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)

Text

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

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3

3 3 3.2.3.3.3.3.

3.3.

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...................

.o use ............

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

.s sioning Ac t...................

.d Componen...................

....................

.m ................

.m ................

.e m ...............

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

. ..................

.System .....

.ator System

....................

.t em .............

....................

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

.ter System .

.a te r System ....................

.e edwater H e mineralizer

...................

....................

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

.s tem ...........

....................

.s and Tasks .

....................

.Office Buil d s Storage T a...................

....................

.E NTS c tivities .......

....................

.tivities and T...................

.n ts ...............

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

.e aters ..........

.System .......

....................

....................

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

.o ning (HV A...................

....................

....................

....................

....................

.d ing ............

.a nk Vault a n...................

....................

....................

....................

.T asks ..........

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

....................

.A C) Systems

....................

....................

....................

....................

....................

....................

.n d 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 Cros s License T Revisio n 3.3.3.3.

3.3.3.4.3.4.

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

...................

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

....................

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

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

.Projections

...................

....................

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

.i lestones .....

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

....................

.sioning Act i te the Reco n...................

....................

...................

....................

....................

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

....................

.n erator Buil d...................

....................

.i vities .........

.ntamination

...................

....................

....................

....................

....................

.E S omponents a mmissioning

....................

....................

.d ing ............

....................

....................

....................

.of Remedia t...................

....................

....................

....................

....................

.as of June 2 0...................

....................

....................

....................

....................

....................

....................

.ted Areas ....

....................

....................

....................

....................

....................

.0 15 .............

....................

....................

....................

.. 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