ML18040B255
| ML18040B255 | |
| Person / Time | |
|---|---|
| Site: | Susquehanna  |
| Issue date: | 06/30/1989 |
| From: | CARSON B H, KEISER H W, SHANK K E PENNSYLVANIA POWER & LIGHT CO. |
| To: | RUSSELL W T NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| PLA-3253, NUDOCS 8909080254 | |
| Download: ML18040B255 (64) | |
Text
'CELEBRATED 33BUTlONDEMONSTRONSYSTEM~l,REGULATORY INFORMATION DISTRIBUTION SYSTEM(RIDS)ACCESSXON NBR:8909080254 DOC.DATE:
697'66f3W NOTARIZED:
NODOCKETIFACIL:50-387 Susquehanna SteamElectricStation,Unit1,Pennsylva 0500038750-388Susquehanna SteamElectricStation,Unit2,Pennsylva 05000388AUTH.NAMEAUTHORAFFILIATION CARSON,B.H.
Pennsylvania Power&LightCo.SHANK,K.E.
Pennsylvania Power&LightCo.DOTY,R.L.
Pennsylvania Power&LightCo.RECXP.NAME RECIPIENT AFFXLIATION R
SUBJECT:
"Semiannu fluent&WasteDisposalReptforJan-June1989.<<89031tr.DISTRIBUTION CODE:IE48DCOPIESRECEIVED:LTR
'ENCLSIZE:TITLE:50.36a(a)(2)
Semiannual EffluentReleaseReportsNOTES:LPDR 1cyTranscripts.
LPDR1cyTranscripts.
j05000387g05000388, DRECXPIENT XDCODE/NAME PD1-2LATHADANI,M INTERNAL:
ACRSIRMTECHADVNUDOCS-ABSTRACT RGN1DRSS/RPBEXTERNAL:
BNLTICHLER,J03LPDRNOTESCOPIESLTTRENCL331111111122111122RECIPIENT IDCODE/NAME PD1-2PDAEOD/DSP/TPABNRRDREP/RPB10I0102EG&GSXMPSONIFNRCPDRCOPIESLTTRENCL11112211112211/hTOTALNUMBEROFCOPIESREQUIRED:
LTTR22ENCL22 Pennsylvania Power&LightCompanyTwoNorthNinthStreet~Allentown, PA18101-1179
~215l770-5151 HaroldW.KeiserSeniorVicePresident-Nuclear 215l770.4194 AUG30$989Mr.WilliamT.RussellRegionalAdministrator, RegionIU.S.NuclearRegulatory Commission 475Allendale RoadKingofPrussia,PA19406SUSQUEHANNA STEAMELECTRICSTATIONSEMI-ANNUAL RADIOACTIVE EFFLUENTRELEASEREPORTPLA-3253FILER41-2ADocketNos.50-387/NPF-14 and50-388/NPF-22
DearMr.Russell:
Inaccordance with10CRF50.36a(a)
(2)andtheSusquehanna SESUnit1and2Technical Specifications, attachedistheSemi-Annual Radioactive EffluentReleaseReportforSSESUnits1and2coveringtheperiodJanuary1throughJune30,1989.Verytrulyyours,Wn.H.W.KeiserAttachment cc:NRCDocumentControlDesk.(original)
NRCRegionIMr.G.S.Barber,NRCResidentInspector Mr.M.C.Thadani,NRCProjectManager8909080254 890630PDRADOCK05000387RPDC J4,~~illII
~~8909080254 SEmNUALEFFLUENTckWASTEDISPOSALREPORTFORJANUARY-JUNE1989Pennsylvania Power5LightCompanyTwoNorthNinthStreetAllentown, Pennsylvania 18101-1179 August1989 rI0 SUSQUEHANNA SXFAMEUKTflICSTATIONSEMIANNUAL EFFLUENTANDWASTEDISPOSALREPORTREPORTPERIOD:01/Ol/89-06/30/89Preparedby:BUM.H.CarsonHealthPhysicist Reviewed:
K.E.ShankEnvonmentalandChemistry GroupSupervisor
-NuclearApproved:
R..DotySupervisor
-Radiologi al5Environmental ServicesPennsylvania Power&LightCanpanyTwoNorthNinthStreetAllentown, Pennsylvania 18101 TABLEOFCONIKNISSECTIONPAGEl.Introduction andSupplemental Information.........
I2.EffluentandWasteDisposalData.................
93.ChangestotheOffsiteDoseCalculation h@nualandtheSolidWasteProcessControlProgram......
274.ReportsofException totheSSESEffluentMonitoring Program.37 J'0I LISTOFTABLESPAGETable1:Supplemental Information..
6Table2:AirborneEffluents-Sunmation ofAllReleases........
10Table3:AirborneEffluents..
~~~~~~~~11Table4:Waterborne Effluents-Suranation ofAllReleases......
12Table5:Waterborne Effluents.
13Table6:WasteDisposition.
14Table7:SolidRadioactive Waste-ClassA..15SolidRadioactive Waste-ClassB..~~~~~~~~~~~~~15SolidRadioactive Waste-ClassC................15Table8:Principal Radionuclides andPercentComposition:
Condensate Demineralizer
-Liner(Dewatered).........
16TableS:Principal Radionuclides andPercentComposition:
Condensate Demineralizer
-Liner(Portland Cement)...
17Table10:Principal Radionuclides andPercentComposition:
Condensate Demineralizer
-HIC(Dewatered)...........
18Tablell:Principal Radionuclides andPercentComposition:
Reactor'WaterFuelPoolClean-Up-HIC(Dewatered)...
19Table12:Principal Radionuclides andPercentComposition:
Condensate Demineralizer Regeneration (Evaporator Concentrates)
-Liner(Portland Cement)....
~.........
20Table13:Principal Radionuclides andPercentComposition:
LiquidRadwasteFilterMedia,SludgeandEvaporator Concentrates
-Liner(Portland Cement)...............
21Table14:Principal Radionuclides andPercentComposition:
LiquidRadwasteFilterMedia,SludgeandEvaporator Concentrates
-HIC(Portland Cement).................
22Table15:Principal Radionuclides andPercentComposition:
Non-Compactable Trash-StrongTightContainer.......
23Table16:Principal Radionuclides andPercentComposition:
Compacted Trash-StrongTightContainer.............
24ITable17:Estimated TotalErrorsAssociated withEffluentMeasurements........
25Table18:EffluentDataNotAvailable forPreviousSemiannual Report........
~~~~26 LISTOFFIGURESPAGEAirborneEffluentReleasePoints;LocationandDetail.SSESWaterborne Effluents; ReleasePathway.5 Pb'I SECTION1INTRODUCTION ANDSUPPIZMENTAL INFORMATION
~IiINTRODUCTION TheSusquehanna SteamElectricStation(SSES)islocatedinSalemTownship, MzerneCounty,Pennsylvania.
ItisonthewestbankoftheSusquehanna River,8kmnortheast ofBerwick.TheStationconsistsoftwoboilingwaterreactorgenerating units,eachwith1,050MWnetelectrical capacity.
Thereactorandgenerating unitsweresuppliedbyGeneralElectric, whiletheBechtelCorporation servedasarchitect-engineer andconstructor.
Construction oftheStationbeganintheearly1970s.FuelloadbeganinUnit1inJulyof1982.Initialcriticality wasachievedintheUnit1reactoronSeptember 10,1982.Thereactorreached100KpowerforthefirsttimeonFebruary4,1983.Commercial operation ofUnit1wasdeclaredonJune8,1983.Initialcriticality ofUnit2occurredonMay8,1984.Unit2wasdeclaredcaanercial onFebruary12,1985.Airborneeffluents arereleasedfromtheSusquehanna Stationviafiverooftopventsonthereactorbuilding(seeFigure1).Eachventiscontinuously monitored, andaprogramofperiodicsamplingandanalysisisconducted asspecified intheplantTechnical Specifications.
Allwaterborne effluents arereleasedinbatchmodeandaresampledandanalyzedpriortorelease.Waterborne effluents fromthesitearereleasedintothecoolingtowerblowdownlinefordilutionpriortoreleasetotheSusquehanna River(SeeFigure2).Blowdownlineflowratesareatleast5,000gpmduringperiodsofliquidradwasterelease.Thedilutedeffluentisintroduced totheriverbywayofaperforated diffuserpipeplacedontheriverbed.Thediffuserservestorapidlyanduniformly mixthethestationdischarge withthemainflowoftheriver.Thisreportpresentsasunmaryofthequantities ofradioactive materials whichwerereleasedfromtheSusquehanna SteamElectricStationduringtheperiodfromJanuary1,1989toJune30,1989.Inaddition,
'thisreportservesasamediumfornotifying theUSNuclearRegulatory Commission staffofchangestoPP&L'sOffsiteDoseCalculation Manual(ODCM)andSolidWasteProcessControlProgram(PCP)anddocumentation ofanyexceptions totheSSESeffluentmonitoring programwhichmustbereportedperTechnical Specifications 3.3.7.10and3.3.7.11.
Table1containssupplemental information pertaining toeffluents fromtheSusquehanna plant.Includedareregulatory limits,samplingandanalysismethods,andcharacterization ofthenumberanddurationofbatchandabnormalreleases, ifany.eTable2containsasuaxnation ofallairbornereleases, groupedintotheradionuclide categories ofgases,particulates, iodine-131 andtritium.Averagereleaseratesarepresented andcomparedtotheapplicable limits.Table3presentsthetotalsofspecificradionuclides inairborneeffluents.
Waterborne effluents aresunmarized inTable4.Averagediluted,~.,concentrations arepresented andcomparedtotheapplicable limits.Table5presentsthereleasequantities ofspecificradionuclides inwaterborne effluents overthereportperiod.Tables6through16presentacharacterization ofthesolidradioactive wasteshippedoffsiteduringthereportperiod.Includedarethevolumesandcuriecontentsassociated witheachtypeofsolidwaste.Anestimateofmajornuclidecomposition ispresented foreachwastetype.aswellasthenumberofwasteshipments fromthesite,howtheyweretransported, andtheirfinaldestination.
Table17containsestimates oftheerrorsassociated withthemeasurements involvedinquantifying effluents.
Errorsassociated withsampling,
- counting, flowrateandvolumedetermination allcontribute tothetotalerroroftheeffluentmeasurements.
Errorestimates arepresented foreachcategoryofradionuclides detectedinairborneandwaterborne effluents andsolidwastesduringthereportperiod.Table18presentseffluentdatafrompreviousreportperiodswhichwasnotavailable atpreparation timefortheassociated semiannual report.Section3ofthisreportisreservedfordocumentation ofchanges(ifany)totheOffsiteDoseCalculation ManualandtheSolidWasteProcessControlProgram.Section4presentsalistingofcases(ifany)inwhichairborneorwaterborne effluentmonitoring instrumentation wasdeclaredinoperable andwasnotrestoredtooperability withinthetimeperiodspecified inTechnical Specification Table3.3.7.10-1 or3.3.7.11-1 ActionStatements.
UNITIREACTORBUILDINGEXHAUSTVENT158,250CFMATBOF-110FNITHREACTORBUILDINGEXHAUSTVENT158.250CFMATIXFF110F~~OUTSIDEAIRINTAKEREACTORBUILDINGEXHAUSTSTACKSDIESELEXHAUSTPLENUMDIESELGENERATOR BUILDINGUNITITURBINEBUILDINGEXHAUSTVENTUNITIITURBINEBUILDINGEXHAUSTVENT355.000CFM7500CFM2iO.IXXICFMATIIXF'F-12F AT120fATIIXF'F-12' EL525'4">CONTROLBUILDINGMPp~s'~rIMElBli'-IEL.81i'.~11'ADhtASTE BUILDING~o4.1p<TURBINEBUILDINGUNITIEL.676'4"UNITH
><<sFIGURE2:SSESWATERBORNE EFFlUENTS; REfEASEPATHWAYSUSQUEHANNA RIVEROIFFLISEAINTAHE89,ltIGPMCLParASLEWICKERSEWAGETREATMENT PLANT0EOOGPMlqtOOGPMgg RAINFALLFLOwI4%GPM(lb)c"bRADIOACTIVLAREAWATERUSES'RAD'wASTE TREATMENT CPMRLRONELOT'ONDAR6CPMRAWWATERTREATMENT PLANTCRURALPLANTLISEbWASTETREATMENT I4SGPMEVAPORATION I+,SSO6PM47d.OOOOPM45CPM50CPMEVAPORA'T IONI+,S50Gal4Td.OOOOPMOEMINKRAUZER WASTESCHEMICAlWASTETREATMENT RAWWATERTREATMEHT WASTESXlfRAINCALGENERATLO FIOWog50CPM.WATERRECOvLRyFILTERIAICELLAI+)LE HEATEXCHAHOERS CICLCONDENSER eIEMtr<EHCy HEATI~-~BCHAHOEqS 4LtCATI~~N6EREj.
ICOOLINGTOPOND45GPMMAKEuICkCAgEHCy~
OIESELSLIIO.OOOGPMCE*)A--P--~KMEAOEHCy LSPRYPONDCIGPgEVAPORATION+SaPM TABLE1SEMIANNUAL EFFLUENT5MASTKDISPOSALREPORTDATAPERIOD:JANUARY-JUNE1989SUPPLEMENTAL INFORMATION 1.Regulatory Limitsa.FissionandActivation Gases:0.851Ci/minute (ReleaseratelimitbasedonTechnical Specification doseratelimitof500mrem/yrfromnoblegases).Thisnumberiscalculated basedontheexpectedmix'fnoblegasradionuclides presented inTable4.4oftheSSESFinalEnvironmental Statement, NUIKG-0564.
b.Iodine-131:
141microcuries/minute (ReleaseratelimitbasedonTechnical Specification doseratelimitof1500mrem/yrfromiodine-131, tritium,andparticulates withhalf-lives greaterthaneightdays).Ic.Particulates:
772.microcuries/minute (ReleaseratelimitbasedonTechnical Specification doseratelimitof1500mrem/yrfromiodine-131, tritium,andparticulates withhalf-lives greaterthaneightdays).Thisnumberiscalculated basedontheexpectedmixofparticulate radionuclides presented inTable4.4oftheSSESFinalEnvironmental Statement, NUREG-0564.
2.hhximumPermissible Concentrations Theconcentrations ofradioactive materials inwaterborne effluents arelimitedtotheconcentrations specified in10CFRPart20AppendixBTableII,Column2,forradionuclides otherthandissolved orentrained noblegases.Fordissolved orentrained noblegases,theconcentrations arelimitedtothefollowing values,asstatedintheapplicable Technical Specification:
Nuclide85Krm85Kr87Kr88Kr41Ar>>3Xem133)(e135Xem135)(eMPC(uCi/ml)2E-45E-44E-59E-57E-55E-46E-42E-42E-4lThesevaluesarecalculated usingEquation20ofICRPPublication 2(1959),adjustedforinfinitecloudsubmersion inwater.3.MethodsofQuantifying Effluents a.FissionandActivation Gases:Gassamplesareroutinely collected monthlyandanalyzedwithaGe(Li)detectorsyst'mwhichincorporates adatareduction programtodetermine radionuclide composition in
,
t7t~termsofspecificactivity.
Datatapesfromthecontinuous ventmonitorsareusedtodetermine theaverageconcentration ofnoblegases.TheGe(Li)isotopicscanisusedtoconvertthecontinuous ventmonitoractivitytoactualactivitybasedonthedetermined nuclidemixture.Theventandsampleflowratesarecontinuously monitored, andtheaverageflowratesforeachventareusedtocalculate thetotalactivityreleasedinagiventimeperiod.Whenthecontinuous monitorsareoutofservice,manualgrabsamplesaretakenfromeachventonceeacheighthours(onceeachfourhoursforthestandbygastreatment vent).b.Iodines:Iodineiscontinuously collected viaanisokinetic samplingassemblyineachvent.Filtersarenormallyexchanged onceperweekandanalyzedonaGe(Li)system.Thedailyaverageflowratesfortheventsand,sample pumpsareaveragedforthedurationofthesamplingperiod,andaratioofventflowratetosampleflowrateisdetermined.
Theratioisusedtodetermine thetotalactivityofeachisotopereleasedduringthetimeperiodinquestion.
Whenthecontinuous monitorsareout'ofservice,iodineiscontinuously collected oncharcoalcartridges attachedtoairsamplerswhichdrawdirectlyfromtheaffectedrooftopvent(s)orfromalternate samplingportsavailable onthesamplelines.0C.Particulates:
Particulates arecontinuously collected viaanisokinetic samplingassemblyineachvent.Filtersarenormallyexchanged onceperweekandanalyzedonaGe(Li)system.Flowratecorrections areperformed asforiodines.Whenthecontinuous ventmonitorsareoutofservice,particulates arecontinuously sampleddirectlyfromtheaffectedrooftopvent(s)orfromalternate samplingportsavailable onthesamplelines.d.Waterborne Effluents:
Eachtankofliquidradwasteissampledandanalyzedforprincipal garanaemitterspriortorelease,Eachsampletankisrecirculated forasufficient amountoftimepriortosamplingtoensurethatarepresentative sampleisobtained.
SamplesareanalyzedonaGe(Li)systemandreleasepermitsaregenerated basedonthevaluesobtainedfromtheisotopicanalysisandthemostrecentvaluesfortritium.grossalpha,iron-55,andstrontium-89 and-90.Analiquotbasedonreleasevolumeissavedandaddedtomonthlyandquarterly composite containers.
Themonthlytritiumanalysisisdonein-house.
Thequarterly composite issenttoavendorlaboratory foriron-55,strontium-89and-90.andgrossalphaanalyses.
Theconcentration ofeachradionuclide ineachbatchisdecayedfromthetimeofcounting'to themidpointofthereleaseperiod,andisthenmultiplied bythevolumeofthebatchtodetermine thetotalquantityofeachnuclidereleasedineachbatch.Theisotopictotalsforeacharesuranedtodetermine thetotalsourcetermforthereportperiod.
I 4.BatchReleasesa.Waterborne 1.NumberofBatchReleases:
2.TotalTimePeriodforBatchReleases:
3.MaximumTimePeriodforaBatchRelease:4.AverageTimePeriodforaBatchRelease:5.MinimumTimePeriodforaBatchRelease:6.AverageStreamFlowDuringPeriodofReleaseofEffluentintoaFlowingStream:1031.94E+04minutes3.20E+02minutes1.89E+02minutes2.50E+Olminutes>5.82E+03 7.62E+06gpm(coolingtowerbiowdown)gpm(Susq.River)b.Airborne1.NumberofBatchReleases:
2.TotalTimePeriodforBatchReleases:
3.MaximumTimePeriodforaBatchRelease:4.Aver'ageTimePeriodforaBatchRelease:5.MinimumTimePeriodforaBatchRelease:0NANANANA5.AbnormalReleasesa.Waterborne 1.NumberofReleases:
2.VolumeReleased:
3.TotalActivityReleased:
0NANAb.Airborne1.NumberofReleases:
2.TotalActivityReleased:
0NA SECTION2EFFLUENTANDMASTEDISPOSALDATA 4l*~8y TABLE2SEMIANNUAL EFFLUENTANDWASTEDISPOSALREPORT-1989AIRBORNEEFFLUENTS
-SUhSSTION OFALLRELEASESNuclideCategoryUnitFirstQuarterSecondQuarterA.FissionandActivation Gases1.TotalRelease~2.AverageReleaseRateforPeriodCi5.35E+01uCi/sec6.88E+004.10E+015.21E+003.PercentofApplicable Limit~4.85E-023.67E-02B.Iodine-131 1.TotalRelease2.AverageReleaseRateforPeriod3.PercentofApplicable limit~Ci>3.55E-04
<5.15E-04
>1.94E-03
<2'2E-03uCi/sec>4.57E-05
<6.62E-05
>9.09E-05
<2.40E-04
>1.16E-05
<3.05E-05
>4.92E-04
<1.30E-03 C.Particulates 1.Particulates withHalf-lives
>8DaysReleased2.AverageReleaseRateforPeriod3.PercentofApplicable Limits4.GrossAlphaActivityReleasedCi>2.09E-04
<1.29E-03 Ci>2.08E-04
<1.29E-03
>1.33E-06
<1.34E-06 uCi/sec>2.69E-05
<1.66E-04
>1.27E-04
<1.05E-03
>1~62E-05<1.34E-04
>1.25E-04
<1.04E-03
<1.07E-06 D.Tritium1.TotalRelease2.AverageReleaseRateforPeriod3.PercentofApplicable LimitsCi>1.44E+Ol
<2.53E+01 uCi/sec>1.85E+00
<3.25E+00
>3.79E-02
<6.67E-02
>1.75E+01
<2.06E+01
>2.23E+00
<2.62E+00 I>4.56E-02
<5.37E-02
~Notation:
Thefirstvaluepresented
(>)includesonlyactivitypositively detectedatthe95Xconfidence level.Thesecondvalue(<)includesdetectedactivityplustheLowerLimitofDetection valuesofanysamplesinwhichactivitywasnotdetectedatthe95XCL.~BasedonreleaseratelimitderivedfromdoserateTechnical Specification.
sBasedonareleaserate(4.88E+03 uCi/sec)corresponding tothesHMaximumPermissible Concentration (2.0E-07uCi/cc)inunrestricted areas.Arelativeconcentration of4.1E-05sec/msisassumed.10 rIH NuclideA.GasesTABLE3SEMIANNUAL EFFLUENTANDWASTEDISPOSALREPORT-1989AIRBORNEEFFIUENTS(Curies)1 FirstQuarterSecondQuarter>>3XeTotal5.35E+015.35E+014.10E+014.10E+01B.Iodines131I>3.55E-04
<5.15E-04
>9.09E-05
<2.40E-04 C.Particulates withHalf-lives
>8d51Cr54Mn59Fe58Co60Co65Zn89Sr90$r134Cs137Cs141Ce144CeTotal>7.38E-OS
>8.57E-07
>1.28E-06
>1.32E-04
>1.37E-06
>2.09E-04
<1.66E-04
<1.58E-04
<6.89E-05
<2.56E-04
<1.83E-04
<1.83E-06
<6.01E-07
<6.32E-05
<1.40E-04
<5.11E-OS
<2.04E-04
<1.29E-03
>6.54E-OS
>1.38E-05
>3.43E-05
>1.37E-05
>1.27E-04
<1.51E-04
<1.49E-04
<7.48E-OS
<1.55E-04
<1.78E-04
<4.95E-06
<5.35E-07
<5.73E-05
<6.11E-05
<4.31E-05
<1.79E-04
<1.05E-03 1Notation:
Thefirstvaluepresented
(>)includesonlyactivitypositively detectedat'he95Xconfidence level.Thesecondvalue(<)includesdetectedactivityplustheLowerLimitofDetection valuesofanysamplesinwhichactivitywasnotdetectedatthe95XCL.
rJ0
'TABLE4SEMIANNUAL EFFLUENTANDWASTEDISPOSALREPORT-1989WATERBORNE EFFIUENTS
-SUMMATION OFALLREHMSESNuclideCategoryUnitFirstQuarterSecondQuarterA.Fission5Activation Products1.TotalRelease~2.AverageDilutedConcentration 3.PercentofApplicable Limit~B.Tritium1.TotalRelease2.AverageDilutedConcentration 3.PercentofApplicable limitsC.Dissolved andEntrained Gases1.TotalRelease2.AverageDilutedConcentration 3.PercentofApplicable Limit4CiuCi/mlCiuCi/mlCiuCi/ml1.41E-024.72E-035.91E+003.07E-051.02E+006.92E+002.86E-OS9.52E-01>3.38E-04
<6.02E-02
>5.20E-04
<5.86E-02
>1.76E-09
<3.13E-07
>2'5E-09<2.42E-07
>4.39E-03
<7.81E-Ol
>5.36E-03
<6.04E-01
>4.23E-02
<5.05E-02
>1.48E-02
<2.08E-02
>2.20E-07
<2.62E-07
>6.11E-08
<8.58E-08 D.GrossAlphaRadioactivity ReleasedE.VolumeofWasteReleased(PriortoDilution)
Cigal.liters<8.53E-05 6.86E+052.59E+06<1.10E-04 8.85E+053.35E+06F.VolumeofDilutionWaterUsed1.DuringPeriodsofReleasegal.liters>5.02E+07>1.90E+08
>6.32E+07
>2.39E+08 2.OverEntirePeriodgal.liters'7.78E+08
>2.94E+09
>7.48E+08
>2.83E+09
~Notation:
Thefirstvaluepresented
(>)includesonlyactivitypositively detectedatthe95Xconfidence level.Thesecondvalue(<)includesdetectedactivityplustheLowerLimitofDetection valuesofanysamplesinwhichactivitywas,notdetectedatthe95XCL.~Basedonquarterly doselimitsfromliquideffluents.
sBasedontheMaximumPermissible Concentration forsHineffluents tounrestricted areas(3.0E-03uCi/ml).~Basedonthemostrestrictive MaximumPermissible Concentration foranoblegas,4.0E-05uCi/ml(0'7Kr)fromSSESTechSpecTable3.11.1.1-1.
12 I
TABLE5SEMIANNUAL EFFLUENZANDWASTEDISPOSALREPORT-1989WATERBORNE EFFI,UENTS (Curies)1NuclideA.TritiumFirstQuarter5.91E+00SecondQuarter6.92E+00B.FissionandActivation Products3~Na51Cr5~Mn55Fe59Fe58Co60Co65Zn76As89Sr90Sr>>Mo>>Tcm>>0Agm131I134Cs137Cs141Ce144CeTotalC.Dissolved andEntrained Gases41Ar85Krm85Kr87Kr88Kr>>3Xem>>3Xe>>5Xem>>5XeTotal1.42E-032.91E-02>5.74E-03
>1.47E-04
>6.77E-04
>3.54E-03
>1.12E-03 "4.15E-057.09E-055.57E-OS>2.31E-04
>1.70E-04
>4.23E-02>2.54E-04
>8'8E-05>3.38E-04
<5.80E-03
<2.59E-03
<7.08E-04
<8.64E-04
<3.73E-03
<1.72E-03
<1.30E-04
<1~68E-03<1.87E-04
<4.72E-04
<4.56E-04
<2.65E-04
<1.17E-03
<5.05E-02
<2.70E-05
<5.95E-05
<5.78E-02
<1.41E-05
<9.94E-05
<1.31E-03
<7.18E-04
<1.57E-08
<1.78E-04
<6.02E-02 2.13E-03>2.53E-03 8.70E-03>6.45E-06
>1.25E-04
>1.27E-03 4.08E-051.37E-05>1.48E-02>3.51E-04
>1.69E-04
>5.20E-04
<2.67E-03
<6.52E-04
<4.07E-04
<1.59E-03
<7.33E-04
<1.34E-04
<2.34E-05
<1.59E-03
<2.01E-04
<2.70E-04
<3.16E-04
<2.42E-04
<1.06E-03
<2.08E-02
<2.11E-05
<3.29E-03
<5.30E-02
<9'8E-06<7.12E-05
<1.23E-03
<7.82E-04
<9.67E-09
<2.29E-04
<5.86E-02 1Notation:
Thefirstvaluepresented
(>)includesonlyactivitypositively detectedatthe95Xconfidence level.Thesecondvalue(<)includesdetectedactivityplustheLowerLimitofDetection valuesofanysamplesinwhichactivitywasnotdetectedatthe95XCL.13 TABLE6SEMIANNUAL EFFLUENZANDWASTEDISPOSALREPORTWASTEDISPOSITION DataPeriod:January1,1989-June30,1989A.SOLIDWASTESHIPPEDOFFSITEFORBURIALORDISPOSALNumberofShientsModeofTransrtationDestination 25TruckBarnwell, SCB.IRRADIATED FUELSHIPMENTS NumberofShientsModeofTransrtationNONEDestination NOTAPPLICABLE O.14 0TABLE7SKHLAHHUAL EFFLUENTANDSPDSN.@PORTSOLIDRADIOACTIVE CLASSADatePeriod4Jen1989-June301989SOURCEDFMASTEtSOLIDIFICATION AOEHTtTYPEOFCOHTAIHERa IsotoPesinunitsofuCiAn-211AglionC11Co-58Co-60Cr-51Cs-1MCs-137Fe55Fe-59H-3I-129Hn-5'IKr85Hi-63Sr-85Sr-90Tc-992n-65I131Co-57Sb-121Zr-95TOTALACTIVITYCCL>CQHTAIHER VOLUHECft&0%00Etoo9%7?Et031%93Et05~le52Et051%32EtOSL%16Et053SDEtML%05E401L%10D069LREtM2%03Kt011LSK401L.R3Kt060%0OEt008.?3D010eooEtM1%39Et021%39Kt033%72Et05?eSSKtol7%76Kt0L0%ODDOO0OOEtoo5%0?51063~80CQCGISATE DEHIRERNJ2ER PORTLACICEIKHTCARBONSTEELLIHER0%IIM0eoOEt003%2SKt011%5?KtIH1%8SDOS1%50EtOS2%38EtM2eBSEt03L%1BK405=13W4019%~4M323KtM1BBEt050OOEtoo2OLKt010eoOEtoo2%61Et027%99D02150E4012%61Et020%00E4000%00Etoo0%00Etoo0822531%90CONDENSATE DEHIHKRALI2KR DEHATKRKD HIC0OOEtoo0%0OKt00356Kt05179DQS32?Kt069%81Et017SSK4015?3Kt0'I173DOS6%'32Et031RBD01135Kt011%8SEt060OOKtoo3?3D010ODEtoo7%RSKt02?e57DOR1%26Kt062%21Et030%00DOO0OOKtoo0OOKtoo1R%RS78$330REACTORIIITKRFUG.POOLCLEWS-II'BIATERED HIC0%00Ktoo3.51E405262D021%01KIOS1%05D0?1OBE40?2%LTEt05leSBEt05262DOV128D063%1?Kt011OSEt021%5BD070%OOEt00326E4050%0OEt001%21D01.2%98Et022%15D060%ODDOO0%00Ktoo0OODOO0OQDOD68,878135,800%00Etoo0OODOO~6%?DEt019SDEtM9%RSKt015DSE4010%00E4000OOEtoo1LSKt06leRLEt011%61KtM0OODOOLe'%Et050%OOEt008%36Et010%00Etoo1%31Et020%0OKtoo2%LSEtMD%00E4000%00Etoo0%00Etoo0%ME400L%693711%60CND%DENs.REBEN%CKVAPORATDR CQHC%)PORTLNOCERN?CARSONSTEELLIERLIQUIDRHFILTERSCF,H,S3PORTLIBID CEIKKTCARBONSTEELLXI%R0%0OEtoo2%92Et01L%3LE4011%5SKt05.2%20E406-57'K406'%00K400
=0OOEtoo3.06E4075%75DOS~I~LSDM0OOE4003%35KtOS0%0OKtoo7%65Kt010%00Etoo1%3'%402516E4021%S1D050%ODDOO0OOEtoo0OOEtoo0OODOO~I2%861533%70SOURCEOFMASTEtSOLIDIFICATION AOEHTtTYPEOFCONTAINER!
LIQUIDRMFILTERSoafehamSTROH8TIBHTCDHT.OILVHASTEAn-201Ag-lionC-11Co-58Co-60Cr-51Cs-LMCs-13?Fo-55Fe-59H-3I-129Hn-51Kr-85Hi-63Sr-85Sr-90Tc-99Zn-65I-131Co-57~Sb-121Zr-.95TOTALACTIVITYCOHTAIHER VOLIRICCDECft3>0%00Etoo0%0OE4001%89D011%22EtoS1%'tBEf0?1%2LK4060%00Etoo0%0OEtoo'%11E4083%5?EtoS~3%36Et030%ODD00212Eto?5%56E4061%36K4052%29D0122'IKt02~9%1?Kt021%9?Kt060OODOO0%0DKtoo6%82Et03R%20D01161%298684%700%00Etoo0%00EtM?%00K01R%69Et02le26KtM6%29EI02.OeoOEtoo0%00EtM8%12E4030%0OE400'eOOEt000OODOO.Le~iD30%00Et007?9Ktol..0%00Etoo0%00Kt007SREt02.'Ie91Kt02 0%ODDOO0OOE4000OOEtoo0%00K4000%011ll?%00~0OOEtM0%00Et000%00Ktoo0OODOO0%00Etoo0%00DOO0%0OEtOO0%00KtDO0%0ODOO0%00E4000%OOKtoo0ODDOOO.OODOO0%00DOO0%00DOO0OODOO0%00Ktoo0%00E4000%ODD000OOEt000OOKtoo0%00DOO0OODDO0%0000'000OOEtoo0%ODDOO0%0OE4000OOEtoo0OODOO0%00Et000OODOO0OODOO0%00Et000OODOO0%00Et000%ODD00OeOOKtoo0OODOO0%ODD000OOE4000%ODD000%ODD000OODOO0OOKtoo0%00E4000%0ODOD0%ODD000QOO0%000%00Etoo0%00E4001%L3EtM1%09K4058%0TEt05Re35Et050%0DEtoo0%00Et006%60DOSLe?3K%011%12Et020%00EtM1%15Et060%00Kt002%9LE4010%00Kt00.0%00Ktoo8126DM2%19Et050%0OEI000%00DOO0OQKtoo~0%0OEtoo9%2512888%'IO'O.OOEt000%00KI00O.ODDOO0%0OK4000OOEtoo0OOKtoo0OODOO0%ODD000%ODD00OeOOEt00DOOEtoo0%00Etoo0OOE400O.OOE4000OOEtoo0OODOO0%00DOO0%00DOO0OOE4000OOE4000OOKtooO.OOK40OO.ODDOO0000"NoClassBorClassCWasteGenerated TABLE8SourceofWaste:Condensate Demineralizer TypeofContainer:
LinerMethodofProcess:Dewatered
~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Nn-54Kr-85Ni-63Sr-85Sr-90Tc-992n-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivit(uCi)O.OOE+009.77E+031.93E+051.52E+051.32E+061.46E+053.50E+041.05E+041.40E+069.12E+042.03E+041.15E+041.23E+06O.OOE+008.73E+04O.OOE+004.39E+021.39E+033.72E+057.96E+017.76E+01O.OOE+00O.OOE+005.08E+06XofTotalO.OOXOe1953.81$2.99525.96%2.8850.6950.21%27.56K1.80%0.40$0.23424.21$0.00$1.72K0.0050.01$0.0357.33%0.005O.OOX0.00'A0.00%100.00K16 TABLE9SourceofMaste:Condensate Demineralizer TypeofContainer:
LinerMethodofProcess:Solidification
-PortlandCement~IsotoesActivit(uCi)XofTotalAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Mn-54Kr-85Ni-63Sr-85Sr-90Tc-992n-65I-131Co-57Sb-124Zr-95TOTALACTIVITYO.OOE+00O.OOE+003.29E+041.57E+041.89E+051.50E+052.38E+032.85E+031.48E+051.34E+049.44E+033.23E+031.88E-05O.OOE+002.01E+04O.OOE+002.64E+027.99E+024.50E+042.64E+02O.OOE+00O.OOE+00O.OOE+008.22E+05O.OOXO.OOX4.01%1.91%23.05Ã18.24%0.29%0.35%18.01%1.63$le15X0.39%22.89%0.00Ã2.44K0.0050.03%0.10%'.48%0.03'4O.OOX0.00%0.00$100.00'X17 TABLE10SourceofWaste:Condensate Demineralizer TypeofContainer:
HICMethodofProcess:Dewatered
~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Mn-54Kr-85Ni-63Sr-85Sr-90Tc-99Zn-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivit(uCi)O.OOE+00O.OOE+003.56E+054.79E+053.27E+069.81E+047.69E+045.73E+044.73E+066.32E+031.28E+041.35E+041.86E+06O.OOE+003.73E+04O.OOE+007.29E+027.57E+021.26E+062.24E+03O.OOE+00O.OOE+00O.OOE+001.23E+07XofTotalO.OOXO.OOX2.90K3.90$26.67K0.8050.63%0.47%38.59'A0.05$0.10K0.11%15.20%0.00%0.30K0.00Ã0.01'X0.01'X10.24%0.02%0.00'X0.00'X0.00%100.00K18 TABLE11SourceofWaste:ReactorWaterFuelPoolClean-upTypeofContainer:
HICMethodofProcess:Dewatered
~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Mn-54Kr-85Ni-63Sr-85Sr-90Tc-99Zn-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivit(uCi)O.OOE+003.54E+052.62E+021.04E+061.05E+071.08E+072.17E+051.98E+052.62E+071.28E+063.47E+011.05E+021.58E+07O.OOE+003.26E+05O.OOE+001.21E+042.98E+022.15E+060.00E+00O.OOE+00O.OOE+00O.OOE+006.89E+07XofTotalO.OOX0.51%O.OOX1.51%15.24%15.68%0.32%%d0.29%%d38.04%%d1.86%0.00%%d0.00%%d22.94KO.OOK0.47%%d0.00%%d0.02%%dO.OOX3.12K0.00%%d0.00%%d0.00%%dO.OOX100.00%19 5P0 TABLE12SourceofMaste:Condensate Demineralizer Regeneration (Evaporator Concentrates)
TypeofContainer:
LinerMethodofProcess:Solidification
-PortlandCement~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129,Mn-54Kr-85Ni-63Sr-85Sr-90Tc-99Zn-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivit(uCi)O.OOE+00O.OOE+006.70E+049.50E+039.29E+045.06E+04O.OOE+00O.OOE+001.19E+06'1.61E+041.61E+04O.OOE+001.46E+05O.OOE+008.36E+04O.OOE+001.31E+02O.OOE+002.15E+04O.OOE+00O.OOE+00O.OOE+00O.OOE+001.69E+06XofTotal0.00ÃO.OOX3.96K0.56%5.49%2.99'50.00%O.OOX70.52%0.71%0.95%O.OOX8.605O.OOX4.94K0.00%0.01%0.00K1.27%0.00K0.00Ã0.00%0.00%100.00K20 lIe TABLE13SourceofWaste:LiquidRadwasteFilterMedia,Sludge,andEvaporator Concentrates TypeofContainer:
LinerMethodofProcess:Solidifcation
-PortlandCement~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Nn-54Kr-85Ni-63Sr-85Sr-90Tc-99Zn-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivituCi)O.OOE+002.92E+041.31E+041.56E+052.20E+065.74E+06O.OOE+00O.OOE+003.06E+075.75E+054.18E+03O.OOE+003.35E+06O.OOE+007.65E+04O.OOE+001.34E+025.46E+021.61E+05O.OOE+00O.OOE+00O.OOE+000:OOE-004.29E+07XofTotal0.00%0.07'I0.03%0.36%Se13%13.40%O.OOXO.OOX71.29'A1.34%0.01%0.00%7.81%0.00%Oe18%0.00%O.OOXO.OOX0.37'5O.OOXO.OOXO.OOXO.OOX100.00K21 TABLE14SourceofWaste:LiquidRadwasteFilterMedia,Sludge,andEvaporator Concentrates TypeofContainer:
HICMethodofProcess:Solidification
-PortlandCement~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Mn-54Kr-85Ni-63Sr-85Sr-90Tc-99Zn-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivituCi)O.OOE+00O.OOE+001.89E+041.22E+061.48E+074.21E+06O.OOE+00O.OOE+001.11E+083.57E+063.36E+03O.OOE+002.12E+075.56E+064.36E+052.29E+042.24E+029.17E+021.97E+06O.OOE+00O.OOE+006.82E+032.20E+041.64E+08XofTotalO.OOX0.00$0.01$0.74%9.02'52.56KO.OOXO.OOX67.71%2.18ÃO.OOX0.00Ã12.90%3.38%0.27%0.01Ã0.00%O.OOX1.20%O.OOX0.00%0.00'X0.015100.00'X22 tI~4 TABLE15SourceofWaste:Non-Compactable TrashTypeofContainer:
StrongTightContainer
~Isotoes.Am-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59"'-3I-129Nn-54Kr-85Ni-63Sr-85Sr-90Tc-992n-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivit(uCi)O.OOE+00O.OOE+007.OOE+012.69E+021.26E+036.29E+02O.OOE+00O.OOE+008.42E+03O.OOE+002.00E+00O.OOE+001.84E+03O.OOE+007.79E+01O.OOE+00O.OOE+007.62E+024.94E+02'O.OOE+00 O.OOE+00O.OOE+00O.OOE+001.38E+04XofTotalO.OOXO.OOX0.01'51.96K9e16%4.57KO.OOXO.OOX61.22ÃO.OOX0.01K0.00'X13.38%O.OOX,0.57%O.OOX0.00%5.54K3.59%O.OOX0.00'XO.OOX0.00$100.00'X23 I
TABLE16SourceofWaste:Compacted TrashTypeofContainer:
StrongTightContainer
~IsotoesAm-241Ag-110mC-14Co-58Co-60Cr-51Cs-134Cs-137Fe-55Fe-59H-3I-129Mn-54Kr-85Ni-63Sr-85Sr-90Tc-992n-65I-131Co-57Sb-124Zr-95TOTALACTIVITYActivituCi)O.OOE+00O.OOE+001.13E+031.09E+058.07E+052.35E+05O.OOE+00O.OOE+006.60E+061.73E+044.12E+02O.OOE+001.15E+06O.OOE+002.91E+04O.OOE+00O.OOE+008.26E+042.19E+05O.OOE+00O.OOE+00O.OOE+00O.OOE+009.25E+06XofTotal0.00%O.OOX0.01'Xl.18'58.73'52.54KO.OOX0.00%71.30K0.19'5O.OOXO.OOX12.48'5O.OOX'.31%
O.OOXO.OOX0.89Ã2.36KO.OOXO.OOXO.OOXO.OOX100.00Kmts/tbh1773c(26)
TABLE17SEMIANNUAL EFFLUENTANDMASTEDISPOSALREPORTESTIMATED TOTALERRORSASSOCIATED MITHEFFIUENThKASUREhKNXS DataPeriod:January1,1989-June30,1989Measurement 1.AirborneEffluents Estimated TotalError,a.FissionandActiviation Gasesb.I-131c.Particulates d.Tritium15.9r.13.3r.15.8r.5.7r.2.Waterborne Effluents a.FissionandActivation Productsb.Tritiumc.Dissolved andEntrained Gasesd.GrossAlphaRadioactivity e.VolumeofWasteReleased(PriortoDilution) 5.or.3.3r.8.4r.NoneDectected f.VolumeofDilutionWaterUsedDuringPeriod3.SolidWastesa.Condensate Demineralizers (BeadResin-Dewatered) 15.0r.15.1r.b.ReactorMaterClean-up(FuelPool-Dewatered) 15.1r.c.Condensate Demineralizer Regeneration (Evaporator Concentrates
-Solidified) d.LiquidRWFilters(FilterMedia,SludgeandEvaporator Concentrates
-Solidified) e.Non-Compactable Trashf.Compacted Trash15.1r.15.1r.25r.25r.25
TABLE18SEMIANNUAL EFFlUENTANDWAKEDISPOSALREPORTDATA'NOTREPORTEDINPREVIOUSSEMIANNUAL REPORTAlldataneededforpreparation ofthepreviousreport(July-December1988)wererecievedintimeforincorporation intothetables.Noestimated valueswereused.26 SECTION3CHANGESTOTHEOFFSITEDOSECALCULATION MANUALANDTHESOLIDWASTEPROCESSCONTROLPROGRAM27 CHANGESTOTHEOFFSITEDOSECALCULATION MANUALrTherewerenorevisions totheSSESOffsiteDoseCalculation Manualduringthereportperiod.28 I~~(I0CHANGESTOTHESOLIDWASTEPROCESSCONTROLPROGRAMThefollowing changestoRevision8oftheSSESplantprocedure AD-QA-311, SolidWasteProcessControlProgram,werepreparedandapprovedduringthereportperiod.Copiesoftheaffectedpagesareincludedfollowing thispageThechangesmadedonotreducetheoverallconformance ofthesolidified wasteproducttoexistingcriteriaforsolidwastes.29 PROCEDURE CHANGEAPPROVALFORM1.2.PCAFNO.-"QOS0PAGE1OF3.PROCEDURE NO.4~-8-3f~REV.85.PROCEDURE TITLESggeo/<<ra4,CiaeosoCerrd~afPi-ogrrrroos i.FORMNUlSER/REVISIONRn-pa-'J]lJAe.(6.PROCEDURE TYPE:PORC~N-7.REQUESTED CHANGEg//isa/ssc~F~roirrr0-P8'-g//-garri'+~~)+g4'.REASONFORCHANGEFQf~-4ycrFv":gHorrros4c~~/W~csas~7~M Mrooo~,fSCC~Hi~H~~~1MioP"rc79.RECOMMENDED FORPERMANENT STASNO,EZPIRATION DATE10.COMPLETEU15ONREVERSESIDEOfTHISFORM.16.PERITEM15,ISAfORQMPLEMEbeTAT tgYR$(lm18.AORIVALIDPCAFT17-lQNAGEMENT REVIEWa.(QgiDllOTRlgOIRNll01-PORC) b.(~giDlPRRPORIN($blRRYRR5l$IDll,l0COMRT$c.(QlglgiDRRlgOIRNPRIORTOiPPROBLPllbLOC!Il19.H{}AR]lgigiDRlOTRlglHRN,b.(jlgigiDRPlbtORm,l0COONT$c.(jlgiglORPbltORM,COINlT5iTTlClN20.REVIEWSPORClbbTIROlUlHRR:'lbPOlbIRLR
$lCTIOlRRRDIM.IRITIlL$:RRCOMNlD:
(]Yl5(jl0RRYISN:()YR5(IROIO21.SUPT.OfPLANTAPPROVAL:
~~POQhlHg~l,hal,hgn.hylst230OPSTRAININGINFOOTHERUNITSA'KCHANGEHOTBOXPCINONECIC15BC1 k,'-g9-0050PpME~Ot.t~a~4++~CAD-QA-311 Revision8Page57of601.DateZ.WasteType3.LinerType4.BurialVolume5.WasteVolumeSUSQUEHANNA GUARANTEED WASTEVOLUMERECORDLinernumberirchesincontainer 6.UseableLiner,Volume 7.Guaranteed MinimumWasteVolume8.WasteVolumeAttainedinchesxft'/fnch"-9.WasteVolumeContainer Usage100x(WasteVo'1.ft'Guaranteed Mfn.10.Remarks:WasteVol.ft)/oo11.Signature Solidification VendorRepresentatfve 12.Sfgnature adwasteSupervisor FORMAO-QA-311-3, Rev.1,(DUPLEX)Page1of2(FileNo.R24-1).31 4~P~(h PROCEDURE CH1NGE1PPROVlhFORN1.PC1FXO.-57-01'472~PlGE1Or33.PROCEDURE XO.PD-GA,-K[IREV.4.FORNensERIREvxszox5.PROCEDURTITLE4~P~~~CM'l~p7.RZQUESTED CH1NGE6.PROCEDURE TYPE'ORC[~gg.eAa8.RE15ONfORCHANGE9.RECONNEXDED FORPERMlNQfT 5~/~AS/p//jgggj5'/ic/Sv~Ja~~'/p9'7.YES(~No,EEPIR1TION D1TE10.COMP1U15ORREVERSESIDEOFTHISFORN.16.PERITEN1S,IStORINPt~7NtQ18.1UTHORIVlhIDSPClt?~-)7.W17.N1X1GEXEXT REVIEWlelmSeopaliim-wc'.t tatmrat>N@Ventnial.NC0mmSlgQNHgIHQHItOltHNLLHRlL0C!)Ia~A.19.ggQUADRl.t).5QQNNtRgflHls.tImiNenueam.acoams4ttKl310lHOON,CNSN51TtlNS21.SUPT.OFPhlNT1PPROVlh:
l0llAIH}h~l.hv.I,Ilgwu!.hyIoIi20.REVIEWSMClQfISEMN:'NNNIlMAC210lHQ/IQ.?lITIlL$:mmmm:tImtIN0llTI5N:tQTQtQNOPSTRAINIACIdioOTHE(.lPifITSA.'KC.tAltCKQHOTBOXCIPC?8'AoiECI32 V'fJAO-qA-311 Revision8Page14of60{4)Auxiliary Soflerblowdowneffluentb.Theconstituents ofthesewastestreamsmayincludethefollowing:
(I)Tri-Sodium Phosphate (2)SodiumSulfate(3)Phosphoric Acid{4)SulfuricAcid.(5)SodfumHydroxide (6)Oecontamfnation.
solutions c~(7)Negligible amountsofreagentchemicals usedforchemistry analysisEvaporator Concentrates intherangeof0-25weightpercentsod'iumsulfate(equivalent) shallbesolidified inalinerforfinaldi.sposal.
d.Evaporator Concentrates sha31notbemixedwithanyotherwastetypeinfinalprocessing.
MixedSolidsa.Thefollowfngprocesswastestreamsarecollected eitherintheWasteMfxTanks,WasteSludgePhaseSeparator ortransferred directlytoalinerandareconsidered MfxedSol'fds:b.(1)LRWFiltermaterialanddrainliquid(2)SumpSludge(3)Ultrasonic ResinCleanerShe~Theconstituents ofthesewastestreamsmayincludethefollowing:
(1)Ofatomaceous Earth(2)PowderedResins(3)Fibrousmaterial33
)
AD-QA-311 Revision8P.age15of60(4)Carbonmaterial(5)Corrosion products(6)Varioussolidsanddirtinsmallconcentrations c.HixedSolidsmaybesolidified ordewatered forfinaldisposalineithersteellinersorHighIntegrity Containers, (s~~e>>~~>~~44~<le~4~i~)d.Eachwastestreamshallbeprocessed separately.
PowderedResina.~b.c~TheReactorWaterCleanupSystemandFuelPoolCoolingandCleanupSystemfilter/demineralizer wastearecollected intheRWdUPhaseSeparator andshouldbeallowedtodecayfor60days.Thiswastetypeisconsidered PowderedResin.Theconstituents ofthesewastestreamsmayincludeanionandcationpowderedresin,corrosion anddirt'emoved fromtheprimarycoolant.PowderedResinshallbedewatered inHighIntegrity Containers.
Ifthiswastemustbesolidified, aLCOisineffectforthiswastestreamandtheactionstatement mustbeperformed.
(NoteLCOenteredin1985).BeadResina.ResinsfromtheCondensate Demineralizers andLiquidRadwasteDemineralizer arecollected intheSpentResinTankwhichisconsidered tobeBeadResin.b.c~d.Theconstituents ofthesewastestreamsmayincludevarioustypesofanion,cationandmixedbeadresin.BeadResinmaybesolidified ordewatered forfinaldisposalineithersteellinersorHighIntegrity Containers.
BeadResinmaybeusedto.demineralize ChemicalWasteinexpoxiedsteelliners.TheBeadResinmaybesolidified ordewatered forfinaldisposal.
PROCEDURE CONGE1PPROVlLtORM1.2~PCifNO./-9-0~>~tiGE1Of3.PROCEDURE XO.5.PROCEDURE TITLEZ/REQUESTED CH1NGEc)'/84.FORMUSER/unSIONW/86.PROCEDURE TYPE:PORCPQg/t~fcdPgAFf>'>8.RE150NFORCSkNGE/pyg~f>>g~~)dl~)./J~>>>>a/>>sM~~>>I'J'79f/Ws>>/..//
toM~7V-'od+)',7gc.4//o49.RECOMMENDED fORPERMiNENT
'ES-.~NO)EZPIR1TION DlTE101TSRU15OWMORSESIDEOFTNISFORM.16.PERITEM15,IFORJIMPLEtSNT ON'S~1RI~-.89~~/ca(+17.M1N1GEMENT REVIMc.(QQNNtllglllmIlN-M(li.tQQWtaterItsWan>rmI.Nmmmme.QgIQQNl15BQNlTOittlOTlttilt4Ctllc/./v-c'"/
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tMNAHA~I,hr.I.hying@hyIotl20.RCTIEWSt0lCNmONmlN:~mtOmlrml>mmSuvres.uTTau:llC~N:(]TN(iiHHS0:(QTN(QNOPSTRAI)I)GIHTOOTHERI%IT-SA'KCH)OCEHOTBOXPCIVASE35 Fy)l~QI g-gP-0357nvqnvRevision8Page29of50(i)CNSI8-120loadedweight(j)CNSI6-80loadedweight~(k)CNSI24-INCHFRPloaaeaweight:(1)Radlok500loadedweight(gn)p~g),y.)1Sfooc4,4~i~kt(~~)QI,K,leslW<J~i~H7500lb5000lb1600lb9500lb.)+ciaol4.ipecaclb.(2)Themaximumconcentration ofradionuclides withhalflivesgreaterthan(5)fiveyearsthatmaybedisposedofinaHighIntegrity Container is350pCi/cc.(3)Thefollowing chemicals areprohibited andmaynotbedisposedofinHighIntegrity Containers.
(a)AquaRegia(b)Bromine(c)Chromic/Sulfuric Acid(d)FumingSulfuric-Acid (e)NitricAcid>50%concentration (f)Organicperoxides (g)Phenol-concentrated (h)Acetone(i)Butane(j)CarbonOisulphide (k)Chloroform (1)EthylEther(m)EthyleneOichloride (n)MethyleneChloride(o)MethylEthylKetone(p)Propane36 rrC SECTION4REPORTSOFEXCEPTION TOTHESSESEFFLUEZTMONITORING PROGRAMBasedonareviewoftheSignificant Operating Occurence'Reports (SOORs)forSSESUnits1and2forthereportperiod,therewasonecaseinwhicheffluentmonitoring instrumentation wasnotoperableandwasnotunrestored tooperability withintheapplicable time.periodspecified inTechnical Specification Table3.3.7.10-1 or3.3.7.11-1 ActionStatements.
TheUnitIandUnitIICirculating Materblowdownflowrecorders weredeclaredinoperable on2/14/89afterfailingtheirsurveillances.
Thiswascausedwhenmud/debris collected ontheMarkVIelementresulting inmechanical deformation andunacceptable hysteresis duringcalib-ration.TheUnitIandUnitIIflowelementswerereplacedwithotherMarkVIandlater,withMarkVtypeelements.
TheUnitIIblowdownflowrecorderwasreturnedtoservice6/3/89.TheUnitIblowdownflowrecorderwasreturnedtoservice8/24/89.Intheinterim,thecoolingtowerblowdownflowrateswereestimated usingAttachment GofAD-QA-310, Revision9,forUnit1,orAttachment HofAD-Qh-310 forUnitII.TheseTableswereusedtoplotthecoolingtowerblowdownflowrateasafunctionoftheblowdownvalveposition.
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