ML16200A087

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
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Download: ML16200A087 (24)

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LA CROSSE BOILIN G WATER REACTOR LICENSE TERMINATION PLAN CHAPTER 3 IDENTIFICATION OF REMAINING SITE DISMANTLEMENT ACTIVITIES

La Cros s License T Revisio n 3.Ide n 3.1.3.2.3.2.3.2.3 3

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3.3.3.3.4 s e Boiling W Termination n 0 ntification o f Introductio nCompleted 1.Overvi 2.Disma n.2.2.1.Fo r.2.2.2.Se a.2.2.3.De c.2.2.4.Pri m.2.2.5.Alt.2.2.6.Ga s.2.2.7.Fu e.2.2.8.Co m.2.2.9.Hy d.2.2.10.W.2.2.11.D e.2.2.12.O v.2.2.13.St a.2.2.14.L o.2.2.15.H i.2.2.16.C i.2.2.17.C o.2.2.18.F u.2.2.19.St e.2.2.20.6 0.2.2.21.T u.2.2.22.H e.2.2.23.Li.2.2.24.El 3.Additi o Future Dec o 1.Reacto r 2.Turbin e 3.Waste T Storag e 4.LACB W W ater Reacto r Plan f Remainin g n .................

and Ongoin g ew ..............

ntlement of S r ced Circula t al Injection S c ay Heat Co m ary Purifi cernate Core seous Wast e el Element S m ponent Co draulic Val v Well Water S y emineralize d v erhead Sto r a tion and C o o w Pressure i gh Pressure i rculating W o ndensate S y u ll-Flow Co n eam Turbin e 0-Megawatt G u rbine Oil a n e ating, Vent iquid Waste ectrical Dis t onal Activiti o mmissioni n r Building ..

e Building a Treatment B e Building ..

W R Crib H o r TABLE O g Site Disma n...................

.g Decommi s...................

.Systems an d t ion System

.S ystem ........

.oling Syste m c ation Syste m Spray Syst e e Disposal S y Storage Welloling Water v e Accumul a y stem ..........

.d Water Sys t rage Tank ...

.o ntrol Air S y Service Wa t Service W a W ater System ystem and F e ndensate De m e .................

.G ene r ator ....n d Hydroge n i lation, and ACollection S tribution Sy s es ...............

.n g Activitie s...................

.a nd Turbine O B uilding, Ga s...................

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.3-i OF CONT E ntlement A c...................

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.ator System

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.y stem .........

.ter System .

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.e edwater H e mineralizer

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.n Seal Oil S y A ir Conditi o Systems ......

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.... 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 Cros s License T Revisio n 3.3.3.3.

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3.4.3.4.3.4.4 3.4.3.5. Table 3-1 Table 3-2 Table 3-3 Table 3-4 s e Boiling W Termination n 0 5.Maint e 6.Ventil a 7.Legac y Radiologic a 1.Contro 2.Occup a 3.Expos u 4.Radio a 5.Projec tReferences 1Status o 2Radiat i 3Projec t 4Gener a W ater Reacto r Plan nance Eat S h ation Stack ..

y Waste .......

al Impacts o fl Mechanis m ational Exp o u re to the P u a ctive Waste t Milestones

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of Major L A ion Exposur e t ed Waste Q u al Project M i r h ack and 1 B...................

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.f Decommis ms to Mitiga t o sure ...........

.u blic ............

.Projections

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.LIST A CBWR Sy s e Projection s u antities .....

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.3-ii B Diesel Ge n...................

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.OF TABL E stems and C o s for Deco m...................

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.ntamination

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.. 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 Cros s License T Revisio n ALAR AACM AMSL BSFR CCW CST D-Plan/PSDA R FESW FRS G-3 GSTV HPSW HVAC kVA ISFSI LACB W LPSW LSA LSE LTP NRC ODC MOHST REMP RPV RWP WTB s e Boiling W Termination n 0 A As L Asb Ab o Bul k Co m Co n/ R De c Fue l Fin a Ge n Gas Hig h Hea t kilo-Ind e WR La C Lo w Lo w LA C Lic e Nu c M Off-Ov e Rad Rea c Rad Wa s W ater Reacto r Plan LIST OF Low As Rea estos Conta i o ve Mean S e k Survey Fo r m ponent Co o n densate Sto r commissioni n l Element S t al Radiation n oa Fossil St a Storage Ta n h Pressure S ting Ventila t-Volt-Amp e e pendent Sp e C rosse Boili n w Pressure S e w Specific A c CBWR Site E ense Termin alear Regula t-site Dose C a rhead Stora g i ological E n ctor Pressur e iation Wor k ste Treatme n r ACRONY M sonably Ac h ining Mater i e a Level r Release oling Wate r rage Tank n g Plan/Pos t torage Well Survey a tion n k Vault ervice Wat e tion Air Co n re ent Fuel Sto r ng Water R e ervice Wate r ctivity E nclosure a tion Plan tory Commi s alculation M ge Tank nvironmenta l e Vessel k Permit n t Building 3-iii M S AND A B h ievable i al t Shutdown er nditioning rage Install a e acto r r s sion M anual l Monitorin g B BREVIA TDecommiss a tion g Progra m TIONS ioning Acti v vities Repor t t La Cros s License T Revisio n s e Boiling W Termination n 0 W ater Reacto r Plan r Page Inte n 3-iv n tionally Le f ft Blank La Cros s License T Revisio n 3.I d 3.1.I nIn accor dthe rem athe time remediat iEstimate released projecte d will be Crosse B Decomm to proce e The LA Calternati v Decomm DECON sites. C ulocated i n Decom m regulato r State an d Decom mof 10 C F involve LACB Wthe tech n approval Decom m Safety a n decomm i operatio n The re m describe d discusse dmajor re m specific ecompon e s e Boiling W Termination n 0 d entificat i n troductio n dance with 1 aining majo rof submitt a i on an d an as of the o c to unrestric d volumes o fundertaken B oiling W a issioning A c ed. CBWR site ve, as des c issioning o f alternative i urrently, La C n Andrews, missioning a ry agencies d local reg u m issioning a c FR 50.82(a)(6any un-rev i W R. If an ac t nical specif ibefore imp l m issioning a c n d Health P i ssioning do ns, especiall y m aining dec d in section d in section s m aining co m equipment r e nts that hav W ater Reacto r Plan i on of Re m n 1 0CFR50.82 r dismantle m al. The in f o assessment o ccupational r t ed areas d u f radioactiv epursuant t o a ter React o ctivities Rep owill be de c ribe d in N f Nuclear F i s continge n Crosse Solut i Texas and a t a ctivities ar e in accorda n ulatory age n ctivities at L A 6) and (a)(7

)i ewed safe t t ivity requir e i cations or l lementing t h ctivities are Program, a n not pose a n y those duri nontaminatio n3.3. The s p s 3.3.2 thro u mponents of r emediation e been or ar e r m ainin g S i (a)(9)(ii)(B m ent and de c f ormation in c o f the poten t radiation d o uring the co e waste that o the curre n or (LACB W o rt (D-Plan/contaminat e N UREG-05 8 F aci l ities, S n t upon cont i i ons (Soluti o t the Energ y e being c o n ce with pl a ncies are lis t A CBWR w i). At the ti m t y question s e s prior NR C license, a s u h e activity i n conducted n d Waste M ny greater ra ng major m a n and dis m pecific syste m u gh 3.3.7.

Tcontaminat econsiderati o e to be rem o 3-1 i te Disma n), the Licen s contaminati o cludes thos e tial radiolog o se and the mpletion o f will be gen e nt 10 CFR 5 W R) Deco m/PSDAR) (1 ed and dis m 8 6 Generic S upplement i nue d acces s o ns) has ac c y Solutions f a o ordinated w ant adminis t ted in sectio i ll be condu c m e of LTP s s or chang e C approval u ubmittal wi l n question.

under the S Management diological o r aintenance a n mantlement m consider a T hese sectio n e d plant sys t ons. Table 3 o ve d. n tlement A se Terminat i o n activities e areas andical conditi oquantity o f f the schedu erated are al s 5 0 license, m missioning

1) and do n o m antled in a c Environm e 1, Volume 1 s to one or m cess to low-l acility locat e with the a p trative proc en 8.7.2 of L c ted in acco r submittal, t h es in the T under 10 CF ll be made S olutions R aProgram r safety ris k n d outage e vactivities t h ations that w ns provide a tems and, as 3-1 contain s A ctivities i on Plan (L T s for the de cequipment ons that ma y f radioactiv u led tasks arso included.are consis t Plan an d ot depend u p ccordance w e nta l I mpa c 1 (2). C o m ore low le v l evel waste d ed in Clive, U p plicable F e e dures. A p L TP Chapte r rdance with he remainin g T echnical S R 50.59(c)(2 to the NR C a diation Pr o Activities c k than those c v olutions.

that will b e will be take n a n overview s appropriat e s a list of m TP) must id e commission ithat need f u y be encoun te material t e provided. These acti tent with t h d Post-Shu t pon LTP ap p w ith the D E c t Stateme n ompletion o v el waste di s disposal fac i Utah. e de ral and p plic able Fe d r 8. the require m g activities dpecification 2), or a cha n C for revie w otection Pro g c onducted d c onducted d e performe d n into accou n and descri b e , a descript i major system entify i ng at urther tered. t o be The vities h e La t down p roval E CON nt on f the s posal i lities State deral, m ents do not n s for n ge to w and gram, during d uring d are n t are b e the i on of s and La Cros s License T Revisio n Force d React o React o Main S Deca yPrima r Feed w Seal I n Alter n Gaseo Fuel EComp o Hydr a Well WDemi n Overh Statio n Low P High P Circul Cond e Heate r Stea m 60-M e Main C Turbi n s e Boiling W Termination n 0 Tabl e System or d Circulatio n or Vessel In t or Vessel Steam in Re y Heat Cooli n r y Purificati o w ater in Rea c njection Sys t nate Core Sp r us Waste D i Element Sto r o nent Cooli n ulic Valve A W ater Syste m n eralized W a ead Storage n and Contr o P ressure Ser v Pressure Ser vating Water e nsate and F e r s Turbine e gawatt Gen C ondenser &ne Bldg. Ma i W ater Reacto r Plan e 3-1 St a as Compone n n System t e rnals actor Bldg.

n g System o n System c tor Bldg.

t em ray System i sposal Syst e rage Well S y ng Water (C A ccumulato r m ater System Tank (OHS o l Air Syste m vice Wate r v ice Wate r System e edwater T a erato r & Accessori e in Steam r a tus of Ma jo of June 20 1 n t P R R I n I n I o I n 9 0 5 0 e m A y stem C CCW) I n r SystemI n I n I nT) I n m I n 3 0 O R a nks and D p l R R e s 1 5 R 3-2 o r LACB W 1 5 artially Re m Removed fro m Removed fro m n place n place- Dra i o n Exchang e n place 0% remove d 0% remove d All except u n C ontents re m n place- 70

%n place- Dra i n Place - Iso n place- Dra i n place- Dra i n place 0% remove d Operational Remains in p l D raine d- Co n l ace, All Fe e Removed Remove d 5% Remov e Remove d W R S y stems St a m oved m site m site ine d ers in place; d d n derground s m ove d- Drai n% Removed ine d lated from T ine d- 50% r e ine d d lace - pum p ndensate Sto e dwater He a ed and Comp o a tus 90% remov s torage tank n e d T urbine/Rea c emoved p s de-energi z rage Tank r e aters remov e o nents e d removed ctor Bldg.

z e d emain in ed La Cros s License T Revisio n Ta b Turbi n Turbi n Liqui d Fuel T HVA C Electr i Asbes tAfter thdemonst r reduced t will be decomm i 3.2.C 3.2.1.In exces s addition disposal waste. Waste st o Class B/C were shi p rod b la d Attachm eremoved fuel asse the stora g 3.2.2.3.2.2.1.The For c Circulati s e Boiling W Termination n 0 b le 3-1 (co n System or n e Bldg. Co n n e Oil and H d Waste Col l Transfer Bri d C Systems ical System s t os Abatem ee balance r ate d to be t o the area atransferred i ssioning ac t C ompleted a Overvie w s of 2 millio to the Rea c of the RP V ored in the F C waste (i.e p ped for dis p d es was fil l e nts to the Rfrom the R mblies and f g e racks an d Dismant l Force ced Circul aon pumps, a W ater Reacto r Plan n tinued) S a Compone n n densate an d H ydrogen Se a l ection Syst e d ge s e nt of the site b elow the u a round the I back to D a t ivities com p a nd On g oin g w n pounds o f c tor Pressu r V included d Fuel Eleme n., resins, fil t p osal in Jun e l ed with l o R PV were r eactor Buil d f uel debris w d installed c o lement of S y d Circulatio n ation syste m a uxiliary oil r S tatus of M a a s of June 2 0 n t d Fee d R al Oil P ems I n R I n I n 7 5is remedi a u nrestricted I ndependent a iryland un d pleted to dat g Decommi s f metallic w a r e Vessel (R disposition o nt Storage W t ers, and wa s e 2007. Th e ow-density c removed an d d ing and wa w ere placed omponents w y stems and n System m and atten d pumps, an d 3-3 aj or LACB W 0 15 Remove d artially Re m n place - Pa r Remove d n place - Pa r n place- Dis c 5% complet a ted and t h release crit e Spent Fuel d e r the 10 e are provid s sionin g Ac a ste have be R PV) and s of irradiate d W ell (FESW)ste barrel c o e RPV cont a cellular co n d all other a s shipped f o in dry cask were remove d Componen t dant oil sy s hydraulic c W R S y ste m St a m ove d rtially Oper a r tially Oper a c onnecte d t e he levels o eria, the 10 Storage Ins CFR Part 5 d ed in sectio n ctivities and een remove d s pent fuel s t d hardware a) was proce s o ntents) and aining the re a ncrete with appurtenanc o r disposal i n storage in t hd from the F t s s tems have oupling oil p m s and Com a tus a tional a tional f residual CFR Part 5 0tallation (I S 5 0 license.

n 3.2. Tasks d , shipped, a n t orage rack s a nd all oth e s sed and co l package d i n actor intern a the reacto r es were cu tn June 200 7 h e ISFSI in FESW. been drain e p umps have ponents radioactivit y 0 license w S FSI) and th Spent fue l n d disposed

s. Remova l er Class B a llected with n three liner a ls and 29 c o r head inst a t. The RP V 7. After all Septembe r 2 e d. The F o been electr i y are ill be e site l and of in l and a nd C other s that o ntrol alled. V was spent 2012, o rced i cally La Cros s License T Revisio n disconn e density cnozzles w reactor c disposed 3.2.2.2.The Sea l Circulati 90% re m 3.2.2.3.The De c cooler, a This sys t 3.2.2.4.The Pri m regenera t resins h a coolers a 3.2.2.5.

The Alt e(HPSW) duplex s tsystem i n and 80%compon e 3.2.2.6.This sys trecombi n exceptio ntunnel. 3.2.2.7.The Fue l 11 feet b 38,000 gpumps, o fuel and well and s e Boiling W Termination n 0 cted. All 1 c ellular con c w ere cut to c avity was aof. Pumps Seal I l Injection son pumps a n m oved. Deca y c ay Heat C o nd intercon n tem is drain e Prim a m ary Purifi c tive cooler, a ve been re m a nd 90% of t h Alter n ernate Core pumps, wh i trainers and n the React o% of the p i e nts are drai n Gase o tem routed ning, monit o n of the un d Fuel E l Element St o by 11 feet b allons of w a o ne heat ex c fuel debris, i a fixative w W ater Reacto r Plan 16 inch and c rete. Four allow rem o also cut at and piping injection Sy s ystem prov i nd the 29 c o y Heat Cool i ooling syste m n ecting pipi n e d and inop e a ry Purificat i c ation systepurificatio n m ove d and t h e piping h a nate Core S p Spray syste i ch took su ctwo moto r-o or Building w iping in th e n ed and are r ous Waste Dmain cond e o ring and h d erground g a Element Sto r orage Well (b y approxi m a ter. The F E c hanger, on e installed co m w as applied t o r 20 inch Fo r16 inch For c o val of the the biologi cn the shield e s tem i ded coolin g o ntrol rod dr i ng System m was a si n n g used to r erable. i on System m was a h n cooler, pu m the system h a ve been re m pray Systemm consiste d ction from t h o perated va l was remove d e Turbine B r eady for di s isposal Sys t e nser gasse s h oldup for as storage ta n rage Well (FESW) is a mately 42 f e E SW coolin g e ion excha n m ponents, a n o the walls.

3-4 rced Circul a c ed Circula treactor pre s cal shield, s e d cubicles r g and sealin give units.

T n gle high p r remove core high pressu r m p, two io n h as been d r m oved and d i d of two di e h e river and lves installe d d due to int e B uilding h a smantlemen t t em s through v a decay. Th n ks and the a stainless st e e et deep.

W g system is c n ger, piping

, nd storage r aThe system ation syste m tion inlet no ssure vessel s egmented i remain. g water for This system i r essure clos decay heat re, closed l o n exchange r raine d. The isposed as r a esel-driven H discharged d in parallel e rference wi as been re m t. a rious com p his system h gas storage e el lined co n When full, c onnected t o , valves, an d acks have b e m has been d r m piping wa szzles and f

o. Piping l o into manag e the seals o n i s drained a n sed loop co n following r oop system rs and filter s e Primary P u adioactive w H igh Pressu rto the react

o. Approxi mth the react o m ove d. R e ponents for h as been r e tank in the T ncrete struct u it contain e o the well a n d instrumen t e en remove d r ained and i s s filled wit h our 16 inch o ocated withi e able pieces n the two F o n d approxi m n taining a p r eactor shut dconsisting

s. Ion exc h u rification p w aste. . r e Service W or vessel th r mately 50%

o o r vessel re m emaining s y drying, filt e emove d wit h Turbine Bu i ure that me a e d approxi m n d consists o t ation. All d from the st o s inoperable.

h low outlet n the , and o rced mately pump, d own. of a hange pump, Water r ough of the m oval ystem ering, h the ilding a sures m ately of two spent o rage La Cros s License T Revisio n 3.2.2.8.The Co m various h b arrier bcooling wsystem i s 3.2.2.9.

The fun c force to the Forc eair comp drained. 3.2.2.10.Water f osuction tsystem s u cooling w down fl aequipme nisolated fAdminis t 3.2.2.11.

The De m of 19,10 0 are two s Virgin Wdeminer a Station (G 3.2.2.12.

The Ov eintegral p the FES W OHST a c The OH S Spray s y drained a s e Boiling W Termination n 0 Com p mponent Co o h eat exchan g between ra d w ater to R e s approxima t Hydr a c tion of the Hoperate the e d Circulati o ressors, wa t Well W o r this syste t hrough stai upplied wat e w ater for th e a sh tank an d n t and seal w from the R e tration Buil dDemi n m ineralized W 0 gallons an d s ections of a W ater Tank p alized water G-3). The s y Over h e rhead Stor a p art of, the R W , cask po o c ted as a re S T also sup p y stem, and w a nd inopera b W ater Reacto r Plan p onent Cool i oling Water g ers and pu mioactive sy s e actor Buil d t ely 70% co m aulic Valve A Hydraulic V five piston-t o n and Mai n ter pumps, a n W ater Syste mm was sup p nless steel er to the pl a e two Turbi d sample c o w ater for t h e actor/Turbi n d ing and Cri b n eralized W Water Syste m d an upper V a n integral a p rovided wa t throughout y stem has b e h ead Storag e a ge Tank (O R eactor Bui o l, and uppe rceiver for r e p lied the w a w as a backu p ble. r ing Wate r S y(CCW) sys t m ps in the R stems and s ding Air Co n m plete. A ccumulato r Valve Accu m t ype valve a n Steam sys t n d other eq u m plied from tstrainers, a n a nt and offic e ne Buildin g o oler. The he Circulati n ne building.

b House. ater System m consists o Virgin Wate r luminum ta n ter to the Dethe plant.

W e en drained.

e Tank OHST) is a 4lding. The r cavity dur i ejecting ref u a ter for the E p source for 3-5 y stem t em provide d Reactor Buil d secondary c n ditioner c o r System m ulator syste m actuators, w h tems. The h u ipment hav e t wo sealed s n d discharg e e for sanita r g ai r-conditi o well water n g Water pu m Well wate r of a lower C r Tank, whi c n k located omineralized W ater was d 4 5,000-gall o OHST serv e i ng cask lo a ueling wate r Emergency C the Seal I nj d controlle d d ing during ooling syst e ompressors. m was to s u h ich operat e h ydraulic s ye also b een submersible ed into int e r y and drink i o ning units system als o mps. The W r pump #3 s C ondensate S c h has a cap a o n the Turbi n d Water tran s demineraliz e o n tank loc a e d as a rese r a ding operat i r using the P C ore Spray s nj ection syst e d quality co o plant opera t ems. The The dism a u pply the ne c e d the five r ystem has b e electrically deep well egrated pres s ing purpose and the hea t o supplied w Well Water s upplies po t Storage Tan k acity of 29, 7 ne Building s fer pumps, w e d in batche s a ted at the trvoir for w a i ons. Duri n Primary Pu r s ystem and em. The s y o ling water t t ion, servin gsystem pro v antlement o f c essary hyd r r otoport val v e en drained. disconnecte d pumps that s ure tanks. s. It was u s ting boiler b w ater for la uSystem has table water t k with a ca p 7 80 gallons.

office roof.

w hich distri b s at Genoa F t op of, and ater used to n g operation rification s y Reactor Bu i ystem is cur r t o the g as a v ided f this r aulic ves in The d and took The s ed as b low-u ndry been t o the p acity Both The b uted F ossil is an flood s, the y stem. ilding rently La Cros s License T Revisio n 3.2.2.13.There ar eact as a v supply t o used as n 3.2.2.14.Two ver t strainer u was the system i s river wa t to allow 3.2.2.15.The pur p (G-3) m a The inte r (WTB) i hydrants the fire s by the re m 3.2.2.16.Circulati n open su c join a c o condens e Water e n tube sid e which di LACB Wpumps h a 3.2.2.17.The Con d pressure Tank (C S 3.2.2.18.The Ful lremoved piping h a s e Boiling W Termination n 0 Stati o e two singl e volume stor a o the statio n needed. Low P tical pumps u nit. The L no rmal su p s currently u t er ingress i ndismantlem e High P p ose of the H a intains HP S r nal loop se r i nterior hos eand the L A uppression s m oval of is o Circu l n g water is d c tion bays i n ommon 60 i n er, the 60 in c nters the top

e. The 42 i nscharges to t W R Crib Ho u a ve been de

-Cond e d ensate Sys t to the sucti o S T), this sys t Full-F l-Flow Con dionic impu a ve b een re m W ater Reacto r Plan n and Contr-stage posit i age unit for t n and the co n P ressure Ser v located in t h ow Pressur e p ply to the H used as the d n the turbin e e nt which is Pressure Se r H PSW syst e SW system r ved the Tu r e stations a n CBWR Cri b s ystem for G olation valv e lating Wate r drawn into t n the LACB n ch pipe le a c h pipe bra n section of t h n ch conden s the seal wel use. The C-energized.

e nsate Syste tem took co n o n of the re a tem has bee n F low Conde n d ensate De m rities from t m ove d. r ol Air Syste i ve displace m t he station.

ntrol air sy s vice Water S h e LACB W e Service W H PSW sys t d ilution wa t e building t uapproximat e r vice Water em is to su p pressure.

T r bine Buildi n n d sprinkle r b House spr i G-3. Curren t es and instal l r System t he intake fl uWR Crib H a ding to th e nches into t w h e condense r ser circulati nl from G-3 l C irculating Wm and Feed w n densed ste a a ctor feed p u n drained a n nsate Demi n m ineralizer t he condens 3-6 m ment lubric aThe air rece s tems. This S ystem R Crib Ho u ater (LPS Wem throug h t er supply f o unnel area.

ely 30% co m System ply fire sup The HPSW ng, Reactor B r systems.

i nklers. Th e t ly, the syst e l ing pipe bl a ume from t h H ouse. Eac h e main con d wo 42 inch p i r tube side a n g water ou t l ocated appr W ater Syste m w ater Heate r am from the umps. With nd most of t h n eralizer Sys tSystem co n ate water g o ated type co m eiver outlet l i system is c u se supplied W) system su p h the moto r-o r conducti n The origin a m plete. pression w asystem is d Building, a n The extern a e external lo em is isolat e anks to allo w he river by t w h pump disc h denser in thipe to the t o a nd is disch a t let lines tie r oximately 6 m is curren t r s condenser h the excepti o h e piping ha s tem n sisted of r e oing back t o m pressors.

ines join to f currently sti lthe system upplied the C-driven HP S n g liquid w a a l system ha s ater. The a d divided into nd Waste Tr al loop sup pop was cro s e d from the T w only exter n w o pumps l o harges into h e Turbine B o p section o f arged from t h into a com m 600 feet do w t ly inopera b h otwell and d o n of the C o s been remo v esin-filled s e o the reacto The air rec e form a head e ll operable a through a d u CCW cooler SW pump. a ste dischar g s been simp d jacent coal two main leatment Bu i p lies outsid e ss-connecte d T urbine Bu i n al fire loop o cated in se p42 inch pip e B uilding.

A f the water b he bottom s e mon 60 inc h w nstream fro m ble as the s y d elivered it u o ndensate St o v e d. ervice tank sr. All tank s eivers e r for a nd is u plex s and This g es of lified plant oops. ilding e fire d with i lding use. p arate e that A t the boxes. ection h line m the y stem u nder orage s that s and La Cros s License T Revisio n 3.2.2.19.The turb irated at 6 pressure have b ee 3.2.2.20.The 60 76,800 k V lubricati n through a been co m 3.2.2.21.The Tur b lubricati n reductio ncomplet e 3.2.2.22.

The Rea c for draw i air cond i 337,500 B building from the 350 feet exhaust s particula t includes which h idetectin gVentilati vault ar e the gas s vault thr o Currentl y use of st a s e Boiling W Termination n 0 Stea m i ne was a h i 60 MW. T helement.

T n removed.

60-M e MW gener V A. The g ng system, a a reduction g m pletely re m Turbi n bine Oil Sy s n g and cool i n gear. Thi s ely removed

.Heati n ctor Buildi n i ng fresh ai r i tioning uni t Btu/hr capa c through op e building u s high and is system was t e radiation an isokinet istorically h a g particulate on for the W as of the bu s torage tank o ugh the co n y , b oth syst e a ck fans tha t W ater Reacto r Plan m Turbine i gh pressure he turbine c o The Steam T e gawatt Ge n ator was a g enerator w a nd excited g ear. The m m ove d , unco n n e Oil and H s tem receiv e ing oil to t h s system, w

i. n g, Ventilat ig Ventilati o r into the b u t air inlet in c city steam c e nings betw sing stack bconstructed equippe d w detector.

A ic nozzle, l o as drawn ai r and gaseou s W TB was pr o u ilding and e vault. The n necting tun n ems are de-e t are energiz r , condensin g o nsisted of a Turbine, as w n erato r a high-spee as cooled b by a separa t m ain and res e n ditionally r e H ydrogen S e e d cooled o i h e turbine a n ith exceptio i on, and Air on System u t u ilding and f cluded a filt c oil that wa seen and arolowers thro u of structur a w ith convent i A monitorin g o cated dow n r from the s t s activity.

o vided by a 2 e xhausted t h stack blow e n el and disc h energize d. Bed by temp o 3-7 g, reaction, t a high press u w ell as so m d, turbine-d by a hydrog te exciter a t e rve exciter s eleased and d e al Oil Syste m il from the l n d generato n of the dr a Conditioni n tilized two 3 for circulati n er box asse m s used whe n und the bi-p u gh the ex h al concrete w i onal and hi g system is i n stream of t t ack exhaus t 2000 cfm e x h e air throu g e rs then ex h harged the a B uilding ve n o rary power.

tandem co m ure and inte r me steam sy s driven wo u gen system, ttached to t h s have been disposition e m l ube oil co o r bearings, ained clean a n g (HVAC) S 30 ton, 12,0 0 ng the air th r m bly, face a n heating w a p arting doo r haust stack f with an alu m i gh-efficien c installed wi t the high-ef f t to the mo n x haust fan t h gh a duct o u h austed the a a i r from the b ntilation is c u mpound, reh e rmediate pr e s tem piping u n d-rotor m lubricated b he end of t hremoved.

T ed. o lers to sup p exciter bea r a nd dirty oi S ystems 00 cfm air c roughout th e a nd bypass d as required.

r sections a n for the facil i minum nozzl e c y filters an d t h the exha u ficiency filt e n itoring syst e hat drew air f ut the floor o air from the b uilding thr o urrently sup p eat 3600 rp m e ssure and aand comp o m achine rat e by a force d h e generator The generat o ply the nec e rings, and e x l tanks, has c onditioning e building.

dampers, an d Air enter e n d was exh a i ty. The st a e at the top.

d monitore d ust system, w ers. The s y em, is capa b from the shi of the build i gas storag e o ugh the sta c p lied throu g m unit a low-o nents e d at -flow shaft o r has e ssary xciter been units Each d one e d the a usted a ck is The d by a w hich y ste m , b le of elded i ng to e tank ck. g h the La Cros s License T Revisio n 3.2.2.23.The Liq u storage t a in the tu n The Rea c consists pump, t wretentio n Followi n liquid w a water di s Spent re s quantity transferr e disposal.Currentl y discharg e The air o 3.2.2.24.

The pla nsite has a b uilding s the stac k 3.2.3.Other co mTh e co nTh e Co nTh e rac kTh e"C oTh e 3.3.F The pla nremaini n s e Boiling W Termination n 0 Liqui d u id Waste S y a nk vault, a n n nel betwee n ctor Buildi n of two rete n wo sump p u n tanks. n g processi n aste from e a s charge outf l sin was tran savailable f e d to an a p y , the liqui d e s at LACB W o perated pu m Elect r nt is disconn e a 480 volt 5 0 s. Tempora r k. Addition m pleted de c e a batemen t ntaining mat e e a bateme n n taining M a e placement ks from the e disconnec t o ld and Dar k e draining a n F uture Deco n s for the de ng site struc t W ater Reacto r Plan d Waste Co l ystem colle c n d the tunn e n the Reacto n g Liquid W n tion tanks, umps, and t h n g and sam p a ch syste m w l ow. This w sferred to t h for shipme n pproved shi p d waste coll e WR are thr o mp discharg e rical Distrib u ected from o 00 kVa tran s r y power is al Activitie sommissioni n, packaging erial. nt, packagi n aterial (AC Mof all spent FESW. t ion of LA C k" status.

nd removal ommissioni n contaminati o t ures are p r r llection Syst cts the liqui d e l into two s t r Building a W aste Syste m each with he necessar y p ling to de m w as then di s was the norm he spent resi n nt to an a p p ping conta i e ction syste m o ugh the Eas t es to the inle t ution Syste m off-site pow e s former pro vtied to exis s ng activities and dispos a n g and dis p M). fuel into dr y CBWR from of other mis c ng Activitie s on, dismant l resented in t 3-8 ems d waste fro m t orage tanks a nd the Turb i m , which is s a capacity o y piping to m onstrate c o s charged to al liquid eff l n receiving t p proved pro iner, dewat e m pumps ar e t Turbine b u t of the liqu i m er in suppor t v iding pow e ting overhe a include:

a l of know n p osal of k n y storage in toff-site ele c cellaneous s y s and Tasks lement and a the followi n m the Turbin e (4500 gall o ine Buildin g s eparate fro mof 6000 gal lroute the w ompliance wthe commo fl uent releas e tank and he l o cessing fa c ered, packa g e not opera b u ilding sum p id waste mo n rt of Cold a n er to multipl ad cranes a n n and readil y n own and r t he ISFSI f a ctrical powe rystem pipin g a nticipated e n g sections.

e Building, t o ns and 300 0 g. m the Liqui l ons, a liqu i w aste liquid with the rel e on G-3/LAC e pathway f o ld until ther e cility. The g ed an d shi p ble. The o n p using an a i n ito r , whic h n d Dark stat ue power ca r nd power to y accessible readily acc e a cility and t h r and placi n g. e n d-state co The meth o the WTB, t h 0 gallons) l od Waste Sy i d waste tr ato and fro m e ase criteri aBWR circu l o r LACBW R e was a suf firesin was p ped for o f nly liquid ef f i r operated p h is still oper a us. Current l r ts througho u exhaust fa nlead and/o r essible As b he removal o n g LACBW R ndition(s) f o o ds to rem e h e gas ocated y stem, a nsfer m the a , the l ating R. fi cient then ff-site fluent pump. able. ly the u t the ns for r lead b estos f fuel R in a o r the e diate La Cros s License T Revisio ncontami nremediat 3.3.1.The Rea c ellipsoid a and it e xfor the u p The buil dincludin g layer of structure

concrete The she l Turbine Reactor Bremoval closed b y leaves t h the nort hA 50 to n Reactor supporte d the 5-to n Hatches of the ca b The rem aremoved and the i dSystems overhea d size red u the wast e Water a n Once th e building activity w once the In prepa r elevatio n will allo w s e Boiling W Termination n 0 nated struc t i on issues.

Reactor B ctor Buildi n al bottom.

I xtends 26 fe e pper hemisp d ing contai n g the RPV a nconcrete to is support eapproximat e ll includes t Building.

I B uilding th a and dry cas y a weather he Reactor B h east quadra n n traveling p Building.

d by colum n n hoists are aat several p o b les and eq u a ining com p. Area pre p dentificatio nor compo n d crane or lo c uce. The sy s e loading ar e n d sludge a r e tank has bdemolition.

w ill allow f otank is prep r ation for t h n. As neces s w for the pe r W ater Reacto r Plan tures, syste m B uildin g g is a right It has an ov e et 6 inches b herical dom n ed most of t n d biologic a an elevatio n e d on a fou n ely 3 feet th i w o airlocks I n addition, a t is intende d k storage, a ntight, insul a B uilding 1 t o nt and ente r s polar crane w The bridge ns around th e a lso long e n o sitions in t h uipment. ponents and s p aration and n and mitiga t n ents will b e c al hoists.

S s tems will b e e a in the Tu r re currently been adequa t Keeping a s or the collec tared for de m h e building s ary, prior t o rformance o f r m s, and e q circular cyl i erall interna l below grade e, which is 0 t he equipm e al shielding.

n of 727 fe e n dation con s ick. . The pers othere is al s d to accom m n opening w a ted, roll-up

, o 10 feet bel o s the pipe tu n with a 5 to ncompletely e inside of t h n ough to rea c he main and systems in t hset-up for c t ion of any h e removed u S ome syste m e either loa d rbine Buildi ninside the O t ely charact e ssociated pi p t ion of any l molition. demolition, o dismantle m f hot work a 3-9 quipment d i nde r b uildi n l height of 1 4level. The 0.60 inch thi e nt associat e The interi o et 10 inches sisting of c o o nnel airlo c so an 8 feet modate large w as created i , bi-parting o w grade le v nnel. n auxiliary hspans the he building.

c h down th rintermediat he Reactor B o mmodity r e h azardous m u tilizing m e ms or compo n d ed into shi p ng. O HST. Th e erize d , a fi x p ing and co m l iquids. Thi s the FESW m ent, the FE S activities req u d o not inv o ng with a h e 44 feet and asteel shell t ick. e d with the n or of the she l Above Me a oncrete-stee l ck connects by 10 feet pieces of e q in the Reac t door. The m v el either at hoist is loc a building a n The lifting r ough hatch w te floors ma y Building wi lemoval will material. e chanical m nents might p ping contai n e tank will b xative will b m ponents i n s piping wil will be dis m SW will be d uired to re m o lve any u emispherica l a n inside di a thickness is n uclear stea m ll is lined w i an Sea Lev e l piles and a the Reacto r freight do o quipment.

T tor Building m ajority of pthe northw e a ted in the u n d travels o cables of b o ways into t h y be opened ll be draine d include ra d m eans with s require hot w ners or will b e dewatere d be applied i n n place whil el be disman t m antle d fro m decontamin a m ove the stai n unique safe t l dome and s ameter of 6 01.16 inch, e m supply sy ith a 9-inch

-e l (AMSL).a pile cappi n r Building t o r opening i To facilitate . The open i pipe penetr a e st quadrant u pper part o n circular t o th the 50-to n he basement to allow pa d , d ismantle d diological su r s upport fro m w ork activi t be transpor t d and deslu d n preparati o e performin g t led and re m m the main a ted to level n less steel F ty or semi-0 feet, xcept y stem, -thick The n g of t o the n the RPV i ng is a tions t or at of the tracks n and area. ssage d , and rveys m the t ies to ted to dged. o n for g this moved floor s that F ESW La Cros s License T Revisio nliner. A sections liner wil l Turbine Bwill be d Energy S oDemolit i After co m will be r with pro p basemen tThe rAsb eDis mDis m pipi nDis mRem eThe r The exp oto meet tis identi fmethod w deeper d open air process, t Once su r reach ex c walls do segment ethe steel

sprung s t Reactor B The the r packagi n concrete

removal, loaded i n the wast e disposal s e Boiling W Termination n 0 A ssociated e q of the FES W l be lifted b y B uilding.

O decontamin a o lutions Te c ion Limits (3 m modity re m r emediated t p er contam i t will inclu d removal of a stos Abate m m antle and r e m antle and r n g as well as m antle and r e e diation of t h removal of a o sed concre t t he open-air fied within t w ill be used depth, then ademolition

.t hen a struc t r veys have cavator equ i wn to grad e ed and remo liner segm e t ructure an d B uilding.

T rmal shield ng as mixed will be re mthe remai n n to appropri a e container site in Cliv e W ater Reacto r Plan quipment (H W liner will b y the overh e O nce the FE a ted to the c hnical Sup p 3). m oval is co m t o levels th a i nation cont r d e: a ny identifie d m ent (to be pmove the 6, 0emove the the auxiliar ymove the c o he sump. a ny lead shi e te will then bdemolition the first cou pto remove t a wire saw w If large s e tural evalua t demonstrat e i pped with a e level. A f ved using c u e ntation and d associated The remaini n will be se g waste. Af t m oved, com p n ing portion a te containe r will be tra n e , Utah. r H VAC, etc.)be size redu c ead crane, p SW liner h a extent nece port Docum e m plete, the b at will allo w r ols per Re f d Hazardou serformed b y 0 00-gallon r two Forced y oil pumps

.o ndensate p u elding. be surveyed criteria spe c ple of inche the contami n w ill be use d e ctions of c t ion will be c ed that the o a pneumatic f te r the abo utting torch e removal of ventilation ng interio r c gmented usi n t e r the ther m p letely expo s of the stee l rs and truck n sferred to a 3-10 ) and pipin g c ed using pl ackaged an d as been rem o ssary to all e nt (TSD) R asement ele v w demolitio n ference 3.

T s Waste. y a qualified retention ta n Circulatio

n. urification i oto determi n cified in Re f s of concre t nated mater i d to remove ontaminate d complete d. o pen-air de m hammer w i v e grade i n es from the tthe steel lin syste m wil l c oncrete wil l n g a wire s m al shield i s sing the ste e l liner will ed to a rail t a rail ca r a n g will also lasma cuttin g d placed in t o ved, the c o l ow open-ai r R S-TD-3131 9 v ation (621 n of above g T he prepara t Subcontrac t nks. n Pumps, i n o n exchange r n e the scope ference 3. I f t e, a scabbli n ial. If the c ocontaminat e d concrete m molition cri t ill be used t n ternal steel t op down to ner to the gr o l be install e l then b e re m s aw into m a s removed, t el line r. Su bbe remove d t rans-load f a nd then shi p be remove d g. Sized pi e the waste s t o ncrete unde r demolitio n 9 6-005 , LA C foot) of the g round stru c t ion of the R t o r). n cluding th e rs. of the reme d f unaccepta b n g method oontaminatio e d areas ab o m ust be re m teria have b t o b reak the shell is ex p the ground ound elevati e d over the moved to t h a nageable p the remain d bsequent to

d. Demoliti o a cility in W i p ped to the

d. Contami n eces of the F taging area i rlying the F n as specifi CBWR Ope Reactor Bu i ctures in op e R eactor Bu i e inlet and o diation nec e ble contami n or air ham m n is detecte d ove the limi t moved durin g been met, a interior co n posed, it w i elevation.

Won is complremainder o he thermal s h p ieces for s p d er of the in tinterior co n o n debris w i i nona, MN w Energy Sol u n ated ESW i n the F ESW ed in n Air ilding e n air ilding o utlet essary n ation mering d at a t s for g this high n crete i ll be W hen ete, a of the h iel d. p ecial terior ncrete ill be w here utions La Cros s License T Revisio n The rem a"bowl" b Final Ra d 3.3.2.The Tu r switchg etravelin g crane ha sthe main The Tu r laborato r ventilati n services.

Turbine OCommo dand me creciproc ameet pa cloading a is prope r After ra dsystems, specifie d criteria w with the of inche scontami n b e used t an accep t Utah. A Radiatio n When al building and stru c sequenc e to allow require mThe maj o to b e tre a disposal facility i shipped s e Boiling W Termination n 0 a ining struc below 636 f o d iation Sur v Turbine B r bine Build i ar, and oth e g bridge cra n s access to m floor. The T rbine Offic e r y, shops, c o n g and air c In gener a Office Buil d dity remova l c hanical m e ating saws w c kaging and area located r ly shipped a dioactive co m componen t d in Referen will be remo v Reactor Co n s of conc r et e nated materi to remove c t able radioa c All structural n Work Per m l structural will be de m ctural concr e within the Topen acce s m ents. Mist i o rity of the c ated as low lfacility. W an Winona, to the En e W ater Reacto r Plan t ural concr e o ot elevatio n v ey (FRS) in B uildin g a n i ng housed er pneumati c ne with a 5 major equip m T urbine Bui e Building c o unting roo m conditionin g a l, these ar e d ing is 110 fe l has begun eans to dis m will be the p r waste disp o on the gro u a nd dispose d mmodity re m t s and stru cce 3 is met

.v ed, segreg a ntainment, i f e , a scabbli n al. If the c oontaminate d c tive waste decontami n mits (RWP) surfaces ha molishe d. Al ete will b e T urbine Bui s s to load o ing method s c onstruction l evel radioa c a ste will be lMN where e rgy Solution s r e te outside t h n , concrete p accordance n d Turbine Othe steam c , mechanic a ton auxilia r ment items llding is 105 c ontained o m , personn e g equipment eas were se p e et by 50 fe eand will co n mantle radi o rimary met h o sal criteri a u nd floor in t d of at an of f-moval is co ctural surfa

c. Structural ated, properl y f unaccepta b n g method o ontaminatio n d areas. All disposal fac nation activi t and under t h ve been de cl remaining demolished lding will b e out areas.

s will be ut i debris resu l ctive waste a l oaded into athe waste c s disposal s 3-11 h e liner bel o p ile cap and with LTP C O ffice Buil d turbine an d a l and hydr a ry hoist ca p l ocated belo w feet by 79 f o ffices, the e l change r o, rest room s p arated fro m e t and 45 fe e ntinue in th e o active pipi n h ods use d. S a. Waste w i t he northwe s f-site facilitymplete, sur v c es to ensu rmaterials t h y packaged a ble contami n r air hamm e n is detecte dradioactive ility, prima r t ies will be he oversight contaminate dsystems an d to the gro u e performed Concrete w ilized durin g lting from t h a nd will be s a ppropriate c container w i s ite in Cli v o w the 636piles) will r Chapter 5.

d in g d generator, a ulic syste m p acity spans w the floor t f eet and 60 f Control R o o om, decont s , storeroo m m power pl a e t tall. e Turbine B u ng and co m System piec e ill be pack a st corner of . v eys will b e re that the h at do not m and dispose d n ation is ide n ering metho d d at a deepe r waste will rily the Ene rperformed i of Radiatio n d to the op d componen t u nd level slfrom the to p will be pro c g building d he demolitio s hipped to t h c ontainers a n ill be trans f ve, Utah. foot elevati remain and main con d m s and equi pthe Turbin e t hrough nu m feet tall.

oom, locke ramination fa m , and spac e a nt equipm e u ilding utili z mponents.

es and wast e a ged and st othe Turbin e e performed open-air d e m eet the op e d of as radi o ntified with i d will be us r depth, the nbe loaded a n r gy Solutions i n accordan c n Protection en-air dem o t s, interior s t ab. The g e p down and cessed to m demolition t o n of the str u h e licensed r n d trucked t o f erred to a r If possible,on (i.e., co n be subjecte d d enser, ele c pment. A 3 e Building.

merous hatc h r room faci l fa cilities, he a e for other e nt spaces.

zing cutting Band saw s e will be si z ored in the w e Building u nof all rem a emolition c r en-air demo o active wast e in the first c oed to remo v n a wire sa w n d transpor t facility in C c e with app r personnel.

olition limit s tructural su r eneral demofrom west t o m eet disposa o minimize u cture is ex p radioactive w o a rail tran s r ail ca r an d some mat n crete d to a ctrical 0-ton The hes in lities, ating, plant The tools s and zed to w aste n til it a ining riteria lition e. As o uple v e the w will t ed to Clive, r oved s , the r faces lition o east l site dust. p ected waste s-load d then erials La Cros s License T Revisio nincludin g accorda n of Mate r can be r e recycle o the pres e of a 193-When t h excavat o b uilding removal,Some e x discharg e b elow g r 3.3.3.The WT B and equi p level so l basemen t bottom w The gra d steel spe n the shie l piping, cfacility, c conditio n The bas e gained b drums.

exchang e The Gas 14 feet hthe WT B elevatio ncompon e cubic fe euntil suc hsome as s The Lo w It was u s s e Boiling W Termination n 0 g structural c nce with N U r ials and Eq e cycled or r e o r disposal a e nce of any r-6 Micro R i n h e Turbine Br with app r slab and f o unde r grou n x amples of e line. The r ade (636 fo o Waste T r B is locate d p ment for d l id radioact i t floor is at w hich exten d d e floor of t h nt resin rec e l ded cubicl e c ontaine rs, a c onsisting o f ning units.

ement of th e y re m oval o The other a er, the WTB Storage Ta n igh walls a n B. The vau l n 617 feet.

e nts for dry i e t tanks are l h time that t s ociated pipi n w Specific A c s ed to store W ater Reacto r Plan c oncrete wi l U REG-1575, u ipment M a eleased for d a t a non-rad i residual radi o nstrument o r B uilding ha s ropriate too l o undation to nd utilities w undergrou n slab and f o ot elevation) reatment B u d to the nort h decontamina t ive waste. elevation 6 3 d to a depth o h e WTB co n e iving tank a e were two and pumps.

f a steam cl e e WTB con s o f floor shi e area, to whi csump and p nk Vault (G S nd 2 feet thi c lt is 3 feet bThe Gas D ing, filterin g l ocated in t h hey were b a n g. The re m c tivity (LS Aprocessed, r l l be radiolo gSupplemen t a nua l (MA R disposal at a ioactive dis p oactive con t r similar.

s been de m ls (pneuma t meet disp o will also be r n d utilities oundation w. uildin g , Ga s heast of the t ion and the The WTB 30 feet and h o f 626 feet.

n tains a shi e a nd resin reback-washa b The main e aning boot h sists of two e ld plugs, w c h access is pump, and a d S TV) is a 2 9 c k floors, w a below grad e D ecay Syst e g, recombin i h e GSTV. T h atch release d m ainder of t h A) Storage B u packaged a n 3-12 gically surv e t 1, Multi-A g R SAME) (4).non-radiol o posal site w i tamination b m olished, th e t ic hammer, osal site req u removed, su rmight be g alls will be s Stora g e T a Reactor Bu i collection, is 34 feet b has a 3 foot elded comp a ceiving and b le radioac t floor of th h , a deconta m shielded c u w as used for gained by d ditional wa s 9 foot by 31 f a lls, and cei l e with a su m em routed m i ng, monito r h e tanks ha d d via the sta c h e Gas Deca y u ilding is lo n d sealed l o eyed and re l g ency Radi a. Materials o gical landfi ill be subje c y undergoi n e foundatio n loading b u quirements.

r veyed, pac kgas, water, removed t o a nk Vault ailding. The processing, by 42 feet adeep sump w a rtment wh itransfer eq u t ive liquid w e WTB als o m ination si n ubicles. On ethe storage a stairway, ste storage s foot underg r l ing located mp that ext emain cond e r ing and ho d the capabi l c k. The tan k y system ha s cated south w ow level dr y leased for u n a tion Surve y released fo rll. All bulk c ted to a fin a n g an aggreg n slab will b ucket, etc.) During sla b kaged and p rmiscellan e o a minimu m a nd LSA St o e building c ostorage, an d and 20 feet with 8 inch i ch houses a u ipment. L o waste filter s o housed a n k, and heati e cubicle, t o of high ac t contains th space. r ound concr e below grou n e nds to a d e e nser gases o ldup for de lity to store ks remain in s been remo west of the T y active wa s n restricted u y and Asses s r unrestrictematerial se n al assessme n ate survey b be exposed.will remov b and foun d r operly dis p e ous piping

, m depth of 3 o ra g e Buil d o ntained fac i d disposal otall. The Wthick walls a a 320 ft 3 sta i o cated outs i s and dewa tdecontami nng/ventilati o o which acc e tivity solid w e dewaterin ete structur e n d just outs i epth of 22 f e through v a cay. Two radioactive place alon g ved. T urbine Bui l ste material s use in s ment d use nt for nt for b y use An e the dation posed. , and 3 feet d in g ilities f low W TB and a inless i de of t ering n ation on/air e ss is w aste g ion e with i de of eet or arious 1,600 gases g with lding. s , and La Cros s License T Revisio n sealed l o Building Commo d utilizing Band sa w b e clean e b e sized waste lo asite facil i After co m open air demoliti o If unacc scabblin g the cont acontami n radioacti v When al l above g r the conc r GSTV l o with Ch awill be ufrom the will be s appropri a containe r Clive, U t 3.3.4.The LA C plant. T cooling w diesel-dr circulati n In additi ofacility, a Radiolo ginterior a that the s s e Boiling W Termination n 0 o w level act i is 27 feet b y dity remov acutting too l w s and reci p e d and a fix a to meet pac k ading area i n ity. m modity re mdemolition c o n criteria weptable co n g method or amination i s n ated areas.

v e waste di s l structural r ade portion s r ete floor s l o cated belo w a pter 5. Co n u tilized duri ndemolition shipped to t h a te containe r r will be tra n tah. LACBW R C BWR Cri b T he structur e water to va r i ven high p n g water pu m o n to the G-3 a nd conseq u g ical survey s a nd exterior s tructure ca n W ater Reacto r Plan ivity compo n y 80 feet an d l has begu n ls and mec h p rocating sa w ative will b e k aging and w n the Turbi n m oval is co m criteria per R will be remo v ntamination air hammer i s detected a All radio a sposal facili t surfaces ha v s of each b u lab will be r w 636 foot e n crete will b e ng building of each of he licensed r s and truc k n sferred to a R Crib Ho u b House is l o e served as rious LAC B p ressure ser v mps. The L A 3 Crib Hous u ently, will r s , either FS Sstructural s u n be release d r nents. No l i d 15 feet tal l n and will hanical mea n ws will be t h e applied pr i w aste dispo s ne Building u m plete, the R eference 3 v ed, segreg ais identifie d ing method w a t a deeper active wast e t y. ve been dec uilding will b r emoved. T elevation wi e processed tdemolition the structur eradioactive k ed to a rail a rail ca r an d u se o cated on t h the intake BWR plant vice water p A CBWR Cr i e, the LAC B remain inta c S or MARS A u rface and s y d for unrestri c 3-13 i quid waste s l. continue i n ns to disma n he primary m i or to dism a s al criteria.

W until it is pr o interior co

n. Structural a ted, packag d within th e w ill be use d depth, the n e will be l oontaminate d be demolis h The remaini n ll remain a n t o meet dis pto minimiz e e will be tr e waste disp otrans-load f d then shipp e h e bank of tfor the Cir csystems.

T p umps, low i b House is 3 BWR Crib H c t and undis t A ME free r e ystems of t h c ted use. s were store n the WTB , n tle radioac t methods use d antlement.

S W aste will b o perly ship p n crete surfa cmaterial th a ged and disp o e first cou p d to remove t n a wire s a oaded and t d to the ope h ed. The e n n g structur a nd be subje c p osal site re q e dust. All eated as lo w osal facility

.f acility in W e d to the En e t he Mississi culating W a T he LACB W pressure s e 3 5 feet by 4 5 H ouse also c u t urbed by t h elease surv e h e LACBW R d in this bu i , GSTV an t ive piping

d. The inte r S ystem piec e b e packaged ped and disp o c es will be r a t does not m osed of as r ple of inch e the contami n a w will be transported n-air demol ntire LSA b u al concrete f c ted to a F R quirements. constructio n w-level radi

o. Waste w i Winona, MN e rgy Solutio n i ppi River t o ater System, W R Crib H o ervice wate r 5 feet and 1 5 u rrently ser v he decommi e ys will be p R Crib Hou s ilding. The d LSA Bu iand compo n riors of tank s es and wast e and stored i osed of at a n remediated t m eet the op eadioactive w es of concr e nated materiused to re mto an acce p l ition criteri a uilding, incl u for the WT B R S in accor dMisting me t n debris res u oactive wast e i ll be loade d where the w n s disposal s o the west o which pro v o use contai n r pumps an 5 feet tall.

v es the activ e ssioning pr o p erformed o se to demon LSA i lding n ents. s will e will i n the n off-t o the e n-air waste. e te, a al. If move ptable a , the u ding B and d ance t hods ulting e and d into w aste s ite in of the vided n s the d the e G-3 o cess. on the strate La Cros s License T Revisio n 3.3.5.The Ma i window s The 1B D contains The buil d shaped h These t wincludin g these str u radioacti vto a rail tcar and tmaterial s unrestric t recycled or dispo s presence a 193-6 M 3.3.6.The LA C an outsi d 15 inche s cluster o f sides on t The Ve n Once ch demoliti ofixative wDemolit isystem wremoved of the v excavat othe inter i the conc rmethods and barr resulting

and will appropri a s e Boiling W Termination n 0 Mainten a i ntenance E a s constructe d Diesel Gene rthe Electric ding is con s aving large s w o structur e g the concr e uctures will v e waste di s trans-load f a t hen shippe d s , includin g t ed use in a cor released s al at a no n of any resi d Micro R ins tVentilati o CBWR Ven t de diameter s at the bot t f 78 piles.

T t he southea s ntilation St a aracterizati o o n criteria p w ill be appli i on will be w ill be em pusing mec h ventilation s rs will saw i or of stack.

r ete debris.

will be util i icade the f afrom the d e be shipped t a te containe r W ater Reacto r Plan a nce Eat S h a t Shack is d over a con c rator Buildi nal Equipme n structed of c st dimensio n e s will be r e te foundati o be treated a s sposal facili t acility in Wi n d to the En g structural c cordance w for disposal n-radioactiv e d ual radioac t trument or s i o n Stack tilation Stacof 7 feet at tom to 6 in c T he foundati s t and south w a ck will be on is compl per Referen c ed to the id eperformed f p loyed to p r h anical han d stack will b and break t h An openin g The concre t i zed during all zones in emolition o f t o the licens r s and truc k r h ack and 1 Ba 20 feet b crete slab.

ng is attache d nt Room, D i c oncrete blo s of 31 feet b radiological l on slabs.

C s low-level r t y. Waste w i nona, MN wergy Solutio nconcrete w w ith MARS Aat a non-ra d e disposal s t ive contam i imila r. k is a 350 fe the top and ches at the t o on mat is 4 0 w est corners radiologica l ete, interio r c e 3 and de m entified surf a f rom the to p rovide acce s d tools dow n be remove d h e concrete g at the bott o t e foundatio nall demolit i the vicinit y f these stru c e d radioacti v k ed to a rail 3-14 B Diesel Ge ny 40 feet a n d to the sou t i esel Gener ack and stee l b y 38 feet a n l y characte r C onstruction radioactive w i ll be loade d w here the w a n s disposal w ill be rad A ME. Mate diological l a ite will be i nation by u n fe et high, ta p25 feet at t h o p. The 4 f 0 foot squar

e. l ly characte r r concrete s u m olishe d. I aces to miti g p down. I t s s to the e x n to the low e d with exc ainto manag e om of the st a n mat will beon to mini m y of the ve n ctures will b ve waste di strans-load f n erator Bui l nd 15 feet t theast corne r ator Room, a l beams an d nd 13 feet t a r ized and t h debris resu l w aste and w d into appro p a ste contain esite in Cli v diologically rials releas e andfill. All b subjected t o u ndergoing a p ered, reinf o h e base. T h f eet thick f o e concrete b arized and t h urfaces wil l If remediati o g ate any loo s t is anticipa t x terior of t h er 40 foot e l a vators and e able sectio n ack will be m e taken dow n m ize dust.

P n tilation st a b e treated a s s posal facili t f acility in W l din g all steel-si d r of the Tur b and an emp t d braces. T h a ll. hen complelting from t w ill be shipp e p riate conta i e r will be tr a v e, Utah.

Isurveyed a e d for unres t bulk materi a o a final a s an aggregate o rced concr e h e wall thic k o undation m ase formed w hen compl e l be remed i o n is not p r se contamin a a ted that a t r h e stack.

T levation. T hpneumatic n s and drop m ade to all on to 3 feet b Project pers o ack. All co s low-level r t y. Waste w Winona, MN d ed building bine Buildin g ty Battery R h e building tely demol i the demoliti o e d to the lic e i ners and tr u ansferred to If possible, a nd release d t ricted use c a al sent for r e ssessment f o survey by u e te structur e kness varies at rests on a w ithout tria n etely demol i i ated to op e r acticable, t h a tion. r aveling sc a The stack w i he bottom 4 0 breakers.

the section s ow the remo v b elow grade.

o nal will m o nstruction d r adioactive w w ill be loade d where the w with g and R oom. is L-i shed, o n of e nsed u cked a rail some d for an be e cycle or the u se of e with from a pile n gular i shed. e n air h en a affold i ll be 0 feet The s into v al of Wet o nitor d ebris waste d into w aste La Cros s License T Revisio n containe r Clive, U t 3.3.7.Approxi m LACB W roads in sremoval will be p r 3.4.R The dec o Solution s program s Solution ssufficien t accorda n Standar d Reasona b controls radioacti v written p The cur rEffluent Manual the vari o are rout i the publ ialso imp o waste m a and out a proced u D-Plan/P environ mNo alt eRa dDe c a p o Continu e Monitor i and 10 C s e Boiling W Termination n 0 r will be tra n tah. Le g ac y W mately 75 c u W R Site Enc l side the L S of part of a r ocesse d as R adiolo g ica l ommissioni n s Radiation s are and w s Radiation t informati o nce with 1 0 ds For Prot e bly Achiev a the gener a ve waste in p lant proced u rent Radiat iMonitorin g (ODCM) (5 o us deconta m i nely inspe c i c, and the e ortant to no t anagement c a ges, and d e ures for w h PSDAR, th e mental impa csite-specif i er the concl u diation dose commission ositive envi r ed applicati o ng Progra m CFR 50, Ap p W ater Reacto r Plan n sferred to a W aste ubic yards l osure (LS E S E, the und e a wall in th e l ow-level r a l Impacts o f ng activities Protection P w ill continue Protection on to demo n 0 CFR 19, N e ction Agai n a ble (ALA R ation, charaaccordance ures. i on Protecti g and R ad i 5) will b e u s m ination an d c te d by the e nvi ronmen t te that deco m considerati o e commissio n h ich appr o e decommi cts in that:

ic factors p e u sions preseto the pu b li i ng is not a ronmental i m on of the cu r m s at LAC B pendix I. R a r a rail ca r an d of stockpil e E) fence lin e erlayment s e Turbine B u adioactive w a f Decommis sdescribed a r Program an dto be impl eProgram a n nstrate that N otices, I n s n st R adiati o RA) The Scterization, with the ap p o n Progra m i olo g ical E ff s e d to prote d decommis s Nuclear Re g t are protec t mmissionin g o ns as those ning activit i oval is bei nssioning w i ertaining to n ted in NU Rc will be mi n an imminen t m pact. r rent and f u BWR ensure a diological E 3-15 d then shipp e e d deconstr u e. The d e band from t h u ilding. Al l a ste during d s ioning Act re and will b d Radioacti v emented as nd written sdecommis s structions A o n and to m olutions R a p rocessing , proved Sol u m, Waste M ffluent Mon ct the work e sioning acti v g ulatory Co m t e d during f a g activities i nencountere es conduct e ng sought ill be acc othe decom m REG-0586 (s nimal. t health or s u ture Radiat i s public pr o Environmen t e d to the En e u ction debri b ris consisti n h e roads a n l of the sto c decommissi oivities b e conducte d ve Waste Mdescribed i site proced u s ioning acti v A nd Report s m aintain radi adioactive W , handling, u tions Radia t Managementitorin g an d ers and the vities. Thes mmission (N acility deco m nvolve the s ed during pl e d to date.

in this L omplished w missioning s ee LTP Ch asafety conc e ion Protecti o o tection in tal Monitor i e rgy Solutio n is is stored n g of asph a n d concrete c kpiled dec o o ning. d under the Management n the D-Pl a ures are int e vities will b s To Wor k a tion expos u W aste Man ashipping, tion Protect iProgram, a d Offsite Dpublic, as ae well-esta b N RC) to en s mmissionin game radiati o ant operati oThere ar eTP. As d w ith no si g of the LA C a pte r 8). e rn and wil on and Rad iaccordance i ng Progra m n s disposal sinside the a lt removed debris fro m o nstruction d p rovisions oProgram.

T a n/PSDAR. e nded to pr o be perform e k ers, 10 CF R ures As Lo w agement Pr o and dispos a i on Progra m and Radiol o D ose Calcu l a pplicable, d blished pro g sure that wo r g activities.

on protectio n ons, mainte n e no addit i described i n gnificant a d CBWR wou l ll generally iological Ef fwith 10 C F m (REMP) r e s ite in south from m the d ebris of the These The ovide ed in R 20, w As ogram al of m, and o gical l ation d uring grams rkers, It is n and n ance ional n the dverse ld have f luent FR 20 eports La Cros s License T Revisio nfor LA Cactivitie s 3.4.1.Due to tdismantl e Consequremediat radiolog ispecifie d describe d 3.4.2.Table 3-2 This do s Exposur einformat ifor rema i Decom m As b Re a W a Tu r Re m W a To t 3.4.3.Continu eEffluent public p r s e Boiling W Termination n 0 CBWR to d s is bounded Control M t he large sc o e d, FRS o fently, a sy s e d prior to p ical conditi o d in 10 CF R d in LTP Ch Occupat i 2 provides t se estimate e Projectio n ion gathere d i ning deco m Table 3-missionin g A bestos and o t a ctor Buildi n aste Treatme n r bine Buildi n m aining Str u aste Processi n tal for Dec o Exposur e ed applicati o Technical S rotection in a W ater Reacto r Plan date conclu dby the eval u Mechanism s ope of rem a f areas ma y stematic ap p performing F on of area s R 20.1402 h aapter 5. ional Expos the cumulat iis docume n n s f or LAC B d for report i mmissioning a-2 Rad i Ac t Activity ther Hazard o n g n t Building n g uctures ng (include s ommissioni n e to the Pu b o n of Solu t Specificatio n accordance w r de that the u ation in N U s to Miti g a t a ining struc t y be perfo r proach will F RS and o n s where co as been d e m ure ive site dos e n ted in En e BWR Deco m i ng of year l a ctivities is e i ation Expo s t ivit y o us Materia l s shipping a n ng Activitie s blic tions' Radi a n an d Radi o with 10 CF R 3-16 public ex p UREG-0586, te the Reco n t ures and s y rmed in pa rbe emplo y n going deco mmpliance w monstrated.

e estimates e rgy Solutio n mmissionin g ly site dose estimated to s ure Pro j ec l Abatement n d prep) s a tion Prote c o logical Env R 20 and 10 C p osure as a

, which con c ntaminatio n ystems that ra llel with y e d to ens u mmissionin g with the un r These m efor the dec o n s TSD R S(6). This i e. The tota l o be approxi m c tions for D e t c tion, Radi o vironmental C FR 50, Ap presult of d c ludes the i m n of Remed iwill be de cdecommiss i ure that are a g activities d restricted r e e asures an d o m missioni n S-TD-31319 6 information l radiation e m ately 130.

3 e commissio Exp o (perso n 1 8 8 1 9 1 0 1 8 13 0 oactive Wa sMonitoring p endix I. decommissi o mpact is min i iated Areas contaminate d i oning acti v as are adeq u do not impa c e le ase crite rmechanis m n g of LAC B 6-007, R ad i is in additi exposure est i 3 person-re m nin g o sure n-rem) 8.6 1.4 .6 .6 .8 8.2 0.3 s te, Ra d iol oProgram a s o ning imal. d and vities. uately c t the r ia as m s are BWR. i ation on to imate m. ogical s su r es La Cros s License T Revisio n 3.4.4.The Rad i processi n Activate d low lev e of waste Co nUs eEx pEx pCo nCo n Table 3-3the dec oreferred ttotal vol ufeet. A c be shipp e WA Debr i De b De b A A Dry A (Mi x s e Boiling W Termination n 0 Radioac t ioactive Wa ng, handlin g d and conta m el radioactiv generated d u ntaminated w ed disposab l p ended a b ra p ended resi n ntamination ntaminated e 3 provides pmmissionin g to as "rip

&ume of lo w ctual waste v e d to the lic e STE TYPEis: Concrete bris: Reba r bris: Metal A sphalt Soils A sbestos A ctive Wast e (DAW) xed Waste W ater Reacto r Plan tive Waste P ste Manage m g, shipping, m inated sys te waste ex p uring deco m w ater; l e p rotective s ive and ab s ns and filter s cont rol mat equipment u projections o g of LACB& ship" vers e w-level radi o volumes an d e nsed Energ y TableWAST E CLAS S A A A A A A e A A r Projections ment Prograand dispo s tems, struct u pected to be mmissioning clothing; sorbent mate s; erials (e.g., s used in the d e of waste claWR. As S es performi n oactive wast e d classificat i y Solutions r a 3-3 Pr o E SW A W E (l 20, 0 8 8 1,8 2 5 4 2,8 7 3 0 3 0 5 6 3-17 m is used t o s al of radi o ures, and co m e generatedinclude: rials; strippable c o ecommissio nssifications S olutions ha s ng significa n e for dispo s ions may v a adioactive w oj ected Wa s ASTE EIGHT l bs.)0 26,177 8 9,249 2 7,476 4 1,575 7 77,268 0 0,776 0 ,880 6 ,222 Tota l o control the oactive was t mponents re pduring dec o oatings, plas t ning proces s and quantit i s elected to nt on-site d e sal has b ee n ary. The va s waste dispos a ste Quantit i PAC K DEN S (lb./f 8 5 8 5 3 0 5 0 7 4 1 7 1 2 11 0 l Estimated V characteriz a te during d present the l ommissioni ntic enclosur e s. ies that willuse an ap p econtaminat i n estimated st majority o al facility in ies KING S ITY f t 3) 5 5 0 0 4 7 2 0 V olume ation, gener a decommissi o largest volu m n g. Other f e s); an d be generat e proach com m ion activitie s at 393,696 of this wast e Clive, Uta hWASTE VOLUM E(ft 3)235,603 10,463 60,916 10,832 38,882 17,693 2,574 16,733 393,696 a tion, o ning. m e of forms ed by monly s, the cubic e will h. E La Cros s License T Revisio n WA Clea n (Debr i Cle a D Rec y Rec y 3.4.5.Table 3-4 Date Q2/20 1 Q2/20 1 Q2/20 1 Q3/20 1 Q3/20 1 Q3/20 1 Q4/20 1 Q4/20 1 Q4/20 1 Q4/20 1 s e Boiling W Termination n 0 STE TYPEn Backfill -

is to Landfil l a n Asphalt D isposalcle - Metalsycle - RebarPro j ect M 4 lists the c u 1 6 1 6 1 6 1 6 1 7 1 7 1 7 1 8 1 8 1 8 W ater Reacto r Plan WAST E CLAS S l)Clean DebrisClean DebrisScrap MetalScrap MetalMilestones urrent sched u Tabl e Mileston eSubmit L T License T Mobilizat i Stack De m LTP App rCompone n Building D Transport a Site Rem e FRS Co m r Table 3 E SW A W E (l 19, 7 4,8 1,8 9 5 ule for the r e e 3-4 G e e T P to NRC ransfer Co m ion Comple t m olition Co m roval by NR nt Removal Demolition C a tion and D i e diation Co m m plete 3-18 3-3 Contin u ASTE EIGHT l bs.)7 47,21174,17503,0645 4,659Tota l emaining de c e neral Pro je m plete t e mplete C Complete Complete i sposal Co m m plete u ed PAC K DEN S (lb./f 7 5 5 0 2 0 3 0 l Estimated V commission i e ct Milesto n m plete KING S ITY f t 3) 5000V olume i ng activitie s n es WASTE VOLUM E(ft 3)263,297 97,48490,15431,822482,757 s. E La Cros s License T Revisio n Date Q1/20 1 Q1/20 1 Q1/20 1 Q1/20 2 Q1/20 2Note: 3.5.R 1. D D 2. U S N 3. E D 4. U R D 5. R 6. E P s e Boiling W Termination n 0 1 9 1 9 1 9 2 0 2 0 Circumstanc ecannot be co m References Dairyland Po Decommissi o U.S. Nuclear tatement on November 2 0 E nergySoluti Demolition L U.S. Nuclear Radiation Su r December 2 0 Radiological E nergySolutirojections f o W ater Reacto r Plan Mileston e Site Rest oSubmit R eSubmit L i License T LACBW Rs can change d mpleted as outl i wer Cooper a o ning Activi tRegulatory Decommis s 0 02. ons Techni c Limits. Regulatory r vey and As 0 06. Effluent M o ons Techni c o r LACBW R r Table 3 e o ration Com p e maining F R i cense Tran sransfer to D R License T e during decom m ined in this sc h a tive, LAC B ties Report (Commissio n s ioning of N u c al Support DCommissio nsessment of o nitoring an d c al Support D R Decommi s 3-19 3-4 Contin u plete R S Reports sfer to Dairy l airylan d Ap ermination A missioning. I f hedule, Soluti o B WR Deco m (D-Plan/PS D n NUREG-0 u clear Facil i Document R n NUREG-1Materials a n d Offsite Do Document, R s sioning.

u ed land Amen d p proved by N A pproval by f Solutions det e o ns will provid e mmissioning D AR), Revi s 0 586, Gener i ities, Suppl e R S-TD-3131 9 1 575, Suppl e nd Equipme n o se Calculati R S-TD-3131 dment Requ e N RC NRC ermines that t h e an updated s c Plan and P o s ion - Marc h i c Environ m ement 1, Vo l 9 6-005, La C ement 1, M u nt Manual (M on Manual (96-007, Ra d e st to NRC he decommissi o chedule to the o st Shutdow n h 2014. mental Impac t lume 1 - C rosse Ope n u lti-Agency M ARSAM E (ODCM). d iation Exp o oning NRC. n t n Air E) - o sure