ML17262A822

Proposed Tech Specs Re Fire Protection Program

ML17262A822
Person / Time
Site:	Ginna
Issue date:	04/21/1992
From:	ROCHESTER GAS & ELECTRIC CORP.
To:
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ML17262A820	List: ML17262A819 ML17262A821 ML17262A822
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NUDOCS 9204290437
Download: ML17262A822 (132)

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ATTACHMENTAREVISEAPPENDIXATECHNICALSPECIFICATIONSBYREMOVINGTHEPAGESIDENTIFIEDBELOWANDINSERTINGTHEENCLOSEDPAGES.REMOVEINSERT3.3.3.1-53.14-13.14-23.14-33.14-43.14-53.14-63.14-73.14-83.14-93.14-104.15-14.15-24.15-3,4.15-44.15-56.2-36.5-4LJ.1-53.14-14.15-16.2-36.5-4920429043792042iPDRADOCK05000244PPDR

TABLEOFCONTENTSPAGE2.03.0DEFINITIONSSAFETYLIMITSANDLIMITINGSAFETYSYSTEMSETTINGS2.1SafetyLimit,ReactorCore2.2SafetyLimit,ReactorCoolantSystemPressure2.3LimitingSafetySystemSettings,ProtectiveInstrumentationLIMITINGCONDITIONSFOROPERATION2~112~112~212~313.03.13.23.33.43.53.63.73.83.93.103.113.123.133.143.153.16ApplicabilityReactorCoolantSystem3.1.1OperationalComponents3.1.2HeatupandCooldown3.1.3-MinimumConditionsforCriticality3.1.4MaximumCoolantActivity3.1.5Leakage3.1.6MaximumReactorCoolantOxygen,Fluoride,and.ChlorideConcentrationChemicalandVolumeControlSystemEmergencyCoreCoolingSystem,AuxiliaryCoolingSystems,AirRecirculationFanCoolers,ContainmentSprayandCharcoalFiltersTurbineCycleInstrumentationSystemContainmentSystemAuxiliaryElectricalSystemsRefuelingPlantEffluentsControlRodandPowerDistributionLimitsFuelHandlingintheAuxiliaryBuildingMovableIn-CoreInstrumentationShockSuppressors(Snubbers)DeletedOverpressureProtectionSystemRadiologicalEnvironmentalMonitoring3.0-13~113~113.1-53.1-193~1213.1-253~1313~213~313.4-13.5-13.6-13~713.8-13.9-13.10-13~1113~1213a1313.14-13.15-13.16-14.0SURVEILLANCEREQUIREMENTS4.14.24.34'4.54.64.7OperationalSafetyReviewInserviceInspectionReactorCoolant:SystemContainmentTestsSafetyInjection,ContainmentSprayandIodineRemovalSystemsTestsEmergencyPowerSystemPeriodicTestsMainSteamStopValves4.1-14.2-14.3-14.4-14.5-14.6-14.7-1AmendmentNo.Proposed TABLEOFCONTENTS(CONT'D)4.84.94.104.114.124.134.144.154.16AuxiliaryFeedwaterSystemReactivityAnomaliesEnvironmentalRadiationSurveyRefuelingEffluentSurveillanceRadioactiveMaterialSourceLeakageTestShockSuppressors(Snubbers)DeletedOverpressureProtectionSystemPAGE4.8-14.9-14.10-14.11-14.12-14.13-14.14-14.15-1f4.16-15.06.0DESIGNFEATURES5.1Site5.2ContainmentDesignFeatures5.3ReactorDesignFeatures5.4FuelStorage5.5WasteTreatmentSystemsADMINISTRATIVECONTROLS5.1-15.2-15.3-15.4-15.5-16.16.26.36.46.56.66.76.86.96.106.116.126.136.146.156.166.17ResponsibilityOrganization6.2.1OnsiteandOffsiteOrganization6.2.2FacilityStaffStationStaffQualificationTrainingReviewandAudit6.5.1PlantOperationReviewCommittee(PORC)6.5.2NuclearSafetyAuditandReviewBoard.(NSARB)5.5.3QualityAssuranceGroupReportableEventActionSafetyLimitViolationProceduresReportingRequirements6.9.1RoutineReports6.9.2UniqueReportingRequirementsRecord,RetentionRadiationProtectionProgramDeletedHighRadiationAreaDeletedOffsiteDoseCalculationManualProcessControlProgramMajorChangestoRadioactiveWasteTreatmentSystems6.1-16.2-16.2-16.2-26.3-16.4-16.5-16.5-16.5-56.5-116.6-16.7-16.8-16.9-16.9-16.9-36.10-16.11-16.13-16.15-16.16-16+17-1AmendmentNo.Proposed

1.10HotChannelFactorsF,HeatFluxHotChannelFactor,isdefinedasthemaximumlocalheatfluxonthesurfaceofafuelroddivided.bytheaveragefuelrodheatfluxallowingformanufacturingtolerancesonfuelpelletsandrods.F~,NuclearHeatFluxHotChannelFactor,isdefinedasthemaximumlocalfuelrodlinearpowerdensitydividedbytheaveragefuelrodlinearpowerdensityassumingnominalfuelpelletandroddimensions.F~,EngineeringHeatFluxHotChannelfactor,isdefined,astheratiobetweenF~andF~andistheallowanceonheatfluxrequiredformanufacturingtolerances.F,NuclearEnthalphyRiseHotChannelFactor,isdefinedastheratiooftheintegraloflinearpoweralongtherodonwhichminimumDNBRoccurstotheaveragerodpower.1.11(DELETED)AmendmentNo.Proposed 3.14(DELETED)INTENTIONALLYLEFTBLANKAmendmentNo.3.14-1Proposed 4.15(DELETED)INTENTIONALLYLEFTBLANKAmendmentNo.Proposed (DELETED)geAdequateshiftcoverageshallbemaintainedwithoutroutineheavyuseofovertime.Administrativeproceduresshallbedevelopedandimplementedtolimittheworkinghoursofunitstaffwhoperformsafety-relatedfunctionsincludingseniorreactoroperators,reactoroperators,healthphysicists,auxiliaryoperators,andkeymaintenancepersonnel.ChangestotheguidelinesfortheadministrativeproceduresshallbesubmittedtotheNRCforreview.AmendmentNo.Pd,+,+6.2-3Proposed, Cld1' RESPONSIBILITIES(Continued)k.ReviewofthePlantSecurityPlanandshallsubmitrecommendedchangestotheChairmanoftheNuclearSafetyAuditandReviewBoard.ReviewoftheRadiationEmergencyPlanandshallsubmitrecommended.changestotheChairmanoftheNuclearSafetyAuditandReviewBoard.ReviewofimplementingproceduresforthePlantSecurityPlanandtheRadiationEmergencyPlanandproposedchangesthereto.ReviewofallReportableEvents.ReviewoftheFireProtectionProgramandImplementingProceduresandsubmittalofrecommendedProgramchangestotheChairmanoftheNuclearSafetyAuditandReviewBoard(NSARB).AUTHORITY6.5.1.7ThePORCshall:a0b.RecommendinwritingtothePlantManager,GinnaStationapprovalordisapprovalofitemsconsidered.under6.5.1.6(a)through(d)and(1)above.Renderdeterminationsinwritingwithregardtowhetherornoteachitemconsidered,under6.5.1.6(a)through(d)and(1)aboveconstitutesanunreviewedsafetyquestionasdefinedin10CFRSection50.59.AmendmentNo.4,326.5-4Proposed tlJ,'<I' TABLEj.'ETAILEDTECHNICALSPECIFICATIONCHANGESLOCATIONDESCRIPTIONOFCHANGEREASONFORCHANGEpage1-5para1.11page3.14-1thru3.14-4,para's3.14thru3.14.7.1page3'4-5thru3.14"6page3.14-7thru3.4-8,Table3'4-1page3.14-9thru3'4-10Table~~3.14-2page4.15-1thru,4.15-4para's4.15thru4.15.7page4.15-5Delete"FireSuppressionWaterSystem"definitionDelete"FireSuppressionSystems"initsentiretyDeletefiresuppressionsystem"Basis"initsentiretyDelete"Table3.14-1,FireDetectionInstruments"initsentiretyDelete"Table3.14-2FireServiceWaterHoseReelLocation"initsentiretyDelete"FireSuppressionSystemTest"initsentiretyDeletefiresuppressionsystemtest"Basis"initsentiretyThesechangesaremadeinaccordancewiththeguidanceprovidedinGenericLetters86-10and88-12'ireProtectionandFireBrigadestaffingrequirementsarebeingremovedfromTechnicalSpecification(TS)andincorporatedintotheUFSARandplantprocedures.ThischangealsoaddsadministrativecontroltoTSconsistenttothoseforotherprogramsimplementedbythelicensecondition.page6.2-3,para6.2.2.(f)Deletefirebrigadestaffingrequirementindicatedinpara.fincluding"*"portionatbottomofpagepage6.5-4para6.5.1.6(l)6.5.1.7a.andb.Add"ReviewoftheFireProtectionProgramandImplementingproceduresandsubmittalofrecommendedprogramchangestotheNuclearSafetyAuditandReviewBoard" ATTACHMENTBReviseFacilityOperatingLicensebyremovingtheparagraphidentifiedbelowandinsertingtheenclosedpages.RemoveInsert (5)PursuanttotheActof10CFRParts30and70,topossess,butnotseparate,suchbyproductandspecialnuclearmaterialasmaybeproducedbytheoperationofthefacility.Thislicenseshallbedeemed.tocontainandissubjecttotheconditionsspecifiedinthefollowingCommission,regulationsin10CFRPart20,Section30.34ofPart30,Section40.41ofPart40,Sections50.54and50.59ofPart50,andSection70.32ofPart70;andissubjecttoallapplicableprovisionsoftheActandrules,regulationsandordersoftheCommissionnoworhereafterineffect;andissubjecttotheadditionalconditionsspecifiedbelow:(1)MaximumPowerLevelRGGEisauthorizedtooperatethefacilityat,steady-statepowerleveluptoamaximumof1520megawatts(thermal).(2)TechnicalSecificationsTheTechnicalSpecificationscontainedinAppendixAareherebyincorporatedinthelicense.ThelicenseeshalloperatethefacilityinaccordancewiththeTechnicalSpecifications.(3)FireProtection(a)Thelicenseesshallimplementandmaintainineffectallfireprotectionfeaturesdescribedinthelicensee'ssubmittalsreferencedinandasapprovedormodifiedbytheNRC'sFireProtectionSafetyEvaluation(SE)datedFebruary14,1979andSEsupplementsdatedDecember17,1980,'ebruary6,1981,June22,1981,February27,1985andMarch21,1985.orconfigurationssubsequentlyapprovedbytheNRC,subjecttoprovision(b)below.(b)ThelicenseemaymakechangestotheapprovedfireprotectionprogramwithoutpriorapprovaloftheCommissiononlyifthosechangeswouldnotadverselyaffecttheabilitytoachieveandmaintainsafeshutdownintheeventofafire.

(c)Deleted(4)SecondarWaterChemistrNonitorinProramThelicenseeshallimplementasecondarywaterchemistrymonitoringprogramtoinhibitsteamgeneratortubedegradation.Thisprogramshallbedescribed.intheplantproceduresandshallinclude:(a)Identificationofasamplingscheduleforthecriticalparametersandcontrolpointsfortheseparameters;(b)Identificationoftheproceduresusedtomeasurethevaluesofthecriticalparameters;(c)Identificationofprocesssamplingpoints;(d)Procedurefortherecordingandmanagementofdata;(e)Proceduresdefiningcorrectiveactionsforoffcontrolpointchemistryconditions;and(f)Aprocedureidentifying(i)theauthorityresponsiblefortheinterpretationofthedata,and(ii)thesequenceandtimingofadministrativeeventsrequiredtoinitiatecorrectiveaction.(5)SstemsInteritThelicenseeshallimplementaprogramtoreduceleakagefromsystemsoutsidecontainmentthatwouldorcouldcontainhighlyradioactivefluidsduringaserioustransientoraccidenttoaslowasreasonablyachievablelevels.Thisprogramshallincludethefollowing:

I ATTACHMENTCDiscussionThepurposeoftheproposedchangeto.thelicenseandAmendmenttothe,TechnicalSpecificationsistoincorporatetheGinnaFireProtectionProgramintotheUpdatedFinalSafetyAnalysisReport(UFSAR)asencouragedbyGenericLetter86-10,ImplementationofFireProtectionRequirements,andGenericLetter88-12,RemovalofFireProtectionRequirementsfromTechnicalSpecifications.Thisgenericletteralsoencouragedlicenses'oapplyforanamendmenttotheiroperatinglicenses(1)toreplacecurrentlicenseconditionsregardingfireprotectionwithanewstandardconditionand.(2)toremoveunnecessaryfireprotectionTechnicalSpecifications(TS).From1986to1988theNRCstaffgainedexperiencewithimplementationofGenericLetter86-10fornewoperatinglicenses.Inaddition,lead-plantproposalsforthislicensechangeweresubmittedandapprovedfortheCallaway,,WolfCreek,andPerrynuclearplants.Onthisbasis,theCommissionstaffdevelopedadditionalguidanceinGenericLetter88-12,RemovalofFireProtectionRequirementsfromTechnicalSpecifications,forpreparationofalicenseamendmentrequesttoimplementGenericLetter86-10.ThislicenseamendmentsubmittalrequestsremovaloftheapplicableportionsofFireProtectionfromtheTechnicalSpecifications(TS)and'incorporatesthemintotheUFSARandplantprocedures.Specifically,thefollowingsectionsareremoved.:1.11DEFINITION-FireSuppressionWaterSystem3-.143.14.13.14.23.14.33.14.43.14.53.14.63.14.74.154.15.14.15.24.15.3a4.15.3b4.15.44.15.5LIMITINGCONDITIONSFOROPERATION-FireSuppressionSystemFireDetectionInstrumentsFireSuppressionWaterSystemSprayand/orSprinklerSystemsHalonSystemsFireHoseStationsFireBarrierPenetrationSealsYardHydrant-SoutheastCornerSURVEILLANCEREQUIREMENT-FireSuppressionSystemTestFireDetectionInstrumentsFireSuppressionWaterSystemSpraySystemsSprinklerSystemsHalonSyst:emFireHoseStations

4.15.64.15.7PenetrationSealsYardFireHydrant-SoutheastCorner6.2.2(f)AdministrativeControls/Organization-EireBrigadeThefollowingsectionisaddedtotheTechnicalSpecifications:6.5.1.6(l)AdministrativeControls/ReviewandAudit-PORCReviewoftheFireProtectionProgramandImplementingProceduresTable1ofAttachmentAdepictsthespecificTechnicalSpecificationchanges.InadditiontotherequirementsbeingaddedtotheUFSARasproposedTables9.5-1,9.5-2and9.5-3,aproposed.newTable9.5-4entitledSpray/SprinklerSystemOperabilityhasbeenaddedforclarity.Detailsareprovided,inAttachmentD.TheFireProtectionProgramwillbeincorporated.intothe.UpdatedFinalSafetyAnalysisReport(UFSAR)eitherbyreferencesordescription.Thiswillincludethefireprotectionandpost-firesafeshutdownsystems,firehazardanalysis,commitmentstoAppendixAtoBranchTechnicalPosition(BTP)APCSB9.5-1,descriptionsofthemethodologyforassuringsafeplantshutdownfollowingafire,andtheNuclearRegulatoryCommissionsSafetyEvaluationReports.DescriptionsofthemethodologyforassuringsafeplantshutdownfollowingafirearedescribedintheUFSARSections7.4and9.5andplantprocedures;theserequirementsremainunchanged.CommitmentstoAppendixAtoBTPAPCSB9.5-1,andto10CFR50,AppendixRremainunchanged.Administrativecontrolshavebeenenhanced.bythechangestoSection6.5.1.6(l),and6.5.1.7a.andb.oftheTechnicalSpecifications.TechnicalcontrolsaregovernedbytheGinnaQualityAssuranceProgramAppendixD.FireBrigadestaffingrequirementshavebeenincorporatedverbatimintotheUFSARfromtheTechnicalSpecifications.AdministrativerequirementsfortheFireProtectiontechnicalstaffremainunchanged.SurveillanceRequirementsassociatedwithfiredetectionsystems,firesuppressionsystems,firebarriers,yard.hydrantandtheadministrativecontrolsthataddressfirebrigadestaffingwererelocatedfromtheTechnicalSpecificationsandincorporatedintotheUFSARwithoutalteringtheirintentorrequirements.TheLimitingConditionsforOperation(LCO)forthefireprotectionsystemwillbeincorporated.into.plant.procedureswithout.alterationofintent.ExistingadministrativecontrolsrelatedtofireprotectionauditsareretainedintheTechnicalSpecificationsundertherequirementin6.5.2.8(g).

• IA Alloperationalconditions,remedialactions,andtestrequirementsincludedintheTechnicalSpecificationsforthesesystems,aswellasthefirebrigadestaffingrequirementsoftheFireProtectionProgramwillbeincorporated.intotheUFSARandplantprocedures.Theremedialactionswillbeincorporatedintoplantprocedures,includingshutdowncurrentlyrequiredbyTechnicalSpecification3.0.1ifanLCOandits'associatedActionRequirementcannotbemet.Also,changessubsequenttothisamendmentwillbesubjecttothenewstandardlicenseconditionasdescribedinSectionFofGL86-10.ProposedUFSARTables9.5-1thru9..5-4tabulatethefireprotectionsystemrequirementscurrentlyincludedintheTechnicalSpecificationswiththeexceptionoftheLimitingConditionforOperation(LCO)forthefireprotectionsystemwhichwillbeincorporatedintoplantprocedures.UFSARTable9.5-1isTStable3.14-2FireServiceWaterHoseReelLocation;UFSARTable9.5-2isatabulararrangementoftheFireProtectionSystemRequirements;UFSARTable9.5-3isTSTable3.14-1FireDetectionInstruments;UFSARTable9,.5-4Spray/SprinklerSystemOperabilityisanewtableandisprovidedforclarity.Thesetablesand.plantprocedureswillmaintaintheexistingrequirementswithoutchange.=Thestandardfireprotectionlicenseconditionhasbeenincludedasaproposedchangetothe1icense.Thecurrentfireprotectionlicenseconditions2.C.(3)(b)and.(c)havebeenremoved.ProposedSection2.C.(3)(b)nowconformstotheguidanceprovidedinGenericLetter86-10statedasfollows:RGREmaymakechangestotheapprovedfireprotectionprogramwithoutpriorapprovaloftheCommissiononlyifthosechangeswouldnotadverselyaffecttheabilitytoachieveandmaintainsafeshutdownintheeventofafire.Section2.C.(3)(a)hasalsobeenupdatedtoincludeSafetyEvaluationReportsdated.February27,1985and.March21,1985.AdministrativecontrolsinTechnicalSpecification6.5.1.6(l)havebeenaugmentedtosupportthefireprotectionprogram.ThisisaccomplishedbydelegatingthePlantOperationsReviewCommittee(PORC)responsibilityforreviewofthefireprotectionprogramandimplementingproceduresandsubmittalofrecommendedprogramchangestotheNuclearSafetyAuditandReviewBoard(NSARB).JustificationforChanesTheseproposedchangesaremadewithoutalteringtheintentofthelicensecondition,firebrigadestaffingrequirementsortherequirementsofthefireprotectionportionoftheTechnicalSpecifications.AftertherelocationoffireprotectionsystemrequirementsfromtheTechnicalSpecifications,eventswhichmaybepotentiallyreportablewouldstillbeevaluatedrelativetothecriteriaof10CFR50.72,10CFR50.73and10CFR21onanindividualbasis.Areportabilitydeterminationwouldbemadebasedonthis J44t'lr evaluationprocess.Eventsinvolvingsignificantdegradationofthefireprotectionsystemwouldbereportable.Therefore,theproposedchangewillnotresultinlossofregulatorycontrol.SstemsAffectedThischangehasnoeffectonanyplantsystems.FireprotectionrequirementsintheTechnicalSpecificationsareremovedandincorporatedintotheUFSARandplantprocedureswithoutalterationoftheirintentorrequirements.AdministrativecontrolsintheTechnicalSpecificationsareenhanced.tosupportthefireprotectionprogramandtoensureconformance.Conclusion:Basedontheabovediscussionandthefollowingsignificanthazardevaluation,RG&EhasdeterminedthatthechangestothelicenseandTechnicalSpecificationdonotinvolveanunreviewedsafetyquestion,donotreducethemarginofsafetynorinvolveasignificanthazardconsideration.SinificantHazardsEvaluationThisevaluationcoversthedeletionsofTechnical.Specifications3.14,4.15,6.2.2(f),thesectionBasesfor3.14and4.15,thecorrespondingDefinitionSection1.11,Table3.14-1FireDetectionInstruments,Table3.14-2FireServiceWaterHoseReelLocation,andrelocationoftheserequirementstotheUpdatedFinalSafetyAnalysisReportandplantprocedures.DetailchangesarelistedinTable1ofAttachmentA.TheLimitingConditionsforOperation(LCO)forthefireprotectionsystemwillbeincorporatedintoplantprocedures.Inaddition,aproposed,newUFSARTable9.5-4,Spray/SprinklerSystemOperability,hasbeenaddedtoprovideclarityonthesesystems.TheadditionofTechnicalSpecification6.5.1.6(l)andrevisionstoLicenseConditions2.C.(3)havealsobeenproposed.Thefollowingdiscussionaddressesthesechangesandtheirsignificanthazardevaluation.1.TechnicalSpecification3.14,4.15,6.5.1.6(l),6.5.1.7a.andb.,1.11,Table3.14-1,Table3.14-2,andnewUFSARTable9.5-4~a~Thesechangesdonotinvolveasignificantincreaseintheprobabilityorconsequencesofanaccidentpreviouslyevaluated.Theaccidentanalysisassumesthatadesignbasisaccidentdoesnotoccursimultaneouslywithafire.Thefirehazardanalysisdoesnotsolelyrelyonautomaticfiresuppressionsystemsand/orfiredetectionsystemsasfire-ratedassemblies;manualfiresuppressionandredundantsafeshutdowntrainsarealsoavailable.

Nochangetotherequirementshavebeenmade.Thesechangessimplyrelocatethefiredetectioninstrumentation,firesuppressionwatersystemanditsdefinition,sprayand/orsprinklersystems,halonsystems,firehosestation,firebarrierpenetrationfireseals,yardfirehydrant,theexistingfireprotectiontables,andapplicablebasesandplacesthemintotheUFSARandplantprocedureswithoutalteringtheirintent.Implementingproceduresprovidetheadministrativecontrolsovertherequirements.TheproposednewTable9,.5-4totheUFSARaddsclaritybyprovidingidentificationofthespray/sprinklersystemsbyplantlocation,systemidentifyingnumberandsystemflowtype(automatic,manualorpre-action).Thisinformationisderivedfromandduplicatesthatwhichiscurrentlyincluded.inimplementingprocedures.Becausenorequirementsarebeingchanged,therewillbenoincreaseintheprobabilityorradiologicalconsequencesofanaccidentpreviouslyevaluated.ReviewoftheFireProtectionProgram,itsimplementation,andrevisionswillbetheresponsibilityofthePlantOperationsReviewCommittee(PORC).PORCshallberesponsibleforreviewingchangestofireprotectionrequirementsandsubmittingrecommendedprogramchangestotheNuclearSafetyAuditandReviewBoard(NSARB).Thesechangesdonotcreatethepossibilityofanewordifferentkindofaccidentfromanypreviouslyevaluated.Theproposedchangedoesnotaltertheintentoftherequirements;butrather,relocatesthemfromtheTechnicalSpecificationstotheUFSARandplantprocedures.Nomodificationsarebeingmadetoanyplantsystem,structureorcomponentwhichmayberelieduponforsafeshutdown.Operational,maintenance,andproceduralrequirementsarenotdecreased.ThefireprotectionprogramiscoveredbytheR.E.GinnaQualityAssuranceProgram.PlantprocedurescontinuetoprovidethespecificinstructionsforimplementingtheLCO,action,andsurveillancerequirements.SinceapprovalofthisamendmentwilltransferTechnicalSpecificationrequirementstotheUFSARandimplementingproceduresfortheFireProtectionProgram,webelievethatsubsequentchangestotheFireProtectionProgramshouldbepromptlyincludedaspartoftheUFSARaswellastheaffectedimplementingprocedure.WeexpecttoimplementthisprocesssuchthattheUFSARandimplementingproceduresareinagreementwithinareasonablyprompttimeframe.

c~Thesechangesdonotinvolveasignificantreductioninthemarginofsafety.Nochangeisbeingproposedfortherequirementsthemselves.Plantprocedurescontinuetoprovidespecificinstructionsnecessaryforimplementationoftherequirementsconsistentwiththatcurrentlyinplace.Fireprotectionreportingrequirementswouldstillbemaderelativetothecriteriaof10CFR50.72,10CFR50.73and,10CFR21onanindividualbasis.Thereforetheproposedchangeswouldnotresultin.areductionofregulatoryrequirements.TheproposedTechnicalSpecification6.5.1.6(l)delegatesPORCwithresponsibilityforreviewoftheFireProtectionProgramandsubmittalofrecommendedprogramchangestoNSARB.Consequently,theappropriatelevelofcontrolsoverthechangeprocessunder10CFR50.59willbeimplemented..2.TechnicalSpecification6.2.2(f),SiteFireBrigadeRequirements,hasbeendeletedfromTechnicalSpecificationsandtransferredtoplantproceduresandtheUFSAR.NewTechnicalSpecification6.5.1.6(l),PORCResponsibilities,,hasbeenproposedasanaddition.a)Thesechangesdonotinvolveasignificantincreaseintheprobabilityorconsequencesofanaccidentpreviouslyevaluated.Nochangestotherequirementshavebeenmade.Thesechangessimplyremovethesitefirebrigade,requirementsfromtheTechnicalSpecificationsandplacesthemintoplantproceduresandtheUFSARwithoutalteringthem.ReviewoftheFireProtectionProgramanditsrevisionswillbetheresponsibilityofPORC.PORCshallberesponsibleforreviewingchangestofireprotectionrequirementsandsubmittingrecommended.programchangestotheNSARB.ThiswillensurethatimplementingprocedurescontaintheproperlevelofadministrativecontrolovertheFireProtectionProgramandthatsubsequentchangesareappropriatelyevaluatedunder10CFR50.59.b)Thesechangesdonotcreatethepossibilityofanewordifferentkindofaccidentfromanypreviouslyevaluated.Theproposedchangedoesnotaltertherequirements.Plantprocedureswillcontinuetoprovidethespecificinstructionsforimplementingtheadministrativerequirements.ThenumberandqualificationsoftheFireBrigademembershasnotchanged.c)Thesechangesdonotinvolveasignificantreductioninthemarginofsafety.Nochangeisbeingproposedfortherequirements.Plantprocedureswillcontinuetoprovidethespecificinstructionsnecessaryforimplementationoftherequirementsconsistentwiththatcurrentlyinplace.

FireProtectionProgramreportingrequirementswillstillbemaderelativetothecriteriaof10CFR50.72,10CFR50.73and.10CFR21onanindividualbasis,thereforetheproposedchangewillnotresultinareductionofregulatoryrequirements.TheproposedTechnicalSpecification6..5-.1.6(l)delegatesPORCwithresponsibilityforreviewoftheFireProtectionProgramandsubmittalofrecommendedprogramchangestoNSARB.Consequently,theappropriatelevelofcontrolsoverthechangeprocessunder10CFR50.59willbeimplemented,.3.Licenseconditions2.C.(3)(a),(b)and(c),FireProtection,havebeenrevisedinaccordancewiththeguidanceprovided.inSectionFofGenericLetter86-10,ImplementationofFireProtectionRequirements,andasclarifiedinGenericLetter88-12,RemovalofFireProtectionRequirementsfromTechnicalSpecifications.Specifically,2.C.(3)(a)hasbeenupdatedtoincludeSafetyEvaluationReportsdatedFebruary27,1985andMarch21,1985.Sections2.C.(3)(b)and(c)havebeenremovedand.anewsection2.C.(3)(b)hasbeenproposed.whichallowschangestobemadetotheapprovedFireProtectionProgramonlyifthosechangeswouldnotadverselyaffecttheabilitytoachieve.andmaintainsafeshutdownintheeventofafire.a)Thischangedoesnotinvolveasignificantincreaseintheprobabilityorconsequencesofanaccidentpreviouslyevaluated.ThechangeinlicenseconditionsfromthosepreviouslyincorporatedintothelicensetotheonepresentedinGenericLetter86-10and88-12doesnotresultinanychangeintechnicalrequirementsofthechangeprocess.Previously,changestotheFireProtectionProgramthatdecreasedtheleveloffireprotectionintheplantcould.onlybemadewithpriorcommissionapprovalutilizingthelicenseamendmentprocess(10CFR50.90).Theproposed.licenseconditionallowsthelicenseetomakechangestotheapprovedfireprotectionprogramundertheprovisionsof10CFR50.59withoutpriorapprovaloftheCommissionandonlyifthosechangeswouldnotadverselyaffecttheabilitytoachieveandmaintainsafeshutdownintheeventofafire.TheoriginallicenseconditionalsorequiredthatthelicenseemaintainanauditablerecordofallchangesmadetothefireprotectionprogramthatdonotrequirepriorCommissionapproval.Theproposed.licenseconditiondoesnotspecificallylevythisrequirement;but,sincetheFireProtectionProgramandtheformerTechSpecsarenowincorporatedintotheUFSAR,theirchangesfallunder10

,reCW<4Cf.a1 CFR50.59,andsection10CFR50.59(b)containsthesamerecordkeepingrequirements.Thecurrentlicenseconditionrequiredanannualreportto0heCommissiononallchangestotheFireProtectionProgrammadewithoutpriorapproval.Thesameannualreportingrequirementsareimposedby10CFR50.59(b)(2)and,10CFR50.71(e).Thischangedoesnotcreatethepossibilityofanewordifferentkindofaccidentfromanypreviouslyevaluated.TheproposedstandardlicenseconditionsdonotinvolveanysignificantchangeinrequirementsandconformtotheguidanceinGenericLetters86-10and88-12.Anychangebeingmadewillstillrequireanevaluationpursuantto10CFR50.59todeterminetheexistenceofanyunreviewedsafetyquestion.Transferoftechnicalrequirementsforthelimitingconditionsforoperation,andsurveillanceofFireProtectionSystemsandcomponentsensuresimplementationofthe10CFR50.59process.Thischangedoesnotinvolveasignificantreductioninthemarginofsafety.Astandardlicenseconditionisimplemented.Thisrequiresthatnochangecanbemadetothefireprotectionprogramthatwilladverselyaffecttheabilitytoachieveandmaintainsafeshutdownintheeventofafirewithoutpriorcommissionapproval.ThereforethelicenseconditiondoesnotinvolveanysignificantchangeinrequirementsandfollowstheguidanceinGenericLetters86-10and88-12.FireProtectionProgramreportingrequirementswillstillbemaderelativetothecriteriaof10CFR50.72,10CFR50.73and10CFR21onanindividualbasis,thereforetheproposedchangewillnotresultinareductionofregulatoryrequirements.

ATTACHMENTDPROPOSEDCHANGESTOTHEUPDATEDFlNALSAFETYANALYSlSREPORTTheentireSection9.5.1FireProtectionSystemsisincludedalthoughnotallsectionsrequiredachange.NewsectionswhicharebeingtransferredfromTechnicalSpecificationsareappropriatelyannotated.astotheTechnicalSpecificationsectionfromwhichtheycame.(RefertoAttachmentE.)

GINNA/UFSARChapter9AUXILIARYSYSTEMSTABLEOFCONTENTS(Continued)SectionandTitle~ae~I~~~~~~~CollectionSystem~~~~\~andExhaust~a~~~~9.5.1.2.4OtherDesignConsiderations9.5.1.2.4.1SmokeRemoval9.5.1.2.4.2BreathingEquipment9.5.1.2.4.3ControlBuildingVentilation9.5.1.2.4.4ReactorCoolantPumpMotorOil9.5.1.2.4.5FloorDrainsandCurbs9.5.1.2.4'.6LightingSystems9.5.1.2.4.7Communications9.5.1.2.4.8ElectricalCableInsulation9.5.1.2.4.9FireBarriers9.5.1.2.4.10ElectricalCablePenetrati.ons9.5.1.2.4.11Pipi.ngandDuctPenetrations9.5.1.2.4.12CableSeparation9.5.1.2.4.13SprayShields9.5.1.2.4.14ConstructionJoints9.5.1.2.5AdministrativeControls9.5.1.2.5.1Organization9.5.-1.2.5.g9FireBrigadeTraining9.5.1.2.5.jf4ControlofCombustibles9.5.1.2.5.$5ControlofIgnitionSources9.5.l.2.5.$6Fire-FightingProcedures9.5.1.2.5.$7QualityAssurance9.5.1.j4SafeShutdownCapability9.5.1.f41SafeShutdownRequirements9.5.1.p.2AlternativeShutdownCapabili.ty9.5.1.P.3ShutdownFromOutsidetheControlRoom9.5.2CommunicationsSystems9'.2.1PublicAddressSystem9.5.2.2TelephoneSystems9'.2.3RadioSystems9.5.2.4OffsiteCommunications9'.2.5EmergencyCommunicationsWiththeNRC9.5.3LightingSystems9.5.4DieselGeneratorFuelOilStorageandTransferSystem9.5.5DieselGeneratorCoolingSystem9.5.6DieselGeneratorStartingSystem9.5.7DieselGeneratorLubricationSystem9.5.8DieselGeneratorCombustionAirIntakeReferencesforSection9.59.5-129.5-129,5-129.5-139.5-139.5-139.5-149.5-149.5-149.5-159.5-159.5-169.5-179.5-179.5-179.5-179.5-179.5-189.5-189.5-199.5-199.5-209.5-209.5-209.5-219.5-229.5-229.5-239.5-239.5-249.5-249.5-269.5-269.5-279.5-289.5-299.5-309.5-309.5-31Fire8rigac!eOpere,gil'!'ya~dSovveillance.~eg~ireme~~<9-ixREV712/91

~Ill4P1 GINNA/UFSARChapter9AUXILIARYSYSTEHSLISTOFTABLES(Continued)Table9.3-10TitleParametersUsedintheCalculationofReactorCoolantFissionProductActivities~Pae9.3-739.3-119.4-1TritiumProductionintheReactorCoolant........9.3-74ContainmentVentilationSystem,PrincipalComponent'ataSummary.........................9.4-359.5-1FireServiceWaterHoseReelLocations..........9.5-330feraSili~/q,5<$Fq~y~~gSyrinkjerS)st~oyemLili)y9-xiREV612/90 GINNA/UFSAR9.5OTHERAUXILIARYSYSTEMS9.5.1FIREPROTECTIONSYSTEMS9.5.1.1DesinCriterio9.5.1.1.1GeneralDesignCriterion.3ThedesigncriterionusedduringthelicensingofGinnaStationwasGeneralDesignCriterion3(GDC3),includedintheAtomicIndustrialForum(AIF)versionofproposedcriteriaissuedbytheAECforcommentonJuly10,1967.Thecriterionwasasfollows:Criterion:Thefacilityisdesignedsothattheprobabilityoffiresandexplosionsandthepotentialconsequencesofsucheventsdoesnotresultinunduerisktothehealthandsafetyofthepublic.Noncombustibleandfireresistantmaterialsshallbeusedthroughoutthefacilitywherevernecessarytoprecludesuchrisk,particularlyinareascontainingcriticalportionsofthefacilitysuchascontainment,controlroom,andcomponentsofengineeredsafetyfeatures(AIF-GDC3).Withrespecttothiscriterion,firepreventioninallareasoftheplantwasprovidedbystructureandcomponentdesignwhichoptimizedthecontainmentofcombustiblematerialsandmaintainedexposedcombustiblematerialsbelowtheirignitiontemperatureinthedesignatmosphere.Firecontrolrequiresthecapabilitytoisolateorremovefuelfromanignitingsource,toreducethecombustibletemperaturebelowtheignitionpoint,toexcludetheoxidant,andtoprovideacombinationofthethreebasiccontrolmeans.Thelattertwomeanswerefulfilledbyprovidingfixedorportablefire-fightingequipmentofcapacitiesproportionaltotheenergythatmightcrediblybereleasedbyfire.GinnaStationwasdesignedonthebasisoflimitingtheuseofcombustiblematerialsinconstructionandofusingfire-resistantmaterialstothegreatestextentpossible.Thefireprotectionsystemwasdesignedtohavethecapabilitytoextinguishanyprobablecombinationofsimultaneousfireswhichmighthaveoccurredatthestation.Thesystemwasdesignedinaccordancewiththestandardsofthe9.5-1REV612/90 GINNA/UFSARNationalFireProtectionAssociation(NFPA)andwasbasedgenerallyontherecommendationsoftheNuclearEnergyPropertyInsuranceAssociation.ProceduresweredevelopedforfightingfiresinalltheplantareasandwereincludedinthePlantEmergency(nowdesignated"SiteContingency")Procedures..Firepreventionwascontrolledbyadministrativemethodstopreventaccumula-tionsofcombustiblematerialsandtopracticegoodsafetymethods.Periodicpracticeexerciseswereemployedtoensurethatplantpersonnelwerefamiliarwiththepropercorrectiveprocedures.Firedetectionandfirefightingsystemsofappropriatecapacityandcapabilitywereprovidedintheoriginaldesigntominimizetheadverseeffectsoffireonstructures,systems,andcomponentsimportanttosafety.Sensingdevicesincludedbothionizationchambersandtemperaturedetectors.Fire-fightingequipmentincludedautomaticwaterdelugeinappropriateareas.AHalon1301totalfloodingsystemwasinstalled.Appropriatehosesandportablefirefightingequipmentwereprovidedandplacedthroughouttheplant.Thedesignofthefireprotectionsystemwasreviewedin1972onthebasisof1GDC3ofAppendixAto10CFR50whichwaspromulgatedafterthelicensingofGinnaStation.ItwasdeterminedthattherequirementsofGDC3wereappropriatelymetbytheplantdesign.9.5.1.1.2BranchTechnicalPosition9.5-1InMay1976,theNRCBranchTechnicalPosition9.5-1waspublishedforcommentasRegulatoryGuide1.120,andinAugust1976,AppendixAtoBranchTechnicalPosition9.5-1waspublishedforusebyplantsdocketedpriortoJuly1,1976.ThedesignofthefireprotectionsystemwasreviewedagainstthecriteriaoftheBranchTechnicalPositioninasubmittaltotheNRCinFebruary1977.Thesubmittalincludedafirehazardsanalysisandseveralproposeddesignmodificationsincompliancewiththeregulatoryguidance.AsafetyevaluationreportwasissuedbytheNRCinFebruary1979withsupplementsinDecember1980,"February1981,andJune1981.9.5-2REV612/90 GINNA/UFSARAutomaticsmokedetectionsystemsare,providedinallplantlocationscontainingsafety-relatedequipmentand/orconcentrationsofcombustiblematerials.Inaddition,automaticpreactionsprinklersorautomaticwaterspraynozzlesareinstalledforallcabletrayswherelargeconcentrationsofcabletraysexist.Allareaswithflammableliquidsareprotectedbyadetectionsystemandanautomaticwatersuppressionsystem.Therelayroomisprotectedbyadetectionsystem,anautomaticHalonsystem,andthreemanualwaterspraysystems.Flamemastic,afire-retardantcoating,has'beenappliedinlocationscontainingconcentrationsofcabletrayssuchasinthevaultbelowemergencydieselgenerator1Bandattheentrancesofthecabletunnelfromtheintermediatebuilding,airhandlingroom,andauxiliarybuilding.NewcableswhichmeetIEEE-383havealsobeenaddedinvariouslocations.ThesecablesdonotneedtobecoatedwithFlamemastic.Manualfire-fightingequipmentexistsatthestationintheformofmanualhosestationsandportableextinguishers~Shouldanymanualhosestationbeoutofservice,thelocationandspacingofotherhosestationsensureeffectivecoverageoftheaffectedareabyaddingoneadditionalhoselengthtothenearesthosestationnotoutofservice.Theplantutilizestwoseparatefirewatersystems.Redundantelectric-anddiesel-drivenfirepumpsareprovidedonsitetoensurethatpressureandwaterflowrequirementsoftheautomaticandmanualsuppressioncapabilitiesaremaintained.Inaddition,anoffsitesuppliedundergroundyardfirewatersystemwithdiesel-backedredundantpumpsisavailable.Eachofthesesourcesiscapableofsupplyingallthewaterrequiredforsuppressionofafireineachplantarea.Across-tiecapabilityexistsbetweenthesetwosourcessothatthemanualhosestationsandautomaticsuppressionsystemscanbesuppliedevenwiththefailureofbothonsitepumps.Additionalplantmodificationsincludetheupgradingofdetectionandsuppres-sionsystems,fireareapenetrationseals,reactorcoolantpumpoilcollectionsystems,fireareadampers,drainbackflowprotection,emergencylighting,andfiredoorsupervision.9.5-3REV612/90i GINNA/UFSARRochesterGasandElectricCorporationhasafirepenetrationsealprogramatGinnaStation,whichensuresthatallpenetrationsrequiredtobesealedtospecifichourlyratingsareidentified,sealed,tagged,andmaintainedingoodcondition.9.5'.1.3SafeShutdownCriteriaInFebruary1981,thefireprotectionrule(10CFR50.48andAppendixRto10CFR50)becameeffective,whichpromulgatedcriteriarelatedtothesafeshutdowncapabilityfollowingapotentialfireandotherfireprotectionfeatures.Theevaluationofthefireprotectionsystemagainstthesafeshut-downcapabilitycriteriaisdiscussedinSection9.5.1.3.9.5.1.2SstemDesi9'.1.2.1GeneralFiredetectioninstrumentationislocatedinallareasoftheplantcontainingsafety-relatedequipmentandinareascontaininglargeamountsofcombustibleorflammablematerials.Actuationoffixedsuppressionsystemsandearlywarningalarmsareprovidedbythesedetectors.Normalfireprotectionisprovidedbyfixedwaterdelugespraysystems,fixedsprinklersystems,fixedHalon1301systems,hoselines,andportableandwheeledextinguisherssuitablylocatedintherequiredareas.Watertothefiresuppressionsystemissupplied,viaaheader,bytwofirepumps.Thesourceofwateris'akeOntario.TheyardloopandfirehydrantsaresuppliedbythetownofOntariowatersupply.Firebarriersarelocatedthroughouttheplanttoseparateestablishedfireareasfromeachotherandalsotoseparatecertainsafetyareasfromtheremainderoftheplant.Thesebarriersaredesignedtostopafirefrompropagatingfromoneareatotheother.Allpenetrationsinthesebarriersaresealedwithappropriatematerialstomatchtherequirementsofthebarrier.Fireareashavebeendefinedbaseduponseparationofequipmentandcablestoensurethatatleastonepathofsafeshutdownsystemsisalwaysavailable.9.5-4REV612/90 GINNA/UFSARFirepreventionandmitigationconsiderationshavebeenincludedinthedesignofventilationsystems,drainsystems,lightingsystems,communicationsystems,electricalandinstrumentcables,layoutandmaterials,andoilcollectionsystems.Firepreventioniscontrolledbyadministrativemethodstopreventaccumulationofcombustiblematerialsandtopracticegoodsafetymethods.9.5.1.2.2FireDetectionandSignalingSystemsTheplanthasaprotectivesignalingsystemwhichalarmslocallyinselectedpartsoftheplantandtransmitsfirealarm,supervisory,andtroublesignalstothecontrolroom.Inadditiontosignalsfromfiredetectiondevicesinvariousroomsorventilatingsystems,thesystemtransmitssignalsindicatingwaterflowinwatersprayorsprinklersystems,firepumpoperation,firepumptrouble,andlowfirewatertanklevelorpressure.Firealarmsareinitiatedbythesmokeandheatdetectorsandbywaterfloworpressureswitchesinthewaterfiresuppressionsystems.Additionalprotectionisavailablebytheinstallationoftamperswitchesonallmajorvalves,unlesstheyarelockedinposition.Thesignalingsystemispoweredbytheemergencypowersupplysystemandautomaticallytransferstoa4-hrbatterybackupsupplyifitsnormalpowersourceisinterrupted.FiredetectionandsignalingsystemsaregenerallydesignedandinstalledinaccordancewithNFPA72D.Smokedetectorsand/orheatdetectorshavebeenprovidedineveryareathatcontainssafety-relatedequipment.Somedetectorsprovideearlywarningfiredetectionandnotificationonly.Othersprovidefiresuppressionsystemactuationinadditiontodetectionandnotification.Thesedetectorsaresupervisedtodetectandannunciatecircuitbreaks,groundfaults,andpowersupplyfailures.Remotetestpanels,whichallowremotetestingofthesensitivityofthedetectors,areinstalledinthevicinityofsmokedetectorsthataredifficultorhazardoustoreach.9.5-5REV612/90 GINNA/UFSAR~~ThelistofinstrumentsrequiredtobeoperableforfiredetectionandsuppressionsystemsactuationandtheirlocationsareshownintheTechnicalSpecifications.PeriodicinspectionandtestsofthefiredetectiondevicesareinaccordancewithNFPA72EandtheTechnicalSpecifications.I5Firealarmsignalsareprovidedasanintegralpartofthefiresuppressionsystemstoindicateanalarmincaseofequipmentmalfunction,tampering,orincaseoffireinanyprotectedarea.Additionalaudioandvisualalarmsandoperatingswitchesareprovidedinthecontrolroom,togetherwithsuchpressuregauges,test,andresetswitchesasarerequiredtocompletelymonitorthefireprotectionsystem.Thefirealarmsignalsinthecontrolroomaredistinctivefromotherequipmentalarms.9.5.1.2.3FireSuppressionSystemsFiresuppressionisprovidedby'fixedwatersprayandsprinklersystems,fixedgassystems,hoselines,andportableandwheeledextinguisherssuitablylocatedintherequiredareas.ThewatersystemsassociatedwiththefireprotectionsystemareshowninFigures9.5-1,9.5-2,9.5-2a,9.5-2b,and9.5-2c.ThefixedgassystemsfortherelayandMUXroomsareshowninFigure9.5-3.andmanualwatersuppressionsystemsandhosestationsinsidetheplantispumpedfromLakeOntario.Afireheader.ofsufficientsizeisprovidedtodeliveranadequatequantityofwaterthroughouttheplantatapressureofnolessthan75psiatthehighestnozzle.ThewatersupplyforthefirehydrantsontheyardfiremainaresuppliedwithwaterfromtheTownofOntario.Theyardhydrantsystemcanbeusedasabackuptothefixedprotectionsystemsandinsidehosestations'throughwallhydrantsinfourlocations.Figure9.5-4showsthefireprotectionsystemyardloop(yardfiremain).SeealsoSection9.5.1.2.3.5./5~~verticalshaftcentrifugalfirepumpslocatedinthescreenhouse.Bothpumpstakesuctionfromthecirculatingwaterintake.Onepumpisdiesel-enginedrivenandtheotheriselectric-motordriven.Eachpumphasaratedoutputof9.5-6REV612/90 GINNA/UPSAR2000gpmat125psig,whichisadequatetomeetthelargestanticipatedwaterdemand.Anautomaticsprinklersystemsuppliedbytheyardfiremainisprovidedintheareaofthescreenhousethatcontainsthetwofirepumps.Acurbhasbeeninstalledaroundthedieselfirepumpandthedieseloilstoragetanktocontrolanydieseloil,leaks.Thecurbedareaisequippedwithafloordrainwhichdrainstoaholdingtankburiedoutsidethescreenhouse.A15,000-galpressuretank(10,000galofwater)anda120-gpmcentrifugaljockeypumpmaintainsystempressureataminimumof100psig.Whenthesystempressuredropsbelow95psigtheelectric-motor-drivenfirepumpstarts,Ifthepressuredropsbelow85psig,thediesel-drivenfirepumpstarts.Anautomaticcontrollerislocatedwitheachfirepump.Eachpumpcanbemanuallystartedfromthecontrolroomorattheindividualcontroller.Eachpumpcanbemanuallystoppedatthecontroller.Inaddition,theelectric-drivenfirepumpcanalsobemanuallystoppedbyopeningacircuitbreakerlocatedinthescreenhousenearthefirepumps.Pumprunningandpumppowerlossorenginetroublesignalsareannunciatedinthecontrolroomaswellasattheindividualpumpcontrollers.Thedieselfirepumpisprovidedwithanenginecoolantheaterandfilter.Thefunctionoftheheateristoraisetheengineblocktemperaturetoalevelatwhichtheenginecanstartmoreeasilyandwhichwouldresultinreducedwearonenginecomponents.Thecoolantfilterremovescorrosionparticlesfromtheenginecoolant.Thediesel'irepumpengineisstartedbyredundant24-Vbatteries.Thebatteriesaremaintainedfullychargedandreadyforservicebyanautomaticdualbatterychargeroperatinginthefloatmode.Thechargercanchargeonebatteryonhighratewhilemaintainingtheotherbatteryonfloatorchargebothbatteriesonhighratesimultaneously.Thechargerautomaticallyswitchesfromfloattohighrateandbackinordertorechargethebatterieswhennecessary.The120-Vac,powerissuppliedtothebatterychargerfromthescreenhouselightingpanel.9.5-7REV612/90 GINNA/UFSARSpecificprocedurescoveringthedieselfirepumptestingandmaintenance~~includebatterysurveillance,testingofdieseloilinthedaytank,andtherequirementthatthedieselenginebeoperatedforaminimumof15mineachmonth.9.5.1.2.3.3PiinandValves.Aseparate10-in.dischargelinefromeachfirepumpsuppliesthe8-in.and10-in.interiorloopmain.Allautomaticandmanualfixedwatersuppressionsystemsandinteriorhosestationsaresuppliedbythisloopmain.Outsidescrewandyokegatevalvessubdividetheloopintoanumberofsectionssothatasinglesectioncanbeisolatedwithoutimpairingtheentireloop.Thedesignissuchthatisolationofasectionoffirewaterpipingsystemdoesnotcausealossofboththefixedsuppressionsystempro-tectionandthemanualhosecoverageforthesamearea.Key-operatedsectionalvalvesareprovidedontheexterioryardmaintosubdivideitintoanumberofsectionssothatasinglesectioncanbeisolatedwithoutimpairingtheentiresystem.Electricalsupervisionisprovidedforvalvescontrollingwaterflowintosprinklerordelugesystems,Sectionalvalvesontheinteriorloopandvalvescontrollingfirepumpdischargearelockedopenand/orareprovidedwithelectricalsupervision(valvetamperswitches).9.5.1.2.3.4FireHdrants.Yardfirehydrantsareprovidedatapproximately250-ftintervalsaroundtheexterioroftheplant.Thelateraltoeachhydrantiscontrolledbyakey-operated(curb)valve.Threadsonhydrantoutletsandhosecouplingsarecompatiblewiththoseoffiredepartmentswhichservetheplant.Impactbarriersprotectthosefirehydrantsandpost-indicatorvalveswhicharelocatedwithin25ftofroadways.Thegroundareasurroundingeachexteriorhydrantisgradedtoprovideaclearanceofatleast12in.betweenthegroundandthecenterofthelowesthydrantport.Fire-fightingequipmentishousedwithinhosehouses.Administrativeprocedurescoversnowremovaloperationsandinspectionofalloutdoorfirehydrantsfordrainageimmediatelypriortofreezingwinterweatherandforproperfunctionimmediatelyafterthewinterseason.Ayardhydrantonthesoutheastcorneroftheyardloopprovidesbackupfiresuppressioncapability9.5-8REV612/90i

GINNA/UFSARforthetransformersandprimaryfiresuppressioncapabilityforthestandbyauxiliaryfeedwaterbuilding.9.5.1.2.3.5~ardLoo.Thefireprotectionsystemyardloop(yardfiremain)isshowninFigure9.5-4.Theyardloopsupplieswatertotheyardfirehydrants(Section9.5.1.2.3.4)andasabackuptothewatersuppressionsystems7insidetheplant(Section9.5.1.2.3.1).Theyardloopprovidesabackupsourceofcoolingwaterifservicewaterislost.Itprovidesabackuptothecondensatestoragetanksforfeedwatertothemotor-drivenorturbine-drivenauxiliaryfeedwaterpumps.Itprovidesabackuptothecondensatesupplytanksforfeedwatertothestandbyauxiliaryfeedwaterpumps.Itcanbeusedtoprovidecoolingwatertotheemergencydieselgenerators.Theyardloopisequippedwithmanualisolationgatevalves,asshowninFigure9.5-4,toprovidesegmentisolationinthecaseoflinefailures.TheyardloopissuppliedwaterfromthetownofOntariowatersystem.F9.5.1.2.3.6terioHoseStatons.Atotalof42interiorhosestations,eachequippedwith100ftof1.5-in.diameterUL-approvedmunicipalfirehose,areprovidedtoprotectvariousareasoftheplant.Thenozzlesare1.5-in.fognozzlesdesignedspecificallyforuseinelectricalfiresandhaveafogpatternrangefrom30'o90'ithnostraightstreamcapability.Alistofthehosestationlocations~isprovidedinTable9.5-1.zQOp8,rkili~f9.5.1,2.3.7WateSuressionSstems.Watersuppressionsystemsincludewaterspraysystemsandwatersprinklersystemswithopenorclosed-headnozzlesandsprinklerheads.ThewatersuppressionsystemsmeetthedesigninstallationrequirementsofNFPA13and/orNFPA15.Eachsprinklersystemhasanoutsidescrewandyokeshutoffvalve.Allcontrolvalvesforsprayorsprinklersystemsareelectricallysupervisedwithalarmsinthecontrolroom.Otherimportantvalvesonthewatersupplyareeitherelectricallysupervisedorlockedintheproperposition.ThewaterflowratesfollowNFPA15guide-lines.Thewatersuppressionsystemsandtheareascoveredaretabulatedbelow.Automaticwaterspraysystems(whichcanalsobemanuallyactuated)provideprotectionfor1.Theturbinelube-oilsystemintheturbinebuilding.9.5-9REV712/91 GINNA/UFSAR2.3.5.7.8.9.Thehydrogenseal-oilsystemintheturbinebuilding.Theoilstorageroomintheturbinebuilding.Theoilfilledtransformersoutsidetheturbinebuilding.Thecabletraysinthescreenhouse.Thecabletunnel.Thecharcoalfilterunitintheauxiliarybuildingventilationsystem.Controlroom-turbinebuildingwall.Thecabletraysintheairhandlingroom.Manuallyactuatedwaterspraysystemsprovideprotectionfor1.Theturbine-drivenauxiliaryfeedwaterpumpandfeedwaterpumpoil7tankarea.2.Thecondenserpitarea.3.Therelayroom.Therelayro'omwatersuppressionsystemsserveasbackuptotheautomaticHalonsystemthatprovidesprimaryprotection.Automaticpreactionsprinklersystemsprovideprotectionfor1.Thecableentranceareaattheauxiliarybuilding.2.Thecabletrayareainthebasementoftheauxiliarybuilding(elevation235ft8in.).3.Thecabletrayareaatelevation253ft6in.oftheauxiliarybuilding.4.Thecabletrayareaintheintermediatebuilding.5.Thedieselgeneratorrooms.Thesprinklersystemsfortheseareashaveclosed-headsprinklerswithpreactiontrimonthedelugevalvesinaccordancewithNFPA13.Automaticsprinklersystemsprovideprotectionforthefollowing.9.5-10REV712/91 GINNA/UFSAR1.Theservicewaterpumpsinthescreenhouse.2.Thefirepumpsinthescreenhouse.3.Theturbineisland.4.Theservicebuilding.5~Thetechnicalsupportcenterdieselroom.Anautomaticandmanualwatercurtainisprovidedforprotectionofthewallbetweentheturbinebuildingandthecontrolroom(superwall).ThedesignofthewatercurtainisinaccordancewithNFPA15.Thesystemisactuatedbyheatdetection.Closed-head,close-spacedsprinklersareinstalledaroundtheperimetersoftheeastandweststairwellsandtheequipmenthatch,attheceilingleveloftheauxiliarybuildingmezzaninefloor,aswatercurtainfirebarrierstopreventthespreadoffirefromoneleveltotheother.Thesprinklersystemsarewetpipesystems,whichopenautomaticallyatafixedtemperatureof165'Forless.Thecontainmentpostaccidentcharcoal.filterunitsareprotectedwithawaterdousingsystemfromthecontainmentsprayheader,asdescribedinSection6.5.1.2~Theservicebuildinginterior,includingstorageareas,shopareas,offices,lockerrooms,andallroomshavingcombustiblematerial,isprotectedbyautomaticallyoperatingwet-pipesprinklersystems,withexteriorwatergaugesandindicationinthecontrolroom.Theturbine-drivenauxiliaryfeedwaterpumpisprotectedwithawaterspraysystemconsistingofsixspraynozzles(GrinnellMulsifyreProjectorTypeS-l40-15)locatedinanarrayabovetheequipment.Thenorthcenterandnorthwestcornernozzlesarepartiallyblockedbyexistingauxiliaryfeedwaterpipinginthearea.AnanalysiswasperformedwhichdemonstratedthattheoriginaldesignhadsufficientmarginsuchthattheexistingconfigurationmetRG&E'soriginalcriteriaof0.5gpm/ftwaterspraydensityandexceedstheNFPA15generalrangeof0.2-0.5gpm/ft9.5.1.2.3.8GasSuressionSstems.TotalfloodingautomaticHalon1301I5extinguishingsystemsareprovidedintherelayroom,MUXroom,andtechnical79.5-11REV712/91 GINNA/UFSARsupportcenterSAS/PPCScomputerroom.ThesystemsaredesignedinaccordancewithNFPA12A-1980,Section1-5.4,tomaintainaHalonconcentrationof5%foratleast5minutesfollowingdelivery(sufficienttimetoalloweffectiveemergencyactionbytrainedpersonnel).Ionizationtypesmokedetectorsineachareaalarmandannunciateinthecontrolroom.Whereappropriate,areservesupplyofHalon1301permitspromptrestorationofautomaticprotectionfollowingasystemdischarge.TheHalonfireextinguishingsystemsarecontrolledbyelectroniccontrolsystemsthatareinterfacedwiththestationfiredetectionsystem.Thecontrolsystemcoordinatesthefiredetectionsystemwithlocalalarmactuation,airconditioningandventilationshutdownasappropriate,electricaldischarge.Inadditiontolocalmanualpullstationscontrolpanelsinthemainpowerdisconnectionasappropriate,andHalonautomaticactivation,Haloncanbereleasedusingorbyoperationofmanualkeyswitchesonthefirecontrolroom.Halon1301storagecylindersareweighttestedsemiannually.TherelayroomandMUXroomsystemsareshowninFigure9.5-3.9.5.1.2.3.9PortabeieExtses.Pressurized~ater,drychemical,~~~~carbondioxideportableextinguishersaredistributedthroughouttheplantinaccordancewiththeprovisionsofNFPA10.9.5.1.2.4OtherDesignConsiderationssystemsarecapableofexhaustingvolumesofsmokedirectlytotheoutsiderInaddition,threeportablesmokeejectors,eachwith5000-cfmcapacity,areprovidedforsmokeremoval.Flexiblehosesectionsareprovidedtochannelsmokeandhotgasesthroughthebuildings.9.5.1.2.4.2BreathinEumet.Atleast10self-containedbreathingunitsdedicatedtoemergencyuseareprovided.Eachbreathingunithasonesparebottle.Theplanthasthecapabilitytosupplybreathingairto10menfor6hrattherateoftwo(1.0hr)bottlespermanperhour.Acompressorandcascadesystemareprovidedonsitetosupplythebreathingair.9.5-12REV712/91 LW0IJIlkf,I GINNA/UFSAR9.5.1,2.4.3ContolBuidnVentiato.Thecontrolbuildingventilationsystemisdesignedtoprovideasafe,controlledenvironmentforthecontrolroom,chartroom,MUXroom,andbatteryroomsunderallrequiredconditions,includinghigh-andmoderate-energylinebreaksoutsidecontainment,aswellassmallfiresintherelayroomorcontrolroom.Further,thebatteryroomventilationsystemwillmaintaintheconcentrationoffreehydrogeninthebatteryroomsatalowlevel.Inadditiontothenormalairconditioningsystem,thebattery'roomshavebackupfans,poweredfromthebatteries,whichwouldexhaustairtotheoutsideventductwork.l3Thecontrolroomventilationsystemhascontrolswhichallowformanualactuationofdamperssuchthat25%ofthereturnairisbypassedthroughthecharcoalfilterunit(seeFigure9.4-1).Thismodeofoperationallowsforremovalofproductsofcombustionfromthecontrolroomatmospherefollowingtheoccurrenceofasmallfire.9.5.1.2.4.4ReactoCoolantPumMoto0ColectoSste.Thereactorcoolantpumpmotoroilcollectionsystemconsistsofapackageofsplashguards,drippans,andenclosuresassembledasattachmentstothereactorcoolantpumpmotoratstrategiclocationstoprecludethepossibilityofoilmakingcontactwithhotreactorcoolantsystemcomponentsandpiping.Anyleakingoilisdrainedfromeachindividualpumptoitsowncollectiontank,whichiscapableofhandlingtheentireoilinventoryofthemotor.Strainersareplacedatthedrainofeachdrippanorenclosure.Theoilcollectioncomponentsaredesignedandattachedtoprecludedislodgingduringaseismicevent.9.5.1.2.4.5loorDainsandCurbs.Safety-relatedequipmentismountedonpedestalsandfloordrainsprovidedintheseareasaregenerallyadequatetocarryofffirewaterandpreventsafety-relatedequipmentfrombeingfloodedwithstand'ingwater.Inareassuchasthecontrolroom,wherefloordrainsarenotprovided,firewaterwillbedrainedoutthroughdooropenings.Curbsareprovidedinthescreenhousetopreventwaterorflammableliquidfromflowingintothebasementwherebothdivisionsofsafety-relatedcablesarerouted.Additionalcurbsareprovidedaroundthediesel-drivenfirepumpareainthescreenhouse.9.5-13REV712/91~

i~1%

GINNA/UFSARAbarrierhasbeeninstalledaroundtheturbinelube-oilreservoirareatocontainpossibleoilspillage.Thecapacityoftheenclosedareaislargeenoughtoretaintheentirecontentsofthelube-oilsystemplus10%marginforfirewater.Wheredrainsfromsafety-relatedareasaretiedintodrainsfromareaswhichcontainalargequantityofflammableliquid,backflowprotectionisprovidedtopreventpossiblespreadofaliquidfireviathedrain'system.9.5.1.2.4.6LihtinSstems.SeeSection9.5.3.plant.Theprimarysystemisthecombinationpagingandpartysystem;inaddition,thereisasoundpoweredphonesystemandaradiopagingsystem.Thesoundpoweredsystemishardwiredwithseparatewiresfromthecombinationpagingandpartysystem.Theradiopagingsystemprovidescommunicationwithareasinsidethecontainmentwiththehelpofaradioantennamountedinthecontainment.Additionally,arepeaterlocatedintheyardareaallowsforgreaterflexibilitywithradiocommunications.Thereisadequateredundancy2withthesethreesystemstoensuregoodcommunicationsthroughouttheplantduringanyfireemergency(seeSection9.5.2).9.5.1.2,4.8ElectcalCabeInsuato.ThecableinsulationusedatGinnaStationincludesKerite,oil-basedrubber,neoprene,andpolyvinylchloride.Thecableshave,asaminimum,passedtheASTMandULhorizontalandverticalflametests.PowercablesandpolyvinylchloridecontrolcableshavepassedtheConsolidatedEdisonBonfireTest.ThemajorityoftheelectricalcableswerepurchasedandinstalledpriortothepublicationoftheIEEE383standardforflametestingofelectricalcables;however,thepotentialcombustionproductsforthematerialsusedatthestationhavebeenevaluatedfromgenerictestreportsanddonotexhibitanunusualorsignificantlyhazardousnature.AllcablesusedformodificationsmeetIEEE383criteriaunlessspecificallyexcepted.Thespentfuelpitbridgecranemotiveandcontrolpowercableispayedinandoutfromaspring-loadedstoragereelassembly.CablemeetingIEEE383-1974flameretardantrequirementsandmeetingthe9.5-14REV712/91I C4Ih GINNA/UFSARflexingdutyrequirementsofthebridgecranecablewasnotavailableatthetimereplacementwasrequired.Thereplacementcablewasreviewedanditwasdeterminedthattheproposedreplacementwouldnotadverselyimpactexisting10CFR50AppendixRcompliancemethodsoroptionsusedtomaintaincompliance(Reference7).ThisdeterminationwillbemadewheneveritisimpracticabletomeetIEEE-383criteriaforcablesusedinmodifications.February1977(Reference2)identifiesthefirebarriersintheplantandtherequirementsformaintainingtheirintegrity.Thesebarrierrequirementsweredeterminedbythefireloadingscalculatedforeachareasubjecttoapoten-tialfirehazard.Asaresultofthisanalysis,severaldesignmodificationswereimplementedattheplantincludingupgradingoftheratingoforiginalbarriersandinstallingnewbarriers.Additionaldefinitionoffireareasandbarriersandanalysisoffirezoneswereconductedaspartofthe10CFR50,AppendixR,revieweffort.Theadditionofthewatercurtainaroundtheperimetersofthestairwellsandequipmenthatchatthe'ceilingleveloftheauxiliarybuildingmezzaninefloorisapartofthiseffort.SeeSection9.5.1.2.3.7.Also,3-hr-rateddamperswereinstalledinductspenetratingthesefireareas.Newfirebarrierswereinstalledintheemergencydiesel-generatorcablevault,batteryroom1B,thechargingpumproom,theauxiliarybuilding,theintermediatebuilding,andthecontainment.FirebarriersassociatedwithpowerandinstrumentcablesystemsarediscussedinSection8.3.3.Fireprotectivecoatingshavebeenappliedtothestructuralsteelmembersformingorsupportingadesignatedfirebarrier.Inthisregard,thestruc-turalsteelroofbeamsandacolumnthatsupportstheroofoftheAandBbatteryroomandtheflooroftherelayroomareprovidedwithafireprotec-tivecoating,whichwillensurethatadequatemarginsofsafetywillbemaintainedforatleast1hrduringafireemergency.9.5.1.2.4.10ElectrcaCabeeetatos.ThefiresealsinstalledatGinnaStationfallintotwomajorcategories:1.Sealsinstalledin1975usingBISCOSF-20siliconeroomtemperaturevulcanizingfoamrubber.9.5-15REV712/91~

pIP~'a GINNA/UFSAR2.SealsinstalledsinceSeptember1979usingDowCorning3-6458siliconeroomtemperaturevulcanizingfoamrubber.TheadequacyofseveralfireendurancetestsandtheirapplicabilitytocabletrayandconduitpenetrationfiresealshasbeendemonstratedinasubmittaltotheNRCinJune1980,withtheconclusionthatthesealdesignsatthestationareeithersimilartoormoreconservativethanthesealdesignstestedbytheASTHE-119firetestmethodfora3-hrrating.TheNRCconcurredwiththeevaluation.4NRCInformationNotice88-04alertedlicenseesthatsomefirebarrierpenetrationsealdesignsmaynotbeadequatelyqualifiedforthedesignratingofthepenetratedfirebarriers.AspartofRG&E'sreviewinresponsetoInformationNotice88-04,aprogramwasestablishedtoevaluatefirebarrierpenetrationsagainstatestedconfigurationandexaminethequalificationtestdocumentation.BranchTechnicalPosition(BTP)-APCSB9.5-1requiresthatcableandcabletraypenetrationsoffirebarriers(verticalandhorizontal)besealedtogiveprotectionatleastequivalenttothatofthefirebarrier.AlthoughnotspecificallystatedinAPCSB9.5-1thatpenetrationdesignsmustbequalifiedbytests,RG&Eproceededwiththisprograminorderthatthepenetrationswouldcontinuetomeetatestedconfiguration,whenbeingmaintainedorinvolvedinaplantmodification,therebyensuringthebarrierwouldnotbedegraded.Forfirebarrierpenetrationsealsforwhichitisnotpossibletoachieveaduplicationofaspecifictestedconfiguration,appropriatecompensatorymeasuresaretaken,suchaspostingfirewatchpatrolswhenrequiredbytheTechnicalSpecifications,temporarilyrepairingandqualifyingthepenetrationuntilitcanbereworked,andperformingtechnicalevaluationstodemonstratethatthepenetrationmeetsanequivalentlevelofprotection.GuidancefromGeneralLetter86-10isemployedinthesecases.9.5.1.2.4.11PiandDuctenetatos.Pipingpenetrationoffirebarriersareeitherpouredinplaceorsealedbyoneofthefollowingmethods:grout,siliconeRTVfoamseals,orflexiblereinforcedsilicone-rubberboots.Thepipingandductpenetrationshavefireresistanceratingscommensuratewith5thefirehazardsoneithersideofthepenetrationdeterminedbythefirehazardsanalysis.ThefireratingadequacyofthesealswasdemonstratedinasubmittaloffiretestreportstotheNRCinJune1980.Basedonthedataof69.5-16REV712/91 GINNA/UFSARthesereports,theNRCconcurredthatthepipingandductpenetrationsealsprovideadequateresistancetopreventafirefrompropagatingthroughtheratedfirebarriers.49.5.1.2.4.12Cableeaato.ThedesignandconstructionofGinnaStationpredatescurrentindustrystandardsofphysicalseparation.ThecriteriaanddesignfeaturesrelatedtocableseparationattheplantarediscussedinSection8.3.1.4.Cableseparationasitrelatestothesafeshutdowncapa-bilityoftheplantunderafireemergencyisdiscussedinthereferencescitedinSection9.5.1.3.intermediatebuildingoverthecontrolroddrivemotorcontrolcenterandswitch-gear,andintheauxiliarybuildingoverswitchgear,motorcontrolcenters,andotherelectricalequipmenttohelpprotectthisequipmentfromdamageorundesirableeffectsfromtheapplicationoffirewater.9.5.1.2.4.14ConstctionJots.Theconstructionpointsbetweencontainmentandthesurroundingbuildingsprovidefireresistancecommensuratewiththe2hazardsinthearea.9.5.1.2.5AdministrativeControlsTheadministrativecontrolsforfireprotectionconsistofthefireprotectionorganization,firebrigadetraining,thecontrolsovercombustiblesandigni-tionsources,theprefireplansandproceduresforfightingfires,andthequalityassuranceprovisionsforfireprotection.ThesecontrolsarediscussedinSections9.5.1.2.5.1through9.5.1.2.5.6.ThefireprotectionprogramisinconformancewiththeguidelinesofNuclearPlantFireProtectionFunctionalResponsibilities,AdministrativeControls,andQualityAssuranceandisupdatedintheFireProtectionPlanasindicatedinReferences9and10.9.5.1.2.5.1Oranization.Thefireprotectionorganizationdefinestheorganizationalresponsibilitiesandlinesofcommunicationbetweenthevariouspositionsinvolvedinthefireprotectionprogram,thequalificationrequire-mentsofthekeypositionsinthefireprotectionprogram,andthecompositionofthefirebrigade.Thefireprotectionorganizationencompassespositions9.5-171>/>1~

GINNA/UFSARextendingfromtheVicePresidentofGinnaNuclearProductiontotheStationShiftSupervisor.TheorganizationincludesadedicatedFireProtectionEngineerwhoreportsdirectlytotheGinnaSuperintendentofSupportServices.Thesemanagementandstaffpositionsareresponsibleforformulation,implementation,andassessmentofthefireprotectionprogram.g5,(,2.5.afvvss~zQaanaassai~]F'lg+Qpl+ADG9.5.1.2.5.$reBdeT.....3Thefirebrigadetrainingprogramconsistsofclassroominstruction,practiceinfirefighting,andfirebrigadedrills.Theclassroominstructionisprovidedquarterlyandincludesinstructioninthetypesoffiresthatcouldoccurintheplant,theirparticularhazards,locationanduseoftheplantfire-fightingequipment,andfire-fightingstrategiesandtechniques.Brigademembersparticipateannuallyintrainingsessionsinactualfireextinguishment;atquarterlyintervalsthestationconductspreplannedfiredrills.-Firebrigadetrainingisprovidedforallmembers.Inadditiontothetraininganddrillsconductedonsite,theprogramincludes8hrperyearofhands-ontrainingforeachbrigadememberattheRochesterFireAcademy,anacademywhichisusedtotrainmembersofthelocalpaidandvolunteerfiredepartments'.AdditionaltrainingisalsoconductedattheNiagaraMohawktrainingfacilityinOswego.Thelocalfiredepartmentisapproximately4milesoffsiteandisincludedinanannualtraining,sessiononsitetoensureitsabilitytorespondquicklyandeffectivelytofiresituationsattheplant.Othersurroundingdepartmentsperiodicallyrespondtothesiteandparticipateinthisdrill.Agoodworkingrelationshiphasbeenestablishedbetweentheplantstaffandthesefiredepartments.9.5.1.2.5.(ControlofCombustbles,Administrativecontrolshavebeenestablishedtolimittheamountofcombustiblestowhichasafety-relatedareamaybeexposed.Thesecontrolsincludehousekeepingprocedures,periodicinspectionstodeterminetheeffectivenessofhousekeepingpractices,proceduresandguidelinesforuseandstorageofcombustiblematerials,andareviewofproposedworkactivitiestoidentifypotentialtransientfireloadstoevaluatetheneedforadditionalfireprotectionprovisionsintheworkactivityprocedure.Administrativeprocedureshavebeenestablishedtoensurethatallwoodproductssuchasboxes,stagingforms,constructionlumber,shelves,andbenchesusedinsafety-relatedareasarefire-retardanttreated.9.5-18REV712/91 GINNA/UFSAR9.5.1.2.5.$ControloftonSouces.Administrativecontrolshavebeenestablishedtoprotectsafety-relatedequipmentfromfiredamageorlossresultingfromworkinvolvingignitionsources.Thesecontrolsincludestationprocedureswhichrequireaworkpermittoperformwelding,grinding,orflamecuttingoperationsandthepostingofafirewatchduringsuchoperations,andcontrolsthatprohibitsmokinginsafety-relatedareasandinareascontainingflammableorpotentiallyexplosivematerials.Administrativecontrolshavebeenestablishedtoprohibittheuseofopenflameorcombustion-generatedsmokeforleaktesting.Administrativecontrolshavebeenestablishedtoensurethatbeforeissuingtheopenflame,welding,andgrindingpermit,aforemanorsupervisortrainedinbasicindustrialfirefightingandfirepreventionphysicallysurveystheareawheretheworkistobeperformedandestablishesthatthefollowingprecautionshavebeenaccomplished:1.Allmovablecombustiblematerialbelowandwithina35-ftradiusofthecutting,welding,grinding,oropenflameworkhasbeenremoved.2.Allimmovablecombustiblematerialbelowandwithina35-ftradiushasbeenthoroughlyprotectedbyasbestoscurtains,metalguards,orflameproofcovers,andfireextinguishers,hose,orotherfire-fightingequipmentareprovidedattheworksite.69.5.1.2.5.ie-tProcedues.Procedureshavebeenestablishedtoprescribetheactionstobetakenbytheindividualdiscoveringthefire,thecontrolroomoperators,andthemembersofthefirebrigade.Planscoveringfire-fightingstrategiesforsafety;relatedfireareasandareaspresentingahazardtosafety-relatedequipmenthavebeendevelopedanddocumented.Such"plansincludeadiscussionofthecombustibles,appropriateextinguishingagents,locationofnearbyfire-fightingequipment,likelyapproachroutes,locationandprotectionofsafety-relatedandnecessaryauxiliaryequipment,fire-fightinghazards,handlingofradiologicalandtoxichazards,andmethodstoventilatethefirearea.Thefirebrigademembers'esponsibilitiesassociatedwiththeprefireplanshavebeendelineated.9.5-19

GINNA/UFSARAwritten.agreementwiththelocalfirecompanyismaintainedtoensureadequatesupportforafireemergency.Membersofthelocalfirecompanyhavereceivedtraininginbasicradiationprinciples,typicalradiationhazards,andprecautionstobetakeninafireinvolvingradioactivematerialsintheplant;theyalsoparticipateinfirebrigadedrillsatleastonceperyear.Stationprocedureshavebeenestablishedtoprovidefortherecall'ofoff-dutyfirebrigadememberstoassisttheon-shiftbrigadeintheeventofafireemergency.9.5.1.2.5.guassurance.Thedesign,procurement,installation,test-ing,andadministrativecontrolsforthefireprotectionprogramarecontrolledinaccordancewithGinnaStationQualityAssuranceProgram,AppendixD,implementingthequalityassuranceprovisionscontainedinBranchTechnicalPosition9'-1,AppendixA.Q.S.].8OPBQA+1Ln'/A>4'P$<Ri/klLMIJCER~O'IREN&ldT5p'KldSERTc]9.5.1.$~SaeSutdownCaabt9.5.1.$.1SafeShutdownRequirementsTherequirementsforprotectingsafeshutdownsystemsandtheirrespectivecomponentsand"associatedcircuitsarespecifiedin10CFR50,AppendixR,andttheNRCGenericLetter81-12.Theobjectiveoftherequirementsistolimitdamagetosafeshutdownsystemsresultingfromanunmitigatedfiretotheextentthattheabilitytoachievesafeshutdownisensured.RochesterGasandElectricsubmittedanevaluationreportinJanuary198411describingalternativesafeshutdowncapabilityinaccordancewithAppendixR,6SectionIII.G.ThisreportwasrevisedinOctober1984andinJanuary12.131985;therevisionsincludedarequestfortwelvespecificexemptionsfromtheretrofitrequirementsofAppendixR,SectionIII.G.InsafetyevaluationreportsofFebruary1985andMarch1985theNRCacceptedthealternative1415safeshutdownproposalsandgrantedtherequestedexemptions.Thus,allareasoftheplanteithermeettheretrofitrequirementsofAppendixR(asexempted)orareprovidedwithacceptablealternativesafeshutdowncapability.ISubsequenttotheimplementationoftheAppendixRmodificationsduringthe1986refuelingoutage,theRGBalternativesafeshutdownreportwasrevised9.5-20REV712/91~

4-v"tI*iqC GINNA/UFSAR(March1986)toincorporatedeviationsfromtheoriginaldesignandcompliancei2methods.TheserevisionswereinaccordancewiththepreviouslyapprovedsafetyevaluationreportsmentionedaboveandwithNRCguidanceforreviewing2compliancemethods.9.5.1.jf.2AlternativeShutdownCapabilityidAlternativeshutdowncapabilityisprovidedforthecontrolroom,relayroom,airhandlingroom,batteryrooms,cabletunnel,andauxiliarybuildingbasement/mezzanine.Alternativeshutdownisaccomplishedindependentoftheseareasbyproceduralmeans.withrequired'actionsperformedatlocalshutdownstationsorlocallyattheequipment.Theseproceduresaredesignedtoensurethatthefollowingshutdownfunctionswouldbeavailablefollowingafire:reactivitycontrol,primarysystemmakeupcontrol,primarysystempressurecontrol,decayheatremoval,processmonitoring,andsupportservices.Ifashutdownfunctioncouldbepotentiallylostduetoafire,aproceduretorestoretheshutdownfunctionisincluded.Theproceduredelineatestheoperatoractionsnecessarytorestorethelostfunction.Toensurecontinuedoperationoftheonsitedieselgeneratorsintheeventofafire,controlcircuitsinthedieselgeneratorAroomareisolatedsothatfiredamageinotherfireareascannotinhibitproperdieselcontrolandoperation.Also,sufficientcontrolfeatureshavebeenprovidedsoastoallowforlocalcontrolofthe1Adieselgenerator.Alternativecontrolsandinstrumentationincludingstart/stopcontrols;voltageandspeedcontrols;voltage,current,andrpmindicationareprovidedinthedieselgeneratorAroom.SeeSection7.4.4foradiscussionofalternativeshutdowninstrumentationandcontrol.Inadditiontotheactionsnecessarytores'toreorcompensateforlostfunctions,theproceduresforseveralareasalsoidentifythefire'spotentialeffectonotherequipmentnotnecessarilyneededtoprovideashutdownfunctionandidentifywhat,ifany,operatoractionsshouldbetaken.Further,theproceduresprovidetheoperatorswiththenecessaryguidanceforinitialplantcooldownandsubsequentcoldshutdown.Allnecessaryactionstoachievehotshutdowncanbeperformedbyonsitepersonnel.Allnecessarymaterialsarestoredonsite.9.5-21REV712/91i I40 GINNA/UFSARProceduresareprovidedforallfireareaswhereanunmitigatedfirecoulddisruptneededshutdownfunctions.Asanexample,theprocedurefortheKcontrolroom(whichidentifiestheactionsnecessarytoachieveandmaintaincoldshutdown)isdiscussedbelow.9.5.1.$.3ShutdownFromOutsidetheControlRoomIntheeventofacontrolroomfirethatresultsinevacuationofthecontrolroom,safeshutdowncapabilityisprovidedbyaprocedurethatdescribesthe(2operatoractionsnecessarytoachievehotshutdownconditions.Theprocedureusesfourplantpersonnelexclusiveofthefirebrigadeandprovidesforlocal2controlofachargingpump,auxiliaryfeedwaterpump,andservicewaterpump;localoperationofadieselgenerator;andlocalindicationsforprocessmonitoring.Reactivitycontrol,reactorcoolantmakeupcontrol,andprimarysystempressurecontrolwillbeprovidedbythechargingsysteminconjunctionwiththerefuelingwaterstoragetankandthepressurizersafetyvalves.Initialdecayheatremovalwillbeprovidedbyaturbine-drivenauxiliaryfeedwaterpumpandtheatmosphericdumpvalves.Thecondensatestoragetanks2andservicewaterwillensurealong-termsupplyofwaterfortheauxiliaryfeedwaterpump.Dieselgeneratorsandtheservicewatersystemwillprovidethenecessarysupportservices.Theprocessmonitoringfunctionwillbeprovidedbythefollowinginstrumentation:reactorcoolanthotandcoldtemperature,reactorcoolantsystempressure,pressurizerlevel,andsteamgeneratorpressureandlevel.Additionally,turbine-drivenauxiliaryfeed-waterflowandsourcerangeneutronmonitoringareavailable.9.5.2COMMUNICATIONSSYSTEMSAbroadrangeofcommunicationsequipmentisavailableatGinnaStation.SeveralsystemsareinstalledforcommunicationsbetweenRG&EEmergencyCenters,andforcommunicationswithoutsideagencies.Equipmentisperiodicallyverifiedoperablebyplantprocedures.Theuseofparticulartypesisspecifiedintheappropriateimplementingproceduresasfirstchoiceandbackupsystems.Allservicesotherthanradioareundergroundbetweencenters.Communicationssystemsaretestedperiodically.9.5-22REV712/91I Ppp4,-Jgfjjlg GINNA/UFSAR9.5.2.1PublicAddressSsteAspecialwarblingtoneontheGAI-Tronicspagesystemissoundedfromthecontrolroomtowarnpersonnelofasiteevacuation.Warningisimmediatetoallpersonsonsiteatthetimeofanaccident.Highnoiseareashave,inadditiontothepublicaddresssystem,redwarninglightswithsignstodirectpersonneltoevacuate.Specialannouncementsonthepageandspecialtonesareusedforotheremergencies.Theplantevacuationalarm,plantfirealarm,andplantattentionsignalareeachdistincttonesovertheGAI-Tronicspagesystemandareactuatedfromthecontrolroombypushbuttonorswitch.9.5.2.2TeleoeSstemsCommunicationsbetween.thecontrolroom,technicalsupportcenter,emergencysurveycenter,andotheroperationscenterscanbeestablishedusingeithertelephone,two-wayintercom,radio,ortheplantpublicaddresssystem.TheAT&TSystem75telephonesystematGinnaaffordsagreatdealofflexibilityandcapacity.CallscanbereceivedormadetoeithertheRochestertelephonesystemortheOntariosystem(NewYorkTelephoneCompany).TheSystem75systemhasitsownpowersupplylocatedonsitewhichcouldmaintainhousephonesindependentofoffsitelines.TherearealsoRochesterdirectlinesthatarepoweredbyRochesterTelephoneandOntariodirectlinesthatarepoweredbyNewYorkTelephone.Duringanemergency,phoneusagecanbecontrolledbyanoperatorattheSystem75consolelocatedinthetechnical5supportcenter.Incaseofanemergency,personnelnotattheplantcanbesummonedusingeithertheSystem75telephonesordirectlinestotheOntarioandRochestersystems.Ifnecessary,controlroompersonnelmayusethedirectlinestoaRochesterlocateddispatcherwhowouldthenmakethenecessaryoffsitecalls;Abaseradiotransmitterinthecontrolroommaybeusedtocalltheelectriclineoperatorwhocanalsocallpersonneltotheplant.ACobbssoundpoweredphonesystemconsistingofheadsets,battery-operatedamplifiers,andwall-mountedjacksprovidesparty-linetwo-waycommunicationsthroughouttheplantforsystemtests,etc.9.5-23REV712/91~

III/0 GINNA/UFSAR9.5.2.3RadioSstems~~TherearethreeradiofrequenciesavailableforuseatGinnaStation.Theyareassignedtothefirebrigade,security,andradiationsurveyteams.Thebasestationsandantennaearelocatedformaximumtransmissioncoverageoftheareasofuse.Thesecuritychannelismonitoredatcentralsecurityandattheguardhouse.Theradiationsurveyteamshaveoperatorcapabilityattheemergencysurveycenter,thetechnicalsupportcenter,andtheemergencyoperationsfacilityrecoverycenter.Thefirebrigadeoperatorwillbeinthecontrolroom.Three-channelportableradiosetsareavailablefortheuseofsurveyteamsinthefield.TheGinnacontrolroomalsohasareceivingandbroadcastingstationonafrequencywhichismonitoredoffsitebyelectricpowercontrolandlinemaintenancepersonnel.ThischannelisavailableforindirectcommunicationtotheStatePolice,MonroeandWayneCountySheriffs,andWayneorMonroeCountyemergencyoperationsfacilities.Portablelowpowerhandradiosetsarelocatedinthetechnicalsupportcentertobedistributedintheeventofanemergencyforbackuporformobilecommunications.Portablehandradiosetsarealsolocatedintheemergencysurveycenterfortheuseofsurveyteams.Offsitesurveyteamscancommuni-catethroughtheseportableradiosetstoabasestationwhichmaybesetupateithertheemergencysurveycenter,technicalsupportcenter,oremergencyoperationsfacility/recoverycenter.Thebasestationiscapableofoperatingwith12-Vdcpower(anautomobilesystem)asanalternativepowersource.Additionally,portableradiosetsareavailableforOperation'susefollowingtanAppendixRworst-casefirescenario.Thetwo-channelradiosetsarelocatedatvarioussafeshutdownstationsandcanbeoperatedthrougharepeatersystemtoprovidecommunicationsbetweenanyareasoftheplant.9.5.2.4OffsiteCommuncationsNotificationtostateandcountyemergencyresponseorganizationsisavailable24hrperday.TheStateWarningPointisstaffedduringnormalworkinghoursbytheOfficeofDisasterPreparedness.MonroeCountyOfficeofEmergencyPreparednessandWayneCountyOfficeofEmergencyManagementanswertheREGS9.5-24R~712/>1~

~l~q GINNA/UFSARlineduringtheworkday.Duringnonbusinesshours,.weekends,andholidays,thesametelephonelineiscoveredforthestatebytheStatePoliceWarningPointforMonroeCountyattheRochesterFireandPublicSafetyBuilding.ForWayneCountythesheriff'sofficecoversthewarningsystemduringoffhours.AtGinnaStationtherearealwayscontrolroompersonneltooriginatecalls.NewYorkStatehasresponsibilityforcommunicationstoothercountieswhichmayfallwithintheingestionexposurezone.AnycontactswithCanadaorOntarioProvincewouldalsobethroughthestateagencies.TocontactappropriateoffsiteagenciesthetelephoneswouldnormallybeusedasdiscussedinSection9.5.2.2,withdirectlinesortheSystem75system.If)5necessary,thepowercontroldispatcherorelectriclineoperatormaybecon-tactedasdescribedaboveandinstructedtonotifythestatepoliceorsheriffandrelaymessagesthroughtheirradiosystems.CommunicationswithfederalemergencyresponseorganizationsconsistoftelephonecontacttotheDepartmentofEnergy,BrookhavenRadiologicalAssistanceProgram.Thiscallwouldbemadebytheemergencycoordinator.Theirassistancemayalsoberequestedbythestateorcounties.NRC"redphones"areinstalledinthecontrolroom,theemergencysurveycenter,theemergencyoperationsfacility/recoverycenter,andthetechnicalsupportcenter.TheNRChealthphysicsnetworkphonesarealsoavailableintheemergencysurveycenter,technicalsupportcenter,andemergencyoperationsfacilitydoseassessmentarea.GinnaStationusesthesimulatedcontrolroominthetrainingcenterinsteadoftheactualplantcontrolroomforannualemergencyplandrills.Tosupporttheuseofthesimulatedcontrolr'oomforthesedrills,theGAI<<Tronicspagesystem,Cobbssoundpoweredphone,System75phone,NewYorkStateRadiologicalEmergencyCommunicationsystem(REGS),andNRC"redphone"areinstalledinthesimulatedcontrolroom.9.5-25>>/>1~

!\\.F~lf\CpA'4 GINNA/UFSAR9.5.2.5EmerencCommunicationsWithteTwosystemsexistforemergencycommunicationsbetweenGinnaStationpersonnelandNRCauthorities:theemergencynotificationsystem("redphone")andthehealthphysicsnetwork.TheemergencynotificationsystemisintendedforuseastheprimarymeansforthesitetoreportemergenciesandothersignificanteventstoNRC/IEhead-quarters.WhentheNRCoperationscenterisactivatedinresponsetoasiteemergency,theemergencynotificationsystembecomesthededicatedandcontinuouslineforthetransmissionofoperationaldata.ThehealthphysicsnetworkisintendedforuseasthededicatedlinebetweentheNRCheadquartersandthesiteforhealthphysicsdataduringsiteemergenciesandothersignificantevents.TheemergencynotificationsystemispoweredthroughequipmentoftheNewYorkTelephoneCompanybya48-VdcsupplyintheircentralofficeinOntario.Lossofoffsitepowerwouldnotaffectmostofthephonesinthenetwork.9.5.3LIGHTINGSYSTEMSFixedemergencylightingunitsareprovidedinsafety-relatedareasandotherareaswhichcontainfirehazardstofacilitateemergencyoperations,manual,firefighting,andaccesstoandegressfromeachdesignatedfirearea.Thelightingunitsare8-hrrated.Inadditiontothefixedlightingsystems,portablebattery-poweredhandlightsareprovided.Ginnasafeshutdownpanelsarelocatedinseveralareasoftheplant.Thelightingatthesafeshutdownareashasbeendeterminedtobesufficienttoperformallrequiredsafeshutdowntasks.'hisdeterminationwasmadebyaIlightingsurveyconductedinconjunctionwith10CFR50,AppendixR,complianceefforts.ThecontrolroomnormalandemergencylightingsystemsprovideadequateilluminationinaccordancewiththeguidelinesofNUREG0700,Section6.Thecontrolroomnormallightingsystemiscapableoffunctioningatalltimes,excludinglossofacpower,atwhichtimethe125-Vdcemergencylighting9.5-26REV712/91i GINNA/UFSARsystemisautomaticallyturnedon.ThecontrolroomemergencylightingfixturesarefedfromeithertheAorBstationbatteries.Intheeventoflossofeitherbatterythereisatransferswitchinthecontrolroombywhichtheoperatorscanmanuallyswitchtheemergencylightingfeedfromonetraintotheother.Shouldlossofeitherbatteryoccurintheemergencylightingmode,an8-hr-ratedemergencylightfixturelocatednearthetransferswitchshallremainfunctionaltoprovidesufficientlightingtoperformthetransfer.The125-VdcpowersupplyuptothepointofterminationattheemergencylightingfixturesisClass1EandSeismicCategoryI.Theemergencylightingfixturesarestandard.AprototypefixturehasbeenseismicallytestedinaccordancewithIEEE344-1975toensurecontinuedoperationofthefixturesintheeventofanearthquake.Inaddition,ananalysisoftheseismicallyreinforcedsuspendedceilinghasbeenperformedtoensurethattheceiling,includingthenormalandemergencylightingfixtures,doesnotcreateahazardtocontrolroompersonnelorsafety-relatedequipmentduringaseismicevent.AsecuritylightingsystemalongthefenceatGinnaStationhasbeenprovided.ThesystemhasbeendesignedtomeettherequirementsofANSI18.17,IndustrialSecurityPlansforNuclearPowerPlants(seeSection13.6).9.5.4DIESELGENERATORFUELOILSTORAGEANDTRANSFERSYSTEMThedieselgeneratorfueloilstorageandtransfersystemisshowninFigure9.5-5.Theminimumpermissibleonsitefuelinventoryis10,000gal.Thisquantityissufficientforoperationunderloss-of-coolantaccidentconditionsoftwoengineeredsafetyfeaturetrainsfor40hr,onetrainfor80hr,oroperationunderhotstandbynonaccidentconditionsfor111hr.Fueloilisprovidedtoeachdieselenginebya350-galdaytanklocatedattheengine.Whentheenginestarts,theengine-drivenfuelpumpprovidesfuelfromthedaytank.Eachdieselgeneratordaytankisnormallysuppliedfromits6000-galundergroundstoragetank.A480-Vfueloiltransferpumpforeachdieselenginepumpsfueloilatapproximately23gpmatadischargepressureof15psigfromeitherstoragetanktoeitherdaytank.Across-connectionallowseachtransferpumptosupplyeitherdaytank.Thesuctionlinetoeachfuel9.5-27REV712/91I GINNA/UFSARoiltransferpumpincludesaduplexstrainerthatcanbeservicedwithoutinterruptingflow.Onefueloiltransferpumphasthecapacitytosupplybothdieselgeneratorsat110%load.Onedieselgeneratoruses2.62gpmat110%load.Theplantprocesscomputersystemprovidesalarmsonhighandhigh-high7differentialpressureacrosseachduplexstrainerandonlowandlow-lowfueloillevelineachdaytank.Alocalcontrolswitchinthedieselroomforthetransferpumphastwopositions.InRUN,thepumpwillrununtilthedaytankisfull,thenafilllinevalveclosesandabypassvalveopenstorecirculatebacktothestoragetank.Whenthelevelinthedaytankdecreases,thevalveswillrepositiontosupplythedaytank.InAUTO,thetransferpumpstartswhenitsdieselisrunningandthelevelintherespectivedaytankfallstoalowlevel.Thepumpcontinuestorununtilitsdieselisstopped.Againwhenthedieseldaytankisfull,thefilllinevalveclosesandthebypassvalveopens,Lowlevelineitherdaytankisalarmedinthecontrolroom.Heattracingisprovidedtomaintainthefueloiltemperatureinexposedpumpsuctionpipingintheeventofalossofheatinthedieselgeneratorrooms.Theheattracingis~~thermostaticallycontrolledtomaintainthefueloilinthepipeabove40'F.Thisprovidessufficientmarginabovethepointatwhichthisportionofthesuctionpipingcouldbeconsideredinoperablebasedonthecloudpointofthefueloil,typicallyO'.Watertightdoorshavebeeninstalledontheconcretemanwaysoftheundergrounddiesel-oilstoragetanks.Thesedoorspreventtheaccumulationofwaterinthemanwaysthatmightseepintotheoilthroughtheflangedmanholeonthetopofeachstoragetank.ThedieselgeneratorfueloilstorageandtransfersystemsurveillancetestsandconditionsforoperationareprovidedintheTechnicalSpecifications.9.5.5DIESELGENERATORCOOLINGSYSTEMThedieselgeneratorcoolingsystemisshowninFigure9.5-5.Thedieselgeneratorsaresuppliedwithcoolingwaterfromtheservicewatersystem.Servicewaterisdirectedtothelube-oilcoolerandjacketwater9.5-28REV712/91

GINNA/UFSARcoolersforeachdieselgenerator.Theservicewaterlineupismadereliablebyensuringthattheservicewatercrossovervalvesremainopenatalltimes.Thisensuresthatnomatterwhichservicepumpisselectedtoautomaticallystart'duringanemergency,andnomatterwhichdieselstarts,thedieselthatisrunningwillreceivecoolingwater.The1Aand1Cservicewaterpumpsarepoweredfrombus18whichcanbesuppliedbydieselgenerator1A.Aselectorswitchinthescreenhouseallowsselectionofeitherpumptoautomaticallystart.The1Band1Dservicewaterpumpsreceivetheirpowerfrombus17whichcanbesuppliedfromdieselgenerator1B.Anotherselectorswitchinthescreenhouseisprovidedforthissetofpumpsautomaticstartfeature.Analternativemeansfordieselgeneratorcoolingisprovidedviaavalveinstalledintheservicewatercoolingtoeachdieselgenerator.Thevalveallowstheconnectionoffire.hosesfromafirehydrantlocatedoutsidetheturbinebuildingincaseoffailureoftheservicewaterpumpduringdieselgeneratoroperation.Thecoolingwaterisheatedbyjacketwaterheaters.Beloweachdieselisasubbasementwhichcontainsthebusworkforthatdiesel.Topreventfloodingofthisarea,avaultpumpisprovidedforeachdiesel.Thisrunsautomaticallyasrequiredtoremoveanyaccumulationofwater.9.5.6DIESELGENERATORSTARTINGSYSTEMThedieselgeneratorstartingsystemisshowninFigure9.5-5.Twoairreceiversareprovidedtostarteachdiesel.Thereceiversforeach7dieselarechargedbya480-Vaircompressor.Dieselgenerator1Aaircompressorreceivesitspowerfromthemotorcontrolcenterwhichcanbesuppliedfromdieselgenerator1B.Dieselgenerator1BaircompressorreceivesitspowerfromthemotorcontrolcenterwhichcanbesuppliedfromdieselgeneratorlA.Eachairsystemisutilizedtocrankthedieselwithairtostartthedieselwithin10sec.Thecompressorswillautomaticallystartat220psigtochargethereceivers,andwillautomaticallystopatnormalreceiverpressureof245psig.Areliefvalvesetat275psigprovidesoverpressureprotection.9.5-29REV712/91 GINNA/UFSARStartingairat245psigissuppliedtotwoairregulators.Theairregulatorsreducethepressureto140psigtosupplytheairdistributors.Nominalairpressurerequiredforstartingtheengineis80to150psig.Paralleldc-poweredsolenoidvalveswillopentoadmitairtotheairstartmotorforeachdiesel.Onesolenoidvalveissuppliedfrombattery1Aandtheotherfrombattery1B.Thedieselairstartsystemscanbecross-connectedbytwovalvesinseries.PeriodictestingrequirementsofthedieselgeneratorstartingsystemsareprovidedintheTechnicalSpecifications.9.5.7DIESELGENERATORLUBRICATIONSYSTEMAsimplifieddiagramofthedieselgeneratorenginelubricationsystemisshowninFigure9.5-6.Lubricationoftheengineisaccomplishedbyaprelubepump3andanengine-drivenlube-oilpump.Theenginemustbekeptprelubedandpreheatedtoprovideimmediatestarting.Asensorisprovidedforeachdieselgeneratortodetectthelossofprelubeoilandtoalarmonthiscondition.When'heenginestarts,theprelubepumpandheateraredeenergizedandtheengine-drivenlube-oilpumpprovidesoilflow.9.5.8DIESELGENERATORCOMBUSTIONAIRINTAKEANDEXHAUSTFreshairforcombustionisdrawnintotheenginethroughafilteranddistributedtothecylindersbyanairintakemanifold.Correctairtofuelratioismaintainedbysensingthemanifoldgaspressureandthrottlingairintakedampersaccordingtothedieselloadandspeed.Turbochargingisusedtoincreasefloworvolumeofair.Thisconsistsofaturbochargerdrivenbyexhaustgasesoftheengine.Compressingtheairwiththeturbochargerincreasesthetemperatureoftheair.Sinceairintaketemperatureshouldbejaslowaspossibleformaximumoperatingefficiency,theairmustbecooledbeforeenteringthecylinders.ThesystemisshowninFigure9.5-5.9.5-30REV712/91 GINNA/UFSARREFERENCESFORSECTION9.51.RochesterGasandElectricCorporation,TechnicalSupplementAccompanyingApplicationforFull-TermOperatingLicense,August1972.2.LetterfromL.D.White,Jr.,RG&E,toA.Schwencer,NRC,

Subject:

FireProtectionatR.E.GinnaNuclearPowerPlant,datedFebruary24,1977.3.LetterfromD.L.Ziemann,NRC,toL.D.White,Jr.,RG&E,

Subject:

TransmittalofFireProtectionSafetyEvaluationReport(enclosure),datedFebruary14,1979.4.LetterfromD.M.Crutchfield,NRC,toJ.E.Maier,RG&E,

Subject:

Supplement1toFireProtectionSafetyEvaluationReport,datedDecember17,1980'5.LetterfromD.M.Crutchfield,NRC,toJ.E.Maier,RG&E,

Subject:

Supplement2toFireProtectionSafetyEvaluationReport,datedFebruary6,1981.6.LetterfromD.M.Crutchfield,NRC,toJ.E.Maier,RG&E,

Subject:

FireProtection,Ginna,datedJune22,1981.7.RG&EAppendixRConformanceReviewGinnaStation,SpentFuelPitBridgeCraneCable,NumberWR/TR9020864,Revision0,datedMarch2,1990.8.LetterfromL.D.White,Jr.,RG&E,toD.M.Crutchfield,NRC,

Subject:

FireProtectionatR.E.GinnaNuclearPowerPlant,datedJune4,1980.9.LetterfromL.D.White,Jr.,RG&E,toD.L.Ziemann,NRC,

Subject:

FireProtectionatR.E.GinnaNuclearPowerPlant,datedMay15,1978.10.R.E.GinnaNuclearPowerPlantFireProtectionPlan,datedApril29,1986.11.LetterfromJ.E.Maier,RG&E,toD.M.Crutchfield,NRC,

Subject:

TransmittalofAppendixR,AlternativeShutdownSystem,datedJanuary16,1984'.5-31REviu/91i GINNA/UFSARREFERENCESFORSECTION9.5(Continued)12.LetterfromR.W.Kober,RG&E,toW.Paulson,NRC,

Subject:

10CFR50,AppendixR,AlternativeShutdownSystem,Revision1,datedOctober4,1984.13.LetterfromR.W.Kober,RG&E,toJ.A.Zwolinski,NRC,

Subject:

AppendixR,AlternativeShutdownSystem,datedJanuary16,1985.14.LetterfromJ.A.Zwolinski,NRC,toR.W.Kober,RG&E,

Subject:

SafetyEvaluationforAppendixRto10CFRPart50,ItemsIII.G.3andIII.L,datedFebruary27,1985.'5.LetterfromJ.A.Zwolinski,NRC,toR.W.Kober,RG&E,

Subject:

ExemptionstoSectionIII.GofAppendixR,datedMarch21,1985.9.5-321>/91~

GINNA/UFSARTable9.5-1FIRESERVICEWATERHOSEREELLOCATIONSHoseReelNumber~BuildinTurbineurbineTubineTurb'FloorBasementBasementBasementBasementLocatioElevatorBatteryoomOilsorageroomStamgeneratorfeed-waterpumps8101213141516171819202123TurbineTurbineTurbineTurbineTurbineTurbineTurbineIntermediateIntermediateIntermedieIntermiateIntediatetermediateIntermediateIntermediateIntermediateIntermediateAuxiliaryAuxiliaryIntermediateIntermediateIntermediateIntermedieTbinTurnerbinLevelfouLevelfourLevelthreeLevelthreeLeveltwoLeveltwoLeveloneLeveloneLeveloneLeveltwoOperatingOperatingElevator4160busAirejector5AheaterElevatorControlroomNorthwallWestEastEastWestWestEtEastWestSouthNuclearsameroomWestCenter9.5-33REV512/89 GINNA/UFSARTable9.5-1FIRESERVICEWATERHOSEREELLOCATIONS(Continued)HoseeelNumbe2425262728293032553435363738394O~BuildingAuxiliaryAuxiliaryAuxiliaryAiliaryAuxiiaryAuxiliyAuxiliaryScreenhouseAll-volatile-treatmentbuildingContainmentContainmentContainmentContainmentContainmentContainmentServiceServicFloorOperatingIntermediateIntermediateIntermediateBasementBasementBasementMainResintank,eaOpeatgOperngMzaninezzanineBasementBasementMainGroundLocationEastEastCenteWeestCenterEastFirepumpsNorthwestcenterVestEastVestEastWestEastNorthhallorthhall41Allolatile-tratmentildingTechnicalsupportcenterEa42All-volatile-treatmentbuildingTechnicalsupportcenterWest:9.5-34.REV512/89 (PROMTECHNICALSpECIFICATIONS6.2.2)9.5.1.2.5.2InsertA:FireBrigadeof5membersshallbemaintainedonsiteat'lltimes.Thisexcludesthetwomembersoftheminimumshiftcrewnecessaryforsafeshutdown.InsertB:FireBrigadecompositionmaybelessthantheminimumrequirementsforaperiodoftimenottoexceed2hourstoaccommodateunexpectedabsenceofFireBrigademembersprovidedimmediateactionistakentorestoretheFireBrigadetotheminimumrequirements.GAH/244 GINNA/UFSARINSERT'9.5.1.30erabilitandSurveillanceReuirementsTable9.5-2liststheoperabilityrequirementsfortheFireProtectionSystems,requiredactions.tobetakenwhenequipmentisinoperableandsurveillance.requirements.Theserequirementswerepreviously'ncludedintheGinnaStationTechnicalSpecifications(AppendixAtoOperatingLicenseDPR-18)butwere-removedinaccordance.withGenericLetter"86-10,ImplementationofFireProtectionRequirements:and.GenericLetter88-12,RemovalofFireProtectionRequirements.fromTechnicalSpecifications.Thebasesfortherequirements.listedinTable9.5.-2aredescribedinsections9.5.1.3.1through9.5.1.3.4.Thelistofsprayand/orsprinklersystemsshownonTable9.5-4arerequiredtobeoperable.whenthe,equipment;in.thearea.isrequiredtobeoperable.9.5.1.3.1General[FromTSBases3.14(1)]Thefireprotection.systemhasthecapabilitytoextinguishanyprobablefirewhichmightoccuratthestation.Thesystem,isdesignedinaccordance.withthestandardsoftheNationalFireProtectionAssociation.[FromTSBases3.14(2)]Procedureshavebeendevelopedforfightingfiresinall.theplantareasandarecontainedintheplant'semergencyprocedures..Firepreventioniscontrolledbyadministrativemethodstopreventaccumulations.ofcombustiblematerialsandtopracticegoodsafetymethods.Periodic,practice.exercises.willbeemployedtoinsureplantpersonnelarefamiliar.withthepropercorrectiveprocedures.[FromTS4.15(1)]BasesSufficienttests,willbemadeto.becertainthatfiredetectioninstrumentsandassociatedcircuitryareoperablesuchthatfires'nareaswhichwouldjeopardize.,thesafeshutdownoftheplantaredetected.Page9.5-xx 9.5.1.3.2FireDetectionSystem[FromTS3.14(3)]BasesDetectionislocatedinallareasoftheplantcontainingsafetyrelatedequipmentandinareas,containinglargeamountsofcombustibleorflammable.materials..Actuationoffixedsuppressionsystemsandearlywarning'alarmsare.providedby'hesedetectors.Thelistofinstrumentsrequiredtobeoperableforfiredetectionandtheirlocations.areshown.onTable9.5-3.9.5.1.3.3FireSuppressionSystem(Water,Sprayand/orSprinklers,Halon,FireHoseStations,andYardLoop)[FromTSBases3.14(5)]Normalfireprotectionisprovidedbyafixed-firefogsystem,fixed.Halon.1301system,sprinklers,hoselines,andportableandwheeledextinguisherssuitably.locatedintherequiredareas:.[PromTSDefinition1.11]Thefiresuppressionwatersystemconsists.ofLakeOntariowatersupply,pumpsand.distributionpiping'ithassociatedsectionalizingcontrolorisolationvalves.Valvesincludevalvesbetween.thefirepumps,andthefirstvalveahead.,ofthewaterflow.alarm.device-on,eachsprinkler.,orspraysystemriser.[From-TS3.14(7)]Bases.Watertothefiresystemissuppliedviatheheaderbytwovertical,centrifugalfirepumpsof2000gpmcapacityeach.Oneofthesepumps.isdriven.byanelectric.motorandtheotherbyacombustionengine:.Both,areautomaticstartingthrough.fire.pumpcontrollers.withindication,alarmandmanual.startingfromthecentral.controlroomfirepanel.Thecombustionenginelocalfuelsupplycapacityisdesignedfor8.hoursofoperation.[PromTSBases3.14(8)]Afireheaderisinstalledofsufficientsizetodeliveranadequatequantityofwaterthroughoutthe;plant:ata.pressureofnolessthan75psiatthehighestnozzle.Page9.5-xx

-,II'ag

[PromTS3.14(9)]BasesTheheadersystemisnormallypressurizedthrough'he.useofahydro-pneumatictankusing.houseserviceairand.havinganactivewatercapacityof10,000gallonsLossofheaderpressureand/oropeningof.anydelugesystem'.activatesthefirepumpsandthealarmsystem.[PromTS'ases.3.14(10)]Abackupfiresuppressionwater.systemwould.be.usedtoprovideprotectionintheevent.the.firesuppressionwatersystemwereinoperableA,backupsystemcould,forexample,becomprisedofabackuppump,and,yardhydrantsystemsupplyingwatertowallhydrants,orotherequipmentormeasures.[PromTS3.14(6)]BasesReadilyaccessible1-1/2inchrubbercovered.hoselines.andcontinuous,flow.typehose.reels;aredistributedthroughoutthestation:sothatall.areas.inthestation:arewithin.20feet.ofa.fog.nozzlewhenattached:tonot.morethan:125footlengths:ofhose.Allnozzles.are.1-1/2inchvariablefog-offnozzles.[PromTSBases3.14(11)]Theyardhydrant.on.thesouth-east:.corneroftheyard.loopprovides.thesecondaryfiresuppressioncapability.forthetransformersand.theprimaryfiresuppressioncapabilityforthestandbyauxiliaryfeedwaterbuilding..[FromTS4.15(2)]Bases,Thefiresuppression.watersystemtestingwillassurethe.capabilityof.thesystemtomeetits.requirements..[From-TS4.15(3)]BasesTheHalonSystemisusedtoprotectthose-areas.that.would,be.damaged.bytheuse..of.water.The.90'toffull.chargepressure,is,basedon.atemperatureof70'F.Pressuresattemperatures.otherthan70'Fwillbecorrectedby.ChartULE.2671March1,1973ANSUL1301CleanAgentPreeContro1SystemManual.P/N17210-02,.9.5.1.3.4FireBarrierPenetrations[FromTS3.14(4)]Bases.Firebarriersarelocatedthroughoutthe.planttoseparatemajorareas:fromeachother.and.also;toseparate=Page9.5-xx

certainsafetyrelatedareasfromtheremainderoftheplant.Thesearedesignedtostopafirefrompropagatingfrom.onearea.toanother.Allpenetrationsinthesebarriersaresealed.withappropriate.materialstomatchtherequirements.ofthebarrier.[PromTSBases4-15(4)3Visualinspection.offirebarrierpenetrationsealswillbemadetoinsure.thecontainmentofanyfirethatmaystartuntilitcanbeextinguishedeitherautomaticallyormanually.Therearenofire.barriers'hat.performapressuresealingfunction.Page9.5-xx I

QeGINNA/UFSARTable9.5-1FIRESERVICEWATERHOSEREELLOCATIONSAND.OPERABILITYHoseReelNumberBuildinFloorLocationRequiredto56789101117181920212223242526272829303132TurbineTurbineTurbineTurbineTurbineTurbineTurbineTurbineTurbineTurbineTurbineIntermediateIntermediateIntermediateIntermediateIntermediateIntermediate.IntermediateIntermediateIntermediateIntermediate:AuxiliaryAuxiliaryAuxiliaryAuxiliaryAuxiliaryAuxiliaryAuxiliaryAuxiliaryAuxiliaryScreenHouseAll-volatile-TreatmentBldgBasementBasementBasementBasementIntermediateIntermediateIntermediateIntermediateTurbineTurbineTurbineLevelFourLevelFourLevelThreeLevelThreeLevelTwoLevelTwoLevelOneLevelOneLevelOneLevelTwoOperatingOperatingOperatingIntermediateIntermediateIntermediateBasementBasementBasementMainResinTankAreaElevatorBatteryRoomD/GRoomsSteam:Generator,FoedwaterPumpsElevator4160BusAir,Ejector5AHeaterElevatorControlRoomNorthWallWestEastEastWestWestEastEastWestSouthNuclearSampleRoomWestCenterEastEastCenterWestWestCenterEastFirePumpsNorthwestCenterXxxXxxxXxxxxxXxxxxxxxx*SeeTable9.5-2forRequired:ActionsifInoperablePage9.5-xx

GINNA/UPSARTable9.5-1PIRESERVICEWATERHOSEREELLOCATIONSANDOPERABILITY(continued)HoseReelNumber33343536373839404142~BuildinContainmentContainmentContainmentContainmentContainmentContainmentServiceServiceAll-volatile-TreatmentBldgAll-volatile-TreatmentBldgFloorOperatingOperatingMezzanineMezzanineBasementBasementMainGroundTSCTSCLocationWestEastWestEastWestEastNorthHallNorthHallNorthSouthRequiredtobe0erablexxxxxx*SeeTable9.5-2forRequiredActionsifInoperablePage9.5-xx Table9.52PIREPROTECTIONSTSTEMREQUIREMENTSPageIofISTSTI)51.FireDetectionInstrumentsREQUIREMENTInstzuxentatfonforeachfiredetectionxoneshownfnTable9.5-3shallbeoperable.APPLICARIENODESAtalltimes.ChubITIONAnyofthefnstrumentslnTable9.5-3fnoparable.REQUIREDACTIONa.lOutsfdecontairtaent4)Establfshanhourlyfirevetchfntheaffectedfirexone>exceptduringemergencyconditionsvhfchprohibit4cceas~b)Restoretooperablestatusotc)PrepareandsubmitaSpecialRepOZtaOurlfnfngtheCacaoOfthelnoperabllltyandplansforrestorfnytheinstru-ments(s)toof>>tablestatusb.lInsidecontafmenta)Inspectaffectedcontafnmantxoneonceeverydboursorb)aenltorcontafnmentairtemperatureatleastoncepethourat~minimumof16representativelocationsTINEREQUIRf)5ENTa)NithfnIboutb)Mithfn14daysc)Mlthfnnext30days4)NfthfnIhourb)NithfnIhourTESTINCIINSPECTIONREQUIREMENTa.2ThefiredetectioninstrumentslistedlnTable9.53whichareaccessibleduringplantoperationshallbedlmlonatzk'tedopetabl~byperformanceoftestsatleaston<<eeverysfxmonthsFiredetectotsvhfchate5>>taccessibledurfnyplantof>>rationshallbedea>>nstratedoperablebyth~performanceoftestsduringeachcoldshutdownexceeding24hoursunlesspazfozme4lntheprevious6months.ThefunctionaltestforRTDdetectotsinsidecontainmantvillbeperformedbyvetlfylnydetectorcircuitcontinuityanddetectortemp>>ratureIndicationfnthecontrolzoom.b.2ThesupervisedcircuitssupetvisfonassociatedvfththedetectoralarmsofeachofthedetectionfnstruaentslistedfnTable9.5-3vhlchareaccessibleduringplantoperationshallbedemonstratedopERABIEatleastonceper6months.Thenon-supervisedcfrcultsbetveenthelocalalarmpanelsandthecontrolroomshallbedemonstratedOPERASIEatleastonceper31days.Circuitsupervisionvhfch14notaccessibleduringplant,operationshallbedmaonatratedoperablebytheperformanceofteatsdurfnyeachcoldshutdownexceeding24boursunlessperformedfn'the14at6alon'ths~4)restoretooperablestatusotprepareandsubmitaSpecialRepOttvOutlfnfngtheCamasOfthefnoparabilftyandplansforrestoringthefnstzut>>stis)tooperable4'54'tuac)Nfthfn14daysd)Mithfnnext30days~SpecialReportaresubmittedfnaccordancevlth10CFR50.4

~iranvrl'Table9.52FIREPROTECTIONSTSTEMREQUIREMENTSPage2of71FireSuppressionNiterSysteaREQUIREMENTThefiresuppressionvatersystslkShallbeoperablevithia)twofirepuspseachw(ChkckPac)Cyof2000gpswiththeirdischargealignedtothafiresuppressionheader.b)AucoaatlclnitiatlonlogicforeachfireAPPEICABIEMOOTSAtalltfaesCONDITIONa.Nfthaninoperableredundantcoa(>>nantb.Nfththefiresuppressionvatersystealnopetkblea.2b.lb.2b3a)b)c)b)REQUIREUACTIONIntheoperatfays>>derestoretheinoperablecoaponenttooi>>rablestatusorRuathereaainfnqpuspcontinuouslyandPrepareandsuhaftaSpecialRepottioutllalngthecauseofChainoperabilityandplansforrestoringchacoaponenttooperablesckcus~IncoldorrefaelfngshutdownRestore'Chefnoj>>tablecoaponenttooperablestatusotPrepareandsukaitaspecie]Repotteou'clfnfngthecauseoftt>>inoperabilityandplansfortestorfnythecoaponenttooperables'titus'stablfshabackupfiresuppressionvatersysteaotPlacethereactorinMotShutdovaandIncoldshutdownTINEREQUIREMENTa)within7daysb)Untiltheinoperablecoaponentfsrestoredtooperablescat'usc)Nfthfnthesext30daysa)Nithfn7daysb)withinthenext30daysb.lwithin2kboutsb.2Nfthfnthenext6hoursb.3Nithfnthanext30hoursTESTIMC/INSPECTIONREQUIREMENTThefiresuppressionvatersystemshallbedenonatratedoperable:a.2Atleastonceper31daysbystartingeachpuspandoperatinqltforatleast15Minutesontecfrcalatfonflov.b.2Atleastonceper31daysverlfylngthateachValse(aanual,paverOperated,OrauteaktfC)fatbeflOvPkthklalnftaCOrreCtPOSltlOS.c.2Atleastonceper31daysbyvetffyfsytbeleveloftbedieseldrivenfirepxspfueltank.4.2Atleastonceper31daysbyfnspeecfngandtastfnqthedieselficepuspstartlaqbatteries'tode'Celsius'Cf>>coadiCfonof'Chebatterycells.~.2Atleastoncepet92daysbyverifyingthatasaapleofdieselfuelfrclkthedieselfirepuapfeeloildaytankfswithintheASIND915reccxvaaadedi(sitsfornunber2dieselfueloilvheacheCkedforvlseosfty,waterandsedfaent.f.2Atleastonceperyearbycyclfnqeachtestablevalvefntheflowpath(exceptforhydrantisolatfoavalves)throughatleastonaeoaplacecycleoffalltravel.Afurtherexceptionlsthecontains>>ntisolationvalvevhfchshallbadoseataainiauaofatlastonceperIStkonths.0.2At.leastopceperldaonthsbyperforafnqasysteafunctionaltestvhfchincludessfaulatedactuationoftbesyscearthroughoatftsoperatingsequence,and)(1)verifyingthateachaatcaatfcvalvefntheflowpathactuatestoftscotrectpositionoak'CssCslgnkl)(11)verifyingthateachfirepuapdevelopsatleast2000gpaat210Ft.Hd.)(iff)cyclingeachvalvefntheflovpaththatlsnottestabledurfnyplantoperationthroughatleastonecospfetecycleoffalltravel)(fv)ver(fylngthateachhighpresserspuapstarts(segaentlally)toMaintainthefiresuppressionvatersysteapressurektorabove210FtMdh.2AtleastoncepsrISaonthsbysublettingthedieselenginetoanfaspeetfonfnaccordancewithprocedurespreparedfacon)unct)onvfthftsaaaafaetarar'srecess>>ndatlonsfortheclassofservice.~SpecfalReportsaresubafttedin~ccordancewithIOCFRfa.k.1.2Atleastonesavery3yearsaflowtestofthefiresuppressionvatersysteashallbeperfotaedwithol>>fitspusprivalingtbestaticpressurevillberecordedatthetestconnectionforthefiresuppressionwatern1 Table9.5-2FIREPROTECTIONSYSTEMREQDIREMENTSpage3of7SYSTEM3.Sprayand/orSprinklerSysteoSprayand/orSprinklerSysteosshovnonTable9.5-4shallbeoperableAT9LICASIXMODESlihenevettheequ)poeotbeingptotect4d14requ)redtobeoperableCONDITIONAnyofthesysteslsshownonTable9.5-SinoperableRECDIREDACTICN~.1Thoseareasinvhlchredundantsystensotccoponentsnecessaryforsafeshutdowncouldbedaoaged.a)Establishacontinuousfirevatchvithbackupfiresuppressionequ)poentiexceptduringeoergeocyconditionswhichprohibitaecesssorfortesting.b)Restore'th4inopetable~ysteotoop4tablestatus01'IMERE001RI2IENT4)Nithin1hourb)NithinISdays'ESTIMC/INSPECTIONRECUIREMENTa.2Thespraysysteosshallbedeoonstratedtobeoperableia)Atleastonceper12MonthsbyverifyingthelossoflockingpressureManualoperation.b)Atleastonceper18Months)il)Bypetfornlngasystenfunctionaltestvhlchiocludess)on)Stingactuationofthesystenandverifyingthatthevalvesintheflowpatharecapableofgoingtotheircorrectpositions.ill)hyvisualexternalinspectionofsprayheaderstoverifytheirlntegrlty.iiii)hyvisualexternalinspectionofeaehnoxsletoverifynoblockage.c)TrapezeandsubsitaSpecie)Report'utliningthecauseofthelooperabilltyandplansforrestoringthesysteotooperablestatus,b.lOcherplantareas)EstablishafirevetchpatroltoinspectthezoneviththeInoperablesysteoatleastonceperhourandplacebackupfir~suppression~quipleotlntheunprotectedarea(4)g~xceptdaringenergeneyconditionsvhlchprohibitSCCSSSSOtfarteatiOg.b)Restoretheinoperablesys'ten'toopetablestatusotc)trepareandsu)xsitaSpecialReport'utliningthecauseoftheinoperabilityandplansforrestoringthesystcntooperablestatQSc)'Nlthlnthenext30days4)Nlthin1hourb)Nlthlnlidaysc)'Nithlnthenext30dayse)Atleastonceper3yearsbypetforoinganairflovtestthrougheachsprayheaterandverifyingeachspraySortieisunobstructed.b.2Thesptinkjersystensshallbedeoonstratedtobeoperableatleastonceper12nonthsbyopeningtheInspectorstestvalvesandverifyingvat<<rflowandsysteoalaro.~SpecialReportsaresukoittedinaccordancevlth10CFR50.4~

'1'~Table9.52FIREPROTECTIONSISTIRfamREMENISPage6of7VSYSTEMS.MelonSystonRECCIREMENTMelonsystensinthefollovingareasshallbeopetablo4nd'thostor4gotanksshallhaveatleast956ofthefullchargeveightarxl905offullchargepressureat70eFa.CtNSLuterRoon(S07)b.RelayRocllISOS)APPEICASIEMODESWheneverthe~quiplentintheareaisrequiredtobooperableCOROITIONAhalonsysteninoperabloREQOIREDACTIONa,lThoseareasinvhichredundantsystensorconponontsnecessaryforsafeshutdovllcouldbedanagod.a)Establishacontinuousfirevetchvithbackupfiresuppressiollega)plentyoxcep'kdllrlngenergencyconditionsvhlchprohibitaccessb)Restoretheinoperablesystslatooper4blostatusorc)PrepareandsukllltaSpecialReport'utliningthecauseofthsinoperabilityandplansforrestoringthesystontooperablestatusb.lOtherplant,areas4)Establishafirevetchpatroltolnspsctthexonevlththoinoperablesystenandplaceportable~qulplentlntheullprotoctod4rea(s)sexceptduringosergencycondltlonsvhlchprohibitaccess.TIMEREQQIR)ILENT4).WithinIhourb)withinIidaysc)Withinthenext30d4ys4)WithinIhourTEST)WC/INSPECTICNREQQIREMENTThosalonsystenshallbedelenstratedtobooperable:a.2Atleastonceper6sonthsbyverifyingeachMelon~'torago't4nkpressureb.2Atleastoncepsr6nonthsbyserifylngeachMelonstoragetankvelght.c.2AtleastoncepsrISnonthsbyssrlfylngtbesystenincludingassociatedsenti)ationdaspersactuateinresponsetoas)hoistedactuationsignal.Aflovtostvithgasthroughheadersandnottlesshallbeperfornedtoassurenoblockage.TheoperabilityofthonanualInitiatingaystenvillalsobeverifiedLL~b)Restoretheinoperablosystcntooperablestatusorc)PrepareandsubnltaSpecialReport+outliningthecauseoftheinoperabilityandplansforrestoringth>>systentooperablestatus.b)WithinIidaysc)Wlthlnthenext.30days~SpecialReportsarosukslittedlnaccordancevithIOCFR506~p e

rCC"'>>E.Ct.'f~v>>l.>>>>C~\~vC1Table9.5-2FIREPROTECTIONSIST))fREQOIREHEMTSPage5of7SYSTE)fFireNoseStationsFirehosestationsiadicatedonTable9.5-1shallbeoperableAPPLICARLE))00ESAtalltinesCOHOITIONAnyofthehosestationsreguftedoperablebyT4ble9.5-1.includingvaterservicetothen>>lnopetableREQOIREDACTION4IRoute4hoseto'theunprotectedareafronaaoperablehosestatfonexceptfotthosestationsinsidecontalnnent.b.lReturnthehosestationtoopetablest4tusotc.lPrepareandsu)xsftaSpecialReportsoutllnlagthecauseofthefnoperabfIftyandplansfotte~'toting'thesystentoopet4blest4'tusTINEREQOIRI))ENTa)NithfnIhootb)Nlthfn14daysc)Mfthinthenext30daysTESTINC/INSPECTICNREQOIREHENTEachFirehosestationlistedinTable9.5-1shallbeverifiedtobeoperable:a.2Atleastonceperneathbyvisualinspectionoftbestationtoassureallegufpneatisavailableandthefirevatetheadersystenpressureisrecorded.ThehosestationsiacontafmeatareaaexceptionandshallbelaspectedonceperMonthduringtherefuelingshutdovnb.2Atleastonceper18MonthsbyunrollingtheboseforInspectionandre-rackingandreplacinggasketslnthecoupllngs,asreqaired.c.2Atleastonceper10Months,partfallyopenbosestationvalvestovetlfyvalveoperabilityandnoblockage.0.2Atleastevety3yearsbypressuretestingeachboseto50pslgreaterthantheNaxlnunNotklngPressure~SpecialReportsaresuhaittedlnaccordancevithIOCFR50.4~

~vTable9.52FIREPROTECTIONSIST)2)RECQIRDKMTSPace6of2SYSTEMFireharrierPenetrationFirebattlerpenetrat)onfiresealsvhichprotectsafetyrelatedareasshallbeintactAPPLICASIENOOESAtalltinesCO!C)ITIONAnyofthefirebarrierpenetratlonsnotiatactREOQIREOACTICNa.lEstablishacont)nuousfirevetchononesideofthepenetrationorb.lEstablishanhourlyfirevetchpatrolandverifythatfiredetectorsonatleastonesideofthelnoperabl~sealarelnservicec.lRestorethesystestooperablestatusord,lPrepareandsutaaltaSpecialReport'utllnlnQthecauseoftheinoperabilityandplansforrestorinQtheoystertooperablestatus.TINEREOQIR)PCÃTa)NlthinIhourb)Mlthin1hourc)Nlthln1daysd)Nlthinthenext30daysTESTINCIINSPECTICNRECQIRENENTPenetrationsealslnfirebarriersvhlchprotectasafetyrelatedareashallbeTer)fledtobeintactbyTlsualinspect)outa.2AtleastonceperISnonths,andb.2PriortodeclarlnQapenetrationseallnafirebarrierintactfollovinQrepairsornalntenance.~SpecialReportsaresutnlttedinaccordancevithIOCPR5060~j~'tII Table9.S2FIREPROTECTIONSTSTEMREQUIREMENTSPageTof7STSTEMPardFireLoopTheyardhydrantonthesoutheast,corneroftheyardloopshallbeoperabletoprovidefireprotectiontothetransfornersandthestandbyauxiliaryfsedvatsrbuilding.APPLICARIENODESAtalltinesCDÃDITIONTheyardhydrantonthesoutheastcorneroftheyardloopinoperableREQUIREDACTIONa.lPlacesufficientlengthsof2-1/2inchdisasterhoseinanad)anentoperablehydranthosehouseb.lRestorethesystentooperables'ta'cusorc1PrepareandsuknitaSI>>clslReport'utliningthecauseoftheInoperabilityandplansforrestoringthesystentooperablestatus,TIMEREQDIREMENTa)Nithin1boarb)NithinISdaysctNithinthenext30daysTESTING/INSPECTICNREQDIREMENTTheyardfirehydrantonthesoutheastcorneroftheyardloopanditsassociatedhydranthosehouseshallbedenonstratedQPERABLEIsa.2Atleastonceper31dayshyvisualinsi>>ctlonofthehydrantbosehousetoassur>>allrequiredequ)Scentlsatthehosehouse.b.2AtlestonceduringMarch,AprilorMayandonceduringseptenr>>r,OctoberorNovesberbyvisuallyinspectingtheyardfirehydrantandverifyingthatthehydrantbarrellsdryandthatthehydrantlsnotdasaged.c.2Atleastoncepsr12nonthsby.li)Conductingahosehydros'ta'tlctestatapressureatleast50psiggreaterthanthesax)nunpressureavailableattheyardfirehydrant.ill)Replace>>eatofalldegradedgasketslncouplings.~SpecialReportsaresubnittedlnaccordancevith10CFR50iI~~a,

GINNA/UFSARTABLE9.5-3FIREDETECTIONINSTRUMENTOPERABILITyInstrumentLocation.MinimumInstruments.0erable***2.Containmenta."A"Posh-AccidentCharcoalBank(Z09,Z10)b."B"Post-AccidentCharcoalBank-(Z11.,Z12)c."A"Aux.FilterCharcoalBank(Z06)d."B"Aux.FilterCharcoal.Bank(Z07)e.CableTraysBasementElev.(Z08)f.CableTraysIntermed'.Elev.(Z15)g.CableTraysOperatingFloor(Z16)h."A"RCPIntermediateFloor(Z13)i."B"RCPIntermediateFloor(Z14)j.AreaDetectionOperating.Floor(Z16)ControlRooma.AreaandCabinet:(Z19)b.ControlRoom/Turb.Bldg.Wall(S29.)Heat3*3*]*]*1**2**]***4'**N/ASmokeN/AN/AN/AN/AN/AN/AN/AN/AN/A717N/A3.RelayRoom(Z18,S08)Computer(MUX)RoomCeiling(S07)5.BatteryRoomsA&B(PyrotronicsZone8)N/AN/A166.7.8.ControlBuildinga.AirHandlingRoom(S06)DieselGeneratora."A"GeneratorRoom(S12)b."A"GeneratorVault(Z20)c."B"GeneratorRoom(S13)d."B"GeneratorVault(Z21)IntermediateBuildinga.MotorDrivenAux.Fd.PumpArea(Z22)b.Turb.DrivenAux.Fd.Pump&Res..(S14)c.CableTraysBasementNorth(S15)d."A"PurgeFilterElev,315<4l'Z23)e."B"PurgeFilterElev.315"-4"(Z24)N/A2N/A2N/AN/A1N/AN/AN/AN/A1N/A19N/A1411Page9.5-xx GINNA/UFSARTABLE9.5-3FIREDETECTIONINSTRUMENTOPERABILITy(continued)InstrumentLocationMinimumInstruments0erable**"HeatSmoke9.ScreenHousea.AreaDetectionServ.WaterPumpandBusArea(Z26)b.CableTraysBasement(S17)N/AN/A11410.StandbyAuxiliaryFeedwaterBldg.(Z25)11.CableTunnel(Z05,S05)N/A1012.AuxiliaryBuildinga.GeneralArea(PyrotronicsZones1,2,3)N/Ab.AreaBasementEast(Z01)N/A'c.AreaBasementWestandRHRPit(Z02)N/Ad.CableTrays/SIPumpsBasement(S01)N/Ae.PenetrationAreaCableTraysMezz.(Z03)N/Af.CableTrays,Elec.Cab.Mezz.Center(S03)N/Ag.CableTraysMezz.East'(S04)N/Ah.AreaOperatingFloor(Z04)N/Ai.1GCharcoalFilter(S02)11859524413N/AResistanceTemperatureDetectors(RTD)OnlyLineTypeDetectorsThefiredetectioninstrumentslocatedwithinthecontainmentsarenotrequiredtobeoperableduringtheperformanceofTypeAcontainmentleakageratetests.SeeTable9.5-2forrequired.actionsiftheminimumnumberofinstrumentsarenotoperable.Page9.5-xx

~al4~4~fry, GINNA/UFSARTable9.5-4Spray/SprinklerSystemOperabilityThesprayand/orsprinklersystems.locatedinthefollowingareasarerequired,tobeoperablewhen.theequipmentintheareaisrequiredtobeoperable.SeeTable.9.5-2forrequired.actionsifanyofthesesystems.areinoperable.SstemLocationSystemFlow(Automatic,ManualPre-Actiona~b.C~Auxiliary'uildingBasementCableTraysSprinklerSystemS01AuxiliaryBuildingIntermediate1GFilter.SpraySystem.S02AuxiliaryBuildingIntermediateatCable.Tunnel.Entrance.SprinklerSystemS03Pre-ActionAutomaticPre-Actione.AuxiliaryBuildingIntermediateCableTraysSprinklerSystem'04CableTunnelSpraySystemS05Pre-ActionAutomaticAirHandling.RoomCableTraysSpraySystemS06AutomaticgRelayRoomSpraySystemSoutheastS09h.RelayRoomSpraySystemNestS10ManualManualRelayRoomSpray.SystemNortheastS11Manualk.DieselGenerator1ASprinklerSystemDieselGenerator1BSprinklerSystemS12S13Pre-ActionPre-Action.TurbineDrivenAuxiliaryFeed-waterPump.6OilReservoirS14IntermediateBuildingEastCable.trayssprinklersystemS15Page9.5-xxManualPre-Action ScreenhouseBasementCableTraysSpraySystemS17Automatico.ScreenhouseServiceWaterPumpsSprinklerSystemS18Automaticp.ControlRoomTurbineBuildingWallSpraySystemS29AutomaticPage9.5-xx c

ATTACHMENTECURRENTTECHNICALSPECIFICATIONSBEINGREVISEDBYATTACHIKXTAFORINFORMATIONONLY TABLEOFCONTENTS1.02.03.0DEFINITIONSSAFETYIIMITSANDLIMITINGSAFETYSYSTEMSETTINGS2.12.22.3SafetyLimit,ReactorCoreSafetylimit,ReactorCoolantSystemPressureLimitingSafetySystemSettings,ProtectiveInstrumentationLIMITINGCONDITIONSFOROPERATIONPacCel~l2.1-12.1-12.2-12~313.03.13.23.33.43.53.63.73.83.93.103.113.123.133.153.16ApplicabilityReactorCoolantSystem13.1.1OperationalComponents3.1.2HeatupandCooldown3.1.3MinimumConditionsforCriticality3.1.4MaximumCoolantActivity3.1.5Leakage3.1.6MaximumReactorCoolantOxygen,Fluoride,andChlorideConcentrationChemicalandVolumeControlSystemEmergencyCoreCoolingSystem,AuxiliaryCoolingSystems,AirRecirculationFanCoolers,ContainmentSprayandCharcoalFiltersTurbineCycleInstrumentationSystemContainmentSystemAuxiliaryElectricalSystemsRefuelingPlantEffluentsControlRodandPowerDistributionLimitsFuelHandlingintheAuxiliaryBuildingMovableIn-CoreInstrumentationShockSuppressors(Snubbers)OverpressureProtectionSystemRadiologicalEnvironmentalMonitoring3.0-13.1-13.1-13.1-5'.1-213.1-253.1-313~213.3-13.4-13.5-13.6>>13.7-13.8-13.9-13.10-13.11<<13.12<<13.13>>103.15-13.16-14.0SURVEILLANCEREQUIREBKNTS4.14.24.34.44.54.64.7Amendment'o.24OperationalSafetyReviewInserviceInspectionReactorCoolantSystemContainmentTestsSafetyInjection,ContainmentSprayandIodineRemovalSystemsTestsEmergencyPowerSystemPeriodicTestsMainSteamStopValves4.1-14.2-14.3-14.4-14.5-14.6-14.7-1 TABLEOFCONTENTS(cont'd)4.84.94.104.114.124.134.14AuxiliaryFeedwaterSystemReactivityAnomaliesEnvironmentalRadiationSurveyRefuelingEffluentSurveillanceRadioactiveMaterialSourceLeakageTestShockSuppressors(Snubbers)Pacae4.8-14.9-14.10-14.11"14.12-14.13-14.14-15.04M."~'i~~uppreamwn~yste~4.16OverpressureProtectionSystemDESIGNFEATURES4.16-15.15.25.35.45.5SiteContainmentDesignFeaturesReactorDesignFeaturesFuelStorageWasteTreatmentSystems5.1-15.2-15.3-15.4-15.5-16.0ADMINISTRATIVECONTROLS6.16.26.36.46.56.66.76.86.96.106.116.126.136.146.156.166.17ResponsibilityOrganization6.2.'1OnsiteandOffsiteOrganization6.2.2FacilityStaffStationStaffQualificationTrainingReviewandAudit6.5.1PlantOperationReviewCommittee(PORC)6.5.2NuclearSafetyAuditandRevi'ewBoard(NSARB)6.5.3QualityAssuranceGroupReportableEventActionSafetyLimitViolationProceduresReportingRequirements6.9.1RoutineReports6.9.2Unique-ReportingRequirementsRecordRetentionRadiationProtectionProgram(Deleted)HighRadiationArea(Deleted)OffsiteDoseCalculationManualProcessControlProgramMajorChangestoRadioactiveWasteTreatmentSystems6.1-16.2-16.2-16.3-16.4-16.5-16.5-1I6.5-56.5-116.6-16.7-16.8-16.9-16.9-16.9-36.10-16.11-16.13-16.15-16.16-16.17-1AmendmentNo.p,28 1.10ZotChannel-acosFeat=luxEotCh~-ae3.=actor,sder~ned,as~8maxim'ocalheatzlu-onthesu=""aceoaue3.roddividedbytheaveragefuelrcdheatluxallowingd'ormanu"actu=wgtolerancesonuelpelletsandrods.P~,V>uclear=atPlyRotC~e<Pator,isde=~4astheRRKIzlllocal<<uelrod1~e~~Gowerdes~tydividedbythaverage=uelrcd~earpowerc"s-'tyassumingnial=uel:elleta.".drcdd'-os'ons.P~<,Znc~~eer"'"gEeatFluxEotChz"mel.accr,isde=~edasthratiobetween=<and"-<adistheallowanconhea3.uwracked"ormaneac"~gtolances.',Hnc3.ear="thalphyRiseEoC~el=aco=,isde2edasthe<<atz.oo~~~Rca~o3earo~ealong"-~rc"onwhichm"'"<urnENc'Rcc=-s"o""eaveragerod-c-~er.L.eSv=aress=.onriate~S~lstempce='"u"onpiping-esuppressionwatersvs"~co"s'st"antaowataapply,'p~sand.withassociad.sectcon~olcx'solaticnvalves.Valves'devalveetween""='pL--sandthe"svalveahado="'"ewat='cwal~-ev=cecneac"s=r='."'c~~,orspraysystem"='se1-5

.14FireSuressionSstem~l1'ppliestotheoperatingstatusoftheFireSuppresionSystem.finethoseconditionsoftheFireSuppressiSystemw'chprovideadequatefireprotection.Secfication3.14.1.13.14.2ThefidetectioninstrumentsforeachiredetectionzoneshoninTable3.14-1shallbeopable.Withthenerofoperableinstrumeslessthanthatrequiredbypecification3.14.1,,a.Exceptdur'emergencycondiionswhichprohibitaccess,estlishwithinanour'firewatchpatroltoinectthezoneiththeinoperableinstrument(s)tleastoncperhour,unlesstheinstrumentislcatedinontainment,inwhichcaseinspect,theontaientonceevery8hoursor'onitorthecontazenairtemperatureatleastonceperhourataminimmf16representativelocations.'b.ComplywiththereimentsofSpecification3.14.1within14dys,rc.PrepareandsubtaSpecalReportwithinanadditional30ysinaccoancewithSpecification6.9.2outlinithecauseotheinoperabilityandtheplansforestoringtheistrument(s)tooperablestus.Thefiresuppessionwatersystemshalbeoperablewith:a.Twofirpumpseachwithacapacityof2000gpmwitheirdischargealignedtothe'resuppressionheadb.Aumaticinitiationlogicforeachfireump.3.14.2.1Withaninoperableredundantcomponent,a.Intheoperatingmode,restorethecomponentooperablestatuswithin7days.Ifthecomponeisnotrestoredtooperablestatuswithin7daysruntheremainingpumpcontinuouslyandprepareandsubmita.SpecialReportwithinanadditional30daysinaccordancewithSpecification6.9.2outliningthecauseoftheinoperabilityand3.14-1AmendmentNo.4

plansforrestoringthecomponenttooperablestatus.b.".Incoldorrefuelingshutdown,restorethecomponttooperablestatuswithin7daysorprepareandsubmitaSpecialReportwithinanadditional3daysinaccordancewithSpecification6.9.2otliningthecauseofinoperabilityandtheplansforrestoringthecomponenttooperablestatus.3.14.2.2Withefiresuppressionwatersysteminopele,a.tablishwithin24hoursabackupfirsuppressionwaersystem,orb.PlacthereactorinHotShutdownw'thinthenextsix(hoursandinColdShutdowithinthefollowsgthirty(30)hours.3.14.3Thesprayandorsprinklersystemsocatedinthefollowingareashallbeoperableheneguipmentintheareaisre'redtobeoperea."A"DieselGenratorRoomS12)b."B"DieselGenerorRo(S13)c.TurbineDrivenAuxiiyFeedwaterPumpanditsOilReservoir(S14)d.CableTunnel(S05)e.AirHandlingRoCableSraySystem(S06)f.RelayRoomSpaySystemWes(S10)g.RelayRoompraySystemNorthest(Sll)h.RelayRooSpraySystemSoutheas(S09)i.TurbinBldg./ControlRoomWallSprSystem(S29)j.InteediateBldg.CableTraysSpraystem(S15)k.AuiliaryBldg.at,CableTunnelSprayStern(S03)l.uxiliaryBldg.253'-6"CableTraysSpraystem(S04)n.AuxiliaryBldg.BasementCableTraysSpraySysem(S01)ScreenhouseBasementCableTraysSpraySystem(S17)3.14-2AmendmentNo.4 3.14..13.14.43.14.4.1o.ScreenhouseSprinklerSystem(S18)p.1GCharcoalFilterSystem(originalsystem414)Ifaspray/sprinklersystemisinoperable,exceptduringemergencyconditionswhichprohibitaccess,orfortesting,withinonehour,establishacontinusfirewatchwithbackupfiresuppressionequipmeforthoseareasinwhichredundantsystemsorcompentscessaryforsafe-shutdowncouldbedamaged;foroerareas,establishafirewatchpatroltinspectthezonewiththeinoperablesystematleasonceperhourandplacebackupfiresuppressionepmentintheurotectedarea(s).a.Restrethesystemtooperablestaswithin14daysrprepareandsubmitaSpec'alReportwithinanaddtional30daysinaccordcewithSpecification6.9.2oliningthecauseoftinoperability-andtheplansforrestoringthesterntooperablestatus.ITheHalonsystemlocatedintefollowingareasshallbeoperablewheneipmentitheareaisrequiredtobeoperableandthestorageanksshallhaveatleast95%ofthefullchareweit.and90%offullchargepressureat70'F:a.ComputerRoom(S07)b.RelayRoom(S08)IfaHalonsystem'sinoperabe,except.duringemergencyconditionswhichrohibitacces,withinonehour,establishacont'nuousfirewatwithbackupfiresuppressionepmentforthoseeasinwhichredundantsystemsorcoonentsnecessaryfosafe-shutdowncouldbedamed;forotherareasetablishafirewatchpatrotoinspectthezonewitheinoperableequipmenttleastonceperhourandaceportableequipmenintheunprotectedarea(s).a.Reorethesystemtooperablestatuswithin14dsorprepareandsubmitaSpecialRortwithinnadditional30daysinaccordancewiSpecification6.9.2outliningthecauseoftheinopexab'lityandtheplansforrestoringthesystemtooperblestatus'.14.53.14.5.ThefirehosestationsinTable3.14-2shallbeoprable.WithahosestationlistedinTable3.14-2inoperablexceptforhosestation(s)withincontainment,routehosetotheunprotectedareafromanoperablehosestationwithinanhour.3.14-3AmendmentNo.'

Ifthewaterservicetocontainmentisinoperable,complywiththereguirementsofSpecification3.14.5within14daysorprepareandsubmitaSpecialReportwithinanadditional30daysinaccordancewithSpecification6.9.2outliningthecauseoftheinoperabilityandtheplansforrestoringthesysttooperablestatus.llfirebarrierpenetrationfiresealsprotectngsetyrelatedareasshallbeintact.Withafirebarrierpenetrationfiresealwchprotectsasatyrelatedareanotintact,acontinousfirewatchallbeestablishedononesideofthepenetrationwithinehouror,verifythatfiredectorsonatleastonesideoftheinoperablesealeinserviceandestabl'shanhourlyfirewatchpaol.a.Restoreesystemtooperabletatuswithin7daysorppareandsubmitaSecialReportwithinanadditionl30daysinaccodancewithSpecification6.9.2outlin'thecauseothe'noperabilityandtheplansforestoring,thsystemtooperablestatus.Theyardhydrantontesoueastcorneroftheyardloopshallbeoperable.Withtheyardhydrantoesoutheast,corneroftheyardloopinoperable,th'nonehourhavesufficient,lengthsof2-1/2inchdiameerhoselocatedinanadjacentoperablehyranthohousetoprovidefireprotectiontotheansformerandthestandbyauxiliaryfeedwaterbuildina.Restorethesystemtooperablstatuswithin14daysorprpareandsubmitaSpcialReportwithinanadditinal30daysinaccordacewithSpecification6.9;2oliningthecauseofthe'perabilityandtheplsforrestoringthesystemtooperablestatu3.14-4AmendmentNo.4 Thefeprotectionsystemhasthecapabilitytoextinguishanyprobabfixewhichmightoccuratthestation.ThesystemisdesigneinaccordancewiththestandardsoftheNationalFiProtectioAssociation.Proceduresvebeendevelopedforfightingfiresinalleplantareasadarecontainedintheplant'semergencypocedures.Firepreventioiscontrolledbyadministrativemethodstopreventaccumulationsocombustiblematerialsandtopracticgoodsafetymethods.eriodicpracticeexerciseswillbemployedtoinsureplantperselarefamiliarwiththeproperorrect'veprocedures.Detectionislocatedallareasoftheplantcntainingsafetyrelatedequipmentandxareascontaininglargamountsofcombustibleorflammablematerials.Actuatiooffixedsuppressionsystemsandearlywarningalaxmsareprovidebythesedetectors.'irebarriersarelocatedtoughoutthepanttoseparatemajorareasfromeachotherandaltoseparatcertainsafetyrelatedareasfromtheremainderofthplant.hesearedesignedtostopafirefrompropagatingfroneeatoanother.Allpenet=ationsinthesebarriersaseedwithappropriatematerialstomat:chtherequirementsofthebxer.Normalfireprotectionisprovidedafixedfire-fogsystem,fixedHalon1301system,sprinkles,selines,andportableandwheeledextinguisherssuitablycated'herequiredareas.Readilyaccessible1-1/2inchubbercoveedhoselinesandcontinuousflowtypehoseresazedistxiutedthroughoutthestationsothatallaxeasithestationarwithin20feetofafognozzlewhenattachednotmorethan12footlengthsofhose.Allnozzlesare1-/2inchvax'ablefogoffnozzles.Watertothefiresystissuppliedviathehear'ytwovertical,centifugalirepumpof2000gpmcapacityeach.Oneofthesepumpsisdrivenbyaelectricmotorandtheotheracombustionengine.Botharetomaticstartingthroughfirepocontrollerswithindication,armandmanualstartingfromthectralcontrolroomirpanel.Thecombustionenginelocalelsupplycapacityisdes'gnedfor8hoursofoperation.Afireheaderisinstalledofsufic'ntsizetodeliveraadequatequtityofwaterthroughouttheplantatapressuofnolessth75psiatthehighestnozzle.Theheadsystemisnormallypressurizedthroughtheuseofahydro-peumatictankusinghouseserviceairandhavinganactivewateraoacityof10,000gallons.Lossofheaderpressureand/oropen'ofanydelugesystemacivatesthefirepumpsandtheala.,system.314-5 kupfiresuppressionwatersystemauldbeusedtoproviprotec'ntheeventthefiresuporessionwatersystezeinoperable.ckupsystemcould,forexample,omprisedofabackuppump,thehydrantsystemsu'watertowallhydrants,orotherequipormeasTheyardhydrantonthe-eastcooftheyazdloopprovidesthesecondaryfirpressioncapabilityhetransformersandtheprifiresuopressioncapabilityfortandbyauxi'eedwaterbuilding.3.14-6 Table3.14-1FIREDETECTIONINSTRUbZNZSInsttLocationblinimumInstnxnentsre***1.Contait"A"PostcidentCharcoalBank(Z09.Z10)""B"Post;identCharcoalBank(Zll,Z12)"A"Aux.FiterCharcoalBank(Z06)"B"Aux.FilrCharcoalBank(Z07)CableTraysBaentElev.(Z08)CableTraysIn.Elev.(Z15)CableTraysOperaingFloor(Z16)"A"RCPIntermediaFloor(Z13)"B"RCPInteanediaFloor(Z14)AreaDetectionOperatgFloor(Z16)2.ControlRoanAreaandCabinet(Z19)ControlRoan/Turb.Bldg.W(S29)3.RelayRocm(Z18,S08)4.CcmputerRocmCeiling(S07)5.BatteryRocms(A&B)(PyrotronicsZ)6.ControlBuildingAirHandlingRoan(S06)7.DieselGenerator"A"GeneratorRoan(S12)"A"GeneratorVault(Z20)"B"GeneratorRoan(S13"B"GeneratorVault(1)8.InteanediateBuild'otorDrivenAux..PumpArea(Z22)Turb.Driven.Fd.Punp&Res.(S14)CableTraystNorth(S15)"A"PurgeFirKiev.315'-4"(Z23)"B"PurgeFlterElev.315-4"(Z24)9.ScreenuseAreatectionServ.WaterPumpandusArea(Z26)CeTrayBasement.(S17)Heat3*3*1"1*]**2**1**1**]**N/AN/AN/AN/A2'N/AN/A1N/AN/AN/AN/AN/ABmkeN/AN//AN/AN/AN/AN/AN/A717N/A163N/A1N/A19N/A14111143.14-7"AmendmentNo.18 ZtU~ZLCCATIQN10.Stancby'Feed~terBldg.(Z25)11.Cab3eTunnel(ZOS,5)MINIMmSTRUMEmraOPERABLE***~HEATN/A10.12.AmciliaxyBuildingGenera3.Area(Pyrotronicsnes1,2,3)AreaBasementEast(Zol)AreaBasemer&WestandRHRPit2)CableTrays/SXPumpsBasement(SOlPenetrationAreaCableTraysMezz.(ZCableTrays,Elec.Cab.Mezz.CentSOCableTraysMezz.East(S04)AreaOp=ra~gr3oor(Z04)lGChar~Pilter(414)/AN/AN/AN/AN/AN/AN/A/89543.3N/A*ResistanceTenxaraeDetectors(RZD)Only**LineTypeDe<<*>>Thefirede'instruments3ocatedwithinthecontainment'rotreauiredbeoperableduringthe~fonnanceofTypeAcontainnentlea3caratetests.3.14-8 TABLE3'42FiRESERVICEHATERHOSEREELLOCATIONBUILDGTurbineTurbineTurbineTurbineIntermediateIntermediateIntermediate'ntermediateIntermediateXntemediateIntermediateIntermediateIntermediateXntermediateAuxillaryAuxiliaryAuxi1iaryAuxiliaryAuxiliaryAuxiliaryAuxiliaAuxilary1'ryceenHouseFLOORBasementBasementIntermediateOperatingLevelFourLevelFourevelThreeLeelThreeLeveTwoLeveloLevel0LevelneLev1OnevelTwoOperatingOperatingOperatingIntermediateIntermediateIntermediateBasementBasementBasementMainLOCATONBatteryoomD/6oms41BusontrolRoom.RestEastEastNestRestEastEast.HestSouthNuclearSampleRoomWestCenterEaststCanrWestRestCenterEastPirePumps3.14-9 BQZLDXNGContainmentContainmentContainmentContainmentContainmentConta'ntFLOORBasementBasementZnt,0ateZntermediateOperatingOperatingEastRestEastRestastRestLOCATZON3.14-10

Aj"PWCA4.1FireSunression8stemTestAnalicabilitApp].'iestoperiodictestingandsurveillancerequiremtsofthePireSuppressionsystem.0'ectiveTorifythattheFireSuppressionSystemwillespondpropely,ifrecgxired.ecifiation4.15.14.lg.1.1J4.15.2)ThefiretectioninstrumentslistedinabLe3.14>>1whichareacessibleduringplantoperaonshallbedemonstrateoperablebyperformanceotestsatleastonceeverysimonths.Firedetectorwhicharenotaccessibledur'ngplantoperationsllbedemonstratedoperablebytheerformanceoftesduringeachcoldshutdownexceedi24hoursunlesperformedinthe.previous6months.Thefunction1tdstforRTDdetectorsinsidecontainmentillbeperrmedbyverifyingdetectorcixcuitconinuityadetectortemperatureindicationintheconolrom.Thesupervisedcircuitservi:sionassociatedwiththedetectoralarmsofeachthedetectioninstrumentslistedinTable3.14.1ihareaccessibleduring.plantoperationshalledonstratedOPERABLEatleastonceper6months.enon-pervisedcircuitsbetweenthelocalalarmpanlsandthecontrolroomshallbedemonstratedOPELEatleastnceper31days.Circuitsupervis'whichisnotaccessibleduri.ngplantoperationshallbedemonstrtedoperablebytheperformanceotestsduringeachcdshutdownexceeding24hour'sunlsperformed,inthela6months.'hefiresppressionwatersystemshalbedemonstratedoperable:a.Atleastonceper31daysbystartingachpumpandcratingitforatleast15minutesonrecirculationlow.Atleastonceper31daysbyverifyingthaeachvalve(manual,poweroperated,orautomaticinth~flowpathsisin-tscorrectposition.c.Atleastonceper31daysbyverifyingtheleveof".hedieseldrivenfirepumpfueltank.d.Atleastonceper31daysbyinspectingandtestingthedieselfirepumpstartingbatteriestodeterminetheconditionofthebatterycells.4.15-1 Atleast,onceper92daysbyverifyingthatasampleofdieselfuelfromthedieselfirepumpfueloildaytankiswithintheASTID975recomendedlimitsfornumber2dieselfue3.oi3.whcheckedforviscosity,waterandsediment.Aleastonceperyearbycyclingeachteablevaveintheflowpath(exceptforhydraisolationvales)throughatleastonecompleteccleoffu11tral.Afurtherexceptionisthecotainmentisolaionva3.vewhichshallbedoneaminimumofat,leatonceper18months.pg.Atleastonceper18monthsbypeformingasystem.functionatestwhichincludessulatedactuationofthesysem,throughoutitscratingsequence,and:(i)'erifygthateachutomaticvalveinthef3.owpaactuatesoitscorrectpositiononatessignal;verifyingtatachfirepumpdevelopsatleast2000gat210Pt.Hd.;(ii)(iii)cyclingeacvlveintheflowpaththatisnottestabeduingplantoperationthroughatleastnecornletecycleoffulltravel;(iv)verify'thateachighpressurepumpstart(sequentialltomaintinthefiresuppessionwatersyternpressureat.oraboe210Pt.'Hd.~th.Atleasonceper18monthsbyubjectingthedieselenginetoaninspectioniaccordancewithproceurespreparedinconjunctiowithitsmanu-faCrer'srecommendationsfortheclassofservice.Aleastonceevery3'yearsaflowt,stofthefireuppressionwatersystemshallbeperormed.Withonefirepumprunningthestaticpressrewillberecordedatthetestconnectionforthefiresupp-ressionwatersystem.Thefourexteriorwallhydrantswillbeflowedindividuallywiththeresidualpressureatthetestconnectionatheflowfromeachhydrantrecorded.4.15aThespraysystemsshallbedemonstratedtobeopeble:Atleastonceper12monthsbyverifyingthelosoflocki..gpressuremanualoperation.4.15-2 JII0UllI~'II'4IIJJJ.IIJ\If'4JIO'tX,'.4.15.3bAt,leastonceper18monthssI((i)Byperformingasystemfunctionaltestwhincludes,simulatingactuationofthesysemandverifyingthatt'evalvesinthefl~patharecapableofgoingtotheircorectpositions.I(ii)Byvisualexternalinspectionofsayheaderstoverifytheirintegrity/)~~~((xx,)Byvz,sualexternalinspectioneachnozzletoverifynoblockage.Ic.At.lest.once::per3yearsbyperfo'nganairflowtest.tougheachsprayheaderanverifyingeachspraynzleisunobstructed.,jThesprinklerstemsshallbednstratedtobeoperableatleatonce.per12mohsbyopeningtheinspectorstestlveandverifx,ngwaterflowandsystemalarmJ4.15.'4jTheHalonSystemsh1bedeonstratedtobeoperable.4.15.5a.AtLeast.onceperthsbyverifyingeachHalon'toragetankpressub.AtleastoncepermothsbyverifyingeachHalonstoragetankweic.Atleastonceer18mont.byverifyingthesystemincludingassciated,ventiltiondampersactuateinresponsetosimulatedactutionsignal.A.flowtestwithsthroughheadersndnozzlesshallbeperformedoassurenoblockag.Theoperabilityoftheualinitiatingsystemillalsobeverified.EachfireosestationlistedinTable3.14-2shall;beverifiedobeoperable:a0bAteast.oncepermonthbyvisualinsction,ofthesationtoassureallequipmentisavaiableande.firewaterheadersystempressureisrecorded.Thefirehosestationsincontainmentarenexceptionandshallbeinspectedoncepermonthduritherefuelingsht~tdown.Atleastonce.per18monthsbyunrollingtheheforinspecionandre-rackingandreplacinggastsinthecouplings,asrequired,.c.AtLeastonceper18months,partiallyopenhosestationvalvestoverifyvalveoperabilityandnoblockage.4.15-3 d.Atleastevery3yearsbypressuretestingeahoseto50psigreaterthantheMaximumWork'Pressure.4.15.6Petrationsealsinfirebarrierswhichprotctasafyrelatedareashallbeverifiedtobentactbyvisuainspection:a.Ateastonceper18months,andb.Priortodeclaringapenetrationsal'nafirebarrieintactfollowingrepairsrmaintenance.4.15.7Theyardfirehydrantonthesouthstcorneroftheyardloopand'tsassociatedhydrthosehouse.shall~.bedemonstratedPERABLE:a.Atleastonceer31daysyvisualinspectionofthehydranthoshousetassureallrequiredequipmentisatehoshouse.by:(i)Conducngahosehydrotatictestatapress'atleast50psigreaterthanthemaxi~pressureavailablattheyardfirehyant.(ii)placementofalldegradedsketsincouplings.b.Atleastonceduriarch,AprilorMayandonce'uringSeptember,0oberorNovemberbyvisuallyinspectingtheyarrehydrantandverifyingthatthehydrant.rreisdryandthatthehydrantisnotdamaged.c.Atleastonceer12mon4.15-4AmendmentN'o.17 Bas(I)Sufficietestswillbemadetobecertainthatfiredctioninstrumentsdassociatedcircuitryareoperablesuthatfiresinareas.whichuldjeopardizethesafeshutdownftheplantaredetected.(g.)Thefiresuppressionwatsystemtestipwillassurethecapa-bilityofthesystemtomee'tsre-ifements.TheHalonSystemisusedto.pethoseareasthatwouldbedamagedbytheuseofwateThe90,ffullchargepressureis,basedonatemperature~f70'F.Pressurattemperaturesotherthan70'FwillbecorrectedbyChartUKE2March1,1973ANSUZ1301CleanAgentweeControlSystemManualP7210-02.Visualitsectionoffirebarrierpenetrationseals'bemadetoinsuthecontainmentofanyfirethatmaystartunt'tcanbeeanguishedeitherautomaticallyormanually.Therearoebarriersthatperformapressuresealingfunction.4.15-5 f.&Fir-rigadeof5membersshallbemaineonsiteazalltimes.'udesthe'womembersoftzmumshiftcrewnecessaryforsafesuw~g.Adequateshiftcoverageshallbemaintainedwithoutroutineheavyuseofovertime.Administrativeproceduresshallbedevelopedandimplementedtolimittheworkinghoursofunitstaffwhoperformsafety-relatedfunctionsincludingseniorreactoroperators,reactoroperators,healthphysicists,auxiliaryoperators,andkeymaintenancepersonnel.Changestotheguidelinesfortheadministr'ativeproceduresshallbesubmittedtotheNRCforreview.Brigadecompositionmaybelessthanthemin'equirementsaperiodoftimenoexceed2hourstoaccommodateunexpecCeenceofFireBrigadememberspro'mmediateactionistorestoreFireBrigadetotheminimumrequirements.AmendmentNo.7$;gg,286.2-3

RESPONSIBLEITIESContinuedAUTHORITY6.5.1.7~~~h.ReviewofthePlantSecurityPlanandshallsubmitrecommendedchangestotheChairmanoftheNuclearSafetyAuditandReviewBoard.i.ReviewoftheRadiationEmergencyPlanandshallsubmitrecommendedchangestotheChairmanoftheNuclearSafetyAuditandReviewBoard.ReviewofimplementingproceduresforthePlan=SecurityplanandtheRadiationEmergencyplanandproposedchangesthereto.k.ReviewofallReportableEventsggpvg~oj-Q~/~le~-j%o~~m~r(4~~~~~~~~~+~~p<~c>>~~~-~~~xua~.<m<~<Zm~~~n~~~<~0~@M~<<~~~mma~elm~~~~i=Wm~A/u~"~~>>~g~uzi~ar2~~lc~Pa~wThePORCshall:a.RecommendinwritingtothePlantManager,GinnaStationapprovalordisapprovalofitemsconsideredOman(+)under6.5.1.6(a)through(d)above.hb.Renderdeterminationsinwritingwithregardtowhetherornoteachitemconsidered.under6.5.1.6(a)thxough(d)aboveconstitutesanunreviewedsafetyquestionasdefinedin10CFRSection50.59.AmendmentNo.4,326.5-4 ll'I