ML16200A087

La Crosse Boiling Water Reactor License Termination Plan - Chapter 3 - Identification of Remaining Site Dismantlement Activities, Rev. 0

ML16200A087
Person / Time
Site:	La Crosse  File:Dairyland Power Cooperative icon.png
Issue date:	06/27/2016
From:	LaCrosseSolutions
To:	Office of Nuclear Material Safety and Safeguards
References
Download: ML16200A087 (24)

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LA CROSSE BOILING WATER REACTOR LICENSE TERMINATION PLAN CHAPTER 3 IDENTIFICATION OF REMAINING SITE DISMANTLEMENT ACTIVITIES La CrossLicense TRevision3.Iden3.1.3.2.3.2.3.2.3 3

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3.3.3.3.4se Boiling WTerminationn 0 ntification ofIntroductionCompleted 1.Overvi2.Disman.2.2.1.For.2.2.2.Sea.2.2.3.Dec.2.2.4.Prim.2.2.5.Alt.2.2.6.Gas.2.2.7.Fue.2.2.8.Com.2.2.9.Hyd.2.2.10.W.2.2.11.De.2.2.12.Ov.2.2.13.Sta.2.2.14.Lo.2.2.15.Hi.2.2.16.Ci.2.2.17.Co.2.2.18.Fu.2.2.19.Ste.2.2.20.60.2.2.21.Tu.2.2.22.He.2.2.23.Li.2.2.24.El3.AdditioFuture Deco1.Reactor2.Turbine3.Waste TStorage4.LACBWWater ReactorPlan f Remainingn .................and Ongoingew ..............ntlement of Srced Circulatal Injection Scay Heat Comary Purificernate Core seous Wasteel Element Smponent Codraulic ValvWell Water Syemineralizedverhead Storation and Coow Pressure igh Pressure irculating Wondensate Syull-Flow Coneam Turbine0-Megawatt Gurbine Oil aneating, Ventiquid Waste ectrical Distonal Activitiommissioninr Building ..e Building aTreatment Be Building ..WR Crib Hor TABLE Og Site Disman....................g Decommis....................Systems andtion System .System .........oling Systemcation SystemSpray Systee Disposal SyStorage Welloling Water ve Accumulaystem ...........d Water Systrage Tank ....ontrol Air SyService WatService WaWater Systemystem and Fendensate Deme ..................Generator ....nd Hydrogenilation, and ACollection Stribution Syses ................ng Activities....................and Turbine OBuilding, Gas....................ouse .............3-i OF CONTEntlement Ac....................ssioning Act....................d Componen........................................m .................m .................em ................ystem .......... ...................System ......ator System .....................tem ..................................ystem ..........ter System ..ater System .....................eedwater Hemineralizer ........................................n Seal Oil SyAir ConditioSystems .......stem ................................s and Tasks ......................Office Builds Storage Ta........................................ENTS ctivities ............................tivities and T....................nts ................................................................................................................................................................................................................................................................................................................................................eaters ...........System ................................................ystem...........oning (HVA....................................................................................................ding .............ank Vault an................................................................................Tasks .......................................................................................................................................................................................................................................................................................................................................................................................................................................................................................AC) Systems .........................................................................................................................nd LSA ....................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................................... 3-1... 3-1... 3-3... 3-3... 3-3... 3-3... 3-4... 3-4... 3-4... 3-4... 3-4... 3-4... 3-5... 3-5... 3-5... 3-5... 3-5... 3-6... 3-6... 3-6... 3-6... 3-6... 3-6... 3-7... 3-7... 3-7... 3-7... 3-8... 3-8... 3-8... 3-8... 3-9. 3-11. 3-12. 3-13 La CrossLicense TRevision3.3.3.3.

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3.4.3.4.3.4.43.4.3.5. Table 3-1Table 3-2Table 3-3Table 3-4 se Boiling WTerminationn 0 5.Mainte6.Ventila7.LegacyRadiologica1.Contro2.Occupa3.Exposu4.Radioa5.ProjectReferences 1Status o2Radiati3Project4GeneraWater ReactorPlan nance Eat Shation Stack ..y Waste .......al Impacts ofl Mechanismational Expoure to the Puactive Waste t Milestones ...................of Major LAion Exposureted Waste Qual Project Mir hack and 1B........................................f Decommisms to Mitigatosure ............ublic .............Projections........................................LIST ACBWR Syse Projectionsuantities ......ilestones ......3-ii B Diesel Gen........................................sioning Actite the Recon...................................................................................................OF TABLEstems and Cos for Decom........................................nerator Build........................................ivities ..........ntamination ....................................................................................................ES omponents ammissioning .........................................ding .........................................................................of Remediat....................................................................................................as of June 20............................................................................................................................................ted Areas .........................................................................................................015 ........................................................................... 3-14. 3-14. 3-15. 3-15. 3-16. 3-16. 3-16. 3-17. 3-18. 3-19... 3-2. 3-16. 3-17. 3-18 La CrossLicense TRevisionALARAACM AMSL BSFR CCW CST D-Plan/PSDARFESW FRS G-3 GSTV HPSW HVAC kVA ISFSI LACBWLPSW LSA LSE LTP NRC ODCMOHST REMP RPV RWP WTB se Boiling WTerminationn 0 A As LAsb AboBulkComCon/ R DecFuelFinaGenGas HighHeatkilo-IndeWR La CLowLowLACLiceNucM Off-OveRad ReacRad WasWater ReactorPlan LIST OF Low As Reaestos Contaiove Mean Sek Survey Formponent Coondensate Storcommissioninl Element Stal Radiation noa Fossil StaStorage Tanh Pressure Sting Ventilat-Volt-Ampeependent SpeCrosse Boilinw Pressure Sew Specific AcCBWR Site Eense Terminalear Regulat-site Dose Carhead Storagiological Enctor Pressureiation Workste Treatmen r ACRONYMsonably Achining Materiea Level r Release oling Waterrage Tank ng Plan/Posttorage WellSurvey ation nk Vault ervice Watetion Air Conre ent Fuel Storng Water Reervice Waterctivity Enclosure ation Plan tory Commisalculation Mge Tank nvironmentale Vessel k Permit nt Building 3-iii MS AND ABhievable ial t Shutdown er nditioning rage Installaeactor r ssion Manual l MonitoringBBREVIATDecommissation g Program TIONS ioning Activvities Reportt La CrossLicense TRevision se Boiling WTerminationn 0 Water ReactorPlan r Page Inten3-iv ntionally Lefft Blank La CrossLicense TRevision3.Id3.1.InIn accordthe remathe time remediatiEstimate released projectedwill be Crosse BDecomm to proceeThe LACalternativDecomm DECON sites. Culocated inDecommregulatorState andDecommof 10 CFinvolve LACBWthe technapproval DecommSafety andecommioperationThe remdescribeddiscussedmajor remspecific ecomponese Boiling WTerminationn 0 dentificatintroductiondance with 1aining majorof submittaion and an as of the octo unrestricd volumes ofundertaken Boiling Waissioning Aced. CBWR site ve, as descissioning ofalternative iurrently, LaCn Andrews, missioning ary agencies d local regumissioning acFR 50.82(a)(6any un-reviWR. If an actnical specifibefore implmissioning acnd Health Pissioning dons, especiallymaining decd in section d in sectionsmaining comequipment rents that havWater ReactorPlan ion of Remn 10CFR50.82r dismantlemal. The infoassessment occupational rted areas duf radioactivepursuant toater Reactoctivities Repowill be decribed in Nf Nuclear Fis contingenCrosseSolutiTexas and atactivities arein accordanulatory agenctivities at LA6) and (a)(7)iewed safettivity requireications or llementing thctivities are Program, an not pose any those durinontamination3.3. The sps 3.3.2 throumponents of remediation e been or arer maining Si (a)(9)(ii)(Bment and decformation incof the potentradiation douring the coe waste that o the currenor (LACBWort (D-Plan/contaminateNUREG-058Facilities, Snt upon contiions (Solutiot the Energye being conce with plancies are listACBWR wi). At the timty questionses prior NRClicense, a suhe activity inconducted nd Waste Mny greater rang major man and dismpecific systemugh 3.3.7. Tcontaminateconsideratioe to be remo3-1 ite Disman), the Licenscontaminatiocludes thosetial radiologose and the mpletion of will be genent 10 CFR 5WR) Decom/PSDAR) (1ed and dism86 GenericSupplement inued accessons) has accySolutions faoordinated want administted in sectioill be conducme of LTP ss or changeC approval uubmittal wiln question. under the SManagement diological oraintenance anmantlement m consideraThese sectioned plant systons. Table 3oved. ntlement Ase Termination activitiese areas andical conditioquantity off the scheduerated are als50 license,mmissioning 1) and do nomantled in acEnvironme1, Volume 1s to one or mcess to low-lacility locatewith the aptrative procen 8.7.2 of Lcted in accorsubmittal, thes in the Tunder 10 CFll be made Solutions RaProgram r safety risknd outage evactivities thations that wns provide atems and, as3-1 containsActivities ion Plan (LTs for the decequipment ons that mayf radioactivuled tasks arso included.are consistPlan andot depend upccordance wental Impac1 (2). Comore low levlevel waste ded in Clive, Upplicable Feedures. ApLTP Chapterrdance with he remainingTechnical SR 50.59(c)(2to the NRCadiation ProActivities ck than those cvolutions. that will bewill be takenan overview s appropriates a list of mTP) must idecommissionithat need fuy be encounte material te provided. These actitent with thd Post-Shutpon LTP appwith the DEct Statemenompletion ovel waste disdisposal faciUtah. ederal andpplicable Fedr 8. the requiremg activities dpecification2), or a chanC for reviewotection Progconducted dconducted de performedn into accounand describe, a descriptimajor systementify ing at urther tered. to be The vities he La tdown proval ECON nt on f the sposal ilities State deral, ments do not ns for nge to w and gram, during during d are nt are be the ion of s and La CrossLicense TRevision ForcedReactoReactoMain SDecayPrimarFeedwSeal InAlternGaseoFuel ECompoHydraWell WDeminOverhStationLow PHigh PCirculCondeHeaterSteam 60-MeMain CTurbin se Boiling WTerminationn 0 TableSystem or d Circulationor Vessel Intor Vessel Steam in Rey Heat Coolinry Purificatiowater in Reacnjection Systnate Core Sprus Waste DiElement Storonent Coolinulic Valve AWater Systemneralized Waead Storage n and ControPressure ServPressure Servating Water ensate and Fers Turbine egawatt GenCondenser &ne Bldg. MaiWater ReactorPlan e 3-1 Staas Componenn System ternals actor Bldg. ng System on System ctor Bldg. tem ray System isposal Systerage Well Syng Water (CAccumulatorm ater System Tank (OHSol Air Systemvice Water vice Water System eedwater Taerator & Accessoriein Steam r atus of Majoof June 201nt PRRInInIoIn9050em Aystem CCCW) Inr SystemInInInT) Inm In30ORanks and DplRRes 15R3-2 or LACBW15 artially RemRemoved fromRemoved fromn place n place- Draion Exchangen place 0% removed0% removedAll except unContents remn place- 70%n place- Drain Place - Ison place- Drain place- Drain place 0% removedOperational Remains in plDrained- Conlace, All FeeRemoved Removed 5% RemoveRemoved WR Systems Stamoved m site m site ined ers in place; d d nderground smoved- Drain% Removedined lated from Tined- 50% reined d lace - pumpndensate Stoedwater Heaed and Compoatus 90% removstorage tank ned Turbine/Reacemoved ps de-energizrage Tank reaters removeonents ed removed ctor Bldg. zed emain in ed La CrossLicense TRevisionTab TurbinTurbinLiquidFuel THVACElectriAsbestAfter thdemonstrreduced twill be decommi3.2.C3.2.1.In excessaddition disposal waste. Waste stoClass B/Cwere shiprod bladAttachmeremoved fuel asse the storag3.2.2.3.2.2.1.The ForcCirculatise Boiling WTerminationn 0 ble 3-1 (conSystem or ne Bldg. Conne Oil and Hd Waste CollTransfer BridC Systems ical Systemstos Abatemee balance rated to be to the area atransferred issioning actCompleted aOverviews of 2 millioto the Reacof the RPVored in the FC waste (i.epped for dispdes was fillents to the Rfrom the Rmblies and fge racks andDismantlForceced Circulaon pumps, aWater ReactorPlan ntinued) SaComponenndensate andHydrogen Sealection Systedge s ent of the site below the uaround the Iback to Dativities compand Ongoingw n pounds ofctor PressurV included dFuel Elemen., resins, filtposal in Juneled with loRPV were reactor Buildfuel debris wd installed colement of Syd Circulationation systemauxiliary oil r Status of Maas of June 20nt d Feed Ral Oil Pems InRInIn75is remediaunrestrictedIndependentairyland undpleted to datg Decommisf metallic ware Vessel (Rdisposition ont Storage Wters, and wase 2007. Theow-density cremoved andding and wawere placed omponents wystems and n System m and attendpumps, and3-3 ajor LACBW015 Removed artially Remn place - ParRemoved n place - Parn place- Disc5% completated and threlease criteSpent Fuelder the 10e are providssioning Acaste have beRPV) and sof irradiatedWell (FESW)ste barrel coe RPV contacellular cond all other as shipped foin dry cask were removedComponentdant oil syshydraulic cWR SystemStamoved rtially Operartially Operaconnected te he levels oeria, the 10Storage InsCFR Part 5ded in sectionctivities and een removedspent fuel std hardware a) was procesontents) and aining the reancrete with appurtenancor disposal instorage in thd from the Fts stems have oupling oil pms and Comatus ational ational f residual CFR Part 50tallation (IS50 license. n 3.2. Tasks d, shipped, antorage racksand all othessed and colpackaged inactor internathe reactores were cutn June 2007he ISFSI in FESW. been drainepumps haveponents radioactivity0 license wSFSI) and thSpent fuelnd disposed s. Removaler Class B allected with n three linerals and 29 cor head instat. The RPV7. After allSeptember 2ed. The Fo been electriy are ill be e site l and of in l and and C other s that ontrol alled. V was spent 2012, orced ically La CrossLicense TRevisiondisconnedensity cnozzles wreactor cdisposed 3.2.2.2.The SealCirculati90% rem3.2.2.3.The Deccooler, aThis syst3.2.2.4.The Primregeneratresins hacoolers a3.2.2.5.

The Alte(HPSW) duplex stsystem inand 80%compone3.2.2.6.This systrecombinexceptiontunnel. 3.2.2.7.The Fuel11 feet b38,000 gpumps, ofuel and well and se Boiling WTerminationn 0 cted. All 1cellular concwere cut to cavity was aof. Pumps Seal Il Injection son pumps anmoved. Decaycay Heat Cond interconntem is drainePrimamary Purifictive cooler, ave been remand 90% of thAlternernate Core pumps, whitrainers and n the Reacto% of the pients are drainGaseotem routed ning, moniton of the undFuel El Element Stoby 11 feet ballons of waone heat excfuel debris, ia fixative wWater ReactorPlan 16 inch and crete. Four allow remoalso cut at and piping injection Sysystem provind the 29 coy Heat Cooliooling systemnecting pipined and inopeary Purificatication systepurificationmoved and the piping hanate Core SpSpray systeich took suctwo motor-oor Building wiping in thened and are rous Waste Dmain condeoring and hderground gaElement Stororage Well (by approximater. The FEchanger, oneinstalled comwas applied tor 20 inch For16 inch Forcoval of the the biologicn the shieldestem ided coolingontrol rod dring System m was a sinng used to rerable. ion System m was a hn cooler, pumthe system have been rempray Systemm consistedction from thoperated valwas removede Turbine Bready for disisposal Systenser gassesholdup for as storage tanrage Well (FESW) is amately 42 feESW coolinge ion exchanmponents, ano the walls. 3-4 rced Circulaced Circulatreactor prescal shield, sed cubicles rg and sealingive units. Tngle high prremove core high pressurmp, two ionhas been drmoved and did of two diehe river and lves installedd due to inteBuilding hasmantlementtem s through vadecay. Thnks and the a stainless steeet deep. Wg system is cnger, piping,nd storage raThe system ation systemtion inlet nossure vesselsegmented iremain. g water for This system iressure clos decay heat re, closed lon exchangerrained. Theisposed as raesel-driven Hdischarged d in parallelerference wias been remt. arious comphis system hgas storage eel lined conWhen full, connected to, valves, andacks have bem has been drm piping waszzles and fo. Piping lointo managethe seals onis drained ansed loop confollowing roop system rs and filterse Primary Puadioactive wHigh Pressurto the reacto. Approximth the reactomoved. Reponents for has been retank in the Tncrete structuit containeo the well and instrumenteen removedrained and iss filled withour 16 inch oocated withieable piecesn the two Fond approximntaining a preactor shutdconsisting s. Ion exchurification pwaste. . re Service Wor vessel thrmately 50% oor vessel rememaining sydrying, filteemoved withTurbine Buiure that meaed approximnd consists otation. All d from the stos inoperable.h low outlet n the , and orced mately pump, down. of a hange pump, Water rough of the moval ystem ering, h the ilding asures mately of two spent orage La CrossLicense TRevision3.2.2.8.The Comvarious hbarrier bcooling wsystem is3.2.2.9.

The funcforce to the Forceair comp drained. 3.2.2.10.Water fosuction tsystem sucooling wdown flaequipmenisolated fAdminist3.2.2.11.

The Demof 19,100are two sVirgin WdemineraStation (G3.2.2.12.

The Oveintegral pthe FESWOHST acThe OHSSpray sydrained ase Boiling WTerminationn 0 Compmponent Cooheat exchangbetween radwater to Res approximatHydraction of the Hoperate the ed Circulatioressors, watWell Wor this systethrough staiupplied watewater for theash tank andnt and seal wfrom the Retration BuildDeminmineralized W0 gallons andsections of aWater Tank palized water G-3). The syOverherhead Storapart of, the RW, cask poocted as a reST also suppystem, and wand inoperabWater ReactorPlan ponent Coolioling Water gers and pumioactive syseactor Buildtely 70% comaulic Valve AHydraulic Vfive piston-ton and Mainter pumps, anWater Systemm was suppnless steel er to the plae two Turbid sample cowater for theactor/Turbinding and Cribneralized WWater Systemd an upper Van integral aprovided watthroughout ystem has behead Storageage Tank (OReactor Buiol, and upperceiver for replied the wawas a backupble. r ing Water Sy(CCW) systmps in the Rstems and sding Air Conmplete. AccumulatorValve Accumtype valve an Steam systnd other equm plied from tstrainers, anant and officene Buildingooler. The he Circulatinne building. b House. ater Systemm consists oVirgin Waterluminum tanter to the Dethe plant. Ween drained.e Tank OHST) is a 4lding. The r cavity duriejecting refuater for the Ep source for 3-5 ystem tem providedReactor Buildsecondary cnditioner cor System mulator systemactuators, whtems. The huipment havetwo sealed snd dischargee for sanitarg air-conditiowell water ng Water pum Well waterof a lower Cr Tank, whicnk located omineralized Water was d 45,000-galloOHST serveing cask loaueling waterEmergency Cthe Seal Injd controlledding during ooling systeompressors. m was to suhich operatehydraulic sye also been submersible ed into intery and drinkioning units system alsomps. The Wr pump #3 sCondensate Sch has a capaon the Turbind Water transdemineralizeon tank locaed as a reserading operatir using the PCore Spray snjection systed quality cooplant operatems. The The dismaupply the neced the five rystem has beelectrically deep well egrated pressing purposeand the heato supplied wWell Water supplies potStorage Tankacity of 29,7ne Building sfer pumps, wed in batchesated at the trvoir for waions. DurinPrimary Pursystem and em. The syoling water ttion, servingsystem provantlement ofcessary hydrrotoport valveen drained. disconnectedpumps that sure tanks. s. It was usting boiler bwater for lauSystem has table water tk with a cap780 gallons. office roof. which distribs at Genoa Ftop of, and ater used to ng operationrification syReactor Buiystem is currto the g as a vided f this raulic ves in The d and took The sed as blow-undry been to the pacity Both The buted Fossil is an flood s, the ystem. ilding rently La CrossLicense TRevision3.2.2.13.There areact as a vsupply toused as n3.2.2.14.Two vertstrainer uwas the system isriver watto allow 3.2.2.15.The purp(G-3) maThe inter(WTB) ihydrants the fire sby the rem3.2.2.16.Circulatinopen sucjoin a cocondenseWater entube sidewhich diLACBWpumps ha3.2.2.17.The Condpressure Tank (CS3.2.2.18.The Fullremoved piping hase Boiling WTerminationn 0 Statioe two singlevolume storao the stationneeded. Low Ptical pumps unit. The Lnormal sups currently uter ingress indismantlemeHigh Ppose of the Haintains HPSrnal loop serinterior hoseand the LAuppression smoval of isoCirculng water is dction bays inommon 60 iner, the 60 incnters the top e. The 42 inscharges to tWR Crib Houave been de-Condedensate Systto the suctioST), this systFull-Fl-Flow Condionic impuave been remWater ReactorPlan n and Contr-stage positiage unit for tn and the conPressure Servlocated in thow Pressurepply to the Hused as the dn the turbineent which is Pressure SerHPSW systeSW system rved the Ture stations anCBWR Cribsystem for Golation valvelating Waterdrawn into tn the LACBnch pipe leach pipe bransection of thnch condensthe seal weluse. The C-energized. ensate Systetem took conon of the reatem has beenFlow Condendensate Demrities from tmoved. r ol Air Systeive displacemthe station. ntrol air sysvice Water She LACBWe Service WHPSW systdilution wate building tuapproximatervice Water em is to suppressure. Trbine Buildinnd sprinklerb House spriG-3. Currentes and installr System the intake fluWR Crib Hading to thenches into twhe condenserser circulatinl from G-3 lCirculating Wm and Feedwndensed steaactor feed pun drained annsate Deminmineralizer the condens3-6 m ment lubricaThe air recestems. This System R Crib Houater (LPSWem throughter supply founnel area. ely 30% comSystem ply fire supThe HPSW ng, Reactor Br systems. inklers. Thetly, the systeling pipe blaume from thHouse. Eache main condwo 42 inch pir tube side ang water outlocated apprWater Systemwater Heateram from the umps. With nd most of thneralizer SystSystem conate water goated type comeiver outlet lisystem is cuse supplied W) system suph the motor-or conductinThe originamplete. pression wasystem is dBuilding, anThe externae external loem is isolateanks to allowhe river by twh pump dischdenser in thipe to the toand is dischatlet lines tie roximately 6m is currentrs condenser hthe exceptiohe piping hastem nsisted of reoing back tompressors. ines join to fcurrently stilthe system upplied the C-driven HPSng liquid waal system hasater. The addivided into nd Waste Tral loop suppop was crosed from the Tw only externwo pumps loharges into he Turbine Bop section ofarged from thinto a comm600 feet dowtly inoperabhotwell and don of the Cos been removesin-filled seo the reactoThe air receform a headell operable athrough a duCCW coolerSW pump. aste dischargs been simpdjacent coal two main leatment Buiplies outsidess-connectedTurbine Buinal fire loop ocated in sep42 inch pipeBuilding. Af the water bhe bottom semon 60 inchwnstream fromble as the sydelivered it uondensate Stoved. ervice tanksr. All tankseivers er for and is uplex s and This ges of lified plant oops. ilding e fire d with ilding use. parate e that At the boxes. ection h line m the ystem under orage s that s and La CrossLicense TRevision3.2.2.19.The turbirated at 6pressure have bee3.2.2.20.The 60 76,800 kVlubricatinthrough abeen com3.2.2.21.The Turblubricatinreductioncomplete3.2.2.22.

The Reacfor drawiair condi337,500 Bbuilding from the350 feet exhaust sparticulatincludes which hidetectingVentilati vault arethe gas svault throCurrentlyuse of stase Boiling WTerminationn 0 Steamine was a hi60 MW. Thelement. Tn removed. 60-MeMW generVA. The gng system, aa reduction gmpletely remTurbinbine Oil Sysng and coolin gear. Thisely removed.Heatinctor Buildining fresh airitioning unitBtu/hr capacthrough ope building ushigh and is system was te radiation an isokinetistorically hag particulate on for the Was of the bustorage tank ough the cony, both systeack fans thatWater ReactorPlan m Turbine igh pressurehe turbine coThe Steam Tegawatt Genator was agenerator wand excited gear. The mmoved, unconne Oil and Hstem receiveing oil to ths system, wi. ng, Ventilatig Ventilatior into the but air inlet inccity steam cenings betwsing stack bconstructed equipped wdetector. Aic nozzle, loas drawn airand gaseousWTB was prouilding and evault. The nnecting tunnems are de-et are energizr , condensingonsisted of aTurbine, as wnerator a high-speeas cooled bby a separatmain and resenditionally reHydrogen Seed cooled oihe turbine anith exceptioion, and Air on System utuilding and fcluded a filtcoil that waseen and arolowers throuof structurawith conventiA monitoringocated downr from the sts activity. ovided by a 2exhausted thstack blowenel and dischenergized. Bed by tempo3-7 g, reaction, ta high pressuwell as somd, turbine-dby a hydrogte exciter aterve exciterseleased and deal Oil Systemil from the lnd generaton of the draConditionintilized two 3for circulatiner box assems used whenund the bi-pugh the exhal concrete wional and hig system is instream of ttack exhaust2000 cfm exhe air througers then exhharged the aBuilding venorary power.tandem comure and interme steam sysdriven wougen system, ttached to ths have been dispositionem lube oil coor bearings, ained clean ang (HVAC) S30 ton, 12,00ng the air thrmbly, face an heating waparting doorhaust stack fwith an alumigh-efficiencinstalled witthe high-efft to the monxhaust fan thgh a duct ouhausted the aair from the bntilation is cu mpound, rehermediate prestem piping und-rotor mlubricated bhe end of thremoved. Ted. olers to suppexciter bearand dirty oiSystems 00 cfm air croughout theand bypass das required. r sections anfor the faciliminum nozzlecy filters andth the exhauficiency filtenitoring systehat drew air fut the floor oair from the building throurrently suppeat 3600 rpmessure and aand compomachine rateby a forcedhe generator The generatoply the necerings, and exl tanks, has conditioning e building. dampers, and Air enterend was exhaity. The stae at the top.d monitoredust system, wers. The syem, is capabfrom the shiof the buildigas storageough the stacplied througm unit a low-onents ed at -flow shaft or has essary xciter been units Each d one ed the austed ack is The d by a which ystem, ble of elded ing to e tank ck. gh the La CrossLicense TRevision3.2.2.23.The Liqustorage tain the tunThe Reacconsists pump, twretentionFollowinliquid wawater disSpent resquantity transferredisposal.CurrentlydischargeThe air o3.2.2.24.

The plansite has abuildingsthe stack3.2.3.Other comTheconTheConTherackThe"CoThe3.3.FThe planremaininse Boiling WTerminationn 0 Liquiduid Waste Syank vault, annnel betweenctor Buildinof two retenwo sump pun tanks. ng processinaste from eascharge outflsin was transavailable fed to an ap y, the liquides at LACBWoperated pumElectrnt is disconnea 480 volt 50s. Temporark. Additionmpleted dece abatementntaining matee abatemenntaining Mae placement ks from the e disconnectold and Darke draining anFuture Decons for the deng site structWater ReactorPlan d Waste Colystem collecnd the tunnen the Reactong Liquid Wntion tanks,umps, and thng and sampach system wlow. This wsferred to thfor shipmenpproved shipd waste colleWR are thromp dischargerical Distribuected from o00 kVa transry power is al Activitiesommissionin, packaging erial. nt, packaginaterial (ACMof all spent FESW. tion of LACk" status. nd removal ommissionincontaminatiotures are prr llection Systcts the liquidel into two str Building aWaste System each with he necessarypling to demwas then diswas the normhe spent resinnt to an appping contaiection systemough the Eastes to the inletution Systemoff-site powesformer provtied to exiss ng activitiesand disposang and dispM). fuel into dryCBWR from of other miscng Activitieson, dismantlresented in t3-8 ems d waste fromtorage tanks and the Turbim, which is sa capacity oy piping to monstrate coscharged to al liquid effln receiving tpproved proiner, dewatem pumps aret Turbine but of the liquim er in supportviding poweting overhea include: al of knownposal of kny storage in toff-site eleccellaneous sys and Taskslement and athe followinm the Turbine (4500 galloine Buildingseparate fromof 6000 gallroute the wompliance wthe commofluent releasetank and helocessing facered, package not operabuilding sumpid waste monrt of Cold aner to multiplad cranes ann and readilynown and rthe ISFSI factrical powerystem pipinganticipated eng sections.e Building, tons and 3000g. m the Liquilons, a liquiwaste liquid with the releon G-3/LACe pathway fold until therecility. The ged and shipble. The onp using an ainitor, whichnd Dark statue power carnd power to y accessible readily acceacility and thr and placing. end-state co The methothe WTB, th0 gallons) lod Waste Syid waste trato and fromease criteriaBWR circulor LACBWRe was a suffiresin was pped for ofnly liquid effir operated ph is still operaus. Currentlrts throughou exhaust fanlead and/oressible Asbhe removal ong LACBWRndition(s) foods to remehe gas ocated ystem, ansfer m the a, the lating R. ficient then ff-site fluent pump. able. ly the ut the ns for r lead bestos f fuel R in a or the ediate La CrossLicense TRevisioncontaminremediat3.3.1.The Reacellipsoidaand it exfor the upThe buildincludinglayer of structure concrete The shelTurbine Reactor Bremoval closed byleaves ththe northA 50 tonReactor supportedthe 5-tonHatches of the cabThe remaremoved and the idSystems overheadsize reduthe wasteWater anOnce thebuilding activity wonce the In preparelevationwill allowse Boiling WTerminationn 0 nated struction issues. Reactor Bctor Buildinal bottom. Ixtends 26 feepper hemispding containg the RPV anconcrete to is supporteapproximatell includes tBuilding. IBuilding thaand dry casy a weather he Reactor Bheast quadrann traveling pBuilding. d by columnn hoists are aat several pobles and equaining comp. Area prepdentificationor compond crane or locuce. The syse loading arend sludge are tank has bdemolition. will allow fotank is prepration for thn. As necessw for the perWater ReactorPlan tures, systemBuilding g is a right It has an oveet 6 inches bherical domned most of tnd biologicaan elevationed on a founely 3 feet thiwo airlocksIn addition, at is intendedk storage, antight, insulaBuilding 1 tont and enterspolar crane wThe bridge ns around thealso long enositions in thuipment. ponents and sparation and n and mitigatnents will becal hoists. Sstems will beea in the Turre currently been adequat Keeping asor the collectared for demhe building sary, prior torformance ofr ms, and eqcircular cylierall internalbelow grade e, which is 0the equipmeal shielding. n of 727 feendation consick. . The persothere is alsd to accommn opening wated, roll-up,o 10 feet belos the pipe tunwith a 5 toncompletely e inside of thnough to reache main and systems in thset-up for ction of any he removed uSome systeme either loadrbine Buildininside the Otely charactessociated piption of any lmolition. demolition, o dismantlemf hot work a3-9 quipment dinder buildinl height of 14level. The 0.60 inch thient associate The interioet 10 inchessisting of coonnel airlocso an 8 feet modate large was created i, bi-parting ow grade levnnel. n auxiliary hspans the he building. ch down thrintermediathe Reactor Bommodity rehazardous mutilizing mems or componded into shipng. OHST. Theerized, a fixping and comliquids. Thisthe FESWment, the FESactivities requdo not invong with a he44 feet and asteel shell tick. ed with the nor of the shelAbove Meaoncrete-steelck connects by 10 feet pieces of eqin the Reactdoor. The mvel either at hoist is locabuilding an The lifting rough hatchwte floors mayBuilding wilemoval will material. echanical mnents might pping containe tank will bxative will bmponents ins piping wilwill be dismSW will be duired to remolve any uemisphericalan inside diathickness is nuclear steamll is lined wian Sea Level piles and athe Reactorfreight dooquipment. Ttor Buildingmajority of pthe northweated in the und travels ocables of boways into thy be opened ll be drained include radmeans with srequire hot wners or will be dewateredbe applied inn place whilel be dismantmantled fromdecontaminamove the stainunique safetl dome and sameter of 601.16 inch, em supply syith a 9-inch-el (AMSL).a pile cappinr Building tor opening iTo facilitate . The openipipe penetraest quadrant upper part on circular toth the 50-tonhe basement to allow pad, dismantleddiological sursupport fromwork activitbe transportd and desludn preparatioe performingtled and remm the main ated to levelnless steel Fty or semi-0 feet, xcept ystem, -thick The ng of to the n the RPV ing is ations t or at of the tracks n and area. ssage d, and rveys m the ties to ted to dged. on for g this moved floor s that FESW La CrossLicense TRevisionliner. Asections liner willTurbine Bwill be dEnergySoDemolitiAfter comwill be rwith propbasementThe rAsbeDismDismpipinDismRemeThe rThe expoto meet tis identifmethod wdeeper dopen air process, tOnce surreach excwalls do segmentethe steel sprung stReactor BThe therpackaginconcrete

removal, loaded inthe wastedisposal se Boiling WTerminationn 0 Associated eqof the FESWl be lifted byBuilding. Odecontaminaolutions Tecion Limits (3mmodity remremediated tper contamit will includremoval of astos Abatemmantle and remantle and rng as well as mantle and reediation of thremoval of aosed concretthe open-air fied within twill be used depth, then ademolition.then a structrveys have cavator equiwn to gradeed and remoliner segmetructure andBuilding. Trmal shield ng as mixed will be remthe remainnto appropriae container site in CliveWater ReactorPlan quipment (HW liner will by the overheOnce the FEated to the chnical Supp3). moval is comto levels thaination contrde: any identifiedment (to be pmove the 6,0emove the the auxiliarymove the cohe sump. any lead shiete will then bdemolition the first coupto remove ta wire saw w If large setural evaluatdemonstrateipped with ae level. Afved using cuentation and d associated The remaininwill be segwaste. Aftmoved, compning portion ate containerwill be trane, Utah. r HVAC, etc.)be size reducead crane, pSW liner haextent neceport Documemplete, the bat will allowrols per Refd Hazardouserformed by000-gallon rtwo Forced y oil pumps.ondensate puelding. be surveyed criteria specple of inchethe contaminwill be usedections of ction will be ced that the oa pneumatic fter the aboutting torcheremoval of ventilation ng interior cgmented usinter the thermpletely exposof the steelrs and trucknsferred to a3-10 ) and pipingced using plackaged andas been remossary to allent (TSD) Rasement elevw demolitionference 3. Ts Waste. y a qualified retention tanCirculation. urification ioto determincified in Refs of concretnated materid to remove ontaminatedcompleted. open-air demhammer wive grade ines from the tthe steel linsystem willconcrete willng a wire smal shield issing the steel liner will ed to a rail ta rail car ang will also lasma cuttingd placed in toved, the colow open-airRS-TD-31319vation (621n of above gThe preparatSubcontractnks. n Pumps, inon exchangerne the scope ference 3. Ifte, a scabblinial. If the cocontaminated concrete mmolition critill be used tnternal steel top down to ner to the grol be installel then be remsaw into mas removed, tel liner. Subbe removedtrans-load fand then shipbe removedg. Sized piethe waste stoncrete under demolition96-005, LACfoot) of the ground struction of the Rtor). ncluding thers. of the remedf unacceptabng method oontaminatioed areas abomust be remteria have bto break the shell is expthe ground ound elevatied over the moved to thanageable pthe remaindbsequent to d. Demolitioacility in Wipped to the d. Contamineces of the Ftaging area irlying the Fn as specifiCBWR OpeReactor Buictures in opeReactor Buie inlet and odiation neceble contaminor air hammn is detectedove the limitmoved duringbeen met, a interior conposed, it wielevation. Won is complremainder ohe thermal shpieces for spder of the intinterior conon debris wiinona, MN wEnergySolunated ESW in the FESW ed in n Air ilding en air ilding outlet essary nation mering d at a ts for g this high ncrete ill be When ete, a of the hield. pecial terior ncrete ill be where utions La CrossLicense TRevisionThe rema"bowl" bFinal Rad3.3.2.The Turswitchgetravelingcrane hasthe main The Turlaboratorventilatinservices. Turbine OCommodand mecreciprocameet pacloading ais properAfter radsystems, specifiedcriteria wwith the of inchescontaminbe used tan acceptUtah. ARadiationWhen albuilding and strucsequenceto allow requiremThe majoto be treadisposal facility ishipped se Boiling WTerminationn 0 aining strucbelow 636 fodiation SurvTurbine Brbine Buildiar, and otheg bridge crans access to mfloor. The Trbine Officery, shops, cong and air c In generaOffice Builddity removalchanical meating saws wckaging and area located rly shipped adioactive comcomponentd in Referenwill be removReactor Cons of concretenated materito remove ctable radioacAll structural n Work Perml structural will be demctural concre within the Topen accesments. Mistiority of the cated as low lfacility. Wan Winona, to the EneWater ReactorPlan tural concreoot elevationvey (FRS) in Building aning housed er pneumaticne with a 5 major equipmTurbine Buie Building counting roomconditioningal, these areding is 110 fel has begun eans to dismwill be the prwaste dispoon the grouand disposedmmodity remts and strucce 3 is met.ved, segregantainment, ife, a scabblinal. If the coontaminatedctive waste decontaminmits (RWP) surfaces hamolished. Alete will be Turbine Buiss to load oing methodsconstruction level radioacaste will be lMN where ergySolutionsr ete outside thn, concrete paccordance nd Turbine Othe steam c, mechanicaton auxiliarment items llding is 105contained om, personneg equipmenteas were sepeet by 50 feeand will conmantle radiorimary methosal criteriaund floor in td of at an off-moval is coctural surfac. Structural ated, properlyf unacceptabng method oontaminationd areas. All disposal facnation activitand under thve been decl remaining demolished lding will beout areas. s will be utidebris resulctive waste aloaded into athe waste cs disposal s3-11 he liner belopile cap and with LTP COffice Buildturbine andal and hydrary hoist caplocated belowfeet by 79 foffices, the el change ro, rest roomsparated fromet and 45 feentinue in theoactive pipinhods used. Sa. Waste withe northwesf-site facilitymplete, survces to ensurmaterials thy packaged able contaminr air hammen is detectedradioactive ility, primarties will be he oversight contaminatedsystems andto the groue performed Concrete wilized duringlting from thand will be sappropriate ccontainer wisite in Clivow the 636piles) will rChapter 5. ding d generator,aulic systempacity spans w the floor tfeet and 60 fControl Rooom, deconts, storeroomm power plaet tall. e Turbine Bung and comSystem pieceill be packast corner of . veys will bere that the hat do not mand disposednation is idenering methodd at a deeperwaste will rily the Enerperformed iof Radiationd to the opd componentund level slfrom the topwill be procg building dhe demolitioshipped to thcontainers anill be transfve, Utah. foot elevatiremain and main condms and equipthe Turbinethrough numfeet tall. oom, lockeramination fam, and spaceant equipmeuilding utilizmponents. es and wasteaged and stothe Turbinee performed open-air demeet the oped of as radiontified withid will be usr depth, thenbe loaded anrgySolutionsin accordancn Protection en-air demots, interior stab. The gep down and cessed to mdemolition ton of the struhe licensed rnd trucked toferred to a rIf possible,on (i.e., conbe subjecteddenser, elecpment. A 3e Building. merous hatchr room facilfacilities, heae for other ent spaces. zing cutting Band sawse will be sizored in the we Building unof all remaemolition cren-air demooactive wastein the first coed to removn a wire sawnd transport facility in Cce with apprpersonnel.olition limitstructural sureneral demofrom west tomeet disposao minimize ucture is expradioactive wo a rail transrail car and some matncrete d to a ctrical 0-ton The hes in lities, ating, plant The tools s and zed to waste ntil it aining riteria lition e. As ouple ve the w will ted to Clive, roved s, the rfaces lition o east l site dust. pected waste s-load d then erials La CrossLicense TRevisionincludingaccordanof Matercan be rerecycle othe preseof a 193-When thexcavatobuilding removal,Some exdischargebelow gr3.3.3.The WTBand equiplevel solbasementbottom wThe gradsteel spenthe shielpiping, cfacility, cconditionThe basegained b drums.

exchangeThe Gas 14 feet hthe WTBelevationcomponecubic feeuntil suchsome assThe LowIt was usse Boiling WTerminationn 0 g structural cnce with NUrials and Eqecycled or reor disposal aence of any r-6 Micro R inhe Turbine Br with apprslab and foundergrounxamples of e line. The rade (636 fooWaste TrB is locatedpment for dlid radioactit floor is at which extendde floor of thnt resin recelded cubiclecontainers, aconsisting ofning units. ement of they removal oThe other aer, the WTB Storage Tanigh walls anB. The vauln 617 feet. ents for dryiet tanks are lh time that tsociated pipinw Specific Acsed to store Water ReactorPlan concrete wilUREG-1575, uipment Maeleased for dat a non-radiresidual radionstrument orBuilding hasropriate tooloundation tond utilities wundergrounslab and foot elevation)reatment Bud to the northdecontaminative waste. elevation 63d to a depth ohe WTB coneiving tank ae were two and pumps. f a steam clee WTB consof floor shiearea, to whicsump and pnk Vault (GSnd 2 feet thiclt is 3 feet bThe Gas Ding, filteringlocated in thhey were bang. The remctivity (LSAprocessed, r ll be radiologSupplementanual (MARdisposal at a ioactive dispoactive contr similar. s been demls (pneumat meet dispowill also be rnd utilities oundation w. uilding, Gasheast of the tion and the The WTB 30 feet and hof 626 feet.ntains a shieand resin reback-washab The main eaning boothsists of two eld plugs, wch access ispump, and adSTV) is a 29ck floors, wabelow gradeDecay Systeg, recombinihe GSTV. Thatch releasedmainder of thA) Storage Bupackaged an3-12 gically survet 1, Multi-AgRSAME) (4).non-radioloposal site witamination bmolished, thetic hammer,osal site requremoved, surmight be galls will be s Storage TaReactor Buicollection, is 34 feet bhas a 3 foot elded compaceiving and ble radioactfloor of thh, a decontamshielded cuwas used for gained by dditional was9 foot by 31 falls, and ceile with a sumem routed ming, monitorhe tanks hadd via the stache Gas Decayuilding is lond sealed loeyed and relgency Radia. Materials ogical landfiill be subjecy undergoine foundation loading buquirements. rveyed, packgas, water,removed toank Vault ailding. Theprocessing, by 42 feet adeep sump wartment whitransfer equtive liquid we WTB alsomination sinubicles. Onethe storage a stairway, ste storage sfoot undergrling located mp that extemain condering and hod the capabilck. The tanky system hascated southwow level dryleased for unation Surveyreleased forll. All bulk cted to a finang an aggregn slab will bucket, etc.) During slabkaged and prmiscellaneo a minimumand LSA Stoe building costorage, andand 20 feet with 8 inch ich houses auipment. Lowaste filterso housed a nk, and heatie cubicle, toof high actcontains thspace. round concrebelow grounends to a deenser gases oldup for delity to store ks remain in s been remowest of the Ty active wasnrestricted uy and Assessr unrestrictematerial senal assessmenate survey bbe exposed.will removb and foundroperly dispeous piping,m depth of 3orage Buildontained facid disposal otall. The Wthick walls aa 320 ft3 staiocated outsis and dewatdecontaminng/ventilatioo which accetivity solid we dewaterinete structurend just outsiepth of 22 fethrough vacay. Two radioactive place alongved. Turbine Builste materialsuse in sment d use nt for nt for by use An e the dation posed. , and 3 feet ding ilities f low WTB and a inless ide of tering nation on/air ess is waste g ion e with ide of eet or arious 1,600 gases g with lding. s, and La CrossLicense TRevisionsealed loBuilding Commodutilizing Band sawbe cleanebe sized waste loasite faciliAfter comopen air demolitioIf unacc scabblingthe contacontaminradioactivWhen allabove grthe concrGSTV lowith Chawill be ufrom the will be sappropriacontainerClive, Ut3.3.4.The LACplant. Tcooling wdiesel-dr circulatinIn additiofacility, aRadiologinterior athat the sse Boiling WTerminationn 0 ow level actiis 27 feet bydity removacutting toolws and reciped and a fixato meet packading area inity. mmodity remdemolition con criteria weptable cong method or amination isnated areas. ve waste disl structural rade portionsrete floor slocated belowapter 5. Conutilized durindemolition shipped to thate containerr will be trantah. LACBWRCBWR CribThe structurewater to variven high png water pumon to the G-3and consequgical surveysand exterior structure canWater ReactorPlan ivity compony 80 feet andl has begunls and mechprocating sawative will bekaging and wn the Turbinmoval is comcriteria per Rwill be removntamination air hammeris detected a All radioasposal facilitsurfaces havs of each bulab will be rw 636 foot encrete will beng building of each of he licensed rs and trucknsferred to aR Crib Houb House is loe served as rious LACBpressure servmps. The LA3 Crib Housuently, will rs, either FSSstructural sun be releasedr nents. No lid 15 feet talln and will hanical meanws will be the applied priwaste disposne Building umplete, the Reference 3ved, segregais identifieding method wat a deeper active wastety. ve been decuilding will bremoved. Televation wie processed tdemolition the structureradioactive ked to a rail a rail car anduse ocated on ththe intake BWR plant vice water pACBWR Crie, the LACBremain intacS or MARSAurface and syd for unrestric3-13 iquid wastesl. continue inns to dismanhe primary mior to dismasal criteria. Wuntil it is prointerior con. Structural ated, packagd within thewill be useddepth, thene will be loontaminatedbe demolishThe remaininll remain anto meet dispto minimizee will be trewaste dispotrans-load fd then shippehe bank of tfor the Circsystems. Tpumps, low ib House is 3BWR Crib Hct and undistAME free reystems of thcted use. s were storen the WTB,ntle radioactmethods usedantlement. SWaste will boperly shippncrete surfacmaterial thaged and dispoe first coupd to remove tn a wire saoaded and td to the opehed. The enng structurand be subjecposal site reqe dust. All eated as lowosal facility.facility in Wed to the Enethe Mississiculating WaThe LACBWpressure se35 feet by 45House also cuturbed by thelease survehe LACBWRd in this bui, GSTV antive piping d. The interSystem piecebe packaged ped and dispoces will be rat does not mosed of as rple of inchethe contaminaw will be transported n-air demolntire LSA bual concrete fcted to a FRquirements. constructionw-level radio. Waste wiWinona, MN ergySolutionippi River toater System,WR Crib Hoervice water5 feet and 15urrently servhe decommieys will be pR Crib Housilding. The d LSA Buiand componriors of tankses and wasteand stored iosed of at anremediated tmeet the opeadioactive wes of concrenated materiused to remto an acceplition criteriauilding, inclufor the WTBRS in accordMisting metn debris resuoactive wasteill be loadedwhere the wns disposal so the west o which provouse containr pumps an5 feet tall. ves the activessioning properformed ose to demonLSA ilding nents. s will e will in the n off-to the en-air waste. ete, a al. If move ptable a, the uding B and dance thods ulting e and d into waste site in of the vided ns the d the e G-3 ocess. on the strate La CrossLicense TRevision3.3.5.The MaiwindowsThe 1B Dcontains The buildshaped hThese twincludingthese struradioactivto a rail tcar and tmaterialsunrestrictrecycled or dispospresence a 193-6 M3.3.6.The LACan outsid15 inchescluster ofsides on tThe VenOnce ch demolitiofixative wDemolitisystem wremoved of the vexcavatothe interithe concrmethods and barr resulting and will appropriase Boiling WTerminationn 0 Maintenaintenance Eas constructedDiesel Generthe Electricding is consaving largeswo structureg the concreuctures will ve waste distrans-load fathen shippeds, includingted use in acor released sal at a nonof any residMicro R instVentilatioCBWR Ventde diameter s at the bottf 78 piles. Tthe southeasntilation Staaracterizatioon criteria pwill be appliion will be will be empusing mechventilation srs will saw ior of stack. rete debris. will be utiliicade the fafrom the debe shipped tate containerWater ReactorPlan ance Eat Shat Shack is d over a concrator Buildinal Equipmenstructed of cst dimensiones will be rete foundatiobe treated assposal facilitacility in Wind to the Eng structural ccordance wfor disposal n-radioactivedual radioacttrument or sion Stack tilation Stacof 7 feet at tom to 6 incThe foundatist and southwack will be on is complper Referenced to the ideperformed fployed to prhanical handstack will band break th An openingThe concretized during all zones in emolition ofto the licensrs and truckr hack and 1Ba 20 feet bcrete slab. ng is attachednt Room, Diconcrete blos of 31 feet bradiologicallon slabs. Cs low-level rty. Waste winona, MN wergySolutionconcrete wwith MARSAat a non-rade disposal stive contamiimilar. k is a 350 fethe top and ches at the toon mat is 40west cornersradiologicalete, interiorce 3 and dementified surfafrom the toprovide accesd tools downbe removedhe concrete g at the bottote foundationall demolitithe vicinityf these struced radioactivked to a rail 3-14 B Diesel Geny 40 feet and to the soutiesel Generack and steelby 38 feet anly characterConstruction radioactive will be loadedwhere the wans disposal will be radAME. Matediological laite will be ination by unfeet high, tap25 feet at thop. The 4 f0 foot square. lly characterr concrete sumolished. Iaces to mitigp down. Itss to the exn to the lowed with excainto manageom of the stan mat will beon to minimy of the venctures will bve waste distrans-load fnerator Builnd 15 feet ttheast cornerator Room, al beams andnd 13 feet tarized and thdebris resulwaste and wd into appropaste containesite in Clivdiologically rials releaseandfill. All bsubjected toundergoing apered, reinfohe base. Thfeet thick foe concrete barized and thurfaces willIf remediatiogate any loost is anticipatxterior of ther 40 foot elavators and eable sectionack will be me taken downmize dust. Pntilation stabe treated assposal facilitfacility in Wlding all steel-sidr of the Turband an emptd braces. Thall. hen complelting from twill be shippepriate contaier will be trave, Utah. Isurveyed aed for unrestbulk materiao a final asan aggregate orced concrehe wall thickoundation mase formed when complel be remedion is not prse contaminaated that a trhe stack. Tlevation. Thpneumatic ns and drop made to allon to 3 feet bProject persoack. All cos low-level rty. Waste wWinona, MN ded building bine Buildingty Battery Rhe building tely demolithe demolitioed to the liceiners and truansferred to If possible, and releasedtricted use caal sent for ressessment fosurvey by uete structurekness varies at rests on awithout trianetely demoliiated to operacticable, thation. raveling scaThe stack wihe bottom 40breakers. the sectionsow the removbelow grade. onal will monstruction dradioactive wwill be loadedwhere the wwith g and Room. is L-ished, on of ensed ucked a rail some d for an be ecycle or the use of e with from a pile ngular ished. en air hen a affold ill be 0 feet The s into val of Wet onitor debris waste d into waste La CrossLicense TRevisioncontainerClive, Ut3.3.7.ApproximLACBWroads insremoval will be pr3.4.RThe decoSolutionsprogramsSolutionssufficientaccordanStandardReasonabcontrols radioactivwritten pThe currEffluent Manual the varioare routithe publialso impowaste maand outaproceduD-Plan/PenvironmNo alteRadDeca poContinueMonitoriand 10 Cse Boiling WTerminationn 0 r will be trantah. Legacy Wmately 75 cuWR Site Enclside the LSof part of arocessed as Radiologicalommissionins Radiation s are and ws Radiation t informationce with 10ds For Protebly Achievathe generave waste in plant procedurent RadiatiMonitoring(ODCM) (5ous decontaminely inspecic, and the eortant to notanagement cages, and deures for whPSDAR, themental impacsite-specifier the concludiation dose commissionositive envired applicationg ProgramCFR 50, AppWater ReactorPlan nsferred to aWaste ubic yards losure (LSESE, the undea wall in thelow-level ral Impacts ofng activities Protection Pwill continue Protection on to demon0 CFR 19, Nection Againable (ALARation, charaaccordance ures. ion Protectig and Radi5) will be usmination andcted by the environmentte that decomconsideratioecommissionhich approe decommicts in that: ic factors peusions preseto the publiing is not aronmental imon of the curms at LACBpendix I. Rar a rail car andof stockpileE) fence lineerlayment se Turbine Buadioactive waf Decommissdescribed arProgram andto be impleProgram annstrate that Notices, Insnst RadiatioRA) The Scterization, with the appon Programiological Effsed to proted decommissNuclear Regt are protectmmissioningons as thosening activitioval is beinssioning wiertaining tonted in NURc will be minan imminentmpact. rrent and fuBWR ensureadiological E3-15 d then shippeed deconstrue. The deband from thuilding. Allaste during dsioning Actre and will bd Radioactivemented asnd written sdecommissstructions Aon and to molutions Raprocessing,proved Solum, Waste Mffluent Monct the workesioning activgulatory Comted during fag activities inencounterees conducteng sought ill be accothe decommREG-0586 (snimal. t health or suture Radiatis public proEnvironmented to the Eneuction debribris consistinhe roads anl of the stocdecommissioivities be conductedve Waste Mdescribed isite procedusioning activAnd Reportsmaintain radiadioactive W, handling,utions RadiatManagementitoring anders and thevities. Thesmmission (Nacility decomnvolve the sed during pled to date. in this Lomplished wmissioningsee LTP Chasafety conceion Protectiootection intal MonitoriergySolutionis is stored ng of asphand concrete ckpiled decooning. d under the Management n the D-Plaures are intevities will bs To Workation exposuWaste Manashipping, tion ProtectiProgram, ad Offsite Dpublic, as ae well-estabNRC) to ensmmissioningame radiatioant operatioThere areTP. As dwith no sigof the LACapter 8). ern and wilon and Radiaccordance ing Programns disposal sinside the alt removed debris fromonstruction dprovisions oProgram. Tan/PSDAR. ended to probe performekers, 10 CFRures As Lowagement Proand disposaion Programand RadioloDose Calculapplicable, dblished progsure that worg activities. on protectionons, maintene no additidescribed ingnificant adCBWR woulll generallyiological Effwith 10 CFm (REMP) resite in south from m the debris of the These The ovide ed in R 20, w As ogram al of m, and ogical lation during grams rkers, It is n and nance ional n the dverse ld have fluent FR 20 eports La CrossLicense TRevisionfor LACactivities3.4.1.Due to tdismantleConsequremediatradiologispecifieddescribed3.4.2.Table 3-2This dosExposureinformatifor remaiDecommAsbReaWaTurRemWaTot3.4.3.ContinueEffluent public pr se Boiling WTerminationn 0 CBWR to ds is bounded Control Mthe large scoed, FRS ofently, a sysed prior to pical conditiod in 10 CFRd in LTP ChOccupati2 provides tse estimate e Projectionion gatheredining decomTable 3-missioning Abestos and otactor Buildinaste Treatmenrbine Buildinmaining Struaste Processintal for DecoExposureed applicatioTechnical Srotection in aWater ReactorPlan date concludby the evaluMechanismsope of remaf areas maystematic appperforming Fon of areasR 20.1402 haapter 5. ional Exposthe cumulatiis documenns for LACBd for reportimmissioning a-2 RadiActActivity ther Hazardong nt Building ng uctures ng (includesommissionine to the Pubon of SolutSpecificationaccordance w r de that theuation in NUs to Mitigataining structy be perforproach willFRS and ons where coas been demure ive site dosented in EneBWR Decoming of yearlactivities is eiation Expostivity ous Materials shipping anng Activitiesblic tions' Radian and Radiowith 10 CFR3-16 public expUREG-0586,te the Recontures and syrmed in parbe employngoing decommpliance wmonstrated. e estimatesergySolutionmmissioningly site doseestimated tosure Projecl Abatementnd prep) s ation Protecological EnvR 20 and 10 Cposure as a , which concntaminationystems thatrallel with yed to ensummissioningwith the unr These mefor the decons TSD RS(6). This ie. The totalo be approximctions for De t ction, Radiovironmental CFR 50, Appresult of dcludes the imn of Remediwill be decdecommissiure that areag activities drestricted reeasures and ommissioninS-TD-313196information l radiation emately 130.3ecommissioExpo(person188191018130oactive WasMonitoring pendix I. decommissiompact is miniiated Areascontaminatedioning activas are adequdo not impacelease critermechanismng of LACB6-007, Radiis in additiexposure esti3 person-remning osure n-rem) 8.6 1.4 .6 .6 .8 8.2 0.3 ste, RadioloProgram asoning imal. d and vities. uately ct the ria as ms are BWR. iation on to imate m. ogical ssures La CrossLicense TRevision3.4.4.The RadiprocessinActivatedlow leveof waste ConUseExpExpConConTable 3-3the decoreferred ttotal volufeet. Acbe shippeWADebriDebDebAADry A(Mix se Boiling WTerminationn 0 Radioactioactive Wang, handlingd and contamel radioactivgenerated duntaminated wed disposablpended abrapended resinntamination ntaminated e3 provides pmmissioningto as "rip &ume of lowctual waste ved to the liceSTE TYPEis: Concrete bris: Rebar bris: Metal Asphalt Soils Asbestos Active Waste(DAW) xed Waste Water ReactorPlan tive Waste Pste Managemg, shipping, minated syste waste expuring decomwater; le protective sive and absns and filterscontrol matequipment uprojections og of LACB& ship" versew-level radiovolumes andensed EnergyTableWASTECLASSA A A A A A e A A r Projectionsment Prograand dispostems, structupected to bemmissioning clothing; sorbent mates; erials (e.g., sused in the deof waste claWR. As Ses performinoactive wasted classificatiySolutions ra 3-3 ProE SWAWE(l20,0881,82542,873030563-17 m is used tosal of radioures, and come generatedinclude: rials; strippable coecommissionssificationsSolutions hasng significane for disposions may vaadioactive wojected WasASTE EIGHT lbs.)026,177 89,249 27,476 41,575 777,268 00,776 0,880 6,222 Totalo control theoactive wastmponents repduring decooatings, plastning processand quantitis elected tont on-site desal has beenary. The vaswaste disposaste QuantitiPACKDENS(lb./f85853050741712110l Estimated V characterizate during dpresent the lommissionintic enclosures. ies that willuse an appecontaminatin estimated st majority oal facility in ies KING SITY ft3) 5 5 0 0 4 7 2 0 Volume ation, generadecommissiolargest volumng. Other fes); and be generateproach commion activitiesat 393,696 of this wasteClive, UtahWASTE VOLUME(ft3)235,60310,463 60,916 10,832 38,882 17,693 2,574 16,733 393,696ation, oning. me of forms ed by monly s, the cubic e will h. E La CrossLicense TRevisionWAClean(DebriCleaDRecyRecy3.4.5.Table 3-4 Date Q2/201Q2/201Q2/201Q3/201Q3/201Q3/201Q4/201Q4/201Q4/201Q4/201se Boiling WTerminationn 0 STE TYPEn Backfill - is to Landfillan Asphalt Disposalcle - Metalsycle - RebarProject M4 lists the cu16 16 16 16 17 17 17 18 18 18 Water ReactorPlan WASTECLASSl)Clean DebrisClean DebrisScrap MetalScrap MetalMilestones urrent scheduTable MilestoneSubmit LTLicense TMobilizatiStack DemLTP ApprComponenBuilding DTransportaSite RemeFRS Comr Table 3E SWAWE(l19,74,81,895ule for the ree 3-4 Gee TP to NRCransfer Comion Completmolition Comroval by NRnt Removal Demolition Cation and Diediation Commplete 3-18 3-3 ContinuASTE EIGHT lbs.)747,21174,17503,06454,659Totalemaining deceneral Projemplete te mplete C Complete Complete isposal Commplete ued PACKDENS(lb./f75502030l Estimated Vcommissioniect Milestonmplete KING SITY ft3) 5000Volume ing activitiesnes WASTE VOLUME(ft3)263,29797,48490,15431,822482,757s. E La CrossLicense TRevision Date Q1/201Q1/201Q1/201Q1/202Q1/202Note: 3.5.R1. DD2. USN3. ED4. URD5. R6. EP se Boiling WTerminationn 0 19 19 19 20 20 Circumstancecannot be comReferences Dairyland PoDecommissioU.S. Nuclear tatement on November 20EnergySolutiDemolition LU.S. Nuclear Radiation SurDecember 20Radiological EnergySolutirojections foWater ReactorPlan MilestoneSite RestoSubmit ReSubmit LiLicense TLACBWRs can change dmpleted as outliwer Cooperaoning ActivitRegulatory Decommiss002. ons TechnicLimits. Regulatory rvey and As006. Effluent Moons Technicor LACBWRr Table 3e oration Compemaining FRicense Transransfer to DR License Teduring decommined in this schative, LACBties Report (Commissionsioning of Nucal Support DCommissionsessment of onitoring andcal Support DR Decommis3-19 3-4 Continuplete RS Reports sfer to Dairylairyland Apermination Amissioning. Ifhedule, SolutioBWR Decom(D-Plan/PSDn NUREG-0uclear FaciliDocument Rn NUREG-1Materials and Offsite DoDocument, Rssioning. ued land Amendpproved by NApproval by f Solutions deteons will providemmissioning DAR), Revis0586, Generiities, SuppleRS-TD-313191575, Supplend Equipmenose CalculatiRS-TD-3131dment RequeNRC NRC ermines that the an updated scPlan and Posion - Marchic Environmement 1, Vol96-005, La Cement 1, Munt Manual (Mon Manual (96-007, Radest to NRC he decommissiochedule to theost Shutdownh 2014. mental Impactlume 1 - Crosse Openulti-Agency MARSAME(ODCM). diation Expooning NRC. n t n Air E) - osure