ML20038A566
| ML20038A566 | |
| Person / Time | |
|---|---|
| Site: | Kewaunee  |
| Issue date: | 02/27/1981 |
| From: | WISCONSIN PUBLIC SERVICE CORP. |
| To: | |
| Shared Package | |
| ML111671023 | List: |
| References | |
| PROC-810227-01, NUDOCS 8111130193 | |
| Download: ML20038A566 (175) | |
Text
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.ist not Energency Procedures Index ' 2.1 Erne r g enc y Organization -2.2 Ernergency Class Deterinination T.3 Unusual Event
- .4 Aleri 2.5 Site Emergency 2.6 General Erner g enc y
-:.7 Eine r g e nc y Cornraunica t i on Sys t ein -2.8 Activation and Staffing of Emergency Centers -:.9 Personnel Accountability
- .10 Occ up a t i ona !. Injuries -
- .11 Radiaticn Haz-3rd f
5 1 t l 8111130193$ BOO 5 PDR ADOCK 0 PDR F
i' ACD 12.1 Newaunee Emergency Organizational Structure 1.0 PURPOSE The purpose of this procedure i~s to describe the emergency organi:4 tion for the Kewaunee Nuclear-Power Plant and personnel responsibilitles during an emergency. 2.0 APPLICABILITY-
- This procedure w'il apply to any declared emergeocv'as defined in ACD 12.2. Emerg. .c y C l ass i fi ca t ion Criteria.
3.0 DEFINT.iTONS 3.1 Key Emergencp Organi za t ion Pos i t icos i Eh!ff SupM'>lsor - the s o n i o n- operat t 1:a u ;: e m o sh'fI.
- 2. Shtft Technic.ai Ad v i :ror (ITA) -- nn indsv.dua! a'_ :,
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- v. - S ; ; rr i) t 3, Emergoney Director (ED) - The Plant Mane:qer oi h: 1 deriuiiaiee aiternate.
-4 . Etent f..p e r a t I O n5 D' rector (EOD) -
Th e Ope,atroa Superintendent or hi designated ai+ernate. S T> _ h n f i: a L Suppoc+ Center Coord!na+o. i NC 4 - i e IeChntCai super sor or h i s d e s , ..: a m t e .i.
- m. t c. . .2t.
.. Radiologicai . Protect'on Director ( Rr 0 ) The P t -i
- Serbis..e5 Super i O t end E'n ! cr his de.agn ted a (
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- e .
- 7. Support Activities Derettor (SAD) - iho ri,, oton3.o -
Superintendent or his designated 3iternete.
o . -n PAGE 2 i .
- 8. Security Director - The Plant Security /Administiative Supervisor or his designated alternate.
- 9. Etner g enc y Response Manager (ERM). .
The Assistant Manager - Nuclear Power or his designated aiiernate. NOTE: - ^igure 12.1-1 and Attachment show the functional emergency organization and the persons designated for each emergency organization posiiion and theie aiternates. 3.2 Eraergency Ac t ion Groups
- i. F "E BRIG ADE - Personnel on site at att tines-trained in fire fighting.
- 2. FIRE TEAT 1 -Add;tional ptant staff p er son,'e L trained in fire fighting.
~
- 3. RADIATION EhERGENCY TEAM -
nembers of' the f' t a n t Radiation Protection and Chern i c i r r Groups . 4; TECHNICAL JUPPORT CENTER JisFF - Plant a :=d c o r p o . :. t o
- st a f f wiin encineeri09 and/ar technic r oxperience (Pefer to ACD 12,.8).
- 2. SECURITY FORCE -
tiembec c o f 'the cont,act .s e c u r i t y organ t tai im
- c. . Nor2-EJSENI I4L PERSGNtiil t -- Per sanne ! w: th no a s igmd e t.;er 9 .,c, responre duiios, inctuding u.; i 4 or r end C O 'A T r 3 f., D OI i .
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PAGE 3' 3.3 Emergency Facilities
- 1. Interim Technical Support Center - The assembly roca in the Adtninistration Building, which will serve as coordsoation center for engineering and/or m a n a g ern e n t personnel supporiing ihe operaiing- staff during an emergency.
- 2. Emergency Operations Facility (EOF) - An area in the Training Building used as a head tuar ter s for the Emergency Response Manager, which. may house sen i or rJRC and State and Local Governnent Officials. The EOF mco be used to coordinate off-sete radiologicai activities of support agencier.
- 3. Interim Operational Supoort Facility - Th e o f f i c.e acoa on the turbine t u n id i ng mezzonine levei 10 be used oc an a s s ein b l y and staging area for marntenance and support personnel during an emergency.
- 4. 9.r c a m c A m mi: ts Areas - Desigratec a c+ a 3 deta,.N n Figura '2.1-1 and Atiachnmnt wher e n ',r .c o n n e l mc: i o;seut'.a when not<tieJ of an er.m r g e nc y .
'! . Srt e Acce:. F,L,t' - The i r 3 , '. e c locaiuc m the w ;- t boundar+ of WPT propertv Nhich in a y re v- - a: -/'-
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4.1 The e in . - <s ;y organi*, tion i acocosib: ' tie 3 .ested betoo aw a s s u raed uten e. o em4 geot y it boen dr_la1 < <ad sre .n addition Iu n e r rn a L - a c i g ned ,va rc won;inr- ' i 4.1 ) T h v. 741FT _:_iFERV1CnR r. rspo u!ble for .. .iea(* i t- tant c. o r J r ? our and d w' a r i., i n .y ef a r. o..m r u c. a c
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ar- notitied at the e.. e r u e nc . t ro the ctass ot eine r g e nc y decIared.
-Ensurinn Ihat initial ot't-sate emergency response organizat. ions and agencies are notified for the class of e nergency dec la r ed .
s PAGE.4
-Assessing the effects of the emergency and initiatinq on-site protective measures such as evacuation of certain plant ar- T or evacuaiton of all non-essent.iat personnet from the site.
-Obtaining .the concurrence of the Event Operations Director before -making any planned changes in plant operations.
-Continurng
~
evaluation of plant conditions to determine i f a 'hange in the emergency classification is warranted. 4.1.2 The SHIFT TECHNICAL ADVISOR is r e sp o n s i t, le for-
-Asristing the Shift Superviser .in the assessment of abnormal plant conditions, and in f h e . d e t e r tu i n a 't i o n of when .in muergency a2 defined ACD ~i2.2 e<tst
-- N o t 1 f f f n q filemb e r i of the emergencv g r q a n f :.,+ i.t i, gf the eniergencv.
- clo t i f v i ng atf-site enier g enc y r e s p o.w e . o ,m ' r a t . o ns of the e nj e r g e n c f .
-Providing the S' . f t Supervisor ur- , m ,1 ( .
. r,9 o r s a s sio e n t of p i. a n t condit ens '-
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-a c t i v i t i e s or other assistance io 'w, 'h : ft SUFerVisOr.
4.1.3 The EhERGEuc h! RECTOR is recpensible fe.
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-t'se r 3 ! t rupervrrson and direriior or t re e %-c- -
d in e g o.* D sl 4 e T p O n 'I H 3r q A eli f d I t ,. S '* ,
--D e T e c en I n i G 7 ein Pi Q eliC ; ';4J'Ifi1a f eU6 . L' 4.1 a ihe EVEpf UFERAfl0HS D LHLC TO!- i; c e r o .; n : : o .e for s
-Under the dircction of th. E s.iv r q tr .' r - S i r oc i , ,
coordination of operations and control v . i o ni ac t i v i t s es dur i ng the ernergency, throuob the Shift Supervisor.
-Providing the Emergency Director wi th plant status updates to assist him i n nianag i ng t he eniergenc y .
i PAGE 5
-Ma i n t a i n i ng . cosornun i co t s on usth the Technical Support Center Sta f f concer ning plant status and requests for technicat assistance.
4.1.5 The TECHt!ICAL SUPPORT CENTER COCr
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.. *i t t 'It Je .., c a.. . .ino rj ' i a'; i ..t: >-- c. ,av .. '.te ..n: ca $t .g o < - , u. w - n. ..<t d i n a p t c, t .m cir .4n adio ,- :o - 4 . t re e: 0ntc:, r-:o oin i n.1 1.:hntc.t Japr :c t '.: - ' . .] t -3 f t' , 4.1.7 The SUPPORT AC T IVIT IES DIFICTOR i; ro< eon 34blo f oi 1 -Under the direction of 'the Emergency Di r ec t or , coordinating the activities of maintenance and I. support personnel during an emergency. I
- -Coordinating ac t ivi t ies re tui red ' to repa ir componen t s i
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- 4. -
4 .. ^ , ,A~ g.... .c - PAGE 6' i- . v -. . .,3. i- . .i i d a nn a g ed durinn the course of an einergency, 1
- 1. '
] -Ivop ternen t i ng retuestr by the Emergency D i rec tor' for - j' changes or modifications to systems or c omp one n t fr j' . retuired to.5tabilize plant conditions. J J
- -Evaluating manpower, etuipment, and. materiat
,- necessary to suppor't the ernergency organi za t ion. ir j- 4 .1 '. d The SECURITY DIRECTOR is responsible for i l- -Und er the Dire: tion of .the Emergency- D i r ec t cr ~, coordinating ati security activities. t. i s 4' j -Dispatching ecursty personnel as retuired to control i access to the site duciog ao emergency. s 1 2 j -Ensuring tnat 2.J e-t u + + e security c e r r o . , n e !. .re ,eaiiable !c o o' : T, needs, , <1 7 Tim EhERGENC E E :N "' ~ ~ E MC3 i- respoori'.ia ",r 4 ) -Toordiu; tics .. u on or offm ' > n , act ivi+.e. of
- n .: p o '- -4=1 genc' organi 4- x, i
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- i: . at- % ! .n m ths . .J e nt-P3 .3 i. a f o , ,9 4 1 :n Center ( J P I C 's on t h e 1; t a i u.s of the esec 9e n- .
-l . ._ Eine r g er . AL fi.t1 C i ;u i p ,S i f 4 . _'. i . M-:[ C. W h ,ci u m b e est-~h: .' * .4 r e .-: P r: n i 6 .' e Of f z, :. e . .a p e r + . n: r., :n . f -r, int, , -t3 4 . , je n.1 , t - rt o t - i.a t i, , on- , w, -, 1 ,t !. < d 1 .let=' . Aiis; c. 9 ,- 141t .. n i . t a ' i 'J h I i i: ,' t.iF-FG40;e~d, 4.2.2 FIRE FEAri menebe , iro re woor:ble for -Responding to ftre emergencies durinq workinq hours t by reporiing to their assembly area. y . . . . . _ _ . . _ _ . _ _ . _ b il l i [ ! 7 E PAGE 7 d i j' -Reporting .to the Plant When off site, if t h e'- receive ! j- a pager signal / message or notificatiou ui- a t' s r e at t he p lant. j l L -Fi gh t i ng f i res a t the plant. , i4 { -Notifying the control room of the status of fires and , i i determining if' additional- fire fighting assistance is L required. > t 4.2.3 RALIATION EMERGENCY TEAM members are responsibte for . -Reporiing to the plant when off site if they receive a pager 5igual/ message or- notification of d radiation l 4 .:m er g e n c y at the plant.- r i i -Performing i n-p lan t r ad s o log s ca L survev. e e directed [ by the Radiological Prctection Director or .n his .t absence by the on-shift radiation protectinn man, ft -P9ifGrMing Qff-5 iia ' i6*
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[ Off-$ tie er.V 4 r u nnten I dI . 5bMPI.65 a .~ d i.2Cted n.. rne -f Radiolooical Protection Director os in h.. a l. r e . , c e ': y . [ the on- sh i f t radiation protsc1.on man. I -POV for ul t ny dOSO aSSe55ntent5 a eid dO5e v i 4;O t . I* Os [ 5ssed on Turvoy .ii n d S aep t o J,*a a:1d "!2. ret a : ol r cond i t i a re i .a f or mai i on. i f I i a f t I i l ? N_ _ m---- ' L i PAGE 8
- s. . 3 4.2.4. TECHNICAL 'SdPPORI' CENTER STAFF L members are responsible for:
i - + -Reporting to the plant'when off site if they rocteve a- pager rignat/merrage or notificatinn of , pIant emergency. j -Activa 1iog ih- Technical Suoport Center per ACD i'.0 i
- e i -Providing ergineereog and technical support to .the contvoL rcom as necessary.
i S The SECURITY FORCE i r.responsibte for . i i ! -liaintaining access control for the p lant protected ' . area during an e'oergency. & d e eu. Of the 1 OtOCt9d d r e :b ur h e 0 i ntS t r 4Cied by the i E s.2 ei g e n c v P i r e t i o r ., I 4 -- 'bQY {s t i GC I 8' : 3 , } l'. Q [ . , t ~ j, s t .] fl f f. I ! [ I) 8' ~ ; 44) j ' j ] ( i'_ l ' e n . a e:
- iu+ected - _. tuc t og 41 evac: -t ' .n.
i.- 1 I j ~ [+ i ( +% I t '* , G . I f- $' i !4 e _; _ ' - PMs sOGT R *r th* - p p i th i i .: 0 ;.. + O -' + _
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-u,nt,;n<n, 4c w: . .nh c, ' the C, , e , h y-( = , , A F . a , d, g u v - E ', M S~P1 f 3 '; ; % . NI di .1 ; r .):: p o n s if L e . te M i- i .2 ; i- - :mai :e .- 3 ; 4 .. _ ~ i CI t ? , ) ? I f L O _~ ... __ _ _ _ __. ,_. _ _.,._ _.-. _ . _ . _ , , _ . . . - , . . . _ , _ _ EPERGEt4CY RESPOriSE FMERGFtJCY DIRECTOR PWIN;ER I I I I I TSC EVENT RADIOLOGICAL SUPPORT SECURITY OPERATIONS PROTECTION ACTIVITIES-COORDINATOR DIRECTOR DIRFCTOR DIRECTOR DIRECTOR -WPS ErJr,ltEERS ($_lf)) _COrlTPOL PO(N _RADI ATIOkt _ MAINTENANCE AND _ SECURITY PERSOfflEL E"EPGEt!CY TEAMS I r. C PERSONNEL FORCE -VENDGE fly.lfif:FRS ~ADDITIOrlAL ASSIGNED M)!NT !'EACH #!D NON-ASSIGNED ( 5- I t)) 0PERATIOrls PFRSONNEL -CO*lTRACT H.P. -ODERATIONS TEOff!CINJS PERSONNEL -NRC (5) _ FIRE BRIGAIE/ -CONTRACTOR PERSOPNEL FIRE TE41 FIGtPE I?.1-1 FlfiCTIOf!AL FFEPGENCY ORGANIZATION - p
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- t 7
. ATTACHMENT TO FIGURE 12.1 i EMERGENCY ORGANIZATION DESIGNEES'AND ALTERNATES Emer9ency organization positions and the- personnel des i gna t e<' to. fill : the positions are tisted below in the order of pr ior i ty. The first -l position listed is the first to be- fiited and the first person i isted ; { f i l l. that position,_ with.olternates
- is the-_ individual designated to '
! .Lrsted a 'f t e r . [ 1 1 POSITION INDIVIDUAL Emergency Director D. Hinir ; R. Lange. C. S t e i rih a r d i -l W. Truttm m a J. R i c h mcmd 1 E % E ri! M -retioni E 3 . i-C i cr t. Sle*irt'ioiC l 'd . T r a t t e,s .i o . H !^
- .. Wd't taco 6, Pu99C r
$ ". S f ij n -$ : 2 .i : o ' i3 ;.' ? i t p p c ,- * *~.r.atcr n, hat- - 8, 4 . ' 'A Cccro nator Ever: C. SC Is T Ct~'- l'r , R u ; t f.* T td 5 3 !. s e. t , t ( i vi: .. c tm ; I ,, b O 1 Fali fi d' U. W i n , nJ .: > C, L 0 n'1 7 Futec i (j O (I' i 1 .2 l C- ~-
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L. ,: y [ n,c . e 6 , ; t -- $ 8 E,.ercenc Res p o ns e ns 6:ss4 e. - L u c i.. .. C. Giesten
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? eew_..._. , , -.Mw- - . ,,--ew--- e - , 1-l CONTA!?T ENT PERS mNEL AIP10CT, MATERIAL STORKF AUXILIARY l SUILDitG BUILDIN". I 9 HEALTH PHYS!CS neerce eni t ,! w. TUDSINE BUI LDIN", INTERIM GPEPATimAL SUPPORT CACILITY (MEZZ#JINE LEVEL) AMINISTRATION BUILDING ] ASSDTLY R&4 i , cc. w a n.m n i g - ASSEMBLY AREA i FIGURE 12.1-2 E."ERGENCY ASSEMBL ARFAS .____ _ __.__ _ _ - ___-__ _________ _ __ - _-_..____ - __- -____ --_ .__- _-_____- ______-. -_____ --- --___ _____ _-.__-___- _ _ __.__ - _ _ a 1 l - l - ATTACllMENT 12.1-2 i 1.HERGENCY ASSl;MilLY ARF.AS i 1 ! GROUP PRIMARY ALTERNATE COORDINATOR I Firo Brigade Maintenance Locker Room Administration Building Ijobby. Fira Brigade Leader
- if notified i Tira Team of fire Admin. Building Lobby Security Building h re Team Leader
- l Radiation Emergency Radiation Protectton Radiolcgical Analysis Radiological Protection Team Office Facillty Director
! Maintenance, I L C Turb. Eldg. Conutruction Assembly Room Support Activities Personnel Office (l'ezzhnine Level) Director
- Non-Essential l'ernonnel Clean Area Assembly Room - - - - - - - - - - - - - - - Senior Staff Member Present l
l Controlled t rea Radiation Protec.tfon Radiological Analysis Radiological Protection j Office Facilfty Director-l- Containment Personnel Airlcck Emergency Airlock Radiation Emergency Team Merr.ber l Tcchnical Support tenter St af f Asset:bly Room ---- --= -------- ~ Technical Support Center Coordinator l l CDefined in ACD 14.1 l i l l ? l ! ] b V' % . ACD 12i2-Emergency Class Determination i.0 PURPOSE 'The purpose of this Administrativ.. Control Directive i s. to provide guicance for determining the emergency classificats on af abno. mal plaot conditions. 2.0 APPLICADILIiY Thi3 Administraiive Directive applier to those per s =nne t (PUCi?iOd O r,d e r T O S P * ) n i i ls i I ! "' & C* 5 l' O r d O + e r' ai t O J T i O n Qf D,d er g e)15 y 1, r. c ; s i :at nn, ' "d f f N iI .[ CIJ f7 ,t ./ I -' h) '" f f I e' '. r e e !k % I. '-' h ! t a d i t ' 't t* -+ p G i t*Yi I :dI dOQrG:]OtiGu Of 4 ' i '~ [ 5' s' O L 'J T ~ 9f * - ' Ehe plent No r e l e -e s e s of radiantit' .,i :s t o c . a t cr- ;nir 9 .' ~~ $ I i I e 3 p C fa s f.' beI Off a Yi i Ori99 8 *~ 2 E ._r. e t t e d , j It : --- -t - ;) (; + t. 1 , i .- a c c ;1 r . e g be h , . , ;s.u- o J r. ' i _ ;1 1+ s + is- 4 rj o i e a. ! ii e + - y Je: . *ng e - 4 p t , i1 . i 3, : ?O JMdLi i F J C i s U 1. ^ OT i h t? uY ' _ + v te fi t. ,4 .t-- ; bi i i ** (PAG) roposure invelf. T.3 l} Ie Etae r g C ric y Eiv2nis dre ! n p t
- 0 6.' e JE Oi b 5 f e O '.. C F _ t.i Wbich involve sciuaL os i ikeLy a jor plant iuact:on;
. t= r ci 'On prOtOC 1 I G r* O F i. h e publiC. AG) r e i " ce S e GOt e s; oC f C el .) yscoed [FA Pr% >ep_ ;tu e !c o .}f eyCepi apar - t 1.- N, . .; .a w eierai E m e r g e n.:- - E . : ri r s ara in t<0 . , or r, ;, . o ;ue 1 a r, r c f. olvr ,-+oi :c .n ii : o ..
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-i *O f t N C 63 9 d EP A PE.(, .? x ;' 0 :; 11 r * '> -[_ t) r i 't t 9 "at- O.. t h 4 ei i mnmd i a t e : ile i r _ a o s - ,} ' ) PAGE 2 1 i i 4.0 RESPdt!SiBILITIES 4.1 The' Shift Supervisor (with:. the- assi.tance of' the Shiit fec hn i'c a l Adviser) -i s responsible for the' initial even t : : c La ss i f 1 <f a t i on . , 9.2- The Emergency Director. .is responsible for- changing the l -emergency c lass if conditions so t. arrant. ! 4.3: Emergency response personnel are responsible for performan.e of their required x1 ions ; .a<s detailed ~in other ,. EJu' gent? . ' Adra i ni st r a t i ve Contro L . D i rec t i ves -. ! f I (- 5.O' EEQUIREMENTS l l : ,s.$ shift Supervisor and shift rec m . :s t A:1v i ser 1 , t 5.4 _1 D o ,- < 3 abnc^o t p ia. n m - m int : s v- i C i ., o ? $ fica? On T c h I. 0 2'_' n n .!. the ,1 p (*
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t i iT u k4 h - ,e ' * *I - ,, .i. c* ; ~' 1 U c ~ Y ""i ( be " .1 ( ' ' ~ @ rl C D '4 4 ) k .h )'s I fk() I . e b l -: 5 31 . c eI30' tsi C d ; r , n ,, ; t. i i y , y t3 . { 6 L . fiIe [ 9 h O b !'T I( 0- 8.) F . s I I.,.' r Tc s I 1. + 4 ) t.* b iis t ' * ' r 5,~ s i +4 L . ) k i * '8 4,. s a ' i. -* r * ,- ; e i c. . .yqn - ; 3 pjf ' [ 5 %- .] e , ,=l I ' .} I i 6 - , , j , f= -la , _ ,g i \ t L I I-1 ? I 1 t -t -F 'k t l t _ _ epwegrey__ m ,. _ _ _ . - , .- ,w-y ~ PAGE,3' r TABLE 12.2 = EtiERGCt4CY CLASSIF ICAl'10t!S 4 The fo! Lowing charts are separated i nto different ab norraa l . op e. a f i uq condetions.which roay, depending upon' their severity, be cleissified ar an,Ubusuat Event, Atert, Site Euergency, or-General Eaier3ency. CHART PAGE % norina l Ra d i o l og i c.'a t E f f l u an ! .A 4 Fue! Damage Ind t ca t ion ~B o l 6 ; ., f ., df PG42 ; O 3 fDes!u. k 5414 i n> F 'ed 2 0 ' f/1-v 4 # t' Q ^ i O d E* I'r Q I A f; i iOO , .O s . -r. : G li?d*.~*i3n H ^ I .J r t,_. 4 i'"G3 's , ; er e c y J._ .. o k,;;o;g : 3 , [ {, 2 - k ' t^r s O n 3 l i n i 'll N 'S
- ~ 41 s y *; ; i- C t) 3, =,3 0 t } , I, O xe 'J 3 r/ 's I 1 .
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- t +2 +J i + . ( i 'I- i ,_
I.i nit! r 9 0 HC ) C[J? :lr i +8) at f s i s ( a O TABLL 12.2-1 Cl! ART A AENOPMAL PA1110 LOGICAL El ! !.t i ::T EMERGENCY CLASSIFICATION CRITERIA CLASS 1rICATION __.__ . . ._ _K._h_WAlllE r _l'_I.A. _U_'I_10_1 1 C 71_l_oN _ ___ Radiological Effluent Technical Specification UNUSUAL EVENT F I D200,000 CPit, E14>400,000 CP!!, or PI290353 limits exceeded. 0.0 ur/hr. Refer to T.S. tertion 3.9 - Radioactive !!a t o r ials . l Radiation levels or airborne contamination ALERT Increace by a factor of 1000 on any prccess monitor I which indicate a severe degradation in the (P- I S , R-16, R-17, R-19, F -22, R-2 3) excluding control of radioactive materials. cffluent reon i t o r s . I Radiological ef fluents greater than 10 tirne's A 1.ERT l nl 3 and R14 of f scale. Feler to rigure 12.2-1 times Technical Specification instantaneous s. hic h relates PE29035 (Aurillar y Dulldirig Stack limits. l liigli Fange l'oni tor ) t er.d Int; and relonne duration. 01 stain average erritor teading and actual or projected retrace time; intersection ir t i.e Ercrgency c i m:si f i ca tion . Also refer to T.S. Section 3.9 - Padioactive Materialc. Effluent monitors detect levels corres-ponding to greater than 50 mr/hr for b SITE LMEFCENCY Fefer to rigure 12.2-1 whirh relates PE29035 (Auxilin hour or_ greater than 500 mr/hr W.B. for Building Stacl Iligh Range !!onitor ) reading and two minutes at the site boundary for release duration. Obtain nwrage monitor reading and adverse meteorology. actual or projected relent.e t i tte ; intersection is the Emornency c1ansification. Projected or measured in the environs dose SITE EMERGENCY Project (d or measured dose rates to be provided by rates greater than 50 tr/hr for hour o_r, on-shift raciation prot ect ion rnan , Radiological greater than 500 mr/hr W.B. for two minutes Prorection Director, or off-sitt survey teams. ct the site boundary. Effluent monitors detect levels corres- CENERAL EffEEGI.NCY For Ini t it.1 assessment , reier t r, rigure 12.2-1 which ponding to greater than 1 rem /hr W.B. relat(c Pt29035 (Aux 111ary Building Stack liigh Range or 5 rem /hr thyroid at the site boundary !!cnitor) rer. ding and releote duration. Obtain average under actual meteorological conditions. monitor reading end actual or frojected release time; intersection is the Emergency classification. Projected dose rates for actual _ rteteorological con-ditions, to be provided by on-chif t radiation protec-tfon man or Radiological ProtertInn Director. Projected or measured in the environs dose GENERAL EMERGENCY Projected or measured dose rotes to be provided r tes greater than 1 rem /hr W.B. or 5 rem /hr by on-shift radiation Protect Jr,h ~ man , Padiological thyroid at the site boundary. Protection Director, or off-nite survey teams. FIGURE 12.2-1 A U X _B i L D.G 4 . S T A C K.. H l lR A.\lG E._ ,.M O N LT.qR,. t ; i i.- .:. t l 1 i ! . l r-~j[- j i , , l' : : ; l .1 I. I 20t1E SV FAN ! : !- .!. .!.. .. ._2 ZlO NE S V.F. A N S ! ; i
- I , i i i e : : e . .
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;. . . ...i g q , .. p_ .. - 7 j N I ; I I !_ l , .;: , . l r .p l t 5 l l l l l l^ l 'l-- + t u, I .' 4 ! I ' -l ! jl j ._ _% .. . p ; ; .' m ,. ---.,- , . i.-.- . . = 2, so no 10 40 no i TABI.E 12.2-1 CllART B FUEL. DA? TACE INDICATION i EMRRCFNCY CI.4SjjQLCAT10N CRITERIA Cl. ASS I FI CAT I Oh KEWAUNEE PLANT INSICATION pighreactorcoolant activity san.ple UNtiSUAI. EVI'NT Execed Technical Specification 3.1.c Maximum Coolant Activity determined by reactor coolant sample analysis. Uciled Fuel monitor indicatas greater than l'!' USUAL. EVI AT R-9 increase by a factor of 100. @.1% equivalent fuel failures within 30 binutes. Dailed fuel monitor indicates greater than AI.FRT R-9 off scale. Confirm with a coolant sample analysis. 1% fuel failures within 30 minutes or 5 I Gotal fuel failures. ycryhighcoolantactivitysiurple A! !:RT H-9 off scale. Laboratory analysis required to confirm greater than 300 u ci/ml of I-131 equivalent. Uual damage accident with release of radio- AI.ERT R-ll or R-12 (containment) annunciator sound-Octivity to containment or aut.fifary R-13 or R-14 (auxiliary building) ing at setpoint [ building. with R-9 increasing by a factor of 100. - ~ - _ - _ _ . - - . _ _ - - - . _ _ Major damage to spect fuel in contain- SITI: Dfr.RGith:Y R-il or R-12 (containment) annunciator sounding aant or auxiliary buildini;. R-13 or R-14 (auxiliary building)s at setpoint and physical evidence of fuci damage. Confirmation of 2 fission product barriers breached Roca of 2 of 3 fission product 1arriers and loss of some Engineered Safety Features. (e.g. Nith a potential less of ird barrier. CENERA1 EMElu;LMCY ruel failure indicated with reactor coolant piping failure and the potential for loss _of containment. Stean generator tube rupture with associated main steam isolation valve. failure and ' loss of high head safety inlection.) e ( 'l TABLE 12.2-1 . CllART C PRIMARY LEA _K__ CI.AS S I I' I ON1_10 N.__ KEWAUNEE PLANT INDICAfl0N EMERGENCY Cl.ASt il f (.A110!i___C_I'.Pil:RI A )xcmding Reactor Coolant fysten. leak rate UNUD'AL IWidt!T Atiy reactor shutdown required by T.S. Section 3.1.d. ):chnicel Specifications r mui rinc reetetor
- Dutdown, p _ _ _
h"ctor Coolant Syst err. led rate greater AlELT Indicated Icakage of >50 CPM. )h:n 50 GPM. )ccctor Coolant S y s. t m 1. .:1 y . 3. r e a t e r : FE PA NCY lim charging pumps cannot maintain pressurizer pressure sh:_n charging pump capacity. level and the safety injection pumps are required to twintain pressurizer pressure or level. hc3ofcoolant acciderir ui tle c c i. p l e t e CFNFRAL LMEKClNCY Failure of both trains of safety injection or residual Jailure of ECCS to pe r f e i t.i leading to heat removal to perform when required based on RCS scra digradaticn. pressure. (osc of coolant acc i de r.t ti t h it f tially CL :UltAL EMHT ENCY Initially successful operation of emergency core juccorsfal ECCS, but 3.ul.u rp:. n t f ailur e ecoling system with subsequent failure of all Bf containment heat r e r.. ,va l a stens. fan-coil units, both contminment spray pumps, and both trains cf residual heat renoval. TABIE 12.2-1 CilAl(T D l'it i MARY T' : trO:Ji>ARY 1.I':AK EMERGENCY CLASSIFICATION CRIT 1:1800 GPM as indicated by safety injection pump flow. cpid failure of stea,pererator t uber, 91'11'. FMl?RGlifa.Y l'r Inary to Secondary leak rate >800 GPM as indicated ith loca of off-sitr- pu;er. I,:: vfety injection pump flow and all four trans-
- ais.slon lines to the plant de-energized.
TABLE 12.2-1 CllART E 1.0SS OF POWER
- EMERGENCY CLASSIFICATION CRITERIA CLASSIFICAT10tc _ KEWAUNEE PLANT INDICATION Loss of off-site power or loss of on-site UNUSUAL EVENI All four transmission lines to the plant'de-energized AC power capability, or both emergency diesel generators inoperable.
Loma of off-site 1.over AND loss of all SITE EMI.RGENCY All four transmission lines to the plan t de-cn-site AC power energized and loss of power to main 4160 volt buses I through 6 and loss of all vital AC power supplied via the inverters. Loss of all on-site DC power. SITE EMERGFNCY All DC distribution cabinets either in a low voltage lockout or de-energized conditions. Failure of.off-site and on-site power CENERAL E1!ERGENCY Total loss of off-site and on-site power and loss along with total loss of emergency of the turbine driven auxiliary feedwater pump. feedwater make-up capability for several hours would lead to core nelt and'likely failure of containrent. _ _ _ _ _ _ _ _ - __ _ _- _1_ L =. s l l_ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ . _ . _ _ . _ _ _ _ . _ . . ._. _ . _ _ . _ . _ . . _ . _ . _ _ . _ _ ._ __ __ _ . _ . _ . _ . _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ _ . _ _ _ . _ _ _ _ . _ _ . _ _ _ _ _ _ . . _ _ . _ _ _ _ _ . _ _ _ . _ _ _ _ TABLE 12.2-1 . -- CIIART F , ENGINEERI:D SAFETY FEATURE ANOMALY EMERGENCY CLASSIF1CA'l1ON Cl(ITI:RI A Cl.ASSIFICATIGN KEWAUNEE PLANT INDICATION Emergsney core coolink initlated and tTt:SUAl. EVOT Init'ation of the safety injection sequence by a diecharged to the reactor vessel. plant condition for which the ECCS mitigation function is warranted., Refer to Emergency Operating- __ Procedure E-0-07 Safety Injection Activation. Lozo of engineered f.afety Ienture function i t't!!'St!AI. I NI.h's Ans shutdown required by T. S. Limiting Conditions rsquiring shutd wn by 'Iechnical for Operation, Section 't.3, Engineered Safety Sp2cifications. Features and Auxiliary Systerns. Complete loss of any function acquired Al ITT Loss of operability of both trains of RIIR for for cold shutdown. core eco]Ing if the steam' generators are unable to be utilized. Failure of the Reac. tor l' r(. ecticin System AlEPT Failure of the reactor protection system to initiate' to initiate and cent h te a scrau which and complete a reactor trip when required. (e.g. A brings the reactor culisit! cal, turbine trip from full power without reactor trip. Indication vould be increasing reactor coolant system pressure leading to lifting of pressurizer relief' valves,) . i Corplete loss of any funo fon reeded 'S !TE EMEl:Cl.NCY Total loss of all auxiliary and -ain feedwe er for plant hot shutdotn. systems (e.g. loss of both feedwater pumps and all three auxiliary feedwater pumps) when the primary .- __ .____. __ _ __ _____ ._.__________i 17 stem temperature is above 3500 F. I i TAI!LE 12.2-1 l CilART G * [ FIRE Atill .l'.I._l<. !;._I'.l.:_O_'_I_E( .T I ON i l EMFRCENCY CLASSELCAUO;LCJIlFAI A Cl. ASS T I'ICNI 1('N KEWAUNEE PLANT INDICATION l lLocaofFireProtectionsystemfunction UNUSUAL EVFNT fewaunce has no Technical Specifications which require l rcquiring shutdown by Technical shutdown with loss of a Fire Protection System Sp;cifications, function.
- A fire within the plant last Ing niore ITt!SUAL EVI NT A fire within the Administration Building, Turbine lthan 10 minutes. Building, Warehouse, Auxiliary Building, or Containment Building lasting more than 10 minutes.
l . l A fire potentially affecting safety AI FRT A fire that renders engineered safety feature l Systems. equirment inoperable te the extent that a degraded mede limiting condition for operation is entered. i ; Fefer to Technical Specification Section 3.3, Fngineered Safety Features and Auxiliary Systems. !A fire compromisir.g the functions of ITE EMEFGENCY A fire that renders engineered safety feature lzafety systems equipment inoperable to the extent that minimum equipment necessary for continued operation is not available. Refer to Technical Specification Section 3.3, Engineered Safety Features and Auxiliary Systems. . N & l- , i . l TABl.E 12.2-1 . CilART 11 I.OSS Ol' I filllCATION EMERGENCY CLASSITI_ChilON CRITERIA _ _ Cl.ASSIFICATTON _ KEWAUNEE PLANT _ INDICATION Indications or alarms on process or LINUSUAI.1:i'liN'l Refer to Technical Specificntion Sections 3.3, affluent parameters not functional Engineered Safety Features and Auxiliary Systems, in control rocm to an extent. requiring 3.5, Instrumentation System, and 3.10.. Control plant shutdown or other ul ni t ficant. Itod and Power Distribution Limits to determine if loss of assessrent cal,a t. f li t y , plant shutdown is required. Most or all alarms (annunciators) Icst. A!.ERT Total loss of Annunciator System, Computer Alarms, ard n quence of Eve :ts Recorder. Most or all alarms (annunciators) lost ' SITE EPI:ltGi NCY Total loss of Annunciator System, Computer Alarres, cnd a plant transie nt initiated or in and Sequence of Events Recorder with a plant l progress. , transient in progress or initiated during the.' loss. t.- _ _-. _ l I l f I l 4-TAI!LE 12.2-1 CllART 1
- SECURITY Ct*NTIl4GF.NCY EMERGENCY CLASSIFICATIO!1 CRITI:RIA CLASSIFICATION KEWAUNEE PLANT INDICATION kcurity threat or atter.pt e d ent ry or I!!!Ust!AL EVI.tr1 I Receipt of a security threat or bot:b threat message,
)ttemptedsabatoge. attet.pted entry by an adversary into the plant protected ! area, security area or a vital area, or a confirmed sabatoge attempt. l hn-going Secu.r ity con prents A I .I'hT An armed attack mounted against the Plant which has lasted more than 30 minutes. Imminant loss of physical c<;ntrol of the SITE EFl:RGI A a Arned intruders have successfully penetrated the plant, protected area and are about to enter the security c rea . hors of physical cont rol of the plant . CEt!! !:AL 101EhCLf;CY Armed intruders are within the Plant security area and are atternpting entry of a vital area. d. TAl!I.E 12.2-1 CllART J PR I MARY SYS11.M A NOEAI.Y, EMERGENCY C1J.SSIFIC/.110N CRITERI A _ CI.ASSIFICN!10N _ IO3JAUNEE PLANT INDICATION Abntrmal coolant terg.erature and/or l'NtlSI'AI. 1 VI.NT A temperature / pressure combination that exceeds pr=sure outside e,f f er.im i ca l Specification the safety ifmits defined in the Technical limits. Specifications, Section 2.1. Coolant pump seizure leading to fuel failure A1.I'f:T A primary systen. transient resulting in a loss of flow caused by reactor coolant pump seizure and leading to an over-pressure condition mitigated by substantial relief of coolant via the pressurizer , relief and/or safety valves and subsequent filling l of the pressurizer relief tank. i I s . . TABl.E 12.2-1 ClIART K SEC0tIDARY SIDE ANOMALY
- EMERGENCY CLASSI.fLQA110!i CRITl;RIA CLASSil'ICA*110N KEWAUNEE PLANT INDICATION Turbins rotating corrponent failure causing UtittSt'AL EVEliT A failure of the turbine resulting in an inusediate rrpid plant shutdown. shutdown and/or overspeed condition and for which turbine repair requires major disasseebly.
Rapid Depressurizatir.n of the necendary Ut:t'SITAl. IXENT The uncontroIIed depresr.urization of the secondary side, system to the point where automatic safety injection fr. Initiated (less than 500 psia steam generator _n ress ure ). [ Turbine failure causing rating penetration A l.I.itT Self cyplanatory Steam line breat viti: ri tnificant At r:h'l A hreak in the main steam system that results in (greater than 10 Cf!O pr inary to ECCS actuation and that is not isolated (i.e., either icecondary Icakage. upstream of ir.ain steam isolation valve or main l steam isolation valve fails to operate), and R-15 and/or R-19 indicatinst primary to secondary leakane. l Steam line breal riti: Lnater than STii' iTEPCILCY A break in the main steam system that results in l50GPMprimarytc, secosdt.ry lectage ECCS actuation and increase in monitor R-9 by a factor
- and indication of fuel daarme. af treat-- than 100. 111gh he'd safety injection would ie required to maintain pressurizer level and orgfugg.
lTrcnsient initiated by l o s t. of ft.ed- CI:14Fl!AL IJNFFGLNCY Le c t, of all secondary side cooling and !wnter and condensate syst.u fol- less of high head safety injection. (Extended period [ lowed by failure of au).fliary shall be considered to be greater than 1 'nour.) i feedwater systen: for an a:t coded lparied. Core neitir.g retnible in 'several hours. tltitate failure
- of containment likely if c<ie ec1ts.
TABLE 12.2-1 CHART L MiSCELI.AU)OUS_ ABNORMAL Pl. ANT CONDITIONS EMERGENCY CLASSIllCKIION_CRITEl?IA _ ,. CLASSIFICATION KEWAUNEE PLANT INDICATION L ca of containrent integrity requiring t!Nt'St'AL EVI.N'l Ref er to T.S. Section 3.6 to determine if shutdown thatdown by 'IccLnical S.cctrications. t is required. g Other plant conditiotis that warrant UNUSt'AL ITE!;T Conditions at the d'rcretion of the Plant Manager increased awareness en the part of plant , or his designated alternate. Examples include staff or state and/or local authorities cooldown rate exceeding T.S. limits or pipe crack-cnd. requires plant shutdown under Technical found during operation. Specifications. I _ _ . _ _ d __ _ _ _ _ _ _- l Evscuation of contrcl room anticipated or ALFRT Evacuations of contcol room (E-0-06) with control required with control of shutdown systems at shutdown panel. established from local stations. Evacuation of control room nr.d control SITE EMI'RCENCY Evacuation of control room (E-0-06) a d failure to of shutdown systera not established establish control at shutdown panel,. from local stations. , ___( I TAlll.E 12. 2-1 CllAltT ?! l' E 1C;0 litil'.l . I N.tIlIF E FR';ENCY CIA.SfdFICAT104 Cillli:PIJL_ 3 __ __ _ _ _., Cl. ASS I I'l C A'l T(+ KEWAUNEE Pl. ANT INDICATION Trcn::portation of cont ar,inate d, ,,enIcusly I:NUS!!AI. 1 AT N'l Self Explanatory injured individual Isou site to an off-site hospital. TAEl.E 12.2-1 Cl! ART N EARTIIQIAIW - EMEFCENCY Cl.ASSil'ICATION CitITIT:I A Cl. ASS ll'l C/1 I 0N KEWAUNEE Pl. ANT INDICATION Any carthquale felt in plant or detected I't;USI'Al. l'A l tn More than one accelerometer is activated. en station seist'iic irm t r utre n t a t.icn. An carthquake Eru.ter t l .m OIT Operational AlFRT An earthquake with horizontal g ound acceleration Basis Earthquake, at 0.06g er greater (Fluor Power Services to pro ~ vide insttunent reading which corresponds). An carthquake tra ter t ii:.n SSI. : lea re Phut do.in . S I'I L ITIII(Cl fiCY fn earthquase with r.uch consequences as to place the Earthquake. L pinnt in a site enervency per a di rre rent nneraenev TABLE 12.2-1 CllART O ~ FIOOD, IW UATEI:, OR SEICllE , EMERGENCY Cl.ASi:11 ICATIO!l CRITI'RIA . Cl. ASS il'I CA 1 I ON KEWAUNEE PLANT INDICATION 50 year flood, low water or f.eiche lit:11SUAl. iWEtrl liigh water level above 580. feet. Low forebay water level condition that canswt be cleared by stopping the circulating water, system. Wave greater than 18 feet. Flood, low water, or se f rhe near design AI.EPT Design liigh Water Level = 582 feet 1svals Design Lou Water Level = 575 feet Design Deep Water WAVE = 22.5 feet TA!!!.!' I 2.2 -1 CilART P TORNADO OR llIGli WINDS EMERGENCY Cl.4S,,Sll 10N11011 CRITERI A Cll5fllILAsiOS KEWAUNEE PLANT INDICATION Any tornado on <.ite ITt'SCA1. FXI !.'l A tornado within sight of the plant which has caused the loss of at least one of the off-site trans-rnission lines. Any tornado str il fi c f as.i l i t , A l rici A tornado which strikes the facility and due to damage nffects continued safe plant operation. . - - - . - . . - . .l..-. -... I Sustained winds in e><+sn of desir.n levels l P 1 rr. l.."Ef ';1ECY Winds in excess of 100 MPil for greater than I hour. with plant r.ot in cold siutdosn. W TABLE 12.2-1 * ~ CIIART Q D:TERNAI. E\TNTS FMFRCFNCY Cf A%11'1(./'llO![.11dIEllL__ Cl. ASS I P1 CA'l 1 ON __ K.MLATINEE PLANT INDICATION ' Aircraft crash on-sfte or unusual aircraft liNilSUAL EVI.b'I An aircraft crash within the plant low population zone .cctivity over facility. or notification from the security force or other source of higher than normal aircraft activity over the site.
- Aircraft crash on facility A I.EE.T An aircraft crash into plant buildings or switchyard which affects plant operation
! Missile impact from whatever se,urce on Alfl:T A missile strikes the facility which affects plant ~ facility, operation. l Entry into f acility e nvirons of nncon- II.! I;T Release of toxic or flammable gas from a ruptured trolled toxic or flari.mable gases. container such that the gases enter the plant pro-tected area or buildings. I'newn explosion damage to Iaci1ity M i ?T Se i f E:tplanatory. cffsetina plant operation. Aircraf t crash af fec ting vi t al stru :tur-s S11* E!MRCCCY n aircrat't crash into plant buildings wnich causes 'by impact or fire. the loss of any Engineered Safety Feature function L j Icvels below the rinimum required for plant operation. _ _ _ _ . _ _ _ _ _ . __ _ _ _ _ Refer to Technical Specifications Section 3.3. lSavare damage to safe shutdown equip- S!TE 1+!EFCI.hCY A missile strikes plant buildings or explosion occurs [esntfrommissiks or extl<mirn. within a plant building which causes the loss of any l Engineered Safety feature function to levels below l thc minimum required for plant operation. Refer to l Technical Specifications Section 3.3. l l Entry of uncontrolled flarmuitle gases into SITE EMEHCIE O release of flammable or toxic gas from a ruptured ' vital areas, or entry of uncontrolled container which enters vital areas as described at toxic gases into vital areas chcre lack lett. of eccess to the area cerist ituten a safety problem. t L . 1 *. j 1 ! ACT) 12.3 Unusual Event- i + l^ n 1 1 3 J f i i 't.0 . PURPOSE ! Th4s procedura describes- the actiens in responre to a cond tion !- at the Ptant tehich has been ctassified ac an UNUSUAL EVENT.pec l A C :. 12.2. No t i fica t ion of an unusual event is made~tol i l' 1 1 Asstire i hai i nterna l .nOt I f t Cd t t Gnr h 3 V C.* h & C* n C Nip ( A i n d . I i =i bI i IlO TDG 00ET@fiM4 CIdf( IG 7f i f G I Q .Q f rQjdjyyjg, d g-]
- 7. Frov ide sysiesat:c h a t d i. i n a of i n i o r .,. a t i a : + and detision
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- PAGE 2 i
I 4 5.0 REQUIREMENTS 5.1. Itumed i a t e Response : , J . 6 .1 - Shift Supervisor f l 1. If. fire emeroency, acttous reluired.br ACD 14.2 3 shou td be. immed i aile ty i nip Lemen t ed . 1-4 1 2. Contact the Shi f t Technical Advisor (STA). i - 1 ! ,. Determine if immediate' personnel assembly is l reluired. For personnel assembly, the Shiit i Supervisor will direct a mornber .of the opercting crew to niake 'he followin9 announcement n.3r th f Plant t a e - t r o vi s c .. I i ! ' A t t tm t i m -!: :e, " . o. 1.. are o,0.- as ,: .o U MUSUR. Wn v i . ni< n .: . ne' , ., a s , . .4 , t c, cepn,+ c. *..:=. 21, ,nL 4;: 1 ! ! UOsr ..t .._ : o. . .. .-o .- ) i'> ., c :i . '. y a. . u ; a r i , w. , , c. a . 1 itt !t - W d c , i n _ i 4 ; .. h i ; I t l i . **i t; (, i cf i.+_ - , C - 2 ',(! ' j . c . , , . o r. , e n .'
- - . . . _ . . . . . . _... ..~._ .. - ._. . . .- - -
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'. ' * ' ' t ( .- ., s , t _ , ., o 1 ' ' c. , l'1 ,s ,, , , . o L ._o m e s.4 b o , or 1e a.. . r . .. oi ;>,e tion an 3pec: tied ot1 s e(.- s 'um or t v.i e n i . < i o a c c o r d a ric e W3lh ihe s', t t a t. h nie n I aied F i qui . i?.3-1. The esive r ri e nc ' c onnan o s c a t i on ~ System i s described i n ACD 12.7. l. I b' l PAGE 3 \ 5.1.3 Key Emerge. icy Rerponse Personnel l 00-- 7 I TE t'OT I F I C AT I ON OFF--SI TE r-!O r I F IC A I I Or! I , F. r. p o c i 4o (t,. _,ot,o: '- . ., i E,aluate i hn +-ii t and io be bi i t f .-d de c i d '_ i 1 d e t er ni i ite the ro ed , , r e p ci r t 0 0 '( '. 0 , 6 64 I _ ;q bi ed 6,j i' ( ., e the pldni j g ', tl r , p ty i - a }, c.m e r g e o c . t x i ' i t ', -3 .- i , - a r s r y t, l aadrec e ,- , ce .i t [ C i e 1 d. r. . , j d C i I. s tl ' SCiIvit1- ' i l'! O C e .c ' , 2, NOl r/ Et ...! v. ~, '- ci.0- 7 (J.3 t t' s E ; j e r q *a si r ,Di ,* f ; d u d g 6 .- ' E ,' : ' ' ^ ' 1 j , e it e j en ( i- f i h, ,' 1 * 'J f Ji, !)' U s E / F i l 'i ! yl O [ !_l .k [^,'jtjpT, e m.._.-awe m.e . -. . _ = -e. e _ m _ . wa . _ _ _ ,.a.4_ ^ a -. . _e p.,g- .- -- , ,7- - - 1 f. 3- ~ J I. 6 . i g , [ I i t t *- - 4, _ _ , h , 8 h _l j i g _ , e .- b l t t 8 1 6 g j s=Q'1 l 'i f _ 4> '- i , , > ,_ , l . , , r , I .. ,{ > ,!. b h. i 'j g , l ] q ' ' ' i f Itl b i 3 i ' ( 4 .' Ii6 2 Irep.Jr0 lO 2C I i 1 I t' iip e t $- ?. Prepaie to .s c t . .1 1 . I I:. t i Ona 1. SuppOnt Fac t t ti . tionai Sup p.3r t F a c. i t i t ,-.g 7 - . - - - S. P r.tX 4 5 . Subsequent Attioor E. 2.1 Shift Supervirar
- 1. If generatir,1 c :m a b : t i t i o r .u a , be e t'f e c t e d b :.
the eveni, ne i i t : LIP!' L o a d Dispatchor.
- 2. Continue to ea e a a ze r sonen t s nf plant condition to deter.nin,_ it a change in the einer g e nc .la_-
k5 W d t' 't~ d Q! .' ' ' .
- 2) . L:O li I I I"t f l e fG l1rOCt PIJi ri i OP Or d I ! G!! pe:
E.iiie r a e o. Or 24 . t i a c: E', .:e ic 5.2.2 _' h : f l- i ech ,ii t a ! ad- i .: i- - 1 oI i n iu 0 :- ...ii r; i 4 .i .. : i I i 3 c, - t.. o: , ' e 6 e 4- -0._. 1 ,, i i [k N c ! .Il} 6 ' I,$ il .I! ! 1 i ( I - t j i iP g, f A 1 4 I PAGE 5 ATTACHHENT TO FIGURE 12.2 UdVSUAL EVENT NOTIFICATION A,1 The Si. : f t Supervisor or Shift Technicat Advisor ';hould contact the fatlowing:
- t. One mernber of each key erae r genc y - position on- Fi9 ore 12.2-1 untiL a representat ve for each posi+ ion h <, :
been not i f i ed and conf i rwad . The- first member i o-each position can be contacted siinultaneo.tsly by us s ui r e code 010. Each key person notified- by p a s e r. shoeld confirm contact bv- a return telephane call Ai 414-388-2561. A l $ ef $ 4 d
- C GCi p h o ra .
,, M ,a ^ ~t o ne Te G int 'F . ' ** .a .i : aI ' r- > !W , 'M; , !. d OP(> ;d e f ? i tiF CE i '.' t' > .i ./ v e? 3 ' . Ut; 't O< .Qv ') ; _' Q ' ~ , [?- 3 ( Je " , 9 sid [p* g * .? i"6 ' ' $ i ' i f. ) -j n, I ~ ,i 5 ~b-4 , O h el' -} 1 h C- iCLLOW ' v 1.> t t* s C Y s i. r . .... .. . ~ . . m .. ,. g . . . - J , L _ l i '. , d L [li 0 3 S O L i u ' t "t . 9 CGi,GT4 , 4.1 'e s Q "d. 'C'4r * , .t' I g _ [f ( ,87$ f , .Li. . ~'i. ,e. C 4 5 6.'. Is P 4 i., b e 2. . s J ,a 1 T h c- f- ao. .m r .0 $ 1*cnr c ;; i . t . - oi ~e : . . ' . ~ tj a S _ , I 't. I i53 8~. '/ O n i . ' _ _.. _ _ _ .._.. .. .. . I . ~ . . . . . . . . . . . - - - . _ . . . . s$4 . w me e . t ' .L < i ~) C e' l C' i 3 '. . t C, '* .1 o Il s ',* T k V e ~ 'f7"C 8 I ' e - .p -tc .+ + ,
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, a c. T ch cc W . theough c eramr:r s s :s t le lep h o.ie M e .; E c.d e - l \~ __ l. I Ac i:now ledg e ..ies sage. ' i L__. - . IINilSIIAL EVENT NOFIFICATION ' . SMITT St?ERVISnR l .1 STA l U. S. NUCLEAR REC'LTIORYle'T!5cION - ~~ .l Red Phone or % _: i if.cRGtNCY DIRECToit p.; RCT.*;CY rec: ,;;gr * ;4p r: _ ,
- i2L iomek g
i Paryr , ixt~ Hor.d F . 3 trer ; D. Eintz. _ C. Luc u . ! R. 1.ange _ C.Ciesler C. Steinhardt _ X.Veinhauer .,f V. Truttmann _j l J. Richmond ,_1 t iW.M 071P24TIO.6 DfECIOR < ? E RAf f fP; P F 8 "M' I a Pagcr 'Ex:~~Honce ~ ~ C. Steinhardt aptirnal Group Piger \ -t V. Trutt= ann J. Vallace A. Ruege l T.Stanaszak]4 t RADIOLOGILAL PPJTECII~ri DIFECTO'l MD EW.4CE!:CT 'rA"
- Ext home. Pager e
J. Richmond - % . ._ "' , g Troup Pagers: HP \~ ! M. Reinhart Rad Chen *'. Vir.nowski ~ 2 C. Long ~_ .- 1 .iGr.NICAL 5'.PFu?.I Cr .ILA ~' 3 Ectr,'.V DIRrN OR ._Ex: hecce Pa[J
- Ex:
"~~ P.ne~ ~ ?ame-M. Y.archi %t H,a! . P. core - i j .s. Evers , 3. po; _ C. Schrock C. Packard(R?.3)._. .G. Rutter - _ i _._._ TSC PER50';NT*. MPeif ACTIVI!1Es LC41CIM. . a fx: name- ._ iaree ;roup P2ger g. I R. Lange _ l R. Hirst ' D. MacSwain ~f
- t. arm J. Tilla [,t STATE ?, LOCLQCT_
!;X.!AS Phone - l I J Trunk 0121 for **-r .% r a (i. i t6i Is: 7 -M: -f:) S - 9 - I l 7 -i _ _ _ _ _ [ F!RT. BRIGADF./ FIRE TEA'M i' Optional Croup Fa r (_,, e . ' Confirmation of contact made . o ACD 12.4 Alert i0 PURPOSE T h i r: pr oceditre desc e i ber the a c t i o n.'; t ri r e s p o n r +:- ta .4 conditio. Of i ls e F' t a n t which hac %-?n t!acrified dr an i. LEPT p -- nCD :2.. The aterr i :- to:
- 1. Assure that euer &mc y p e r >tm n' # -
31 e ceadiLt .>+: inb t, tr , t . p .: ,_ Fu3t'on b : : ai..c moi e - i, or i - p a f ' .~,j , , _ ~t i "l .31 e ! . ') ",- " t d '.i i i.;in , + i' i IO ' i 0 ;.) e i , f e' f ! oCO ;7 F, i,. ; r, t , ;; , p ) ; ,, - + .
- g. ,
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i . ; i- -. : i- + I PAGE 2 ' , ':. 0 REQUIREhENTS t- t t i 5.1 Immediate Notificatson. Actions: ; l S.1.1 Shift Supervisor i > s ! 1. If f i re entergency, actions- required by-ACD 14.2 j l should be iminediatel.y implemented. (
- 2. Centact the-Shift Technical Advisor (STA). l
- 3. Determine i' f - immediate personnel a sset.ib ly ir r i
required. For personnel . a ssegnb l y - the Shift i ruper v iso, wiL1 direct a ruember of~the opcoatin; ~ { crew t o m aio: the follow:ng announcement ow- the P l. a n i Cai-tronicF. - I . t
- om,
' r, 4 W , t i n. , a:i c re. n. We n . ire, .ic i n c ! I ' i t an At W . c, t t - p e , n. o o > . e c.t.m u; o woe i 8 a ii,w i t a _ : -e u. b i - ve.- 4 t en ii. Aizo aoruno tho . . -: 1 ; o.. , ,' ^tne erd. fire. a b n o r m e.i t '. y
- 2 . riist co n- s ,
l c Gi hid 3 'J O ! d f 2 # t } tj : i. f s* Of , s - t L idound the retant uc r . : ;i ii 4 . m ' i t' ' ] a l'.i o ' hc , c at~ f. t . f l .. c ', i j n , r <c t t o. s. .- or i, .m,,.-... t e, , ni c. ; ,1 ;< r ; ; p t. n ne O ~i l i n i : li t !<n Q ii * .C' .; ' . . ,> : p .:, n , , p ac . : . .ds
- e. cr, . - t rc 4, r. ,f 4, n: 5 a .
. ;3 j . , . a: , m' ,A . . . . . l t .. a;, e .i 11 ; c .a c f e e b> .h. 'h 4 r: J u n t- . o . :tir i I
- ., ;,, e ts . a c, f t e. e . 4 a e , ... ,, ,t. a. -
m e e t t a c.1 . t>r. coppor a m . o.: :e .. accordance with nitathmen1 and l' i n u r o . .4-1 i The enter 1 enc >. comniun i c a t i on systent. is describee ; in ACD 12.7. =! 't . t
- u i
h E w_ . w. . . . . - . ~ . . . . . . . --_ _ - - . Aw W . ) PAGE J 5.1.3 K e r- Emerqc;ncy Respoore Perronnet ! OH IITE NOTIFICATION OFF-SITE 90f1FICATIOD l' EriERLENC7 DJRECTOR >ED) t
- 1. ReporF tO Ihe C o rs ' , 4 .? R O O(n i ReporI (o tiit plani t o b e l) r I Ofed-
~^ 1 Ha1rfy Cme cancy ~ s : pan:n ^'. Ourit! E <t. , r o . s r. c ~ Fw aansa tia n cy> r ( EFM ) of tho nanaqer . EPr of th, A:.ERT. ) ALERT. l . _ _ _ . . . . _ . _ . . _ . _ . _ . _ _ _ _ . . . . . . . _ _ - . . . _ _ . _ . _ _ _ . _ . . _ . _ _ _ _ . . .. _ . . _ . _ _ . . . , . l FVE3ti GPEE r ' Int!T 9li ET'V :OD) . ;. Repect *c We C. o n t ' c. I R . . r. m t Fm p t, r r to - he n ; , , ,. r i 4 1 to [. n , e r> T ~ j . i j ,- - , r 1,,- ~ I ~ . . . , I k d [] - " = , } , 't 5
- I t
. . ~ b h e . 4
- i. r r-7.
. -- t i. I 4 5 4 - , m - h 1 I > i -wr--w.. . .- e v rowee- t e v e.v - c.v y -v v ey w--= wme- r- c-.,-,-----y-v-w.w- a PAGE A' ' 5.2 Subsequent Actions 5.2.1 Shift Supervisor
- i. If generatino capabilitses may be e f f ec t ed by the event, notif> WP." Load Dispatcher.
- 2. Continue to make assessments of plan t conditions to determine i fa change in the emergency clasr
, is warranted.
- 3. -Continue to . direct ptant op era r s a n.s per Emergency Operating Procedures.
5 ?.? Shift Technical Ad'rirar -
- i. Cont ; nw to moniter n ( -r0 t conditicar l' o usur adequ3 Ii '07* . COO l ' tr
'3 ., Cv: i; 'I 4 ' . ,, .a i , ' ;, . di! as' 3 <,. : c ,3 1 0 fe- - ,,<. .j c;, -J t.: ,1C i i . 'l .i e i , * +; o3 ded: 3 .i '*lii 6 6 4 1i *: * {'. s r. , , , -o >, - r :- ~ * [ g" ' ?/4 g %} Y ' y i*6 ! ' ']
- 3. A t . f.. =
,s 4 ' . A v: h* ti .i7 ' .-,- ,_ , e' .ip p t Op i : , , i .c, r, r. ' '4 , t . 11 ' FF 4 1
- 5 8 l_ (
t < ' t _ .. I 1 E V 3 i Il i f i' ad T O lu 3 i t . l ' ' .i d i ! ; O n .F i it pi,I
- 2. Provide per i od e .. ene t eo s o l4.iq i c a L a s ses sine n t to off-sito author lie- .m d if- any relearer are OccurriniJ dose t 5 4 s ura t e s for ci c l u t.i l releases.
.- -_ . . - - . . - . _ .. .- - - . - . - . -..- .- _ . - . . . ~- . - - . _ _ - . - . -
- l a
-PAGE 5 ; i.
- 5.2.6 Technica l Support Center Coordinator
- i. Provide periodic. Plant status updator to off-site authorities.
- j. 5.2.7 Support Activitias Director
.p L
- l. i. Direct any correc+ive m a i n t e n s.i n c e 'activitles l required to mitigate the consetuences of the emergency.
5.2.3 Securit) Director or Security Force ; i. Dispatch an officer to the- fishing area a ne! l inform people they should leave-the- site.usin: ! the felt ~owina s t a t oaien t UITH. (10 OTHEF i INFORi1ATION GIVEt3: - n m, .=-...-e.w,e~ .,.*.n-...,.+-*.--..u.- 4 a. . . . Ie f' il I 4 s .h h d d.e - *'#E' ; e ha 1 I 6 *( ' (j$)i j .; il -, t ' r- 'equei f ri .j !- !. 4 s &? i- i. .: d . > + 3 ,1 l . , .. ' I iec e .
- i . . . .. , .- . - , . . . . . . . . + . . .. ...- . .
e . . . . - - . . . . . ~ 4 4 4 }.; Cp :4 Y s } ru i ' _,=t' ~ ' F _ * ~ L- s t* ' 3 k' ' ! '!:ohu>< C 3.id o . . t. = ',, os. , u'. C " a d une-I ';h [i ( I I ,$d J l' f [- 4
- j ' ~l( -
! .a n t b c, . :. a t.,m of 'h. 4 ' I , . [1, : , i i ~ p t- o re n - , , pt 3,c p $- > < ,I J f i i i i t I 1 l t 1 i i w.-~ ._ __ _ _ n._ .n_ , _.r n ,,- - - .. n ,- . PAGE 6 g . ATTACHMENT TO FICtJRE 12.4-1 ALERT tt0TIIT ICATIOel A.1 Th t: Shift .sipervisor or Sh i f t Technical Advisor .s h o u lo contact the f a l lsw i ng :
- i. O ne ne w..b e r of o n.h key evne r o enc y pas 4 tion on F e otre 12.2-1 untit a representative for each positian b a .s been notetied and c o n f i r nied . The first niem b e r so each POSiIiOn CdM b' r.' O n I a C 1 e d ilo'JlI4DOOui;! by u 'i a .4 ;. a g e (
code 010, Qch !-: e y person o n t i t'e e d b. p a a .: i should confiria contact by a i eturn leleohonu ,1. a+
- 2. liso eJPC u .og tbe Fmer gei,c r :).> t e r i. a t i n .- - "
/s 'F951 red ohone. -
- 3. Emerger iciiter , F i c +e , Radiation > u-i m p el g e r n t ei.
d r. p r. ; < ' . ~ w .- i- ee i < 4 2, t . c ,! di. e+: - ~ - f* .,,2 .f k, [*t r, y I , 2 4 8' l ' ,? '.I , )
- d
( ' *I # f]O J 4 i )}i ) l5 : O ".) lf6 *^ ' OL'.i .;, * pe e_ ., .i t - .: y - , s. s, s 6 $ e O8 I l e,, .J[ '[ll =4h g a' , 0 l - !l t g , 6E I _#4l 8 j ei e ^ 7 )' iort: ;e ,+ ' l ' .2 .2.f nv, _ _ _ . _ , . , _ b * -w . .d- T. +, . 9 .M . % + we gg. h 3 Us *. - , i
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j T I. A Ce t t C l 4 . e o! vet i't ,, * - l q ' *J I > i . . .+j . d t. I _ _ . I Act notsleaw moi a 4. . .*
- 5. .hwr i c a n fluc l ea r .Incurorr and ti S . Coast G u a i .! in;inq c onuw r c : a l teterhone tines and t.<t a f p rov ion. ..o.Tage .
QH% i k k h H9 fE Akl S 8!n [ y 5QC t iI)nS . ? ALERT IMU:DIATE NOTIFTCATTrw *e suirr si;PERytson I STA ! C. S. NUCLF.AR P.ECULCo?.Y : ~~~ ? ION Red Phone or - - LMERCLNCY DIRECI'.R l D?.tr.:?;CT P.*' *; S E " t*;.W:'t a sx: homea N reer = 54 ;;,: Ix: _ prer D. Hinta _ l:.Luosa - R. Lange 1 - C.Ciesler C. Steinhardt ___ ' I.Veinhauer 2 W. Truttmann _, - J. Richt:ond _ i - Lar 0; Eftuic.d 0;*.E Ida i ?I nT*c'; PF5:".N r. I C. Steinhardt _r c - hore#-Pancr op:t: = ix; a! Oroup Pager._ . . W. Truttmann j J. Wallace 8 A. Ruege _f T. Stanaszak . ~ . . . RADIOLOGIC /L ?IRIC;. u DIRECICI i 9 ') FM ?CE*:rv *EA" [ _Ex: honee _ Parer , l ; J. Rich =end - q.....g.. Woup Paters: M? i 8 - 1 Reinhart Aad *:-er 1 W. Vinnewski ~ - C. Long _ I TTCA;. 51;?P;;; Cia:E?. I!I;;r v Ditr~~P = kn-* L_ i'a t e r = ir* _ ha r e r. a2s !!. Marchi f._iv- M - ' :- * . :'= e e f ~ K. Evers I :. Do.- _l C.Schrock.__} . Fac':ard(U ii - G. Ruiter ! .~ j ~ !!! ?I:53';';r' SLPPORT ACIIV;;;is : ..EC N). <- = u; rei e. Ene r ;,'ep ?2;er ,
- 1. Lange _!
K. First ,,,,_ _ D. MacSwain ,_> L. Arco - .T. Tille 5 TAI,p_& J.pf)JmJJ'T _ _ _ _ NAV.G Phane 7 .: .*< I ' . - - ' -- - a . '. i. i t h 1st
- 41-
- e. _ e_ co p -- e. . m fil
- usy 3 . Nicht-t ii.eg re ..t . ve ~ r . e -- -- e- ? - i e-4 a 1 - FIRE BRICA N Fl?? ltX N _ g Optional Cr up Pager \ .. Confirmation of contact made . FIGURE 12.L-1 l' ' 1 i, . ACD 12.5 Si te Ernerge:ncy i J Y t t , i.0 PURPOSE 1 i i
- This procedure describes the actions en response to a condition ;
I i at the Plant which has been c lassi f ied as an SITE EMERGENCY per i ACD 12.2. A-SITE ENERGENCY dec lara t i on is to: i ll
- 1. assure that r esp onse cran t er s are manned, i
1
- 2. assure ihat i.iori t t or i o g t e a n. , -4 r e d 30 itched, I
~
- 3. assu,e that perronnet estiered for evacuet:on o, c.e a r - r i t e sres, ' - 4 r 1 o * -- -t a 4- i, .15 gi : tti.+' On o f e g c :3 d n ; .
, 9. provih c om u t t a ' i o 4 .t! ., t - i - e a t. 7 4, r r t + ; e: ar* i " " provide upd,te fca Nm public tr.r o e A ortsite asthor rt ;. i > ' F L i C M i;. ' Tha3 pi or ,;+'* <Ls P .i n + 1 ' ' 'c . , aud i ecporatc > ; c- d 'n 'r. t . ** '- t ,y l oe- , [ f 3.0 OEFINITIUn > j.1 5 te i u. . g.x- en n no r c; c. < , . .d wh , ctr - -( r- 2 .: + :i i i . or ! tie' :o- f,,i't>> o -r i. S i! t , I j* ' * " ' ' ' $ ee ,e b . " l O ' I d " " are - e e ' >u 7 .- t_.- :d ?PA P - ' J<.- .e ; i. p \ - ** r;y y p ['g . -' ' ; {s ! T j {' ' t t 4,; rhp - ), y, , ,, ,)c , ; (; . , - , y,, & c re t g . , h ) * .i n 4.2 The Shitt .%pervicor 1; c O W 0 n j i t. l e 1or e n s u r # .e# t fia t required s un..ed i a t e notificatsons have been inade and con t i rined . . ___.__-._m.-._.__.___.._.m ..m.._ __ _ _ mm _ _ _ m-' - - --- .._ - .. . .- .. -. - _ . . . - .. _ - . . - . ...~ - .. s a ae i .- d j , PAGE 2 . 5.0; REQUIRE,'iENTS 5.1 Immedie'e Response:. 1 5.1.1 Shift Supervisor ) [ i. If fire emergency, actions reluired-by . ACD 14.2 should'be immediately implemented. i
- 2. Contact the: Shift Technical ~Advisof (STA).
2-
- 3. Determine' if immediate pensonnel asse..)b l y is
'- r reluired. For personnet assembly, .the Th i f t -
- j. Supervesor will direct a member of the operating l crew t o ina k e the following announcement. avec the '
4 Plant - Ga i-trao r cs : i . 'At+"n+ian all perrannet. 'b .w - e,o w ', , o a ! ; SI FC EMERGtUiC ; alt p. ., . a e > - e1.$t r t s ta j .r er or + to the'- s:.. ,.t: w.,. ' ,i i l t NOTE. A 1. . announce *he ; m ,1 o v. . . cds I ifire, abnucaaLt. bio rad af;or aN/ o they . Can be a *J O I d f? d dLF.GO ~p . -' ~ 7 0 0 0 ' ~'E , P k !
- So u c;d -the r .nt 4 2c,e r ge it i 1 -a r o. ad' :- i the +
innOUDCemenf . . _ - . _ . . . . _ . . _ . . . _ _ . _ _ . ~ . . . . . . . - . . . , - _ . - - '~ 1 [- . w:c . :m d < ..?, - 4 ' i l f Direct the [TA 10 in ,' ,f> : 6,f . , b e , 3 5 (he emer gent s o r f.t ca n 4 .af,cm o c' 9ff- t f.- ur- m ! agencsec. 1 > 5.1,2 Thrf* T e c h n e t .i t r,d v i rcr STA) i Noort 1a t,e ~c u t c :- t v 'am - . n 1 ! e.J z mf , 4 : i. f ? . ,a a + :. . d : **u. l r!o t i f . Ley mernoe - 3i "rhe eiw. t e n : <.:. s e ..ce l -' 3r u nizatvon s od- ner : :m at'-ri to Tupporf
- - c)9 9 tit I e 5 Ia dCCGTddOt'r Wt*h l 'i 'I t" -
'2s 91, -4 Dd A I t a c h ana n 1. ihe eine , g e n c .- t osinvu)se c a ! t e. i c y .1 . n. . if needed -is described eo ACD 12. ?. h. 4 6 r l 1 b 3 ___,_F ._. _ _.m _ _ . m.~ _ _- --- . ~ _ . _ _ _ _ ._ _ _ .__ .. _ . _ ._ _ . . _ _ . _ _ _ _ i r - PAGE 3 [ n i
- -- 5.1.3 Key Emergency Response Persoime L l
I i l DN-SITE NOTIFICATION OFF-SITE tl0TIF1 CATION l 1 Et1ERCENC't . DIRECTOR (ED)
- 1. Report to the. Control Poom 1. Report to the pl_nt, to be briefed.
- 2. Notify Emergency Response 2. Notify Emergency Response Manager (ERN) of the- . h r. na g e r (ERh) of the 3 JITE EriERGENCi , 5ITE El1ERGiPC(
~~~~ ~ ~~~ ~~ ~ ~ ~ ~~~~~~ ~~5EEh5~UPEESTIUtEUIIEEUIU5~~EUDI'~ ! t. Report te the Control Room 1. Report to the pIant. . ! to be briefed, . . I , . .e . .ne m.o - , w .m m + x , , Ai t..3). L' * ,1 . C ,, c a ( ,< . 3 i; E, r se at. I63 d fi. s h4 l h hl h h %' ,,, l '/'# . , g- hI d, h h $,. 6 k, ' I I I I 8-
- j ACC6E i. ,1 'tv s
. l. t 1 -' "+-. A? F_ O . I 3 a . '( [ i [i _ ,_, ( r - *.. *r .' [ f * ( t $ s_ c i.< g . "M i i i . , CD Qi. . ' "! C i - , 4: . -. ,. . . . mg, . ;pi t i 5,=, t - _ . - _ . . . . . . . _ . - _ . _ _ . . . _ . . . _ _ - . . _ _ _ _ _ _ _ _ _ _ _ . . _ . _ _ , . - _ . _ _ _ . . _ _ _ _ . . - ~ . . . . - . _ _ . _ . _ . 1 P g 1
- p f',( ' *, - ' * * * '1? f '
, { > - {' {} {. L ,^47. y I i +,.,t, m + a. . u. c o . O 1, g n f . /-, . 3; . , ri s o .; . ; _ ,; 1 < 31 > ,r - s e' l G . PAGE 4 N 4 4 m 4 5.2 Subsetuent Actions; a-5.2.1 -Shift Supervisor { I 1. - If generating capabilities may be effected by the event, notify WPS Load Disprtcher.
- 2. Continue to make assessments' of pIant conditinns to determine-if a change in t h e> emergency ctass is warranted.
1 [ 3. Continue to direct p lan t ' operations per ! , Emergency Operating Procedures. i. !. 5.2.2 Th i f t Technisa'. Adviser i j- 1. Continue to monetor piant conditions 1o encore
- adtluute core 00!4n9
}' 2. Resocod i c ir;ueriof :^of addiitoaa:.. e eti.a i r a t i i n f ornia i ! o n from ntate a n ti taco? - esr oare l a g c r- c ' - < +t >t does no: i ntertere ui trwe c. r mt - m.: .n y., , k ,2.J . r .:. a ._ . x . . . .i c ,n-
- i. . q < ; n :. o t c e- ~f n , -r,, c -nt i
j .nj!* c , i , .* , y , ( :' d 1 . . . .. ~ . 3 j .: , "u ; n .: a 4 . .e '; 4 if ! 1 - , .. I % ; , .n- , i , S /,i !: - r o i Cr ' - * - nn- E-. tor * ~ e , ,I i! J 6 It' 1 s ) 1 j, j f ,[* gg ' l '. Ile n~ftOff 1 I1 f8 [I 1 '3 ,s $ ,' L , .a t. l t N 1 a t d . i* O '- 6 , 'e ( l - - ! .d r i ec F i , ,., ..- ,, o i s -! : ! , e- . . _ . . . _.m.._ . ____._ . - - . . - . _ . _ . _ _ _ _ _ . . _ - _ . . _ . . _ . _ . . . _ _ . . . 4. 4 . I . , ., T .PAGE 5 > l, '- : 1 4 4 - 4 5.2.6 Technical Support Center Coordinator 1 - i' . 1
- 1. Provide periodic.. Plant stato: updates to F i off-sito-authorit es.
! 5.2.7 Support Activitses Director -i r 1 .6 i t. Direct. any corrective maintenance activities . 1' , retuired to mitigate the conse tuences of the. 1 3- emergency. 4 4 4 S.2.0 Security Director.or Security Fcrce I + r . ! i. Dispatch - an officer to the fishing > rea and i n f o c ni people they s h o u l. d leave- the /ite .i s- ; n e- - !j ' the following s t a t erac y t WITH (JO ufHEu INFORMAT[0!4 GIVEN . . . . . . . _ _ _ _ . _ . . _ _ . . _ . . _ _ - - _ _ _ . _ _ _ _ . . - _ _ . _ _ ~ . . _ _ . _ _ . - j ' Th e , mi c i ie has bc - o t- % '. c - and i j w a: e .n u e md ta at , i i t o i c- t1m.* " l i ' t :
- e D 1a_;ich , . of4 r ,-
* '-p - - toi c' ! h *Jh W .** Y 42 and OD'< I t. f '*~e +2 ? ?-' W
- U . ; ! .? c c Eiunt Fe - '.. I
{- , i h ;,, . .3 ' Q,e e'. I ? ) ry e a t t Ii *
- 3 ? '! u p f? ) CO rt q ' } <r 7 i
' -D. - F ' {i } ' h , q q % . L J . I dCCOfC CG li rO k . ' i ll f 0 4' rs.G i 0 61 .- i k i .I l 6 r I +! i I 1_ i < ~ - n _ ,... , - ,n . .-. - ,-~r -m 9 ATTACHHEllT TO FIGURE 12.5-1 ~ Si[TE ENERGENCY t!OTIFICATI0tf A.) The Shefl Superviser or Shift Technical Advisor shoutd contact the fotLewing: 1 1. On+= toen ber of each Ley eino r g e nc v position on Fiqure 12.5-1 untii a representati/e for each porition has been outitied a nd c on f i r s.ied . fhe . tirst nentb er 1 each posi t ion can be contac ted sinnu t taneously by using pager code 310. Each key person no t i f i ed by pager thould c o n f i r.a contact by a return telepho..e t wi i at
- 2. The NRC using the Einergency tiot i f i c a t ion Sys t eca (ENS) red phone.
- 3. E 60 +r g e ric < r e a.o ; (Fice. Padiat.co) u2ing p aq.a r susten rJ.m endent tip o n iype cf e mot a n t! ' a t d i c;c r e t e r: 01 ?hatt A tif e r v 4 -3 G s .
. IIn d -I-+0 4 GTI i OC * ! ^; Q V F + 4 T L 'i - t- C ?" C. [ i. t f . 9 4 i . . i . :; 'l r_ ~.' t) : .. . .- . . . . . . _ . ~ .. . . .. . . . . _ . _ . _. . .. ,, h A f ' j 6 , 2 ! , . 4 .hI r1 ., ' . e. . _ _-m ti. * 'I ;ja i ,;.. , f . ' d> ' ,_ , . . . . _, i. _. , .; de - _ i, .- .s - 1 * , t _ . , . . . , . . - .. _m . . 6 h k I i g ) g ^ j ' . ,s [ ..a qe? c i ; ,. : .t -.-- -! j d ;t : i - t e. n t u t 9 F: i9 595)n .- t' 70 t 00 5 I J .- a + ,, u ,f. r - *- 4 l e i I k I 84 , . , 'f 4 ) I,.
- 6* 3 t '- i II .h n _ e
+1 , ' ,.'_.a " ' '~ l .... ttf.' 3 .q . ,, .js. S. A .n e i s can fJuc le ac [o;ureri a ail !. i . m . ._ 6 i 3 t ^ fa3 .,t c onhoes c I 3 L telephoiw Itoes and te*t .)I ;w ,; .I oef.- ... e . . Old i i I i 09 IJ AW A3 O tl l v' SeCiiOnC. a,. - c-- . 8ITE EMERGENCY IFNFnIATE NOTIFICATION SHlfT SUPERVISOR f STA U. S. NUCLEAR RECiti. ATOP.Y CO.C*!1410'4 Red Phone or" " i E.*2.KCEhcY till:J CTOR EVE RCF.'.CY R b " *. 5 F !* tAC F f: a gag ;io u s ra ge.r . x Horce - ~~'gge: D. Hinta _] k C.Luoma !_rt~ I - R. Lange _,,,_ ; j C.r,iesle r C. Steinhardt ,,,,. K.Weinhaue r W. Truttmana ,,,,,, J. Ric!unond __ _ _ . J EVLs102EPATI'G5 DIREGEOR I O ERATIT; PFFiTNE?. I
- Ex: Homew _Page:
C. Steinhardt . . Optinal troup Pager W. Truttmann ,, J. Wallace _ A. Ruege 'l T. Stanasaak . _ ELGIOLOGICAL PadfECILON DIRECT 01 un F.vl *C E'7Y U a Lx: honeF Pager ~r oup Pateri: HP ~ ; J. Richmond g g g.,g g M. Reinhart Rad Chem W. Winnowski C. Lorg , _ _ _ _ __ ! I TdTICAL asrNitT cr.. ira IECt:at re D I V :. * . s a Ex: haces Pa;=r = .ix: Ho r.e + - :*az e r ' ~ I !. Moore ~~~ M. Marcht . % :f- m' K. Evers . O. Dev C. Schrock !. Pachtrd(F.1H_, -- ~~ C. Ruiter ., , ..s 5 C P U 5 .T_ ___ SL?tc h CitVITLES 2;.lCCLM = tn heme- rage r j ";eup ?2zar ' R. Laage _ ! K. Hirst ! _ 3 D. MacSwain _ L. .teno _ .t. Title ' ,).I3TL 5 LO_C.% fC_ _ _ NN.AS Phone T unk r_ q_ enjy c.+ g e n '" a l fr *u94-a(vich 14: .t -in ,s. - , jay ^~~ )' g , Micht I ? awefe w xt+?rtu "M - " 4 -- t 1 I ~ ~~ FIRE SKLGAM/t'IMf: Tt Y'S _ 1 Option.al Croup Pager
- e. Confirm.ation of contact made MGURE 12,5-1
..._.._._-.__m..._. _ _ . _ _ -- - _ _ _ _ - _._ - i, N % [$ 'ACD 12i6 General ~Eraorgency : V l' 1 s j- .E t t- e j !- t i ? i , t t e .
- 1.O PURPOSE ;
i I t- Thi; proceditro describes the actiont in responce .to a.cor.drIion i ! at the Plan + which has been classified as-an GENERAL EriEPGENCY l per ACh i2.2. A GENERAL EMERGENCY declaration is tc: i l- ! 1. :nitiate predetern.ined protective actions for the public,
- 2. initiate additional measures as i nd-i c ci t ed by actual' or i i- potential releases, !
v. l 3; PTOVid? C O D r u l l a + I 'J n With Offs'itO a u t h O r i I t 0.5, - .e re d i i' . F T G V ! C '? !I n d a + e f o ', the p iiti t : c t h r a t4 9 h o f f.'; i t e s tii n o . r t i 1 . I i i , 4Pf'!. !'i' ti31L ; P I . r p 7 !
- t[i ( ' ,, j, l~
.i * ' , ! ** i Q Sff O k 3i)I *; fI j f ' t' g t ~ f.' ~1 i l*6'd~ l e. ' I c h k ;. yon'W t 3Od tO f. h D E a.? Otf-5t* g ge pr; i.. . lh 3- 3; j f (7 g * " 1d 2 11 ) t e ': J nO GEdhMiik E D EN 63.[flC I ,, i e}' " (( [ 3.) General Eng q e i:C Y ~ events are in process or have .xcur'ed j w t, i t' !: 'V'>L%+> D i: tual Gr i nini# e';t i; _ l h _ l. 9 - 'iaL '] r P .! .j e q r a tl .. r . c n ar i..e '. t i n g with roten e'a i iot- tor o t' ! C G 6 t C. I G <t, ,t Inieqri!s RH l e J 5 e.f C .it G t r 'a r 5-' G .:. G ; e 3 0 i e t P C t.. ?Pd f t o e x ,.: o ca th Pr.tective s'.ction Gd;de i ne amos a re 1. + ; v i s . ! offr i .r ,ven e t tw n the s min e d i _.t e , i p ac . j r , t < 1 % .- ., {- PAGE 2 lm , g i b i 4.0 RESP 0tlSIBILITIES f U 4.) The Shift Supervisor i s . responsible for. the ewmt , c lassi f ica t ion per ACD 12.2. 5 : 1-4 4,2 The Shift Superviror is i 'esponsible for ensuring ihat il retuired ionwdiate notifications have been made and 'a c o n f i r aied 5.0 REQUIREMENTS 5.1 I'nmediate Response: 3.i.i Sh;ft Caporvisor
- 1. -If fire emergency, action; r+tuired bs ACD f 4. 2-chouid be ; n,h e d 1 a t o ' -- i n. fenie r. t e d .
! 2 Contict the'Sh: f' T ec h u i . a ! A ci s ' t ro r : ST,-]. l
- 'r .
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4 I i h t i 1- - ( . PACE 3-5.1.2 Shift Technical Advisor (STA): 1
- 1. Report to the Control -- Room'to be br i e fed and l assess plant conditions.
l 2. Not i fy Rey members of the emergentv- response organization and specified off-site suppcrt ~ agencies in accordance with Figure 12.6-1 and Attachment. The enter gency connaun i c e t i on ;ystem, if needed, is described in ACD 12.7. i' I i l t 4 8 4 1 i a i f i i t l i i e i t -v OA P.EE 4 5.1.3 Key Ein e r g enc y Response Personnel ! Ot4-SI T E t10TIF IC AT Int! OFF-SITE f1DTIFICATIOr> i EnEPf.ENCS DIi4EidP t t D 's Report t.. ih;i ControI. R o oiii 1 R e pi. r t to i h .: P l.) o t . to be bciufed.
- 2. No t i f: Lo.ergency Response 2. Notify Ein e r g e . .c y Respan h2oage i '.Po i -f the - Manager ( E R h .) 4:.
the G E rlEFfiL CdERGErJCY. GENERAL EMEEGEdC( , s E . ri OPERg.r %!; OIRECTGR (Egby i t'. e e .u i !- i<
- li c Contiol. Room t Repo<t to t h i.: . l. a . i t .
Y 8 I. i Il f I
- Ied .
. . _ _ _ _ _ . . _ . . . _ _ . ._. __ _ . _ _ . . - - . - . , . . .~ 1bfLo 'b bbt b' - (. .I } 8
- t. .b !5f' b-I h'
- 1,. , 4 ,
d - , . F "'! .t.' _ .t. ' 4 ' ' 6 --+ j i ., , , i #s 3 '. !h. s s * ~ ' ' e .) < > s a ti1 ,t. 1 I (, s . 3if 8 . P , t> t'. > l -g ,i I !e , 3 "! t I i l , .tq, t j ' . g ,' i ' t. i 9 ""m L 1 PAGE 5 5.2 Subsetuent A c t : <m r '3.2.1 Jhitt .? n r e r v i f o r i 1i 'lDiU? r o i t i : Cl CdF.ibI!tIiOf 913 V b t? O t' i O C 'l (f '-! b ', th<- <<eni noi r f 3 (J P " L ,2d D i z r i. i c i o r
- 2. !!',0 t I: t ) ti v I O .a ! i l- e ' a5- . J ill e )) I -s Oi pl t.i+ C cr- d i I i G il f_
to ti e i e i m i n e if a change in the 1 mergenc y c la. s ic tJ 3n'i' a 61 i'- d .
- 3. L, O t .~ ~ , e i d t. I (1 j! I ' t"' C I. p k a il I. i3 p G e 1 tiee a' p5'4 E iiin anc. On e 3 ! i v. : F i < > .~ e . i ti e e
" ,2.2 Thiet T .- hG1i ,5 t. (pj v e <,, *. [ n ,) l' ' O ' !i . s ..: i( _Cr i,1 - - g, s k 3.-.4 : 7, _ . . , ., ., f. . :j b _. t ', i i i < i_ i id * .i i i t I I', 'Il 3 8 i l l 6 m i l l q I b l I A ~ g ~ PAGE 6
- 5. 2 . < Radiation Protection Director
- i. Dispatch nioontorino -
t ea n. s as spec i f i ed in RET procedures.
- 2. Provide une t eor o logs and dose e x t i nio t e c for actuut releases to off-site authorities and projections based on available ptant condition information.
5.2.7 Support Actii; ties Directar A 8S C. i / I 8., h[e( Y lI n # .b h (h hb f 9 e + j r O'l 'J i T E G 0 f t) i II9d!O Ih6 C O t i 7 0 '{ .10 M'.' 9 7 OI flag i G fn e i 9 E s)-::~ < . .3 P C '1 !' k .' DIi _tOI- oI ' al I ( " i kV + O r " 93 D,natc- , ,. , if;ce. 1: the r!. e n -- + od ,? i !- - 4 ,gg ^ h(> f, . 3 1-4 ', . t _M l [ ?,, - i e- . , . ,t P ' g fh-- 4 1 ;. c , o: ,' e ,' , .t i m. sa t- , ) I ,.1 8 (
- e *[<
,]. s b , , { [] f ; {', 7 (_, ( [ h r :7 - s . , , .
- 4. 3; c4 ,- '
l I L- 'o 9 I i e o tme- wr-eM-re w r e ---w-e m e-, we v e. m-y -w . ww wee ve -i+ tww-g-*g.-e-e,wg-w.w<e+7-we,-,---er-y-+ e er w muw a- me e, y e---=www . . m ww- g r g gees-* ge =w- y ---su-w-3-----et~ e m eg g == P LM PAGE 7 ATTACHMEtlT TO FIGURE 12.6-1 GENERAL EMERGENCY NOTIFICATION A.1 The Shiff Supervisor or Shift Technical Advisor shouLd contact the f o l. low i ng :
- 1. One member of each key emergency position on Fiaure 12.6-1 until a representative for each posi1 ion has
'been notified and con f i rmed . The first inember in each posi t ion can be con tac ted simultaneously bv using s .a e r code 010. Esch key person notified b. pages si" o u l d confirm _. contact by a return telephone call at
- 2. The NRC using the Emergency Notification Systma ' D!S )
ed phone. .
- 3. Emergency T e a .o r /Fice. Radiation) us na pager s: tem deceadcn1 s ca type of .:~ e n i a t.d a$ dasee et.or >i F ft f .x ,; r < -._.i, e s F '. c- -Nt+ c loca pr/ c m - . I tr:on '
%W A ' . ne _. "ing the f o l l ou e ), _t . oca: ' ' s > u , >: n e c. : inctear cattiog ih . : ou > i ' . .st , .-:' i i . . - . ;. e N.l u c.e e t.' 1 .7 'd 1. . ; ~ 't, a+ . , _ . i nie ) e. e : F fw J r; u 3 : .> n;. 1E *I . e- '- 1 I .).' FAT e.'. ' ~@ _ , .c x ~ n .: . , ,c n t . ,, e. l d e t'c r i D t i 01: Or t h s> ', ,e i g i ) _ _ _ _ ,, , . ,_ , _ , , _ , , _ , _ , , _ , , __ . . _ _ _ _ . . . , _ . . . . . . . _ _ _ . _ _ . . _ _ _ . . ~ . . . . . .. . _ _ . . _ _ _ I tJ . - .eiiie o o t' n a t : tate 4ad c'uar- guer . . .. :.- :. .r. .to i .ae 5.a f ,ent the.oficar Iitet ... 't ; r- 'h r- [ a. ^ i . ._ ; i f.- > 5 . ' ~1 il t. u; . L .a p -o. v. , ; _ t . r-e . I ' - .. .u.
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c c ._o i . h . o u e _ c n,..: e i ._ i .c i. n o . . e C . . _, : ! cmtoouted m .+ : v3e . S. Amerscan Nuctear Incurers and U.S. Cos;I ta u a r n a ng commercial telephone lines and text of previous mos_ age omitting NAIJAS on i y settions. i L . GENERAL DIERGENCY DMEDIATE NOPIFICATION .. SHIFT St.'PERVISOM . e l STA I C. S. N'JCLF.AR RECUI.C,CJL"CJ7'*iUO . Ited Phone or _ , _ . _ . - c f , , , LERGE.NCY DIRiCiu1 Ev:*r.: :CT nm ;s: "A.': Ac7-
- 6x;_de.ned
- Ey;-
tarer _ I!c _e.' , .f -*. ? D. Hintz- _l C.Lue:s _,i \ _ R. Laage {- C.Gie sle r _ C. Steinhardt _ ,8 g.k*einhner _ W. Truttaain _ J. Richnond - LEG I OPE?.CLON5 Di?.iCf0A :?E?_tT!:1'; PE:-' ?:!*
- Lx- Vager imme 9_
C. Steinhardt . 'op:':n al -Croup ?ager W. Trutte. ann , J. Wallaca _ A. Ruege F. Stanaszn. RADIOLOGICA1. ??cJiiC;;; . DIRF.CIOl 2;.3 F. m CE!;C~ ~TA '
- Ex- home6 Fage: 6
; J. Richecnd ; ,3...._,. Orsup ? ners: W!' 1 Rad Chen ~ --- !!. Reinhart - '~~~. k*. Winnowski ~ ~ l ' C. Long 8 ,i . _ _ _ - - - IEcrNICAL saFJJ.I Ci ;i?. I I EC ;" V M::: r? a = Ex: homes Pazer Ex: E: - r inge-P Marchi _ "1 M t - s '. . y::re - 1 K. Evers , i 3. L- _ , C. Schrock j . ?a:11rd(7.M )._ G. Rotter i 4 50 PE?S7;';I-SC?P01I ACTIV;;IE5 ;;.4ECiJR t " 1x: , : pse: ,,rager, ! e.;p Jage; s R. Lange _ 1t. Hirst D. P.acSwain _ L. Arns ~ 4 _ .f. Title _ ST ATE s toCAL_fx.*'T_. NAt.*AS Phone g P_ S_ ec.tc c"in ?!at f c ' :-%3.-i t . ;e- - te. ,s., - uay 3 , g' Nich:. . . _ . . t iaenYe W & as- in --c 9 - 1 ~' 1 (203) 7 _ ._. ~ 1 .\ FIRI BatCKi?./ FI?.F TrX's Optional Group PJFer
- a. Confirmation of contact made w
- L .CISCONSIN PU2LIC SERVICE CORPORATION '
s . NO. - ACD ' 12. 7
- KEWAUNEE NUCLEAR POWER PLANT Emergency Communication System ADMINISTRATIVE CONTROL DIRECTIVE TITLE DATE PAGE 1 0F E9 REVIEWED BY ' APPROVED BY 1.0 PURPOSE ,
This procedure describes the methods used to alert on-site personnel of an-emergency condition; the methods for notifying and mobilizing emargency personnel .to augment the on-site emergency organization; and.the methods for notifying federal, state, and local authorities. 2.0 APPLICABILITY . This procedure applies to all plant personnel and contract personnel and to those off-site agencies that may be contacted during an energency condition at-the plant. 3.0 DEFI!:ITIONS - ?!M*AS - Nat ionaU,03rninc Sysle: - black phone located in 'er.d ~.' b ec-t '2 - t - r .. serving as direct connunication link to ' state and local authorities. c~~ u ~ . ';RC ~ En rcen y htliicatic : "tr e - rH ra m la w 4i ' - r~ -- Su e-stsar's of" ice u direct e:r. nic.tica Ib x 1 - : ^; 2 : ir. u thes: a, C. Gai-Tronics - internal pinat pagine/cornunication system. Tone and Voice t'a d i., b 'e e r s - descriivd in y tac M e: '. : . 7 - 1. 4.0 RESPONSIBILITIES ~ 4.1 The Shift Supervisor is responsible tor initial natification as detailed in ACD's 12.3. 12.a. 12.5, and 12.6. The Shift Technical Advisor will assist. l2 - Af ter facility activat ion, each emergency f acility director (RPD, SAD. T00) teill assure that eer unc iat ie's links b their re nective facilitt r.s shavn in Fica--* 12.T-; are m. tuned. -.- The Shift Sut'e rvise r is repensible re- dail- : es' ine et t h. eca t. :tec rhone to the NRC in nethnaaa. t' .. The Shift Tec hn ica l Adv iso r is r es pone. .i'l e o r t est ine t he NL'AS phene at least menthly te assure it s crerabil it v 4 WISCONSIN PUBLIC SERVICE CORPORATION q . NO. ACD 12.7 -s ' U hl KEEAUNEE NUCLEAR POWER PLANT Emergency Communication Sytem ADMINISTRATIVE CONTROL DIRECTIVE DATE PAGE 2 or ,9-5.0 REOUIREMENTS 5.1 The required initial notifications are described in each' emergency claas 'ACD: ACD 12.3, Unusual Event ACD 12.4, Alert ACD 12.5, Site Emergency ACD 12.6, General Emergency 5.2 On-site personnel are notified of an emergency condition via the Plant Gai-Tronics Systen. . 5.3 Off-site WPS Emergency Response Personnel are contacted by commercial phone or pagers as described in Attachment 12.7-1. 5.4 Attachment 12.7-2 lists commercial phone lines. 5.5 The National Warning System (NAWAS) is described in Attachment 12.7-3. 4- ) i l l i l l 4 f I I T M ), . ACD 12.7 Page 3 of 9 ATTACHMENT 12.7-1 Page 1 of 2 - i l A.1 Tone and Voice Radio . Pagers are assigned to Personnel as shown with call numbers on the Emergency Call List. i A.2 Whenever it is necessary to contact a person on the Emergency Call List and he ! -is not on site, the home telephone number should be' called'first. .If he - cannot be reached at home, contact should then be_ attempted by using the person's individual call number. A group.of individuals cay be contacted by using the j ' group call number. . Tone and voice contact by pagers is effective within 15 i- mile radius of the transmitting station. Only tone contacts can be made outside the 15 mile radius. A.3 How to Place a Page j 3.1 Determine the two-digit pager code for the party or group you wish to contact i on pager assignment list. 3.2 Dial the. terminal access code on any-plant extension (316 for Kewaunee rite transmitter 315 for Green Bay transmitter). 1
- a. When the terminal answers and responds with a beep, go to Step 3;3.
~
- b. If you hear a " busy" signal, hang up and try again.
3.3 Dial the-two digit party er group number-(this number must be preceded l by a 1 when using Green Bay terminal). 3.4 Listen for the acknowledce (beeping) tone, indicating page being transmitted. 3.3 When the beepine tone steps, speak your message to the called party. Yoa ! have about 20 seconds to. talk *. Your allotted time has expired when you ! hear the " busy" cone returned to the telephone. Hang up the phone. 3.6 Each pace must be sent through both transmitters (the plant and Green Bay) +eo separate calls must da esde to ens ure adequate aren ecversre. A.4 Tone-and Voice Pacer Operation l 4.1 Set the on-off switch en the bottom of the pacer to the ON nosition hM!re
- dot visible). The alert tone will sound to indicate batterv conditien.
If tone is absent. replace or recharce batteries. 3- ~ 4.2 Press the reset Oueh bar on top or the pacer. This res_ts tne cacer c standby and eliminates the squelch ncise. . i 1 I ___ . _ _ _ _ _ _ _ _ _ _ _ . _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . ~ . -
- d. ACD 12:.7
-e. . Page 4 of 9_ ATTACilMENT 12.7-1.(Cont.) - Page 2 of'2 - 4.3 When you are paged and the alert tone is heard, the voice message 1: s heard automatically. Following the alert 1 tone, volume control can be adjusted for desired level. 4.4 ffter a message, press the touch bar to_ reset the unit. k.5 Key e=ereeney resnonse personnel and their alternates should .telechone the plant at 538-2561 after receipt of a parer signal /messar.e to' confirm that contact has been made. .
- The blaci phono ,:axt to the terminal in the Shif: Supervisor's Office is a priority pica" and will interrupt any page in progress. There is-no allotment time for priority calls.
I a L. * , ACD '12.7 ATTACHMENT 12.7-1 (cont.) PACER ASSIGNMENT LIST _ EXTENSION HOME PHONE ' PACER Key Personnel U ~ N, D. Hintz R. Lange C. Steinhardt J. Richmond M. Marchi T. Moore Operctions Personnel W. Truttmann J.Aa11 ace : F. Stanaszak J. Ruege G. Ruiter 'D. Braun J. Kruese-D. Masarik
- 3. Wagner R. Zube Radiation Teams (Health Physics) 2', Reinhart j C. Long D. Finlaw W. Galarneau R. Hartfield M. >bnninen T $5rtinson D. ?!Orean E. Swanson <
Radiation Team (Rad-Chemistrvi W. Winnowski P. Dufek ! - W. Flint J. !!adden R. Snedcrass Liintenance Supper: and Fire Teams
- j. R. !!irst
- 3. !!ac8tenin J. Tills
,; L. Arno' l R. Sitzman D. Weinberg f i P. lirantmeier J. Doberstein G. Youngwirth - ~ . _ .1 'o r Act, 12.7 . Pmg2 6 of 9 - ATTACIDtENT 12.7-1 (cont.) , EXTENSION HOME PIIONE PACER J Maintenance Support & Fire Teams (Cont.) ___ __ C. Schaefer ; L. Koch R. Hoffman L. Haworth T. Ewald F. Giesler L. Drossart D. Dow T. Kaiser j L. Gerroll K. Gretz N. Kane Plant and Corporate Technical Support , K. Evers M. Kwicek f D. Molzahn j R. Pulec . C. Stoker .G. Matthews C. Giesler C. Luoma ':. '*einhauer C. Schrock D. Ristau R. Draheim '"runk Dial For ?!urbers (with 1st three dicits o"): \ g 9 7 p t .LLJ ' ACD 12.7 Page 7 of 9 ATTACHMENT 12.7-2 SUPPORT AGENCIES COM: ERCIAL PHONE NUMBERS NRC - Region III - Chicago Operations Office l' Wisc. Dept. Health & Social Services Emergency Warning Center 1 State Police - Fond'du Lac 1 ~ Kwaunee County E=ergency Gov't (Sheriff's Dept.) 9 Manitowoc County' Emergency Gov't (Sheriff's Dept.). '7 -Department of Energy (Bob Bauer or Fed Manmueller) 1 Point Beach Nuclear Power Plant 7 U.S. Coast Guard (Day) 1 (Night) 1 National. Weather Service ! Medical Assistance l Two Rivers Hospi:al 7 l Dr.-Weld /Dr. Kaner 7 l U.W. Hospital 1-I Dr. Larson 1 A=erican-Nuclear Insurers 1 Westinghouse (Day) 1 (Night) l-Fluor Power Services _. l l s ). Q] ACD 12.7 1 Page 8 of 9 ATTACitMENT 12.7-3 C.1 National Narning System (NAWAS) - The black telephone and loudspeaker located in the Technical Support Center are part of the National Warning System. Points throughout the state as shown in attached drawing can be accessed simultaneously by removing the headset. Messages are directed to the Kewaunee Sheriff's Office, the Manitowoc Sheriff's Office, the East Central Warning Center in Fond du Lac and the Wisconsin Warning Center I & II in Madison. C.2 Telephone operation is achieved by removing the headset and depressing the PUSH-TO-TALK button on the inside face of the headset. Messages are of the form: "Kewaunee Nuclear calling Warning Center I, East Central Area, Kewaunee County, etc..... This is (name) at the Kewaunee Nuclear Plant." Follow this with the desired message. C.3 Tericdic teste by the Shif t Technicsl Idriser v::1 Le pert:-re d as follows: Depress the PUSH-TO-TALK switch in headset and state."This is a test. Eewaunee Nuclear calline Wisconsin Warning Center One: '?isco n s in acknowledge test.'
- ACD 12.7
- Page Q' of Q '
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"6 : r-- o L , .. 4 - l t a 4 i$ f I D 0 . . ' i,j iI/l .1. 'k! f'l' I s l k I, l 5.2.1 The OSF :baii te u .n.Ii- it. 1 if u r : ) . nl . ,'i l e, t , 's t o E..ie t o r n> v . . .n t . eiu s 1i l ' u. e i u . ' u t.. , ,i m! . . , , ti e at t i- 2 I e<l d u l" l l'6 4 .31 k 56ti! *, fl ) { b /s el I I C1' pdfa U 6) l6 ' l 4L; > Q egg h l j g}d - _ _ - _ _ _ _ _ _ _ _ _ _ - _ _ - _ m F'2 PAGE 3 briefing. 5.2.2 The Support Ac!iveties Dtiactor is responsible for activating the OSF e>-_.m.a t he will s t.a t t e d O o f- - be b :. plant .iu, e n t e n 3 nc e Personnel _ and . supervisors, a rid non-shift operating personnel. 5.?.4 The SiiD wiit r e p o .- t to the OSF and verif, that r *d : < tion levels are less than 100 mr/hr. r 9 Ws aq c o-f .i 12 3 n t af p[..O t -~,' . 3 ,,1 -gc( I e k 2 D It O O G TO i !T P C O r! T ~ ri
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" ,'i i 4 s ( , e h _O- , .- 't. l i 4 \ PAGE 4 5.4 Site Access Jac Lity ( .7 A f~ ) . Activation S.4.1 -The Tite Acces.1- Facility wi ll be ac t iva ted during a G e nrv r e i Enac r y o n c y , or at t h 6.- reluest of the Eme gency ! Director, i-S.4.2 The RPO will appoint a Radiation Euiergency Team i .i.e m b e r to conrdin te activitier at .t h e 'AF S.4.3 The Radiation Emer g.mc" Tea m ta e.wb e ; a. ,uned to the 4 SAF ir rerpor,r i b le . f ~r m en i t or i v.g 4: ! personnat-OntIie$ t Dd eXl l T .. I { 5.4.4 The'Cecartty D i r.- li 00 W- I" ' OV I di? ' c2 C 'J fI :. G e ' ' -' n n E l ,. i ' () I g .h ' [ ] ,k . 6 O'e '] ,[ g h g4 1 i 4 f i i e 4 i e i + i i a t T t b -..-..~.----.,-n---...-...,-,....,..,.-.. ,- - ,.-,,,,_, ,-, ,.n ,- ,.. -. - - - , - _ ,,,..-.n.. n.n ...r..-_n-,,- f r r _. . -PAGELS: 1 TADLE 12.0-t TSC ACTIVATIOtl CHECKLIST ! i
- 1) Start timet
- 2) Rsdiation ~ teve l s( j 'f app l i cab le)
Otd a n E-530 : L Do. a battecy check, calibration sticker check. and then cn ea s u.' e reliation leve!s. I NOTE: I f . leve L; are abetse iO~ , ee r e h w r ;m i a c t : 9PD .and Emergeref E e r ec tar to see i t. T.TC~~activaticm , 3nould'ccatiques f a h
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j 8 i f I t ' ) i i-, 4 s I v i 1 j t a. c I < r 4 s . .-,v ev,v --= - w ,,- r ww--+ ,w ww-,. .-e ..,w_ -, +" PAGE 6 9 TABLE 12.0-2 TECHNICAL SUPPORT CENTER STAFF The Technical Eupport Center Evatuation Staff shatt be arrembled from the list of personnel below. It is intended that the statf be composed of one individuat from each of the first five disciptines !isted. ntte.upt to staff the Technicai Support Center bv contacting the first i ndividual in each group. If i nd i v i d ua ls are unavai!.able or f:LLing other positions, continue notification trying to reach a total a: five people, covering as niany discipiiner as passibie. NUCLEAR TELEPHOtJE PAGER C. Schrock , J. WalLace O RI i du \ G Rui 6 e t' i R. Draheie
- b. ? a U rf r R 1 1 ' u t .u r.
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- Si' I ^ ENGit EEC V ?* . I l' k&
l' i- : J .s \ . ' [- l l IN f f [ ( $ '. -' [ 'l % l 1 ' #1 A. R u e :: e i) r a I i & }~., ( * ,rq .' ._ E C T r. i. . .~ '_ i l *' + !.4 4 e 's % . , 4 _ e, % Ju.,,,. ! J4 f !)O , I? H E '11 S T R Y W. 14 i u new s k i C. Snioker p, - (. Attacliment ] - IN 81-03 CHECKLIST 'FOR NOTIFICATION Of SIGNIFICANT EVENTS MADE IN ACCORLANCL Willi 10 CFR 50.72 A. Identification: Date Time Name of Person liaking Report Licensee Facility Affected Applicsble Fart of 10 CFR 50.72 B.
Description:
Date of Event Time Description f What Happened C. Conseq;ence: Of Event: (Complete depending cr. type;of evant) Injuries Fataliti: Conta-inati:- ( erscree!! (prorcrty) Overex; suras (? own'pcssitie) Safety Ha:c : (nascriba - a:t.a:/pa.antici) Of fsita F:aci3; :, Le els Integrated :: 55 Locatier ! Meter:i ; r' :-rec ) Fr:: (di"a::!:n)_ Weather Cenci:icns train, clear, overcast, temperature) Equipment /F ::e-:y Cama;e l Cause of Event:
. D.
I e i E. Licensee A: icas: i Taken Planned i
.- 3 Emergency Plan Activated (Yes/No) Classification of Emtrgency' Resident Inspector Notified (Yes/No) State Notified'(Yes/!!o)
Press Release Planned (Yes/fio) News Media Interest (Ye:/No)
' Local / National F. Current Status: (Co.Tplete depending on type of event)
- 1. Reactdr System: Status Power Le.el Eefere Event After Event Pressure Temp. (thot) (t c .,)
o i ,. RCS Flo- (its/ta) Pumps On (Yes/No) Heat Sir.? Cor. censer Steam At.T. Dure t Othe- Sa cie it.cr (Yes/Na; Activit; Ltyd ECCS C@e t-i ; s' f e s/ ic; ECCS C:,2rc:<ie (res/:,,) ESF Ac ct-i:- (i s s /:.:-) __ PZR c. ;. _*..c.' D. o s s i. h l. . F ~. . i .~. =. ~ . .. :. f. Y n. . / ". . ,' S/G Letet s Feecicnar Sca :e 'r':.. Contair s ; Pr:s: re Safety Relief '.31.e A:: nic- '
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i, Contai- s : .2.- te.e1 in ic:.i:n i- Equipte ; 324 ":s l Nor.r.al Offsi;c :: .,r Avaii n!e (ies,Na) Major S.sses _: 2i 'ct: i-Safeguares fusses ? .,e- 6;;r:c D/G Rur.nin; s e'.' Loaccc ;te3 Nel f f 2 dee emerce..s. . . .eess.Appen?' I . N:T"P.-N5 * . Res ision 1. Criteria - for P; r . . .- . : . a . ic t i . n . T. ; - . .c.. Emergency Response Plans and Preparecness in de;:v at *!.:ckar .% er Mants. -
- . - . . .. ~. _
- - -4
~
- 2. ~ Radioactivity Release Liquid / Gas ~ Location / Source Release Rate Duration Stopped (Yes/'M) Release Ionitored (Yes/fio)
Amount of' Release . Tech Spec. Limits
< Radiation Levels in Plant Areas Evacuated
- 3. Security / Safe e-e_ 2 Bomb Threr.t: Search Conducted (Yes/!13) Search Results Site Evacuated (Yes/lio)
Intre:icn: In-ider Outside-Point of Ir r;;i:n Extent cf Intruzion - i Ap?srer.t 0;rt.It Strike /:.:- --. :.': Size Of Grcup P u c. p s~ c. '.
. : : :;#:31 (yes/N ) Arsen (Yes/t ?
Sabot:re.
- c. q u : g-. . . . -
Exte- i: : 5: r:e (:n:.e, letter.'etc.)- Lv.2... I Denan:: _ . _ _ . Gene -1: Fire 2 s involve:i (Yes/f:o) Vicience (Yes/!M Control of Fa ' ity Co. precised er Threatened (ies '.c} l Stolen.Tissi ; " >:e-ia' Acencies hc .e; sFE . 5:2:e Poli:c, Lccal ?clice, e::. ) i Mecia Intercs. (present, antici;::ca; .i
; See 10 Ci n J.i. !!( ), ef fective April 6,1931.
i4
-- - - ---__--.___.________.___._._________.._y.,_ ,
CISCONSIN PU2LIC SERVICE CORPORATION' NO. ACD 12.9 KEWAUNEE NUCLEAR POWER PLANT ADMINISTRATIVE CONTROL' DIRECTIVE ~
^ " '
TITLE DATE PAGE OF REVIEWED BY _ APPROVED BY 1.0 PURPOSE , The purpose of this Administrative Control Directive is to define the responsibilities and requirements during a personnel accountability check. 2.0 APPLICABILITY This ACD applies to all personnel on site during a declared Personnel Accountability Check or Plant emergency. 3.0 DEFINITIONS 3.1 Personnel Accountability Check - a determination of the location of all personnel in the Protected Area. , 3.2 Emergency Assembly Areas - designated areas listed in the Attacht-nt, and shown in Figure 12.9-1 serving as assenbly points for personnel during a plant emergency. , 3.3 Assembly Area Coordinator - the person designated at each assembly point to contact the Emergency Director. If person in . charge ir not present at an arsembly point, this duty will be assumed by senior plant staff i member at the assembly point. 4.0 RESPONSIBILITIES 4.1 The Emergency Director, Security, or Shift Supervisor is responsible for initiating the Personnel Accountability Check. 4.2 Each Assembly Area Coordinator is responsible for providing the Security Director with an accurate count of the number of personnel at his Assembly Area. f 4.3 The Security Force is responsible for providing the Security Director with an accurate count of the personnel in the "rotected Area. l ! 5.0 RE01'IRFMENTS I i 5.1 Personnel Accountability during a plant emergency. l l t l l 5.1.1 The Security Force will utilize the dosimeter /TLD racks and sign In sheets as appilcable to determine the total number of personnel ! within the Protected Area. During a Personnel Accountability Check,
, no personnel will be allowed to enter or exit the Protected Area without specLTic authorization from the Emergency Director. ,
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WISCONSIN PUBLIC SERVICE CORPORA 7 TON ACD NO. 12.9 ~ TI TLE KEWAUNEE NUCLEAR POWER PLANT
. Personnel Accountability ADMINISTRATIVE CONTROL DIRECTIVE DATE PAGE 2 0F h 5.1.2 Assembly tutes and Assembly Area Coordinators are shown in Attachment and Figure 12.9-1.
5.1.3 After the total number of people.at all assembly areas have been determined, a roll call by name will-be held at each s assembly area to verify a correct list. 5.1.4 Search teams will be organized by the Emergency Director or Security Director as applicable. 6 5.2 Personnel Accountability during a Site Evacuation 6.2.2 If after personnel assembly, the Emergency Director decides that evacuation of the site is required, he will instruct Assembly Area Coordinators on means and route of evacuation and a relocation site. 5.2.2 A member of the Security Force will take the Visitor Perister and Log Book and the Plant Staff Daily Check-in Sheet to the relocation site. 5.2.3 The Shift Supervisor, RPD, SAD, TSCC, and Fire Brigade Team Leadets will account for their personnel and report to the Security Director. 5.2.4 The location of all personnel will be verified against the Visitors Register and Staff Checkin Sheet. 5.2.5 Search teams will be organized by the Emergency Director, or Security Director if required.
, i I
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CCNTAltFENT PERSONNEL gAIRLCCK i MATERIAL , STOPAGE AUXILIARY BUILDitr, BUILDIT, I HEALTH PHYSICS o==Irg niertniyr. l TURBitE l BUILDIN", It#ERIM OPERATIONAL SUPPORT FACILITY (PEZZANINE LEVEL) AC741NISTRATIO*! BUILDIt'
@ ASSEMSLY R'-?
(C2CT'D FLOsd g - ASSEMSLY APEA l l l FIGURE 12.9-1 EMERGENCY ASSEMBLY AREAS I s
.. . I l ATTACIDfENT TO FICURE 12.9-1 .
\
EMERGENCY ASSEMBLY ARF.AS CROUP PRIMARY ALTERNATE COORDINATOR Fira Brigade Maintenance Locker Room Administration Building L'ob,by Fire Brigade Leader
- if nocified Fira Team of fire Admin. Building Lobby Security Building Fire Team Leader
- Radiation Emergency Radiation Protection Radiological Analysis Radiological Protection Team Office Facility Director Maintenance, I & C Turb. Bldg. Construction Assembly Room Support Activities Personnel Office (Mezzanine Level) Director N;n-Essential Personnel Clean Area Assembly Room -- - - - -
Senior Staff Member Present Controlled Area Radiation Protection Radiological Analysis Radiological Protection Office Facility Director Containment Personnel Airlock Emergency Airlock Radiation Emergency Team Mer.:b c r Technical Support Center Stuff Aoucuibly Itoon ---------------------- Technical Support Center Ceordinator CDefined in ACD 14.1 e a
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, C3SCONSIN PUBLIC SERVICE CORPORATION ~
No. ACD 12.10 KEWAUNEE NUCLEAR POWER PLANT Occupational Injuries ADMINISTRATIVE CONTROL DIRECTIVE T_ITLE DATE PAGE I 0F 4 REVIEWED BY APPROVED BY 1.0 PURPOSE The purpose of this ACD is to describe the administrative procedures to be utilized in case of injury to personnel at the Kewaunee Nuclear Plant. The ACD supplements section 10.60 of the WPS Personnel Manual. 2.0 APPLICABILITY . 2.1 This ACD applies to all injuries to personnel at the Kewaunee Nuclear Plant. 3.0 DEFINITTONS 3.1 Occupational Injury - a personnel injury (non-radiological or involvine radiation /containmination) or excessive personnel exposure. 3.2 Minor Inju-y - A personnel injury . requiring first aid attention only (minog cuts, abrasions, punctures, etc.). 3.3 Medical Attention Injury - A personnel injury requiring medical attention by a licensed physician (cuts requiring sutures, foreign particles in eye, possible fractures, etc.). 3.4 lbjpr Injury - A personnel injury where hospitalization is probably required. 3.5 First Aid Room - A plant area (Room 143) where a stock of first aid supplies and emergency equipment is maintained. l ! 3.6 Emergency Vehicle - A plant vehicle containing certain emergency equipment that is used to transport injured personnel. l ,
- 4.0 RESPONSIBILITIES i
i 4.1 Each individual workine at the Kewaunee Plant is responsible for ( inmediatelv reportine an on-the-job injury and obtainine first a id treatment as required. I 4.2 The llealth Physics Group will normally provide assistance per WPS Saferv l Manual . IIP-RET 4 - Ingestion or Inhalation of Radi act ivitv. IIP-RET-l'l - Abnormal Dosimetry,llP-RET Personnel Decontamination, and ilP-RET Occupationa) Injuries. , i I I
WISCONSIN PUBUC SERVICE CORPORATION
, NO. ACD 12.10
- hl KEEAll NEE NUCLEAR ER PLANT Occupational Injuries ADMINISTRATIVE CONTROL DIRECTIVE DATE PAGE 2 0F 4 4.3 The Security Force will provide drivers for the emergency vehicle if requested.
4.4 The Plant Manager will maintain agr acments with of f-site personnel to provide medical and hospitalization support. 4.5 The Shift Supervisor is respons4 bin For determinine if the injury should be classified as a Significant Event and/or an unususi Event per ACD h.1k and ACD 12.2 resoectively. 5.0 REOUIRMENTS 5.1 Minor Injury - Clean Area 5.1.1 The injured employee should report to the First Aid Room for treatment. 5.1.2 The injured employee and his supervisor should complete Report of Minor Injury Form 115-12 in accordance with Section 10.60 of the Personnel Manual. 5.1.3 The person administering First Aid Should record the necessary information in the First Aid Room Log. 5.2 Minor Injury - Controlled Area 5.2.1 The injured employee should report to the First Aid Room for treatment. The wound will be checked for possible radioactive contamination. 5.2.2 The injured employee and his supervisor should complete Report of Minor Injury Form 115-12 in accordance with Section 10.60 of the Personnel >bnual . ! 5.2.3 The person administering First Aid should record the necessary information in tl a First Aid Room Log. l 5.2.4 If the wound is of such a nature that contanination could be introduced, the person may be restricted from further work in the Controlled Area until the wound has healed. l 5.3 Medical Attention Injurv , 5.3.1 In juries requiring medical attention will be referred to eit her ! the Two Rivers llospital or the Eve Clinie of Manitowoe (during normal working hours ontv). l 5.3.2 First Aid treatment will be administered in accordance with Section 5.2. i i
. gg, ACD 12.10 181LE Kf9AMEE NECLEAR 90nER PLANT .
Occupational injuries ADMINISTRATIVE CONTROL DIRECTIVE DATE PAGE 3 0F __4_. 5.3.3 The per- .stering f arst aid will contact d.e Plant Security / Adminis- g rvisor (dayshift) or Shift Supervisor.(off-shift) to proviu tver for the Emergency Vehicle.
~ . 3 . /- The persor. . the referrai will contact the appropriate facility providing the information from medical attention injury information checklist and contact the employee's supervisor. (See Page 4 of ACD L2.10 b 5.3.5 If the injut(t person is a WPS Employee, the person 1 making the referral should complete an " Order on Doctor" form (303-12). The original should accompany the injured person to the Hospital or Clinic. A copy should be sent to the Plant Security / Administrative
~
Supervisor. , 5.3.6 If the injured person is a contractor employee, the " Order on Doctor" form should be send to the Plant Manager for information purposes. A copy should not accompany the injured person. 5.3.7 The Plant Security / Administrative Supervisor will initiate an Employer's First Report of Injury or Disease Form WC-12 in accordance with Section 10.60 of the Personnel Manual if the injured person is a W?S Employee. 5.3.8 If it appears the injury could result in a 1 cst time accident, the injured person's supervisor should contact the WPS Safety. Department. 5.4 >bjor Injurv 5.4.1 Any persen observing or discovering a possible Major Injury ehould contact the Shift Supervisor and Health Physics Supervisor immediately. Do not attempt to move the victim unless located in a high radiation or airborne activity area or imminent danger of further injurv exists. 5.4.2 tbjor injuries will be handled in a-similar manner as Medical Attention Injuries. See 5.3 above. 4 h a 1 a 4
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. ACD ;;,10 Page 4 of 4 MEDICAL ATTENTION INJURY (Injurv Requiring First Aid Attention by a licensed physician)
INFORMATION ONLY INJURED INDIVIDlfAL: EXTENT OF CONTA'!INATION: NATURE OF INJURY: CONDITION OF PATIENT: EXPECTED TIME OF ARRIVAL AND MEANS OF TRANSPORTATION: O ORDER ON DOCTOR FORM COMPLETED *
'WPS EMPLOYEE - Original should accompany injured persen to hospital or clinic
- CONTRACTOR EMPLOYEF - Oricinal should be sent to Plant Manacer 9
p l9 . WISCONSIN PUBLIC SERVICE CORPORATION 4 NO. ACD-12,11 KEWAUNEE NUCLEAR POWER PLANT
^ " " " "* " U ADMINISTRATIVE CONTROL DIRECTIVP. TITLE , DATE PAGE I 0F 2 REVIEWED BY APPROVED BY 1.0 PURPOSE To define actions of plant personnel during a radiation enercency.
2.0 APPLICABILIT_YY This ACD applies to all personnel within the Protected Areas 3.0 DEFINITIONS 3.1 A radiationerergency could consist of one or more of the fallowing l conditions: 3.1.1 An uncontained spill of radioactive jiquid. 3.1.2 An increase on building air activity monitors which cannot be attributed to a change in process conditions. i 3.1.3 An increase in direct radiation as detected by the plant r.ren _ conitors which cannot be attributed to a change in process conditions. j 3.1.4 An increase in plant liuqid or gaseous activity monitors which cannot be attributed to a chance in plant conditions. 3.1.5 An unexpected instance of personnel contaatuation er errosure. 3.1.6 A change in process conditions which threatens to create one of the above situations. 4.0 RESPONSIBILITIES
- 4.1 All plant personnel are responsible for informing the Shift Supervisor l or Health Physics Supervsior when they suspect a rad i.it ur occurred.
-. . l The liealth Physics Group and/or shif t Su;3ervise r is resconsi..
determining witen a radiation merzenev hu ' cecr-ai ( a.1 The Shift Supervisor is responsible for deterniniac 1: a ridiati0n tne bent I should be classified as an Unusual Event. Alert. Site rnereencv. o r Gene ra l Emergency per ACD 12.2, Emergency ClassificatLon. l l-i j, f
K* WISCONSW PUBLIC SERVICE CORPORATION gg, ACD 12.11
~ ' H RE KEWAMEE NBCLEAR F3ER Pl. ANT ,
Radiation Incident ADMINISTRATIVE CONTROL' DIRECTIVE BATE PAGE 2 0F . 2 , (( 5.0 REQUIREMENTS
-5.1 When a local radiation alarm sounds, personnel will leave the area immediately and report-the alarm to the IIcalth Physics Office and Shift Supervisor. .DO NOT ATTEMPT TO SILENCE OR ADJUST THE LOCAL ALARM.
5.2 The Shift Supervisor will contact the Health Physics Supervisor or Radiological Protection Director (RPD) when he is informed or suspects a radiation incident has occurred and inform the Gatehouse of the type and extent of the incident. 5.3 The Health Physics Supervisor or the Radiologica1' Protection Director will investigate the extent and activity levels involved in the' emergency and make recommendations to the Emergency Director,whether the incident should be considered an emergency. This investigation may require calling in members of the Radiation Emergency Team on off-shifts. 5.4 If the Shift Supervisor determines the incident should be considered an Unusual Eve.n.t. . (ACD 12.3), Alert (ACD 12.4). Site Emer ancy (ACD 12.5) or. General Enerae_n,c2 (ACD 12.6), he will proceed to perform the requirements of the respective ACD. I i l f I l i-I l i [' i I l t
. . _ . . _ , , . . . , _ . . . . _ _ . . _ . , , , _ . . . , _ , - . , _ . - . . . , , . . . . . _ , , _ , _ . , _ . _ , _ , , , _ , - , _ _ _ _ _ , ~ , . _ _ . _ , . . - _ , , - . _ . . . _ _ _ , . , _ _ . .
L WISCONSIN PUBLIC SERVICE CORPORATION PUBLIC. INFORMATION EMERGENCY RESPONSE PLAN FOR THE KEWAUNEE NUCLEAR PLANT (February 28, 1931)
G t INTRODUCTION Wisconsin Public Service Corporation has developed and filed with the Nuclear Regulatory Commission a plan for response to nuclear emergencies at the Kewaunee Nuclear Plant. The Public Information Department and other cooperating departments' responsibilities and response procedures are detailed in this manual which is part of the overall plan. Each person assigned to participate in this emergency plan is responsible for understanding his or her assignment in an emergency and must be prepared to carry out that assignment. Your particular assignment in an emergency is explained in this manual. Training sessions and drills will be held regularly to test the effectiveness of this plan. It is important to understand that this is not a " final" plan. There never will be a final plan. As circumstances change, the plan will change. When a better way is found to do something, the plan will be revised. With this in mind, the plan will be reviewed regularly and frequently. I
e 4 GENERAL COMPANY POLICY ON NUCLEAR PLANT EMERGENCIES Wisconsin Public Service has a policy of full disclosure of all significant incidents at the Kewaunce Nuclear Plant, Many of these incidents do not require activation of the emergency plan but are nevertheless disclosed to the public. We respect the public's right to information about the Company's operations and service and, in particular, to information about accidents and unplanned events that occur during Company operations. This policy is the basis on which the Public Information plan for nuclear emergencies has been developed. The Company will make much of this information public through news releases, briefings, television, and radio announcements.
e 4 THE FOUR EMERGENCY CLASSIFICATIONS The Nuclear Regulatory Commission has classified events at nuclear power plants into four. emergency classifications. These are: UNUSUAL EVENTS: Events that are in progress or have occurred and indicate a potential degradation of the level of safety of the plant. The nature of these events may be of concern but are below the threshold for emergencies that require prompt notification. ALERT' CONDITION: Events that are in progress or have occurred and involve actual or potential substantial degradation of the level of safety of the plant. SITE EMERGENCY: Events that are in progress or have occurred and involve actual or likely major failures of plant functions needed for protection-of the public. GENERAL EMERGENCY: Events that are in progress or have occurred and involve actus1 or imminent substantial core degradation or. melting with potential for loss of containment integrity. This manual is concerned with the Public Information Department's response to any of these four types of emergency. The Nuclear Department will notify the Public Information Department of any of. , the four types of emergency. The report will be recorded on form "A" in the l-appendix. The Joint Public Information Center (JPIC) will be activated during a site emergency or general emergency. 4 1
_4 5 PUBLIC INFORMATION DEPARTMENT RESPONSIBILITIES - PRE-EMERGENCY NEWS MEDIA 1 On an annual basis the media _will be instructed in some aspect of nuclear L .t power and given a tour of the nuclear power plant. This may include tours of the containment section of the plant s.nd/or the refueling section or other-
, vital areas.
Also, as part of the annual drill, we will acquaint the news media with the
;. emergency plan, basic concepts of radiation, and points of contact for release-of public information in an emergency.
I u PilBLIC We will issue periodic newsletters to area residents. We will schedule community activities at the plant. Annually, we will distribute to the permanent and transient adult population within the ten-mile limit information as to how they will be notified and what.their actions should be in an emergency.. ; Educational information on radiation, contacts for- additional information, protection measures to be taken, and special needs of the handicapped will -
-also be provided.
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t THE KEWAUNEE NUCLEAR PLANT EMERGENCY PUBLIC INFORMATION POLICIES AND PROCEDURES - OVERVIEW Af ter notification of a site or general emergency, the Public Information - , Director will proceed to the Joint Public Information Center (JPIC) at the Two : Rivers Community Center, West Park Street in downtown Two Rivers. To gain access, he will contact the Community Center Director or.his alternate. The Public Information Assistant will go to the JPIC after arrangements have been made to deliver equipment and materials to the JPIC. The Pablic Information ' Supervisor will go to the Two Rivers division office building where company'nfficials will gather. He will assist the company officials in communication matters.
~
The Public Communications Supervisor will remain in Green Bay to help resolve company or.non-nuclear related problems. She will-also function as a rumor control officar. i t l-i i L
. 1 6 JOINT PUBLIC INFORMATION CENTER (JPIC) Location: Two Rivers Community Center West Park Street (1/4 block of f Wis Highway 42 across from City Hall) Two Rivers, Wisconsin
Contact:
Howard Perry Two Rivers Director of Parks and Recreation Office: (414) 793-1338 _ , Home: Alternate / Mike Lipke
. Two Rivers Recreation Supervirar Office: (414) 793-1338 ' ' '
Home: - Alternateffevin Perry (real emergency only) (Son of HowstJ Perc '; not a city employee) Home: - - Phone Numbers Media Use: Youth Center Area j
, At JPIC: (414) 793-1338
- (414) 794-1513 WPSC Use
- Senior Center A-:ca l (414) 793-1330 The following persons are assigned to the JPIC:
I. Public Information Director
Contact:
Mikc Kiefar Public laf armation Director Office: (414) 433-!CJ.G Home: , Alternate / Jim Knorr , Wisconsin Electric Po ;r Compan [ Emergency Plan Cooratnator ! Office: Point Beach Nuclear Plant, Two Creeks (414) ~ 755-2323/ Ext. 253 Office: Milwaukee [ (414) 277-3361
- j. Home: Green Bav gW#
- Alternate / Linus M. Stoll Vice President - Administration Office
- (414) 433-1611 Home:
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Assignments: Public information Director / Alternate:
- 1) Upon initial contact by Nuclear Department he contacts the Public Communications Supervisor who will initiate the call lists of media and~
personnel.
- 2) , Opens ' the JPIC.
- 3) Becomes the company supervisor of the JPIC.
- 4) Contacts Lakeshore division manager 'n Two Rivers and requests two secretaries:
Jim Derbique Lakeshore Division Manager Office: Internal (63) 211 Office: External .(414) 793-4561 Home: Alternate / Steve Neuenfeldt Marketing Supervisor-Two Rivers Office: Internal (63) 210 Office: External (414) 793-4561
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Home: f
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- 5) Establishes phone, link with Lakeshore division office building in Two R4. vers: (414) 793-4561..
- 6) Establishes phone link with Green Bay corporate office: -
t s .s __ _
- 7) Arranges for table space and accommodations for media. Resource is Community Center Director.
- 8) Sets up news briefings, conferences, and interviews with media at JPIC.
- 9) Coordinates with public information people of FEMA, NRC, state, county, and local governments.
- 10) Acts as company spokesperson.
- _g.
- II. Public Information Assistant
Contact:
Paul A. Wozniak Public Information Assistant Office: (414) 433-1630 Home: ,'~~~~ Alternate /Karl Johansson Public Informaticn Supervisor Office: (414)_433-1618 Home: s Alternate /Lauretta Krema Wisconsin Electric Power Company Point Beach Training Center Assistant Office: (414) 755-4334 Home: , Assignments: Pnblic Information Assistant / Alternate:
- 1) When contacted by Public Communications Supervisor gathers material to be taken to the JPIC.
- 2) Makes the contacts for material and equipment te be delivered to JPIC upon six hours notice.
- 3) Proceeds to JPIC.
- 4) Coordinates press credentials check with secretary.
- 5) Advises the media about food, rooms; transportation.
- 6) Provides information to others about communication Sources.
Contact:
Roger Kabelowsky General Telephone Company, Two Rivers Office: (414) 793-2110 Home: i j Alternate /A. A. Eggebeen General Telephone Company, Plvmouth Office: (414) 893-7461 Alternate /H. E. Tauscher General Telephone Company, Plymouth Office: (414) 893-7222
_9_
- 7) Contacts the Green Bay division manager for use of company van and two division employees to transport equipment.
Contact:
Gus Swoboda, Green Bay Division Manager Office: (414) 433-1600 llome: _. III. Manager-Nuclear Power or other designated company of ficial
Contact:
Carl W. Giesler Manager-Nuclear Power Office: (414) 433-1306 Home: Assignments: Manager Nuclear Power / Alternate:
- 1) Serves as technical advisor for media and Public Information Director.
- 2) May become company spokesperson, if necessary.
- 3) Coordinates with NRC, FEMA, state, and county of ficials in preparation of public information.
Also, works in same capacity with the Public Information Director. IV. Secretaries
Contact:
Jim Derbique Lakeshore Division Manager Office: Internal (63) 211 Office: External (414) 793-4561 Home: , j (NOTE: Derbique will provide two secretaries for the first shift, first day only; additional secretaries can be obtained from Green Bay by contacting the. following persons:) Michael Houlihan Clerical Supervisor Office: (414) 433-1284 L
_10_ Jim Morrison Nuclear Administrative Assistant - Office: (414) 433-1311 Assignments: Secretaries:
- 1) Assist Public Information Director and Public Information Assistant in checking media credentials and other miscellaneous duties.
V. Videotape Director (optional)
Contact:
Tom Smith Training Supervisor Office: (414) 433-1057 Home: '7 Assignment: Videotape Director:
- 1) Videotape news conferences.
- 2) Assist broadcast media.
i j _11_ 1 LAKES 110RE DIVISION OFFICE BUILDING IN TWO RIVERS Location: 800 Columbus Street, Two Rivers
Contact:
Jim Derbique . Lakeshore Division Manager Office: Internal (63) 211 Office: External (414) 793-4561 Home: s Alternate /Steye Neuenfeldt Marketing Supervisor-Two Rivers Office: Internal (63) 210. Office: External (414) 793-4561
~~~~'~
i Home: , The following persons will report to the Lakeshore division office building: I. Public Information Supervisor
Contact:
Karl Johansson Public Information Supervisor i Office: (414) 433-1618 ' . Home: - [
- . ./
Alternate / Bill Wilson Wisconsin Electric Power Company j Superintendent Information Services Office: Milwaukee .: (414) 277-2890 i Home: Milwaukee -_
.,/
Alternate /Neil Palmer j Wisconsin Electric Power Company Technical Information Supervisor l Office: Milwaukee I (414) 277-2898 i Home: Milwaukee
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Assignments: Public Information Supervisor / Alternate:
- 1) Upon notification proceeds to Lakeshore division office building in Two Rivers after contacting Lakeshore division manager.
- 2) Upon arriving establishes contact with Public Information Director at the JPIC.
i i
_ - -~ .. .. . - _ . .- - . . . 9 I _12
- 3) Delivers to JPIC material stored at Lakeshore
, division office buildin3.
i' 4). Assists company officiais in preparing news a releases. 4 i II. Manager - Nuclear Power or other designated company officia!
Contact:
Carl Giesler Manager-Nuclear Power Office: (414)
~ ~ ~
433-1306 ~ Hom Assignments: Sane as those listed under JPIC III. Secretaries are available as needed from Lakeshore division office buildin;;. Jim Derbique or Steve Neuenfeldt will assign them. ij. i a 4 4 Y 4 i I 1 v- ., --er -ts,s m..w,a--,,,v,,w_,_ e ..,n- e, ,, 4 - - - , - . , - , - - ,y g - --, , s -- -r- - , n --
GREEN BAY CORPORATE / DIVISION OFFICE BUILDING Location: Green Bay Corporate Headquarters 700 North Adams Street Green Bay, Wisconsin Green Bay Division Headquarters 600 North Adams Street Green Bay, Wisconsin
Contact:
Gus Swoboda Division Manager Office: (414) 433-1600 g - Alternate /Arnie Rentmeester Administrative Assistant Office: (414) 433-1602 _ Home. , The following persons will report to the Green Bay corporate / division office buildings: I. Public Communications Supervisor
Contact:
Mary Pieschek Public Communications Supervisor Office: (414) 433-1720 ~ Home: *
's
~ . _ . A Alternate / Walt Sandberg Public Affairs Director Office: (414) 433-1628
~~
Home: Alternate / Linus M. Stoll Vice PresidentAdministration Office: (414) 433-1611 Home:
~ ~ ~
Alternate /Arnie Rentmeester Administrative Assistant to Livision Manager Office: (414) 433-1602 [ Assignmentsi Public Communications Supervisor / Alternate:
- 1) Upon notification by Public Information Director or other, contacts members of emergency communications team as listed.
_. . - . m
- 2) Using information f rom Public Information
. Director, notifies first tier of news media.
(See appendix)
- 3) Notifies Personnel Director, Public Affairs Director, and Vice President-Finance.
- 4) Notifies division managers so second tier of .
media can be notified. -(See appendix)
- 5) Maintains communications with JPIC and Lakeshore i
division office building in Two Rivers.
- 6) Contacts other utilities in state and requests personnel for special assignments. (See j
appendix) i II. Personnel Director
Contact:
Robert Valesano
; Personnel Director Office: (414) 433-1058 Home: f
~ _. .
Alternate / Tom Christofferson
, Employee Communications and Development Supervisor Office: (414) 433-1055 ~
Home: - s - s Assignments: Personnel. Director / Alternate: ,
- 1) Activates videotape department ,
1
- 2) Maintains contact with Public Communications
.i Supervisor to update employees on the emergency. III. Public Affairs Director i
Contact:
Walt Sandberg Public Affairs Director Office: (414)._413-1623 Home: 77 - l l'
m I ' Assignment: Maintains contact with local county.and state' officials
, and other interested parties. Assures that information from JPIC is available to these parties.
IV. Vice President-Finance
Contact:
James H. Liethen Vice President-Finance ? Office: (414) 433-1465 Home: i Assignment: Establishes and maintains contact with financial community. i i V. Public Information and Marketing Secretaries
Contact:
Sandy Koske Office: (414) 433-1622 - Home: - _ J M-3 Ginny _ Mason Office: (414) 433-1621
'",x Home:
.Tackie Patz ~
l Office: (414) 433-1624 Home: ' ~ ~'/ ~
- _J l - Jill Sullivan
- Office
- (414) 433-1623
";j .
' ~ ~
l Home:
- m. '
Teri Wink Office: (414) 433-1633 " l Home: j- -
, .J Assignment: Assist Public Communications Supervisor in calling media and typing nors releases and other miscellaneous duties.
s i . I' i I l'
FIRST TIER OF NEWS NOTIFICATION TELEVISION WBAY (Channel 2) 115 S. Jefferson Street Green Bay, WI 54301 (414) 432-3331 WFRV (Channel 5) P.O. Box 1128 Green Bay, WI 54305 (414) 437-5411 WLUK (Channel 11) P.O. Box 7711 Green Bay, WI 54306 (414) 494-8711 WPNE (Channel 38) University of Wisconsin - Green Bay 2420 Nicolet Drive Green Bay, WI 54302 (414) 465-2538 WLRE (Channel 26) 2301 S. Oneida Green Bay, WI 54304 (414) 494-2626
RADIO (In order of proximity to plant) WAUN-FM (92.7) P.O. Box 224A, Route 3 Kewaunec, WI 54216 (414) 338-4852 WRTR-AM. (1590) 1817 Washington Street Two Rivers, WI 54201 (414) 793-2346 WQTC-FM (102.3) 1817 Washington Street Two Rivers WI 54241 , (414) 793-2346 WCUB AM (980) Box 93 Manitowoc, WI 54220 (414) 632-8226 WKKB-FM (92.1) Box 98 Manitowoc, WI 54220 (414) 682-3226 WOMT-A': (1240) 410 N. 10th Street Manitowoc, WI 54220 (414) 682-0351 WDUZ-AM (1400) P.O. Box 36 Green Bay, WI 54?6 1 (414) 435-5331 WDUZ-FM (98.5) P.O. Box 36 Green Bay, WI 54305 (414) 435-5331 WGEE-AM (1360) 115 S. Jeffetson Street Green Bay, WI 54301 (414) 435-3771 WIXX-Fri (101.1) 115 S. Jefferson Street Green Bay, WI 54301 (414) 435-3771 m
WNFL-AM (1440) P.O. Box 520 Green Bay, WI 54305 (414) 468-5445 WDOR-AM (910) 800 S. 15th Avenue Sturgeon Bay, WI 54235 (414) 743-4411 WDOR-FM (93.9) 800 S. 15th Avenue Sturgeon Bay, WI 54235 (414) 742-4411 DAILY NEWSPAPERS , Green Bay Press Gazette \ P.O. Box 430 a Green Bay, WI 54305 (414) 435-4411 Green Bay News Chronicle (Denmark Press) P.O. Box 2467 Green Bay, WI 54306 (414) 432-2941 Manitowoc Herald Times Reporter 1613 Washington Street Two Rivers, WI 54241 (414) 684-4433
'a WEEKLY NEWSPAPERS ,,,
Door County Advocate
- 231 N. Third Avenue Sturgeon Bay, WI 54235 ,
7,3 (414) 743-3321 - 4 Algoma Record Herald 417 Steele Street Algoma, WI 54201 (414) 487-2222 Kewaunee Enterprise (Luxemburg News) 206 Ellis Street Kewaunee, WI 54216 (414) 388-3175
Kewaunee Star 214 Harrison Kewaunee, WI 54216 - (414) 388-3291 Lakeshore Chronicle 2115 Washington Two Rivers, WI 54241 (414) 793-2264 NEWS SERVICE Associated Press 022 N. 4th-Street Milwaukee, W1 53203 (800) 242-9022 United Press International 918 N. 4th Street Milwaukee, WI 53203 (800) 242-9147 Ja o h 1
*l t
1 SECOND TIER OF NEWS NOTIFICATION a) Gus Swoboda' ,i Green Bay Division Manager , fj Office: -Internal 1600 .L Office: External _(414) 433-1600 J Home: s . b) Robert B. Fick- g Oshkosh Division Manager , I yb , Office:- Internal' (66)* 201' n' Office: Ex_ternal ,(ft 14) 231-7100
~ 'd Home:
l c) John J. Mattila Sheboygan Dvision Manager 1 Office: . Internal (61)* 33 Office: External (414) 457-7771 Home: '"~~~' ~ i
. l d) Ken P. Sweet 24 ,
Marinette-Menominee Division Manager t Office: Intarnal (65)= 22 Office: Internal _(715) 735-3333 i. Home: <i. b Len B. Pehlke e) Rhinelander Division Manager Office: Internal (77)* 45 Office: External (715) 369-2424
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Home: T 1 f) Robert G. Walraven Wausau Division Manager Office: Internal (64)* 227 Office: External _(715) 845-7261 Home: l
- company access code 1
i NOTE:
- 1. Division managers (b) through (f) will be alerted to notify the news i media in each of their areas.
l
- 2. Green Bay Division Manager Gus Swoboda, (a), will be alerted of an emergency but will not have to contact any news media because that will have been done earlier by the Public Communications Supervisor in Green Bay.
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- 3. It willinot_be-necessary to notify LakeshoreLDivision Manager' James A~.
-Derbique 'because the Kewaunee ".Muclear Plant islin his division, ~and he will-have becn among the first employecs nofified of an emergency. News
~
- media in his area will be' notified by the Public Communications-Supervisor.in Green Bay.
- 4. Dais list and. accompanying. note. include all the-division managers in
~
- Wisconsin Public Service Corporation.
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UTILITIES TO BE NOTIFIED Madison Gas and Electric, Madison, Wisconsin
- 1. Richard M. Lawrence Vice President-Public Af f airs (608) 252-7260 office
- s. ~ home
- 2. David G. Noyola Supervisor of Communications (608) 252-7039 office home Wisconsin Power and Light, Madison, Wisconsin
- 1. Richard A. Greffin Media Relations Supervisor (603) 252-3183 office
.- home
- 2. John C. Acomb Vice President-Corporate Communications (603) 252-3131 office
~ --.., gg g Wisconsin Electric Power, Milwaukee, Wisconsin
- 1. Bill Wilson Superintendent of Information Services (414) 277-2890 office home r 2. Neil Palmer l
Supervisor of Technical Information j (414) 277-2898 office
' home
- 3. Alvin Parsons
! Superintendent of Public Information (414) 277-2893 office
'home NOTE: Wisconsin Electric Power Superintendent of Information Services Bill l
Wilson agreed his firm will notify the Milwaukee Journal and Milwaukee Sentinel, Wisconsin's two largest daily newspapers. The two newspapers share the same i telephone number: (414) 224-2000.
EQUIPMENT LIST
- 1. Lall charts Storage: Green Bay corporate of fice (GB CO), 4th floor storage room.
Transportation: P. A. Wozniak. a) cross-section of Kewaunce reactor, generation system, etc. b) individual components of Kewaunee plant (5 components) c) grounds / buildings at Kewaunee plant site d) topographic map of 10-mile evacuation area with evacuation zones
- 2. Sound-and-video recording equipment (optional) a) videotape camera, recorder, lights, supplies.
Storage: Green Bay Corporate Of fices, 3rd floor video workroom. Transportation: T. G. Smith, Training Supervisor b) sound tape recorders (2), microphones (2), tapes (12) Storage: GB CO, 4th floor offices
- 3. Communications equipment a) telecopiers (2) (optional)
Storage: GB C0 4th floor storage and Two Rivers division office building. Transportation: One of telecopiers to Two Rivers division office by P. A. Wozniak. Others stored at place of use.
b) telephones (18) Storage: General Telephone Com. inventory, Two Rivers. Transportation: GT employees. c) speaker attachments for telephones (3). Storage: One in GB C0 in L. M. Stoll's office; one at Two Rivers division building in J. A. Derbique's of fice; one obtained from General Telephone Co. Inventory, Two Rivers. One delivered to JPIC by GT employees. Other two will be at place of use continually.
- 4. Media education materials - depends on drill (optional)
- 5. News media monitoring equipment a) AM/FM radio receiver Storage: GB CO, 4th floor, K. M. Johansson's office Transportation: P. A. Wozniak
- 6. Reference material for staf f at JPIC a) Final Safety Analysis Report (FSAR) when updated in 1982. (?)
Storage: Green Bay Co, 4th floor storage room. Transportation: P. A. Wozniak b) Two copies each of emergency plans for Kewaunee plant (brown binder) and for state and county governments (blue binder). Storage: GB CO, 4th floor storage room. Transportation: FSAR to JPIC by P. A. Wozniak. One copy of emergency plans for Kewaunee plant and state and county governments to JPIC by P. A. Wozniak. Second copy of each to remain in GB CO.
-_. , . r-q 16- .i ~
c) Editor and Publisher -yearbook. Storage: GB CO,~ 4th floor.
. Transportation: P. A. Wozniak -
- 7. Employee and press-identification cards.
1 8.- Duplicating equipment a)- photocopy m'achine Storage and use: Two Rivers division of fice building. .
- 9. Office equipment and supplies a) - typewriters are stored at Green Bay and Two Rivers office-. If more typewriters are-needed, vendor will supply.
b) paper, pencils, cardboard, felt markers, duct tape, extension cords, etc.
~
dtorage: GB CO 4th floor storage room. Transportation: P. A. Wozniak
- 10. Press kits Storage: 4th floor storage room.
Transportation: P. A. Wozniak a) pocket folders I
- . b) layout diagrams of JPIC c) Kewaunee plant cross-section diagrams i
- d) maps of Two Rivers, Wisconsin highways l e) " glossary of nuclear terms" booklets l
t ) i I
r. m-
/ b f) Kewaunee nuclear plant brochures g) radiation backgrounder (reprints) h) evacuation folders
- 1) emergency classifications reprints j) " Nuclear Power: Answers to Your Questions" booklets
- 11. News Conference a) public address system.
Storage and use: JPIC. A built-in system and a portable system are available. b) podium. Storage and use: JPIC
i o-
. _27_
o FORM "A" REPORT OF ACCIDEITI TYPE OF EMERGENCY: Unusual Event Alert Condition
-Site Emergency General Emergency Nature of-accident:
(no more than 3 lines)- Damage: Radiation release yes no Amount of radiation slight moderate heavy-Probable evacuation yes no miles direction Extent of radioactive material or radiation effect not off-site less than five miles less than ten miles less than 50 miles Personnel Injuries: (numbers only) Fatalities: (numbers only) Senior Company ~ officer notified Government agencies notified NRC State Police Fire Hospitals County Emergency Government Callback telephone number
m. f - Je o , METEOROLOGICAL INSTRUMENTATION 1.0 CENERAL DESCRIPTION 1.1 Functional Description The meteorological equipment discussed in this document provide the means for obtaining information on the meteorological conditions at the Kewaunee site. 1.2 Summary Description The equipment provided at the plant site to monitor the meteorological - conditions consists of two sets of wind speed and direction transmitters, signal translators and two-pen recorders.* In addition the temperature measurement equipment consists of one two-pen recorder and three resis-tance temperature detectors (RTD) . One RTD is used to monitor environ-mental temperature. The other two measure differential temperature between the two elevations. The transmitters and RTD's are mounted on a 180' meteorological tower located 630 feet south of the main reactor containment building. One set of wind speed and direction transmitters and one RTD are mounted on the top of the meteorological tower at 180' above grade. The second set of wind speed and direction transmitters and the other two RTD's are located on the tower approximately 35' above grade. The 180' level was chosen because it is a close approximation to normal stack release points. The 35' level was chosen because it is a
" reasonable" elevation for a non-stack release point. In addition, the
- See Sketch SKIC-37.
m
1 35' elevation is approximately the same as the typical weather station elevation. Signals f rom the transmitters _ and RTD's are sent to signal condition-ing equipment and hence to the three continuous analog ' recorders. 2.0 DETAILED INSTRUMENT DESCRIPTION
'2.1 Wind Speed Instrumentation As noted above, two complete channels of wind speed instrumentation are provided. One is located on the tower at 180' above grade; the ,
second is located on the tower 35' above grade. The equipment used in each channel is the same. Therefore, the description given below is applicable to either channel. 2.1.1 Wind Speed Transducer Each wind speed transmitter consists of wind speed transducer and anemometer cup assembly. The wind speed transducer is a Teledyne Geotech Model 50.1. It is air-gap capacitive transducer with a mean time between failure of over 6 years. It has fully incapsulated solid state electronics with its output frequency linearly proportional to wind speed. Since the output of the device is a varying frequency, it is suitable for direct wire transmission over distance.s up to 10 miles without degradation due to poor transmission line quality. SPECIFICATIONS FOR TELEDYNE GEOTECH MODEL 50.1 WIND SPEED TRANSDUCER Electrical Characteristics Power required: 10.5 to 13.5 VDC at 20 milliamps max. Signal output: 0.9 volts RMS (nominal) into 600 ohns. Frequency linearly proportional to speed (1175 Hz = 100 mph) e
Frequency in Hz = 11.82 (V mph - 0.63) Physical Characteristics Size : 2 body diameter,13. inches overall height Weight: less than 2 pounds Operating Temperature: -400 F to + 1400F 2.1.2 Anemometer Cup Assembly A Teledyne Geotech Model 52.2 anemometer cup assembly is mounted on the wind speed transducer. This type of assembly is used
~
where maximum resistance to high winds is needed. It is cali-brated to 100 mph but is capable of withs*.anding winds over 125 mph. SPECIFICATIONS FOR TELEDYNE GE0 TECH MODEL 52.2 ANEMOMETER CUP ASSEMBLY Accuracy: + 0.15 mph or 1% (whichever is greater) Distance Constant: 8' of air Threshold: 0.75 mph with 50.1 transmitter Turning Radius: 3-7/8" 2.1.3 Wind Speed Processor The wind speed processor is a Teledyne Geotech Model 40.12C. This device has a 0 to 100 mph range with Laternal crystal cali-brat ion. SPECIFICATIONS FOR TELEDYNE GEOTECH MODEL 40.12C WIND SPEED PROCESSOR Range: 0-100 mph Signal Input: 0.5 to 6 volts peak to peak Signal Output : 0 to 1 milliamp DC and 0 to 6000 ohms load (used for recorder) a.
e Frequency to DC Conversation Linearity: + 0.2% Time Constant: 0.35 seconds at 90% Temperature Coefficient: 0.01% per degree F maximum Operating Temperature: -40 F to +140 F Mode Switch: OP/HI/LO Mode Warning Indicator: Luminates whenever module is not in
. OP.made Calibrate Option: Betilt in crystal oscillator providing .30 mph signal for high calibrate.
The output of each wind speed processor protides input infornation for one channel of a dual channel Esterline Angus direct writing recorder. 2.2 Wind Direction Instrumentation ^' There are two wind direction instrument chaanels. One is located at The top of the meteorological tower, 180' above grade; the second is located on the meteorological tower, 35' above grade. The equipment used in each channel is the same. Therefore, the description given below is applicable to either channel. Each transmitter consists of the combination of the wind direction transducer plus a precision wind vane. 2.2.1 Wind Direction Transducer i The wind direction transducer is a Teledyne Geotech Model 50.2. The transducer utilizes an air gap capacitive principle. It has fully encapsulated solid state electronics. It also has low torque, double sealed, ball bearings. The transducer has a mean time between failure of over 6 years. The transducer utilizes two signal outputs. The first is a reference (standard) IkHz e 4
4 sign wave whose phase relationship to the standard varies proportionally to the wind azimuth. Since signals are in frequency form, they remain unaffected by transmission distance, line quality, ambient temperature variations or poor connections. Each output is suitable for direct telemetry at distances up to 10 miles. SPECIFICATIONS FOR TELEDYNE GEOTECH MODEL 50.2 WIND DIRECTION TRANSDUCER Accuracy: + 20 Elet"rical Characteristics: Power Required: 10.5 to 13.5 Vdc at 10 mA, max. Signal Output: Two 1KHz, phase related signals at levels of 0.4 volts RMS into 600 ohms-Physical Characteristics: Size: 2k" body diameter,13 inches overall length Weight: Less than 2h pounds Operating Temperature: -400F to +140 F 2.2.2 Precision Wind Vane The precision wind vane is a Teledyne Geotech 53.2 vane assembly, quick two. The quick two, high accuracy wind vane is designed to provide a clear output signal with minimum overshoot and oscilla-tion in variable winds. The quick two air foil is fabricated using a sealed and coated aluminum skin over an extruded poly-urethane core, which p'rovides a non-hydroscopic tail of maximum durability. SPECIFICATIONS FOR TELEDYNE GE0 TECH MODEL 53.2 QUICK 'IWO PRECISION WIND VANE Distance Constant: 3.7 feet of air max Damping Ratio: 0.4 at 10 initial attack angle
Threshold: 0.93 mph with 50.2 transmitter at 10 Turning Radius: 16 inches 2.2.3 Wind Direction Processors The wind direction transmitter provides signals to the wind direction processors. There is a wind direction processor provided for each wind direction transmitter. The wind direction processor is a Teledyne Geotech Ebdel 40.22-1. This unit has a range of to 5400. It has _ a 0 to 1 milliamp DC output which is used to drive a pen on an Esterline Angus recorder. .. The series 40 wind direction processors have built-in calibration circuitry which is controlled by front panel controls. The cali-bration circuits incorporate the transmitter in the test loop. i SPECIFICATIONS FOR TELEDYNE GE0 TECH SERIES 40 WIND DIRECTION PROCES50R5 Accuracy: + 0.05% per degrees F Temperature Coefficient: -0.005% per degree F Operating Temperature: -40 F to +140 F Controls: Mode Switch OP/HI/LO Range Switch 360/540 (Model 40.22-1) Indicators: Mode Warning 2.3 Wind Speed and Direction Recorders Two Esterline Angus Model 4-1102 wind speed and direction recorders are provided. Each recorder has two pens. One pen is used to record wind speed and the second records wind direction. Each pen utilizes 4 inches on an 11 inch wide rectilinear chart. The recorders have 115 volts AC chart drives with charge gears for five chart speeds. The input signals to the recorders are 0-1 mAdc.
e . 2.4 Temperature Instrumentatidn The temperature monitoring equipment consists of a Leeds & Northrup Speedomax two-pen recorder and three resistance temperature detectors (RTD's) which have Science Associates radiation housings. One tempera-ture detector is located 180' above grade; the other two temperature detectors are located 35' above grade. One RTD (3-wire) at the 35' point is combined with one recorder pen to record ambient temperature. The other two RTD's (4-wire) are combined with the second recorder pen to record differential temperature between the 180' and 35' points. The differential temperature is obtained by subtracting the temperature at the 35' point from the temperature at the 180' point.
, SPECIFICATIONS FOR TEMPERATURE INSTRUMENTATION L&N Speedemax Recorder Catalog No.: L&N702-20-20-000-000-0999-0999-6-003-714 Speedomax W/L Pen No. 1: For differential temperature Range: -10 F to +2 TF Pen No. 2: For ambient temperature (35' level)
Range: -30 F to +120 F Accuracy: + 0.25% Chart Speed: 3 inches per hour Special Feature: The' differential temperature measuring circuitry is furnished with an asymmetrical dial zero adjustment for adjusting for the differences between lead lengths to the differential temperature detectors. Ambient Temperature Resistance Temperature Detector Catalog No.: L&N8195-B10-150 Element: Cooper,100 ohms at 77 F b
, , , . - - - ,r..__- . _ . . ,. _ ,, ,_ _, . _ _ . -
Temperature Range: -100 F to +250 F Accuracy: + 0.2 F over a range of -30 F to +120 F Attachment Leads: Three conductor type
- Dif f erential Temperature Resistance Temperature Detectors l Catalog No.: L&N8195-B10-150-S Number: 2 required Element: Copper,100 ohms at 77 F
' Temperature Range: -100 F to +250 F Accuracy: + 0.20F over range -30 F to +120 F ,,
Linearity Between RTD's: The factory to do all possible to match within + 0.1 F Attachment Leads: Four conductor type 3.0 INSTRUMENT LOCATIONS 3.1 Meteorological Tower The resistance temperature detectors and the wind instruments are located on the existing tower. One set of wind instruments is located 180' above grade. The second set is located 35' above grade. In addition there is one RTD for the differential temperature measurement located at each of these two elevations. A second RTD is located at the 35' elevation for the environmental temperature measurement (See l t
. Sketch SKIC-39.)
l i 3.2 Control Room l The meteorological equipment rack is located in the control room. The rack is located such that it will be accessible to the operator during l a radioactive release. All meteorological data necessary for offsite dose projections can be obtained from the meteorological equipment rack. (See SKIC-38)
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- 8. 2 Formulation of the Mathematical Diffusion Model
- 8. 2. I Description of the Capabilities and Limitations of the Model The mathematical diffusion model used is basically;the model .
developed by the Atomic Energy Commission at the Hanford site and has been , referred to as the Hanford Model. This model was chosen because it uses a
- maximum amount of meteorological information in predicting the downwind ,
concentrations of airborne effluents. Both the vertical differential temperature-(lapse rate) and the standard deviation of the horizontal wind (wind stability) - are used to predict the downwind rate of growth of the plume. The wind speed determines thcI rate of transport of the effluent and the initial dilution as the effluent is injected into the large volume of air passing over the plant. The
)
orientation of the plume with respect to the plant is determined by the wind direction. The effect of the wind turbulence created by the building on the initial dilution of the effluent is modeled by allowing for an initial dispersion in both the horizontal and vertical, which is a function of the building's cross-
's e c tion. Decay of radioactive isotopes released can be accounted for from the .
release point to the receptor point by using the standard formula for predicting the decay rate with time. Since the model needs to only predict the concentrations at the site boundary, which is relatively close to the release point, the model has ignored both the effects of terrain and the effect of the lake breeze on the dispersion. The effects of terrain on the ground level release are difficult to (, model and are beyond the capabilities of the on-site computer.
. huhalsial B l 0 - T E S T .faksaksies. Sw.
The results of this modci should be interpretated as predictions and not as absolute values. The relative patterns are generally correct but the actual values are only estimates that can be in error by a factor of two. . This may seem excessive, but without experimental verification and possibic , adjustment of the model to correct for effects that have not been modele'd, the .
- model cannot be exact. It would be possibic to improve the model by conducting atmospheric tracer studies at the plant and incorporating the resulting findings into the existing model. -
8.2.2 The Equations Used to Predict Downwind Concentrations Kewaunee Atmosperic Release Model (KARL) uses the standard gaussian diffusion model to predict the downwind values (Slade 1968). Mathe-matica11y this relation is expressed as: e X, 1 exp . y2 + gj2 Q SySzU Sp Ss where S is the standard deviation of the plume in the crosswind direction y S 2is the standard deviation of the plume in the vertical U is the mean wind speed 3.14159......
'ii'_ is the constant y is the crosswind distance from the centerline .
H is the effective height of the plume at the receptor
~
X is the concentration of effluent ' Q is the effective release rate of the effluent. All of the above parameters are specified by the site configuration except for 9 d' s
.. . . Ar<4n4/al B 10 - T l[S T la/ma6tica. Arc.
l Sy , S;, and Q. The effective emission rate Q is equal to the actual emission rate corrected for radioactive decay of the effluent by the following formula. O=Qoexp ( -0.693 t/Tl/2) , where T1/2 is half life of the element,Q ois the release rate at 'the source and t is the travel time from the source to the receptor. The dispersion parameters Sy and Sz are a function of the size of the Plant's physical structure, the local lapse rate, the wind speed, and the wind stability. The effect of the building on the diffusion parameters is modeled by allowing for an initial dispersion, due to the building, in the calculation of these parameters. This allows the plume to have an initial size that is a
- function of the cross sectional area of the building. Mathematically, this may be stated as:
S2= 2 + C B/n and S2=S2 + C B/n y y z z where B is the minimum cross sectional area of the building C is a constant which was set to 0. 5 Sj is the variance of a plume from a point source in the crosswind S,2 is the variance of a plume from a point source in the vertical All that remair.; to be determined are S yand S as 3 functions of wind speed, wind stability, temperature stability and time. These quantities are determined by emperical formulas described below. Under stable temperature stability (lapse rate) conditions, the (s equations below were used to estimate S and S Z:. Y t
klaahial B l 0 - T E S T lalmhues, he. . S y2
^ 2 f i _ exp -2ANM
= At Z GwU) 1 where t . is the travel time A is a constant determined by A = 13+232s,U .
S, is the standard deviation of the wind direction and is determined by dividing the wind range by six. .
~
U is the mean wind speed and 52 = a [ 1-exp (-k22 t )] +bt . z where a, b, and k 2are functions the stability class and their values are shown in the table below. 2 Values of the constants a, b,' and k , , Parameter Moderately Stab 1c Very Stable a 97 m 2 34 m 2 b 0. 33 m2 /sec 0.025 m 27,cc 2 k2 sec -2 2.5x10-4 8.8x10~4 sec Under neutral and unstable temperature stability conditions, the dispersion parameters were computed using the Sutton form of the equations namely, S 2 = 1/2 C 2 x2-n and Sz = 1/2 Cz x 2-n y y . where n is a constant set to 0 2 for unstable conditions and set to 0.25 for neutral conditions;
> Cyis a constant dependent on wind speed and statiility and its curves are shown in Figure 8. 2-1; and 1
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- - WISCONSIN PUBLIC SERVICE CORPORATION
- HP-RET-2 REV. E e
f, , N O. KEWAUNEE NUCLEAR POWER PLANT RADIATION DERGENCY TEri PROCEDURE TITLE DATE NOV 2 319.?0 PAGE OF REVIEWED BY ~ . --- APPROVED BY
,/ .
1.0 ACTICN LE'ML The KARL program can be used to predict isotopic concentrations at 22 preselected ground level points surrounding the Kewaunee Nuclear Plant as'shown in Figure 1. The program is to be usually used in conjunction with an abnormal release of airborne radioactivity. 2.0 PROCEDURE [" 2.1 Obtain the following infor=ation frem 'the Meterological Tower Reado'.:t Console located in the control roem:
- a. 180' Wind Speed (!/.PH)
- b. 180' Wind Direction (DEG)
- c. 180' !.taximum Wind Direction (DEG) 2-
- d. 180' !linimum Wind Direction (DEG) ,
- e. Differential Temperature (+ DEG)
Record these 5 meterological conditioIivori,. die "KARL II;FUT SHEET". p 2.2 Obtain the results of samples run during discharge from either R-13A, R-21 or R-11/12 to detemine which isotopes were being discharged out of which stack, and the concentration of each in uCi/cc. Record these isotopic concentrations onto the KARL INFUT SHEET under "CBSERVED CO CENTRATICN". 2.3 Detemine which ventilation exhaust fans are running and diccharging out of which stack. Depending on the release path being used for discharge to the environmnt, find the stack ficw rate on the KARL
NOV 2 31980 4 HP-RETl2 Input Sheet and list this flow rate in the specified cclumn for each isotope identified. 2.4 Multiply the isotopic concentrations in uCi/cc times the stack ficw rate in cc/sec to get the activity release rate in uCi/sec being released out the stack. Record the isotopic release rates on the KARL Input Sheet. 2.5 Load the KARL program into the NOVA computer as follows:
- a. Switch the Teletype to LINE. .
- b. Depress the red STCP button on the 13-636. .
- c. Push the REWIND button on the NS-408E to renind the =ag tape back to its lead point.
- d. Insert the key into the NOVA and turn frca LCCK to CN.
- e. Press RESET on the NOVA.
- f. , switches. to 27602.
Set NOVA binary toggle,b. 8 *.
- g. Press START on NC/A. VM*~
- h. Set KARL tagword of 00006 on NOVA binsry teggle switches.
- i. Press CCNTINUE on NCVA. Mag tape will advance to tagnord 6 and read the KARL program into the NCVA.
- j. Set START-(RESTART) address of 000377 on NCVA binary toggle swithhes.
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- k. Press START on' NOVA. Teletype should cycle and print out the ,
following messages . KARL - KEWAUNEE AIRBORNE RELEASE MCDEL
- TYPE 1 FOR YES , O FOR NO DO YCU WANT TO D32! MENT A RELEASE 7 J'
, , nur to wo,u ,
HP-P.ET-2 2.6 Release Documentation: This means that KARL will allcw you to obtain average values for a release of greater than a one half hour duration. All changing meterological conditions and release rates may be inputted at half hour intervals during the discharge, and average concentrations may be determined at the end of the discharge. The program then ends. 2.7 Release Prediction: This means that KARL will predict the effects of the release during the past half hour only. The program then ends. If the release will be greater than 30 minutes in duration it is to your advantage to use the documentation mode. 3.0 DOCUMBITATION MODE INPUTS & PROCEDURE ASSUMING A ONE HCUR RELEASE 3.1 On the TTY, hit 1 to docu::ent the release, then hit RETURN key. NOTE: Hit RETURN following each entry on the Teletype. 3.2 Enter the following data:
- a. Year XXXX
- b. Month XX
- c. Day XX ,k.O
%%'U
- d. Hour XXXX Y 3.3 Enter the following meterological data:
- a. Wind Speed (MPH) XX
- b. Wind Direction (DEG) XXX
- c. Maximum Wind Direction (DEG) XXX
- d. Minimum Wind Direction (DEG) XXX
- e. Dif ferential Temperature (1 F) 1X.X 3.4 The TTY then prints out concentration to emission (X/Q) values and asks if any concentrations are cesired.
( . 9 e w
, HP-RET-2
* ~
e Hit I for yes -- KARL will then ask for the element code. Enter the following datas
- a. Element Code
- b. Half Life in Seconds
~
- c. CalculatedReleaseRateinuCi/sec This data should be already written down on the KARL Input Sheet.
After this data is typed into the TTY, KARL will , print cut the concentration to the environs for different points on h.1Y 42 and/or the site boundary depending on the current meterological conditions.
~
KARL then asks if more concentrations are desired. Hit 1 for yes and proceed to enter the next iaotope co::e, half life ard rel' ease rate. After all isotppes have been entered ard KARL asks "MCRE CONCENTRATI0!S?", hit 0 for no. KARL then asks "EliD OF REIE ASE7". Hit 0 for no. KARL then tells you to pause until' the next half hour. ' ~
' d a meterological conditions Younowhave30minutestoobtal;r)$J4 \
and updated sample results from the release points. 3.5 When the new concentrations, release rates and meterological conditions have been determined, complete a new KARL input sheet and return to the TTY to input these values. You may hit ar.y key on the TTY to restart the program. 3.6 When KARL restarts it will ask for the identical data as before. Punch in all updated data from the KARL input sheet to reflect changing conditions during the release. After all isotopes have been entered into KARL for the second i hour segment and yru indicate that no more concentrations are desired, KARL will print out average X/Q values and ask if average concentrations are desired. Hit I fo yes. Then element codes, half lives and release rates aga'in for each isotope N
HP-RET-2 present at any time during the release. You will have to check all the KARL input sheets to determine if some isotppes appaar on one sheet but not on another. For isotopes which appear on all input sheets use the highest release rate value recorded. 3.7 Following ecmpleteion of the AVERAGE CONCEhTRATIOG printout, save the printout for use later. 3.8 Reload the AII program back into the NOVA to allow for isotopic analyses, then reset the time-of-day clock using the YS4 command.
~
4.0 DETER'.!INATIC:i CP DCSE RATES, BODI EURDENS At:D STAY TIMES AT ST HY 42 AND rHE SITE BOJ:DARY USING THE VSPC PRCGRAM 4.1 Return to the Radiation protection office with the AVERAGE CCZ:ENTRATIC?iS printed out by KARL on the Count Room TTY. Cbtain several copies of the VSPC input sheet. Note that the KARL results are pr,i d out in units of microcuries per cubic meter (uCi/m3 ). These'unthwillnowhaveto
. $=*
be modified into uCi/cc in order to make them'fmeaningful for VSPC input.
, 4.2 Note that you will need a separate VSPC input sheet for each point in each direction printed out by KARL. Record the following on the 'VSPC input sheet:
. a. Element Code & Isotope
- b. Direction
' ~
- c. Site Boundary or Highway 42 .
3
- d. KARLPrintoutConcentrationinuCi/m Then divide each KARL printo'ut concentration by 1.00 E+6 to arrive at the desired units of uCi/cc. Once all average concentrations have been converted to units of uCi/cc you can then set up the RPO computer
,r teminal for input of data. Proceed as follows. 4.3 Type in VSPC ID=3042002
. . . NOV 2 3.19a9 .
EP-RET-2 4.4 Type LOAD DATA 4.5 Type 0 30. This enters the time of exposure (30 min.). 4.6 Type in the element code and uCi/cc concentration for each isotopo present in a given direction. 4.7 Type in the time the sample wqs collected on line 43. Note that the ISOTOPIC CONCENTRATIOt:S FCR VSPC INFUT shculd be segregated by direction and receptor point (SITE BDRY or ST HY 42). You will have
.to run a separate job in VSPC for every direction / receptor point combination such as WSWSB, NSB, NNW42, etc. WSB would te the location -
of the Site Emergency Center trailer. 4.8 After all isotopic concentrations for a specific Direction / Receptor Point have been entered, type in "SAVE (NAP.'S)". For a name, use the direction and an identifier such as SAVE WS3 or SAVE SSE42HP3. Ycu are allowed only8charactersinthenameg kk kly use the same file nam'e once 9' in VSPC. Entering subsequent data under an existing file name will not work. - 4.9 Once your data is entered and saved, type in " SUBMIT DO3ERATE (N/WE)". The computer will then display the job number under which this data has been submitted such as JCB Ld:MITTED AS KJ240RXX. Write down the file name and the job number on the bottom of the VSFC input sheet.
~
4.10 Then type "STA XX" to determine the status of the job. Depending on the usage load on the computer at the time, the job will be either
- AWAITING EXECUTICN, EXECUTIhG or CO.!PLETED.
. s0d1I Type in " ROUTE XX" at this time to make sure a copy of the results are printed out in Green Bay when the job is completed.
4.12 You may then go back to step 4.5 and start loading data for the next direction /receptorpointcombination. e 4 e =
*ese e
NUV E J PJOU
~ *
. '7-
- HP-RET-2 4.13 After all data has been submitted and the jobs have been cor.1pleted you may obtain a local puintout of the job results as follows:
- a. LOAD OUTPUT XX DS 1
- b. LIST ,
- c. PRIllT LCCAL The results will be printed out on the printer in the Administration
. Building Computer Room one screen at a time.
4.14 Report all results to the Health Physics Supervisor. 4 p
,e O. *
*?,
? p*$' .l .
gr i. e e 1 i ./ (
\
e N l L
. IIP-RET-2 NOV 231980
/ VSit It:IUT n!!!:ET /
ELE!S.T SITE EDRY l'ARL PRI!TCJT DIYlDE ISGTCPIC CC!CE!!Ti:/.TICM CODE f. OR C0!CEliTRATICli BY FOR VSFC I!! TUT ISOTCFE DIitECTICi! ST. HY 42 (tCi/n3 ) 1.0 E+6 (uCi/cc.) 1.0 E+6
. 3.O E+6 1.0 E16 1.0 E+6 .
~1.0 E+6 1.0 E+6 .
1.0 E+6 1.0 E+6 'a. :. 5 1.0 E46, ;N
~
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,;; ,, 1.0 E46 em . >
q.gl,y,& 1.0 E+6 .
.g.
1.0 E+6 1.0 E+6 1.0 E+6 1.0 Et6 1.0 E+6 1.0 E+6 1.0 E+6 1.0 E+6 1.0 E+6 1.0 E+6
~
~CSPleted By: Datos Tim:
File Nan:e (VSFC): Job Number (VSIC): a
Tll' 3 1980 tip-!tlpi-q ' ELEl/E!TT O. IIALF *.IFE UlSEltVED COtC. STACK Flu'lItATEj SE D TE ! CCDE TOPE (soc) (uC1/cc) (cc/sec) . sec / KAllt INIMT SHEET / ' p
) Ar-gj 6.58 E+3 .
2 KI_-fiS 3 33 E18_ METEROLCGICAL DATA: (from control room)' 3 Kr-E_5m 1,58 E+4-4 Kr-87 4.56 E+3 = 180' Wind Speed (MPH) 5 K r-P.8 1,00 E+4 __ 6 $ s3 4_,42,Ejg,,,_ _ _ 180' Wind Direction (DEG) 7 72-ll'?a J..p'i E t S -_ 180' Max. Wind Direction (DEG) 8 X.-J'W-~3 2P2_'Ei4 9 yc..j.s 9.'i6 Et~T- 180' Min. Wind Direction (DEG) 10 X_e -J! 8 1.30).Ej3__ -- Differential Temperature (j,DEG) - 1J Ma-94 13?.f6,Ef4,._ __- _ J2 Mn *,6 3p 5 Ei3 STACX FLGV RATES: (cc/e.e.c l 13 RD,-88 3,0fL Ef3 _ - 14 SI-9R 9.r 7.5. E+3 -- 1 A Aux. Exh. Fan . . . . . . . 2.04 E+7 15 MS -99 2340 E45 IB Aux. Exh. Fan . . . . . . . 1. 96 E+7 16 _ Te-]32__2 22,.Ed},.. # Both Aux. Exh. Fans. . . . . . 2.73. E+7 17 Cs-133 7 92 Ei2
<'D' ", - 1 A SV Zono Fan . . . . . . . . 4.35 E+6 18 La-j 40 _ ],44 E4 5 '
18 SV Zono Fan . . . . . . . . 4.00 E+6 Cr-51 " "'- 19 2. 30_E+6 __ Both SV Zone Fans. . . . . . . 8.66 E+6 20 _L'n-54 2.61 E+7 ' Containment Vent Exh. Fans 71 CoySR _ 6 16 E4 6 _ Vent Modo. . . . . . . . . . . 1. 31 E+7 22_ FM,9 3.94 E46 - - - Purge Mode . . . . . . . . . 1.82 E+7 93 Cp,-60_ 3.38 Eta Shield Bldg. Vent Exh. Fans _94 2 n -f.5_ 2,11 E+7 -- Singic Trains 25 lb -95 _ _3.02 E+6 Disch. Modo. . . . . . . . 2.45 E+6 26 Zr-SS 5.66 Et6 _ Recire. Mode . . . . . . . 9.43 E+4 27 Cs-134 6.42_ E+7 Both Trains: 78 Cs-126. _1,j 8 E+ 6 Disch. Mode. . . . . . . . 4.90 E+6 29 Cs-137 9.33_E48_ Recire. Mode .* . . . . . 1.88 E+5 30 Ba-140 J.3]O E+6 - - - 31 Co-144 ?,,f 5, E l 7. NOTES _: 32 F-IP G58 E43 . Enter "O" for half-life if radioact' re 33 Br-R4 1.9) E13 decay is not to be considered. 34 I-131 6,95_E,15 Concentrations to the environs printed 35 I j32 8.]3 E13 _ out by the KARL Program is always in 36 I-]33 7_.31_ E4 4 _ units of uCi/m3 . 37 I-134 3.12 E43 38 1835 2.40 E44 39 Tdt itrn 3_.91_E48 Completed by8 40 Sr-90 8,95 E48 Date: _ _ _ Times
. fiDV 231950
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- WISCONSIN PUBLIC SERVICE CORPORATION
~
tJ0. HP-RET-2A REV. A KEWAUNEE NUCLEAR POWER PLANT Off-Site Ground Level RADIATION EMERGENCY TEAM PROCEDURE TITLE Predications (VSPC System) DATE I!O / 2 3 iT3.L PAGE 1 0F 9 REVIEWED BY ,. . - APPR07ED BY - f
1.0 INTRODUCTION
The KARL Program can be used to find isotopic concentraticas at 22 preselected grcund level points surrounding the Kewaunee Nuclear Plant as shown in Figure 1. This program is to be used in the event of an abnorcal release of airborne radioactivity. The program may be used in two separate code,s; the *,0CUMENT MODE is usually used after an abnormal release event has taken place with a known release time, average meteorological data and average isotopic realse rates. - The PREDICT MODE is usually used during an abnormal release event with changing meteorological and isotopic concentration data. The predict mode is used to predict theround g level concentrations for the up-coming half hour after data is entered. 2.0 PROCEDURE 2.1 Obtaining Input Data - lrC 2.1.1 Console located in the Contrql Room:, Obtain the following information from the meteorologica1 Tower Readout
~
NOTE: 4 fC '
- Wind direction dat21s* the direction from which the vind is coming, in degrees. '
- a. 180' Wind Speed (MPE)
- b. 180' Wind Direction (DEG)
- c. 180' Maximum Wind Direction (DEG)
- d. 180' Minimum Wind Direction (DEG)
- e. Differential Tecperature (+ DEC F)
Record the 5 meteorological conditions on the KARL INPUT SHEET (VSPC) . 2.1.2 Obtain the results of samples run during discharge from either R-13A, R-21 or R-11/12 to determine which isotopes were being discharged ou.t of which stack, and the concentration of each in uCi/cc. Record these isotopic concentrations on the KARL INPUT SHEET (7SPC) under OBSERVED CONCENTRATIONS. . 2.1.3 Determine which ventilation exhaust fans are running and discharging out of which stack. Depending on the release path being used for
- discharge to the environment, find the flow rate on the KARL INPUT SHEET (VSPC) and list this flow rate in the column STACI FLO'J RATE adjacent to the known isotopes present.
-- . . - - - - - e-
WISCONSIN PUBLIC SE!}VICE CORPORATION HP-P,ET-2A
!!0.
it TLE off-Site Ground Level KEriAUNEE NUCLEAR F07/ER PLANT
/ Predications (VSPC System) i RADIATION EMERCENCY TEN! PROCEDURE
\- D ATE ND'." 2 3 i79 PAGE 2 0F 9 2.1.4 Multiply the isotopic concentrations in uCi/cc times the stack flow rate in cc/ rec. and then times 10-6 Ci/uCi to get the activity release rate in Ci/sec. being released out.the stack. Record the isotopic release rates on the KARL INPUT SHEET (VSPC) under the RELEASE RATE column. - 2.2 Load Ground Level Prediction Program 2.2.1 Call up VSPC with ID # 3042002. 2.2.2 Type in RUN ODP and enter (ODP-OFFSITE DOSE PREDICTION). NOTE: The computer vill automatically go to the APL mode as indicated by VS APL on the screen. At t,his time you must switch the key board to APL by pressing the ALT and APL ON/0FF buttons. At this time APL will show up at bottom center of the screen to indicate'that the key board is now in the APL mode. IMPORTANT at this time all the' characters in red on the key board are in effect. 2.2.3 Type in ) DROP KARLTEMP and enter. [ the ) is in upper case red]. 2.2.4 Type in ) LOAD KARL and enter., . . - <>
~
Q ,y:.<_~ e NOTE: At this point the computer ' will ask you "D0 YOU WANT TO DOCUMENT A RELEASE?" 2.2.5 Type in N and enter. Then proceed to section 2.3 (GROUND LEVEL CALCULATIONS IN THE PREDICT MODE). 2.3 Cround Level Calculations in the PREDICT mode 2.3.1 Af ter entering N in sections 2.2.5, the computer will ask"DO YOU WANT TO PREDICT VALUES?". The only answer acceptable is YES. Therefore, type in Y and enter. - 2.3.2 The computer will then tell you to ENTER FOLLOWING METEOROLOGICAL DATA. Type in the numerical values in the com=and space separated by com=as, in the following order and enter:
~
Wind Speed (MPH) Wind Direction (DEC) Maximum Wind Direction (DEG) Minimum Wind Direction (DEG) Differential Temperature (+DEG F) NOTE: Positive differential temperature should be entered without prefix. Negative differential temperatures should have a minus sign prefix. Use the sign of the upper case "2" key in the APL mode. , c
*c, -+y , . , - ~ . , - _ . _ . , , , _ _ . , _ , ,, _,
WISCONSIN PUBLIC SERVICE-CORPORATION HP-RET-2A
, H0.
KEWAUNEE NUCLEAR POWER PLANT 1l TL E Off-Site Crou=d Level Predication (~.'SPC Systen) RADIATION EMERGENCY TEAM PROCEDURE 3- Of 9
- DATE !Oy 2 3 cm, PAGE 2.3.3 Type in Y and enter if the answer to the question "ARE THESE CORRECT?" is yes.
If there is an error in the meteorologi$ cal data type.'in N and enter. The computer will tell you to RE-ENTER FOLLO*il';G Fr. TEOR 0LOCICAL DATA. 2.3.4 A yes answer to the question in Step 2.3.3 will lead to concentration to Emission Ratio Values (X/Q) being calculated and displayed. The computer will also ask "ARE A!IY CONCENTRATIONS DESIRED?" 2.3.5 Type in Y to the question from step 2.3.4 and enter. 2.3.6 Type in the name of the isotopes desired. (XE-133, I-131, etc.) - NOTE: The dash to be used is the upper case dash from the "<+" key in the APL code. . 2.3.7 Type in release rate data from the KARL INPUT SHEET (VSPC) for the particular isotope that was entered above and enterEfi,S'?js**. NOTE: Releaseratesthatareto'apositivepowef{pftenshall {g - be written: 2.0E5. Release rates that arE to a regative
\.% power of ten shall be written: 2.CE 5,uYing the sa=e signs ,
as was used for differential te=perat'ure in Step 2.3.2. the concentration The computer will then calculate and grint out to environment (ground level) in Ci/c .
^
2.3.8 IMPORTANT
Record the ground level data on the DOSERATE INPUT SHEET-(VSPC). A separate sheet should be used for each direc: ion. .
- a. Isotope name.
! b. Element code nucher.
- c. Direction (N, SW, etc.)
- d. Data Location (site boundary or ST HY 42)
- e. Concentration in Ci/=3 l
2.3 9 If t,here are more isotopes to be calculated, type in Y :o the question MORE CONCENTRATIONS?, and enter. Then repeat steps 2.3.6 thru 2.3.8. 2.3.10 If there are no more isotopes to be entered and calculated hit PA-2 key, then PF-1 key. This will bring you back to VSPC T3 #3042002 and a new half hour prediction can be started froa Step 2.2.2. 2.3.11 If no more ground level calculations are needed press the ALT and APL ON/0FF buttons to switch the keyboard out of APL code. (The letters APL should disappear from the bottom center of the screen). PROCEED TO HP-RET-2B. 2. I
. .. WISCONSIN PUBLIC SERVICE CORPORATION HQ.
IIP-RET-2A TITLE off-Site Ground Level KEY!AUilE !!UCl. EAR F0WER PLMT Predication (VSPC) RADIATION EMERGENCY TEMt PROCEDURE DATE N0Y 2 L' N W 4 U 9 2.4 Ground Level Calculations in the DOCUMENT mode
- 2.4.1 Obtain an average of all meteoro1gocal data and release rates from the KARL INPUT SHEETS (VS1C) accumulated during the use of the PREDICT mode.
2.4.2 Insure steps 2.2.1 thru 2.2.4 have been completed. - 2.4.3 Type in Y and enter. . 2.4.4 The computer will tell you to ENTER FOLLOWING METEOROLOGICAL DATA. Type in the average numerical values in the cocmand space separated by commas, in the following order and enter: (see note 2.3.2) , Wind Speed (MPH) (4h Wind Direction (DEC) d v6 Maxicum Wind Direction (DEG) k # Minimum Wind Direction (DEG) , ., .Q
~
Differential Temperature (fDEG F) -c 1.] , 2.4.5 Type in Y and enter if the answer, ti$ tb question ARE TIESE CORRECT? is yes. , l,4 P
*: * . ) , IfthereisanerrorintiteTeSeorologicaldata,typeinNandenter.
The computer will tell you to RE-ENETER FOLLOWING METEORCLOGICAL DATA. 2.4.6 A yes answer to the question in Step 2.4.5 vill lead to concentration to emission ratio values (X/0) being calculated and displayed. The computer will ask ARE ANY CONCENTRATIONS DESIRED? 2.4.7 Type in Y to the question from Step 2.4.6 and enter.
. NOTE: An N answer to the question will take you directly to the end of the program for sign off.
2.4.8 Type in the name of the isotope desired (i.e., XE-133, I-131, etc.) _. (See note 2.3. 6). 2.4.9 Type in the average release rate data from the RARL INPUT SHEETS (VSPC) for the particular isotope that was entered above and enter (see notes 2.3.7). 2.4.10 IyPORTANT: Record the ground level data on the DOSERATE INPUT SHEET (VSPC). Use a separate sheet for each direction.
- a. Isotope name f b. Element code number
{ c. Direction (N, SW, etc.)
\ d. Data locations (site boundary or ST llWY 42)
- e. Concentration in Ci/m3 d'
- : WISCONSIN PUBLIC SERVICE CORPORATION
. 11 0 , 11P-RET-2A TITLE KEWAUNEE IlUCLEAR POWER PLA'IT O!i-Site Crcund Level Predication ("SPC)
("' RADIATION EMERGENCY TEAM PROCEDURE 2.4.11 If there are more isotopes to be calculated, type in Y to the question MORE CONCENTRATIONS? and enter. Then repeat Steps 2.4.5,thru 2.4.10. 2.4.12 If there are no more isotopes to be' entered and calculated, type in N to the question MOPJ. CONCF21TRATIONS? and enter. 2.4.13 Hit the PF-1 key and remove the APL code from the keyboard by pressing the ALT and APL ON/0FF buttons. PROCEED TO HP-RF,7 23. ogs 4+ e- , 3
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HP-RET-2A NOV 2 31qgn
- DdSERATE II;PUT SHEET (V::FC) Page 6of9-
++++i++++++4+i+++++++1+++++++-H+++++++ '( SITE EDRY.
CCt.: PASS OR DIRECTION: ST. ItW 42: ELE;.El.T GRCCND LEtEL CCDE ISCTCFE CCI.CE!.TRATICM (Ci/n3)
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HP-RET-2A .- . NOV 2 31980 , Page 7 of 9 KARL INFUT SHEET (V3FC) METECROL $ICAL DATA: ( from control room ) 100 Wind Speed (MPR) idO' Wind Direction (DEG) . 180' Max. Wind Direction (DEG) . 180' Min. Wind Direction (DEG) , Differential Temperature (+/- F) .g , o ,. .;r:,?
'( '([ {r, ,,3 t'
STACK FLC"l RATE: (ec/see) . IA Aux. Exh. Fan ............... 2.04 E+7 , 1B Aux. Exh. Fan ............... 1.96 E+7- - Both Aux. Exh. Fa ns . . . . . . . . . . . . 2 G3 'sN * . 1 A SV Zone Fa n . . . . . . . . . . . . . . . . . 4. 355E+ 6 IB SV Zone Fa n . . . . . . . . . . . . . . . . . 4. 00 E+6 B oth SV Zone Fa ns . . . . . .~. . . . . . . . 8. 66 E+6 Containment Vent Exh. Fan: Ve nt Mod e . . . . . . . . . . . . . . . . . . . . 1. 31 E+7 Purge Mode ................... 1.82 E+7 Shielti Eldg. Vent Exh. Fan: Single Train Disch. Mode ................ 2.45 E+6 Recire. Mode ............... 9.43 E+4
~ Both Trains .
Disch. Mode . . . . . . . . . . . . . . . . 4.90 E+6 Recire. Mode ............... 1.88 E+5 Date: , Time: Cc=pleted by: e g a* y--- .v - - . . . - - - - - , , , ..w --+ - . - - - -
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0F r 2.10 Press PF-5 key. SAVE will appear in the command space and a code should be entered for calling up the above file at a later date. Type in the code as follows and enter: S W 1 0 0 0 0 S ,~ '~ . .- , . t Compass Time from Use S for Site Boundary and direction, Step 2.9b H for STH 42-all spaces must be filled. e Use a slash in last 2 . spaces if needed. 2.11 Press PF-6 key. Type in file code name from Step 2.10 and enter (note and record job number, i.e., KJ227R00-000) _ 2.12 Press PF-7 key. Type in the two digits after the R in the job number and . enter 2.13 The computer will then calculate and print out the results.' Szke a print-out of the information on the screen and transmit data i=edi'ately to , the Radiological Protection Director. ,,e Qg$.u > . v. l I i + 6 e 9 e t ,- ---m, , .--,,,,-,,n , , - - ,g- - - - - - , - - . , - - ~,v y,---,.. . - - - . , , . - , , , ,.,--~,-ev-- - -. ---+r}}