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Project Title/Work Order EI_T No. 601799

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Text Text Attach./ EDT/ECNWith Only Appendix Only

Name MSIN All OnlyAttach.

A. B. Carlson H5-33 1

D. R. Duncan H5-33 10

G. W. Faulk T3-28 I

R. J. Giroir T4-05 1

D. G. Hamrick $6-15 I

P. L. Hapke T4-05 I

D. G. Harlow S6-1g I. P

J. R. Hilliard $6-19 I

K. L. Hladek H5-33 I

W. G. Jasen S6-17 I

W. H. Hamilton,Jr. N3-I0 I

G. J. LeBaron $6-19 I

M. M. McCarthy N3-13 1

D. E. McKenney N3-I0 I

J. G. Riddelle • T3-28 I

R. J. Roberts N3-13 I

O.J. Valero H5-33 I

T. J. Venetz H5-33 I

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8. Originator Remarks: N/ATransmittal of approved Interface Control Document between the Solid lo. System/Bldg./Facility:

Waste Disposal Division and the PUREX/U03Plant Transitionorganization Solid Waste - PUREX/U03• " 12.'""Major Assml Dwg. No.:' "

1I. Receive,Reme_.: N/A •13. Permit/Permit Application No.:

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only one • List: attachments.[] Summary suffix) [] Thesis or O.isserta_ion[] Abstract [] Manual

[] Visual Aid [] Brochure/FLier .....

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[] Poster Session [X] Controtted Document June 30, 1994[] V!deotape [] Otherllllli II II I I I I I II I II I

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If "Yes", has dfsctosure been sul=mitted by WHCor other propr|etlry data, trlvde secrets, andor |nventfons?company? [X] "0 [] Yell(Identify)

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BD-7600-062 (08/91) WEF074 Part 1

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SUPPORTING DOCUMENT _"_ _9II I I IIII I I III I II .. III II III

2. TitLe 3. Number 4. Rev No.

InterFaceControl Document.BetweenPUREX/UO3 Plant WHC-SD-WM-PICD-O02 0 .Transition and Solid Waste Disposal Division .......

5. Key Words 6. Author

InterfaceControl Document Name=D. R. D_ncan

solid waste .. /__//)__ _waste volume forecast_

PUREX/U03Plant APPROVED FOR ,,,_,u....... PI IRI It.. D_, .-..._ oro.._.,,_,_h._o.Code 873,20//J _'7 _;C

-7. Abstract - -- _ V • "k.. ll_ Im#'_]_

The interfacingresponsibilitiesregardingsolid waste management are described forthe Solid Waste Disposal Division and the PUREX/UO3 Plant Transition organization.I ii I III I I i

8. _u_o,_u,_OF0_=E._i, _=J_-, .__,o_ =. 10. _L.__T,._within the_qltLS.Departmmn_q r Energy and its_trectorjpT It is tobe used on_illl_t o per,JFm, direct, or i/Illgrat_Sfldork underU.S. Oepertmmnt_ Ene_ contracts. Th|s doc_ll_t_ not approved

for pubt ic reLeasl_L._l[Rb=reviewed. . .' _rPATEMTSTATUS -_|s_qli_cument copy, since jj_l_s_r_ansmitted in --'-'-"--_ ,_

advance of pater_ctesral_, is made avmtt_J_Tin con]_ance soLeLy (_1_for use |n_rformance_f work undg_V contrect_ith the OFFICI,_LF{FLEASE _lm x

U.S. Depertn_ of Energy. 11_ docul_tsSf not to be pul_hed nor BY _*_/HC

specif_t a_or such release or'use has E)/";,'FE ,been __'Pt et nt CounseL, U S. Department:

of E .rgy FieLd Office, RichLand, WA. )DISCLAIMER - This report was prepared as an account of work ._ . o_ /

sponsored I_y an ager_y of the United States Government. Ne|ther theUnited States Government nor any agermy thereof r nor any of theiremployees, nor any of their contractors, subcontractors or theiremployees, makes =my warranty, express or implied, or assumes anylegal LiabiLity or respormibitity for the accuracy, coIw)leteness, orany third pRrty's use or the results of such use of any information,apparatus, product, or process disclosed, or represents that its useMouLdno_ infringe privately owned rights. Reference herein to anyspecific commercial product, process, or service by trade name,trademark, manufacturer, or otherwise, does not necessarilyconstitute or imply its endorsement, reconmendation, or favoring bythe United States Government or any agency thereof or itscontractors or subcontractors. The views and opinions of authorsexpressed herein do not necessarily state or reflect those of theUnited States Governmen.tor any agencY thereof.

A-6400-073 (11191) (EF) WEF124',L

INTERFACECONTROLDOCUMENTBETWEENPUREX/U03PLANTTRANSITION ANDSOLID WASTEDISPOSALDIVISION

WHC-SD-WM-PICD-O02REV0

DISCLAIMER

This report was prepared as an account of work sponsored by an agency of the United StatesGovernment. Neither the United States Governmentnor any agency thereof, nor any of theiremployees, makes any warranty, express or implied, or assumes any legal liability or responsi-bility for the accuracy, completeness, or usefulness of any information, apparatus, product, orprocess disclosed, or represents that its use would not infringe privately owned rights. Refer-ence herein to any specific commercial product, process, or service by trade name, trademark,manufacturer, or otherwise does not necessarily constitute or imply its endorsement, recom-mendation, or favoring by the United States Government or any agency thereof. The viewsand opinions of authors expressed herein do not necessarily state or reflect those of theUnited States Governmentor any agency thereof.

_.31STRIBUTIONOF THIS DOCUMENT IS UNLIM'TED

June 1994 ,_i,

MA'STER

@' t

WHC-SD-WM-PICD-O02REV 0

Document Title" WHC-SD-WM-PICD-O02REVO

i ,, •

Approved by" .__FT--_-_-___" ___._ZZ '". D G. Framrick, Manager

PUREX/UO3 Plant Transition

Approved by" __ _ 6,1_.'_[_W. H. Hamilton, Jr., rector Date• Solid Waste Disposal

I

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!

CONTENTS

I.O PURPOSE .................. - ............ I

2.0 PUREX/U03PLANTTRANSITIONRESPONSIBILITIES ............ I

3.0 SOLID WASTEDISPOSALDIVISION RESPONSIBILITIES ......... 23.1 SOLID WASTEACCEPTANCEANDGENERATORSERVICES ........ 33.2 SOLID WASTE STORAGE ............... 33.3 SOLID WASTE DECONTAMINATIONSERVICES ............. 43.4 SOLID WASTE TREATMENT ..................... 43.5 SOLID WASTE DISPOSAL ............. _ ....... 4

4.0 INTERFACEBETWEEN SOLID WASTE DISPOSAL ANDPUREX/U03PLANT TRANSITION ........_... 54.1 SOLID WASTES GENERATED BY PUREX/U03 PLANT TRANSITION ..... 5

4.1.1 Solid Waste Acceptance .................. 54.1.2 Solid Waste Storage ................ 54.1.3 Solid Waste DecontaminationServices ......... 54.1.4 Solid Waste Treatment ................. 54.1.5 Solid Waste Disposal .................. 5

5.0 ESTIMATESOF WASTE REQUIRINGINTERFACE ESTABLISHMENTS ....... 65.1 SOLID WASTES GENERATEDBY PUREX/UOsPLANT TRANSITION ..... 6

5.1.1 Solid Waste RequiringTreatment, Storage,and Disposal . _ .. . .......... 6

5.1.2 Solid Waste RequiringDecontaminationServices ..... 7

6.0 REFERENCES ............................. 7

A PUREX/UO,PLANT 1RANSITIONWASTE VOLUME PROJECTIONS ....................... A-I

PICD-O02. TXT iii


LI:ST OF TERMS

D&D disposal and decontaminationECN engineeringchange noticeICD interfacecontroldocumen_'LDR Land Disposal RestrictionLLMW l.ow-levelmixed waste

LLW low-leve_wastePPT PUREX/UO"Plant TransitionRCRA Resource Conservationand Recovery.ActSEAC Safety and EnvironmentalAdvisory Council ,SWD Solid Waste Disposal DivisionTRU transuranicTSD treatment, storage, and disposalWRAP Waste Receiving and Processing

iv

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INTERFACECONTROLDOCUHENTBETWEENPUREX/U03PLANT-- TRANSITION ANDSOLID WASTEDISPOSALDIVISION

1.0 PURPOSE

This interfacecontroldocument (ICD) between PUREX/UO_Plan_ Transition(PPT) and Solid Waste Disposal Division (SWD) establishesa_ a top level thefunctional responsibilitiesof each division where interfacesexist betweenthe two divisions• Since the PUREX Transition and Solid Waste Disposaldivisions operate autonomously,it is importantthat each division has a clearunderstandingof the other division's expectationsregardingthese interfaces.This ICD primarilydeals with solid wastes generated by the PPT. In addition "to delineating functional responsibilities,the ICD includes a baselinedescriptionof those wastes that will require management as part of theinterfacebetween the divisions. The baseline descriptionof wastes includeswaste volumes and timing for use in planning the proper waste managementcapabilities:the primary purpose of this ICD is to ensure defensibilityofexpected waste stream volumes and characteristicsfor future waste managementfacilities• Waste descriptionsmust be as complete aspossible to ensureadequate treatment, storage, and disposal capabilitywill exist. The ICD alsofacilitates integrationof existing or plannedwaste management capabilitiesof the PUREX Transition and Solid Waste Disposal divisions• The ICD does notimpact or affect the existing processesor procedures for shipping, packaging,

. .or.approvalfor shipping wastes by generators to the Solid Waste Division.

This document is part of the baselinedocumentationfor both programs andcan be changed only by use of an engineeringchange notice (ECN) approved byrepresentativesof both the PUREX/U03Plant Transition and the Solid WasteDisposal Division•

Fulfilling ICD reporting requirementsas stated in this document willfulfill solid waste reporting requirementsas stated in Department of EnergyOrder RL 5820.2A (RadioactiveWaste Management)and in Reference I. It isexpected that an annual letter will be sent requesting re-evaluationof theICD estimates and subsequent ECN if a change is appropriate• •

2.0 PUREX/U03PLANTTRANSITIONRESPONSIBILITIES

The PUREX/UO3 Plant Transitionpurpose is to establish a passively safeand environmentallysecure configurationof the PUREX and UO_ Plant, which isto be preserved for a ten year horizon past the completionof.deactivationtoallow definition, authorization,and initiationof follow-on disposal and

•decontamination (D&D) activities• Completionof the Transition is scheduledfor July 1998. PUREX/UO3 Plant Transition is responsiblefor solid wastemanagement for the PUREX/UO3 Plant up to that time. Solid waste generatedfrom post-deactivationsurveillancework will be the responsibilityof anorganizationto be defined, and solid waste from subsequentD&D work will bethe responsibilityof the Hanford Surplus Facilities Program.


!

The PUREX/UO3 Plant Transition is chartered to perform terminal clean outand deactivationactivities prior to transferralof the facilities to the 'Hanford Surplus Facilities Program. These activities include removing,reducing, and/or stabilizingthe major remaining radioactivesources withinthe PUREX and UO3 Plant process buildings and the hazardouschemicals atPUREX. At completion,the plants will be unoccupied,locked, and maintainedwith minimum entry requirements. The Project scope includes ancillary supportstructures as well, and is roughly defined by the existing fence lines.

The PUREX storagetunnels, however, are not included in the Projectscope, other than to potentiallyaccept some bulky equipmentduring thedeactivationprocess for storage pending D&D.

Deactivationactivitieswill result in the following"

• Nonradioactive,non.dangerouswaste such as office trash, non-recyclablewaste paper and other throwawaymaterials.

• Nonradioactivedangerouswaste such as expired chemicals,fluorescentlamp ballasts, aerosolcans, and chemically contaminatedequipment.

• Transuranicwaste includingglass, paper, cloth, plastic, piping,ducting, portions of gloveboxes,failed equipment. TRU waste willcome from N and L cells, the product removal room, samplers in thewest end of the sample gallery, and the PUREX anal.yticallaboratory•

• Transuranicmixed waste will be items similar to _RU waste butcontaminatedwith dangerous constituent_such as nitric acid orlead.

• Low level waste is radioactivewaste not contaminatedwithsufficient concentrationsof transuranicmaterials, and includeswaste paper, plastic, rubber and maintenancematerials.

• Low level mixed waste is low level waste contaminatedwithdangerous constituentsand includes expended laboratorychemicals,waste oils, aerosolcans, and solvent-wettedrags.

3.0 SOLID WASTEDISPOSALDIVISION RESPONSIBILITIES

Solid Waste Disposal is charteredto manage the centralizedfacilitiesfor the receipt, containment,treatment, storage, and disposal of solid wasteat Hartford. They provide the technical,managerial, and programmaticfunctions to ensure safe and proper dispositionof solid wastes. Solid WasteDisposal provides storage of mixed, transuranic (TRU), and greater thanCategory 3 waste, burial of low-levelwastes (LLW), treatment and disposal oflow-level mixed waste (LLMW); and characterization,size reduction, packaging,and shipment of TRU waste to the Waste IsolationPilot Program.

• *

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• WHC-SD-WM-PICD-O02REV 0

!

The Solid Waste Disposal Division is responsiblefor planning,coordinating,and implementingsolid waste treatment, storage, and disposal(TSD) activities. The Solid Waste Disposal Division will fund the design andconstructionof solid waste TSD facilities. The cost for disposal ofPUREX/UO3 Plant Transitiongenerated waste in the 200 Area burial grounds willincludeonly the costs associatedwith waste disposal• Solid Waste Disposalis responsiblefor regulatorypermitting and associated negotiationsfor allsolid waste TSD facilities. The Solid Waste Disposal Division is responsiblefor the operationof the solid waste TSD facilitiesrequired to supportthePUREX/U03Plant Transition. Solid Waste Disposal is responsiblefor the solidwaste generated by PUREX Transitionwhen it is accepted at the solid waste TSDfacilities. Operation of the solid waste TSD facilitieswill be by SolidWaste Disposal in accordancewith solid waste procedures and regulatoryagreements.

The Solid Waste Disposal Divisionwill provide an annual update to thisdocument through an ECN. The update will reflect Solid Waste Disposal's mostcurrent planning.

3.1 SOLID WASTEACCEPTANCEANDGENERATORSERVICES

The Solid Waste Disposal Division provides services to aid generators ofsolid waste. The Hanford Site Solid Waste Acceptance Criteria (Reference I)defines the criteria that must be met by waste generators for solid waste tobe accepted by Solid Waste Disposal Division'sTSD facilities. In addition,the Hanford Site Solid Waste Acceptance Cciteria defines the responsibilitiesand authoritiesof the followingwith regard to solid waste management'

• Waste generator

• Solid Waste Disposal Division

• Office of Sample Management

• WestinghouseHanford Safety and EnvironmentalAdvisory Council(SEAC) and the Waste management Subcouncil

• U.S. Department of Energy Field Office, Richland Waste ManagementDivision Director

• WestinghouseHanford TransportationLogistics

• WestinghouseRoad, Delivery and EquipmentOperations.

3.2 SOLID WASTE STORAGE

The Solid Waste Disposal Division provides storage for low-levelmixedwaste, TRU and TRU mixed waste, and Greater Than Category 3 low-levelwaste.Facilities available to support storageof solid wastes are:

• Central Waste Complex, currentlyused for storage of low-levelmixedwaste, TRU waste, and TRU mixed waste prior to disposal


• TRUSAF, currently used for storage of TRU and TRU mixed waste

• 616 Facility,which provides storage of hazardous waste.

3.3 SOLID WASTE DECONTAMINATIONSERVICES

The Solid Waste Disposal Division assists the decontaminationof HanfordSite facility equipment and waste by pYovidingdecontaminationand repairservices. In addition waste decontaminationservices provides Liquid WasteTank Car =ertification,repair, and decontamination. Facilities availabletoprovide solid waste decontaminationservices are:

• 221-T Canyon Facility for decontaminationof high-activity levelequipment and waste

• 2706-T Facility for low-activitylevel decontaminationand repair ofequipment and decontaminationof waste.

3.4 SOLID WASTETREATMENT

The Solid Waste Disposal Division will provide treatment for low-levelmixed waste, TRU waste, and TRU mixed waste. Facilities that will beavailableto support treatment of solid wastes generated by the PUREX/U03Plant Transition are"

• Waste Receiving and Processing (WRAP)Module i, which will providetreatment and packaging of contact-handledTRU waste for eventualshipment offsite

• WRAP 2A, which is planned to provide treatmentfor LLMW (except forGreater Than Category 3 low-levelmixed waste)

• WRAP 2B, which will provide treatment and packagingof oversized andremote-handledTRU waste

• Thermal Treatment, which is planned for Resource ConservationandRecovery Act (RCRA) Land Disposal Restriction(LDR) treatmentofLLMW. Thermal Treatmentmay be contracted or priva_ized.

3.5 SOLID WASTEDISPOSAL

The Solid Waste Disposal Division provides disposal for low-levelwaste(exceptGreater Than Category 3 low-levelwaste) and low-levelmixed waste(exceptGreater Than Category 3 low-levelmixed waste). Disposal is providedin the Low-Level Burial Grounds operated by the Solid Waste Disposal Division.The Low-Level Burial Grounds will includeseparate RCRA compliant trenches forthe disposal of low-levelmixed waste (exceptGreater Than Category 3 low-level mixed waste).

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4.'0 INTERFACEBETWEENSOLID WASTEDISPOSALANDPUREX/U03PLANTTRANSITION

4.i SOLID WASTES GENERATED BY PUREX/U03PLANT TRANSITION

Solid Waste Disposalwill accept the solid wastes identified in 'Section 5.1. The LLW and LLMW (classifiedas Category I through Category 3 inReference I) will be accepted for treatment, storage, and disposal.bytheSol'idWaste Disposal Division. LLW and LLMW classified as Greater ThanCategory 3 (Reference1) will be accepted for storage. TRU solid waste PUREXTransitiongenerates will be accepted for treatment and storage until thewaste is shipped to the Waste IsolationPilot Plant for final disposal.Acceptance of unique waste will be handled on a case by case basis. Thesequantities are expected to be minimal.

. 4.1.1 Solid Waste Acceptance

Solid wastes generated by the PUREX/UO3 Plant Transitionwill be acceptedby the Solid Waste Disposal Division provided the waste meets the establishedCriteria as provided in the Hanford Site Solid Waste Acceptance Criteria(ReferenceI). PUREX/U03Plant Transition is responsiblefor meeting thespecified criteria for waste generators in Reference I.

4.1.2 Solid Waste Storage

The Solid Waste Disposal Division will provide adequate storage capacityto store the quantity of solid waste generatedby the PUREX/U03PlantTransition as described in Section 5.0.

4.1.3 Solid Waste DecontaminationServices

The Solid Waste Disposal Divisionwill provide adequate decontaminationservices for contaminatedequipment and waste generatedby the PUREX/U03 PlantTransition. The Solid Waste DisposalDivision will decontaminatethe quantityof solid waste generated by the PUREX/U03Plant Transition as described inSection 5.0.

4.1.4 Solid Waste Treatment

The Solid Waste Disposal Division will provide adequate treatmentcapacity to treat the quantity of solid waste generated by the PUREX/U03PlantTransition as described in Section 5.0.

4.1.5 Solid Waste Disposal

The Solid Waste Disposal Divisionwill provide adequate disposal capac'ityto dispose the quantity of solid waste generated by the PUREX/U03PlantTransition as described in Section 5.0.

8


The Project will provide waste to the Division according to theprovisions of WHC-EP-O063,Hanford Site Solid Waste Acceptance Criteria,latest revision, and will provide solid-wastefoyeca_ts annually to the SolidWaste Disposal Division. Waste will be generated and managed, prior toacceptance by the Division, by the Project for its duration, expected to beuntil 1998. Waste generated during the subsequentsurveillancephase of thePUREX/U03 plants will be the responsibilityof a successororganizationnotexisting at this time.

The Divisionwill accept all waste generated by the Project which meetsthe acceptance provisions of WHC-EP-O063. Waste which was not included in theannual waste volume forecast will be accepted on a case-by-casebasis.

5.0 ESTIMATES OF WASTE REQUIRING INTERFACEESTABLISHMENTS

5.1 SOLID WASTESGENERATEDBY PUREX/UOz PLANTTRANSITION

The Solid Waste Disposal Division will accept all of the solid wastesidentified in this section that are generatedby PUREX Transition. The LLWand LLMW (classifiedas Category I through Category 3 in Reference I) will beaccepted for treatment, storage, and disposal by the Solid Waste DisposalDivision, LLW and LLMW classified as Greater Than Category 3 (Reference I)will be accepted,forstorage, and any TRU solid waste PUREX Transition

• generates will be accepted for treatmentand 'storageuntil the waste isshipped to the Waste IsolationPilot Plant for final disposal. Acceptance ofunique waste will be handled on a case by case basis. These quantities areexpected to be minimal.

If future updates of waste volume forecastsexceeds the baseline volumespresented herein it will not be possible to ensure the proper solid waste TSDfacilitieswill be available for management of the PUREX Transition generatedsolid waste.

•5.1.1 Solid Waste Requiring Treatment,Storage, and Disposal

Appendix A contains the baseline waste volume projectionsfor solid wastegenerated by the PUREX/U03 Plant Transition requiringtreatment, storageand/or disposal. More detailed informationregardingwaste characteristicsare also provided in Appendix A. Waste volumes are broken down by wastecategory as cited in Reference I and are tabulated by the year of expectedgeneration. These volumes and the accompanyingdetail in the waste volumeforecast will be used for planning purposes by the Solid Waste DisposalDivision. Any significantchanges to this projection,as determined by thePUREX/U03Transition Personnelor by consultationwith Solid Waste Division,will be entered into this document through Formal revision requiringan ECN.

J

0 A


5.1.2 Soltd Waste Requiring Decontamination Services

PUREX/U03 Plant Transitionwill not generate any solid waste requiringdecontaminationservices. Any significantchanges to this projection,asdetermined by the PUREX/U03Transition Personnelor by consultationwith SolidWaste Division,will be entered into this document through formal revisionrequiring an ECN.

6.O REFERENCES

1. Willis, N.P. and G.C.Triner,1991, Hanford Site Solid Waste AcceptanceCriteria, WHC-EP-O063-3,WestinghouseHanford Company, Richland,Washington.

2. WHC, 1993, DRAFT PUREX/U03DeactivationProjectManagement Plan,WHC-SP-IOIID,WestinghouseHanford Company, Richland,Washington.

° •

7°.

WHC-SD-WM-PICD-I)02REV 0

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APPENDIXA

PUREXIUO3 PLANT TRANSITIONWASTE VOLUME PRO,.IECTIONS

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covERSHEET,

1994 SOLID WASTEFORECAST REQUEST FORM

. Generator (Project/Facility) WHC=202A......P.UREXUO3/224U

Waste C1 Contact; " phoneass , , ,, , , ,,,, ,,,,,,,, ,,, ,, , ,,,,,,,, ,,

.LLW J,R,(J|m)Hilliar.d 3,1782

.LL_ .. J.R,(Jim)Hllliard 3-].782 ..

HAZ.... J.R,(Jim)Hilliar.d.. . 3-1.782

. TRU J.R.(Ji.m)Hilliard 3-1782

TRUIq J,R.(Jim)Hilliard 3.-1782

LEVEL III,APPROVAL O,G.(Ogll) HarlOw 3-1095

(Fill out and/or correct aboveand keep this sheet with forecast)

A-3

ill I1" II

,p 4L !


COORDINATORSHEET

Department:PUREXEngineering

1994 Coordinator: O.R.(Oim) HiIliard 3-1782

Pro_lect/Factlity 1994 Contact 1994 Level IIINumber Approval

WHC 202A J.R. Hilliard D.G. HarlowCP Purex& UO3-224UFac.

(Fillout and/orcorrectaboveand keepthis sheetwith forecast)

A-4

a.

PROJECTED SOUD WASTE EXTERNAL VOLUMES (Fr3) TABLE 1 page I of 5 '

REPORTSHIELDEDRH WASTEAS RHWASTENOTCH WASTE

WASTECLASS

;H- --" "".... _ ........ '- ........MIN. % :_0 -,c _ _k -

MAX. % I_ _ ._c(. _oc, -- ------ ...._ mlmllmm __ mlmlmlllmm mlmlmml

_1- EST.(CuFI) _/7 __ '/a ;/,_ -MIN. % c; C, C_ (_ --

• __,_,, -===,_==.---.---MAX"% _:<-: _cc; _c'C. ,_,,_,_ _ _,__._._,,,,,._co -- _ ,,.,,_,, ._,..,- -------- --------- --------

;H- EST.(CuFI_ =::....... ""Jr-

('3MIN. % iMAX. %

I

EST.(CuR) _:, i,. |

"1- MIN. % "o1=-4

JMAX.%

' EST.(CuR) oMIN. % oroMAX. %m_ ilmmlilmmm mlmmmlllmmm _ mlmllmmlml iIImmllmilmm imlllmlmlm ilmmlmmlllllm _ Immlllmllmllmm _ IIIIIIImmllml limmllmlm IIIImmmm Immmmmllmml "_ml _[_rrl .

_. EST.(CuR) <MIN. % o

III MAX. %mmlmmlmllmm immlmllmm _ mllilmmlllml mlllm=lmimmml Immmmm _ _ ililimmlmllml mimimlm Immmliillmm Imlllillmmlmml ilmmlllmlllmml

EST.(CuR): _c_ _t _ _ _7, MIN. % _c, 5o _" -:c, -

mmmlmlmmi lllmlmmlllmm _ immmml mlmllmllmml _ _ _.,_._mm _ _ mmmlimmmi milmmamml

MIN. % _,, (. (._ 0LLMW-III MAX. % ;_ _. _ _c,_, -------. _..------- _ =____

;H- ---- ....MIN. %

MAX.% .... _,_.._._._.._ ..--,--.. _ ....=mmzim=_l

EST.(CuR)!UIN %

MAX. %

PROJECTED SOUD WASTE EXTERNAL VOLUMES (FT3) TABLE 1 page 2 of 5

REPORTSHIELDEDRHWASTEASRHWASTENOTCHWASTE

WASTE ESTIMATECLASS 2010 2011 2012 2013 2014 20!5 2016 2017 20!(_ 20!9 2020 2021 2022 2023 .2024

CH- EST.(CuR)LLW-I M_. %

MAX.%i

{_H- EST.(CuFI)_LW-III MIN. %

MAX.%

CH- EST.(CuR) =:LLW- MIN. % = •. ('1GTCIII MAX.% r#l

I

IFIH- EST.(CuRl o, ,ll i _E:

MIN. % xLLW-I , 'MAX.% "_

' EST.(CuFt)RH- i

LLW-III MIN. % ooMAX.% ro

Rit- EST.(CuR} ;or'_

LLW- MIN. % <C>.GTC III MAX.%

i i i

CH- EST.(CuR)" LLMW-I MIN. %

MAX.%ii

EST.(CuR)CH- MIN. %LLMW-III MAX.%

i

CH- EST.(CuR)LLMW- MIN. %GTCIII MAX.%

RH- EST.(CuFf)LLMW-I MIN. % . .MAX.%

PROJECTED SOUD WASTE EXTERNAL VOLUMES (1=1"3) TABLE 1 page 3 of 5.

REPORTSHIELDEDRHWASTEASRH WASTENOT CH WASTE

WASTECLASS ESTIMATE 1995 1996 1997 1998 1_ 2000 2001 2002 2003 2004 2005 2006 2007 2008 2009m i |

, , ,I"111-.I

nn- MIN. % .....LLMW-III MAX. %

i iii i i i iii iiii

RH- EST.(CuFf) .....LLMW- MIN. %GTCIII MAX.%

i i ii i iii

IEST.(CuFI) ._'-/7 _/_ I/o (,..J - . ,. =:-I-

CH-TRU MIN. % _'0 _(_ ,_ -- -- ' II

MAX. % _-:_c. ._:o _ c,,_:, -- - c,,)i ii

EST.(CuRlI_LI "rl_| | ' ..... X

nn-,nu MIN. %"o

MAX. %_"C:l

"-_' ,_u. EST.(CuFf) J_. q o V.a - , . ,_,#1-I

TRUM MIN. % _k; -- )Oo - ' ,,,o°MAX. % i _c, -- _ c.L.. -- ....... _o

RH- EST.(CuR) mTRUM MIN. % o

MAX.%i

E_ST.(CuR) I-:_:_ 17_ __ l-;C_ ,." HAZ. MIN. % .:_c_ _(:, :_. -;,., .....

MAX. % - I.':;(, t_C, /-_() ,_,...c ,,,

°.ql

I

I

PROJECTED SOUD WASTE EXTERNAL VOLUMES (FT3) TABLE 1 page 4 of 5 "


WASTECLASS ESTIMATE 2010 2011 2012 2013 2014 2015 2016 2017 2018. 2019 2020 2021 2022 2023 2024....... ii • i iii

EST.(CuR)_RH- MIN. % i

LLMW-III MAX.%iii illiii i

RH- EST.(CuR) ,, ,LLMW- MIN. °/oGTCIII MAX.%

i iiii

EST.(CuR) =¢:..... "Ir-

CH-TRU MIN. % I

MAX_ o,,ii | i iiiiNi I i i I

EST.(CuR) =:_ .-_RH-TRU MIN. % • "ID

MAX.% ""• C"Z_,, ,,,' EST.(CuFt) • ,o0 CH- o

TRUM MIN.% o,-

MAX. %i i ii

I-I-1

RH- EST.(CuFf) <TRUM MIN. % o

MAX.%IBII I

EST.(CuFt)" HAZ. MIN. %

MAX.%ii .

• HELD WASTE TABLE 1 page 5 of 5 •ar

PROJECTED SOUD WASTE EXTERNAL VOLUMES (FT3)


WASTE CLASS 1994 ESTIMATE (CuFt)

CH-LLW-I NOTE: Report on this page any currently stored wastevolumes that do not have a shipping schedule.

CH-LLW-III Do not include volumes that are reported froml_J_ through 2024.

CH-LLW-GTCIII .

RH-LLW-I =: •-,r-¢-3i

RH-LLW-IIII

RH-LLW-GTCIII "_I"1oII,-,,I

CH-LLMW-I ¢"I I

CH-LLMW-III ore;o .

CH-LLMW-GTCIII m

RH-LLMW-I o

RH-LLMW-III

RH-t.t.MW-GTCIII

CH'TRU

RH-TRU

CH-TRUM

RH-TRUM

HAZARDOUS

.... TypSTEP1:CIRCLE ONEWASTE CLASS Container e and Volume % TABLE 2 Page 1 of 4-

_-Ew:---_CH-LLW-III COMPLETEA SEPARATETABLE2 FOR EACHWASTECLASSIDENTIFIEDIN TABLE1CH-LLW-GTC-IIIRH-LLW-I

RH-LLW-III I ISTE&P=: RH-LLW-GTC-III I STEPs: IndicateVolume % of Waste ClassPackagedinIdentifiedContainersT

KEL_

61iGsl Drum9.2 CuFI

-r-

06GALDRUM I(.,q

12.1CuR|

s--3=

4 X 4 X 8 BoxW/Skids "oI,,,,-I

143 CuR ('_:_5 -_1_'1 .5'1 _ '*'-" I

o 4 X 4 X 8 Box oOWlO Skids N128 CuR :o

,ll rf 1

4X4X8Metal o128 CuR

ii

B-2S103.2 CuR

lx-pxqOTHER ,

• -T,-,J,_k I t. _1 _..':Z_.

i(°='"_) ,(_l,,_,l,c,:,_J I i i i I I I I I il"Total for eachyearMUSTequal0 or100%

Other - Indicatecontainertype,externaldimensions,andexternalvolume(cult,gal). C_,_,n___or"Truel<(.o _...._,_.7 -7 qx x

The containerslistedaboveconformto theacceptancecdtedainWHC-EP-0063-4(HanfordSiteSolidWasteAcceptanceCriteria)."OTHER"containersgl_ beaccepted.

I

I i i ,

b

| , , ii ,, i PSTEPI:CIRCLE ONE WASTE CLASS Container Ty_e and Volume % TABLE2 Page 1 ol 4" .r

"CH-LLW-I '

• _11_ COMPLETE A SEPARATE TABLE 2 FOR EACH WASTE CLASS IDENTIFIED IN TABLE 1CH-LLW-GTC-III

RH-LLW-I

RH-LLW-III

STEP 3" Indicate Volume % of V_/asleClass Packaged in Identified Containers I

ST; z: RH-LLW-GTC'Ill I " . ..... ----

, ,'', °'°i_U l_;l/_("I/re, I I

IS GAL DRUM ¢'_i12.1CuR o_C:)

I

4X4X0BoxW/Skids -Io

:z:, ,--,i 143 CuR ¢=)

__, , [_i

4X4XeBox oWlO Skids o- 1_3128 CuFI

:=orrl

4X4X8 <Metal o1211CuR

.... ,...........i

B-2S

103.2 CuR.....,ml

OTHER• _

"TOTAL

(0ortoo'/.),'c,('_IcC Ice I¢,c,

• Total for each yoir MUST equal0 or 100%

Other - Indicate containerlype, external dimensions, and external volume (cult, gal).

The containerslistedabove conlorm to the acceptance criteria in WHC-EP-0063-4 (ttanford Site Solid Waste Acceptance Criteria)."OTHER" containers_ be accepted.

i I

irlrEPt:CIRCLEONEWASTECLASS Container Type and Volume % TABLE 2 Page 2 of 4

_-Fi-i..LUW-_CH-LLMW-III COMPLETEA SEPARATETABLE2 FOREACH WASTECLASSIDENTIFIEDIN TABLE 1CH-LLMW-GTC-IIIRH-LLMW-IRH-LLMW-III

STEP2: RH-LLMW-GTC-III STEP 3: Indicate Volume % of Waste Class Packaged in Identified Containers

T

[e[el_llr_,ll_1_-_'l,.'tt__cJ__1996 19971996 1999 2000 2001 12002E0032004 2005 _ 2007 _ 2009 2010 2011_Po_122013 20142015 2016 2017 2018 _19 _ 2021 2022 2023 2024h"l=lqlj,f 4

66 GalDrum9,2CuR _ -I_ _,3/c¢, =:"r"

16 GAL =(/') ,

DRUMI

12.1 CuR . =::

4 X 4 X 8 Box "o:z> W/Skidsi ¢-3

,--, 143 CuR ¢::=r'_ I •

• ¢_4X4XSBox . oWlO Skids ro128 CuR =:3

I'rl

4X4X8Metal120 CuR

B-26• 103.2 CuR

3q _S 37

OTHER

• TOTAL

(0 or 100%)le_.)Ioo Ioo !lcr.,

• Total for each year MUST equal 0 or.

100%Other - Indicats co.tainer type, extemal dimensions,and external volume (cgft,gal).

ThecontainerslistedaboveconformtotheacceptancecriteriainWHC-EP-0063-4(HanfordSiteSolidWasteAcceptanceCriteria)."OTHER"containers[P__be accepted.

I i l

STIEPI:CIRCLEONEWASTECLASS Container Type and Volume % TABLE 2 Page 2 of 4

CH-LLMW-I

COMPLETE A SEPARATE TABLE 2 FOR EACH WASTE CLASS IDENTIFIED IN TAE_LE1CH-LLMW-GTC-ill

• RH-LLMW-I

RH-LLMW-III i ' IST_P_ RH-LLMW-GTC-ill STEP 3: Indicale Volume % el Wasle Class Packaged in Idenlilied Conlainms .

ssa,, ! ! / !

o.......OA, . // ! (,n

DRUM | 1 _i

,,,.,CuR i ---- ----.,m .,.m I2

:z=. W/Skids ¢'_0 143 CuR c::• _ I

(,.,,J ' Oo

4 X 4 X II Box re

WlO Skids :o121 CuFI ..... m

mmmm,Omm m m m m m m m .._m m ¢m lira m _ mmm m m ( .

4X4X8 oMetal "120 CuFf

B-26

103.2 CuR

OTHER

• TOTAL

(0 or 100%)I_'_ It:(: /P.(, In,,

"Total for each year MUST equal 0 or

too% Other - Indicats containertype, external dimensions,and external Volume(cult, gal).

The containerslisted above conformto the acceptance criteria in WHC-EP-0063-4 (Hanford Site Solid Waste/_cceptance Criteria).;OTHER" containers _ be accepted.

i

STEP1: CIRCLE ONE WASTECLASS Container Type and Volume % TABLE 2 Page 3 of 4

(_H-TRU_)CH-TRUM COMPLETE A SEPARATE TABLE 2 FOR EACH WASTE CLASS IDENTIFIED IN TABLE 1

RH-TRU r

RH-TRUM I STEPl: Indicate Volume % of Waste Class Packagedin Identified Containers ISTEP2:

. a,I I IOrum I . _19.2 CuFI II _,31icQ caI -- t i::

'-T-ll6 GAL <-_DRUM i12.1 C,_.FI ¢:_i

4X4XOBox xIW/Skids "Io

:z=, 143 CuR • ""I

I"_ :4X4XIBoI • , o

iW/O Skids or_1128CuR :o

rrl4X4X8 <Metal o128 CuR

SWB73.4 CuFf

37

OTHER °

• TOTAL

(oor loo%)ICL: lr._ ICC

• Told foreachyearMUSTequal0 orlOO%

Other - Indicate container type, external dimensions, and external volume (cuff, gal).

The containers listed above conform to the acceptance criteria in WHC-EP-0063-4 (Hanford Site Solid Waste Acceptance Criteria)."OTHER" containers _ be accepted.

STEP1: CIRCLE ONE WASTECLASS Container Type and Volume % TABLE 2 Page 3 of 4

CH-TRU i

d_H-_0M-_.. COMPLETEA SEPARATE TABLE2 FOR EACHWASTECLASSIDENTIFIEDIN TABLE 1

STEP1:CIRCLEWASTECLASS Container Type and Volume % TABLE 2 Page 4 of 4

HAZARDOUS •

ONLY i STEP,:IndicateVelumo% elWasteClassPackagedinIdentinedContainersISTEP |

_r

-- +66 ,

[ 72 "7.7 7:2 .... =¢::

¢,-}t i

30 GAL DRUMc_I

4.4CuFI _ )_ /_5+ 1:_ =(::.-zI

4X4XlBox ' ,.-,"_:::, W/Skids

143 CultO

4X4XOBox r,_W/O Sldds ;ol'rl128CuR <

.

4X4XlIMetol121 CuR

OTI_ER ........................a:at-5 l_x I I- / I

• TOTAL

10o1'100%1 /+2(: If, c /_ h*c

"Totdlorea_ year MUST equd0orl00% _ t_t_/Ic,,, Cicuc'+, (1_" 5 "x I_. "S"))/.c 7 i t _

Other- Indicate container type, extemal dimensions, and external volume (cult, gel). _., r _; _ ¢,b_,-/,_,_d I._x.(J_5 '_:i5"_/:._ ;), oof_,fJ 3

Thecontainerslistedaboveconformto theacceptancecdteriainWHC-EP-O063-4(HanfordSiteSolidWaste AcceptanceCriteria).•OILIER"c_tainem I1_ be accepted.

........m.....mm

STEP1 CONTAINER _ PhysicalWaste Forms/LLW& TRU _E 3 page 1 ot 1 STEP4Are

TYPE .._ /JL_.jlo_l¢Jrum _ Waste

- _ " i A separateTable3 mustbe completedfor eachcontaineridentifiedin Table2 FormsSTEP2 YEARS J"/_& TO___ Sogro-

(INCLUDEHELDIF APPLICABLE)i STEP3 IndicateVolume% ot eachWasteFonnpresenttoteachWasteClassCH LLWl CH LLWlII CH LLW RHLLWI RH LLWlII RH LLW CH TRU RHTRU gated?WASTEFORMS - GTCIII GTClII Y/N

STEEL

LEAD

INORGANICPARTICULATES=E:

ABSORBEDUQ/SLUDGE.' --r-(-.)I

ORGANICPARTICULATES ¢nC:)I

onQA.X:A.SOneEOUa LUOQE iI

. "IDt-.,I

(...)CONTAMINATEDSOILS 5

i I_' O--.a CONTAMINATEDSOILS o"rO

rrt

METAL .__ _ _ _/_'

iNORGANICNON-METAL 3:; __ -- _ "'---

. .50 /V'COMBUSTIBLE _ _ _ -----"

HETEROGENEOUS

;PEClALWASTE.

LABPACKS/CONTAINERIZEDLIQUIDS ' Y"

O'mEn•

TOTAL1 (0 OR 100%) / (.,(, ICC

1 TotalIor EachWasteClassMUSTEqual0 or 100%

• OTHERWASTEDESCRIPTION:

z

L, , , , r .............

STEP1 CONTAINER Physical Waste Forms/LLW & TRU TABLE 3 page 1 of 1 STEP4Are

TYPE _ A sep,.rale Table 3 must be completed for each conlalner Identified In Table 2 WasteSTEP 2 YEARS _ I_q5 TO _ Forms

(INCLUDE HELD IF APPLICABLE) STEP 3 Indicate Volume % of each Waste Form present lot eadl Waste Class Segre-WASTE FORMS CH LLWl CH LLWIH CH LLW RH LLWI RH LLWIH RH LLW CH TRU RH TRU gated?GTCIII GTCIII Y/N

SHI-_-LDNG -

STEEL

LEAD

CONCRETE

INORGANIC PARTICULATES

INORGANIC ABSORBED LIQ/SLUDGE =_:3::, (m_

ORGANIC PARTICULATES ¢n, ,

"1ORGAN_ ABSORBED LIQ/SLUDGE =s:

x,_OILS "ID

:):, ,-.' CONTAMINATED SOILS

_--' C_CO ' ' ' ' t

DEBRIS CONTAMIHATED SOILS oOre

DEBRIS WASTE .... . "_0

METAL (00 " /V <m0

iNORGANIC. NON-METAL / ¢; ... /_,

COMBUS1]BLE 30 N

HETEROGENEOUS

_PECIAL WASTE

LAB PACKS/CONTAINERIZED LIQUIDS

SOLID PROCESS RESIDUES

JNKNOWI', .

OTHER "• : • i i i| , , i i

TOTAL1 (OOR 100°/,I )O(j..................

1 Total lot Each Waste C_ss MUST Equal 0 or 100%

• OTtIER WASTE DESCRIPTION :

I,

•STEP,CONTAiNEia PhysicalWasie Forms)LLw& TRU , TABLE 3 page1 o! 1 AreS'"P4TYPE 7x 7 x _/('_,...xu,_e_- _ Waste "

_ ct_;,_r_ A separale Table 3 must be compl01ed for each Container idenlifled In Table 2STEP 2 YEARS I?'7.5" TO IC;"/q Fonns

(INCLUDE HELD IF APPLICABLE) STEP 3 Indicate Volume % ol each Wasle Form presenl lot each Waste Class Segre-CH LLWl CH LLWlU CH LLW RH LLWI RH LLWIII RH LLW CH TRU RH TRU galed?

WASTE FORMS GTCIil GTCUl YR4

SHIELDING

STEEL

LEAD

CONCRETE

SOLID PROCESS RESIDUES

INORGANIC PARTICULATES _ ' ,

INORGANIC ABSORBED UQ/SLUDGE =:(-1I

(41ORGANIC PARTICULATES c::=

, , ,, , ,', , , _ ,- |

ORGANIC ABSORBED LIQ/SLUDGE -_'' i

"lO

,-, CONTAMINATED SOILSO

DEBRIS CONTAMINATED SOILS " orq3

9EBRIS WASTE " rl-i

METAL <, ,, ,,, ,

INORGANIC NON-METAL,, ,

COMBUSTIBLE (_¢_e !a,-I.;c,,/t _ gx. 1V,'_blQr%.'ee._u S J I (.)(,._ ........

HETEROGENEOUS

LAB PACKS/CONTAINERIZED UQUIDS

OTHER *i ,i i , H i T "fi

TOTAL1 (0 OR 100%) / C:O ,. --

1Tolal Ior Each Wasle Class MUST Equal 0 or 100%

• OTIIER WASTE DESCRIPTION :

STEP1 CONTAINER ...... PhysicalWaste Forms/LLW& TRU TABLE 3 page I ot 1 sTEP4TYPE _ - Are

A sepal:ale Table 3 must be compleled for each com.iainor Meediiled in Table 2 WesleSTEP 2 YEARS ! 0")5 TO )_q/: Forms

(INCLUDE HELD IF APPLICABLE) STEP 3 Indic,ale Volume % ol each Waste Fonnpresent lot each Waste Class Segre-WASTE FORMS CH L1.WI CH U.Wlll CH LLW P,HLL_1 RH LLWlII RH LLW CH TRU RH TRU galed?GTCIII GTCB YR4

SH EL lING

STEEL

LEAD

CONCRETE

SOLID =ROCESS RESIDUES


INORGANIC ABSORBED LIQ/SLUDGE:E

ORGANIC PARTICULATES :=I

, ORGANIC ABSORBED LIQ/SLUDGE _:I

-_01_5 =[:

I

_> CONTAMINATED SOILS -o| i i ii ii i . t t i t i: i i

o DEBRIS CONTAMINATED SOILS ¢:IO

DEBRIS WASTE O

METAL _O PJ :o.,., ,.., .. . i rr _

INORGANIC NON-METAL <,,

, COMBUSTIBLE .... / O FJ,

HETEROGENEOUS

SPECIAL WASTE

LAB PACKS/CONTAINERIZED LIQUIDS

.tNKNOWN "" "j "

OTIIER °i i i i |1 ii i

TOTAL1 (0 OR 100%I . IOo

1 Total Ior Each Wasle Class MUST Equal 0 or 100%

" OTtlER WASTE DESCRIPTION :

!,

LI , ,, I ' 'I •

:Waste Forms & Hazardous Constituents Mixed/Hazardous Only TABLE 4 page 1 ol 2 ,,STEP1 WASTE

CLASS_CH-- LI_I_I,_- I

ITEP2 CONTAINER A separateTable 4 mustbecompletedM eachwaate classand conlainw type kl_nWled inTable 2.TYPE _15d_Jlon _!_, -- STEP5 EPNRCRNWAC indites percentpxesenlIor eachwasteIown- " _ _ STEPS

;TEP= YEARS_/_-_ TO_ EPA I RCRA

(INCLUDEHELDIF APPLICABLE) A B C D E __F" G H _ AreWT "PCB PCB WasteIGN. CORR. . • MET. MHG. * ORG. W00t W00t Folms

STEP4 13002 D003 (Metals) (l_mcmy) WPINDICATEBELOWTHEVOLUME %OF DO0! [XX_ WC Se_e-gaed?WASTEFORMIN CONTAINER P065 Y/NIDENTIFIEDIN STEP2 • SeeAppendixA: P092

MET- Tables A - 9 tlv'uA - 11 U151 ,.

WASTEFORMS ORG- TablesA - 1 tltruA - 8 :E::Z:

!

C_I

STEEL =::3=I

"OLEAD .--.

I:z=, O

CONCRETE o

_orrl

INORGANICPARTICULATES O

ORGANICABSORBEDES

WASTE

GANICPARTICULATES

ABSORBEDLKZ/SLUDG

CONTAMINATEDSOILS

CONTAMINATEDSOILS

NOTE: WasteForm% shouldbetotaledonTable4 Page2 o| 2 and MUSTequal100%

ql, °°

STEP1 WASTE Waste Forms & Hazardous Constituents Mixed/HazardousOnly TABLE 4 page 2 of 2

CLASS C H - L LI_ Ix)- I k separate__Table 4 must be completed for each waste class sad conlalner type Idudlified In Table 2._TEP 2 CONTAINER STEP 5 EPA/RCRA/WAC indicalepercent presentfor eachwasle Iomt

TYPE .__._aallc_ clru_,-_

STEP3 YEARS I_._ ° TO /_/9__)_ " EPA'/R'C'R'A ' WAC STEPSA B C P E F G H J Are

(INCLUDE HELD IF APPLICABLE) IGN. CORR. REAC. • MET. MHG. "ORG. WT PCB PCB WasteSTEP 4 D00t D002 D003 (Metal=) (M_rc-_y) WP W001 W001 FormsINDICATE BELOW THE VOLUME % OF DO09 WC Segre-WASTE FORM IN COHTAINER * See Appendix A: P065 u.=,,--""ed'*IDENTIFIED IN STEP 2 MET - Tables A - 9 thru A-- 11 PO92 Y/N

U151

, , -. _

lc o .'( ".... , |

I0 COMBUSTIBLE I L'_:) lOG. I L'_) . / C_.'_.... / c_O N _,=¢:

HETEROGENEOUS J 0(2, I O0 / C@ :3=,

_ o

ro -'ill LABPACKS/CONTAINERIZED LIO. /G(; /OO /Ca(', /CO /C'.(_, )C:O N ', - Oo

REACTIVE METALS r_,,,,

_o

EXPLOSIVES/PROPELLENTS . r,'t

._ ELEMENTAL MERCURY 100,,, , ., ,,, ,k"

._ ELEMENTAL LEAD tC_C)...................

BERYLLIUM WASTE• . , .., ,,, .

i_ BATrERIES I L_C,.mqlmm,,mml

UNKNOWNOTHER "

" OTHERWASTE DISCRIPTION:

k,

t.

STEP1WASTE Waste Forms & Hazardous Constituents Mixed/HazardousOnly TABLE 4 page 1 of 2 .CLASS C H -LL PI I,_'- I

STEP 2 CONTAINER A separate Table 4 must be completed for each waste class and coMaine¢ type idenlilled In Table 2.TYPE _ -_5 P_rx STEP 5 EPA/RCRA/WAC indicatepercent present Ior each wasteIonn

STEP3 YEARSI_tq__TO /_/ ,E.PA,/RC,RA WAG STEPs(INCLUDE HELD IF APPLICABLE) A B C D E F - G H J Are

STEP 4 IGN. coRR. REAC. " MET. MHG. "ORG. WT PCB' PCB WasteINDICATE BELOW THE VOLUME % OF DO01 13002 DO03 (Metals) (Mercury) WP WOO1 W001 FormsWASTE FORM IN CONTAINER D009 WC Segre-IDENTIFIED IN STEP 2 " See Appendix A: P065 galed?P092 Y/N

I MET - Tables A - 9 lhru A - 11 U15! '1 WASTE FORMS ORG - Tables A - 1 thru A - 8

> 5C).pplTSHIELDING

STEEL ' '¢.F)C:2I:E

LEAD -__ I

"Omi,-,4

:x=,, CONCRETE C3

i'_ I

SOLID PROCESS RESIDUES 0N

INORGANIC PARTICULATES _o

INORGANIC ABSORBEDPLIQU!D!$LUDGES o

SALT WASTE

ORGANIC PARTICULATES

ORGANIC ABSORBED LIG_LUDG

"SOILS

CONTAMINATED SOILS

DEBRIS CONTAMINATED SOILS

NOTE: Waste Form % should be totaled on Table 4 Page 2 of 2 and MUST equal 100%

Waste Forms & Hazardous Constituents Mixed/Hazardous Only "I'ABLE 4 page 2 of 2STEP I WASTE

CLASS C/_/- Z LrY'IL_.!- I k separate Table 4 must be completed for each waste class and container type Identified In Table 2.STEP2 CONTAINER STEP S EPA/RCRA/WAC indicatepercentpresent foreach wastelearn

TYPE _- 33 I-_,x EPA I RCRA WAC STEP 6STEP 3 YEARS _ TO /_)(_q G !1 J "

(INCLUDE HELD IF APPLICABLE) A B C D I_ F AreIGN. CORR. REAC. " MET. MHG. "ORG. WT PCB PCB WasteSTEP 4 D001 DO02 D003 (Metals) (Merculy) WP _N00t W00t FormsINDICATE BELOW THE VOLUME % OF D009 WC Segre-WASTE FORM IN CONTAINER • See Appendix A: P065 gated?

IDENTIFIED IN STEP 2 MET - Tables A - g thru A - 11 P092 Y/NU151

WASTE FORMS ORG - Tables A - 1 thru A - 8

:E:

METAL ::z:I

INORGANIC NON-METAL c_I

COMBUSTIBLE. I

HETEROGENEOUS "oI,,--t

:Z=, ('_I C:_

Po I.1_ o

LABPACKS/CONTAINERIZED LIQ. ore

REACTIVE METALS _orrl

EXPLOSIVES/PROPELLENTS o

ELEMENTAL MERCURY

ELEMENTAL LEAD

:ZYLLiUMWASTE

BATTERIES

_ OTHER •• OTHER WASTE DISCRIPTION:

z,

STEP1 WASTE Waste Forms & Hazardous Constituents Mixed/Hazardous Only TABLE 4 page 1 of 2CLASS CH -LLJ")c,_J- I/I

STEP 2 CONTAINER A separate Table 4 must be completed for each waste c|ass and container type Identified in Table 2.TYPE _,_ _¢_)1_,,i (_l_ STEP 5 EPA/RCRA/WAC indicatepercenl present Ior each wasle Iorm

STEP 3 YEARS Iq_S TO ) =)')'_ EP,A./ RCR.A WAC STEP 6v

(INCLUDE HELD IF APPLICABLE) A B C D E F - G H J Are!STEP 4 IGN. CORR. RE_AC. • MET. MHG. "ORG. WT PCB PCB WasteINDICATE BELOW THE VOLUME % OF D001 D002 D003 (Metals) (Mercury) WP W001 W001 FormsWASTE FORM IN CONTAINER D009 WC Segre-IDENTIFIED IN STEP 2 " See Appendix A: P065 galed?

i P092 Y/NMET - Tables A - 9 Ihru A - t I Ut 51

1 WASTE FORMS ORG - Tables A - 1 thru A - 8

SOLID PROCESS :iESIDUES ' oo

INORGANIC PARTICULATES r,_7or'rl

INORGANIC ABSORBED <LIQUID/SLUDGES o

SALT WASTE


ORGANIC ABSORBED LIQISLUDG

CONTAMINATED SOILS


NOTE: Wasle Form % should be totaled on Table 4 Page 2 of 2 andMUST equal 100%

Lll I I , , ,

Waste Forms & Hazardous Constituents Mixed/Hazardous Only TABLE 4 page 2 of 21 WASTE

CLASS _(_t-LLI_IL_ - I I I A separate Table 4 must be completed for each waste class and container type identified In Table 2.CONTAINER STEP 5 EPA/RCRA/WAC 4ndicatepercentpresent Ior each wasteloonTYPE _5 _11_ d_,,_ EPA/ RCRA WAC STEP 6

3 YEARS '_ UTO 'c)_'_ _IGN _"-"'_'_ I _pc "PC_'_ °Are

(INCLUDE HELD IF APPLICABLE) . CORR. REAC. " MET. MHG. "ORG. Waste4 DO02 D003 (Metals) (Mecup/) WOO1 W001 Forms

INDICATE BELOW THE VOLUME % OF I D001 D009 Segre-FORM IN CONTAINER ' * See Appendix A: P065 galed?

FlED IN STEP 2 MET - Tables A - 9 thru A - 11 P092 YINU151

V WASTE FORMS ORG - Tables A - 1 thru A - 8 &

METALI

INORGANIC NON-METAL C_I

COMBUSTIBLE :[-:£I

_OGENEOUS -o¢.->

I Ipoo_

• LABPACKS/CONTAINERIZED LIQ. or_

REACTIVE METALS :orT1•


ELEMENTAL MERCURY

_ ELEMENTAL LEAD

BERYLLIUM WASTE

BATTERIES

OTHER "

• OTHER WASTE DISCRIPTION:

,III

41

STEP1 WASTE Waste Forms& HazardousConstituentsMixed/HazardousOnly TABLE 4 page 1 of 2 .CLASS-CH-T_'u_

STEP 2 CONTAINER A separate Table 4 must be completed far each waste class and coeJainer _ identified in Table 2.TYPE ._,_ _o_11o,_d,_,. STEP 6 EPNRCRA/WAC Indicatepercenlpresent for each waste lenn

STEP 3 YEARS _ TO, Ic)'_8 _ _ STEP 6

(INCLUDE HEM) IF APPLICABLE) | k B C D E F - G H J AreSTEP 4 IGN. CORR. REAC. "MET. MHG. "ORG. WT "PCB PCB WasteINDICATE BELOW THE VOLUME % OF D001 D002 D003 (Metals) (Mercury) WP WO01 W00l FormsWASTE FORM IN CONTAINER DO09 WC Segle-IDENTIFIED IN STEP 2 • See Appendix A: P065 gated?P092 Y/N

MET - Tables A - 9 Ilvu A - 11 U151

aaSTEEL --..------- --------- i

LeAn ,=--

CONCRETE "_

?

< 50 ;_pmSHIELD NG.-

iSOLID PROCESS ::::IESIDUES

oINORGANIC PARTICULATES , ro

poINORGANIC ABSORBED m

UQU_m__LUDGES ' o

SALT WASTE


ORGANIC ABSORBED LIQiSLUDG "

BOLLS-

CONTAMINATED SOILS

DEBRIS CONTAMINATED SOILS,,

NOTE: We.de Form % should be Iolabd on Tabb 4 Page 2 of 2 and MUST equal 100%.

' WasteForms& HazardousConstituentsMixed/HazardousOnly TABLE 4 page2 of 2_TEP 1 WASTE

CLASS " C H - "T'/_U/_ k separate Table 4 mull be completed for each wesle class and container type identified in Table 2.3TEP 2 CONTAINER STEP 5 EPA/RCFIA/WAC Indicatepercentpresent Ior eachwaste Ionn

TYPE ._; _11o,_d,,,,, WACsIr'EP3 YEAR_; _(/_5 TO /q_)8 EPA I RCRA S-fEP 6

(INCLUDE HELD IF APPUCABLE) A 0 C p E F q H J AreIGN. CORR. REAC. ' "MET. MHG. "ORQ. WT PCB PCB WasteTEP 4 D001 D002 D003 " (Melals) (Mercmy) WP W001 W001 Forms

I!IDICATE BELOW THE VOLUME % OF D009 WC Segre-fASTE FORM IN CONTAINER • See Appendix A: P06,r) galed?

IDENTIFIED IN STEP 2 MET - Tables A - 9 thru A - 11 P092 . WNU151 t

WASTE FORMS ORG -TaMes A- 1 Ihru A- 8

=[:

METAL :z:|

INORGANIC NON-METAL . --------- ---------- cnI

_00 COMBUSTIBLE___,_._ ____OC._._._.......--- --------- - _¢I

HETEROGENEOUS _ "o. ._......,.,_ --..-.-...-- ,__, _ _1 _ _ ""

r_ .I(3O O

LABPACKS/CONTAINERIZED LIQ. O

REACTIVE METALS .__._..___. _o


INHERENTLY HAZARDOUS WASTE

. ELEMENTAL MERCURY..

ELEMENTAL LEAD_. r"

-......

BERYLLIUM WASTE

I: I BATTERIES ---------- ---.-------

OTHER "


STEP! WASTE Waste Forms& HazardousConstituentsMixed/HazardousOnly TABLE 4 page 1 of 2 .CLASS-_J_,)_

STEP 2 CONTAINER A eeparale Table 4 must be completed for each waste close and container.lype identified in Table 2.TYPE _ ,_,___e_ _,t_ STEP 6 EPNRCRA/WAC Indicalopercent presenl for each wasle Ionn- 0

STEP 3. YEARS _ TO }q9 _) _CFIA _ STEP S

(INCLUDE HELD IF APPLICABLE) I A B C U E F " G H, J AreSTEP 4 IGN. CORR. REAC. • MET. MHG. • ORG. WT "PCB PCB WasteINDICATE BELOW THE VOLUME % OF D00t D002 D003 (Metal==) (Memu_/) WP W001 W001 FormsWASTE FORM IN CONTAINER D009 WC Segro-iDENTIFIED IN STEP 2 • See Appendix A: P065 gated?

P092 Y/N

MET - Tables A - 9 Ihru A - 11 U151 iWASTE FORMS ORG - Tables A - 1 thru A - O

?

N8&

, _

0

< 50 ppmS.H IE _l_ NG

STEEL

LEAD'

= CONCRETEI%3


INORGANIC ABSORBEDLIQUID/SLUDGES

SALT WASTE


ORGANIC ABSORBED LIQ/SLUDG

CONTAMINATED 801LSIQO Ioo Ioo I(_ Ic_

DEBRIS CONTAMINATED SOIL8

SOLIDPI_OCESSRESIDUES - I-

SOILS

NOTE: Waslo Form % should be totaled on Table 4 Page 2 of 2 and MUST equal 100%

WasteForms& HazardousConstituentsMixed/HazardousOnly TABLE 4 page2 of 2EP1 WASTE

CEASS )L_-z_0L)S k separate Table 4 must be completed for each waste class and container type identified in Table 2.2 CONTAINER STEP 5 EPA/RCRA/WAC Indicatepercentpresent lot eachwaste faint

TYPE 55 _a/Io_c_, EPAI RCRA WAC STEPSEP3 V_RS I qq_ To_ 'R_ Are

(INCLUDE HELD IF APPMCABLE) IGN. CORR. REAC. • MET. MHG. • O Waste4 D001 D002 D003 (Metals) (Memuw) WP W001 W001 Forms ";ATEBELOW THE VOLUME % OF D009 WC Segre-"EFORM IN CONTAINER * See Appendix A: P065 gated?

IDENTIFIED IN STEP 2 MET Tables A - 9 thru A - 11 P092 WN" U151

WASTE FORMS ORG - TaMes A - 1 thru A - 8

:¢:"-r-

METAL It.,n

INORGANIC NON-METAL I=E:

COMBUSTIBLE //O0 /V i"ID

HETEROGENEOUS • "7=,I I

co N oc) 0

LABPACKS/CONTAINERIZFD LIQ. /CO r,o

REACTIVE METALS r_


ELEMENTAL MERCURY

ELFMENTAL LEAD

BERYLLIUM WASTE

BATTERIES

I OTHER "• OTHER WASTE DISCRIPTION: o

I Ih

8I_-TEP1 WASTE Waste Forms & Hazardous Constituents Mixed/Hazardous Only TABLE 4 page 1 of 2 .CLASS- _.zor_l_us

STEP 2 CONTAINER A separate Table 4 mast be compleled for each waste class and containerlype Identified in Table 2.TYPE _ u_),_lc,,'),Jru,,-_ STEP 6 EPNRCR/VWAC Indicatepercent present for each waste Iorm .

STEP = YEARS I_)_ TO ]q_) E_ _ STEP l

_INCLUDE HE!D IF APPL_ABLE) A B C " D E F - G H J AreSTEP 4 IGN. CORR. REAC. "MET. MHG. * ORG. WT "PCB PCB WasteINDICATE BELOW THE VOLUME % OF D001 D002 DO03 (Metals) (Mercury) WP W001 W001 FormsD009 WC Segre-WASTE FORM IN CONTAINERIDENTIFIED IN STEP 2 • See Appendix A: P065 gated?P092 Y/N

MET - Tables A - 9 thru A - 11 Ut51WASTE FORMS ORG -Tables A - 1 Ihru A -8•<50ppm .>:50 _pl

S 41EL-DING I:"T"

ISTEEL u)----------'-- C:)

I=E:

LEAD i3=

- _CONCRETE -¢=I

(._ .I

SOLID PROCESS RESIDUES 0

I i ' roINORGAH!C PARTICULATES :o •,, m

INORGANIC ABSORBED oLIQUiD/SLUDGES

SALT WASTE

6


ORGANIC ABSORBED LIQ/SLUDG

/.SOILS .-

CONTAMINATED SOILS


NOTE: Wasls Form % should be tollled on Table 4 Page 2 of 2 and MUST equal 100%

,'t "t

Waste Forms & Hazardous ConstituentsMixed/Hazardous Only TABLE 4 page 2 of 2STEP 1 WASTECLASS H_7 L_rL_OU5 " k separate Table 4 must be completed tot each waste class end container type Identified in Table 2.

3TEP2 CONTAINER STEP 5 EPNRCRA/WAC indicatepercent presentfor eachwaste IonnTYPE _3(_(_o_llcnCl,_,_ WAC- EPAI RCRA STEP6 '

STEP 3 YEARS 1_5 _ TO I Yqq A I_ C O E != Q H J Are(INCLUDE HELD IF APPUCABLE) IGN. CORR. REAC. "MET. MHG. "ORG. WT PCB PCB Waste

STEP 4 DO01 D002 D003 (Metals) (Mercury) WP W001 W001 FormsINDICATE BELOW THE VOLUME % OF D009 WC Segre-WASTE FORM IN CONTAINER • See Appendix A: P065 gated?

IDENTIFIED IN STEP 2 MET - Tables A - 9 thru A - 11 1:'092 Y/NU151

WASTE FORMS ORG - Tables A - 1 thru A - 8< 50 _pm

SPECIALWASTES -

OLABPACKS/CONTAiNER_F_I) LIQ. ] O0 / O0 J O0 I O0 /C'O Job . lkj or,o

REACTIVE METALS =oI-i't


. E[FMENTAL MERCURY

E11=MENTALLEAD " ,, , ,• ,,

BERYLLIUM WASTE

OTHER "


!

STEP1 WASTE Waste Forms & Hazardous Constituents Mixed/Hazardous Only TABLE 4 page 1 of 2CLASS- _z _ _ou_

STEP 2 CONTAINE_:I A sepm'sto Table 4 must be completed Iolreach waslo class and cmiiainm"type idenlilled In Table 2.TYPE t'_ (_(_IIo,_ _ STEP 6 EPNRCRA/WAC indicalepercenl ixesenl for each wasle Ionn

- (r

STEP 3 YEARS I=l<}_"3 TO I Qq_ _ _ STEP ti

(INCLUDE ::-"tn IF APPLICAB!F) A B C D E F - G H J AreSTEP 4 IGN. COFIR. REAC. * MET. MHG. "ORG. WT "PCB PCB " WasleINDICATE BELOW THE VOLUME % OF 13001 D002 DO03 (Melab) (Mercmy) WP WOOf WOOf FormsDOOg WC seg_WASTE FORM IN CONTAINERIDENTIFIED IN STEP 2 ' See Appendix A: P065 galed?P092 Y/N

I MET - Tables A - g Ilvu A - 11 U15!1 WASTE FORMS ORG - Tables A - 1 thin A - II

mm Bm

, n

SHIELDING

STEEL I(/1¢:3

LEAD , m•

I

CONCRETE "oI--I

mmmmm ooO

iNORGANIC PARTICULATES ro_o

INORGANIC ABSORBED mLIQU.UJ_!SLUDGES o

SALT WASTE


ORGANIC ABSORBED LIG_LUI_

SOLID _ROCESSRESIDUES

CONTAMINATED 8OIL8

DEBRIS CONTAMiNATED SOILS I

NOTE: WMI, Form % should be totaled on Table 4 Page 2 ol 2 and MUST equal 100%

STEP1 WASTE Waste Forms & Hazardous Constituents Mlxed/HazaKK)US On y TABLE 4 page 2 of 2CLASS H_?_li, _t_,_J__ A separate Table 4 must be completed for each waste class and conlaimw lype IdenlBled in Table 2.

STEP2 CONTAINER ,-- i STEP 5 EPA/RCRA/WAC indicatepercentpresent foreach wasteIonnTYPE I'_ (l._I_ LVu,h "'*" RCRA WAC" " r" r"/'_ I ....;

, " , , , . STEP 6STEP 3 YEARS I qq._ TO / '_q_ l A _ C p i F G H J_ Are

INCLUDE HELD IF APPUCABLE) n ,,,,,,---, ,',CAr, * u;='r UI4G "ORG WT PCB PCB tu,,,,,,( IGN. _.,vnn. n,_,-,v.............. i ...... ""_1 "'00"0

STEP 4 ................. OF ! D001 D002 D003 (Mills) (Ueicur#) W; wuu, .w FormsINDICATE BELOW IHE VOLUME % D009 ! lm :5_WASTE FORM IN CONTAINER • See Appendix A: P065 I gated?IDENTIFIED IN STEP 2 .......... u - "1 P092 Y/N

ME[ - laDleS A - tl inr ,_ -. U151

WASTE FORMS ORG - Tables A - 1 thru A - 8

iTmmmmmmm mm •INORGANIC NON-METAL _"

COMBUSTIBI F " , ¢:_a' _E_

HETEROGENEOUS i"O "

I SPECIAL WASTES

4=" 7_ LABPACKS/CONTAINERIZED LIO. /C_ /c_O /C_ /Go /C_ /OO N 'OO

. rt3REACTIVE METALS

"

rrlEXPLOSIVES/PROPELLENTS <:

°INHERENTLY HAZARDOUS WASTE

F! I:MENTAL MERCURY / OO Y

ELGMENTAL iliAD

BERYLLIUM WASTE

OTHER "


iJ

,b

BTEP1 WASTE Waste Forms& HazardousConstituentsMixed/HazardousOnly TABLE 4 page1 of 2 .CLASS/'/_,_,/_,J_

STEP 2 CONTAINER A separal, Table 4 must be complMed lot each waste chum and conlainer type idmMied in Table 2.TYPE F)OT f_ L_ _-x_x STEP S EPNRCRA/WAC k.Jk:Me percent presenl lot each waste Ionn

STEP 3 YEARS I']q5 TO /9_q EPA / RCRA _ STEP S

ST=,4 _. co... ._c. ... . -o_ wr _ _ w=,.,_,CA_._OWT"EVOLUME_OF O00_0O02 O0= ,-.*.) _._) wP woo, woo, _..WAST_Fo..,_co.r_E. 0o0o wc _._=E,.FED,_S_2 • S..Am._,: to, _d,

P092 Y/N

MET - Tables A - 9 lhm A - 11 U151

mmmmm m|

INORGANIC PARTICULATES ro,,,

rrlINORGANIC ABSORBED <LIQUID/SLUDGES o

SALT WASTE 1

i)RGANIC P.ARTICULATE8 1 " i

ORO,ANICABSORBEDLmm.UDa

SOILS °

CONTAMINATED 80_.S

DEBRIS CONTAMINATED 801L8 I

NOTE: Waste Form % should be totaled on Tabin 4 Page 2 ol 2 and MUST equal 100%

I IIr

STEP_ WASTE Waste Forms & Hazardous ConstituentsMixed/Hazardous Only TABLE 4 page 2 of 2CLASS _Jz, r_,J._ A separate Table 4 must be _ for each waste tins =ml ¢ontsiln_ type kkmlibd in T_le 2.

STEP2 CONTAINER STEP 6 EPA/RCRA/WAC iqdicalepercentpresenl foreach waste IomtTYPE DOT I_P, l__x

STEP3 YEARS Iq#_ TO /c/c/c/ EPA/RCRA WAG...... STEPS

(INCLUDE HELD IF APPUCABLE) A B C I;) I_ _(_ G H JIGN. CORR. REAC. * MET. MHG. * () WT PCB PCB AmWasttSTEP 4 DO01 [XX)2 [XX)3 (Melab) (Men:ury) WP WOO1 WOO1 FormstlNDICATEBELOW THE VOLUME % OF 0009 WC Segr_WASTE FORM IN CONTAINER * See Appel_ix A: P065IDENTIFIED IN STEP 2 galed?

MET - Tables A - 9 thru A - 11 P092 Y/NUlSl

r WASTE FORMS ORG - Tables A - 1 thru A - 8

DEBRIS WASTES 4

METALH i , H I I I. ,_

INORGANIC NON-METAL -r-,, ,,,, ,, ,i i ,i,, i , , , I

COMBUSTIBLE u_C_. ,H .. I

HETEROGENEOUS :E:3[

SPECIAL WASTESI

o_ C_

LABPACKS/CONTAINERIZED UQ. 100 /C'_ /OO IOO /Or) /Co _/ '_ ' O

OREACTNE METALS r_

, L ' . I,

EXPLOSIVES/PROPELLENTS , r,_

INHERENTLY HAZARDOUS WASTE 0

2 EILEMENT.ad.MERCURY t00 YELEMENTAL LEAD

, ,, i ,, , "'

BERYLLIUMWASTE, ,, ,,

o-ntl_ •

• OTHER WASTE DISCRIPTION:D

WASTECLASS: E/4-LL U- I TABLE 5 pa0e I d 2

CONTAINERTYPE: 5._ d,,}l.,, d,_.., Radiation Type0

YEARS ) _5 TO / qq_ (INCLUDEHELDIF APPLICABLE)A SEPARATE TABLE 6 MUST BE COMPLETED FOR EACH APPLICABLE WASTE (:tJtS8 AND CONTAINE]R TYPE

_IATIOH TYPE: Pleasekxica_eIheConcentrat_andTotal Aclivily for each Wash) Form

Uranium/ PidAm I (14C3H,i, Selenium "/ T_90I

Nnmmmmmenmmmei .STEEL _I

t, _

C._k'I'E i"v

soLID FROCESS RESIDUES"-4 O

OINORGANIC PARTICULATES ro

;om

INORGANIC ABSORBED <LIQUID/SLUDGES o

SALT WASTE

ORGANIC PARTICULATES . ""

ORGANIC ABSORBED LIQ/SLUDGE

SOt _S

COHTAMIHATEDSOH.8 i7._5 -q I.L/-/-q ;2.#1 "s ff.#l "I L/.,L/9"S /_.c/'/-_' R.'JO'' 1.7_'" _'.70 _° I.?q "J° i_T.5't-e 7. 1"7-?

DEBRm CONTAMINATED SOILS

WASTE CLASS: C..H - LL £0- ) TABLE 5 page 2 of 2

CONTAINER TYPE: .55 ,)2)In. cl_,_ Radiation TypeYEAR )_)_)-,_ TO I _ q_ (INCLUDE HELD IF APPUCABLE)

A SEPARATE TABLE S MUST BE COMPLETED FOR EACH APPLICABLE WASTE CLASS ANO CONTAINER TYPERADIATION TYPE: Please indicate Ihe Concentralion and Total Activily for each Wasle Form

Volalib• Radionuclide•

I F_..Product Uranium/ I Pu/Am I (14C,3H.I,I S.k... I T._..,,um.

-q -l: -'_ -S __, ..7 ' -= ,.._ ::::METAL "/.55 -'_ I._7 ;?._1 c/.,/I L/.L/(/ Re/7 _oqO 1.7_ (7._ h?,/-_ _3..5_"e 7. j-/ -? --r-

!

INORGANICNON-METAL _7._ 'v l. q7v _._I e q._/l_ q._'_ _,_7"" _;Id _ ).?_-7 q.70__ il.qv.,o _.5,1_e .7.1_ v,C_I

COMBUSTIBLE I"/.35"q I.,t-i v 2.:21-_ _.ql _ q.Vq"s _',q7_" 8.qO-" 1.78'7 q.'70-m l.qq "_ J._l a 7.-1"/'g"ID

HETEROGENEOUSI C:_

ISPECIAL WASTES

0

-, -_ 7_ - _ -i .-_"/_ -SABPACKS/CONTAINERiZEDUQ. ?...z5-(., I. 'qT" 3.:2r '° q. ,l l _t.,-/c_ _,.q E/.')o I, _8 q. _o_= I, 3.59 7.1"7-_ :oi-r1

REACTIVE METALS o

EXPLOSIVES/PROPELLENTS

- o

ELEMENTAL MERCURY

ELEMENTAL LEAD

BERYLLIUM WASTE

BATTERIES

JNKNOWN

OTHER " "

OTHER WASTE DESCRIPTION: _O.mni_'. _.,_IL_ _;_' ,_

I I IL i •

i

TABLE 5 page 1 of 2 .

WASTE CLASS: C/-/-'LL(_-/ Radiation TypeCONTAINER TYPE: _ z/xz) __ box _.

YEARS ___.J_.__5 TO / __ (INCLUDE HELD IF APPUCABLE)A SEPARA'_ TABLE ti MUST BE COMPLETED FOR EACH APPLICABLE WASTE CLASS AND CONTAINER TYPE

RADIATIONTYPE: Please indicate Ihe Concenlrationand Total ActivilyIolreach Waste FormVolatile

Radionuclide

FissionProduct Uranium/ Pu/Am (14C,3H, I, I Selenium Technetium 99BETA-GAMMA Neptunium R_

WASTE FORMS

STEEL :z:(-_I

C_I

• =E:

I• "o

I--I

:z=, CONCRETE _ ,I ¢:_

(._ I_o O

GANIC PARTICULATES :orrl<¢

INORGANIC ABSORBED oLIQUID/SLUDGES

WASTE __..___

ORGANIC PARTICULATES _______

GANIC ABSORBED

MINATED SOILS


TABLE 5 page 2 of 2

WASTECLASS: CH-L_"I Radiation TypeCONTAINER TYPE: _x qx F_ Ic_x "

YEAR _ TO _ (INCLUDE HELD IF APPLICABLE) "

A SEPARATETABLE5 MUSTBE COMPLETEDFOREACH APPLICABLEWASTECLASSANDCONTAINERTYPERADIATION TYPE: Pleaseind_ateIheConcentrationandTolalAciivilyloteachWasteForm

VolatileRadionucUde

F'msionProduct Uranium/ Pu/Am (14C,3H.I. Selenium Technetium99BETA-QAMMA Neptunium

4

WASTEFORMS

=[:-r"

METAL r_I

INORGANICNON-METAL 5. ij_; e , _|

-o

I HETEROGENEOUS c:_J:b I= (:_ 0

0

70.LABPACKS/CONTAINERIZEDLIQ. m

---"--'--- t

REACTIVEMETALS I . . ot 6

EXPLOSNE_ROPELLENTS

ELEMENTALMERCURY

ELEMENTALLEAD " •

BERYLLIUMWASTE

BA'n'ERIES

•

OTHER

WASTEDESCRIPTION: ._,_)0 #,_!,!_;3OTHER 41

WASTE CLASS: C)-I -LLLO-I TABLE 5 page_. 1 of 2 .

CONTAINER TYPE: 7x 7,q _v.p.r_E,r T,_k Radiation -r.,,.yijeYEARS /_)'_5 TO ) qqY (INCLUDE HELP IF APPUCABEE)

A SEPARATE TABLE S MUST BE COMPLETED FOR EACH APPLICABLE WAS iE CLASS AND CONTAI;;ER TYPERADIATION TYPE: Please indicate the Concentration and Total Activity lot each Waste Form

VolatileRadionuclide

FissionProducl J Uranium/ J PidAm ! (14C3H,I, Selenium Technetium99,

mmmmmmmmmmi

_ --

- ?

INORGANIC PARTICULATES :orrl

INORGANIC ABSORBED oLIQU_I_nISLUDGES

SALT WASTE '



CONTAMINATED SOILS_,i


WASTE CLASS: _1_ -LL LO- } TABLE 5 page 2 of 2_.. ,_ Radiation Type

CONTAINER TYPE: t n,_o_r_r- i,_ •- Y, o._.,-er)_o C

YEAR _ TO _ (INCLUDE HELD IF APPUCABLE)

A SEPARATE TABLE SMUST BE COMPLETED FOR EACH APPLICABLE WASTE CLASS AND CONTAINER TYPERADIATION TYPE: Please indicate Ihe Concentrationand Total Aclivty lot each Waste Form

VolatileRadionuolide

FissionProduct Uranium/ Pu/Am 114C,3H,I, Selenium Technetium 99BETA-GAMMA Neptunium

4

-r-I

METAL ",I

INORGANIC NON-METAL --zI

-? -Io -eO ..I3 -o, -6 "_,> CO:_,=_USTm_ZE _)7 {' N._, _ _.__ _.VA"° I._ 7 5.0:$ 1.01 q.o_/ _.7._ 1,09 1.01_° q.Of C3.l:b . Ir,o HETEROGENEOUS oo

f,_SPEC AL WASTES

LABPACKS/CONTAINERiZED LIQ. <o

REACTIVE METALS

EXPLOSIVE8/PROPELLENTS

NHERENTLY HAZARDOUS WAST E -,

ELEMENTAL MERCURY,,,

ELEMENTAL LEAD

BERYl ! IUM WASTE, i

BATTERIES

JNKNOWNi

OTHER

OTHER WASTE DESCRIPTION: _Q } _',_ _L

_I I I _ , i , i

.I

WASTE CLASS: CI-I-LLLd-III TABLE 5page 1 ol2 ,

CONTAINERTYPE: -_5_//or_ _um. Radiation TypeI TO _ (INCLUDEHELDIF APPUCABLE)YEARS_ .........

SEPARATETABLE6 MUSTBE COMPLETEDFORE'AC-H_ WASTECLASSANDCONTAINERTYPERADIATION TYPE: PleaseindicaleIhe ConcenlrationandTotalActiviylot eachWasteForm

Volatile• P,adionuclide

FissionProduct Uranium/ Pu/Am (14C3H.I. Selenium Technetium99BETA-GAMMA Neplunium

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Volatgo !Radionuclide

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FissionProduct Uranium/ Pu/Am (14C,3H,I, Selenium Technetium99BETA-GAMMA Neplunium

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FissionProduct Uranium/ Pu/Am (14C,3H,I, Selenium Technetium 99BETA-GAMMA Neplunlum

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FissionProduct Uranium/ Pu/Am (14C,3H.I, Selenium Technetium 99BETA-GAMMA Neptunium fin,l_

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I A SEPARATE TABLE 6 MUST BE COMPLETED FOR EACH APPLICABLE WASTE CLASS AND CONTAINER TYPE

RADIATIONTYPE: Please indicate Ihe Concenlraiion and Total Activity Ior each Waste FormVolatile

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FissionProduct Uranium/ Pu/Am (14C,3H,L Selenium Technetium99BETA-GAMMA Neptunium. I

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A SEPARATE TABLE li MUST BE COMPLETED FOR EACII APPLICABLE WASTE CLASS AND CONTAINER TYPERADIATION TYPE: Please Indicate Ihe Concentration and Total Acttvily Ior each Waste Form


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J


1994 SOLID WASTEFORECASTOUESTIONHAIRE

$

A. Please answer all questions. This informationwill help determineHanford'streatment,storage,and disposalrequirements.

Question 4 (for all waste classes) and Question 5 (for mixed and hazardouswaste only) provide a basis for determining how your waste will begrouped. Be sure to answer these questions or your forms will bereturned.

B. Ensure that the contact nam, Level 3 Manager, and budget personnelare identified in the sign-off area of the questionnaire. Namesmust be typed (or printed) as well as wrttten.

I. Pleasecirclethe wasteclassesthatwill be generated.

_ _ CH_LLW_GTCIIIRH LLW I RH LLW Ill RH LLWI_TCIll

• o

RH LLMW I RHLLMW III RH LLMWGTCIII

RH TRU RH TRUM

2. Generallydescribethesewastesand how they will be generated.

SEEATTACHMENT

3. Have your waste volumes changed from your previous forecast? (_ No

Explain:This forecast does differ from the previous forecast. Thediscrepanciesare primarilydue to variablesinvolvedwith deactivatingboththe PUREXand UO_ facilities.The largestdiscrepancyis the volumeof CH-TRUand CH-TRUMprojectedto be generatedfrom the N-Cellcleanout. However,allof the wasteclassesdifferfrom the 1993solidwasteforecastsomewhat.

A-sg

.r -t •

o •


1994 SOLIDWASTEFORECASTOUESTIONNAIRE

4.) Will wastebe separatedinto llkewaste formspriorto shipping?(Ifyougeneratecontaminatedsoils,inorganicparticulatesandmetaldebris,willyou ship thesewastein separatecontainersor will the wastebe combinedand placedinto one container?)

Please explain for each waste class:

• PUREXintends on compactingall compactable (paper, plastic, rubber, etc.) CH-LLWstarting in FY 1995. This will somewhatseparate the compactable andnoncompactableLLWgenerated at PUREX. Other waste classes are separated ifpossible. If PUREXgenerates a LLMWcontainer with solid paint waste, it willnot add oily rags to it just becausethere is room in the container. Wasteclasseswill neverbe mixedwith each other.

5. If you generate hazardous or mixed waste please answer the followingquestion.

Will you place several hazardous constituents in one container or will yousegregate the constituents prior to shipping? (If you generate toxicmetals and ignitables will you ship these constituents in separatecontainers or will they be combinedand placed into one container?)

If the hazardous constituents are segregated, make sure each waste classby waste form (reference Table 4) has been explained using the method inAttachment B. Please provide further explanation if needed.

PUREX/UO_attempts to segregate hazardous constituents of hazardous and mixedwastes all muchas possible. It is commonfor a waste to have severalhazardous constituents that may not be readily separable. Hazardous oil is agood exampleof this. It may be regulatedfor flashpoint,metals,organics,Washingtontoxic,and PCBs. Obviouslythe hazardsin this oil cannotbesegregated.

i

6. Describeyour quarterlyexpectedshippingschedulefor each applicablewaste classduring_ (e.g.,40% of waste shippedduringthe firstquarter,20% in the secondquarter,etc.).

SEEATTACHMENT

A-60

o o

• WHC-SD-WM-PICD-O02REV 0

1994SOLID WASTEFORECASTOUESTIONNAIRE

7. Discuss the assumptions that were usedto prepare this forecast. (Identifyknown dates for facility closure, decontamination and decommissioning[D&D],or any new programsthat drivethe forecastdata providedin thisrequest.)

SEEATTACHMENT

8. What assumptions were used tn estimating the minimumand maximumwastevolumes identified tn Table 1? (Minimumwaste percentage is based uponthe majority of the waste being sent to a commercial disposal site.Maximumwaste percentage is based uponadditional projects being initiatedthat will generate waste not accounted for in the best estimate volume.)

Minimum: Basedon uncertainty of waste volumesgenerated from the PUREXandUO_closures and the exact schedule in which waste will actually be generated.AsSumedthe PUREXLLW compactorwill be operationalby fiscalyear 1995.

Maximum: Basedon uncertaintyof actualwastevolumesthat couldbegenerateddue to deactivationactivitiesand zone reduction.Assumedthe LLWcompactor is not operational.

9. Indicateconfidencelevel for the followingwastecharacterizationdata: (Thephysical waste forms are baseduponhistoricalcharacterizationinformation.)

Physical Waste Forms (Table 3): High Low Med_

Explain: Basedon past practice.

Hazardous Constituents (Table 4): High Low(_

Basedon past practice.Explain:

Type (Table 5)Radiation Low Medium

Explain: Basedon sample analysis.

A-61

P

WHC-SD-WM-PICQ-O02REV 01994 SOLIDWASTEFORECASTOUESTIONNAIRE

10. What percentage of the waste forecasted is existing waste? /(/n,£ ,i,ii

Of your existing waste, how conf_ent are you in the current shippingSchedule? HIGH LOW MEDIUM

Explain: PUREX/UO3 does not commonlyhold'waste.

What percentageof wasteforecastedis futureg_neratedwaste? /00:¥.......

Of your futuregeneratedwaste,how confidentare you in the volumesandshipping schedule? HIGH LOW(_

Explatn: Basedon previous experience.

lOa. Please indicate whethe_ your forecasts tnclude only operational waste, orif transitional waste, environmental restoration (ER) and/or D&Dactivitieshave also been included. If transitionalwaste, ER and D&Dhave been included,indicatewhen each of these activitieswill takeplace.

Operational and transitional wastes have been forecasted. The UO_facilitydeactivationwill be completethe firstquarterof 1995. The PUREXfacilitydeactivationwill be completeby the end of fiscalyear 1998. D&Dwill takeover when eachfacilityis deactivated.

lob. If you have not included transitional waste, ER, or DaDwaste, will thiswaste potentially be managedat Hanford? Please provide an estimate ofthe expected volumes and years that the waste would be shipped.

This waste will potentially be managedat Hanford. No estimates will beprovided for D&Dor ERwaste.

11. Pleasesupplycontactpersonnelinformationfor data verification.Namesmust be typed (or printed) ms well as written:

LLW: J. R" Hi!liard ..... Phone: 373-1782

LLI_: J- R. Hilliard _ Phone: 373-1782, /, _/'_,y

TRU: l JI R" Hilliard i_///,_'_/@ Phone: 373-1782

TRUE: J" R. Hilliard - _C//__ Phone:. 373-1782 __ , / - .I.I/I/_II

HAZ: l,J" R. Hi,ll]liard q//__ ...... Phone: 373-1782

(WasteContact)J--

(Level3 Manag_Signature)_

Approved byi A. A. Grashe_tJfZfJ c_ Date: _F/_'-_i_ '/Ill (Budge_Concurrence)" ' -

A-62

WHC-SD-WM-PICD-O02REV 0 \

' 1994SOLIDWASTEFORECASTOUESTIONNAIREATTACHMENT

2. The followingis a briefexplanationof how the differentwasteclasses,

are generatedat the PUREXand UO3 facilities.

CH-LLW-I This waste ts generated due to zone reduction, routine operationsor maintenanceactivities, housekeeping, and deactivation efforts.The quantity of this waste should decline due to the UO_facility'shutting downtn FY 1995, LLWcompactionat PUREX,and §ventualsButdownof PUREX.

CH-LLW-III This waste ts not commonlygenerated at PUREX/UO_,but thepotential does exist. Therefore, a small amount'has beenforecasted as a precaution.

CH-LLMW-I This waste Is generated from operations or maintenanceactivitieswithinradiationareas. The CH-LLMW-Igeneratedat FUREX/UO3usually consists of chemicals or products which have expired shelfltves or are unusable for someother reason, or is LLWwhich hascome in contact with a hazardous chemical.

CH-LLMW-III This waste ts not commonlygenerated at PUREX/U09,but thepotential does exist. Therefore, a small amount'has beenforecasted as a precaution.

CH-TRU This wastewill be generatedat PUREXfromN-Celldeactivationefforts, it is predominantlymetaland plasticcontaminatedwithplutoniumand a traceof americium.Wasteresultingfromthe N-Cell cleanout is projected to be shipped by the end of FY 1996.TRUwaste contaminated with neptuniumwill be generated in 1997due to the Q-Cell cleanup.

CH-TRUM This waste is predominantly lead-lined gloves contaminated withplutonium.

HAZ This waste is generated from operations or maintenance activitiesoutside of radiation areas. The hazardouswaste generated atPUREX/UO_usually consists of chemicals or products which haveexpired 1hell lives or are unusable for someother reason, or aretnert materials that have comein contact with a hazardouschemical;

6. The shipping schedule for CH-LLW-I is expected to be 30%first quarter,20%secondquarter, 25%third quarter, and 25%the fourth quarter offiscal year 1995. All other waste classes are expected to be shippedequally throughout the year.

I

A-63

a


199_ SOLID)CASTEFORECASTOUESTIONNAIREATTACHMENTCONT,o

7. For the purpose of this forecast the following is assumed:"

• The UO_facilitywill completeits deactivationin Decemberof1995.Afterthat the facilitywill be turnedover todecontaminationand decommissioning(D&D).

• PUREXwill complete deactivation by the end of fiscal year 1998.Afterthat the facilitywlll be turnedover to D&D.

• The Waste Segregation and CompactionFacility at PUREXwtll beoperational by ftscal year 1995. It is assumedthis wtll reduceCH-LLWby approximately50%.

• One PURi_Xfilterbankwill fall a year,creatingtwo B-25 boxes(206ft_) of CH-LLMW-I.

• The outside zone reduction goal of 1.1 million square feet will beachieved before the factltty deactivation is complete.

• The PUREXAnalytical Laboratory will continue generating wasteunttl fiscal year 1997. It wtl] generate approximately 30 drumsof CH-LLMW-Itn fiscal year 1996.

• ApproximatelyIO drumsof neptuniumcontaminatedCH-TRUwastewill" be generatedfrom the Q-CellcleanoutSn'fiscalyear 1997.

A-64..

by rpplied imrge, inc

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