ML18017A285: Difference between revisions

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1 PROCEDURECOVERSHEET'NUCLEARDEPARTMENTPROCEDURE~~rcS>SOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAMNDAP-QA-064'6Revision4Page1of63EFFECTIVEDATE:PERIODICREVIEMFREQUENCY:PERIODICREVIEWDUEDATE:REVISEDPERIODICREVIEMDUEDATE'PROCEDURETYPE:OAProgram(g)YES()NOPlant.Procedure(~}YES()NOREVIEWMETHOD:()Alternate()Expedited(Q)PORC()ERCPreparedbyRevi'ewedbyRecommendedSupervctionaUnManagerDate3-~~.9SDateApprovedbyPORCCommitteeHeetingNo.ERCCottDateDateFORMNDAP-QA-0002-1,Rev.1,Page1of1IIIIHlslllllllIIIINlllIIIllIIIIlslflfllIIIIlslllIIllliIlllllIlllSIl NDAP-OA-0646Revision4'age2of63PROCEDUREREVISIONSUMMARYSOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAM'Thefollowingchangeswillnotreducetheoverallconformanceofthesolidifiedwasteproducttoexistingcriteriaforsolidwastes.1)IncorporatedPCAF1-94-1330revisingthePCPimplementingprocedurematrixtoreflectactualproceduresinuseandchangedtherequirementsfordisposalofradioactivewaste'samplesafterpackagedradioactivewastehasbeeninitsdesignatedstoragearea.2),3)AddedSEGNRCapprovedTopicalReportSTD-P-05-Oll-P-AtoContractedVendorServicestoreflectuseofSEGforwasteprocessingequipment,methodsandverificationofacceptablewasteformsfordewateringandsolidification.AddedActivatedCarbonasanewwastetypewhichisgeneratedfromprocessingofliquidwastesusingvendorprovideddemineralizationservices.4).AddedtheSolidification/Dewatering/ServicesVendormayperformtestsolidificationanddeterminationofmixingratiosforsolidificationperformedoffsite(vendorfacility)5),6)AddedRadlok(SEG)typecontainerstoHighIntegrityContainerapprovedforuselist.AddedSNHinventoryrequirementsduringprocessingperSOOR94-581resolution.7)AddedNRCTechnicalPositiononConcentrationAveragingandEncapsul'ationtoRadioactiveWasteAnalysisandClassificationtoensurethatradionuclide/concentrationsareadequatelydistributedoverthevolumeorweightofthewaste.
1 PROCEDURECOVERSHEET'NUCLEARDEPARTMENTPROCEDURE~~rcS>SOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAMNDAP-QA-064'6Revision4Page1of63EFFECTIVEDATE:PERIODICREVIEMFREQUENCY:PERIODICREVIEWDUEDATE:REVISEDPERIODICREVIEMDUEDATE'PROCEDURETYPE:OAProgram(g)YES()NOPlant.Procedure(~}YES()NOREVIEWMETHOD:()Alternate()Expedited(Q)PORC()ERCPreparedbyRevi'ewedbyRecommendedSupervctionaUnManagerDate3-~~.9SDateApprovedbyPORCCommitteeHeetingNo.ERCCottDateDateFORMNDAP-QA-0002-1,Rev.1,Page1of1IIIIHlslllllllIIIINlllIIIllIIIIlslflfllIIIIlslllIIllliIlllllIlllSIl NDAP-OA-0646Revision4'age2of63PROCEDUREREVISIONSUMMARYSOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAM'Thefollowingchangeswillnotreducetheoverallconformanceofthesolidifiedwasteproducttoexistingcriteriaforsolidwastes.1)IncorporatedPCAF1-94-1330revisingthePCPimplementingprocedurematrixtoreflectactualproceduresinuseandchangedtherequirementsfordisposalofradioactivewaste'samplesafterpackagedradioactivewastehasbeeninitsdesignatedstoragearea.2),3)AddedSEGNRCapprovedTopicalReportSTD-P-05-Oll-P-AtoContractedVendorServicestoreflectuseofSEGforwasteprocessingequipment,methodsandverificationofacceptablewasteformsfordewateringandsolidification.AddedActivatedCarbonasanewwastetypewhichisgeneratedfromprocessingofliquidwastesusingvendorprovideddemineralizationservices.4).AddedtheSolidification/Dewatering/ServicesVendormayperformtestsolidificationanddeterminationofmixingratiosforsolidificationperformedoffsite(vendorfacility)5),6)AddedRadlok(SEG)typecontainerstoHighIntegrityContainerapprovedforuselist.AddedSNHinventoryrequirementsduringprocessingperSOOR94-581resolution.7)AddedNRCTechnicalPositiononConcentrationAveragingandEncapsul'ationtoRadioactiveWasteAnalysisandClassificationtoensurethatradionuclide/concentrationsareadequatelydistributedoverthevolumeorweightofthewaste.
SECTION1.0PURPOSE2.0POLICY/DISCUSSION3.0REFERENCES4.0RESPONSIBILITIESTABLEOFCONTENTSNDAP-gA-0646Revision4Page3of63PAGE,64.1EFFLUENTSMANAGEMENTSUPERVISOR4.2SUPERVISOR-OPERATIONSTECHNOLOGY4.3.POMERPRODUCTIONENGINEER-EFFLUENTSMANAGEMENT4.4HEALTHPHYSICIST-EFFLUENTSMANAGEMENT4.5RADMASTESUPERVISOR4.6CHEMISTRYSUPERVISOR4.7HPFOREHAN-EFFLUENTSMANAGEMENT4.8MANAGER-NUCLEARASSESSMENTSERVICES4.9AUXILIARYSYSTEHSOPERATOR4.10SOLIDIFICATION/DEWATERING/SERVICESVENDOR4.11HANAGER-NUCLEARPROCUREMENT4.12HANAGER-NUCLEARSYSTEMSENGINEERING4.13MANAGER-NUCLEARMAINTENANCE4.14LICENSINGSUPERVISOR4.15MANAGER-NUCLEARTRAINING4.16HANAGER-NUCLEARSECURITY5.0DEFINITIONS101012131313141414151515 NDAP-gA-0646Revision4Page4of63SECTION6.0PROCEDURETABLEOFCONTENTSContinuedPAGE20.6.1CONTRACTEDVENDORSERVICES6.2WASTETYPES6.3RADIOACTIVEMASTEANALYSISANDCLASSIFICATION6.4TESTING/TREATMENTOFSOLIDIFIEDRADMASTEFORCOMBUSTIBLEGASES6.5RADIOACTIVEWASTESOLIDIFICATION6.6RADIOACTIVEWASTEDEWATERING6.7HIGHINTEGRITYCONTAINERS(HIC)6.8IRRADIATEDHARDMAREPROCESSINGANDDEWATERING6.9CONTAINERINSPECTIONS6.10WASTECONTAINERSPACEUTILIZATION6.11STORAGEOFPACKAGEDRADIOACTIVEWASTE6.12TRANSPORTATION,SHIPPINGANDDISPOSALREGULATIONS6.13SHIPPINGOFRADIOACTIVE.WASTE6.14SHIPMENTCONFIRMATION6.15CHANGESTOTHESOLIDRADIOACTIVEMASTEPROCESSCONTROLPROGRAM6.16EVALUATIONOFPROCESSOROPERATIONALCHANGES6.17REPORTINGOFHISHAPSINVOLVINGLOWLEVELWASTEFORNS6.18PCPIHPLEHENTINGPROCEDURES7.0RECORDS2021'73030404246474748515151525354 NDAP-0A-0646Revision4Page5of63ATTACHMENTATTACHMENTSPAGEASolidificationRecordSheetBDewateringRecordSheetCSusquehannaGuaranteedSolidified/DewateredWasteVolumeRecordDPCPImplementingProcedureMatrixEMaterialsnotCompatiblewithPolyethyleneContainers55566063 NDAP-QA-0646Revision4Page6of631.0PURPOSEProvideadministrativecontrol,guidanceandrecordsfortheprocessing,packaging,transportation,anddisposalofradioactivewaste.ThisprocedureistheProcessControlProgramrequiredbySSESTechnicalSpecifications.'2.0~LICIUKMThisprocedureisapplicabletoLowLevelRadwaste(LLRW)generatedasaresultoftheoperationoftheSusquehannaSteamElectricStation(SSES).Thewastestreamsincludesolidandliquidwaste'asdefinedintheFSAR,butdonotincludespentfuelorgreaterthanClassCwaste.EfficientgenerationandprocessingofradioactivewasteisveryimportanttotheoveralloperationofSSES.Animportantobjectivewithrespecttoradioactivewastegenerationistominimizethevolumeofwastegenerated.Theprocessingoflargevolumesofwastecanresultintheinabilitytodisposeoforstore'allwastepackaged,thesignificantincreasedcostsassociatedwithincreasedwastegeneration,andthe-potentialtoover-burdentheprocessingsystemanddegradeitslongtermreliability.TheProcessControlProgramdescribestheenvelopewithinwhichprocessingandpackagingofradioactivewasteisaccomplishedtoprovidereasonableassuranceofcompliance.withLow-LevelRadwasteregulationsandrequirements.Th'isprocedureisapplicabletoSSESinstalledsystems,temporarysystemsandequipmentprovidedbyvendorsforprocessing,packaging,transportation,anddisposalofapplicablewasteforms.3.0REFERENCES3.149CFR100-l77,Transportation3.210CFR20,StandardsforProtectionAgainstRadiation3.310CFR61,LicensingRequirementforLar"DisposalofRadioactive'asteA3.410CFR71,PackagingandTransportationofRadioactiveMaterial3.540CFR261,IdentificationandListingofHazardousWaste3.63.7SSESTechnicalSpecificationsSection3/4.11.3,SolidRadwasteSystemSSESTechnicalSpecificationsSection6.13,ProcessControlProgram(PCP) he'i NDAP-0A-0646Revision4Page7of633.83.93.103.113.123.133.143.15NUREG0800,StandardReviewPlan11.4SolidWasteManagementSystemsTechnicalPositiononWasteFormRev.1,1991TechnicalPositiononRadioactiveWasteClassification,Rev.0,1983TechnicalPositiononConcentrationAveragingandEncapsulation;Rev.0,1995RegulatoryGuide1.21,Measuring,EvaluatingandReportingRadioactiveMaterialinSolidWastesandReleaseofRadioactiveMaterialinLiquidandGaseousEffluentsfromLightWaterCooledNuclearPowerPlantsRegulatoryGuide1.143,DesignGuidanceofSolidWasteManagement'ystemsRegulatoryGuide7.1,AdministrativeGuideforPackagingandTransportingRadioactiveMaterialANSI/ANS40.35,VolumeReductionofLowLevelRadioactiveWaste3.16ANSI/ANS40.37,MobileRadioactiveWasteProcessingSystems3.173.183.193.20ANSI/ANS55.1,SolidRadioactiveWast'eProcessingSystemforLightWaterCooledReactorPl.antPacificNuclearDewateringSystemTopicalReportNo.TP-02-P-A,Rev.3PacificNuclearSolidificationProcessControlProcedureNo.PT-51-WS,Rev.40ScientificEcologyGroupMobileIncontainerDewateringandSolidificationSystem(MDSS)TopicalReportNo.STD-R-05-011-P-A;Rev.23.21DisposalSiteCriteriaforBarnwell,S,C.3.22DHEC-HIC-PL-001SouthCarolinaCertificateofComplianceforCNSIHighIntegrityContainers3.23DHEC-HIC-P0-006,SouthCarolinaCertificateofComplianceforCNSIOverpackHighIntegrityContainers3.24DHEC-HIC-PL-012,SouthCarolinaCertificateofComplianceforVectraTechnologies,Inc.HighIntegrityContainer I  
SECTION1.0PURPOSE2.0POLICY/DISCUSSION
(")()()4.0NDAP-gA-0646Revision4Page8of633.25DHEC-HIC-PL-005,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.26DHEC-HIC-PL-017,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.27PLA-1237,ProcessControlProgram,August17,19823.28ReviewofProcessControlProgramforSusquehanna,UnitI,YoungbloodtoCurtis,September30,19823.29SafetyEvaluationNL-93-008,SolidRadwasteWasteProcessingServicesUtilizingPacificNuclearProcessingSystem3.30IEBulletin79-19,PackagingofLowLevelRadioactiveWasteforTransportationandBurial3.31NRCInformation.NoticeNo.90-50,MinimizationofMethaneGasGenerationinPlantSystemsandRadwasteShippingContainers.3.32GenericLetter91-02,ReportingMishapsInvolvingLLWFormsPreparedforDisposal3.33SOOR 90-148,BarnwellReceivedContainerPressurizedwithFlammableGas3.34SOOR1-90-172,IncorrectSamplingMethodUsedonResinLiner3.35SOOR1-91-322,DoseRatesonContainerHigherThanExpected3.36SOOR94-581,SpentTIPFoundUnexpectedlyinTIPRoom.tRESPONSIBILITIES4.1'ffluentsManagementSupervisorresponsibilities:4.1.14.1.24.1.3Developingandimplementingprogramsandproceduresforradioactivewasteprocessing,packaging,transportationanddisposal.Maintainingtheoverallradwasteprogramtoensurecompliancewithapplicableradiologicalandshippingregulations.Ensuringpersonnelwhoperformsupportactivitiessuchasprocessing,packaging,andtransportationoflow'evelradioactivewasteareavailableandmeetallqualificationsandtrainingrequiredbySSESprocedures..  
 
==3.0REFERENCES==
4.0RESPONSIBILITIESTABLEOFCONTENTSNDAP-gA-0646Revision4Page3of63PAGE,64.1EFFLUENTSMANAGEMENTSUPERVISOR4.2SUPERVISOR-OPERATIONSTECHNOLOGY4.3.POMERPRODUCTIONENGINEER-EFFLUENTSMANAGEMENT4.4HEALTHPHYSICIST-EFFLUENTSMANAGEMENT4.5RADMASTESUPERVISOR4.6CHEMISTRYSUPERVISOR4.7HPFOREHAN-EFFLUENTSMANAGEMENT4.8MANAGER-NUCLEARASSESSMENTSERVICES4.9AUXILIARYSYSTEHSOPERATOR4.10SOLIDIFICATION/DEWATERING/SERVICESVENDOR4.11HANAGER-NUCLEARPROCUREMENT4.12HANAGER-NUCLEARSYSTEMSENGINEERING4.13MANAGER-NUCLEARMAINTENANCE4.14LICENSINGSUPERVISOR4.15MANAGER-NUCLEARTRAINING4.16HANAGER-NUCLEARSECURITY5.0DEFINITIONS101012131313141414151515 NDAP-gA-0646Revision4Page4of63SECTION6.0PROCEDURETABLEOFCONTENTSContinuedPAGE20.6.1CONTRACTEDVENDORSERVICES6.2WASTETYPES6.3RADIOACTIVEMASTEANALYSISANDCLASSIFICATION6.4TESTING/TREATMENTOFSOLIDIFIEDRADMASTEFORCOMBUSTIBLEGASES6.5RADIOACTIVEWASTESOLIDIFICATION6.6RADIOACTIVEWASTEDEWATERING6.7HIGHINTEGRITYCONTAINERS(HIC)6.8IRRADIATEDHARDMAREPROCESSINGANDDEWATERING6.9CONTAINERINSPECTIONS6.10WASTECONTAINERSPACEUTILIZATION6.11STORAGEOFPACKAGEDRADIOACTIVEWASTE6.12TRANSPORTATION,SHIPPINGANDDISPOSALREGULATIONS6.13SHIPPINGOFRADIOACTIVE.WASTE6.14SHIPMENTCONFIRMATION6.15CHANGESTOTHESOLIDRADIOACTIVEMASTEPROCESSCONTROLPROGRAM6.16EVALUATIONOFPROCESSOROPERATIONALCHANGES6.17REPORTINGOFHISHAPSINVOLVINGLOWLEVELWASTEFORNS6.18PCPIHPLEHENTINGPROCEDURES7.0RECORDS2021'73030404246474748515151525354 NDAP-0A-0646Revision4Page5of63ATTACHMENTATTACHMENTSPAGEASolidificationRecordSheetBDewateringRecordSheetCSusquehannaGuaranteedSolidified/DewateredWasteVolumeRecordDPCPImplementingProcedureMatrixEMaterialsnotCompatiblewithPolyethyleneContainers55566063 NDAP-QA-0646Revision4Page6of631.0PURPOSEProvideadministrativecontrol,guidanceandrecordsfortheprocessing,packaging,transportation,anddisposalofradioactivewaste.ThisprocedureistheProcessControlProgramrequiredbySSESTechnicalSpecifications.'2.0~LICIUKMThisprocedureisapplicabletoLowLevelRadwaste(LLRW)generatedasaresultoftheoperationoftheSusquehannaSteamElectricStation(SSES).Thewastestreamsincludesolidandliquidwaste'asdefinedintheFSAR,butdonotincludespentfuelorgreaterthanClassCwaste.EfficientgenerationandprocessingofradioactivewasteisveryimportanttotheoveralloperationofSSES.Animportantobjectivewithrespecttoradioactivewastegenerationistominimizethevolumeofwastegenerated.Theprocessingoflargevolumesofwastecanresultintheinabilitytodisposeoforstore'allwastepackaged,thesignificantincreasedcostsassociatedwithincreasedwastegeneration,andthe-potentialtoover-burdentheprocessingsystemanddegradeitslongtermreliability.TheProcessControlProgramdescribestheenvelopewithinwhichprocessingandpackagingofradioactivewasteisaccomplishedtoprovidereasonableassuranceofcompliance.withLow-LevelRadwasteregulationsandrequirements.Th'isprocedureisapplicabletoSSESinstalledsystems,temporarysystemsandequipmentprovidedbyvendorsforprocessing,packaging,transportation,anddisposalofapplicablewasteforms.
 
==3.0REFERENCES==
3.149CFR100-l77,Transportation3.210CFR20,StandardsforProtectionAgainstRadiation3.310CFR61,LicensingRequirementforLar"DisposalofRadioactive'asteA3.410CFR71,PackagingandTransportationofRadioactiveMaterial3.540CFR261,IdentificationandListingofHazardousWaste3.63.7SSESTechnicalSpecificationsSection3/4.11.3,SolidRadwasteSystemSSESTechnicalSpecificationsSection6.13,ProcessControlProgram(PCP) he'i NDAP-0A-0646Revision4Page7of633.83.93.103.113.123.133.143.15NUREG0800,StandardReviewPlan11.4SolidWasteManagementSystemsTechnicalPositiononWasteFormRev.1,1991TechnicalPositiononRadioactiveWasteClassification,Rev.0,1983TechnicalPositiononConcentrationAveragingandEncapsulation;Rev.0,1995RegulatoryGuide1.21,Measuring,EvaluatingandReportingRadioactiveMaterialinSolidWastesandReleaseofRadioactiveMaterialinLiquidandGaseousEffluentsfromLightWaterCooledNuclearPowerPlantsRegulatoryGuide1.143,DesignGuidanceofSolidWasteManagement'ystemsRegulatoryGuide7.1,AdministrativeGuideforPackagingandTransportingRadioactiveMaterialANSI/ANS40.35,VolumeReductionofLowLevelRadioactiveWaste3.16ANSI/ANS40.37,MobileRadioactiveWasteProcessingSystems3.173.183.193.20ANSI/ANS55.1,SolidRadioactiveWast'eProcessingSystemforLightWaterCooledReactorPl.antPacificNuclearDewateringSystemTopicalReportNo.TP-02-P-A,Rev.3PacificNuclearSolidificationProcessControlProcedureNo.PT-51-WS,Rev.40ScientificEcologyGroupMobileIncontainerDewateringandSolidificationSystem(MDSS)TopicalReportNo.STD-R-05-011-P-A;Rev.23.21DisposalSiteCriteriaforBarnwell,S,C.3.22DHEC-HIC-PL-001SouthCarolinaCertificateofComplianceforCNSIHighIntegrityContainers3.23DHEC-HIC-P0-006,SouthCarolinaCertificateofComplianceforCNSIOverpackHighIntegrityContainers3.24DHEC-HIC-PL-012,SouthCarolinaCertificateofComplianceforVectraTechnologies,Inc.HighIntegrityContainer I  
(")()()4.0NDAP-gA-0646Revision4Page8of633.25DHEC-HIC-PL-005,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.26DHEC-HIC-PL-017,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.27PLA-1237,ProcessControlProgram,August17,19823.28ReviewofProcessControlProgramforSusquehanna,UnitI,YoungbloodtoCurtis,September30,19823.29SafetyEvaluationNL-93-008,SolidRadwasteWasteProcessingServicesUtilizingPacificNuclearProcessingSystem3.30IEBulletin79-19,PackagingofLowLevelRadioactiveWasteforTransportationandBurial3.31NRCInformation.NoticeNo.90-50,MinimizationofMethaneGasGenerationinPlantSystemsandRadwasteShippingContainers.3.32GenericLetter91-02,ReportingMishapsInvolvingLLWFormsPreparedforDisposal3.33SOOR-1-90-148,BarnwellReceivedContainerPressurizedwithFlammableGas3.34SOOR1-90-172,IncorrectSamplingMethodUsedonResinLiner3.35SOOR1-91-322,DoseRatesonContainerHigherThanExpected3.36SOOR94-581,SpentTIPFoundUnexpectedlyinTIPRoom.tRESPONSIBILITIES4.1'ffluentsManagementSupervisorresponsibilities:4.1.14.1.24.1.3Developingandimplementingprogramsandproceduresforradioactivewasteprocessing,packaging,transportationanddisposal.Maintainingtheoverallradwasteprogramtoensurecompliancewithapplicableradiologicalandshippingregulations.Ensuringpersonnelwhoperformsupportactivitiessuchasprocessing,packaging,andtransportationoflow'evelradioactivewasteareavailableandmeetallqualificationsandtrainingrequiredbySSESprocedures..  


NDAP-QA-0646Revision4Page9of63Collecting,maintaining,reviewingandsubmittingaccuratedata/informationrelatedtowastestreamquantityandnuclidecompositionforinclusionintoAnnualRadioactiveEffluentReleaseReportandStateDER-BRP'QuarterlyReport.4.2Supervisor-OperationsTechnologyresponsibilities:ProvidingtechnicalassistancetoEffluentsManagementpersonnel.Thisincludesinterpretationsofstate,federal,anddisposalfacilityregulationsregardingnew,imminent,orproposedregulatorychangesgoverningprocessing,packaging,transportation,anddisposal.4.2.24.2.3Maintainingacurrentcopyoflocal,state,federalanddisposalfacilityregulationspertainingtodisposalandtransportationoflowlevelradioactivewaste.CoordinatingthesubmittaloftheAnnualRadioactiveEffluentReleaseReportaspertheSSESTechnicalSpecifications.4.3PowerProductionEngineer-EffluentsHanagementresponsibilities:Ensureproceduresareadequatetoprovideforpropersolidificationanddewateringofwaste.4.3.24.3.34.3.44.3.5Ensuretestdataorrationaleisavailabletojustifyapplicablesolidificationanddewateringfunctionsofeachwastetype,oranycombinations,toaddressdisposalandregulatoryagencies'equirements.Evaluateservicesprovidedbyvariousvendorstoensurecontractedsolidificationanddewateringoperationsareperformedinthemostefficientandeconomicalmethod,asrequiredbytheapplicableregulatoryagencies.PerformthedutiesofRadwasteSupervisorasspecifiedinthisprocedureinhisabsence.Definewastestreamsbasedongenerator,filtrationmediaandmeansofprocessing.  
NDAP-QA-0646Revision4Page9of63Collecting,maintaining,reviewingandsubmittingaccuratedata/informationrelatedtowastestreamquantityandnuclidecompositionforinclusionintoAnnualRadioactiveEffluentReleaseReportandStateDER-BRP'QuarterlyReport.4.2Supervisor-OperationsTechnologyresponsibilities:ProvidingtechnicalassistancetoEffluentsManagementpersonnel.Thisincludesinterpretationsofstate,federal,anddisposalfacilityregulationsregardingnew,imminent,orproposedregulatorychangesgoverningprocessing,packaging,transportation,anddisposal.4.2.24.2.3Maintainingacurrentcopyoflocal,state,federalanddisposalfacilityregulationspertainingtodisposalandtransportationoflowlevelradioactivewaste.CoordinatingthesubmittaloftheAnnualRadioactiveEffluentReleaseReportaspertheSSESTechnicalSpecifications.4.3PowerProductionEngineer-EffluentsHanagementresponsibilities:Ensureproceduresareadequatetoprovideforpropersolidificationanddewateringofwaste.4.3.24.3.34.3.44.3.5Ensuretestdataorrationaleisavailabletojustifyapplicablesolidificationanddewateringfunctionsofeachwastetype,oranycombinations,toaddressdisposalandregulatoryagencies'equirements.Evaluateservicesprovidedbyvariousvendorstoensurecontractedsolidificationanddewateringoperationsareperformedinthemostefficientandeconomicalmethod,asrequiredbytheapplicableregulatoryagencies.PerformthedutiesofRadwasteSupervisorasspecifiedinthisprocedureinhisabsence.Definewastestreamsbasedongenerator,filtrationmediaandmeansofprocessing.  

Revision as of 23:34, 1 May 2018

Annual Effluent & Waste Disposal Rept for Jan-Dec 1995. W/ 960329 Ltr
ML18017A285
Person / Time
Site: Susquehanna  Talen Energy icon.png
Issue date: 12/31/1995
From: BYRAM R G
PENNSYLVANIA POWER & LIGHT CO.
To:
NRC OFFICE OF INFORMATION RESOURCES MANAGEMENT (IRM)
References
NUDOCS 9604020111
Download: ML18017A285 (376)
v • d • e


Text

.CATEGORY1.REGULATOROZNPOg+TIONDISTRIBUTIONArSTEM(RIDE)ACCESSIONNBR:9604020111DOCWDATE:95/12/31NOTARIZED:NOFACIL:50-387SusquehannaSteam'ElectricStation,Unit1,Pennsylva50-388SusquehannaSteamElectricStation,Unit2,PennsylvaAUTH.NAMEAUTHORAFFILIATIONBYRAM,R.G.PennsylvaniaPowerGLightCo.RECIP.NAMERECIPIENTAFFILIATIONDOCKETN0500038705000388

SUBJECT:

"AnnualEffluent6WasteDisposalReptforJan-Dec1995."W/960329ltr.DISTRIBUTIONCODE:IE4SDCOPIESRECEIVED:LTRIENCLISIZE:TITLE:50.36a(a)(2)SemiannualEffluentReleaseReportsNOTES:05000387ERECIPIENTIDCODE/NAMEPD1-2LAPOSLUSNY,CCOPIESRECIPIENTLTTRENCLIDCODE/NAME22,='D1-2PD11COPIESLTTRENCL11INTERNAL:ACRSNRR/DRPM/PERB/BRGN1FILE1111,11CENT-HR'1.11RGN1DRSS/RPB22EXTERNAL:LITCOAKERS,DNOTES:1111NRCPDR11DU~'OTETOALL"RIDS"RECIPIENTS:PLEASEHELPUSTOREDUCEWASTE!CONTACTTHEDOCUMENTCONTROLDESK,ROOMOWFNSD-5(EXT.415-2083)TOELIMINATE.YOURNAMEFROMDISTRIBUTIONLISTSFORDOCUMENTSYOUDON'TNEEDlrTOTALNUMBEROFCOPIESREQUIRED:LTTR13ENCL13 r

PennsylvaniaPower8LightCompanyTwoNorthNinthStreet~Allentown,PA18101-1179~810/774-5151RobertG.ByramSeniorVicePresidenr-/Vnc/ear610/774-7502Fax:610/774-5019MARp9t996U.S.NuclearRegulatoryCommissionAttn.:DocumentControlDeskMailStationP1-137Washington,D.C.20555SUSQUEHANNASTEAMELECTRICSTATIONANNUALEFFLUENTdhWASTEDISPOSALREPORTDocketNo.50-387and50-388Inaccordancewith10CFR50.36a(a)(2)andtheSusquehannaSESUnit1and2TechnicalSpecifications,attachedistheAnnualEffluent&WasteDisposalReportforSSESUnits1and2coveringtheperiodJanuary1tl1roughDecember31,1995.Verytrulyyours,R..ymAttachmentcopy:NRCRegionIMr.C.Poslusny,Jr.,NRCSr.ProjectManager-OWFNMs.M.Banerjee,NRCSr.ResidentInspector-SSESVSOe02OX<i95aasaPDRADQCK05000387lRPDR

+1.~iPkPOIh

@0ANNUALEFFLUENT8cWASTEDISPOSALREPORTFORJANUARY-DECEMBER1995PennsylvaniaPower&LightCompanyTwoNorthNinthStreetAllentown,Pennsylvania18101-1179\March1996...9604020111 SUSQUEHANNASTEAMELECTRICSTATIONANNUALEFFLUENTANDWASTEDISPOSALREPORTREPORTPERIOD:01/01/95-12/31/95Preparedby:R.K.BarclayHealthPhysicistReviewedby:B.H.CarsonHealthPhysicistApprovedby:K.E.ShankSupervisor-EnvironmentalServices-NuclearPennsylvaniaPower&LightCompanyTwoNorthNinthStreetAllentown,Pennsylvania18101 TABLEOFCONTENTSSECTIONPAGE1.IntroductionandSupplementalInformation2.EffluentandWasteDisposalData3.MeteorologicalDataandDispersionEstimates4.DoseMeasurementsandAssessments1337685.ChangestotheOffsiteDoseCalculationManualandtheSolidWasteProcessControlProgram776.ReportsofExceptiontotheSSESEffluentMonitoringProgram7.CorrectiontoDosesReportedinPreviousSemiannualorAnnualEffluentandWasteDisposalReport82848.EffluentfromAdditionalMonitoredReleasePoints86AppendixAAppendixBRevisionstoSSESODCMRevisionstoSSESSolidWasteProcessControlProgram(NDAP-QA-0646) 0LISTOFFIGURESPAGEFigure1:SSESAirborneEffluentReleasePoints~Figure2:SSESWaterborneEffluentReleasePathwayFigure3:SusquehannaRiverMonthlyAverageFlowRatesFigure4:SSESMonthlyLiquidRadwasteDischargeTotalsFigure5:SSESWindRose:10-meterSensorsFigure6:SSESWindRose:60-meterSensorsFigure7:SSESPasquillStabilityClassPrevalencesFigure8:AreasWithintheSSESSiteBoundaryOpentoMembersofthePublic6222340414273 SECTION1INTRODUCTIONANDSUPPLEMENTALINFORMATION INTRODUCTIONTheSusquehannaSteamElectricStation(SSES)islocatedinSalemTownship,LuzerneCounty,Pennsylvania.ItisonthewestbankoftheSusquehannaRiver,8kmnortheastofBerwick.TheStationconsistsoftwoboilingwaterreactorgeneratingunits,eachwith1,050MWnetelectricalcapacity.ThereactorandgeneratingunitsweresuppliedbyGeneralElectric,whiletheBechtelCorporationservedasarchitect-engineerandconstructor.ConstructionoftheStationbeganintheearly1970s.FuelloadbeganinUnit1inJulyof1982.InitialcriticalitywasachievedintheUnit1reactoronSeptember10,1982.Thereactorreached100%powerforthefirsttimeonFebruary4,1983.CommercialopeiationofUnit1wasdeclaredonJune8,1983.InitialcriticalityofUnit2occurredonMay8,1984.Unit2wasdeclaredcommercialonFebruary12,1985.AirborneeffluentsarereleasedfromtheSusquehannaStationviafiverooftopventsonthereactorbuilding(seeFigure1).Eachventiscontinuouslymonitored,andaprogramofperiodicsarriplingandanalysisisconductedasspecifiedintheplantTechnicalSpecifications.Allwaterborneeffluentsarereleasedinbatchmodeandaresampledandanalyzedpriortorelease.WaterborneeffluentsfromthesitearereleasedintothecoolingtowerblowdownlinefordilutionpriortoreleasetotheSusquehannaRiver(seeFigure2).Blowdownlineflowratesareatleast5,000gpmduringperiodsofliquidradwasterelease.Thedilutedeffluentisintroducedtotheriverbywayofaperforateddiffuserpipeplacedontheriverbed.Thediffuserservestorapidlyanduniformlymixthestationdischargewiththemainflowoftheriver.ThisreportpresentsasummaryofthequantitiesofradioactivematerialswhichwerereleasedfromtheSusquehannaSteamElectricStationduringtheperiodfromJanuary1,1995toDecember31,1995.Inaddition,thisreportservesasamediumfornotifyingtheUSNuclearRegulatoryCommissionstaffofchangestoPPRL'sOffsiteDoseCalculationManual(ODCM)andSolidWasteProcessControlProgram(PCP)anddocumentationofanyexceptionstotheSSESeffluentmonitoringprogramwhichmustbereportedperTechnicalSpecifications3.3.7.10and3.3.7.11.Asectioncontainingcorrectionstoapreviouslyreporteddoseisalsoincluded.AirborneandwaterborneradioactiveeffluentreleasestotheenvironmentduringthereportperiodweresampledandanalyzedinaccordancewiththerequirementsoftheTechnicalSpecifications.AllradioactiveeffluentreleaseswerewithintheconcentrationandreleaselimitsspecifiedintheRadiologicalEffluentTechnicalSpecifications(RETS).CalculationsandtermsutilizedinthisreportarethoseoutlinedintheSSESOffsiteDoseCalculationManual(ODCIVI).

Section1containssupplementalinformationpertainingtoeffluentsfromtheSusquehannaplant.Includedareregulatorylimits(Table1),samplingandanalysismethods,andcharacterizationofthenumberanddurationofbatchandabnormalreleases,ifany.Section2containseffluentandwastedisposaldataforthereportperiod.Table2containsasummationofallairbornereleases,groupedintotheradionuclidecategoriesofgases,particulates,iodines,andtritium.Averagereleaseratesarepresentedandcomparedtotheapplicablelimits.Table3presentstheactivitytotalsofspecificradionuclidesinairborneeffluents.WaterborneeffluentsaresummarizedinTable4.Averagedilutedconcentrationsarepresentedandcomparedtotheapplicablelimits.Table5presentsthereleasequantitiesofspecificradionuclidesinwaterborneeffluentsoverthereportperiod.Figure3liststheSusquehannaRivermonthlyaverageflowratesfor1995whileFigure4presentstheSSESmonthlyliquidradwastedischargetotalsfor1995.Tables6through17presentacharacterizationofthesolidradioactivewasteshippedoffsiteduringthereportperiod.Includedarethevolumesandcuriecontentsassociatedwitheachtypeofsolidwaste.Anestimateofmajornuclidecompositionispresentedforeachwastetype,aswellasthenumberofwasteshipmentsfromthesite,howtheyweretransported,andtheirfinaldestination:Table18containsestimatesoftheerrorsassociatedwiththemeasurementsinvolvedinquantifyingeffluents.Samplingerrors,countingerrors,anderrorsassociatedwithdeterminingeffluentflowratesandvolumesallcontributetothetotalerrorofeffluentmeasurements.Errorestimatesarepresentedforeachcategoryofradionuclidedetectedinairborneandwaterborneeffluentsandsolid.wastesduringthereportperiod.Table19presentseffluentdatafrompreviousreportperiodswhichwas'notavailableatpreparationtimefortheassociatedannualreport.'ection3ofthisreportcontainsthemeteorologicaldataassociatedwiththeyear1995.AvailabilitydatafortheSSESmeteorologicaldataareshowninTable20.Meteorologicaldataforthecalendaryearispresentedintheformofjointwindfrequencydistributionsbyatmosphericstabilityclass.ThesedistributionsarepresentedinTable21.Figures5and6arewindroseplotsfortheSSESprimarymeteorological10-meterand60-metersensors,respectively.Figure7presentstherelativeprevalencesofthePasquillstabilityclasses.Inaddition,themeteorologicaldatafromthereportyearwereusedtogenerateannualaveragerelativeconcentrations(X/Qs)anddepositionrates(D/Qs).ThesevaluesarepresentedinTable22,andarerequiredinputforuseoftheGASPARcodeforcalculationofthedosesresultingfromairbornereleases.

II0 Section1containssupplementalinformationpertainingtoeffluentsfromtheSusquehannaplant.Includedareregulatorylimits(Table1)samlianalsismethoy'ds,andcharacterizationofthenumberanddurationofbatchandabnormalreleases,ifany.Section2containseNuentandwastedisposaldataforthereportperiod.Table2containsasummationofallairbornereleases,groupedintotheradionuclidecategoriesogases,particulates,iodines,andtritium.Averagereleaseratesarepresentedandcomparedtotheapplicablelimits.Table3presentstheactivitytotalsofspecificradionuclidesinairborneeffluents.WaterborneeNuentsaresummarizedinTable4.Averagedilutedconcentrationsarepresentedandcomparedtotheapplicablelimits.Table5thFiure3listsiiesospeciicradionuclidesinwaterborneeffluentsoverthereport'.'g'heSusquehannaRivermonthlyaverageflowratesfor1995whileepoperio.Figure4presentstheSSESmonthlyliquidradwastedischargetotalsfor1995.Tables6throuh17g.presentacharacterizationofthesolidradioactivewasteshippedoffsiteduringthereportperiod.Includedarethevolumesandcuriecontentsassociatedwitheachtypeofsolidwaste.Anestimateofmajornuclidecompositionispresentedforeachwastetype,aswellasthenumberofwasteshipmentsfromthesite,howtheyweretransported,andtheirfinaldestinationTable18containsestimatesoftheerrorsassociatedwiththemeasurementsinvolvedinquantifyingeffluents.Samplingerrors,countingerrors,anderrorsassociatedwithdeterminingeffluentflowratesandvolumesallcontributetothetotalerrorofeNuent'measurements.Errorestimatesarepresentedforeachcategoryofradionuclidedetectedinairborneandwaterborneeffluentsandsolidwastesduringthereportperiod.avaiTable19presentseffluentdatafrompreviousreportperiodswhcht'lableatpreparationtimefortheassociatedannualreport.iwasnoSection3ofthisreportcontainsthemeteorologicaldataassociatedw'thth.AvailabilitydatafortheSSESmeteorologicaldataareshowninTable20.ieyearMeteorologicaldataforthecalendaryearispresentedintheformofjointwindfrequencydistributionsbyatmosphericstabilityclass.ThesedistributionsarepresentedinTable21.Figures5and6arewindroseplotsfortheSSESrimameteoroloical10-meg'meterand60-metersensors,respectively.Figure?presentstherelativeprevalencesofthePasquillstabilityclasses.Inaddition,themeteorologicaldatafromthereportyearwereusedtogenerateannualaveragerelativeconcentrations(XJQs)anddepositionrates(D/Qs).ThesevaluesarepresentedinTable22,andarerequiredinputforuseoftheGASPARcodeforcalculationofthedosesresultingfromairbornereleases.

Section4ofthisreportcontainsanassessmentofthecalculateddosesattributedtothereportedradiologicaleffluentsforthecalendaryear.TheLADTAPIIcodewasusedforcalculationofdosesfromwaterborneeffluents.Table23containssite-specificparametersusedforLADTAPIIcalculations,fortheDanvillereceiver.TheGASPARcodewasusedforcalculationofdosesfromairborneeffluents.Thecalculateddosesanddirectradiationestimatescanbeusedtoestimatethedosestomaximallyexposedmembersofthepublic.Table24summarizesmaximumcalculateddosesanddosecommitmentstomembersofthepublicfromairborneandwaterborneeffluentsanddirectradiation.Table25presentscalculatedcollectivedosestomembersofthepublicwithintheRiverlands/InformationCenterComplex.Table26summarizesthecalculateddosesforresidencesandotheroccupiedareaswithintheSSESsiteboundary.Table27reportsdosescalculatedforthenearestdairyfacility.Section5ofthisreportisreservedfordocumentationofchangestotheOffsiteDoseCalculationManualandtheSolidWasteProcessControlProgram.AcopyofchangestotheODCMduringthereportperiodisincludedinAppendixA.AcopyofchangestotheSolidWasteProcessControlProgramisincludedinAppendixB.Section6presentsalistingofcases(ifany)inwhichairborneorwaterborneeffluentmonitoringinstrumentationwasdeclaredinoperableandwasnotrestoredtooperabilitywithinthetimeperiodspecifiedinTechnicalSpecificationTable3.3.7.10-1or3.3.7.11-1ActionStatements.Section7containscorrectionstodosesreportedinpreviousSemi-annualorAnnualEffluentandWasteDisposalreports.(Table28)Section8containsinformationoneffluent(Table29)andoffsitedose(Table30)fromadditionalmonitoredreleasepoints.

FIGURE1SSESAIRBORNEEFFLUENTRELEASEPOINTSUNITIhEACTOhWILOINOEXHAUSTVKHTISLESCfMATOl+F110'THhEACTDhWILDIHOEXHAUSTVENTIlLKOCfM,ATNFIl04f220AXXICfM1240CfM2QSXOCfMAT100+I120ffAT120~fAT100+K12IWFOUTSIDEAlhINTAKEHEACTOh4UILOIHQEXHAUSTSTACKSDIESELEXHAUSTFLENUMDIESELOEHEHATOhWILDHID~%~~%EL.4)a'I"UNITITUXEIHE0UILOINCEXHAUSTVENTUNITIITUXSHIESUILOHIOEXHAUSTVENTlbhADW4WILDINGL4IrrIISo+24-+rr21'~TUhEINESUILOINOJgUNITIEL414'4UNITII It rIlFIGURE2SSESWATERBORNEEFFLUENTPATHWAYIIIl~~~I,IatguyZ~a~uXg)i)anoaePQIIcC~Ig4gIeee~gP,Qn~egre(4I~n<>oII~IIv5cXnnIeldOOOCIIIeJI

SUPPLEMENTAL.lNFORMATlON1.ReulatoLimitsTechnicalSpecifications3/4.11.1and3/4.11.2outlinerequirementsforreleaseofradioactiveliquidandgaseouseffluents,respectively.Concentrationofradioactivematerialsreleasedinliquideffluentsanddoseordosecommitmentresultantthereofarelimitedinunrestrictedareas.Doseanddoserateduetoradioactivematerialsreleasedingaseouseffluentsarelimitedinareasatorbeyondthesiteboundary.TechnicalSpecificationlimitsarelistedinTable1.2.MaximumPermissibleConcentrationsinWaterborneEffluentsTheconcentrationsofradioactivematerialsinwaterborneeffluentsarelimitedtotheconcentrationsspecifiedin10CFRPart20AppendixBTableII,Column2,forradionuclidesotherthandissolvedorentrainednoblegases.Fordissolvedorentrainednoblegases,theconcentrationsarelimitedtothefollowingvalues,asstatedintheapplicableTechnicalSpecification:NuclideMPCuCi/ml85mK85K87K88K"'AI133mX133X135mx135X2.0E-045.0E-044.0E-059.0E-057.0E-055.0E-046.0E-042.0E-042.0E-043.A~~Basedongaseouseffluentreleasesforthereportperiodaveragebetaenergyis,0.319MeVandaveragegammaenergyis0.249MeV.4.MeasurementsandAroximationsofTotalRadioactiviAnalysesofspecificradionuclidesineffluentsamplesareusedtoevaluatetheradioactivecompositionandconcentrationofeffluents.

5.MethodsofuantifinEffluents'issionandActivationGases:Gassamplesareroutinelycollectedmonthlyandanalyzedwithahighresolution(Ge[Li]orHPGE)detectorsystemwhichincorooratesadatareductionprogramtodetermineradionuclidecompositionintermsofspecificactivity.Datatapesfromthecontinuousventmonitorsareusedtodeterminetheaverageconcentrationofnoblegases:Thehighresolution(Ge[Li]orHPGE)isotopicscanisusedtoconvertthecontinuous'ventmonitoractivitytoactualactivitybasedonthedeterminednuclidemixture.Theventandsampleflowratesarecontinuouslymonitored,andtheaverageflowratesforeachventareusedtocalculatethetotalactivityreleasedinagiventimeperiod.Whenthecontinuousmonitorsareoutofservice,manualgrabsamplesaretakenfromeachventonceeacheighthours(onceeachfourhoursforthestandbygastreatmentvent).b.C.lodines:iodineiscontinuouslycollectedviaanisokineticsamplingassemblyineachvent.Filtersarenormallyexchangedonceperweekandanalyzedonahighresolution(Ge[Li]orHPGE)system.Thedailyaverageflowratesfortheventsandsamplepumpsareaveragedforthedurationofthesa'mplingperiod,andaratioofventflowratetosampleflowrateisdetermined.Theratioisusedtodeterminethetotalactivityofeachisotopereleasedduringthetimeperiodinquestion.Whenthecontinuousmonitorsareoutofservice,iodineiscontinuouslycollectedoncharcoalcartridgesattachedtoairsamplerswhichdrawdirectlyfromtheaffectedrooftopvent(s)orfromalternatesamplingportsavailableonthesamplelines.'IParticulates:Particulatesarecontinuouslycollectedviaanisokineticsamplingassemblyineachvent.Filtersarenormallyexchangedonceperweekandanalyzedonahighresolution(Ge[Li]orHPGE)system.Flowratecorrectionsareperformedasforiodines.Whenthecontinuousventmonitorsareoutofservice,particulatesarecontinuouslysampleddirectlyfromtheaffectedrooftopvent(s)orfromalternatesamplingportsavailableonthesamplelines.Tritium:Airbornetritiumiscollectedmonthlyviabubblersampler.Thesampleiscollectedforonehourataflowrateofapproximately1000cclmin.Tritiumactivityinthebubblersampleisdeterminedbyliquidscintillationcounting.Theliquidsampletritiumconcentrationisconvertedtoairconcentrationbyvolumeproportion,thencomparedtotheTechnicalSpecificationTable4.11.2.1.2-1LowerLimitofDetection(1E-6uCi/cc).

j<

IWaterborneEffluents:Eachtankofliquidradwasteissampledandanalyzedforprincipalgammaemitterspriortorelease.Eachsampletankisrecirculatedforasufficientamountoftimepriortosamplingtoensurethatarepresentativesampleisobtained.Samplesareanalyzedonahighresolution(Ge[Li]orHPGE)systemandreleasepermitsaregeneratedbasedonthevaluesobtainedfromtheisotopicanalysisandthemostrecentvaluesfortritium,grossalpha,iron-55,andstrontium-89and-90.Analiquotbasedonreleasevolumeissavedandaddedtomonthlyandquarterlycompositecontainers.Themonthlytritiumanalysisisdonein-house.Thequarterlycompositeissenttoavendorlaboratoryforiron-55,strontium-89and-90,andgrossalphaanalyses.Theconcentrationofeachradionuclideineachbatchisdecaycorrectedfromthetimeofcountingtothemidpointofthereleaseperiod,andisthenmultipliedbythevolumeofthebatchtodeterminethetotalquantityofeachnuclidereleasedineachbatch..Theisotopictotalsforeacharesummedtodeterminethetotalsourcetermforthereportperiod.

TABLE11.TECHNICALSPECIFICATIONLIMITSA.NOBLEGASES:1.s500mrem-TOTALBODY<3000mrem-SKIN"-annualsitetotal"instantaneous"limits(TechSpec.3.11.2.1)2.<5mrad-AIRGAMMAs10mrad-AIRBETAquarterlyairdoselimitsperreactorunit(TechSpec.3.11.2.2)3.c10mrad-AIRGAMMA&<0mrad-AIRBETAannualairdoselimitsperreactorunit(TechSpec.3.11.2.2)B.AIRBORNEI-131,TRITIUM,PARTICULATESWITHHALF-LIVES>8DAYS:s1500mrem-ORGAN'inhalationpathwaysonly)annualsitetotal"instantaneous"limits(TechSpec.3.11.2.1)'-2.s7.5mrem-'ORGANquarterlydoselimitsperreactorunit(TechSpec.3.11.2.3)3.c15mrem-ORGANannualdoselimitsperreactorunit(TechSpec.3.11.2.3)10 C.~LIUIOEFFLUEMTR1.Concentrationg10CFR20AppendixB,TableII,Column2-sitetotal"instantaneous"limits(TechSpec.3.11~1.1)s5mrem-ORGANquarterlydoselimitsperreactorunit(TechSpec.3.11.1.2)t3.s3mrem-TOTALBODYs10mrem-ORGANannualdoselimitsperreactorunit(Tech.Spec.3.11.1.2)D.AIRBORNEEFFLUENT:BASESFORPERCENTOFAPPLICABLETECHNICALSPECIFICATIONLIMITFissionandActivationGasesAderivedreleaseratelimitbasedontheTechnicalSpecificationlimitof500mrem/yrwascalculatedfromtheexpectedmixofnoblegasradionuclides'resentedinTable4.4oftheSSESFinalEnvironmentalStatement(NUREG-0564).Thelimitis8.51E+05uCi/min(1.42E+04uCi/sec).Iodine-131AderivedreleaseratelimitbasedontheTechnicalSpecificationlimitof1500mrem/yrfroml-131,tritiumandparticulateswithhalf-livesgreaterthan8dayswascalculatedfromtheannualreleasequantityofI-131providedinTable44oftheSSESFinalEnvironmentalStatement(NUREG-0564).Thelimitis1.41E+02uCi/min(2.35E+00uCi/sec).ParticulatesAderivedreleaseratelimit.basedontheTechnicalSpecificationlimitof1500mrem/yrfroml-131,tritiumandparticulateswithhalf-livesgreaterthan8dayswascalculatedbasedontheexpectedmixofparticulateradionuclidespresentedinTable4.4oftheSSESFinalEnvironmentalStatement(NUREG-0564).Thelimitis7.72E+02uCi/min(1.29E+01UCI/sec).11 TritiumAderivedreleaseratewascalculatedbasedonthe10CFR20AppendixB,TableII,Column1,MaximumPermissibleConcentrationfortritium(2.0E-07uCi/cc)tounrestrictedareas.Arelativeconcentrationof4.1E-05sec/m'wasassumed.Thelimitis2.93E+05uCi/min(4.88E+03uCi/sec).F.WATERBORNEEFFLUENT:BASESFORPERCENTOFAPPLICABLETECHNICALSPECIFICATIONLIMITFissionandActivationProductsConcentrationsoffissionandactivationproductsinliquideffluentfromradwasteeffluentaredeterminedforeachbatchpriortorelease.Eachisotopeconcentrationiscomparedto10CFR20AppendixB,TableII,Column2MaximumPermissibleConcentrationLimitssuchthat,withdillution,thesumofisotopeconcentrationsdividedbyMaximumPermissibleConcentrationsmustbe<1.0.NoTechnicalSpecificationlimitforthetotalconcentrationoffissionandactivationproductsinliquideffluentsisapplicableforthiscategory.TritiumLiquideffluentquarterlytritiumconcentrationsarecomparedtothe10CFR20AppendixB,TableII,Column2,MaximumPermissibleConcentrationlimitof3.0E-03uCi/mltounrestrictedareas.DissolvedandEntrainedGasesLiquideffluentquarterlyconcentrationtotalsfordissolvedandentrainedgasesarecomparedtothemostrestrictiveMaximumPermissibleConcentrationforanoblegas4.0E-05uCi/ml(Kr-87)fromtheSSESTechnicalSpecificationTable3.11.1.1-1.12 SECTION2EFFLUENTANDWASTEDISPOSALDATA13

AirborneEffluentsSummariesoftheradionuclidetotalcurieactivitiesandaveragereleaseratesareincludedinTables2and3.ThirdFourthQuarterQuarter~1.NumberofBatchReleases:.2.TotalTimePeriodforBatchRelease:3.MaximumTimePeriodforaBatchRelease:4.AverageTimePeriodforaBatchRelease:5.MinimumTimePeriodforaBatchRelease:0NANANA'A0NANANANAAbnormalReleases1.NumberofReleases2.TotalActivityReleased0NA0NAIfaradionuclidewasnotdetected,zeroactivitywasusedforthatisotopeindosecalculations.AzeroactivityindicatesthatnoactivitywaspositivelydetectedinanysamplewhensampleswereanalyzedwithtechniqueswhichachievedtherequiredLowerLimitsofDetection(LLD)asspecifiedintheSSESTechnicalSpecificationTable4.11.2.1.2-1,RadioactiveGaseousWasteSamplingandAnalysisProgram.Inallcases,theseLLDswerelessthanthelevelsrequiredbyTechnicalSpecifications.ThefollowingaretypicalLLDs.RadionuclideLLD(uCI/cc)Kr-87Kr-88Xe-133Xe-133mXe-135Xe-135mXe-1384.6E-085.3E-085.4E-081.3E-071.5E-085.0E-081.2E-07Mn-54Fe-59Co-58Co-60'n-65Mo-99Cs-1342.9E-142.8E-141.8E-143.8E-144.4E-143.3E-132.4E-1414 RadionuclideCs-137Ce-141Ce-144l-131Sr-89Sr-90H-3GrossAlphaLLD(uCi/cc)2.1E-141.5E-147.0E-144.4E-142.0E-153.0E-162.6E-085.0E-1615

TABLE2ANNUALEFFLUENTANDWASTEDISPOSALREPORT(1995)AIRBORNEEFFLUENT-SUMMATIONOFALLRELEASESA.FissionandActivationGasUnitFirstuarterSeconduarterThirduarterFourthuarterTotalReleaseCi'.32E-021.53E+010.00E+00O.OOE+00AverageReleaseRateforPeriodPercentofTechnicalSpecificationLimit5.76E-051.38E-02uCi/sec8.13E-031.95E+00O.OOE+000.00E+000.00E+00O.OOE+00B.IodinesTotalI-131AverageReleaseRateforPeriodCi0.00E+000.00E+00uCi/scc0.00E+000.00E+000.00E+000.00E+000.00E+00O.OOE+00PercentofTechnicalSpecificationLimitQ.OOE+000.00E+000.00E+00O.OOE+00C.Particulate~~ParticulatewithHalf-Lives>8Days*Ci2.18E-044.60E-047.33E-059.35E-04AverageReleaseRateforPeriodPercentofTechnicalSpecificationLimitGrossAlphaRadioactivity*uCi/secCi2.80E-05'2.17E-041.06E-065.85E-054.55E-042.85E-079.22E-067.18E-05'.18E-049.15E-040.00E+00O.OOE+00D.TritiumTotalReleaseAverageReleaseRateforPeriodCiuCi/sec1.59E+012.04E+001.24E+011.58E+002.36E+011.02E+012.97E+001.28E+00PercentofTechnicalSpecificationLimit4.17E-023.22E-026.06EA22.62E-02*Sr-89,Sr-90andGrossAlphavaluesforthefourthquarter1995areestimatedbasedonthirdquarter1995sampleanalysesandfourthquarter1995ventilationexhaustrates.16

TABLE3ANNUALEFFLUENTANDWASTEDISPOSALREPORT(1995)AIRBORNEEFFLUENTReleasesinContinuousModeNuclidesReleasedA.FissionandActivationGasesUnitFirstQuarterSecondQuarterThirdQuarterFourthQuarterKr-85mXe-133Xe-135TotalforPeriodB.IodinesI-131I-133I-135TotalforPeriodC.ParticulateCr-51Mn-54Fe-59Co-58Co-60Zn-65Sr-89~Sr-90*Cs-134Cs-137Ce-141Ce-144TotalforPeriod~CiCiCiCiCiCiCiCiCiCiCiCi,CiCiCiCiCiCiCiCiCiCiCi0.00E+000.00E+000.00E+006.32E-.026.32E-02O.OOE+000.00E+000.00E+000.00E+001.62E-051.10E-040.00E+002.51E-052.99E-053.65E-050.00E+001.26E-070.00E+000.00E+000.00E+000.00E+002.18E-040.00E+000.00E+00'.00E+001.53E+011.53E+010.00E+00O.OOE+000.00E+000.00E+002.46E-053.43E-044.54E-050.00E+004.70E-05O.OOE+000.00E+000.00E+000.00E+000.00E+000.00E+000.00E+004.60E-040.00E+000.00E+00O.OOE+00O.OOE+00O.OOE+00O.OOE+00O.OOE+00O.OOE+00O.OOE+000.00E+000.00E+000.00E+000.00E+001.71E-05O.OOE+00O.OOE+000.00E+001.71E-050.00E+000.00E+004.95E-056.41E-040.00E+001.58E-040.00E+000.00E+002.38E-051.36E-040.00E+000.00E+000.00E+00'.OOE+00O.OOE+00O.OOE+00O.OOE+00O.OOE+000.00E+000.00E+00O.OOE+00O.OOE+000.00E+000.00E+007.33E-059.35E-04*Reportedvaluesforthefourthquarter1995areestimatedbasedonthirdquarter1994sampleanalysesandfourthquarter1995ventilationexhaustrates.

WaterborneENuentsSummariesoftheradionuclidetotalcurieactivities,averagedilutedconcentrations,andpercentofapplicableTechnicalSpecificationlimitsareincludedinTables4and5.BatchReleases"'.NumberofBatchReleases2.TotalTimePeriodforaBatchRelease3.MaximumTimePeriodforaBatchRelease4..AverageTimePeriodforaBatchRelease5.MinimumTimePeriodforaBatchRelease6.AverageStreamFlowDuringPeriodofReleaseofEffluentintoaFlowingStreamQtr.1gtr.2gtr.34070525.11E+031.30E+045.07E+033.08E+025.64E+023.48E+02gtr.4621.10E+045.20E+021.28E+021.86E+029.75E+012.50E+01.1.00E+002.00E+011.78E+022.40E+Ol(CoolingTowerBlowdownFlowRate)6.76E+036.86E+031.00E+047.60E+037.94E+063.95E+066.53E+055.94E+06(SusquehannaRiverFlowRate)<<Unitsoftimeandflowareexpressedinminutesandgallonsperminute(gpm),respectively.AbnormalReleases1.NumberofReleases2.VolumeReleased3.TotalActivityReleased0N/AN/A0N/AN/AIfaradionuclidewasnotdetected,zeroactivitywasusedforthatisotopeindosecalculations.AzeroactivityindicatesthatnoactivitywaspositivelydetectedinanysamplewhensampleswereanalyzedwithtechniqueswhichachievedtherequiredLowerLimitsofDetection(LLD)asspecifiedintheSSESTechnicalSpecificationTable4.11.1.1.1-1,RadioactiveLiquidWasteSamplingandAnalysisProgram.Inallcases,theseLLDswerelessthanthelevelsrequiredbyTechnicalSpecifications.ThefollowingaretypicalLLDs.RadionuclideLLDuCi/mlMn-54Fe-59Co-58Co-60Zn-65Mo-99I-131Cs-1344.5E-085.0E-082.4E-085.4E-084.9E-081.7E-072.0E-082.2E-0818

RadionuclideLLDuCi/mlCs-137Ce-141Ce-144Sr-89Sr-90Fe-55H-3GrossAlpha2.6E-083.2E-081.3E-074.0E-084.0E-091.0E-064.6E-063.0E-0819 TABLE4ANNUALEFFLUENTANDWASTEDISPOSALREPORT(1995)WATERBORNEEFLUENT-SUMMATIONOFALLRELEASESA.FissionandActivationProductsUnitFirstQuarterSecondQuarterThirdQuarterFourthQuarter'1.TotalRelease(notincludingTritium,Gases,AIh'a~2.AverageDilutedConcentrationDuringPeriod3.PercentofAlicableLimitCiuCi/ml5.91E-024.44E-013.43E-024.52E-071.27E-061.81E-07O.OOE+00'.OOE+00O.OOE+004.21E-021.37E-070.00E+00B.Tritium1.TotalReleaseCi1.68E+012.75E+019.32E+002.57E+012.AverageDilutedConcentrationDuringPeriod3.PercentofAlicableLimituCi/ml1.28E-044.28E+007.86E-052.62E+004.91E-051.64E+008.37E-052.79E+00C.DissolvedandEntrainedGasesTotalReleaseAverageDilutedConcentrationDuringPeriodCiuCi/ml1.51E-041.15E-093.34E-033.19E-059.54E-091.68E-105.45E-041.77E-093.PercentofAlicableLimitD.GrossAlhaRadioactivi1.TotalReleaseCi2.88E-052.39E-044.20E-064.43E-.050.00E+000.00E+000.00E+000.00E+00E.VolumeofWasteReleased(PriortoDilution)Gallons3.95E+053.07E+063.08E+058.25E+05Liters1.50E+061.16E+071.17E+063.13E+06F.VolumeofDilutionWaterUsedDuringPeriodofReleaseGallons3.45E+079.22E+075.01E+078.10E+07Liters1.31E+083.50E+081.90E+083.07E+08G.VolumeofDilutionWaterUsedOverEntirePeriodGallons8.76E+088.99E+081.32E+091.01E+09Liters3.39E+093.48E+095.13E+093.90E+09~Reportedvaluesforthefourthquarter1995areestimatedbasedonthirdquarter1995sampleanalysesandfourthquarter1995dischargevolumes.20 TABLE5ANNUALEFFLUENTANDWASTEDISPOSALREPORT(1995)WATERBORNEEFFLUENTNuclldesReleasedUnitReleasesinBatchModeFirstQuarterSecondQuarterThirdQuarterFourthQuarterA.FissionandActivationProductsF-18Na-24Cr-51Mn-54Mn-56Fe-55Fe-59Co-58As-76Sr-89Sr-90Sr-92Nb-95Tc-99mA-110mSb-124Te-131m1-131Cs-134Cs-137La-140Cc-144Hi'-181W-187TotalforPeriod'.TritiumH-3.TotalforPeriodCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCiCi0.00E+002.21E454.64E425.56E43O.OOE+002.69E432.05E431.40E441.74E432.20E441.89E440.00E+00O.OOE+004.24E480.00E~3.05E463.49E45O.OOE+000.00E+000.00E+002.79E462.72E45O.OOE+00O.OOE+000.00E+000.00E+005.91E421.68E+Ol1.68E+Ol3.94E-13O.OOE+001.85E428.66E420.00E+002.72E413.63E425.17E431.93E423.72E430.00E+00O.OOE+00O.OOE+M6.53E463.15E466.89E471.94E435.28E444.01E45O.OOE+002.88E463.46E45O.OOE+001.08E445.03E45O.OOE+004.44E412.75E+012.75E+010.00E+M7.42E445.60E452.57E422.24E-IO5.47E431.94E441.51E441.45E434.50E440.00E+000.00E+000.00E+005.48E474.71E463.58E479.43E45O.OOE+00O.OOE+00O.OOE+001.13E462.15E45O.OOE+00O.ME+000.00E+000.00E+M3.43E429.32E+009.32E+000.00E~O.OOE+003.49E432.07E42O.OOE+005.47E436.13E436.86E443.91E435.86E44O.OOE40O.OOE+000.00E+005.71E460.00E+000.00E401.10E433.21E450:OOE+00O.OOE+004.22E461.17E458.23E46O.OOE+00O.OOE+00O.OOE+004.21E422.57E+012.57E+OlC.DissolvedandEntrainedGassesKr-86mKr-85Kr-87Kr-88Xe-131mXc-133mXc-133Xe-135mXc-135TotalforPeriodCiCiCiCiCiCiCiCiCiCiCi0.00E+00O.OOE+00O.OOE+000.00E+000.00E+00O.OOE+000.00E+003.66E-OSO.OOE+001.14E441.5IE44O.OOE+M0.00E+003.07E43O.OOE+00O.OOE+00O.OOE+00O.OOE+001.75E440.00E+009.15E453.34E43O.OOE+000.00E+000.00E+00O.OOE+00O.OOE+000.00E+000.00E+001.65E45O.OOOO1.54E453.19E45O.OOE+00O.OOE+003.86E440.00E+00O.OOE+000.00E+00O.OOEt009.05E45O.OOE+006.83E455.45E44<<Reportedvaluesforthefourthquarterareestimatedbasedonthirdquarter1995sampleanalysesandfourthquarter1995dischargevolumes.

FIGURE3SUSQUEHANNARIVERMONTHLYAVERAGEFLOWRATESDATAPERIOD:1995GALLONSPERMINUTEx1E612-.:*8:--'=-".':::::::,:::'-"...'::.":.*642-.0JFMAMJJAS0ND199522 FIGURE4SSESMONTHLYLIQUIDRADWASTEDISCHARGETOTALSDATAPERIOD:1995GALLONSX1E3500,:.:...400::::::::300200'00'I'~,~i~,~0JFMAMJJAS0ND199523

SUSQUEHANNASTEAMELECTRICSTATIONRADIOACTIVEWASTEREPORTANNUALEFFLUENTANDWASTEDISPOSALREPORTSOLIDRADIOACTIVEWASTEDATAPERIOD:JANUARY11995-DEEMBER311995PREPAREDBY:.P.LEWI-ALYSICISTAPPROVEDBY:E3SDOXSEY-LUENTSMANAGEMENTSUPV.24 REPORTNOTES1.Allactivitiesreportedinmillicuries(mCi)unlessotherwisenoted.t2.Reportedactivities,asindicatedwiththe(<)sign,arecomprisedinwholeorpartofMDLValues.3.NoClassCWastewasdisposedduringthisreportperiod.4.ThenumberofshipmentslistedinTable6includesonlytheshipmentsfromSSEStothedisposalsite.Itdoesnotincludeshipmentsmadetoorfromvolumereductionvendors.25 TABLE6ANNUALEFFLUENTANDWASTEDISPOSALREPORTSOLIDWASTEANDIRRADIATEDFUELSHIPMENTSDATAPERIOD:JANUARY1,1995-DECEMBER31,1995A.*SOLIDWASTESHIPPEDOFFSITEFORBURIALORDISPOSALNumberofShimentsModeofTransortationDestinationTruckBarnwell,SCB.IRRADIATEDFUELSHIPMENTSNumberofShimentsModeofTransortationDestinationNoneNotApplicableNotApplicableThenumberofshipmentslistedinAincludeonlytheshipmentsfromSSEStoadisposalsite.Itdoesnotincludeshipmentsmadetoorfromvolumereductionvendors.26 TABLE11CLASSASOURCEOFWASTEINCINERATEDDAWTYPEOFCONTAINERSTRONGTIGHTCONTAINERMETHODOFPROCESSN/AISOTOPES%OFTOTALAg-IlornAm-241C-14Cm-242Co-58~0Cr-51Cs-137Fc-55Fe-59H-31-129I-131Mn-54Ni<3Pu-238Pu-239Pu-241Sr-90Tc-99Zn<5I3c47Cm-244Cc-144KAO.Nb-95Pb-212Zr-95Xe-133TOTALACTIVITY(Ci)CONTAINERVOLUME(1.000EC4Q3.076'.621E+001.644EA32.596E+002.556E+021.501E426.911E+007.82&E+015.373E+0Iwnt&Ewl1.&OOE+32.280E%2.7.099E+021.627E+0045.039E%4<6.063E~3.386EAl'1.004E%24.951E%21.859E+012.000E<a<3.985E%4~'.98&E+001.900E-03'.150E-Oll.600E432.079E+001.200E<3I.174295.GOOA30.00%0.00%0.14%000%0.22%,2178%0.00%0.59/o6.67%458%4+o~0.00%0.00%60.48%0.14%0.00%P00%003%0nn/0l58%0.00io0.00%P17%P00%PP2%ppp0.l8%O.OO%100.00%8.37lm327 TABLE12CLASSASOURCEOFWASTEPROCESSEDDAWTYPEOFCONTAINERSTRONGTIGHTCONTAINERMETHODOFPROCESSN/AISOTOPES%OFTOTALAm-241C-14Cm-242Co-58Co%0Cr-51Cs-137Fc-55Fc-59H-3I-l29'n-54Ni43Pu-238Pu-239Pu-241Sr-90Tc-99Zn<5Cm-243Cc-l44Nb-95Zr-95TOTALACTIVITY(Ci)CONTAINERVOLUME1.484EA34.336&015.992E+31.716'2.031E+024.728EO25.687E+006.313E&13.394E+011.321E+012.400E43.4.894E&21.321E+001237E<3,1.2718432.325EAI4.431E425.930E%2l.279E+0l6.832'.881E+00L091E~6.933E+00~0.8351113.100fQP00%0.05%P00%0.21%24.32%'01%0.68'.56%4.06%1.58%0.00%58.61%0.16%0.00%Q.00%003%Q.Q1%0.01%153%0.00%0.22%013%083%100Opoj31.520m31-129VALUESFORSOMECONTAINERSWERELISTEDWITHLLDVALUESOP3.01M4uCi/ccORLESSANDARENOTINCLUDEDINTHEABOVEI-129ACTIVITY.28 F

TABLE13CLASSASOURCEOFWASTENON-PROCESSEDDAWTYPEOFCONTAINERSTRONGTIGHTCONTAINERMETHODOFPROCESSN/AISOTOPESACTIVITY%OFTOTALAg-IipmAm-241C-14Cm-242Co-58GripCr-51Cs-137Fe-55Fe-59H-31-129Mn-54.Ni<3Pu-238Pu-239Pu-241Sr-90Tc-99Zn45Ce-144Cm-243TOTALACTIVITY(Ci)CONTAINERVOLUME1.180E<30.45%7.340EA70.00%2.700E4~0.08%4.370EW60.00%1.550EA30.59/o1.290'5000%5.250EA32.02'/03.500EA3I34%~4.060E+21573%2.780EA21077%7,62nE3"94oioN/ALLD(4.27E48uCi/cc)3.290E<21273%8.090E40.31/o5.660E70.00%6.110EW7000%1.450E40.05o/o1.360E50.00%1440E<5001/6.440EW32.48%1.270E<3050/o3.660EW70.00%0.00010000%5.9II0.167m329 TABLE14CLASSBSOURCEOFWASTERWCUFILTERMEDIATYPEOFCONTAINERHICMETHODOFPROCESSDEWATEREDISOTOPESACTIVI'IY%OFTOTALAm-241C-14Cm-242GHM,Cs-137Fe-55H-3I-129Mn-54Ni<3Pu-238Pu-239Pu-241SR49Sr-90Tc-99Zn<5Ce-144Ni-59Cm-243TOTALACTIVITY(Ci)CONTAINERVOLUME7.810E42"PPP%6.250E+009.00%5.160E420.00%5.210E+0548.56%1.619E+030.15%'.230E+052078%2A60E410.00%N/ALLD(1.45E46uCi/cc)2.870EW52675%8.170E&30.76%1.942E42.PPP%1.956E420.00%1.93&E+010.00'/o7.490E410.00%2.240Et00000/9.370'001%3.030E~2.82%9.750E+000.00%1.640E+03017%7.660E<20.00%1073.000100.00%264.800.ft7.498m330 TABL'E15CLASSASOURCEOFWASTECONDENSATEDEMINERALIZERRADWASTEDEMINERALIZERTYPEOFCONTAINERHICMETHODOFPROCESSDEWATEREDISOTOPESACTIVITY%OFTOTALAm-241C-14Cm-242Co-58GripCs-137Fe-55Fe-59H-31-129Mn-54Ni43Pu-238Pu-239Pu-241Sr-90Tc-99'n45Ce-144Cm-243TOTALACTIVITY(Ci)CONTAINERVOLUME1.756E435.263E&01.756E436.442E+015.033'3.894E412.234E+003.150E411.448E+01N/ALLD(2;85E452.132E+01.8.897E412.335E432.425E435.571E411.081E42N/ALLD(4.57E451.853E&05.362E411.572E430.16387.600fl0.00%324%PPP%39.61%30.94%0.24%137%0.19%8.90%uCi/cc)13.11%055%P00%0.00%0.35%PP1%uCi/cc)115%034%0.00/o1PPPP%2.481m3

TABLE16CLASSASOURCEOFWASTEULTRASONICRESINCLEANINGWASTETYPEOFCONTAINERHICMETHODOFPROCESSDEWATEREDISOTOPESACTIVITY%OFTOTALAg-IlornAm-241C-14Cm-242Co-58~0Cr-51Cs-137Fc-55Fe-59H-31-129Mn-54Ni<3Pu-238Pu-239Pu-241Sb-124Sr-90Tc-99Zn45Cc>>144Cm-243Ni-59TOTALACTIVITY(Ct)CONTAINERVOLUME1.664E+020.41%8.600E<3Q00'/5.200E+01'13%5.600E%3P00%2.863E&2071%6.200E&315.24%3.700E+02091%2.220E+010.06%6.260E+0315.38%1.795E+03442%5.680E+01014%N/ALLD(6.53E45uCi/cc)2.490E+0461.18%1.078E+02027%1.824E%2P00%1.69IE42,0.00%4.130E+00001%,4.680E+010.12%2.340EAI000%2.720E%1Q.uu%4060E+02'00/1.110E+0(}u(l(kvio5.610E%3Q.oo%6.7IQE+00002%40.70010000'I362.700ft10.271m332 TABLE17CLASSASOURCEOFWASTELIQUIDRADWASTEFILTERMEDIATYPEOFCONTAINERHICMETHODOFPROCESSDEWATEREDISOTOPESACTIVITY%OFTOTALAg-IlpmAm-241C-14Cm-242Co-58Co%0Cr-SlCs-137Fe-55Fe-59H-31-129Mn-54Ni<3Pu-238Pu-239Pu-241Sb-124Sr-89Sr-90Tc-99*Zn45Ce-144Cm-243Hf-181Nb-95Ni-59Sr-92TOTALACTIVITY(Ci)CONTAINERVOLUME3.223E&22.560'2.377E+002.509EI2'.959E+032.783E&48.496E+037.416EWI2.406E+041.173E+041.213E+02N/ALLD1.006E&53.576E+025.433'5.032'1.227E+022.678E+024.336E+009.318E&11.080E+003.520E+031.248E+02.'.257EAI2.631E+017.619E+019.576E+0I7.910E-16180.790777.600018%0.00%PPP%0.00%64%IS39%470%0.04%13.31%649%007%(4.75E45uC1/cc)55.64%0.20%PPP%PP0%0.07%0.15%0.00%U.UU"jo0.00%l.950jo0.07%PPP%PP1%pp40.05%PPP%10000j'22.020n13TC-99VALUESFORSOMECONTAINERSWERELISTEDWITHLLDVALUESOF8.84c-pSuCi/ccORLESSANDARENOTINCLUDEDINTHEABOVETC-99ACTIVITY.33 TABLE18ANNUALEFFLUENTANDWASTEDISPOSALREPORTESTIMATEDTOTALERRORSASSOCIATEDWITHEFFLUENTMEASURENIENTSDATAPERIOD:January1,1995-December31,1995MeasurementEstimatedTotalError1.AirborneEffluentsa.FissionandActivationGasesb.I-131c.Particulatesd.Tritium15.9%133%15.8%13.6%2.WaterborneEffiuentsa.FissionandActivationProductsb,Tritiumc.DissolvedandEntrainedGasesd.GrossAlphaActivitye.VolumeofWasteReleased(PriortoDilution)f.VolumeofDilutionWaterUsedDuringPeriod5033%84%60%5.0%150%3.SolidWastesa.AtmosphericDeminerlizer(Dewatered-HIC)b.CondensateDemineralizer/RadwasteDemineralizer(Dewatered-CarbonSteelLiner)c.CondensateDemineralizer/RadwasteDemineralizer(Dewatered-HIC)d.LiquidRadwasteFilterMedia(Dewatered-HIC)e.RWCUFilterMedia(Dewatered-HIC)151%15.1%15.1%1515.1%34 MeasurementEstimatedTotaIError3.SolidWastes(cont.)f.UltrasonicResinCleaningWaste(Dewatered-HIC)g.CartridgeFilters(Dewatered-HIC)h.Processe'dDAW(StrongTightContainer)i.Non-ProcessedDAW(StrongTightContainer)j.IncineratedDAW(StrongTightContainer)k,CartridgeFilters(HIC)I.IrradiatedComponents(Dewatered-SteelLiner)15.1%250%250%250%25.0%25.0%25.0%35 TABLE19ANNUALEFFLUENTANDWASTEDISPOSALREPORTDATANOTREPORTEDINPREVIOUSANNUALREPORTNUCLIDECATEGORYUNITFOURTHQUARTER1994A.AirborneEffluents1.Sr-892.Sr-903.GrossAlphaCiCiCi0.00E+005.46E-091.73E-06B.WaterborneEffluents1.Sr-892.Sr-903.Fe-553.GrossAlphaCiCiCiCiO.OOE+000.00E+006.18E-03Q.QQEi0036 SECTION3METEOROLOGICALDATAANDDISPERSIONESTIMATES37

~'

METEOROLOGYANDDISPERSIONDATAMeteorologicaldatahavebeencollectedattheSusquehannaSESsitesincetheearly1970s.Atthepresenttime,themeteorologicalsystemisbasedona300-foothightowerlocatedapproximately1,000feettothesoutheastoftheplant.Windsensorsaremountedatthe10-meterand60-meterelevationsonthistower.Verticaltemperaturedifferentialismeasuredwithredundantsensorpairsbetween~the10mand60mlevels.Sigmatheta(thestandarddeviationofhorizontalwinddirection)iscalculatedfromwinddirectionatbothlevels.Dewpointandambienttemperaturesensorsarepresentatthe10mlevel.Precipitationismeasuredatgroundlevel.Aback-upmeteorologicaltowerwaserectedin1982.Itisa10-metertowerprovidingalternatemeasurementsofwindspeed,winddirection,andsigmatheta.SSESmeteorologicaldataistransmittedtotheplantcontrolroom,TechnicalSupportCenter,andEmergencyOperationsFacilityforemergencyresponseavailability.Thedataisalsotransmittedviatelephonelinedata-linktothePPBLcorporatecomputerinAllentown.DispersionmodelingforeffluentsfromnormaloperationofSSESisdoneusingXOQDOQ,astraight-lineairflowGaussianplumemodeldesignedtoestimateaveragerelativeconcentrations.TgemodelwasdevelopedinaccordancewithRegulatoryGuide1.111.Calmperiodsaredistributedasthefirstnon-zerowind-speedclassintheinputjointfrequencydistributionfile.XOQDOQusesterraincorrectionfactorstoaccountforthetemporalandspatialvariationsintheairflowintheregion,sinceastraight-linetrajectorymodelassumesthataconstantmeanwindtransportsanddiffuseseffluentsinthedirectionofairflowatthereleasepointwithintheentireregionofinterest.TheSSESterraincorrectionfactorsweredeterminedbytheratiooftheresultsofthestiaight-linemodeltothepuff-advectionmodel,andareincorporatedintoTable22.38 TABLE20ANNUALEFFLUENTANDWASTEDISPOSALREPORTMETEOROLOGICALDATAAVAILABILITYDATAPERIOD'995PARAMETERPERCENTOFVALIDHOURSDURINGPERIOD1.Windspeeda.10-MeterSensorsb.60-MeterSensorg75gg42.Winddirectiona.10-MeterSensorsb.60-MeterSensorgg4995%I3.IndicatorofAtmosphericStability(PrimaryTower)a.TemperatureDifferentialbetween10and60meters(Delta-TA)b.TemperatureDifferentialbetween10and60meters(Delta-TB)c.SigmaTheta@10Metersd.SigmaTheta@60Meters989%g87501o/*50.1%*4.Percentofhoursforwhichvalid10-meterwindspeed,10-meterwinddirection,andtemperaturedifferentialwereavailable.g6g5.Percentofhoursforwhichvalid60-meterwindspeed,60-meterwinddirection,andtemperaturedifferentialwereavailable.988%'ClassificationofatmosphericstabilitybysigmathetaisthesecondarymethodusedatSSES.TheinputresolutionoftheClimatroniccomputerisreducedsignificantlybydigital-analogconversion.Halliburton-NUSbeganusingthesigmathetavaluesfromCampbell'sdataloggerseffectiveJuly1,1995.39 FlGURE6CALMO.O.000ANNUAL883808S.mmH3WINDDIRECTIONFREQUENCY(PERCENT)~~MEANWINDSPEED(MI/HR)].O-METERANNUALWINDROSE-1995 FIGURE6CALMO.O05ANNUAL8707OBS.EKEWINDDIRECTIONFREQUENCY(PERCENT)tZi~MEANWENDSPEED(MI/HR)60-METERANNUALWINDROSE-1995 Figure7ESPASQUILLSTABILITYCLASSPREVALENCESDataPeriod:1995BasedonJoint-FrequencyDistributionsat10Meters(8487HourlyValues)Neutral411%SlightlyUnstable4.6%ModeratelyUnstable3.5%VeryUnstable5.3%VeryStable7.1%SlightlyStable27.1%ModeratelyStable11.3%42 Page1of10JTABLE21JolNTWINDFREQUENCYDlSTRlBUTlONBYSTABlLlTYCLASSPENNSTLVANIAPOMER8LIGHTCO(PANT(PAL)-SusquehamsSteieElectricStetion1/26/1996TINEOFDAT:13:51:57PROGRAHIJFDVERSION(PC-1.2PAGE621995PrietaryTouerData-33-FootLevelSITEIDENTIFIER:DATAPERIODEXAHIKED:1/1/95-12/31/95STABILITYBASEDMINDNEASUREDMINDTHRESHOLDJOINTFREOUEKCTSPEED(NPH).SETMEEN200.0ON:DELTATAT:33.0FEETAT:.50NPHDISTRIBUTIONOFMINDSPEEDANDSTABILITYCLASSAAND33.0FEETDIRECTIONINHOURSAT33.00FEETNNNENEEKEEESESESSESSQlQlMQIMMNMNMNNMTOTALCALN.51-3.CO3A1-6.706.71-11.201.21-16.8016.81-22.40>22.40001073912640719410000'0000000000120713166322000000000036110000000486001164530191620000000000011216802370370000TO'IAL316321012514183847183675012453STABILITYCLASS8AND33.0FEETSETMEEN200.0STABILITTBASEDMINDNEASUREDMINDTHRESHOLDJOINTFREOUENCTSPEED(NPH)Nl:DELTATAT:33.0FEETAT:.50NPHDISTRIBUTIOHOFMINDSPEEDANDDIRECTIOHINHOURSAT33.00FEETSSQINNNENEENEEESESESSEQlMQIMMHMHMNNMTOTALCALH.51-3.CO3.41-6.706.71-11.2011.21.16.8016.81-22.CO>22.4000102314116651360000000000000000024113861002310000000000000127500000027910432592'1010010000000013013351300,180100TOTAL827186851410213378451124529543 1

Page2of10TABLE25JOINTWINDFREQUENCYDISTRIBUTIONBYSTABILITYCLASSPENKSTLVANIAPOMER8LIGHTCOIPANY(PPtL)-SusquehamaStelenElectricStation1/26/1996TIKEOFDAY:13:51:57PROGRAH:JFDVERSION:PC1.2PAGE631995PrisaryTaterDate-33.FootlevelSITEIDENTIFIER:~DATAPERIODEXAHINEDI1/1/9512/31/95STABILITTBASEDOM:DELTATBETMEEN200.0MIKDMEASUREDAT:33.0FEETMIKDTHRESHOLDAT:,50HPHJOINTFREOUEHCYDISTRIBUTIONOFMIKDSPEEDAKDSPEED(HPH)NNNEKEENEESTABILITYCLASSCAND33.0FEETDIRECTIONINHCRIRSAT33.00FEETESESESSESSSMSMMSMMMHMNMKINTOTAL.51-3.403.41-6.706.71.11.2011.21-16.8016.81-22.CO>22.400673000531151463133000000000000006220712'1121413000000000000218400011014115524428139616640200000000024331739121512542002000TOTAL162822941418141524926224161420392STABILITYBASEDON:DELTATBETQEEN200.0MINDMEASUREDAT:33.0FEETMINDTHRESHOLDAT:.50HPHJOINTFREOIEKCYDISTRIBUTIONOFMINDSPEEDANDSPEED(HPH)HNKENEENEESTABILITTCLASSDAND33.0FEETDIRECTIOMIMHQIRSAT33~00FEETESESESSESSSMSMIdyllMQKMNMKINTOTALCALM.51-3AO"3.41-6.706.71-11.2011.21-16.8016.81-22AO%22AO315188691071231571726645104513051091001000000000~0623290008267517611379241718124000000661151800040261291C599786613311911192236956150C400000466140130009774661498111992192130800TOTAL267260290140163103183199152199341317261.1822232053C85

Page30f10TABLE21JOINTWINDFREQUENCYDISTRIBUTIONBYSTABILITYCLASSPENNSTLVANIAPOMER4,LIGHTC(BLPANY(PP1L)-SuaquehamaSteanElectricStation1/26/1996TIMEOFDAY)13~51!57PROGRAM:JFDVERSION:PC-1o2PAGE641995PrimarYTourData-33.FootLevelSITEIDENTIFIER:DATAPERIODEXAMIKEDI1/1/95.12/31/95STABILITYBASEDMINDMEASUREDLIINDTHRESHOLDJOINTFREQUENCYSPEED(HPH)BETMEEN200.0ON:DELTATAT:33.0FEETAT:.50HPHDISTRIBUTIOHOFMINDSPEEDANDSTABILITYCLASSEAND33.0FEETDIRECTIONININRIRSAT33.00FEETNNNEKEENEEESESESSESSSMQIMQIMMNMNMNNMTOTALCAN.51-3.403.416.706.71-11.2011.21-16.8016.81-22.40>22.40277718039765412380000000002281852121201000011422000115.11728-3542006000012867233001361601800050140,27100126542516~32000005111000044138812267520'1440114:000000TOTAL7815624225019011814717822131421884341716.352298STABILITYBASEDON:DELTATBETMEEN200+0LIINDMEASUREDAT:33.0FEETMINDTHRESHOLDAT:.50MPHJOINTFREQUENCYDISTRIBUTIOHOFMINDSPEEDANDSPEED(MPH)HNNENEENEESTABILITYCLASSFAND33.0FEETDIRECTIONIHH(AIRSAT33.00FEETESESESSESSQIQIMSMLIMHMNMNNMTOTALCALM.51-3.403.41.6.706.71-11.2011.2116.8016.81.22.40i22.402181047'52000000000003601904730000000063100003128302211212000000000~0000000190210086080100295000000200000000000000,000.0000TOTAL1123109.40719364~32293234170310295845

Page4of10TABLE21JOINTWINDFREQUENCYDfSTRIBUTlONBYSTABlLITYCLASS'PENNSYLVANIAPOMER8LIGHTCNIPANY(PAL)-SusquehamaSteanElectricStation1/26/1996TINEOFDAY:13:51:57PROGRAM:JFDVERSIDHIPC1.2PAGE651995PrissryTeerData-33-FootLevelSITEIDENTIFIER:DATAPERICOEXAHINEDI1/1/95-12/31/95STABILITYBASEDMINDMEASUREDMINDTHRESHOLDJOINTFREOUENCYSPEED(HPH)STABILITYCLASSGAND33.0FEETOH:DELTATBETMEEM200.0AT:33.0FEETAT:.50KPHDISTRIBUTIONOFMINDSPEEDAMDDIRECTIONINH(RIBSAT33.00FEETNHHENEEHEEESESESSESSSMSMMSMMMNMNMNNMTOTALCALH.51-3.403.41-6.706.71.11.2011.21-16.8016.8122.40>22.40112'501300000000000'3583600008210000215240000000000000000000020100100000000000000000000015640'(.420000000000000000TOTAL1137839483215242110001606STABILITYBASEDOH:DELTATBETMEEH200.0MINDMEASUREDAT:33.0FEETMINDTHRESHOLDAT:.50NPHJOIN'IFREQUENCYDISTRIBUTIONOFMINDSPEEDANDSPEED(NPH)KNHEKEENEESTABILITYCLASSALLAND33.0FEETDIRECTIOHINHRIRSAT33.00FEETESESESSESSSMSMMSMMMNMNMMKMTOTALCALH.51.3.403.41-6.706.7111.2011.21-16.8016.81-22.40>22.40611811301200158454277271876610000010185741886410130200002685012000240"21913217940441800002141867670056.000101404101833632335611307002011013965401687984,10415119150000114363499286113216562532401100TOTAL3845237911216653330413450483653930576338218258270848746 Page5of10TABLE21JOINTWlNDFREQUENCYDlSTRlBUTlONBYSTABlLITYCLASSPENNSYLVANIAPOKER8LIGHTC?NIPANY(PPCL)-SusquehamaSteeaELectricStation1/26/1996TIHEOFDAY?13?51?57PROGRAM?JFDVERSION?PC-1.2PAGE661995Prie?eryTo??erData-33-Foot.levelS!TEIDENTIFIER?DATAPERICOEXAHIKED?1/1/95-12/31/95ANNUALSTABILITYBASEDDM?DELTAT'ETlJEEN200.0AND33.0FEETMIKDMEASUREDAT:33.0FEETHINDTHRESHOLDAT:.50MPHTOTALMLNBEROFOBSERVATIONS?8760TOTALMQOIEROFVALIDOBSERVATIONS?8487TOTALNIRGIEROFHISSINGOBSERVATIONS:273PERCENTDATARECOVERYFORTHISPERIOD?96+9XHEAHMINDSPEEDFORTHISPERIOD?"4.9HPHNINSEROFOBSERVATIONSVITHBACKUPSTABILITY:TOTALM?RU?EROFOBSERVATIONSKITHBACKUPDATA:00PERCENTAGEOCCURRENCEOFSTABILITTCLASSESA8CDEFG5.343.484.6241.0627.0811297.14~DISTRIBUTIONOFlllKDDIRECTIONVSSTABILITTHNKENEENEEESESESSESSQIQlUSUUIJKMMUNMUCALHA8CDEFGTOTAL3168271628267260781561123113384523321012186'229429014016324225019010940719378394837911216'535.145141418103183118147643221533041318101419917829245038'7183213378152492152199341221314218323417421483653930674562317840157650.01120241602611820341703110003382181047 V

Page6of10TABLE2$JOINTWlMDFREQVEMCYDfSTRlBVTlONBYSTABlLITYCLASSPEKNSYLVANIAPOMERCLIGHTC(N(PANT(PAL)-SuaquehsmaSteanElectricStation1/26/1996TIKEOFDAT:13t54(54PROGRAH:JFDVERSIONIPC1.2PAGE621995PriearyTouerData-200.FootLevelSITEIDENTIFIER-DATAPERICOEKAHIKEDI1/I/95-12/31/95STABILITYBASEDMlKDHEASUREDMINDTHRESHOLDJOINTFREGUENCYSPEED(HPH)Ok:DELTATBETMEEN200.0AT:200.0FEETAT:.50HPHDISTRIBUTIONOFMlkDSPEEDANDSTABILITYCLASSAAND33.0FEETDIRECTIONINHOURSAT200.00FEETNNKENEEKE~EESESESSESSQIQlMQIMMKMNMKNMTOTAL'ALH.51-3AO3.41-6.706.71-11.20'1.21-16.8016.81.22AD>>ZZAO00042251031011242203500000000000014000001026988194121702100D00000017300D1754820005747600071500000100000867204153251TOTAL21939955111429461561148001458STABILITYBASEDMINDHEISUREDMINDTHRESHOLDJOINTFREQUENCYSPEED(HPH)ON:DELTATAT-200.0FEETAT:.50HPHDISTRIBUTIONOFMINDSPEEDANDSETMEEK200.0STABILITYCLASS8AND33.0FEETDIRECTIOHIkHOURSAT200.00FEETNkNEkEENEEESESESSESSQIQlMSMMMKMNMNNMTOTALCALN.51-3.403.41-6.706.71-11.2011.21-16.8016.81-22.40>>22.40022718126000002236000000001226600000111136'41101002010141291423270-000610010~010021100000013055114237601001TOTAL112621585910123569601723429748 Page7of10TABLE2lJOINTWlNDFREQUENCYDlSTRIBUTlONBYSTABlLlTYCLASSPENNSYLVANIAPOMER8LICHTCOMPANY(PPAL)-SuaquehamnSteieELectricStation1/26/1996TIKEOFDAY:13:54154PROGRAM)JFDVERSION(PC1+2PACE631995PriaarYTaerData-200-FootLevelSITEIDENTIFIER:DATAPERICOEXAKIKEDt'1/'I/9512/31/95STABILITYCLASSCAND33.0FEETSTABILITYBASEDMINDMEASUREDMINDTKRESKOLDJOINTFRNUEKCYSPEED(MPH)BETMEEN200,0OM:DELTATAT:200.0FEETAT:.50KPHDISTRIBUTIONOFMINDSPEEDANODIRECTIOHINIKXIRSAT200,00FEETHKKENEEMEEESESESSESSQISMMQIM~MKMMMNKMTOTALCALM.51.3.403.41-6.706.71-11.2011.21-16.8016.81-22.40%22.400052428924517910760000000000000213446020000217971401001052011341130'0001000019662129031157V6164311184121)010600018400004TOTAL14312358913142218688338171220395STABILITYBASEDOl:DELTATBETMEEN200.0MINDMEASUREDAT:200.0FEETMINDTHRESHOLDAT:+50KPHJOINTFREOUEHCYDISTRIBUTIONOFMINDSPEEDAMDSPEED(KPH)MNNEKEENEESTABIL'ITYCLASSDAKD33.0FEETDIRECTIOHIHHOURSAT200.00FEETESESESSESSSMQIMQIMMNMNMMKMTOTALCALM.51-3.403.416.706.71.11.2011.21-16.8016.8122.40>22.40438489012413131341100605129835944124342320410301000254220600352929445546468357'12131832600406046350021713469102,1515917445214753401625123134138102514956815.~000438723878121145762,6802140011TOTAL20829429014810793140182157181321457333214216212355349 Page8of10TABLE21JOINTWlNDFREQUENCYDlSTRlBUTlONBYSTABlLlTYCLASSPENNSYLVANIAPOMER8LIGHTC(NIPANY(PPCL)-SIFJeh~St++0ElectricStetim1~/ITINEOFDAY:13:54:54PROGRAH:JFDVERSION(PC-1.2PAGE641995PrienryToeerDote-200-FootlevelSITEIDENTIFIER:DATAPERI(OEXAHINEDJ1/'I/95-12/31/95STABILITYBASEDMINDHEASUREDMINDTHRESHOLDJOINTFREOUENCYSPEED(NPH)DKtDELTATBETMEEN200.0AT:200.0FEETAT:.50HPHDISTRIBUTIONOFMINDSPEEDANDNKNEKEENEESTABILITYCLASSEAKD33.0FEETDIRECTIONINH(RJRSAT200.00FEETESESESSESSSMQJMSMMMKMNMNNMTOTALCALH.51-3.403.41-6.706.71-11.2011.21-16.8016.81-22.40>>22.402372114694641170994219265740103491322021010000037421437018131100435236623064122789304279943450311242510651161014'128132311516429160034'0000300003597980518682224813606TOTAL943102671237153101132214254310293572735332374STABILITYCLASSFAKD33+0FEETSTABILITYBASEDMlNDHEASUREDMINDTHRESHOLDJOINTFREOJENCYSPEED(HPH)ON:DELTATBETMEEN200.0AT:200.0FEETAT:50HPHDISTRIBUTIONOFMINDSPEEDANDDIRECTIOKINHOURSAT200.00FEETNNNENEEKEEESESESSESSQISMMSMllMNMKMNNMTOTALCALH.51-3.403.41-6.706.71-'11.2D11.21-16.8016.81-22.40>>22.401666107593733203631885941D10000000000000'3671000292518682133300000000018351D000010402224313510213545811194002751100000120000000o0oooooTOTAI.552781747S45443S3642635743635"997650 th Page9of10TABLE21JOINTWINDFREQUENCYDISTRIBUTIONBYSTABILITYCLASSPENNSTLVANIAPOMERtLIGHTCNIPANY(PPSL)-SusquelemaSteanElectricStation1/26/1996TIKEOFDAY:13:54t54PROGRAM(JFDVERSION:PC1.2PAGE1995PrieiryTamrDate-200-FootLevelSITEIDENTIFIER:DATAPERIODEXAMINEDt1/1/95-12/31/95STABILITYBASEDMINDMEASUREDMINDTHRESHOLDJOINTFREOUENCYSPEED(KPH)OK!DELTATBETMEEN2000AT:200.0FEETAT:.50KPHDISTRIBUTIONOFMIKDSPEEDNiSTABILITYCLASS0AND33aOFEETDIRECTIONIMNOURSAT200+00FEETKNKENEEKEEESESESSESSSMSMMSMMMKMNMCALM.51.3.403.41.6.706.71.11.201.21.16.8016.81.22.40>>22.4033662322429159658823000000000000000000285100017'38'0200000081700001C17200011000'0000006111424~3~000:0000000000TOTAL34198127403234252325332161151STABILITYBASEDON:DELTATBETMEEN200.0MIKDKEASUREDAT:200+0FEETMINDTHRESHOLDATt,50KPHJOIN'IFREQUENCYDISTRIBUTIONOFMINDSPEEDAMDSPEED(KPH)MKNENEEKEESTABILITYCLASSALLNN33.0FEETDIRECTIONIMHQNSAT200.00FEETESESESSESSSMSMMSMMMN'MNMNKMTOTALCALM.51.3.403.41-6.706.71.11.2011.2116.8016.8122.40>>22.4046212350219144158637336135901682462134828455838612134020000013079267101251131101161051181622188413614519119316598C10187031070253361C23924131863761788112121064301811561356062860'1194741163148547913000170226982738126922923TOTAL4181156941.408276243"3374115016301D021056460264276280865951

Page10of10TABLE21JOINTWINDFREQUENCYDISTRIBUTIONBYSTABILITYCLASSPENNSYLVANIAPONER8LIGHTUNIPART(PPSL)-SusquehannaSteanElectricStation1/26/1996TINEOFDAY:13:54:54PROGRAH'FDVERSIONFPC1.2'AGE661995PriaeryTouerData.200.FootlevelSITEIDENTIFIER:DATAPERIODEXAHINED:1/1/95"12/31/95ANNUALSTABILITYBASEDON:DELTATBETNEEH200+0AND33.0FEETllINDHEASUREDAT:200.0FEETIIINDTHRESHOLDAT:,50HPHTOTALNQISEROFOBSERVATIOHS:8760TOTALNNBEROFVALIDOBSERVATIONS:8659TOTALNINBEBOFHISSINGOBSERVATIONS:'101PERCENTDATARECOVERYFORTHISPERIODt98.8XIIEAMMINDSPEEDFORTHISPERIODs7.4HPHNat&EROFOBSERVATIONSMITHBACKUPSTABILITY:TOTALNOSEROFOBSERVATIONSIJITHBACKUPDATA:00PERCENTAGEOCCURRENCEOFSTABILITYCLASSESA8CDEFG5.293434.5641.0327.4211.277.00NNNENEENEDISTRIBUTIONOFHINDDIRECTIONVSSTABILITYEESESESSESSSMQlllQIIINNNNNNNN'CAUIABCDEFGTOTAL2193911262114312320&29429094310267552781743419&1274181156941955~1481237840408558589107937153454432342762431191314010138253371429101214,22182157132214364223254115D14615635691868181321254,31063573321630100211486017'833845733329357436611056460002317122142162735351526427604020~021203309010280052

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Page1of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONS8>avaaaa~Ct~tlaacalaCcaclva~NO&i'LEVEL&ELfdCECZ&CECTEDINCOCOTtl&ll&&ECICCI&ATNNVCI&0CTCCI6LTf~lolOAAW1E6CTI&$&EL&TIVEOETNITIOICE&NITi&f4~.ZIATEl)toOOICTCCTCa&lb/INICECTC&$DIClCTIOa~OIST6&CES1$&ILESTCCVClif1,001.50g.oo2.503AO3.50i,DC4.154E082.1QfN1,1)TE.N4,$7IE093244E09IOITE09T,Z)6EM$>)17%10$.726E104.2)CE10).ZIICIC&.WE08'Z.hof>COI.LOM00$,7$$%494.57IE092Tgbf091&IZE09ITOTE09$,0$4E~105908E104.LODE~IC1,02)E.073,50if.o&Z.DZLENI,ZLM.N4.139%09)A5if'092,42M09IQh09I~147%>09$.477t104AOCC~ICI.Qdf075~107t'$03.17ot0&Z,OBEN1>OZCE>N4.540f094&LE>0$2>'llof09Z.N'091.5)9%09I.ZDM00IDZIE>073>496E0&I$0)f'NI,NOf084.974EW2.916E09I.OOLENI2672M$.777%104ACZE10$.1)itIC5.7QENT.OLSEN1OLDE>N4.1700403,11M%1$22C+1'l)M09$.07M105>'740%104.410%10).4)OE~IC&A5ifOS2.$$9E0$1,)dbf00O.ZZM094AQE~Z.ZQC091,&ill091,268%099,)04E~107.092E10$.$2$EIO7,21MN2.$96E'NlAL)t>089,$2)t'094.$)M492.7QE091ALDE09IZbdf'090.77M104.972%10$.647E~107.151E082.)96E'N1.259E087,)OCCW),$)df'092422%'09T.TOZE>09I~Lddf09$,)$0f104.5QE'10$.2$0E'10aac9.4$9E.N3.)iotNI.&)bf081.1$7t805.7)OEM3.$9N492.505t091.724%091.241E099.779E~10TAQIIDac'1,577E074,7Qf'N2.$)bf081,)ggfOI7>$$&EN4,9)CE093.457E09gABE09T,TCOE091,4BE09IITIC'09lal9>)l)f'083~IQC'081.492E'081.071%005.222C>093306E'092.3)OE'09I>bodt>09I2&CC'09'I.Dill09&A)CC'IOC$.)ZTE.NI.OOTC>N9329f095.2&it092.$49EWI.S)TE>09I.DBC097.1)CE>105.1)lf10).99)f10)~ITVE'IOEll40)IE'0$1,29&t'N4.71il'09).79OE'09I77lf'09IOIbf'09bAQf104,459%>IO),%TOE'Io2.)NE~101.709E10CCi>312E081,444CN7A&M'094,&ZM092,2&M09I,mfN$4)ZE>10$,$60%103,499%102QIE10IOoll'10SM4.716%.NIA49E.NLSSM'09).NIC092,)$9%NOIAill099.754C104.)hf10iAOIC~ID).ZLZE102.)IOElo0ICCCIIOVolclbaccSIaOIL&8Iaoasills.oor.soIo.ooIs.oozo.oo2$,00)D.ooB.ooio.oo4).ooso.oo8'.$)bf10I,COTE.IO4.906%'llI0)ZE'll4>tME>12IA4IE'IZd.hlfI)Z,&ICE.T)I~752EI)1.05of.1)$.$66CIiSCV)SOLE10I38)f~107.0%DE~11Z.OO)EI'I&.Nlt12Z.TOTE>IZI.ZZCE12)>$)6E.I)2.)bdfI)9.5)CC147.77)EIiS.IZTE10Z,IZCC101.072%~102.76LETII,gggfIl496N12ZAZTE'll1,276E.IZ$.12OE~I)4.)gif~1$3.$)OE0VTvO.dhf1D4.IZM'ID2,0)M104.90)E.IT1,97&t'll4,)OIE12).009E'l2T>OTIC125.SLOEI)2.214EI)'I$09E'I)L.IZZE10IABE~10$.076E~11I,9)IE117.17IE121.7&ll12$.952C.Q2,Clif0I,690fI)$.9)IEIi4.$57%Ii2>TQC10I,ZDM'ID4.229E~11'IAQE117,4$0C122,4'IOE~12I0)gf12'1,45glI)7,529EIiZAobl14I,obifNaViACIE101,99M10I,DSLEIo)AOZE111,260C113,491C~121,5BE12)ABtI)IA&LCQ7,)gbfIi4.IQC~IiiAL9C~102.202%'IoI.LL&c10)A14E~11I>Bdf'll4.049E>1222$4t'IgI~TCCE12&472lI)),ZCOE~I)2.477%I)4$)ZEloZ.TQE~10I)CDE'IO3.)hf11I,49MI'I4,109E~IZg,QIE'12'9,211EQ4,9)CE0Z,ZODE'I)I,796EI)aal4.44LE103.029%101.5LSE~ID4.211E~111.699E115.497%122.9)LC12I.ZLSE.IZ7ALCEI)6.14LE~I)).)99E0VE9.46&E10LAOTE>102.)ibc100.009%~113.60)E11OA)il124.90)E~12Z.OLbf12I~147t'125,9)IE'I)iA41E'I)lac7libf10)A4)C102.11M.IO9,519%IIL.QTE11Z,BSE111,1&If~115.069%~122.956E~121.522E'l2I.ZLZE12lZAOIE101.210f>104.$$9EIlZ.ZTIE111.072E~115.140C~122.44M12$.92if~I)$.011E.'I)ZA&MI)Z.ollfI)ELII.)L&E105NCE>112782%'ll9959E124.$7$E~122494C12I107%'llZ,CTCE~I)I.LTZE'I)59$&E'lliAQE'lllcIAC)L105,0&)E'll2,SIZE111.02)E113.9$6E12I~I96E'125,5iif'I)IA92fI)&AZTE'll2,)SOf'llI.OICE'lL8511.797l'lo~.406l~11).Li)l~'ll1.179%~114.721T121Sibf127)CLE1)2,772EQI,SiofI)7,)TTEli4.02)cIiacid'LITEocaoCITIIaaalavalildllIaZI~IIaaavls)CccloalsccavaIbcaaoaaICLI~llIL%8OILCCTIoa.5II22))i655'loIOgo20')0)0'60405DIHXCIII$I~'I4$CCd).4406OT1,24)f09$,$9IC~103.27M~10I,IZZE~101.62OC'llI.&ICE~12).5)SE~B1.1$6E'I)SW1.491%'N&4888'091.&DIE'Oa$.5)MIDL.SISI~101,555E~ID2.402E~11),Si&f12$.490C~I)l>)IMI)W2.006E'08bA)ZE'09Z.L)IEN1.17)cOa4.54TT102>)26EIO).OLCCll$.96LE~17LA&IT~125.1$)cI)vLV).094C081,077%08i.)DZC00Z.OTTCOa1.21$lOa'i,i)7%~107.074C11$.412l~12I.i)ll~12).0$'MI)I~$LTC'08,$.)OIE'OaIVITE'Oa9.OQI'10S.till'10I$19E'log.hlllI2.$6M'124.07&I'I)8.197%'ILaa>vI.OSLI'Cd).21&I~OaIZOM'Oa$.901110).481%~IDl>296C102.)LM'll),)221~'It).719C~I)),76DCIi~>>'1.547l~08L,&lbf'OaI.&L)C'OaOAlicIO$.60)I~IO2.129E~106.N)E115~I)bc12&)OafI)1,0)TEISaa>>I.LCZINiASM'OaI&i)COa9Tile105.4TTC102.27&I10L.lbilI'I$.$26C'121>)0)E'll4.06ZC'I)a1.777l>N).971%~OaI.6801'OaO.boac~IO5.)lic~10Z.liic~104.$$6C'll7,174C12I.)OM~122,$4&E~I)aal1.9)M086.ILSE09Z.LCZCoaI,glac.oa7.9IVC\0).IBC10$,5921117.4oil127.5)TC12L,SSLEI')~I2.5&II'08&.ZOICOa).Lidf'OaI.bill'OaI~'IT)I~Oai.&)TC'IOIOIIE'10IAZM'll2$2&I127227%'I)cacI~Ti)f'08$.60)c'oaZ.Bdc'oaISloe'Oa8,410c10)A&lc109.929CII2.49il'll4.1911~17I.&LM'l29.479%OaZ.IDCC'09I.OLII'Oa$.277E~IO).Zoii~IO'I.ZTMIOZ,balf~II$.$)bc~121,186E'T2).OllfI)CII6.8oicOa1.&die.oa4ALTIIo).281%10IT)lc~IO$.9licIL1.141%LI2.575117iAOILI)$,207%IiII7.986C'Oa2.42IC'Oa8.6171'10)Alii'10I,ab)IIO4.liOEII'I,IL)C'll1,48)I12Z,SSIC~I)i,IIOC~IiTII8.9$$COaZ.STII'Oa9.7iic'IoaA671IO2.)VM'lb7,64CEII1,)4&C112,049C12).62OC1)9,2)MIivcaIuewILolaraaaaacrcaLIacLclIIacliaIIacTC65I'9.40aca.vivaacliafIacccal)10.0olaaccca(aclcas>,00wliolacaclbaIIICTECII41,SCCIIVCLOCIIIIa/ICCI~00~OLOi.via.c&5.8CClailICO.OETECII257$0aclICalllIOI&illIcli/llc)0lIIacccifllcbelial:lIIalacdIL&covlaoaflcaII10.0vclcasI:VIVIacillscscotvlaoCrccoIaccl~I/LccaIVI~I&cccdLCIaecvlaoCallo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Page2of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSStats)kssste$14NEIskt/lcStatist~CtcktoLEVELaCLCASE8,000DATDECAT,CICafeTEDH%estsTftakl8afelaOAATINVS)soSKCIALTtaallsDAN)ST%81TACTNSA)st)ALAVfaACEct)/0Ifte/KffaCNED)oil)itecI8DIKESCKCIN.2$0.500,7501.0001.$00Z.NO2,500).000).500A.NN4.50:$$$VSVlSVVLk)VsvsssfkfCtfEKlflf$$KI.DICE0$).59CE~2.00?f~I.ZFCC~4.4I)E.OF).97)E.OF?.FOIE07I.SITE07IAOFE079.9>>E.OS7.4FRN201$E'054A19E04)4)if042,25TE'04I,?44K048,00M'075,59?f07),N)f'07?A64E072,0)R'07I$$7E'04.4)TE.OSUSE057,749EN4,974KOb?ATTE04I,TIAHS1,21$f,obO.bhf074.)74E.OT4.9>>t07)A5)f0.I,OCTEDL),2$9E0$1.9)bf0$I,ZTDC057,001EDbAa??efOb)5?SC'042.5)TE4dIAT)fOb1.50Kvob1.2)OCDa4.ITDC05I>8)bf0$9.)TSC045.74)Hb2.974E04Isot)HSIL)?TE049.5TM'074+8)AE075Am'074)ASE'OF28$5f'05oeb))f'N4.4$CE04t9>>K'ObIAI?f04'I0)5C~Too)SE07504?E07).741K072.9OLK07?.4?if07?ASOE'058901EDbS>>TE~),185KObI744C&I,ODR&7,400fi075,544E074,21$l07))'IR'07ZASaf'07?,INE0$F,?FOE044?SIE042.990C451,557C049.N?C077DICE074.948K07)AOTE072.9$$K'07?,446E'072.>>?f'0544)at&).576tOb2,?OR.DDI,tbffOb8,)tec07b,)OTE074.SIDE07).)$?f072.714K07Z.?4?f072.419K'058.47)fOb4.7)9EOb).tlifObIAIOC'ObI,I?bf~8.24)f07$.908K074.405K.DF).579K072.945K'07IA5'R.05$,9$4C04W50EOb2,095KObI~140K047,4TDE075,$6?EOT4,NTKOT),Okaf072$)LE07Z.>>tf07I004K'05)DISC'041,641K'Dblot)?fOb4AOIC'07AeICTE07)015K072,2$?f071,75ZI'07I444C07l,?2?f07A.oabf'042.05RObl,>>il044.566E07),)blf072Il)f07IAAAC07I.o)CC077)LICKOS40$$E'N4906f'NA.OLDE.NIAI?l04O.TOIC'075~IT)f072.5SZE071,$?CC079.N)HS7.00?KCO)e)?OEN)TabfN2.850K'N4.54?fOb1.544KN9.00?fOF$.7)bfOF2.8$TE071.7?8tOF1.149C077,57M.OOS.I)CEN),716CN2.7?SK>>N5AAOKOb1.999K04I,I)CCObAA9$E.OTMbf072,100E071A41C071,0'1?f0772$RN5t?N'N).T)aE'NAstk)ALAVKAAAKetI/OIlfe/ICTEAOCKD)DISIASCCISSILflSKAAISC5.0007.5N10.0001$.00020.000lb.CO)0,000)$.00040.000ili000SO.OOOAIIkftIIKAIEsf)cattVIS)AKLIAIKISOIVIV)SFKIDIKII~Illfe)LESS1sAsSCILCIaAAOVK6'4.2?TC'CO2.4NC'NIo?4)E'N?ACTE'09I~)?OK~)ACDI10I.NTC'107.9?CE'>>5.0>>E>>).044Kv>>2.516K>>$$VIZTR'075,470K082,8)FE'N8,$>>l09SACR09Io?OIC09SAIOCvloIAISE101,1$5E104.71)f11),9?of>>).)DIE07TANK07F.TIR08?,I?Of089,9??f094~.092~091.17af.olT,T?iE.IO4,?)of.10).559K~IDI0))f045,NAC0724TR'077OOIK08)Oaef*N'I0)Rkg5)SSE'091.9$4E09I,Dail09i,)ICC10)A)AE~10)ALCC'07INkf'OTWOi%082'I)DI088,)IN09?,IDLE&IISIC09),84?E102,0$8fID8.4$9I>>7,06?f.>>2OITE'079.4TTC'0851$OEOII.b?CE087.0?tfi092,$DLE09I,DZSC091.49$f107.97)f>>2.4OE'>>2INE>>2.?OCI'07I.NFE07$.497K08I,beef'NTiKC'09?IOQE09Debo)f10Za?OCE10Ie?>>f10AWE~11baNTE'>>2.07$EO'F1.044K075.594KDC1.FISC.OD4.9?TE09?,IAR.091,254C09ART?f~10)A?if.lo1,9)iC~101.56)E.IO).994K.OF1,)?OI074.46$ICO)@DIE087.785K09)~091,57?t095.251K~102.NZE~IO1,$09f10I,NCEIDasl?.49R'DT1,24TE074,$?TE08I,CSCKN7ATaf092,4$$C09I,aobf094.>>ll10).Tell~10Z,IS)f10I.TTIE~IOI,TCR079,?9?f08S.OAR081,794K087,146K09?,N?t091,095K094A87E102,7)al10').416E101>>9E10EafI~0?kf'075.t$6E08).ITSENI.AASK'N71)VK'09),T?TK09I,DIVC098,$$5E104940KIO2.$9$E102ISDIIO4N?I'N1.99)f'08I04$1'08).46)f091.74?I'09~.AISE'104.14?f101.5$$f100.7$6I'>>4.)ibf>>)$46EI'ICII2.?8?I'N8.945K'094.8??f091,7'ISK~096.44?C104,)CR101,94ICIO5.175K~>>?.7>>E~IlI.okaf>>'9,00LE~12$1?.1$9C'087.465KDk414'R091.499C09SAT?I101.776K.IO6,)?TE~>>?ATIEI'I1,)IFKI'I).4)R'1??.VOVE1?$$1).DOLE'081,1?)IN$.96)f~092,0$)lDe8.)T?IIO?.)VII101.$$7K~105,16)f~>>?,9??E~>>).4?CC>>I.llil>>Ca)/4Ikle/K)fkeLCKD)FokCackIIOCSItlc)CSIDOAOAkIIIISSILKSDIIKCIIca.I~II?)a4$$19Io?o"?0)O)0404050<kN$>>II?.0?9K'044.7?il'DF?.TDoc~DFI.SAIIDFT.aoc06z.t)ifN4.19)fov4.94R109.NSf>>).4))I>>$$v).44'FlD41.?FIIOe$.$?DIDF2.74?IDF1.$9)I~DF$.91?f081,04?1.061,$$FI~092A$4fID4A45K>>Iv7.77)fOa?.TeOK041.20IIDa4.4711DF$.9?DI~OF1.$4$fOF2.84?K.N4.964K091.$$)K095.009E~10VLv1.9?6I0$7.?$)fDe).449KDa).9?)I~DeI,Z)tfDa5.176KOF9.4?FKN1,)FCCNZ.546KOe$.SNK109.7$)IDe)~106KOe1.)??IDa7.0?RDF4.40)I0)1.71?fOF?.9?SI~Db).4)II09$.$49I~IO1.1$ifIOLSv4.741K~DeIA)efOa7.04R~DF).8)SI'0)Z.ai?I'OF9.996KN).999K'N)~I?OI'09)~7$9f'ID4~Dilf'>>av$.099f'OaI.FFAC~047.47?IOF4.?$11~DF?.4441DF1.099K'OF2,?OLK08),01?I09).OIOI'IO4.'FAAE~>>aavi,)FII~DeIA?af'Da4.97)f'0)5~Fill'0)?Ae)1'OF).64LI'OF?.IFR06).OFOI'$9F?AR'102$$9I10a).40?lDel,?90fDe4.1)tf~OF)AitfDFZ.?9)l'OFI~It)I'072.)97K06).SITE097.$iif10I.bsaf'IOaaI4.89)IDeI.T)tlDe6.'>>llDF4,$?DIDF?.9)?1DFI.?eafOF?,ioif06).49ii097.48R10?.47$I10VI),$)CC'Oe1.19)1'Oe$.$$'R~0)$,1)VK0)?.11)l~OF9.)IDI'N?,OLR06).OITK09$.7)R~101.719K10IVII.VOIIOaAAAII~DF).OILIDF1.776KOFI,ZIFEOFS.iltlNI,SOAK04$.9?IIDe1.01)I09).1)IE10')1?OI'De$.$?af'OF1.44)IOFFATLIDea.self'04?.Dail'064.))tf009.?TCIIO?.0?tf'10$.$4)lIICII8.6>>f~07?.4)efOF1.0161Ot$AAVI~Cs?.91)l04I,D?IC04?.019KDe4,$OMID6.$6CC>>1.$0)E~II$19.0?SIOF?.99510)I.la)IOt$.?9)I062.6>>1089.'?Ill09).Atef09?.49?I~10).85?III4.$?efI?$$I1.>>CIOa).$)OC~DF).4$?I'DF7?99I'N).~')4C08I.)OOE082)ttf09)~Toef'104.7161>>1.7)il~IIVfatAs)DL)ILD)stVAAAKII~I;tfLEAIILC)ia)Isf)ftl)9,40tfa.V)ssIC)cstIKIftf)10,0DIAKIIkIK)ftf),00tu)LD)siKlistIK)fal)N.SKklt)CLDC>>tIs/kfe),DO~LDC.s)s.calAIe,kklAIts.)C)ftl)2$7$.0LCAItt)$$IDSti)fICAL/lie)0AIIklKAILCKDVIC)sf)cslI10.0Klfal)Vfk)tILtAICICOKVIC)$)CKDISETltl/RC)VIIOCSEKD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Illig4s" Page5of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSsvvweveessfewCL<<lef4ffeffeeLNcc)ncDo)sfla)cfcsfsfTftcOfOlsfCTMV10LDCIT)oe~LCNLNUIII~IsfaalS/4g/0S/04/Igo)ul)Iaftss)gac/Ca~I)lggc/cf>>Jfnl)gac/a>>AKns)IrgeII.IKIII)aNCaftAIOMTNcafa.a>>WfOCCafaocrufttIN>>rgfnoNTLCTID5NVCVAtVIVI.ft1,0)WW,IL.Sf.n,70Nf,trCCsf.afSgNg~la$1.00,foI.SONV1,10)AOWOVW~)ADIeKIAOl.lal.foII.aOl)IM,aoSM51.10gee'I)0V/I,fo1.10I~701$0~0a,oo~'I$0eef1,10~I7.$0lef),LOIIAO7.$4M~aoIMAaI.SCIs,saIM7,70I'MI,IOIMIAOIl.fa)AOS.IOl.so).40IW11,00l.oo$.00s.roef.70Sat470INSIfa)MlfIclr.~SI.11)1.Tla.47S.Sat.)L)$.1770.If)1.l)gl.1770.ff)1.laf.1770.\f)I,)N).7017,Irro,)To).t)))<ao)1,IrgI,7)<<.'rlos,I)<<.sroo.ates,INK,4117.7)$)s,~Oaf,Irso.Inr,555I5555III5I5II55I55555I5III5II5I555IIIIII5I5IIIIIIIIII5NefOaIILla~IVVtfIISITCasaafSITCaaaKISINaaaa)oafIIIIaaaaft)flaao>>KISIICasaKI51nOCLNeeaf~)Ifaaalaa15)naamaefsfnaaa)acfNfcasawfSIICaINKIIs)ftagavefSITCaaaasf5)fcaaaacf51Maaa)KI~lI)NagNIINVCItts)NafNMNafNIINafNMOIal~IIINOCICls)aafNIINal~ILINOCI~I!IKalNlfocalNIINOM~Il)NNINlISCOCItl)IOIeggQKKeQKKeWIN1QKK~QVKeQNI~CACK1QNI~QeaeQaaeQKK1QNI~QNI~Qaaf~WI~1MI~1WI~1Mise~af~~W)11WI~1WI~1WII1WI~1~II~1WI11WI~1MI~1MI~1OIKSIJNI/g)C~/IUIeaosevoIlesMKfaefVKMI)1If~<efrf~I>'NLOCII~Ie/MC>4NIIAI~Aa)IAa'TACTIC>>I.Nother)4)INDIr.))ran~.WCKs4.$$)CKOSANCKaI~NoOeffICKIIANCKII,NICK>>t.)OMNISASN~IIS)fKILIMC~l.agcy')Agnes4.07NAII~KISAOICKo.IAMIKsIranchoLarnyxT.nn07IA07I47IATII07I.TIIIKI2.)rnKK).)lQIAII,tanKIT.N)IKOI.f)KoaI.tnl0$a.frslos7.$)flesa,l<<lOs).er)I07I.rfn<<).Ia)losT.nn.07l.tla47IAIII47).I)SI41'u)I.<<I.M)1Os4.)MIN~.)IN~IK'I.a)KNIA)N04s,a)K~1.)osl~orI.la)lera.c)sl07I,SOLI41).asa~07).fealOr).ToolgaS.TIIIaaI.NN07$.417I07I.I)N~I.taocAILTONAIIAIICAIt.sateAoS.SSNASI.af)CDs4,)ISIaS,TSNOo5I)TIKILranKII,INCUBI.OAOLC07)A)nK>>Log)fWLaollKII,ZTNKILTSNKIlATTC.M'IIao0$I.WCKKIJ)CIAOI.rrftk>>S.ffftKII.QN<<Ltl4IKII.lfacarlAIIC07S.rrfl07TAINCst.ffN44).$$$)OsI~OC)C<<I,rielOo'1.0)$1OS1,1011OSI,lfaOs1.foals$.<<N.IIT.fsll07I,ILN<<).roSIOs4.710107l.f<<IOr5771147~.0)Na).IOSICo)A)IIOSIAOIIaI.70K00OAC)fAa~.Il)tAl7;45$INIl,~0$IJoag~T,INCKII.rsnKKI.SSLCKKS.WNKKIAI)c&I.ITNKI).00)CKII,caloaI,TSNKILfftf~SASIKM1AirsKOlAONKILISICKI1.)SNMI.f)nKISAINT~,MKII.rg)fmlASNAITAKINIAafc.arI.ao)IarI.rollosS.STM04)Affl<<I,la)i04t,an<<Ltff1~I.lssl0$IAlnoaT.loaeoI.)onOsS.rt)I07I.TSMDslA41t~osTAaslOfl.farl~074AO)IarI.g)sl.arM)IIOS1.))Mos~.Ltsg044.1)fl04I.esn.ar~.41N~MOOt07I.laol07I.Talllra,a))I07S.SIK07).NN07IAIK04)ALII44a.)lN07$.$)st07I,MK<<~Alsloe$.$4)lgel.Ssal.aI.OSatOr).<<LIarlA)slorLSLNert.so)g477~)IMDrIoralaa.rul<<SAI)I~07T.nner$.7MIos~1IK4)LCIMegfae1NefNLLIMKaKVileaelfoI'Knee/Mc)5155Isee,404NIIKI~,DOOINAOOooooAeoILI<<fgsVIMD<<IsaLCNL~tr,OleoNIV/IIfoftal)10.00VIUIeaNloefIefflog)41)~LDOAI~cl4NCANIINWMDI)l)1$,0NafIv)NIVLaaffIQL/MC>.0~IfKNaoaoVfsoN)lefI10.0IKTltl)1'NefNLIINasKVIVINgfoILKnag/IICI)lfNLCCMIIIINI)Iuvaff0ussTeae.eooof)CoNIN)~a>>IV)AooNON)UN)IOOK.a>>sATNal.rftfN>>I,rgnAcI,I)tfNI.oulaI.KSIOe).f))lal.oo)lceIAIK.NlANI00IA)sl.aT.SNTafIA)OI00I.OIIIKOt,f)K04~ArllafI.eag.a4.1)n'Oo7.$gn'NOAOII&I.ILNNI.faaaI.a)TIeI.una$.0SII~LosnaetAOSIOfI.l<<I04IANCCKI.t))t00S.ra)iOe~.SIKofa.a)$1afI.riftOa7.)anos$.<<rtos),IIMaI.t7N'10IAIOL4SI.oofIaLtsagOe)AILIastNSI'Oe~Ae)t10I.am.a~.OfaOf$.170110$.0)M10$.)LK10l,f4711010571'107.I<<I~10Islog'10I~INf'01IOf)COf0.017110IAsn10)ANfIl~llrl'ooI.un~10~,)IK10lA)$I04v)a)<<egoINTta/ac)IVIIIDLC/NVIQLcfo>>II)oe5UNI<<eAalNINge,oaIN,OCOaavg00057

Page60f15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSSvtqutIIxrxIBsteaxElectricstation-ORIRNo-LKYELRELEASENDDECAY,INIEPLEYEDCORRECTEDSQRQPEKTERRAINRECIRCULATIONUSIKCSPECIALYKRANNUALAVERAGECKI/OISEC/NEYERCUBED)DISTANCEINSIILESSECTOR5007$QIQQQ'$002>0002>$003000350040004'500SSQlSMMSMMxvNNNKNEEkfEEBKSfSSE1.107K.053.933K062.245E061.452E06T.S&CE074.809K>073.347K07MME07INZE.DT1.297E>07I.OZOE.OFZ,IHf057,035K064>101K062552K061494E069>69SE076>925E07C8366073460E072664E072074E074,690E051.466K~058.707K>065.694E.063.161E062.077E061>SOTE061.0986068.221E>076.4CZE.07$.135607I149K043.572E052.1$3E.DS1.454K.OSd.273E06$.721E064.371K063.212K062>418K06I973K06l,&COE.066,$226.0$2.013E05I.OC7E0$d>571E063>$12E062>ZHE>061>646K061.1876.068>blbfOTT.IIdf075.622K073.016K059>440E065.234E>063.33rd061.903EOb1.23IE>06d.TOOK076363K>074.8$1E073.928K>073.233E073.0LSE.OS9.7Sbf>06S.TSDE>063.6448-062.059K-N1>3276.069.422K-OTT.otbf-drSemf>074.346K.OT3.$366Or2306K057967E064810K063>C21E061537E06I207E06b>699KOl6260E>074649E>OT3674f073285EDl2,232'K-0$7.0516.064.019E.062.521E.061.493E.061>0326.067>817E.OT$.70SE074>321E.OF3.5dlf.072.987K072,621K.OS9.255E065>324E063>&TYE-061.994K061.3&5E.061.0ZZE06"T,CTlEOT$.675E074.690K073.945K.071.960E05d>S03E0637726.062.39&E.061>366E069.294E07d.911E.075.1386>073.951f>073.316E>07Z.blsf~07I,0&If053>631K062.090E.061.405E.067>4306.07$.017E.073.731K072>843K072.2$3E.OTI>890K07Y,Q3fQ76,389K>062,249K061251E067532K0739&YE072.556K071.514'EDr1>310E>079.644K~05T.HSE.D56.516KN5ZZDK06ITdbf069>d7DE>07591SE073>009K071839K071>235K07d>839E056>563KMC950K053,75$E084,621K061.7136.061.011E066.55YE.DT3.368E.OT2.090E.071>QZE079.55$E066.&DZE.05C,bsbfQ53,QQEQ55>991E.062.190E.06l>269K>067.6548.073.921K072>$40E071.Nbf07l>275E'079.325E.066>623KN5.011E05ANNUALAVERACECNI/OISKC/NEYERCUBED)BKARINC5.000750010.00015,000DISYANCEINNILEB20.0002500030>00035>00040>000C5.00050,0005BSVQlMSVVNVNXVNNNKNfExfEElf'SfSSKCxl/0Isf8.40CE~053>73ZE081.899E051.720E077845E084,286K05C.31&E.OT2.129E.DF1.169K.07).398K067311EOl4052K07C.899E.DT2.325E071.259E.OT2.731E07I~392K07'F.809K082.955E07I.S336.076.QTE06R.NTEDlI.S27E.075.468E~082.699E07l>895E071.011E073.370KDl1.817E079.860K062.COSEDl1,329E077.623E081.3dlE'Dl7$12E06C.TF5E065.500EN2.843E081.599K053.075E061,280K08T,ZCCf092.907KN1.096E066.246K09C.OC3E.Q51.6076.066.9696.09C/NElfRCUBED)SOREACHBECNENI4.397E091>963K096.5HE~103.6&YE101.63TE.IO1>3&YE.N6.146E092.2686-091~119K.093.767E1D3.500E.061,760E087.9626.094.666K092.C766.09I1STE075409fNI9536.081,069EN4.088E093.522K081>CHS.064155E092>30$E09d,123E~102.691f>06I~249K.054.739E.092.060E.093.1S9E103>04CK08I~291E.053.930f091.676E094,509E102.626K081>226E054.07CE092.498K09l>400E092795K~061377K066263K093.'lslf091101E.093.0ZZE.081.354K054.980E092>765E09I.ZTFE092.HPE081,256K053.891K092.149ED99,660E10235CE061.253E056,699E093,TRSE091,711E096.00bf-093.0rsf.09I.S93E09d.073E.IO3.140E.IO2.7966.091.47lE096.110E~103>639K101,060E102.436K091.0ZIE093.274E~10'1.6156105>640K113.3SZf091.C$9f09S.lsbf~102&42K101.056K~101.084E~10&,NIE~112.HIE~101.NIE.IOI709E099,805E~102>316E09l>DOCE094>$73E~101.97OE.IO1.7llf10d.080E>112.dl5E~10I.IC1E108.425K104.CITE106.367K103.015E.105.166K10'C.NSE.IO5.699K~103.WE-101.062E095.600E101.870E109.706E.II5.609K~112.CASE~112.675E116.051E.l'26.241E113.1&CEllS.HOE~119.386E115.579K108,634K~101..725K~105>306E119,89CE113>8276.102>QOE'104>232K102.769K.IO5002E'10b>339K112.096E116891K122.72RE11.5~I2.269K-DbC.DTBE>068.695E.062.155E051.088K055.323KQbS.TDCE.DC4.694KObC.DRTK.Ob5.472K.Ob3.766K.bb2.13DEOb1.25'IE06DIRECYIIXIIRONSITE5SCVSVMLVVVNVNXVNNXINKENEK1.27.886EDlI.S03E~063.242K.068.$31E.063.6SOE.061.9RRK062.NCEDb1.909K.Qb1.517E~QbR.066KOb'I.CDIEOb7.836E~074.132E072.33>33RE>DT6.829K071.49SE064.266EDbI.&35K.068.735E.OF9.C66E.OF6.62RE.OT7.6CIEOl1.003K066.53FEOl3.719KOl1.510E071.722E.DT3.$5OE~Dl5.331f.072.C7SEOb9.041E~Ol4.93lfDl5.ClIE.074.614E~07C.C2FEOl5.513E.Ol4.056KOl2.283E~Dl1.DOCE.OlI.0)bf.072.117E075.219E071.6C9E.06$.664K.073.253EDl3.57CE.073.284E.OT3.050K.OT3.9$CE072>dlREOT1.61$EDl6.S5$EN3.956E056.342E.N2.INK.077345K072AZSE>OT1.416E.07IS$5E071.$09E.Ol1>NIE07I7HE07I316KOT7TOBE062.NIEMSEQIKNIBIAXOARIESINMILKS34.Cs5~10lb.206.5$6E09I651K05C.54&E051.52FE074.635K083.1676.053.SDSE.063.369K053.791E053.800E.M3.232E062.C03E>056.922E.D920.308.991E~102.643K~099220E09'.521E066.2NK095.734K.095.$03E.09S.QYE.O9r.ORQK-096.3856.09S.SOSE.097>131E091.673E.092>006K~105.424E~102.dlDE095.300E09'1.1DCE097.613E~107968E101.SORE09I.SOCK091.534K091161E092.039K094.06&E107.701K~11I.CSBK~IOI151E091.346K>092651E~109.239K111.539E~105.3676103.663K105>621EID3539610&.HCE.IDI~166E1030F4040.5068 Page7of)5TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSESE9.8438.073.13SE07SE1.009E063.509K07SSE1.250K064.137E07VENTANDBOILDINGPARAHETERS:RELEASEHEIGHT(NETERS)DIAHETER(HETERS)EXITVELOCITY(H/SEC)1.256K071.413E.071.791E07960F00.00ELEVATEDLESSTHAN+000NIXEDBETOKEN000ANDCROWDLEVELABOVf+000ATTHERELEASEHEIGHT:VENTRELEASENCOEVINOSPEED(HETERS/SEC)6.605K083.867E086.781E083.723E089.3ME08,5.189E08REPVINOHEIGNT(NKTERS)10,0BUILDINGHEIGHT(NETKRS)d1.3BLDG.IIIN.CRSoSEC.AREA(SOeHETERS)2575+0NfATENISSIONRATE(CAL/SEC)0ATTHEEAASIXIEDMINDNEIQlT(10+0NKTERS):,VENTRELEASEIkefIIINDSPEED(llETERS/SEC)ISTABLECOSITIONSELEVATEDLESS'INAN000~000INIXED&KTNEEN,DOOAND,OOOGRRINDLEVELABOVE,000VINOSPEED(HETERS/SEC)ONSTABLE/NEIITRALCONDITIONSLKSSTHAN,000BKTIJKEN.000AND,000ABOVE.000Io432E083,198K098.177K101671K~10.3.'513Ell1.289K082.d54K094.4$9E-TO7.6$6E-111.575K-ll1.8348~053.763E096.665E.101.345E~103.912K1159

Page8of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSSVtqvt(INIVINStmaEINCtl'ICStNtlOnCRIRNOLEVELRELEASE19952<<tbbDAYDECAY,IROEPLETEDCORRECTEDFOROPENTERRAINRECIRCULAYIOIUSINGSPECIALTERRAINADWSTNKNTfACT$ANNUALAVERAGECNI/O(SEC/HETERCteao)DISTANCEINIIILESSECTOR.250.500.7501.0001.500<<2.0002.5003.0003.500C.DQQ4.SQOSSSVSVVSUUWll.NVNNVNNENEEN'fE~ESESESSE1.10&E:053.926E062.241K061A4TE067.519E074.7?la<<073.314E.072.30&E<<07l.i5bE07I.tref<<07I.QQIK.D?2.100K-OST.otra-obC.ob&E.O&2.560K061.453K069.597K.OT6.840E.OTC.rbn073.395EOT2.600K07Z.pt(a-or4.&85K05IA&CK-0$SA&SE06S.&boa.o&3.13ZE0&2.052K0&1.484E061.075E06S.OCTK.QT6.25&E.OT4.90&a071.1CTK.043.561E.OS2.1QE.OS1A45E.OS8.103K055.645K06C<<JOIE.O&3.150E062.364K06192tE.061.593E.D&&.S12E052.00&505I.OC2E056.S25K~063A77K062.2QE061.610E061~164E06S.dlSE076.033KOF5.6Sn.o?3<<0'IJE059<<410K*06S<<209K063<<310E061<<NSE061'1SE<<068<<560K0762&DE074742E073<<828E073140KQ?3.005E-OS9.727E-O&5.724K06JAZJK062.0405.061.311K069.25n.ord.890E075.320K074.242E073.4QE.D?2.303f.os7.945E<<obco?005.063.CDIE.O&1.822K061<<IQJE.O&S.ST&a.or6.153K074.SSTE.QT3.78&E-07J.204E-D?2229E057<<031E064002K062SDTE061<<480E061021E0&770?K07Soeobf07423SE07JASQE072,911K07Z.dlra059.261K<<065.303K063.&SSE061.970K06U40E06I.ONE.O&7<<JSSE075.572E074.593E073.8$&E.Q?1.9$5E056.491E.O&3.7615.062.38?E061.3&DE069.RZOE076.8QE075.07?E073.925E073.2QE.072.?d5E.071<<0&DE053.626K<<062<<NSE061A04E.067.304E074,954K-07J.roof072.515E072<<227E07l<<565K071.S99f076<<JSCE062<<245E<<061245E067510E<<073949K072SCOE071SOOE0'7l<<205K079<<?JSE*N7blba056427E085.RI&E061.?QE069.846E.OT$.59?E.OTZ.995E-OT1.82?E071.55EOTd.?S5E056.509K>>ob4.586E05J.?30K.N4dldf061711E<<061000K066540E073<<JSSE0720?0E071413f079452ENb<<SQE05<<AOSE053<<S?9E05$.087K.oeZ.(bra.o&.I.2&6K-oeT.QZEor3.004K.or2.$2&K*a?1.?0sa-ort.wf-or0.220K.N&.TQE-Nc.occa-odANNUALAVERAGECHI/O(SEC/HETERCUSED)DISTANCEINNILESSEARING5000750010<<00015<<00020<<00025<<DQQ3000035<<0004000045000SO000SSSVSVVSVVIAIVNVNNNKNaEREfEsaSfSlfcHI/0(sab<<ZJCEN3.619E.N1.522K'084.13JE.091.80?E<<096.104E~103.230K.IOI.C1&E~109.157E~115.71&E1'I4<<52?E~111.6?&E0?T.543E054.066E081.2QF.05S.S28E.001<<05&a~009.S4tf10J.tcca102.0(?a~108.510E-'ll7.198E.IIc.lbsa-o?Z.OJJE-QT1.000K-QTJ.Wa-odl.sssa-ob6.836K.003.8?CE-001.904K-001.334K.00rAtoa-lo6.20n-to1.35CE066.9&Sf.Q?3.799K0?I.oslf.o?4.75&E051.&QE08S.bl?E093.26&E091.?03E097.525E.106.41SE10C.?40E.O?2.213E071.170E.D?3.191K051<<309E<<NJ.SZSE.091.89JE096.4S7E.103.515E-IQ'1.46?E-IO1.244E-102.&CCE0?1.326K.o?731&E052.440EN1,09&E05C.OZSE001.605K092.51?K101,36&E104540E113Qbf112.509K071.4&CE078.115K052.7?9ENI,IQE053.376K091.5dsf00J.NSE102.008K~108.&SQE117.306K112.72?f~0?IA62E07?.000K052.591E051,001K053,522E092,008K091.142E09&.d?0E10J.CQIE102.bQE102.623f0?1.51SE0?9.549E'052.5&cf051.225E055.442K09Z,Q&f099,010K105<<OQK102<<JJJK101<<969K103.25JE071.747EDT9.357K052.704EN1,219E.DS4.3?lf092.385f.091.0&Ca.00d.&S4E103.569E103.2d9E10Z.ssba.o?1.200K.o??.JI.Nz.?e?a-obI.159K-NJ.szlf.001.9ora-00S.CNE-IO$.03?E-IOZ.e??K-IOZ.zrsa-lo1.3&cf.o?7.326KN4.615EOb2.230K05'.172E056JC&a'00J<<371K09I.SZJE.009<<30?E105<<QQQE~104.244f10S.CISE052.7??E.QSISC0E'NS.?2?E092.5Qf00I.C?1E00?.3$4E102.505E101.6C'5a105.407K117.11DE113.02&E051,2$QEN7.01lf09Z.dbtf00IJdtf.00TA&&E10J.C?5K109,C3$E115.05?E112.10&E>>111.776E113.954~..~2.8?DE05'1.075K.od6.NSE<<002.3QK.099.&Qf10J.0&4K~10'I,492K~10S,JZJEll2.556K~11?AcdE~126035~2~.~.F.~1fN1.5?IE08S.rztf'003.2otf00I.J7ZE004.7?bf.lo2.C10E~109.504E.11$.519K112.?S5E~112.334E.11C/KEIERCUS(D)FOREACHSKGKKNTDIRKC'IIONFt(tlSillSSSVSVVSVVNNVHNNKNIENEf.$.12.26RE064,06JEQb5.6$?EOdZACSf05I.OQE055.209EObS.bbof0&4.5?C\.06C.QIIE06SAsta0&3.75?E.0&2.12$f.o61>2C9E0612T.SCIE0?I:C92a0&3.21CE06S.CSIE'06JA15E.Q&1,904E062.0&SEOb1,50JE0&1,50CE.0620?RE06I303E067.709K~0?C.114E072.33.209K.Q?6.?44'E0?I.C73fOb4,200E061.609fObS.S9?a0?9.3C7K0?S.SORE'0?7.534E.D?0.001E0?6,??OE0?3.&SSE.O?1.?9&EOF1.695K'0?3.Cd?E0?d.lS?f0?2.C2of0&8.83?a0?4.82?E0?S.JSSI0?C.?10f0?C.JCQE~0?5.?NE0?4.00ZE.OT2.257'?9.9JIE051.01?ED?Z.060K-o?$.0?SK.O?,1.&02E<<ob5.60CE0?3.1&DE0?3.4?5E~0?3.200E0?2o073E0?3.Seta0?Z.rezf.or1Solf076.464E083.846EN5.046K052.006K0?7.015E0?2.315(.O'1.355E.071.40JEOF1.449EOFIA12EOT1.725E071.2?9$.07T.stsa052:817K.OS6<<231f001570K054.106K05l.coca-orC.264E052.9Zbf053<<ZJSKOS3.124EN3.$22E053.553E.N3.065K052<<203K05&.QJE<<005.170E102.515K007.0?JK00R.t?sf05S,etta00C.944f094.799E094.923E006.14tf00SAQE.095.02?f-00&.SNK-00'I.SStf-091.745E104.5$4E'IO2<<'RSOE004.201K098.901E'106.20ZE10&.sd7K10I~235K091.24&E001290E091.01?f001.525E093.655E10&A15E11115?a10S.TS&E10IOZQE091.002K106,981K11Ildtf104.1?3f.lo3<<00?E~104.CTZE'IO3.2285.105.09&E~101.031K10SEGKKNIROVNOARIKSINKILES34455.10102020.3030.40"405060 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Page11of15TABLE22AVERAGEANNUALRELATlVECONCENTRATIONS1.501E~118.32df.121.774E118,380K1'I3.852KII8.718E114505K102.492E103.70bf.10ESE8.811E072.87bE071.018E.075.149K-08SE9.0258-072.995K071~147E075.293K08SSE1.118EOd3.530E071.452E077.299K08VENTANDBUILDINCPAkAHKTERSIRELEASEHEICRT(NETfRS)9eb0DIANETER(HETEkS).00EXITVELOCITT01/SEC),002.917E081,020EOS2.019K092.81'IE.OS9.211E09I.ddbf093*9188.08I308K08MS'.09RfPUINDNEICHT(NETERS).10.0SUILOINCNEICHT(HETERS)d1.3SLDCoNIN~CRSoSEC.AREA(SOokfTERS)2575.0NEATEN(SRIONNATE(CAL/SEC)o0ATTHENEASUREDUIHDHEICNT(10+0HETERS)IVfklRELEASEIHXIEUINDSPEED(NETERS/SEC)STASLEC(HH)ITIQISLESS1NAN000kfTUEEN000AIO000AHOVE,OOOATTHERELEASENEICH11VEkTRELEASEHCOEUIIXISPEED(NETERS/SEC)III~000I.000AIS,OOO/~000ELEVATEDNlXEDCR(XNOLEVELLESSTHANHETMEENASOVEELEVATEDNIXEDCR(XMDLEVELVINDSPEED(NETERS/SEC)UNSTABLE/kEUTkALCONDITIONSLESSTNAN.000SETMEEN+000ND.000AHOVE.00063 P

Page52of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSStbtienNRECIRCULARELATIVEDSvvPIehacwSt~ElectIIcCORRECTEDFOROPENTERRAIDIRKCTIONFROISITESSQISVVQIVNVNNNKNEENEEESESESSEDIRECTIONFRCHSITES'SVVQIVNVNNVNNNfNfENEEESKSfSSK.502.162E082.739E.08J.SOCE.N5,107E053.496K.N1.9496.082.6596.0$2.596E062.396E053.540E084.742E053.1QE.081.609E.N1,295E05'1.446E061.669E.08.256,1$6E086.207E051.025K071.436E.071.021E075.74?Eebbb.CSCE.087.215E057.151K069.489E.N1~377E079e313E.065.327E.NC,OJIE064.312E05C.716E085.002.S$6E103.5OCE-105.129E109.675K104.122K102.7$2E'104A61E104.649K.104.552E106.46CE109.648K107.1CCE.102.601K101.346610I.CIGK.10I.TOTE107.$01.009Ee101.3556.102.128E.104el?36.101QJE101,203K10IOOSE.IO2.202E102.7QE~103.029K~104.659E.103A6SE101.210E.10S.080E~11S.OQK~11b.406E~11RELATI~eeeeeeeeeeeeeeeeeeeeeeo1.2DIRECTION5~1SROHSITES1.165E~08SQI1.C97ENsv2.0066.06VSv3.0Obf~06v1.84OENvvv1.054K08Nv1.567E~06NNv1.Cbtf~Ob1.ZTTE~06,NNE1.933Ee06NK2.56?fNEKK1,7CSE'Nf9.C7OKOOEST6.606E09SK7e966EDOSSK6.95$EDOVENTANDRUILDINCPA20.30JO.COCoe503.53SE.13$.690EIJ1.46$E.121.4$1E124.0lbf.133.719E.136.3096.131.303K~121,JOSE,IZI.S376.122.S25E~126.191E.121,166E~124.691E.132.$$1E.133.620E~131.122E~10I.SSSE102.3?bf~104.437E101.619K101.296E102.129E.IO2.278E102.546E103~133E~104.839K.I03A626e101,273K~105.924E116.2COE.117.660E~113.C60EDOC.bbbfOO6.QZEOO1.077E08S.JOOEOO3.216K~094.616E.OO4.8$3EOO3.979KDOb.'ICSK098.201KDO$.603KDO2.7NfOO1.65CE092.C2SEDO2.$71EOORANKTERS:1.648E123.545E~125.964E~126.612Kel?2.6QE123.3?tf.125.136E~125.826E127176E~127.60CE1?I.CZSE~112.C94E~11S.S$6E122.575E-1216836.12Ze0696.121.186E13.1eJDE.I3$.1$5E~13J,DSJE135.197E143,760E1C1.0376.134.062K.IJ2.666E.134.6$CE.13T.ttlfD1.5QE123.0Slf.136.207E.14C~110K149etSJE1C5.699K.106.333K.IO1.173K.OO2.092KOO9.NJK10S.OOTK.I0OA?6E~109.142K~106.609K101.279K~OO1.64tf.OO1.310K.OOS.27TE~10J.207E~103.8ZCK~104.6CTK.103.273E~104.$1$E10b.SCTK~101.215K.OO5.219K~10J.Cblf10$.603K10$.677K~105.376K~107.919K101.173KDO6.610f103?06E~101.752E~101.9QE.102JOSE10I.?63E.DO1.607E.OO2.Q7E094.30?fDO1.919EDOI.ZOJKDOle643EOO1.643K.OO1.660KDO2.46?fOO3.44bf.OO2.336K091.0Clf.OO6.6CTK.106.6STK109.746K10l,dZOE.II2A02E113546K~11TeblbE112.7STE.112.3CSE.114.0036.114.28CK.11C.6SbE~115eS92E111.011E~109.929E~112A91E.I11.1dlfe11I1CJE111,366K11ORIANA.LEVELRELEASE~1995TIONUSINCSPECIALTERRAINADJUSTMENTFACTCRSEPOSITIOIPERUNITAREA.(Nee2)ATFIXEDPOINTS8TINAAOIINDSKCTORSDISTANCESINNILES.751.001.SO2.002.503.003.SOC.OO4.$01.137E.056.571E093.2448.091.917E091.256E09be317E.105.726E~104.t38E.103,211Ke101,493K05$.7856.094.5718.092e726E09Te61?fe091.189E09d.0$6E~10S.OOSE104.COOfe102.024EeNI.ZCJE-N6.139Ee093.6$4E092.4238-091edJTE-09I~ICTE-DOd.477Eelo6.405Eelo3170E0$2035E05'I028E086340E094e341E092e910E092e023EI1539K091ROISOO1.5036.051.060E.054.97CE092.916K091.904K091,267E09d.777E.106.662E~105.154Ee101OCOf066170E093112K091$228091~183KDO5073K105760E104e410E'103CSOE101566E0$9223E094e6QE092e743E091$12E09IR68E099e30bf107092E10Se525E101.445E.059.S25E094.$538492.7428.091.6408091.246E096.77SE106.972E~10$.667Ee10I.?59K.N7.305E093.836E092.42?f091.702E.091.1668.09$.3SOE106.546K.IOS.?50K-IO1,6$6E05I~167Eedd5.730E093.$908092.505E.091.724E091.2ClE.099.779K10T.NJE~102.S$6E.081.S22E05T.d$6E094.950K093AS7E09ZAJSE.DO1.795KDO1eCJSE.DO1.171EDO1,692E051.077E085,222E.DO3,306E092330fe091.69CE091,2NE09le041E096.QdE1093?OE.DO5.266E.092.5496.09I.SJOE09T.OJSE-DO7.138E~105.1SIE~10J.OOJE.\03.179E-106.7146.093.790E.091.771E.091.016Ee09be4$JE~104.439E~10J.ITOE10ZeJNK~101.709E107.855E.094.5236.092.253E091.333E~09$.632E~105.560E~103.699K~102eQlE.'101.901E~10d.9SSE095.056E092.3698.091.449Ee099.7Sbf106.S7SE.ID4ADIE103eZC28.102.300E~10DISTANCESINNILES10e0015002000250030e00350040e004500SO004.900K111.032K~114.216E.121.36IE126.7$1E132.616K131.7$2E-13I.OSOE136.$66E147090E11ZeOOJE116NIE122TDOE12le226E123836K13ZeJbdf139S3DE1C7775E141.07ZE102.76CE~11I222K114.960E~'122ebZTE12I276E12de120E13Ce324KDJ.SJOE132.053E.IOC.903Eell1.975E.ll6.301E~123.089E~121.071E.125.$49E.132.?lbE.131.509K~13de074E-111.931K~117.171E~121.7$1E126.932K~132.d74E~131.490E13S.OSIE14Ce$$7E-'l46,229E111.8QE117650f122.dlOE121032E121,CSZED7,529E~'l42.406E1CI964E1CIeDSCE~1033026.111.260K113e491E.121.93'123eQSE~131.56CE~137.$26E146.143E~141.1Cbf~103.416Ee111.336Ee114.04OE122.2868.121.1868-12b.dTIE.133.250K.I32.677E.131,360E~103,375fll1,493K116.169E~122.$3IE~129.2'llf134.958K~132,200fD1.796K131.545E~10C.2llf111.699E11SA97E122.934E~121.2CSE~127.446KD4.16CE~133.399K132.546E10d.509E~113.403K119A3CE~124.90SE1?2e046E~12'1.167E125.93lf13C,641E.132.113E109.$19E114.637E~112.35SE111.16lf115.069K~122.956K~121.522E~121.2C2f126.559K~llR.Z71E111.072E115.160E122.C43E126.924E135.011E132.463ED2.011K132.75?f.ll9OSOE.IZC.d75E~122.CObE~121107E~1Z2edlbF~131.49tE135.956K14C.6QE.142.612f.ll1,023E.ll3.986E.121.196E~125.544E131,592K~136.827EIC2.350E1C1.918E.'lC3.44SE~11I.ITOK114.72lf.lt1.546Ee12'7.364Ee13Z.TTZEe131.540K~137.379K~146.0236~14VEDEPOSITIONPKRUNITAREA{Ne~2151DOVNVINDSKC'IORSeeeeeeeeeeeeeeeeeeeeeeeeSKCNKNTSOINDARIKSINNILKS2.3J.C5~10 Page13of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSRELEASENEICRT(NETERs)0IANETER(NETERS)EXITVELOCITT(N/SEC)9d0~0000ELEVATEDLESSTRANNIXEDSETUEENCROUNDLEVELASOVE.000,000ANO,OOO.000ATTkERELEASENEICNTIVENTRELEASfNCOKUINDSPEED(NETKRS/SEC)lfPUINDNf'ICNT(NKTEls)TO.OSVILDINCNEICRT(NKTEls)d1o3RLDC.NINeCkseSECoAREA(SOoNKTKRS)2$73e0NEATKNISSIONkATE(CAL/SEC)e0)ATTNENEAR%EDUINDNEICNT(10.0NKTERS)I)-VENTlELEASEN(OEUINDSPEED(NKTERS/SEC))STASLEC(NOITIONSIELEVATEDLESSTRAN.000NIXED~fTUEEN000AIO+000Ck(XNOLEVELASOVEe000UINDSPEED(NETERS/SEC)UNSTASLK/NEUTlAI,CONDITIONSLESSTRAN.000SfTUffN,OOOAND000ASOVE.e000 Page14of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONSUNOEPLETED'ROfPLETEDSVINVtNgeaSteveEICCtrICStatic-GRIXNe-LEVELRELEASE-1995SPECIFICPOINTSOFIMTEkfSTORELEASETYPEOfDIRECTIONDISTANCEX/0X/0x/00/0IDLOCATION(MILES)(METERS)(SEC/CNI.METER)(SEC/CUD.METER)(SEC/CUK.METER)IPERSO.IIKTER)'ODECAY2o260DAYDECAY8.000DAYDECAYDEPLETEDSSSSSSS8S8S$SSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSSS$SSSSITERCRNOARYSITE6IRNR)ARYSITERIXNRIARYSITEQSNDARYSITE8IRNOARYSITESXINDARYSITE8CINNIARYSITE8IANOARYSITEDIAIKDARYSITERCANOARYSITEIMRNKIARYSllK60NOARYSITERCUNOAkYSITE60UNDARYSITE6IANOARYSITE6NJNOARYRESIDENCERESIDENCERESIDENCERESIDENCERESIDEKCERESIDENCERESINNCERESIDENCERESIDEKCERESIDENCERESIDENCERESINNCERESIDENCERESIDENCERESIDEKCERESIDENCEGARDENGARDENGARDENGARDENGARDENGARDENGARDENGARDENGARDEKGARDENGARDENGARDENGARDEKGARDENGARDENGARDENDAIRYDAIRYDAIRYSSQIQIVSVIIIANINVNNVNNKENEEKEfESESESSESSQISVVSVVVKVNVNNINNNENEENEEESESESSESSSVSVVSVVVKVNKVKNMENffNEEESESESSEfEESE,3C.42.621.221.02.62,64.5959.79~70.87~64C9.42341.0090I501.101,20.80.80.601.301.002.302.101.40.50.COAO1.101,201.901.101.201.30904.001.301.102.302.401.402.50604.504.602.70S49.d70.1315.1965.lbC9.992.1037.951.1266.1121.1398.135C.$49.1609.1448.2415.1770.1HI.1287.1287.2092.1609.3702.3361.2253.605.966.1770.1HI.3059.1770.1HI.2092.14C8.6436.2092.'I770.3TOZ.3663.2253.CDZ4.1287.7244.7405.4346.6.691E.069e441E.067obHE06lo096E05d.349E067.137E.066.813K06d.3SSE065.6646.064.6535.064:191E061.6968.06I,OC1E061.792E-062.19CE063.653E.061.4SZE063.'112E.063.160E-061.267K.OS4.976E064,885E065.391E066.210E.061.797E.063.d77K.067.719K074.6Hf074~C'ZIE071.764E062.377E061.702E061,2C7E062.015E.062.236K061.2)3E.OS4976K.062.319E064,356K063.873E.071.797$.06.3.185f.067.719K073.938E074.C21E071.235E07Io323E061.'162E066.516E08bo266E051.076E.07dA52E.069AZIE067ASSE.061.055E.056.306E.067.105E.06d.787E066.334K06Sodddf064663K06C-179E.06la693E061.038K.061+790K~062.192K063obSOE.Ob1.4CTE.063.0968.063.131E.061.256K.OS4.937E064.560K065.365E066.1ME06).763K063.6SDE.067.649E.074.661E074.CD3E.071.7dlf062.374E061.699E061.242E062.003E062.211K061.26CE054.H7E~062.300E06C.362K063.755EF071.783E063.167E067AC9E~073907EF074.COSE07IoZZSE07Io321fiNI1S9E066.C2SE.Me.1796.08'.067E076.240E068.709E0666IIE069,4C2E065.$38E066.4238.066.115E065.736E.065.131E064.334E063.7C7E061.499K069.204E.071ASTE062.023E063AOTK.061.270E062,739K~062.d77E061.100E.OS4,290E064.330K064.779K06S.S99E061.S40E063.214K066,290E073.661K073.771E071.610EObZst96E061.$35E06II083K061.739K061.855E'061.105K054.290K'061.966E~Oe3.660EOb2.9SCE071.$COE062.765K066.290K.073'96E073.7/IE079.979E08I19CE061.03IE064.907E084706E066AZSE083.820E063.722f081.7d7E081A52E081.016E081.4C3E051.9)36~082.002E~081.566E~061.664K052.551K~M1.33SE057.$808~091.320K051.911E052.926E.0567871E09loMDE06e.7378.091.729E.087o5826.099.6096.091.448K051945K084.819Ei091.167E053.954K093.0$7E092.MSE09I.296KN2.056E'051.252KM5.767K.096.544E094.013K.09.1.737E.M7.5626.09,3.9676.091.143EM6.970E104.819E09'1.001E083954K09.2ADCE092oMSEi096AOZE~10I0778058.090E.093.178E~103.038E~10S.S46E1066 Page15of15TABLE22AVERAGEANNUALRELATIVECONCENTRATIONS4.679K084.426K081.309K071.362K.074.835K074.SOSEF073.4ME.072.946K071.740E085.719K.064,898K073A13E074.158E.066$99.6760.4185.4990.6117.8049.6760.1127.4.104.202.603.903.003.103.503.8014.002,005.004.20.704.618K084.367E081,3008.071,340E074.761E074.433K073.3968-072.888K.071.dlbE.085A4SE.064.739E073.S268.074.146E.065DAIRYESE5DAIRYESE5DAIRYSE5DAIRY55DAIRYSSV5DAIRYSSV5DAIRTSSV5DAIRYSSV5DAIRYSSV5DAIRYVSVSDAIkYV5DAIRYNNVSRIVERLANDS/EICNfVENTAHDSUILDINCPlkAHETERS:kELEASENEICHT(NETERS)960DIAHETER(NKTERS)00EXITVELOCITYtN/SEC)e003.S67K.083.364K.081.054E-071,044E073.824K073.S49E072AKSE072.263K071.074E084.718K.063.617K.072.737E.073.716E.06kfPVINONEICRT(IIETfRS)10+0RUILDINCNEICRT(NETKRS)dl.3RLDC.NIN,CRS,SEC.AREAtSO.NETEkS)2STS,ONEATENI55IOIRATE(CAL/SEC).0ATTHENEASUREDVINDkEICNT(TO+0NETERS)IVKNlkELEASENtefVINOSPEEDtNETERS/SKC)STARLECQSI7IOISLKSSTHAN,000SETVEEN+000AND+000ASOVE,OOOATTHERELEASEHEICHI:IVENTRELEASEIHOEVileSPEED(NETKkS/SEC)IELEVlTEDLESSTHAN+000INIXEDSETVEENoO(mlND000fCk(XHmLEVELASOVEe000I2.167K-102.037E~107A74E104.486E~101,189E09lo095E098.052E.10b.dSTE~102.609E-116.33)K.094e121E-106.386K-ID2.8SSE.08VINOSPEED(Nflfkk/SEC)UHSTASLE/NEUTRALC(WDITIONSLESSTHlN.000RE)VEEN.000AHD.000ASOVE00067 SECTION4DOSEMEASUREMENTSANDASSESSMENTS68 RadioloicaIImactonManSamplingandanalysisofairborneandwaterborneeffluentswereperformedinaccordancewiththefrequencies,typesofanalysis,andLowerLimitofDetection(LLD)outlinedintheSSESTechnicalSpecifications.Radioactivematerialwasdetectedinsomeoftheairborneandwaterborneeffluentsamplesanalyzed.Dosecalculationsusingmeasuredeffluentactivitylevels,meteorologicaldatafromthecurrentreportingperiodandquarterlyaveragedriverflowdilutionfactorsresultedinestimateddosestoindividualsatlevelsbelow.10CFR20and10CFR50,AppendixIlimits.Directradiationresultingfromplantoperation,asmeasuredbyenvironmentalthermoluminescentdosimeterslocatedaroundtheplantcontributedamaximumof4.23E-03mrem(measuredatTLDLocation11S3)attheProtectedAreaBoundarysouthwestoftheplant.Themaximumorgan/totalbodydose(childlung,1.1milesWSW:Table26)fromallairborneeffluentis1.27E-01mrem.Themaximumorgan/totalbodydosefromliquideffluent(adultGl-LLI:Table24)is1.00E-01mrem.Ifitisconservativelyassumedthatamemberofthepublicreceivesthemaximumtotalbody/organdosefromliquidandgaseouscombinedwiththemaximumtotalbodydosedeterminedfromdirectradiation,theresult(2.31E-01mrem)is(1%ofthe40CFR190limitof25mremtototalbody/organ(exceptthyroid).Dosestoamaximallyexposedmemberofthepublicfromwaterborneeffluentsarecalculatedforfishingestionandshorelineexposureattheplantoutfall,anddrinkingwateringestionatDanville,PA.SitespecificparametersusedinthecalculationsfortheDanvillereceiver,specificforactualaverageblowdownandriverlevelineachquarterandtheentireyear,areshowninTable23.TABLE23SITE-SPECIFICPARAMETERSUSEDFORLADTAPIICALCULATIONS(DANVILLERECEIVER)FOR1996PARAMETERCoolingTowerBlowdown(CFS)AverageNetRiverLevel(ft)(1)DilutionFactoratDanville(2)TransittimetoDanville(hr)(2)ENTIREYEAR17.35.3284.132.3(1)NetRiverLevel=Depth(ftaboveMSL)-483'2)FromODCIVITable5-469 I

SummariesofmaximumindividualdosesresultingfromairborneandwaterborneradioactiveeffluentreleasesaregiveninTable24.MeteorologicaldatafromSection3wereusedtocalculatethedosefromairborneeffluents.TechnicalSpecification6.9.1.11requiresassessmentofradiationdosesfromradioactiveairborneandwaterborneeffluenttomembersofthepublicwithinthesiteboundary.Therearenosignificantexposurepathwaysfromwaterborneeffluentsintheseareas.Onsitedosesareassessedrelativetooffsitedosevaluesandareadjustedforappropriatedispersionandoccupancyfactors.Summariesof.thecalculatedmaximumonsitedosesresultingfromairborneeffluentsarepresentedinTables25through26.70 TABLE24SUMMARYOFMAXIMUMINDIVIDUALOFFSITEDOSESANDDOSECOMMITMENTSTOMEMBERSOFTHEPUBLICDATAPERIOD'/1/95TO12/31/95EFFLUENT':A"GEGROUPAPPLICABLE'ORGANESTIMATEDMAXIMUMDOSEMREMLOCATIONDISTAFFECTEDMILESSECTORPERCENTOFLIMITLIMIT(MREM)~~~Liuid'iuid'EENTOTALBODYADULTGI-LLI2.14E-021.00E-010.711.0010NobleGasNobleGasNobleGasN/AN/AN/AAIRDOSE(GAMMA-MRADAIRDOSE(BETA-MRADTOTALBODY7.10E-039.10E-034.69E-031.101.101.10WSWWSWWSW0.070.050.091020NobleGasueaudculasN/ASKINCHILDLUNG1.24E-026.27E-021.101.10WSWWSW0.080.421515"'Estimateddoseisbasedonasitetotalactivityrelease."'10CFR50,AppendixIlimitsareintermsofmradormrem/reactor-year."'DosesfromliquideffluentareestimatedfromfishingestionandshorelineexposureatthesiteoutfallandfromthedrinkingwaterpathwayatDanville,PA.AIRBORNEPATHWAYSANALYZED:0.40(SE):PLUME,GROUND,INHALATION;1.10(WSW)~PLUME,GROUND,VEGETATION,INHALATION;2.00(WSW)DAIRY:PLUME,GROUND,VEGETATION,COWMILK,INHALATIONWATERBORNEPATHWAYSANALYZED:FISH,DRINKINGWATER,SHORELINEThemaximumcalculateddosefromall1995SSESwaterborneeffluent(combinedpathways)was1.00E-01mrem(ADULT,GI-LLI).Themaximumcalculateddosefromall1995SSESairborneeffluent(bothunits)at0.40miles(SEsector)was1.22E-02mrem(TEEN,LUNG).Themaximumcalculateddosefromall1995SSESairborneeffluent(bothunits)at1.10miles(WSWsector)was1.27E-01mrem(CHILD,LUNG).maximumcalculateddosefromall1995SSESairborneeffluent(bothunits)at2.00milesSW)was7.26E-02mrem(CHILD,LUNG).71 DOSESTOMEMBERSOFTHEPUBLICWITHINTHESITEBOUNDARYSSESTechnicalSpecification6.9.1.11requiresthattheAnnualEffluentReleaseReportsincludeanassessmentoftheradiationdosefromradioactiveeffluentstomembersofthepublicwithinthesiteboundary.WithintheSSESsiteboundarytherearethreeareaswhichareopentomembersofthepublic(SeeFigure8):~TheSusquehannaRiverlandsRecreationArea/EnergyInformationCenter~ResidencesinthesoutheastandwestsouthwestsectorsIntheareacomprisingtheRiverlandsrecreationarea,whichsurroundstheEnergyInformationCenter,threepathwaysofradiationexposurecanbeidentified;plume,groundandinhalation.Therearenosignificantexposurepathwaysfromwaterborneeffluentsinthisarea.Thereareapproximately100,000visitorstotheRiverlands/InformationCentercomplexeachyear.Fordosecalculations,thevisitorstaysintheareaforonehour.UseoftheGASPARcodeyieldscalculateddosesfortheRiverlandsareaforthereportperiod.Thesedosesarethetotaldosesatthelocationfromgaseouseffluentsduringthereportperiod.Inordertocomputedosestomembersofthepublicwhostayforonlyshortperiodsoftime,thesedosesareconvertedtodoserateswhichareaveragesfortheentireyear.Takingintoaccounttheestimated100,000person-hoursofoccupancy,thecollective(person-rem)dosesshowninTable25arecalculated.CalculateddosesforresidenceswithintheSSESsiteboundaryforthefollowingsectorsarepresentedinTable26.~southeast(0.40miles)'westsouthwest(1.10miles)72

'1

.FIGURE8AREAS.WITHINTHESSESSITEBOUNDARY,OPENTOMEMBERSOFTHEPUBLlCIIW,~~at4.~Qa0~Q+IS0&01.\~K~$~II~IIV~+~oplro&.-lNoIIownVai~>\~~'lII~~IIII~ga~sase~'00SWIe~awl.IIIIIII'auP~\Pl'SUSQUEHANNASTEAMELECTRICSTATIONSITEBOUNDARYDISTANCES(DISTANCESINFEETl~PENNSYLVANIAPOWER4UGHTHALUBURTONNUSNavsmber02,.1993LC0%0SvPfILhwnt,koe4plaeaer%keelaors~Locskn4torcbeecakuhtiona.~Laceooooaooooooo73 TABLE25CALCULATEDCOLLECTIVEDOSESTOMEMBERSOFTHEPUBLICWITHINTHERIVERLANDS/INFORMATIONCENTERCOMPLEXDATAPERIOD:1/1/95TO12/31/95EFFL'UENT.'AGEGROUP-APPLICABLEORGAN'MAXIMUMDOSERATE"MREM/HRCOL'L'ECTIVEDOSEPERSON-REMNOBLEGASN/ATOTALBODY2.90E-072.90E-05NOBLEGASN/ASKIN7.66E-077.66E-05IODINEANDPARTICULATESTEENLUNG1.95E-061.95E-04Estimatedmaximumdoserateisbasedonasitetotalactivityrelease.PATHWAYSANALYZED:PLUME,GROUND,INHALATIONThemaximumcalculateddosefromall1995SSESairborneeffluent(bothunits)atthislocationwas1.97E-02mrem(TEEN,LUNG).74 TABLE26CALCULATEDDOSESFORRESIDENCESWITHINTHESSESSITEBOUNDARY0.40MILESSESECTORDATAPERIOD:1/1/95TO12/31/95--."-EFFLUENTAGEGROUPAPPLICABLEORGANESTIMATED,PERCENTMAXIMUMDOSE'OF(MREM)LIMITLIMITMREMNOBLEGASN/ATOTALBODY8.98E-040.02NOBLEGASN/ASKIN2.37E-030.0215IODINEANDPARTICULATESTEENLUNG6.07E-030.041510CFR50,AppendixIlimitsareintermsofmradormrem/reactor-year.PATHWAYSANALYZED:PLUME,GROUND,INHALATIONThemaximumcalculateddosefromall1995airborneeffluent(bothunits)atthislocationwas1.22E-02mrem(TEEN,LUNG).CALCULATEDDOSESFORRESIDENCESWITHINTHESSESSITEBOUNDARY1.10MILESWSWSECTORDATAPERIOD:1/1/95TO12/31/95EFFLUENTAGEGROUPAPPLICABLEORGANESTIMATEDPERCENTMAXIMUMDOSEOF(MREM)LIMITLIMITMREMNOBLEGASN/ATOTALBODY4.69E-030.09NOBLEGASN/ASKIN1.24E-020.0815IODINEANDPARTICULATESCHILDLUNG4.86E-020.321510CFR50,AppendixIlimitsareintermsofmradormrem/reactor-year.PATHWAYSANALYZED:PLUME,GROUND,VEGETATION,INHALATIONtThemaximumcalculateddosefromall1995SSESairborneeffluent(bothunits)atthislocationwas1.27E-01mrem(CHILD,LUNG).75 TABLE27CALCULATEDDOSESFORNEARESTDAIRYFACILITY2.00MILESWSWSECTORDATAPERIOD'/1/95TO12/31/95:";:;EFFLUENTAGE'PPLICABLE'GROUP.ORGANESTIMATEDMAXIMUMDOSEmremPERCENTOFLIMITLIMITmremNobleGasN/ATotalBod2.06E-030.04NobleGasIodineandParticulatesN/AChildSkinLung5.44E-033.64E-020.040.2415'1510CFR50,AppendixIlimitsareintermsofmradormrem/reactor-year.PATHWAYSANALYZED:PLUME,GROUND,INHALATION,VEGETATIONANDCOWMILKINGESTIONThemaximumcalculateddosefromall1995airborneeffluent(bothunits)atthislocationwas7.26E-02mrem(CHILD,LUNG).76 SECTION5CHANGESTOTHEOFFSITEDOSECALCULATIONMANUALANDTHESOLIDMfASTEPROCESSCONTROLPROGRAM77 CHANGESTOTHEOFFSITEDOSECALCULATIONMANUALTheSSESODCMwasrevisedfourtimesin1995.Thechangesin1995aredesignatedRevisions2through5bySSESDocumentControlCenter.InRevision2,Section10.3(EvaluationandMonitoringCriteriaforEffluentPathways)wasexpandedtoshowspecificplantsystemsevaluatedinthecategoriesNOTANEFFLUENTPATHWAY(listedinnewTable8),andINSIGNIFICANTEFFLUENT~PATHWAY(listedinnewTable9).ReferencesforthebasesfortheseevaluationsareincludedforeachsystemintheTable.Unlessotherwiselisted,mostofthesystemswereevaluatedinPPRLCalculationEC-ENVR-1008,whichwasperformedinresponsetoNRCOpenItem91-10-01-07.ThisrevisiontotheODCMwassubmittedinresponsetoNRCOpen,Item91-10-01-08.ODCMEquations7,8,17and18wererevisedtoshowtheGammaShielding'Factor(Si:).ThisfactorhasalwaysbeenusedinGASPARcalculations(NRCcodereferencedintheODCM)forwholebodyandskindosefromnoblegaseffluent.TheequationswererevisedtobeconsistentwiththeapplicationoftheGASPARcode.TheGammaShieldingFactor(=0.7fortheMaximally-ExposedMemberofthePublic)istakenfromReg.Guide1.109TableE-15.Sections8.1and8.3wererevisedtoreflectthecurrentstateofliquidandsolidradwasteprocessing,respectively.Figures1,3and4havealsobeenupdatedtoshowchangestoliquidandsolidradwasteprocessingsystems,includingvendorinterfaces,basedoninformationfromEffluentsManagement.Revision2wassubmittedtoSSESPORC(1/19/95)andapproved(1/20/95).InRevision3,Table6(OperationalEnvironmentalMonitoringProgram)wascorrectedtoshowinformationoriginallyinRevision1oftheODCM(approved10/14/94).SomeinformationinthistablewasnotedtobeincorrectlycarriedintoRevision2.Table6wasnotintendedtobechangedinanywayinRevision2.ThisinformationwasdocumentedasastatuscontrolissueinSOOR95-045;correctionsweremadeinresolutiontothatSOOR.SlightchangesweremadetoFigure1,LiquidRadwasteSystemFlowDiagram.Thesechangesmadethepathwayfromthedistillatesampletanktothecoolingtowerblowdownpipeclearer,andtocorrectlabelingofdistillatesampletankpumpsOP-327A,BandLRWSampleTankpumpsOP-305A,BandC.InSection10.9.c.2,reference10CFR20.302ischangedto10CFR20.2002tobeconsistentwiththerevisioninthenumberingofthisregulation.78 140 SystemclassificationsandreferencesareaddedtoTable8(NOTANEFFLUENTPATHWAY)andTable9(INSIGNIFICANTEFFLUENTPATHWAY).Table10(SIGNIFICANTEFFLUENTPATHWAY)isaddedwithreferences.Section11isrevisedtostatethatODCMrevisionsshallbereviewedbyPORCafterapprovalbytheManager-NuclearTechnology..Revision3wassubmittedtoSSESPORC(3/30/95)andapproved(3/30/95).InRevision4,threemilksamplingstations(10G1,10D1and10D2)wereinadvertentlydeletedinRevision3Table6.ThesedeletionswerenotnotedinRevision3Table6,whichwassubmittedinresolutiontoSOOR95-045.ThenameoftherestaurantatTLDstation6A4wasdeletedtomakethedescriptionmoregeneric(toallowforownershipchange)inresponsetoaPORCcommentfromthemeetingonMarch30,1995.Revision4wasapprovedbytheManger-NuclearTechnology(4/17/95)andreviewedbySSESPORC(4/20/95).InRevision5,theintroductionwaschangedtospecifythatreferencetoMPClimitsin10CFR20AppendixBapplytothoselimitsineffectpriortoJanuary1,1994,andcontinuingineffectuntilsuchtimethatrevised10CFR20AppendixBlimitsareimplementedatSSES.AdescriptionofsystemswithNRCI/EBulletin80-10applicabilitywasaddedtoSection10.3.ReferencewasmadetoTable11,whichliststhe80-10systemsbynumberandname.Table9wasrevisedtoincludeRefuelWaterStorageTankwithCondensateStorageTankandBerm,andH>SealOilwithMainTurbine/RFPTLubeOil.TheSewageTreatmentPlantwasaddedtoTable9.Referencenotesforthesechangeswerelocatedintheappropriatetables.Table11(SystemswithNRCI/EBulletinApplicability)wasaddedtotheODCM.TheSewageTreatmentPlantwasaddedtoTable11inresponsetoPORCMeeting95-098ActionItemE05532.Section11(ODCMReviewandRevisionControl)wasrepaginatedtofollowTables8-11ofSection10.ReferencetorevisioninaccordancewithNEPM-QA-1011wasadded,whichwassubmittedasanActiontoPreventRecurrenceinSOOR95-045.ThedistributionofODCMcopieswasrevisedtoindicateSSESDocumentControlServices,whichreplacedthestaffoftheNuclearDepartmentLibrary.79 Revision5wasapprovedbytheManger-NuclearTechnology(7/17/95)andreviewedbySSESPORC(7/20/95).ConsistentwiththerequirementsofTechnicalSpecification6.14.2.2,therevisedmethodologyandparametersdonotreducetheaccuracyorreliabilityofdosecalculationsorsetpointdeterminations.CopiesofRevisions2,3,4,and5oftheSSESODCMareincludedunderseparatecoverinAppendixA.80 CHANGESTOTHESOLIDWASTEPROCESSCONTROLPROGRAMTheSSESSolidRadioactiveWasteProcessControlProgram,NDAP-QA-0646,wasreviewedandfoundacceptablebythePORC(PORCMeeting95-041)duringthereportpel'Iod.Revision4toNDAP-QA-0646incorporatedPCAF1-94-1330revisingthePCPimplementingprocedurematrixtoreflectactualproceduresinuse,andchangedtherequirementsfordisposalofradioactivewastesamplesafterpackagedradioactivewastehasbeeninitsdesignatedstoragearea.PCAF1-94-1330wasincorporatedintoNDAP-QA-0646.ThisPCAFwasimplementedduetotheunavailabilityofoffsitedisposalfacilities.Areviewofexistingregulatoryguidanceandimplementingproceduresrevealsnorequirementtostoreradioactivewastesamplesafterthepackagedradioactivewasteisplacedintoitsdesignatedstoragearea.Existingrecordsprovidereasonableassurancethatthewastehasbeenproperlyanalyzed.TheProcedureMatrix(AttachmentD)hasbeenrevisedtoreflectchangesintheprocedures.Pages11,31,57and59wereaffectedbythisPCAF.Thesechangesdidnotreducetheoverallconformanceofthesolidifiedwaste'producttoexistingcriteria.AcopyofSSESRadioactiveWasteProcessControlProgram,NDAP-QA-0646,Revision4,isincludedunderseparatecoverasAppendixB.AddedSEGNRC-approvedTopicalReportSTD-P-05-001-P-AtoContractedVendorServicestoreflectuseofSEGforwasteprocessingequipment,methodsandverificationofacceptablewasteformsfordewateringandsolidification.Added-ActivatedCarbonasanewwastetypewhichisgeneratedfromprocessingofliquidwastesusingvendor-provideddemineralizationservices.AddedtheSolidification/Dewatering/ServicesVendormayperformtestsolidificationanddeterminationofmixingratiosforsolidificationperformedoffsite(vendorfacility).AddedRadlok(SEG)-typecontainerstoHighIntegrityContainerapprovedforuselist.AddedSNMinventoryrequirementsduringprocessingperSOOR94-581resolution.AddedNRCTechnicalPositiononConcentrationAveragingandEncapsulationtoRadioactiveWasteAnalysisandClassificationtoensurethatradionuclide/concentrationsareadequatelydistributedoverthevolumeorweightofthewaste.81

SECTION6REPORTSOFEXCEPTIONTOTHESSESEFFLUENTMONITORINGPROGRAM82 I

REPORTSOFEXCEPTIONTOTHESSESEFFLUENTMONITORINGPROGRAMNooccurrenceswereindicatedin1995whereaninstrumentwasINOPERABLEforadurationsubjecttothereportingconditionsofTechnicalSpecifications3.3.7.10bor3.3.7.11.b.83 SECTION7CORRECTIONTODOSESREPORTEDINPREVIOUSSEMIANNUALORANNUALEFFLUENTANDWASTEDISPOSALREPORT84 CORRECTIONSTODOSESREPORTEDINPREVIOUSSEMIANNUALORANNUALEFFLUENTANDWASTEDISPOSALREPORTSDuringthepreparationofcalculationstodeterminethenuclearfuelcycle(40CFR190)dosetothepubliccontributionfromaproposedindependentspentfuelstorage.installation(ISFSI)atSSES,it.wasnotedthattheprogramGASPARrejectedAg-110mintheairbornesourceterm.Ag-110mwasreportedinairbornesamplesfromSSESonlyin1985,however,itdoesenterthedatabaseforeffluentcalculationsfortheISFSIlicensingbasis.ThisdiscrepancycausedaConditionReport(CR-95-0743)tobeissued.DuringtheinvestigationofthisConditionReport,itwasnotedthatAg-110mwasreportedinTable3oftheSSESSemiannualEffluentandWasteDisposalReportsfor1985.Theisotopewasgrieved,however,intheGASPARcalculationsubmittedforthatperiod,anditwasnotincludedinthedeterminationofdosetoMembersofthePublicreportedatthattime(February1986).AseparategaseousdosecalculationhasbeenperformedfortheAg-110mreleasedin1985,usingthedosecalculationfactorsintheSSESODCM,andtheactualdispersion(XIQ,D/Q)estimatesfortheoffsitereceiversreportedfortheperiod.Table28showsthemaximumdosesforthereleaseof148pCiAg-110min1985,calculatedbymaximumagegroupandorganforeachoffourreceiverlocations:TABLE28AIRBORNEEFFLUENTOFFSITEDOSEFROMAg-110m:1985LOCATIONPATHWAYSAGEGROUPORGANDOSEmrem0.7milesWSWSiteBounda1.7milesWSWDaiAnimal1.2milesWSWGarden1,61,2,3,5,61,5,6TeenTeenTeenLunG.I.G.l.8.75E-046.04E-043.98E-041.2milesWSWResident1,2,3,4,5,6TeenG.l.1.17E-03wherepathway1=groundshine2=goatmilkingestion3=cowmilkingestion4=meatingestion5=vegetableingestion6=inhalationThehighestdosecalculated(1.17E-03mrem)fromAg-110misapproximately1%ofthatreportedforMembersofthePublicduetoallotherairborneiodineandparticulate.effluentin1985.85 SECTIONSEFFLUENTFROMADDITIONALMONITOREDRELEASEPOINTS86

EFFLUENTFROMADDITIONALMONITOREDRELEASEPOINTSThetemporarylaundryfacilityisaprocessingsystemlocatedinatraileratthenorthendoftheplant,neartheradwastebuilding.Sincethefacilityprocessescontaminatedlaundry,thetraileratmosphereissampledroutinelyforairborneactivity.TheeffluentpotentialforthissystemwasdeterminedinSafetyEvaluationNL-90-029.IthasbeenclassifiedasanInsignificantEffluentPathwayintheODCM.Thefacilityhasbeenincontinuoususesince1991.Airborneeffluent.sampleshavebeentakensinceoperationsbegan,withresultstypicallyindicatingbelowdetectionlevel.In1995,severalairsamplestakenfromthetrailerwerenotedtohaveMn-54abovetheminimumdetectableactivity.Thefollowingairborneparticulateeffluentandresultingoffsitedosetomembersofthepublicattheresidence1.1milesWSWisreportedforthetemporarylaundryfacility.ThiseffluentandresultingoffsitedoseisreportedsupplementarytoTables3,4,24and26sinceitisminorrelativetothequantitiesreportedtherein(i.e.notobservableatthreesignificantfigures):TABLE29AIRBORNEPARTICULATEEFFLUENTFROMLAUNDRYTRAILERIsotoeEffluentReleasedCiMn-546.54E-08TABLE30OFFSITEDOSE(RESIDENCEAT1.1MILESWSW)RESULTINGFROMLAUNDRYTRAILEREFFLUENT'EFFLUENT'GEGROUPAPPLICABLEORGANESTIMATEDMAXIMUMDOSEMREMLIMITMREM'PERCENT",OFL'IMIT"-'.ParticulateTeenLun9.51E-08156.34E-0787 APPENDIXAREVISIONSTOSSESODCM

PENNSYLVANIAPOWER5LIGHTCOMPANYSUSQUEHANNASTEAMELECTRICSTATIONOFFSITEDOSECALCULATIONMANUALRevision2PreparedByDateReviewedBySupervisor-EnvironmenalServicesNucearReviewedByingo.ApprovedBy4.AManager-NuclearTechnologyDate//OateDate SUMMARYOFODCNCHANGESChangesotherthanthoseofaminor,editorialnaturearesummarizedbelow.1.Section10.3(EvaluationandMonitoringCriteriaforEffluentPathways)hasbeenexpandedtoshowspecificplantsystemsevaluatedinthecategoriesNOTANEFFLUENTPATHWAY(listedinnewTable8),andINSIGNIFICANTEFFLUENTPATHWAY(listedinnewTable9).ReferencesforthebasesfortheseevaluationsareincludedforeachsystemintheTable.Unlessotherwiselisted,mostofthesystemswereevaluatedinPP8LCalculationEC-ENVR-1008,whichwasperformedinresponsetoNRCOpenItem91-10-01-07.ThisrevisiontotheODCMissubmittedinresponsetoNRCOpenItem91-10-01-08.2.Equations7,8,17and18arerevisedtoshowtheGammaShieldingFactor(Sq).ThisfactorhasalwaysbeenusedinGASPARcalculations(NRCcodereferencedintheODCM)forwholebodyandskindosefromnoblegaseffluent:theequationsarerevisedtobeconsistentwiththeapplicationoftheGASPARcode.TheGammaShieldingFactor(0.7for'heMaximally-ExposedMemberofthe.Public)istakenfromReg.Guide1.109TableE-15.3.'ections8.1and8.3havebeenrevisedtoreflectthecurrentstateofliquidandsol,idradwasteprocessing,respectively.Figures1,3and4havealsobeenupdatedtoshowchangestoliquidandsolidradwasteprocessingsystems,includingvendorinterfaces,basedoninformationfromEffluentsManagement.Rev.2 TABLEOFCONTENTSAPPROVALPAGEDATEREVISIONDATE

1.0INTRODUCTION

.2.0SETPOINTS...............................~.2.1WATERBORNEEFFLUENTMONITORS..........2.2AIRBORNEEFFLUENTMONITORS............3.0WATERBORNEEFFLUENTCONCENTRATIONMEASUREM4.0AIRBORNEEFFLUENTDOSERATES.............4.1NOBLEGASES.......4.2RADIONUCLIDESOTHERTHANNOBLEGASES..5.0INDIVIDUALDOSEDUETOWATERBORNEEFFLUENT5.1FISHPATHWAYLIQUIDEFFLUENTDOSECALCULATIONMETHODOLOGY....5.2POTABLEWATERPATHWAYEFFLUENTDOSECALCULATIONMETHODOLOGY...............5.3SHORELINEEXPOSUREPATHWAY.,5.4PROJECTEDDOSEFROMLIQUIDEFFLUENT...I6.0INDIVIDUALDOSEDUETOAIRBORNEEFFLUENT..6.1NOBLEGASES........6.2RADIONUCLIDESOTHERTHANNOBLEGASES..7.0TOTALDOSE8.0OPERABILITYOFWASTETREATMENTSYSTEMS....8.1LIQUIDWASTETREATMENT................8.2GASEOUSWASTETREATMENT.8.3SOLIDWASTETREATMENT.......,.........~t~~~~~~~~~~ENTS~~~~~~~~~~~~~~~~~~~~~~~~~~~~~1~~~~~~~~~~~~~~~~~~~~~2345678910111213141515161718192021222324242526272728293031323233'34363710/29/932/5/9211/9/93'/5/922/5/9212/11/892/5/9212/11/8912/11/892/5/9212/11/8912/11/8911/21/922/5/922/5/922/5/921/16/951/16/952/11/922/5/9212/11/8912/1/9210/29/933/11/942/21/923/ll/942/21/922/21/92'12/11/892/21/9212/11/8912/11/892/21/9212/11/8912/11/8911/25/922/21/922/21/922/21/921/20/951/20/952/21/92~2/21/9212/11/8912/4/923/11/94ll/9/93ll/9/93ll/9/932/18/94ll/9/9310/29/9310/29/9310/29/9310/29/931/16/9510/29/9310/29/931/16/951/16/951/16/951/16/951/16/951/16/953/11/943/11/943/ll/943/11/943/ll/943/ll/943/11/943/11/943/ll'/941/20/953/ll/943/ll/941/20/951/20/951/20/951/20/951/20/951/20/952/18/943/11/94DATPev.2 aE APPROVALREVISIONPAGEDATEDATE9.0RADIOLOGICALENVIRONMENTALMONITORINGPROGRAM.9.1DEFINITIONS...............................9.2MONITORINGPROGRAM...9.3CENSUSPROGRAM...............'.............9.4INTERLABORATORYCOMPARISONPROGRAM........4242424344451/16/951/16/951/16/951/16/951/16/951/16/951/20/951/20/951/20/951/20/951/20/951/20/9510.0DOSE10.110.210.310.410.510.610.710.810.9ASSESSMENTPOLICYSTATEMENTS............SELECTIONOFANALYSISRESULTSFORDOSECALCULATIONSASSIGNMENTOFRELEASESTOTHEREACTORUNITSEVALUATIONANDMONITORINGCRITERIAFOREFFLUENTPATHWAYSFLOWFROMTHESGTSVENTWHENTHESYSTEMISNOTINUSEODCHSETPOINTSAREUPPERLIHITVALUESDEFINITIONOF"APPROPRIATETREATMENT"FORLIQUIDWASTESHONITORLINE-LOSSCORRECTIONSSELECTIONOFDATAFORDETERMINATIONOFDOSERATECOMPLIANCELOW-LEVELRADIOACTIVITYINTHESEWAGETREATMENTPLANT535353535455555757581/16/951/16/951/20/951/20/951/16/951/16/951/16/951/16/951/20/951/20/951/20/951/20/951/16/951/20/951/16/951/20/951/16/951/20/951/16/951/20/9511.0ODCHREVIEWANDREVISIONCONTROL.............APPENDIXA-SAMPLECALCULATIONSOFODCMPARAMETERS...........................IAPPENDIXB-REPORTINGREQUIREMENTS...............60A-1A-2A-3A-4A-5A-6A-7A-8A-9A-10A-11A-12A-13B-lB-2B-38-41/16/952/5/922/5/9212/11/892/5/9210/29/9310/29/9310/29/9310/29/932/5/922/5/9210/29/9310/29/9310/29/9312/11/8910/29/9312/11/8912/11/891/20/952/21/922/21/9212/11/892/21/923/ll/943/ll/943/ll/943/ll/942/21/922/21/923/ll/943/ll/943/ll/9412/11/893/ll/9412/11/8912/11/89DATRev.2

~'V' PAGEAPPROVALDATEREVISIONDATE5-6cCompositeDoseFactors:HaximumHypotheticalChild(2pp)....................................5-6c(1,2)2/18/945-6dWaterIngestionDoseFactors:HaximumHypotheticalInfant(2pp)......................5-6d(1,2)2/18/943/ll/943/ll/946OperationalRadiologicalEnvironmentalHonitoringProgram.......................4849501/16/951/16/951/16/951/20/951/20/951/20/957DetectionCapabilitiesforEnvironmentalSampleAnalysis.............................51528SystemsClassifiedasNotanEffluentPathway...611/16/951/20/951/16/951/20/951/16/951/20/959SystemsClassifiedasInsigni'ficantEffluentpathwayo~~~~~~~~0~~~~~~~~~~~~~~~~~~~~~~621/16/951/20/95D-1DilutionFactorsandTransitTimesforSSESEffluentstoOanville,PA............D-1B-lRadiologicalEnvironmentalHonitoringProgramAnnualSummary..............................8-3B-2ReportingLevelsforNonroutineOperatingeportso~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~tB4R12/11/89ll/9/933/ll/943/ll/9412/11/8912/11/89 LISTOFFIGURESAPPROVALREVISIONPAGEDATEDATEFigure2OffgasandRecombinerSystemF'towDiagram........~~~~~~o39Figure3SolidWasteManagementSystemFlowOiagram..........................40Figure4SSESDryContaminatedWasteProcessing............................41Figure5EnvironmentalMonitoringLocationsWithinOneMileofSSES...'............46Figure6EnvironmentalMonitoringLocationsGreaterthanOneMilefromSSES.......47Figure1LiquidRadwasteSystemFlowDiagram.......................:..381/16/951/20/951/16/951/20/951/16/951/20/951/16/951/20/951/16/951/20/951/16/95'/20/95DATRev.2vi

4.0AIRBORNEEFFLUENTDOSERATESSPECIFICATION3.11.2.1.THEDOSERATEDUETORADIOACTIVEMATERIALSRELEASEDINGASEOUSEFFLUENTSFROMTHESITE(SEEFIGURE5.1.3-1)SHALLBELIMITEDTOTHEFOLLOWING:a.FORNOBLEGASES:LESSTHANOREQUALTO500MREM/YRTOTHETOTALBODYANDLESSTHANOREQUALTO3000MREM/YRTOTHESKIN,ANDb.FORIODINE-131,FORTRITIUM,ANDFORALLRADIONUCLIDESINPARTICULATEFORMWITHHALF-LIVESGREATERTHAN8DAYS:LESSTHANOREQUALTO1500MREM/YRTOANYORGAN(INHALATIONPATHWAYONLY).4.1~IIOBiAEEKNoblegasactivitymonitorsetpointsareestablishedatreleaserateswhichpermitsomemarginforcorrectiveactiontobetakenbeforeexceedingoffsitedoseratescorrespondingtothe10CFR20annualdoselimitsasdescribedinSection2.2.Themethodsforsamplingandanalysisofcontinuousventilation.releasesaregivenintheapplicableplantprocedures.Thedoserateinunrestrictedareasduetoradioactivematerialsreleasedinairborneeffluentsmaybedeterminedbythefollowingequationforwholebodydose:Z(Ki(X/Q)v(Q')v)(Sp)1andbythefollowingequationforskindose:Dg[L.+((1.11(Mi)(S~))](X/Q)(Q'))~1(Eq.7)(Eq8)DAT'Rev.215 NJ 4.0AIRBORNEEFFLUNTDOSERATESSPCIFCATION3.1.2.1.THEDOSERATEDUETORADIOACTIVEMATERIALSRELEASEDINGASEOUSEFFLUENTSFROMTHESITE(SEEFIGURE5.1.3-1)SHALLBELIMITEDTOTHEFOLLOWING:a~b.FORNOBLEGASES:LESSTHANOREQUALTO500MREM/YRTOTHETOTALBODYANDLESSTHANOREQUALTO3000MREM/YRTOTHESKIN,ANDFORIODINE-131,FORTRITIUM,ANDFORALLRADIONUCLIDESINPARTICULATEFORMWITHHALF-LIVESGREATERTHAN8DAYS:LESSTHANOREQUALTO1500MREM/YRTOANYORGAN(INHALATIONPATHWAYONLY).0'4.1N~OBaASNoblegasactivitymonitorsetpointsareestablishedatreleaserateswhichpermitsomemarginforcorrectiveactiontobetakenbeforeexceedingoffsitedoseratescorrespondingtothe10CFR20,annualdoselimitsasdescribedinSection2.2.Themethodsforsamplingandanalysisofcontinuousventilationreleasesaregi'venintheapplicableplantprocedures.Thedoserateinunrestrictedareasduetoradioactivematerialsreleasedinairborneeffluentsmaybedeterminedbythe,followingequationforwholebodydose:Z()(/0)y(0'fy)(p)1andbythefollowingequationforskindose:Dg[L+((1.11(Mi)(Sr))j(X/9)v(9'iv)~1(Eq7)(Eq8)DAT'Rev.215" where:K.thewhole-bodydosefactorduetogammaemissionsforeachiden)ifiednoblegasradionuclide(i)(mrem/yrperuCi/m)fromTable2.thereleaserateofradionuclide(i)fromvent(v)(uCi/sec).(X/g)thehighestcalculatedannualaveragerelativeconcentrationforanyareaatorbeyondthesiteboundaryinanu~restrictedareafromventreleasepoint(v)(sec/m)suchasfromTable3.wbLitheannualwhole-bodydose(mrem/yr).theskindosefactorduetothebetaemissionsforeachiden)ifiednoblegasradionuclide(i)(mrem/yrperuCi/m)fromTable2.theairdosefactorduetogammaemissionsforeachidentjfiednoblegasradionuclide(i)(mrad/yrper'Ci/m)fromTable2(conversionconstantof1.1convertsairdose-mradtoskindose-mrem).Dtheannualskindose(mrem/yr).sS,thegammashieldingfactor(0.7formaximallyexposedindividual)SamplecalculationsfordeterminingwholebodyandskindosesfromnoblegasradionuclidesreleasedfromtheSSESaregiveninSectionA.2.1ofAppendixA.'4.2RADIONUCLIDESOTHERTHANNOBEGASESThemethodsforsamplingandanalysisofcontinuousventilationreleasesforradioiodinesandradioactiveparticulatesaregivenintheapplicableplantprocedures.AdditionalmonthlyandquarterlyanalysesshallbeperformedinaccordancewithTable4.11.2.1.2-1oftheSSESTechnicalSpecifications.ThedoserateinunrestrictedIareasduetoinhalationofradioactivematerialsreleasedinOATRev.216

7.0OT0C03.-THEANNUAL'(CALENDARYEAR)DOSEORDOSECOMMITMENTTOANYMEMBEROFTHEPUBLIC,DUETORELEASESOFRADIOACTIVITYANDRADIATION,FROMURANIUMFUELCYCLESOURCESSHALLBELIMITEDTOLESSTHANOREQUALTO25MREMSTOTHETOTALBODYORANYORGANEXCEPTTHETHYROID,WHICHSHALLBELIMITEDTOLESS.THANOREQUALTO75MREMS.ThecumulativedosetoanymemberofthepublicduetoradioactivereleasesfromtheSSESsiteisdeterminedbysumaingthecalculateddosestocriticalorgansfromthepreviouslydiscussedeffluentsources.TheannualdosetocriticalorgansofamaximallyexposedindividualfortheliquideffluentsisdeterminedbyusingEquations10,ll,and12ofSection5..Theannualdosetocriticalorgansofarealindividualforthenoblegasesreleasedinthegaseouseffluentsisdeterminedby.usingEquation14modifiedbyreplacingM.withK.fromTable2forthewhole-1ibodydoseandbyEquation15modifiedbyreplacingNiby[Li+((1.11Mi)(S,))]fromTable2fortheskindoseofSection6.0:1D317x10Ki(X/g)v(g)y)(Sp)(Eq.17)Db3.17x10fL.+((l.llM.)(S,))](X/g)(g',.)(Eq.18)TheannualdosetocriticalorgansofarealindividualfortheradionuclidesotherthannoblegasesreleasedinthegaseouseffluentsisdeterminedbyusingEquation16ofSection6.0.Foralldosecalculationsfromairborneeffluents,thedepositionrateusedintheanalysisshouldbeatthereceptorlocationoftheindividualbeingevaluated,notthehighestcalculatedannualaveragerelativeconcentrationorrelativedepositionrateforanyareaatorbeyondthesiteboundaryasgiveninTable3.Thedirectradiationfromthesiteshouldbedeterminedfromtheenvironmentalmonitoringprogram'sdirectradiation(TLD)monitors.Sinceallotheruraniumfuelcyclesourcesaregreaterthan20milesaway,onlytheSSESsiteneedbeconsideredasauraniumfuelcyclesourceformeetingtheEPAregulations.Inactualpractice,theLADTAPandGASPARcomputercodedevelopedbytheNRCtoimplementtheliquidandgaseousdosemethodologyofRegulatoryGuide1.109willbeusedtoperformthetotaldose.calculationsfortheIDATRev.230 1

8.0PTYFWATATTSYSTMASTSPCIFCATION3.11..3-THELIQUIDRADWASTETREATMENTSYSTEM,ASDESCRIBEDINTHEODCM,SHALLBEOPERABLE.THEAPPROPRIATEPORTIONSOFTHESYSTEMSHALLBEUSEDTOREDUCETHERADIOACTIVEMATERIALSINLIQUIDWASTEPRIORTOTHEIRDISCHARGEWHENTHEPROJECTEDDOSESDUETOTHELIQUIDEFFLUENT,FROMEACHREACTORUNIT,TOUNRESTRICTEDAREA(SEEFIGURE5.1.3-1)WOULDEXCEED0.06MREMTOTHETOTALBODYOR0.2MREMTOANYORGANINA31-DAYPERIOD.TheSSESLiquidRadWasteManagementsystemconsistsofthreeprocessingsub-systems,liquid,chemicalandlaundry.Redundantandbackupequipment,alternateprocessroutes,interconnectionsandsparevolumesaredesignedintothesystemtoprovideforoperationalandunanticipatedsurgewastevolumesduetorefueling,abnormalleakagerates,decontaminationactivitiesandequipment'owntime,maintenanceandrepair.TheLiquidRadWasteManagementSystemprocessesequipmentdrainandfloordrainliquidscollectedinacommonplantdrainagesystem.Thesystemalsoprocessesfilterbackwash,resintransferliquidsandresincleaningliquids.Thesystemhaspipingconnectionstoallowtheinstallationofvendor-suppliedequipmenttoprovidespecifictreatmentofoff-normalwastesortoenhancethenormaltreatmentcapabilitiesasnecessary.Appropriatevendor-suppliedequipmentmayalsobeusedinplaceofinstalledequipm'enttoallowfor'epairorreplacementofcomponents.LowconductivityliquidwastesareprocessedintheLiquidRadwasteTreatmentSub-system.LiquidiscollectedinthreepairsofLRWCollectiontanks.Eachpairoftankshasanapproximatecapacityof28,000gallons.SurgecapacityismaintainedwithtwopairsLRWSurgeTanksalsowitha28,000gallon/paircapacity.DATLiquidsfromthesetanksarenormallyprocessedthroughtwoverticalcentrifugaldischargeprecoatfilterswith300ftfilterareaata200gpmnormalflowrate.Liquidfromthefiltersisthensenttoamixedbeddemineralizerwithavolumeof140ftandnormal.flowrateof200gpm.ThedemineralizereffluentiscollectedinthreepairsofLRWSampleTanks.Each32Rev.2 pairoftankshasan'pproximatecapacityof28,100gallons.ThewaterisisolatedinthesetanksforanalysispriortorecycletoUnit1ordischargetotheSusquehannariver.Off-specificationliquidscanberecycledbacktotheLiquidRadWasteManagementSystem,foradditionalprocessing.HighconductivitywastesarecollectedintheChemicalDrainTankandinspecificsumpslocatedintheTurbineandRadwasteBuildings.LiquidfromthesesourcesiscollectedinaChemical,'WasteTankofapproximately12,000gallonscapacity.ThisliquidcanthenbesenttoanyoneoftwopairsofChemicalWasteNeutralizingTanks.Eachpairhasacapacityof31,000gallons.Theliquidisthensenttoavendor-suppliedChemicalWasteProcessingSub-systemforradionuclideremoval.TheeffluentfromtheChemicalWasteProcessingSub-systemisroutedtotheEvaporatorDistillateSampleTankwhereitcanbeisolatedforanalysispriortodischarge.ThecapabilityexiststoreturntheliquidtotheLiquidRadWasteManagementSystemforadditionalprocessingifnecessary.TheLaundryWasteSub-systemcollectswaterfromwashdown,laundryanddecontaminationfacilitiesinoneoftwoLaundryDrainTanks.Eachtankhasacapacityofapproximately820gallonsandhasanindependentmechanicalfiltersystem.Onetankisnormallyvalvedtoreceivewastewhiletheotherisvalvedforprocessing.EffluentfromthesetanksisroutedtotheLaundryDrainSampleTankwhereitcanbeisolatedforanalysispriortodischarge.Non-specificationliquidcanbereturnedtotheChemicalWasteProcessingSub-system.AflowdiagramoftheLiquidRadwasteManagementSystemisshowninFigurel.OATAppropriatetreatmentforliquideffluentsfromSSESisdefinedinODCNPolicyStatement10.6;IncaseswhenabatchofliquidwastemustbereleasedwithtreatmentlessthanthatspecifiedinSection10.6,adoseassessmentusingLADTAPorthemethodology33Rev.2" ofSection5.4shallbeperformedpriortoreleasetoensurethatthelimitsofSpecification3.11.1.3arenotexceeded.8.2GASOUSSTATMENTSPECIFICATION3.11.2.4-THEGASEOUSRADWASTETREATMENTSYSTEMSHALLBEINOPERATION.~PPCAE'IIIENEYERTIIIMAINCIINRENEERAIRECECTIIRTETACYATIIINTSYSTEMISINOPERATION.SPECFICON3.1.2.5-THEAPPROPRIATEPORTIONSOFTHEVENTILATIONEXHAUSTTREATMENTSYSTEMSHALLBEOPERABLEANDSHALLBEUSEDTOREDUCERADIOACTIVEMATERIALSINGASEOUSWASTEPRIORTOTHEIRDISCHARGEWHENTHEPROJECTEDDOSESDUETOGASEOUSEFFLUENTRELEASESFROMEACHREACTORUNITTOAREASATANDBEYONDTHESITEBOUNDARY(SEE,FIGURE5.1.3-1)WHENAVERAGEDOVER31DAYSWOULDEXCEED0.3MREMTOANYORGANINA31-DAY'ERIOD.TheSSESoffgastreatmentsystemoperateswithfoursteamjetai'rejectorsmaintainingcond'enservacuum.Noncondensiblegasesarepassedthroughoneofthreerecombiners(oneforeachreactorunitplusacommonrecombiner),reducingtheamountofgasestobefilteredandreleased.Gasespassthroughatwotonineminuteholduppipebeforeenteringtheoffgastreatmentsystem,whichconsistsofone100percentcapacitysystemperreactorunit.Eachsystemconsistsofprecoolers,chillers,reheaters,guardbeds,andfivecharcoalabsorbersandanoutletHEPAfilter.Monitored,filteredairthenexitstotheturbinebuildingvent.AflowdiagramoftheoffgasandrecombinersystemisshowninFigure2.IOATFilteredexhaustsystemsserveselectedareasofZoneI,II,andIIIoftheSSESreactorbuilding.TheZoneIandZoneIIequipmentcompartmentandZoneIIIfilteredexhaustsystemseachconsistoftwo100'apacityredundantfansandtwo55Xcapacityfiltertrains.Eachfiltertrainhas,inthedirectionofairflow,roughingfilters,upstreamHEPAfilters,acharcoalfilterbed,anddownstreamHEPAfilters.Exhaustfandischargeisthenroutedtotheatmosphereviathereactorbuildingvents,whereeffluentsarecontinuouslysampledandmonitored.\Rev.2

Theturbinebuildingfilteredexhaustsystemdrawsairfromthoseareasofthebuildingthataremostlikelytobecomecontaminated.Two100Xcapacityfansserveeachsystem,whichcontainstwo50Xcapacityfilterhousingsmadeupofaparticulateprefilter,anupstreamHEPAfilter,acharcoalfilter,andadownstreamHEPAfilter.Dischargedairisreleasedviatheturbinebuildingvents,whicharecontinuouslysampledandmonitored.Theradwastebuildingfilteredexhaustsystemdrawspotentiallycontaminatedairfromselectedareasoftheradwastebuilding.Thesystemcontainstwo100Xcapacityfansandtwo50Xcapacityfilterhousings,eachcontainingaparticulatefilterbankandaHEPAfilter.Filteredairisdischargedviatheturbinebuildingvent.Inordertominimizethequantitiesofradioactivityinairborneeffluentsfromthestation,theventilationexhausttreatment(filteredexhaust)systemsarenormallykeptinserviceatSSES.Astheneedarises,thesesystemsareperiodicallyrenderedinoperableformaintenance'ortestingactivities.Ifthemostrecent31-daydoseprojectionindicatesthatdosemayexceed0.3mRemtoanyorganwhenaveragedovertheprojected31-dayperiod,treatmentsystemsrenderedinoperablewillberestoredtooperablestatusasquicklyasispracticable.Thedoseprojectionsareperformedatleastonceper31daysbasedonthemostrecentlyavailableeffluentdata.Ifitisknownpriortoperformingthedoseprojectionthatatreatmentsystemwillbeoutofservice,and.ifdataexistswhichindicateshowthelackoftreatmentwillimpacteffluents,thesefactorswillbeconsideredwhenperformingthedoseprojection.At'rVDATRev.235 8.3SOIWASTTTNTP0-THESOLIDRADWASTESYSTEMSHALLBEUSEDINACCORDANCEWITHAPROCESSCONTROLPROGRAM,FORTHEPROCESSINGANDPACKAGINGOFRADIOACTIVEWASTESTOENSUREMEETINGTHEREQUIREMENTSOF10CFRPART20,10CFRPART71,ANDFEDERALREGULATIONSCOVERINGTHEDISPOSALOFTHEWASTE.TheSSESsolidradwastesystemcollectsallwetwastesproducedfromtheoperationofotherplantsystems.Thewastesarethenprocessedandpackagedbyavendor-suppliedsystemintoawasteform'hatmeetsallapplicableFederal,Stateandlocalrequirementsfortransportation,storageanddisposal.TheprocessingmethodologyandacceptancecriteriaforthefinalwasteformsarecontrolledbytheProcessControlProgram.FiltermaterialfromtheReactorWaterClean-upSystemsandtheFuelPoolClean-upSystemsarecollectedinBackwashReceivingTanks.ThereisoneRWCUtankperunit,eachwithacapacitypfapproximately2450gallonsandonesimilartankfortheFPCUSystem.Wastesfromthesetanksaredirectedtooneoftwo6300galloncapacityPhaseSeparators.Normally,one'hase'Separatorisvalvedtocollectwastewhiletheotherisisolatedtoprovidetimeforradioactivedecay.ThesolidcontentofthewasteisconcentratedinthePhaseSeparatorandtransferredandprocessedthroughavendor-suppliedsystemandpackagedforstorageorfinaldisposal.ThesupernatantliquidiscollectedandprocessedbytheLiquidRadWasteManagementSystem.TheWasteSludgePhaseSeparatorisa9500galloncapacityphaseseparatortankthatacceptsinputfromtheRegenWasteSurgeTanks.Theconcentratedwasteisthentransferredandprocessedthroughavendor-suppliedsystemandpackagedforstorageorfinaldisposal;ThesupernatantliquidiscollectedandprocessedbytheLiquidRadWasteManagementSystem.DATRev.236 SpentbeadresinfromtheCondensateSystemandfromtheLiquidRadwasteDemineralizer'arecollectedintheSpentResinTank.Thesearethenprocessedthroughavendor-suppliedsystemandpackagedforstorageorfinaldisposal.SpentfiltermaterialfromtheLiquidRadwasteFiltersarecollectedintwoWasteHixingTanks.Thecontentsofthesetanksare-processedthroughavendor-suppliedsystemandpackagedforstorageorfinaldisposal.AflowdiagramoftheSSESsolidradwastetreatmentsystemisshowninFigure3.DryActiveWaste(DAW)consistsofcontaminatedplastic,paper,clothing,metalorothertrashandiscollectedthroughouttheRCAofSSES.OAWisprocessedandpackagedforstorageordisposalusingoff-sitevendor-suppliedsupercompactionandincinerationservices.OAWmayalsobecompactedwithanon-site'drumcompactorinto55-gallondrums.AnautomatedDAWmonitoringsystemisusedtoensurenon-radiologicalwastecollectedintheRCAisfreefromradiologicalcontaminationpriortorelease.AflowdiagramofDAWprocessingatSSESisshowninFigure4.Rev.237 EVAP.STEAMCONDS.TANKPHASESEPARATORS(DECANTATE)RHRSYSTEMRwcuSYSTEMREACTORWELLSEALLEAKDRAINREACTORBLDG.DRAINS+-DRYWELLDRAINSTLSBINEBLDG.DRAINSAADWASTEBLDG.DRAINSLIQUIDRADWASTEFIGURELIQUIDRADWASTESYSTEMFLOWDIAGRAMLIQUIDRADWASTECOLLECTION8SURGETAHKSOT.302ATHRUFOT.304ATHRUDLIGUIDRADWASTEFILTERSOF-302A,BLIGUIDRADWASTEDENINERALIZEAOF-301LIauIDRADWASTESAMPLETANKSOT-303ATHRUFCONDENSATEDEVIH.RESINAEGHERATIHQTANKLRWCOLLECTIONTANKPNLPSOP-301h>B,CTOWASTEMIXINQTANKSOT-307A,BTOSPENTAESIHTANKOT-324CONDENSATESTORAGETANKSOT-522A,BCHEVIGALWASTEHEUTAALIZEATANKS1T-130A,B2T~130A,BCSTBEAMWATEASAMPLESTATIONSAUXBOILERBLOWDOWNSRWCUCHEVICALDECON.LABAHDDECOH.DRAINSLAUM)RYDRAINSREGLAATEDSHOPDRAINSPERSONALDECONTAM-INATION{OETEAGEHTS)CASKCLEAHIHGDRAINSCHEMICALWASTETANKOT-314CHEM.WASTENEUTRALIZINGTANKPNIPS1P130A>82P-130A,BCHEMWAS'TETANKPWPSOP-328A>8RADWASTEEVAPORATOROE-302A,BCHEMICALWASTEPAOCESSINQSUB-SYSTEM(VENDORSUPPLIED)DISTILLATESAMPLETANKOT-321EVAPORATORCOHCENTRATESTORAGETANKOT-322LRWSAMPLETANKPLNPSOP-305A>B,CRETOCODLINGTOWERBLOW-DOWNPIPETOWASTEMIXINGTANKSOT-307A>8DATt6LAUNDRYDRAINTANKOT-314A,BRev.2LAUNDRYDAAINTANKPUMPSOP.318A>8LAUHDRYDRAINFILTERSOF-318A>8LAUNDRYDRAINSAMPLETANKOT-312CONCENTRATEBTORAGETANKDISCH.PQIPOP-328LAUNORVDRAINSAMPLETANKPUMPSOP.319A,B OfFGASRFCOMBINERSYSlfMIAMBIENtTEMPFRATURECI<aRCOAIOFFGASSYSTEMUNITIMaINdAUXSIEAMSlfAMJETAIREJECIORUNIIIIURBINESLOGEXIIAUStUNITIIF302OULETHEPAFILTEIIARQALAOSRBEIIBE5FROM>NIIINhlilStfAIICOIIOTIITfhUIIII'il5IAGESTEA>JETA'I5EJEC1011COBDfII.SEIIOIFIIASBYPASSELHEaiIRACINGl-Qr-------)IDILUTIONSTEAMIIIII2naSTAGA2IIE13hI'RfHEAIEII15125RECOMBVESSELI04-'E131RECOMBCONDIE13iMOTIVESTEAMJET5CONDDELAYPFPEI112IFIA~IEIAIE3A5IT303aINLETPRECIIILIER~ZGUARONEPACOOl.ffiusB0FILTERZit3iait305IT.30Bii301il3aaQCOMMONOFFGASRECOMBINERSYS'EMIIAI1sSTEACOIIDER.SEIIOhlttSIEAMJETAIRfJECTORCONDENSERUNI'T2DELAYPIPEAMBIENTTEMPERATURECIIAIICOALOFFGASSYSTfMUNIT2MAIte5AUXStfAUPRODUNIT2OFFGASBYPASSOFFGASRECOMBINERSYSTEM2TURBINEBLOGEXHAUSTUNIT2FIGURE2OFFGASANDRECOHBIHERSYSTEMFLOHDIAGRAMOATRev.2 FIGURE3SOLIDWASTEMANAGEMENTSYSTEMFLOWDIAGRAMCONDENSATEDEMIHRESIHSTORAGEVESSEL1T-159RADWASTEDEMIHERALIZERSTORAGEVESSELOF-301CONDENSATEDEMIHRESINSTORAGEVESSEL2T-158FUELPOOLF/0BACKWASHRECEIVINOTANKOT-203.RWCUBACKWASHRECEIVINGTANK1T-225RWCUBACKWASHRECEIVINOTANK2T-225SPENTRESIHTANKOT-324REGEHWASTESUADETANKS1T-108A,BREOENWASTESURGETANKS2T-108A,BSPENTRESINTRANSFERPUMPOP-3201P-108A,BREGEHERATIOHWASTETRANSFERPUMPSITOVENDORLIOUIORAWASTEFILTERSOF-302A>8WASTESLUDGEDISCHARGEIIIXIHGPUMPOP-332TORWSSPUMPWASTESLUDGEPHASESEPARATOROT-331RWCUPHASESEPARATOROT-318ARWCUPHASESEPARATOROT-318BWASTEMIXINGTAHKSOT-307A,BTOVEHDORTORWSSPUMPEVAPORATOR.CONCENTRATESTORAGETANKDISCHARGEPUMPOP-328EVAPORATORCOHCENTRATESTORAGETANKOT-322RWCUSLUDGEDISCHARGElllXIHGPUMPOP-3NFROMEVAPORATORDATRev.2 FIGURE4SSESORYACTIVEWASTE(OAW)PROCESSINGNon-radiologicalTrashfromRCAPaper,Plastic,Rags,ClothingfromRCASecond-SortDAWDryActiveWaste(DAW)MonitoringSystemPPKLRadioactive?YesVendorServicesSupercompactionIncinerationDrumCompactor55-gal.DrumsorBoxesNoFreeReleasedzrOATRev.2 9.0RADOGCNVI0NTAMONTORINGPROGRAH~~N.l~NNTIIINNWeekly:Onceineachcalendarweekatintervalsofapproximately7days,plusorminus2days.Semi-Monthly:Twiceeachcalendarmonthatintervalsofapproximately15days,plusorminus4days.Honthly.Onceeachcalendarmonthatintervalsofapproximately30days,plusorminus6days.quarterly:Onceineachthreemonthperiodofacalendaryearatintervalsofapproximately13weeks,plusorminus3weeks.9.2MONITORNGPROGRAHSPCFICTION3.1-THERADIOLOGICALENVIRONMENTALMONITORINGPROGRAMSHALLBECONDUCTEDASSPECIFIEDINTABLE3.12.1-1.Environmentalsamplesshallbecollectedandanalyzed(asamini'mum)accordingtoTable6atlocationsshowninFigures5and6.AnalyticaltechniquesusedshallensurethatthedetectioncapabilitiesinTable7areachieved.Adustloadingstudy(RHC-TR-81-01)wasconductedtoassurethatthepropertransmissionfactorwasusedincalculatinggrossbetaactivityofairparticulatesamples.Thisstudyconcludedthatthesamplecollectionfrequencyofonceperweekwassufficientandthattheuseof1forthetransmissioncorrectionfactorforgrossbetaanalysisofairparticulatesamplesisvalid.Thecharcoalsamplercartridgesusedintheairborneradioiodinesamplingprogram(ScienceApplications,Inc.,ModelCP-100)aredesignedandtestedbythemanufacturertoassureahighqualityofradioiodinecapture.Acertificatefromthemanufacturerissuppliedandretainedwitheachbatchofcartridgescertifyingthepercentretentionofradioiodineversusairflowratethroughthe'cartridge.DATRev.242 Theresultsoftheradiologicalenvironmentalmonitoringprogramareintendedtosupplementtheresultsoftheradiologicaleffluentmonitoringbyverifyingthatthemeasurableconcentrationsofradioactivematerialsandlevelsofradiationarenothigherthanexpectedonthebasisoftheeffluentmeasurementsandmodelingoftheenvironmentalexposurepathways'hus,thespecifiedenvironmentalmonitoringprogramprovidesmeasurementsofradiationandofradioactivematerialsinthoseexposurepathwaysandfothoseradionuclideswhichleadtothehighestpotentialradiationexposuresofindividualsresultingfromstationoperation.Programchangesmaybeproposedbasedonoperationalexperience.Deviationsarepermittedfromtherequiredsamplingscheduleifspecimensareunobtainableduetohazardousconditions,seasonalunavailabilitymalfunctionofautomaticsamplingequipment,andotherlegitimatereasons.Ifspecimensareunobtainableduetosamplingequipmentmalfunction,aneffortshallbemadetocompletecorrectiveactionpriortotheendofthenextsamplingperiod.Alldeviationsfromthesamplingscheduleshall'bedocumentedinthenextAnnualRadioactiveEffluentandWasteDisposalreport.ReportingrequirementsfortheradiologicalenvironmentalsurveillanceprogramaregiveninAppendixBE9.3CENSUSPROGRAMSPECIFICATION3.12.2-ALAND-USECENSUSSHALLBECONDUCTEDANDSHALLIDENTIFYWITHINADISTANCEOF8KM(5MILES)THELOCATIONINEACHOFTHE16METEOROLOGICALSECTORSOFTHENEARESTMILKANIMALTHENEARESTRESIDENCEANDTHENEARESTGARDEN*OFGREATERTHAN50M(500FT~)PRODUCINGBROADLEAFVEGETATION*.Broadleafvegetationsamplingofatleastthreedifferentkindsofvegetationmaybeperformedatthesiteboundaryineachoftwodirectionsectorswiththehighestpredicted0/9'inlieuofthegardencensus~SpecificationsforbroadleafvegetationsamplinginTable3.12.1-1,item4Cshallbefollowed,includinganalysisofcontrolsamplespAy/$JRev.243

Ifalandusecensusidentifiesalocation(s)withahigheraverageannualdepositionrate(D/Q)thanacurrentindicatorlocation,thefollowingshallapply:l.IftheD/Qisatleast20percentgreaterthanapreviouslyhighD/Q,thenewlocationshallbeaddedtotheprogramwithin30daysofdocumentedidentificationofsamplingfeasibility.TheindicatorlocationhavingthelowestD/QmaybedroppedfromtheprogramafterOctober31oftheyearinwhichthelandusecensuswas'conducted.2.IftheD/Qisnot20percentgreaterthanthepreviouslyhighestD/Q,direction,.distance,andD/Qwillbeconsideredindecidingwhethertoreplaceoneoftheexistingsamplelocations.Ifapplicable,replacementshallbewithin30days.Anyevaluationsofpossiblelocationreplacementshouldincludethep'asthistoryofthelocation,availabilityofsample,milkproductionhistory,andotherapplicableenvironmentalconditions.Alandusecensuswillbeconductedatleastoncepercalendaryearbyadoor-to-doororaerialsurvey,byconsultinglocalagriculturalauthorities,orbyanycombinationofthesemethods.9,4INTERLABORATORYCOMPARISONPROGRAMSPECIFICATION3.12.3-ANALYSESSHALLBEPERFORMEDONRADIOACTIVEMATERIALSSUPPLIEDASPARTOFANINTERLABORATORYCOMPARISONPROGRAMWHICHHASBEENAPPROVEDBYTHECOMMISSION.Thelaboratoriesofthelicenseeandlicensee'scontractorswhichperformanalysesshallparticipateintheEnvironmentalProtectionAgency's(EPA's)EnvironmentalRadioactivityLaboratoryIntercomparisonsStudies(Crosscheck)ProgramoranequivalentprogramwhichhasbeenapprovedbytheCommission.Thisparticipationshallincludesomeofthe'determinations(samplemedium-radionuclidecombination)thatareofferedbyEPAandthatarealsoincludedinthemonitoringprogram.Theresultsoftheanalysesofthesecrosschecksamplesshallbeincludedintheannualreport.ADATRev.244 Iftheresultsofan'alysesperformedbythelicenseeorlicensee'scontractorinconjunctionwiththeEPAcrosscheckprogram(orequivalentprogram)areoutsidethespecifiedcontrollimits,thelaboratoryshallinvestigatethecauseoftheproblemandtakestepstocorrectit.Theresultsofthisi'nvestigationandcorrectiveactionshallbeincludedintheAnnualRadiologicalEnvironmentalOperatingReport.Rev.245

'I FIGURE5ENVIRONMENTALMONITORINGLOCATIONSWITHINONEMILEOFTHESSESGOULDISLANDIIII13IIr--~IIIma@Qaor/~fo~l/Q~QS3Ca~Ig,Qpp~m~~m~~eelf5$1~~I,g~52~/3$lT~b$7~bNTILAKE~TAWSITEBOUNDARY1NILESUSQUEHANNARIVER4svaiuxsamTDOSQtElRYDAT~Rev.2

FIGURE6ENVIRONMENTALMONITORINGLOCATIONSGREATERTHANONEMILEFROMTHESSES15F1T15F1SUSQUEHANNARIVERINANTICOKEGLENLYON14SHICKSHINNYgnMOCANAQUA1483T~4E2PONDHILLT12}{2EtlIBERWICKerr.MIFFLINVILLESSESITiggWAPWALLOPEN.Tgj~iRI1%2'~TNESCOPECKggTiRa5NILESCONYNGHAM/1BNILESHAZLETON~mDRSQNCINTER~isaagncrTHERMDLDMNESCENTDQSMERYOATFRev.247 TABLE6OPERATIOHALRADIOL06ICALENVIRDHHENTALHONITORINGPR06RAilPageIoExposurePathwaysandor5leAirborneRadioiodineandParticulates*lrectRadiationNraaberofSamplesandLocat1ons~12510.4mlMSM-E.O.F.Building12EI4.7mlMSM-BerwlckHospital7GI14mlSE-PPSLHazletonComplex10530.6mlSSM-EastofConfer'sLane,SouthofTowersClub13S60.4mlM-FormerLaydownArea,MestofConfer'sLane1S2PerimeterFence-0.2ml.NID2Hocanaqua-4.0mlH253PerimeterFence-0.2mlNHE283OurabondCorporation-'1.3mlHHE2FISt.AdalbertsCemetery-5.9mlNNE3S4PerimeterFence-0.3mlHE301PondIiill/LilyLakeFireCo.-3.4miHE3FIValanlaResidence-9.1mlHE3G5Mllkes-Barre-ParrishSt.Substatlon-16mlHE'S3'MestofSSESAPF-0.2miENE4E1RucklesHI)IRoadPole(t)46422/H35197-4.8mlENE4GICrestwoodIndustrialPark-14mlENE'S7PerimeterFence-0.3mlE5E2BlossFarm-4.5miE6S4PerimeterFence-0.2mlESE6A4RiversideRestaurant-0.6mlESESarrpl1ngandContinualsampleroperationwithsamplecollectionweekly.'*~QuarterlyTypeandRadioiodineCanister:analyzeweeklyfor1-131ParticulateSample:Analyzeforgrossbetaradioactivitylessthan24hoursfollowingfilterchange.Performisotopicanalysisoncompositesarrple(bylocation)quarterly.GarrrnaDose:Quarterly.DATRev.2

Page2oExposurePathwaysandorleNeerofSan@lesandLocations~6E1St.JamesChurch-4.7miESE659PerimeterFence-0.2miESE756PerimeterFence-'0.2miSE7EIHarwoodTransmissionLinePoleN2-4.2miSE7G1PPSLHazletonComplex-14miSE'52PerimeterFence-0.2miSSEBB2LaVallResidence-1.4miSSE803HowryResidence-4.0miSSE9S2SecurityFence-0.2mi59D4CountryFolkStore-3.6miS10S1PostSouthofSwitchingStation-0.4miSSV10D1RossRymanFarm-3.0miSSM1153SecurityFence-0.3miSM11E1ThomasResidence-4.7miSV1253PerimeterFence-0.4miMSM12E1BerwickHospital-4.7miMSV12G1PPSLBloomsburgServiceCenter-15miMSV'3S2PerimeterFence-0.4miM13E4KesslerFarm-4.1miV1455Beach.GroveRd.8Confer'sLaneintersection0.5miVNV14E1CanouseFarm-4.1miVNM15F1LawatskiFarm-5.4miNM1555PerimeterFence-0.4miNV16S1PerimeterFence-0.3miNNV1652PerimeterFence-0.3miNNV16F1HidlayResidence-7.8NNVSandalingandCollectionFuencTypeandoVaterborneSurfaceDrinkingSedimentfromShoreline656riverwaterintakeline'S7coolingtowerblowdowndischargeline12H2OanvilleMaterCo.(Approximately30milesdownstream)78BellBend,-1.2miSEMonthlycompositeHonthlycompositeHonthlycompositeSemi-annuallyGanmaisotopicanalysis.Compositetritltsnanalysisatleastquarterly.Grossbetaandgasmaisotopicanalysesmonthly.Compositefortritiumanalysisatleastquarterly.Gasmaisotopicanalysis'semi-annually.OATRev.

Page3oExposurePathwaysHIIk~*~FishandInvertebratesFoodProductsNuxberofSamples~atatorationa*1283YoungFarm-2.0miMSM10GIDavisFarm-14mi.SSN'OD2RayRymanFarm-3.5mi.SSM10DlR&CRymanFarm-3.0mi.SSMOutfallarea2HFalls,PA'Approximately30miHNE)IID1LehnerFarm-3.3.miSVvegetable12F7LupiniFarm-8.3miWSMvegetableSandalingandCollectionFuencSemi-monthlywhenanimalsareonpasture,monthlyotherwiseSemi-annually.Onesample'romeachoftworeacreationallyImportantspeciesfromanyofthefollowingfamilies:bullheadcatfish,sunfish,pikes,orperches.AttimeofharvestTypeandoflGammaIsotopicand1-131analysisofeachsample.GasmaIsotopiconedibleportions.GatnnaI'sotopiconedibleportions.*ThelocationofsamplesandequipmentweredesignedusingtheguidanceInthe8ranchTechnicalPositiontoNRCRev.Guide4.8,Rev.1,Nov.1979,Reg.Guide48.1975andORP/SID72-2Environ>>ntalRadioactivitySurveillanceGuide.Therefore,theairbornesamplerlocationswerebaseduponX/Oand/orD/O.!"Adustloadingstudy(RHC-TR-81-01)concludedthattheassumptionofIforthetransmissioncorrectionfactorforgrossbetaanalysisofairparticulatesamplesIsvalid.Airparticulatesamplesneednotbeweighedtodetermineatransmissioncorrectionfactor."IfamilksampleIsunavailableformorethantwosamplingperiodsfromoneormoreofthelocations,avegetationsampleshallbesubstituteduntilasuitablemilklocationIsevaluated.SuchanoccurrencewillbedocumentedIntheREHPannualreport.aControlsamplelocation.bTwo-weekcompositeIfcalculateddosesduetoconsumptionofwaterexceedonemilliremperyear.Inthesecases,1-131analyseswillbeperformed.cThesamplecollectorwilldeterminethespeciesbaseduponavailability,whichmayvaryseasonallyandyearly.AI'ATRev.2 TABLE7DETECTIONCAPABILITIESFORENVIRONNENTALSNPLEANALYSISLowerLimitofDetection(LLD)A~nalsisgrossbetaH-3Mn-54Fe-59Co-58Zn-65Zr-95I-131Cs-134Cs-137ea-140La-140WaterQ)Ci~12000301530301b15186015AirborneParticulateorGasCx107x105x106x10FishCikwet130260130260130150MilkQ)Ci~115186015FoodProductsCkwet606080SedimentCd150180DWRev.2 TABLE7(Continued)TheLLDisthesmallestconcentrationofradioactivematerialinasamplethatwillbedetectedwith95percentprobabilityandwith5percentprobabilityoffalselyconcludingthatablankobservationrepresentsa"real"signal.Foraparticularmeasurementsystem(whichmayincluderadiochemicalseparation):LLDwhere:4.66sb2.22EVYexp(-A4t)LLDisthe"apriori"lowerlimitofdetectionasdefinedabove(aspCiperunitmassorvolume).4sbisthestandarddeviationofthebackgroundcountingrateorofthecountingrateofablanksampleasappropriate(ascountsperminute)Eisthecountingefficiency(ascountspertransformation)Visthesamplesize(inunitsofmassorvolume)2.22isthenumberofdisintegrationsperminuteperpicocurieYisthefractionalradiochemicalyield(whenapplicable)Aistheradioactivedecayconstantfortheparticularradionuclide,and~tistheelapsedtimebetweensamplecollection(orendofthesamplecollectionperiod)andtimeofcounting.IncalculatingtheLLDforaradionuclidedeterminedbygamma-rayspectrometry,thebackgroundshouldincludethecontributionsofotherradio-nuclidesnormallypresentinthesamples(e.g.,potassium-40milksamples).TypicalvaluesforE,V,Y,andtshouldbeusedinthecalculations.ItshouldberecognizedthattheLLDisdefinedasanapriori(beforethefact)limitrepresentingthecapabilityofameasurementsystemandnotasaposteriori(afterthefact)limitforapartic'ularmeasurement.LLDfordrinkingwater.DATRev.252

SSTPCYSATHT10.1elect'oofAalssResultsoroseClclationsFordeterminationofcompliancewithSSESTechnicalSpecificationdoselimits,effluenttotalsshallbebasedonlyonactivitypositivelydetectedatthe95Xconfidencelevel.10.2AssinmentofReleasestotheReactorUitsVFordeterminationofcompliancewithSSESradioactiveeffluentdoselimitswhichareona"perreactorunit"basis:a.EffluentsfromtheUnit1ReactorBuildingventandtheUnit1TurbineBuildingventshallbeincludedasUnit1releases.b.Effluentsfromthe'nit2ReactorBuildingventandtheUnit2TurbineBuildingventshallbeincludedas.Unit2releases.'.EffluentsfromtheStandbyGasTreatmentSystemventshallbeequallydividedbetweenUnit1andUnit2releasetotals.d.WaterborneeffluentsshallbeequallydividedbetweenUnit1andUnit2releasetotals.10.3EvaluationandMonitorinCriteriaorEffluentPathw'asPotentialunmonitoredeffluentpathwayswillbeevaluatedonacase-by-casebasis.Periodicsamplingand/orrealisticevaluationwi.llbeperformedinordertodemonstratethesignificanceofapotentialeffluentpathway.Resultsofsamplingand/orevaluationmaybeusedtoclassifyapotentialunmonitoredeffluentpathwayintooneofthefollowingcategories:a.NotanEffluentPathwa:Realisticevaluation(e.g.,engineeringdesign,systemoperation,radionuclideinventory)demonstratesthatthepathwayhasnopotentialforreleaseofradioactivematerial(Table8).Althoughnotrequired,periodicDATRev.253

'I10'P samplingmayattimesbeperformedtoconfirmtheresultoftheevaluation.b.itffluentPathw:Evaluationand/orperiodicsamplingdemonstratethatthepathwaymaycontainradioactiveeffluents,however,theseeffluentsmaynotbereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedareaHPCvalue(fractionalHPCssummedwhenappropriate)listedinTableIIofAppendix8to10CFR20(Table9).A'releasepathwaywhichfallsinthiscategorywillbesampledperiodically.c.SinificantffluentPathwa:Evaluationand/orperiodicsamplingdemonstratethatthepathwaymaycontainradioactiveeffluents,andtheseeffluentsmaybereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedareaHPCvalue(fractionalNPCssummedwhenappropriate)listedinTableIIofAppendixBto10CFR20.Areleasepathwaywhichfallsinthiscategorywillbesampledcontinuously.Analysesofsampleswillbeperformedconsistentwithtechniquesusedforsamplesofthesametypescollectedfromnormaleffluentpathways.AnyradioactivematerialsdetectedinsamplescollectedfromeithertheInsignificantortheSignificantReleasePathwayswillbeincludedindetermining'compliancewithsitedoselimits.Additionally,anysuchoccurrenceswillbereportedintheAnnualEffluentandWasteDisposalReport.10.4FlowfromtheSGTSVentwhentheSstemisNotinUseWhentheStandbyGasTreatmentisnotbeingused,thereremainsasmallamountofflowfromtheSGTSvent.Thisresidualflowisexhaustfromthebatteryroomsinthecontrolstructure.Becausetherearenoidentifiablesourcesofradioactivityintheserooms,auxiliaryparticulateandiodinesampleandnoblegasgrabsampleat4-hourintervalsarenotrequiredfromtheSGTSventwhentheSGTScontinuousventmonitorisoutofservice,~rvidedthat-4Rev.2 ek a.theStandbyGasTreatmentSystemisnotbeingused,b.thereareproperadministrativecontrolsinplacetoensurethattherequiredsamplingwillbeginwithin4hoursifthetreatmentsystemisoperated.10.50CHSetoinsareUerimitVauesEffluentmonitoralarm/tripsetpointscalculatedinaccordancewiththeODCNshallbeconsideredupperlimitvalues.Higher(lessconservative).setpointsshallnotbeused,howeverlower(moreconservative)setpointsmaybeusedasrequiredtomaximizetheutilityofthemonitor.10.6Defitionof"AroriateTreatment"forLiuidWastesTechnicalSpecification3.11.1.3requiresthattheappropriateportionsoftheliquidwas'tetreatmentsystembeoperableandbeusedtoreduceradioactivityinliquidwastespriortotheirreleasewhenprojecteddosesfromeachreactorunittounrestrictedareaswouldexceed0.06mremtothetotalbodyor0.2mremtoanyorganina31dayperiod.oThenormaltreatment,whichisconsideredappropriateforeachsubsystem,isasfollows:FiltrationisconsideredappropriatetreatmentfortheLiquidRadwasteLaundryProcessingSubsystem,whichconsistsofhighconductivityliquidwastes,suchasthosefromequipmentwashdownandpersonneldecontaminationfacilities,orlaundry.Theatmosphericdemineralizer(avendor-suppliedsystemwhichisdirectedtotheDistillateSampleTank)isconsideredappropriatefortheLiquidRadwasteChemicalProcessingSubsystem.Rev.255 Demineralizationandfiltrationareconsideredappropriatetreatmentforlowconductivity/loworganiccontaminantliquidwastesenteringtheLiquidRadwasteProcessingSubsystem(LRMcollectiontanks),exceptforbatcheswhichyieldprojecteddosespriortotreatmentoflessthanorequalto6.45-04mremtothetotalbodyand2.15E-03mremtoanyorgan,wherefiltrationaloneisappropriate,oroForbatcheswhichhavenoidentifiedgammaactivityabovetheTechnicalSpecificationLiquidEffluentLLDlevel(Table4.11.1.1.1-1),releasewithouttreatmentisconsideredappropriate.BASESTheprojecteddosethresholdvaluesusedarederivedbydividingthesite-totalmaximumprojecteddoseswithouttreatment(0.12and0.4mrem)by31daysandby6,themaximumpossiblenumberofbatchesreleasedperday,toyieldper-batchdoseactionlevels.Thetwolevelsof"appropriate"treatmentareinplacesoasnottorequireapplicationofdemineralizationfortreatinglowactivity,highconductivitywater(e.g.,fromCirculatingorServiceMaterleakage).Thiswouldincreasetheoverallefficiencyofthesolidradwasteprogramwhileensuringcalculateddosesremainatasuitablefractionof10CFR50designobjectivesandTechnicalSpecification3.11.1.21~~t(1)(2)~"'ReferenceCalculationNo.OT-RKB-92-001:CalculationofLiquidIsotopeOffsiteDoseConsequencesforUseofAtmosphericDemineralizerSystem,PLI-70360,2/4/92.DAT'ReferenceLetterR.K.BarclaytoR.A.Breslin:DemineralizerEffluentResults,PLI-70612,3/4/92.56Rev.2Atmospheric

10.7itos'rrectionsInordertocorrectforairborneeffluentmonitorsamplelineloss,thefollowingcorrectionfactorsshallbeappliedtomonitordataandsampleanalysisresults:'NFTHOTSCORCONFACTOSARE~PARTCIIRReactorBuildingUnit1ReactorBuildingUnit2TurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.51.51.61.51.63.23.23.63.93.6POSTACCIDTVENTMONITORS~CGRRCTIGAFACTIIRR~IODIIIPARTICULATESTurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.71.61,.74.24.44.3Eachindicatediodineandparticulatesconcentrationshallbemultipliedbytheappropriatecorrectionfactortoestimatetheactualconcentrationattheinlettothesampleline.10.8SelectionofDataforDeterminationofDoseRateComlianceAirborneeffluentmonitorsetpointsaremaintainedinaccordancewithSection2.2.toalarmbeforethedoseratelimitsofSpecification3.11.2.1areexceeded.Stationalarmresponseprocedurescontaininstructionsforinvestigationandverificationofmonitoralarms.Becausesetpointcalculationsmustincludeassumptionsaboutthecompositionofthemonitoredeffluent,amonitorhighalarmdoesnotnecessarilyindicatethatadoseratelimithasbeenexceeded.vDATRev.257

Validten-minuteaverageddatashouldbetheprimaryinformationusedtodeterminethecompliancestatusofanincident.One-minuteaverageddatashouldalsobereviewedifavailable,buttheymayormaynotprovideadditionalinformationdependingonthemagnitudeofthereleaseduetothemannerinwhichthemonitorsupdate,valuestobestoredandassociatedstatisticalconsiderations.Averagesoveralongerperiodshouldbeusedonlywhendatawithhigherresolutionisnotavailable.Grabsampleanalysesshouldbeperformedwheneverpossibletoconfirmordisprovemonitordata,andtoprovideindicationofthenuclide-.specificcompositionoftheeffluent.Whengrabsampledataareavailablewhich,basedonventmonitordata,areindicativeoftheperiodofelevatedrelease,doseratecalculationsshouldbeperformedusingtheactualeffluentmix.Thedeterminationofcompliancestatusshouldnotbebasedonmonitordataalonewhenitispossibletocollectandanalyze'ventsamplewhichwillberepresentativeoftheperiodofelevatedrelease.10.9Low-evelRadioactivitintheSewaeTreatmetPlantLikeallsewageprocessingfacilities,theSSESsewagetreatmentplantcanundercertainconditionsreceivelowlevelsofradioactivematerials.Themostnotablescenarioiswhenindividualswhoworkon-sitehavebeensubjectedtothemedicaladministrationofradiopharmaceuticalsfordiagnosticor'herapeuticpurposes.Inthesecases,normalbiologicaleliminationprocessescaneasilyresultinlevelsofradioactivityinsewagetreatmentplantsolutionsandsuspensionswhicharewithinthedetectioncapabilitiesoftheassociatedsamplingandanalysisprogram.Becausedisposalofsewagetreatmentplantsludgeby.controlleddispersalonspecifiedtractsoflandisacommonpractice,thefollowingguidelineshavebeenestablished:a.AllsludgecollectedinthesludgeholdingtankshouldbesampledandanalyzedpriortolanddisposaltoquantifyanyDATRev.258 radioactivitypresentabovenaturalbackgroundlevels.b.Sludgecontainingnuclideswithshorthalf-lives,forexampleiodine-131,shouldbecontainedon-sitetopermitdecaytolessthandetectablelevels.c.Whensludgeiscontaminatedwithnuclideswhichhavehalf-livessufficientlylongtomakehold-upfordecayimpractical,thefollowingoptionsshouldbeconsidered:1.Disposeofthesludgeaslowlevelradioactivewaste.2.Obtainaspecialpermitpursuanttotherequirementsof10CFR20.302.d.Thesewagetreatmentplanteffluentshouldbesampledmonthlyforradioactivity.Thiscanbeaccomplishedbydrawingasamplefromthechlorinecontactchamber.DATRev.259 11.00ONCONTROTheSupervisor-EnvironmentalServices-NuclearshallensurethatatotalreviewoftheODCMisperformedduringeacheven-numberedyear.Commentsshallbedocumentedandrevisionsinitiate'dasappropriate.EachODCMpageshallbenumberedandprovidedwithanapprovalanddatebox.TheODCHTableofContentsshallpresentthecurrentrevisiondateforeachpagesothatanymanualholdercancheckmanualcompletenessbasedonacurrentTableofContents.AllODCMrevisionsshallbereviewedbyPORCbeforeapprovalbytheManager-NuclearTechnology.PORCreviewshallbeindicatedbyPORCchairpersonordesigneesignatureonODCHcover.ODCHcopiesshallbeissuedinacontrolledfashionbythestaffoftheNuclearDepartmentLibrary.ThedistributionlistshallbemaintainedbytheNuclearDepartmentLibraryStaff.rAnycommentsonODCMcontentsorproposedrevisionsshouldbedirectedtotheSupervisor-EnvironmentalServices-Nuclear.DATRev.260

~8'I TABLE8SYSTENSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page1of2)DomesticWaterSYSTENDESCRIPTIONREFERENCERiverWaterHakeuIntakeComressedAirScreensandScreenwashFireProtectionWaterFireProtectionCOFireProtectionHalonTurbineBuildinClosedCoolinWaterBuildinDrains:NONRADWaterPretreatmentCondensateandRefuelWaterTransferLowPressureAir.CondensateDeminsLubeOilTransferPurificationCoolinTowerAcidChlorinationCirculatinWaterCondenserTubeCleaninFeedwaterExtractionSteamFeedwaterHeatersResidualHeatRemovalReactor.CoreIsolationCoolinCoreSrayHihPressureCoolantInjectionStandbLiuidControlControlRodDrives(I)PP8LCalculationEC-ENVR-1008DATBRev.261 TABLE8SYSTENSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page2of2)SYSTENDESCRIPTIONSuressionPoolPrimarContainmentVacuumBreakersSuressionPoolCleanuReactorWaterCleanuReactorPressureVesselReactorRecirculationSstemRadwasteChilledMaterSolidRadwasteCementSiloLRWCollectionTbandCond.OuterAreaSumsLRWProcessinRadwasteEvaoratorGaseousRadwasteRecombinerClosedCoolinWaterNitroenStoraeHdroenStoraeSamlinStationsPostAccidentSamlinSstemBassSteamHainSteamIsolationValves/Nucle'ar'SteamSu1SstemShutoffAutomaticDeressurizationSstemHSIVLeakaeControlMoistureSearatorsTurbineSteamSealsElectrohdraulicControlStatorCoolinHainGeneratorStormDrainsREFERENCE(I)PP8LCalculationEC-ENVR-1008rDATRev.262

TABLE9SYSTBlSCLASSIFIEDASINSIGNIFICANTEFFLUENTPATHWAYSYSTBlDESCRIPTIONHSealOilCondensateStoraeTankHainTurbineRFPTLubeOilInstrumentAirServiceAirTemorarLaundrFacilitSecondSortDAWVolumeReductionFacilit.LowLevelRadwasteHandlinFacilitREFERENCE(1)PP8LCalculationEC-ENVR-1008(2)SafetyEvaluationNL-90-029:TemporaryLaundryFacility(3)SafetyEvaluationNL-89.-002:DryActiveWasteVolumeReductionSystem(4)SafetyEvaluationNL-92-007:OperationofLLRWHFatSSESDATRev.263 It0 PORCSUMMARY;ODCHCHANGE12095Section10.3(EvaluationandMonitoringCriteriaforEffluentPathways)hasbeenexpandedtoshowspecificplantsystemsevaluatedinthecate'goriesNOTANEFFLUENTPATHWAY(listedinnewTable8),andINSIGNIFICANTEFFLUENTPATHWAY(listedinnewTable9).ReferencesforthebasesfortheseevaluationsareincludedforeachsystemintheTable.Unlessotherwiselisted,mostofthesystemswereevaluatedinPPKLCalculationEC-ENVR-1008,whichwasperformedin.responsetoNRCOpenItem91-10-01-.07.ThisrevisiontotheODCHissubmittedinresponsetoNRCOpenItem91-10-01-08.JEquations7,8,17and18arerevisedtoshowtheGammaShieldingFactor(S).ThisfactorhasalwaysbeenusedinGASPARcalculations(NRCcodereferencedintheODCH)forwholebodyandskindosefromnoblegaseffluent:theequationsarerevisedtobeconsistentwiththeapplicationoftheGASPARcode.TheGammaShieldingFactor(0.7fortheMaximally-ExposedMemberofthePublic)istakenfromReg.Guide1.109TableE-15.Sections8.1and8.3havebeenrevisedtoreflectthecurrentstateufliquidandsolidradwasteprocessing,respectively.Figures1,3and4havealsobeenupdatedtoshowchangestoliquidandsolidradwasteprocessingsystems,includingvendorinterfaces,basedoninformationfromEffluentsManagement.Submittedby:Date:1/16/95HealthPhysicist-OperationsTechnology PENNSYLVANIAPOMER5LIGHTCOMPANYSUSQUEHANNASTEAMELECTRICSTATIONOFFSITEDOSECALCULATIONMANUALPreparedByi4a-8ZfccReviewedBySupervisor-EnvironmentalServicesNuclearReviewedBy/eetsngo.ApprovedBHanager-NuclearTechnologyDate8>>9SDateDate9Z~-PSDate'Z~a SUMNRYOFODCllCHANGESTable6,OperationalEnvironmentalMonitoringProgram,hasbeencorrectedtoshowinformationoriginallyinRevision1oftheODCM(approved10/14/94).SomeinformationinthistablewasnotedtobeincorrectlycarriedintoRevision2(approved1/20/95).Table6wasnotintendedtobechangedinanywayinRevision2.Thisinconsistencywasdocumentedasastatuscontrolissuein,SOOR95-045;correctionsaremadeinresolutiontothisSOOR.SlightchangesaremadetoFigure1,LiquidRadwasteSystemFlowDiagram,tomakethepathwayfromthedistillatesampletanktothecoolingtowerblowdownpipeclearer,andtocorrectlabelingofdistillatesampletankpumpsOP-327A,BandLRMsampleTankPumpsOP-305A,B,andC.InSection10.9.c.2,reference10CFR20.302ischangedto10CFR20.2002tobeconsistentwiththerevisioninthenumberingofthisregulation.Systemclassificationsand'referencesareaddedtoTable8(NotanEffluentPathway)andTable9(InsignificantEffluentPathway).Table10(SignificantEffluentPathway)isaddedwithreferencesSectionllisrevisedtostatethatODCMrevisionsshallbe.reviewedbyPORCafterapprovalbytheManager-NuclearTechnology.Rev.3 I'

APPROVAL~AG~DTREVISION~DATE9.0RADIOLOGICALENVIRONHENTALMONITORINGPROGRAM.9o1DEFINITIONS@~~~~~~~~~~~~~~o~~e~~~~~~o~~~~~9.2MONITORINGPROGRAM..............-.........9.3CENSUSPROGRAM............................9.4INTERLABORATORYCOMPARISONPROGRAM........10.0DOSEASSESSMENTPOLICYSTATEMENTS............10.1SELECTIONOFANALYSISRESULTSFORDOSECALCULATIONS10.2ASSIGNMENTOFRELEASESTOTHEREACTORUNITS10.3EVALUATIONANDMONITORINGCRITERIAFOREFFLUENTPATHWAYS10.4FLOWFROMTHESGTSVENTWHENTHESYSTEMISNOTINUSE10.5ODCHSETPOINTSAREUPPERLIMITVALUES10.6DEFINITIONOF"APPROPRIATETREATHENT"FORLIQUIDWASTES10.7MONITORLINE-LOSSCORRECTIONS10.8SELECTIONOFDATAFORDETERMINATIONOFDOSERATECOMPLIANCE10.9LOW-LEVELRADIOACTIVITYINTHESEWAGETREATMENTPLANT424242434445535353535555555758591/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/953/23/953/23/953/23/953/23/953/23/953/23/953/23/951/20/951/20/951/20/951/20/951/20/951/20/951/20/951/20/951/20/953/30/953/30/953/30/953/30/953/30/953/30/953/30/9511.0ODCMREVIEWANDREVISIONCONTROL.............603/30/953/30/95APPENDIXA-SAMPLECALCULATIONSOFODCHPARAMETERS...........................APPENDIXB-REPORTINGREQUIREMENTS...............A-1A-2A-3A-4A-5A-6A-7A-8A-9A-10A-llA-12A-13B-1B-2B-3B-42/5/922/5/9212/11/892/5/9210/29/9310/29/9310/29/9310/29/932/5/922/5/9210/29/9310/29/9310/29/9312/11/8910/29/9312/11/8912/11/892/21/922/21/9212/11/892/21/92,3/ll/943/ll/943/ll/943/ll/942/21/922/21/923/ll/943/ll/943/ll/9412/11/893/ll/9412/11/8912/11/89Rev.3 PAGAPPROVALDATEREVISIONDATE5-6cCompositeDoseFactors:HaximumHypotheticalChild(2pp)....................................5-6c(1,2)2/18/945-6dWaterIngestionDoseFactors:"HaximumHypotheticalInfant(2pp)......................5-6d(1,2)2/18/943/11/943/11/946OperationalRadiologicalEnviHonitoringProgram...........ronmental~~~~~~~~~~~~~~~~~~~4849503/23/953/23/953/23/953/30/953/30/953/30/958SystemsClassifiedasNotanEffluentPathway...619SystemsClassifiedasInsignificantEffluentpathway..........................................10SystemsClassifiedasSignificantEffluentpathway.........................................B-lRadiologicalEnvironmentalHonitoringProgramAnnualSummary..................................65B-37DetectionCapabilitiesforEnvironmentalSampleAnalysis.................................51521/16/951/16/953/29/953/29/953/29/951/20/951/20/953/30/953/30/953/30/9512/11/8912/11/89B-2ReportingLevelsforNonroutineOperatingReports.........................................B-412/11/89Il/9/93D-lDilutionFactorsandTransitTimesforSSESEffluentstoDanville,PA.......................D-l3/ll/943/ll/94

LISTOFFIGURESAPPROVALREVISION~PG~DAE~DEFigure1Figure2Figure3Figure4Figure5Figure6LiquidRadwasteSystemFlowDiagram..........................OffgasandRecombinerSystemFlowDiagramo~~~~~~~~~~~~~~~~~~~~~~~~~SolidWasteHanagementSystemFlowDiagram..........................SSESDryContaminatedWasteProcess1ngo~~~~~~~~~~~~~~~~~~~~~~~~~~~EnvironmentalHonitoringLocations,WithinOneHileofSSES...............EnvironmentalHonitoringLocationsGreaterthanOneHilefromSSES.......383/23/953/30/95391/16/951/20'/95401/16/951/20/95411/16/951/20/95461/16/951/20/95471/16/951/20/95Rev.3V1 l

EVAP.STEAMCONDS.AETUflNTANKPHASESEPARATORS(DECANTATE)RHRSYSTEMRWCUSYSTEIIREACTORWELLSEALLEAKDRAINREACTORBLDG.DRAINSDAVWELLDRAINSTLNBINEBLDG.DRAINSRADWASTEBLDG.DRAINSLIQUIDRADWASTEfIGURELIQUIDRADWASTESYSTEMFLOWDIAGRAMLIQUIDRADWASTECOLLECTIOH4SURGETAHKSOT-302ATHRUFOT-301ATHAUDLIOUIDAADWASTEFILTERSOF-302A>BLIOUIORADWASTEDENIHEAALIZEROF-801LIOUIORADWASTESAMPLETAHKSOT-303ATHRUFCOHOENSATEOEMIH.!RESINREGNEAATINGTANKLRWCOLLECTIONTANKPLAB'SOP-301A,B,CTOWASTEIIIXIHGTANKSOT-307A,BTOSPENTAESIHTANKOT-324LAWSAMPLETANKPNIPSOP-305A8CCOHOENSATESTORAGETANKSOT-522A,BCHEMICALWASTEHEUTRALIZERTANKS1T-130A,B2T-130A,BCSTBEAIIWATERSAMPLESTATIONSAUXBOILERBLOWDOWNSRWCUCHEIIICALOECOH.LABANDDECOH.DflAIHSCHEM.-WASTENEUTAALIZINGTAIN(PL%PSIP~I30A,B2P~130A,BAADWASTEEVAPORATOROE-302A,BDISTILLATESAMPLETANKOT-321DISTILLATESAMPLETANKPCSOP.327A,BAETOCODLINGTOWERSLOW-DOWNPIPELAUMIRYDRAINSREGLAATEOSHOPDRAINSPERSON@.LDECONTAII-INATION(DETEAGENTS)CASKCLEANINGDRAINSCHEIIICALWASTETANKOT-314CHEMWASTETANKPLBIPSOP-325A,BCHEIIIGALWASTEPROCESSINGSUS-SYSTEII(VENDORSUPPLIED)EVAPORATORCOHCENTflATESTORAGETANKOT-322TOWASTEIIIXIHOTANKSOT-307A,BLAUNDRYDRAINTANKOT-314A,BDATE9~~~pLAUNDRYDRAINTANKPUMPSOP~318AsBLAUHOAYDRAINFILTERSOF-318A,BLAUNDRYDRAINSAMPLETANKOT-312COHCEHTAATESTORAGETANKOISCH.PNIPOP~32BLALINDAYDRAINSJ4IPLETANKPLIMPSOP.3I9A,b il TABLE6OPERATIONALRADIOLOGICALENVIRONMENTALMONITORINGPROGRAMPageof3ExposurePathwaysNumberofSamplesandLocations*SamplingandCollectionFreuencTypeandFreuncofhnalsishirborneRadioiodineandParticulates~12SI0.4miWSW9BI1.3miSSS40.8miE12EI4.7miWSW7GI14miSE3S20.5miNE7S70.4nuSEIOS30.6miSSW13S60.4miW12GI15miWSWEOFBuildingTransmissionLineEnvironmentalLaboratoryBerwickHospitalPALHazletonComplex'SESBackup.Met.TowerEndofKline'sRoadEastofConfer'sLane,SouthofTowersClubFormerLaydownArea,WestofConfer'sLane'PN.BloomsburgServiceCenter'ontinualsampleroperationwithsampleRadioiodineCanister:analyzecollectionweekly.~~weeklyforI-131ParticulateSample:Analyzeforgrossbetaradioactivityfollowingfilterchange.Performisotopicanalysisoncompositesample(bylocation)quarterly.DirectRadiationIS2PerimeterFence-0.2miNID5MocanaquaSewageTreatmentPlant-4.0miN2S3PerimenterFence-0.2miNNE2B3DurabondCorporation-1.3miNNE2FISt.AdalbertsCemetery-5.9miNNE3S4PerimeterFence-0.3miNE4S3WestofSSESAPF-02miENE4E2RucklesHillA;PondHillRoadsIntersection:4.7miENE4GICrestwoodIndustrialPark-14miENE'S7PerimeterFence-0.3miE5E2BlossFarm-4.5miE6S4PerimeterFence-0.2miESE6A4RiversideRestaurant-0.6miESE6EISt.JamesChurch-4.7miESEQuarterlyGamniaDose:Quarterly.

Pageof3ExposurePathwaysNumberofSamplesandLocations~SamplingandCollection1reuencTypeandFreueneofhnalsis6S97S67EI7GI8S28B28D39S29D4IOSIIODIIIS3IIEI12S312EI12GI13S213E414S514B3ISFI15S516SI16S216FIPerimeterFence-0.2miESEPerimeterFence-0.2miSEHarwoodTransmissionLinePoleN2-4.2miSEPPN.HazletonComplex-14miSE'erimeterFence-0.2miSSELaWallResidence-1.4miSSEMowtyResidence-4.0miSSESecurityFence-0.2miSCountryFolkStore-3.6miSPostSouthofSwitchingStation-0.4miSSWRossRymanFarm-3.0miSSWSecurityFence-0.3miSWThomasResidence-4.7miSWPerimeterFence-0.4miWSWBerwickHospital-4.7miWSWPal,BloomsburgServiceCenter-15miWSW'erimeterFence-0.4miWKesslerFarm-4.1miWBeachGroveRd.4Confer'sLaneIntersection0.5miWNWMoskalukResidence-1.3miWNWZawatskiFarm-5.4miNWPerimeterFence-0.4miNWPerimeterFence0.3miNNWPerimeterFence-0.3miNNWHidlayResidence-7.8NNWWaterborne6S6riverwaterintakeline'S7coolingtowerblowdowndischargelineMonthlycompositeMonthlycompositeGatnmaisotopicanalysis.Compositetritiumanalysisatleastquarterly.Drinkingl2H2DanvilleWaterCompany{Approxintately30milesdownstream)MonthlycompositeGrossbetaandgammaisotopicanalysesmonthly.Compositefortritiumanalysisatleastquarterly.Rev.3

.I Page3ExposurePathwaysNumberofSamplesandLocations~SamplingandCollectionFreuencTypeandFreuencofhualxisSedimentfromShoreline7BBellBend-1.2miSESemi-annuallyGammaisotopicanalysissemi-annually.Milk~~~FishandInvertebrates12B3YoungFarm-2.0miWSWOutfallarea2HFalls,Pa'Approximately30miNNE)Semi-montMywhenanimalsareonpasture,montMyotherwiscSemi-annually.Onesample'romeachoftworeacreationallyimportantspeciesfromanyofthefollowingfamilies:bullheadcatfish,sunfish,pikes,orperches.Gammaisotopicand1-131analysisofeachsampleGammaisotopiconedibleportions.FoodProductsIIDIZehnerFarm-3.3miSWvegetableAttimeofharvestGatnmaisotopiconedibleportions.12F7LupiniFarm-8.3miWSWvegetable~ThelocationofsamplesandequipmentweredesignedusingtheguidanceinthcBranchTechnicalPositiontoNRCRev.Guide4.8,Rev.I,Nov.1979,Reg.Guide48.1975andORP/SID72-2EnvironmentalRadioactivitySurveillanceGuide.Therefore,theairbornesamplerlocationswercbaseduponX/Qand/orD/Q.~~Adustloadingstudy(RMC-TR411)concludedthattheassumptionofIforthetransmissioncorrectionfactorforgrossbetaanalysisofairparticulatesamplesisvalid.Airparticulatesamplesneednotbeweighedtodetermineatransmissioncorrectionfactor."Ifamilksampleisunavailablcformorethantwosamplingperiodsfromoneormorcofthclocations,avegetationsampleshallbesubstituteduntilasuitablemilklocationisevaluated.SuchanoccurrencewillbcdocumentedintheREMPannualreport.'Controlsamplelocation.'Two-weekcompositeifcalculateddosesduetoconsumptionofwaterexceedoncmilliremperyear.Inthesecases,I-131analyseswillbeperformed.'Thesamplecollectorwilldeterminethespeciesbaseduponavailability,whichmayvaryseasonallyandyearly.OATRtv.3 10.0DOSSSSNTPOICYSTATEHENTS10.11cioofAn1sisResultsforDoseCalculationsFordeterminationofcompliancewithSSESTechnicalSpecificationdoselimits,effluenttotalsshallbebasedonlyonactivitypositivelydetectedatthe95Xconfidencelevel.10.2AssinmentofReleasestotheReactorUnitsFordeterminationofcompliancewithSSESradioactiveeffluentdoselimitswhichareona"perreactorunit"basis:a.EffluentsfromtheUnit1ReactorBuildingventandtheUnit1TurbineBuildingventshallbeincludedasUnit1releases..b.EffluentsfromtheUnit2ReactorBuildingventandtheUnit2TurbineBuildingventshallbeincludedasUnit2releases.c.EffluentsfromtheStandbyGasTreatmentSystemventshallbeequallydividedbetweenUnit1andUnit2releasetotals.d.WaterborneeffluentsshallbeequallydividedbetweenUnit1andUnit2releasetotals.10.3EvaluationandMoitorinCriteriaforffluentPathwasPotentialeffluentpathwayswillbeevaluatedonacase-by-casebasis.Theevaluationwillincludeidentificationofsystemswhicharenormallynon-radioactive(asdescribedintheFSAR)butcouldpossiblybecomeradioactivethroughinterfaceswithradioactivesystems(

Reference:

NRCIEBulletinNo.80-10).Theevaluationwilldeterminethesignificanceofanypotentialeffluentspathwaysandextentofsamplingand/ormonitoringrequired.Thefrequencyofsamplingormonitoringwillbedeterminedbasedonthepotentialforcontamination,thepotentialforinadvertentreleases,thepotentiallevelsofcontaminationandreleases,andthepotentialimpactonstationoffsitedoses.OATRev.353

Resultsofsamplingand/orevaluationwillbeusedtoclassifypotentialeffluentpathwaysintooneofthefollowingcategories:a.NotanEffluentPathwa:Realisticevaluation(e.g.,engineeringdesign,systemoperation,radionuclideinventory)demonstratesthatthepathwayhasnopotentialforreleaseofradioactivematerial(Table8).Althoughnotrequired,periodicsamplingmayattimesbeperformed.toconfirmtheresultoftheevaluation.b.InsinificantffluentPathwa:Evaluationand/orperiodicsamplingdemonstratethatthepathway.maycontainradioactiveeffluents,however,theseeffluentsmaynotbereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedareaHPCvalue(fractionalHPCssummedwhenappropriate)listedinTableIIofAppendixBto10CFR20(Table9).Areleasepathwaywhich.fallsinthiscategorywillbesampledperiodically.c.SinificantEffluentPathwa:Evaluationand/orperiodicsamplingdemonstratethatthepathwaymaycontainradioactiveeffluents,andtheseeffluentsmaybereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedarea'HPCvalue(fractionalHPCssummedwhenappropriate)listedinTableIIofAppendixBto10CFR20(Table10).Areleasepathwaywhichfallsinthiscategorywillbesampledcontinuously.Ifsamplingindicatesanon-radioactivesystemhasbecomecontaminated,furtheruseofthesystemshallberestricteduntilthecause.ofthecontaminationhasbeencorrectedandthesystemisdecontaminated.Ifcontinuedoperationofthesystemascontaminatedisnecessary,a10CFR50.59safetyevaluationoftheoperationofthesystemasaradioactivesystemshallbeperformedimmediatelybythesystemoperator/engineer.Thesafetyevaluationwillincludeanychangesintheeffluentpathwaysandtheimpactstooffsitedoses.(Ref.NRCIEBulletin80-10).DATRev.354

PositivelydetectedradioactivematerialinsamplescollectedfromallairborneandwaterborneoffsitereleasepathwayswillbereportedintheAnnualEffluentandWasteDisposalReport.10.,4FlowfromtheSGTSVentwhentheSstemisNotinUseWhentheStandbyGasTreatmentisnotbeingused,thereremainsasmallamountofflowfromtheSGTSvent.Thisresidualflowisexhaustfromthebatteryroomsinthecontrolstructure.Becausetherearenoidentifiablesourcesofradioactivityintheserooms,auxiliaryparticulateandiodinesampleandnoblegasgrabsampleat4-hourintervalsarenotrequired'fromtheSGTSventwhentheSGTScon'tinuousventmonitorisoutofservice,~y~ovi~d~aa.theStandbyGasTreatmentSystemisnotbeingused,b.thereareproperadministrativecontrolsinplacetoensurethattherequiredsamplingwillbeginwithin4hoursifthetreatmentsystemisoperated.10.5ODSetpintsareUerLimitValueEffluentmonitoralarm/tripsetpointscalculatedinaccordance.withtheODCHshallbeconsideredupperlimitvalues.Higher(lessconservative)setpointsshallnotbeused,ho'wever=lower(moreconservative)setpointsmaybeusedasrequiredtomaximizetheutilityofthemonitor.10.6Diitionof"AroriateTreatment"forLiuidWastesTechnicalSpecification3.11.1.3requiresthattheappropriateportionsoftheliquidwastetreatmentsystembeoperableandbeusedtoreduceradioactivityinliquidwastespriortotheirreleasewhenprojecteddosesfromeachreactorunittounrestrictedareaswouldexceed0.06mremtothetotalbodyor0.2mremtoanyorganina31dayperiod.OATRev.355

oThenormaltreatment,whichisconsideredappropriateforeachsubsystem,isasfollows:FiltrationisconsideredappropriatetreatmentfortheLiquidRadwasteLaundryProcessingSubsystem,whichconsistsofhighconductivityliquidwastes,suchasthosefromequipmentwashdownandpersonneldecontaminationfacilities,orlaundry.Theatmosphericdemineralizer(avendor-suppliedsystemwhichisdirectedtotheDistilla'teSampleTank)isconsideredappropriatefortheLiquidRadwasteChemicalProcessingSubsystem.Demineralizationandfiltrationareconsideredappropriatetreatmentforlowconductivity/loworganiccontaminantliquidwastesenteringtheLiquidRadwasteProcessingSubsystem(LRWcollectiontanks),exceptforbatcheswhichyieldprojecteddosespriortotreatmentoflessthanorequalto6.45-04modemtothetotalbodyand2.15E-03mremtoanyorgan,wherefiltrationaloneisappropriate,oroForbatcheswhichhavenoidentifiedgammaactivityabovetheTechnicalSpecificationLiquidEffluentLLDlevel(Table4.11.1.l.1-1),.releasewithouttreatmentisconsideredappropriate.BASESTheprojecteddosethresholdvaluesusedarederivedbydividingthesite-totalmaximumprojecteddoseswithouttreatment(0.12and0.4mrem)by31daysandby6,themaximumpossiblenumberofbatchesreleasedperday,toyieldper-batchdoseactionlevels.Thetwolevelsof"appropriate"treatmentareinplacesoasnottorequireapplicationofdemineralizationfor56OATRev.3 treatinglowactivity,highconductivitywater(e.g.,fromCirculatingorServiceWaterleakage).Thiswouldincreasetheoverallefficiencyofthesolidradwasteprogramwhileensuringcalculateddosesremainatasuitablefractionof10CFR50designobjectivesandTechnicalSpecification3.11.1.2limit.~'"'0.7Monitr'neossCorrectionsInordertocorrectforairborneeffluentmonitorsamplelineloss,thefollowingcorrectionfactorsshallbeappliedtomonitordataandsampleanalysisresults:ROUTINFFLUENTMONITORSCORRTIONFACTORSMIOLNE~PTICIReactorBuildingUnit1ReactorBuildingUnit2TurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.51.51.61.51.63.23.23.63.9'.6POSTACCDENTVENTMONITORSCORRCTONFACTORS~IUIN~PNNCULNINTurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.71.61.74.24.44,3"'ReferenceCalculationNo.OT-RKB-92-001:CalculationofLiquidIsotopeOffsiteDoseConsequencesforUseofAtmosphericDemineralizerSystem,PLI-70360,2/4/92.'ReferenceLetterR.K.BarclaytoR.A.Breslin:DemineralizerEffluentResults,PLI-70612,3/4/92.57Atmospheric.

Eachindicatediodineandparticulatesconcentrationshallbemultipliedbytheappropriatecorrectionfactortoestimatetheactualconcentrationattheinlettothesampleline.10.8SelectionofDataforDeterminationofDoseRateComlianceAirborneeffluentmonitorsetpointsaremaintainedinaccordancewithSection2.2toalarmbeforethedoseratel.imitsofSpecification3.11.2.1areexceeded.StationalarmresponseprocedurescontaininstructionsforinvestigationandverificationoFmonitoralarms.Becausesetpointcalculationsmustincludeassumptionsaboutthecompositionofthemonitoredeffluent,amonitorhighalarmdoesnotnecessarilyindicatethatadoseratelimithasbeenexceeded.'alidten-minuteaverageddatashouldbetheprimaryinformationusedtodeterminethecompliancestatusofanincident.One-minuteaverageddatashouldalsobereviewedifavailable,buttheymayormaynotprovideadditionalinformationdependingonthemagnitudeofthereleaseduetothemannerinwhichthemonitorsupdatevaluestobestoredandassociatedstatisticalconsiderations.Averagesoveralongerperiodshouldbeusedonlywhendatawithhigherresolutionisnotavailable.Grabsampleanalysesshouldbeperformedwheneverpossibletoconfirmordisprovemonitordata,andtoprovideindicationofthenuclide-specificcompositionoftheeffluent.Whengrabsampledataareavailablewhich,basedonventmonitordata,areindicativeoftheperiodofelevatedrelease,doseratecalculationsshouldbeperformedusingtheactualeffluentmix.Thedeterminationofcompliancestatusshouldnotbebasedonmonitordataalonewhenitispossibletocollectandanalyzeaventsamplewhichwillberepresentativeoftheperiodofelevatedrelease.58Rev.3 10.91Radioac'vitintheSeweTramtPntLikeallsewageprocessingfacilities,theSSESsewagetreatmentplantcanundercertainconditionsreceivelowlevelsofradioactivematerials.Themostnotablescenarioiswhenindividualswhoworkon-sitehavebeensubjectedtothemedicaladministrationofradiopharmaceuticalsfordiagnosticortherapeuticpurposes.Inthesecases,normalbiologicaleliminationprocessescaneasilyresultinlevelsofradioactivityinsewagetreatmentplantsolutionsandsuspensionswhicharewithinthedetectioncapabilitiesoftheassociatedsamplingandanalysisprogram.Becausedisposalofsewagetreatmentplantsludgebycontrolleddispersalonspecifiedtractsoflandisacommonpractice,thefollowingguidelineshavebeenestablished:a.Allsludgecollectedinthesludgeholdingtankshouldbesampledandanalyzedpriortolanddisposaltoquantifyanyradioactivitypresentabovenaturalbackgroundlevels.b.Sludgecontainingnuclideswithshorthalf-lives,forexampleiodine-131,shouldbecontainedon-sitetopermitdec'aytolessthandetectablelevels.c.Whensludgeiscontaminatedwithnuclideswhichhavehalf-livessufficientlylongtomakehold-upfordecayimpractical,thefollowingoptionsshouldbeconsidered:l.Disposeofthesludgeaslowlevelradioactivewaste.2.Obtainaspecialpermitpursuanttotherequirementsof10CFR20.2002.ADATd.Thesewagetreatmentplantliquideffluentshouldbesampledmonthlyforradioactivity.Thiscanbeaccomplishedbydrawingasamplefromthechlorinecontactchamber.59Rev.3

11.0ODCMRVWANDREVISIONCONROTheSupervisor-EnvironmentalServices-NuclearshallensurethatatotalreviewoftheODCHisperformedduringeacheven-numberedyear.Commentsshallbedocumentedandrevisionsinitiatedasappropriate.EachODCMpageshallbenumberedandprovidedwithanapprovalanddatebox.TheODCMTableofContentsshallpresentthecurrentrevisiondateforeachpagesothatanymanualholdercancheckmanualcompletenessbasedonacurrentTableofContents.AllODCMrevisionsshallbereviewedbyPORCafterapprovalbytheManager-NuclearTechnology.PORCreviewshallbeindicatedbyPORCchairpersonordesigneesignatureonODCHcover.ODCMcopiesshillbeissuedinacontrolledfashionbythestaffoftheNuclearDepartmentLibrary.ThedistributionlistshallbemaintainedbytheNuclearDepartmentLibraryStaff.AnycommentsonODCMcontentsorproposedrevisionsshouldbedirectedtotheSupervisor-EnvironmentalServices-Nuclear.0>A~5~Rev.360

TABLE8SYSTEMSCLASSIFIEDASNOTANEFFLUENTPATHMAY(Page1of3)SYSTEMDESCRIPTIONDomestic.MaterRiverMaterMakeuIntakeComressedAirScreensandScreenwashFireProtectionWaterFireProtectionCOFireProtectionHalonTurbineBuildinClosedCoolinMaterBuildinDrains:NONRADWaterPretreatmentCondensateandRefuelWaterTransferLowPressureAirCondensateDeminsLubeOilTransferPurificationCoolinTowerAcidChlorinationCirculatinMaterCondenserTubeCleaninFeedwaterExtractionSteamFeedwaterHeatersResidualHeatRemovalReactorCoreIsolationCoolinCoreSraHihPressureCoolantInjectionStandbLiuidControlControlRodDrivesREFERENCE(1)PP5LCalculationEC-ENVR-1008Rev.361 TABLE8SYSTB5CLASSIFIEDASNOTANEFFLUENTPATHWAY(Page2of3)SYSTENDESCRIPTIONSuressionPoolPrimarContainmentVacuumBreakersSuressionPoolCleanuReactorWaterCleanuReactorPressureVesselReactorRecirculationSstemRadwasteChilledWaterSolidRadwasteCementSiloLRWCollectionTbandCond.OuterAreaSumsLRWProcessinRadwasteEvaoratorGaseousRadwasteRecombinerClosedCoolinWaterNitroenStoraeHdroenStoraeSamlinStationsPostAccidentSamlinSstemBassSteamMainSteamIsolationValves/NuclearSteamSu1,SstemShutoffAutomaticDeressurizationSstemMSIVLeakaeControlMoistureSearatorsTurbineSteamSealsElectrohdraulicControlStatorCoolinMainGeneratorStormDrainsREFERENCE(1)PP8LCalculationEC-ENVR-1008DATRev.362 f'

TABLE8SYSTEMSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page3of3)SYSTEMDESCRIPTIONMakeuDemineralizersFuelOilContainmentInstrumentGasControlStructureChilledWaterTurbineBld.ChilledWaterReactorBld.ChilledMaterAuxiliarBoilersfuelPoolCoolinFuelPoolDemineralizersFuelPoolsTemorarySDHRSstemREFERENCERev.363 TABLE9SYSTENSCLASSIFIEDASINSIGNIFICANTEFFLUENTPATHWAYSYSTEMDESCRIPTIONHSealOilCondensateStoraeTankandBermHainTurbineRFPTLubeOilInstrumentAirServiceAir.TemorarLaundrFacilitSecondSortDAWVolumeReductionFacilitLowLevelRadwasteHandlinFacilityREFERENCERev.3 TABLE10SYSTENSCLASSIFIEDASSIGNIFICANTEFFLUENTPATHWAYSYSTEHDESCRIPTIONLiuidWasteManaementSstemsGaseousWasteManaementSystemsREFERENCE(1)PPELCalculationEC-ENVR-1008(2)SafetyEvaluationNL-90-029:TemporaryLaundryFacility(3)SafetyEvaluationNL-89-002:DryActiveWasteVolumeReductionSystem(4)SafetyEvaluationNL-92-007:OperationofLLRWHFatSSES(5)SSESFSARChapter11.2(6)SSESFSARChapter11.3-(7)SafetyEvaluationNL-95-001:RefuelingOutageDecayHeatRemovalandTie-InoftheSDHRTemporaryCoolingEquipment.rvDATRev.3 P

PENNSYLVANIAPOWER8LLIGHTCOMPANYSUSQUEHANNASTEAMELECTRICSTATIONOFFSITEDOSECALCULATIONMANUALRevision4PreparedByDateReviewedBySupervisor-EnvironmentalServicesNuclearM~sz/eetsngo.ApprovedByHanager-NuclearTechnologyDateDateOate SUMMARYOFODCMCHANGESThreemilksamplingstations(IOGI,IOD2andIODI)wereinadvertentlydeletedinTable6,Rev.3,andarerestoredherein.ThesedeletionswerenotnotedinreviewofTable6,Rev.3,whichwassubmittedinresolutiontoSOOR95-045;ThenameoftherestaurantatTLDstation6A4hasbeeadeletedtomakethedescriptionmoregeneric,inresponsetoaPORCcommentfromthe.meetingonMarch30,1995.Rev.4 TABLEAPPROVALREVISIONJPPGE~0AEDATE5-6cCompositeDoseFactors:HaximumHypotheticalChild(2pp)....................................5-6c(1,2)2/18/945-6dWaterIngestionDoseFactors:HaximumHypotheticalInfant(2pp)......................5-6d(1,2)2/18/943/11/943/ll/946.OperationalRadiologicalEnvironmentalHonitoringProgram..............................4849504/17/953/23'/954/17/95'.4/20/953/30/954/20/951/20/951/20/953/30/953/30/953/30/951/16/951/1'6/953/29/953/29/953/29/958SystemsClassifiedasNotanEffluentPathway...619SystemsClassifiedasInsignificantEffluentathway.........................................p10'SystemsClassifiedasSignificantEffluent~~pathway~~~~~~~~~~~~~~~~~~~~~~~~'~~~~~~~~~~~~~~~B-1RadiologicalEnvironmentalHonitoringProgramAnnualSummary.................................;658-312/11/8912/11/897DetectionCapabilitiesforEnvironmentalSampleAnalysis.................................5152B-2ReportingLevelsforNonroutineOperatingeports....'.....................................RB-412/11/8911/9/93D-lDilutionFactorsandTransitTimesforSSESEffluentstoDanville,PA.......................D-l3/11/943/ll/94 TABLE6OPERATIONALRADIOLOGICALENVIRONMENTALMONITORINGPROGRAMPage1oExposurePathwaysNumberofSamplesandLocations*SamplingandCollectionFreuencTypeandFreuencofhnalsishirborneRadioiodineandParticulates~12SI0.4miWSW9BI1.3miS5S40.8miE12EI4.7miWSW7GI14miSE3S20.5miNE7S70.4miSEIOS30.6miSSW.13S60.4miW12GI15miWSWEOFBuildingTransmissionLineEnvironmentalLaboratoryBerwickHospitalPP&LHazletonComplex'SESBackupMet.TowerEndofKline'sRoadEastofConfer'sLane,SouthofTowersClubFormerLaydownArea,WestofConfer'sLane'P&LBloomsburgServiceCenter'ontinualsampleroperationwithsamplecollectionweekly."RadioiodineCanister:analyzeweeklyfor1-131ParticulateSample:Analyzeforgrossbetaradioactivityfollowingfilterchange.Performisotopicanalysisoncompositesample(bylocation)quarterly.DirectRadiationIS2PerimeterFence-0.2miNID5MocanaquaSewageTreatmentPlant-4.0miN2S3PerimenterFence-0.2miNNE2B3DurabondCorporation-1.3miNNE2FISt.AdalbertsCemetery-5.9miNNE3S4PerimeterFence-0.3miNE4S3WestofSSESAPF-0.2miENE4E2RucklesHill&PondHillRoadsIntersection:4.7miENE4GICrcstwoodIndustrialPark-14miENE'S7PerimeterFence-0.3miE5E2BlossFarm-4.5miE6S4PerimeterFence-0.2miESE6A4Restaurant-0.6miESE6EISt.JamesChurch-4.7miESEQuarterlyGammaDose:Quarterly.nnfF.Rev.4

Page3ExposurePathwaysNumberofSamplesandLocations*SamplingandCollectionFreuencTypeandFreuencofhnalsisSedimentfromShoreline7BBellBend-1.2miSESemi-annuallyGammaisotopicanalysissemi-annually.Milk~~~12B3YoungFarm-2.0miWSWIOGIDavisFarm-14.0mi.SSW'OD2RayRymanFarm-3.5mi.SSW10DIKLCRymanFarm-3.0mi.SSWSemi-monthlywhenanimalsareonpasture,monthlyotherwiseGammaisotopicandI-131analysisofeachsampleFishandInvertebratesOutfallarea2HFalls,Pa'Approximately30miNNE)Semi-annually.Onesample'romeachoftworeacreationallyimportantspeciesfromanyofthefollowingfamilies:bullheadcatfish,sunfish,pikes,orperches.Gammaisotopiconedibleportioils.FoodProducts11DIZehnerFarm-3.3miSWvegetableAttimeofharvestGammaisotopiconediblePoftioilS.12F7LupiniFarm-8.3miWSWvegetable~ThelocationofsamplesandequipmcntweredesignedusingtheguidanceintheBranchTechnicalPositiontoNRCRev.Guide4.8,Rev.I,Nov.1979,Reg.Guide48.1975andORP/SID72-2EnvironmentalRadioactivitySurveillanceGuide.Therefore,theairbornesamplerlocationswerebaseduponX/gand/orD/Q.~'Adustloadingstudy(RMC-TR-8141)concludedthattheassumptionofIforthetransmissioncorrectionfactorforgrossbetaanalysisofairparticulatesamplesisvalid.Airparticulatesamplesneednotbeweighedtodetermineatransmissioncorrectionfactor.~~'Ifamilksampleisunavailableformorethantwosamplingperiodsfromoneormoreofthelocations,avegetationsampleshallbesubstituteduntilasuitablemilklocationisevaluated.SuchanoccurrencewillbedocumentedintheREMPannualreport.'Controlsamplelocation.rwo-weekcompositeifcalculateddosesduetoconsumptionofwaterexceedonemilliremperyear.Inthesecases,1-131analyseswillbeperformed.'Thesamplecollectorwillde'terminethespeciesbaseduponavailability,whichmayvaryseasonallyandyearly.DAT I

PENNSYLVANIAPOWER&LIGHTCOMPANYSUSQUEHANNASTEAMELECTRICSTATIONQFFSITEDOSECALCULATIONMANUALRevision6Preparedby:Date:Reviewedby:SupervisorEnvironmentalServices-NuclearDate:Reviewedby:PORC/MeetingNo.Date:Approvedby:./Manager-NuclearTechnologyDate:7 SUMMARYOFODCMCHANGES1.TheIntroductionhasbeenrevisedtospecifythatreferencetoMPClimitsof10CFR20AppendixBinthedocumentappliestothoselimitsineffectpriortoJanuary1,1994,andcontinuingineffectuntilsuchtimethatrevised10CFR20AppendixBlimitsareimplementedatSSES.\2.AdescriptionofsystemswithNRCI/EBulletin80-10applicabilityhasbeenaddedtoSection10.3.ReferenceismadetoTable11,whichliststhe80-10systemsbynumberandname.3.Table9isrevisedtoincludeRefuelWaterStorageTankwithCondensateStorageTankandBerm,andH2SealOilwithMainTurbine/RFPTLubeOil.TheSewageTreatmentPlantisaddedtoTable9.Referencenotesforthesechangesarenowlocatedintheappropriatetables.4.Table11(SystemswithNRCI/EBulletin80-10Applicability)isaddedtotheODCM.TheSewageTreatmentPlantisaddedtoTable11inresponsetoPORCMeeting95-098ActionItemE05532.5.Section11(ODCMReviewandRevisionControl)isrepaginatedtofollowTables8-11ofSection10.ReferencetorevisioninaccordancewithNEPM-QA-1011isadded,whichissubmittedasanActiontoPreventRecurrenceinSOOR95-045.ThedistributionofODCMcopiesisrevisedtoindicateSSESDocumentControlServices,whichreplacesthestaffoftheNuclearDepartme'ntLibrary.6.Thisrevisiondoesnotreducetheaccuracyorreliabilityofdosecalculationsorsetpointdeterminations.Rev.5

TABLEOFCONTENTS

1.0INTRODUCTION

~paeApprovalDate7/14/957/14/951119/93Rev>sionDate7/20/957/20/953/11/942.0SETPOINTS2.1WaterborneEffluentMonitors2.2AirborneEffluentMonitors3.0WATERBORNEEFFLUENTCONCENTRATIONMEASUREMENTS4.0AIRBORNEEFFLUENTDOSERATES4.1NobleGases4.2RadionuclidesOtherThanNobleGases5.0INDIVIDUALDOSEDUETOWATERBORNEEFFLUENT5.1FishPathwayLiquidEffluentDoseCalculationMethodology5.2PotableWaterPathwayEffluentDoseCalculationMethodology5.3ShorelineExposurePathway5.4ProjectedDoseFromLiquidEffluent6.0INDIVIDUALDOSEDUETOAIRBORNEEFFLUENT6.1NobleGases6.2RadionuclidesOtherThanNobleGases7.0'OTALDOSE9101112141515161718192023242425262727282930312/5/922/5/9212/11/892/5/9212/11/8912/11/892/5/9212/11/8912/11/89'1/21/922/5/922/5/922/5/921/16/951/16/952/11/922/5/9212/11/8912/1/9210/29/932/18/9411/9/9311/9/9311/9/932/18/9411/9/9310/29/9310/29/9310/29/9310/29/931/16/9510/29/932/21/92'/21/9212/11/892/21/9212/11/8912/11/892/21/9212/11/8912/11/8911/25/922/21/922/21/922/21/921/20/951/20/952/21/922/21/9212/11/8912/4/923/11/943/11/943/11/943/11/94.3/11/943/11/943/11/943/11/943/11/943/11/943/11/941/20/953/11/94Rev.5 8.0OPERABIUTYOFWASTETREATMENTSYSTEMS8.1LiquidWasteTreatment8.2GaseousWasteTreatment8.3SolidWasteTreatment9.0RADIOLOGICALENVIRONMENTALMONITORINGPROGRAM9.1Definitions9.2MonitoringProgram9.3CensusProgram9.4IntertaboratoryComparisonProgram~Pae32323334353637424242434445ApprovalOats10/29/931/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/951/16/95.1/16/95RevisionDate3/11/941/20/951/20/951/20/951/20/951/20/951/20/951/20/951/20/951/20/95.1/20/951/20/951/20/9510.0DOSEASSESSMENTPOLICYSTATEMENTS5310.1SelectionofAnalysisResultsforDoseCalculations53~10.2AssignmentofReleasestotheReactorUnits5310.3EvaluationandMonitoringCriteriaforEffluent53Pathways10.4FlowFromtheSgtsVentWhentheSystemisNot54InUse7/14/957/14/957/14/957/14/957/14/957/20/957/20/957/20/957/20/957/20/9510.5ODCMSetpointsAreUpperLimitValues10.6Definitionof"AppropriateTreatment"forLiquidWastes10.7MonitorLine-LossCorrections10.8SelectionofDataForDeterminationofDoseRateCompliance10.9Low-LevelRadioactivityintheSewageTreatmentPlant11.0ODCMREVIEWANDREVISIONCONTROL5656585960687/14/957/14/957/14/957/14/957/14/957/14/957/20/957/20/957/20/957/20/957/20/957/20/95DATRev.5 AppendixA-SampleCalculationsofODCMParametersAppendixB-ReportingRequirements~PaeA-1A-2A-3AQA-5AWA-7A-8A-9A-10A-11A-12A-13B-1B-2B-3BPApprovalDate2/5/922/5/9212/11/892/5/9210/29/9310/29/9310/29/9310/29/932/5/922/5/9210/29/9310/29/9310/29/9312/11/8910/29/9312/11/8912/11/89RevisionDate2/21/922/21/9212/11/892/21/923/11/943/11/943/11/943/11/942/21/922/21/923/11/943/11/943/11/9412/11/893/11/9412/11/8912/11/89AppendixC-SiteSpecificInformationUsedbyGasparCodeC-1112/11/8912/11/89AppendixD-SiteSpecificInformationUsedbyLadtapCode10/10/9410/14/94Rev.5 TableLISTOFTABLESApprovalRevision~pae1RadiologicalEffluentObjectivesandStandards2DoseFactorsforNobleGases3SampleAnnualAverageRelativeConcentrationsandDepositionRates4DoseFactorsforInhalation,IngestionandGroundExposurePathways:RadionuciidesOtherThanNobleGases5-1aDoseFactorsforFishPathway,MaximumHypotheticalAdult(2pp)5-1bDoseFactorsforFishPathway,MaximumHypotheticalTeen(2pp)5-1cDoseFactorsforFishPathway,MaximumHypotheticalChild(2pp)5-2aDoseFactorsforPotableWaterPathway,MaximumHypotheticalAdult(2pp)5-2bDoseFactorsforPotableWaterPathway,MaximumHypotheticalTeen(2pp)5-2cDoseFactorsforPotableWaterPathway,MaximumHypotheticalChild(2pp)5-2dDoseFactorsforPotableWaterPathway,MaximumHypotheticalInfant(2pp)5-3RadioactiveDecayConstants5QDilutionFactorsandTransitTimesforSSESEffluentstoDanville,PA5-5DoseFactorsforShoreExposurePathway,AllAgeGroups(2pp)5<aCompositeDoseFactors:MaximumHypotheticalAdult(2pp)5-6bCompositeDoseFactors:MaximumHypotheticalTeen(2pp)1819~205-1a(1,2)5-1b(1,2)5-1c(1,2)5-2a(1,2)5-2b(1,2)5-2c(1,2)5-2d(1,2)5-35A(1,2)'5-5(1,2)5-6a(1,2)5-6b(1,2)11/9/933/11/942/5/922/21/9211/9/933/11/9412/1/9212/4/9210/10/9410/14/9410/10/9410/14/9410/10/9410/14/9410/29/933/11/9410/29/933/11/9410/29/933/11/9410/29/933/11/9410/29/933/11/9410/29/933/11/9410/29/933/11/9410/10/9410/14/9410/10/9410/14/94DATRev.5IV Table5-6cCompositeDoseFactor:MaximumHypotheticalChild(2pp)15-6dWaterIngestionDoseFactors:MaximumHypotheticalInfant(2pp)~Pae5-6c(1,2)5-6d(1,2)ApprovalRevisionDateOate2/18/943/11/942/18/943/11/946OperationalRadiologicalEnvironmentalMonitoringProgram7DetectionCapabilitiesforEnvironmentalSampleAnalysis48495051524/17/953/23/954/17/951/16/951/16/95,4/20/953/30/954/20/951/20/951/20/958SystemsClassifiedasNotanEffluentPathway9SystemsClassifiedasInsignificantEffluentPathway10SystemsClassifiedasSignificantEffluentPathway11SystemswithNRCI/EBulletin80-10ApplicabilityB-1RadiologicalEnvironmentalMonitoringProgramAnnualSummaryB-2ReportingLevelsforNonroutineOperatingReportsD-1DilutionFactorsandTransitTimesforSSESEffluentstoDanville,PA62656667B-3B-4D-17/14/957/20/958/7/95'/20/957/14/957/20/958/7/957/20/9512/11/89'2/11/8912/11/8912/11/8911/9/933/11/94SewageTreatmentPlantaddedinresponsetoPORCMeeting95-098ActionItemE05532.OATRev.5

LlSTOFFIGVRES~Fi~u~PaeApprovalDateRevisionDate1LiquidRadwasteSystemFlowDiagram2OffgasandRecombinerSystemFlowDiagram3SolidWasteManagementSystemFlowDiagram4SSESDryContaminatedWasteProcessing5EnvironmentalMonitoringLocationsWithinOneMileofSSES6EnvironmentalMonitoringLocationsGreaterthanOneMilefromSSES3839404146473/23/951/16/951/16/951/16/951/16/951/16/953/30/951/20/95,1/20/951/20/951/20/951/20/95

1.0INTRODUCTION

ThepurposeofthismanualistoprovidetheparametersandmethodologytobeusedincalculatingoffsitedosesandeffluentmonitorsetpointsfortheSusquehannaSteamElectricStation,Units1and2.Includedaremethodsfordeterminingmaximumindividual,whole-body,andorgandosesduetowaterborneandairborneeffluentstoensurecompliancewiththedoselimitationsintheTechnicalSpecifications.MethodsareincludedforperformingdosecalculationstoensurecompliancewiththewaterborneandairbornetreatmentsystemoperabilitysectionsoftheTechnicalSpecifications.ThismanualincludesthemethodsusedfordeterminingquarterlyindividualdosesforinclusioninAnnualEffluentandWasteDisposalReports.Thedosemodelsconsidertworeleasemodes:airborneandwaterborne.Allairborneeffluentsaretreatedasground-levelreleases.DosetoeachofthesevenorganslistedinRegulatoryGuide1.109(bone,liver,totalbody,thyroid,kidney,lung,andGI-LLI)arecomputedbasedontheindividualnuclidecompositionoftheeffluent.Thelargestofthedosesarecomparedto10CFR59,AppendixIdesignobjectives.Liquideffluentsdischargedintoariverundergomixingpriortoconsumptionaseitherpotablewaterorthroughthefishpathway.ForreleasestotheSusquehannaRiver,rivermodeldilutionfactorsareused.DosestothesevenTcriticalorgansaredeterminedfromindividualnuclidecontributionsandarecomparedtothe10CFR50AppendixIdesignobjectives.Compliancewiththe10CFR20maximumpermissibleconcentrationsisdoneonabatch-by-batchbasispriortodischarge.Henceforthinthisdocument,referencetoMPClimitsof10CFR20AppendixBappliestothoselimitsineffectpriortoJanuary1,1994,andcontinuingineffectuntilsuchtimethatrevised10CFR20AppendixBlimitsareimplementedatSSES.OATRev.5 ThismanualdiscussesthemethodologytobeusedindeterminingeNuentmonitoralarm/tripsetpointstobeusedtoensurecompliancewiththeinstantaneousreleaseratelimitsintheTechnicalSpecifications.MethodsaredescribedfordeterminingtheannualcumulativedosetoarealindividualfromliquideNuents,gaseouseNuents,anddirectradiationforcriticalorganstoensurecompliancewith40CFR190limits.Thecalculationalmethodologyfordosesarebasedonmodelsanddatathatmakeitunlikelytosubstantiallyunderestimatetheactualexposureofanindividualthroughanyoftheappropriatepathways.TheRadiologicalEnvironmentalMonitoring,ProgramisdescribedinSection9.0ofthemanual,whichincludestheannuallandusecensussurveyandinterlaboratorycomparisonprogram.,ItistheresponsibilityoftheSuperintendentofPlant-SusquehannatoensurethatthismanualisusedinperformanceofthesurveillancerequirementsandforcompliancewiththelimitingconditionsofoperationsstatedintheTechnicalSpecifications.ItistheresponsibilityoftheManager-NuclearTechnologytoensureadequacyandcorrectnessofcalculationalapproaches.Rev.5 014 10.0DOSEASSESSMENTPOLICYSTATEMENTS10.1SelectionofAnalsisResultsforDoseCalculationsFordeterminationofcompliancewithSSESTechnicalSpecificatiodoselimits,effluenttotalsshallbebasedonlyonactivitypositivelydetectedatthe95%confidencelevel.10.2AssinmentofReleasestotheReactorUnits'FordeterminationofcompliancewithSSESradioactiveeffluentdoselimitswhichareona"perreactorunit"basis:a.EffluentsfromtheUnit1ReactorBuildingventandtheUnit1TurbineBuildingve'ntshallbeincludedasUnit1releases.b.EffluentsfromtheUnit2ReactorBuildingventandtheUnit2TurbineBuildingventshallbeincludedasUnit2releases.c.EffluentsfromtheStandbyGasTreatmentSystemventshallbeequallydividedbetweenUnit1andUnit2releasetotals.'d.WaterborneeffluentsshallbeequallydividedbetweenUnit1andUnit2releasetotals.10.3EvaluationandMonitorinCriteriaforEffluentPathwasPotential:effluentpathwayswillbeevaluatedonacase-by-casebasis.Theevaluationwillincludeidentificationofsystemswhicharenormallynon-radioactive(asdescribedintheFSAR)butcouldpossiblybecomeradioactivethroughinterfaceswithradioactivesystems(

Reference:

NRCIEBulletinNo.80-10).TheevaluationwilldeterminethesignificanceofRev.553 I'P4 anypotentialeffluentspathwaysandextentofsamplingand/ormonitoringrequired.Thefrequencyofsamplingormonitoringwillbedeterminedbasedonthepotentialforcontamination,thepotentialforinadvertentreleases,thepotentiallevelsofcontaminationandreleases,andthepotentialimpactonstationoffsitedoses.Resultsofsamplingand/orevaluationwillbeusedtoclassifypotentialeffluentpathwaysintooneofthefollowingcategories:a.NotanEffluentPathwa:Realisticevaluation(e.g.,engineeringdesign,systemoperation,radionuclideinventory)demonstratesthatthepathwayhasnopotentialforreleaseofradioactivematerial(Table8).Althoughnotrequired,periodicsamplingmayattimesbeperformedtoconfirmtheresultoftheevaluation.b.InsinificantEffluentPathwa:Evaluationand/orperiodicsamplingdemonstratethatthepathwaymaycontainradioactiveeffluents,however,theseeffluentsmaynotbereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedareaMPCvalue(fractionalMPCssummedwhenappropriate)listedinTableIIofAppendixBto10CFR20(Table9).Areleasepathwaywhichfallsinthiscategorywillbesampledperiodically.c.SinificantEffluentPathwa:Evaluationand/orperiodicsamplingdemonstratethatthepathwaymaycontainradioactiveeffluents,andtheseeffluentsmaybereasonablyexpectedtoexceed10percentoftheappropriateunrestrictedareaMPCvalue(fractionalMPCssummedwhenappropriate)listedinTableIIofAppendixBto10CFR20(Table10).Areleasepathwaywhichfallsinthiscategorywillbesampledcontinuously.Rev.554 Ifsamplingindicatesanon-radioactivesystemhasbecomecontaminated,furtheruseofthesystemshallberestricteduntilthecauseofthecontaminationhasbeencorrectedandthesystemisdecontaminated.Ifcontinuedoperationofthesystemascontaminatedisnecessary,a10CFR50.59safetyevaluationoftheoperationofthesystemasaradioactivesystemshallbeperformedimmediatelybythesystemoperator/engineer.Thesafetyevaluationwillincludeanychangesintheeffluentpathwaysandtheimpactstooffsitedoses.(Ref.NRCIEBulletin80-10).SystemswithNRCI/EBulletinapplicabilityaredesignedtobeusedasnon-radioactive,butwhichcouldpossiblybecomeradioactivethroughinterface(s)withradioactivesystems,andwhichhaveapathforunmonitoredand/oruncontrolledreleasetotheenvironment.(Table11)PositivelydetectedradioactivematerialinsamplescollectedfromallairborneandwaterborneoffsitereleasepathwayswillbereportedintheAnnualEffluentandWasteDisposalReport.10.4FlowfromtheSGTSVentwhentheSstemisNotinUseWhentheStandbyGasTreatmentisnotbeingused,thereremainsasmallamountofflowfromtheSGTSvent.Thisresidualflowisexhaustfromthebatteryroomsinthecontrolstructure.'Becausetherearenoidentifiablesourcesofradioactivityintheserooms,auxiliaryparticulateandiodinesampleandnoblegasgrabsampleat4-hourintervalsarenotrequiredfromtheSGTSventwhentheSGTScontinuousventmonitorisoutofservice,trrovidedthat-a.theStandbyGasTreatmentSystemisnotbeingused,Rev.555 b.thereareproperadministrativecontrolsinplacetoensurethattherequiredsamplingwillbeginwithin4hoursifthetreatmentsystemisoperated.10.5ODCMSetpintsareUerLimitValuesEffluentmonitoralarm/tripsetpointscalculatedinaccordancewiththeODCMshallbeconsideredupperlimitvalues.Higher(lessconservative)setpointsshallnotbeused,howeverlower(moreconservative)setpointsmaybeusedasrequiredtomaximizetheutilityofthemonitor.10.6Definitionof"AroriateTreatment"forLiuidWastesTechnicalSpecification3.11.1.3requiresthattheappropriateportionsoftheliquidwastetreatmentsystembeoperableandbeusedtoreduceradioactivityinliquidwastespriortotheirreleasewhenprojecteddosesfromeachreactorunittounrestrictedareaswouldexceed0.06mremtothetotalbodyor0.2mremtoanyorganina31dayperiod.~Thenormaltreatment,whichisconsideredappropriateforeachsubsystem,isasfollows:FiltrationisconsideredappropriatetreatmentfortheLiquidRadwasteLaundryProcessingSubsystem,whichconsistsofhighconductivityliquidwastes,suchasthosefromequipmentwashdownandpersonneldecontaminationfacilities,orlaundry.Theatmosphericdemineralizer(avendor-suppliedsystemwhichisdirectedtotheDistillateSampleTank)isconsideredappropriatefortheLiquidRadwasteChemicalProcessingSubsystem.Rev.556 4,I4 Demineralizationandfiltrationareconsideredappropriatetreatmentforlowconductivity/loworganiccontaminantliquidwastesenteringtheLiquidRadwasteProcessingSubsystem(LRWcollectiontanks),exceptforbatcheswhichyieldprojecteddosespriortdtreatmentoflessthanorequalto6.45-04mremtothetotalbodyand2.15E-03mremtoanyorgan,wherefiltrationaloneisappropriate,of~ForbatcheswhichhavenoidentifiedgammaactivityabovetheTechnicalSpecificationLiquidEffluentLLDlevel(Table4.11.1.1.1-1),releasewithouttreatmentisconsideredappropriate.BASESTheprojecteddosethresholdvaluesusedarederivedbydividingthesite-totalmaximumprojecteddoseswithouttreatment(0.12and0.4mrem)by31daysandby6,themaximumpossiblenumberofbatchesreleasedperday,toyieldper-batchdoseactionlevels.Thetwolevelsof"appropriate"treatmentareinplacesoasnot'torequireapplicationofdemineralizationfortreatinglowactivity,highconductivitywater(e.g.,fromCirculatingorServiceWaterleakage).Thiswouldincreasetheoverallefficiencyofthesolidradwasteprogramwhileensuringcalculateddosesremainatasuitablefractionof10CFR50designobjectivesandTechnicalSpecification3.11.1.2limit."'"'."'ReferenceCalculationNo.OT-RKB-92-001:CalculationofLiquidIsotopeOffsiteDoseConsequencesforUseofAtmosphericDemineralizerSystem,PLI-70360,2/4/92.Rev.557

10.7MonitorLineLossCorrectionsInordertocorrectforairborneeNuentmonitorsamplelineloss,thefollowingcorrectionfactorsshallbeappliedtomonitordataandsampleanalysisresults:CORRECTIONFACTORSRoutineEffluentMonitorsiodineParticulatesReactorBuildingUnit1ReactorBuildingUnit2TurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.51.51.61.51.63.23.23.63.93.6.CORRECTIONFACTORSPost-AccidentVentMonitorsiodineParticulatesTurbineBuildingUnit1StandbyGasTreatmentTurbineBuildingUnit21.71.61.74.2'44.3Eachindicatediodineandparticulatesconcentrationshallbemultipliedbytheappropriatecorrectionfactortoestimatetheactualconcentrationattheinlettothesampleline.+ReferenceLetterR.K.BarclaytoR.A.Breslin:AtmosphericDemineralizerENuentResults,PLI-70612,3/4/92.DATRev.558

10.8SelectionofDataforDeterminationofDoseRateComlianceAirborneeffluentmonitorsetpointsaremaintainedinaccordancewithSection2.2toalarmbeforethedoseratelimitsofSpecification3.11.2.1areexceeded.Stationalarmresponseprocedurescontaininstructionsforinvestigationandverificationofmonitoralarms.Becausesetpointcalculationsmustincludeassumptionsaboutthecompositionofthemonitoredeffluent,amonitorhighalarmdoesnotnecessarilyindicatethatadoseratelimithasbeenexceeded.Validten-minuteaverageddatashouldbetheprimaryinformationusedtodeterminethecompliancestatusofanincident.One-minuteaveraged~datashouldalsobereviewedifavailable,buttheymayormaynotprovideadditionalinformationdependingonthemagnitudeofthereleaseduetothemannerinwhichthemonitorsupdatevaluestobestoredandassociatedstatisticalconsiderations.Averagesoveralongerperiodshouldbeusedonlywhendatawithhigherresolutionisnotavailable.Grabsampleanalysesshouldbeperformedwheneverpossibletoconfirmordisprovemonitor'data,andtoprovideindicationofthenuclide-specificcompositionoftheeffluent.Whengrabsampledataareavailablewhich,basedonventmonitordata,areindicativeoftheperiodofelevatedrelease,doseratecalculationsshouldbeperformedusingtheactualeffluentmix.Thedeterminationofcompliancestatusshouldnotbebasedonmonitordataalonewhenitispossibletocollectandanalyzeaventsamplewhichwillberepresentativeoftheperiodofelevatedrelease.OATRev.559 10.9Low-LevelRadioactivitintheSewaeTreatmentPlantLikeallsewageprocessingfacilities,theSSESsewagetreatmentplantcanundercertainconditionsreceivelowlevelsofradioactivematerials.Themostnotablescenarioiswhenindividualswhoworkon-sitehavebeensubjectedtothemedicaladministrationofradiopharmaceuticalsfordiagnosticortherapeuticpurposes.Inthesecases,normalbiologicaleliminationprocessescaneasilyresultinlevelsofradioactivityinsewagetreatmentplantsolutionsandsuspensionswhicharewithinthedetectioncapabilitiesoftheassociatedsamplingandanalysisprogram.Becausedisposalofsewagetreatmentplantsludgebycontrolleddispersalonspecifiedtractsoflandisacommonpractice,thefollowingguidelineshavebeenestablished:a.At(sludgecollectedinthesludgeholdingtankshouldbesampledandanalyzedpriortolanddisposaltoquantifyanyradioactivity'resentabovenaturalbackgroundlevels.b.Sludgecontainingnuclideswithshorthalf-lives,forexampleiodine-.131,shouldbecontainedon-sitetopermitdecaytolessthandetectablelevels.c.Whensludgeiscontaminatedwithnuclideswhichhavehalf-lives'ufficientlylongtomakehold-upfordecayimpractical,thefollowingoptionsshouldbeconsidered:1.Disposeofthesludgeaslowlevelradioactivewaste.Rev.560 I'I"~v'i 2.Obtainaspecialpermitpursuanttotherequirementsof10CFR20.2002.d.Thesewagetreatmentplantliquideffluentshouldbesampledmonthlyforradioactivity.Thiscanbeaccomplishedbydrawing'asamplefromthechlorinecontactchamber.Rev.561 TABLE8SYSTEMSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page1of3)SYSTEMDESCRIPTIONDomesticWaterRiverWaterMakeupIntakeCompressedAirScreensandScreenwashFireProtectionWaterFireProtectionCO2FireProtectionHalonTurbineBuildingClosedCoolingWater'BuildingDrains:NONRADWaterPretreatmentCondensateandRefuelWaterTransferLowPressureAirCondensateDeminsLubeOilTransfer/PurificationCoolingTowerAcid/ChlorinationCirculatingWaterCondenserTubeCleaningFeedwaterExtractionSteamFeedwaterHeatersResidualHeatRemovalReactorCoreIsolationCoolingCoreSprayHighPressureCoolantInjectionStandbyLiquidControlControlRodDrivesREFERENCEPPRLCalculationEC-ENVR-1008Rev.562

TABLE8SYSTEMSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page2of3)SYSTEMDESCRIPTIONSuppressionPoolPrimaryContainmentVacuumBreakersSuppressionPoolCleanupReactorWaterCleanup'eactorPressureVesselReactorRecirculationSystemRadwasteChilledWaterSolidRadwaste/CementSiloLRWCollection/TbandCond.OuterAreaSumpsLRWProcessing/RadwasteEvaporatorGaseousRadwasteRecombinerClosedCoolingWaterNitrogenStorageHydrogenStorageSamplingStationsPostAccidentSamplingSystemBypassSteamMainSteamIsolationValves/NuclearSteamSupplySystemShutoffAutomaticDepressurizationSystemMSlVLeakageControlMoistureSeparatorsTurbineSteamSealsElectrohydraulicControlStatorCoolingMainGeneratorStormDrainsREFERENCEPP8LCalculationEC-ENVR-1008Rev.563 TABLE8SYSTEMSCLASSIFIEDASNOTANEFFLUENTPATHWAY(Page3of3)SYSTEMDESCRIPTIONMakeupDemineralizersFuelOilContainmentInstrumentGasControlStructureChilledWaterTurbineBldg.ChilledWaterReactorBldg.ChilledWaterAuxiliaryBoileisFuelPoolCoolingFuelPoolDemineralizersFuelPoolsTemporarySDHRSystemREFERENCE(1)PP8LCalculationEC-ENVR-1008(7)SafetyEvaluationNL-95-001:RefuelingOutageDecayHeatRemovalandTie-lnoftheSDHRTemporaryCoolingEquipmentRev.564 blII TABLE9SYSTEMSCLASSIFIEDASINSIGNIFICANTEFFLUENTPATHWAYSYSTEMDESCRIPTIONH2SealOilCondensate/RefuelWaterStorageTankandBermMainTurbine/RFPTLubeOil/H2SealOilInstrumentAirServiceAirTemporaryLaundryFacilitySecondSort(DAWVolumeReduction)FacilityLowLevelRadwasteHandlingFacilitySewageTreatmentPlantREFERENCE(1),(8)(1)(8)(1),(8)(2)(3)(4)(9)(1)PPBLCalculationEC-ENVR-1008(2)SafetyEvaluationNL-90-029:TemporaryIaundryFacility(3)SafetyEvaluationNL-89-002:DryActiveWasteVolumeReductionSystem(4)SafetyEvaluationNL-92-007:.OperationofLLRWHFatSSES(8)MainTb/RFPTLubeOil,InstrumentAirandServiceAiraredesignedtobeoperatedasnon-radioactivesystems.Theyareclassifiedasinsignificantpathwaysbasedonsourcetermsandoffsitedoserateresultsforconsiderationofacontaminatedsourceterm.(9)Sewagetreatmentplant'isdesignedtobeoperatedasanon-radioactivesystem.ClassificationasaninsignificanteffluentpathwayisinaccordancewithSafetyEvaluationNL-95-015.Rev.565 TABLE40SYSTEMSCLASSIFIEDASSIGNIFICANTfFFLUENTPATHWAYSYSTEMDESCRIPTIONLiquidWasteManagementSystemsGaseousWasteManagementSystemsREFERENCE(5)(6)(5)SSESFSARChapter11.2(6)SSESFSARChapter11.3,oaRev.566

TABLE11SYSTEMSWITHNRCVEBULLETIN80-10APPLICABILITYSYSTEMNO.1618192735404852549399DDESCRIPTIONServiceWater(F/PHTXDischarge)RHRServiceWaterInstrumentAirServiceAirAuxiliaryBoilersShutdownDecayHeatRemovalSystemBatchLubeOilTankFeedwaterPumpTurbineLubeOilH2SealOilTankEmergencyServiceWaterMainTurbineLubeOilSewageTreatmentPlantOATRev.567 41.0ODCMREVIEWANDREVISIONCONTROLTheSupervisor-EnvironmentalServices-NuclearshallensurethatatotalreviewoftheODCMisperformedduringeachevenwumberedyear.Commentsshallbedocumentedandrevisionsinitiatedasappropriate.RevisionstotheODCMshallbeinitiatedinaccordancewithNEPM-QA-1011.EachODCMpageshallbenumberedandprovidedwithanapprovalanddatebox.TheODCMTableofContentsshallpresentthecurrentrevisiondateforeachpagesothatanymanualholdercancheckmanualcompletenessbasedonacurrentTableofContents.AllODCMrevisionsshallbereviewedbyPORCafterapprovalbytheManager-NuclearTechnology.PORCreviewshallbeindicatedbyPORCchairpersonordesigneesignatureonODCMcover.ODCMcopiesshallbeissuedinacontrolledfashionbySSESDocumentControlServices.ThedistributionlistshallbemaintainedbySSESDocumentControlServices.AnycommentsonODCMcontentsorproposedrevisionsshouldbedirectedtotheSupervisor-EnvironmentalServices-Nuclear.Rev.568

APPENDIXBREVISIONSTOSSESSOLIDWASTEPROCESSCONTROLPROGRAIN(NDAP-QA-0646)

1~~~~I~~~~~~~'~~~~~~m.~I~'~~I1P~,!IP~frI>>IPI'I'I~4f~~1~~rPP~~1'10I~~I~'~~IIa~IIIII'~~~.~II~'~"pP/Jp'ec.'ffff1~tVgfÃp~r+4".P"f~gw";>i'/Pp@//c$>+~~ef<I<'~1~~~KEFP~'~I~I~'I~PI/lI~I.~IIH'~~Ol/flI~PL~.<<IPPP~~OI'~I'I~'1l~'~~~AI;4~I~~~II~~III~'.I~~II'I:o1I~~~/II~~~'~'~~~~

1 PROCEDURECOVERSHEET'NUCLEARDEPARTMENTPROCEDURE~~rcS>SOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAMNDAP-QA-064'6Revision4Page1of63EFFECTIVEDATE:PERIODICREVIEMFREQUENCY:PERIODICREVIEWDUEDATE:REVISEDPERIODICREVIEMDUEDATE'PROCEDURETYPE:OAProgram(g)YES()NOPlant.Procedure(~}YES()NOREVIEWMETHOD:()Alternate()Expedited(Q)PORC()ERCPreparedbyRevi'ewedbyRecommendedSupervctionaUnManagerDate3-~~.9SDateApprovedbyPORCCommitteeHeetingNo.ERCCottDateDateFORMNDAP-QA-0002-1,Rev.1,Page1of1IIIIHlslllllllIIIINlllIIIllIIIIlslflfllIIIIlslllIIllliIlllllIlllSIl NDAP-OA-0646Revision4'age2of63PROCEDUREREVISIONSUMMARYSOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAM'Thefollowingchangeswillnotreducetheoverallconformanceofthesolidifiedwasteproducttoexistingcriteriaforsolidwastes.1)IncorporatedPCAF1-94-1330revisingthePCPimplementingprocedurematrixtoreflectactualproceduresinuseandchangedtherequirementsfordisposalofradioactivewaste'samplesafterpackagedradioactivewastehasbeeninitsdesignatedstoragearea.2),3)AddedSEGNRCapprovedTopicalReportSTD-P-05-Oll-P-AtoContractedVendorServicestoreflectuseofSEGforwasteprocessingequipment,methodsandverificationofacceptablewasteformsfordewateringandsolidification.AddedActivatedCarbonasanewwastetypewhichisgeneratedfromprocessingofliquidwastesusingvendorprovideddemineralizationservices.4).AddedtheSolidification/Dewatering/ServicesVendormayperformtestsolidificationanddeterminationofmixingratiosforsolidificationperformedoffsite(vendorfacility)5),6)AddedRadlok(SEG)typecontainerstoHighIntegrityContainerapprovedforuselist.AddedSNHinventoryrequirementsduringprocessingperSOOR94-581resolution.7)AddedNRCTechnicalPositiononConcentrationAveragingandEncapsul'ationtoRadioactiveWasteAnalysisandClassificationtoensurethatradionuclide/concentrationsareadequatelydistributedoverthevolumeorweightofthewaste.

SECTION1.0PURPOSE2.0POLICY/DISCUSSION

3.0REFERENCES

4.0RESPONSIBILITIESTABLEOFCONTENTSNDAP-gA-0646Revision4Page3of63PAGE,64.1EFFLUENTSMANAGEMENTSUPERVISOR4.2SUPERVISOR-OPERATIONSTECHNOLOGY4.3.POMERPRODUCTIONENGINEER-EFFLUENTSMANAGEMENT4.4HEALTHPHYSICIST-EFFLUENTSMANAGEMENT4.5RADMASTESUPERVISOR4.6CHEMISTRYSUPERVISOR4.7HPFOREHAN-EFFLUENTSMANAGEMENT4.8MANAGER-NUCLEARASSESSMENTSERVICES4.9AUXILIARYSYSTEHSOPERATOR4.10SOLIDIFICATION/DEWATERING/SERVICESVENDOR4.11HANAGER-NUCLEARPROCUREMENT4.12HANAGER-NUCLEARSYSTEMSENGINEERING4.13MANAGER-NUCLEARMAINTENANCE4.14LICENSINGSUPERVISOR4.15MANAGER-NUCLEARTRAINING4.16HANAGER-NUCLEARSECURITY5.0DEFINITIONS101012131313141414151515 NDAP-gA-0646Revision4Page4of63SECTION6.0PROCEDURETABLEOFCONTENTSContinuedPAGE20.6.1CONTRACTEDVENDORSERVICES6.2WASTETYPES6.3RADIOACTIVEMASTEANALYSISANDCLASSIFICATION6.4TESTING/TREATMENTOFSOLIDIFIEDRADMASTEFORCOMBUSTIBLEGASES6.5RADIOACTIVEWASTESOLIDIFICATION6.6RADIOACTIVEWASTEDEWATERING6.7HIGHINTEGRITYCONTAINERS(HIC)6.8IRRADIATEDHARDMAREPROCESSINGANDDEWATERING6.9CONTAINERINSPECTIONS6.10WASTECONTAINERSPACEUTILIZATION6.11STORAGEOFPACKAGEDRADIOACTIVEWASTE6.12TRANSPORTATION,SHIPPINGANDDISPOSALREGULATIONS6.13SHIPPINGOFRADIOACTIVE.WASTE6.14SHIPMENTCONFIRMATION6.15CHANGESTOTHESOLIDRADIOACTIVEMASTEPROCESSCONTROLPROGRAM6.16EVALUATIONOFPROCESSOROPERATIONALCHANGES6.17REPORTINGOFHISHAPSINVOLVINGLOWLEVELWASTEFORNS6.18PCPIHPLEHENTINGPROCEDURES7.0RECORDS2021'73030404246474748515151525354 NDAP-0A-0646Revision4Page5of63ATTACHMENTATTACHMENTSPAGEASolidificationRecordSheetBDewateringRecordSheetCSusquehannaGuaranteedSolidified/DewateredWasteVolumeRecordDPCPImplementingProcedureMatrixEMaterialsnotCompatiblewithPolyethyleneContainers55566063 NDAP-QA-0646Revision4Page6of631.0PURPOSEProvideadministrativecontrol,guidanceandrecordsfortheprocessing,packaging,transportation,anddisposalofradioactivewaste.ThisprocedureistheProcessControlProgramrequiredbySSESTechnicalSpecifications.'2.0~LICIUKMThisprocedureisapplicabletoLowLevelRadwaste(LLRW)generatedasaresultoftheoperationoftheSusquehannaSteamElectricStation(SSES).Thewastestreamsincludesolidandliquidwaste'asdefinedintheFSAR,butdonotincludespentfuelorgreaterthanClassCwaste.EfficientgenerationandprocessingofradioactivewasteisveryimportanttotheoveralloperationofSSES.Animportantobjectivewithrespecttoradioactivewastegenerationistominimizethevolumeofwastegenerated.Theprocessingoflargevolumesofwastecanresultintheinabilitytodisposeoforstore'allwastepackaged,thesignificantincreasedcostsassociatedwithincreasedwastegeneration,andthe-potentialtoover-burdentheprocessingsystemanddegradeitslongtermreliability.TheProcessControlProgramdescribestheenvelopewithinwhichprocessingandpackagingofradioactivewasteisaccomplishedtoprovidereasonableassuranceofcompliance.withLow-LevelRadwasteregulationsandrequirements.Th'isprocedureisapplicabletoSSESinstalledsystems,temporarysystemsandequipmentprovidedbyvendorsforprocessing,packaging,transportation,anddisposalofapplicablewasteforms.

3.0REFERENCES

3.149CFR100-l77,Transportation3.210CFR20,StandardsforProtectionAgainstRadiation3.310CFR61,LicensingRequirementforLar"DisposalofRadioactive'asteA3.410CFR71,PackagingandTransportationofRadioactiveMaterial3.540CFR261,IdentificationandListingofHazardousWaste3.63.7SSESTechnicalSpecificationsSection3/4.11.3,SolidRadwasteSystemSSESTechnicalSpecificationsSection6.13,ProcessControlProgram(PCP) he'i NDAP-0A-0646Revision4Page7of633.83.93.103.113.123.133.143.15NUREG0800,StandardReviewPlan11.4SolidWasteManagementSystemsTechnicalPositiononWasteFormRev.1,1991TechnicalPositiononRadioactiveWasteClassification,Rev.0,1983TechnicalPositiononConcentrationAveragingandEncapsulation;Rev.0,1995RegulatoryGuide1.21,Measuring,EvaluatingandReportingRadioactiveMaterialinSolidWastesandReleaseofRadioactiveMaterialinLiquidandGaseousEffluentsfromLightWaterCooledNuclearPowerPlantsRegulatoryGuide1.143,DesignGuidanceofSolidWasteManagement'ystemsRegulatoryGuide7.1,AdministrativeGuideforPackagingandTransportingRadioactiveMaterialANSI/ANS40.35,VolumeReductionofLowLevelRadioactiveWaste3.16ANSI/ANS40.37,MobileRadioactiveWasteProcessingSystems3.173.183.193.20ANSI/ANS55.1,SolidRadioactiveWast'eProcessingSystemforLightWaterCooledReactorPl.antPacificNuclearDewateringSystemTopicalReportNo.TP-02-P-A,Rev.3PacificNuclearSolidificationProcessControlProcedureNo.PT-51-WS,Rev.40ScientificEcologyGroupMobileIncontainerDewateringandSolidificationSystem(MDSS)TopicalReportNo.STD-R-05-011-P-A;Rev.23.21DisposalSiteCriteriaforBarnwell,S,C.3.22DHEC-HIC-PL-001SouthCarolinaCertificateofComplianceforCNSIHighIntegrityContainers3.23DHEC-HIC-P0-006,SouthCarolinaCertificateofComplianceforCNSIOverpackHighIntegrityContainers3.24DHEC-HIC-PL-012,SouthCarolinaCertificateofComplianceforVectraTechnologies,Inc.HighIntegrityContainer I

(")()()4.0NDAP-gA-0646Revision4Page8of633.25DHEC-HIC-PL-005,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.26DHEC-HIC-PL-017,SouthCarolinaCertificateofComplianceforScientificEcologyGroup,Inc.HighIntegrityContainers3.27PLA-1237,ProcessControlProgram,August17,19823.28ReviewofProcessControlProgramforSusquehanna,UnitI,YoungbloodtoCurtis,September30,19823.29SafetyEvaluationNL-93-008,SolidRadwasteWasteProcessingServicesUtilizingPacificNuclearProcessingSystem3.30IEBulletin79-19,PackagingofLowLevelRadioactiveWasteforTransportationandBurial3.31NRCInformation.NoticeNo.90-50,MinimizationofMethaneGasGenerationinPlantSystemsandRadwasteShippingContainers.3.32GenericLetter91-02,ReportingMishapsInvolvingLLWFormsPreparedforDisposal3.33SOOR-1-90-148,BarnwellReceivedContainerPressurizedwithFlammableGas3.34SOOR1-90-172,IncorrectSamplingMethodUsedonResinLiner3.35SOOR1-91-322,DoseRatesonContainerHigherThanExpected3.36SOOR94-581,SpentTIPFoundUnexpectedlyinTIPRoom.tRESPONSIBILITIES4.1'ffluentsManagementSupervisorresponsibilities:4.1.14.1.24.1.3Developingandimplementingprogramsandproceduresforradioactivewasteprocessing,packaging,transportationanddisposal.Maintainingtheoverallradwasteprogramtoensurecompliancewithapplicableradiologicalandshippingregulations.Ensuringpersonnelwhoperformsupportactivitiessuchasprocessing,packaging,andtransportationoflow'evelradioactivewasteareavailableandmeetallqualificationsandtrainingrequiredbySSESprocedures..

NDAP-QA-0646Revision4Page9of63Collecting,maintaining,reviewingandsubmittingaccuratedata/informationrelatedtowastestreamquantityandnuclidecompositionforinclusionintoAnnualRadioactiveEffluentReleaseReportandStateDER-BRP'QuarterlyReport.4.2Supervisor-OperationsTechnologyresponsibilities:ProvidingtechnicalassistancetoEffluentsManagementpersonnel.Thisincludesinterpretationsofstate,federal,anddisposalfacilityregulationsregardingnew,imminent,orproposedregulatorychangesgoverningprocessing,packaging,transportation,anddisposal.4.2.24.2.3Maintainingacurrentcopyoflocal,state,federalanddisposalfacilityregulationspertainingtodisposalandtransportationoflowlevelradioactivewaste.CoordinatingthesubmittaloftheAnnualRadioactiveEffluentReleaseReportaspertheSSESTechnicalSpecifications.4.3PowerProductionEngineer-EffluentsHanagementresponsibilities:Ensureproceduresareadequatetoprovideforpropersolidificationanddewateringofwaste.4.3.24.3.34.3.44.3.5Ensuretestdataorrationaleisavailabletojustifyapplicablesolidificationanddewateringfunctionsofeachwastetype,oranycombinations,toaddressdisposalandregulatoryagencies'equirements.Evaluateservicesprovidedbyvariousvendorstoensurecontractedsolidificationanddewateringoperationsareperformedinthemostefficientandeconomicalmethod,asrequiredbytheapplicableregulatoryagencies.PerformthedutiesofRadwasteSupervisorasspecifiedinthisprocedureinhisabsence.Definewastestreamsbasedongenerator,filtrationmediaandmeansofprocessing.

'P NDAP-gA-0646Revision4Page10of634.3.6Collecting,reviewingandsubmittingdatarelatedtothereportingofmishapsandresultsofPCPsurveillancespecimenexaminationstoapplicableregulatoryagencies.4.4HealthPhysicist-EffluentsManagementresponsibilities:4.4.14.4.24.4.34.4.44.4.5MaintainasamplingandarialysisprogramtoensurelOCFR61compliance.Ensureproceduresareadequatetoprovideforproperpackagingandshipmentofwastetoensurecompliancewithallapplicableregulations.Evaluateservicesprovidedbyvariousvendorstoensurecontractedwastepackaging,processing,andtransportationservicesareperformedinthemostefficientandeconomicalmethod,asrequiredbyapplicableregulatoryagencies.PerformthedutiesofHPForeman-EffluentsManagementasspecifiedinthisprocedureinhisabsence.Coordinateradioactivematerialevaluationofproductacceptabilityfordisposalatspecificdisposalfacilities.4.5RadwasteSupervisorresponsibilities:4.5.14.5.24.5.34.5.4'nsureSolidification/DewateringEquipmentisoperatedinaccordancewithapprovedoperatingprocedure,incl.udingvendorsuppliedequipment.Ensureappropriatewastesolidificationand.dewateringrecords'aregenerated.Interfacewithstationsupportgroupstoensureproperimplementationofprocesscontrolprograms.Providedirectiontocontractorpersonnelinvolvedinsolidwasteprocessingactivitiesincluding:a~b.Ensuringtestdataisavailabletojustifyspecificprocessingtechniques.EnsuringapplicablevendorproceduresandrevisionsareincorporatedintoapplicableplantprocedureandapprovedbyPORC.

NDAP-gA-0646Revision4Pagellof63c.Coordinatingpre-processingandpost-processingtreatmentactivities.d.Evaluatingservicesprovidedtoensureefficientandeconomicalmethodsareused.4.5.54.5.6EnsureSolidificationandDewateringoperationsarecarriedoutinanALARAmanner.InterfacewithHPForeman-Effluentsmanagementforlinerandcaskselectionforsolidwasteshippingactivities.4.5.74.5.84.5.94.5.104.5.114.5.12Ensurepropermarkingofcontainerspriortofilling.Ensuresolidification/dewateringpersonnelareadequatelytrainedperNTP-gA-42.6.Estimateclassificationofwasteforcontainerselectionandprocessingmethod.Ensurethat'wastestreamsloadedintoHighIntegrityContainersaresampledforradionuclideandevaluatedforchemicalcompatibilityapplicabletotheuseofHighIntegrityContainers.EnsureproperinspectionsanddocumentationarecompletepriortouseofaHighIntegrityContainerandensurethatcontainerisproperlyuseduptothepointoftransfertoHPForeman-EffluentsNanagement.CompleteandprocessHighIntegrityContainerUserCertificationStatementtoensurethecontainerisusedproperly.4.6ChemistrySupervisorresponsibilities:4.6.14.6.24.6.34.6.4Performrequiredsamplepreparationandanalysisinaccordancewithapprovedchemistryprocedures,Performtestsolidificationifrequired.Storetestsolidificationbilletifrequired.Providedensityofinitialandfinalwasteform.Providetheisotopicmixandconcentrationofisotopesdetectedinthematerialsampledforsolidificationordewatering.

NDAP-gA-0646Revision4Page12of634.6.54.6.6CompleteChemistryportionoftheSolidificationandDewateringRecords.EnsurepersonnelareadequatelytrainedperNTP-(A-41.2.4.6.7-Providechemicalanalysisand/ortreatmentsupportasnecessaryforuseofHighIntegrity.Containersandliners.E4.7HPForeman-EffluentsManagementresponsibilities:4.7.14.7.2InterfacewithRadwasteSupervisorforlinerandcaskselectionandschedulingforsolidwasteshippingactivities.Complete,process,and,fileradioactivewasteshippingdocumentation.4.7.3Storageofpackagedradioactivewastewithintheradwastefacilities.4.7.44.7.54.7.64.7.74.7.8Determinewasteclassificationanddescriptionofsolidified,dewatered,andotherpackagedwaste.Finaldispositionofsolidified,dewateredandotherpackagedwaste.EnsuresSSESisaregistereduserofapplicableHighIntegrityContainersatspecificdisposalfacilities.EnsuresHPpersonnelinvolvedwithradioactivewastehandl.inghavereceivedRadwasteWorkertrainingperNTP-(A-42.6.Evaluatevendorservicesprovidedtoensureefficientandeconomicalmethodsareused.4.7.94.7.10CompleteandprocessCert:"cationStatementforDisposalofHighIntegrityContainersasrequiredbyapplicableregulatoryagencies.ProcessandpackageCartridgeFilters,DryActiveWaste,solidsealedsourcesandothernonprocesswastes.4.7.11CollectionofDAWandnon-processwaste(IOCFR61)samples.

NDAP-gA-0646Revision4Page13of63'.8Hanager-NuclearAssessmentServicesresponsibilities:4.8.14.8.24.8.34.8.4Performperiodicauditofimplementationofthisprogramandreviewofradwasteservicevendor'sgAPrograms.InspectionofRadwaste,Containersasrequiredbyapplicableprocedures.Ensureprocesscontrolsareadheredtobyinspectionoftestsolidification,wastevolumes,solidificationagentadditions,productacceptabilitychecks,dewateringprocesssequence/acceptancecriteriaandrecordsreview.Inspectionofpackaging,storage,andshippingactivities,asrequiredbyapplicabl.eprocedures.4.9AuxiliarySystemsOperatorisresponsibleforoperatingtheplant.solidandliquidradwasteequipmentinaccordancewithapprovedoperatingproceduresasdirectedbytheRadwasteSupervisorandAssistantUnitSupervisor.4.10Solidification/Dewatering/ServicesVendorresponsibilities:.Providesolidification,dewateringand/orvolumereductionservicesinaccordancewithavalidcontractforsaidservices.4.10.24.10.34.10.44.10.5ProvidetestdataormakedataavailableforPP8Lreviewduringvendorauditstodemonstratethattheirservicesandequipmentmeettheapplicableregulatoryanddisposalfacilitylimitationsfortheservicetheyareproviding.Providetrainingdocumentationtodemonstratethatthepersonnelbeingprovided,toconducttheapplicable*service,areinfacttrainedandknowledgeableintheapplicableservices.ProvideproceduresthatareorcanbeplacedintotheSSESprocedureformatfortheservicesbeingprovided.EnsureanapprovedgualityAssuranceProgramexiststhatcoverstheservicesbeingprovided.ThevendorshallworkwithintheSSESgualityAssuranceProgramwhenapplicable.

'C' NOAP-OA-0646Revision4Page14of634.10.64.10.7CompleteapplicablesectionsofSolidificationandDewateringRecordsrequiredforeachcontainerprocessed.Ensurepre-qual'ificationtestdataforeachwasteformshallbesubmittedtotheNuclearRegulatoryCommission.'4.10.84.10.94.10.104.11Hanager-4.11.14.11.2Provideadescriptionoftheequipment/processthat;isusedinprocessingwaste.Obtainwastesamplesfromprocessingequipmentinaccordancewithapprovedoperating.procedures.PerformallpreandposttreatmentactivitiesasdeterminedbyRadwasteSupervisor.NuclearProcurementresponsibilities:HEnsureHighIntegrityContainersarenotexposedtoultravioletlight(sunlight).EnsurepropermaterialcertificationiscompletepriortoissuanceofHighIntegrityContainerstoplantforuse.4.11.3ReceiptinspectionofHighIntegrityContainersanddocumentreviewtoensureconformance.4.11.4EnsureCertificateofCompliance(CofC)isreceivedwithHighIntegrityContainer.4.12Manager-NuclearSystemsEngineeringisresponsibleforprovidingengineeringsupportasrequiredforoperationofassignedradwastesystemsandequipment.4.13Manager-NuclearMaintenanceresponsibilities:4.13.14.13.2CalibrationandmaintenanceofapplicableplantequipmentinRadwasteProcessingSystems.Providemaintenancepersonneltosupportprocessing,packagingandtransportationoflowlevelradioactivewaste.4.14Licensing4.14.1Supervisorresponsibi1ities:Submittingtransportationcaskuserregistrationrequeststo,NRCperlOCFR71.12.

NDAP-gA-0646Revision4Page15of634.14.24.14.3'SubmittingtotheNRCtheAnnualRadioactiveEffluentReleaseReport.CoordinatingandsubmittingtotheNRC'thereportsrequiredasaresult.ofConditionReport(CR)events,investigations,andresolutions.4.15Manager-NuclearTrainingresponsibilities:4.15.1Prov'd'ntra'niadiigingnretraininginapplicableregulatoryrequirementstopersonneldirectlyinvolvedintransfer,processing,packaging,storage,andtransportofradioactivewaste.4.15.2Maintainingarecordoftraining,attendees,andsubjectmaterialforallLowLevelRadioactiveMastetraining.4.16Manager-NuclearSecurityisresponsiblefornotifyingappropriatelawenforcementa'genciesintheeventoflostradioactivematerialshipments.5.0DEFINITIONS5.1APPROYEDCONTAINERS:ApprovedmeansapprovalissuedorrecognizedbytheNRCforuseinshipmentofradioactivematerial.5.25.3BATCH:Thetotalvolumeofwastecontainedinaliner,isolated-wastemixingtank-spentresintank-concentratestankor-phaseseparatorthathasbeensampledforsolidification/dewatering.BILLSOFLADING:Shippingpapersormanifestsservingasimilarpurposeandcontainingtheinformationrequiredby49CFR172.202,203,and204.5.4CARRIER:Meansapersonengagedinthetransportationofpassengersorproperty.(10CFR71.4)5.5CERTIFICATEOFCOMPLIANCE:LicenserequirementsestablishedbytheNuclearRegulatoryCommissionfor.theuseofapprovedRadioactiveMaterialShippingContainers.5.6'CHELATINGAGENT:Achemicalwhichcombineswithametalsoastoformaringstructureheldbycoordinationbonds.

NDAP-gA-0646Revision4Page16.of635.75.85.9CHEMICALFORM:ThechemicalcontentoftheRadioactiveMaterialbeingshipped.CLOSEDTRANSPORTVEHICLE:Avehicleequippedwithasecurelyattachedexteriorenclosure,whichduringnormaltransport,restrictstheaccessofunauthorizedpersonstothecargospace.(49CFR173-403[C])COMPOSITESAMPLE:Amixtureofsamplescollectedrepresentingconditionsattimeofsampling,fromthesamesamplingpoint,atdifferenttimes.5.10CONSIGNEE:Theindividualororganizationtowhomtheshipmentisconsignedorintended.5.11CURINGTIME:Thetimeallowedforthesolidifiedproducttosetpriortoitsevaluationforproductacceptability.5.125.135.145.15'5.16DECAY'EAT:Theheatproducedbyradioactivedecay,usuallyexpressedinWattsorBTU/hr,butcanberelatedtoCurieContent.DEWATERED:TheremovaloffreeliquidfromsolidmaterialtoapointwherelessthanIXforHIC'sandlessthan0.5Xforsteellinersbywastevolumeremainsasrequiredbythedisposalfacilitylicense.EXCLUSIVEUSEVEHICLE(a/k/a:SoleUseorFullLoad):Shipmentfromasingleconsignorhavingtheexclusiveuseofatransportvehicleandforwhichallinitial,intermediate.andfinalloadingandunloadingiscarriedoutby,orundertheairectionoftheconsignor,consignee,orhisdesignatedagent.(49CFR173.403[i])FREELIQUID:Liquidwhichisstillvisibleaftersolidificationordewateringiscomplete,orisdrainablefromthelowpointofapuncturedcontainer.1HAZARDOUSMATERIAL-Asubstanceormaterial,includingahazardoussubstancewhichhasbeendeterminedbytheSecretaryofTransportationtobecapableofposingathreattohealth,safety,andpropertywhentransportedincommerce,andwhichhasbeensodesignated.Thetermincludeshazardoussubstances,hazardouswastes,marinepollutants,andelevatedtemperaturematerialsasdefinedin49CFR171.8,materialsdesignatedashazardousundertheprovisionsof49CFR172F101and172.102,andmaterialsthatmeetthedefiningcriteriaforhazardclassesanddivisionsin49CFR173.

.NDAP-gA-0646Revision4Page17of635.17=5.18HAZARDOUSWASTE:Wastewhichcontainsmateriallistedin40CFR261,SubpartDand/orexhibitsoneormoreofthefourcharacteristicscitedin40CFR261,SubpartC,andisnotexcludedfromregulationunder40CFR261,SubpartA.HazmatEmployeemeansapersonwhoisemployedbyaHazmatEmployerwhoduringthecourseofemployment:5.18.1Loads,unloadsorhandleshazardousmaterials.5.18.2Prepareshazardousmaterialsfortransportation.5.18.35.18.4Modifies,marks,orotherwiserepresentscontainers,drums,orpackagingsasqualifiedforuseintransportofhazardousmaterials.Isresponsibleforsafetyoftransportingh'azardousmaterial.5.195.205.215.225.235.245.25HIGHINTEGRITYCONTAINER(HIC):Adisposalsiteapprovedcontainerthathasanexpectedlifeof300yearsandprovidesthestructuralstabilitytbmeetdisposalrequirements.HIGHWAYROUTECONTROLLEDQUANTITY:Aquantity',theaggregateradioactivityofwhichexceedsthatspecifiedin(49CFR173.403[1]).ISOTOPICANALYSIS:Theidentificationoftheisotopicelements.involvedinasampleofRadioactiveMaterial.LABELING:Labelsappliedtoacontainerdenotingthecontentsofthecontaineranddegreeofhazardassociatedwiththecontainers.Thelabelsare.identifiedastheWhiteIlabel,theYellowII,andYellowIIIlabel.AlabelstatingRadioactive-LSAcanalsobeappliedtoacontainerwhenappropriate.(49CFR172,.SubpartE)LIMITEDQUANTITYOFRADIOACTIVEMATERIAL:Meansaquantityofradioactivematerialnotexceedingthematerialpackagelimitsspecifiedin49CFR172.423,andwhichconformswithrequirementsspecifiedin49CFR173.421.(49CFR173.403[m])LINER:Steelcontainerinwhichdewateredorsolidificationproductisdeposited.LOWSPECIFICACTIVITY:Materialinwhichtheactivityisessentiallyuniformlydistributedandinwhichtheestimatedaverageconcentrationpergramofcontentsdoesnotexceedthespecificationasstatedin49CFR173.403(n).

NDAP-gA-0646Revision4Page'18of635.265.275.285.295.305.315.325.335.345.355.36LOWLEVELRADIOACTIVEWASTE(LLRW):RadioactivewastegeneratedasaresultofoperationofSSES,excludingspentfuelorbyproductmaterial,isclassifiedbytheNRCaslow-level~radioactivewaste.LLRWdoesnotinclude"greaterthanclassC"waste.MIXINGRATIO:Theratioofwastetocementandadditivesrequiredforsatisfactorysolidification.MIXINGRECIPE:Theamountofwaste,cementandadditivesmixedtosolidifywaste.MIXEDWASTE:Amixtureoflowlevelradioactiveandhazardouswaste.NORMALFORMRADIOACTIVEMATERIALS:MeansradioactivematerialswhichdonotmeettherequirementsofSpecialFormRadioactiveMaterials(49CFR173.403[s]).PLACARDING:Alabelaffixed'toallfoursidesofthetransportvehicledenoting'thepresenceandlevelofRadioactivematerialonthevehicle.(49CFR172,SubpartF)PROCESSCONTROLPROGRAM(PCP):Programwhichcontainsthesampling,analysis,andformulationdeterminationbywhichsolidificationofradioactivewastesfromliquidsystemsisassured.RADIOACTIVEMATERIAL:Forpurposesoftransportationonly,materialinwhichtheactivityisessentiallyuniformlydistributedandtheestimatedspecificactivityexceeds0.002microcuriespergramofmaterial.(49CFR173.403[y]and[aa])RADWASTEWORKER:AHazmatEmployeeinvolvedwiththe.collection',packaging,andtransportationofradioactivewaste.SEALEDSOURCES:Anyby-productmaterialthatisencasedinacapsuledesignedtopreventleakageoscapeofby-productmaterial.SOLIDIFICATION:Aconversionofradioactivematerialsfromliquidandsolidsystemstoahomogeneous(uniformlydistributed)monolithic,immobilizedsolidwithdefinitevolumeandshape,boundedbyastablesurfaceofdistinctoutlineonallsides(freestanding).

I NDAP-gA-0646Revision4Page19of635.375.385.395.405.415.425.435.44SOLIDIFIEDRADWASTE:Wetwastewhichissolidified(e.g.evaporatorconcentrates,sludge),meetsthefreeliquidcriteria,andsatisfiesapplicabletransportationanddisposalsite.requirements.Dewateredresinsorfiltersludgesatisfyingthe,twolattercriteriashallalsobedefinedassolidifiedradwaste.SPECIALFORMRADIOACTIVEMATERIALS:Radioactive.materialthatiseitherasinglepiece,oriscontainedinasealedcapsule,,thatcanbeopenedonlybedestroyingthecapsuleandmeetstheadditionalrequirementsspecifiedin49CFRPart173.403(z).STABLEANDUNSTABLEWASTEFORMS:Shallbedefinedasstatedin10CFRPart61andothersupportingregulatorydocuments.TESTSOLIDIFICATION:Themixingofwaste(s)andsolidificationagentsinthelaboratorytosupportselectionofmixingratiosand,provideinsuranceforfinalproductacceptability.TRANSPORTINDEX(TI):Thedimensionlessnumberplacedonthelabelofapackagetodesignatethedegreeofcontroltobeexercisedbythecarrierduringtransportation.Thetransportindexwillbedeterminedinaccordancewith49CFR173.403(bb).TYPE"A"PACKAGING:Packagingwhichisdesignedinaccordancewiththegeneralpackaging,requirementsof49CFR173.24,ahdwhichisadequatetopreventthelossordispersaloftheradioactivecontents,andtoretaintheefficiencyofitsradiationshieldingpropertiesifthepackageissubjectedtothetestdescribedin49CFR173.'465or173.466,asappropriate.(49CFR173.403[gg])TYPE"A"QUANTITYRADIOACTIVEMATERIAL:ThatmaterialwhichmaybetransportedinType"A"packaging.(49CFR173.431[a])TYPE"B"PACKAGING:PackagingwhichmeetsthestandardsforType"A"Packaging,andinaddition,meetsthestandardsforthehypotheticalaccidentconditionssetforthin10CFR71.(49CFR173.403[hh])5.45'YPE"B"QUANTITYRADIOACTIVEMATERIAL:ThatmaterialwhichmaybetransportedinType"B"packaging.(49CFR173.431[b])5.465.47WASTESTREAM:Aby-productofaprocesssystemorcomponentwithuniquecharacteristicsandmaintainedseparatefromotherwastestreams.WASTETYPE:Specificcontentsofalinerortankwhichmaycontainoneormultiplewastestreams,thecategoryofwastesuitableforaparticularmeansofprocessing"..

'II NDAP-QA-0646Revision4Page20of635.48WASTEPRE-CONDITIONING:Thephysicalorchemicaladjustmentofthewastetobringitwithinanestablishedenvelopetoassuresolidification.6.0PROCEDURE6.1CONTRACTEDVENDORSERVICES6.1.16.1.26.1.36.1.4F1.56.1.6SolidifiedradwasteprocessingservicesareprovidedbyVectra,Inc.forwastetypesincludedinthisProcessControlProgram.NRCapprovedTopicalReportTP-'02-P-A,describes,VectraInc.wasteprocessingequipment,methodsandverificationofacceptablewasteformsfordewatering.VectraInc.SolidificationProcessControlProcedurePT-51-WS,describeswasteprocessingequipment,methodsandverificationofacceptablewasteformsforsolidification.ThisproceduredoesnotprovidestabilitypertheBranchTechnicalPositiononWasteForm,Rev.l.VolumereductionservicesareprovidedbyScientificEcologyGroup(SEG)forwastetypesincludedintheProcessControlProgram.NRCapprovedTopicalReportSTD-P-05-011-P-A,aescr>besScientificEcoplogyGroup(SEG)wasteprocessingequipment,methodsandverificationofacceptablewas'teformsfordewateringandsolidification.SelectedsolidifiedwasteformshavebeenapprovedtoprovidestabilitypertheBranchTechnicalPositiononWasteForm,Rev..1.Othercontractedvendorserviceswhicharerequired.forsolidification,dewateringandvolumereductionservicesshallbeevaluatedtotherequirementsstatedinthisProcessControlProgramonacasebycasebasis.

NDAP-gA-0646Revision4Page21of636.2WASTETYPESThefollowingwastetypesshallbeprocessedinaccordancewiththisprocedureorincombinationsasdefined.Thewasteshouldbedewateredwheneverpossibletominimizedisposalvolume.6.2.1EvaporatorConcentratesa~ThefollowingareconcentratedwiththeRadw'asteEvaporatorsandareconsideredEvaporatorConcentrateswastestream:(1)CondensateDemineralizerregenerationeffluentb.C.d.(2)DeconShopdrains(3)ChemistryLaboratorysinkdrains(4)Auxil'iaryBoilerblowdowneffluentTheconstituentsofthiswastestream.mayincludethefollowing:(1)Tri-SodiumPhosphate(2)SodiumSulfate(3)PhosphoricAcid(4)SulfuricAcid(5)SodiumHydroxide(6)Decontaminationsolutions(?)Negligibleamountsofreagentchemicalsusedforchemistry.analysisEvaporatorConcentratesintherangeof0-24weightpercentsodiumsulfate(equivalent)shallbesolidifiedforfinaldisposal.EvaporatorConcentratesshallnotbemixedwithanyotherwastetypeinfinalprocessing.

NDAP-gA-0646Revision4Page22of63HixedSolidsa.ThefollowingprocesswastestreamsarecollectedeitherinWasteHixTanks,WasteSludgePhaseSeparatorortransferreddirectlytoaliner/HighIntegrityContainerandareconsideredHixedSolids:b.(1)LRWFilterHedia.anddrainliquid(2)SumpSludge(3)UltrasonicResinCleanerWaste'(URCWaste)Theconstituentsofthesewastestreamsmayincludethefollowing:(1)DiatomaceousEarth(2)PowderedResins(3)Fibrousmaterial(4)Carbonmaterial.(5).Corrosionproducts(6)Varioussolidsanddirtinsmallconcentrationsc~HixedSolidsmaybesolidifiedordewateredforfinal.disposal.d.Eachwastestreamshouldbeprocessedseparately.RWCUFilterHediaa.TheReactorWaterCleanupSystemandFuelPoolCoolingandCleanupSystemfilter/demineralizerwastearecollectedintheRWCUPhaseSeparatorandshouldbeallowedtodecayfor60days.ThiswastestreamisconsideredRWCU.FilterMedia.'.Thconstituentsofthiswastestreammayincludeanionandcationpowderedresin,corrosionandcontaminantsremovedfromtheprimarycoolant.

401ft NDAP-gA-0646Revision4Page23of63C.RWCUFilterMediashallbedewateredinHighIntegrityContainers.Ifthiswastemustbesolidified,TechnicalSpecification3/4.11.3actionstatementmustbeperformed.Condensate/Radwaste/AtmosphericDemineralizerBeadResina~ResinsfromtheCondensateDemineralizers,LiquidRadwasteOemineralizerandvendorprovideddemineralizationarecollectedintheSpentResinTankortransferreddirectlytoaliner/HighIntegrityContainer.Thi'sisconsideredtobeCondensate/Radwaste/AtmosphericDemineralizerBeadResin.b.C.Theconstituentsofthiswastestreammayincludevarioustypesofanion,cation,mixedbeadresinandcorrosionandcontaminatesremovedfromliquidwastestreams.BeadResinmaybeusedtodemineralizeLiquidWasteineithersteel.linersorHighIntegrityContainers.d.e.CondensateDemineralizerbeadresinshouldbeultrasonicallycleanedpriortocollectionintheSpentResinTank.BeadResinmaybesolidifiedordewateredforfinaldisposal.BeadResinmayalsobeprocessedbyvolumereductionmethodswhichincludedrying,incineration,compaction,useasfillmaterialsorotherevaluatedmethod(s)onacasebycasebasis.CartridgeFiltersCartridgeFilterwastetypeconsistsofthefollowingwastestreamsandconstituents:(I)CRDFilters-CRDorotherfiltersandsmallun-irradiatedprimarysystemequipmentsuchasvalves,CRDliftpumpfilters,RinseTankfiltersandothermetalcomponents.

NDAP-gA-0646Revision4Page24of63b.(2)RWCUSepta-SeptafromRWCUFilterDemineralizerincludingseptafromFuelPoolCleanupFilterDemineralizer.(3)RadwasteFilters-includingdegasifierfiltersandotherfiberorpaperfiltersotherthanprimarysystem.(4)UnderwaterVacuumFilters-non-process'iltersgeneratedfromwetcleaningactivities.CartridgeFiltersmaybeprocessedbythefollowingmethods:1(I)Emplacementinacementmatrixinasteel.drum/linerorinaHighIntegrityContainer.C.d.(2)Driedtoapointwherenofreeliquidisvisible.Absorbentmaterialmaybeincludedtoabsorbunintentionalandincidentalamountsofliquids.(3)Dewateredifdryingisimpractical.(4)Incinerationorothervolumereductionmethods.CartridgeFilterstobesolidifiedforfinaldisposalshallnotbemixedwithanyotherwastetype.Eachcartridgefilterwastestreamshouldbepackagedseparatelyunlessanalyzedpriortopackaginginaccordancewiththerequirementsof.thisprocedure.IrradiatedHardware'a~Irradiatedhardwareisneutronactivatedmetalremovedfromtheinternalareaofthereactorpressurevessel.ThiswastestreamisconsideredIrradiatedHardware.

'I NDAP-gA"0646Revision4Page25of63b.Theconstituentsofthiswastestreammayincludecontrolrodblades,LPRHS's,IRH's,'IP'sandcomponentsexpendedduringhardwareprocessingandpackag'ingacti.vities.Startupsourcesmayalsobeprocessedaspartofthis'astestream.c.Irradiatedhardwareispackagedinsteellinersfordisposal.d.LiquidshallbedrainedtoensurefreeliquidAcceptanceCriteriaaremet.e.Irradiatedhardwareshallnotbemixedwithanyotherwastetypeinfinalprocessing.DryActiveWaste(DAM)a.DryActiveWasteisawastestream.b.Theconstituentsofthiswastestreamconsistofcontaminatedpaper,plastic,wood,metalandotherdiscardedmaterial.C.DryActiveWasteshallbeprocessedbyvolumereductionmethodswhichmayincludeincineration,compaction,decontaminationandmetalmelting.d.Ataminimum,DAWshallbepackagedinstrong-tightcontainersfordisposal.LiquidOilWasteorPetroleumBasedHaterials.a.b.Theconstituentsofthiswastestreammayincludeturbinelubricatingoil,EHCfluidandotherpetroleumbasedmaterials.ContaminatedLiquidOilWastegeneratedatthefacilityshouldbeprocessedbyadecontaminationsystem,solidifiedforfinaldisposal,volumereducedbyincineration,orotheracceptablemethods.

e NDAP-gA-0646Revision4Page26of63C.LiquidOilWasteatconcentrationsIXandgreatermaybesolidifiedprovidedthefollowingareadheredto:(I)Anemulsificationageritisaddedatrequiredconcentrations.(2)TheLinerisNOTSHIPPEDtoa.disposal.facilitywithoutpriordisposalfacilityapproval.SolidSealedSourcesa.SolidSealedSourcesrequiringdisposalshallbe.packagedfordisposalasrequestedbyHealthPhysicsSupervision.b.MethodofdisposalisdependentonwasteclassoftheSolidSealedSourceanddisposalfacilityrequirements.c.Acceptablemethodsofdisposalinclude:~(I)Placementwithinacontainerconsistingofanotherwastetypeprovided:(a)Thesourcecontainsisotopicsalreadyinthewaste.(b)Thesourceactivityissignificantly~lessthanthewasteactivity..(2)ClassBandCsourcesshallbestabilizedwithinanapprovedsolidificationorencapsulationmedia.ActivatedCarbona0b.ActivatedCarbonfromvendorprovidedliquidwastedemineralizationistransferreddirectlytoaliner/HighIntegrityContainer.ThiswastestreamisconsideredActivated-Carbon.Theconstituentsofthiswastestreammayincludevarioustypesofcharcoal,ionspecificcarbonfiltermediaandcorrosionandcontaminantsfromliquidwastestreams.

4tV NDAP-gA-0646Revision4Page27of63C.ActivatedCarbonmaybesolidified,dewateredorprocessedbyvolumereductionmethodswhichincludedrying,incineration,compaction,useasfill-materialsorotherevaluatedmethods,onacasebycasebasis.6.2.116.2.126.2.13AWasteTypethatiscombinedwithaknownamount.ofhazardouswasteor"HixedWaste"shallbeprocessedforfinaldisposalpendingapprovalobtainedfromtheprocessinganddisposalfacilities,EnvironmentalProtectionAgency,U.S.NuclearRegulatoryCommissionandotherregulatoryagenciesasrequired.WastetypescontainingchelatingagentswithintherangeofO.lto8.0percentbyweightshallbeprocessedtoastablewasteforminaccordancewithandauthorizedbydisposalfacilityrequirementsandapprovals.Variousothermaterialsnotspecificallyidentifiedaswastetypeswillbeevaluatedforsolidification,dewateringvolumereductionorotherprocessingonacasebycasebasis.6.3RADIOACTIVEWASTEANALYSISANDCLASSIFICATION6.3.16.3.2Radionuclideconcentrationsofradioactivewasteareusedtoclassifywasteforshippinganddisposal.Radionuclideconcentrationsshouldbedeterminedbaseduponisotopicanalysis,volumeandweightoffinalwasteform.The10CFR61ComplianceProgramestabl.ishesamethodologyforcharacterizingradioactivewastethroughtheuseofcorrelationfactors.Thisprogramshallrequireasaminimumthat:a.SamplesrepresentativeofSusquehanna'swastestreamsarecollectedandanalyzedsuchthatresultsareobtainedfromadesignatedlaboratoryatleasteverytwoyears(ClassA)fordevelopmentofspecificcorrelationfactors.WastestreamsknownorsuspectedtobeclassifiedClass8orClassCshouldbeanalyzedonanannualbasis.

1'I NDAP-OA-0646Revision4Page28of63Technicalbasisdocumentationandjustificationofcorrelationfactorsaredevelopedforeachwastestreamand'areacceptableforuse.Periodicevaluationsandnecessaryadjustmentstoestablishedratiosareperformedinatimelymanner.C.Co'rrelationfactorsarere-evaluatedfollowingsignificantchanges(greaterthanafactorof'0)inplantoperations(suchassignificantchangesinfuelleakage,radwasteoperations,orequipment).Determinationofwasteclassificationshallbeinaccordancewith10CFR61.55,WasteClassification,anditssupplementaryBranchTechnicalPositiononRadioactiveWasteClassificationasfollows:*.b.C.ClassA-Usuallysegregatedfromotherwasteclassesatthedisposalfacility.Physicalformandcharacteristicsshallmeettheminimumrequirementsspecifiedin10CFR61.56(a):If.thestabilityrequirementsin10CFR61.56(b)aremet,thewastedoes.nothavetobesegregatedfordisposal.ClassB-Physicalformandcharacteristics.shallmeetboththeminimumandstabilityrequirementsspecifiedin10CFR61.56.ClassC-Physicalformandcharacteristicsshallmeetboththeminimumandstability~requirementsspecifiedin10CFR61.56.Inaddition,measuresshallbetakenatthedisposalfacilitytoprotectagainstinadvertentintrusion.Isotopicanalysismaybeperformedby:Gammaspectrometryofasampleanduseofcorrelationfactors.b.Directgammaspectrometryofwasteanduseofcorrelationfactors.C.d.Completeradionuclideanalysisofwastesample.DosetoCuriecalculations.

0 NDAP-gA-0646Revision4Page29of63e.Activationanalysis.Volumeandweightoffinalwastemaybedeterminedby:ta.Calculationusinganalyticallyderivedsampledensities..b.Calculationusingstandardwastedensities.c.Directmeasurementofvolumeandweight.d.AcceptablemethodsdescribedintheTechnicalPositiononConcentrationAveraging'andEncapsulation.Ifsamples.ofwasteareusedforclassification,samplingprogramshallinclude:a.Samplesshallbeobtainedandanalyzedforeachbatchof.wetwasteifpracticalandALARA.b.Preferentially,samplesshouldbetakenforanalysisfollowingprocessingintoafinal'asteform.c.Samplestakenpriortofinalprocessingshouldenableresultsofsampleanalysistobedirectlytranslatedtofinalwasteform.d.HeadresinandActivatedCarbonusedforchemicaldemineralizationshallbesampledafterhaving'hasbeendepletedinprocess.e.Solidification/DewateringServicesVendororanotherqualifiedindividualshallobtainrequired.samples.Preparationofwasteforsamplingoranalysisa~b.WetWasteCollectiontanksshallberecirculat'edinaccordancewithapprovedoperatingprocedures'riortosamplingoranalysis.Wasteprocessinginsolidificationliners/HighIntegrityContainersshallbemixedinaccordancewithapprovedprocedurespriortosamplingoranalysis.

6.3.8'.3.9-NDAP-gA-0646Revision4Page30of63c.Wetwastetobeprocessedmayalsobemixed,recirculatedandsampledoranalyzedfrommobileprocessingequipment.Finalwasteformcontainingamixtureofwastetypesorstreamsshallbeindividually.analyzedtodetermineradionuclideconcentrations.Thesummationofeachindividualradionuclideconcentrationshallbeusedtocharacterizethefinalwasteformforshippingand:disposal.Wastetypesorstreamsofdifferentwasteclasses(estimatedbyhistoricalprecedentorprojectedanalysis)shallnotbemixed.EDeviationsfromsamplingandanalysisrequirementsshallbeapprovedbyChemistrySupervisorandEffluentsManagementSupervision.Solidifiedwasteshallbetestedand/ortreatedtoensureitisnotcapableofgeneratingquantitiesof'lammableortoxicgases,vaporsorfumeswhich'aybeharmfultopersonstransporting,handling,storingordisposingofthewaste.6.4.16.5RADIOACTIVEWASTESOLIDIFICATION()6.4TESTING/TREATMENT'OFSOLIDIFIEDRADWASTEFORCOMBUSTIBLE'GASES(')6.5.1GeneralRequirementsa0b.C.d.WetWasteTypeswhichmaybesolidifiedinHighIntegrityContainersareEvaporatorConcentrates.,MixedSolids,Condensate/Radwaste.DemineralizerBeadResin,RWCUFilterMediaandLiquidOilWasteorPetroleumBasedMaterial,CartridgeFilters,SolidSealedSourcesandActivatedCarbon.HighIntegrityContasnersshallbeusedtomeetthestabilitycrite.'.inaccordancewithfederalanddisposalfacilityregulations.SolidificationprocessingshallbeconductedbyqualifiedSSESorSolidification/Dewatering/ServicesVendorpersonnel.Thesolidificationprocessshallbeoperatedinaccordancewithapprovedprocedures.Proceduresshallspec'ifywastestream,amountsofsolidificationagentandadditivesormethodfordetermination.

NDAP-gA-0646Revision4Page31of63WastePreconditioninga.Wastepreconditioningrequirementsshallbedeterminedbychemistryanalysis.b.C.Preconditioningofwasteshallbeperformedifrequiredpriortodeterminingmixingratios.Wastepreconditioningisrequiredwhenanyofthefollowingconditionsexist:(1)AhighorlowpHcondition,asdeterminedbychemicalanalysis;(2)Liquidcontentofthebatchisoutoftheacceptableenvelopeforsolidification..(3)Solidscontentofthebatchisoutoftheacceptableenvelopeforsolidification.(4)Knownpotentialproblemchemicalsandconstituentswithinwastethatmayadverselyaffectsettingandstabilityofcement-solidifiedwasteform.d.e.Wastepreconditioningshallbeperformedinaccordancewithapprovedprocedurestoensurewasteiswithintheacceptableenvelopeforsolidification.Uponcompletionofwastepreconditioning,additionalsamples,asrequired,shallbeobtainedinaccordancewithRadioactiveWasteAnalysisandClassificationsectionofthisprocedure.DeterminationofHixingRatiosa~b.cDeterminationofmixingratios.shallbeperformedforeachwastebatchtobeprocessed.DeviationfromtherecommendedmixingratiosshallbereviewedbyPlantOperationsReviewCommittee(PORC).ChemistryGroupdetermines:(1)Densityofthewastesamples.

NDAP-gA-0646Revision4Page32of63d.e.(2)SpecificgravityofSodiumSulfateSolutioninEvaporatorConcentrates.Solidification/Oewatering/ServicesVendordeterminesifthefinalmixingratiosarewithintheacceptableenvelopeforsolidification.Forsolidificationperformedonsite:(1)ChemistryGroupshallperformtestsolidificationofwasteasrequiredbyTestSolidificationsectionofthisprocedure.(2).ChemistryGroupdeterminesmixingratiostoensurepropersolidification.Forsolidificationperformedoffsite:(1)Solidification/Dewatering/ServicesVendor,shallperformtestsolidificationofwasteasrequiredbyTestSolidificationsectionofthisprocedure.(2)Solidification/Oewatering/ServicesVendordeterminesmixingratiostoensurepropersolidification.TestSolidification'a~Testsolidificationshallbeperformedtosupport.wastemixingratiosasfollows:'(1)Atleasteverytenth(10th)batchofthesamewastestream.(2)Whensampleanalysisfalloutsidetheestablishedrangeandcriteriaindicatingachangeinwastecharacteristics.(3)Whenitisbeli'evedthatsomeunexpectedorabnormalcontaminantmaybepresent.(4)WhenrequestedbyRadwasteSupervisor.

NDAP-gA-0646Revision4Page33of63(5)Hixingofmaterialsshallbeaccomplishedinamannerthatduplicates,totheextentpractical,mixingconditionsthatareobtainedwithfull-scalemixingincontainer.(6)Curingshallbeperformedunderconditionssimilartothoseusedinlaboratoryqualificationtestprogram.Uponfailureofatestsolidification,anLCOisentered,'dditionalsamplesshallbeobtained,alternativesolidificationparametersaredeterminedandasubsequenttestverifiessolidification.Testsolidificationshallbeperformedoneachsubsequentbatchofthesamewastestreamuntilatleastthree(3)consecutiveinitialtestsolidification'emonstrateacceptabilityinaccordancewithTechnicalSpecification3/4.11.3.gualityControlshallverifytestsolidificationacceptabilityandindicatetheacceptabilityonthesurveillancedocumentation.TheacceptabilityrequirementsaredefinedinthePCPSurveillanceSpecimensectionofthisprocedure.Extrasamplevolumeforbackuptestingshallbedisposedofafteracceptablecontainerchecksarecompleted..HighIntegrityContainertestsolidificationbilletsshouldbedisposedafteracceptablecontainerchecksarecompleted.Testsolidificationshouldbeperformedwithsamplesfromwasteobtainedasfollows:(1)InaccordancewithRadioactiveMasteAnalysisandClassificationsectionofthisprocedure.(2)Samplingofthesolidsinthecontainerandtheliquidsusedfor.hydration,thenmixedtotheratiosthatexistinthecontainer.

A'II' NDAP-gA-0646Revision4Page34of63f.g.TestSolidificationProceduresshallbedevelopedforeachspecificwastetypeasrequired.h.Cement,water'ypeandadditivestobeusedinactualsolidification.shallbeusedin,preparationoftestsolidification.PCPSurveillanceSpecimensa.HighIntegrityContainertestsolidificationbilletsshallbeexaminedandtestedforacceptabilityafterthespecifiedcuretime'for:(1)Liquidonsurfaceofsolidifiedproductlessthat1.0Xbywastevolume.(2)Visibledefects,suchascracking,spalling,ordisintegration.(3).Strengthbyphysicallypokingthesurfaceofsolidifiedproductwitharigid'nyieldingdevice.Nominalsurfacedentingisacceptable.b.Ifcementsol'idificationinsteellinersisNRCapprovedtoprovidestability,PCPsurveillancespecimenexaminationtestingandreportingisrequiredinaccordancewiththeBranchTechnicalPositiononWasteForm,Rev.I.CuringTime.a.Aminimumof30hoursshallbeallowedforcuringpriortocappingortransportingcontainer.b.Thecontainermaybemovedduringthefirst"houraftersolidificationbutmustremainundisturbedfortheremaining29hours.c.,DeviationsfromminimumrequiredcuringtimeshallbeapprovedbyRadwasteSupervisorandjustificationsdocumentedinremarkssectionofSolidificationRecord.

NOAP-gA-0646Revision4Page35of63SolidificationProductgualitya~Solidificationproductqualityisassuredbyuseofpredeterminedmixingratiosofwaste,cementandadditive.Liquidtobeusedforsolidificationshouldbedemineralizedwater.b.'re-qualificationmixingratiosarebasedonlaboratorytestingusingnon-radioactivewastematerials.c.Hixingratiosarere-enforcedbythefollowing:(I)TestsolidificationperformedperiodicallyasstatedinTestSolidificationsectionofthisprocedure.(2)Visuallyandphysicallycheckingatleasteveryfifth(5th)containerofthesamewastetype.d.Containerchecksshallconsistof:(I)Avisualcheckofsolidifiedproductforliquidonsurfaceofproductnottoexceed.1.0Xbywastevolume.(2)Physicallypokingthesurfaceofsolidifiedproductwitharigidunyieldingdevicepriortocapping(Nominalsurfacedentingmayoccurandisacceptable).e.gualityControlshallverifyacceptabilityofsolidifiedproductwhencontainersarechecked.I'.Oeviationfromthecontainercheckingrequirement,shallbeapprovedbytheRadwasteSupervisor.HandlingofUnacceptableSolidifiedWasteContainers.a.b.Ifasolidifiedwastecontainerdoesnotmeetacceptabilityrequirements,aConditionReport(CR)shallbeissued.Ifthereasonforunacceptabilityisfreeliquid:(I}Thefreeliquidwi11beremoved;or NDAP-gA-0646Revision4Page36of63(2)Extracement/additivewillbeaddedtosolidifyfreeliquid.Ifportionsoralloftheproductdidnotsolidifyafterthreedays:'(I)Thewastecontainerwillbecappedandplacedinastoragelocationandperiodicallycheckeduntilsuchatime:productisacceptable;or(2)Additionalsolidificationagentsmaybeaddedtoachievesatisfactorysolidification,asdeterminedbytheRadwasteSupervisor.Iftheproductsolidifiesprematurelypriortocompletingtheadditionofrequiredamountofcement-andadditive,ascalculatedonthesolidificationcalculationsheetforthespecificprocedureused,thefollowingisrequired:(I)Atestsolidificationshallbeperformedusingtheactualratioofcementandwasteinthecontainer,providedsufficient'samplevolumeremainstocompletethisitem.(2)gualityControlshallchecktheproductforacceptabilityinaccordancewithContainerCheckssectionofthisprocedure.(3)"Thecontainerisconsideredtomeetacceptablewasteformcriteriaforshippingprovidedthesubsequenttestsolidificationand/orcontainerchecksareacceptableto-;alityControlandconcurrenceofthe'RadwasteSupervisorisobtained.(4)TheaboveapplyonlyiftheEffluentsManagementSupervisordeterminesthattheproductcanbeclassifiedas"ClassAUnstable"orisplacedinaHighIntegrityContainerorstructurethatprovidesstabilityinaccordancewithIOCFR61andthedisposalfacilitycriteria.

tr NDAP-gA-0646Revision4Page37of63e.Iftheproductdoesnotsolidifyproperlyinaccordancewiththespecificsolidificationprocedure,thefollowingisrequired:(I)Anevaluationofthelinershallbemadebythefollowingpersonnel:(a)EffluentsManagementSupervision(b)SolidificationVendor-Operations(c)SolidificationVendor-Engineering(2)Disposalfacilities.shallbecontactedandrequirementsforreceiptofthelinerinquestionshallbedefined.(3)Alternativepackaging/processingshallbeevaluated.(4)(5)RecommendationsforfinaldispositionshallbemadetothePowerProductionEngineer-EffluentsManagement.FinaldispositionshallbereviewedbyPlantOperationsReviewCommittee(PORC).(6)Recordsshallbekeptanddocumentationsupportiveoffinaldispositionattachedtothesolidificationrecordpackage.(7)Thelinermaybeshippedafterg.C.reviewofdocumentationiscompleteanddisposalfacilityconcurrenceisreceivedinletterform.f.Specificinstructionsshallbeestablishedforhandlingunacceptablesolidifiedwastecontaineronacasebycasebasis.g.equalityControlshallre-verifyacceptabilityofsolidifiedproductbyperformanceofContainerChecks.CappingofSolidifiedWasteContainersa.TherequirementsofSolidificationProductequalitysectionofthisprocedureshallbemetpriortocappingthecontainer.

4llII4*1a NDAP-QA-0646Revision4Page38of63b.IfthecontainerisnotequippedwithapassiveventanditscontentsarewithintherequirementsofLowSpecificActivity(LSA)ensureoneofthefollowing:(1)lhecontainershouldbesnippedwith>n(10)tendaysaftercapping;or(2)Ifacontainerhasbeencappedforlongerthan(10)days,itshallbeopened,vented,andre-cappedwithin(10)tendaysofshipment.c.Iftheconta'increxceedsthelimitsforLowSpecificActivityandcontainswaterand/ororganicsubstanceswhichcouldradiolyticallygeneratecombustiblegases,determinationmustbemadesuchthatthefollowingcriteriaaremetoveraperiodoftimethatistwicetheexpectedshipment.time:(1)Thehydrogengeneratedshallbel.imitedtoamolarquantitythatwouldbenomorethan5Xbyvolumeofthecontainergasvoid'1(2)Thecontainerandshippingcaskcavityshallbeinertedwithadiluenttoassurethatoxygenislimitedtoless.than5Xbyvolumeinthoseportionsofthepackagewhichcouldhavehydrogengreaterthan5X;SolidificationAgentControla.PortlandCement-ASTIC-150TypeIshallbeusedforthemobilesolidificationprocess.b.Othersolidificationagentsmaybeusedonlyafteracceptabletestingoftheagenthasbeencompletedthatdemonstratesacceptablesolidificationanddisposalfacilityapprovalhasbeenobtained.

ItI NDAP-gA-0646Revision4Page39of63C.DocumentedCertificationisnotrequiredformaterialsreceivedinbagsprovidedmaterialverificationcanbeobtainedasfollows:(1)Cementisacceptableprovidedthebagconta>ningtnecementindicatesthatcementisPortlandTypeI.(2)SodiumSilicateisacceptableprovided'thebagcontainingtheadditiveindicatesAnhydrousSodiumNetasilicate.(3)Otheradditivesareacceptableprovidedthecontainerisclearlymarkedindicatingthetypeofadditive.deOtheradditivesmaybeusedforenhancementofsolidificationprocessasspecifiedinthesolidificationprocedureanddocumentedin'hesolidificationrecords.RadioactiveWasteSolidificationRecordsASolidificationRecordSheet(FormNDAP-gA-0646-1)shallbecompletedforeachcontainerfilledwithsolidificationproducts.CompletionoftheSolidificationRecordSheetandthe.requiredaccompanyingdocumentationshallbeas.follows:a.TheRadwasteSupervisorisresponsibleforinitiatingthisformandcompletingParts1and2.b.EffluentsManagementSupervision,.ChemistryandSolidification/Dewatering/ServicesVendorpersonnelshallprovideandcheckofftherequireddocumentationspecifiedinPart3.equalityControlshallprovidereviewasrequiredfortheSolidificationRecords.

NDAP-gA-0646Revision4Page40of636.6RADIOACTIVEWASTEDEWATERING6.6.1GeneralRequirementsa~b.c~d.e.WasteStreamswhichmaybedewateredineither.HighIntegrityContainersorsteellinersare,LRWFilterMedia,UltrasonicResinCleanerWaste,SumpSludge,RWCUFilterMedia,Condensate/RadwasteDemineralizerBeadResin,.CartridgeFiltersandActivatedCarbon.Thetypeofcontainerusedshallbebasedonthewasteclassificationandstabilitycriteriainaccordancewithfederalanddisposalfacilityregulations.DewateringofRadioactiveWasteshallbeperformedbyqualifiedSSESorSolidification/DewateringServicesVendorpersonnel.DewateringofRadioactiveWasteshallbe:performedinaccordancewithapprovedprocedures.Dewateringproceduresshallbebasedondocumentedtestdatathathasdemonstratedtheabilitytoachievefreeliquidlimitsasspecifiedbydisposalfacilitiesandapplicableregulatoryagencies.Liquidvolumeanddrainagecalculationsandactualdrainageverificationmayalsobeusedtomeetfreeliquidlimits.HighIntegrityContainersshallbeusedfordisposalwhentheconcentrationofradionuclideswithhalf-livesgreaterthan5yearsexceeds1pCi/cc.EachwastestreamwhichmaybedewateredshouldbecharacterizedbytheSolidification/DewateringServicesVendortoensurethe,operatingparametersandeffectivenessofthedewateringsystemareinaccordancewiththeparametersestablishedintheTopicalReport.

0 NDAP-gA-0646Revision4Page41of63DewateredProductControla.ThefinaldewateredproductshallcontainlessthanIXnon-corrosivefreeliquidforHighInteoritvContainersand0.5Xforsteelljners.equalityControlchecksshallbeperformedonprocesssteps.b.Ifadewateredwastecontainerdoes'otmeet:acceptabilityrequirements,aConditionReport(CR)shallbeissued.c.Specificinstructionsshallbeestablishedforhandlingunacceptabledewateredwastecontaineronacase-by-casebasis.d.DeviationfromthecontainercheckingrequirementshallbeapprovedbythePowerProductionEngineer-EffluentsHanagement.RadioactiveWasteDewateringRecordsADewateringRecordSheet(FormNDAP-gA-0646-2)shallbecompletedforeachcontainerfilledwithdewateredwastestreams.Partsoftheformshallbecompletedbythefollowingresponsibleindividualsorgroups:a.TheRadwasteSupervisorisresponsibleforinitiatingthisformandcompletingPartsIand2.b.ChemistryGroupshallcompletePart3SamplingandAnalysis.c.EffluentsManagementSupervision,ChemistryandSolidification/Dewatering/ServicesVendorpersonnelshallprovideandcheckofftherequireddocumentationspecifiedinPart4..d.gualityControlshallprovidereviewasrequiredfortheDewateringRecords.

NDAP-gA-0646Revision4Page42of636.7HIGHINTEGRITYCONTAINERS(HIC)6.7.1StorageofHighIntegrityContainersa~Vectra,RadlokandCNSIHighIntegritycontainers~niC)storedlnu)rectsullii/Ill.vllnareaswherethereisastrongsourceofultravioletradiationshallbefilledanddisposedofwithinoneyearofmanufacturing:date.6.7.2b.C.Usesa0OncefilledaHighIntegrityContainer.maybestoredforaperioduntilatotalof.one(1)yearofultravioletradiationisreceived.Shortexposures(i.e.,severalhours)tosunlight,suchasoccurringduringshipmentandonsitetransferneednotbecountedwhendeterminingtotalultravioletexposure.tofHighIntegrityContainersHighIntegrityContainersmaybeusedtopackagethefollowingwastematerialsfordisposal:(1)Dewateredbeadresin,powderedresinand'diatomaceousearth.(2)Compressibleandnon-compressiblesolidwastes.(3)Filterelementsandcartridges.(4)Solidifiedresins,sludges,andliquidwastes.(5)Incineratorash,residuals,orequivalentwaste.whichhasbeenrenderednon-dispensablei-'indingmatrix..(6)Otherdewateredanddrymaterialprovidedconcurrenceisreceivedbycontainervendoranddisposalfacility.

NDAP-gA-0646Revision4Page43of63PriortousingaHighIntegrityContainerforaspecificwastematerial,proceduresshallbeestablishedtodefinethespecificrequirementthatshallbemetduringuseofthecontainer.Theproceduresshallcontain:Documentationrequirementsthatspecificconditionshavebeenmetsuchasinspectionandexposuretodegradingconditions.Instructionsastohowtohandleandproperlyclosethecontainer.Instructionsforon-sitestorageofloadedcontainersforultimateshipmentfordisposal.Theproceduresshallprovideamethodfordocumentingrequiredinformationrelevanttothecontainerfrominitialreceipttoshippingfordisposal.Requiredinformationshallbebaseduponthecontainercertificateofcomplianceanddisposalfacilityrequirements.Retentionandutilizationofthedocumentationshallbedefinedintheprocedures.TheproceduresshallestablishspecificgualityControlinspectionrequirements.PriortothefirstshipmentofaspecifictypeofHighIntegrityContainer,authorizationshallberequestedfromtheapplicableregulatory.agencygoverninguseofthecontainerinquestionatthedisposalfacilityofconcer'n.

NDAP-(}A-0646Revision4Page44of63HighIntegrityContainerLimitationsHighIntegrityContainersareapprovedforuseprovidedthefollowingphysicallimitationsofthewastearemet:(1)VectraPayloaddensity(2)Loadingtemperature<147'ms/cc<170'F(3)VectraEL-50N.S..loadedweight:<4200lb(4)VectraEL-142N.S.loadedweight:g8250lb(5)VectraEL-142S.loadedweight:611250lb(6)VectraEL-190N.S.loadedweight:<11950lb(7)VectraEL-190S..loadedweight:<14800lb(8).VectraEL-210N.S.loadedweight:.<13000lb(9)VectraEL-210Sloadedweight:<17300lb(10)CNSISmallloadedweight<2500lb(11)CNSIHediumloadedweight<2500.lb(12)CNSILargeloadedweight<2500lb(13)Radlok179loadedweight<18500lb(14)Radlok195loadedweight(15)Enduropak105loadedweight(16)Enduropak205loadedweight(17)Enduropak150loadedweight<18500lb<1700lb,<1900lb52400lbb.Themaximumconcentrationofradionuclideswithhalflivesgreaterthan(5)fi.veyearsthatmaybedisposedofinaHighIntegrityContaineris350pCi/cc.Otherwasteformsshallnotexceed1.0X10radsmaximumintegrateddosetothecontainer.

NDAP-gA-0646Revision4Page45of63c.ThepolyethyleneHighIntegrityContainersshall.notcomeintocontactwithmaterialslistedinAttachmentE.d.Apassiveventdesignshallbeincorporatedintothecontainertorelieveinternalcontainer-pressure.Closureof,HighIntegrityContainersClosureofHighIntegrityContainersshallbecompletedinaccordancewithapprovedprocedures.b.C.d.IfthecontainerisnotequippedwithapassiveventanditscontentsarewithinthelimitsofLowSpecificActivityensureoneofthefollowing:(1)Thecontainerisshippedwithin(10)tendaysafterclosing;or(2)Ifthecontainerhasbeenclosedforlongerthan(10)tendays,itshallbeopened,vented,andre-closedwithinten(10)daysofshipment.IfthecontainerexceedsthelimitsforLowSpecificActivityorcontainswaterand/or'rganicsubstanceswhichcouldradiolyticallygeneratecombustiblegases,determinationmustbema'desuchthatthefollowingcriteriaaremetoveraperiodoftimethatistwicetheexpectedshipmenttime:(1)Thehydrogengeneratedshallbelimitedtoamolarquantitythatwouldbenomorethan5Xbyvolumeofthecontainergasvoid;ol(2)Thecontainerandshippingcaskcavityshallbeinertedwithadiluenttoassurethatoxygenislimitedto<5Xbyvolumeinthoseportionsofthepackagewhichcouldhavehydrogengreaterthan5X.Step6.7.4.band6.7.4.cshallalsoapplytodewateredwasteinsteelliners.

NDAP-gA-0646Revision4Page46of636.8IRRADIATEDHARDMAREPROCESSINGANDDEMATERING6.8.1GeneralRequirementsa.Processing'anddewateringofIrradiated'Hardware~shallbe.performedby.qualifiedSSESorvendor='ersonnel.b.ProcessinganddewateringofIrradiatedHardwareshallbeperformedinaccordancewithapprovedprocedures..C.d.agencies.6.8.2.DewateredProduct'.ControlIrradiatedHardwareconsistingofnon-fuelSpecialNuclearHaterialshallbeinventoriedduringprocessinginaccordancewithNDAP-(A-0337.Dewateringproceduresshallbebasedonliquidvolumeanddrainagecalculationsandactualdrainageverificatiomtodemonstratethe.ability.toachievefreeliquidlimitsasspecifiedbydisposalfacilitiesand'applicablereg'ulatory6.8.3a.The'finaldewateredproductsha11containlessthan0.5Xfreeliquidforsteelliners.b.gualityControlchecksshallbeperformedonprocesssteps.IrradiatedHardwareProcessingandDewateringRecordsa.Allrecordsgeneratedshallbecompletedandfiledinaccordancewithapprovedimplementingprocedures.6.9CONTAINERINSPECTIONS6.9..1gualityControlshallinspectcontainerstobeusedforsolidification,dewatering,andotherpackagingfordisposal.6.9.2'hisinspectionshallassurethatpriortouse,thecontainerstobeusedforsolidification,dewatering,orotherpackagingareintactandtheirinternalsarefreeofanyvisualdamagethatwouldpreventthemfromperformingtheirintendedfunction.

NOAP-QA-0646Revision4Page47of636.9:3.Packagesshallmeetthegeneralcriteriafornormaltransportconditionsinaccordancewiththerequirementsof49'CFR.TypeApackagesshallmeettheadditionaldesignrequirementsspecifiedin49CFR.6.10WASTECONTAINERSPACEUTILIZATION6.10.1Wastevolumeshallbemaximizedwithin.theguidelinesofspecificprocedurestominimize.'.potentialvoidspaceatthetopofwastecontainer.aftersolid)icationordewatering,'iscomplete.Pa.Additionalradioactivematerialshouldbe'ddedonlyaftertheinitialwastevolumeisinfinalformandsampledandtheaddedwastevolumeisinfinalformandsampled.b.Theadditionalmaterialmaybedrawnintocontainersabletowithstandhigherexternalpressureswithoutdegredationbycreatinganareaoflowpressureinsidethecontainer,such-aswithsteelliners.6.10.26.10.36.10.46.11STORAGEOFc.Forallothercontainers,theadditional~material.'shallbeaddedviamechani'calprocesses.or'byotherconveyancewhichdoesnotexerthigherexternalpressures.*-':Wastevolumes.shallmeetorexceeddisposalsitecriteria,Ifwastevolumeislessthan"disposal'acilitycriteria;requirement'sfordisposalofthecohtainerinquestionshallbedefinedbythedisposalfacility.Spec'ificwastevolumescommittedtobythe,Solidification/Dewatering/ServicesVendorshallbemetorotherwisejustifiedastowhywastevolumeswerenotachieved.SusquehannaGuaranteedSolidified/DewateredWasteVolumeRecord,FormNDAP-gA-0646-3,shall'ecompletedbytheSolidification/Dewatering/Servicesvendorpersonnel,approvedbyRadwasteSupervisorandshallbeusedtotrack.solidified/dewateredwastevolumesachievedineachindividualcontainer.PACKAGEDRADIOACTIVEWASTE6.11.16.11.2RadwasteSupervisorshallprovideSolidificationand/orDewateringRecordsheetsthathavebeenreviewedbygualityControlpersonnelstatingthatprocessedwastehasbeensolidifiedorde-wateredinaccordancewiththeProcessControlProgramandmeets~theapplicableshippinganddisposalcriteria.SolidificationandDewateringRecordsshallincludetheisotopicmix,'isotopicconcentrationofthewastethatwaspackaged,thetotalvolumeofthewaste,andtheamountofwater,cementorothersolidificationagentused,asappropriate.

NDAP-gA-0646Revision4Page48of636.11.36.11.46.11.56.11.6SolidificationandDewaterinoRecordsshallbepartofthepermanentshippingrecordsandadheretorequirementsoftheProcessControlProgram.Formaterialspackagedinahighintegritycontainer,documentationshallbemaintainedonHICstorageandpre-shipmentchecklistinfo'rmation.Packagedradioactivewasteshallbestoredinareas".designatedbyHPForemanEffluentsManagement.StorageofpackagedradioactivewasteintheLowLevelRadwasteHolding'acility(LLRWHF)shal,lbeinaccordancewithapprovedprocedures.Aninventoryofstored,packagedwasteshall.bemaintainedinaccordancewithapprovedprocedures.6.12TRANSPORTATION,SHIPPINGANDDISPOSALREGULATIONS6.12.1Specificregulatorydocumentsshallbemaintainedonsiteinastatusthatiscurrent.Specificregulationsthatshallbemaintainedincludebutarenotlimitedtothefollowing:a~10CFR71PackagingofRadioactiveMaterialfortransport'ndtransportationofradioactivematerialundercertainconditions.b.C.d.e.49CFR100-199Transportation.Chem-NuclearSystemsInc.BarnwellS.C.disposalsiteoperatinglicensenumber097StateofSouthCarolina,asrequired.Chem-NuclearSystemInc.NRCMaterial.License12-13536-01,asrequired.Chem-NuclearSystemInc.BarnwellS.C.disposalsiteoperatingproc>".resandsitecriteria,asrequired.ScientificEcologyGroupLicensesR-73008-E94,R-01052-A91.g.CaskManualsforcasksofwhichPP&Lisanauthorizeduser.h.AcopyofthelicenseforeachfacilitytowhichRadioactiveMaterialissent.

'(

NDAP-gA-0646Revision4Page49of63i.10CFR61LicensingrequirementsforlanddisposalofRadioactiveWaste.6.12.2Proceduresapplicabletotransportation,shippinganddisposalshall'bedeveloped.'a~Proceduresshallbeestablishedandmaintainedtoprovidedirectionsandassureregulatorycomplianceformanifesting,whichincludeapplicablefederal,state,anddisposalfacilityregulations,andNRCguidance.b.Proceduresshallcontaincheckofflistswhereandwhenapplicabletoassurespecificattentionispaidtothecriticalfunctionbeingcontrolled.6.12.3-c.ProceduresshallcontaingualityControlnotificationsorholdpoints.ComputersoftwareusedtoimplementapplicableportionsoftheProcessControlProgramshallbeinaccordancewithNDAP-(A-0801.6.13SHIPPINGOFRADIOACTIVEWASTE6.13.16.13.26.13.36.13.4Allradioactive'asteshallbeshippedbyEffluentsManagement.AllradioactivewasteshippedfromSSESshallonlybetofacilitieslicensedtoreceivethewasteandinaccordancewith10CFR20,10CFR71and49CFR100-199.DryActiveWaste(DAW)"shouldnormallybeshippedasTypeAquantitiesandthereforedonotrequirespecificlicensedcontainers.WastecontainersshallbeplacedinaUSNRCapprovedlicensedshippingcontainerifit:'a~b.C.ExceedsTypeAquantitiesExceeds1000mr/hroncontactExceeds1000dpm/100cmloosesurfacecontaminationontheexteriorofthecontainer.

NDAP-gA-0646Revision4Page50of63ThespecificconditionsoftheCertificateofComplianceforeachapprovedshippingcaskshallbestrictlyadheredto.Packagedwaste;maybeshippedunshieldedif:a.Contactdoseratesarelessthan200mrem/hranddoseratesat6feetarelessthan10mrem/hr.b.CuriecontentofthepackageshallbeaTypeAquantity.c.Containershallbeaminimumofastrongtightcontainer.Priortotheshipmentofapackageofradioactivewaste,theHPForemanEffluentsNanagementshallassurethecontainerissurveyedforcontactdoseratesandsurfacecontamination.Decontamination,ifrequired,shallbedoneunderthedirectionoftheHPForemanEffluentsManagement.Decontaminationmaybewaivedbaseduponradiologicalconditions.Allvehiclesusedtotransportradioactivewasterequiringthevehicletobeplacardedshallbecheckedforadequateoperationandsafetyconditions.AllRadwasteshipmentsfromSSESshallnormallybevia"ExclusiveUse"vehicles.Specificinstructionsgiventothedriverinclude:a.Expectedrouteoftraveltohisfinaldestination.b.Maintaining"ExclusiveUse"status.c.Specificactionstobetakenintheevent.ofanaccident.NovehiclecarryingradioactivewastethatisoverweightshallleaveSSESwithoutaPennsylvaniaoverweightpermit.a.ADAMshipmentorothershipmentcapableofhavingitsweightadjusted,shallnotbeallowedtoleaveSSESoverloaded.Anoverloadedconditionforanyvehicleisbasedontotalweightandweightperaxle.

NOAH'-QA-0646Revision4Page51of636.13.11IntheeventaccessisdeniedtoSSESatalloperatingdisposalfacilities,PP8LwillprovidecarrierwithaletterstatingthatSSESwillmeetallapplicablefederal,state,andcompactrequirementsforreceiptbackoftheradioactivewaste/materialincarrier'spossession.6.14SHIPMENTCONFIRMATIONIfdisposalsiteshipmentacknowledgementisnotreceivedwithin18daysfromdeparturefromSSES,EffluentsManagementSupervisionshallconductatraceinvestigationforshipmentlocation.Ifthedisposalfacilityshipmentreceiptcannotbeconfirmedwithin20days,aConditionReport(CR)shallbegenerated.6.15CHANGESTOTHESOLIDRADIOACTIVEWASTEPROCESSCONTROLPROGRAM6.15.1AnychangesasdescribedintheTechnicalSpecifications,totheSolidRadioactiveWasteProcessControlProgramshallbeprovidedintheAnnualRadioactiveEffluentReleaseReportfiledwiththeNRC.6.15.2AnychangestotheSolidRadioactiveWasteProcessControlProgramshallbeapprovedbyPlantOperationsReviewCommittee(PORC)priortoimplementation.()6.16EVALUATIONOFPROCESSOROPERATIONALCHANGES6.16.16.16.2Changesinradioactivewasteprocessingoeoperationalchangesshallbeevaluatedtodetermineanyimpactsonwastecharacteristicsand/orform.Evaluationshouldincludeasaminimum:a.Operationalevaluationofprocessingimpacts:b.C.Chemistryevaluationofchangestosamplingandanalysismethodology.EffluentsManagementevaluationofpackagingand/orshippingimpacts.d."EffluentsManagementevaluationforlOCFR61compliance.

NDAP-gA-0646Revision4Page52of63e.Solidification/DewateringServicesVendorwastestreamcharacteristicevaluationofthedewatering/solidificationsystemoperatingparametersandeffectiveness.()6.17REPORTINGOFMISHAPSINVOLVINGLOWLEVELWASTEFORMS6.17.1IOCFR61establishestheminimumandstabilityrequirementsforLowLevelWaste(LLW)forms.10CFR20requirescertificationthattheprocessedwastesatisfiestherequirementsof10CFR61.Mishapswhichmayimpactthefinalwasteformshallbereportedto'theNRC.6.17.2Typesofmishapswhichshouldbereportedinclude:a.b.C.Failureofhigh-integritycontainersusedtoensureastablewasteform.Container'failurecan'eevidencedbychangedcontainerdimensions,cracking,ordamageresultingfrommishandling(e.g.,droppingorimpactingagainstanotherobject).Misuseofhigh-integritycontainers,evidencedbyaquantityoffreeliquidgreaterthan1percentofcontainervolume,orbyanexcessive(>l5X)voidspacewithinthecontainer.ProductionofacementsolidifiedClassBorCwasteformthathasanyofthefollowingcharacteristics:(1)Containsfreeliquidinquantitiesexceeding0.5percentofthevolumeofthewaste.(2)Containswastewithradionuclidesinconcentrationsexceedingthoseconsideredduringwasteformqualificationtestingacceptedbytheregulatoryagency,whichcouldleadtoerrorsinassessmentofwasteclass.(3)Containsasignificantlydifferentwasteloadingthanthatusedinqualificationtestingacceptedbytheregulatoryagency.

.NDAP-gA-0646Revision4Page53of63(4)Containschemicalingredientsnotpresentinqualificationtestingacceptedbytheregulatoryagency,andthosequantitiesaresufficienttounacceptablydegradethewasteproduct.(5)Showsinstabilityevidencedbycrumbling,cracking,spalling,voids,softening,disintegration,non-homogeneity,ordimensionalchanges.(6)Evidenceofprocessingphenomenathatexceedthelimitingprocessingconditionsidentifiedinapplicabletopicalreportsorprocesscontrolplans,e.g.,foaming,temperatureextremes,premature'orslowhardening,andproductionofvolatilematerial.6.17.3d.Failuretoadheretohighintegritycontainerlimitationsasrequiredbycontainercertificateofcompliance.e.Notificationofviolationbydisposalfacilityregulatoryauthoritiesattimeofcontainerreceiptfordisposal.f.Failureofcement-solidifiedstablewasteformlongtermPCPsurveillancespecimensduetoevidenceofsignificantcracking,spalling,orbulkdisintegration,compressionorpenetrometerstrengthand.immersiontestresults.Requirementsforreportingofmishapsshall.applyonlytoprocessingl.inersandhighintegritycontainerscontainingradioactivewasteinitsfinalproductform.6.17.4AConditionReport(CR)shallbegeneratedif.oneofthemishapsmentionedoccurs'.18PCPIMPLEMENTINGPROCEDURESProceduresrequiredforimplementationoftheProcessControlProgramareshowninAttachmentD.

NDAP-gA-0646Revision4Page54of637.0RECORDS7.1TheSolidificationRecordsorDewateringRecordsandtheattacheddocumentsshallbeforwardedtoEffluentsManagement'SupervisionforretentionuntilsuchtimeasthecontaineridentifiedonRecordisshippedforfinaldisposition.7.2WhentheidentifiedcontainerisshippedtheSolidificationRecordsorDewateringRecordsandotherdocumentsconcerningthe,Shipmentshallbefiledwiththeshipping'ocumentationandforwardedtoDCSforretention.7.37.4DocumentationofRadioactiveWasteShipmentsshallberetainedasrequiredbySSESTechnicalSpecifications.Radioactivewasteshippingdocumentationshallconsistof,butnotlimitedto,thefollowingrecords:7.4.17.4.27.4.37.4.47.4.57.4.67.4.7RadioactiveMaterialShippingManifestEvaluationofisotopicmixandconcentrationRadiologicalsurveysof:a.Vehicleuponarrivalb.Packagetobeshippedc.LoadedvehiclepriortoshipmentVehicleSafetyinspectionCheck-offsheetforloadingprocedureDocumentationofadherencetoProcessControlProgram(i'fapplicable)Specialinstructionstodriver

SOLIDIFICATIONRECORDSHEETPARTI:ContainerIdentificationInformationAttachmentANDAP-gA-0646Revision4Page55of631.PPELLinerNumber2.ContainerVendorSerialNumber3.WasteStream(RWCUFilterMediacannotbeentered)4.TestSolidificationrequired?YESNO(circleone)PART2:ContainerSelection(RefertoWM-PS-100)2.3.EstimatedLinerContactDoseRates.mR/hrProjectedCurieConcentrationpCi/gmExpectedWasteClassification/Stability4.6.ContainerTypetobeUsedExpectedCaskTypetobeUsed5.EmptyWeightofContainerTbsPART3:I.2.DocumentationChecklistFormNDAP-gA-0646-1(original)WasteFormDocumentationWM-RP-Forms(original)SC-068-002Forms(copy)WasteForm:STABLEUNSTABL'E(circleone)>85%LinerVolumeUtilized:YESNO(circleone)WasteActivityDocumentationCH-RC-Forms(copy)IsotopicAnalysis(copy)Compostadded/LogentrymadeonCH-TP-055-1PART4:HealthPhysicsDataLinerRadiologicalSurvey(original)ActualFilledContainerWeightREMARKS:p.'lllb.(IfavailableALARA)WAUOUKASE~EVTEttDATE//FORMNDAP-OA-0646-1,Rev.2,Page1of1(FileR69-I)

DEWATERINGRECORDSHEETAttachment8NDAP-gA-0646Revision4Page56of63PART1:ContainerIdentificationInformation1.PPLLLinerNumber2.ContainerVendorSerial.Number3.WasteStreamPART2:ContainerSelection(RefertoWW-PS-100)2.3.EstimatedLinerContactDoseRatesProjectedCurieConcentrationExpectedWasteClassification/StabilitymR/hrpCi/gm4.6.LinerTypetobeUsedExpectedCaskTypetobeUsed5.EmptyWeightofContainerlbs.awasteSuperv>sorate>meFORMNDAP-gA-0646-2,Rev.3,(DUPLEX),Page1of3(FileR69-I)

PART3:SamplingandAnalysisTank/ContainersampledDEWATERINGRECORDSHEETAttachmentBNDAP-gA-0646Revision4Page57of632.3.SampleNumberWasteStream1sotopicAnalysisattached5..SpecificactivityofDewateredSample6.a.DewateredVolumepCi/gmb.DewateredWeightc.Sampledensitygmgm/ccx62.43lb/ftonCH-TP-055-17.Compositeadded/LogentrymadeTheabovetank/containercontainingsolidshasbeenanalyzedinaccordancewithCH-RC-0?5andfoundtocontaintheisotopesandspecificactivitiesasindicatedontheattacheddatasheets.emistryuperv>sionatelmeFORMNDAP-gA-0646-2,Rev.3,(DUPLEX)Page'2of3(FileR69-1)

DEWATERINGRECORDSHEETPART4:ContainerShipmentInformationSummaryAttachmentBNDAP-gA-0646Revision4'age58of633.4.PP8LLinerNumberFormNDAP-gA-0646-2(original)WasteFormDocumentation2..WasteVolumeNN-RP-...,Forms(original)CalculatedWasteWeightlb/ftx1Talb.ActualFilledContainerWeight100x(DewateredWasteVolume)lb.(ifavailableALARA)ft+ftXTvaiTTolume>85%ContainerVolumeUtilizedYES/NO(Circleone),WasteForm:STABLEUNSTABLEWasteActivityDocumentationJCN-RC-Forms(Copy)IsotopicAnalysis(Copy)(Circleone)PART5:REMARKS:awasteupvateeview()ateoreman.Ngmt.()ateFORMNDAP-(A-0646-2,Rev.3,(DUPLEX),Page3of3(FileR69-1)

AttachmentCNDAP-gA-0646Revision4Page59of63SUSUEHANNAGUARANTEEDSOLIOIFIEOOEWATEREOWASTEVOLUMERECORD2.3.4.5.DateWasteTypeContainerTypeBurialVolumeUseableContainerVolumeLinernumber6.7.GuaranteedHinimumWasteVolumeWasteVolumeAttainedinchesxft>/inchftS8.WasteVolume'ontainerUsage100x(WasteVol.ft>~GuaranteedHin.WasteVol.ft>)-100DeadbandAssessmentVolumeGuaranteedHin.WasteVol.ft+(0.01XGuaranteedHin.WasteVol.ftHinimum(-)fttoMaximum(+)ft10.PerformanceAssessmentVolumeDeadbandAssessmentVol.ft-WasteVol.ft=ftll..Remarks:12.SignatureSossscat>onenorepresentative13.SignatureawasteupervisorFORMNOAP-gA-0646-3,Rev.2,Page1of1(FileR69-1)

WASTEPROCESSINGPCPIMPLEMENTINGPROCEDUREMATRIXAttachmentDNDAP-gA-0646Revision4Page60of63EvaoratorConcentrates-SolidifiedPacificNuclearPT-51-WSPacificNuclearOM-114-NSPacificNuclearOH-104MixedSolids-SolidifiedPacificNuclearPT-51-WSPacificNuclearOM-104PacificNuclearOH-114-NSLRWFilterMediaURCWasteRWCUFilterMed'iaSumSlude-Dewatered'acificNuclearOH-43-WSWM-RP-107CondensateRadwasteDemineralizerBeadResin-SolidifiedPacificNuclearPT-51-WSPacificNuclearON-114PacificNuclearOM-104CondensateRadwasteDemineralizerBeadResin-DewateredPacificNuclearOM-43-WSWH-RP-106CartrideFiltersCNSIFO-OP-019(Overpack)WH-PS-230PacificNuclearOH-16-NSWM-RP-105IISEGSTD-P-22-002(ResinExpress)'M-RP-104SEGSTD-P-03-051WH-RP-108Page1of3 PCPIMPLEMENTINGPROCEDUREMATRIXAttachmentDNDAP-gA-0646Revision4Page61of63IrradiatedHardware-Dewatered'teelLinerNoneDrActiveWasteDAW-PackainWM-PS-210LiuidOilWaste-SolidifiedNoneLiuidOilWaste-DecontaminationNoneSolidSealedSourcesNoneWASTEANALYSISANDCLASSIFICATION-10CFR61PacificNuclearOM-45NSWM-RP-008CH-RC-075CK-RC-076CH-TP-OSSWM-PS-155WM-PS-160WM-PS-170TESTINGTREATMENTCOMBUSTIBLEGASESWM-RP-009WM-RP-301RADIOACTIVEWASTESOLIDIFICATION-GENERALCEHENTPacificNuclear.OM-114-NSSC-068-002(TestSolidification)Page2of3 PCPIMPLEMENTINGPROCEDUREMATRIXAttachmentDNDAP-gA-0646Revision4Page62of63RADIOACTIVEWASTEDEWATERING-GENERALPacificNuclearOH-60-WSWH-RP-010HIGHINTEGRITYCONTAINERSPacificNuclearOH-16-NSPacificNuclearH-18-NSWH-RP-012DISPOSALFACILITYREUIREHENTSWM-PS-180PACKAGINGWM-RP-011WM-PS-401(LLRWHF)WH-PS-310WM-PS-311WH-PS-315WM-PS-345WH-PS-351WH-PS-352WH-PS-356(HN-142)(LN-142)(SEG3-82)(CNSI14-'195)(CNSI21-300)(CNSI8-120A)WH-PS-354(CNSI14-215)WH-PS-316(SEG14-215)WH-PS-318(WestinghouseTCT)TRANSPORTATION-49CFRIOCFR7]WM-PS-100WH-PS-120WH-PS-140WH-PS-180WH-PS-240WH-PS-250Page3of3

~I~AttachmentENDAP-gA-0646Revision4.Paqe63of63QATERTAPSNOTIOQDATJBLE'/(TEDo>>vF~i>>~'!~"~.~>>~l~RSAliphatichydrocarbons(hexane,octane,,bexene,octane,etc.)AcetoneAmylAcetateAmylChlorideAnilineAquaRegia,BenzeneBromineliquidButaneCamphorOilCarbonDisulphideCarbon'TetrachlorideChlorineliquidChlorobenzeneChloroformChlorosulfonicacidChromic/sulfuricacidCyclohexanoneDibutylphtalateDimethylamineDi'eselfuelEthylacetateEthylbutyrateEthylchlorideEthyletherEthylenechlorideEthylenechlorohydrinEthylenedichlorideFluorineFurfuralFurfurylalcoholFuelOilGasolineiodineMethylbromide'ethylChlorideHethylethylketone(t1EK)NethyleneChlorideHoistChlorinegasNitricAcid(50Kweightconcentration)OrganPeroxidesOctylcresolOleicacidOleum~PentanePetroleumetherPhenolPropanePropylenedichlorideSulfricacid(60%weightconcentration)TetrahydrofuranceTitaniumtetrachlorideTouleneTrichloroethyleneTurpentineTetralinXylenePage1of1

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