ML17229A106
| ML17229A106 | |
| Person / Time | |
|---|---|
| Site: | Saint Lucie  |
| Issue date: | 10/28/1996 |
| From: | FLORIDA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML17229A105 | List: |
| References | |
| NUDOCS 9611010271 | |
| Download: ML17229A106 (45) | |
Text
ATTACHMENT3PROPOSEDLICENSEAMENDMENTFORIMPLEMENTATIONOF10CFR50~APPENDIXiTOPTIONB1-23/46-1thru3/46-113/46-143/46-18thru3/46-223/46-31B3/46-1B3/46-26-15bInsertPagesVhiiOf0271961028PDRADOCK05000335PPDR
1.6ACHANNELFUNCTIONALTESTshallbetheinjectionofasimulatedsignalintothechannelasclosetotheprimarysensoraspracticabletoverifyOPERABILITYincludingalarmand/ortripfunctions.1.7CONTAINMENTVESSELINTEGRITYshallexistwhen:a.Allcontainmentvesselpenetrationsrequiredtobedosedduringaccidentconditionsareeither.1.CapableofbeingdosedbyanOPERABLEcontainmentautomaticisolationvalvesystem,or2.Closedbymanualvalves,blindfianges,ordeactivatedautomaticvalvessecuredintheirclosed'fovQalve5+4~4oLicopenonanin4arA1r>~~n~4R5'I~e~~~wi'nrSk~a~i'vc.Conf~ol.b.Allninmentvesseeqenthatchesareclosedandsealed,'.EachcontainmentvesselairlockisincompliancewiththerequirementsofSpecification3.6.1.3,d.ThecontainmentleakageratesarewithinthelimitsofSpecification3,6.1.2,ande.Thesealingmechanismassociatedwitheachpenetration(e.g.,welds,bellows.orO-rings}isOPERABLE.1.8CONTROLLEDLEAKAGEshallbethesealwaterflowsuppliedfromthereactorcoolantpumpseals..1.9COREALTERATIONshallbethemovementormanipulationofanyfuel,sources,reactivitycontrolcomponents,orothercomponentsaffectingreactivitywithinthereactorvesselwiththevesselheadremovedandfuelinthevessel.ExceptionstotheaboveIncludeshared(4fingered}controlelementassemblies(CEAs)withdrawnintotheupperguidestructure(UGS)orevolutionsperformedwiththeUGSinplacesuchasCEAlatching/unlatchingorverificationoflatching/unlatchingwhichdonotconstituteaCOREALTERATION.SuspensionofCOREALTERATIONSshallnotprecludecompletionofmovementofacomponenttoasafeposition.ST.LUCIE-UNIT11-2 1,~t1'V~11'1~~~~VS'"ii,;1,~.1 261.6CONTAINMENTSY34.6.1CONTAXNMZXTSELCONTAINMENTVESSELLXMXTINt"CONDXTXONFOROPERATION3~6~I.~I.CONTAINMENTVESSELshallbemaintained.dACTIONddINTEGRITYwithinonehourorbeinat.leastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwithinthefollowing30hours.SURVEILLANCEREUIREMENTS4.6.I..I.CONTAINMENTVESSELshallbedemonstrated:a.Atleastonceper31daysbyverifyingthat:10-grvalve@+l+~copenoeanlnher~tkfenI4<'sder<<Aw~i~<~Allcontainmentvesselpenetrations*notcapableofbeingclosedbyOPERABLEcontainmentautomaticisolationvalvesandrequiredtobeclosed.duringaccidentconditionsareclosedbyvalves,blindflanges,ordeactivatedautomaticvalvessecuredintheirpositions,excepta4oa-iandb.2.Allconaxnmentvesselequipmenthatchesareclosedandsealed.ByverifyingthateachcontainmentvesselairlockisOPERABLEperSpecification3.6.1.3.*Exceptvalves,blindflanges,anddeactivatedautomaticvalveswhicharelocatedinsidethecontainmentandarelocked,sealedorotherwisesecuredintheclosedposition.Thesepene-trationsshallbeverifiedclosedduringeachCOLDSHUTDOMNexceptthatsuchverificationneednotbeperformedmoreoftenthanonceper92days.ST.LUCIE-UNITI.3/46-I.AmendmentNo.
III'l 262CONTAINMENTSYSTEMSCONTAINMENTLEAKAGELIMITINGCONDITIONFOROPERATION3.6.1.2Containmentleakageratesshallbelimited~Cow(alarne+fLegMge,'palm~C'S'ki'n5+Ogr.pe,9~l~~ou~<&+&BIth~-oman-'I"d-'~~APPLICABILITY:MODES1,2,3and4.eeonda~oah6naACTION:200'F.C+Q58~1AQred-overd-k1~storethleakagerate~towithin-thepriortoincreasingtheRactorCoolantSstemteeraab)ps'~<Ph<5spec,'4)eJbyt"~Oyggsk'llCOhkigkinmgh}L@t~gC.~fi'4'gP<omrsgmSURVEILLANCEREUIREMENTSef4$akarcd'c,bede>~4.6.1.2Thecontainmentleakageratesshallbedemonstratedattheandshallbedeterminedinconfncewith'riteriaspecifiedinCoqgskfn~n4.L~4~IST.LUCIE'UNIT13/46-2~~nmennmentno.gg, 4I'~l~I!~Fl~I~IIII~~b.~~4~I~III~~~~T~4~I~Ia~'4 263CONTAINMENTSYSTEMSSURVEILLANCEREUIREMENTSContinuedC.d.e.Rp5~/g(n-3fhvougQ3/c/(-Phave6eeg3AF7c-8~<ye.3/g(-fOSshe.nag/V~/,'~p<~<.IfanyperiodicTypeAtestfailstomeeteither.75Lor.75-thetestscheduleforsubsequentTypeAtestsshallbereviewandapprovedbytheComnission.IftwoconsecutiveTypeAestsfailtomeeteither.75Lor.75L,aTypeA'testsllbeperformedatleastevery18monthsuntiltwocoseciveTypeAtestsmeeteither.75Lor.75Ltatwichtimeeabovetestschedulemayberes5med.TheaccucyofeachTypeAtestshallbeverifiebyasupplementtestwhich:1.ConfirmseaccuracyoftheTypeAtesbyverifyingthatthediferencebetweensupplemen1andTypeAtestdataiswithi0.25Lor0.25Lt,a2.HasadurationsficienttoestlishaccuratelythechangeinleakagetweentheAtestandthesupplementaltest.3.Requiresthequantityosinjectedintothecontainmentorb'iedfromthecontaitduringthesupplementaltesttobeequivalenttoateas25percentofthetotalmeasuredleakageratatP9.6psig)orP(19.8psig).TypeBandCtestsshbeconductedithgasatP(39.6psig)atintervalsnogrearthan,24monthsceptfortestsin-,volvingairlocks.Thecombinedbassleakagerateshallbederminedtobe<0.27LbyplicableTypeBandCtestsatastonceper24monthseeptforpenetrationswhicharenotdividuallytestable;enetrationsnotindividuallytestablesallbedetermindtohavenodetectableleakagewhentestewithsoapbubblewhilethecontainmentispressurizedtoP(36psig)durieachTypeAtest.f.AlocksshallbetestedanddemonstratedOPERABLEperurveillanceRequirement4.6.1.3.ST.LUCIE-UNIT13/46-3AmendmentNo.gg~
~ti~H'I~"'El*
CONTAINMENTSYSTEMSSURYEILLANCEREUIREMEHTS.Continuedet.87EDAllTypeAtestleakageratesshallbecalculatedusingobrveddataconvertedtoabsolutevalues.ErroranalysesshalleperformedtoselectabalancedintegratedleakagemeasentstemST.LUCIE-UNIT13/46-4 4~
LocationMakeupWaterationhirGate(I-MV-15-1)Cheok(IV-15328)Globe(IV18-794)Globe(I>>V-18-796)OutsideInsideOutsideOutsidePrimaryMakeupWateStationhirupplyBypassBypass10InstrumenthirContainmentPurgepContainmentPurgeGate(I-MV-18-1)Cheok(I<<V18195)Buttly(I-PCV-25-4)Butterf(I-FCV-25-5)Butterfly(I--25<<3)Butterfly(I<<PCV--2)OutsideInsideInsi0sideInsideOutsideContainmentPurgeExhaustContainmentPurgeSupplyTypeC~TypeCInstrumentAirSupplyBypass2325WasteManagementComponentCoolingComponentCoolingFuelTransferTubeGlobe(V6741)Cheok(V-6779)Butterfly-HCV14-7)Butterf(I<<HCV-14-1)Buerfly(I-HCV-14-6)tterfly(I-HCV-14-2)DoubleGasketFlangeOutsideOutsideOuideOutsOutsideOutsideInsideNitrogensupplytoSITanksRCPumpCWSupplyRCPumpCWReturnFuelTsferBypassBypassBypassBypass2628CVCSamplingGlobeGlobeGlobeGlobeGlobeGlobe(V2515)(V-2516)V-5200y-5203IPCV-03-18)IPCV031P)InsideInsideOutsideOutsideOutsideOutsideLetdownLineReaotorCoolantSampleSITankSampleSITankSampleBypasspass TABLE3.6-1Continuedenetrat$on~Sstem29Sampling29Saling31WasteManagementValveTaNumberGlobe(V-5202)Globe(V-5205)Globe(V-5201)Globe(V-5204)Gate(V-6554)Gate(V-6555)424344WasteManagementWasteManagementCVCSGate(I-LC7-llA)Gate(I-LCV-0lB)Gate(V-6301GateV-6302GateV05)Gate-SE-01-1)SafetyInjectionGaV-3463)TankTestLinesGate-V-07009)LocationtoContainmentOutsideOutsideOutsideOutsideOutsideOutsideOutsidOutseutsideOutsideOutsideOutsideOudeInsideServicePressurizerSteamSpaceSamplePressurizerrgeLineSampConnmentVentaderTestTBypassBypassBypassReactorDrainTankPumpSuctionHCPumpControlledBleedoffBypassBypassSafetyInjectionTankBypassFillandSamplingReactorCavitySumpBypassPumpOischargeFuelPoolCleanupateI-V-07-206)GateI-V-07-189)OutsideInsidefuelingCavityPuicationFlowInletBypass47FueloolGate(I-V07-170)CanupGate(I-V-07-188)OutsideInsideRefuelingCityPurificationwOutletBypass48SamplingGlobe(3,4)Globe(I-FSE-27-'l,2,I-FSE-27-8)InsideOutsideK2SamplingeC Penetratten~SstemTABLE3.6-1ContinuedLocationVV1TUNbtCtlServiceTestTe+ntel5lcSampling51a48cSamplingGlobe(I-FSE-27-11)CheckI-V-27101)GlobeI-FSE-27-5,6,7)GlobeI-FSE-27-9)GlobeI-FSE-27-10)Check(I-V-27102)OutsideInside'InsideOutsideOutsideInsideH2SamplingH2SampliHamplingTypeCTypeCTypeC52a52b52c52d52e545657SamplingSamplingSamplingILRTILRTILRContainmentH2PurgeContainmentH2PurgeateI-FCY-26-1)GaI-FCV-26-2)GateI--26-3)GateI-FCV--4)GateI-FCV-2GateI-FC6-6)GlobI-V00140)GeI<<V00143)GlobeI-V0013g)~GlobeI-V00144)BlinclFlangeGate(I-V00101)GateI-V-25-11)GateI-V-25-12)IGateI-V-25-13)GateI-V-25-14)Insi0sideInsideOutsideInsideOutsidelnseOutsiInsideOutsideInsideOutsideOutsideOutsideOutsideOutsideRadiationMonitoringRadiationMonitoringRadiationMonitoringReturnILRTTestTapBypassBypassBypassBypassITestTapBypassBypassHydrogenPurgeExhaustBypassILRTPressuConnectionHydrogenPurgef)utsidepassAirMakeup l/1hLI'//SI TABLE3.6-1Continuednetration~SstemValveTaNumberLocationtoContainmentServiceTest*Inm68VacReliefVacuumRelief58ContainmentH2PurgeGate(I-V-25-15}Gate{I-V-25-16)-Check(I-V-25-20)Butterfly(I-FCV-25-7)Check(I-V-25-21)utterfly(I-FCV-25-8)OutsideOutsideInsideOutsideInside.OutsideContainment,VacuumRelfContnmentVuumReliefTypeCTypeCHydrogenPurge'xhaustypassPersonnelN.A.LockN.A.Ingress&EgresstoContainmentType8**EscapeN.A.LockIHafntenanceN.A.HatchNoneNoneN.A.N.A.EmergencyIngress&Type8**EgresstoContainmentVesselMaintenanceTypeB(GasketInterspace)ElectricalN.A.PenetrationsHainSmSteelContnmentzlesAll-marycanistersaflangedelectricalpenetrationsexceptweldedsparesTap1'ap2N.A.OutsideOutsideElectricalnectionsinPCVExpansionBewsType8Type0f0CLBtDrt0HainSteamSteelContainmen'tNozzlesTap1Tap2OutsideExpansion8el1owsOutsidee8FeedwaterSteelTap1ContainmentNozzlesTap2OutsideExpansion8e11owsOutsideType8
///r//
ICnMmPenetratioternFeedwaterSteeContainmentNozzlesValveTaNumberTap12TABLE3.6-1ContinuedLocationtCtItSOutsideExpanBellowsOutsidest~Te*TypeBFuelTubeSteelContainmentNozzlesTap1ExpansionBellowsTypeB*TypeCandbypasstsareconductedinthesamemanner,theonlydifferenceisintheacceptanceeriathatisapplicable.**InaccncewithSpecification4.6.1.3.b.ILO 0gf/5 270CONTAINMENTSYSTEMSCONTAINMENTAIRLOCKSLIMITINGCONDITIONFOROPERATION3.6.1.3EachcontainmentairlockshallbeOPERABLEwith:a.Bothdoorsclosedexceptwhentheairlockisbeingusedfornormaltransitentryandexitthroughthecontainment,thenatleastoneairlockdoorshall-beclosed,andb.Anoverallairlockleakagerates4-9>Aaccov-d~ce.coit4~cCon@.nrnenfL&<<geRnfe7cSf'ngPogra~.APPLICABILITY:N)DES1,2,3and4.ACTION:a.Mithonecontainmentairlockdoorinoperable+:1.MaintainatleasttheOPERABLEafrlockdoorclosedandeitherrestoretheinoperableairlockdoortoOPERABLEstatuswithin24hoursorlocktheOPERABLEairlockdoorclosed.2.OperationmaythencontinueuntilperformanceofthenextrequiredoverallairlockleakagetestprovidedthattheOPERABLEairlockdoorisverifiedtobeclosedatleastonceper31days.3.Otherwise,beinatleastHOTSTANDBYwithinthenext'6hoursandinCOLDSHUTDOWNwithinthefollowing30hours.4-TheprovisionsofSpecification3.0;4arenotapplicable.SURVEILLANCEREUIREMENTSb.Mfththecontainmentairlockinoperable,exceptastheresultofaninoperableairlockdoor,maintafnatleastoneairlockdoorclosed;restoretheinoperableairlocktoOPERABLEstatuswithin24hoursorbeinatleastHOTSTANDBYwithinthenext6hoursandfnCOEDSHUT-DOWNwithinthefollowing30hours.4.6.1.3EachcontainmentairlockshallbedemonstratedOPERABLE:~gh-a~g~gg<<9<<Iftheinnerairlockdoorisinoperable,passagethroughtheOPERABLEouterairlockdoorispermittedtoeffectrepairstotheinoperableinnerairlockdoor.Nomorethanoneairlockdoorshallbeopenatanytiara.ST.LUCIE-UNIT13/46-10AmendmentNo.~
ai+cotld--veFifyiag-@e-everalMir-leeaI~heeaHag.-eapabil~4.Atleastonceper6monthsbyverifyingthatonlyonedoorineachairlockcanbeopenedatatime.a,'ByperiPy:ng)eztcp.rake<anatzllactcd.oo~~<<~~~~~a.~'W44e.Con&:n~~~kLgpk'pP'~+<l~<~'dgPiogro~~a~JST.LUCIE-UNIT13/46-11AmendmentNo.65,+R 274CONTAINMENTSYSTEMSCONTAINMENTVESSELSTRUCTURAl.INTEGRITYLIMITINGCONDITIONFOROPERATION3.6.1.6Thestructuralintegrityofthecontainmentvesselshallbemaintainedatalevelconsistentwiththeacceptancecriteriain.Speci-fication4.6.1.6.APPLICABILITY:MODES1,2,3and4.ACTION:Miththestructuralintegrityofthecontainmentvesselnotconformingtotheaboverequirements,restorethestructuralintegritytowithinthelimitspriortoincreasingtheReactorCoolantSystemtemperatureabove200'F.SURVEILLANCEREUIREMENTS4.6.1.6Thestructuralintegrityofthecontainmentvesselshallbedetermineddur4nnc..byavisualinspectionoftheaccessiblenteriorandexteriorsurfacesofthevesselandverifyingnoapparentchaesinappearanceofthesurfacesorotherabnormaldegra-dation.aCCO~QOWC.W,'khIMCOq+ai'haIIA5)Ln~el4kr.7~8kingT.LUCIE-UNIT13/46-14AmendmentNo.~
280ICONTAINMENTSYSTEMS3/4.6.3CONTAINMENTISOLATIONVALYES.LIMITINGCONDITIONFOROPERATION3.6.3.1ThecontainmentisolationvalvesshallbeOPERABLE.APPLICABILITY:MODES1,2,3and4.ACTION:Withoneormoreoftheisolationvalve{s)inoperable,either:a.Restoretheinoperablevalve{s)toOPERABLEstatuswithin4hours,orb.Isolateeachaffectedpenetrationwithin4hoursbyuseofatleastonedeactivatedautomaticvalvesecuredintheisolationposition,orc.Isolateeachaffectedpenetrationwithin4hoursbyuseofatleastoneclosedmanualvalveorblindflange;ord.BeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOMNwithinthefollowing30hours.SURVEILLAHCEREUIREMENTS4.6.3.1.1TheisolationvalvesshallbedemonstratedOPERABLEpriortoreturningthevalvetoserviceaftermaintenance,repairorreplacementworkisperformedonthevalveoritsassociatedactuator,controlorpowercircuithyperformanceofthecyclingtest,andverificationofisolationtime.ST.LUCIE-UNIT13/46-18Awndutentte.-96
CONTAINMENTSYSTEMS281SURVEILLANCEPEUIREMENTS(Continued)ConIa'nanent'.6.3.1.2EachisolationvalveV.shallbedemonstratedOPERABLEduringtheCOLDSHUTDOWNorREFUELINGMODEatleastonceper18monthsby:a.VerifyingthatonaContainmentIsolationtestsignal,and/orSIAS.t'estsignal,eachisolationvalveactuatestoitsisolationposition.Con)anrnen)4.6.3.1.3Theisolationtimeofeachpoweroperatedorautomatic+valve-e+toSpecification4.0.5.ST.LUCIE-UNIT13/46-19AmendmentNo.AO rI'CC1~4F1E~lflll4~
PayrS3/yp-pc,<A~<<I,3/cl~-PPhaveLean~cled<J.gAoHTAINNENTISOLATION1.CV"25"4,52.I-FCV"-2,33.I-MV-15"1.4.I"HV"18-15.V"67416~I-NCV-14"167.Penetrationl023Containmentpurgeairexhaust,cIBcontainmentpurgesupply,cIsPrimarymakeupwater,CISInstrumentairsupply,CISNitrogensupplytosafetyin)ectiontanks,CISReaotorcoolantpumpcoolinwatersupply,BIASTestableDuringNoYeNoYesNoIsolatn1,19287~I-llCV"14-6628.V"2515,25169.V-5200,520310.V-5201,5204ll.V"5202,520512~V6554~655513'-LCV"07"llA,11814.V"6301,6302o15.V-2505~~16.-SE"01-1262829293142~434444ReaorcoolantpumoolingwaterreturnSIASLetdownlinCIS,BIASReaotoroolantmple,CISPrsuriaersurgelinsample,CIsPressurizersteamspacesae,cIScontainmentventheader,cIsReactoroavitysumppumpdischarge,CISReactordraintankpumpsuction/CISReactorcoolantpumpcontrolledbleedofi,CISReactorcoolantpumpcontrolledbleedoft,CISNoYesYesYesYesYesYeNo10 tt~r~IP,fl~sr/fJ PenetrationTestableDuringIsolatioUhhORREMOTE1.I-V-1794I"V"18"2oI-V-2511,123oIV-2513)14)15'64.V-34635eI-V"070096oV-07206,V071897~V-07170(V071888IF8E-27-1)2,3(4,Shall9oIF8E-27-5q6y7q9,10565584141464748a448c1a51cStationairsupply,ManualHydrogenpurgeoutsideairmake-up,Manual(NC}Hydrogenpurgeexhaust,Manual(NC)Safetyin)ectiontankteste,nual(NC)Safetn)ectiontatestline,Manual(Refuelingcpurificationfloeinlet,Mal(NRefingcavitypuriftionfloelet,Manual(NC}Hydrogensamplingline,RemotemanualHydrogensamplingline,RemoteihnualYesYesYesYesYesYesYesNllNll0Nh~Nh~5NhNhNA*
'IlJ,lI/J//I//l ValveTamber10.I-FCV-26-211.I-FCV-26-35412.I-FCV-26-55613.I-V00140I-V0014314.I-V00139I-V00144'15.I-V0010116.I-FCV-03-lE81FPenetrationNumber52a52b52c52d52e5428TABLE3.6-2ContinuedFunctionRadiationmonitoringR'adiationmonitoringRadiationmonitoring,returnILtesttapILRTtesttapILRTssureconnectionITankSampleTestableDuringPlant0erationYesYesYesYesYesYesIsolanTSecNANAwNANAanuaave-ationtimenotapplicable.*Haybeopeonanintermittentbasisunderadministrativecontrol.**Normalclosedvalves-Isolationtfme.notapplicable.
r/r'i,/I'/J//L//
293CONTAINMENTSYSTEMSSHIELDBUILDINGSTRUCTURALINTEGRITYLIMITINGCONDITIONFOROPERATION3.6.6.3Thestructuralintegrityoftheshieldbuildingshallbemain-tainedata.levelconsistentwiththeacceptancecriteriainSpecification4.6.6.3./CAPPLICABILITY:MODES1,2,3and4.ACTIONMiththestructuralintegrityoftheshieldbuildingnotconformingtotheaboverequirements,restorethestructuralintegritytowithinthelimitspriortoincreasingtheReactorCoolantSystemtemperatureabove200'F.'ISURVEIlLANCEREUIREMENTS4.6.6.3Thestructuralintegrityoftheshieldbuildingshallbedeter-sl'lN~~~~I0byavisualinspectionoftheaccessibleinterioandexteriorsurfacesoftheshieldbuildingandverifyingnoapparenthangesinappearanceoftheconcretesurfacesorotherabnormaldeqradatio~'qq~rCtnnc~m,'k4p4.Co~~a,'@monk~<<~pe'Rale.~mt'vgPr.cpm~ST.LUCIE-UNIT13/46-31AmendmentNo.
~~~
3/4.6CONTAINMENTSYSTEMSBASES3/4.6.1CONTAINMENTVESSEL3/4.6.1.1CONTAINMENTVESSELINTEGRITYCONTAINMENTVESSELINTEGRITYensuresthatthereleaseofradioactivemateriaTsfromthecontainmentatmospherewillberestrictedtothoseleakagepathsandassociatedleakratesassumedintheaccidentanalyses.Thisrestriction,inconjunctionwiththeleakageratelimitation,willlimitthesiteboundaryradiationdosestowithinthelimitsof10CFRPart100duringaccidentconditions.QSQsew7'8Q3/4.6.1.2CONTAINMENTLEAKAGE~hi'chA'Su//5Prom/~~I<g~5'gn6tS75los5oFCoofanF-abaci'denPThelimitationsoncontainmentleakageratesensurethatthetotalcontainmentleakagevolumewillnotexceedthevalueasumedintheaccidentanalysesatthepeakoccidentpressure,Pa(39.6psig).-As-an-'addedppl'~'let.ehZSperMmcdInno@orunceccpI~/he.ConIoInnr~I.du<~gaQ7GSF:<gPropre~an@'QThesurveillancetestingformeasuringeakagerates~consistentwiththerequirementsofAppendixJ'f10CFR50asmodifiedbyapprovedexemptions,sis~ay-4RC-s)g-@he'4l~'-4h143/4613CONTAINMENTAIRLOCKS)OPk'm6""gThelimitationsonclosureandleakrateforthecontainmentairlocksarerequiredtomeettherestrictionsonCONTAINMENTINTEGRITYandcontain-mentleakrate.Surveillancetestingoftheairlocksealsprovidesassurancethattheoverallairlockleakagewillnotbecomeexcessiveduetosealdamageduringtheintervalsbetweenairlockleakagetests.ST.LUCIE-UNIT1B3/46-1AmendmentNo.%.]$.~7~
- .~rrlrIrri~,i+rrr~IIIr~'2 CONTAINMENTSYSTEMSBASES3/4.6.1.4INTERNALPRESSUREThelimitationsoncontainmentinternalpressureensurethat1)thecontai'nmentstructuralispreventedfromexceedingitsdesignnegativepressuredifferentialwithrespecttotheannulusatmosphere-of0.70psiand2)thecontainmentpeakpressuredoesnotexceedthedesignpressureof44psigduringsteamlinebreakaccidentconditions.Themaxiaampeakpressureobtainedfromasteamlinebreakaccidentis41.6psig.Thelimitof2.4psigforinitialpositivecontainmentpressurewilllimitthetotalpressureto44.0psigwhichisthedesignpressureandisconsistentwiththeaccidentanalyses.3/4.6.1.5AIRTEMPERATUREThelimitationoncontainmentairtemperatureensuresthatthecontainmentvesseltemperaturedoesnotexceedthedesign'emperatureof264'FduringLOCAconditions.Thecontainmenttemperaturelimitisconsistentwiththeaccidentanalyses.3/4.6.1.6CONTAINMENTVESSELSTRUCTURALINTEGRITYofMMpsigintheeventofinsection~osdonstratethiscapability.accident.Avisuale-4eissufficientto-;naccord.~narc.m'~+>cCo~4a~~g~$L-8~kngc.go~<Teak;Pfog<he.)l~lk.anydesqnto45'osSopCoolanf-6,cc.d8~kThislimitationensuresthatthestructuralintegrityofthecon-tainmentsteelvesselwillbemaintainedcomparabletotheoriginaldesignstandardsforthelifeofthefacility.StructuralintegrityisrequiredtoensurethatthevesselwillwithstandthemaximumpressureST.LUCIE-UNIT1B3/46-2AmendmentHo.~
hhIl~(hhhhh1V1h~~II0hIh 498ADMINISTRATIVECONTROLS(2)conformtotheguidanceofAppendixIto10CFRPart50,and(3)includethefollowing:1)Monitoring,sampling,analysis,andreportingofradiationandradionuclidesintheenvironmentinaccordancewiththemethodologyandparametersintheODCM,.2)>>ALandUseCensustoensurethatchangesintheuseofareasatandbeyondtheSITEBOUNDARYareidentifiedandthatomodificationstothemonitoringprogramaremadeifrequiredbytheresultsofthiscensus,and3)ParticipationinaInterlaboratoryComparisonProgramtoensurethatindependentchecksontheprecisionandaccuracyofthemeasurementsofradioactivematerialsinenvironmentalsamplematricesareperformedaspartofthequalityassur-anceprogramforenvironmentalmonitoring.Z45cL+(Q6.9REORTINGREUIREHENTSROUTINEREPORTS6.9.1InadditiontotheapplicablereportingrequirementsofTitle10,CodeofFederalRegulations,thefollowingreportsshallbesubmittedtotheNRC.STARTUPREPORT6.9.1.1Asummaryreportofplantstartupandpowerescalationtestingshallbesubmittedfollowing(1)receiptofanoperatinglicense,(2)amendmenttothelicenseinvolvingaplannedincreaseinpowerlevel,(3)installationoffuelthathasadifferentdesignorhasbeenmanufacturedbyadifferentfuelsupplier,and(4)modificationsthatmayhavesignificantlyalteredthenuclear,thermal,orhydraulicperformanceoftheplant.ST.LUCIE-UNIT16-15bAmendmentNo.69-,-86~~
[INSERTAUnitI]WiththecontainmentleakagerateexceedingtheacceptancecriteriaoftheContainmentLeakageRateTestingProgram,withinIhourinitiateactiontobeinatleastHOTSTANDBYwithinthenext6hoursandinCOLDSHUTDOWNwithinthefollowing30hours.
[INSERTBUnit1]InaccordancewithGenericLetter91-08,"RemovalofComponentListsfromTechnicalSpecifications,"theopeningoflockedorsealedclosedcontainmentisolationvalvesonanintermittentbasisunderadministrativecontrolincludesthefollowingconsiderations:(1)stationinganoperator,whoisinconstantcommunicationwiththecontrolroom,atthevalvecontrols,(2)instructingthisoperatortoclosethesevalvesinanaccidentsituation,and,(3)assuringthatenvironmentalconditionswillnotprecludeaccesstoclosethevalvesandthatthisactionwillpreventthereleaseofradioactivityoutsidethecontainment.
[INSERTCUnit1]ContainmentLeakageRateTestingProgramAprogramtoimplementtheleakageratetestingofthecontainmentasrequiredby10CFR50.54(o)and10CFR50AppendixJ,OptionB,asmodifiedbyapprovedexemptions.ThisprogramisinaccordancewiththeguidelinescontainedinRegulatoryGuide1.163,"Performance-BasedContainmentLeak-TestProgram,"asmodifiedbythefollowingexception:a.BechtelTopical'Report,BN-TOP-1orANS56.8-1994(asrecommendedbyR.G.1.163)willbeusedfortypeAtesting.Thepeakcalculatedcontainmentinternalpressureforthedesignbasislossofcoolantaccident,Pis39.6psig.Thecontainmentdesignpressureis44psig.Themaximumallowablecontainmentleakagerate,LatPshallbe0.50%ofcontainmentairweightperday.Leakagerateacceptancecriteriaare:Containmentleakagerateacceptancecriterionis<1.0L,.Duringthefirstunitstartupfollowingtestinginaccordancewiththisprogram,theleakagerateacceptancecriteriaare<0.60L,fortheTypeBandCtests,<0.75L,forTypeAtests,and<0.27L,forsecondarycontainmentbypassleakagepaths.b.Airlocktestingacceptancecriteriaare:1)Overallairlockleakagerateis<0.05L,whentestedat>P,.')Forthepersonnelairlockdoorseal,leakagerateis<0.01L,whenpressurizedto>P,.3)Fortheemergencyairlockdoorseal,leakagerateis<0.01L,whenpressurizedto>10psig.TheprovisionsofT.S.4.0.2donotapplytotestfrequenciesintheContainmentLeakRateTestingProgram.TheprovisionsofT.S.4.0.3areapplicabletotheContainmentLeakRateTestingProgram.
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