 1952 2 XIN 1952 2 XIN 1952 21send 1952 2 send 1952 2 send

IwSEBmM&WQ'

I tN/A I 34 20 IWA .34I2C

I IWA 34I2C IWA 34 cas tN/A 34 j Cas

I IWA I 34 cas

1952 2 send

I Anderson comment J Ogden comment TLM Cum sol | .

S0lV0f% Isolida Isollds itvoe IOI Q/A I Dncum»mt/Pri I

0. 0 213.952 0.0495491 8.2251 222.177 2C1 0.049549 7.7792 229.956 2C1 P;04?549l 7.7792 237.736 2C1

bj"" " O] 237.736] 0j_ [_ p; 237.736^ _

' 0j _ P J 237.736] 0 " of 237.736

0.049549 7.3828 245.118 2C1 0.049549 8.5224 253.641 2C1 0049549 10504 264.145 2C1

0^ 0 264.145 " O 0 264.145

g _ o] 264145 0 bi 264.145

0.049549) 8.6215 272.767 201 " 0.049549 " 9.0674 281.834 2C1

0:049549 8.9188 290.753;2C1 g 0 290.753 0 0 290,753 0 0 290.753

" ^ _ 0 290.753 0.049549 7.135 297.888 2C1 0049549 8.5224 306.410)201 0.049549J 9 0674 315 478|2C1

~0'-'~ " 0 315.478

Ol 0 315.4781 I 0 "1 " 0 315.47s! I 1

0049549I 9.2161 324,694 2C1 ■ 1 0.049549] n.149 335.642 2C1 1 0.049549"] 10.158 346.bb0 2C1 1

0 _ 0 346.000I _ 0 g _ "_.b 346.gogf o 0 b 346.000 0 0 0 346.000 1

0.0014111 0.276 346.278 2C2 1 0.001411 0.1623 346.440 2C2 1 g.g01411 O.302 346.742 2C2 1

" _ 0_ 0 346.742 0 0 ___. 0 346.742 0 g "" _g 346.742 0 0 0 346.742 1

0,008197 0.9426 347.6851 224 1 0,008197 0.7049 348.390 2241 1 0,001411 0.0198 348.409 2C2 1 0.001411 0.2342 348.644 2C2 1 0001411 g,050e 348.694 2 C 2 I 1 0001411 0.0691 348.764 2C2 1 0.001411 0.055 348.819 2C2 1 0.001411 0.0762 348.895I2C2 i 1

0 0 348.895 0 0 0 348,895 0 0 0JM8.895 J 0 0 ■ " 0 348.895 ; 0 0 0 348.895 ' 0

3. E, T Farm. Pg. 44 '.VHCSOWMTI669, Rev

Trans Stat Total | Sollda Unk Cum IWssle Trans [ \ tank DWXT ILANLcommant

544 530

530 530

■34 cas | -34 cas { -34 2C -34 224 -34 224 -34 224 -34 20 -34 20 -34 2C -34 2C -342C ^34 2C ^34 2C -34 cas

5301 530 ! " 62a!

530 530 i 628

113 741

-34 224.2C -34224 -34 224 -34224 -34|2C -342C -342C -34 cas -34 cas -341CM

Anderson comment Ooden comment

Active cascade - T Plant.

Active cascade - T Plant 2nd cycle. 224 1 sect 5

Active cascade - T Plant.

1 - ° 0.008197 0.008197 0.008197 0.001411 0.b0141!

J M B H I I 0,001411 0,001411 0.001411

I 0.001411 7 " " o

o 0.008197 0.008197 0.008197 0.001411]

_g.00141l 0.001411

_ _ g J^ 0

TLM )cum jsol i I solvor% solids solids

0 __ Oi 348.B95 i 0 ' " 6 7 0 348.895 i 0

0 _Pj348.8?5 ; 0 "~ '_ 0 0 348.895 i 1

0.008197 .0.9508 349.846 224 1 | 0.006197 1.2705 351116 224 1

0.008197 0.4918 351.608 224 1 0.001411 .0.1312 351.739 2C2 1 0.001411 0.1369 351.876 2C2 1 0^ggi411_g.0296 351.906 2C2 1

"0.001411 0.1397 352.045 2C2 1 0001411 0J679 352.213 202 1

" O . o b u i l " 0.031 352.244 2C2 j 1 0,001411 '0.1199 352.364 2C2 1

" 0 0 352.364 j 0 _ Oj 0 352.364 \ 0

0; _ 0 352.364 0 0 0 352.364 0

_ ° 0 352.364 0 g 0 352.364 0

" 0 0 352.364 0 0 . _ _ 0 352~364 0

" 0 0 352.364 0 i 0 0 352.364 i 0

Ql Q/A ; Document/Pa I 0 i 0 i o !

D; 352.364, __ j 0.8033 353.168 224 0.6475 353.815 224

1.082 354.897 224 0.0833 354.960 2C2 0.1157 355.096 2C2 0.2286 355 325 2C2 g0917 355.416 2C2 0.2512 355 667 2C2 0.1524 355.820 2C2 0.3076 356.127 202

0 356.127] 0 356.127] 0 356.1271 0 356.127 0 356 127 0 356.127 0 356.127

_ _ 0 356.127 I 0 356.127 f 0 356.127,

0 356.127 1 0.8033 356.931 224] 1 0,9262 357.657 224 1

1.377 359.234 224 1 0.2256J 359.460 202 1

J1.2766 359.736J2C2 1 0,3951 360131 2C2 1

0 360131 0 _ 0 360.131 0

b 360.131 ■ 0

p. E, TFarm. Pg. 45 WHC-Sn-WM-Tt-669 Rev 1

I Tank n Year Qtr iTv T110 1953 11 send T110_ 1953 l lsend T110 1953 i send

T110 1953 1 STAT T110 1953] 21 XIN

Trana SUt Total Soltoe Unh Cum Watte j Trans ! . vol Ivol I vol |vol |tfr unh typa j tanh ] DWXT

1601 I 7411 | IWA _ 34 cas T j 11__ 113 628 IWA 34 cas t " T T 7 I 1 ~ 98 530 i l W A 34 cas 1 If111

530 530 680 837

1082 837| 680 530

5301 530

530 IWA IWA IWA IWA IWA IWA IN/A

530 IWA •N/A IN/A IN/A IN/A IN/A IN/A

J953 3 STAT 1953 4 XIN 1953 4 XIN 1953 4 XIN 1953 4 send 1953 j 4 send 1953 4isend

1953 4 STAT 1954 1 XIN 1954 1 XjN _ 1954 i XIN

521 IWA IN/A

__ IN/A" IN/A IN/A IN/A

530 tWA tWA tWA

"~ tWA tWA tWA

JIWA 530 tWA

SWA IWA

— IWA

' IWA IWA IWA

530 IWA IWA IWA IWA IWA IWA IWA

■34 224. 2C :34 2c 34 2C 34 2C_ 34 cas -34|cas [ -34|cas |

530 530 366 896 408 1304 415 i l l 719

_415 1304 408 I 896 -3661 [ 5301

530 IWA IWA IN/A

___ »N / A

" "tWA tWA

I tWA

I LANL comment Anderson comment I Oadan comment

ActivecascadeTPiant 112T cascades to crib.

3 tanks cascade to crib.

3 tanks cascade to crib. T Plant active 2nd cycle waste.

jT Plant active 2nd cycle and J224 waste. 3 tank cascade to !crib.

T Plant active 2nd cycle t 224 waste cascade to crib.

TLM iCum sot i i eolvor*. sollda Isollda itvoe Ql I Q/A ' Document/Pa I

0 _ 0 360.131J i 0 j 0[ 0 360.131] | b' I ~6\~" "b 360.131 """ 1 "ol I

0, g.001411 g.ooi4ii

_g .oo i4n "bi" ?1 0' 01

0.001411 0.001411 0.001411

0 0 0|

0 360.131 0.2117 360.343 2C2 0.2215 360.565 2C2 0.3175 360.882 2C2

bl36b.B62l 0 360.6621 b 360.6621 0 360.882I

02498 361.1321202 0.2187 361.351j2C2 02413 361.592I2C2

0 361.5921 0 361.592

.0 361.592|

0 0 361.592 0001411 0,2822 361874 2C2 OOpHii .0^302 362.176 2C2 0.001411 0.3767 362.553 2C2

_" g _ _ 0 362 553 0 bj 362.553 0) 0j 362.553)

0 0.001411 b.bbuii 0.001411

g 0 b

0.001411 0.001411 0.001411

b 0 b 0

0.001411 0.001411 0.001411

"b 0 0

0001411 j 0.5164 366.923 2C2 ; 1 0.bOJ41JJ_ 0.5757 ^67.498 2C2 1 0.001411j 0[5856 368.084 2C2 \ 1

OJ" 0 368.084 ' 0 0J 0 366.084 ', 0 0' 0 366.084 0

0 362.553 0.4755 363.028 2C2 i 0.4304 363.459 2C2 0.4304 363.889 2C2 '

0 363.889 '. 0 363.889 0 363.889 j b 363.889 i

0.1736 364.063 2C2 I 0 4177 364 480 2C2 0 4459 364.926 2C2

0 364.926 0 364.926 0 364.926

" b 364.926 0.4854 365.412 2C2 O4741 365.886 202 0.5207) 366.406 2C2

OT 366.406 i 0 366.406 ! 0 366.406

App. E, T Fann. Pg. 46 WHCSDWMTI669, Rev. 1

Tank n Year I Qtr T Trans Stat Total Sollda Unh Cum waste Trans 1

tank iDWXT LANLcommant

T110 1956 2 XIN

T110 1966 2 XIN T110 1956 2 Sand T110 1956 21 send THO 1956 21 send T110 1956 2 STAT T110 1956 3 XIN

530 530 MobeT

1454 2170 1454 976

I 530 530 530T

749 1165 1645 1165 749 530

530 530 "1 weT

1331 1809 1331 023 530

530 530 908

1162 I 1385 | 1007

753' 530

530 530

239 1108 ■239 -175 694 -164 530

530 530 595

724 625 560 530

530 530

530 IWA IIWAl IWA

I tWAi tN/A IWA

530l IWA[ #N/A| tN/A tN/A

I IWA IWA IWA

530 IN/Al mwT"

I tN/A I tN/A IWA

I tN/A I I tN/A I

530 IWA tN/A

l»N/A 7 IWA I

—1™*L I IWA ! IWA

530 tN/A IWA IWA IWA •N/A •N/A IWA

530 IWA IWA

IWA 34 TFSH

IN/A 34 TFSH IWA 34 cas IWA 34 cas IWA 34 cas

5301 IWA I 34 |#WA 34 2C~ IN/A 34I2C

Anderson comment T Plant active 2nd cycle 1 224 Waste cascade lo crib Full ol sludge.

j TLM iCum sol ]solvor% sollda isollda

g[ 0[368.084 0.001411 f"""0.6745]368.759 2C2

Ql Q/A ! Document/Pg I

0.001411 g.62931 369.3881202 O.Clbl411 1.0103T370.398!2C2

0I 0 370.398 0 0 370.3981 o\ gl370.398!

"" of o[37b.39et 0.001411 0.309 370.707 2C2

JM»1411 ..g:587 371.294 2C2 0.001411 JD.6773 371971 2C2

" Oi 0 371.971 0 0 371.971

7 o " 0 37J 9711 ~~ 0 " g 371.971 j 0.001411 0.5757 372.547|2C2 0.001411 0.5545 373102 2C2 0.001411 0.6745 373.776 2C2

0 0 373776 0 0 373.776 PJ P 373.776

__" [ 0 0 373776 g.001411 0.5334 374.309I2C2 0O01411 g.3584 374.668 202 0.001411 0.3147 374S83 2C2

gi g 374.983I " bf 0 374.963]

b ] 0 374.983] Ol 0|374.983|

0.001411 0.2314 375.214I2C2 0.001411 0.2469 375 461 2C2 0.0014111 0.3372 375.798 2C2

0 0 375.798 0 0 375.798 0 0 375.798 0 0 375.798

0.001411 0.0917 375.890 202 LC2CIOTFSH. conlllci between trana type and waste type column In SDWM TI058.

LC2CIO TFSH. conflict between trans type and waste typa column In SDWM TI058.

T110 1956 3 XIN 21 T110 1956 3lsend I 461

tN/A 34 TFSH "IWA ^34|cas

LC 2C to TFSH. conflict between trans type and waste type column in SDWMTf058.

0 0 375.890 1 0 0 375.890 0 0 0 375.890 0 0 0 375.890 0 0 0 375.89g _. _. J. 1

.0-001-411 0.0649 375.955 2C2 1 0.001411 0.0452 376.000 2C2 i

0 376.000 0 376.000

App. E. T Farm. Pg. 47 WHC-SD-WM-TI-669, Rev, 1

Tankn I Yaar I Qtr Trans Stat Total Sollda lUnh ICum Waala Trana

tank DWXT LANLcommant I Anderson comment den comment i I TLM Cum isolvor% Isollda Isollds IQI IQ/A Document/Pg t

T110 j 1956 3 send T110 I 19561 3 STAT

(T110 | 19561 4ISTAT

530 j 5301 5301 530 530 530 530

527 527 5271" 527 527 527 527 527

527 527 524 524 524 524 524 524 524 524 524 524 524 524 524 524

524 524 N/A I 524

I IWA j -341 cas 5301 IWA i 530 IWA :34] _ obbf lWA 34|2C

46 3 46 IWA 46 IWA 46 IWA 46 IWA

46 IWA 46 -3 46 tWA 46 *WA 46 IWA 461 tN/A I 461 tN/A I 461 tN/A I

524 524 WA 524

524 524 WA 524

524[ 524 WA 524



37 224, 2C] 37 " 1 37 2C 37 20 ■37 2C

37 224.2C -40 2C •40 2C 40 2C 40 2C 40 2C 40 2C

_^0 2C

40 224. 2C 40

40 224, 2C

_ *P

-40 224, 2C 40

40 224, 2C 40

I Latest electrode reading

6 months report

6 months report

j 6_months report

0 376.000 0 376.000 0 376.0001 ol3_76.goo[

g[ 376.000; of 376.0001 0 376.000! 0 376.000: 0 376.000]

0 376.0001 Oi 376.0001 01376.000 0 376.000 0 376.000 0 376.000 0 376.000 0 376.0001

g 376.000 0 376.000

0 376.000 0 376.000,

0! 376.000^

01376 000: 0 376.000.

524 5241 N/A I 524

46 #WA •WA

40 224.2C 40

16 months report 01 376.0001 0 376.000

524 524 WA 524

524 524 WA 524

524 524 WA 524

524 524 WA 524 532 532 532 532 532 532 532 532 532 532 532 532

46 tN/A •N/A

SO? _ 8 _ 508 «WA 508 tN/A 508 IWA 508 *WA 5081 tWA 508 #WA

40 224.2C -40

-40 224, 2C 40

40 224. 2C •40

40 224. 2C 40 ~ 32 2C 32 20 ■32 2C 32 2C 32 20 32 20 32 20

6 months report

6 months report

j 6 months report

6 months report [

16 months report

0 376.000 0:376.000

0 376.000 0 376 000

0 376.000 0 376.000

0 376.000 b! 376.000 g|376.goo 0 376.000 0 376.000 0 376.000 Oj 376.000 bl 376.000 0 376.000

App. E, TFarm, Pg. 48 WHCSDWMTI669, Rev 1

! j j Trans Stat Total Sollda Unk 'Cum Waata Trans ' I |Tanh_n {Year |otr JTypa |vo» jvol Ivol ivol Mr junk type tank IDWXT I LANL comment IT-110 | 19671 2lSTAT__l I 5341 5341 5Q8l 2 I -30 ST I _ i I |T-110 j 1967J 3]STAT | | 534]" "534] 50ef tWAJ -3o|2C " "| "" "" "j "I

_1967 __4 STAT

1968 1 STAT 1968 2 STAT 1968 3 STAT 1968 4 STAT 19691 " 1 STAT

J96? 2 STAT

_1969 3 STAT 1969 4 STAT 1970 1 STAT 19701 2| STAT 1970 3 STAT 1970 4 STAT 1971 1 STAT

_1971 2 STAT 1971 3 STAT

1971 4 STAT

19721 1 STAT 19721 2 STAT 1972] 31 STAT

I I 19721 4[STAT 1973 1 STAT

1973 ^ STAT_ 1973 " 3 STAT

J 9737 _4 STAT

1974 1 STAT 1974 2 SEND

1974 2 STAT 1974 3 XIN

. 508 IWAJ -30 224. 2C_|

535 535 534 534 534 534 534 534 534I 534 534 634

534 534 534 534 534 534 534 5341 534 534 534 534| 534 534 534 534

-29 224.20 •30 2C

506 IWA -30 2C 50e| lWA| "-30 2C" 508! IWA -30 2C sbeTtwAf 3b|2c

508 IWA 293 IWA 293 IWA

293 IWA 293) tN/A 293 tWA

_2M tWAl 293 IN/A |

^ 0 224.2C -30 20

_-30 2C -30 20 -30 2C -30 20 I

33pf2C I -30 20 -30 2C

534 534 293| lWA| -30|224.2CJ

535 535 535

535 536

536 531 531

531. _

475

535 535 535

_ 5 3 5 _ _ 5 3 | . _

_..536 531 531

531

-*&... 475 483

_ _293 _ 1_ 242 IWA 293 IWA

293 IWA 293 1

293 IWA 293 -5 293 tWA

293 tWA IWA

293 3 IWA

-291224, 2C -29 2C -29 2C

-29 224,2C -28 20

•28 224. 2C -33 20 -33 20

-33 224, 2C -33 SU

-30 224,2C -30 WTR

f| slats at 224 f| stats at 224

if) stats at 224

WTR Omis.

T-110 1975 4 STAT T-110

T-110 T-110

T-110 T-iio T-110

1976

1976 1976

1976 1976 1976

1 SEND

1 STAT 2 SEND

2 STAT " 3 STAT

4 STAT

483 483 483 583

* 8 3 .

*83

472

*« 466 466

483 . 483

483 _ « 3

483

483 -_*74

472 ..46*

466 466 466

_2?3 IWA -30 224,2C 466 IWA -30 2C 466 IWA -30 20 466 tN/A O02C

466 IN/A -30 2C

Ape #WA _ ^ 0 224. 20 _ _ «WA -30 SU

466 J2_ -32 224 IWA -32 SU

466 IWA] -30[ 466 I N / A T -3bf

I Anderson comment I Oaden comment TLM Cum

I sot v o l * solids sollda OJ Q/A Document/Pg I

Oj 376.000 1

oj 376.000 01376.000 0(376 000

0 __

P 0 0 0 oi °l °L-. oi °I Pt . . .

5l -01 oj 0! ol

0 376.000

0 376.000

0 376.000 0 376.000 0 376.000 0 376.000;

0 376.000 _ b 376.gob

0 376.00g 0 376.000 g 376.000 0 376.000 0 376.000 0 376.000 0 376.000 0 376.000 0 376.0001

i 1

.i J 1 1 1 1 1

i 1 1 1 1 1 1 1 1

i

6 Water. * Dry Wells No.s 50 10-05, 50-10-07 and 50-10-igwere drilled Awaiting solidification. Awaiting solidification.

" D r y Well No. 50-10-08 was drilled

Removed from service 9 to 101-T.

Removed Irom service 8 to 101-T. _ _ Inactive salt well pumping.

0i 376.000! I 01 376.000] 1

0 376.000 0 376.000

_g~ 376.000

0 376000 [0 376.000

0 376.000! 0 376.0001

0 376.000 0 376.000 0 376.000 0( 376.000

g 376.oog 0 .376-000

0 376.000 0 376.000

g 376.goo 0 376.000 0 376.00b

4 0 IARH-CD-133B-6

3|V ARH-CD-133C-6

4|Q IARH-CD-702A-6

4lO ARH-CD-702B-6

ipp. E, T Farm, Pg. 49 WHC-SD-WM-TI-669. Rev 1

Trana Stat ITotal [Solids Unk ICum j Waste | Trans I Ivol Ivol Ivol Ivol I Mr unk i t v » tank JDWXT LANLcommant

1977]__2]STAT 1977T sisTAT"

466 IN/A 466 tN/A

466 tN/A 466 tN/A 466 tN/A I 454 -12 466 12 466 IWA 466 "tWA 466 IWA 466 IWA 466 IWA 466 IWA 466 IWA 466 IWA

IWA 376 IWA 376' IWA 376 IWA

-30 224-2 -42 224-2 -30

_-3P L3g

_-30 -30 -30 -30 -30 -30 224-2 -30 swliq -30 NCLPX -30 J J -30

Anderson comment

Inactive current Salt Well Installed Inactive current Inactive, Prim. Stab

I New Photo 4-30-80

I TLM Cum sol so lvor * aollds soHds Ityi

0 376.O00J 0 376.OO0J

0 376.OO0J g 376.000] b 376.000 i 0 376.000; ol376 000l g 376.000; g 376.gog

"g 376.000 0 376 000 9 376.900 j 0 376.000! 01 376.000 j 0 376.000 0 376.000 0 376.000 9 376 000 0 376000

OJ Q/A DocumenVPai

Trana Stal Tetal |Sollda Unk ICum Waata Yaar Qtr T

19001 j j 1945 " 1 CREC j 1945 1 CSEND 1 1945 1 STAT 7 1945 2 STAT 1945 3 STAT 1945 4 rec 1945 41 rec

tN/A 0 SET IN/A" | 0 SET tN/A 0 tWA 0 IWA 0 IWA Ocas tWA Ocas

I Trans j tank I DWXT LANLcommant

lt-iio'J'7 _..!_. "_.~_"11... 1T-112 I |

T-110 T-110 T-110 T-110 T-110 T-110

T-110 T-110 T-110 T-110 T-110 T-110

7-112 T-112 IT-112

T-110 T-110 T - n g _ T-110 T-110 T-110

T-112 T-112 T-112

IT-110 IT-110 T-112

1 . ._ 4 J.

T-006 CRIB

OJSU __. JT-008 _[CRIB__[

1948 1 rec 19481 1 STAT

1948 2 STAT

1948 3 STAT 1948 41 rec

1948 4 send 1948 4 sand

1948 4 STAT

1949 1 rac 1949 1 rac 1949 1 send 1949 1 send 1949 1 send 19491 1 STAT

T-110 T-110

T-110 T-110 T-110 T-110 T-110 T-110

T-110 T-110 T-110 T-110 T-110 T-110

T-110 T-110 T-110 T-110 IT-110 T-110 r T-112"

T-112 T-112

T-110 T-110 T-110 T-110^ T-110" T-110'

T-112 T-112

T rf7-i2

and stats a 1528

Anderson comment I Ooden comment j TLM i Cum sol solvor% solids Isollda Ql !Q/A <Documenl/Pgt

i Full iFul l Cascade full.

_ J*5fP"J.°_ _c_rit>ln Saptamber

Jetted lo crib In October

[Receiving waste In March.

0.021654 0,021654

7ui?1654 0

0.b21654 0.021654

"_ 0.O21654 0 0

I Oj f o

0.021654 0.021654 0 021654

0 _ 0

g o

0.021654 0 o

! Oi i bi i ol j .... Ql I °l J °J I Oi

0.0216541 0

0.021654 0.021654 0.021654

g 0.021654 0021654 0.021654

g g.g2i654 0.021654 0.021654

0

■ - I 0.021654 3.0316 40.927 2C1 0.021654 2.4036" 43.331 2C1 0.021654 1.819 45.150 2C1

0 0 45.150 ' 0 " 0 45.150

i> 0 45.150 0 0 45.i50!

0.000 _oggp 3.551 2C1 6.821 2C1 8.662 2C1 8.662

i 1.585 2C1 14.054; 201 15.483 J2C1 15.4831 15.483 15.483 i s * " 18.081 2C1 20.204 2C1 22.001 2C1 22001 2Z001 22.001 22001 22.824 2C1 22.824 22.824, 22.824] 22.824! 22.824! 22.824 22.824 22.624 22 824 24.535 2C1 24.535 26.180 2C1 27.631 2C1 29.060 2C1 29060 30.706 201 31.875 2C1 33 045 201 33.045 35.2ig 201 36.596 2C1" 37.895 201 37.895 37.895 j 37.895 f

p. E, TFarm, Pg. 51 WHC-SD-WM-TI-669, Rev. 1

i Trans Stat Total Ivol vol vol

Solids IUnk ICum Waste vol tfr unk type

I #I*A -211 cas . ,_._WA -21 jcas j IWA -21 cas

I IWA -21 cas ] tWA '"' -2i cas"

528 528 597

4 _§65 j " 720

65T 583 528

528 526

DWXT LANLcommant 11-110 I

-64 528 528 528

J07 635 101 736

i 825 -107 718 -101 617

OJIWAi .J***!.

IWA I IWA I IWA

I IWA I IWA I

T-110 I-1J0 T-110 T-112

iilii_

(Anderson comment den comment j j TLM | Cum *o\ solvor% sollda soHds |i _ 0.021654, 1-2776 46.427 2C1

0.0216541 1.0394 47.467 2C1 0.021654J 0.7363 46203 2C1

_ o\ 0 48,2g3 0' 0 48.203 ol 0 48.203

" bj P 48.203 _ 0.021654 1.4942 49.697 2C1 0.021654 1.4725; 51.169 201 0.021654 1491; 52.360 2C1

0 0 52.360 0 0 52.360J 0 " " p 52.360i

_ g g 52.360; ; 0.021654 2.4253 54.786 2C1 i 0021654 2.0788 56.865 2C1

0.021654J 1.819 58.684 2C1 Oj 0 58.684 0! _ g 58.684 0 g 58.684 0 0 58.684

0.021654 2,317 _ §1001 201 0.021654 2.1871 63188 2C1 0.021654 1.9272 65.115 2C1

0 0 65.115 0 OJ 65.115J 0 0 (35.115; 01 0 65.il5,

j 0.021654 2.3603 67.475;2C1 i 0.021654 2.2521 69.727I2C1 j 0.021654 2.1221 71850 2C1 : 0 0 71.850 i '"_ g g 71.850 j 0 0 71.850

j g b 71.850 j " 0.021654 3.3998 75.249 2C1 I 0.021654 3.2265 78.476 2C1 j 0X121654 2.945 81.421 2C1 I _ P 0 81.421 j 0 0 81.421 ! 0 0 81.421 ] "" 0 0 81.421 I .OgS^M 35513 84.972 2C1 I g.021654 3.3998 88.372 2C1 [0^21654 3.3998 91.772 2C1 j 0 0 91.772 ! 0 0 91.772 I" 0 0 91.772 j 0 _ 0 91.772 | 0.021654 4.5907 96.362 2C1 j 0.021654 3.7246 ipg.p87 201 j_ gb21654 3.1632 103.270 2C1 r _ _ 0 0 103.270 1 0 0 103.270 j _ 0 0 103270 | " O O 103.270 _ I 0.021654 3.9628 107.233 2C1 T 0021654 3.697B 111.131 2C1

Ql Q/A Document/Pq I

: Oi 1 0. I

. Oi


Tank n Year Qtr iTv

T111 I 1951 2lrac_ T111 f 195J] 2 [sand

■1 2 sand

Trans Stat ITota l Sol lda v o l vo l v o l vo l

I 1721 I 10631 1831 880

I O807 _ |_ Tbbf 530

__4..674i _530|

N/A 530l 755 960

1146 921 716 530

530 530 744 941

1056 8421 645 530

530 530

Unk C u m Waste

I W A ) 25 cas t W A [ 25 cas" I W A i 25 cas

I I W A 25 cas

IWAI -251 cas ■ »n | M i cas WAi 25 cas

IWA 25 cas tWA 25 cas

I tWA 25 cas IN/A 25 cas

1952 2 send 1952 2|send 1952 2 send 19521 2 send 1952 2 STAT 1952 3 rec 1952 3 rec 1952 3 rec

619 580 544 530

530 530

T111 1952 3 send T111 J_ 1952 3 send T n i | 19521 3 send

T111 I 19521 3'send

[Trans i I lank DWXT ILANLcommant

_ i l 112_ LL112

Tr~ii2

I A n d e r s o n c o m m e n t

A p p . E. T F a r m , Pg . 53

T L M Cum sol j s o l v e n t . so l lda Iso l lda type Ql l a / A i D o c u m e n t / P g i

j _0 .p21654 3.7246 _1l4.a55j2C1 01 j ' """ 0 " 0 114.855' 0 '

0] __.0 114.655 ] 0 bf 0 114.BE5 ( 0

"" 0 114,855 1 0.021654 _3.962B H8.818 2Ci 0 0.021654 3.7246 122.543,201 0 0.021654" 3.1182 125.661 2C1 j 0

0 ^ 0 i 25 .661 . g 0 _ g _ 1 2 5 . 6 6 i 0 0 _ " . 0 125.661" 0

_ I 0 125.661 — 1

0.021654" 4.8723 130.533 2C1 0 0.g21654 4.4392 134.972 2C1 0 0.021654 4.0277 139,000 2 C 1 _ 0

0 0 J39.00o]_ 0 g b i39.goo b o g i 39.000 0 0 " 0 139.000 1

001989 4.2564 143.256 202 0 00198? 3.9182 147.175 2C2 0 0.01989 2.2873 149 462 2C2 0

0 0 149.462 0 0 ._g7i9.462 0 0 0 149.462 . 0

_b] 0J '19.462 1 001989 3.3017 i52.764 2C2 J 0

0.029508 3 3934 156.157 224 0 0.029508J 2.5377 158.695 224 0 6.019*9 1J)74 159769 2C2 0 0.01989 b!9746 160.743 2C2 0 0.01989 07757 161.519 202 0 g.bi9e97_g7J6 162.235 2C2 0 0.01989 " 0.2785 162.5 i~4 2C2 0

0 g 162.514 0 0 _ " 0 J6JJ.5J4 g' 0 _ g 162.514 0

g ° f62-§14 0 .._? _.b 162.514 0

0 _ _0 162.514 0 _ 0 0 162.514 0

P 7 0 162.514 0 0 0 162.514 1

0.029508 4.5738 167.087 224 ! Oi 0.01989 2.3669 169.454 2C2 0

0.029508 3.423 172.877 224 0 0.01989 1.9691 174.646 202 0. 0.01989 1.9293 176.775 2C2 i Ol 0.01989 1.8497 178.625 2C2 Ql 0.01989 1.6906 180.316 2 0 2 0

0.029508 1.7705 182.086 224 0 43,01989 _0,4376 182.524 2C2 0_

p.gi.969 0,4177 182.942 202 I Oj 0 0 182.942 0 g _ 0 182.942 0 P _ _ P 162.942 0 0 ■ 0 182.942 Oi

WHCSDWMTI 669 , R e v 1

{Trans Stat lTofcH Solids Unk Cum Waste Ivol Ivol Ivol Ivol Itfr I unk llvoe

I EII!HII!!!!&KjL?23HI

l i l l a H E ^ I 530 530

I 748

tWA -25 cas IWA -25 cas IWA -25 cas IWA -25 cas

' 'WA -25 cas 0) IWA -25 20

IWA -25 cas IWA -25 cas

| IWA| -25Ices tWA -25 cas IWA -25 cas IWA -25 cas

^251224, 2C_ -25 "cas -25 cas

-25 cas -25 cas -25 cas ■25 cas -25 cas -25 cas ■25 cas -25 cas -25 cas

530 530 191 IWA -25 224,2CI _ I I 7551 IWA -25 cas |T - i l 0 " T-110

912 tWA -25 cas T-110 T-110 1062 IWA !25cas T-110 T-110 837 tWA -25 cas T-112

) IWA -25 CSS " T-112 530 IWA -25 cas T-112

530 530 177 707] 171 878 155 1033

■177 856 -171 1 -155 530

246 tWA -25 224. 2C I I W A ^ f c a s r r i i o T-110 IWA -25 cas T-110 T-110 tWA -25 cas T-110 T-110

I tN/A l -25âs I T-112

IClxJHÊ

Active cascada T Plant -112-

T cascades to crib.

3 tank cascade to crib.

0 .0 0 0

0.01989 0.gi989J 0.019891

0.029506 0.01989

0.029506 _0.01989 0.b~29506

0.01969 a01989|

Ol

0.029506 0.01989

0.029508 0.0295O8

0. 0 0 0 0 0

0 0 233.237 _ 6.01989 4.4752 237.712 2C2 001989 3-1227 240.835 202 0.01989 2.9834 243818 2C2

0 _ P 243.618 b " 0 243.818 0 0 243.618

0.01989 3.5205 247.338 2C2 0.01989 3.4011 250.740 2C2 0.01989 30829 253.822 2C2

0 0 253.822 . " b 253.822

0 6 253.822!

0 182.9421 0; 182.942 oi 182.942

_ 0 182.942 0 ia2.942 b i82.942

4.3359 187.277 202 3.5403] 190.818j 2C2 3.22211 194.040I2C2 3.6951 197.935 224 2.1481 200.08312C2 2.8911 202.975 224 1.6309 204,606i2C2 2.3311 206.937I 224 1.2928 2O8.230!2C2 1.17351 2M.403 2C2

6f 209.403 0 209.403 0 209.4g3 0 209.403 0 209.403 0 209.403 0 209.403 0 209.403 0 209.403 0 209.403

5.5691 214.972 2C2 j 0 3.8984 218.671 202 j 0 4.9574 223.628 224 0 3.1823 227.010 2C2 j 0 3.3344 230.345 224 i 0 2.8918 233.237 224 0

0 233.237 0 0 233.237 0 0 233.237 0 Ol 233.237 0 0 233.237 0 0 233.237 0


Tank n Year IQtr T

T141 4953 31 STAT T11.1 1953 4 rec t111 1953 4 rec T111 I 1953 4 rec T111 " r i 9 5 3 ' _ l s e n d _ t l l i 1953 4 send T111 1953 4 sand

.1.1953 4 STAT_ f 1954" 1 rec

... 1954 1 rec _ __1954) i rec

1954' 1 sand 1

» 4 _ l s e n d 1954] i lsend

1954 1 STAT 1954 2 rec 1954 2 rac 1954 2 rec 1954 2 send 1954 2 send 1954 __2_fsend_

7 1954) 2) STAT 1 J?54i_ 3 rec" i 19541 3 rec

1 « 4 3 rec _ _ 1954 _ 3 send

_ 19541 3 send

1954! 3 sand

Trans Stat 1 Total Solids Unk Cum waste Trana l 1 |vpl jvol Ivol |vol Itfr unk Itype lank DWXT ILANLcommant I Anderson comment I Oaden comment

530) 5301 213JIWA 25l224.2Cl M>WA I 25 cas f lWAJ 25jcas IWA 25 cas IWA 25 cas "tWA i25cas tWA 25 cas

JT110 IT110

ffiio [tiio T110 T110

T412 _T11_2_

it112

3 lank cascade to crib, T Plant active. 2nd cycle waste.

TLM ICum jaol I i ) isolvorK Isollda Isollrte llype Qt lQ/a innrunvni/pn •

0 0 253.822 g.019B9 5.3105 259,i33 202

' 0.01989 4.2564 _263.389 2C2 0.01989 3.9779 267.367 2C2

"7 " " 0 " 0 267.367i

[_ 530] _53g 337) ; 667 305 1172

305 1477 337' 1140 ■305 835 "boil 530

230 tWA tN/A

JJN/AI IWA

__ IWA IN/A

__ tN/A

299 IWA IWA tN/A IN/Al IWA IWA IN/A

530 530 _ 369 I 8991

344| [ 1243 _336 _1579

-369 1210 3441 J _ 8 6 6 336 530

530 530 415 __945 408 1353 366 1719

415 1304 408

■366 530 5301 53bt

716 1246 478 1724 446 "" 2170 -716 1454 ■478 876

_4*6 53p

530 530 480 1010

^25 224, 2C 25 ca_S_7 T110 T110 25_ca4 _ T110 TIJO 25 cas T110_ T110. 25 cas T112 25 cas ~ 1112 25 cas T112

■25 2242C 25 cas 7110 T110 •25 cas T110 T110 25 cas T110 T110 -25 cas I T-112 -25 cas J I T-112 -25 cas 1 |t-112

-25]cas _|T-11p T-110" ~-25 cas IT-110 t-110 •25 cas IT-110 T-110

^25 cas _ | |T112 _j25 cas " I JT112 25 cas T112

T plant active 2nd cycle and 224 waste 3 tank cascade to

T Plant active 2nd cycle * 224 waste cascada to crib.

T Rant active 2nd cycle t 224 waste cascade to crib.

3771 IN/A I tN/A I IWA IWA IWA

IN/A ~439 IWA

IWA tWA tWA tWA IWA IWA

487 IWA tWA

IWA IN/A tWA

_ IWA I IWA I

25 224 25 cas T110 T110 ^257cas lT110 IT110

T Plant active 2nd cyde 1 224 wasle cascade to crib.

T-110 T-110 T110 T110 j 4 i o _ i 4 i g_

t112

25 224.2C 25 cas JT110 T110_ 25 cas T110 T110 25 cas rr110 T110 25 cas T112 25 cas T412

~25JSU T005 CRIB 25|SU T005 CRIB

T Plant active 2nd cyde t 224 wasia cascada to crib.

OS J.H//HI £OI.M< j 0 _ . 0 267.367j o ]~ 0 _267.367[ Oj 0 267J367)

g.01989 6.7028 2J4070J2C2 gbl989 60663 280.136 202 0.01989 6.0663 286.203 2C2

0 " g 286.203 0 0 266.203 0; 0 286.203

0.01989 6.2851 292.488 2C2 0.gi9B9 5.8873 298.375 202 0,01989 2.4464 300.821 202

0; 0 300.821 0] 0 300.821 0! 0 300.821

0 _ 0 300.8211 0.01969 73393 308.161 2C2 0.01989 6.642 315.003 2C2 001989 66829 321.666 2C2

g _ 0 321.686 0 0 32i.686-

0 321.686 8.2542 329.940 2C2 8^1149 338.055 2C2 7.2796 345.334 202

0 345^334 0 345.334 0 345 334

__ 0 345.334 i4.241 359.575 2C2 9.M72 369.083 202 8.8706 377.953i2C2

0 377953 0 377.953 0 377.953

0 0 377.953 0.01989 9.547 387 500J2C2 g.gi989 8.2741 395.774 202 0.01989 43558 400.130 202

_ 0 " 0 40g.130 g 0 400.130 0 ■ _ 0 400.130J ol " 0 400.1301

App. E, TFarm, Pg. 55 WHCSDWMTI669 Rev 1

Trana SUt Total I Sollda Unk Cum [waste Trana |Tank_n |rear |otr |Type vol vol |vol |vel |tfr lunk Itypa IUnk iDWXT ILANLcommant

1955 2 STAT 1955 31 rec 1955 3 rec 1955 3 rac 1955 3 send 1955 " 3 send 1955i 31 send

530 530 478 1008 408 1416 393 1609

-478 1331 -408 923 -3931 I 5301

4021 IWA IWA ■WA IWA IN/A tWA

I tWAl

-25 224,20 -25 cas T-110 T-110 -25 cas T-110 T-110 -25 cas T-110 T-110 -25 cas T-112 ■25 cas T-112 -25 cas t-112'

1955 3 STAT 19551 4|rec_ _ 1955] 4lrec 1955 4 rac 1955J 4 send 1955 4 sand 1955 4 send

430 IWA -25 224.2C I tWA -25 cas T-110 T-110 IWA -25 cas T-110 T-110 IWA -25 cas _ _ T 4 l p _ T - i i p _ IWA -25 cas T-112 IWA -25 cas t-112 IWA -25 cas T-112

1955 4 STAT 1956 1 rec 1956 1 rec 1956 I I rac 1956 11 send 1956 1 send 1956 Ijsand

19561 11 STAT 1956! 2 rec

530 530 769

530) 5301 I 629T

694 724

I 625 7 £601

530 530 530

I 576[ 608 629 563 551 530

530 530

465 IWA -25224,20 #N/A -25 cas T-110 IT-110 #N/A -25 cas T-110 T-110 tWA -25 cas T-110 T-110

' ' "L

i s .._ T - m [ IWA ! -25!cas * T-112 IWA -25 cas T-112

507|IWA] -25I224.2C) I IWA -25 cas IWA -25 cas IWA -25 cas IN/A -25 CSS tN/A -25 cas

" " tN/A I ^25 cas 510 tN/A -25 20

tWA -25 cas tWA -25 cas IWA -25 cas IWA -25 cas IWA -25 cas IWA -25 cas

510 IWA -25 2C

530 530 580 560

510 IWA 510 30

-25 224.2C 52C

560 560 557 557 557 557

510 IWA 510 -3 5101 tN/A

5 224.2C 2 2C 2I2C

T-111 1958 4 STAT T-111 T-111 t-111

1*9 7959

1959

1 STAT 2 STAT 3 STAT

527 527 5241 5241

510 IWA I 510 -3

-28 224, 201 -31I2C

Anderson comment i

Pumping to 112-T al 833,000 gals supemate pumped to open ditch

i Oaden comment I TLM jCum sol |solvot% sollda jsolids jty

0 0 400.130 0.01989 9.5072 409.637 2C2 0.01989 8.1149 417.75212C2 0.01989 7.8166 425.569 202

_ 0 p7*?5_.569 " 0 _ 0| 425.569 0 "bj 425.569

0 0 425.569 0.01989 7,5183 433.087 2C2 0.01989 5.052 438.139 202 0.019891 <4354| 442.575 2C2

0j bf 442.575 0i 01442.575 01 0 442.575

0 0 442.5751 0.01989 4.7536 447.328 2C2 0.01989 3.4807 450.8O9.2C2 0.01989 3.2619 454.071 2C2

"gf 0 454.071 0, 0 454.071 Oj 0 454.P71

Oj Ol 454.g71. gi _ 0 454.071;

0.01989] 1.2928 455.364'2C2

I Ql i Q/A Document/Pg I

SS receives Irom T Plant.

0 0 0 0

oi Oi

0 455.364 0 455.364 0 455.364 pf455.364 0 455.364 0 455.364

0.01989 0.6365 456.000 202 0 0 456.000 0 0 456.000 0I 0 456.0001 0 0 456.000 0 0 456.000

0 456.0001 0 456.000;

I 0 456.000) 0 456.000 0! 456.000i

Corrected calculation. 0 456.000 0 456.000

New electrode reading. 0 456.000 g 456.g00 gf456.gogf 0 456.000 ■

T Farm, Pg. 56 WHC-SD-WM-TI-669, Rev 1

mmm S CO <P< CO: <Q CD. <P«Q V I C O tQ CO <O,C0' CC CO 10!<0 CO (O <0 lO CO

1 CO (O1 t D | < 0 ( 0 l < 0 (0 !<Oi CO (OCOICD

1 (O (OlCO _ i o i o <0| c n i o < L O . I O i o u i i n i o A A i t o i t n , i o i o t o i o i7), i o i n : IOJ i o i io^ ft i o I i n A I i o i n i j n i i n . i o ft i o i o

O l O O l o o i o

■ 2 ' « i 2i ~ 2 l ^ 2 2 2i

lO * o l lO tO ' IO al ajSj

I

a a a, aj a j j a a: j j s ] SJ| CUI SI SI M i t y c v ; 8 S Si r3 K cu nl fiicul

2 1 2 2 1 2 1 2 2 2 2 i 2 2 « \ t \ i \ 2 2 , 2

OJJOJ OJ OJ! CM OJ' CM OJ1 OJ Ol

IO! IO lO aO IO IO. 10 tO IQ IO

s 3 % nmm s ssp 3 3!3

5 8 "r ? P P K i SI 2SS, R|SR i O | l O | IO IO | IOI lOJ IO IO IO! IO IO i o i o t o i o i i o i

x 5 3 P ^ « | R « ?»» SIRS IO 10 lO lO MO IO IO IO IO m IO lOf lO IO i o i o i

■ II

II*1 r. coi co co,co co, coi coi co co co coico co co co co co. co

(•»! » i coi rt rt rt rt rt rt| rt co <n rtico co rt rt colrf co |» » CM, CM CM I CM CM CM CM CM CM, CM CMICM CM CM CM CM I CM CM

a S ! f l SR SR St I CD CO CD CD CD iimil ffi ft ft 81 Rff R|

I I f ) : iO| IO iO| i o I i o I lO I

CD' CD I r g>| S M S *1 V}\

* * I r t rt rt r o rt C*>| rtl • ' l U n IO IO l O | IO IO, IO; CO > I ; :

SHinBIfflllil lft| rt rt| rt pi'AI fti I IO U>|lO IO l O i l O l t o !

lilill DQe^lQBe^^3IÎQBQBD

k i t a i t o <o h* s K i rv r* > r i r i r^ i r> r* r** K r^ > N . r r* s N I N N , ^ » o i*. r< ■ M M ^ M S S N I K S S N N I Cn Ol OJ Oi. C7>|CJ). 0> Ol Oil U>| 0>; OJ" Ol □> Oi< O), O) (7)1 O) O) Oi l O) OJ, Ol ' Oil Oi Ol . Ol Oi l OJ Ol | Ol i OJ \0* Ol Ol I OJ OJ f O

O □ ©'■■■ • O O O O O O " ' i " I Q . O O *

îinflnfflfflnnflnnrainiH O l O O I O . O . O i O O O O O O l O O O l O O l O O I O 1 O 1 O 1

O O ' O ' O l O O O . O l O ' O O O I O O l O i O l O l O O i O O O . O O O i O l O O I O I O O O . O l O i O ' O !

fil ft l i lgff l 1818 31 3 rS: a b o; SI 8 3P u SI S S P P I CJ! 8 S 8 ol 8 S ; 8 P I = 3 Si Si 3 3 3i 3 to CMI 3 , 5 5 en CM 3 31 3 to en K i 31 31 3 S i 3 3 3 en to 3 31 3 CM

I B B B Q I ICMitOltOCM O 31 3 IO CM: 0 S QUO ^ . « | « K O ICI ( I « 10 B | « e D > BBBr3HBB3BHHK3BBBBGB^Rnn

c .1 |2!2l2l2i~l2;2l2l~

° ,S8H 18 8S> S S > o T n s o < a o oi <□ w r> i n ; o> n in o i 0 1 3 o i c S l i t ) )<nl | # N l f i B r ffi T | r

0 1" " « l * ¥

MM\ » | " " j • « | CM|CM| Oi l CM CO| CO

1 ■» • CM CO ^ ■» | ■ CM eO (O ICO I ■» | t * f ^ ! ' ' ' ■ «ICM| CM CM] CM CM! H u l l ^11 J l ^ W S t C l C B C l l

i o ! c o : c o ^ i c o i c o c o | c o i c o t f ] c o | ^ r ^ ' r ^ | f>

I u . o i co| i£. *o| *»i *o O*I oil O>I O>! OJ! O> oil oi j OI OJ OJ| O>| OJ O> o > | o i c » i c n | o i o i ; o> o o c n i o w t n l i n A c n l t ^ o i i ^ l t ^ O j c n ' c n c n i c n l A . A ^ a 0>l o> & d>! o oV o>i oV o> o A l m o* eft o» eft d» d A en c n l a A i o S c n o i

cM'cMicvo fOJ io jo jo i io j io jo j iOJ icM^ iCM'Cuo j CM I CM , o* i CM . CM o j 'O i i c \JOJ,o i i c \ jo i OJIOJOJ'CMI o j l o j l o j i o j l t * j l o j i OJLOJIOJ'OJ OJICMIOJICMICMOJ

IB!

Trans iStet Total Sollda Unk |Cum Wasia Trans

T-112 J 1950 2 rec T-112 I 1950 2 rec T-112 1950 2 OUTX T-112 1950 2 OUTX T-112 1950 2 OUTX

I tN/A I 47 cas #N/A|_ 47_|cas # N / A I 47lcas

I IN/A I 47 SU IUJ7.1I

DWXT LANL comment IT-111 IT-111 lT-111 IT-111 IT-111 7-111 T-007 CRIB T-007 CRIB T-007 CRIB

510 510 674

1951, llSTAT

951 2 rec 1951 2 rec 1951 2 rec 1951 2 OUTX 1951 2 OUU 19511 2 STAT I95 l l 3lrec

3921 392! i 392 I 575

755 925 745 530

N/A 530 713

lEZXESBEall 1951 31 rec

T-111 T-111 T-111 T-111 IT-111 T-111

T-111 T-111 T-111 T-111 [T-111 [T-111 I T-007 I CRIB T-007 CRIB lT-007 CRIB

IT-111 [T-111 T-111 T-111 T-111 T-111

I T-007 I CRIB

| T-007 | lT-111 lT-111 T-111 T-111 T-111 T-111 T-007 CRIB T-007 CRIB

and stats at 66

and stats at 485

land stats at 4i2

iiSuIKEall

N/A 5 X 755

I I 5 ^ B W E & I 115 10051

-236 -115 744 •214 530

N/A 530

I Anderson comment I Oadan comment | [TLM Cum isol solvor% solids solids

I 0! 0! 0.000! Qt Q/A Document/Pot

591.000 gal. to crib during quarter.

I Cascade receiving.

975,150 gal. to crib during quarter.

[Unknown quantity to crib 'during quarter. More than ! 143.000 ga

° QPOP 0 _ 0.000 0 0.000 0r 0000 or O.OOO o _p.ooo 0 0.000 o o.oob 0 JJ.000 0 0.000 0 0.000

0 _oooo 0 0.000 0 o.ooo 0 0.000 i 0 6.000!

0 0 o o

__oT 6 "of 0 o! o 0 01 0 0

0.004236 0.9065 0004236 0.8345 0.004236 0.4871

0 0 0 0 0 0

0 0.004236 0.7031 0.004236 0.4871 0.004236 0.3643T

_a906 2C2 0 4 7 4 1 2C2 0 2.228 2C2 0 2.228 6

_2.226 0 4228 0 2.226 1 2,931_ 2C2 0 3.418 2C2 L 0 3.783 2C2 I O"


http://IUJ7.1I

I O » | 0 O l O O . O I O O I O O O O O ' O O O O O O O c

IO O OiO O ! 0 ! 0

I u> ltc> I «o ■ r' I K11

I O. Ol o i o . o l o

O . O I O O O | 0 O O l O i O O l O Ol CMI -T-- IO . i . (0| O' COI 1 I ! 1 coi en r»| io; r» 1 «>i i i j '. co) Ul| w

15 | m 1 CM CM!

I , I 1 i o d|dib.ci lo .b ' I O O l O! O Ol O

1 U 40! <0 CO. IOI CD CO. tO| <D <Q O I O I O O O ' O O I O O ' Oi Ol O I O CO' (D ID| CO (pi O. to CQ. 0 | O, Ol O 0 | O l O' Ol O, O . n \m: co cii c>; mi ffii o 'coi co ; py co

1 col rt. ro icolco. i ' . 1 1

III!

i S 8 8 §| I §1 S| 8 Si SI 3 S| § Sis Si 1 Si Si S Si § SI 8 § Si 3 Si SI Si 8 S Si 8 3 al 8 3 Si 3 3 SI 3 SI 3 8 3 3 8 3 Si 8 SI SI 3 Si 318 [ ^ i S ' S S i S ^ S ^ S S I S S I S S i S S i a S S i S a . S S S . S S S S S S ; S i S S ' S i 3 S S I S S S i S S ^ 3 I S S : S . S S S S S : S S I S SSI

^s^^ i f l i ^ l . ^ ^ ^^s , ^ ^ i K ^ ^ ^ S i K i S Ml

CM CM CM CM CMI W H N I M I N N l n C4IN N N M N N l N (VIN N|CI 111 Al N N'N CMrM|CMlcMCM[0>CMleM|niCMlCMeMCMICMCM<CMC<IICMCMlCMCM

aBBBmBBmBBBBHBBBBHBBBBBBBBBBBBHHffiBBHBHHmBBBBBI

Tank n Year Qtr T T-112 J 1953 I I K

(T-112 I 19531 _1l rec T-112 j 1953] l]rec~ T-112 1953 1 rec T-112 1953 1 rec

IT-112 | 19531 i outx

IEal^9a^âB^SHBÎ

Trans .SUt Total iSotlcM Unk ICum (Waste Trans vol vol vol vol tank DWXT ILANLcommant I Anderson comment

[TLM Cum sol Uoivof% solids sonde ! 0.004236i Qjjauiij 13.275 |2C2 | " " " " b j ' J ) J . 13.275 j " i 0.0042361 0-67771 13.953I2C2

0.004236 0.4786 14.431 2C2 I 0.004236 0.41511 14.846 202

0 14.846 0_ 14.846 0 14 846 0 14.846

Ql i Q/A Document/Pg t

T-112 1953 3 STAT T-112 1953 4 rec

IT-112 1953 4irec T-112 1953 4 rec

T-112 1953 4 outx T-112 1953 4 outx

569 569 794

28 tWA »N/A

| « * A [ tN/A tN/A tN/A tN/A

_ K 2242c 62 cas T 4 i . l _ T . l i 4

_ 2 cas T-111 T-111 • _ C « IT-111 T-111 62 cas T-007 I CRIB 62 cas T-007 CRIB 62 cas T-007 CRIB

Active cascadt - T Plant 112-T cascades lo crib.

560 569 746

62 224, 2C 62 cas

_62|CM ~62icas 62 cas 62 cas

T-111 lT-111 T-111 T-111 T-111 T-111 T-007 CRIB T-007 1 CRIB

3 tank cascade lo crib.

621 cas I T-007 CRIB

569j 569 r~836 1050 1250

569 569 906 1211 1516 1140 835 560

569 560

1181 1304 1142 846 500

560 560 938 1282 1618 1235

I 224, 2| tN/A| C2[2C, 2C [ tN/A 62 cas " ItN/A 62 cas tN/A 62 cas

I 62 cas tWA 62 cas tN/A 62lcas

J T Plan active 2nd cyde waste 3 lank cascade lo crib.

T-111 [T-111 T-111 T-111 T-111 T-111 T-007 CRIB T-Q07 CRIB rr-oo7 CRIB

lESrâawESaVlE

62 224.2C 62 CSS .62 cas 62 cas 62 cas 62 cas 62 cas 62 2C 62 cas 62 cas 62] cas •2 cas 62 cas 62 cas 82 2C 62 cas 62 cas 62 cas 621cas 62 cas

T Plant active 2nd cycle and i 224 waste, 3 lank cascade lo' Crib.

0 0 0.004236 0,7497 a 004236 0.7243 0.004236 0,6565 __ 0 0

0 0

0 0 0.004236 _4_131 6.004236 [ 0.9065 0.0O4236 0.8472

0 0" _ 0 __ 0

" "0 0

0 0.004236 0.004236 0.004236

0 0

... 0 0

0JW4236 0.004236 0.004236

0

17.100 17.850J2C2 |a.574|2C2 19.230 2C2 19.230! 19.230] 19.230 J

19.2301 20.361 2C2 21.266 2C2 22.115 2C2 22.116 22.115 '22.115

22.1151 23.543 2C2 24.834 2C2 26.126 2C2 26.J26 26.126 26.126 26.126 27.465 2C2 26.7~i9 2C2 29.240 2C2 29.240 29-2401 29.2«i

_ -__0 0 .14.846 1 0.004236 0J)53i 15.SO0I2C2 J 0 4.004236 "_0.6te, 16.465(202 j 0 0.004236' 0-6354 17.100|2C2 I 0

0 0 17.100 0 0 0 !7.ioOi ; 0 0 0 17.100 Ol

0.004236 1.563 30.803 2C2 I 0 0.0042361 1.4571 32.260]2C2 0 0.004236"! 1.4232 33.6B3l2C2~ 0

0 0 33.683 0 0i 0' 33-683! i 0

App. E, T Farm, Pg. 63 WHC-SO-WM-TI-669, Rev 1

http://T4i.l_T.li4

Trans Stal Total SoHds Unk Cum Waste ITrans j ] ; I DWXT I L A N L O

i tN/Aj 62|cas |T-007 | CRIB i

569 5691 984

_ 4 3 0 2 1758 1353 945

I 569I 569 569

1285 1763 2209 1692 1246 569

T-111 T-111 T-111 T-111 T-111 T-111 T-007 CRIB T-007 CRIB T-007 JCRIB

IT-111 T-111 T-111 T-111 T-111 T-111 T-007 CRIB T-007 CRIB

I T-007 ICFBB

2 OUTX 2 outx 2 STAT 3 rec 3 rec 3 rec 3 outx ' 3 outx l 3(Outx i 3 STAT 41 rec 4 rec 41 rec i 4 outx 4 outx 4|outx 4 CSEND

569 569 1049 1098

I W l T 569

569 see 1047 1455 1848 1401 1008

I 569! 569 569

569 569 I 808)

33 IWA IN/A IN/A

TtN/A tN/A

170 *NIA IN/A

f lN/A] IWA tN/A

ItN/AT | tN/A

17oTlN/A I IN/A

tN/A I IN/A «N/A

IIN/AT IN/A tN/A

62 224.20 62 cas 62 cas I KISU i 621cas 62 2C

_62|css 62icas 62 cas 62 cas 62 cas 62 cas 62J2C 62 cas 62 cas 62 cas 62 cas 62 cas 62 cas 621 END

170 tN/A I IN/Al

tN/A tN/A tN/A IN/A IN/A

436 436 535 600 630 567 531 426

429 429

170 -3 tN/A IN/A IN/A IN/A IN/A tN/A

170 IN/A IN/A tN/A IN/A

59 cas T-111 59 cat T-111

62 cas T-111 62 cas T-111 62 cas T-111 62 SU IT-007

ommenl Anderson comment lOaden comment

'T Plant active 2nd cycle & ] ; 224 waste cascade to crib

TLM Cum sol I I molvor% !«ctl(rla IrtnNrJ* ! f y » Ini Q/A DC

i Ol 01 33.6831 0

0.004236] 0.004236! 0.004236

Ol _ o

0 0

0.004236 0.004236 0.0042361

61 o o

Cascades lo crib,

] _ __0 0 ! 0.004236 2.0332 ' 0004236 0.2076 I o ' o i o o

0 Oi 0.004236 2.0247 0.004236" 1.7282 0.004236 1.6647

P 0

°i - ° 0 0 '_' 6

0.004236 1.0011 0.004236 1.0759

33.683 35.441 202 37.16? 2C2 38.719 2C2 38.719 38.71?]. 38.7191 38.7191 41,752i2C2 43.777 2C2 45.666 2C2 45 666 45.6661 45.666]

45.666 47 699 2C2 47.907 2C2 47.907 47.907 47.907] 49.932 j2C2 51.666 2C2 53.324 202 53 324 53.324 53.324 53324 54926 2C2 56.001 202

| Pumps to crib at Intervals.

0 56.946 0 56.946 0 56.946 Ol 56.946

Pumps to crib at Intervals.

0 0 56.946 0.004236 1.0124 57.958 202 0.004236 0.7413 58.700 202 0004236 0-6947I 5?.3?4 2C2

0. OJ 59.W4 0 6 59.394 0 _ 0 59.394;

_ 0 0 59,394. . 6 0 59.394

0.004236 0,2753 59.670 2C2 0 0 59.670 0 _ 0 _5?-670 0 0 59.670 0 [ 0 59670 0" "_ 0 59.670

6.004236 6.1948 59.864 202 0-Pp4236[ 0J355.I 60.000 2C2

oi"' o! eo.oool ol oi eo.oool

App. E, T Farm, Pg, 64 WHC-SD-WM-TI-669, Rev 1

IS 1818 8 iS'S '8 '8 IS'818 '818 9

93 *a |393 33

!*. *. » k l ^ *, *. |z fc *. I M ro ' « ro -» i— i S -4 ro en o i d l e -MI -si ca > o Ico 1

2 £l§ felSIStels SlS l£i£i£ al l IK |§ |§fefe 5£ ;3 Is !$ if

I ? ? ? ISISIÎSo, |ZZ |ZJZ ZJ, «£I«C°> ,Zj£ Zlfelo.

I en S £> S ffi S S en 8 3 8 3 1 3 3|8 IS IS SS.S 8 2 Is Is is [B|8 B I mm IB l i e I '8 ,SIRJ ' H I I I E Jig lg|8g gig ig jg i8 8|g 8l£ g jg |g

RfflSI 8 ! 18 8 18 M 18 18 ,'8 8 .'8

O OiOIOI

S ls'sls h>i m m r. 'm

12 3 I?1*"

|S SIS 8 SlSlSiS SIS iSS .S:S Sig.S g g g g gigiS S S S g g'S'S g g g is s g g 2 |

Tank n Year Qtr IT

T-112 1962 4 STAT T-112 1963 1 STAT

1963I 2 STAT t963 3 STAT

1963 4 STAT 1964 1 STAT

1964 2 STAT 1964 3 STAT

Trans Stat Total SoHds Unk Cum Waste Trana I j vol vol vol vol tfr unk type tank IDWXT ILANLcommant

395 395 N/A 395

170 IN/A IN/A

170 tN/A IN/A

170 tN/A tN/A

170 IN/A IN/A

1964 4 STAT 1965 1 STAT 19651 2 OUTX

170 3 tN/A tN/A 68 SU COS COS

1965 2 STAT

1965 4 STAT 1966) l lwn 1966i i l ouTx

ILaLEHEIlil 1967 4 XIN

40 IN/A tN/A

"40 IN/A IN/A

40 IWA 40 IN/A 401 tN/A I

tN/A tN/A

40 IN/A IN/A

D -1 tN/A

I DW l o o s OOS

1967 4 STAT 1968 1 XIN 1966 1 STAT 1968 2 XIN 1968 2 send

170 1 IN/A

62|DW 1221-T |DW |Omis. RECTPLANT

1968 2 STAT 1966 3 XIN 1966 3 send

Omis. DW TX-11B Omis.

1968 3 STAT 1968 4 XIN 1966] 4 send_ 1966i 4 OUTX

DW TX-118 las per ogden

R EVARREVAP TOmis.

Anderson comment

(221-T waste cascades Irom I n tol12-T,andthen |pumpeoTY cribs. 6 month report

221-T waste cascades from 111-Tto 112-T. and tben pumped TV cribs. 6 month

den comment

6 month report

16 month report

6 month report

221 -T waste cascades Irom 111-Tto112-Tathen pumped to crib

16 month report

221 -T waste cascades Irom I m - T to 112-Tathen i pumped 1° crib

146mto118-TX.

289m l o l 1B-TX.

Received 299m from T Plant.

Received 141m from 221-T.

382 to Redox; 111 Irom 221-

252 from 221-T;; 12510 Redox cor

0 60.000 O i &PJXX)

4 4».000 0 60,000 6 60.000 01 60.0001

[TLM Cum so l i I s o l v o r X so l i ds so l ids type CH Q/A I p o c u m e n W q t

0 60.000 0 60.000

0 60.000 0 60.000 0 60.000

0 60.000 0 60.000

0 60.000 0 ._60.000

0 60.000 0J 60-PpO 0 j 60.000

0 60.000 0 60000 Oj 60.000 0| 60.000 0| 60.000

0 60.000 o 60.666 6 60.000 0 60.000 PJ 6 0 000 0 60.000 0 60.000 6 60.000 0 60.0001

o ep.poo 0 60.000 0 60.000 0 60.000

0 60.000 0 60.000 0 60.000 0 60.000 6 60.000

4 0 | lSO-967-6

ol ' 1 4 O ARH-95-7 "i 4 O ARH-326-7

4 O ARH-534-7 1 3 V ARH721-7 4 V ARH-721-7

j 4 0 ARH-871-7 ["" 3 V ARH-871-7

4 |0 ARH-1061-7

PL. ..." -_. 2 l V ARH-1061-7

WHC-SD-WM-TI -669, Rev. 1

iYear iQtr T Trans SUt Total Solids [Unk ,Cum [waste [Trans ] vol ivol vol ivol I Mr lunk Itypa tank I DWXT LANL comment

J968 4 STAT J 266 266 19697 1 XIN | 226 ,_ 4 j» 1969 _1_sen47 ' ! M | _ 7 0 "

J969 1STAT_ 406 406 1969 2 XIN 227 634 1969 2 SEND ' ^448 185 19691 2 send 20 165

J«?L_2jsTAT I 165 165 1969 3 XIN 189 354 1969 3 STAT 354l 354 19691 41 XIN 2321 586 1969 4 send -413 173

4 S T A T I 1 XIN j 228 1 send i 111

174 174 I 402

291

1 STAT 290] 290 2JXIN 16l l I "451 2isend [ 109 I 3421

J 4 IN/A 63 DW I ' N / A __ 83 DW IN/Al 63

J 4 tN/A 63 DW IN/A 63 DW" IN/A tia IN/A 1

24 tN/A 63 DW IN/A 63 DW

24 IN/A 63 DW IN/A 63 DW tN/A

JJ3_ J 64 DW IN/A MTDVV" tN/A ■

_33_1 63 DW^ IN/A 63 DW tN/A I

Anderson comment )255from 221T;; 354 to [Redox Eva

226 from 221T;; 86 to Redox.

227 from 221T;; 20 to Redox.

TLM Cum ISO) I i so lvor* solids Isollds l ive* !CH Q/A !Document/Pg t

as per ogden

189 from T Plant,

232 Irom T Plant;; 413 to Redox Evap.

2 STAT 4 XIN J40 3 send I 132

I 343 343 140 I 4B3I 132l t 351?

3 STAT ! | 351 351 4 XIN " l 3 8 | ]~~489 4 send 7 l 9 | 1 370

370 370 100 470

T112 1971 1 STAT T112 1971 2 XIN 147 T112 1971 2 send 244 T112 T112

1974! 19711

2 STAT 3 XIN 160

T112 1971 3 send 116 T112 T112

iJ?7Jl. 1971

3 STAT 4 XIN 144

T112 1971 4 send 87 T112 T112"""

1971 1972

4 STAT 1 XIN 237

T112 1972 1 send 260

T112 1972 1 STAT T112 T±!?_

T112

1972 4972

1972

2 XIN 2 send

2 STAT

174

,..;!«

T112 T112

! 1972 T 1972

3 XIN 3 SEND 1

136 7l'

321 IN/A IN/A tN/A

32 IN/A IN/A

32 IN/A IN/A tN/A I

32 tN/A I IN/A IN/A

32 tN/A IN/A IN/A

64] DW j

CC AND SAYS 76, OGDEN 96

228 Irom T Plant;: 111 to (Redox Evap.

161 fromT Plant;; 109 lo Redox Evap.

! 140 Irom T Rant;; 132 to ] Redox Evap.

1138 Irom T Plant;; 119to | Redox.

100 from T Plant;; 76 lo Redox.

147 from T;; 244 to Redox.

160 Irom T;; 116 10 Redox.

|144 from T;; 87 to Redox.

237 from T Plant;; 260 to Redox.

174fromTPlant;;l46to Redox.

Omission. Omission

0] 60.000 oj 60 000 0, 60.000

0 60.000 0 60000 0 60.000 6 "eopoo

i 0 60-000 0 60.000 0 60.000 0 60000 0 60.0001 0 60.000 6 60-000 0 60.000

0 60.000 j 0 60.000 0 60.000

0| 60-000 0} 60.000 [ 6j 60.000

0 60.000 6 60.000^ 0 60.000

0 60,000 o[ 60,000

0 60.000 0 6O000 0 60.000 0 60.000 0 60000 0 60.000 0 60iO0O 0 eappo 0 60.000

0 60.000 6 60.000

0 60.000 0 60.000 0 60.000

0 60.000 0 60.000 6^ 60.000

4 0 ;ARH12O0A7 3 V IARH1200A7

! 4 O JARH12O0B7 [ 3 V IAHH12O0B7 I 3 V iARH1200B7

4IO |ARH1200C7 i I 4 0 iARH1200D7 2 V iARH1200D7

4 | 0 [ARH1666A7 3 V |ARH1666A7

4 0 ]ARH1666B7 3 V IARH1666B7

4)0 [ARH1666C7 3|V iARH1666C7

4 ]0 JARH1666D7 3IV IARH1666D7

4lO ARH2074A7

2 V ARH2074A7

4*0 ARH2074B7 3 V ARH2074B7 1 _ 4 O ARH2074C7 3:V ARH2074C7 1 4 0 ARH2074D7 3 V ARH2074D7 1 4 0 ARH2456A6 3 V ARH2456A6

4 0 ARH2456B6 3rV IARH2456B6

4 [O JARH2456C6 4>6 iARH245606

App, E, T Farm, P9. 67 WHCSDWMTI669, Rev 1

Trans SUt Total Solids Unk Cum Waste Trans

T112_. J?74 3 STAT T112 1972 4_ XIN T112 1972 4 SEND

_ ^ | 468 468 148 j 616

286 330

T112 1972 4 STAT 329 329 T112 1973: 1 XIN 199 528 T112 { 1973] 1 XIN 20 548 T112 S 1973 ~1 S E N D l 332 216

T112 1973 1 STAT 217 217 Ti14__J1973 2 XIN I 120 337 T112 71973 2JREC "7 350 687| T112 1973 2ISEND I 180! i 507]

T112 1973 2 STAT

T112 | 1973 3 STAT

T112 i 1973 4 STAT

T112 [ 1974 1 STAT | ' _§05< J505J T112 t 1974' 2lsEND I 2737 ! 232l

T112 1974 2 STAT 236 236 T112 1974 3 SEND 136 100

101I 101 101 f 101

T112 1974 3 STAT T112 1974 4 STAT

T112 1975 1 STAT

T112 1975 2 STAT

T112 1975 3 STAT

T112 1975 4 STAT

T112 1976 1 STAT

T112 1976 2 STAT T112 1976 3 STAT T112 1976 4 STAT T112 1977 1 STAT T112 1977 2 STAT

101 101 101 101 101 101 101 101 1011 101

32 IWA 1 64 DW ? f f 4 64 DW_ IN/A 64 S U _

! 1 63 DW tN/A 63 DW

I tN/A 63 WTR I tN/A " 63 SU

DW__" ' U107

Omis. REC T301

64 DW JS4 DW DW_ 64 SU T106 T106 64 SU U107

DW, CW,

JJ5 BLJX CW.

62 BL, IX CW,

62 BL, IX DW, | CW,

62 PL, IX J52 SU _ T _ ls110

DW, CW,

J » BL, IX 66 SU SilO

DW, CW,

67 BLJX

CW, 67 BL, IX

CW, 67 BL.IX

CW. 67 BL, IX

CW, 67 BL, IX

CW, 67 BL, IX

DW, CW,

67 BL, IX

67 EVAP 36 EVAP 34 EVAP I

34|NCPLXJ 211 NCPLX'

| TLM | Cum sol I I lanllfta tvna :OI n i l I r>nruniant/Pa t

136 from T Plant;; 71 to 107

U.

148 IromTPIant;; 286 to 1071 U. !

199 Irom T Rant;; 20 from 301T catch tank;; 332 lo 107U.

120 from T Plant;; 350 Irom 106T;; 18010 107U.

|136t0l10S. 'DryWelrS jNo. 501207 and 501210 were drilled.

Dry Well No. 501205 was drilled.

I Inactive salt wejlpurnping.

Spacelo Heat Spacelo Heat Current Minimum Heel

I Inactive Spare Current Inactive

Photo laken 71278

0; 60.000 o! 60.000 0 60400

0 60.000 0 60.000 0| 60.000 0 60.000

0 60.000; 0 " 60.000 0 60.000 0 60 000

0l 60.000

0' 60.0001 0: 60.000I

0[ 60.000,

0) 60.000 0! 60.000

0 60.000]

0 60.000;

0J 60.000

0 60.000 6 60.000 0 60000 0 60.000 0 60.000 0 60.000 6 60.000 0 60.000 01 tJO.OOO 6; 60.000 Oi 60.000 I t ^ r ^

4 [0 [ARH2456D6 4*0 ARH2456D6

I ■

] 4 O |ARH2794A6 [ 3 V [ARH2794A6 ] 4 6 ARH2794A6

4 O ARH2794B6 4 O ARH2794B6 4 O ARH2794B6

4 I0 IARHCD133B6

4 O ARHCD133C6


% § ; £ ; £ 8 c o , S i s eo .eo 3 o S I

A ' r t ' C O i c o c o f o c o I p S l c i c S .

CM CM CM CMICM CM'CM Q I Q . O ( 0 | CD tO IO CO- COI IC <B| tS <D

S | i s i s i t D l i S | < X J i s r ~ i r - . r > I v l CO I <0' t o I ( 0 V ten COI tf

SI C p l O I Q i q Q C S ' K N I U>| lo' Ioi ID] <D CD IO CD <D|

5 3 i i l l '

wlCMIOIICMlCMirMiCMlcMICMICMlCM.CM

S T I T T ^ . T . T ^ I T I T T ' T

I CM CMlCMi IMICM CMlCM.CV'CM CM'CM: CM I CM| CM CM|CJ|CM CM'CM CM CM1 CM CM CM.CM CM CM, CM CM'CMiCM CMICMiCM CMI CM' CM" CM, CMI CM, CM' CMI CM, CM CMi CMICMICM CMICM'CMICV

OiO OIOIO O.O O O l O O.OiO O ' O O O OiO.OIOIO OIO.O.OIO O i O O O OIO O'O OIOIO O O O I O I

— ■ Oi Ol Ol Ol Ol O1 Ol O'Oi O Oi Ol Oi 0 | O. CJ! O, O 0 . 0 | 0 O OIO OiO O O OIO OIOIO OIO

iJHEJJEJHEJE]! 9|9 9 9:919

O © O O o o i o

7 2 2 S a a ' J a v 2 " 2 2 2 2 2 2 o i o i o ins w mi io u>i io ml m

im ioiu)|Ui in.in io IQ HI in u> in m m\intin\in\ in in n io i n ' ^ i w ' t i ^ h r i v * i * > ^ « v w * IAI IA in >o en ifl O o) nlcu in in mlmim io;in m i ^ v m « i W w ' » l * * « W * ' * v i|n | « v v i * w > * ' m m i i A | , a i a i i s ^ ^ in tnUinui in in n,

SIS S 5 SiS SIS 3 S S|5 S| IS 3 SiS 3 3 ; I i i l l ' I ! M

JEEE3EE3I z i * . io m |*£>liolSI«|SI*nfiSIS|^|iSI*f*| im*n 3 *5L IS «a

wi'* |» j f t i ; or |n i,* | i Jcyr t | ^ i i |wJCT|^ j ' w i r> 'TN |c> i !m|* <icg;w * | — | c y n > | ^ | 1 o i | m * ftirti*Njfttrtj*»f^lrt| ■** * N W ^ ^ f t H e o | *

,j

0 ) , ^ l « « ' cyCMicMirt|rt'P3ir>i*|*i* * *oi *n\ ia\ vii io\ <x>\ ID\ to\ r-.- r1 r** r* i *o i SHGl *£>l«? W?ly?4Pi Lrtlifpi ■OI'£?

JtPl*0

|Lp lOlli?] !£?ly ltf?i iolâ0ly?y?iy3i "i? H?

1 £?l £> |j>i(n oi. atiOii oi oi OJIA cniDiicn U)IO)IO>IWJOHU)IOIIO>IO).O>IOJIO> OJ'O) en,

Ol O1 O Ol O. Ol O O Oi p O O l O l p O OIOIO O p O, Q I Ol o i o o o o o O Ol p o i o o o p o o P I P p o i p i p i o <MCuiftnic\J!CM!c\iC«llnjft cvlrylcy!f5j|cyif%ilcy|cij,c^lSlcJ|«!cyicJ!cy|oJ|C^f™ «|*5>|Siicy|f5i7SjlOJj

I O O Oi O l O O I O I O I O I O I O I O ' O ' O I O O l O I O i O O O ' O l O o o

i OJ OJIOJ S i OJ K 1 K Oji O*I CM I OJ. 6J| OJ. 6J OJIOJ K r o j S h Oj1

i Trans , Tear lotr |Type vol J __1900l J _ | | __1949*"__2 CREC J_ 0]

1949 2 CSEND t rj 1949 2 CREC o|

1952 2 rec

SUt I T o w [Solids 'Unk Cum Waata Trans ; vol_Lvol |vol |tfr lunk Itype tank |DWXT ILANLcommant

JIN/A P S E T I T 2 0 3 [ tN/A," 0 SET T032 ['*!** _ _0 END TjWV tN/A " 0

I Anderson comment I Oeden comment

1952 4 STAT 19531 llSTAT 19531 2~!STAT~

T202 T202 T202

1954 " 1954"

1954


T202 19551 llSTAT T202 T202 T202 T202 T202 T202 T202 T202 T202 T202

1955 1955 1955 1956 1956 1956

"1956 " 1957

| 1957 " 1957

2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT

T202 T202

1957] 1958T

4ISTAT TlSTAT

54,51 54.5 54J5 54.5 _55 _55 54,5 _ 545 54.5 54.5 54.5 54.5 54.5 54.5 54.5 54,5 54.5 54.S | 54,5 54.5T 54.5 54.5 54.5 54.5 54.5 54.5 54.5l54.5l 54.S 54.5 545I 54.51 575T 54.51 54.5 54.5 54.5T~54.5 54.51 54.5

tN/A _ 4 c a s *N/A.7__0 cas

0 -0.5 -0.5

0 05 0 224 54.5 J 0 5 0,5 54.5 tN/A 0.5 54,5 tN/A 0.5 54.5 #WA 0.5 54,5 tWA _0.5 _ 54.5 tN/A ^0.5 54.5 tN/A 0.5 54.51 tWA 0.5 54.5 tN/A 0.5

_§ f5 tN/A ^ 0 4 54.5 #WA_0 .5 _ 54.5 #N/A 0.5 54.5 tN/A _^0.§

_54.5 t j * A _ 0.5 __ 54.5 tWA 0.5 54.5 t l *A 0.5 54.5 tN/A j 0 4 ^ .

54.5 [ tN/A I 0 ~~ 5T5I tN/Al " 0

14.203 _l_T203 TTo'32 [ C R I B

[Estimated reading j New electrode reading. [Latesl electrode reading

T202 J959 4 STAT T202 I960 1 STAT T202 1960 2 STAT

54.5 tN/A 55 55 54.5 tN/A

54.5 tWA i 54.5 tN/A

51 54.5 tN/A J ' tN/A] > 54.5 tN/A

N/A 55 tN/A 54.5 tN/A

6 Month Report

6 Month Report 6 Month Report

6 Month Report

L«tesl_electrode readings.

New electrode reading. 6MonlhReport

6 Month Report

TLM 1 aolvol% solids 1

Cum sol totlde type Ol

. 1

0.177966 0 0 0

°t ■ 0 0 0 0 Q: 0 6 0 0" 0 0 0 0 0 0 0 i

0] 0] 0'

°l ol o]

°! 0 0 0 6 b 6 0 P P.

°. . 0

"6

P.

0

P

.. ~~ 0 '

0; 0 0 6 0

21

0.000 0.000 g.obo 0000 0.000

21.000] 224; 0 21.000] j 0 0 b °i 0 0 b oj OJ 0 0 0 0 0! 0 0 0 0;

oi oi

21.000J 21.000] 21.000; 21.000 21000 I 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21000 21.000J 21.OO0] 21.000J 21000: 21.0001 21.000| 21000!

o] 21.000' 0' 0 0 0

21.000 21.000 21.000 21.OO0]

0j 21.000 0 0 0 0 0 0 6 0 0 b 0 b 0 0 0 0 b 0 0 0 0 0 0 0

21 000 21,000 21.000 21,000 21000 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21000 21.000 21.000 21.000 21.000 21.000 21.000 21.000 21.000'

1 0 0

, , 1

]

1

1 1

Q/A Document/Pg t

App, E, TFarm, Pg. 73 WHCSDWMTI669. Rev 1

http://54.5l54.5l

[Trans SUt Total [Solids Unk Cum Waste j Trans \ (Tank n I Year Qtr JTvoe Ivol Ivol Ivol Ivol Itrr lunk Itwne itenk I n w x r I I A N I T202 1964 4 STAT 5

1965 1 STAT

Jrjnu

|B3j£aaMuif£l T202 1972 4 STAT T202 1973 1 STAT T202 1973 2 STAT T202 1973 3 STAT T202 1973 4 STAT T202 1974 1 STAT T202 1974 2 STAT g3j^galET?]BaatiEi7T T202 1974 4 STAT T202 1975 1 STAT T202 1975 2 STAT T202 1975 3 STAT T202 1975 4 STAT

51 511 51 51

51 51 51 51 51 51 51 51 51 51

301 tN/A I 4 1 ™[tN/A | 4\

30 tN/A 3

30 tN/A 3 224

30 tN/A 30 tN/A 30 tN/A 30 tN/A

lEZQI

crni 30 #N/A 30 IN/A 30 f N/A 301 tN/A I 30 *WA 30 tN/A 30 tWA

0 0 0 0

0 21,000 0 21.000 0 21.000 0 21.000

1

1 1

5 0

0 21.000 0 21.000

1 1

0 d"

0 21.000 0 21,000

1 1

0 0 0

P! 21000 0] 21.000 0 21.000

1 I 1 I 1

°l of

0 21.000 Ol 2~1.000

i 1

'. 1 0 0

0 21.000 0 21.000

1 ■ 1

0 0 o] Oi

o: oT~ di oi

0 21.000[ 0 21.00b( 0 21.000J 0 21.000i 01 21.0001 0 21.000] d, 21.000] 0 21.000: 0 21.000I

' :

4 1

i^^Blliîya^HB] 7 o7

o | 21.000 Ol 21.000

1 1

Removed from service 27 to 101T

Removed Irom service 1 to

Inactive sail well pumping.

SaiweijTPump Inactive, current Inactive, currenl Inactive, currenl Salt Well

0 21.000 b 21.000 0 21.000 0 21.000 0 21.0001 0 21.00dt l a f i l tV i l l

0| 24000) dt 21.606T

ol 21.000 ~o[ 21.000

01 21.000 0 21.000

[a 41,000 A iippo 0 21.000

4iO ARHCD702A6

4IO ARHCD702B6

. < . r?"r " . ''T M ^ l ^ *°l 919 9 ' 9

• . • * i « * i > * * [ ■ H2!2I2;2I

Trans SUt |ToUI Solids Unk Cum I Waste Trans

4CREC , 2 CSEND] 4 CREC 4 STAT 1 STAT 2 XIN 2 send

N/A 0 N/A 0

173 55

54.5 54,5

19571 3 STAT

I EMiHEîKK T-203 1956 1 STAT T-203 1958 2 STAT

I r aJHE i^ l

IT-203 1958 4 STAT T-203 195? 1 STAT T-203 1959 2 STAT

IEE&HH!!S]I 1959 4 STAT 55 i 55

55

0 SET iT-204

IIIIIIflBEIIll

lEPiUBE^l

tN/A 0 tN/A ' 0 tN/A 0 tN/A 0 tN/A 0

0 -0.5 -0.5 P M* :P-5_ OJ 0-5 0

54.5 -0.5 -0.5 54.5 tN/A -0.5 544 tN/A -0.5 54.5 tN/A -0.5 54.5 tN/A -0.5 54.5 tN/A -0.5 54.5 tN/A -0.5 54.5 »N/A -0.5 54.5 IN/A" ^0.5 54.5 IN/A -0.5 54.5 tN/A 0.5 54.5 tN/A -0.5 54.5 tN/A -0.5 545 #N/A -0.5_ 54 5I tN/A -Oi 54J5J tN/Ap -0,5 54.51 tN/A1 -0.5

55 " 0.5 _ 0 54.5 tN/A 0 54.5 tN/A 0 54.5 tN/A 0 54.5 tN/A 0

55 tN/A 0 54.5 tN/A 0

54.5 #N/A 54.5 tN/A 54.5 IN/A 54.5 tN/A 54,5 tN/A 54.5 tN/A

tN/A 54.5 tN/A

0 END T-204 0

TLM iCum 'sol I n i unK lanltrta Knlicta Itvoe Ql Q/A I Document/Pg t

0 O.OOU' "0 6.000!

0.202312 0

I - L .Estimated reading, ,_ j New eleclroOe reading. _ 1 I Latest electrode reading. i

N/A 53 53 531

N/A 53 53

54.5 tN/A tN/A

54.5 IWA IN/A

50 -2 IN/A

501 tN/A

6 Month Report

6 Month Report

16 Month Report

I Latest electrode reading.

Newelectrode reading.

6 Month Report

16 Month Report

_ 01 0.000 "o l " 0.000 35 35.000 OJ 35-000^

"" 0 | 35.000[ 0[ 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000[ 0 | 35.000; o"" 35.000 0 35.000 0 35.000 0 35.000 0 35.000] 0 35.0001 0, 35.000 0 35.000 0 35.000 0 35000 0 35.000 0 35.000 0 35 000 0 35000 0 35.000 0 35.000 0 35.000 0 35.000 0 35.000 0j 35.000 0 35.000 0 45 .000 0 35.000 0 35.000 0 35.000 01 35.000 of 35.000 0 35.000; 0 35.000] 0 35.000

0| 0[ 35.000 b; 35.boo]

" 0 01 35.0001 I 0J 35.000'

ol bl 35.000',

App. E. T Farm. Pg. 76 WHC-SD-WM-TI-669, Rev. 1

^^^S^m^^m^^B^^^m^^^B^^^^Smm^^x^mî i f g i f t s Si^!^;ss?i^S3!^ SIÎSS Sis;s3|s tRis K cS.sIS!^? tQ ssiiKi^ s?:s3!ii? KliQ S J S îîîc^î^.^l^'siis? ti\ti 8\£\#:$\)A\w#\ u a ' ' ' i i i . 1 '

O ' O ' O ; 0 | O, O! O; Ol O OlO O.OIO 0 , 0

IQQ^gQQQgQQQQQDDQDD^BDDEaCSli iCJCJDUUDDDDDDi TIT T|9 9 TI9 ° 2

S ^ S.S S S S'S S.S S S;S S;S S ^ S;S JS'S S S.S^S S S SiS S ^ S S'S S 1 S S S S S:S

JTii^m n j nyitTii.' m it j i t J uj ifTitaf

888K$3iffl

S 3 3|;?lftft8}fl

9 i ; S 8 8 8 M

,v ^ C M C T I » I ' - ! C M | « R i - | « « | i t | i - « i n i * f . | W B W i - ' « e | * | ^ | n : n » | - w n » H i i i n | t ^ - | « l n | » i ' « 0 ! » - ! — (V| N n - t h - i N B t

win , n n » » PJ m «|

Tank n Year Qtr Type [Trans SUt Total Sollda Unk Cum Waste [Trans ;

tank IDWXT lt.ANt ermmt

Tankn Year Qtr T [Trans [SUt [Total Solids [unk Cum Waste Trans I

tank DWXT ILANLcommant

1949 21 CSEND 1950 4 CSEND

I EaEESElKlElLiaW 1951 1 STAT 1951 2 STAT 1951 3 STAT

I ieSiHnilQKlEiuaW

ITEM N/A 0 N/A 0 N/A 0

IN/A O^SET |T-203 [IN/A o END" " 4403 ITN/A o' I

IKZ3I

T-204 1955 2 STAT T-204 1955 3 STAT T-204 1955 4 STAT T-204 1956 1 STAT T-204 1956 2 STAT T-204 1956 3 STAT

54.5 54.5 54.5 54.5

54,5 54.5 54.5 54.5 54,5 54.5 54.5 54.5 54.5 54.5 54.51 54.5 54.5 54.5 54.5 54.5 54,5 54.5 54.5 54.5 54.5 54.5 54.5 54.5 54.5 54.5 54.51 54.51 54.5 54.5 54.5 54.5 54.5 54.5

55

T-204 1960 2 STAT T-204 1960 3 STAT

lEEZaBaWES!] ! T-204 1961 1 STAT

IfEEwnEan T-204 1961 3 STAT

lEcHjaaWEail T-204 1962 1 STAT

T-204 1962 3 STAT

1962 4 STAT 1963 1 STAT

T-204 I 19631 3ISTAT

t l *A IN/A

0 - 0 - 5 0 #NM I 0.5

54.5 -0.5 54.5 IN/A 54.5 #NM] 54.5 IN/A 54.5 IN/Al 54.5 IN/A 54.5 tNVAi 54.5 IN/A 54.5 IN/A 54.5 IWA 54.5 tWA 54.5 IN/A 54.5 IN/A 54.51 fN/Aj

~S4.5l #N/AT 54.5 IN/A 54.6 IWA 54.5 0.5 54.5 1 54.5 IN/A 54.5 IN/A 54.5 «N/A 54.5 IN/A 54.5 IN/A

54 #N/A 54.5 -1

54.5 IN/A 54 -1 54 IN/A 54 IN/A

and stats at 52

Anderson comment den comment TLM [Cum sol I | |

solvor% solids Isollds Itvoe Ql IQ/A n<w-iim*nt/Pn •

o oooo 4 b.poo "of o.oob 0; O,p00 0 0.000

0-PPP, J 1 0.0001 j 1

0.690909I 36| 38.000 224J 1 Ol b i 38.000 I 1

| Estimate!) reading. [ JNew electrode reading. JLatest electrode reading I

]6 Month Report

6 Month Report

16 Month Report

Latest 6 Month report electrode reading.

New 6 Month Jrepoêleclrod8 reading^

P . ^ 'PP 0 . 0 38.000 0 38.000 Ol 38t0O0 0 J38.OO0 P 38-000. 0 38.000 0 34OOO 0 38.000 0 38.000 0 38.000 0 38.000 0 38000 0 38000 0 36-000 0 38.000 0 38,000 0 36000 0 38.000 0 38.000 oj 34000 0I 38.000 0 38.000 0 "34000 0 36.000 0 38.000 0 38.000 0 38.000 1 38.000

01 38.000 0 38.000 0 38.000 0 38.000 0 jae.qoo 0 " 38.000 0 38.000 d 36.000 0 38.000 0 38.000 0 36000 0 38.000

38.000 01 34000.

0 38.000 0' 38.000

kpp. E, T Farm, Pg. 79 WHC-SD-WM-TI-669. Rev 1

lro|io|ro Miro

is sis sis

I— I *■ ICJ Iro iro * ; ^ * u N ^ * C d | M ^ . M w f o . * * u ! r a * » M | i o ^ i . M

t t l t t

t t t l t

t t l t t ! -* * l » *

i^li l j l j l ltaaEraiaraH^ II'

J11* 'H' 11* 'H*

J H* ' I I 'J H*' |PTnP?lr77lP^P,li*. ■r«.il^l*Tlr^f^P!lrrir*BP!in?ffîail [Tlrr^p?IrT^r<TlrTBP?lrTlr^P7irfflrriiTn*JiîTW .n<. ■!». i i *iiP7lPn l [ • i M M i . M H M H r a T a a H w w H p g g i M H H H H H n g K l D K l g C T r e l C T r o r o C T M C T i . ' n y l r y i r o r T i M i ^ i r a r a M I

i p a a m a a a a a a a a a a a l

' O . O I O I O I O O l O O I O O I O O I O I O ' O O I O O O l O O O ' O O O O O O I O O 1 O 1 O O I O O l O l O ' O ' O O l O O I O O l

lO IO IO'O'O lO .O IO O'OIO'O OlO OIO o 0 : 0 . 0 IEEJE3E B ! 8 £i£ ,s|cS IsiS s i8 '£ l£ B I 8 : £ ! 5 S S S S S ' i S S B I S I S B . S 1^8'Sis ;£:£!£ slgimisiSiBlB'glffi glc^siffiiSisIs glffiiS's ft

Year [Qtr lTv»s 1900 1949 3 CSEND 1949 3 XIN 1949 3 XIN 1949 3 XIN

| b » » M M T T | n |

Tran* SUt Total I SoHds Unk Cum Waste Trans vol vol vol vol Mr unk Itvoe Unk DWXT

IEIaBBf&ni

li»HI'iaaWr?i1l

•N/A IN/A IN/A

0 MW 0 MW 0 MW

-fl -6 MW IN/A -fl MW IN/A -6 MW •N/A -10

-6 MW -16 MW

*N/A IN/A IN/A IN/A

-16 MW -16 MW -16 MW -16 cas

ifzsijnKEini

758 741 741

815 758

741 741

758 741 741

951 1111 1292 1099 918 758

741 741

-33 MW MWl -33 MW MWl -33 MW MWl -33 cas TX-102 -33 cas TX-102 -33! cas TX-102 -50 MW

4 0 M W MWl -50 MW | MWl

^50 MW I MWl -50 cas ~"f"' TX-102 - 5 0 c a s TX-102 -50 CBS TX-102 TX-102 -67

I "58 N/A 758 N/A 758 N/A 758 758 758 N/A 758 758 758 758 758 758 758 758 758 758 758 758 758

I Anderson comment I (tartan r n m n u n l TLM Cum sol I | I anllrta lanllria tvna Ol IO/A I nnr?iimanl/Pa I

0.000991 0.0505 0,000991 0.1268 O.Q0099lJ O.104!

ol bt

0.051 MWl I 1 0.177 MW1 1 0.264 MW1 i 1 0.284 1

Cascade filled In Janu

0.000991 0.1308 0 01

0.000991 0.1466 0.000991 0,111 0.000991 0.13181

oi oi

0.0009911 0.000991 0.000991

0 0

- - - ° 0\ 0.000991 0.000991 0.000991

0

0,668 MW1 1 0.668 1 0,814 MW1 1 0.925 MW1 i 1 1.057 MW1 1 1.057 0

1.2131 MWl 1 1.4001 MWl 1 4456 MW1 l j 1.456 0] 1.466 Ol 4 4 5 6 I Oj 1.456 I t l 1.6HMW1 l j 1.832 MW1 i i 1.997 MWl 1!

0.000991 0.2081 0.000991 01585 0.000991 0.1793

2.205 MW1 1 2.364 MWl 1' 2.543 MWl 11 2.543 I Ol 2.543 I Ol

0.000991 0.2308 0.000991 0.1783 0.000991 0,0476

2,774 MWl 1 2.952 MWl 1 3.000 MWl 1 3.0001 0

0 3.000 0 3.000 0 3.0001


Tram SUt Tat* SatkJs lUnk Cum Waata Trana

1953 4 STAT 1954 1 hdn 1954 1 SEND

270 270 508 778}

7581

0 #WA 64 MW #WA~ 4 4 l r«A 84 SL

1954 21 outx

lyt3IjIHHJ£jÊ§uMI 0 IWA 84 MW

I trSTjWaaT^BWrTJTaaBi 1954 4 CSEND 1954 4 STAT

IpgnMafiTal 1955 1 STAT 1955 21 STAT 1955 3 STAT

325 325

323 323

707 707 707 707 707 707

5 80 MW IWA 80 MW MW2 IN/Al 46 END TX102

iEnaBBEHESaaW 0 1 021 0 IN/A * 2 l 0 IN/A 92 MW

i i S E m ^ i 19551 4 SEND 1955 4 STAT

TX101 1960 2 STAT

1960 4 STAT

10 10 m 10

I i7tTOaalBTTlaaaTlfsi?^BalBaaaaaalBaaTril TX101 1961 2 STAT TX101 1961 3 STAT TX101 1961 4 STAT

I ESi j IaB lK^BBBUtaUBI TX101 1962 2 STAT N/A 10 TX101 1962 3 STAT N/A 10 TX101 1962 4 REC 257 267 TX101 1962 4 REC 257 524

JBTQBBBEBE 15 IWA -K MW

IWA -92 51 tN/A I 92 MW

IWA 92 5 IWA 92 MW

I7MW

IPaUgQEkaaaali E Z 1 K 3 I

73 R 0 25 Ml 01 IN/Al -96

0 1 97 0 IWA 97

r323aaaC3t •WA 97 FLSH

0 5 102 01 IN/Al 102 0 IWA 102 0 IWA 1021R

IWA 102 IWA 102

0 IWA 102 01 IWA I 102 R

IN/Al 102JSU jSX102 SX102 Omis. IWA I t02|SU " lSXi02 SX102

TLM icum SOI I I an|yni% Isolida laollda i tvM I CM O/A I Document/Pg I

Supernatant transferred to 108TX*115TXIn preparation for sluicing

Shridrrg metal waste removal

Metal waste removal In progress ____

1) sMcmg. 2) active sluicing tank Is pert ol month 3) MW In 122454(1) (2) (3) designates month In each quarter action occurred.

I Overflow partially plugged tbverftow ■ ■ I Overflow partially plugged

I Sluicing Tank

[Water soaking sludge

Declared MT Sluicing Heel New electrode i

[Latest electrode New electrode rdg

oj_ aopoj

0 3.000 1 0 3.000 1

0 3.000 0 3.000 0 3.000 0 3PPP

3.000 0 3.000 OJ 3.000 0( 3.000 bj 3.000 0| 3.000 OF 3.000

0I 0 3.000! | '1 0 0 SOOOl I 1

Receiving flush waur 153 RX Div. box catch tank

| (a) 427 combined total ! (a) 427 combined total

0.01755 4.5104 7.510 R1 0.017551 4.5104 12 .027 [R I

2 V JHWN199161 2IV iHWNi99161

3 E, TX Farm, Pg.2 WHCSDWMTI669, Rev. 1

Tran* SUt [Total soJMa Unk Cum WaaU Trans Tank n Year Qtr T

ITX-101 | 19621 4 STAT

TX-101 1963 1 STAT

DWXT ILANLcommant

K»:gKaalBaiE5c]| TX-101 1963 2 SEND TX-101 1963 2 STAT TX-101 1963 3 STAT TX-101 1983 4 REC

l l» !&i iMaTr ! '31sWW' TX-101 1963 4 SEND

WA 524 919 270

H«* ?ro* N/A 270

021

600 069 689 689 670 170 870 670 600 600

1970 3 SEND

1970 3 STAT 1970 41 XIN 1970 4 XIN

0 IWA -102 R

0 IWA -102 R •WA -102 SU IWA -1021 SU IWA -102 *WA -102

-102 SU I IWA -102 SU l#WA -102 SU

51 IWA 51 IWA 51 -12 51 IWA 51 1 51 IWA 10 -1 10 -1 10 IWA

I IWA I IWA

I IWA

igzsinKnzyi

235 2361 243

10 253 01ft

-43 -43R -55 -55 R -541 -54 R -55 R -50 -56 R -50 WTR -56 SU -50

-55 R -55 WTR -55 WTR -55 SU

I Anderson comment 6 Months 514M Irom 102 649Mto101TX230M(rom Kfi-SX 6 months

[SX-10SISX-105 I I TX-104 OC 652 lo 640

SX-102 SX-102 SX-103 SX-103 OC646to660

TX-102

TX-104 OC 60

SX-103 5290R578

ISX-1031 IMOVEDTOQTR1

SX-1031 SX-103 AND 826 TX-104 ~ Omis. "

I TX-118

Oftd#n contnwnl

Shows 230 not 395 I Shows 649 nol 652

Shows 600 not 646

Shows 668 not 66 wrong data! 649M from 103 SX 6 months

l608Mtol06TX6month

578Mfrom103-SX

ILatest.electrode rdg

026Mtrom103-SX

I60MIO108TX

TLM Cum sol i sotvol% Isollda jsolids Itype lot I OVA IrJocument/Pgl

0] 0! 12.021] i 1| |

0 12.021 0.01755 6.9324 18.953 R1__

0 0 18.953 0 18.953 0 18.953

0.01765 11.425 30.378 R1 0.01755 11.337 41416 R1 J 0 0 41.716

0 _ 0 Jl-716 0 0 41.716

" 0 0 41.716 0 41.716

0 P 41.716 O j 0 41.716

"J 0 0 41.716 0.01755 _ 94642 51.000 R1_

0 0 "51.000 0 51.000

I " 6 51.0001

3 | V _ HWN-1991-62 3lV HW-7B279-6

4 O HWN-1991-79 2 V HWN:1991-80 4 O HW-80379-6

RL-SEP-260-6

i HWN-1991-80

0 0

__P 0 _

0.041905

WTR Ornls, REC CT 9from153-TXIi154-TXR catch tank

WTR I C-105 C-105 C-105 I NOT USED

Reed21 flush water454+ 87 dilution water to 105-C

WTR Omle.RECCT WTR

TX-105 TX-105 . . ,LC 502 to 485 water addition

C-105 In sap transaction

Omission Omission

0 51.000 0 51.000

_°|_5V000 _Pj_ 51.000 22 73.000 R1 0 73000 0 73.000

73000 __0 230P9

0 73.000 6 73.000 0 73000

_ 0 73.000 0 73.000 0 73.000 0 73.000

0 73.000 73.000 73.000

0 73.000 73.000 73.000

0 73.000 _o 74000 _0 73-000 0 73.000 0 73.000

73.000 0 73,000 > 74OOO

0 73.000!

ISO-538-8 iSO-538-6

4lO IARH-1666C-5 3lv |ARH-i666C-5

3 V ARH-1666D-8 3 V ARH-1666D-6 4 0 ARH-1666D-0

4 O ARH-1666D-5

App. E, TX Farm, Pg. 3 WHC-SD-WM-TI-669, Rev, 1

Trans Stat Total Solids Unk Cum Waste Trans

-55 SU TX-102 TX-102 366from105-TX;;8from catch tank;; 10 from dilution water; 26 from 102-TX (drain back)5p2to105-C _

|TX-106|TX-10e lOmts., OC T-101 to TX-101 Omission, Shows TX-101 not T-101

TX-101 1971 1 STAT 151 151 10 IWA -72 R — — i r 1 1 ■—i 1 — t ■—i 1 - 1 TX-101

TX401 TX-101 TX-101

1971

1971 1971 1971

2 REC

2 SEND 2 STAT 3 REC

1205

-829

200 527

1356

527 527 727

■WA

IWA 128 IWA

IWA

-72 SU BX-108 BX-108

-72 SU TX-118 -72 EB, CW, OWW. 1IIX -72 SU BX-101 BX-101

1 ■—t 1— 1 - — — t 1 1- 1 1 1 1 TX-101 1971 3 REC 412 1139 IWA -72 SU TX-102 TX-102 TX-101 TX-101 TX-101

1971 1971 1071 "

3 REC 3 REC 3 REC

517 527 328

1050 2183 2511

IWA IWA •WA

-72 SU -72 SU -72 SU

TX-103 TX-103 TX-104 TX-104 TX-106 TX-106

1 ■ 1 ■ r 1 1 1 1 1 f TX-101 1971 3 SEND -1914 597 IWA -72 SU TX-118

597 597 419 1010 824 1840

-1325 515

515 515 553 1008 3491 1417

128 IWA IWA IWA IWA

1 SEND -921

1 STAT 2 REC 105 2 REC 439 2 SEND -758

2 STAT 342 342 3 REC 007 1249 3 SEND -706 484

4 SEND -1048

73 -1 IWA IWA

luZEaamBHI 1 SEND -588

1 STAT 2 XIN 15 2 SEND -128

18 drainage from 106-TX to I 1105-C transfer

1205 from 106 BX.829 to TX-

118

800 690 705 577

-72 R. TBP -72 SU iB-102 B-102 -72 SU B-103 B-103~ -72l SU 1 TX-118

-72 EB. RIX -72 SU B-103 B-103 -72 SU U-107 U-107

■71 BL, IX, CW. EB -71 SU I BX-101 BX-101 -71 U-108 U-108 Orris -71ISU I ITX-118

200 from 101 BX, 412 from 102 TX. 517 from 103-TX 527 from 104-TX. 328 from 106 TX. 191410 110-TX

419 from 102-B, 824 from J103-B, 132510 110-TX

-72EB, SIX.CW -72 SU I BX-1011 BX-101 •72 SU TX-118

-57|BL,1X I -57 SU BX-101 BX-101 -57 SU BX-104 BX-104 ■57 SU TX-118

-57 BL.IX -57 SU BX-104 BX-104 -57 SU TX-118

1553 from 103-B. 349 Irom 107-U 921 I0II8-TX

165 from 101-BX. 439 from 10BU.758I0 116-TX

907 from 101-BX. 15 from 302-R catch tank, 765 to 118-TX

-561 BL.IX -56 WTR •SO SU

WTR Omis REC B-302 TX-118

686 from 101-BX, 582 from 104-BX, 1048 tol18-TX

558 from 104-BX. 588 to 116-

TX

M5 from 302-B. 128 to 118-TX

0 73.000 d. 73.000 0 73.000 0 43.064 0 73.000 0 74004 0 73.000 0 73,000

0 73.000 0 73.000 0 73.000 0 73.000

0,_ 74000 0 73.000 0 73.000

0 74000 P TIP

0"

0 73.000 0 73.000

_p 73.000 0 73.000 _0 73.000 0 Z3-PPP

0 _730PP d 73.000 0 73.000

Irva Irvv-iinwuiirDn ■ 4 0 ARH-1666D-8

ARH-2074C-6 ARH-2074C-B ARH-2074C-6 ARH-2074C-B ARH-2074C-8 ARH-2074C-8

4 O ARH-2074D-5 4 O ARH-2074D-5 4 O ARH-2074D-8

4 O ARH-2456A-4 4 O ARH-2456A-6

ARH-2456A-7/ARH-2456A-

4 0 6 SEND

4 O ARH-2456B-5 3 V ARH-2456B-6 4 O ARH-2456B-7

4 0 ARH-2456C-5 4 0 ARH-2456C-7

4 O ARH-2456D-5 4 0 ARH-2456D-5 4 O ARH-2456D-7

4 0 ARH-2794A-5 4 0 ARH-2794A-7

3|y ARH-2794B-7 3 |0 " ARH-2794B-7

App. E, TXFarm, Pg.4 WHC-SD-WM-TI-669 Rev 1

Tank n {Year I Qtr Trans SUt Total Solids Unk Cum Waste Trans j ] vol Ivol vol Ivol I Mr lunk Itvna tank DWXT LANLcommant

TX101 1973 3 STAT TX101 1973 4 SEND TX101 1973 4 STAT TX101 1974 1 XN TX101 1974 1 REC

TX101 1974 1 STAT

TX101 1974 TX101 I 1?44L TX101 I 1974[ J4101 19741 TX101 19741

561 581

720 720 426

427 427 432

73 11 52 BLIX IWA 52 SU

1 *T_ ^ 0 BL, IX j IWA SO WTR I I W A I ^50 SU

WJR _ JOmls^RECB302 TX109 TX109 t

_73 IWAJ SOjlX, 1C.TBP

50 BL. IX, 1C, TBP 50 SU [ TXJ18 49 BL, IX, IC. TBP 49 WTR WTR Omis. REC 302A 49 SU C103 C103 49 SU TX118

TX101 1974 TX101 1975

601 601 -135 406

43 BL. IX, IC, TBP 43 SU TX118

TX101 1975 TX101 I975I TX101 I 1975| TX101 1975 TX-101 1975 TX101 I i975i TX101 1 1975!

48 BNW. N. LW. PL, BL, EB, IX, IC. TBP 48 WTR WTR ■48 WTR WTR Omis. REC 302A 48 WTR WTR Omis. REC 302B 48 Z 2345ZZ Omis. REC 2 PLANT 48 SU _ iC103 iC103 1 4olsU I I TX1181

2ISTAT I I sTxiN I 3 REC 1044 3 SEND 1237

530 530 545

193 738 297 441

■50 BNW, N, LW,CW.DW,IX,1C,TBP 50 WTR I WTR Omis. REC 002TXR 50 SU C104 C104 SOlSU T 7 T X i l 8 7

•51 B,BL 51 WTR WTR Omis. REC 001TXR 51 SU C104 C104 51 SU TX118

430 430 445

53 PL.BL.B 53 WTR I WTR "lOmls. REC TY302A 53 WTR WTR Omis. REC CT302B 53 SU TY102 TY102 53 SU TX118

TX101 TX101

IJ978L 1076

2STAT 3STAT

TX101 1976 4 STAT TX101 1977 ISTAT TX101 1977 2 STAT TX101 1977 3send TX101 1977 3 STAT 1

104 104 100

100 160 172 172 172 172 172 172

54 EB, BL, OWW. RIX, R. PL, 54 WTR WTR Omis. REC TX302 54 EB, BL, OWW, RIX, R. PL, 51 51 51 51 EF

I Anderson comment

'Leak detection drywells 51 0104 and 510109 drilled

101 to118TX

12 from 302B calch tank. 220 from 109TX " Leak detection dry wells

510102, 510106 and 51. OltPSdrtjIed

294to118TX~ ~~~

Ogden comment TLM Cum sol j

sol wr% isollda IsoHda Itype CM Q/A |Documentff'g I

281 from 103C 5 from 302A catch tank. 118 to 118TX

135to118TX(3) IXICTBP 65622

Omission Omission Omission

0 01 01 0

0.08JO61I _ -P-L

0'

37 from 2345 Z, 584 from 103C;; 13from 302A.CT; 29 from 302B.C.T; 3 water 441 lo11BTX(3) IXICTBP 65024

1044 from 104C;; 40 from 1002TXR;; 1237 lo 110TX

1193 from 104C;; 15from |0O1TXR,297to118TX

Omission Omission

466 to 118TX. 24 f rom CT 302B. 6 from TY 302A, 162 from102TY

5 from TX302 CT JEvap. F««d dH. "

Inactive Current

0 73.000 0 73.000 0 73.000 0 73JXX) 0 73.000

Ol 73.000 0| 73.000 0 73.000 Ol 73.000 __0 .73.000

0 73.000 0 73.000

0 73.000 0 73.000 Ol 73.000 0 73.000 3] 76.000JZ Ol 76.000! 0 76.000]

0 76,000 0 76.000 4 76000 0 40000

4 76.000 ~0\ 76.000 Jl 76.000 0 76.000

0 76.000 0 76.000 0 76.000 0 76.000 01 76.000

0 40000 0 76.000 0 76.000 0 _76.00p 0 76.000 0 70.000

4 0 1ARH2794D7

3 V JARHCD133A7 4 6 IARHCD133A7

ARHCD133D7 ARHCD133D4 ARHCD133D7

IARHCD336A7

ARHCD336B7 IARHCD336B7 ARHCD336B7

JARHCD336B7 [ARHCD336B4 IARHCD336B7

ARHCD336C7 ARHCD336C4 ARHCD336C7


ARHCD702A 7 ARH^CD702A7 ARHCD702A7 ARHCD702A7

ARHCD702B7

WHCSDWMTI669. Rev. 1

Tank n I Year I Ok iTvoe Ivol Ivol Ivol Tram Stat Total SoMe Unk Cum Waste Trans

unk Itvoe I tank

TX101 1977 4 STAT

I ESI jn iâUguM

TX101 1978 4 STAT

IHI 159 215 253 271

271 271 304 447

TX101 1970 3 STAT litlajMaaWHHaWV

TX101 1070 4 SEND 329

73 IWA 51 EF 73 IWA 511 73 IWA 51 NCPLX

■WA IWA ■WA IWA

73 IWA IWA IWA IWA

■49 NCPLX 40 NCPLX 40 46 SU 40 SU 40 SU 40 NCPLX -461 40 SU 46 SU 48 PNF 40 40 SU

SY102 SY102 S107 S107 S107 S107 S107 S107

SY102 SY102 S107 S107 S107 S107

SY102 SY102 TX118

TX101 1080 1 STAT TX101 1980 2send

lk£gfiMgF7ii|

TX101 1080 2 STAT TX101 19801 3 STAT TX101 19801 4ISTAT TX101 1985 1 Mod

175 175 175

001 115 107

107 107 I 1071 107 T i07f 107

] r ^ 9 l ILuUuBI

•WA 40 73 IWA 40 PNF

I IWA I 40 IWA 40 SU

100 IWA 46 108j IN/Al 4 0 1 | i o o l l W A l 46 NCPLX I

tWA 40 SwUq 84 »WA 40 NCLPX 04 IWA 40

SY102 SY102

IO#den comment Inactive Current. Salt well installed

New Photo 121979

Inactive New Solids B3OB0

TLM ICum sol l ■ IscJvol* Isollda aollds type Ql I Q/A j Document/Pg»

0 76.000 0 76.000

0 76.000 1 0 76.000 1 0 76.000 1 0 76.000 I 0 0 76.000 11 0 76.000 1 0 76.000 I 0 0 76.000] 1 0 76.000 0 0 76.000 1

0 70000 1 P[ 76-PPP 1 !

"Ol 76.0001 . i '

_yi 76.000 0J 76.000

App. E, TX Farm, Pg. 6 WHCSDWMTI669, Rev. 1

DWXT I LANL comment Anderson comment TLM Cum sol

IsotvofX Isottds Isollds Ql I Q/A Document/Pg I

3 CREC 3 CSEND 4 STAT 1 rec 1 rac

lu!aKlJ»rani

l i ^ P I H I

TX-102 1951 i send TX-102 1951 11send TX-102 1951 1 send TX-102 1951 1 STAT TX-102 1951 2 STAT TX-102 1951 3 STAT TX-102 1051 4 CSEND TX-102 1051 4 STAT TX-102 1952 1 STAT TX-102 1952 2 STAT TX-102 1952 3 STAT TX-102 1052 4 STAT TX-102. 1953 1 STAT TX-102 1953 2 STAT TX-102 1953 3 STAT TX-102 1053 4 CSEND TX-102 1953 4 STAT TX-102 1954 1 Kin TX-102 1954 1 SEND

TX-102 1054 1 STAT TX-102 1954 2 outx TX-102 1954 2 STAT TX-102 1954 3outX TX-102 1954 3 STAT TX-102 1954 4 CREC TX-102 1054 4 STAT TX-102 1055 1 XIN TX-102 1955 1 XIN

302 3021 189 491 140 631

laaV'M-11

758 758

741 741

1115 1275 1004 018 758

741 741

WA 758 WA 758 WA 758

758 758 758 WA 758 758 758 758 758 758 758 758 758 758 756 758 758

758 758 758

175 175 103

103 103 01

TX-101 TX-101 TX-101 TX-101 TX-101 TX-101

TX-101 TX-101 TX-101 TX-101 TX-101 TX-101

IBTZSaaaafDE J^^HI TX-101 TX-101 TX-101 TX-101 TX-101 TX-101

TX-103 TX-103

TX-103 TX-103

TX-101 TX-101 TX-101 TX-101 TX-101 TX-101

TX-103 TX-103

TX-101 TX-101 TX-101 TX-101 TX-101 TX-101

Cascade fined m Julv 01 0.000 0 0.000

0 IWA -16 MW

0 IWA -10 MW IWA -16

0 IWA -10 •WA -10 END

0 IWA -161 IWA -10 MW IWA -10 MW

ed to 103-TX 7-19 0 0 0.000 0 0 0 0.000 11

0 0 0.000 1 0.002039 0,7124 0.712 MWl 1 0.002639! 1.2876! 2,000 MWl j 11

App. E, TX Farm, Pg. 7 WHC-SD-WM-TI-669. Rev 1

Tankn Year Qtr T Trans Slat Total SoHda Unk Cum Waste Trans

IDWXT LANLcomrmnI

TX-102 TX-102 TX-102 TX-102 TX-102 TX-102

1955 1955 1955 1955 1955 1955

2 STAT 3 STAT 4 REC 4 OUTX 4 OUTX 4 outx

707 -254 -292 -101

758 758

758 758

1405 1211 919 756

TX-102 TX-102 TX-102 TX-102 TX-102

Z5IJ5 TX-102 TX-102

_1K5 1950 1950 1950 1950

S P 19501 1950?

4 STAT 1 OUTX 1 OUTX 1 OUTX 1 outx

■lETTf f i l l 2 xln 2 OUTX

-04 -44 -02

-543

_7_58

■ ■ ■ 0 1 257

"TM! 1

758 694 050 558

15

K 272 188

0 IWA -16 0 IWA -16

•WA -16 SL TX-101 TX-101 •WA -16 SL UR UR IWA -10 SL UR UR •WA -10 UR

0 IWA -10 MW IWA -10 SL UR UR IWA -16 SL UR UR IWA -10 SL UR IUR

•WA -16 IWA -16 SL UR

TX-102 1950 2 STAT TX-102 TX-102 r

i05er 3 xln 3 OUTX t

328 •76

TX-102 1950 3 OUTX -119 TX-102 TX 102 TX-102

1950 1956 1956

||| -1M

129 TX-102 TX-102 TX-102

1956 1956 1957

4 OUTX 4 STAT 1 STAT

-124

TX-102 1057 2 STAT TX-102 1957 3 STAT TX-102 1057 4 STAT

IWA -16 IWA -16 SL IUR IWA -16 SL UR

IWA -10 •WA -10 SL UR

2 IWA -10 MW 01 -10 -26 MW

App-E,

Anderson comment TLM ICum sol I

lsolvor% IsoHds Isollds type Ol Q/A Document/Pol 0, Pi_ 2.000 [_ 1

_ Oj " 0 | " 2.000 1 __" 0 0| 2.000 1

" 0 0| 2.000 1 i "o dl 2.ddo i

J Pumped IO104-TX, sluldng

1) sluicing doscontlnued 2) to be visually inspected 3) MWHeel'(1)(2)(3) designates monlh In each quarter mat transferred occurred.

Slufrtno heal Declared MT Sluldng heel New electrode rdg. New electrode rdg.

0 2.000 °_._ 2.000

_ 2.000 o 2.06a <y 2.odb 0j_2.d00 0 2.000 0 2.000

WHC-SD-WM-TI-669. Rev 1

I ' l Tank n I Yaar Qtr T

TX-102 1963 4 STAT

|Trana |Start {Total (Solids ]Unk ]Cum {Waste Trans tank DWXT LANLcommant

I»WA1 -3 SU TX-101 TX-101

Ol lWA -3iR

Anderson comment

732M from 101-TX 6 month

Latest electrode rdg. 6 monlh report

6 month report 6 month report

jTLM Cum l t d sol v o l * solids solids I type CM | Q/A | Document/Pg I

4 0 lHW-80379-6

2.000 j 1

2.000 I 1 2.000 1 2000 . . .1 2.000 1 2-OOOj j .1 2,000i ! i 2.000 l 1 2.0001 j J 2.000 I 1

4 2.000 Oi 2.000

TX-102 1971 3 STAT TX-102 1971 4 rec

1971 4 REC

TX-102 1971 4 STAT TX-102 1972 1 send

179 170 494I

12 IWA -10 R

TX-105 TX-105 OC552to542 Ifl stats at 48

TX-101 I TX-118

TX-118 TX-118 Omis.

15 IWAl -2 EB, CW, OWW, RIX II stats IWA -2 TX-118

| | W A | - 2 | E V T TX-118 TX-110 Omis.

73 l lWA| -2|EB " TlWAl

681 MI.O105-C 26 to 101-TX 542 M from 105-TX

412 M to 101-TX

242-T bottom and Recycle Leak detection dry wells 51 -02-05.51-02-09 and 51-02-12 drilled

Shows 542 not 552

No Indication of XFER, (e)No XFER inrJc, 1914 comb, tot |

(f)No XFER Indie. 1144 comb, tot

comment(l) (1) Due to l ie characteristics of solids In bottom tanks and Ihe Inability lo measure them precisely, there Is a significant degree of uncertainty In the tiqutd-to-soHd ratio of tank 102-TX

Oj 2.O00J 0j 2.000! 0| 2.000i 0! 2.0oV 0 2.000 d _2-ddo d 2.000

0 2.000 P .2000 0 2.004 d 2.000 m 2.000 ol 2.000 ol 2.000 0 2.000

ARH-1666D-5 ARH-1666D-8

App. E. TX Farm. Pg. 9 WHC-SD-WM-TI-669, Rev.

Trana Stat Total Sollda Unk Cum Waata Trana i |Tank_n [Year I Ok JTvpe Ivol vol Ivol v l Mr unk itypa I tank iDWXT LANL comment ITX102 | 1972| llSTAT 1 6091 6891 73] IN/Al i ITX102 | 1972| 2|STAT 1 I 6801 680J 73 IWA 2 EB

HL^BSB 1972 3 REC 1972 3 STAT

I 700 7001 700

TX118 TX118 Omis.

11 f.a i > M I7J' j | 1972 4 send 1972 4 STAT 1073 1 STAT

1973 2 STAT

l i » :an«a» l »c l l 1973 3 STAT 1973 41 send

m : g [ i > — H E l l 1973 4 STAT

MESHMmEni 1974 1 STAT

700 700 697 007

710 700 708

048

700 700 700

664

703 703 649

809 003 700 700

421 279

432 711 _ . . 711 711

-20 601

186 IWA 186 ■

IWA 186 13

■WA

•WA 186 IWA

IWA 1861 IWA I

IWA 186 5

IWA •WA

186 #WA 186 7

IWA

IWA IMFIWAT

IWA

TX118 TX118 Omis.

TX118 TX118 Ornts.

TX118 TX118 Omis.

TX118 TX118 Omis.

TX118 TX118 OC58to3

ITX118 TX118 OC26to44

OC417to432. 005 total OlEVT |TX118JTX118 w/TX105 OEB

IkclfiiLII TX118 TX118 OC421O0

Wll'/M

fIJ7.ll

lEzsmi 0 EVT TX118 TX118 OC66to17 OEB

IlLalXll 0 EVT TX110 TX118 OC95to40

TX102 1075 3 STAT 700 708 104 »WA 8 EB

TX102 1975 4 STAT t r ' g T . ' ■ ■ f 7J]aamini7Ba»l TX102 1976 1 REC TX102 1976 1 STAT TX102 1978 2 STAT TX102 1076 3 STAT TX102 1076 4 STAT TX102 1977 11 send TX102 1977 1 STAT TX102 1977 2 STAT

IfZEEmm&m

70S 708 104 ! 710 I IWA | 4 WTI 721 IWA 4 SU

719 719 104 2 710 719 194 IWA 0 EB 710 710 194 IWA 719 719 104 IWA 0 EF

455 IWA 455 455 455 IWA 455 455 455 IWA

I E 3 K & H

WTR Omis. TY103 TY103

I Anderson eortwneot [ n n t t n m n i n a n i 242T bottom * I 242T bottom and R

242T botlom and

(l)No XFER tntHc, 1078 comb.

0)No XFER kidta, 1077 comb.

IsnUcta llvna (Ti I r u i irvwiifnant/P

_° _2_PPP j 2iV _ ARH2456C7 0 2.000 I i f

0 2.000 I 2lV ARH2456D7

242T bottom and 242T bottom * R

242T bottom 1 Recycle

|242T botlom «. Recycle

242T bottom A Recvde

242T bottom 1 Recycle

| (l)No XFER indie, 520 comb.

(m}No XFER Indie, 591 comb, tot

(n)No XFER Indlc, 302 comb.

I Shows 3 not 58

0 | 2^001 j 1]

0 2.000 2IV ARH2794B7

0 2.000 0l 2.000 01 2.000 |

OJ 2.000 Oi 2.O0O df 2.000 0 2.000

3lV ARH2794C7 11

21V ARH2794D7

3 V ARHCD133A7 11 i

242T bottom t Recycle ' Leak detection dry wells 51 0202 and 510207 drilled 242T bottom I Recycle __

242T bottom 1 R

I242Tbottom* i

Shows 44 not 26

j(o)No XFER indie, 605 comb.

3|V IARHCD133B7

Shows 46 not 95 242T bottom a Recycle removed from service due to crusttna Droblems Removed from service due to

I Crusting |

0 4000 V 2.000 0 2000

0 2.000 0 2.000

3 V ARHCD133D7 1

0 2.000 0 2.0001 0 2.000

4 V ARHCD336C7

3 V ARHCD702A7 4 0 ARHCD702A7

242T2 bottoms t 1 contains salt evap feed

jcontatns sail evap feed

Inactive salt Wall pumping I I Inactive salt well r»«i 1

0 2.000 01 2.0001

WHCSDWMTi669, Rev 1

http://fIJ7.ll

Tran* Stat ITotal Solkta Unk Cum Waata Trans Tank n lYaar Qtr T

TX-102 I 1963! _4 send.

TX-102 i 1993 2 STAT TX-102 1993 4 STAT TX-102 1994 1 STAT TX-102 2000

455 455 455 455 455 455 455 455

334 334 334 334 334 334 334! 334 334 334 334 334 334 334 334 334 334 334 334

2171 217 217 217 217 217

4551 IWA I 455 IWA 455 IWA 455 IWA

IWA 334 IWA 334 IWA 334 IWA 334 IWA 334 IWA 334 IWA 334 IWA 334 IWA 334 IWA

•WA IWA IWA •WA •WA •WA IWA IWA IWA •WA •WA •WA

217 IWA 217 IWA 217 IWA

lank DWXT LANL comment

IEZSEZS

[Anderson comment Inactive current-salt wall Installed Inactive - Prim. Slab. New Photo 3-17-78

TLM Cum sol eolvor* solids Isollda Itypa Qt I Q/A I Oocumenl/Pg I

0 01 2.000 1 1 y, 0 2.000 1 01 0 2.000 1 0

II 01

ol 2.000 1

B ^ ^ H H 01 2.000 1 0 0 0

0 0 0

...2-000 j . . 1 _ 2.000 " " , 1 2.000 1 1

113 to 217 msrmnt error-nl 2.000

2000 0[ 2.000

App. E, TX Farm, Pg. 11 WHC-SD-WM-TI-669, Rev. 1

iS'SS 8 8 8 1 3 3 8 8 1 8 3 3 3

m\m\ mmm mmm 8 8 8 8 8 8 1 8 8 8

i t$m mm mm

5 8 s " ?<?*?*£ frlrrlnlrrl

8 3! § S o = | j : >4i ) i x x ^ tnlrclrrl 1

HEEIIIEEEEIIHEIIEII IslcSlsl&lcsligiKls^ SlSISiSiSISISiSlS!

sis Si sis SiS 8 8 8 8 3 8 8 8 3 S3 8 8 SlS 8 818 S'SiSSiS SIS S3 88 sis S3 S3 3 8 8 3 stslslsislslsjslgl 3I3I3BBBBBI3S3B

I Tank n Year Qtr T TX103 1954 3 OUTX TX103 1954 3 STAT TX103 1954 4 REC TX103 1054 4 STAT TX103 1955 1 STAT TX103 1955 2 STAT TX103 1955 3 STAT

[Trans Stat j Tota l j so l k ta ] u n k J Cum jWas ie Trane ] ] ■ I tank I DWXT L A N L c o m m a n t

TX103 1961 1 STAT TX103 1961 2 STAT TX103 1961 3 STAT TX103 1961 4 STAT

682 6821 682 062 682 882 082 082 I

082I 6821 082 682 082 682 682 082 682 682 075 675 6751 675 075 675 675 075 076 075 875 675 675 675 075 075 675 675 075 675 675 675 675 075 075 075 675 675 675 675

W A 681 WA 681 678 678

081 681 WA W A 661 081 681

II 081 W A 081

W A 688 WA 086 080

W A 686 688 686 086 680 686 886

686 686 688 686

Anderson comment

ledto104TX72fl

TLM Cum sol i so fvo f t solids isollds Itvoe Ioi IQ/A i Document/Pg I

TX118 TX118

0 IWA 151 0 IWA 15 0 IWA 15 TBP

iTobescvg. «242T

To be i To be scvg. • 242T

To be scvg. • 242T

0.004416 ___77M

0.000 T1EVv Oj _ 3.000 T1SIK Oj

_iPPP i | _ 3.0001 _ 1_ 3,000 1

Latest electrode rdrj 6 mo. I Report

0J_ 3.000I oi s.oodt

0 3.ppp _0 "3.000 0 3.000

_0j 3.000) 0| 3OOOj o] 3.000; ~d]~ 3.000 i 0 3.000

IWA 1: 0 IWA 1 0 IWA 14 TBP

•WA 1 IWA 1

IjjgJaaaaEjH^fi

0 IWA 19 TBP 4 IWA 19 TBP

IWA 1 4 IWA 1 4 IWA II 41 IWA 1

6 mo. Report Latest electrode rdg 6 mo.

6 mo. Report 0 mo. Report

Latest electrode rdg 6 mo. Report _ _ 6 mo. Report

0l 3.0001 0 3.000

App. E, TX Farm, Pg. 13 WHCSDWMTI669, Rev 1

Tank 11 Year Mr T TX-103 1967 2 STAT

TX-103 1968 1 STAT TX-103 1968 2 STAT

ITX-103 | 19691 llSTAT

|Tran« Stat Total SoMa Unk Cum Waste Trans tOWXT LANL comment

TX-103 1069 3STAT TX-103 1960 4 STAT TX-103 1970 1 STAT TX-103 1070 2 STAT TX-103 1970 3 STAT TX-103 1970 4 STAT TX-103 1971 1 STAT

680 680 689 680 689 880 089 680 680 680 690 800 090 690

JEHIKiJl 091 891 092 002 692 802 002 002 093 603 003 003

41 IWA 4 IWA 4 »WA 4 IWA 41 IWA I 22 TBP

31 IWA I 24 TBP

3 IWA 31 IWA I 25 TBP

TX-103 1971 3 SEND IWA 20 SU

TX-103 1971 3 STAT TX-103 1971 41 XIN TX-103 1071 4 STAT TX-103 1972 1 STAT TX-103 1072 2 STAT TX-103 j 1972J 3jrec_

178

184 ~

178 IBS 184

3 2 IWA

3 -1

28 TBP 28 WTR I WTR Omis 27TBP.H20

187 186|

l_

187 180 232

3 3 3| -1

. . . 1 * * * 1

30 TBP. H20 29 TBP. H20 | 29 ITX-118JTX-118

3 IWA 20 EB

31 IWA I 20 EB

TX-118 TX-118

TX-118 TX-118

722 IWA 29 EVT TX-118 TX-118 Omis. 722 722 3 IWA 20 EB

-51 671 IWA

723 723 723

IWA 20 EVT TX-118 TX-118 Orris. 3 IWA 20 EB ~ T

720 726 720

729

729 729 720 728 728 728 728

•WA 29 EVT TX-118 TX-118 Omis. 3 I I W A I 20 EB

I I W A I 29 EVT TX-110 TX-118 OC58to3

iEzzsiEii •WAI 27IEVT TX-118 TX-118 OC26to44

3 *WA 27 EB

Anderson comment Ooden comment TLM Cum sol I

solvofN IsoHds isollds Itvoe Ql I Q/A I Document/Pa*

517 to 101-TX'Leak detection dry wells 51-03-06. 51-03-00 and 51-03-12 dried.

242 bottoms It recycle* * Due to Ihe characteristics of soMds In bottoms tanks a the Inablity to measure them pradsety, there Is a significant degree of uncertainty In Ihe liquid to soHd ratio of tanks.

0 3.000 0 3.000 0 3.000 0 3.000

(l)No XFER indic, 520 comb.

I (m)No XFER Indic, 591 comb, tot

(n)No XFER indic, 302 comb.

Shows 3 not 58

Shows 44 not 26

0 ^.000 P 3^PP 0 3.000 0 3.000 0 3.000 0| 3.0OOI

g 3.000 0 3.000 1 3.000 d 3.000

4 0 ARH-2074C-8

3|V ARH-2074D-8

if

2 V ARH-2794B-7 1

"6

3 V ARH-2794C-7 1 0

2 V ARH-2794D-7 1 3 V ARH-CD-133A-7

0 '"_ 3 V ARH-CD-133B-7

....


[Tank n Wear loir ITvoe Trana Stat Total SeJkk junk Cum Waste Trana vol Ivol Ivol Ivol Ittr lunk Itvna I tank IDWXT I LANL eamwnt lAnriarann r i m m M l lAjwtan

IL&aW

I uJaIJJH[HdaaF1[ii?Mi

I J7lT!Sj|[^.}BntTi?aaal

MEalll 728

728 728 713 730

730 730 684 730

7 X 730 671 730

730 730

I K a l 730

730 7301 730 730 730 730

609 609 009

450 450 450

I Ifgl'MKnTniHTâaall

307 307 10 317

307 307

iwcni 507

587 587 701

700 706 518 493 484

497 497 497 407

612 012 612 612 612

629 629 489 140

5S? aatir.1l

12 226 I 226i 226

10 236

•WA 20 EVT TX118 TX118 OC42to9 3 *WA 20 EB

•WA ; •WA 26EVT TX118 TX118 OC66to17

liTglTJII

TX118 | IWA| 26|EVT [TX118|TX118 |OC 98 (95) to46

3|«WA| 261 I I I IWA ! •WA 26 EVT TX118 TX118

III!!ZHE3i

Shows 0 not 42

|Shows46not98

jTLM |Cum sol I ] ! ■nl u n i t [•nHfta ianlliia Itvna Ini tn/A InnnimantlWa I

3 V ARHCD336A7

_ 0 _ 3 : 0 0 0 | 01 _ _P __30PP J 3L

V_ ]ARHCD336C7

0 3.000 I i t I

•WA 26 EVT TX118 TX118 OC62to33 3 IWA 31 IWA I 26 EB 6! IWA I 26 EVAP

•WA 26 S102 6 I IWAI 26 EVAP

il S102 120 IWA 20 EVAP

IWA i inwiMii

SY102 SY102

SY102 SY102

145 IWA IWA

145 10

IWA 145 IWA

IWA 145 5

IWA IWA IWA

147 13 145 IWA

IWA 145 IWA 145 IWA

145 IWA IWA

IWA IWA •WA •WA IWA

145 IWA IWA!

20 EVAP 20 SU ~ TX110 TX110

SY102 SY102

10 SU 10 NCPLX 10 SU 21 NCPLX 21 SU 21 SU 21 SU 34 NCPLX 34 NCPLX

SY102 SY102 TX118 TX118

TX118 TX118

SY102 SY102

SY102 SY102

SX-106 SY102 SY102 TX101 TX101 TX103 TX103

TX-103 TX103 TX103

TX103

SY102 SY102

Evap feedcon, evap feed

Evap feedcon. *\

I Interstitial Nquor storage

Interstitial Nquor storage' Leak detection dry welts 510301 and 510311 drilled.

Interstitial liquor storage

Salt well recovery, Interstitial ligutxstorage

Active Salt Well, Recvt.

Solid Level Adl.

0 3.000 0 3.000

IKEull

0 _ _ 3000 0\ 3.000 0 3.000 0 3.000

0 3.000 0 3.000 0 3.000

ElaBB^^^BBBBBBalBBBUl

IEISSJBBBBBIKII

Ol 3000 0 3.000

App. E, TXFarm. Pg. 15 WHCSDWMTI060. Rev. 1

http://aatir.1l

I Ol O l O l Ol O l O '

l a s s s

S S I R a S R a S S R

I Tank n Year IQtr Trans Stat Total | Solids Unk Cum Waste Trans Ivol Ivol Ivol Ivol I tfr lunk Itvoe tank DWXT LANLcommant

j ^ « _

TX104 DM 04

TWO

1949 1050

4 STAT 1 STAT

0 WA WA

1 0 0 0

IWA IWA •WA

0 SET TX103 0 0

TX104 rx104

1950 1950

2 STAT 3 STAT

WA WA

0 0

•WA 0

ol 0 cas TX103 TX103 0 cas TX-103 TX-103

igESESBEni

34 MW ■WA 34 cas •WA 34 cas IWA 34 cas

and stats at 397 TX103 TX103 TX103 TX103 TX103 TX103

01 IWA I 0 (WA 01 IWA

•WA 81 END TX1031 0 IWA 0 «WA «1_MW ,

IWA| 81 | j "]UR

0 IWA 81 MW IWA!

TX104 1954 3 STAT 700 700 0 IWA TX104 1054 4 hdn 472 1172 IWA TX104 1954 4 SEND 750 422 IWA 81 SL

TX-104 1954 4 STAT TX104 1055 1 outx 326

0 IWA 81 MW

l i i |ah£isifcisi.i|

li>:aiiiMfc^:-T.il

TX104 1955 3 STAT TX104 1955 4 xln TX104 1055 4 STAT TX104 1950 1 outx

mlaii'MffTTII TX104 1956 2 STAT

408 504 I 504 504

489 1 0 IWA 81 MW

01 IWA I 81 MW

TX104 1956 3 STAT TX-104 1956 4 outx TX-104 1956 4 STAT TX104 1957 1 Kin TX104 1057 1 STAT TX104 1957 2 hdn TX104 i 19571 2 STAT

0 IWA 81 MW I IWA I

[Anderson comment TLM Cum sol

aol v o l * sollda Isollds [Qt CVA 'DocumenlfPgl

0.026906 4.07 4.870 MW1 0.026906 2.0987 6,969 MW1

ol P 6,969 0.0269061 4,6969 11.865 MW1 0.026900 ,4.843 _ 16.709 MWl 0.026906 1.2915 18,000 MW1

0 18.000 _ ^ P _ j 18.000

I 0| 18.0001

Supernatant used for btenclng __

Supernatant used for blendng overflow to 106 partially plugged.

Supernatant used for

Supernatant used for bjendjng Supernatant used for blending Supernatant used for blending

I supernatant supply tank

SS receives from T plant fell Into tank

0 18.000 16.0001

o JB.oogt 0 18.000

18.000 0 18000

_pl ' igpg o1 18.000

0 18.000 0 16.000

A __iodgd.

0 18.000 0 18.000

o _te.ppo 1 0 18.000 _ j 0 b ie.000 i 0 18.000 0

_P__J8PPP ' i 0 18.000 1

TXFarm. Pg. 17 WHCSDWMTI669, Rev 1

Tank n Year I Qtr TX-104 1957 3 STAT TX-104 1957 4 STAT TX-104 1958 1 STAT TX-104 1958 2 STAT TX-104 1958 3 STAT TX-104 1958 4 STAT TX-104 1959 1 STAT TX-104 1959 2 STAT TX-104 1959 3 STAT TX-104 1959 4 STAT TX-104 1960 1 STAT TX-104 1960 2 STAT TX-104 1960 3 STAT TX-104 I960 4 STAT

Trans Stat Total SoHda Unk Cum Waste Trana Ivol Ivol Ivol Ivol Itfr unk type tank DWXT I L A N L

TLM Cum i sol

TX-104 1961 2 STAT IGSEIIEylJl

TX-104 1961 4 STAT

TX-104 1962 1 STAT TX-104 1982 2 STAT TX-104 1962 3 STAT TX-104 1962 4 STAT

TX-104 1963' 2 STAT TX-104 1963] 3 STAT

hr^M aJBlvHI

IbSIilMUâl

J 6811 W A 081 WA 08ll

747 747 747 747 WA 747 W A 747 747 747 761 701 WA 761 781 761 701 761 701 761

732 732 732 732 732 732 732

732 732 732 732 732

732 732 732 731 731 731 731 731 731 731 731 731 731

PHASING PROBLEMS 681 MOM from 101-TX 6 mo. B 4 | R I | | l O W A _ Reports I B4|SU ITX-101 jTX-101 |OC 652 to 649 [Shows 649 not 052

Oi 18.000] j t j

64| SU TX-101 TX-101 OC60 Shows 666 not 66 wrong data 66M from 101-TX

[6 mo. Report

Ol IB.OOOl o| ie.ooo]

0 18.000 0 18.000 0 18.000 0 IB.OOO

3:v iHW-78279-6 "il !

1 I 3 V | HW-80379-6 1 1 1

TX-101 TX-101 Omis. 666Mt0l18-TX

637M from 101-TX

08ISU TX-115 TX-115 OC 109to0RECatTY-104

98|SU ITX-115 ITX-115 IOC 351 to 0 REC at TY-104 98R

Shows Rec at TY-104

Shows Rec at TY-104

oi la.oooj ol iti.oob

J> _J1PPP g 18000 oT 18.000

0 18.000 _0 18.000 0 _18.000 0 18.000

4 0

1 3 y i 1 1 2 V 1 1 ? V

ISO-404-6

ISO-538-6

is6-967-7

ARH126-B

App. E, TX Farm. Pg. 18 WHC-SD-WM-Tt-669, Rev. 1

I Tank n Year I Qtr T Trans Stat Total [Solids Unk Cum Waata Trans

hflflKgaaffrTJI

200 2001 211

211 211 211 211 211 211 219 219 207 207 201 201 211 211

431

-529 I 1311 ! 1361 136

132 132 134 134

-400 543 I 543 543

120 672

DWXT LANLcommant

TX-104 TX-104 TX-104 TX-104 TX-104 TX-104 TX-104 TX-104

1969 1970 1970 1970 1970 1971 1971 1971

4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 SEND

730 729 729 729 728 728 727

527

730 729 729 729 728 728 727 200

11 IWA 11 -1 11 IWA 11 *WA 11 -1 11 IWA 18 -1

•WA

06 R 05 95 95 R 94 "" 94 R 93 R 03 SU

if] stats at 760

93 R 93 WTR 93 H20 93 R, H20

WTR Omis.

100 R | 100 SU TY-101 TY-101 100 SU |TY-103lTY-103

J 0 2 BL. OWW, RIX, R. TBP 103 BL. OWW, RIX, R. TBP 102 BL, OWW, RIX. R, TBP ~ " 102 SU 1 IS-110 I 107 BL, OWW. RIX, R. TBP 103 BL. OWW. RIX. R, TBP 105 BL, OWW. RIX, R, TBP

7057 lTX-118lTX-11i l 105 SU TX-109 105 Bt.OWW, RIX f|stalsal553 105 I TX-110 105 EVT TX-118 TX-118 OC06to17

\tZ5EMKB3l

u3E9auS!3i

080 6*9 501 •07

607 007 520 570

579 579 695 728

728 720 —r—— 725 725 725 725

18 IWA 105 EB •WA 105 TX-118

IfrWA 105 EVT TX-118 TX-118 OC95to40 18 IWA 105 EB

•WA 105 EVT TX-118 TX-110 18 IWA 105 EB

•WA 105 TX-118 •WA 105 EVT TX-118 TX-110 OC62lo33

161 IWA I 105 EB

18 -3 102 EB 18 IWA 102 EF

Anderson comment !TLM ;Cum sol I j I

solvor% IsoHda solids type OJ Q/A iDoeument/Pgl I OJ__ pj_ la.oqo _ _ j i i _ j 1 _ _ W PI JOiPPO "] " i f j I "" " o f " Ol 18.000 | 1 | |

HAffll

527 to 101-TX "Leak detection dry wells 51-O4-05, 51-04-08 and 51-04-12 drilled.

213 from 101-TY, 227 Irom 103-TY

409IO109-TX

Shows 17 not 66

242-T bottoms • recycle * * Due to the characteristics of solds In bottoms tanks and t ie Inability to measure tiem precisely, there Is significant degree of uncertainty In the Itaukt of eoHd ratio of tank.

Shows 46 not 95

g 18.000 _ i i j 0 16.000 " ' " 7 " " 7 0j___ 18.000 j I 4JO [ARH-2074C-B

3 V ARH-2074D-8 1 1 1

] *\6 JARH-2794C-7 i ~4iO !ARH-2794C-7

Shows 33 not 02

" Leak detection dry wells I51-04-02, 51-04-06and5

feedbt j Evap feed con. chelated Sr

0 16.000 01 ji.ppd 0 18.000 0 18.000 Of 16.000 0 VS OOO 0 18.000 0 18.000 0, 18.000 0 18.000 0 18 000

0 1O000 0 18^000 0, i 8.000! 01 iB.gooi 01 IB.OOO if iB.odd

0 18.000 0 VOOOO o _i8.bdd 0 1B.000 d_1B.000 0 18.000

4lO ] ARH-CD-133B-7 il I

4 |0 |ARH-CD-336A-7

3 V ARH-CD-336B-7

_P .18.000 0 16.000 0 JfB.000 0^8 000 P_ 18000 0 18.000 0 18.000 0 18.000 0 16.000

0 IB.OOO 0 18.000

3 V JARH-CD-336C-7 1 I

4|0_ ARH-CD-336D-7 il 3 V_ ARH-CD-702A-7 "1


3[3|3I3[3 3 3|3|3 |3 3(3 3!3|3|3 313 8S!8 8 8 8|8 8|8 SSSjSSSSlSa

8 8 $ 8 8 8 8 S 8 8 8 8 8 8 8 8 8 8 en en len & I J. 15.1*, \i. ii. I i . & & £> u u u o u l c i > M r o 7 ^ U k * u r a U » u iv N N io » U mww

3 3j3|3 3 3l3 3|3j3!3|3|3i3 j3|3 ,3j3!3|3 3|3 3 3|3i3|3|3i3|3|3j3i 8|S S|S 3 S'S jS'S 3 3j3 3|3 ]S S 3 S SiS 3 S 3 SIS 3 3 8 8 SIS 18 SC

8 8 8 8 | 8 8 S 8 8]8l8 8]8 8 u u u u u u i u M r o M i r o r o i o r o

l a n g g g L g n n n a a U U U U U k l l M I M N Wl

JllllliillilL IllllllllllllllaUl

I ?? !?? 1 ? :?? !? ;? *|«IS|Z|Z|Z|Z|Z[e. [«|Z|Z|Z!Z|Z|CD , ^ ? l ? ? ? i «

9 9 d) 2

IHr^t^BiPHf^H^^^^Bi^Ht^Hl^^^^BrJ^HBti i felbl

|yilfjila*l(ji|tj*ltnifji|triltfi !m|ui imknf ,u*ui j tn|.*|

SliSlS S S S S 8 8 iSiSISlSISIIS 813 rci'co o co

I N la Miimroiioi

s E E :

SS'S iSISISiSI

O I O ' I " o i — '— ' • ' ■ • ■ l O i O l ' ' i ' l l n * o . i . i l i

!3|3|3!3 313 313 313 3!3 3 3]3 3!3 3|3j3 3 3|3|3 3|3|3 3!3|3i3|3|3j3 313 3 3 3 ^ 1 ^ ^ >.|». 8 318 318 8 3(3 8 8 8 818 8|S S|S S'S 8 8 8 8 8 8 8 8 8 8 8 8 81818 8

a a a 2 a a aiajaiaia aia aia aia

liliilllliiil

-0|_i_0 1 | _ | _ i

. O l d ' O i O Q O I O . Q O i O O i O l s i O O l C I i M

Trana SW Total Soltda Unk Cum Waata Trana vol vol vol vol Mr unk tvoa tank DWXT LANLcommant I Anderson comment

TX105 TX105

1963 1963

3 STAT 4 STAT

772 WA

772 772l

3 3 IWA

15 R 15

TX105 TX105

1964 1904

1 STAT 2 STAT

709 WA

709 769

3 3 IWA

12 R 12

IQ2E9___3I

IG3E______I

7091 709I W A I . 7691

I 1421 1421 142| WAI 1421 1421 142|

6731 8731 6891 6801

l_E_.fl

____■__ 6801 688 0881 881

6051 085 0851 80S 6831 683 6841 684

H____C_I 6861 0801 0851 0851

6871 0071 I 7001

700] 7001 7031 7031

1091 100| 1111 1111

3 | I W A | 12|R I IWA I 1_>l I IWA I 1.

8| IWA I 12|R I IWA I 1.

B|*WAl 12|R l *WA| 121 SU

50R

ITX107 I Omis. AND to SX103

Six months Latest electrode ma

Latest electrode reading Six months

Six months 627Mto103SX

TLM Cum sol solvotN soHds soHds type Ol OTA Document/Pg 1

01 a.0001 0| 8.0001

ISX102ISX102

31V RLSEP6596 11

4lO IHWN199179 I I I

81 IWA I 81 IWA I 021R

60R _P. ._AP00 0 _O000 0 8.0001

I »WA| 64IWTR I IWTR I Omis. REC FLSH 13| IWA| 04|R J I I

I IWA I 67ISU L 07 SU

13| IWAI 07|R

1 00 WTR I IWTR lOmls. IWA I 60) SU IBX10BIBX106 I

<\ 0t|SU I ITX102 IOC 55210542 I IWAI 691 SU I I TX106 I

I Received 13 flush water

1228 to 105C, 366 to 101TX

I Shows 542 not 552

01 8.0001 Ol 8.0001

01 8.0001 01 8.0001

Ol 8.0001 01 8.0001

31V ' IARH1666B8

410 IARH1666DB 4|0 IARH1666D5

2IV IARH2074B8 4IO IARH2074B6 3|V IARH2074B8 4lO IARH2074B6

66|EB,CW.OWW,*IX

TX105 TX105

1971 1971

3 STAT 4 send •555

650 650 101

13 IWA IWA

00 EB 66

IWAl 66IEVT lTX118lTX11B

966 from 106BX flush water 542 to 102TX, 412 to 106TX

242T bottoms and recycle * Leak detection dry wells 510505,51 0508 and 51 0510 drilled

(f)No XFER indic. 1144 comb, tot 2lV IARH2074D8

App. E, TXFarm, Pg, 23 WHCSDWMTI669. Rev 1

http://l_E_.fl

CM| —-irol o r - | o CM

o o i o o o o o o o i o O O j O © O I O

__ I — SS SSS SSS SCSS SS sss sss sss s s s s s s s

iP[ii_rBKniatî_pni_Pii^ni^f * > sj > UJ I u _ _ _i!i_l I

e e e e e a

r»|* h > K n f~1 r1 —! K K M K Pl r. U* IB K K IS K K E e > K K h > e r « » > K K K N K t^ I*. K

■■Mil ii

iiMimi§iii_Hniu§i l_.___IEl_-_l_KIII_i_.il

* - - CV CX CM

W W B I ! PI W O l ' CM CM CM CM CM O j O O P ) O FJ (Ol O O O O « ■» ^ » « * !

a m e n enaioii o a o i o <J* eft a a a a a n a e a Q a s o a l l a

£l£; 818 8 888 888 8 8 8 888 88 8 8 88 8888888 pip £!pp M\£\ pplpp pfp ppp ppp ppp p ^ p p p p p

lE-HIEHIB

8 8 £ £ £ £ £ 8 Plpl PP&ÎPP

http://l_.___IEl_-_l_KIII_i_.il

I ____i_HH______j____HI 649

l|H?7.ll 502 tN/A

tN/A tN/A

Trans Stat Total Solids Unk Cum Waata Trans IDWXT I LANL comment

70 EVT TX-118 TX-118 OC66lo 17 _ I I 7171 7171 5021 tN/A I 70 EB I 1

lu!aiLII 70 EVT TX-118 TX-118 OC95W46

I \ »:-fi!_i»l:W.)iWPll?m|

lh'f___la_TTfn_Klr __il

695 695 708 706

l__E__!l 711 T i l l 708 708 700 708 708 708

502 tN/A 502 11

#N/A 502 -1 502 -3 502 tN/A 502 tWA

IE_I___HE___

WTR Omis.

|_l___ll

IbBLjJKFSMBi l_f.!'jla_i.Jijli

SY-102 saftwaN

IH_f»M

60S tN/A 77 EF

I jCTra i_f rg iMHiÂ_i i

I i»!3t'M_trr7T_81EI7T_M

I _lgf-!_i_ll-ri]_KlFi7T_il

c___ 009 609 600 609

i_____ii

I M-^M-WtF^'^^^'^ M

809 609 609 609

l_l.!tM_g7i3| IE___E__I

609 609 609 609

i__r_i 609 609 609 609 609 609

008 IN/A OOi tN/A

IFTC71 009 #NfA 600 tN/A

009 #N/A 600 tN/A 000 tN/A 77 0 009 tN/A 77 NCLPX 609 tN/A 000 tN/A U\ I

Anderson comment ioaden comment I Shows 17 not 66_ 1242-T bottoms and r - '"

Shows 46 not 95

I TLM Cum sol ; ! !solvor% sollda soHds type iOI <QIA I Document/To t I 0 0 e.000| J 3JV ARH-CD-336B-7 I 6 of 8.0001 " t i " 1

3 V ARH-CD-336C-7 242-T bottoms and recycle Salt filled _ Salt filled

I Salt filled, 6 water RFS-Salt filled

I Active restricted Restricted

Inactive current Inactive current-salt well

.___!*__ QuesHonaUe Integrity Prim. Slab. New Photo 3-17-78

I Shallow Pools

0 8.000 0 8.000 6 8.000 0 8.000 0 8.000

A 0-000 0 8.000

0 8.000 CM 6.000 01 8.000 ° __00 6 8.000

0 8.000 0 0.000 0 js-ooo 0 8.000 Oj 0.000 0 _8 000i 6 6.000! 01 6.000! 01 _8-000 0 8.000 0 6.000 0 8,000 0 8.000 0 6.000 0 8.000

3lV_ ARH-CD-702A-7 i l "


Tanfcn Year Qtr I T Trana S M Total Sollda Unk Cum Wasle Trans vol vat wal vol lowXT LANL comment Anderson comment

TX-106 | 1951| 1ICREC 0 0 TX-106 1951 1 STAT WA 0

ITX-100 | 19511 2|rec 112 112 IX-106 1951 Z STAT 112 112

|U33__!_Q_DI TX-106 1951 3 rec

|__a___|prîa--t

TX-106 1951 4 STAT TX-106 1952 1 STAT TX-106 1952 2 STAT TX-106 1952 3 SEND -063

615 615 758

758 750 N/A I 758 75S 758

TX-105 TX-105

|TX-105|TX-10S TX-105 TX-105

|TX-105|TX-105

ITX-105 TX-105

TLM Cum sol SolvoK IsoHda solids tvoe I CM Q/A I Document/Pa t

0.001319 0.1478 0,148 MW1

0.001319 0.2322 0.380 MW1 0,001319 0.2177 0.59S MW1 0.001319 0.2137 0.811 MW1

0,001319 0.1867 1.000 MW1

TX-106 1952 3 STAT TX-106 1952 4 rec 105

Ikt'.&UMWm |ki:_I'!-_i_sTl~]

TX-106 1952 4 STAT TX-106 1953 1 rec 130 TX-106 1953 1 rec 105

i EEaEjaHgjHK

I [_____■■___) J E I TX-106 1953 2 STAT TX-106 1953 3 STAT

n.i_i '. i_rai__n

292 292 422 527

523| 5231 576

__J___ 033 0331 035 035

750I 758 750 758 758 750 758 750

1508

I kt_U_J_IU_d_UQ!_HKfiyl

3314 3208 758

758 758 1512 1312 1090 750

758 758 2041 1540 1020 710

710 710 l_____II

OltWA 0 MW tWA Ocas

_ J t W A ocas tWA Olcas

-8 MW IWA -Ocas tN/A -Ocas IWA -Ocas

Ol -43 -51 MW 1 IN/A I -51 leas IN/A -51 cas

0 IWA -40 0 IWA -40 0 tWA -40 0 IWA -40

-40SL tN/A -40 SL tWA -40 SL

-40 SL

IN/A -40 0 IWA -40

TX-105 TX-105 TX-105 TX-105 TX-105 TX-105

TX-105 TX-105 TX-105 TX-105 TX-105 TX-105

TX-105 TX-105 TX-105 TX-105

Started pumping to 114-TX B-| 29-52 Pumped 114-TX 9-0-52 overaround

I Active Cascade 221-T metal waste

105-TX overflow

TX-101 m sluicing camp also, | I idn added of water Received from 101-TX

TX-104 TX-104 TX-105 TX-105 TX-107 TX-107 TX-100 TX-100

![____■( tWA -40 SL IUR IUR

I f WAI -40 SL IUR UR I l f * A | -40 SL UR \Uft

0 IN/A -40 MW tWA -40 WTR

I tN/A I -40 SL UR IN/A -40 SL UR

0 IWA -40 MW

0 1,000 n i mm 0 1.000

tWA! -40SL UR UR

App, E, TX Farm, Pg. 26 WHC-SD-WM-TI-669, Rev. 1

Tank n Yaar Qtr T

TX-106 1955 3 STAT

j Trans (Stat (Total | Sollda Unk ]Cum | Waste Trans . tank DWXT LANLcommant

i[__n_u 15 tN/A -40 MW

Anderson comment i -upematani lor oiending sluidra

I IWA -40 SL UR UR I I IWA -40 MW

TLM Cum i aol i sotvol% isollds solids itype jot I Q/A loocument/Pgt

0 1.0001 0 1.000

|C__3I__^BB TX-106 1956 4 STAT

I i»!_fi'-_IKj^j_a Iki i.\Ml

I I IWA -41 MW

0| IWA| -43 MW 01 -3 -48 R

i -12 R 0 1 -111 Ol tWAI -11

0 I IWAI -11 R

To be dedarad MT New electrode resdtna

| New electrode reading Ol 1.000 0 1.000

TX-106 1964 3 STA1 TX-106 1964 4 STA1 TX-106 1965 1 STA1 TX-108 1965 2 STA1 TX-106 1965 3 STA1 TX-106 1965 4 STAT TX-106 1966 1 STAT TX-100 1966 2 STAT TX-106 1966 3 STAT TX-106 1966 4 STAT TX-106 1967 1 STAT TX-106 1967 2 STAT TX-106 1967 3 STAT TX-106 1967 4 STAT TX-106 1968 1 STAT TX-106 1968 2 STAT TX-106 1968 3 STAT

042 WA 642 045 845 WA 845 045 045 645 645 045 045 045 045 642 042 042 042 042 042 041 641 041 041 041 041 040 640 030 838

A . I T n IWAI -171

0 IWA -17 R IWA -17 WA -17 R

0 I.OOOj 1 0 1.0001 7 o i.ooo! 1 oi I.OOO1 _] i ' 61 i.odbt i " i l

q i.-opl [ 1 6 i.oodr ' i

ol j.oooi 1 i l 61 1.006I T i l

0 IWA -17 R

0 IWA -17 R

IWAI -17ISU ITX-101 TX-101

IWA -12 ' -» R

IWA 5 IWA 5 IWA 5 IWA 5 tWA -9IR

5.000 R 4 0 RI.-SEP-260-6 Six months, 013 M from 101-

5 IWA -13 5 IWA -13 R

Tenkn Yaar Qtr Trana MM ToM ISoMa Unk Cum vol vol ivet

037 037 037 037 037 037 037 037

Trans Ittnk JDWXT IL_"\ff_. COfMn#f_t AIKIMVCMI conNn#nl

TLM Cum |sot Uolvol% t o M t soHcftt _7_iL.Wt_X_iL

15 IWA -171R

J_tTn_lMPi^"*aa_M_Eli l_aTTj||yini3B|_^_B_i^

|yi5is____oni___H_Kn]ni_____ii TX-106 1971 2 REC

TX-100 1971 2 STAT TX-105 1971 31 SEND

TX-106 1971 3 STAT

I iiSEMmnnWDC^ml TX-105 1971 4 REC

TX-101 151 -1 -14 R

IWA -14 WTR WTR -141 TX-110 TX-118

•WA -14 SU TX-105 TX-105

Omis., OC T-101 to TX-101 Omission, Shows TX-101 not

I T-101 581 to 105-C, Bto 101-TX

I WAl 951 211 IWA -14 EB, CW, OWW, MX -320 823 IWA -14 SU TX-101

023 023 21 IWA -14 EB

tWA -14 EVT TX-110 TX-118

412 from 105-TX. 7 flush wstsr * Leak detection dry walla 51-00-02. 51-06-04 and

PHASE ERROR 490 TO WA 51-06-10 drMed.

242-T bottoms and rtcydt 328to 101-TX

TX-106 1971 4 STAT

|{j3E_U___ll 710 718 142 IWA -14 EB

I 677| I IWA -14 EVT TX-110 TX-110 8771 077 103 IWA -14 EB

(f)No XFER Indic, 1144

1 (1) Due to characteristics of scJds m bottoms tanks and He In-bitty to measure Ihem precisely, there Is a significant degree of uncertainty In the llquid-to-soHd ratio of tanks.

I No -ideation of REC, (g)No XFER kndlc, 1175 comb, tot

0 5.000 0 5.000 0 5.000 0 5.000 0 5.000

_0| 5.0001 ~b| 5T006T

3 V ARH-2074A-8 1 3 V ARH-2074B-8 0 4 0 IARH-2074B-8

4 0 ARH-2074C-8

2 V ARH-2074D-8

Jj

2 V ARH-2456A-7 242-T bottoms and 1

IC_____IBI__-I

IWA -14 EVT TX-118 TX-111

722 722 2601 IWAI -14 EB 714 714

008 080 200 IWA -22 EB

708 IWA -22 EVT TX-118 TX-118 707 707 200 -1 -23 EB

No indication of REC. No XFER Indicated 2 V ARH-2456B-7

No mcflcallon of REC, <t)No XFER Indic, 520 comb, tot 2 V ARH-2794B-7

TX-105 1973 3 STAT TX-105 1973 41 send

I IS.- | i -_a_H>ic l l TX-106 1973 4 STAT

| E E _ _ _ _ 1 K _ _ _ I I

I IWA -231 EVT TX-110 TX-118 090 090 200 IWA -23 EB

057 I IWA I -23 TX-118

IWA -23 EVT TX-118 TX-118 000 088 200 IWA -23 EB

Uun3mE£}l

(m)No XFER indie, 591 comb, tot

(n)No XFER Indic, 302 comb.

) 5.000 0 5.000

3 V ARH-2794C-7

2 V ARH-2794D-7

App. E, TXFarm, Pg.28 WHC-SD-WM-TI-609, Rev. 1

TX106 1974 1 REC TX106 1974 1 STAT TX106 1974 2 send

I k_a_J_En«aareEEa__H

(Trans Stat Total |Solids Unk Cum Waste Trans

710 tN/A 23 EVT TX118 TX11B OC58to3 710 710 268 IWA 23 EB

649 IWA 23 TX118 693 IN/A 23 EVT TX118 TX118 OC 26 to 44

693 693 268 IWA 23 EB

hf^rPtTTql

I-ESC-9KEE-3HD-

IWA 257 IWA

tWA IWA tN/A IWA tWA

257 IWA liWAJ

IWA 257 IWA

IWA IWA

257 IWA tWA IWA

257 tWA 257 3

TX118 TX118 OC42109

I TX11B TX118 TX118 OC66to17

I IU102 I OC omission U103 IOC omission U105 OC omission

TX118 TX118 TX118 OC95to45

TX118 TX116 TX118

TX118 TX118 TX118 OC62to33

257 tWA IWA S102 S102

mSEji-Hî 257 IWA

IWA

257 IWA •WA

S102 I S102

257 IWA IWA

453 IWA 453 IWA 453 tWA 453 IWA 453 IWAI 453 IWA 453 tWA 453 tWA 453 IWA 453 IWA 453 IWA 453 IWA 453 IWA 453 IWA

•WA

27 27 27 27 27 27 0 27 0 27 0 27 0 27 0 27 swttq 27 swflq 27 swHq

Anderson comment Ogden comment Shows 3 not 58

TLM Cum sol solvofN solids solids I

Shows 44 not 26

■ Leak detection dry well 51

0608 dri

Shows 9 not 42

i Omission | Omission iomlsslon

Shows 45 not 95

Shows 33 not 62

Evap.Feed Con.,Evap Feed bottoms " Lead detection dry well 510612 drilled.

Evap Feed Con .Chelated Sr Waste

Evap. Feed Con.Chelated Sr. Waste

Evap. Feed Con.Chelated Sr.Wasts

Inactive Current I tractive Current Inactive New Photo 31778 i

AuxSWReceiver

Ql Q/A Document/Pa • 3 V ARH-CD-133A-7 11 ° j _ l — 3JV IARH-CD-133B-7

ARH-CD-336A-7

Ol 5.000 Ol 5.000

5.000 o 5Lqqo 6 5.000 0 5.000 0 5.000

J) 5,000 0 5,000 0 5.000 0 """ 5000 6[ 5.000 0i 5.000

0 5.000 0 5.000

0 0 5.000 Of 0 5.000

5.000 1 "5.000 1 5.000 i 5.000 0 5.000 _0 5.000J _.__{___

ARHCD336B7 ARIHCD336B6 ARHCD336B6 ARHC336B6

ARHCD336C7

ARHCD336D7

! ARHCD702A7


Trana S M ToM Solids |Unk |Cum {waste |Trans vol vol vol vol DWXT LANL comment Anderson comment Oqden comment

TLM Cum sol so lvor* IsoHds soH.de I type 101 Q/A Document/Pg t

1 CSEND 3 STAT

^ ^ Q H B 251

«e 440 440

037 740 953 758

WA 750

|EZ£29BE|3I

I \t'-^'\lM^MWDIfT73M\

779 750

758 758

780 766 750 750 750 758 758 758

758 758 750 750

lke?giiy_B_rmi

!_______■______]__£]_

•WA i 0 MW

•WA 0 MW •WA 0 MW

0 IWA 0 MW 0 MW

IWA 0 MW IWA 0 MW •WA Ocas

IWA 0 MW

0.002232 0.002232 0.002232

0 0.002755 0.002755 0.002755

0.0781 0.4827 0.4397

0 0.5207 0.3050 0.5647

_Ji9Z5 MW1 0.560 MW1 1,000 MWl

.. !_» ._. 1.521 MW1 1.826 MW1 2.391 MW1

_F¥r__MI Wl

0.002755 0.4435 2.635 MW1 1 0.002755 0.1515 2.986 MWl 1 0.002755 0.1377 3.124 MW1 1

IWA Ocas Ocas

0 IWA 0 MW

■WA Ocas •WA Ocas

0 IWA 8 MW

_0 _. Ol 0 Ol

- .PI _l 0.0027551 _0.0306| 0,0027551 0.07441

ISupemateTemp. 213F 1031 Is?

3.071 MW1 i 1 ; 3.945 MW1 I 1 i 3.945 P o l 3.945 f ol

l__3_Z_i_____] |

|E___E__3_i_K_____]l

2 CSEND 21 XIN 2 STAT 3 XIN

3STAT 4 CSEND 4 STAT

0 10 242 252

244 244 410

i 1042 432 1474

432 1042 284 758

758 750 I 758

758 758

•WA 13 SET TX108 •WA 13 MW

21 MW •WA 21 MW •WA 21 MW

'I 21 MW •21 cas

•WA 21 leas

10 tWA 21 j I t WAI 21 END TX108

10 tWA

next for T Plant metal waste

Tank filled 9/26 with T Plant MW

0.0027551 " ~ " 0

06671 """" 0

4.612 MWl I 4.612 I 1

0.002755 0.002755 0.002755

0

1.1515 1.0468 1.1901

0

5.763 MWl 8.810 MWl 8.000 MW1 8.000

1 1 1 0

0

0

0 0 0

8.000 8.000 8.000

I 1 1

App. E, TXFarm, Pg.31 WHCSDWMTI669, Rev 1

http://soH.de

Trana Slat Total SolMa Unk Cum Waste Trans ■Tank n Iveer fOtr iTvna Ivol Ivol I vol 1*»| I [TX107 | 19501 11STAT | | 750| 758l 10 IWA 21 TX107 1956 2 STAT 758 750 10 IWA 21 MW TX107 1956 3 SEND 758

I USESEJ2__E____■! IE_j_âi_l_ll 3KLI__E][!ix_HI TX107 1950 4 STAT

0 6.000 __ 4_ ~0| 8.000 i

(l)tobedecldredMT (2) sluicing, (3) declared M T ' (1) (2) (3) deeignatas month In each quarter that transfer occurred. New electrode raading Naw electrode reddni Naw electrode reading |

3 V HW-78279-6

TX107 1963 1 STA1 TX107 1963 2 STAT TX107 1983 3 STAT TX107 1963 4 STAT »;a f»rj_aTTH_KlE«^

TX107 1964 2 STA1 TX107 1964 3 STAT TX107 1904 4 STA1 TX107 1905 11 REC

TX107 1985 1 STAT TX107 1905 2 STA1 TX107 1985 3STA1 TX107 1905 4 STAT TX107 1900 1 STA1 TX107 1906 2 STA1 TX107 1960 3 STAT TX107 1966 4 STA1 TX107 1967 1 STA1 TX107 1967 2 STA1 TX107 1967 3 STA1 fX107 1967 4 STA1 rx107 1968 1 STAT

Six months, Received 3 M water flush

0 IWA 17 R

0 8.000 0 8.000 0 8.000

0 tWA 17 R

0 tWA 17 R 17 17 TX105 TX105 Omis.. AND to SX103 3 V RLSEP6596

Six monlhs, 627 M from 1051

I t WAI 8 tWA OR

8 IWA 111 0 IWA 111 8 tWA 111 8 IWA 111 8 I IWAI 11IR

• I IWAI 1. 8 IWA 1 8 IWA 12 R

0 8.000 ~6l 8.000

, IO 01 6.000 0 8.000 0 8.000 0 8.000

App. E. TXFarm. Pg, 32 WHCSDWMTI069. Rev 1

1968 2 STAT

1968 41 STAT 1969 ISTAT 1989 2 STAT

ITrana I Slat Total Sollde Unk Cum I Waste Trans

662 062 002 062 8 tWA 11 R 603 603 664 664 664 664 0 tWA 13

i>:_I'TJ_E5]_»]li t.\ a_H 1969 41 STAT

i„'fiy_i_cn7i]i 1970 3 STAT

\iaKMMF7m

IB___B__1 685 065

l__771_g£1

660 060 660 660 675 675 673 673 673 673 673 673 673 673 674 074 074 074 075 076

075 675 075 675

I 075 075 410 257

24 IWA 24 IWA 15 R

24 IWA 24 IWA 24 IWA 22 R

24 IWA 23 R

24 IWA 24 IWA 241 IWA 24 R

IWA 24 SU

T_ I

I _____■_____! SX100

TX109 TX109 Omis,

liHUSBIiriTTI

274 [ 2741 241 1 | 23|_B, R | | 708 IN/A 725 fWA 23 EVT TX118 TX110 OCOOto17

BgCTBr^Mj_ iMI

it'jsi_i_[i _n"*n=i j Fi

725 725 725

041 700

700 700

719 719 711

TX118 •WA 23 EVT TX118 TX118 OC95to45

24 IWA 23 EB

IWA 23 EVT TX118 TX118 24 IWA 23 EB

i TX118 ■WA 231 EVT TX118 TX118 IOC 62 to 33

24 IWA 23 EB

0 8.000 01 8.000

* Leak detection dry wells 51

0704, 510709 and 51 0711 drilled.

I Awaiting sdiclflcatlon

18 from 109TX, 410 to 106SX

0 8.000 0 8.000

Shows 17 not 66

242T bottoms and recycle (D( l )Duato lhe characteristics of solids in bottoms tanks and t ie InaMity to measure Ihem precisely, there Is a slfpiiflcant degree of uncertainty kt the NqukttosoNd ratio of tanks.

Shows 45 not 95

Shows 33 not 62

" Leak, detection dry well 51 0703 d Evap. Feed con., Evap. Feed bottoms

01 8.000 0 8.000 0 8.000

0 8.000 _P__ 6.000 0 8.000 0 8.000 0 8.000

4 0 ARHCD336A7 3 V

3 V ARHCD336B7

3 V ARHCD336C7 7 6 _ 4 O ARHCD336D7

3 V ARHCD702A7 1

3. E. TX Farm. Pg. 33 WHCSDWMTI669 Rev 1

Tank n Year 0_

ITX-1 07 | 1976 4 STAT

TX-107 1977 1 STAT

E____a_@_E____BHyl

TX-107 1977 3 STAT

Trans S M ToM M M a Unk Cum Waste Trana Ivol ivol Ivol Ivol l ift lunk Itvoe ilank DWXT LANLcommant

24|*WAI 21|EF

15 EF IWA 15

24 tWA 15 EF

ICTHHyl

SY-102 CC

|____H

24 IWA 15 EF SY-102 SY-102

ISZIM i__ni

11| p ['_~^T"Wr77TPl IfT-TMBCTMrjIF

l a l l ^|aa_Jg??^_i| l_r_£!_i

I Anderson comment 1 Evap. Feed Con,, Chelated 1 Sr. waste Evap. Feed Con., Chelated

Evap. Feed Con,, Chelated Sr waste '"Leak detection dry wells 51-07-07 and 51-07-18 drilled.

Inactive Current, Chelated Sr ] waste Inactive current. Open Hole salt Well

I I I Prim. Stab. New Solds Level 1-19-78

New Photo 3-15-79 Qutstrontble Inieprlry

I New Photo 2-13-80

Ofden comment TLM Cum sol ]

sol vor% isollds IsoHds Itype lot lofA ]DocumemVPg t

0 0 8.0001 1 0 0 8.000 0'

40 IWA 15 0 | 11 NCLPX

0 8.000;

0 8.000 0 8.000 0 8.000

0 8.0001 0 6.000J 0 8.000) 0 8.000: 0 8.000

App.E, TXFarm, Pg.34 WHC-SD-WM-TI-669, Rev. 1

Trans S M ToM I Solids Unk Cum Waste Trans

[EE5EBE___i

I _____S_____-B-]I

|EE_____l_____li l_r___i:_iHF3]l

0 IWA 0 SET TX-107 195 tN/A Olcas TX-107 TX-107

WA 195 tWA i 350 IWA Olcas TX-107 TX-107 411 IWA Ocas TX-107 TX-107 461 IWA Olcas TX-107 TX-107

I I I I 401 401 0 tN/A 0 MW I I

tN/A 0 cas TX-107 TX-107 007 IWA Ocas TX-107 TX-107

TX-107 TX-107

I MW tank now tilling T plant I via 107TX

| TLM Cum sol l M i w n K leoHds Isollds Itvoe lot I Q/A I Document/Pg I

I 0 0.000 0.001356 0.2644 0.264 MW1

IKEL-H 0.001356 0.2183 0.483 MWl 0| 0.001356 0.0746 0.557 MWl 0 0,001356 0,0676 0.625 MW1 0

0.001356 0.1776 0.803 MW1 0 0.001356 0.1424 0.945 MWl 0 0.001356 0.0285 0.974 MW1 0|

!■______ E_3_il

||__Ii__U___]l

718 718 745 758

751 751 751 751 751 751 7S1 751 751 751 750 751 758 750

758 758 758

0 IWA 0 MW tWA 0 cas TX-107 TX-107 IWA Ocas TX-107 TX-107

0 IWA 0 IWA 0 IWA 0 IWA -8 MW

0 IWA -11 0 IWA -1

I t W A l - I l I IWA - l ISL

0 IWA -1 MW

Active MW tank T plant actjvs tank 221-T-matal waste 0 0 0.974!

0.0013561 0.0366 i ioiOjMWI 0.001356 0.019 1.029MW1

0 IWA -1 MW

][_IHi3I21l

l__8___IK___l

IES3E__I____QI

io 10 432 442 204 720

722 722 0 722

758 750 758 758 758 750

750 1737 -485 1252 -494 758

758 758

TX-108 1957 1 OUTX -01 TX-100 TX-108

1957 19571

1 OUTX 1 OUTX

-68 -19

0 IWA -1 MW tWA -1 cas TX-107 TX-107 •WA - l ies* ITX-1071TX-107

•WA 31 SL IWA IWA 31 SL

0 IWA 31 MW

SupematanI for blending sM"'—

TX-107 TX-107 TX-115 Omis. 404OR485???

UR UR

IWA 31 SL IUR |UR IWA 31 SL UR UR tWA 31 SL UR IUR

2 IWA 31 MW

IWA 31 SL IUR IUR IWA 31 SL IUR IUR IWA 31 SL IUR IUR

(1) incorrect rdg. last month sluicing * (1) (3) designates month m each quarter that transfer occurred.

0l 0 1.029 0,001356 0.5858 1,615 MW1 0.001356 0.3651 2.000 MW1

3 V IHW-45738-7

1

0 2.000 0 2.000 0 2.000

App. E. TX Farm. Pg. 35 WHC-SD-WM-TI-669, Rev. 1

S 3 5 3 5 3 9 3 9 9 9 9 9 9 3 3 9 9 3 9 9 9 9 3 3 3 3 9 9 3 9 K IK IE E15 5 l_> E u> u> IE «15 S Si |5 S> 15 S> BB_

piliiiiBj ■ I E I B E 2222222^222 O N « N N N N « l > l « n r « N N N ■■■alHMiBBBmHIBIBBMyil s . s s s

— rvlm » * „ * • ) * ■ — « « ■ » • « B » ^ * — *|oi m » ■ « i n « f n n | « | N n i » « N w « * r w oi n n * < » « n | »

J S S 3 8 8 8 8 8 8 8 8 8 8 8 8 8 8 SS g 8 8 8 8 8 8 8J8 8 8 8 S SJS 8 8 sis SJS s|s 8 8 8 8 8 8 8 8 8 8 SlS ^ S ^ p p i p p ^ J ^ ^ t P ii i i i i h i m i i i i " ' " " "-•---■-=■ --£_„_„„_._._:_.... alaiaiaiaiaiaiaiaiaisiaiaiaigiaiaiai—iaiai—ia I

S mim to m UJ i_ UJ UJ

9 3 9 3 5 3 3 3 3 3 3 5 $ ! ; ! ; ! ; 5 3 S S S S S S S 3 3 3 3 3 3 3 ^ 3 ¥ 3 3 3KrSS3cl(9;cS?;

Ill

n n t r M n p c k d n t N n i ir_i____i___a____l

|E||||||||||||||||j lillliillllllll

■« ■* ■ CM CI Ctl PJ » — —■ CtlI CM CM P» « CO ■*

S l S S S I S I S S S S S l S S S S S l S 8 8 8 8 8 1 8 8 8 8 s ; i p p p | p : p p p p p p p p p p i p p e g p p i P P P l P p|

8 8 S 8 I S 8 S 8 I S S S S S S S 8 S I S 8 S m\ P^PPIPIPPPIPPIPIPPPIPIPIPIP

Trans S M Total SoHda Unk Cum Waste Trans I tank.n Year \Qk Typa Ivol vol ivol {vol Mr iunk Itypa Itank I DWXT ILANLcommant tTx-ioe 1975] 4)REC I sal I 719| I twA MIEVT ITX- I IB ITX- I IB I " TX-108 1975 4 STAT 718 718 81 IWA

719 719 719

-323 -1 I :

395 -206 I 1091

I-^S_SKE__II

I b3KJWnnaa_IE_3_alB_Ba1a-CT-_nii

IE____E_I •WA 34 EVT TX-118 TX-118 OC62to33

81 IWA 34 EB I IWAI 34 SU U-102

81 IWA 34 EB •WA

01 fN/A 34 EF

S-102 -8510280

S l I l W A l 34 EF

I Anderson comment

323to102-U, 1IO103U i

Evap feed Con. evap feed

Evap feed Con. evap feed btm

Inactive Salt Wei Pumping Inactive Salt Wei Pumping Inactive Current Inactive Current - Salt Well Installed

Oodan comment

I Shows 33 not 62

|E_S__M_____ll 131 131 131 131 131 131 131 131 1311 1311 131 131 131 131 131 131 131 131 134 134 134 134 134 134

131 IWA 131 IWA 131 IWA 131 IWA 131 IWA 131 IWA 131 IWA 131 IWA 131 IWA 134 : 134 IWA 134 IWA

ISY-102ISY-102 I Sotd Level Ad) 10-22-78

I New Photo 5-12-00

34 0 37 NCLPX

App.E, TXFarm, Pg. 38

TLM jCum sol |solvof% Isollds sonde I 0] Ol 6.000 t " 67 o] 6.000

0 6.000 q 6.606 0* o.ooo 01 6000 0 6.000

0 6.000 0 6.000 q 6.000 0 6.000 6 6.600 0' 6.060

Ol Q/A I DoeumemVPq t 4 0 ARH-CD-336D-7

3 V JARH-CD-702A-7 1 4 O AR"M-CD-76-B-6 4 O ARH-CD-702B-6 1 Oi

WHC-SD.WM-TI-669, Rev. 1

Tank n Year Qtr Trana I Stat ToM Sollda junk Cum Watte Trans vol vol vol vol I' IDWXT ILANLcommant I Anderson comment

l[|!5_3__I_3_H]£Q_H 106 100 163 343

335 335 j Began filing In Janu

I k >:_(»! _ i_ IFrn_|FJPTT_1

130 541 537 537

3 027 710

Cascade flMed m Sept

App. E, TX Farm, Pg. 39

j TLM Cum sol t o l v o f * IsoHds aoflda

0.126649 0.126649 0.126649

0 0.126649

I 0.126649

0,126649 0.126649 0.126649

0

I 0.126649] I 0.126649 0.126649

0 0 0 0

0.126649 0.126649 0.126649

0 0 0

7 - ....PJ ] 0.1266491

0.126649 0.126049 0 0

I Oi 0

0.126O49 0.126649 0.126649

01 0.126649 0.126649 0.126649

0 0 oi 0

Ol 0.000I 6.8391 6.839 1C1 13.425 20.264 1C1 23.177 43.441 1C1

0 43.441 9.6253 53.066 1 CI 16.464 69.530 1 CI

0 69.530 11.398 60.929 1 CI 11,272 92.201 1C1 11.398 103.599 1C1

0 103.5991 0 103.599

15.0711 118.670J1C1 14.691 133.361 |1C1 15.704 149.066 1C1

0 149.066 0 149.066 01 149.066 0 149.0661

15.198 164.264 1C1 15.451 179.715 1C1 17.731 197.446 1C1

0 197.446 0 197.446 0 197.446 0 197.446]

19.8841 217.33011C1 14.565 231,894|lC1 14,565 240.459 1C1

0 246.459 0 246.459 Ol 246.459 0 246.459

21.91 268.369 1C1 27,609 295.979 1C1 21.53 317.509 1C1

0 317.509 0 317.509 0 317.509 0 317.509

27.609 345.119 1C1 21.404 366.522 1C1 17.478 384.000 1C1

0 384.000 0 304,000 0 384.000 0 304.000 0 304.000 0 384.000 Ol 384.000 0 384.000 0 384.000 0 384.000 0 304.000 0 384.000 Oi 384.000I

WHC-SD-WM-Tt-669, Rev 1

Tankn (Year I Qtr |T TX109 1952 3 XIN TX109 1952 3 XIN

I _3_IBiE__B__E_3_^_IH___l

Trana S M ToM SoHda Unk Cum Waala Trans

TX109 1952 31 send TX109 1952 31 send TX109 1952 3] send

|G_____i_____ll

758 758 758

793

IWA 00 IC . 08 IC I 00 IC

0 | t W A | 00

. 00 IC L 00 IC I -Meat

IWA 061 cas I 08 cas

01 IWA I 00 IC U 06 IC

06 IC ■OO IC 08 cas OOcas -861c*.

4151 IWAI 061 IWA 60 1C

DWXT ILANLcommant 1C2

I1C2 1C2

I Anderson comment

Tank filled on run 71207 OR M8 7/25/52

Active cascade 221T first

I E_SE_KTI]EE 040 -47 793 35 750

758 750

I iTgTT_i_tT^l__1grMll I 53l£9E-_-_E]E___H

40 758 756 758

■1 8 »

00 tc I IWAI oecas

■OOcas I I W A I OOcas

4151 IWAI W1C 06 tC

f~nBE_] OOcas

tl -00 cas ■OOcas

022 IWA 00 1C I IWA| 00 IC •WA 06 1C

lb_U__|K___]| TX109 1954 1 sand TX109 1954 1| send

I E_U__H___]__D ____■!

06cas U OOcas

01 758 (WA 061 cas

750 750 6301 IWA I 00 IC 157 915 IWA 06 IC 1091 I 10241 I IWA 00 1C

•OOcas IWA OOcas

OOcas

Tplant acHvsistcycts cascade

TX109 1954 1 STAT TX109 1954 2 CSEND TX109 19541 2 STAT TX109 1954 3 OUTX

758 750 030 IWA OS 1C 758 «WA 00 END TX110

750 758 040 IWA 00 IC 041 IWA 00 SU T021 CRIB

Tplant active 1st cycle waste cascade when waste waste

!____ j t o tna104Ttank

App.E, TXFarm, Pg. 40

solvent leoHda IsoHda Itvne Ioi IQ/A l____mom7Pa t 0 0 384.000 1 0 0 384.000 I 1 Ol 0 304,000 1 0 0 384.000 01 0 0 304.000 0 0 0 304,000 01

Oj 384,000 01304.000 0 384.000 0 304.000 0 384.000 Ol 304.000 0 384.000

0 384.000 0 384.000 01 384.000 01 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384,000 0 384.000 01304.0001 Ol 384.0001 0 384.000 0 304.000 11c .-tiVMI 0 304.000 0 304.000 0 384.000 01384.0001 0 304.000 0 304.000 0 304.000 0 384.000 0 304,000 0 384.000 0 304.000 0 304.000 0 304.000

0 304.000 0 384.000 0 384,000 0 384.000 0 384.000 0 304.000 0 384.000

0 384.000 0 384.000 0 304.000 0 384.000


mfcn Yaar iQtr T V M ITX-109 I 19541 3JXIN

I !E_EBia^SB]____H^____l TX109 1954 3 SEND

Trana I Stat ToM I Sonde Unk Cum Waste Trans vol vol Ivol Ivol Itfr lunk Itype I tank DWXT I U I N L comment

1! _ IWA 06 1C 1C2

TX109 TX10B TX109

1954 1954 1954

3 STAT 4 XIN 4 SEND

604 149 91

664 013 722

040| tWA| eol i 1 •WA 08 IC |1C2 IWA 00 SU TX110

i r r~— i —r •• 1~ TX109 TX109 __!°9_ TX109 TX109 iTX109 TX108 TX109 TX109 TX109 TX109 TX109 TX109 TX109 TX109 TX109

1954 1955 1955 1955 1955 1955 1955 1955 1955 1950 1950 1956 1950 1957 1957 1957

4 STAT 1 CSEND 1 CSEND 1 REC 1 sand 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT

722 0 0

709 073

750 750 758 758 750 750 758 754 750 755 755

722 722 722

1431 758 758 750 750 758 750 750 758 754 750 755 755

650 IWA 60 IC •WA 00 SET TX110 •WA 68 SET TX110 •WA 00 SU TY104 TY104 •WA OS cas TX110

050 IWA 00 1C, TBP 650 tWA OS 1C.TBP 050 IWA 00 1C.TBP 650 IWA OO 1CTBP 6501 •WA| OOflCTBP | 650 IWA 00 1C.TBP 630|tWA| flollC.TBP 1 030 722 722 722

4 70 IC. TBP 4 74 1C, TBP S OB IC, TBP

•WA 00 1C. TBP TX109 TX109 TX109 TX109 TX109 TX109 TX109

1957 1958 1950 1958 1958 1959 1959

4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT

755 755 755 755 756 755 755

755 755 755 755 755 755 755

722 722 722 722 722 722 722

•WA 09 1C, TBP fWA OO IC, TBP IWA OB1C.TBP tWA 09 1CTBP IWA 09 1CTBP IWA 08 IC, TBP IWA OB IC. TBP

TX109 TX109

1959 1959

3 STAT 4 STAT

752 752

752 752

722 722

3 72 1C.TBP IWA 72 1C. TBP

TX109 TX109

1060 I960

ISTAT 2 STAT

752 752

752 752

722 7221

IWAI 7211C, TBP IWA 72 MO. TBP

TX109 TX109

TX109 TX109

1960 1960

1961 1961

3 STAT 4 STAT

1 STAT 2 STAT

752 752

747 WA

752 752

747 747

722 722

722

•WA 72 1CTBP IWA 72 IC, TBP

5 77 IC, TBP tWA 77 1

1 1 ■ — 1 1 H . . . . 1 — H — — 1

TX109 TX109 TX109

1961 1961 1962


WA 750 WA

747 750 750

722 IWA 77 |

3 74 IC, TBP ■WA 74 1

— — ~ r — ~ — \——t——i ■

TX109 TX109

1962 1962

2 STAT 3 STAT

747 WA

747 747

722 3 77 1C.TBP •WA 77 1

— t — t 1 ——I r — — I t— 1——.. TX109 TX109 TX1O0

1062 1963 1963


747 747 WA

747 747 747

722 722

tWA 77 IC. TBP •WA 77 1CTBP »WA 77 1

— —— —i ■ ■< t ■ -~-l TX109 1863 3 STAT WAI 747 ' IN/A 77 TX109 TX109

1963 1964

4 STAT 1 STAT

747 747

747 747 "

722 i 722 i

IWA 77 1C.TBP IWA 771C,TBP

TX109 1964 2 STAT WA 747 i IWA 77 TX109 1964 3 STAT WA 747 h IWA 77 TX109 | TX109 !

1 1 0 6 4

l 1 1965!

4|STAT ] llSTAT 1

747 744

747 744

722 h 590

IWA 77 1C.TBP 3 00 1C.TBP

I Anderann « y p

Purged IC waste to 110TX tank because plugged overflow

Purged 1C waste lo 110TX tank because of plugged

iLatest electrode rdg

Latest electrode rdg 0 monlh

Latest electrode rdg 6 month

0 month i I 0 month, report

: 0 month, i 0 month, report

I TLM Cum sol

0 0 384.000 _0J 0 384.000; ~61 at 384.0001

0 384.000 0 384.000 0 384.000

0 384,000 0 384.000 0 304.000 0 384.000 0 304.000 0 384.000 0 384.000 0 304.000 0 384.000 0 304.000 0 304.000 0 384.000 01 304.000 0 384.000 0 384.0001 I

0 384,000 0 384.000 0 304.000 0 384.000 0 384.000 0 304.000 0 384.000 0 384.000 0 304.000 0 384.000 0 384.000 0 384.000 0 384.000

0 384,000 0 384.000 0 304,000 0 384.000 0 384.000

0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 304,000 0 384.000 0 384.000 0 304.000 0 384.000 01 384 000 0 304.000

App. E. TX Farm, Pg, 41 WHCSDWMT1B3. Rev

IQtr Typa 21 STAT 3 STAT 4 STAT

I 11STAT I 2ISTAT

3 STAT 4 STAT

[ 1[STAT I 2 STAT I 3 STAT

4 STAT I 1 STAT

21 STAT 3STAT 4 STAT ISTAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT t STAT 2 STAT 3 STAT 4 STAT

Trans S M Ivol I '

ToM Solids Unk Cum Waste Trans

IWA 590 tWA 590 IWA 590 IWA 5901 IWAI 590| IWA | 5901 IWA I 590 IWA 5901 -1 590 IWA 590 tWA 590 IWA 590 IWA 590 IWA 590 IWA 580 IWA 590 IWA 123 IWA 123 tWA 123 IWA 123 IWA 1231# WAI 123 tWA 1231 IWAI 1231 IWA I 123 IWA 123 1 123 «WA 123 IWA 123 -3

•80 -80 1C, TBP -00 1C, TBP -80 IC. TBP -80 1C, TBP -00 1C.TBP -00 1C.TBP -80 1C.TBP -01 1C.TBP -01 IC. TBP -01 1C, TBP -81 1C. TBP -01 1C, TBP -e i hCTBP -oi he, TBP -81 1C.TBP -01 1C.TBP •81 TBP -01 TBP -01 TBP -81 TBP -81 TBP -01 TBP -81 TBP -01 TBP -01 IC.TBP -00 TBP -00 TBP -80 IC.TBP -03 IC.TBP -88 1C.TBP -07 IC, TBP -80 IC, TBP -89 1C.TBP -81 1C.TBP

BAD STAT? 722 TO WA

TX-109 1974 11 SEND TX-109 1974 1 REC TX-118 TX-118

TX-109 1974 1 STAT

TX-109 1974 2 STAT

004 094 702

123 2 -09 EB I t WAI -00 SU IWA -09I

123 IWA -09 EB

T-111 T-111 TX-118

700 700 308

1231 IWAI -89 EB -08

123ItWA| -09 EB IWA -09

I t WAI -091 IWA -091 SU

123 tWA -091 EB

TX-110 TX-107 Omis.

TX-104 TX-104

582 582 718

719 719 703

123 IWA -89 EB IWA -09

123| IWA i -89 EB •WA -89

TX-11B TX-110

158 from 118TX, 27 H20, 220 to 101TX

242T bottoms and redds

0 364.000 0 304.000 0 384.000 0 384.000 0 384.000 0 384.000 0 364.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000

0 384.000! 0l 384.0001 0 384.000 01384.000 0 384.000 0 364.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 01384.000 0 384.000 0 384.000"

0 384.000 0 364.000 0 »4000 0 384.000

_0 384.000 0 384.000 0 384,000 0 384.000 .0 384.000 6 384.000 0 364.000 _0 .384.000 _0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 0 384.000 01384.0001

ARH-CD-133A-7 ARH-CD-133A-7 ARH-CD-133A-7

ARH-CD-133B-7

ARH-CD-336A-7

Trans Slat ToM SoHda Unk Cum Waste ITrana Tank n Year Qtr Ivol vat vol vol Mr lunk Itvae tank DWXT I LANL comment

I 073 IWA -89 EVT TX-118 TX-110 OC62to33 ITX-109 | 1976 IISTAT 073 073 123 IWA -09 EB

TX-109 1976 2 STAT ]___C_I__B__1_I_I__E_[

Anderson comment

• Leak detection dry wells 51 -109-04 and

i comment I Shows 33 not 62

Evap feed chelated sr. waste .

123 IWA IWA

Evao feed chelated sr. waste :

11 i'l- ! I ' 1 B ' . M 1 B ! _ I I

«t"-]__1l~5_MH IK__JHI____il

H.-ii'.A—l

450 IWA 450 IWA 450 IWA 4501 IWA 4501 # WAI 4501 IWA | 450 IWA 450 IWA 4501 IN/Al 450 IWA 4501 IWAI 4 5 0 T I W A ] 450 IWA

•WA •WA •WA •WA

•WA •WA •WA

304 IWA 304 IWA 304 IWA

-92 0 -92 sw»q -92 SwHq -92swta -92 swtq -92 swtrq -92 swta -92 swHq ; -92 SwHq -92 NCLPX : - K -92

App. E. TX Farm, Pg. 43

I TLM ICum 1 sol I j so lvor * aollds solids typa Ql Q/A I Document/Pg t

0 0 304.000 [ 3lV ARH-CD-702A-7 o| o[304".6oo1" " : 7 7

0 304.000 0 384 000 0 384.000 0 364.000 0 384.000 0 384.000 0 384.000 0 384.000 0 304.000 0| 384.000 0| 384.000 01384.000 0 384.666 0 384.0001 0 304.000 0 384.000 0 384.000 0 304.0001 Ol 384.000 01 364.000 0 384.000 0 384.000 0 304.000 0 384.000


rV--.i__a_iy.il DWXT LANLcommant Anderson comment

1949 1 CREC 1949 1 CSEND 1949 ISTAT 1949 2 STAT

l|E____i____!_l

ICZZ3I

idZS-BQt |E__5B__UCE_--(-K]l

1950 41 rec 1950 4Isend

lb»!__M_aT5i]l 1950 4send -130 750 1950 41 STAT WA 758 1951 11STAT WA 758 1951 2 STAT WA 758 1951 31 STAT 758 758 1951 4 SEND -749

^_T771 :f~!~l

irsTni

I'l? V.I

1952 41 STAT 1853 1 rac

I'! i 7.1

H___|_ l_B_-__-DI

] TLM Cum sol sotvor% sollde sollda

0 0.000 0 0.000 0 0.000

Ql Q/A I Document/Pg I

TX-109 TX-109

TX-109 TX-109 TX-109 TX-109 TX-109 TX-109

TX-109 TX-109 TX-109 TX-109 TX-109 TX-109

TX-111

TX-109 TX-109 TX-109 TX-109 TX-109 TX-109

and stats al 59 | Began filling In S

Cascade filled In March

0.004076 0.1957

0.004076 0.5O54 0.004078 0,4726 0.004076 0.4158

0 0.004076 0.5707 0.004076 0.4973 0.004076 0.4190

0 0

0.004076 0 5707 0,004076 0.4688 0.004076 0.4688

0.701 1C1 0 1.174 1C1 0 1,590 1C1 0

2.160 1C1 2.658 1C1 0 3.077 IC l 0 3.077 0

3.648 1C1 0 4.117MC1 i 0| 4.586 1C1

Kisnii ILtl-IIBJ lEEStni

_B_S and stats at 741

TX-109 TX-109 TX-109 TX-109 TX-109 TX-108 I ITX-111

TX-109 TX-109 TX-109 TX-109 TX-109 TX-109

Cascade fMad in Auoust

0 0 I 0004076 0.88-61

0.004076 0.6929 0.0040761 0.6929J

J Oi Ol

0 0 0.004076 0.8886 0.004076 0.6809 0.004076 0.5625

4.586 1 5.474 1 CI I 01 6.167 IC l 0 6.860|1C1 1 Oj o.eeoi i bi

6.800 6f 6.860 I i 7.749 1 CI i 8.438 1 CI 0 9.000 1 CI 0

iE_3n_i. TX-109 TX-109

TX-109 TX-109 TX-109 TX-109 TX-109 TX-108

I Tank now mirnp T-plant i

0.018717 2.0775 11.078 1C2 0.018717 0.6738 11.751 1C2 0.018717 0.4118 12.163 1C2

0.018717 1.9091 14.072 1C2 0 0.018717 1_166 15.289 1C2 0 0.018717 0.992 16.281 1C2 0

]K__DI TX-109 TX-109 TX-109 TX-109 TX-109 TX-109

0.018717 2.115 10.396 1C2 0.018717 1.7032 20.099 1C2 0.018717 0.5053 20.604 1C2

1953 1 STAT AcNve.lst cycle waste T

http://rV--.i__a_iy.il

Tankn Year Qlr

h>!_l|i_MT3el|

1953 31 send 1953 3 STAT 1953 4 rec

IEZ5E9K&JI l__SII_in___K]E 1953 4 send

1953 41 send 1953 4 send 1953 41 STAT

l i r : _ l T _ . T ? ] _ i r l___t_i_î__ni I E_5K__IKE_l_n[

1954 1| send 1954 1 send

ik/_r._i_T~ni 1954 1 STAT 1954 2 CREC

I 1954i 2 STAT 1954 31 REC 1954 3 OUTX 1954 3 STAT

l_£_X_U____l 1 CSEND 1 rec 1 send 1 SEND 1 STAT 2 STAT 3 STAT 4STAT ISTAT 2 STAT 3 STAT 4 STAT 1 STAT 2STAT 3 STAT 4STAT ISTAT 2 STAT 3 STAT 4 STAT 1 STAT

IBS I 750

758 758

IKS!

758 750 750

819 758

750 758

I 758 758 250 1014

-517 497 497 497

DWXT LANLcommant TX109 TX109 TX109 TX109 TX108 TX109

TX111

TX109 TX109 TX108 TX109 TX109 TX109

|[ir___K_]___HHHI______ll 10| cas TX111 lOcaa TX111 10 10 COS TX109 TX109 10 cas TX109 TX109 10 CBS TX109 TX109 10| cas TX111 10 cas TX111 10 cas TX111 10 10 cas TX109 10 cas TX109 10 cas TX109 •10 cas 10 cas 10 cas -10 ■10 END TX109

TX109 TX109 TX109 TX109 TX109 TX109

TX111 TX111 TX111

{Scheduled to be pumped to I ditch.

TX109 TX109 T022 CRIB 000to517solltw/ne»

TX109 TX109 II3___BL_____

10 IC 10 SET TX109 10 SET TX109 10 SET TX111 101 ess 101 cas 10ISU ■10|1C. TBP 10 1C.TBP 10 IC.TBP 10 IC.TBP 10 IC.TBP 10 IC.TBP 10 IC.TBP 10 IC.TBP 7 IC.TBP 5 IC.TBP -5 IC.TBP 5 IC.TBP 5 IC.TBP 5 IC.TBP 8 IC.TBP -0 IC.TBP 0I1C. TBP

TX109 TX109 TX111

New electrode New electrode i

! Latest electrode

Latest electrode i

TLM Cum sol lsolvot% solids solids i I 0.0187171 1.8155 22.420 1C2

0.016717 0.8797 23.299 1C2 0.018717 0.6551 23.955 1C2

0 0 23.955

0.018717 1_>S4 25.209 1C2 0.010717 1.1043 26.313 1C2 0.018717 0.8904 27.211 1C2

Ql Q/A Documant/Pg t

0 0.018717 0.018717 0.018717

01 0 0 0

0.018717 0.018717 0.018717

27.211 29.251 1C2 30.749 1C2 31.890 1C2 31.890 31.890 31.890 31.090 34.829 1C2 36.869 1C2 37.000 1C2

0 37.000 0 37.000

0 37.000 0 37.000

0 37.000 0 37.000 0 37.000

App. E, TX Farm, Pg, 45 WHCSDWMTI069, Rev 1

ITX-110 I 19591 3 STAT TX-110 1959 4 STAT

ITX-110 | 19001 1 STAT TX-110 1900 2 STAT TX-110 1900 3 STAT TX-110 1960 4 STAT

TX-110 1982 1 STAT ITX-110 I 19621 2 STAT TX-110 1902 3 STAT

ITX-110 1902 41 STAT TX-110 | 1983 1 STAT TX-110 1903 2 STAT TX-110 1983 3 STAT

Trana S M ToM SoMa Unk Cum Wasle Trana vol val vol

I 762 1 »WA -01C.TBP 702 702 1 IN/A 762 702 1 IWA -6 IC. TBP 762 762 1 IN/A -6 1C. TBP

I 702 762 1 tWA -01C.TBP 702 702 1 tN/A -OhCTBP 702 702 1 IWA -011C. TBP 702 702 1 IWA -6I1C. TBP WAI 702 I WAI 702 IWA 702 702 1 »WA -01C.TBP WA 702 I IWAI 762 702 1 «WA -0 IC. TBP WAI 762 I IWA I 762 702 1 IWA -0 IC. TBP

I 702 762 0 tWA -61C.TBP WA 702 WA 762 IWA

IDWXT LANLcommant

TX-110 1963 4 STAT TX-110 1904 1 STAT TX-110 1904 2 STAT TX-110 1964 3 STAT

750 750 758 750 WAI 7501 WAI 758

-10 IC.TBP 0 IWA -10 IC.TBP

, -10 IWA -10

TX-110 TX-110

1964 1905

4 STAT 1 STAT

TX-110 1965 2 STAT TX-110 TX-110 TX-110 TX-110 TX-110

J _ » 1905 1986 1800 I960

3 STAT 4 STAT 1 STAT 2 STAT 3 STAT

TX-110 TX-110 TX-110

1966 1967 1967


TX-110 TX-110

1967 1967

3 STAT 4 STAT

TX-110 1968 1 STAT TX-110 TX-110 TX-110 TX-110

I960 I960 1908 1969


TX-110 1969 2 STAT TX-110 TX-110

1969 1968

3 STAT 4 STAT

TX-110 1970 1 STAT TX-110 1970 2 sand

702 762 752 752 WA 752 752 752 752| 7521 752 752 752 752 752 752 752 752 752 752 754 754 754 754 754 754 754 754 754 754 754 754 754 754 759 759 754 754 754 754 755 755 754 754

Ol 401 -10

IWA 40 IWA 40| IWA | 40 IWA 40 IWA 40 IWA 40 *WA 40 IWA

40 »WA 40 IWA 40 IN/A 40 IWA 40| IWAI 40 IWA

5

-6 IC. TBP -161C.TBP -16 •161CTBP - ie| lC,TBP -16 1C.TBP -10 IC.TBP -16 IC.TBP -10 IC.TBP -10 IC.TBP -14| IC. TBP -14 1C.TBP -14 1C.TBP -14 1C.TBP -14 IC.TBP -14 IC.TBP -14 IC.TBP -9 IC.TBP

-14 IC.TBP -13HC.TBP -14 1C.TBP

TX-110 1970 2 STAT |Q_S_I_iK___]|

TX-110 1970 3STAT IE-3__HL_UJI

TX-110 1970 4 STAT TX-110 1971 1 send

62I IWAI -14 EB

92 IWA -14 EB

701 701 125 »WA -14 EB -302 319 IWA -14

TX-110 1971 1 REC •WA -14 EVT TX-118 TX-118

Anderson comment TLM Cum sol I

vof% soUds IsoHda Itvos IOI I Q/A I Document/Pa I

6 month report 0 37.000 01 37.000

6 month report 6 month i

Latest electrode rdg. 6 month | « P W t _ I 16 month

Latest electrode rdg. 6 month

6 month i

0 37.000 0 37.000

0 37.000 0 37.000

0 37.000 0 37.000 0 37.000

Pieced In bottoms service 4/14/70' Leak detection dry wells 51-10-04, 51-10-08 and 51-10-12 drIMed.

242T bottoms and i

No indication of XFER. (c)No XFER Indc. 1040 comb, tot

0 37.000 0 37.000

0 37,000 0 37.000 0 37.000

2V ARH-2074A-8

WHC-SD-WM-TI-669. Rev. 1

Tank n lYear iQir Trana S M ToM SolMa Unk |Cum wasia [Trans vol vol vol IDWXT LANLcommant

TX-110 TX-110

TX-110 TX-110

1971 1971

1971 1971

1 STAT 2 sand

2 REC 2 STAT

•57

03

706

712

700 049

712 712

158 IWA IWA

IWA 104 IWA

-14 EB -14

-14 EVT •14 EB

TX-118

TX-118 TX-118

TX-110 TX-110 TX-110

1871

.-__! 1971 "

3 sand 3 STAT 4 sand

-15

-324 097

097 097 373

•WA 244 IWA

IWA

-14 -14 EB -14

TX-118

TX-118 _ . _ . - T —

TX-110 TX-110

1971 1971

4 REC 4 STAT

315 600

000 008

•WA 400 IWA

-14 EVT -14 EB

TX-118 TX-118

T>_.!_..

TX-110 TX-110

1972

1972 1972

1 sand

1 REC 1 STAT

-233

204 719

455

719 719

•WA

IWA 400 IN/A

-14

-14 EVT -14 EB

TX-118

TX-118 TX-118

— -t 1 1 -1 1~—■ 1 1 1 ■ ■ ■ 1 — H 1 TX-110 TX-110

1972 1972

2 STAT 31 send -508

722 722 153

400 3 IWA

-11 EB -11 1 lTX-118

I^^CT^^HEi__3_H-lH____-_____li l£j32|Snjg£]|

IiE5_________ll

•WA -11 EVT TX-118 TX-118 472 tWA -11 EB 472

•WA -6 EVT TX-118 TX-110 086 600 433 IWA -8 EB

IWA -0 EVT TX-118 TX-118 696 090 433 tWA -8 EB

E£3SjflK^_n[Z|3M

I EE5K9K5nH____3H IE_____i____3l

IWA -0 EVT TX-118 TX-118 433 IWA -0 EB

-0 EVT TX-110 TX-118 OC58to2

IWA -12 EVT TX-118 TX-118 ICC 26 to 45 4331 IWAI -12 EB

722 722 433 IWA -121 EB

lU'-IMTfJHI

697 007 420 IWA -12 EB 111 700

717 | IWAI -12 EVT TX-110 TX-118 OC42to9 717 717 420 IWA -12 EB

-39 0701

I Anderson comment

242T bottoms and recyde (1) due to the characteristics of soflds In bottoms tanks and the inaMity to measure them precisely, there is a significant degree of uncertainty In the liquid to solid ratio of tanks 110TX through 118TX

| TLM |Cum isol isolvor% solids Isollda h Ol I Q/A Document/Pol

No indication of XFER, (d)No XFER Indic, 787 comb, tot

(f)No XFER Indlc, 1144 comb, tot

No IndlcaHon of REC. (g)No XFER Indic, 1175 comb, tot

0 37.000 0 37,000

0 37.000 0 37.000 0 37.000 0 37-ppg 6 37.000

0 37.000 0 37.000

. 0. .37.000

0 37.000 Ol 37.p00| 61 37,000 i

3 V ARH-2074B-8 1 0 1

I t " ■■ " 2 V ARH-2074D-8 1 0

2 V ARH-2456A-7

i (i)No XFER Indic, 1078comb.

(l)No XFER Indic. 520 comb. 2 V ARH-2794B-7

(m)No XFER iodic, 591 comb, tot 0 37.000

0 37.000 3 V ARH-2794C-7 1

(n)No XFER Indic. 302 comb.

I Snows 9 rot 42

EE__| 0 37.000 0 37.000

0 37.000 0 37 000 II 37.000

2 V ARH-2794D-7

3 V ARH-CD-133A-7

2 V ARH-CD-133B-7

3 V ARH-CD-336A-7


Trana I Stat ToM SoHds Unk Cum Waste I Trana Tank n Yaar Qtr

TX-110 1975 2 STAT TX-110 19751 3 sand

DWXT LANLcommant Anderson comment

IG3_-9H!Sil TX-110 1975 3 STAT TX-110 1975 41 send

l_talW_sTtHl TX-110 1975 4 STAT

TX-110 1976 1 STAT TX-110 1976 2 STAT

TX-110 1976 3 STAT TX-110 1976 4 sand TX-110 1976 4 STAT

TX-110 1977 ISTAT TX-110 1977 2 sand

W5 695 4201 IWA 1 -12 EB

W?

047 092 092

IWA IWA

420 IWA

-12 -12 EVT -12 EB

TX-118 TX-118 TX-110 OC 45 to 95

531 •WA -12 TX-110

680 590 590 000

IWA 420 IWA

IWA

-12 EVT -12 EB -12

TX-118 TX-118

TX-118

719 719 719

IWA 420 tN/A

-12 EVT -12

TX-118 TX-118 OC 02 to 33

snows 17 not 66

Showws 45 not 95

Shows 33 not 02

719 719 420 IWA -12 EB

722 722 420 3 " ' " -16 706 IWA

700 700 420 IWA -9 EF

TOO 708 420

585 505 420 IWA -7 EF

lluuIulMa-jl

IEt3CinHE--ll

I [_____■ ___3_1

l___I____l 500 500 500 508

IE_J_E_Jl

IU3IUME3-DE |i__S_____l_E____}__E_-

lk i I_I I '_ i_H' j j j l

SY-102 SY-102

5001 IWAI 568 IWA

500 508 5601 IWAI

530 530 5301 IWAI 530 530 530 IWA

6301 530 530 IWA 530 030 530 IWA

IWA -7 swtq

402 402 462 IWA -7 NCLPX 462 402 402 IWA 402 402 462 IWA

Evap feed-con. Evap feed

i ' chelated sr. waste I Evap feed-con. chelated I sr. waste

Evap feed-con. chelated sr.waste " Leak detection t, wtN51-10-13dfflledtilrd —rtar 1077.

1 Inactive current. soHd level

Inactive current, soHd level

sol v o l * Isollds IsoHds

9_3?.0°o_ 0 37.000 0 37.000 I 37.000 0 37.000 0 37.000 6 37.000 0 37.000 0 37,000

0 37.000 _P_ _3_7_-5PP 0 37.000

J> 37.000 0 37.000

Ql Q/A Document/Pot

3 V ARH-CD-336C-7

4|Q IARH-CD-336D-7 7 7 s 3_Jv JARH-CD:702A-7

i Removed New Photo 3-26-79 Questionable Integ

500 Gal. Pool ' New Wei 5 1 10-25 m service 3-23-78

0 37,00pj 0 37.0001

0 37.000 01 37.000 i 37.000

Ol 37.000 D

0 37.000 01 37.000 01 37.000

0 37.0001 0 37.000 01 37.000

App, E, TX Farm, Pg, 48 WHC-SD-WM-TI-669, Rev.

Tank n Year Qtr T Trana S M ToM SolMa IUnk Cum Waste 1 Trans

DWXT LANLcommant

TX111 1949 1 CREC TX111 1949] 1 CSEND

0 SET TX110 o SET rrxiiz

TX111 1949 2 STAT I iMmHPr"_a*lEi7MI

TX111 1949 4 STAT !E_i i[___i

115 303 •82 301

301 301 218 519

l____l

a__T1a_r_ni

I__z3

lu!lEiB_D!!BBOE_H_E__l

laWTÎ

758 WA 758 WA 758 758 758

235 236 235

TX110 TX110

TX110 TX110 TX110 TX110 TX110 TX110

TX110 TX110 TX110 TX110 TX110 TX110

TX112

TX110 TX110 TX110 TX110 TX110 TX110

and stats at 42

andststsat42l

i i w i ^ g j j

m__MMT~ni

IJToinMpcfi 122 101

. 228 224 224

333 413 474

474 474 631

1_MQ 747

747 747 747 747

134 134 134

761

TX110 TX110

TX110 TX110 TX110 TX110 TX110 TX110

bad stat? 0 to WA

TX110 TX110 TX110 TX110 TX110 TX110

TX110 TX110 TX110 TX110 TX110 TX110

| i7_Tf_a__t^__l fc^ ; i_a

T023 CRIB

TY103 TY103 ITX118

Anderson comment | [TLM ]Cum sol { isolvof% iseada Isetlds Itvoe Qt 0/A Document/Pg ■

* Leak detection dry well Si

l l ^ drilled.

_ _J Q 0000] J 6 0.0001

Cascade bagan filling in March

]■___! 0 o.ooo 0 0.000

Cascade filled In August

0 0.000 0 0.000 _ oooo o o.ooot 0 0.000

ol 0.000 1 II 0.000 11

0\ 0.000 1

0.057181 3.1449 3.145 1C2

0,057101 3.0311 6,976 1C2 0.057181 3.3737 10.350 1C2 0.057181 2.7447 13.094 1C2

0.057181 6.2327 0.057181 4.5745 0.057181 3.400

0 0 0.057181 8,9774 0.057181 6.2327 0,057181 0.4003

19.327 1C2 23.902 1C2 27.390 1C2 27.390 36.367 1C2 42.600 1C2 43.000 1C2 43.000

0 0 43.000 0 0 43.000 Or 0 43.000 0 0 43.000 3 0 lHW-33904-6


Trana S M ToM SoHda Unk Cum Waste Trans Ivol Ivol Ivol Ivol Ith- lunk Itype I lank I DWXT LANLi 1 | r ju i r w j U| IWAI 9 IC, TBP

h r .a i iBB_aT?3 l

TX-111 TX-111 TX-111

1955 1955 1956


TX-111 TX-111 TX-111 TX-111 TX-111 TX-111 TX-111

1956 1950 1956 1957 1957 1857 1957

2 STAT 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 STAT

756 758 758 758 750 750 758 750 758 750 750 750 758 750 750 758 758 725 725 758 758 758 758 701 701 701 701 701 701 701 701 756 750 758 758 758 758 758 7581 758 758 758 756 758 758 758 756 758 750 758 758 WAI 750 W A 750 758 750 755 755 WAI 755 W A 756 755 755 755 755 W A 755 W A 755 755 755 755 755 W A 755 WAI 755 755 755 750 750 W A 750 750 750 750 750 750 750 750 750 750 750 750 750 750 750 752 752 752 752 752 752 752 752

•WA 86 IWA 881 IWAI 001 IWAI 881 IWA I OOltWAl Ml tWAI 0 IWA 0 IWA 0 -33

9leas ITX-110 TX-110 9HC.TBP 9 IC.TBP 9|1C.TBP 9 IC. TBP 81C,TBP 9HC.TBP 9 IC.TBP 9|1C.TBP

-24 IC.TBP 9HC.TBP 9 IC.TBP

121C.TBP 12 IC.TBP 12 IC.TBP 12 IC.TBP 91CTBP 9 IC.TBP 9 IC.TBP 9 IC.TBP 9 IC.TBP 9 IC.TBP I 9J IC.TBP I 91C.TBP 9 1C.TBP 9 1C.TBP

9 IC, TBP 6 IC.TBP

0 IC.TBP 6 IC. TBP

6 IC.TBP 6 IC.TBP

0 IC.TBP 1 IC.TBP 11 1 IC.TBP 1 IC.TBP 1 IC.TBP 1 1C.TBP 1 IC.TBP 1 IC.TBP 1 IC. TBP 3 IC.TBP 3 MC.TBP 3 IC.TBP 3 IC.TBP 2|1C,TBP 3 IC.TBP

Anderson comment Rec'd from 103TX

TLM Cum aol I isotvor* Isollds IsoHds h

0 0 43.000 1 __■___■

Rec'd TBP waste 0 43.000 0 43.000 0 43.000 0 43.000

Noalectrods Latest electrode r

Latest electrode i

0 43,000 0 43.000 0 43,000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0^ 43.000 0 43.000 01 43.000 Oi 43.000 nf 43.000

_ l | 43.000 _0 43000

0 43.000

0 month report

16 month l 16 month report

01 43.000 0 43.000 0 43 000 01 43.000 0 43.000 0 43.000 0 43.000


Tank n Year JQIr ITX-111 I 10JWI 41STAT

Trana Stat ToM SolMa Unk Cum Waata Trana vol vol vol vol I DWXT ILANLcommant

TX-111 TX- t l l

1969 1969 1969


752 751 752

7521 4|»WAI 751 ' 752 J

3I1C.TBP 1 -1 I 2I1C.TBP

1 3lTBP

TX-111 1969 1970 ]

4 STAT llSTAT |

752 1 752

752 41 IWAI 752 43 *WA

3 IC.TBP 3 IC.TBP

TX- t l l 1970 2 sand

661 #WAI 3 EB

1 b »:«i_»fcw.iMCaaaW__EI_M_EH_B__II__1

TX-111 1970| 3|STAT I | 718| 710| 109|tWA| 3 EB TX-111 1970 4 sand -50 TX-111 1970 4 STAT 668 000 233 *WA 3 EB

•WA 31 (TX-111 | 1971) llSTAT 699 699 285 IWA 3 EB

51 »WA 3 EB TX-111 1971 3 sand -608 I

ITX-118ITX-118

TX-118 TX-110

I | t W A l 31 EVT | T X - 1 1 0 | T X - 1 1 8

689 60S 390 IWA 3 E8

1 ! i

TX-111 1971 4 STAT

TX-111 1972 2 STAT

I I _ D I I K S B _ _ H TX-111 1972 3 STAT TX-111 1972 4Itend TX-111 1972 4 STAT

009 009 093

l|E5n_IE__l TX-111 1973 1 STAT TX-111 1973 2 send

725 725 -48 677

330 «WA 3 •WA 3

309 IWA 3 EB 3

369 IWA 3 EB

389 IWA 3 EB

309 IWA 3 E B IWA 3

TX-118 TX-118

TX-118 TX-118

TX-118 TX-110

I UjUimm£Mcf ^ K i U _ £ _ M TX-111 1973 2 STAT TX-111 1973 3 sand

IWA 3 EVT TX-118 TX-118 309 IWA 3 EB

TX-111 1973 3 REC

[n3Ki_s '_T_]«__5__^ME3|

TX-111 1973 4STAT

I uauBE^^DIH^HI

liCTrfBgrgi^BîBli

II 721 726 720

730 724 724

-47 677 722

•WA 3 EVT TX-118 TX-110 309 «WA 3 EB

•WA 3 EVT TX-110 TX-110

I tN/A j 10IEVT TX-110 TX-118 OC50to2 4 EB

TX-118 IWA 4 EVT TX-118 TX-118 OC26to45

Anderson comment ITLM Cum !

solvent Isollds solids 1 ui Oi 43.00UI

0 0 43.000 0 01 43.000 0 0 43.000

Of Q/A Document/Pol

Placed In bottoms service 4/19/70

242T bottoms and recycle * Leak detection dry wells 51-11-03.51-11-07 and5l-11-10 drilled.

1242T bottoms and recycle

0 43.000 0 43.000

242T bottoms and recycle 242T bottoms and i

, 242T bottoms and racyde

comment! 1) (1» due to the characteristics of solids in bottoms tanks and the inability to measure Ifiem precisely, mare is a significant degree of uncertainty In the liquid to solid rstio of tanks 110TX

1H8TX i 242T bottoms and i

No indication of XFER. (e)No XFERInrJc, 1914 comb, tot

fl)No XFER Indic, 520 comb.

(m>No XFER Indic, 591 I comb, tot

(n)N0 XFER Indic, 302 comb.

Shows 2 not 56

I Shows 45 not 26

_0 43.000 P_ «oqp 0 43.000

0 43.000 Ol 43.000

0 43.000 0 43.000 0 43.000

_P_ _43.qqo 0 43.000

0 43.000 0 43.000 0 43.000 0 43.000

2 V ARH-3074C-8 1

0 43.000. .[ 1. bi 43.660 . 6 _° J3.000 _ i 1 0 43.006 6

0 43.000 01 43.00Q_ 0 43.066 0 43.000 0 43,000

2 V ARH-2794B-7 1 0

3 V ARH-2794C-7 " l

2 V ARH-2794D-7

3 V ARH-CD-133A-7 1 0 3 V ARH-CD-133B-7


Trana S M ToM SoHda Unk vol vol vol vol

722| 7221 30ft! tWA| | _____jg_3_EI' _a1a_E_H______3l i__ni

TX111 TX111

[ 1974 3ISTAT 10741 4 rac I

1 6971 0971 309 IWA 111 f 70el I IWA

TX111

_3S5 i x m

I 18741 4|STAT [ IEaPESiMB 1 19751 llSTAT 1

1 7001 7081 3891 IWA ____M_pn—C_

1 7191 7191 3091 3

I l|3nBK^H_!_d__l ==_==_= _==_-

i___JIE_l_E_L__B ki3_M___3l ___ ja f ra i i

I 7031 7031 3801 IWA I 1581 I 545) I

!■__! 5901 5901 3091 tWAl ■a_7~1l

I ^5n___3KI___B_^_3_H_Bni !E__1

J__H_|aaTf7li I 7191 71t| 3091 IWA|

L_ I *WA| 'I l_722[ I IWAI

' . I 7221 IWA I 722I 7221 308 I t WAI

•14| I 7001 | t W A | I 7001 . 708j 389| IWAI

DWXT ILANLcommant

h j _ _ _ _ |

I Anderson commeni Leak detection dry well Si

l l 01 drilled.

I ITX110 ITX110 I 4|EB | | j 4|EvT |TX110 ITX116 |OC42toO

_7|EVT |TX1I0|TX110 |OC66to17 7lEB I I I 7| I. ITX118 | 7IEVT ITX110 ITX118 IOC95fo45 7|EB | | |

L 1 ITX118 | 7IEVT ITX116ITX118 I 7|EB | | | 71 I ITX118 ] 7|EVT ITX110 ITX118 IOC02to33

LC not Included omission, no 7 UNK UNK destination 503 to 0

_ZIEB ]__ | | 7| I ITX110 lOmis.

loaden comment

I Shows 8 not 42

I Shows 17 not 00

I Shows 45 not 95

TLM |Cum | sol

I Shows 33 not 62

IS102 IS102

717i 717i 308l tWAl IS102 I S102

Evap feed con evap feed

br.m- -■.IJLjj'j.jnr

Ol 43.0001 01 43.0001 01 43.0001 Ol 43.0001 Ol 43.0001 Ol 43.0001 Ol 43.0001 01 43.0001 Ol 43.0001 EK__i_l 01 43.0001 0| 43.0001 Ol 43,0001 Ol 43.0001 0 43.0001 01 43.0061 01 43.0001 Ol 43.0001

0 43.000 Ol 43.0001 Ol 43.0001 ol 43.000! 01 43.0001

0[ 43.000 01 43.000

IARHCD336A7

IARHCD336B7

IARHCD336C7

ARHCD336D7

ARHCD702A7

ARHCD702A7

ARHCD702B7

iU3i_i-_-__pr 309l lWAl 7lEF

309! IWAI 7(EF

I S102 IS102 1 feed chelated sr. waste

Evap feedcon. chelated sr.waste

0 43.000 0 43.000

in_Tt_i_tTVll

_368| tWAl 7|EF I tWAI

3091 IWA I 7lEF

3701 IWA I 3701 IWAI 3701 tWA I 3701 IWAI 3701 IWA I 3701 IWAI 3701 tWA I 3701 IWAI 3701 tWA l 3701 tWA I 3701 IWAI 3701 IWAI 3701 IWAI

I t W A I I tWAJ I tWAI

3701 IWAI 3701 IWAI

Evap feedcon. chelated sr waste

Inactive current chelated sr.waste Inactive currant, saN wed Installed.

I Salt We* Installed

7 NCPLX 7 t w t a 7 swHq I 7swtq 1 7 NCLPX

Ol 43.0001 Ol 43.0001 01 43.0001 01 43.0001

01 43.0001 01 43.000 01 43.000 01 43.0001 01 43.0001 01 43.0001

ol 43.000] 01 43.0001 Oi 43.000i 01 43.0001

TLM Cum I sol

TX112 TX112 i ' « l ' ~

TX112

1949 1950

1 CREC 1 STAT

■__]_•____■ 1950 2 STAT

0

_E_ .

WA

WA

r r

02 K

TX112 TX112

1950 1950

3 rac 3 STAT

118 220

200 770

1950 4rec 184 41?

Dt112 1950 4 rac 4 rec

169 130

501 719

1950 4 STAT WA 711 TX112 1951 1 STAT WA 711 TX112 1951 2 STAT WA 711

1951 3 STAT 750 75f TX112 1951 4 SEND 750 ( Dt112 1951 4 STAT WA ( DM 12 1952 1 STAT WA f Dt112 1952 2 STAT WA ( TX112 1952 3 STAT WA (

IWA Ocas TX111 TX111 28 IC

IWA 20 cas TX111 TX111 IWA 20 cas TX111 TX111

28 cas TX111 TX111 tWA

: ;■• '■■ iiilliFJr 0 0.000 0 0.000 0 0.000

Tank to be held for recoup

I Ii r'gl H i 'AlWfUi t_ M l

•N/A 07 IC 07 IC

]E_Z3I

112TX no longer held for

7 it

I i r ! t W i ! ^ l_aTin~7_l l

0l#WAI 07 IC 07 SU

I t W A I 07 SU 0 I t W A I 01 IWAI 0 IWA 0 tWA Ol tWAI Ol tWAI

Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI 07 EB

70 EB 01 14 62 EB

TX117 TX117 TX117 TX117

Rec'd from 117TX

I Latest electrode Latest electrode

Ol tWAI Ol tWAI OltWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI Ol tWAI 65 EB

01 24.000 01 24.000 0 24.000 01 24.000

0 24.000 01 24.000

01 24.000 01 24.000 0 24.000 0 24.000

App.E, TXFarm. Pg. 54 WHCSDWMTI669, Rev

I Tank, n I Year I Off Trana S M ToM SoHda Unh Cum Waste Trana vol vol vol v— Mr unk t v_ i _nt> {DWXT ILANLcommant

l___0____3l

lTX112 | 19701 2|STAT ITX112 I 19701 3 (send

I T X 1 1 2 I 19701 3 STAT

ITX112 | 18701 4ISTAT

I TX 112 I 19711 1 STAT

ITX112 I 19711 21 send

|TXt12 I 19711 2 REC ITX112 I 19711 2ISTAT ITX112 | 18711 3ISTAT ITX112 I 19711 4lsend

I T X 1 1 2 I 197ll 4 REC

WAI 7471 WAI 7471 7471 7471 WAI 7471 7501 7501 WAI 7501 7501 7501 7501 7501 WAI 7501 WAI 7501 7501 7501 750J 7501 WAI 7501 WAI 7501 7501 7501 747| 747|

le_____Z_l 7471 7471 7471 7471 7471 7471 7471 747t 7471 7471 7471 7471 7471 7471 7471 7471 747! 747! 7471 7471 7471 7471 7471 7471 747J 7471 7481 7401 7471 747| 7401 7481 7481 7481 749! 7491

723| 7231 2621 t

7211 7211 3701 2

I Anderson comment |6month report

1 Ogden comment

01 IWAI 621 EB

0! I tWAl

01 IWA! Ol tWAI 651 EB

I IWA I 1 I IWA I 1

Ol tWAI Ol tWAI 05|EB

I t W A I I IWAI

01 IWAI 65IE8

241 IWA I 2411 WAI

241 IWAI 241 IWAI 241 IWAI 241 IWA I

2411 WAI 24JIWAI 021 E l

241 IWAI 03IEB 33| 1 I 64IEB

TLM Cum sol 1 sot v o l * soHds soHds tyoe iCM

Oj 01 24,0001 j 1| I 0I 24.000! I 1' I 0I 24.000! I 11

0! 01 24.0001 ! 11

I Document/Pa t

|6 month report

6 month report 0 months

16 months 16 months

0| 24.0001 01 24.000] 0! 24.0001 0| 24.0001 Ol 24.0001 01 24.0001 01 24.0001 Ol 24.0001

I 747| 747| 39 | lWA| 62|EB 251 I 7221 I

722! 7221 156l tWA| 62iEB

' Leak detection dry wells 511204,511207 and 5112

11 drilled.

|To bottoms and recycle in I

|To bottoms and recycle In

IWA | OllEVT lTX1ielTX118 7191 7181 3671 IWAI 01IEB 7261 726! 3071

l l W A l 68IEVT lTX11BlTX118

No indication of XFER. (d)No XFER intfc, 767 comb, to!

(f)No XFER Indrc, 1144 comb, tot

0I 24.000] Ol 24.0001

0I 24.0001 I 1| . 9 »■__!. _ J 11 6 24.6o6T I il 6[ 24.006] J_ ii ol 24.000 ' 1 7 Ol 24.0001 I 11

Ol 24.0001 01 24.0001

Ol 24.0001 Ol 24.0001

Ol 24.0001 Ol 24.0001

01 24.0001 Ol 24.0001

3|V [ARH2074B8

2|V IARH2074D8

App.E, TXFarm, Pg. 55 WHCSDWMTI669, Rev. 1

{Trana |SM ]ToM | SoHds |Unk Cum I Wests Trana lunk Itypa I lank JDWXT ILANLcommant

TX-112 1971 4 STAT I i>:gtir-»_il-n ! M | f ! ','._BTaa_Bvni

TX-112 1972 1 STAT TX-112 1972 2 STAT

Hitl_[W_tP^giECTBI 090 600

724

4071 IWA I 00 EB

IC__tl 452| t WA| 00 EB 452 -2 661 EB

I tWA 70 FLSH l_J_llJIK__)_E_!_MB_n__M__^_B_iI__3-_E_li JTX-112 1972| 41 REC

TX-112 1973 1 sand

IWA 70 EVT TX-110 TX-118 755 755 516 IWA 70 EB

IWA 70EVT TX-118TX-11B

TX-112 1973 1 STAT 7111 7111 659 IWA 70EB

TX-112 1973 3|send

TX-112 1973 3 REC TX-112 1973 3 STAT

l_I_MJMrrri_afT

7221 7221 6591 IWAI 70IEB I TX-118 TX-118

723 IWA 70 EVT TX-118 TX-118 723 723

TX-118 TX-118

|iL_l_M_rrtH l[E5_______l

l|Z5|_l____l

723 723 -86 037

Ht'XV-MMnnwRViffiMl

Ifl stats at 737 TX-118

TX-118 TX-118 OC50to2

I TX-110 ITX-118 ITX-118 OC20IO45

|u!_l__mi771l

E-SX-ME-EJI

li_S_3IKn-tl

IE_5I_i____l

711 711 71t

711 711 -14 007

714 714 -42 672

717 717 711 711 711 711 711 711 714 714

004 I tWAI IWA

TX-110 TX-110

TX-110 TX-110 OC42toO

ITX-118ITX-118 ICC66to 17(16)

TX-118 TX-110 OC95to45

004 I t WAI 664 I t WAI

ODBVBMI 1 __MIHrn_f l t

TLM Cum sol I so l voK laollda Isollda Itvoe lot lo/A I Document/Pa t

Comment(1) (1) due to the characteristics of solids In bottoms tanks and me InaMity to measure Vtem precisely, there is a significant degree of uncertainty in the liquid to sold ratio of tanks.

242T bottoms snd i

|(j)No XFER mdfc, 1077 comb.

I No Indication of XFER, (k)No JXFER Indic, 715 comb, tot

242T bottoms and racyde (1) * Leak detection dry well 51-12-01 drlled.

(l)No XFER Indic, 520 comb. lot

j(m)No XFER indic. 591 comb, tot

(nJNo XFER Indic, 302 comb.

|242T bottoms and recycle (1)

Shows 2 not 58

Shows 45 not 26

" Leak detection dry wet 51-12-05 drlled.

Shows 8 not 42

01 24.000 0 24.000 0 24.000 0 24.000 _q^24.o6o 0 24000 0 24.000 6 24.000

0 _24000 0 24.000

0 24.000 6 24.000 0 24000

0 24.000 H 24.000

0 24.000 i 24.000 i 24.0001

0 24.000 Ol 24.000 Ol 24.000 0 ,24.000

0 24.000 0 24.000 01 24.000 0 24.000 0 24.000

* P .lARHi2456Dj7_

2|V _ IARH-2456D-7

2 V |ARH-2794A-7

2|V [ARH-2794B-7 1 0

3 V ARH-2794C-7

i

ARH-CD-133A-7

ARH-CD-133B-7

ARH-CD-336A-7

Shows 16 not 66 0 24.0001 0 24.0001

ARH-CD-336B-7

SaR fined RFS - salt filed Demo cooler

Shows 45 not 95 0 24.000 0 24.000

ARH-CO-336C-7


Trana S M ToM Sollda Unk Cum Wests Trana vol Ivol Ivol Ivol Ittr [unk Itypa l_nfc [OWXT ILANLcomment

ICT__IBE_]__]__3_II 652

I 649 0491 049 6491 649 6491 I

604 IWA 664 IWA

664 IWA _ IWA 004 IWA 664 *WA 664 IWA 664 tWA 664 IWA 6641 IWAI 6641 IWA| 664 j IWA| 6641 IWA | 6641 IWAI 6641 IWAI 604| IWA[ 6641 #WAI

I tWA l I t W A l I IWA I

. _ I IWAl 649| IWA | 0491 IWAI

l g !^S

621 NCPLX 62|swlq | 62|swlq | 62|swlq I 62|swHq 62|NCLPX

I Anderson comment i inactive demo cooler I Inactive demo cooler I Inactive demo cooler

I Inactive demo cooler

TLM Cum aol solvot% soHds BOMS I

01 01 24.0001 0] 01 24.0001 Ol Ol 24.0001 0! 01 24.0001 01 01 24.0001

IOI IQ/A iDocument/Pgt

01 24.0001 I 11 01 24.0001 I 11 01 24.0001 I II 0| 24.0001 | 0| oi 24.0001 | o; 01 24.0001 I 01 Ol 24.0001 i 0| 0 24.000 1 0 24.000 j 1 6 24.000} 1

pp. E, TX Farm, Pg. 57 WHC-SD-WM-TI-669, Rev 1

Tank n Year Qtr ITX-113 | 19001 I TX-113 1950 4 CSEND

Trans S M ToM SoHds Unk Cum Watte Trans vol Ivol vol

lii!apB_n__^]EIi!Ml^g_| _l-i-iSi-uB___H_K_-_Bi____i

IWA 0 IC

DWXT ILANLcommant

-209 1068 -200 i -104| 1 750

WA 758 I bjaiMp&ilMEnâMaaaaTril

Ut!BILalKPî

liTgiTMaTlvHI

31 XIN 196 1118 3 XIN 208 1327 3 send -209 1118 3 send -196 31 send -104 758 3 STAT WA 758 41 XIN | 213| | 871) 4 [XIN | 1051 I 1130 41 send | -2131 923 41 send -165 750 4|STAT | | 750j 750 IjSEND | -506J 252 1 CSEND 0 252 1 STAT WA 252 2 REC 144 :

532 532 143 675

il 1. .720 i 750

TX-118 TX-118 TISItCk TX-1101TX-110 TISIICk TX-118 TX-118 TISItCk

TX-110 TX-110 TISItCk TX-110 TX-118 TISKCk TX-118 TX-118 TISItCk

I 750| 750| 740 748

17401 .740 -413 335 -45

290 290 267 557 114 071

I B !q j I lMF^ lMRnâMI

TX-110 TX-110 ITISftCk TX-110 TX-118 TlSftCk 1242-T ITX-118 ITISHCk

740 748 748 740

252 IWA 252 IWA

0.082264 13.824 18.761 1 CI 1 0.082284 15.799 34.559 1C1 1 0.062264 19.913 54.472 1C1 1

0.062264 0.062284 0.082264

0 0 0

0.002204 0.082284 0.082264

0 0 0

0.062284 0.062284

I Ol I 6]

Active bottoms tank - West Area

Active bottoms tank - West Area

Fined with TBP. Bottoms, 1C sludge ft TBP Evap.

I bottoms 1C sludge ft TBP EVAP bottoms 1-C sludge ft TBP waste evaporator bottoms 1-C sludge ft TBP waste

I evanorator bottoms

16.457 70.929 1C1 17.197 80.126 1 CI 16.951 105.077 1C1

0 105.077 0 105.077 0 105.077 Ol 105.0771

13.495 110.571 1 CI 16.128 134.699 1 CI 17.197 151.897 MCt

0 151.697 0 151.897 0 151.697 0 151.697

17.527 109.423 1C1 13.577 103.000 1C1

0 163.000 0 183.000 0 183.000 0 183.000 0 183.000 0 163.000 Ol 183.000 0 183.000 0 183.000

0 0 183.000 0 Ol 103.000 Ol 0 103.000 0 0 183.000

I 0 0 183.000 0 0 183.000 0 0 183.000 0 0 183.000 0 0 183.000 01 01183.000 0 Ol 183.000 0 0 163.000 0 Ol 183.000 0 01183.000

0 183.0001 0 183.000

3. E. TX Farm, Pg. 58 WHC-SD-WM-TI-669, Rev. 1

Trana S M ToM [SoHds Unk Cum j Waste Trana I { Ivol [vol Ivol ivol ]fjfr lunk itvoe tank DWXT I LANL comment I Anderson comment

753 753 753 753

753 753 753 753 753 753 753 753 753 753 753 701 701 763 703 700 766 706 760 700 766 706 706 706 706 766 760

252 I 252 IWA

IWA 252 IWA 252 IWA 252 IWA 252 tWA 252 IWA 252 142 ; 142 : 1421 IWAI 142 IWA 142 IWA 142| IWA | 142 IWA 142 I t W A l 142 tWA 142 IWA 142 IWA 142 -

142 IWA 142 IWA 142 -3 142 IWA

I t W A l 142 IWA

142 IWA •WA

142 | I W A | IWA

142 IWA

142 IWA IWA

142 IWA •WA

142 tWA

183 1 •WA

103 I tWAI 163 IWA

I t W A I 183 IWA

163 IWA IWA

171 IWA 171 I t W A I 171 -5 171 171 : 222 IWA 211 IWA

-7 EB 1 1CEB 3 1C.EB 6 1C.EB 6 1C.EB 6 1C.EB 0 1C.EB 6 1C.EB 0 IC, EB 6 1C.EB 6I1CEB 0 1C.EB 6 1C.EB

3 1C.EB 3 1C.EB 0 1C.EB 0 1C EB 0 one, EB

0 1C.EB 0 0 1C.EB

1 IC, EB 1 1 1C.EB 1 IC. EB 11 1 EB 11 1 EB 1 1 1 EB

■4 EB -10 EB -7 EB -7 EB -7 EB

Latest electrode reaaV Latest electrode Latest electrode re

TX-118 TX-118 (Receiver for EB

I Receiver for EB

Receiver for EB Receiver for EB

TLM Cum sol so lvor * IsoHds Isolds I

I 01 01 183.000 0 0 183.000 0 0 103.000

0 163.000 T1EV. 0 0 183.000 T1SIK 0 0 103.000 0 0 183.000 0 0 183.000 0 0 163.000 0 0 183.000 01 0 103.000 01 01163.0001 0 0 163.000 0 0 183.000 I Ol 0 163.000

I 01 0 183.000 I Ol 0 183.000 0 0 183.000 0 0 183.000 0 0 163.000 0 0 183.000 0 0 163.000 I

0 183.000 0 0 183.000 0 Ol 103.000

I _ 0 i 0 183.000 ['_ l _ p ! P__183.000| " ""

0 I03.660i I 01 01183.0001 j 0 163.000

61 6ii03,ooo i __\ 0 183.000

0 " 0 183.000 0 183.000

0 0 183.000 01183.000

0 0 103.000 0 183.000

0 0 1 0 183.000 I

0 0 103.000 ' 0 103.000

0 0 183.000 0 183.000 01 103-000

0 0 183.000 Ol 0 103.000 i 0 0 163,000 ' 0 0 103.000 I 0 0 103.000 I 0 Ol 103.000

01183.000 0 0 183.000 0 0 183.000 0 0 183.000 Ol 0 183-000 Ol- 0 183.000 0 0 183.000!

App.E. TXFarm, Pg. 59 WHC-SD-WM-TI-669. Rev. 1

TX-113 1968 2 STAT TX-113 1968 3 STAT TX-113 1968 4Isend

ITX-113 | 19661 41 STAT TX-113 1969 11 send TX-113 1969 1 STAT

Trana S M ToM Sollda Unk Cum Waste Trana vat vol vol val

-a 720 IWA -7 EVAP 720 720| 215 j IWA I -7|JB 720 720 213 tWA -7 EB

•111 609 SWA 009 609 290 IWA -7 EB

ITX-113 | 19691 31 STAT TX-113 1969 4 sand TX-113 1969 4 STAT

l iraiEaaWTTal TX-113 1970 1 STAT

ITX-113 1970 2 sand TX-113 1970 2 STAT

IDWXT LANLcommant COND evap to air

505 565 318 tWA

009 609 378 IWA -7 EB

677 677 364 IWA -7 EB

653 053 390 IWA -7 EB

704 704 301 IWA -7 EB

003 693 400 I tWA l -7 EB

TX-118 TX-118

TX-118 TX-118

ITX-118ITX-118

TX-113 1971 1 REC TX113 1971 1 STAT TX-113 1971 2 send

129 721 721 721

-622

IWA 540 IWA

I IWA

TX-110 TX-110

TX-113 i 18711 2 REC IEESEIEZZII

ITX-110 TX-118 TX-110 TX-118

TX-113 1871 2 STAT

TX-113 1971 3 REC TX-113 1971 31 send iPcTnea lBaT^MBCrâaa l l

TX-113 1971 3 STAT TX-113 1971 4Isend

Ibr lcT lkaaMrTi l l TX-113 1871 4 STAT

7301 j 14531 -736 717

1 725

TX-113 1972 1 STAT

TX-113 1972 2 STAT

TX-118 TX-118 TX-118

TX-110 TX-110

TX-118 TX-116 TX-116

TX-113 1972 3 STAT ILLSEEJBIKLLOI

TX-113 1972 4 STAT TX-113 1973 1 sand TX-113 1973 1 STAT

ht lQj I l taanaTHl l

TX-113 1973 2 STAT TX-113 I 19731 3 send

714 4

714 ■I I 711

719 719 -15 704

704 -7f]

704 II 084 T——r

22 706

706 706

-52 654

I -131 EB I IWA -13 SU TX-116 TX-116

656 1 -12 EB -12 TX-116

656 tWA -12 EB IWA -12 TX-118

| | W A | - 1 2 | E V T I T X - 1 1 8 TX-118

656 IWAI -12 •WA -12 TX-118

I Anderson comment

5M evaporated

242-T bottoms and recyde


1242-T bottoms and recycle



] 242-T bottoms and recycle

242-T bottoms and i 242-T bottoms and recycle * Leak detection dry wells 51-1J€5.51-13-00 and 61-13-12 drMed. 242-T bottoms and i


242-T bottoms and recyde e0from110-TX

I Ooden comment Omission

No indication of XFER, (c)No

No indication of XFER, (d)No I XFER Inttc. 787 comb, tot I

TLM Cum SOI Isolde Isolds Ityps lot |Q/A

0 163.000 3 V i 0 183.000 1 i 0 163.000 11

0 103.000 0 i 0 183.000 1 i 0 183.000 I i 0 103.000 1 i 0 183.000 0 |] 0 103.000 | 1| ' 0 183.000 0

0 183.000 1 | 0 183.000 0

0 183.000 1 | 0 183.000 0 i 0 183.000 1

0 183.000 0 0 183.000 1

0 183.000 01163.000 0 183.000 7 0 163.000 0jl83.O00| 0| 103.0001

Document/Pal ARH-721-6

No Indication of XFER. (e)No I XFER indic, 1914 comb, tot

j 242-T bottoms and recycle 6 from116-TX

(1),22from116-TX 242-T bottoms and racyde 0> 242-T bottoms and racyde


242-T bottoms and recycle 4 from116-TX, (1)

ARH-2074B-B 1ARH-2074B-8

ARH-2074C-8

0 183.000 0 163.000 0 183.000 ol 183.000

(l)No XFER indlc, 520 comb, tot

J. E. TX Farm. Pg. 60 WHC-SD-WM-TI-669, Rev 1

706 706 706

I i Eg lFaa laaT^ laWlP f faaa laaagn i

IWA 656 IWA

12 EVT TX118|TX118 12 EB I I

l l f B l f c a B a a T g l l

IfiSiElafEEuHDEiISiaBTl

h»aikaaKT/7gl

hra^PaaTral

iir.fiteWMnpi

703 703 703

705 IHjDHiDI

656 703

703 703 712 712

691 697 697

IWA 650 IWA

I IWA

•WA IWA

050 IWA

•WA •WA

601 IWA •WA •WA

681 IWA 601 IWA 0811 IWA I

TX110 TX118

TX118 TX118 OC58to2

TX118 TX118 TX118 OC26to45

TX118 TX118? TX-115

TX-116 TX-118? TX-115

|TX118 TX118? I TX115"!

IfriglMafTalMt

681 681 681 681

I 681 1 681 681 681 661 1

681 661 661

001

I ^ a U B a t m a a a l l t l J ^ a a l l

lU'tttlMKFZn

■mi

61 001 007 607 607 007 007 007

6811 IWA I 681 IWA

681 IWA 661 I t W A I 601 IWA 601 IWA 0011 IWAI

081 I t W A I 6811 IWA I 681 IWA 681 IWA 681 IWA 001 IWA

661 IWA 601 IWA 601 IWA 661 tWA 681 IWA 001 IWA 601 IWA

IWA •WA

607 0071 IWAI 607 IWA

10 110 1 1 11 1 t o 1 swtlq 1 swtq 1 swtw 1 swHq 5 NCLPX

IbSmE&UI

App.E,

(Anderson comment n comment (m)No XFER indlc, 591 comb, tot

'TLM Cum j sol IsolvoW. IsoHda Isollds Itvpa

0| 183.000 01 163.000 6T 163.000

(n)No XFER indlc, 302 comb

Shows 2 not 58

Salt filled, 21 toi15TX

Salt filled. 12210115TX

Shows 45 not 26

J Removed Irom service, I5 to 115TX Removed from servfca Removed from service I

1 Removed from service, 29 to 115TX

I Salt wet pump, Inactfve saft

I Salt well 1 I S * well 1 Inactive current Inactive current salt wail

I Installed. vStabH.

P10 PMP Removed, Question. Intaarftv

New Photo 12900

0 163.000 0 183.000 0 183.000 0 183.0001 0 183.000 0 163.000 0 183.000 0 183.000 0 183.000 0 183.000 0 183.000 0 183.000 0 103.000 0 183.000 0. 183.000

0 183.000 0 183.000 0 183.000 0 M 83.000 0 163.000

_0l 183 000 o t l 83.000

0 183.000 0 183.000 0 183.000 0 183.000 0 183.000

0 183.000 01163.000 0 183.000 0 183.000 0 183.000 0 1B3.O00

0 183000 0 183.000 0 183.000 01 163.000 0 183.000 0 183.000 0 183.000 0 183.000 0 103.000 0 183.000 0 103.000 0 103 000 0 183.000 0 183.000

Ol iO/A I nnri_irtwOt/S,o S

3^y__ ARH:2794C7

0

2 V ARH2794D7

3 V IARHCD133A7 1 I '

3 V ARHCD133B7 1

I 4 0 ARHCD133D7 I 11

4 0 ARHCD336A7 1 0 4(0 ARHCD336B7

ARHCD702A7


Year Qtr T Trans SW | Total Sollda Unk Cum Waata Trana

DWXT LANLcommant Anderson comment I TLM iCum sol { I

solvor% sollda solds Itvos IQI Q/A lDoeument/Pg#

4 CREC 4 CSEND 1 STAT

l l tg lWaaTal l I E 3 I

758 WA 758

971 1136 923 750

753 753 753

WAI 753

rrx-113 Tx-113 TX-113 TX-113

ITX-113 TX-113

TX-113 TX-113 TX-113 TX-113 TX-113 TX-113

TX-115

TX-113 TX-113 TX-113 TX-113

TX-115 TX-115

0.002729 0.5703 0.002729 0.5621 0.002729 0.2038

0.002729 0.57031 0.002729 0.5348 0.002729 0.4475

0.570 1C1 0 1.132 1 CI 0 1.416 1C1 Oi 141fii 1 1.966I1C1 I 01 2-521 1 CI 0 2.969 1C1 Ol

.2.969 I 0| 2.969 61

laaP^gl l 0.0027291 0.5812 0.002729 0.4502

0 0 0 0|

3,550 1C1 Ol 7-000 ICL I oj 4.000 61 4.0001 __ I 0 4.606T ! 1

lTX-114 J 19621 2 STAT 558 558 TX-114 1952 3 REC 063 1221

ITX-114 I 19521 3 SEND -5541 1 6671

TX-114 ( 1952i 3 STAT TX-114 1952 4 STAT TX-114 1953 1 hdn TX-114 1953 1 SEND

IEZSIEIEISJEI

luv3nHE^3l

700 700 730 739

IQSlZaWElul

I IWA I -5 IC , -5 SU

•WA -5 SU TX-106 TX-106

TX-118

Tank now pumping reclaimed space I

Pumping stopped 7/11/52 Received from 106-TX 9/6/52

IWA IWA -6ISU

IWAI 33 SU •WA 33 SU

feed for afuidng, unk gain

and stats M411 Transferred to 104-TX TX-117 TX-117 TX-117 TX-117

TX-115

0 4.000 0 4.000 0] 4.000 J

J 4.000 Ol 4.000 | 1 0 4.000 I 2

4.000T1EV/ 0'

App. E, TX Farm. Pg. 62 WHC-SD-WM-TI-669 Rev 1

ItoIMB Unk | Cum I Waste (Trana " J DWXT LANL I Anderson comment

7301 7391 7391 7391 7391 7391 7391 7301 738| 7391 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411 741| 741| 7411 7411 7411 741J 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411 7411

WAI 7411 741| 741|

WAI 7411 741| 741I WAI 7411 741| 741| WAI 7411 7411 7411

774| 7741 WAI 7741 7741 7741 7741 7741 7741 7741 7741 7741 7741 7741 7721 7721

4|IWA| 141 41 IWAI 1 4ltWAl 1 4IIWAI 1 4 | I W A | 14|EB

15| IWA| 10IEB I IWAI II

151 IWAI 16IEB I t W A l 1i

15I IWAI 101 EB

0.0789121 581 62.000 ITISItf. 01 01 01 62.000! I 11 01 01 62.0001 I 11 01 01 62.0001 | 1|

leranrai I Latest electrode readr 0 62.000

Ol 62.0001 01 62.000 01 62.000 01 62.000

021 IWAI 1' 62I*WAI 1 02I IWAI Ii 02IIWAI 1 021 IWAI 16IEB

I t W A I 1. 021 IWAI 141 EB

I tWA ! 141 EVAP 02I IWAI 14| EB

I t W A I 14| EVAP 621 IWAI 14IEB

1401 IWAI 14|EB

01 62.0001 I 11 01 62.0001 I 11 Ol 62.0001 I 1

0 _62.OO0[ __| _ 1 J_ )|~62.000|'" ~_\ l j

0 62.000 I 11 0 .62.000 1_

~6T 62.000 I7l_ 6 62.000 1

_P__?2.pO0 1 01 62.000 " " i~

[242-T bottoms and i

1031 IWA] 14| EB I t W A I V

1242-T bottoms and i

App.E, TXFarm, Pg.63 WHC-SD-WM-TI-669. Rev. 1

Trana S M ToM Sollda Unk Cum Waata Trana DWXT LANLcommant

TX-114 I960 2 STAT TX-114 1960 3 rec TX-114 1968 3 STAT TX-114 1968 4 send

565 565 139 IWA 14 EB 100 073 IWA 1:

I 6731 673| 128|<WA| 14lEB -22 651 I IWAI 1.

TX-118 TX-110

TX-114 I I960 4 STAT TX-114 1989 1 STAT

l iTrnEalaaTiTTl l TX-114 1969 2 STAT

| U & i U H E ! I j | TX-114 1969 3 STAT

TX-114 1970 1 STAT m'ElTWWFrZft

651 051 123 IWA 14 EB 051 651 227 IWA 14 EB

653 053 240 IWA I 14 EB

021 029 244| IWAI 14 EB

725 725 263 IWA 14 EB

717 717 294 IWA 14 EB

TX-116 TX-1 0

TX-118 TX-118

TX-114 1970 2 STAT

BSKaBEigjI TX-114 1970 3 STAT

l k t « I E M a ¥ T j 7 M

TX-114 1971 1 send

l i T B l t a a T a i r g l l TX-114 19711 2 STAT TX-ii4 1971] aisend TX-114 1971 3 STAT

345 IWA 14 EB

716 718 395 tWA 14 EB

726 728 503 IWA 14 EB

670 070 524 I tWAI 14 EB

095! 508 IWA 14 EB

092 092 590 I tWA l 14 EB I ^ ° j ^ ^ ^ n a a P E 3 a a a l a B a a E ] B a a a a l l

TX-116 TX-116

TX-118 TX-118

TX-116 TX-110

TX-110 TX-110

lTX-11* I 1971 4 STAT [ T X - m 1 1972 1 send TX-114 1972 1 STAT TX-114 1972 21 send

TX-114 1972 3 STAT

715 715 002 IWA

707 707 006 IWA

l i i ! 8 IEBaaTr71 l TX-114 1972 4 STAT

l E E S E j a l B M l l TX-114 1973 1 STAT TX-1 4 1973 2 sand

722 722 000 IWA

666 600 000 IWA

712 712 650 IWA

TX-110 TX-118

TX-118 TX-118

l i » : a i c M » p r i c n TX-114 1973 2 STAT TX-114 1973 3 sand

TX-114 19731 3 STAT

723 723 650 IWA

734 734 656 IWA

14 EVT TX-110 TX-116 14EB

14 EVT TX-118 TX-116 14EB I

I Anderson comment 1242-T bottoms and 1


Bottoms receiver changed IH/21)to113-TX

JOfden comment TLM Cum sol

so j yoK solas soltda jtyae [ « Jo/A pocumenl/Pgt 0 0 02.000 j 1 0 0 02.0001 01 0 0 62.000 1 01 01 62.000 0

242-T bottoms

242-T bottoms and racyde * Leak detection dry wails 51-14-04,51-14-08 and 51-14-11 drilled.

242-T bottoms and


242-T bottoms and recyde I I I 242-T bottoms and racyde |

|242:T brooms and racyde I

0 62.000 0 62.000

0 62;00p 6 62.o66

0 62.000 01 62.000 6f 02.000 0 62.000 0 62.000 01 62.000 0J 62.000J 01 02.0001 0 62.000 0 62.000 0 62000 0 62.000

commant(1) (1) Due to t ie characteristics of solids in bottoms tanks and the Inability to measure Ihem precisely, tiara is a significant degree of uncertainty In t ie liquld-to-sond ratio of tanks HO-TX through 110-TX.

1242-T bottoms and1 recycle^

I (l)No XFER indic, 520 comb. I tot

(m)No XFER Indlc. 591 comb, tot

0 62.000 0 62.000 6 62.000 0 62.000 0 62.000 0 ^2.000 J 62.000 6 62.000 0 62.000 0 62.000 0 62.000 0 62JIPP

0 62.000 0 62.000 0 62.666

0 62.000 0 62.006

2 V ARH-2794B-7 1 I -0 . I

i 3 V _..jARH-2794C-7 1

TXFarm, Pg.64 WHC-SD-WM-TI-669. Rev 1

Tank n Tear Qtr T

(TX114 | 1973 4 STAT I USlLaanEanaaagCIIJjBaBl

Trans S M Total SoHda unk Cum Waste Trans I DWXT LANLcommant TX118

Anderson comment

•WA 14 EVT TX116 TX116

Oodan comment

(n)No XFER indlc, 302 comb.

I TLM {Cum I sol I I SOlvol% IsoHda Isollds Itvoe Qt Q/A Document/Po I

730 730 656 «WA 14 EB 732

729 729

jEgJMalaaaaCjl

|»WA| 14IEVT ITX11BITX11B OC58to2

I IWA | 11| I TX118 ; IN/Al 11IEVT |TX118|TX118 OC26to45

729 729 656 IWA 11 EB

Shows 2 not 50

Shows 45 not 26

ITX114 | 19741 4ISEND

TX114 1975

732

604

732 732 677 684

■SB

IWA 650 IWA

IWA 002 7

11 11 EB 11 SU 18 EB

i^WCgTlaaeaaal

TX118 TX118

TX115

IJHL9ES£E 1 6761 I t W A I 10ISU 1 ITX115

676 678 6781 IWA 18 I f cs ' aKMaaTHl l

TX114 1975

TX114 1975 I lKoTIgaa lBT^ l l

TX-114 1976

TX114 1976

ITX114 1976

TX114 I 1976

if29aB»BT3l

678 IN/A 678 tN/A 678 tWA

678 IWA 678 IWA

I 6781 IWA 678 IN/A 678 IWA 678 IWA

645 IWA 645 IWA 645 tWA 645 IWA

SY102 sanddrecttoSY102

l E C Q a a a v E l

ItTsffaa'KEal

045 IWA 645 IWA 045 IWA 6451 IWAI 645 tWA 645 tWA 645 tWA 645 IWA

tWA •WA

Salt filled, 55 lo 15TX

ISalt filled. 3510115TX

Removed from service, 10 to

Removed from service Removed from sarvtea

Removed from service 23 to 115TX RFS _~A__^ Salt well pumped, Inactive SW. pumping Salt well pumped

I Inadjva sal wall i Inactive salt wall pump

I Inactive currentsolid level

Inactive currentsolid level

Questionable Int

01 62.000 0 62.000

_0j_ 62.000 ol 62'oooi 0 62.000 0 62.000 01 62.0001 o fi?(Wll 0 62.000 0 62.000 0 62JXX)

A 62.000 0 62.000 _0 62.000 0_ 62.000 0 62.000

2 V ARH2794D7

_3|V _ JARHCD133A7

3 V IARHCD133B7 II I

4 O ARHCD133D7

! _ 0 4 0 ARHCD336A7 * 7 7 0 _ 3 0 |ARHCD336B7

_0| 62 000 p| 62.000 0 62.000

0 62.000[ 0 _62_6oOj

0 62.000I 0 62.000

0 62.000 0 62.000

0 62.000 0 62.000 0 62.000

0 62.000 6T 62.0661

0 62.0001 0 62.000 0 62.000 0 62.000

0 62.000 0 62.000 01 62.000 01 62.000

..__ J U

4 O ARHCD702A7

TX114 1962 3 sand

App. E, TX Farm, Pg. 65 WHCSDWMTI669 Rev. 1

Tank n Year Qtr iTrana I Stat Tota l 1 Sol lda I Unk I C u m I Waste Trana I

tank I DWXT L A N L c o m m a n t

[TX115 1950 4 CREC I TX115 I 19511 3 rec 209 TX115 1951 3 rac 121 TX115 1951 4 rac 213

ITX115 1951 41 rec 165 TX115 1952 1 REC 530 TX115 1952 1 SEND 713 TX115 1952 2 XIN 122

TX115 1952 2 STAT TX115 1952 3 XIN 111

TX115 1952 3 STAT TX115 1952 4 hdn 715

ITX115 1952 4 SEND 714

TX115 1952 4 STAT

ais lEaaWSEM flJV.1l EES1T1I

209 ■WAI 0 cas TX114 ITX114 330 IWA 0 cas TX114 TX114 543 IWAI Ocas TX114 TX114 708 IWAI 0 cas TX114 TX114

1236 IWA 0 SU U103 U103 525 IWA 0 SU TX118

WA

647

647

IWA

IWA

0 SU

OTBP

UR UR

750 IWA 0 SU UR UR

75ft 756 0 tN/A OTBP 1473 IN/A 0 WTR 759 IWA 0 SU U103

759 759 0 IWA OTBP

TX115 TX115

1953 1953

1 STAT 2 outx

TX115 1953 2 STAT TX115 1953 TX115 1953 3 STAT TX115 1953 4 beta

TX115 1953 4 STAT TX115 1954 1 outx TX115 1954 1 STAT TX115 1954 2 outx

733 487

0 IWA •WA

OTBP 0

487 OltWAI 0 MW

lEJOBBaWDt^^HI

|iil!SIIJaaT?]^nF

lEZSmKÎ

470 47H I 0 IWA 0 MW 384 I IWA I 01 UR

364 304 «

46 « 4 1 !

0 IWA I IWA I 0 IWA II IWA

0 MW 0 0 MW Olcas

UR

TX114 TX114

667 007

04,1

667 tV>7

I IN/A 0 cas

IBBBBWBRIBBBRBBBBBBI Ol lWAl 24 MW

TX114 TX114

AND REC TX107

OltWAI 24 MW

332 OltWAI 24 MW 250 Baa»!."i iBaam/iaaai 250 Ol lWAl 24 MW 51 IWA 24

IfTTTIBEIESaaall

lEZSXSaaT^!]! 0 IN/A 24 MW

442 442 405 927

IbXIEaW^ll

0 IWA 24 MW tWA TX106 TXIOB Omis. 484 OR 485777

I Anderson commant I I TLM iCum sol I so l voK solids isollds h Qt Q/A Document/Pol

Active TBP supemate;: be I designated as EB

TBP supemate tank 200 West Ares

TBP supemate tank 200 West Area

TBP supemate tank 200 Wast Area Removal

01 0.0001 0 0.000 0 0.000 IKEZul

0< 0 0.000 0.034335 4 1888! 4.189 UR

0 4.189 0.034335 361121 8.000 UR

Received MW, supemate from 101TX

Transferred to 109U

Transferred lo 109U

0 6.000 0 B.000 0 8.000

0 8,000 0 8.000 0 8.000 Oj 8.000 o a.ooo 0 8.000

Received from 114TX. Received 107TX

matant hofduo.tank

Suoematant holduD tank

0 8.000 01 8.000

0 B.000

Ol B.000

Pumps to 001TXR for blends Received f rom 102TX suoematant bland tank

Received f rom 101 T, received 102T.super natant f rom 103

0 B.000 of B.000

0 B.000

Ol 6.000 3 V HW457387

WHCSDWMTI 669 , Rev 1

http://flJV.1l

3 3 3 3 ^. ÎPi ^|3?-^|*:35|3? 35|3? S?l 35.3?, 53?! 3? 5?! V! ^ IS? | : I "| S? ^ i ^ , ^ ^ | ^ ^ i^ l^ -^ l^ ^l^.^l 3 3 3 3 9 3 3 3 ?

SI SI SI olmimimlioimlinliolinlioimliniminiiniini 3BBBBBBBBBBBBBEr]»^RnH»^nnF]r:

f i — CM CO ■» » | N CO ^ » CV) P I »* • CM « * i CM P I * • CM CO » T CM fl» * ■ CU M ■* I Oi l (Ol ■ * ! I T 1 T 1 CHI CMI O i l CMI

sis m ss;s's§i§sisig^'g§:§!§'§;§sisss^sis§,§is§i§5i5^5i§sis^'SiS mm sssss

laaaBBRHaaBRBnH P P P P P P P P P

Trana S M ToM SoHda Unk Tank n Yaar Qtr h TX115 I 19661 4ISTAT TX115 1967 1 STAT

I |OI9B33aBGOkaBBBlaBBUUl

7081 70S! 201 «WA 706 706

laaCTJl

Cum Waata Trans tank DWXT

I 4SIDWT.W 1 40DW.CW 40 DW DW

I LANL comment

I E u u 9 K E ^ I

lirlpTMaaTTll

lirlgrMaaT^ll

LrTglMatnUIJ

TX115 1970 3 STAT TX115 1970 4 aend

I u S I M K J M a T C F u M | E S E 9 a C 3 ] H I I t 3

TX115 1971 1 STAT htgHBaaTjIll

TX115 1971 2 STAT

TX115 1971 3 REC TX115 1971 3 send TX115 1971 3 STAT TX115 1971 41 send

TX115 1971 4 REC

351 : 365 365 364 364

187 571 571 571

648 646 41 607

607 607

20 I t W A l •WA

20 IWA > - 1

•WA 251 IWAI

2301 IWAI ■WA

3541 IWA |

721 1442 -745 607

697 271 426

Anderson comment l l 4 *U l rnm 107.e;

jTLM Cum sol I j !solvor% Isollds Isollds tvos lot I Q/A i Document/Pg I

01 8000 0 8.000

lOmis., OC TX104 to TY104 | Omission, Shows TY104 not TX104

40JDW.CW 40 DW 40 SU

Rec'd 137 M from 221T. 109 Mto104TX

4 0 ISO9677

3 V ISO9677

Rec'd200M(rom 221T, 1< Mto!04TX

Omis., OC TX104 to TY104 Omission, Shows TY104 not TX104 |

40 DW.CW 30 DW.CW

722 722 574 IWA 39 EB

609 IWA 39 EB

673 673 629 IWA

721 721 618 «WA

TX118 TX118

TX118 TX118

TX118 TX118

TX118 TX118

TX118 TX118

TX118 TX118

TX111 TX118

TX116 TX116

TX116 TX116

•WA 30 EVT TX116 TX111

WE3GT7 l i

351 Mto104TX

1242T bottoms and racyde


242T bottoms and i

242T bottoms and i

242T bottoms and i


242T bottoms and i

242T bottoms and i

242T bottoms and r

242T bottoms and racyde" Leak detection dry Wets 511504,511507 and 511511 drilled.

242T botloms and i

242T bottoms and recyde

242T bottoms and i

ItN/A 30 EVT TX116 TX116

No Indication of XFER, (e)No XFER Indlc, 1914 comb, tot

(f)N0 XFER indlc, 1144

4 0 ARH958

3 M/V ARH3266 1

0 8.000 1 0 „_8.p00 | 0[ _0 _B000 _ j _ I i ~6T a.ooo _ i oi ~61 8.600!" T if oi 8.0001 I 01

e.ooof f of

01 8.000 0 8.000 01 8.0001 0 s.ooof

2 V ARH2074C8

2 V ARH2074DB

App.E. TXFarm, Pg.69 WHCSDWMTI669, Rev. 1

|Tank_n I Year I Qtr |T ITrana |SM j Total jSoHda lunk JCum | Waste Trans 1 ' i - i - i - l M ) k D W X T L A N L comment.

[tliSinai

I 6421 6421 6421

_ j 725| 7251 -191 I 7081

I 7061 7061 -241 I

642 l lWAl StlEB

6421 IWAI 39IEB

642 I t W A l 39IEB

6421 IWAI 39! EB

6421 IN/Al 39| EB

6421 IN/A| 39|EB

I 7041 7041 7041

lazsEzi -451 I 6541

I Anderson comment

commant{1) ( i ) Due to the characteristic* of solids In bottoms tanks and the Inability to measure them precisely, Here is a significant degree of uncertainty in the llquld-to-sotld ratio of tanks 110-TX

118-TX.

J 242-T bottoms and recycle

I Ofden comment j I TLM [Com | sol I i i 'solvof% IsoHds IsoHds itvos I Ql i a/A I Document/Pg t

lTX-118|TX-118

|Tx-iie|Tx-ne

IWAJ 39|EVT [TX-118 TX-118 642] tWAl 301EB I ~~

(l}No XFER Indic, 520 comb, tot

|TX-1ie|TX-118 6421 IN/Al 39IEB

IbWaaTrZII

I t W A l 39IEVT lTX-118lTX-118 I 642 I tN/A I 39IEB I I I

I tWA j 39|EVT ITX-116ITX-11I |OC58to2

I IN/Al \\ 40IEVT ITX-116ITX-116 |OC26to45

6421 IWAI 40IEB I I I 642

(m)No XFER indlc. 591 comb, tot

| (n)No XFER Indlc. 302 comb

ISt)OWS2not56

I Shows 45 not 26

I I ITX-118 42ISU ITX-113 ITX-113 42ISU ITX-114 ITX-114

730J._ 7301 642l tWA| 42|EB

iEznm*3i Salt filled, 21 from 113-TX.55 from114-TX,95to116-TX

0 j _ 6.000 01 8.000 0 __8.000 0 8.000 0 8.000 6f 8.000 0 8.000 6F 8.000 Ol 8.0001 o ___e.poo 6f 6.000

0 _ 8.000 0 8,000 o' e.poo

0 8.000] 6" 8.000 0 _._8-000.

— 6-000 o "B.OOO 0 6.000

8.000

ol a.ooo I o| e.oool

_e.ooo Ol 6.000 0 6.000 01 6.000

2|V |ARH-2794B-7

3|V JARH-2794C-7 J J . . : . oi

3 V ARH-CD-133A-7 1

3 V ARH-CD-133B-7 1

4 O ARH-CD-133D-7 0 * 9_ ARH:CD-133D-7 4 |0 ARH-CD-133D-7

[KWflfiTBIi 42ISU ITX-113 ITX-113 42ISU ITX-114ITX-114

7001 7001 640 I t W A l 42lEB

itznmwsx I IWAI 42ISU ITX-113ITX-113 I 42ISU ITX-114 ITX-114

692I 6021 6401 IN/Al 640 I t WAI 42IEB

700I 700| 640 tWAl 50ISU

122from113-TX,35from 114-TX

0 8^00 o| 8.000

4 0 ARH-CD-336A-7 4 O ARH-CD-336A-7

4 ] p ARH-CD-336B-7 3|0 IARH-CD-336B-7

4 |0 IARH-CD-702A-7

App. E. TX Farm. Pg. 70 WHC-SD-WM-TI-669, Rev 1

TX115 TX115

19771 1 19781

4 STAT 1 STAT

TX115 1 19781 2 STAT TX115 1 19781 3 STAT TX115 1 19781 4 STAT TX115 1 19791 1 STAT

Trana I t tat TaM Sollde Unk Cum Waste Trans vol Jvot vol vol tjfr unk typa tank DWXT LANL comment

'I I 660! I IWAI 501 SU ITX1 tnlTXtio. i I I IWAI 50ISU ITX114 ITX114 I

6641 i 6861 6661

6891 6691 I 6531

I 6781 6781 -381 I 6401

6401 6401 6401 6401 6401 6401 6401 6401 6401 6401 640! 6401

6401 6401 6401 6401

S-102 S-102

SY102 SY102 6401 IWAI

I IWAI

640 I tWA l 6401 IWAI 6401 IN/Al 640! IN/Al 6401 IWA I 6401 *WA I

I I 6401 IWAI 6401 tWA I

Aiioarson comment

Sanfllled,69to118TX;; 29 from 113TX,23from114TX

Questionable Integ. Evap. iFeed

| Questionable Integ Evap.

I Restricted Evao Feed other

Inactive Current, Evap Feed other inactive Current, Salt Wall Installed.

J Primary Stabilized

TLM Cum J sot sofvor% soHds soNds i

0 6.000 6 B.66o

_9_ looo ~6l_e:ooo

0 8.000 M ?0O0 0 8.000

4 |0 |ARHCD702A7

JRS3B31I2Z3K3I

Questionable Integrity New Photo 5879 New Photo 71379

640 I 6401 6401 I 6401 6401 I 6401 6401

19| I 621| 111 I 6101 -211 I I

I I 575|

640! *WAI 640IIWAI 640IIWA!

I tWAI

206' from surface leva! dataHusa + 6" due to msmrmnt corr lor Irregular surface 206" from surface level dataHusa ♦ 6" due to msmrmnt

lar surface 208" from surface level data

| Husa + 6* due to msmrmnt Jar surface

0 B.OOO 0 _ 8.000 6| 8.006

0J 8JM0 of 8.066

App. E. TX Farm, Pg. 71 WHCSDWMTI669, Rev. 1

iTanh.n |Year loir I T |Trans | S M Total |Solids junk JCum {waata |Trans

IHZaofl

IDWXT LANL comment I Anderson comment I Ooden comment

21 send I 301

21REC 1 1221

IWAI IWA

OIWTR _

WTR T ~ TX118 j

1 1 — 1 t ' 1

IN/A OSL tTX118|TX118 LCBOTTOMS REC

|T1 SLTCK 1 — ■--, r — 1 — 1 — —

IWA 0 SL | T X 1 1 B | T X 1 1 8 LCBOTTOMS REC

I T1 SLTCK

TLM ICum sol i | I l«nJwor% leoHcle jeolldf jtyn* ;CH |Q/» DoC'J!r*it«>n*

]KE3I

lTX1ie|TX118 iTISHCk |TX118|TX116 iTISItCk ITX118 ITX116 ITISHCk

IBDCmi 'I 1 7281 Ol I 7561

4ISTAT I | 7581 7561 1ISTAT I | WAI 756! 2ISTAT | | 756I 758I 3ISEN0 I 666! I 31 send I 461 I

I [TX116 I ITX1161TX118 ITISHCk ITX118ITX118 ITISHCk I ITX118 I

lTX116 I 19521 3ISTAT [TX116 | 19521 41 rec

iTX116 I 19521 4ISTAT |itgir.fasaaTp3ni ITX116 | 1953! HREC ITX116 l 19531 llSTAT IB3HBaaT3]l (TX116 | 19531 2ISTAT

I 7581 7581 7561

ITX116 ITX118 ITISHCk ITX1161TX118 ITISHCk

ITX118ITX11B ITISHCk

lTX116 i 19531 SlSTAT I | 7581 758i ITX116 I 19531 4ISEND I 3421 I 4161

I I 4621 l^mE^KlLiHSBI

4 STAT 1 CSENO 1 REC 1 REC 1 REC 1 send 1aand 1 STAT 2REC 2 REC 2Isend 2(send 2 STAT 3CSEND 3 STAT 4 STAT 1 STAT 2 STAT 3 STAT 4 outx

462| 462I I 462

I 758! 7561 7581

I 7561 755! 755I

I 755I 7561 756! 756! 7561 758| 7561 758I 758! 756| 758!

Ol lWAl OlEB I | I tWA l OISU I ITY101 I tWAI 0[SL 1242T ITX118

0|EB | | OISET ITX1171

■1242T ITX118 1242T ITX116 1242T ITX116

Olcas | ITX117 0|EB | I

_0|SL |242T ITX118 OISL 1242T ITX118

Olcas I 3IEB | 3IEND ITX117

Pumped to 118TX for starting reevaporation

Active bottoms tank 200 West Area

Reevaporated bottoms Reevaporated bottoms first cycle

Active bottoms tank IC and TBP bottoms. Transferred 1 at cyde evap. bottoms to 101.102TY

Ol 0.000 61 o.ooo 0 0.000

0 0.000 0 0.000 0 0.000

Ol O.OOOlTIEV/ Ol

App. E, TX Farm, Pg, 72 WHCSDWMTI669. Rev 1

Trana S M ToM vol vol

Sollda Unk Cum Waata Trana DWXT LANLcommant TISMCk

Anderson comment

758 756 756 756 756 756 758 756 7581 766 73B| 739 739 739 744 744 744| 744 744 744 7721 772 760 769 769 760 769 769 769 769 769 769 769 769 769 769 769 760 769 769 760 760 769

EOI N/A I : 769 760 WAI 769 769 769 WA| 7091 769! 769|

I jtajMaaT?TiaaaMh t ' . ' taEag^BaTTTTTHI WA ' 769 760

WA 769 741

741 741 WA 741 741 741

722 722 722

573

0 IN/A I 0 IWA < 0 IWA I 0 IWA OEB 0 -19 -19 EB

366 IWA -19 EB

366 IWA -14 366 IWA -14 EB 366 28 14 EB 3 6 6 - 3 11 366 IWA 11 366 I t W A l 11 366 IWA 11 EB 366 IWA 11 366 IWA 111 366 tWA 11 366 IWA 11 366 IWA 11 3661 IWAI 11 3661 IWAI 11 EB

366 IWA 11 EB I t W A I 11

366 IWA 11 EB | I N / A u

366 IN/A 11 EB

366 IWA 11 EB

366 IWA 11 EB

366 IWA 11 EB

323 IWA 11 EB •WA 11

323 | t WA| 11 EB 11

323 I t W A I 11 EB IWA 11

323 tWA 11 EB

I Latest electrode i Latest electrode re Latest electrode readir

Latest electrode raadli New electrode reedlnri

TLM Cum aol solvor% IsoHds soHds typo OJ OVA Oocument/Pg I

I 0.426121 _ _ 3 2 3 323.000 T19K 0 , u 0 323.000 [ 1 f " 0 0 323.000 1

0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1 0 0 323.000 1

I Ol 0l323.000l I 1| I 0 0 323.000 1 Ol 0 323.000 I 11 0 0 323.000 1 Ol 0 323.000 1 0 0 323.000 1 Ol 01 323.0001 I 1 0 0 323.000 1

I I 0 323.0001 1 1 I 0l 0 323.000 1 J _ 0 323.0001 J_ 1J [

' ^ 7 _ 7 9_i _0_323.000 [ J j 7 0 J23.666 [ 1 ! Ol " '"' 0 323i66o 1 | 7--î

Receives 242-T bottoms

i Receiver for EB

0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 01 323.000 01 323.000 0 323.000 0 323.000 0 323.000 0 323.000 Ol 323.000 0 323.000 0 323.000 Ol 323.000 0 323.000

•WA 11 EB TX-116 TX-116 Omis. BOTTOMS RECEIVER

l i r ^ i r a f a f F T ]

lu'SVMmV^l ItV.EVMKl'M

733 733 323 i 657 | IWA | 17 SU

657 657 414 IWA 17 EB

601 414 IWA 17 EB

637 637 414 tWA 17 EB

659 659 414 IWA 17 EB

TX-118 TX-116

TX-118 TX-118

TX-116 TX-118

Received 154 MEB

76Mto116-TX

56M10 116-TX

[242-T bottoms and recyde

0 323.000 01 323.000 Ol 323.000 0 323.000 01 323.000 Ol 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000!

3 V ISO-404-7 11 4 0 ISO-536-7 1 4 0 ISO-674-7 1

App.E, TXFarm. Pg. 73 WHC-SD-WM-TI-669, Rev. 1

Trans S M ToM Cum Waste Trana IDWXT ILANLcommant

lgZ5lLjWE!yl 651 651

659 576 IWA

IN/Al

TX-118 TX-116 17 EB 17 COND WTR Omis cond from 242-T

l iaiT-aalafFTll

633 633 626 626

722

576 IWA IN/A

574 -5 614 -7

IWA TX-116 TX-118 Omis.

lg£5jEBKn|3l

n&ftmMfTEn

721 721 607

607 607

733 733 7301

730 730

614 -1 IWA

596 IWA

590 I tWAI ItWAI

676 IWA

TX-118 TX-118

IEEI1I!SK3Z]I

TX-116 I 19701 4 STAT TX-116 1971 1 STAT

l igQi iTaalaaTgl l TX-116 1971 2 SEND

668 666 ~ 730J

I 705

705 706 705 705

667 IWA I tWAI I tWAI

705 IWA 705 tWA

DE 105x.651kaal/tortt TX-118

705 705 705 IWA Uiigirpgrrni

l|t!g!r.aaipi-g||

lUMlMMFJFn

705 705 705

671 667 667

621 631

631 631

•N/A I 705 IWA

[ IN/Al IWA

667 I tWAI IWA

631 tWA I tWA l tWA

TX-116 Omis. TX-118 1

631 631 622

6311 IWA I ■WA

I Anderson comment 242-T bottoms and recyde_

Received 6 M condensate from 242-T recycle tanks

Received 96 condensate from 242-T

114Mlo117-TX

242-T bottoms

242-T bottoms and racyde

242-T bottoms and i

242-T bottoms and_recycls_ _

242-T bottoms and recyde (2) (2) Added 128 tons of diatomaceous earth (Od. 19 -Nov. 5) 242-T bottoms and i

TLM | Cum | sol sol v o l * Isollda IsoHds I

Ol 0 323.0001 of o| 323.0001 0 0 323.000 0 0 323.000 0 0 323.000 0 0 323.000

IOI IOTA IDocumenVPgs

3 V ARH-721-6

0 323.000 J 1_!_ 0 323.000 f 4 fo ARH-871~-8 0 323.000 J 1 0l323.00of I 1 0 323.000 3 V ARH-1200A-8

4 0 ARH-1200B-8 1

0 323.000 0i 323.0001 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323.000 0 323000 0 323.000

_0 323.000 66 391.00O|DE 0 391.0001

4lO 1ARH-1666D-B oi ;

1.000| | 1 j 0| 391.0001 f 1 i 0 391.000 0 0 391.000 4 0 ARH-2074B-8

242-T bottoms. 80. to 113-TX 80,000 gals, of InterstrtftJal supernatant was pumped from 116-TX to 113-TX ait Is not known at this time if the sotids level droooed.

2210113-TX. 1210118-TX

contains diatomaceous earth

{contains diatomaceous eerth.| 9to116-TX I

0 391000 0 391.000 6 391,000 0 391.000 0 391^000 0 391.000 6 391 ppO 0 391.000 0 391.000 0 391.000 0 391.000 0 391.006f

0 391.000 0 391.000

4 0 ARH-2074C-8 1 4 0 ARH-2074D-8 4 0 ARH-2074D-8 1 4 O ARH2456A-7 0

_1 _ _ 3 V._ ARH-2456B-7

"6

4 0 ARH-2456C-7

Tank n Year I Qtr T

TX-116 1972 4 STAT

TX-116 1973 1 STAT

TX-116 I 1973 2 STAT

TX-116 | 1973 3 STAT

1 Trans I Stat ToM SolMs Unk Cum I Waata Trana

631 6311 631

DWXT LANLcommant jWlH ItjmtS. HECFL5H TX-113

631 631 631 IWA 11

6311 6311 631|IWA| 11

631 631 631 tWA 11

TX-116 1976 2 STAT TX-116 TX-116 TX-118 TX-116

1976 1976 1977 1977


631 IWA 631 IWA 631 IWA 631 tWA 631 IWA

TX-116 TX-116

1977 1978

4 STAT 1 STAT

TX-116 1978 2 STAT TX-116 TX-116

1978 1978

3 STAT 4 STAT

TX-116 TX-116

1979 1979

1 STAT 2 STAT

TX-116 1979 3 STAT TX-116 1979 4 STAT TX-116 I960 1 STAT TX-116 1960 2 STAT TX-116 1980 3 STAT TX-116 TX-116

1960 1962

4 STAT 1 send

•31 l t W A | 631 I tWAI •311 IWA | •31 | tWA | 631 IWA 6311 IWA | 631 IWA 631 IWA 631 IWA 6311 IWA | 631 IWA 631 IWA 631 IWA

IWA |JTCTWaaff?J;aaWrTTffBaW

I Anderson com men! i commant i Omission

contains diatomaceous earth, 2 Hush H20, 4 lo 113-TX

contains dtatomaceous earth

contains dtatomacoous earth

contains dstomacaous earth

contains diatomaceous earth * Leak detection dry wets 51 -16-04 and 51-16-11 drlled.

contains tHatomacaous earth contains diatomaceous earth " Leak detection dry wad 51-16-07 drilled.

eontaini tfttomaceous earth

contains diatomaceous earth

contains dstomacaous earth

contains dlatomaosoua earth contains dietomacaous earth, salt fined contains dlstomacaous earth, salt Hlled contains dlatomacaous earth, salt fined contains dlatomacaous earth, salt nnad, RFS Com. Daslccant

I Inactive Desiccant added (rtactrve-lsdated t stabllze Inacilvs-lsolated a stabllze Inactive current, desiccant added Inactive current, desiccant added.

Questionable Int

New Photo 1-29-60

ITLM Cum | sol j j ] sotvof% jaoHae Jsolids Itype Ol I Q/A i Documant/Pg t

0 0 391.000 3 V ARH-2456D-7 0 0 391.000 4 0 ARH-2454D-7

0 391.000 p 391^000 0 391.000 0 391.000 0 391.000

0 301.000 0 391.000 0 391.000 0 391.000 0 391.000 0 391.000 0 391.000 0 391.000 0 301.000 0 391.000 0 361.000 0 391.000 0 391.000 0 391.000 0 391.000


^ s ~ 3 Ja §

lalslsls)

tiff

■1IHII 5 £ 5

PIPPIPIPI

iTank n Year IQtr |Trana S M ToM SoHda |Unk JCum |Waata ]Trans vol vol vol vol DWXT LANLcommant

IE31BDE htBIMi

505 758 758 758

-456 300

T-106 T-106

T-105 T-105 T-106 T-106

IJ j j ! j j l r jBBaTvniB] [ i i?M

KfÎVaalBaTÎ

229 229 171 400 143 543

TX-118 TX-118 TISItCk TX-116 TX-116 TlSftCk

TX-116 TX-116 TISHCk TX-118 TX-116 TISItCk TX-118 TX-116 TISHCk

756 756 756 756 756 756

-755 1 11 11

l o3CBKÎ

TX-118 TX-116 TISItCk

TX-116 TX-118 TISHCk TX-118 TX-118 TISHCk TX-116 TX-118 TISHCk

218 315 105 420

420 420 294 714

U!SiMm^lWDEsaMmEjl\

HTHBBBBO TX-116 TX-118 TISHCk TX-116 TX-118 ITISHCk

242-T TX-118 242-T TX-118 242-T TX-116

T-109

4STAT 11 CREC 01 11 SEND -400 1 SEND -511 11 SEND -22

hi f l l i JaaTTIaaFl i '

I E3IMBC2]BBEE1»IBBBBBE-!JI 21 SEND -464

HMuMWTttmwiEZi^mrFrji IEESJUBEZII

O l l W A l OEB

TX-116 TX-116 TX-116 TX-116

0| I W A I O I E B . 0 SL 242-T TX-118

IWA Ocas TX-116 TX-116 tWA 0 cat TX-116 TX-116

0 I t W A l OEB i T t T r a W - ^ l a a n E T ' f T I a T J ^ ^ I TX-117 1954 3 SEND -231 TX-117 1954 3 REC 313 TX-117 TX-117

1954 1954

31 REC 3REC

231 178

0 SL 242-T TX-116 0 SL 242-T TX-118 0 SL 242-T TX-116

Andftnon cotTMiwnl TLM Cum sol

aolvol% aoHda IsoHds Itvoe lot Q/A I Documentff'g i

Ol 0.000 01 0.000 0 0.000

0 0.000 01 0.000

ol o.ooo 0 0.000

0 0.000 oi 0.000 3 0 HW-27775-5

0 0.000 0 0000

0 0 0.000

Received TBP avaporatorator bottoms.Bottoms transferred 10 109-T

Receives ovarflow from

Ol 0 0.000

01 0.000 01 0.000 0 0.000

Pumped to 112-TX Receives] ed bottoms from 242

0 - 0 0.000 01 ol 0.000

j . E, TX Farm, Pg. 77 WHC-SD-WM-TI-669, Rev. 1

Trana Stat ToM Solids Unk Cum Wasta Trans Tankn Yaar Qtr T TX-117 1954 3 CREC 0! I 732I

I I A - 1 1 7 I 18541 3ISTAT I I 754i 7541 ITX-117 | 1954 4 SEND -618 136 TX-117 1954 4 SEND -68

160 160 323

617 617 617

808 186 334 475

475 475

tank DWXT LANLcommant IWA 0 END ITX-1161 I

0 22 22 EB IN/A 22 SU TY-102

lEEfji

IIIJ7.1 •WA 22 SL 242-T TX-118

22 EB.1CEB 22 SL 242-T 22 SL 242-T 22 SL 242-T 22 EB. 1CEB 22 SL 242-T 22 SU 22 SL 242-T 22 SL 242-T 22 1C.EB 22 SL 242-T

22EB.1CEB 22 EB.1CEB 22 EB.1CEB 22 EB.1CEB 22 EB1CEB~ -9 EB.1CEB 2 EB.1CEB 5 EB.lCEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB 5 EB.1CEB

Anderson comment

1 Racaivad evap. bottoms

active 1-C bottoms tank

TLM Cum sol | eolvof% Isollds sollde Itvoe Ql Q/A Documant/Pg t

0| o.oooi 0 0.0001

51 67

pi 6T

0.000 0.006

1 1 7 i

0 o ■ ■ °l ~'W

_opoo 0.066

1 1

6T 6] "o.oooi 7 i o _ 6 o _ 0

0 0 0 0

0.000 0.000 0.066 0.000

___1 1 i 1

ol ol o.oooi i 1

To be decant tank for I scavenging waste ___

0.272476 0 0 ol

4 o

7 Latest electrode readlno. Lsleat electrode reading Latest electrode reading. Latest electrode reading

0 0.000[T1EV< 0 197 197.000 T1SIK 0

0 197.000 1 0 197.0001 1 0 197.000 1 Oi 197.000 . 1 0 197.660 _ i 0 197.000, _J_ 1 0| 197.000 _l 1

" 6 | 197.000 I 1 0 197.000 I J Sj97opo| l ' . . i 0 197.000 1 0 197.000 I 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197-000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197.000 1 0 197,000 1 0 197.000 1 0 197.000 1 Ol 197.000 1

Tankn Yaar Qa-Trane |SM vol Ivol

ToM SotMa Unk Cum Waata Trana I I DWXT LANLcommant

>l -M I I 1 7001 197| IWA -1 EB TOO IWA -1

-1 WTR 242-T WTR Omis. REC FLSH 242-T 7 » l 197 IWA -1 EB 739 IWA -1 SU TX-118 TX-118 7521 197 13 121 EB

669 197 tWA 12 EB

Anderson comment

39M flush from 242-T

Suoematant to 118-TX

SattJina tank for 242-T

TLM Cum sol aolvof% Isollda Isolde I'

0 197.000 0 0 197.000

I 0 197.000 0 0 197.000 I 0 197.000

0 197.000 0 0 197,000

0 197.000 0 0 197.000

3 V RL-SEP-621-7 1

IWA 12 EB TX-118 TX-118 Orris. BOTTOMS RECEIVER 197 IWA 12 EB I Received 11 MEB

I 1966 1966

3 REC 3 SEND

485 -470

1165 715

IWA IWA

12 EB 12 SU

..... - t- — 1966 3 STAT 715 715 253 IWA 12 EB 1966 4 STAT 715 715 253 IWA 12 EB

IWA 12 EB TX-116 TX-111 Omis. BOTTOMS RECEIVER

1967 I I send

ILtAuflKESI 1967 2 STAT

\WBHmwF51i 1967 3 STAT

uti&nmmFza 1967 4 STAT

luSjUaaWEZjl 1968 1 STAT

ikj^mmv&mFii 1968 3 SEND

Ib tB l raa laaTT I I

IhilgltJaaTTni

600 253 IWA 12 EB

652 253 IWA 12 EB

579 366 IWA 12 EB

484 IWA 12 EB

590 501 IWA 12 EB 5901 554 IWAI 12 EB 524 IWA 12 SU

TX-116 TX-118

TX-118 TX-118

I470M tol0e-TX. received 485M

242-T bottoms and i

242-T bottoms and

242-T bottoms and i

242-T bottoms and i Removed from 242-T

TX-117 1966 4 STAT TX-117 1909 11sand -34

TX-117 1909 1 STAT TX-117 1969 21 send -117 TX-117 1969 21 REC 114

Lt !gr laalBaT?!1|

LfBlrJaaTTIill

Ut'&nmmTiPii

TX-117 1970 3 STAT

lltalSKlZDI TX-117 1970 41 send

l " ' - ' a a w f l l

IWA 12 EB 12 SU

623 623 525 IWA 12 EB

666 666 536 IWA 12 EB

634 634 536 IWA 121 EB

631 631 536 IWA 12 EB

717 717 590 IWA 12 EB

702 702 6311 IWA | 12 EB

673 673 671 IWA 12 EB

697 697 673 tWA 12 EB

671 671 666 IWA 12 EB

TX-118 TX-118 Omla. BOTTOMS RECEIVER TX-116 TX-116

TX-116 TX-116

TX-118 TX-116 TX-116

TX-118 TX-118

TX-118 TX-118

99 received, 66 toH8-TX

Received condensate from TX tanks exhauster

Added to 242-T bottoms and

242-T bottoms and i

242-T bottoms and i

242-T bottoms and i

242-T bottoms and i

242-T bottoms and recycle * Leak detection dry waffs 51 -17-02 andS1-17-10drtled.

0 197.000 0 197.000

0 197.000 0 197.000

0 197.000 1 0 197.000 1 0 197.000 0 0 197.000 1 01 197.000 01 0 197.000 1 0 197.000 01 0 197.000 1 0 197.000 01 0 197.000 I 1 0 197.000, r 0 6[197.000 j 1 6 197.0001 1 0 197.000 JJ 0 197.000 0

3 V ISO-404-7 1

3 V ISO-538-7 4 0 ISO-538-6

_3lO _ ARH-671-8

J) 197.000 j__ 3 V_ JARI+WI-e 0.J97.OO0 j 4 O ARH-871-8 0 197.000 I 1 0 197.000 0 0 197.000 1 1 Ol 197.000 0

I I I 0 197.000J | 1 J 0 197.000 0 0 197.000 4 0 ARH-1200B-

0 197.000 0 197.000 0 197.000 0 197.000 0 197.000 0 197.000 0 197.000 0 197.000 0 197.000 0 197.000

0 Ol 197.000 1 29 226.000 DE 0 01226.000

4 0 ARH-1666D-8

App.E, TXFarm, Pg. 79 WHC-SD-WM-TI-669, Rev. 1

1333133 3 3 3 131313

LULU s s s s s s s s s s s 5 8 S S B S 8 S IS s s s

ss s i

miH 8 m H

III

s § s s s s s s s s s s

ro io iro io ro io to ro io ro io w IO w i r o . r o ' i o ro rs H ro H ro ro ' io ,ro P§ ro M iro ro r o p o i y M i r o OJ 01 CD CM Cn ' 9 . P O l O l 0) ' P 'Cn Co -CD'CnlCn A ' o l I H I D I M pj icoi ro PO| 'daio>ien :(5ien en

1

II

■Ml

33j3]33l3|3|3|3|3|3l3|3|333j3|3|3]33|3l3 3 13 I M M H M B Q D M M H Q D M Q H D Q M ^ I

H$mmmmrijm^%^^. « M N * 4 L U N k U » U * U U

■ m

s s s s s s s s s s s s s s s s s Is 8lsi393IS888 SSSS SSS SSSS SSS S 8 I

1

I I I SSSSSSSSSSSSSSSS s s

K i K l K K K K K K K K K K K K K K K K K K K K K K K

■BBLB se.ssis.se;

Tank n Yaar Qtr IT

lafEdll

iitBHaaiBfnti|y)r

j Trana jstat [Total j Sollde junk JCum J waste Trans tank DWXT LANLcommant

T-104 T-104 T-105 T-105 T-106 T-108 T-109 T-109 T-109 T-109

Anderson commant

E3aBBBBaaUE2aBBBBBBl7Z£3BBBBBTU l iTSmi

TX-118 TX-118 TX-116 TX-118 TX-1 IB TX-118 TX-118 TX-118 TX-118 TX-118 TX-118 TX-118 TX-118

1951 1951 1951

_!?5i 1951 1951 1951 1951 1951 1951 1951 1951 1951

2 OUTX 2 STAT 3 REC 3 REC 3 REC 3 REC 3 REC 3 OUTX 3 OUTX 3 OUTX 3 SEND 3 SEND 3 SEND

o _ _ 4161 _ L IWA 0 SU f 416) 4161 0 | t W A | 0|1C

285 273 523 458 300

-459 -506 -446 -169 -149 -136

701 974

1497 1955 2255 1796 1290 644 675 526 390

tWA IWA •WA •WA IWA •WA •WA IWA IN/A IWA IWA

i 0 SU i 0 SU

0 SU i 0 SU

O SU 0 COND 0 CONO 0COND 0 SL 0 SL

i 0 SL

390 390 390

I @u£aW^npbi33BI

01 COND CRIB T1 COND LC added cond io crib. 0 [ COND CRIB T1CONDLC added cond to crtb.

LC-BOTTOMS REC 0 SL TX-116 T1SLTCK

LC-BOTTOMS REC O SL TX-116 T1SLTCK

LC -206 to 0. spit Into SL and _0SU 242-T T1EVAP Cond _

LC -448 to 0, sprit into SL and 0 SU 242-T T1EVAP Cond

T-107 T-107 T-106 T-108 TX-111 TX-111 TX-117 TX-117 TX-117 TX-117 CRIB T1 COND LC added cond lo crib. CRIB T1 COND LC added cond to crib CRIB TICONDLCaddadcondtocrtb.

TX-116 TISItCk l TX-110 TISHCk TX-116 TISHCk

LC-595 to 0. spit Into SL and 242-T T1 EVAP Cond

| LC -675 to 0, split into SL and 1242-T T1 EVAP Cond

LC -595 to 0, sprit into SL and 242-T T1 EVAP Cond

TX-110 TX-110 TX-111 TX-111 TX-112 TX-112 TX-116 TX-116 CRIB T1CONDLC added cond to crib. CRIB TICWDLCaddtdccndtocrlb. CRIB TiCOND LC added cond to crib.

TX-116 TISItCk TX-116 TISItCk TX-117 TISIICk TX-117 TISItCk TX-116

LC -420 to 0 split into SL and 242-T T1 EVAP Cond.

LC -626 to 0 split into SL and 242-T T1 EVAP Cond.

LC-524 lo 0 split into SL and TX-118 TX-11B TX-116 TX-116 TX-118

1951 1951 1952 1952 1952

4 OUTX 4 STAT 1 REC 1 REC 1 REC

0

184 506 713

592 592 592

776 1282 1995

IWA 0 IWA

•WA IWA IWA

0 SU 0 IC 0 SU 0 SU 0 SU

242-T T1EVAI

TX-109 TX-109 TX-113 TX-113

_ TX-115 TX-115

App. E. TX Farm. Pg. 82

TLM ICum !soi Oi i urn i Oocumentrf g t

0 0.000 0 0.000

03011

I Trans I Stat | Total | Sollda ]Unk |Cum | Waste

0 COND | -4541 I 11011 I IWAI 01 COND

| | IWAI 01 COND | -1711 I 464| | IWA| 0|SL

01 SL I -140! I 1611 I tWA l 01 SL

llOUTX I Ol I 161 llSTAT I I WA! 161 21 REC I 1951 I 376 2IREC I 194! 1 570 2IREC I 5161 I 1<

I frcTr»aaTF^BaTliT3a»Baat?Tll 2 OUTX -341 2 OUTX -303 2 OUTX 2 SEND -144 2 SEND -961 2 SEND -401 2 SEND -731

I k i J U L S i ^ S i !

! 2051 2061 654! I 7591

il I 14251 liToTlf WT&11

31 OUTX -326 3 OUTX -109 3 OUTX -83 3 SEND -143

I a\ndamTttOO CffMHTtsaaaTat O t t d a W COatWaatnt

I CRIB IT1 COND LC added cond to crib I I CRIB IT1COND LC added cond to crib. I CRIB IT1COND LC added cond to crib. | ITX-117 iTISKCk I ITX-117 ITISBCk I ITX-117 ITISHCk

LC-611 to 0, spilt to SL and 242-T T1EVAP Cond

LC-597 toO.spmtoSLand 242-T T1EVAP Cond

LC-606 too, split to SL and 242-T T1EVAP Cond

I CRIB 1CRIB |LC added cond to crtb. ITX-114 ITX-114 I IU-110 IU-110 I IU-111 IU-111 I IU-112 IU-112 I I CRIB IT1 COND LC added cond to crib ICHB ITICONDLCaddadcondtocrtb ICRtB IT1COND LC added cond lo crib I ITX-113 ITISHCk I ITX-113 ITISHCk I ITX-113 ITISHCk i ITX-117 ITISHCk

LC -454 to 0, spH to SL and 242-T T1EVAP COND

LC -329 to 0, spfH to SL and 242-T T1EVAP COND

LC-526 to 0, spit to SL and 242-T T1EVAP COND

Evaporator feed tank 200 Wast

lEESTFjMESI

TX-116 TX-116 TX-116

1952 1953 1953

4 STAT 1 REC 1 OUTX

755 -43

716 711 1473 1430

| ETcTnMFTâaant 'J l tMaagBl l

lEZS I ISKE^ I I

ITX-114 ITX-114 ITX-116ITX-116

OiCONO ICHB IT1 COND LC added cond k) crib 0ICONO 1CRIB IT1 COND LC added cond to crib OICOND 1CRIB 1T1CONOLC added cond to crib 0ISL | ITX-113 ITISHCk 0ISL I ITX-113 ITISHCk 01 SL I ITX-113 ITISHCk

LC -469 to 0, spit to SL and 0 SU 242-T T1EVAP COND

LC-154 to 0. SpfH lo SL and 0 SU 242-T T1EVAP COND

LC-67 to 0. spftt to SL and 0 SU 242-T T1EVAP COND

| I W A | p j i c . L I I - .. I 0ISU ITX-117ITX-117 1

{ IWAI OICOND | CRIB iTtCONO LC added cond to crib I tWAI OICOND ICRIB ITICONDLCaddadcondtocrtb

I 0ISL I ITX-116 ITISHCk I t W A l OISL I ITX-116 ITISHCk

Evaporator lead tank 200 Wast

Evaporator lead tank 200 Wast

0| 0.0001 01 0.0001

3KE3I 01 0.0001 0| 0.000| 0] 0.0001

0| 0.0001 0| 0.0001 0| 0.0001

0| 0.0001 0| 0.0001 0| 0.0001 01 0.0001

01 0.0001 0| 0.0001

310 IHW-27775-5 11 I .. 11 I

App. 6. TXFarm. Pg.83 WHC-SD-WM-TI-669. Rev 1

Trana Stat Total Sollda Unk Cum Wasta Trana lYaar |otr JTypa Ivol |yo]._|vol |vol |m lunk Itypa I tank iDWXT LANL comment

I I I I I I LC169 toO, sett to SL and IWA 0 SU 242T T1 EVAP COND

I I I I I I LC469 toO, spot to SL end 'I IWA 0 SU 242T T1 EVAP COND

666] 686 1101

l lL&iUH^KjUH!aW

TX1 IB TX118 TX118 TX118 TX118 TX118

1953 1953 1953 1953 1953 1953

3 REC 3 REC 3 REC 30UTX 3 OUTX 3 OUTX

449 443 714

175 264 208

1033 1476 2190 2015 1731 1523

TX118 1953 3 SEND •267 1256 TX118 TX118 TX118 TX116

1953 1953 1953 1953

3 SEND 3 SEND 3 SEND 3 SEND

114 67

218 105

1142 1055 637 732

ItZSmKLÔI

732 732 646 1376 461 1639

' I 1804 664 1030

-46 984 -294 280 410 -177 233

233 233

.nderaon comment

Evaporator feed tank 200 Wast

("tartan m m m v i t

1 SU TX113 TX113 1 SU TX113 TX113 1ICOND CRIB T1COND LC added cond to crib 1 CONO CRIB T1CONDLC added cond to crib 1 COND CRIB T1CONDLC added cond to crib 1 SL TX116 TISHCk 1 SL TX117 TISHCk 1 SL TX117 TISHCk 1 SL TX117 TISHCk

LC 546 to 0. spit to SL and J L L S U 242T T1 EVAP COND ____

LC352to0.apfttoSLand 1 SU 242T T1EVAP COND

LC201 to 0. spm to SL and 1 SU 242T T1 EVAP CONO

T107 T107 T-106 T-106 T109 T109 I

I TY106 TY106 I CRIB T1CONDLC added cond to crib CRIB T1 COND LC added cond to crib CRIB T1 COND LC added cond to crib

TX113 TISHCk TX113 TISHCk TX113 TlSftCk TX117 TISHCk TX117 TISItCk

LC394 to 0, spit to SL and 242T T1 EVAP COND

LC551 to 0, spW to SL and 242T T1 EVAP COND

LC 513 toO. spit to SL and 242T T1EVAP COND

TY104 TY104 TY105 TY105 TY106 TY106

T1COND

Evaporator feed tank 200 Wesi

200W evaporator feed tank filled with TBP waste from 106TY

1 SU TY106 TY106 ■1 SU TY106 TY106 1 SU TY106 TY106

TLM Cum sol | | •nlvntV. lanHrle jgnJMg tyn» \Ot ItVA InnninwtnMXi •

0 0.000 0 0.000 Oj 0.0001 oi 0.006i 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000

App.E, TXFarm, Pg. 84 WHCSDWMTI669. Rev 1

Tan* n Yaar Oft T ITX118 1954 1 OUTX TX118 1954 1 SEND TX118 1954 1 SEND TX118 1954 1 SEND TX118 1954 1 SEND

ITX118 I 1954 1 STAT TX116 1954 2 SEND

ITX116 | 19541 2 REC ITX118 I 19541 2 REC

I uSnMME&mEm&Mmten

I Trana jstat | Total | SoHda Unk Cum Waata [Trans ] « * Itvpt I DWXT ILANLcommant

T1COND

liTfiEli

612j 6121 356 aw

TX118 1954 2 OUTX TX118 1954 2 SEND

I tr!gllalaTrâWJ^d?l.alaaayâaaaalaaTTTll

ItESnSBiZJl

ItEalESHiZJl

624 624 1285

645 645 «45

IfEaDaa'I TY106 TY106 TY106 TY106 TY106 TY106

TY106 TY106 TY106 TY106 TY106 TY106

T1CON0 TX117 TX117

T105 T105 T105 T106 TX111 TX111

I TX117

T1COND TX-103

261 261 790 T106 T106

TX110 TX110 TY101 TY101

T1COND TX117 TX-117 TX117

IQ3KLBE£3I

617 617 426 TX117

TX117 TX117 T1CONO

323 323 323

I Anderson comment I Ooden comment TLM Cum sol |

anlunl*. lanltrta lenUrte IhmB Ini In/A IDnnjm#nt/B>n ■

Racalvas from 106TY tank

Racalvas from 106TY tank 0 0.0001 0 o.oooi 0 o.oooi

3lO IHW339046 il I

Pumped to103TX racaivad from 111TX and 105 T,23

3 0 HW360017

Racaivad from 106T, rec'd from 110TX.rec'd from 101

0 0.000 0 0.000

To be feed tank for

jp. E, TX Farm. Pg. 85 WHCSDWM 71669. Rev.

Trana I Stat | Total SoHda Unk I Cum IWasta Trana vol vol vol vol DWXT LANLcommant

TX-118 1956 2 STAT TX-116 1956 3 STAT TX-118 1956 4 STAT TX-116 1957 1 STAT TX-116 1957 2 STAT TX-116 1957 3 STAT TX-118 1957 4 XIN TX-116 1957 4 XIN TX-116 1957 4 STAT

imm 145

145 145 186 200 236

0 tWA 131CEB

IWA 36 5-61 IWA 36 5-61

6 tWA 36 EB.TBP IWA 36 5-61 IWA 36 5 4 1

I IN/Al 36 5-6*

ITX-118 j 19561 llSTAT [EE5II! |KLZ]I

TX-118 1958 2 XIN TX-116 1958 2 XIN

236 236 263 271 277

36 EB, TBP. TBP 36 5-6* DW 36 5-6* DW 36 5-61 DW

277 277 326

I 351

36 EB.TBP 36 5-61 36 5-61

IE3ILMKE3JI 36 EB.TBP 36 6-61 36 5-61 3615-6*

|FTglTal»FTH IfgCTFjalaaT!?!!

461 EB.TBP | 46 541 DW

TX-118 1959 1 STAT TX-118 1959 21 XIN TX-118 1959 2 XIN

TX-118 1959 2 STAT TX-118 1959 3 M N TX-118 TX-118

1959 1959

31 XIN 3 SEND

TX-118

TX-118

1959

1959

3 SEND

3 STAT TX-118 TX-118

1959 1959

4 XIN 4XIN

TX-118 1959 4 XIN

519 519 552 572

as In Anderson

16 EB.TBP 1815-61

18 SU TY-104 TY-104 I LC 69 to 0 double sect

61 EB.TBP 65-61 DW

6 *WAl 6lEB.TBPl

App.E,

Anoaraon comment I TLM Cum I sol j ]

aolvor% IsoHds Isollds Itvoe lot I Q/A iDocumenl/Pa t

Latest electrode readir Latest atactrode raadlr

Racaivad 25 M from 221-U JME3I 4 | 0 _ HW-54067-7 3 t o IHW-54519-7

4 0 HW-54916-7 4 0 HW-55264-7 4 0 IHW-55630-7

(1)rec'd41Mfrom221-U(2) rec'd 14 M from 221-U (3) rec'd 36 M from 221-U (1}(2) (3) designates month in each Quarter that receipt occured.

{1} rec'd 25 M from 221-U (2) rec'd BM from 221-U (3) reCd 6 M from 221-U

|(1) rec'd49Mfrom221-U (3)I rec'd 25 M from 221-U

(1) rec'd30Mfrom221-U (2) rec'd30Mtrom221-U (3) rec'd 25 M from 221-U

(1,rec'd36Mfrom22l-U<2) retfd29Mfrom221-U (3) rec'd 12 M from 221-U

(2) rec'd 33 M 221-U (3) rec'd I 20Mfrom221-U

(1)raCd61Mlrom221-U(2) rec'd 39 M from 221-U

'"• l109Mto104-TY

(1) rac'd 19 M from 221-U (2) rac'd 20 M from 221-U 221-U wasta racaivad

_4JO jHW-55997-7 4 0 IHW-56357-7 4 0 HW-56761-7

_l 4 JO jHW-57122-7 | 4 |0 iHW-57711-7

4 0 HW-56201-7 4 0 HW-58579-7 4 0 IHW-58631-7

4 °__ HW-59204-7 4 O HW-59586-7 4 6 HW-60065-7

4 0 IHW-60738-7 4 0 lHW-61095-7

4 0 HW-61582-7 4 0 HW-61952-7 4 0 HW-62421-7 3 0 HW-61952-7

4 0 HW-62723-7 4 0 HW-63063-7

WHC-SD-WM-Ti-669, Rev. 1

Tan* n Year Qtr T ITX116 I 19601 11 XIN TX118 I 1960 1 ixiN

lualLBKâl TX116 1960 1 STAT TX116 1960 2 XIN TX118 I960 2 SEND

ITX118 | 19601 2ISTAT h>:gl l aa1BF7ni

TX1181 1960 3ISTAT ITX116 1960 4 XIN TX118 1960 4 XIN TX118 1960 4 XIN

IDWXT I LANL comment

■■ni

502 502 502

647 547 547

luaEjiKOil

636 631 624 664

664 064 664

WAI 664 775

464 464 464

W A 464 576

GSEBBEEaaBEffiBBI IK£II WAI 623

11 634

634 634 634

WA| 634

6SU 6 EB.TBP 615-61 6£B,TBP 615-6* 615-6*

6 EB.DW 65-61

QTR2TOOTR1

OTR2TOQTR1

QTR4TOQTR3 JgJBBjaBBBaBuZI^ll

6 EB, DWl 65-6*

• lEB.DWl 65-61

6 EB.DW 615-6*

sands total to 311 QTR4TOQTR3

6 EB.DW I S «

I Anderson comment

(2) 221 U wasta recalver33 M (3) rac'd 35 M from 221U

[31 rac'd 45 M from 221T

(1) rec'd 30 M from 221T (2) rec'd 20 M from 221T (3) rac'd 41 M from 221T

Six months report rec'd 186 M from 221T

rec'd 166 M from 221T

Six months report 311 M lo TY. rac'd 111 M

l 311MtoTY. rec 'd i i iM

jsix months report rac'd 112

Six months report rac'd 47 M from 221T

Six months report rec'd 11 M from 221T

rac 'd l l Mfrom221T

j TLM Cum sol solvol% Isolds aoHda I 01 01 6.000

6.000 I 01 0 6.000

Ql Q/A Document/Pot 3 0 HW-63896-7 4 0 HW-64373-7 4 0 HW648107

4 0 HW676967

4JO_ HW677057 4 0 HW682917 4 0 HW682927

0| 6.0001 0 6.000

6.000

0 6.000 0 6.0001 0! 6.000 0 6.000

6.000 0 6.000

0 6.0pq| 0j_ 6.0001 01 6.000J o e.ooo]

0 6.000 6.000

_0J 6.OO0 ~61 6.000

0 6.000 01 6.0001

HW726257 HW726257

I L r l cTH.a lTTTI I

|E?eTTfPaaT*?1l

l iTcTiTMafTv?] !

642 642 642

WA| 642

112 576

6 EB, DW 6 5 * 1

6 EB, DW 65-61

6 EB.DW 65-6* 6'SU

Six months report rac'd 6 M from 221T

rac'd 8 Mfrom 221T

Six months rsoort rac'd 17 M

PHASING ERRORS 609 TO Six months rsport rec'd 29 M. WA 112Mtol08TX

RLSEP260B RLSEP2606

App. E, TX Farm, Pg. 87 WHCSDWMTI669, Rev 1

I Tank n lYaar iQtr I T ITrana I Stat {Total |Sollde lUnk Cum Waste Trana

' - ' - lank DWXT LANL commant

■UEZ3BI

19651 1|STAT H^^SaaUHSI

19651 2ISTAT [kiail-aaipFTaj

19651 31 STAT

631 ItWA 706 708

J IWA a IWA

IgSEPKEZJl 19651 4IOUTX

| Q 3 E > K E ! J I

19651 4 (STAT 19661 I I REC

igzumoi 19661 11 rec ipglTMaTTvâmir

1966| 1|OUTX | -7061

19661 1ISTAT 19661 2lxln

iSaEMKEDI 1966| 21 REC

| E 3 E j a 1 E Z J I 19661 2|OUTX [ -308J 1966! 21 tend I -2201

IUSKLBITZJI1

IDW IQTR2T01

|TX-116|TX-116

615-61 I IDW I 6|EB. DW| | I ■ I ITX-116ITX-116 |

6ICOND | IT2COND'-375 TO 6JSU ITX-117 ITX-117 |

6ISU ITX-106ITX-106 I I ITX-113ITX-113 | I ITX-116ITX-116 I I ITX-117 ITX-117 I

6|COND | |T2CONDOmis.

-HSU IT-107 IT-107 | -1 SU |TX-104|TX-104 • l ! s u I TX-106 ITX-108 -IICOND | |T2CONDOmis.

I Anderson comment I rec 0 29 M, 112 M to 106-TX

Six months report 22 M from 221-T

122 Mfrom 221-T

177 Mfrom 221-T

I Feed for 242-T, 374 M boil offl

iFeed for 242-T, 706 M boil off I

TLM Cum aol eolvor* aoHda solds I OJ IQ/A I Documant/Po ■

lTX-116 lOmis. BOTTOMS RECEIVERl

tSJT^ByreiaaTi'^M

I 6401 6401 > 730

111 | 741| IKIQI

- l lEB | | TX-117 lOmis. BOTTOMS RECEIVER! -1IEB ITX-1171T2SltCk I I

-1 TBP -11 I IWTR I 1 - 1 | |TX-113 [TX-113 I | -1|SU |TX-116|TX-116 | | -1|SU__. jTY-101 ITY-101 lOmis. I -1ISU ITY-104ITY-104 | | -IICOND I lT2CONDOmis. I

I Feed for 242-T, 306 M boil off I

ITX-117 I O n * . BOTTOMS RECEIVERl I TX-101 I I

0 6.000 0 6.000 0 6.000 Ol 6.000 0 6.000 0 6.000

0 6.000 0 6.000 0 6.000

0 6.000 Ol 6.000

_°i_ §°°°L ~6) 6.000| 6j "" 6-OOOi nl r t rw t l

IRL-SEP-659-6

lRL-SEP-821-7

IRL-SEP-923-7

ISO-404-5 isO-404-6 ISO-404-6 ISO-404-7

liSO-538-7 I ISO-538-7 ISO-538-7 iSO-538-7

IEQQBKEZ3I

i p D l a O l

349 349 376

I Feed lor 242-T, 443 M boil offl

IT-107 IT-107 | ITX-116 ITX-116 I ITY-104ITY-104 I I ITY-104 | | |T2CONDOmls, I ITX-108 I

ISO-674-5 ISO-674-7 ISO-674-7

App.E, TXFarm. Pg.86 WHC-SD-WM-TI-669, Rev. 1

Tank n Year Qtr T DWXT ILANLcommant I AfKavTSOfl COflMIMllI JTLM Cum sol

Iso tvor* laoHde IsoHds ICH Q/A Documant/Pg t

I 4iSlAV : | 4531 4531 TX-116 1967 11 rln 134 567 TX-116 1967 1 REC 407 ! TX-118 1967 1 REC 217 1211

lESEHJOil

Feed for 242-T. 637 M boll off

TX-116 1967 I I r*C 106 TX-116 1967 1 OUTX -576 TX-118 1967 11 send -1291

|E3IEIKEjsl 593 593

709

T-106 T-105 T-106 T-108 Orris. TX-114 TX-114 TX-117 TX-117

T2CONDOmia.

-1CW -1 WTR -1 SU T-108 T-108 -1 SU T-112 T-112 •1 COND T2CONDOmla.

[Feed for 242-T. 576 M space I reclaimed

6.000 0 | 0 | 6.000 01 0 6.000 0| 0 6.000 " 61 ot 6.606T

Ol 6.000 0 6.000 0 6.000

4 0 ISO-606-5 2 V JISO-806-5 0

_ o l _ . „ _ . _ 3 V ISO-806-7

4IO IISO-967-5_ 4lO 1lSO-967-6 3 V ISO-967-7

l i f .g i ja lK?qgj

IgS^BE^BaattL'

I ifJU immFZlMTlt

626 626 269 915 T-112 T-112

TX-117 TX-117 TY-103 TY-103

Feed for 242-T. 254 M space reclaimed

-1 COND -1

T2COND added as par AND comments TX-116 I

{Feed from 242-T evap., 615

innzsi TX-114 TX-114 TX-116 TX-116 TX-117 TX-117 TY-103 TY-103

0 6.000 0 6.000 0 6.000 0 6.000

0 6.000 0 6.000 01 6.000 0 6.000 01 6.0001

4 0 ARH-95-7 0 4 0 ARH-95-8

3 V ARH-326-6 0

4 0 ARH-326-6

TX-118 1967 4 outx i -43( rx-116 1967 4 outx -341 rx-iii 1967 4 sand -3«

T2COND added as oar ANO comments I

hMil-MaaTvMl TX-116 1968 11XVI 19c TX-118 1966 1 sand -19f rx-118 1968 1 sand -7!

ICaiEBBEal

h»'8n.alT?li TX-116 1968 2 REC 540 TX-118 1968 21 REC 299

51 I t W A l -1 CW

Feed from 242-T evap., 22 M space toss due to flushes for rnocWcatJon

iEfT/TStTgiTaBai -1 TX-114 TX-114 -1 SU TY-103 TY-103 -t SU U-108 U-108

> 0 0 0 0 0 ) 0 0 0 0 0

6-000 6.000 6.000 6000 6.000 6.000

1 4 V 4 V 0 4 O 4 O

ARH-721-6 ARH-721-5

ARH-721-! ARH-721-I

TX-118 1966 2 outx tusuLmmTSM

-1 COND -1

T2COND added T2COND

as per AND comments I


j Trans Stat Total Sollda Unk Cum Waste Trana IQtr [Type Ivol Ivol ivol Ivol Mr unk type tank DWXT LANLcommant

1968 2 send -67 774 IWA - i l I ISX-105 I Omis ROTTOMS REC 1968J 2|s*nd I -187 567 IWA -1 TX-115

1968 2 STAT 587 587 85 IWA -1 CW I 1968 3 rec 279 1968 31 rec 125 991 ! IN/A I -11

Anderson comment

| Feed from 242-T evap. ,693 M reclaimed by 242-T

Omission Omission

1968 3 REC 765 1968 31 rec 751 1966 3 REC 556

19661 31 outx | -11211 1966 3 outx -991 1966 3 send -156 1966 Stand -106

li»ail-aa1allM.lBaaVirff!TBaa1l

TX-117 TX-117

•WA -1 SU TY-103 TY-103 •WA -1 | U-106 •WA -1 SU i U-108 U-106

•WA -1 COND IWA -1 IWA -1 IWA -1

T2COND added as per AND commenis T2COND SX-105 Omis. BOTTOMS REC

E5fiSK!2!]l

619 619 354 973 1111 I 10641

! 1106 371 1477 338 1615

I p t a j i j a f p y i l

TX-117 Omis. BOTTOMS RECEIVER 242-T evap. feedtank 1,121 1 reclaimed by 242-T

TX-113 TX-113 TX-114 TX-114 TY-103 TY-103 U-106 U-108

|T2COND added as per AND comments IT2COND T S-107 Omis. BOTTOMS REC SX-105 Omis. BOTTOMS REC TX-115

Omission I Omission

TX-118 1969 1 REC 643 1669 TX-118 TX-118

1969 1969

t l f lEC 1 OUTX

147 •924

1816 692

TX-118 1969 1 sand -69 603

1969 21 rec 117 1969 2 REC 741 1969 2 REC 283 1969 21 REC 157 1969 2 OUTX -1296 1969 2 send -61 19691 2 send -24

-1 CW I Omis.

-1 TX-113 TX-113 -1 TX-117 TX-117 -1 SU TY-103 TY-103 -1 SU U-109 U-109 -1 COND T2CONDOmls. -1 S-107 Omis. BOTTOMS REC

-1 TX-116 Omis, LC suspect duplcata by

[242-T evap. lead tank. 734 reclaimed by 242-T

Omission Omission

242-T T2SftCk i from U-109 a TY-103 Rec'd 990:924 reclaimed by 242-T

IWA 31 SU •WA 3 SU

L 3 SU IWA 3 COND •WA •WA 31

TX-115 TX-115 TX-117 TX-117 TY-103 TY-103 U-109 U-109 U-110 U-110

T2CONDOmrs. S-107 Omis. BOTTOMS REC TX-113

App.E, TXFarm, Pg.90

TLM i Cum sol aol v o l * aoHda Isollds ]i

j uj ui .p .ywi 1 "~"6T ot o.ooo

Of Q/A Document/Pg* I 31V IAHH-721 -9

3 V (ARH-871-6 3 V 'ARH-871-7 3 0 ARH-871-8

0 6.000 0 6.000

~6T 6.6601

4 0 ARH-871-8 0 4 0 IARH-B71-7

3 V ARH-871-9

0 6.000 0 6.000 Ol 6.000 0 6.000

ARH-1061-8 ARH-1061-7

_0| _ 6.000! _~6j. 6.000! 67 6.666 0 6.000 0 6.000

—0{_ _e-Opoi

Ol 6.000 0 6.000! 0 6.000 Ol 6.000 ]K!u!3l

ARH-1061-9 iARH-1061-10

ARH-1200A-8 IARH-12O0A-7 ARH-1200A-8 ARH-1200A-9

ARH-1200B-8 ARH-1200B-7 ARH-1200B-7 ARH-12006-8 ARH-1200B-9

Tankn Yaar Qtr TX-118 1969 2

Trana Istat I Total ] Sollde Unk Cum Waata Trana I Ivol Ivol I vat I vat Itfr lunk itvoe lank DWXT ILANLcommant

1969 2 STAT 178 IWA IWA 31 WTR

3 TX-114 TX-114 3 TX-116 TX-116

3 SU TY-103 TY-103 3 COND T2CONDOrr*. 3 I S-107 lOmls. BOTTOMS REC

IWffliaaMES-ll

•WA IWA •WA

IWA

31 TX-113 TX-113 3 3 3 SU 3 SU

TX-115 TX-115 TX-117 TX-117 TY-103 TY-103 TY-104 TY-104

tWA IWA •WA •WA

31 COND 3 3

T2CONDOmit.

S-107 Omis. BOTTOMS REC 3 TX-114

1969 4STAT 664 664 189 IWA

207 1042 367 1409

•530 879

TX-114 TX-114 TX-116 TX-116 TX-117 TX-117 TY-103 TY-103 TY-104 TY-104

T2CONDOmls. T2COND S-107 Omis. BOTTOMS REC

703 703 175 I t W A l 109 612 I

TX-118 1970 2 REC 397 1411 TX-118 1970 2 REC 498 1909 TX-118 1970 2 OUTX -1099 610 TX-118 1970 2 outx -57 753 TX-118 1970 2 send -54 699 TX-118 1970 2send -24 675

TX-110 TX-110 TX-111 TX-111 TX-113 TX-113 TX-114 TX-114 TX-115 TX-115 TX-116 TX-116 TY-103 TY-103 TY-104 TY-104

T2CONDOmlS. T2COND S-107 O n * . BOTTOMS REC

App.E, TI

Andaraon comment TLM Cum sol I | I

solvor% Isonde eotMs Itvna Ioi I Q/A 1 Document/Pg t

Rac'd 1,295:1.296 [evaporated by 242-T

Omission Omission

°A— 61 _..°. 0

.6.000 tJ.OOOl

_|_-1

T 0 0 01 6.000 0

0

0

0

6.000

6.000

0

4 O ARH-1200C-6/ARH-12O0C 7 SEND

01 6T~ 7 _6.000

6.066 1 31V

T ilv ARH-1200C-8_ ARH-I260C-9

Rec'd 1,314; 1.164 [evaporated by 242-T

1663 f rom 103-TY a 104-TY. 76 from 242-T decent.: 500

242-T

|678 from 103* 104-TY :530 orated bv 242-T

6.000 ? i 6000

_°j 6.000 ol 6.000

0 6.000 0 6.000

__° _<lopo .0 . *oo6 0 6.000 0I 6.000 0 6.000 0 6.000 0 6.000 0 6.000 "| 6.000 0 6.000

0 6.000 0 6.00Q 0 6.000 0 6.000

_4 0__ ARH-1200D-6 2 V ARH-1200D-7 0 0 0 _ _ _ 4 O ARH-1200D-8 4 O ARH-1200D-6 3 V," ARH-1200D-6 0 4 V ARH-1200D-9

i oi- f ■1 or ■ i

3 V JARH-1666A-7

4 0 ARH-1666A-8 4 0 ARH-1666A-8

_3V _ ARH-1666A-8 0 " " " 3 V ARH-1666A-9 0 0

3 V ARH-1666B-7 6 " "i 0 0

4 0 ARH-1666B-8 4 0__ ARH-1666B-8 3 V ARH-i666B-8 0 3 V ARH-1666B-9

WHC-SO-WM-T!-669, Rev. 1

Tankn Year Qtr

BBBÊSBBaaVni TX118 1970 3 REC 349

ITX118 I 19701 3IOUTX I 601 TX116 1970 31 send 56

JTrana Stat ] Total j Sends Unk JCum I Waste iTrana I i Ivol Ivol Ivol Ivol [Hr lunk Itvoe [tank DWXT UWLcornment

675 675 173 *WA 3 EB

TX112 TX112 | _ 9 0 6 J _ IWA 3 TX116 TX116

932 IWA 3 TX117 TX117 TY102 TY102 Omis.

3 SU TY103 TY103 I 674| I tWA j 3|COND T2CONDOmis. I 6161 | I W A | 3j _ | JS107 lOmis. BOTTOMS REC

I Andaraon comment Oadon comment 397 from 103TY, 498 from 104TY. 1.099 evap. by 242T

Omission

Omission Omission

I TLM Cum sol lenlvnr* SoHd! SORdS !

0 6.000 0 6.0001

0 6000 0 6.000

3 V ARH1666C7

3 V ARH1666C6 ARH1666C8

3 l v " ARH1666C8 3 V ARH1666C9

TX118 1970 3 STAT TX118 1970 4 rac

I 5011 SOll 119 620

162 <WA I t W A l

349 from 103TY, 194 from 102TY, 727 evap. by 242T' Leak detection dry wells 511603 and5l1807dmiad.

4 OUTX 731

TX116 1970 4 send 10

TX116 1970 4 STAT

I ktisuMMF^nminSE^mi TX118 I 1971 1 rac

TX118 1971 1 REC

ifEBOKnall TX118 1971 1 outx 676 TX118 1971 1 send 86

TX-111 TX-111 TX-115 TX-115

3 TX-117 TX-117 TX-117

TY102 TY102 Omis. 3|SU |TY1Q3|TYl63|AND reports TY102 31COND i |T2CONDOmii.

1 I S107 Omis. BOTTOMS REC

222 IWA #WA

823 f rem 102TY, 791 evap.t>y 242T 'Leak detection dry well 511810 drlled.

I t W A I 3 SU I tWAI 3 S U IN/Al

I t W A I

BX108 BX106

TX114 TX114 TX117 TX117 TY103 TY103

|OC AND SAYS76. OGDEN 96

IS107 lOmts. BOTTOMS REC

TX118 197t 1 SEND 367 llgglT.aa1»Filll

TX118 1971 1 SEND 129 TX118 1971 1 sand 15 TX118 1971 1 sand 157

TX118 1971 1 STAT TX111 1971 2 rac

576 576 249 IWA 2441 I 820 IWA

Omission _ _ No indication of XFER. (c)No XFER Indc, 1048 comb, tot

No indication of XFER, (c)No XFER indc. 1046 comb, tot

94 from 103TY, 796 from SENDS tot516, AND reports 106BX. 106frcm 117TX, tot1048 1,048 evap. by 242T

I On*. I Omission

0 6.000 6.000

0 6.000 0 6.0001

Oj 6.000 0| 6-000l o! e.oooP 0 6.000 0^_ 6.000 ot_ 6.000

6.000

0 6.000 ni e.oool

3 V ARH1666D7 0 0

3_[V JARH1666D8 *\o iARHir366DB 3]v ARH:1666D8 Oi __ 6 V ARH1666D9 6T"

ARH2074A8 ARH2074A6

0 ■ 0 6.000 01 0! 6.0001 3 V ARH2074B7

App. E, TX Farm. Pg. 92 WHCSDWMTI 869, Rev.

Tank n Year Qtr T

TX-116 19711 2 REC (TX-118 19711 2|rec"

Trana Stat Total Sollda Unk Cum Wasta Trana tank DWXT LANLcommant

3 SU TX-101 |TX- iq i \ I f i x 110

Andaraon comment Ojdan comment 1205 from 106 BX.829 to TX-1 ~ ~ ~ 118

TLM Cum sol laolvoTK solids laoide Itype lot I Q/A ! Document/Pg t

0 0 6.0001 0 0 6.000

4 0 ARH-2074B-8 0

4 0 ARH-2074B-8

TX-118 1971 2 SEND

ITX-118 1971 2 SEND -178

ITX-118 | 19711 21 SEND TX-118 1971 2 sand TX-116 1971 21 send TX-118 1971 21 tend TX-116 1971 2 send

TX-118 1971 2 STAT TX-118 1971 3 XIN

h>ai!ala¥Frn TX-118 19711 3 REC

544 -?5

827 802

• W ' IWA

-481 754 \INJt -no 674 I IW -?7 647 ilNIt -—

??t1 647 647

873 252 IWA

IlWA

No Indication of XFER, (d)No XFER Indk;, 767 comb, tot No Indication of XFER, (d)No XFER Indc. 787 comb, tot No Indication of XFER. (d)No XFER Indc. 787 comb, tot Ol 6.000

Ol 6.000

SENDS tot-785 829 from 101-TX, 27 Irom 117-TX, 787 a*

0 6.000 01 6.000 0 6.000

31V IARH-2074B-9 0 I

3 V ARH-2074B-8

3 V ARH-2074B-B

3|V ARH-2074B-B o"" 7

4 0 IARH-2074C-8 3 V ARH-2074C-7 4 0 ARH-2074C-6

TX-118 1971 3 SEND -730

ii']j7.ii

TX-116 1971 3 SEND -721 hsa i l . aaaTa l l

TX-116 1971 3 outx -1742 TX-118 1971 3 sand -19

TX-118 1971 3 SEND -26 TX-118 1971 3 sand -480

TX-118 1971 3 SEND

l i iami TX-114 TX-114

TX-115 TX-115 TX-115

T2COND

TX-102 O n * . TX-105

hôTTalgpZII

TX-118 1971 3 STAT TX-118 1971 4 XIN

ItFcTiTBlBaTTni TX-118 1971 4 REC 1325 TX-118 1971 4 rac 555

No Indication of XFER, (e)No I XFER Indc, 1914 comb, tot

NO indication of XFER, (e)No XFER indc, 1914 comb, tot

No Indication of XFER, (e)No XFER indc, 1914 comb, tot

No Indication of XFER, (ajNo XFER Indc. 1914 comb, tot

IKFTjil

0 6.000 Pi 6-ppp 61 6.666

01 6.0001 0 6.000

712 712 252 IWA 1361 I 850 IWA

SENDS tot -2075, AND 1,914 from 101-TX.226 flush I water. 1.180 evaporated

IbairafaaTHll TX-116 1971 41 rec 324 TX-118 1971 41 rec 409

lEESEHTSlI TX-118 1971 41 rec

TX-116 1971 4 outx -1199 TX-118 1971 4 send -12 TX-116 1971 41 tend I -315

TX-101 TX-101

TX-113 TX-113 TX-115 TX-115

3 SU TX-116 TX-116 TX-117 TX-117

2 V ARH-2074C-8

2 V ARH-2074C-6 0 . . . J . . _ . . 0 I

2 V ARH-2074C-6 0

2 V ARH-2074C-8

4 0 ARH-20740-6 3 V ARH-2074D-7 4 0 ARH-2074D-6

4 0 ARH-2074D-6 01

App.E. TXFarm, Pg.93 WHC-SD-WM-TI-669. Rev 1

Trana Stat Total Sollda Unk Cum Waste Trans tank DWXT LANLcommant Andaraon commant

TX-118 1971 4 SEND -229

TX-118 1971 4 SEND -611

•WA 3 EVT

IWA 3 EVT

TX-102 Omis.

TX-118 1971 4 SEND -477

TX-118 1971 4 SEND -315

TX-118 1971 4 SEND -394 TX-118 1971 41 send -23

TX-118 1971 4 SEND -284

I tWAl 31 EVT

IWA 3 EVT

IWA 3 EVT #WA 3

I IWA 3 EVT

i comment (f)No XFER indlc, 1144 comb, lot (f)No XFER Indc. 1144 comb. Ioi (f)No XFER indc, 1144 comb, tot (f)No XFER indc, 1144 comb, tot (T)No XFER indc, 1144 comb, tot

(l)No XFER Indc, 1144 comb, tot

j TLM Cum sol I lao tvot* Isollds Isollds I type |ot Q/A | Document/Pg t

2lv IARH-2074D-8

1971 4 STAT 1972 1 XIN 1972 11 rec

1972 1 REC

464 404 247 711 260 971

241 IWA IWA

I tWAI

SENDS tot -2310, AND reports-1144 evap.

WTR OC1175I0247

1.325 from 101-TX. 12 116-TX 136 flush water, 1,144 evap, degree of uncertainty in liquid to solid ratio of tanks 102-TX. 105-TX, 106-TX and !10^tXmrtx£h_118-TX

Ol 6-000 0| 6,000

Shows 247 not 1175 0 _ 6.000! ot 6.000 [

Itrsummrmi 1972 1 rec 1972 11 rec 19721 1 rec

3 SU TX-101 TX-101

3 TX-112 TX-112 TX-114 TX-114

I [TX-115 TX-115 T 3 SU TX-116 TX-116

T2COND

No rncftcaHon of REC, (g}No XFER indc, 1175 comb, tot No indication of REC, (Q)NO XFER Indc. 1175 comb, tot No indication of REC, (g)No XFER rndc.1175 comb, tot

0 6.000 0 6000 Oi _ 6.000 6* 6.000 0 6.000 6 _ 6.000 0 6.000 6 6.0001 0 6.000 0j__ 6.000 01 6.000

6.000 _ U _ 6.000 0 6.000

TX-118 TX-118 TX-116

1972 1972 1972

ISTAT 2 XIN 2 rac

295 146

M4 534 K33B

975

241 IWA •WA •WA

TX-118 1972 2 REC 756 1733 I tN/A TX-118 1972 2 rac 337 2070 I IWA TX-118 1972 21 rec 605 2675 *WA

349 from 101-TX, 46 from SENDS tot -572. AND reports 116-TX, 247 flush WStsr, -1175 even. 1.175evaoorated

3 SU TX-101 TX-101

TX-114 TX-114 TX-115 TX-115 TX-116 TX-116 Omis.

TX-118 1972 2 outx -996 1756 TX-118 1972 2 send -100 1656

TX-118 1972 2 SEND -330 1317

S-107 O n * . BOTTOMS REC Omission No indication of REC, No XFERIndcated

2 V ARH-2074D-8

2 V ARH-20740-B

2 V ARH-2074D-8

21V JARH-2074D-8 0 " t 2 V ARH-2074D-6

ARH-2456A-7 ARH-2456A-6 ARH-2456A-7/ARH-2456A-6 SEND

2 V ARH-2456A-7

2 V ARH-2456A-7

2 V ARH-2456A-7 9. -0

4 0 ARH-2456A-7 3 V ARH-2456B-6 4 0 ARH-2456B-7

3 V ARH-2456B-7

3 V ARH-2456B-B

2 V JARH-2456B-7

App.E, TXFarm, Pg. 94 WHC-SD-WM-TI-669, Rev 1

I T * * n I Year IQtr I T Trana I Stat | Total Sollda Unk Cum Waata Trana i

'"" l a r * DWXT LANL comment Andaraon comment

TX-116 1972 21 SEND -614 TX-118 1972 21 send -39 TX-116 1972 21 send -15

comment No indication of REC. No

IxFERindcatad

TLM Cum sol so lvo t * sollde Isollds type Qt Q/A Documani/Pgl

0 0 6.000 2 V ARH-24568-7

lTX-118 | 1972 2 STAT TX-118 1972 3 XIN

649 649 241 I t W A l 3501 I 999 ItWAl

IWZ1

756 from 101-TX, 15 from SENDS tot -953. AND reports 116-TX, 295 flush water. •1054 evap. 1,054 evaporated

rrnppi lEuHW 3 SU TX-101 TX-101

l y !a&l l

iny/iH IEZ3E3I h»! tHr ia l l

ITX-111 TX-111 I tWAI 31SU TX-116 TX-116 E j g j l

TX-118 1972 3 SEND -81 TX-116 1972 3 sand -46

•WA 3 EVT

lTX-116 | 1972| 3 SEND j -532 TX-118 1972 31 sand -29

ITX-116 1972 31 sand -47 TX-118 1972 3 XIN 0

I f ] '7 .1

TX-102 Omis.

Ik jS&l!

lEzsnsi

(l)No XFER mdlc, 1078 comb.

(l)No XFER Indic, 1078 comb.

(l)No XFER indlc, 1076 comb.

TX-118 1972 3 STAT TX-118 1972 4 XIN TX-118 1972 4 XIN TX-118 19721 4 REC

TX-116 1972 41 SEND

liESEBadHi TX-118 1972 4 rac

EEsnmnsi TX-118 1972 4 outx -1167

ITX-118 1972 41 sand -256

SENDS tOt-1197,AND " ' -1078

765 Irom 101-TX. 9 from 116-TX, 350 water 1,076 evaporated

3 SU ITX-101 ITX-101

TX-102 O n * . (|)No XFER indic. 1077 comb.

0 6.000 0 6.000

l a a t S E t l l

6.000 0 6.000

Oj 6.000 j 0i 6.0001

0 6.000 0 6.000

ARH-2456C-7

4 0 ARH-2456C-7

( 4JO ARH-2456C-7 . - - _ 0 J _ .

21V ARH-2456C-7

2 V ARH-2456C-7 0

2 V IARH-2456C-7

I il 4 0 ARH-2456D-7

4 0 ARH-2456D-7

2 V ARH-2456D-7

TX-118 1972 4SEND -547 litayr-MaaTTHI

TX-118 1972 4 XIN

•N/A 3 EVT

IWA 3 WTR

(IJNO XFER indic. 1077 comb. 6.000 2 V ARH-2456D-7

TX-118 1972 4 STAT TX-118 1973 1 XIN kfa tHaaTrTI I TX-118 1973 1 REC

TX-118 1973 1 rac

574 574 269 IWA 3 EB 439 1013 IWA 31 WTR WTR

1 1013 «WA 3 WTR WTR 566I 1601 IWA 3SU TX-101 TX-101

TX-113 TX-113 TX-115 TX-115

SENDS tot -1355. AND 1,048 from 101-TX, 306 flush reports -1077 avap. water, 1.077 evaporated

App. £ , TX Farm, Pg. 95 WHC-SD-WM-TI-669, Rev. 1

iTankn I Year I Qtr I T Trans I Stat |Total |Solids [Unk Cum Waste Trane

llsend I -1571

lTX-116 | 1973L 1JSEND | -6361

IfCTl

TX-116 1973| l lsend lTX-116 i 1973 1 XIN

ITX-118 | 19731 1JSTAT l i r^l l .alBnHPJIFTJ^BjBaaTTgi ITX-118 I 19731 21 XIN ITX-118 | 1973I 2|REC

5651 5651 261 I t W A l I I t W A I

ITX-118 I 19731 2lrec liTgJTaa'aaTBcT ITX-118 I 19731 2toutx

ITX-11B I 19731 2ISENO I -I ITX-118 I 1973| 21 send I -551

ITX-118 I 19731 2|SEND I -221

ITX-118 I 19731 2ISEND I g g l M a C ^ a a C E M a a a t g j I

ITX-118 I 1973i 2|SEND I -221

ITX-118 I 19731 21 SEND I -221

ITX-118 I 19731 2ISEND I -221

ITX-118 I 1973| 2|SEND | -22]

ITX-118 I 19731 2ISEND I -221

ITX-11B I 19731 2ISEND I -221

ITX-118 I 1973| 2JSTAT ITX-118 I 19731 3IXIN ITX-118 I 19731 3IXIN

HuuEHmll ITX-118 I 19731 3|rac

EEULBBEBBBt

ITX-118 I 19731 3lrec

ItrsumWnZii

I DWXT [LANLcommant I Andaraon comment

l#WA| 3|EVT

inm

j Ogden comment

No indication of REC, (x)No XFER Indc. 715 comb, tot

TLM Cum sot I j j solvor% sollda soHda tvoe lot I Q/A I Document/Pa •

2|V IARH-2794A-7

No indication of XFER. (k)No XFER Indc, 715 comb, lot 0 6.000

0 6.000

]KE3I |SENDStot-1036.AND

IWTR |OC148Zlo244WTR

566 from 101-TX, 439 water. 715 evaporated

3ISU ITX-101 ITX-101

I 0| 0 6.000 Show 244 WTR Inst, of 146 ZI Ol 01 6.0001

I 0.0213931 3.1662! 9.166IZ I I Ol Ol 9.1661

2JV ARH-2794A-7 01

3lO IARH-2794B-7

IWA | 31 EVT I IWAI 31

I tWAl 3JEVT

»WA| 3lEVT

l«WAl 3lEVT

' t W A l SlEVT

I IWA I 3lEVT

I IN/A I SlEVT

tWAl SlEVT

I IWA I 3lEVT

l*WAl SlEVT

I TX-102 I Omis. I TX-103 I

I TX-103 I Omis.

| (l)No XFER Indic. 520 comb.

(l)No XFER Indlc. 520 comb. tot No Indication of REC, (l)No XFER tatlc, 520 comb, tot No Indication of REC, (l)No XFER Indc. 520 comb, tot

(l)No XFER Indlc. 520 comb, tot (l)No XFER indlc, 520 comb. tot (i)No XFER Indic. 520 comb. tot (l)No XFER Indic. 520 comb. tot (l)No XFER indlc. 520 comb. toj (l>No XFER Indlc, 520 comb. tot

_| 623| 6231 2611 IWA| 3JEB 2301 I 853 I t W A I 31 WTR 247| | 11001 |

SENDS tot-220

148 from 234-5. 12B .M rec'd " Leak detection dry wen 51-18-11 drilled.

IARH-2794B-7

URH-2794B-7

IARH-2794B-7

IARH-2794B-7

4 O ARH-2794C-7 4 6 ARH-2794C-7

App, E, TX Farm, Pg. 96 WHC-SD-WM-TI-669, Rev

ITran* Stat Total Solids unk |cum jwaeta [Trans vol vol vol DWXT 1 LANL comment

ITX-118 | 19731 3 REC 31 outx I -523!

31 SEND I -529

31 SEND | -521

31 SEND I -521

31 SEND I -521

31 SEND j -521

3|SU ITY-101 ITY-101 I 31 SU ITV-103ITY-103 I

I I IT2COND

3 EVT TX-102 Omis.

3 EVT TX-103 Omis.

31 SEND j -52 i

TX-115 TY-102 '-19410 5

ITX-118 1 1973| 3|STAT ITX-118 I 19731 41 XIN ITX-118 I 19731 4IXIN ITX-118 I 19731 4IREC

I 6401 6401 2611 IWA I 2171 | 6571 |

247 from 234-5. 33 from 101-SENDS tot -572. AND reports TV 78 from 103-TY, 230 -591 evao. | water, 591 evaporated

3ISU ITX-101 ITX-101 I I ITX-102

ITX-118 I 19731 4 j outx I -360

ITX-118 I 19731 4|SENO I IWA I 31 EVT I TX-102 | Omis.

ITX-118 I 19731 41 SEND 1 -311 I tWA l SlEVT lTX-103 lOmis.

ITX-118 i 19731 41SEND I - 3 l |

ITX-118 I 19731 4|SEND I IWA I 3lEVT

ITX-118 I 19731 4[SEND I -311 IWA I 31 EVT

lTX-118 I 19731 4JSEND I -311 I IWA I 3lEVT

App. E, TX Farm. Pg. 97

TLM Cum sol sol vor% soHd* solids hroe Ql Q/A Document/Pg t

0 14.450 0 14.450 01 14.450

(m)No XFER Intfc, 591 comb, tot (m)No XFER Indlc, 591 comb, tot (m)No XFER Indic, 591 comb, tot _____ (m)No XFER indlc, 591 comb, tot (m)No XFER Indc, 591 combjof (m)No XFER Indic, 591 comb, tot (m)No XFER indic. 591 comb, tot __ {m)No XFER Indlc, 591 comb, tot (m)NoXFERinrJc,591 comb, tot (m)No XFER Indic, 591 comb, tot (m)No XFER indlc. 591 comb, tot 0| 14.4501

6 14.450!

0| 0| 14.4501 'j 14.450

0.021393 1.8398 16.290 Z 6 0 16J90 61 0? 16.290

IARH-2794C-7 IARH-2794C-7

1ARH-2794C-7

ARH-2794C-7

ARH-2794C-7

ARH-2794C-7

ARH-2794C-7

|ARH-2794C-7_

ARH-2794C-7

ARH-2794C-7

ARH-2794C-7

IARH-2794C-7

410 ARH-2794D-7 4 6 ARH-2794D-7

7 p IARH-2794D-7 "61

| (n)No XFER indic. 302 comb.

(n)No XFER Indlc. 302 comb

(n)No XFER Indlc, 302 comb.

(n)No XFER indlc, 302 comb. tot

| (n)No XFER indlc, 302 comb.

| (n)No XFER Indic, 302 comb. 0l 16.290

2JV JARH-2794D-7

2|V IARH-2794D-7

2|V 1ARH-2794D-7

2|V |ARH-2794D-7

2|V IARH-2794D-7

2|V 1ARH-2794D-7

WHC-SD-WM-Ti-669, Rev. 1

I Tran* jstat | Total jSotlda |Unk Cum Waste | Trans Ivol Ivol Ivol Ivol {tank |DWXT ILANLcommant

4|SEND | -31 [

41 SEND J -311

41 SEND | -311 4ISEN0 | -11

I tWA l 3lEVT

I tWA l 3lEVT

I IWA| 3tEVT

I tWAl 3lEVT

I tWA l 3lEVT IWA | 3|SU lTY-102 (*-33tOl

h>«n.ala¥g3]| iBHUHOZaafli

TX-118 TX-118 TX-118

1974 1974 1974

1 outx 1 SEND 1 SEND

-582 -3 -3

^li.iEi-îaanrTTMitafE TX-116 1974 1 SEND I -3 TX-116 TX-11B

1974 1974

1 SEND 11SEND I

-3 -156

711 711| 261 I t W A l 3 EB

I tWAI 3ISU I IWA| 3|

L| 3|EVT L| 31EVT

SENDS total-341, AND reports -302 evap.

iwm i| 3|EVT I IWA| 3|EVT I tWA l 3ISU I tWAI 3|EVT I tWAI 3IEVT

TY-101 TY-101 | [T2COND

I ITX-102 |OC58to3 I ITX-103 |OC58to3 I ITX-105 |CC58to3 J . TX-106 | I ITX-106 |OC 56 to3 I ITX-106 |OC 56 to 3 I ITX-109 I

TX-110 OC5810 2 lTX-111 ]0C58I02 '

ITX-112 |CC56t02 ITX-113 |OC 56 to2 ITX-114 |OC 56 to 2 ITX-115 IOC58102

llSTAT I 21 XIN I 147 21 XIN | 136

I SENDS tot-27

ITX-102 !OC26to44 ITX-103 |OC 26 to44 ITX-105 IOC 26 to 44 ITX-106 IOC 26 to 44 ITX-106 IOC 26 to 45 ITX-110 OC 26 to45

I Andaraon commant don comment (n)No XFER indlc, 302 comb. tot (n}No XFER indlc, 302 comb. lot (n)No XFER kidic. 302 comb. toj (n)No XFER Indc, 302 comb, tot

[ (n)No XFER Indic. 302 comb.

I TLM Cum sot ao lvo f t laollda soHds type OJ Q/A Document/Pe. t

2lV |ARH-2794D-7

2[V |ARH-2794D-7

2|V |ARH-2794D-7

0| 16.290] j 2]V JARH-2794D-7

86 from 234-5,101 from 101-TX 9 from 103-TY, 217 water, 302 evaporated

Shows 3 not 58 Shows 3 not 58 Shows 3 not 56

Shows 3 not 58 Shows 3 not 58

Shows 2 n ot 56 Shows 2 not 58_

Shows 2 not 56 Shows 2 not 56 Shows 2 not 56 Shows 2 not 58

622 from 234-5. 78 from 101-TY 69 wsier, 158 to 109-TX. 27 evaporated

0 16.290 6 16.290

0 0 16.290 I p] 16.290

0.021393" 13.3071 29.597|Z 0 0 29.597 0 0l 29.597 01 Ol 29.5971 Ol 01 29.5971 Ol Ol 29.5971 Ol Ol 29.5971 Ol Ol 29.5971 Ol Ol 29.5971

11 29.5971 0J 0J 29.597 0 Oj 29.597 0 0| 29.597 0 o! 29.597 01 Ol 29.5971 Ol Ol 29.597| 0| Ol 29.5971

Ol Ol 29.5971 0 0 29.597

0.0213931 2.9523I 32.549 Z

2JV |ARH-2794D-7

I 4 O ARH-CD-133A-7 J 4 6 ARH-CD-133A-7 I 0 ! 3lV IARH-CD-133A-7 I 3|V I ARH-CD-133A-7 I 3lV I ARH-CD-133A-7

I 3lV I ARH-CD-133A-7 I 3IV IARH-CD-133A-7 I 4IO IARH-CD-133A-7 i 3 V _ JARH-CD-133A-7 I 31V |ARH-CD-133A-7 : 0\ ! I 3 V f ARH-CD-133A-7 I 3lV IARH-CD-133A-7 I 3|V IARH-CD-133A-7 I 3lV IARH-CD-133A-7

4IO I ARH-CD-133B-7 4JO JARH-CD-133B-7

4 0 ARH-CD-133B-7 4 6 ARH-CD-133B-7

Shows 44 not 26 Shows 44 not 26 Shows 44 not 26 Shows 44 not 26 Shows 45 not 26

IShows 45 not26

Ol 32.5491 Ol 32.5491 Ol 32.5491 Ol 32.549j Ol 32.5491 Ol 32.549!

3|V IARH-CD-133B-7 3lv IARH-CD-133B-7 31V lARH-CD-1336-7 3|V I ARH-CD-133B-7 3lV [AHH-CD-133B-7 2|V I ARH-CD-133B-7


Trana Stat Total Sollda Unk Cum Wasta Trans T a n k j Wear I Qtr I Type Ivol Ivol Ivol Ivol jtfr i n k . , type tank DWXT LANLcommant

ITX-118 I 19741 21 SEND I -4Sl I ITX-118 | 19741 2ISEN0 I -45| I 7641 ItWAJ 3lEVT I |TX-112 |OC26lo45 [TX-118 | 19741 21SEND | -451 I 719| j tWAJ __3|EVT j |TX-113 |OC26to45 |TXdl8 | 187^1 2|SEND j -451 I 674l l l W A l 3|EVT | _ ] T X - 1 1 4 |0C26to45 ITX-118 I 19741 21 SEND 1 - 4 5 1 I 629| |<WA| 31 EVT I |TX-115 |OC26to45

TX-116 TX-118 TX-118

1974 1974 1974

2 STAT 3 XIN 3 XIN

TX-118 1 19741 3 REC

IE5OTKE7JI

I 6291 6291 2611 IWA I 1361 I 7661 I t W A l

i SENDS tot -491

3lSU ITX-101 ITX-101 I 31 ITX-111 ITX-111 I 3lSU lTY-102 lTY-102 I i| I IT2COND

l^'gH-alaTTTTIaaTirTaall

I 616! 6161 261 I t W A l 1631 I 7791 I IWAI

3|SU ITX-101 ITX-101 11 ! ITX-102

31 I ITX-105

3ISU ITX-115 ITX-115 I 3 ISU ITY-102ITY-102 I 31 I IT2COND

OC 417 to 432,605 total 3 EVT TX-102 w/TX-105

I OC 157 to 173, 605 total 3|EVT I lTX-105 w/TX-102

I 634| 634 2601 IWA| 1371 | 771 I

(SENDS tot-605

.EISBBBBBO

135 1043

EZ3I 3ISU ITX-101 ITX-101

lEZCTBina!

ItrlJii-igrrTlaaaqPTaBaagini

ITX-109 ITX-109 I t ITX-115 I ITX-115 ITX-115 I I jTX-102 |OC 42 to9 I ITX-103 IOC 4 2 k ) 9

1 ITX-105 I O C 4 2 M 9

App.E. T

I Andaraon comment ! Shows 45 not 26 I Shows 45 not 26 IShows45not26 IShows45not26 I Shows 45 not 26

136 from 234-5. 62 from 102-TY 10 Irom 103-TY, 147 water, 491 evaporated * " Leak detection dry wells 51-18-01.51-18-05. 51-16-09 drilled.

73 from 234-5.294 from 101-TX: 121 from 102-TV, 136

TLM Cum sol *o tvo r% soHds soHds I Ol 0! 32.549!

H 32.6491 I Ol Ol 32.5491 I Ol Ol 32.5491 I Ol Ol 32.549!

Gaf32DI 0.0213931 1.56171 34.111IZ

Ol Ol 34.1111 0! 01 34.1111 ol Ol 34.1111 01 01 34.1111

lot Q/A I Document/Pa I I 31V IARH-CD-133B-7 I 2 IV IARH-CD-133B-7 I 3|V (ARH-CD-133B-7 I 3 IV IARH-CD-133B-7 I 3 IV IARH-CD-133B-7

^ 0 2 1 3 9 3 1.96961 36.1001Z — . of o _ 36joo

0i 0 36.100 <? n 36.100

|(o)No XFER Indic, 60S comb.

| (o)No XFER indlc, 605 comb. I

i 36.100 -0 36100 0 36100

01 36.100 01 36.100

t O ARJ+CO-1330-7 4 0 ARH^D-i33D-7_

7 j O ARH-CD-133D-7 .0j 0

4JO I ARH-CD-133D-7 4 JO | ARH-CD-133D-7

3|V IARH-CD-133D-7

3|V | ARH-CD-133D-7

93 from 234-5,118 101-TX 123 from.102-TY, 95 from TX-115-163 water, water 60S

I Shows 9 not 42 I Shows 9 not 42

I Shows 9 not 42

0.021393! 1 1961 37.296[Z II 01 37.2961 11 01 37.2961

01 37.296 0 37.296 0 37.296 i 37.296

' 37.296 0 37.296

410 IARH-CD-336A-7 41,0 JARH-CD-336A-7 0! 1 4 !0 IARH-CD-336A-7

31V IARH-CD-336A-7 3 V _ ARH-CD-336A-7^ Ol 3|V 1ARH-CD-336A-7


O.O |O.D|0 O I Q I Q Q'Q' Q O ' D I Q I Q I O OjO o |0 :0 lo; io o lo :o :o i

! i | o i ± : i !±! ,± : [rlcccr rx.tr ire cr rxiccitritr

;ol>i> !>!>' i>;

ami o o i o i o p i o o o o o l o m o 0 1 0 0 1 0 c i o o | o , o p | o ; o p

nimn JEBSEEfiEEEBB

c^|c^lclSslcl|8|SjclcliScll

oio •- o ale o o|o o| ISl I ' I , i

eo|2' u p (o eoiS co to eo

I si 3 Islsi Is S I K S S S

' 18 8 S r r r r r g g g g g g p g p

Si8 8 IS 8 8 \2\z S! SIS 8 8 8 3 3 8 IS 8 S & 8 Sb 9 P * ]BI

I UJ I UJ I UJ III I Hi

pjanaal muBmrnBam

5 8 8 3 8 8 B 8 £ b sq Jgppgggggggp

IhWII

as:s.SiSiSS!&i&&c;ls.ssl

g|gPgg|g|g|gg| g|pp|pgp|ggg|gg|g|gg!pg:gpp|gggg^ g g g g g g g g g i p g g l g g

http://rx.tr

Trana S M Total SoHda Unit Cum Wasts I Trans iQalT

3 outx J 31 SEND

3 SEND 31 SEND

< 3 SEND I 31 SEND

3 SEND 3 SEND

■ 3sand 3 SEND

■ 3 SEND 3 SEND

I 31 sand | 31 SEND ■ 31 sand ■ 3 SEND ■ 3Isand i 3 SEND

DWXT T2COND TX-102 TX103 TX104 TX-105 TX-106 TX107 TX108 TX-109 TX110 TX111 TX112 U102 U102

LANLcommant

OC 95 to 46 OC 96 (95) to 46 OC 95 to 46 OC 95 to 46 OC 95 to 45 OC 95 to 45 OC 95 to 45

OC 45 to 95 OC 95 to 45 OC 95 to 45

U103 IOC 95 to 46 U105

IU105 IOC 95 to 46

TX111 1975 3 STAT

\u3EMmxm\ 631 631 260 I t W A l 1 EB SENDS tot591

TX118 1076 11 outx TX118 1B76 1 SEND TX118 1976 1 sand TX118 1976 1 SEND

I 11SEND

T2COND ITX103 OC 62 to 33

TX-104 OC 62 to 33 TX106 OC 62 to 33

Andaraon commant | TLM Cum sol lao>vol% soltda IsoHda lot O/A Documantffa f

Shows 46 not 95 Shows 46 not 96 Shows 46 not 95 Shows 46 not 95 Shows 45 not 95 Shows 45 not 95 Shows 45 not 95

Snowws45rwt95 Shows 45 not 95 Shows 45 not 95

Shows 46 not 95

0 41.064 0 41.064 0 41.064

7> 41,064 0 41.064 0 41.064

7) 41 064 0 41.064 0 41.064

_0 __41.064 0 41.064 6 41.064 0 41.064

4 V ARHCD336C7 3 V ARHCO336C7 3 V ARHCD336C7 3 V ARHCD336C7 3 V ARHCO336C7

_3 y_ AHHCP336C7 3 V ARHC^SSfJC? 0

^ V ARI+OD336C7 3V~ ARHCD336C7 3 V ARHCD336C7 0 31V _ ARHCD336C7

Shows 46 not 95

Shows 46 not 95 79 from 2345.1237 from 101 TX, 592 avaooratsd I

01 0 41.064 0 0 0 41.064

0 0 41.064 0.021393 1.6045 42.668 Z

0 0 42.668 «e6a

_<2 668 01 0 42.668

42.668 0 42.666 0 42.666 0 42.666

42.668 0j~ 42.666 0 42.666 0 42.666 0 42.666

3 V ARHCD336C7

3 V ARHCD336C7

ARHCDj33607 ARHCD336C7

ARHCD336D7 ARHCD336D7 ARHCD336D7 ARHCD336D7 ARHCD336D7 ARHCb33607

75 from 2345,297 from 101TX. 460

0 0 42.666 11 42.6661

01 0! 42.668!

0.021393 1.0269 43.695 Z 0 0 43.685 0 0 43.695 0 0 43.695 0 01 43.695 01 0 43.695

Shows 33 not 62


EjEEXâaaWI 01 43.695 0 43.695 01 43.695 01 43.695 0 43.695

43.695 0 43.695

ARH-CD-336D-7

ARH-CD-336D-7

JARH-CD-702A-7 1ARH-CD-702A-7 ARH-CD-702A-7

ARH-CD-702A-7

ARHCD702A7

ARHCD702A7 ARHCD702A7

TXFarm, Pg. 101 WHCSDWMTI669, Rev. 1

Tankn Yaar Qtr T ITX118 I 197A! 11RFND TX118 1976 1 SEND

lb*:g| | .aaaaTg]| TX118 1976 1 sand TX118 1976 1 SEND

TX116 1976 1 sand h t a i i p w ^ i [TX116 | 19761 1ISEND

ITX118 ! 19761 1 SEND

Trana Stat Total |Sottas Unh Cum IWasta Trans I tank IDWXT LANLcommant

OC 62 to 33 OC 62 to 33

OC 62 to 33 OC 62 to 33 TX1167

OC 6210 33 OC 62 to 33

1976 1 STAT 19761 2 XIN 1976 2 XIN 1976 2 sand 1976 2 sand

i i^tlBBhilaal ll_L_BI lk£5aMaaT5l|

IgCTirMaTETTIaaTH

|iTgtSaTpng]Eâaaa1l

LtHtl.alaaTfnyiCTTaaaall

ifj;a»aiaitvj]i

ii«iiB8{nni

469 460 17 486 61 547

23 524 11 513

527 527 527

563 563 563

127 436 436 436

469 460 115 354

354 354 145 490

566 566] 612

675 675 116 793

-176 615 615 615

140 773 114 659

659 650 61 •52 546

473 571

571 571

2601 tN/A i I tN/A I t W A l frN/A

_ _ . »WA tN/A

260 tN/A tN/A

260 tN/A tN/A

299 tN/A tN/A

261 tN/A tN/A

299 tWA I tN/A

299 tN/A tN/A

tWA 425 tN/A

tN/A tN/A

340 tN/A tN/A

IN/A I tN/A I

340 tN/A tN/A

I SENDS tot363 WTR Omis.

Omis. IS102 Omis. S102

TX111 TX111 Omis.

IS102 IS102

S102 S102

SY102 SY102

SY102 SY102

SY102 SY102

SY102 SY102

SY102 SY102 TX103

ISY102 SY102 TX103

1 SU SY102 1 SY102 SY102 1 NCPLX 1 CST WTR 11 ISY102ISY102 1 NCPLX

I Andaraon commant

46 from 2345,69 from 116TX, 466 from 101TX. 40 watsr. 364 avaporatad




Shows 33 not 62

Omission Omission

TLM I Cum I sot aolvot% Isollda solds ■

0 43.695 01 43.695

Ol OVA Documant/Pa I

Add neutralzsd tank

Acid nsutraKzad tank

AEvao Faad con. acid nautralizad tank

Evap Faad con. acid naulralizsd tank

EVAP. Faad Con Acid NautralTk.

HLSW Add Neut.

0 43.695 0 43.695

0 43.695 Ol 43.6951 0 43.695 0 43.695 i 0 43.695

0.021393 1.305 45.000 Z Ol 45.000 Ol 45.666 Ol 45.000 0 45.000

0 45.000 Ol 45.000 0| 45.000! 0 45.000 Ol 45.0O0I 0 45.000 Ol 45.000 0 45.000

Ol 45.000 0 45.000 Ol 45.000 0 45.000

3 V ARHCD702A7 3IV ARHCD702A7

3 V ARHCD702A7 3 V ARHCD702A7

3lV ARHCD702A7 3jv ARHCD702A7 0> 3|V ARHCD702A7

2 V ARHCD702B7 2IV ARHC0702B7 2IV ARHCD702B7 6l 3 V ARHCD702B7

ISolid Laval Adi. 112178 0 45.000 0 45.000

0! 45.000 0 45.000 0I 45.000 Ol 45.000 0 45.000 Ol 45.000 0 45.000!

TXFarm, Pg. 102 WHCSDWMTI669, Rev. 1

Tank n lYaar Qtr IT

llt'fll-pafnril

(Trans S M Total j Solids junk Cum {Wasta Trana M M DWXT ILANLcommant Andaraon commant

TLM iCum i sol solvor% sollda aoHda IOI Q/A Documant/Pa t

hfall-lJMEvjl

Hrlgtl-alMFTll TX-118 1982 4 sand

TX-118 1993 2 STAT

TX-118 ] 1993J 4 STAT

TX-118 1994 1 STAT TX-118 2000

662 662 694 363 272 601

601 601 615

615 615 642

642 642

412 412 412

360 360 -15 I 345

1 327

299 -10 269

-3 265

340 tN/A tN/A tN/A tN/A tN/A

340 tN/A tN/A

340 tN/A tN/A

340 tN/A

tN/A 340 IN/Al

tN/A

347 tN/A tN/A tN/A tN/A i f * A I t f *A tN/A I tWA

SY-102 SY-102 SX-106 SX-106

TX-101 TX-101

SY-102 SY-102

SY-102 SY-102

TX-103 TX-103

Ne* Photo 12-19-79

1 NCPLX 1 swlkj 1 swUq 1 SwHq . 1 swHq 1 swtiq 1 Swttq 1 swHq

Naw Solids Laval 11-17-60.

111,2" from surtacs lavsl data Husa 111.2* from surfacs lavei data Husa 111.2* f rom surfaca lavai 1 Husa j

0 45.000 0 45.0001 0 45.000 0 45.000 0 45.000 0 45.000 0 45.000 0 45.000

0 45.000 0 «.000 0 45.000

0 45.000 0 45.000 0 45.000 6 45.0001 Oi 45.000[ 0 45.0001 0 45.000! 0 45.000

__0{ 45^0001 J 1:

App.E, TXFarm. Pg. 103 WHC-SD-WM-TI-669, Rav. 1

Trans Stat Total Solids Unk Cum .Wasts Yaar Qtr Typa vol

l a w , . . 1953J 3 CSEND 19531 31 REC I 1953 3 STAT 1953 4 REC ! 1953 4 sand 1 1953 4 STAT 1954 1 STAT

1954 2 STAT 1954 3 OUTX

vol vol vol

0 556

N/A 556 696 758

758 758

1954 4 XIN

1954 4 X N

1954 4 STAT 1955 1 SEND

4 OUTX 441

739 739 564 | 175

175 175 326

_326 326 579 729

729' 729 905

1017 576

0 576

576 576

TY101 TY101

I 19561 1 19561

21 STAT 3 ISTAT

TY101 1956 4 OUTX TY101 TY101

19561 19571

4 STAT 1 STAT

752 752 _7S2 _752

183 183 183 178 176

213 213 213

219 219 219 219 219 219 219 219 219 219 219 219 219 219 219 219 219

164 tN/A IN/A

164 INI A tN/A

195 tN/A tN/A tN/A

195 tWA tN/A

I tN/A tN/A tN/A tN/A

200 tN/A tN/A tN/A

200 tN/A 200 tN/A

IN/A 183 tN/A 176 5

IN/A] 176 tN/A

IN/Al 178 tN/A 178 tN/A 176 tN/A 178 tN/A 178 tN/A 178 tN/A 178 tN/A 178 tN/A

Trans j | I tank DWXT ILANLcommant

TY102 TX117 TX117

Andarson commant

TX116 TX116 TY102

T025 CRIB

MCFsCN ICFsCN

T026 CRIB T1EVAP TISItCk

1st cycl* rasvapordtacJ Bottoms Scfiadulad to ba pumpsd to ditch

Rasvaporatad bottoms pumpsd to ditch

i .TLM Cum isol lsolvor% isollds solids

0 o.oooi 6 o.ooo, 6 "o.oooi o o.oooi 0 0.000 0 0.000 0' 0.000

■ 7 t

0 ol 0.000! j 1 0 0 0.0001 1

0 _ 0 0.000 I 1 6.042081 4.3764 .7.376 1CFH 1 6.042081 J2.372 16.748 ICFst 1 0.042081 12.414 29162 1CFe< 1

Ql Q/A Documant/Pg t

Startad racaiving scvg. wasls on 102454

Pumpsd 564,000 gallons. Supsmata to 116TY

I tor 1C scvg wast

Racalvas TPiant 1 C wasta setHad for dcanling. Noncrlbbabta dua to axcassiva cobalt 60 OK for normal cribblny

0 0.042081

6 6.042081

" "6.042081 0.

j 0.O42O8l| [ 0.042061;

) °I j _0.079661 i 9. ; 0.042081

0.042061

Ol 0J 29.162 uT 0| 29t62

_ _°! ?9!62i ! 6.3542 35.5i67cFst.

_ 0 35.516) ] 10.646 46.162J1CFS( 6.3121 52,475llCFs<

0 52 475 ] 7.4062 59 681 1CFs( 4.713 64.594 1CF*

0 64.594 ; 0I 64.594 T1EV.

«J110.594[T1StlC 7 0|110.594| j

4.2501: it4.844|1CFa( 3.156 118.000 1CFs(

TY1 CRIB OC 533 to 569 and T026 to TY1 Shows 569 not 533 to TY1

569M gals to_it1_ TY _csvem_ Latast alactroda raddlng

[Latast alactroda raddlng

Latast alactroda raddlng

0 0 viepooj

0 0 116.000j 0 6 118.0001

0 116.000 6 118.660 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000

0 116,000f 0 neoooj 0 118.660.

SEND of 402 and 19 fatal TY106 TY106 togethar TY106 iTY106 !

0 116.000! "olne.ooo!

3 0 iHW360017

2 V lN5490 1 1

4 0 IHW624217 4(0

!HW619527

App. E, TY Farm, Pg. 1 WHCSDWMTI669, Rev 1

Trans jStat Total [Solids Unk JCum Wasta Trans I Ivol Ivol Ivol Ivol Itfr lunk Itvna tank DWXT ILANLcommant

1959 3 STAT

1971 3 STAT 1971 4 STAT 1972 1 STAT 1972! 2iSTAT

17B IN/A 17B tN/A ITS IN/A 176 tN/A 17B IN/A 178 tN/A

IN/Al 17BI IN/A

tN/A 176 tN/A

IN/A 178 2

IN/A 178 tN/A

IN/Al 17B tN/A

IN/A 17B IN/A

I tN/Al 176 IN/A |

IN/A 1761 IN/A]

' t tN /A l

-5 TBP •5 TBP

^5 TBP -5 TBP -5 TBP -5 IC.TBP -5 -51 IC.TBP

7 tN/A 1

149 tN/A "149 tN/Al 149 tN/A 149 -1 149 tN/A 149 -1 1491 -1

-3 IC.TBP

-3 IC, TBP ^ 3 -38 TBP -38 TBP •38 TBP -38 TBP I -38 IC, TBP •36 SU -38 -3B 1C •36 SU ! -36 TBP -381R ■38 R -3B TBP, R -371 TBP. R -39 TBP. R -39 TBP. R -36 TBP. R -39 R -39 TBP. R -36 TBP, R ■361R I -38 R T -36 TBP. R -39 R -39 TBP, R ■40 TBP, R -41 TBP, R

ITX-118 Omis.

SX-103 SX-103

755 755 149 3 -36 TBP, R 752 752 149 -3 -41 TBP, R 751 751 149 -1 -42 R 751 751 149 tN/A -42 R

Andaraon commant

|74M rec'd from 106-TY;; rec'd I402M wasts from 106-TY

6 month report Latest electrode reading

6 month report 6 month report

| Latest eiectrode reading

6_month report

6 month report

6 month report

6 month report

6 month report

6 month report

492Mfrom 103-SX

-Dry Wells No.s 52-01-01, 52-01 -OS and 52-01 -09 were drilled.

I TLM ICum ieolvol% Isollda 'solids

0j116000| OM18.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 0 118.000 6 118.000 0 118.000 0 118.000 6 118.000 0 118.000 6 118.000 0 118.000 0 118.000 0 118.000 0 118.000 b'lis.ooo 0! 116.000; 6 iiB.oooi 0 iiB.oooi 6 HB-Ooqi 0 11 B.0001 0 116.000] 61 i IB. 600; 0| 118.0001 oi i iB.000; 0 IIB.OOOI 0 ne.oooj 6 118.000 oj 118.066 6 118.000 6 118.000 0 118.000: 0 1 IS.606] 6 118.0001 0 116.000 0 tlB.OOO 0 116.000 6 tie.oool 0 IIB.OOOJ 0 tie.oooj 6 i 16.660!

OJ Q/A I Documant/Pg I

0 118.000 o tte.ooo 0 116.0001 01 118.000

1

TYFarm, Pg 2 WHC-SD-WM-TI-669, Rev 1

3,3|33|3;3;3;3 .313 i3:3|3 '313 3131313 3 3 ?

* l ^ * u roUik ulni U * i u M -• k lU IV) U> *

8 SIS S S S S S S SiS SiS SIS S 3 !S IS 3 S IS

co ico icrt.tn iwitn iwicn icniw iwiwien icnit/>itfl ixiwitniwi<niH

figi^li? -

S 8ISiS 8 SIS 18 SIS 8 8 3 SIS iS 8 3 S 8 3 S

I? | - |? |o> i? l i i ? ! ^ |? l2 !?|» laHibju l ? l ? ' S I ? r b i - j ? i ;

o l o o i o S S c i g l g g i o ^ i o S o o l g is m & iS o & o !o £12 3 ^ 2 2 s i oio it t &

^ - - - . - - - ( • ( i

O O O O'

£ ^rnim'tSiad'Ob'CDiCjd'Cb1

O » — ■■* — — ■*■■

!3lS!o :8|S

<>5 8l8 i8 l8RI8 i8

r?'Tl8| t T

s ^ s i s i i s i s i s i s i s i s s s s s ^ ^ ^ i S b s ^ s R j is I s s s i s s s s

pLiH^miiyiyiiliLiiiLlil a a IS 8 3 £ S 8 SIS S £ o SIS SlS SlS 5

? ? , ^ ? ?ô ? ? ? ?

— 1 ^ — ro ib rb I rn rri' m m ,m 'm |m im i - m r T T r t i m i m i m m r n i m m m i m : l-^ i - ^ - ^ i m p m m m m| in j CD! CD tu co co en I p i t a to|t»!fco|p W! coirs OJ oo -oa joo ;ai i p p|p|o>in»|rjD|n> : m ; — miwimirnitnimi

ro ro .ro |ro :ro | iu |ro iro .ro |ro ,ro |fo !ro Iro ' iu ro iro iro .ro Iro iro iro Iro iro Iro Iro .ro iro iro ro i ro i ro ro i ro i ro roiro ro . ro l ro i ro i ID 1(0 ;eo ,io ltd leo 1(0 1(0 110 |(0 '.ID leo 1(0 1(0 ID 1(0 .ID \ID .ID <D '<£> ieo leo leo ice) led .ID leo :eo ID ID\ID IO\ID\<O ID Ice) 1*0 '(D |eo \io p i p p i p p i p P ! P p | p i p i p ' p p ' p l o . j? g

Ysar lotr JTypa 1965 2 STAT

. ! * » 3 STAT 1965 4ISTAT

| Trana Stat vol Ivol I

I 755

Sollda Unk Cum Waste Trans vol Ittr lunk Itypa tank DWXT ILANLcommant

57 14 19 57 tN/A 1 57 IN/A 19 57 tN/A 19 57 tN/A 19 57 IN/Al 19 57 tN/A 1?| 7 _j_ I 57 tN/A 197 I T 1 571 tN/Al 19! I I I 57 tN/A Ii 57 tN/A 19 EB

1 18 57 tN/A 181 57 tN/A : 1 8 E B _ 57 3 _:J5EB 5 7 3 18 571 IN/A II 57 tN/A IB EB 30 IN/A __16EB

"66 IN/A 7P1 I I

530 530 531 531 530 530 530! 530 531 531 5321 532

736 738 739

739 739 739 739

706 706 712 717 719

30 tN/A 1B tN/A 1

30 tN/A 181 IN/A 1i

30 1 17 30 IN/A j "17 30 IN/A 17

TX118 Omis.

TX1 IB Omjs. ~[ j j stats at 07

15IEB 16 EB 16 SU TY103 TY103 16 EB.BL.OWW, RX 16 SU lTX116 TX118 P194 to 5 16 EB. BL, OWW. R X ■16 SU ITX11B TX11B

33to1

16 EB.BL.OWW, RJX 16 EB, BL, OWW, RX 16 SU . TY101 TY101 16 SU TX118

14 SU TY101 TY101 14 SU TY103 TY103 14 SU TY104 TY104 14ISU I 7 x 7 1 8

TY102 1974 3 STAT 602 602 611

lTY102 I 1974| 4|REC I 1I 7 6181 TY102 1974 4 SEND 123 495

IN/A 10 SU TY101 TY101 tN/A i lO SU TY103 TY103

'.IN/A JO SU TY104 TY104 ' tN/A 10 SU ' " [TX116

I Anderson comment 6 month report

Ogden comment j JTLM JCum .sol Iso lvor* [solids Isollda ]l Ioi Q/A Document/Pg t

194 10 118TX

73310 1J8TX i.~: : . . .

] "Dry Wells No.s 520201, 52 0205, end 520209 were drilled.

202 from 103TY

27from101TY,62W11B

6from101TY, 5 Irom 103TY, 2 frcm 104TY, 3 from 105TY, 121 t0l16T

0 0* 6i ol

°l ol -i

29.000 29 000 29.000 29.000

;

, 11

! il 1

1l r

I I

0 0 29.000 1 I 0 0 29.000 i ; 0 01 29.000 1 i 0 0 29 000 1 0

B « 0 0 0 0 0 0 6 0 0 0 0 0 0 6 0 0 0

0'. e

l ol

0

BBBBBBII _ 0

0 0 0

29.000

^ f f l H 29.000 29.000 29.000 29.000

Oj 29.000 0 0 0 0 0 0 g 0 0 6 o 0

oi

__.° oi

29.000] 29.000] 29.000; 29.000 29.000 29.000 29.000 29.000 29000 29.000 29.000 29.000 j

29 000 29000 29000

1 i 1

1 j

i l

3 V

' 3 V

i 1

1' 1

1|

I

ARH1666CB

! ;ARH1666D8 ] I I

0 0 0

0 0 0

29.0001 29.0001 29.0001

1

i 1

1 j

01 0 _"

0 29.000, 29.000J

1 4 O

I JARH2794B7

o . 0

01 0!

29.000 29.0001

1 1 l !

I I

0 0 0

o _° 0

29.000 29.000 29.000

V-

i K > i i

0 0 0

0

6 0 0

°_. 0 0 0

66

0 _ 0

6

0 0 0 0 0

_._ o o 0 0 0

29.000 29.000 29.000

29.000] 29.0001 29.000' 29.000 29.000

29.000 29.000! 29.000 29.000 29.000

: 1 4 O 4 b

1 1 1 1 2

' 1 ! 4 0

i 40

! <o_ I 4 0

ARHCD133B7 ARHCD133B7


'ARHCD133D7

Tank n Year Qtr T

TY-102 1974 4 STAT I Y J I O ? . . .J?75' 1 REC TY-102 ~[ 1975 _ I S T A T _ TY-ip2 [ 1975 2 REC JY:1?2. ! i?75 2 SEND TY-102 j 1975 2 STAT TY-102 | 1975 3ISTAT TY-102 1975 4 STAT

[TY-102 | 1976! 1JSEND

Trans Stat Total Solids Unk ICum 'Waste Trana ; vol vol vol vol tfr unk type tank IDWXT LANLcommant

494 494 500.

499 499 500 469

469 469 . « 9 ! _ _469l

469| 469|

29j -1 jJJ. EB, BL, OWW, RIX/TBP, fj __ IN/A -11 SU JTY-l6i]TY-101 T" 2 ? L ; L -12 EB, BL, OWW, RIXJBP, F

tWA _.. :12 SU TTV-101 [TY-101 _ IN/A -12 S U _ J |TX-118 29 IN/A -12 EB, BL. OWW, RIX, TBP," 29 [ tN/A :12 BL, OWW. RIX. TBP iR__l 29J IN/A -12 EB. BL, OWW, RIX.TBP,¥

TlN/A -12 SU 1 lTX-101

I Andaraon commant [Ogden comment J9trom101-TY.6from103- j 'TY, 1 frcm 104-TY, 123 to ' [11B-TX _ I

_l "._ ."" [__ "1" " "_ i5from 101-TY \

ITLM Cum -sol ' sof vof% Isollds isollds jtype JQI Q/A |Document/Pg I

312 312 312} 3121 315 315 3151 315j

65 tN/A | 65 tN/A

73 _ 73J __ 66 IN/A 73 73] " 661 tN/A 73 73 66 IN/A 73 73 66 tN/A 73 73 70 IN/A

3 70 tN/A 73 73 70 IN/A

T s l 73 70 _IN/A IN/A

641 IN/A

I TY-103 | TY-103 lOmls., LCTY-103TOTY-1021

1 from 101-TY, 31 to118-TX

4-

162tOl01-TX.3from103-

-10 EB, BL, OWW. RIX, TBP, -7 EFD -7 EFD 7 -7 s . i i »

-7 0 -7 NCPLX

-2 NCPLX •2 NCPLX J . NCPLX -2 NCPLX •2 NCPLX -2 NCPLX -2 NCPLX -2 NCPLX -2 swllq •2 NCLPX

j Space low heat

[jnt liquor storage __ Int. liquor storage

A salt welt receiver * Dry Wells No.'s 52-02-06 and 52-02-11 were drilled.

IA salt well receiver 'Active Salt Well Receiver, Int 'Liquid Storsge

[New Solids Level 2-28-79, 1 inactive

New Photo 1-30-80

g; 29000 OJ 29.000 o] 29.000 0] 29.000 0! 29.000 0J 29.000 oi 29.000] oj 29-000] OJ 29.000!

0 29.000] 0 29.000 j 0 29.000 0 29 000 6 29.000 0 29.000 0 29.000 0 29.000

0[ 29.000 o] 29.0001

O; 29.000 0; 29.000 o' 29.000 o] 29.000

Oj 29.000 0 29.000 6 29.000 6 29.000 6 29.000 0 29000 0 29.000 0 29.000 0 29.000 0 29.000 0 29.000 0 29.000

4 O ;AHH-CD-133D-7 1 ; 4 6 JARH-CD-336B-7 4 O | ARH-CD-336B-7

4JO ARH-CD-702A-7

31M/V ARH-CD-702A-7

App. E, TY Farm, Pg. 7 WHC-SD-WM-TI-669, Rev 1

Tank n Year Qtr IT TY-m3 I IWVll I I TY-103 1953 3 CSEND TY-103 1953 3 XIN rY-103 | 1953 3 XIN

tlY-103 13531 3 XIN ITY-103 I 1953 3 send

4 sand 4 STAT ljCSENDj

I I fB 'â lK^ laWlPf lTaalBI TY-103 1954 1|send

rTY-103 1954 1 STAT ITY-103 i (TY-103 I 19541 2IXIN TY-103 | JJS4 2 send

IfY-103 I 1954 2 send TY-103 1954 2 STAT TY-103 1954 3 STAT TY-103 1954 4 SEND

TY-103 j 1954 4 STAT |TY"-103 I 19551 1 XIN I 306

1 281 lTY-103 i 19551 l i x iN I 190 ITY-103 j 1955| 1|SEND i -700 TY-103 1955 1 STAT TY-103 1955 2 XIN 135

Trans jStat Total j Solids Unk jCum Waste Trans Iter* DWXT LANLcommant Andaraon commant

1036 1516 1035 758

75il 7581

3 758 756

755 755 755 7551

IsajSj&jailEin

liuESK&n

TY-103 1956 2 STAT TY-103 1956 3 XIN TY-103 1956 3 XIN

306 437 2811 I 718i 190j T'voeT 700i 208

206 208 135 343

138 750 759 759

300 1059 460 599

590 590 166 756

758 758 3 837

123 960 528 432

42B 426

524 524 11 535 11 546

0 3 [lN/A\

tN/A! INI AI tN/Al

124 IN/A tN/A

tN/A 196 9

IN/A IN/A

200 -tN/A

205 tN/A tN/A IN/A IN/Al

210 -tWA tN/A tN/A

221 tN/A tN/A tN/A

TY-103 1956 4 OUTX -358

TY-103 1956 4 STAT

TY-103 1957 1 STAT

I Receiving TBP waste_

J TLM Cum sol sol vol% Isollds Isollds I

6i 0.000) 0028098 Jl_3gp9_i 13.009JUR 6.028096 16.0721 29.061-UR

_0.02809B 13.515 42.596iUR 0 0 42.596? 0 0 42.596 6] ___ 6 42.596

0.026098! 0.8148 43,411 UR~

jtCFeCNj j ICFeCN

f j C N l lTY-104 1

ICFeCN T-026 CRIB

ICFeCN ._ ICFeCN T-026 CRIB

To be pumped 111-TX | Reserve capacity for 10 jscvjjd waste__

]lor IC scvg waste

SefflJn^torjMuntlng j

] Pumped to TY t l cavern

S.S. receives 1C from T-Plant

0 0 43.411 6 43.411 _

0.028096 15.2B5] _5B,696]uR 0 0( 56.696J 0] 0! 5B.696J

_° 028096 1.9668 60.6631 UR 0.028096 0.3372 61 .OOOJ UR

0 6 61.606 0 0 61.0001

j 0.022307 . 6.022307 I 0 022307 I 0

0 _J>.022307

0.022307 0.022307

I 0 0.O223O7

6

0^)22307^ 0

0.022 307 0.022307

6 0

0.022307 0,022307 0.022307

546 546 221 IN/A -10 IC S.S. receives IC from T-Piant OC-241 lo-358 and T-026 to

j tN/A| -10JSU TY-1 CRIB TY-1 Shows 358 not 241 lo TY-1

1B8 IBB 188 tN/A -10llC

233 233 220 IWA -10 IC

S.S. 358 gals t o l l TY

1 Latest electrode readme

67.826; 1CFe< 74.094; 1CFe( 76.332 ilCFet 78 332i i 78.332 81-344 1CFel 87,344 1CFe< 90.422 1CF<* 90.4221 " i" 97.114 ICFet 97.114 I

g] 0 107.5091 _ I 1 0.0223071 0.2454 107,755TlCFe( 1 0,022307 0.2454 108.000 ICFef 1

Oi ige.oog 1 0 108.000 0

3.7475 100.862 ICFet 1 qigg.862 I 1

JL7622 102624liCFe( 1 2.7437 ig5.368 1CFe< 1

'_ 07"05,36B ]" i _ 0 105.366_ J 1

1.3384 106.766 ICFeC 1 0.5354 107.242 ICFef 1 0,2677 107.509 1CFe( 1

0l 108.000! ! 1 _

Trana Stat Total | Solids iUnk Cum iWsste ITrans

1958 2 STAT 1958 3 STAT

vol vol vol

I 290 290 1 I 2931

293 293 293 293 293 293 293 293 293 293

" 293 293 2931 293

"" 290 290

tank DWXT LANLcommant I WTH

516 516 516 516

! 516 516 516 516 516 516 510 510 N/A 510

1 741

I 741 7*11 N/A 741

739 739 | N/A 739 l" 739 730T

N/A 739 T 7 3 9 739

N/Ai 739 739 739 N/A 739 739 739 N/A 739 739 739 N/A 739 730 730 N/A 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730 730

4 546 546 546

2 184 164 164

B 730 730 730

bi 1 i9ot I 1901 190

220 tN/A [IN/A]

220 IN/A 2201 IN/A 220 IN/A 220 tN/A 220 tN/A 220 f tN/A 220 IN/A 226 -3

tN/A 220 tN/A

tN/A 220 IN/Al 220 tN/A 220] IN/AT 220 tN/A

J!20 tN/A 220 ""-6

tN/A IN/A

I I 220 tN/A |

ItN/A

220[ -2 | tN/Al

220 tN/A! IN/A

_220 9Nli IN/A

220 tN/A IN/A

220 IN/A ItN/A

220 tN/A

ioiT -IN/A

101 tN/A 101 tN/A 101 tN/A 101 tN/A 101 IN/A 101 tN/A 101 tN/A 101 tN/A

IN/A 101 IN/A

IN/A 101 tN/A

tN/A 101 tN/A

IN/A 101 tN/A

tN/A

I Anderson comment I Ogden comment

| Latest electrode reading

TLM Cum sol ;

Sotvor% solids Isollds Itvoe Ql Q/A , Documant/Pg t

Latest electrode reading

-13 TY-106 TY-106 Omis. LC TY-106 TO TY-103 Omission -I3 1C.TBP Rec'd I9M waste from I06-TY I -13 SU TY-106 TY-106 -13 TBP I I j _ 1207M from 106-TY I -13 TBP " '_ _ _ _ _ _ | -13 TBP -13 TBP i -13 1C.TBP _ J -1911C, TBP, DW j J !6 month report _ -19 T " " I

TX-118 TX-118

-19MC.TBP. DW

-21 IC.TBP, DW ;2i ] _ 1 -21 1C.TBP. DW -21 -21 1C. TBP, DW -21 ~ I -21 IC, TBP, DW -21 -21 1C.TBP.DW j21 | _ _ -21 IC, TBP, DW -21 ' """j -30 IC, TBP, DW

-30 TBP, DW -30 TBP, DW -30 TBP, DW -30 TBP, DW -30 TBP, DW -30 TBP, DW -30 TBP, DW -30 IC, TBP, DW -30 SU TX-11B -30 IC, TBP, DW -30 SU TX-118 -30 1C.TBP, DW -3°_ SU IAX-102 AX-102 J M 1C, TBP, OWW " -30 SU i_ _ TX-11B -30 OWW "" " " " -30 SU BX-102 l iX-102

231M Irom 11B-TX 6 month

Latest electrode rdg 6 month |

6 month report

_ 6 month report

6 month report

6 month report

j6 monlh report

16 month report

184Mto1tB-TX

362MI0 11B-TX

iRec'd 546M Irom 102-AX

540M to 116-TX

°'_ 6 0 6 9'..' o] 0 0 6

0 6 0 g 0 0 6 0 g

0

0i

J 0

6

0!

0

6

6 "

P.....

6 0 0

o ige.ggo 0 108.000 ol 10B.606 6' ioe.ooo 6 108.000 6 106.000 0 ioe.ooo 0 106.000 0 IOB.OOOF 0 106.000 "

" 6 ioe.ooo

0 108.000 0 106.000J 0 ioe.ooo i 0 106.000 6 ioe.ooo

" " opoe.ggo 0i 108.000

"" 0 108.000 0 ioe.ooo 0 108.000 0 ioe.ooo;

0 108.000] " 6 ioe.ooo]

01 108.000

0! 108.000 ol 106 000 0 ioe.ooo; oiioe.ooo: 0] iofj.600 oj 108.000 0 ioe.ooo 0 166-606 0 ige,66o

" 0 108.000 0 ioe.ooo 0 108.000 0 ioe.ooo 0 ioe.ooo 0 108.000 0 IOB.OOO

I Oj ' 1

"! ; P;

11

1] ; 1

i

3 V

4 0

i ]l 4 0

7 j ;■ l 1; i 1

! I ( HW-62421-7

HW-62723-7

HW-72625-7

:

i

-° 0 0] ioe.ooo 61106.000

1 ' 1

I i

°L-0\ 0 106.000 61 ioe.ooo

1 1

i

0 0 IOB.OOO t 0 0 108.000 4 0 ARH-95-B 0 p 0 6 0 0 6 ■ 0 i

0 108.000 0 106.000 6 106.000 0 igegoo 0 loe.ggo 0 ioe.ooo 0 108000 0 106000

I 1. I 4 O ; 1

4 0 1 4 6 1; 4 ' 0

ARH-326-e

;ARH-534-B

ARM-721-B

ARH-871-6

App, E, TY Farm, Pg. 9 WHC-SD-WM-TI-669, Rev 1

3.3 |3!3i3 ,3 3 3 |3|3 13 3 3 :3 3|3 :33|3;3 3131313 i3 3 3 313 ;3l3|3'3l3 |3|3<3 3|3|3 313!

I CD S Sicb leb cfiicDiCb .ColcS S 'ODICD C&ICOICQ OD cfi'Cbicb cb CD roicfi CD C 6 : W S i t u CD dbi<S'GD'C& 05 ■

I D ] ] H 3) 3] UJ'ID: 33 U

Tank n lYaar iQtr IT Trana Stat Tola! , Solids junk Cum Waste I Trans I i

itenk DWXT iLANLcammant

I ts'aii!taalBBlLiielBaaTcTnTTBaaa1l TY103 19731 3 SEND TY103 1973 3 SEND_

TY103 1973 3 STAT TY703 J..1973 _4 SEND TY103 1973" 4 STAT

TY103 I TY103 TYjl03 TY103 _ TY103 TY103 I TY103 TY103 I TY103_ J TY103 1 TY103

4ISEND I 41 STAT i 1 STAT | 2 STAT ' 3 STAT 4 STAT I 1 SEND

1971 tN/A J97 _ 1 _ 197 " 1

IN/A 197 1

197 2 T tN/Al

19" i U » 197

IN/Al 197 _ ' '

IN/A |

22 BL, OWW. RIX 23 BL.OWW, RiX 24 BL, OWW, RIX 25 BL. OWW, RIX 30 BL. OWW, RIX 33 BL, OWW, RIX 22IBL, OWW, RIX~f ■22 SU j TY102 ■23 BL, OWW, RIX 23 WTR T 7 WTR 23 su T f x io i "

j23 sy_ I TX111

25 BL, OWW, RIX 25 SU i TX118 25 BL, OWW, RIX :29 OWW, RIX^ 7 ! 29 SU ~~T TX118

Anderson commant • Dry Wells No.'s 520303.

520306 and 520312 were drilled.

202 lo 102TY

3 213 2191 2191 21? 219i

_ _ 219 '"" 219 219 2191 219 219 219 219 219 219

219 219 219 219 219 219 219 219

-47 172

219 IN/A' ! 219 tN/A 9 2191 IN/Al

IN/A 9 SI

IN/A 9 219! 6 I 15 219 tN/Ai 15 219 tN/A 15 _ 219 tN/A 15 219 tN/A 15 219 IN/A 15 219 IN/A 15 _

219 tN/A 15 219 tN/A 15 _ 219 tN/A 15 _ 219 tN/A 15 0

tN/A 15

I Tank leaks, 2 water, 76 to J116TX, 227IO104TX

_ Tank leaks, 9 to 118jTX Tank leaks

Tank leaks, i 6 to l l 6 TX"

_Tank leaks, 5 toJJ^TY~7

Tank leaks, 6 to 102TY Tank leaks Tank leaks Tankjeaks Tank leaks

TY102 IOmis..LCTY103TOTYl02

4 STAT 1 STAT 2 STAT 3 STAT 7 4 STAT j 1 STAT~ I 2 STAT 3 STAT 4 STAT

172 172 172 IN/A 172 172 172 tN/A 172 172 1721 tN/A! 1721 172! " i72 l tN/A l 172| 172| 172 172 172 172 172 172 172 172

168

172 tN/A 172 tN/A 172 tN/A 172 IN/A 172 IN/A

IN/A \ IN/A ' tN /A l 15lswKQ

Tank laaksL3 to 102TX

_ jnaeSive leaker Inactive Jeaker Inactive leaker Inactive leaker Inactive leaker Inactive leaker, saft well installed Leaker, Primary Stabilized

Solid Level Adjusted H678

New Photo 13106

TLM Cum sol solvent solids solids 1

0 106.000 0 ige.ooo 6 106.000 g 106.000 0 ige.ooo 0 ioe.ooo g ige.ooo 0 ioe.ooo 0! ige.ooo 6[i 06.000 PI i.PIPoo 61 ioe.ooo

OJ 106.000J 0 108.000 0 106.000 0 108000 g ige.ooo] 6 ioe.ooo' 0 ioe.orxV 01 ioe.ooo; 0; 106.000; oj ioe.ooo j 01 ioe.ooo] o[ioe.ooO| 0 ioeoooj 0 ioe.ooo] 0 ioe.ooo]

0 106.000. 0 106OOOi 6] 108.000 0 108.000 0 106.000 6 ioe.ooo 0 106 000

0 ige.oooi

0 ige.000 6 108.000 Oi ioe.ooo 6 ioe.ooo 0 108.000

o] ige.oog 0 108.000 0 ige.ooo 0 108.000 0 108.000 pi 106.0001 Ol 106.000 ] ohoe.oooj otioBodoi OMoe.oooi

CM I Q/A I Document/Pat

4 O ARH2794B7 1 4 O ARH2794C7 4 O ARH2794C7 4 O ARH2794C7

4 |0 ARH2794D7 1 l

4 |0 IARHCD133B7

4 l o IARHCD133D7

4 |0 IARHCD702A7

3 MA/ JARHCD702A7 l ] i

i; i

App.E, TYFarm, Pg. 11 WHCSDWMTI669, Rev. 1

£IE|E£:£ i£ iE!£° ■ggggggjggggfffflEfiH J :3 3 3l3,33l3.3 3 ,3 3i3;3i3:3:3,3 :E.E £ ElEiElE.EiEIS'ElE £ £,£ ElE £ £■£!£!£ £|£;£ H

ifrînfTig^t^nrinufsiaji iro r u i r j i ' l . i i » l * . ' f c l o j i ( j n j

<0 o o l o i I S S

;ii!£ii i rs

I Tank n Year lotr T

TY104 1960 _4JSTAT TY104 i 1961 IIREC

ITrans jstat Total ! Solids Unk Cum Wasta I Trans i ' ' ' junk DWXT

<i 1 / i i n r , i u _] | 496] 496j 74] 2 15 TBJVtC

1601 f 6S6J | tN/A " 15 SU ITX11B TX118

LANL commant Andaraon commant

TY104 1961 TY104 1961 TY104 1961 TY104 1961 TY104 1961

ITY104 I 19621 TY7O_4 I 19621" TY104 1962 i TY104 1962 TY104 1963 TY104 I 19631 TY104 71963 TY104 1963 TY104 1964 TY104 1964 TY104 19641 TY104 1964T" TY104 19651 TY104 T965I" TY104 1965 TY104 1965 TYi64 1966 TY104 1966 TY104 j i966 TY104 I 1966 TY104 [ 1966 TY104 i 19661

1 STAT 2 STAT 3 REC 3 STAT '' 4 STAT 1 STAT 2 STAT j 3 STAT 7 4 STAT 1|STAT 2 STAT 3JSTAT 4 STAT 1 STAT 2 STAT 3ISTAT 4 STAT 1 STAT I _ 2 STAT 7 31 STAT 4 STAT iiSTAT 2JSTAT

~3JSEND ' " 31 STAT

T j S E N D

4 send

19671 1 STAT

1967 2 REC 1967| 2J.STAT 1967 3 REC 1967 3 STAT

109 171 171 171

196 ; 369 369

351 720 719 719 719 719

_ _ 716 " 71B 716 716 717 717 717 717 717 717T

L 717 717 724

15 TBP, 1C.DW I 15 I 15 SU JTX^ne TX118 15 TBP, 1C, DW IS 1 " " 15 TBP, 1C. DW 15 15JTBP, IC, DW I

IsV "■ f " 7 15 TBP, 1C. DW

15 TBP, IC. DW '"IS T " 15 TBP, IC. DW .S!__1J___. 15JTBP, IC, DW

PHASING STATS 456 TO N/A Rec'd 160M from 118TX

BOM from 118TX

TLM sol vol% isol lds

Oi ol oj

12JTBP, IC, DW

12 1C.DW 12|lC, Dw|

121TBP. 1C, PW _ 12 SU T [TXlie 15 TBP. IC, DW 15 SU TX118 15 TX118

15 [TX115 TX115 15 TBP, DW _ _ 15 SU fTX7l5 TX115

_15 TBP, DW

_ _ TX1_15_ TX115 14 DW ' ! " " ' 14 TBP. DW 13 DW [""' 13 TBP, DW

J 2 DW 12 OW 12 DW |~~ 12 TBP, DW 12 WTR WTR 12 SU TX118

162M to 118TX

374M to 118TX

Omission. Shows TY104 not ._Omls,OCTX104_toTY104 TX104

Rac'd I09M from 115TX

196M from 115TX

lOmis., OC TX104 to TY104 jOmlsslon. Shows TY104 not TX104

llistatsat 655

TY104 1969 4 STAT 714 714 TY104 1970 1 REC 333 1047 TY104 1970 1 SEND 367 660

ITY104 I 19701 2ISEND 1 4961 181 TY104 19701 2ISTAT 182 182

43 tN/A 12 TBP, DW tN/A 12 SU TY103 TY103 tN/A 12 SU TX118

3 1 11 DW, R IfWA 11 SU "_ ITX11B

""is i " " ""12IDW " T

ANDwronaTY104

Rec'd 7 flush water, 10 to 116 TX

333 from 104TY, 367 to 11B

TX

1496 to 118TX

I solids I 0 43.000 0 43.000 0 _43,000

0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 0 43.000 6 43.066 0 4

_3.66o

0 43.000 0] 43.000 6; 43.660 gi 43.600 0] 43.000 o j_ 43.000 oj 43.660 0 43.000 Oj 43.000 0 43.000 0 43.000 0! 43.660 0; 43.000 6] 43.000 Oi 43 000 0 43.000 0 43.000 0 43.000 0 43.000 6 43.000

0 43.000 0 43.000 0 43.goo 6 43.000

0 43.000 6 43.000 0 43.gp6 0 43.000 0 43.000 0 43.000 0 43.000 ^_43-000 0 43000 0 " 43.000 0_ 43,000

P «90P 0 43.000 0 43.000

^ 43,ogo 0 43.000

"0! 43.000

Qt Q/A I Document/Pg t

4IO IHW716107

4 O 'HW726257 1,

1 3 V ISO9677 1 1

4 O ARH958 1

I 3 MA/ JARH326B

4IO ARH1200D6 4

:0 ARH1200D6

410 ARH1666A8 4 ' 0 ARH1666A8

4 0 ARH1666B8

Tank n I Yaar Qtr Ty

TY-104 1970 _ 4 REC TY:104 1970 4 STAT TY-104 1971 _1STAT_ TY-104 1971 2 STAT

Trans Stat {Total [Solids Unk Cum IWasta Trans i vol vol vol I vol Mr unk [type lank IDWXT LANLcommant

724 724 724

J24 _ 724 724 724

TY-103 TY-103

TY-104 1971 3 STAT TY-104 TY-104 TY-104_ TY-104 TY-104

1971 1972 1972 1972 1972

4 STAT 1 STAT 2 STAT 3 STAT 4 STAT

TY-104 TY-104

19731 19731 55

TY-104 _ TY-104 1973

3 STAT 4 STAT

TY-104 1974 1 SEND TY-104 1974 1 STAT TY-104 1974 2 STAT

sTSTAT r

13 j IN/A 12 OWW, RIX 13 IN/A 12 OWW, RIX 13 IN/A i2 OWW, RIX

12 OWW, RIX _t2DW, OWW, RIX 13 OWW, RIX 13 OWW, R IX_ 13 PL, OWW, RIX 14 OWW, RIX " 14 OWW, RIX 14 BL, OWW. RIX 19 BL, OWW, RIX 16 BL, OWW, RIX 18 SU | 17 BL, OWW, RIX 17 BL, OWW, RIX

Anderson commant

542 from 103-TY

dan commant TLM Cum SOf

solvor% (solids solids Itype I Ol I Q/A I Document/Pg t

•Dry Wells nos. 52-04-02, 52 04-06 and 52-04-09 were drilled.

29 tN/A | 29I INTA I

29 tN/A 29! tN/A

9 BL, OWW, RIX ~~ildww, RIX

9 OWW, RIX _ 9 OWW. RJX

91 OWW, RIX 9 BL, OWW, RIX

15 BL, OWW, RIX

291 IN/Al 12 EVAP 291 tN/Al 1210

291 tN/Al 12 NCPLX I

46 IN/A 15 0 46 IN/A 15 0 46 tN/A 15 0

461 tN/A 1510 VAi 15 0 J

431 tN/Al 151NCLPX

Removed from service, 1 to lOgfTY Removed from service Removed irom service j Removed from service RenTOyedJrom service Removed from service Removed from service

Inactive Tinactlve Inactive, Cur.

[Inactive. Cur, I Inactive

Solid Level Ad). 11-30-76. Prim. Stab.

I Questionable Integrity

0, 43.000 o' 43.000 0: 43.000 0 43.000 0 43.000

0 43 00g 6 43.0001 0 43.000 j 6 43.000] Oi 43.0001 0 43.0001 0 43.006' 6 43.000 01 43.000 0 43.000 0 43.000 6 43.000 0 43.000 P «p6oi 0, 43.000; 01 43.000J

0 43.00OJ 0 43.0OOJ 0 43.000] 0 43.000! g 43.060 g 43.600] 6 43.000' 0 43.066 0 43.000 0 43.000 6 43.000 g 43.000 6 43.000! 0 43.000 01 43.000 0 43.000

0 43.000 0] 43.000 0 43.000 0 43.000 0 43.0001 Ol 43.000 0 43,000 0 43.000 0 43.000 0 43.000 OJ 43.000! 0 43.0061

4 0 !ARH-1666D-8

4 0 j ARH-CD-133A-7 1 I

4 |0 I ARH-CD-133D-7

App.E, TYFarm. Pg. 15 WHC-SD-WM-TI-669, Rev 1

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imi l I 1 PI IS I PIP

c o c c i cp : e o e o c D l ' W % * - , - . - | — . - [ - -' ' ' I ' - ' - I N W N mm P IP gginmiHit

IQ.IQ.1 0. |o-lo.| IglS] pi p i p

faHBratatSlaBi

mmm ^ i 2 l n 2,2 2 2 ' " 2 2 i 2 i n 2 2[2l2 2l*P!z - 2i2 2 2:2 " 2 2 2:2 2 :2 «?!T 2 - r j i TJ i k lT

lilliEifliffiitlEEE o ot\ oi\ Q J | o i J cni

3 8 8 8 : 8 8 3 83133 si«

- 8 S S 8 K I 8 3 3 3 3 S fl3|t"-s-'r».i*.ifc.r«.r>. | r* c- t - r

ac3 'S ,S |s |S 'S js |s iS jS S o iS ig

I Slat ToM I SotMa Unh |Cum Waata Trans Tank n [Yaar Qtr T DWXT LANLcommant

TY105 1970 4 STAT TY105 1971 1 STAT TY105 1971 2 STAT TY105 1971 3 STAT TY105 1971 4 STAT TY105 1972 1 STAT TY105 TY105

1972 r 19721

2 STAT ~~3lSTAT

TY105 1972 4 STAT TY105 1973 1 STAT TY105 1973 2 STAT TY105 1973 3 STAT TY105 1973 4 STAT TY105 1974 1 STAT TY105__

TY105 1974

2 STAT

3 STAT TY105 1974 4 STAT TY105 1975 1 STAT TY105 1975 2 STAT TY105 1975 3 STAT TY105 (1075 4 STAT TY105 1976 1 STAT TY105 1970 2 STAT TY105 1978 3 STAT TY105 1 1976 4 STAT TY105 1977 1 STAT TY105 i 1977i 21 STAT

285 285 285 2*5 205 285 2*5 285 285 285 285 285 285 285 285 285 285 285 2*51 285 285 285 285 285 285 285 285 2*5

I E 3 K 3 I

285 I N/A 27 2851 IN/A -27 285 IN/A 27 285 *N/A 285 INI A 27 285 IN/Al ■ 285 IN/A 27 285 IN/A 27 285 INIA 27 285 #M/A 27 2*5 IN/A 27 285 IN/Al • 285 IN/Al 27 285 «N/A1 ^ 7 285 IN/A 27

285 IN/A 2861# WAI 285 IN/A 285 \lN/A\ 2*5 IN/A 235 IN/A 285 IN/A 285 IN/A 285 IIWA 284 1 285 1 285 IN/A 285 IN/A 285 IN/A

265 IN/A\ 285 IN/A 285 IN/A 215 IN/A 285 IN/A 285 IN/Al 285 #f*A 285 IWA

27 27 ISO -27 -271 EVAP

285 IN/A 285 IN/A 285 IN/Al

INIA INIA IWA

231 IN/A 231 IN/A 231 IN/Al

270 -27swilq 27 swtiq 27 swlq 27 NCLPX 27 27

| Anderson comment Oaown comment

Tank leaks Tank leaks Tank leaks Tank leaks Tank leaks Tank leaks

Tank leaks Tank leaks Tank leaks ' Dry Walls No. 52j0507 drilled Tank leaks

I Tank leaks Tank leaks Inactive leaker Inactive leaker Inactive leaker Inactive leaker, Isolated Inactive leaker, isolated Inactive leaker, isolated Leaker Partially Interim isoJ. Pnoto taken 63078__ Prim. Stabilized

New Photo91860 lOOgal. cool

I TLM I Cum I so lvor* isoUds Isollda I

0! 0 156.000 0! 01158.000 0 0 158.000 0 0 156.000 0 _ 0 158.000 0 g 158.000 6 " 6 158.000 Oj 0| 158.000 0; _0J 1.58.000 0 0 ^58.000 0 . __0 158.000 6 0 156.000. 0 0 158.000 o " 6 i5J3.goo; 0 g 158.0001 0 0 158.000[

0 158.000 o 156.666 0 156.000 o ise.gog 0 158.000 0 158.000 0 158.000 0 158.000 0 158.000 0 158.000 0 156000 o tiieiooo 6 158.000 6 i58.oog 6 158.000 0 158.000 o i58.6oo 0 158.000 0 156.000 0 158.000 oi isfj.oog 0 158.000 0 158.000

0 158.000 0 J56000 6 156.000 0 J 58.000 0 158.000 0 158.000 0 158.000 0' 158.000 0 158.000

tvoe IQI Q/A : Document/Pg l_

TYFarm, Pg. 18 WHCSDWMTI669. Rev 1

ICDCQ <o IUIIO to (Oiv v io <D I O I V IOIIO ID ID w w ID ID (D ID ID ID <(>IID ID <o ID io eoicoco^tocoieocococofocotocoicoico cococo^coco 'co toco len en oicl i ic i icncl i l&oicJi loicj i tJM ID co mco ica inca ica ' JN i ' JMcncDicncBtn tn i tncnNk^

I Wt^BwBHHWWHHWIBHHWIBHHWiHHWWWWWWWWW j

(>( |H MJI H |H H IM l lH t|H l [ i H ~ijl H |o jo o I Mtn ln l n l I I I H In in In I ' I Min i I

i|iiiimiHiiii(iii

[CD 01 I CD CD C" ■0 T» | | 0 TJ TJ [Ifliia^SPlflflRHllHl^PlîfllEllaB

I ! W\J\ iw ' i w?

i en en en en oi 8 | ; ' 8 8 8 en en en I S S S

3333133 3333313 333333 ] 33 3 3 3'3 13 In \<m e»(S en |cn a e»'c» 8 en iS »|c» ca en 8 |SI c»l8 ot 8 S i 8 en

irS'Siej u : u u S i S — $ !S S S S co l * S KjiSlKS ' S IS I

TY-106 1959 TY-1 OS I 1959;

Trans Slat Total SoHds lUnk Cum I Waste (Trans Ivol Ival Ivol I vol irfr lunk Itvne tank DWXT

f l f * A -19 SU

3 STAT 4 mn I 151 4lSEND ] -2071

224 224 1 2391

hs'an'JaJaaT?ai

liSgEjjBElll

l i a ^ ^ l ^ ^ i

LANL comment Anderson commant

Omis. LC TY-106 TO TY-1031

IN/Al 30 ADJ ICORR WTR IN/A 30 SU TY-103

18TBP

New eleleclrode Installed;; 74M was pumpsd to 101-TY, electrode rdg Indicates loss of about 500M; pumped 421M to 101-TV and 103-TY

Tank leaks: 207M to 103-TY Tank leaks Tank leaks Tank leaks Tank leaks

| Tank leaks

TY-106 I 1963 TY-106 I 1983' TY-106 1964 TY-106 1964 TY-106 T 1964 TY-106 1964

I isgTTMaaTgTlMlHiMM

TY-106 1968

lijjfi&IRISH

App. E, TY Farm, Pg. 20

j TLM iCum sol I leolvor% IsoHds Isollds Itype IM lo/A IDocument/Pgl

3lv HW-62421-7 i t

4lO 'HW-62723-7 1 i

0 0

6 0 0 ■

0

0 0 0 .0 0 0

1.000 1.000 1.000

7.600 1.000 1.060

'


Tank n Year Qtr T

TY106 ! 1973 1 STAT

TY106 1973 2 STAT

Trans Slat iTotal Solids junk JCum Waste Trans j I tank | PWXT ] LANL comment

i 4I #f*AI ZITBP | I IN/A| 2[DE [ IDE_ 30x.651kgal/ton=

i i " " i 4 IN/A 18

" 4 IN/A -A&A-- —L

4 IN/A 18

4 IN/A 18

Anderson comment

i Tank leaks

Ogden comment

Shows 8 not 30

| TLM Cum aol I I isolvot% Isollda IsoHda

;hme CH i rva I n w i j i w n W n i

j gl ol , i . o o o i _ ■ i 1 TT 2o l 2 1 0 0 6

;D E ' 2 V 'ABH2456A7

0 0 21.000 1 I gl __g 21.000J ( 1 j 0| 0 21.0001 i 1 |

TY106 1974 2 STAT

TY106 1974 3 STAT

TY106 I 1974

TY106 1975 1 STAT

TY106 1975 2 STAT

TY106 1975 3 STAT

TY106 1975 4 STAT

li>ati:.Maai:rj.il

lEZBSSSEEtjl

4 IN/A 18

4 IN/A 18

4 IN/A 16

I f

181 IN/Al 41 IAS

21|4N/A| l j 21 IN/A 1 21 IN/A 1

21 IN/A 1 211 IN/A | 1

21 IN/A 1 0

Tank leaks. Contains diatomaceous eartti Tank leaks. Contains tMsiomaceous earth Tank leaks. Contains diatomaceous earth Tank leaks. Contains diatomaceous earth Tank leaks. Contains dlatomacaous earth Tank leaks. Contains diatomaceous aarth^

Tank leaks. Contains diatomaceous earth ' Dry Well No.s 520602.520604 and 52«i«Mwere dri l l** Tank leaks. Contains diatomaceous earth Tank leaks. Contains diatomaceous earth

ITank leaks. Contains tJistomaoaous earth Tank leaks. Contains diatomaceous earth Tank leaks. Contains dlalcmaceous earth Tank leaks Conlams |dlBtomacsous earth Tank leeks. Contains dlatomacaous earth Tank leaks. Contains dlatomacaous earth Coot, desiccant

Deslcant added Inactive leaker, stabiied Inactive leaker, stabilized Leaker, Prim. Stab, and Partially Interim Isolated Solid Level 11978 Photo taken 63078

I New Photo 3580

h l 'n re t f lT lBaaT ' l r ^BaW

oi 21.000 gl 21.606 0 21.000 6 2i.goo 6 2i.ooo 0 2i.6og 6 21.000

g 21.000 0 2i.6oo 0 21.000 ol .2i_.gpg of 21.000 0 ,21.000 0 21.000 0 21000 0 21 pop

"0 21.000 0 21.000 0 21.600 0 21.000

oj 21.000

0] 21.000 l ]

0| 21.000J r

AppE. TYFarm, Pg. 21 WHCSDWMTI669, Rev 1

IE9I j Trans SUt Total ; Sol Ids Una Cum Waste j Trans IvM vol vol Ivol lunk DWXT ILANLcommant Anderson comment

TY-106 1994 1 STAT TY-106 2006]

ITLM Cum sol sotvont jsolids Isollds type Ol IQ/A Document/Pg t

j _o; g 21,000 t J " oj 0 21,000 i i " oj 6 21.000 1

App. E, TY Farm, Pg, 22 WHC-SD-WM-TI-669, Rev 1

241-T-101 Waste Volume History

1965 1975 1985

— Total □ Measured Solids

TLM Solids

1995

Year



1965 1975 1985

Total n Measured Solids

TLM Solids

1995

Year



— Total n Measured Solids

TLM Solids

1965 1975 1985 1995 Year



iiiiiiiiiiiiiiiniiii

Total D Measured Solids

TLM Solids

1965 1975 1985 1995 Year


Z4i-i-iui> waste volume History


TLM Solids

Year


241 -T-106 Waste Volume History

1965 1975 1985

Year


TLM Solids

1995



1965 1975 1985


TLM Solids

1995

Year



1965 1975 1985


TLM Solids

1995

Year




TLM Solids

1965 1975 1985

Year 1995




TLM Solids

1955 1965 1975 1985 1995 Year



iiiiiiiiiiiiiniiiii

1965 1975 1985

Year

Total □ Measured Solids

TLM Solids

1995



0 . . 1945 1955 1965 1975 1985

Year


TLM Solids

1995



mrn

liimimmimiiiiiiiiiiiii — Total n Measured Solids

TLM Solids

1985 1995

Year



rm-n

iiiiiiniiiiiiiiiiiiiii — Total a Measured Solids

TLM Solids

1965 1975 1985

Year 1995



turn

iiiiiiiiiiiiiiiiniiiiiiiiiiiiiii Total

□ Measured Solids — TLM Solids

1965 1975 1985

Year 1995



rmn


TLM Solids

1965 1975 1985

Year 1995


241-TX-101 Waste Volume History


TLM Solids

1965 1975 1985 1995 Year


241 TX102 Waste Volume History


TLM Solids

BiiBTBiBMminj maffiai*a*ijl"i" umii'»""|]

1955 1965 1975

Year 1985 1995




TLM Solids

1955 1965 1975 1985

Year 1995



— Total D Measured Solids

TLM Solids

1965 1975 1985 1995 Year




TLM Solids

1965 1975 1985 1995 Year



— Total n Measured Solids

TLM Solids

1965 1975 1985 1995 Year


241-IX-107 Waste Volume History


TLM Solids

1965 1975 1985 1995 Year



—Total D Measured Solids

TLM Solids

1965 1975 1985 1995 Year


241TX109 Waste Volume History

! 11» » I


TLM Solids

1965 1975 1985

Year 1995



1 Total

□ Measured Solids TLM Solids

1965 1975

Year 1985 1995


241-TX-111 \N

1945 1955 1965

Yeai

teste Volume History

■ iiiiiiiiiiiM i

—Total a Measured Solids

TLM Solids

1975 1985 1995



IIIIIIIIIHMIHL'C:

1965 1975

Total a Measured Solids

TLM Solids

1985 1995

Year



—Total n Measured Solids —TLM Solids

1965 1975 1985 1995

Year



— Total D Measured Solids

TLM Solids

1955 1965 1975 1985 1995 Year


241-TX-H5 Waste Volume History

i Total □ Measured Solids

TLM Solids

1965 1975 1985 1995 Year




TLM Solids

1965 1975 1985 1995 Year




TLM Solids

1965 1975 1985 1995 Year



1965 1975 1985


TLM Solids

1995

Year


241-TY-101 Waste Volume History

—Total n Measured Solids

TLM Solids

1965 1975 1985 1995 Year




TLM Solids

minim i

1955 1965 1975 1985 1995

Year




TLM Solids

1965 1975 1985 1995 Year




TLM Solids

1965 1975 1985 1995 Year




TLM Solids

1965 1975 1985 1995 Year



— Total a Measured Solids —TLM Solids

1965 1975 1985 1995

Year


Distribution Project Title/Work Order

DISTRIBUTION SHEET From

C. H. Brevick


Page 1 of 2

I Date Jan. 30. 1996

EDT No. Waste Status and Transaction Record Summary for the Northwest ECN No. 624013 Quadrant of the Hanford 200 East Area

Name

Westlnqhouse Hanford Compan1

Text Text Only Attach./ EDT/ECN MSIN With All Appendix Only

Attach. Only

D. G. Baide K. D. Boomer T. M. Brown R. J. Cash W. L. Cowley G. D. Forehand J. S. Garfield B. A. Higley J. W. Hunt N. W. Kirch M. J. Kupfer D. E. Place L. W. Shelton B. C. Simpson J. P. S'loughter D. J. Washenfelder Central Files Tank Characterization Resource Library

R2-12 H5-49 R2-12 S7-15 A3-37 S7-21 H5-49 H5-27 R2-12 R2-11 H5-49 H5-27 H5-49 R2-12 R2-54 H5-61 A3-88 R2-12

X X X X X X X X X X X X X X X X X (2) X

ICF Kaiser Hanford Compan1

C. H. Brevick E. D. Johnson S. K. Kujak T. P. Kunthara D. A. Lauhala E. D. Johnson R. L. Newell ICF KH Publications ICF KH Document Control

S3-10 S3-09 S3-10 S3-10 S3-09 S3-09 S3-09 E6-63 Rl-29

X C3J X X X X X X (2) 0 X

Pacific Northwest National Laboratory S. F. Bobrowski J. D. Brown N. G. Col ton A. F. Noonan K. M. Remund P. D. Whitney K. L. Wiemers

K7-28 K7-98 K2-40 K9-91 K5-12 K5-12 K6-51

X X X X X X X

A-6000-135 (01/93) WEF067

WHC-SD-WM-TI-669. Rev. 1 Page 2 of 2

Department of Enerqv - Richland Operations S. T. Burnum J. F. Thompson

S7-53 S7-54

Los Alamos National Laborator1

S. F. Agnew CST-14, MS-J586 PO Box 1663 Los Alamos. New Mexico 87545

Los Alamos Technical Associates T. T. T-an 903 Bradley Boulevard Richland. Washington 99352

X (2)

Ogden Environmental R. J. Anema 101E Weilsian Way Richland. Washington 99352

A-6000-135 (01/93) WEF067