ML20041C084
| ML20041C084 | |
| Person / Time | |
|---|---|
| Site: | Clinton  |
| Issue date: | 02/09/1982 |
| From: | Plunkett J ILLINOIS POWER CO. |
| To: | John Miller Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML20041C082 | List: |
| References | |
| CPS-600-82, NUDOCS 8202260145 | |
| Download: ML20041C084 (225) | |
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/LLIN0/S POWER 00MPANY JP CLINTON POWER STATION, R.R. 83. BCX 228, .
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CPS-600-82 8 (, ' 3 p . . 2,
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February 9, 1982 s t _. t J Mr. James R. Miller, Chief Standardization and Special Projects Branch Division of Licensing U.S. Nuclear Regulatory Commission Washington, D.C. 20555
Subject:
Emergency Plan Review Responses Clinton Power Station Docket No. 50-467
Dear Mr. Miller:
The responses to questions concerning the Clinton Power Station Emergency Plan, that were submitted to us in your letter dated January 7, 1982, are enclosed. Our Emergency Plan is currently being revised to reflect these changes. A revision to the FSAR will be forth-coming upon completion of Plan revision. Sincerely, Y h ku T. F. Plunkett Manager, Clinton Power Station DW/df Enclosures YoO5 f cc: Mr. Monte Phillips, Region III with enclosures Mr. George E. Wuller, IPC with enclosures C. 01 8202260145 820222 - e9r PDR ADOCK 05000461 . _ _ . _ _ . . _ _ . . F PDR __
/ / .
t 810.1. Provide a description of the capabilities of'the onsite
, and offsite organizations for continuous (24-hour) operations for a protracted period.
The CPS Emergency Plan Sections 4.0 and 15.0 will be revised as the attached pages show to describe the cepabilities of the onsite emergency organization and the Recovery Organization to operate during protracted emergencies. Dedicated alternates in sufficient quantities have been assigned to fulfill primary , emergency response positions and to perform their functions on a continuous (24-hour) basis, i f 0
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AMENDMENT 9 CPS-FSAR CPS No. CAP 1890.00N NOVEMBER 1981 (Rev. 0) ; i 1 4.0 ONSITE EMERGENCY ORGANIZATION P g This section is included in the Clinton Power Ttation i Emergency Plan to assure that on-shift facility operator l Numbers affear, m pace,stheses nu., responsibilities for emergency response are unambiguously espsc4ed tuh3be.1 defined, that adequate staffing to provide initial facility Q $ particu.\ar accident response in key functicnal areas is maintained pos, w .~ k mmw we at is all times, timely augmentation of response capabilities available, and that the interfaces among various onsite' 4(4 ccmphment is l g.W on Tak response activities and offsite support response activities are specified. l 4 I and on Tele 4-2 4.1 " Clinton Power Station Staff A diagram of the CPS staff is shown in Figure 4-1. Sufficient manpower to shut the plant down and maintain it safely shutdown, maintain security, fight a fire, administer first aid, and initiate this Emergency Plan will be available at all times.es theSt. Mbles indicaAe . 4.2 The Onsite Emergency Organization The CPS onsite Emergency Organization will function
- under the station Emergency Coordinator and is responsible for carrying out initial onsite emergency measures as well as the initial offsite environs monitoring, if needed, necessary for assessing any plant releases. The organization is diagramed on Figure 4-2.
IDa44.uki ehds duals have been assywd Initial emergency response will be provided by en-ten $tl primary j shift personnel. They will respond to the emergency I ' em.3e,ncy otspense and maintain continuity of emergency response while awaiting the arrival of any on-call personnel to
' kncbcws allewm3 complete the onsite Emergency Organization staffing, l gr e nuc c The CPS Emergency Response capabilities are illustrated It is the station's goal to achieve j ' . E[Y"N on Table 4-1.
additions within the time frames indicated (30 minutes Q and60 minutes)Q 4.3 Emergency Coordinator Line of Succession In the event of an emergency the Shift Supervisor is in charge and will activate the CPS emergency organization as apprcpriate. The Shift Supervisor will perform the duties or the Emergency Coordinator until relieved by the Power Plant Manager or his designee. - If the Shift Supervisor is not available, the line of succession wil1 be:
- 1) Assistant Shift Supervisor,
- 2) Control Room Supervisor,
- 3) Senior Licensed Reactor Operator.
l 4-1 -
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CPS No. 0AP1890.00N (Rev. 0) 4.4 Activation of the Onsite Emergency Organization Acting as the Emergency Coordinator, the Shift Supervisor or his successor shall declare that the appropriate classification of an emergency exists if an Emergency Action Level has occurred or whenever he judges activation is appropriate. He shall then activate this Emergency Plan as outlined in CPS No. 0AP1890.0lN, EMERGENCY PLAN ACTIVATION (EP) which will direct that cercain notifications be made, centers or facility be activated, and tasks be performed depending upon the class of the emerger.cy. Upon activating this Plan the following initial actions may be performed as dictated by Emergency Plan implementing procedures:
- 1) Onsite Emergency Organization personnel will assume their emergency related responsibilities, if appropriate.
- 2) The Technical support Center, Operations Support Center, and the Emergency Operations Facility will be activated, if appropriate.
- 3) Onsite and offsite radiological monitoring will begin, if appropriate.
- 4) The Onsite Emergency Organization will be supplemented with additional support personnel, if necessary.
If the Onsite Emergency Organization is activated, then the Technical Support Center (TSC) and the , Operations Support Center (OSC) will be activated. The Emergency Coordinator and his assigned staff will report to the TSC. The onsite emergency organization personnel who do not have prior assignments will report to the OSC. An individual assigned the duty as a Shift Technical Advisor shall be available to the Control Room within 10 minutes of being called. It is the responsibility of the Shift Technical Advisor to independently diagnose off-normal events and advise the operating shift accordingly.
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~/ l CPS No. 0AP1890.00N l (Rev. 0) 4.5 Emergency Assignments The emergency organization personnel shall have the authority to perform their assigned duties in a manner consistent 91th the objectives of this plan. The major responsibilities and duties of members of the emergency organization are given in the following guides as indicated below:
- 1) Guide 4-1 Emergency Coordinator
- 2) Guide 4-2 fpI!f?f2 M PN N P12nt Manager Op e rc t i cas.
- 3) Guide 4 '3 #.M. _ _ *.9_ "9. . b. _TAlN. . - .".. - .. r- .
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- 7) Guide 4-7 y %u _c e r c ;/c c rai4 OccrdJ f. . ant )9.kr'_ccr;1cca c"##^
- 8) '- 9 Superciccr "cchanical "aintenence
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FnGuRf, 4-2 CP5 oWStit EMERGENCY ORGAMitATION 1 Euegoewcy C00ActWATOR t lI I ADMmi%tRAlwt OPERATkNS TEtRWKhl MAMTtWANCE RADtHtm I Stcuggty CooR0tWATOR C00RotWATOR CooRotustaa tooRDlWATOR CoGRDINATOR, CooRoswAlogi
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- Recccas Operaben cS
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TABLE 4-1 ! CLINTON POWER STATION IMMEDIATE EMEnGENCY RESPONSE FUNCTIONS GOALS FOR ADDITIONS FUNCTIONAL AREA MAJOR TASKS POSITION TITLE ON SHIFT N6 30 MIN 60 MIN Em rgency Coordinator Classify Emergency Shift Supervisor 1- -- -- Emergency Direction Declare EAL if g and Control appropriate, re- m commend protective $ actions O Plant Operations Diagnose, attempt to Control Room Supervisor 1 -- -- 4 and Assessment of mitigate condition Control Room Operators 2 -- -- Operational causing the Unit Attendant 1 -- -- ; Aspects Emergency Aux. Operator 1 -- -- Notif. cation / Notify proper Assistant Shift 1 1 2 Communication governmental Supervisor authorities Radiological Offsite surveys RP Technicians -- 2 2 i cccident Onsite(out of plaat) surveys RP Technicians -- 1 1 ! assessment Inplant surveys RadChem Technicians 1 1 1 1 Chemistry / Radiochemistry RadChem Technicians 1 -- 1 l Sanior Health Physics Expertise Offsite Dose Assessment Supervisor-Rad Protection-- 1 -- An or Supervisor-Radchem g8@ Plant System Engineer- Technical Support Individual Qualified as 1 -- -- ing, Repair and Cor- Shift Technical Advisor C3 - rcctive Actions Core Thermal / Hydraulics c) Supervisor-Technical -- 1 -- Electrical-Technical -- -- 1 [ Engineer - e /' 1 P t Mechanical-Technical -- -- Engineer g M Nej hwr, WA Shea,aM %dqp dcddiows 4
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) TABLE 4-1 (CONT'D) l COALS FOR ALO TIONS i FUNCTIO!!AL AREA MAJOR TASKS POSITION TITLE ON SilIFT M 30 MIN 60:11N j Repair and corrective Mechanical Maintenance / 1(b) --
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, actions Radwaste Operator o-j Electrical Maintenance / 1 1 1 E' , Instrument and Control --
1 1 , j (C&l) Technician i' l
. I Protective Actions Radiation Protection: Rad Protection Shift 2(b) 2 2 ',
(in-plant) a) access control Supervisor li.P. s b)llP coverage for repair, Teclinician 8 l j corrective actions, g j 3 search and rescue, - first aid, and fire- f)
- 1 fighting c) personnel monitoring d) dosimetry
} ) Firefighting Fire Local i Brigade Support [.~ per
. Technical i l Specifications Rescue Operations
- First Aid 2(b) Local an i
+ Support gg l Support of Operational Supervisor-RadChem -- --
1 *@ - d Accident Assessment 53-f O ' Site Access Control Security, Communicdtions, Per D
! Personnel Accounta- Personnel Accountability, Security g; ;
bility Notification of CPS Emergency Plan e j Response Personnel TOTAL 10 11 15 (
! (a)At CPS, the Shift or Assistant Shift Supervisor (b) Positions manned by Shift Personnel o ;
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l shall be qualified as Shift Technical Advisor assigned other functions i 1 . L
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i i i TABLE M-1. %m WPuM W POWER OPEPATIONS, STARTUP, IIOT SIIUTDOWN Job Title Normal Allowable glinimum 1 1 l Shift Supervisor 2 of 3 1 1 (i Assistant Shift Supervisor Contral Room Supervisor 1 1 3 2 2 l Contral Room Operator 1 2 1 Unit Attendant 1 1 1 Auxiliary Operator 1 1 1 Radwaste Operator 1 1 1 Radiation Protection Personnel COLD SHUTDOWN, REFUELING Normal Allowable Minimum Job Title 1 1 l Shit t Supervisor 1 of ? 1 1 Assis tant Shift Sapervisor g 1 1 - Control Room Supervicor 1 1 2 Control Room Operator I 1 2 f2 Unit Attenda..t 1 1 f 3 Auxiliary Operator 1 1 1 Radwaste Operator 1 1 1 Radiation Protection Personnel _ Y a M4 I-
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CPS No OAP1890.00N Guide 4-1 (Rev. 0) Emergcncy Coordinator
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The Emergency Coordinator is the head of the onsite emergency organization. .ae Power Plant Manager shall be the Emergency Coordinator. His alternate is either of the Assistant Power Plant Managers _ _.._ N___._ h During the initial stages of an emergency, this position is filled by the Shift Supervisor. Upon diagnosing an emergency condition, the Shif t Sup er-visor activates the Emergency Plan, and acts as the Emergency Coordinator until relieved by the Power Plant Manager or his designee. In the absence of the Shift Supervisor, the line of succession shall be:
- 1) Assistant Shift Supervisor
- 2) Control Room Supervisor
- 3) Senior Licensed Reactor Operator The Emergency Coordinator is responsible for supervising t!.a onsite emergency organization and organizing and coordinating the onsite emergency response efforts. The Emergency Coordinator is also responsible for assessing the magnitude of the emergency and declaring the proper Emergency Action Level (EAL). The Emergency Coordinator reports to the Recovery Manager, and is responsible for keeping the proper authorities informed of the status of the emergency. ,
- 5. Duties:
h ddes of &he. %<3ency Goo <dso.\or whk.h may vioV k delega4ed are os Ec 6 s. 6 C\asuCy the emagency tn accordance wak +be cMeito, o% b% 6.o e% 4h Ew3ency N and Ludh 0,9$ No. CAP \E90. oi N. EMERGENCY PLAld ACXWA boM (,EPT . gWe maaa u m e spe =e uo-p sw -w- we q m ys j gg g . es --p e y *-.e-+.-g iw -A meu-.9 p i6,m%s-,et..%g_
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M Nake., hvid dec tS'\cvtS on PeCOMotanded p(Okchb6 ; ack'itnS kr M pudi( , IE Gny, DdSed on rad *t(ACgicak , Tele C0 d and. VMA.4toMogdd dah.. M Au+kohze entargency workers W receive dmes g r ecd f r N o.n \C CFQ. 2o hml45 in the Ceu.tse. Ck carry Gt3 ouA ente <3ency achW+t6s . O b < du.&Jes Jr +ks. Erurgency bcMnake are :
- 4) Ensure notification has begun per CPS No. CAP 1890.02N, EMERGENCY PLAN NOTIFICATION (EP).
- 5) Notify ambulance service, or other local support agencies, as required.
() Activate appropriate emergency support facilities. D Supervise the dispatch of radiation monitoring / survey teams into affected areas on or offsite. l a pea *co+.y---Osre*= -g -' e*-6 -- Mme-+w , hm
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@ K) lettiate accounting of personnel, including construction personnel and visitors. per 09S No. CAPreAO.u N.
PERSONM EL AU.carrABit.1T'f (EP).
@ % Determine, from existing conditions, whether evacuation of plant or surroundings is necessary If evacuation is imminent, determine appropriate route and assembly areaQer CPS No. CAM 9c. GN, EVAt0 Atot4 OF CNUTE art.AS (.E9b tc3 JQ Restrict access to the site if conditions warrant.
n') X) Direct the onsite emergency organization in organizing and coordinating the emergency efforts at and within the site vicinity. Ib 3%) Direct or act as liaison for non-CPS staff or outside agencies at or within the immediate site vicinity. ii) X) Maintain communication with the Recovery Manager as to the emergency status, requesting additional offsite assistance as necessary. This may include headquarters personnel and/or outside agencies. 10 If Juu a.muLivu .us.uuta uu em_.v. vf um currcu.dir.; c cc th; :;;;;c.. , Cm m. J ;.._ . .. 11 nctify th; Statc cr.d loc.cl offi_1 .meye.g .a k . cma u.. T.._- 1ay for the c cac m c u 1 c:.all . :. i. _; , J. IN ><() Ensure that a record is maintained of all emergency related activities and data within the onsite emergency organization scope of responsibility. id b@ Implement onsite recovery and restoration efforts as the situation dictates. l
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'Ike Op.arah' ens doordina%c is responsible Soc dkecking his sinW tn dek<minin3 +ke na+ure and ey4en+ cf 4he entergency as it pecta'ms 4o eqeipnuni and p\ani (o.cdi+(es . Be h resecms'ib\e br 4 akin 3 correc.4\ve acMem 4o termino.k +ke.
ocm 6 him causing the e.ou.c3ent and io protech ego;poud ctnd bth+tes -Gum c+L< dantage . Tu OptqWows doordino.4ec reports directly +o t\u Enur3 enc y Coorc\ina+cc . h4ies . O Assess and evalu.ake. A enter 3eray and inkm
+kt E nuurgency coordina.+ct .
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f M Assess 4La eme.genc.y b m an op.a ra.hcytd use peGd awl innia.k any (knuchoke correc.Ge acEcw vleecked ^ k> hAd oc cen4at n +k ewutrgenctf . M T wi+in k maa. sues, su.c.k. as SceQ 3 hiing , 40 4erminale Ab. 0.ondt%n causin3 4b entargency.
"53 Direck su.:i4ck ing anci valving opeeanonS , e.q uipm4ni op.eraGc ns , eq oipnunt sur ve'dlance, and cater miscellaneous acWJdtes as re.q o s ced .
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Gsde 4-4 Tec6ca\ Occ,cdina4cr Tna eniae e*4v3e.wcy orjawizahon posNon oR Tec\nn'sco.( G e b a+er 'rs 4\ed by de regu.\ac skRC Suprasor- l Techmcql, IMs aktna.4es ce de Supmiter- Geleo.r I oc &ka. Ep.vEsec - kesJAs . % Techmccd Coeccb'na.4ec is- MspensMe for 44. ecordInatiew of + hose. 9acets oC de em.+gency' that require technicat exper6se. l4e assembles anc! direc+s a shoK oC en3meecs as requi<ed by +L. sA aMon, The TecW6 cal Coevbater ; fepor4s 4o +h EYKAgency Ocorelinador god c.SStsk Wn m 4 b. plah 43 oC emu 3 enc y aul res4owt.hk eK As . Duties
- 1) Upon arrival at the TSC, make an estimate of the extent of the emergency and inform the Emergency Coordinator.
- 2) Evaluate vital p1. ant porameters through the course of the emergency and determine the overall condition of the core, safety related systems, and the fission product barriers.
- 3) Acquire sufficient technical and clerical pers'onnel to provide adequate assistance during the stabiliza-tion and restoration phases of the emergency. l
- 4) Supervise the total onsite technical staff effort.
- 5) Accumulate, tabulace, and evaluate data on plant
! conditions relevant to the emergency.
- 6) Prepare required procedures in support of technical recovery operations. .
- 1) Maintain a record of emergency related activities in his scope.
S S a v e. Q member ck his Sh% act d5 Q linizch
- w 4. Mec. parscenet locawi in de Tsc.. '
Gdiae H-5 hackm Coordinabt t he ensde em.argency organha.Ron ooii+dm o9 Ra& Chem G.cordinahr wiu W. 9aied by 4ke regda.r skS9 Spervisor- hdChem. His oBernahe ss, +ke ondu.y ihtdia.6cn b tec6en $ke SperJtser. 'The Radchem Goordinator mports cMcecOy -io se Ems.cgency Goo ed ina4cc. he. bdC.kem Geordinator is responsMe 4 direcNng a shaW in de4cvwin'in3 4e na4u.re and extent o9 radiologta\ or- hazardous ywoAerto.1 problems do ne exAeni hecessa.ry b o.SSess parsonnel exposu.res and/or p\ ant releases . o
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- 1) Dispatch teams to assess any radiological or hazardous material release within the plant.
- 2) Plan and executc rescue operations when radio-logical or hazardous materials are involved.
- 3) Decide which personnel evacuacion routes are to be used when deemed necessary.
- 4) Ensure that appropriate bioassay procedures have been implemented for onsite persennel in the event of a radiological incident.
- 5) Set up, as appropriate, personnel to receive contaminated and injured personnel and perform first aid.
- 6) Provide for the transfer of injured and non-essential personnel, decontaminating them when necessary.
- 7) Ensure the use of protective clothing, respiratory protection, and access control within the plant as deemed necessary to control personnel exposures.
- 8) Coordinate initial offsite radiological surveys by radiation protection staff until such activities are initiated by the Recovery Organization.
- 9) Accumulate, tabulate, and evaluate data on plant conditions pertaining to cadiological conditions, and make recommendations to the Emergency Coordinator.
L
- 10) Provide, if necessary, the following:
a) Additional radiation protection personnel from off-site organizations, b) Additional or special personnel monitoring devices. c) Engineering evaluations of temporary shielding or special equipment and tools. d) Additional instruments. tion and equipment, as required,
- 11) Maintain a record of emergency related activities in his scope.
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6;at %-6 A Av4w,sWah Geoc6wo.4<x h cwsik. enagency cegoWanm pec.'.+ ion d Admi wisMs* Gwrdina.k 'is O b d h f+be. re3do.r h% Spthsoc- hant SerJsces . In his ads 4.nce, oc in uunded emergencies, his aktnaus are. +ke. Adabts%Ge Leeeviscv a4 4-kta 4ke. kcords SperJiser. Tk. M4 dish %e dcardinahor re peris ' dkec4\y 40 +(a. % enctf 3 Gmedtna4or.
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& bmdien, awa dweckw e4 a shoW Edh st&'cted pirsonnet. 4e prodde elef tcal sardices a.s required by A ons14e organizab'm and e c6d cortmanica.4te>ts 6uen ensi4e ancl oE4e organizems. In adhi, 4b Addss%xh've Geerdioa4cr is responsdole be prevdinj Scd 3 ledgig ,and 6ns per4aA,m Sorvices b 4lte ortsh organitakow % h;.ashabe Geor#wo. 4 r is respensAle b an inka rtded re. cord eC emagency rdo.4e6 acMush el +ke cdae emagency orgnihw avd b +%.
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i i i i b$ds., 4-Co (e. cwt %h hWeS ~. 1 D Assemble and supervise a clerical staff. 21 Handle routine and non-routine administrative matters. Maintain a current and up to data library of
- 3) technical data and plant procedures in the TSC and the EOF 4 Arrange for food and lodging of the onsite emergency organization personnel.
53 Maintain communications on NOTEPAD with INPO, NSAC, and other 1.uclear utilities. () Assist the Emergency Coordinator and his staff in arranging for relief and continual manning of the station emergency crews. Coordinate record keeping efforts of the onsite
$ organization, especially the integrated record of emergency related activities of the onsite organ-i=ation.
- 9) Provide for retrieval of documents from the permanent plant records, q) Provide for the retention of emergency related permanent plant records gS Compile a daily emergency activity log.
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!, h ens A ewwgency orgasr.o.G pofMca, c4 E'n 9 b<A'na%m Sll b. Ellcd by +L. regularsb6 hperhacy - N+ budow , ~In 16s obsence, or m p<otrackci wegeses, +ks pa Wew El) 6 Qlled by & en au.y Sec6,9 SL8+ Udsm. The Scua+y bordho.kot veeocw akea\y 4o +L. Ewa<3ency ecorRnaAar TL. Securhy Ocordinahr iS reSponb u h p\dk+ ; sac 64y awd parsonnel accou.n+ 4lMy assecIa.4ect wAk CLCte% 4o k proke.M Q.H!A.. Yn Cld d & k b\e 5 Yespons'ible kr ossls tw evwe.v3enty moR$ica.h'cws CLyd t n evacua Non E M 3 WLve pra.cnea.\ .
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- 1) Inform the Emergency Coordinator of the overall plant security situation, including immediate reporting of any security. threats.
- 2) Account for all personnel within the protected
! area per CPS No. 0AP1890.llN, PERSONNEL ACCOUNTABILITY (EP). l
- 3) Maintain plant security during the emergency. l 4
- 4) Perform notifications of Illinois Power Company Emergency Organization personnel.
- 5) Coordinate with the RadCbem 0.cov&oa%r in controlling ingress-and egress to the protected- ,
area.
- 6) Assist and' direct personnel from local emergency response organizations when they are onsite.
- 7) Maintain a record of emergency rel'ated activities l in his scope.
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CPS No. OAP1890.00N (Rev. 0)
. 15.0 Recovery and Re-Entry Planning and Post Accident Operations -
15.1 The Illinois Power Company Recovery Organizat!on has been established to provide a long term cmergency response. It consists of corporate management, 1 administrative, and technical support personnel to augment the onsite emergency organization's capabilities. The Recevery Organization is the official interface between Illinois Power Company, Clinton Power Station,.and all outside organizations. It also provides logistic support for emergency per-sonnel, technical and engineering support for planning and reentry / recovery operations, and a single point for release of information to the news media. The Recovery Organization is also able to obtain technical assistance from a number of outside contractors and private organizations. Among these organizations are General Electric, the nuclear steam
, supply vendor and Sargent and Lundy, the architect engineer 'ar Clinton Power Station.
15.2 A diagram of the Recovery Organization is provided in Figure 15-1. A description of the responsibilities and duties of the managers in the recovery organization is found in Guides 15-1 through 15-9 as indicated below:
- 1) Guide 15-1 Recovery Manager
- 2) Guide 15;2 Engineering Support Manager
- 3) Guide 15-3 Construction Support Manager
- 4) Guide 15-4 Public Relations Manager 5). Guide 15-5 Offsite Emergency Manager
- 6) Guide 15-6 Radiological Control and Waste Manager
- 7) Guide 15-7 Administrative and Logistics Manager
- 8) Guide 15-8 Scheduling / Planning Manager
- 9) Guide 15-9 Technical Liaison Group e
15-1
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I CPS No. 0AP1890.00N q (Rev. 0) i 15.3 Upon his declaration of an emergency action level, .I' the Emergency Coordinator has the authority and the responsibility to make the required notifications. The Emergency Coordinator is the representative of Illinois Power Company who has the immediate re-sponsibility in cn emergency to initiate appropriate
, emergency response actions. The responsibilities
- > of the Emergency Coordinator are assumed by the designated member of the Operating Organization, based on presence at the Clinton Power Station and availablity to undertake the responsibility. The Emergency Coordinator position will be filled by the CPS Power ?lant Manager, the Assistant Power Plant
.l Manager, the Shift Supervisor .' or Assistant Shift Supervisor. The Recovery Manager has the authority to request aid from State and Federal agencies, as well as local agencies. Until the Recovery Manager or his alternate assumes his post in any emergency situation, the Emergency Coordinator acts as the Recovery Manager. The local, State and Federal support crganizations are detailed in Section 3.0 of this plant. 15.4 Upon declaration of a Site Emergency or a. General Emergency, the Illinois Power Company Recovery Organization shall be activated. Members of the Recovery Organization shall be notifed per CPS No. 0AP1890.02N, EMERCENCY PLAN NOTIFICATION (EP). 15.5 Procedures shall be developed consistent with the obj ectives of this plan for reentry of previou;I) evacuated areas for the purpose of saving lives , search and rescue of missing and injured persons, or manipulation, repair, or recovery of critical equipment or systems. Procedures shall also be developed for restoring operations and property as nearly as possible to a safe status. A listing i of the pro edures required to implement this plan is in Seci on 2.3. 15.6 Individuals assigned to the Recovery Organization shall be familiarized with their duties under this plan per Section 17.0 of this plan, " Radiological Emergency
- Response Training."
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1 Figure 15-1 RECOVERY ORGANIZATION m Illinois Powe - $c >, Company E ileadquarters g tn
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,i I t _ I _ . Public Recovery Administrative $ Relntions Manager Logistics @ Manager Manager g 2 w N I 1 0 . ,! W p 2 s
- t Technical Scheduling $
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; Group Manager g t 5 Yo %
Engineering Emergency Radiological Offsite O Support Coordinator Control and :onstruction Emergency Manager Waste Manager support Manager Manager
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CPS No. OAP1890.00N (Rev. 0) Guide 15-1 RECOVERY MANAGER The position of Recovery Manager is filled by the Vice President in charge of' Nuclear Station Engineering, Clinton Power Station Operations and ' Quality Assurance. His
' alternate will be tha tsea h* h Presdent he reports w.
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The Recovery, Manager is responsible for directing the overall Illinois Power Company emergency related activities. Duti's: e
- 1. Direct the Recove:.y Organization and coordinate company activities involved in coping with the emergency.
- 2. Notify Federal, State, and appropriate local agencies of emergency conditions in accordance with CPS No.
OAP1890.02N, and make recommendations to offsite authorities concerning ridiological protective measures if any are required.
- 3. Ensure that measures are taken onsite to:
a) Alleviate the condition causing the emergency. b) Protect employees and the public, c) Minimize the damage to the plant. d) Effect post-accident recovery and deactivate the Recovery Organization.
- 4. Request assistance from outside emergency response organization, if required.
- 5. Maincain a record of emergency plan activities.
- 6. Coordinate IPC activities between onsite and offsite.
- 7. Coordinate IPC activities with participating agency headquarters.
- 8. Serve. as oWA conuct kween It ud pe<mnenW oseceses .
9, hSpenS$b\e b qvis b ob Md 1%sMkfS db emagency organhahhs aw. (h%vd ed A l recoveq optab h % be. inukka., or o9 aN Ghan3es in W. crgait2AhM sinM.hwe
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ENGINEERING SUPPORT MANAGER The function of Ecgineering Support Manager (ESM) is filled by the Manager of Nuclear Station Engineering. His alternate' ~ is the Director of Design Engineering r Duties:
- 1. Provide technical support for stabilization of the plant conditions.
- 2. Provide analysis and evaluations of plant conditions and proposed corrective ac~ ions, and in conjunction with the onsite organization, develop guidance for plant shift operations personnel on protection of the core.
- 3. Provide technical support for plant modifications and recovery planning.
- 4. Provide technical direction to Sargent and Lundy, General Electric, and other engineering organizations in development of design modificatons, plant system
~
additions and temporary facilities.
- 5. Coordinate support activities sa the Technical Liaison Group.
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CPS Na. OAP1890.00N Guide 15-3 (Rev, 0) , I CONSTRUCTION SUPPORT MANAGER ! The position of- ;- . will be filled by the Vic,' Construction President in Support charge Manager of nstruction. Hic alternate will be the Manager of g @ Construction. Duties:
- 1. Coordinate the activities of construction forces on proposed plat.t modifications.
- 2. Coordinate construction support required for plant recovery.
- 3. Develop agenda for Recovery staff meetings and follow up with expediting of construction commitments made at these meetings.
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CPS No OAP1890.00N I Guide 15-4 (Rev. 0) l
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PUBLIC RELATIONS MANAGER The position of Public Relations Manager will be filled by the Manager of Public Affairs. His alternate will be the Supervisor of Media Relations. Duties:
- 1. With the approval of the Recovery Manager, prepare media releases and bulletins of the emergency activities.
Coordinate these releases and bulletins with the participating agencies. Nws Mein Lic.-mann Ce=*er
- 2. Direct the activities of the .
- 3. Receive requests for information from the media.
- 4. Schedule media conferences. .
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- 5. Assist the N r '--___..__ in providing briefings for the media.
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O CPS No. 0AP1890.00N (Rev. 0) l Guide 15-5 OFFSITE EMERGENCY MANAGER The position of Offsite Emergency Man'ager is filled by the Director of Nuclear Safety and Engineering Analysis. His
~^ '
I alternate is the 21-___- - 'i_ .- Supervisoc Tec.hnical Assessment. Duties:
- 1. Establish and maintain communications between the EOF and the TSC, ESDA, NRC.
- 2. Obtain information on the diagnosis and prognosis of the accident condition, radioactive materials releases, and meteorological conditions.
- 2. Ser"e 2r the effici21 cc-trc6 b^r cen IPC 2nd gc'7erra-t agcncic: n--: 2 di:1:gi:21 22: tere, 2nd kre; t'r- infe r ed with informati n n ::::ary :: inplex nt their :::rgency peems .
RodChem Coordjnator
- 3. X. Aid the x- ___
in measuring the spread of radiation and contamination. 4.j(. Direct the environmental aspects of the cicanup and recovery work. 5'y(. Coordinate with the Administrative and Logistics Manager to ob~ain trained nuclear industry manpower, as needed. i 1 l i
CPS No. OAP1890.00N Guide 15-6 (Rev. 0) RADIOLOGICAL CONTROL AND WASTE MANAGER The position of Radiological Control and Waste Manager will be filled by+ m
-u u- - - 4 -
uties:
- 1. To manage the radioactive waste and radiological control aspects of the recovery operations.
- 2. To provide radiation protection support offsite by coor-dination of offsite sampling programs, dose assessments, dose management, and radiation protection programs.
- 3. To provide information to the Recovery Manager as to the possible radiological consideration involved with recovery operations.
I f A CPS Leedw-MaMen b^ech. h ehernakes tedt t be Ae. RodChem Egineer and + hen +he. c99-cluAy RadiaMon Pectechon SEh %per' visors. a h l
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- of Garde 154 M inswiha\ b $u.nda as +k Mc\cyccd Centrol and Wask. Manager u.ll har 4k (c(\cwwt3 quah4icahN and Can6tiah Q s enablin3 hiva lo ptr{orm accura +e o%ive dcce pro 3ec.tions and to recommend appropnave prolec b e acWowS '
cn FauGlian\y o9 possdale p\ad gasecus and itquid e@u.en4 re\ ease pa4hs , O knowWd3 e o9 radiological ptc4ecke acGew guides, c3 knooteage cS mshmenhua and data acqos&n procedures for me\eccological egoipmeni, dh knoteledge o% plad radiologica\ thstrunuda4 son dnd da4a. acquis:4ioo precedu.res, O Capabihy 4e esOma+e +kt nolole gas and 4he tedble. source elease 4erms in cuMes per second, l D Fan 6baay st% 4ke propor use and capabifiMs cS &he dcee pcc3eckw modehh3 pco'vistons c8 4ka GPS 9egect. Gene ra4or,
@ CapaWi4y b unl ze i eon +$13enty dose calculahow
- procedures in the evev* radiolepeal ths4rumentab used 4 ossessmen+ are cAcale or inceera6e, bT FasLacity thr% +lu. cps Eme<3ency Anninj zonas ,
+be chemogyaphy, 0vid tWm geog caphy .
_ _ . . _ _ - _.- . . _ _ . . ~ . - . -... _ _ -.. - - . - CPS No. OAP1890.00N
' Guide 15-7 (Rev. 0)
.^ .
ADMINISTRATIVE AND LOGISTICS MANAGER
- . The position of the Administrative and Logistics will be filled by the Manager of Purchasing and Stores. His alternate will be the Supervisor - Contract and Fuel
, Purchases. l Duties: 1
- 1. Obtain needed equipment and supplies.
! 2. Arrange for transportation of personnel and equipment.
- 3. Arrange ror additional communication equipment, if needed.
- 4. Arrange for food and lodging for personnel.
- 5. Arrange for outside contractors, if needed ,
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+
, SCHEDULING / PLANNING MANAGER p -
l The posu.ivi. af P u d.iling/ Planning MannScr ill oe tilledq l by the Director - P"cj c;;o wn u vi; . "4e alternate will be l th_ Quiu.y Assurance Audit Coordinator. M Duties:
- 1. Coordinate and expedite plans and schedules for the Recovery Manager, t
+ t The. pos Ao n cK Schedu.ta g /Plunin3 N6get]
taitt be Qued by the Supervisor- Gnch ac% Er@neeng. Wts albm4e asil be Q %Qg, Engineer repocim3 e him- l ( . J o% l
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1 1 CPS No. OAP1890.00N Guide 15-9 (Rev. 0) m TECHNICAL LIAISON GROUP This group would consist of a representative from Sargent and Lundy, General Electric, and the NRC.
.They would meet with members of the Recovery Manager's staff as necessary.
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., 810.2 All existing agreements should be reviewed and certi-fied current, and preferably dated within one year of anticipated lice.nse issuance.
All existing agreements found in the CPS Emergency Plan, Appendix B, have been reviewed and we verify that
, they remain in effect. Letters of Agreement will"be continuously updated. Existing agreements will be revised to show more current dates prior to initial fuel load.
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_u . . _ _ J_ _ ~ ~~~~~~~_. __._._.. 810.3 Include Letters of Agreement from private contractors, utilities, and consultants referenced in the Plan (e.g. General Electric, Commonwealth Edison, Sargent & Lundy). Agreements should delineate the authorities, responsibilities and limits on the actions of the contractor's private organization and local services support groups. CPS will solicit additional Letters of Agreement from General Electric and Sargent & Lundy. These will be added to A available.ppendix It is B to the Plan expected thatasthese they will become be available during 2nd quarter, 1982. Agreements with other utilities, specifically Common-wealth Edison, are inherent in the Fixed Facility-Emergency Response Voluntary Assistance Agreement provided as pages B-15 and B-16 of Appendix B to the CPS Emergency Plan. O h g i s D , 4 i e E 4 e e i=.w' e , + ; eeyg, y . .-m =.. - mer-e - m - egme e=g em ,- p --w.6 , _ e p -- -%+ w
e 810.4 Identify all functional responsibilities of the Emer-i .gency Coordinator that are not delegated to other elements of the Emergency Organization.
, ~A consolidated list of all functional responsibilities
- . of the Emergency Coordinator that are not delegated to -
l other elements of the onsite CPS Emergency Organization l can be found on the revised Guide 4-1 provided in the o . answer to question 810.1. a . i . 4 e 5
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.i -1 810.5 Provide a commitment to levels as set forth in Table 4-1 of the Plan.
CPS commits to the goals of the levels set forth in Table 4-1 of the CPS Emergency Plan. This commitment is inherent in the revised section 4.1 of the Plan
, provided as part of the answer for question 810.1. -i o
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810.6 Although the Plan states that the Radiological Control and Waste Manager .will be a consultant, the Plan does not specify the contractor or private organization that will provide this consultant. This consultant should be identified, and the special qualifications of this individual to function in the Emergency Organization should be described in the Plan. Guide 15-6 of the CPS Emergency Plan will be revised to delete reference to our consultant. The proposed revision is contained within the attachment for the answer to question 810.1. We have specified dedicated primary and alternates to fulfill the position of the Radiological Control and Waste Manager. The special qualifications and familiarities of this individual to function in this position are also described in the revised guide. e i 6 l 6
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_ .. . _ - . - - - ~ .-. - . . . . . - - t 810'.7 Although the Plan indicates that Section-5.1 discusses the provisic.is made for incorporating the Federal response capability into the Clinton emergency plan, that section only identifies the individual authorized to request Federal assistance. Expand the discussion of emergency response support and resources to include the information required in Criteria C.l.b and C.I.c of NUREG-0654. Section 5.1 of the Plan will be revised, as indicated on the attached pages, to expand the discussion of the provisions made for incorporating the Federal response capabilities, including expected emergency response ~ support and resources, into the CPS Emergency Plan . 6 * , ee 9 e I F i h
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5,1 D(poA N.wt oS- Energy A Sowrce o$ Federal Supperb may ccmt hvem 4h2 t.L S . hpartnu.W cf Entgy (DCd Ecd'io ical Asdis4ance 9lan (.MD a d +kt Ink ccgency Ltdictegical Assis%ce Dtan (Tene . (MWn h 3ien 5 of +ke. DapcAnu d- ol Ener3y , +k G6cago Opra b s O(Qice wi4L +le suppoa o9 Argmne. Mahkl Laberabry, is Msposible G. +ka adminis+vah , cecedinah, and implenuo4a4ca o$ RA9 and IRAP. I.S asitsk.nce. wece needed ,As Iib'ncis Dep=<wsw4 e4 Nuclear da SACe+y or Tirndis ewyncy %rvices and Eser Agency wou.(d make 4h. (orma.( regoest. DOE Would 4.kaw dispatch ct 4eam of spectafists 4o 4ke acctden4. inte. where +ke team wou.td i D Eva.tu a.k. +LA. hazard, 4 Take. or recomma.d ach+n 4e couakract ctact cow &cl Omy a.cu.4e. kazard, s) Es4ablish eommunicdica tot 4(. [occd auneyMei and
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- 1. Professional Personnel in radiological protection, industrial hygiene, safety, fire protection, medicina, physical sciences, biological sciences, agricultural sciences, nuclear weapons safety, engineering, weste disposal, environmental science and other disciplin==.
- 2. *achnical Personnel in photography, radiological monitoring, instrumenta-tien, radioactive materials handling, nuclear weapons safety, security, fire fighting, communications, equipment operation, radio analytical pro-cedures, enviromental sempling, transportation, and other technical areas.
l 3. Equipment for personnel protection, transportation of people and material, l construction, fire fighting, meterials handling, communications, radiation , ) monitoring, remote viewing, photograyLf , rescue operations, vaste storage l and transportation, decone-in= tion, laboratory services, field operations support, and other uses. 4., Facilities for biological as analysis, chemical analysis, radio analysis, meintenance, decontamination, radioactive weste disposal, medical services, housing, feeding, personnel dosimetry, radiation exposure evaluscion, , mobile radiological energency operations support, and other specialized I services.
- 5. Macarials for radiation shielding, decontaination operations, contamina-tion control, and other operations requiring aulk quantic'ies of special l meterials.
- 6. Services for support of radiological emergency operations which employ ;
personnel, equipment, facilities and meterials for the purpose of performing i particular functions, such as equ4==mc maintenance and repair, personnel destastry, analytical laboratory work, personnel and equipment decontamina- ! tion, fire fighting, and security. l l , l l l 1
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_ . . _ .. _ _ _ . l The Dos haiotegicaA Assicknce ha<i is nok des'6"*'l b te*< rento. dial ac4icw b long-hem nazards , sucia i as residwid G.on+a. min ccNe ; houvey , IR@ may be exhdra % covu such s h a-Wews. If +he o.citaca+ is of su.Gicied mfnth.d.e or presaas sp.ach\ poblems, ac\diMowal assis+ance can 6 ob+arneck +krougla toe usig & proJissw of reA9. TMs adANewal assisAavtce teou.d 6 proutckA by de Federo.l agencies avYl osoulc\ genero.ily be.l'imi4ed ' 4o odcit4io n.a.l Ynaupou>er, 4raa spor 40.+ tow , dvid spa.ctq.I t 2.ed 4echdtcql ov$ts4o.nce , %rotgk IRAP, mthhyy Grees m o.y P Co vick.g., Muc\ea.v. Ac c tc%+ /In ctas.wi- Conhol (Mt4Ic) kdms, NEica.\ @isdohiccd RaclIo\ohca.( (CBR) 4eams, and Grplosi<e Orcinawce Disposct.) (Ect0 4eams, IS neecQA. , Is. age <.eud to'i4L +k bpa.rW s+ ol E n.a g p. is bnc\ in AppodU B. 94gavcIlss wL,+kar RAP or IEAD cssistance is bin 4 a.CCeclek +\a. Ithnois Q,parb>un+ c4 Nuclear ScseAy taould (nave 3niplenten'c ed i4s QadMo6tca.( Ems.vyncy Asses.snta* Pion, 'Tks.s.e. +<.co agennes m u ta te oric c.tosely % ge+(a.r in 6tk<mtbn3 onc\ wa.lua4-Eg any o%.4 bzae.ls b 4b pcalic . b k'ig spa.cc stl ha. ava'd able in 4k. Enurgency OPmhen.s FacMik;r b ele men 4s c4 R@ ad taAP
% werk out of. Teeehene lAes can. k maar amnable.
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. m .__._ _ _ _ _ . . _ _ . _ _ q TABLE 6-2 AlRPORTeo wiTatN as TM\ES oV CPS AlpFORT DIsTA28CE AND DIPICTIC ' DISTANCE AND DITICTIG FRON STATICN Arppop? rpOM STATICM Spencer (RLA)* 1.8 mile WSW ' Coos (private) 18 r.iles su Partin (private) 4,5 ngg,, g Trowbridge (private) 18.5 r.iles SW Thorp (RLA) (private) 4,7 $ ,g y,, ,,, 29 miles E Charbers (private)
Charics Todd Clinton Penticello Aviation 19 miles SC (Priv:te helicopter pad 30 f t x 30 f t) 6 alles w Allerton Park (private) 19 miles SE Bak:r (private) - Crook (private 20 miles ENE 5.5 miles ss rerficet (private) trado (private) 20 miles NE 11 miles ssE runks (private)
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"22 miles sst R. Guinton (private) 11.5 miles Nmf Parish (private) 22 miles SSW Fathews (private) 12 riles MNE Bleadngten/Norral 22.5 miles NW Weidnr. (private) 12 miles Eut Decatur 22.5 miles s W. Quinten (private) 14 miles NW Bertram (private) 23 miles SE ttnlow (RLA) (private) 14 miles t u nenry (private) 24 miles SSE A:hworth (private) 14 miles NE
- Triple Creek (private) 25 miles St Hcit (private) 14.5 miles W !,incoln-Hinde (private) . 25 milee W Clepper (private) _ 18 miles E Logan County 25.5 miles W
- This airport is now owned by Illinois ver Company and is no longer operational.
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810.8 Specify the expected response times of support groups ' (radiological laboratories) that can be used in an emergency (i.e. vendor, universities, private labora-
- , tories, etc.). .
. Sections 5.4.2 through 5.4.6 of the CPS Emergency Plan will be revised, as shown on the attached pages, to .j specify the expected response times of support groups.
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_ _ .-_ . _J ~ . _ . _ _. . _. J _ __ l 5.4.2 Other Nuclear Facilities Additional st.pport may be found from other utilities and their power stations. In Illinois, these power facilities are the Commonwealth Edison Company's Dresden Station, Quad Cities Station, Zion Station, and soon to be completed LaSalle County, Byron, and Braidwood Stations. O hrfe nuvnber oh n4il'tYte5 kve enkred. into Mc maWol aid agreeman4s known as +h FGed Fa.o Nvy Enu.ge o c Respense Volunw<y AssIshce Ag<eenn%- anM boluarayy Assiskace Agree nuo by and Among ElecAvic. (lWlates I n clved in Tmnspoda% e4 }duclear b W a ls . % ese. ogreemen+s are- e.xecu' red 4bogb into . Q4i\is g th agreemenis addhat manpower,laborekory SoldAies,avd bm %d.tg egoipman* can bs. obkined uh\%es in a 4imaly mannef, D4. pad 64 on
+b nakre. oS 4he requesk, h is shcpected
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may ku. avai\ab\e 64 kin GA -bou.rs . Labora6ty' l facdi4ies may b a.va't\ die even sooner. 9 l c.+Wts eS agwemavd id A. memba.c u.GG4tas ove inbeent in +b. le.Wx oS ayeemeny wtn, m shoe m Appiwis B. l e 9 .
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5.4.3 National Laboratories Two DOE National Laboratories are located within the State of Illinois. Fermilab National Accelerator Laboratory in Batavia, Illinois as well as Argonne National Laboratory in Argonne, Illinois may help serve as supporting laborator-les for special analysis. M toborator'tes TMT hacc .wt. LNuolved , I hECessary, dwlog implevuMcMen ok 9R9 or rap. 2+ h eyec+ed +61 bctliMes (of Sp[cn(Gnal[tS Wotdd k a.Va'.idl4. b px64 Wst use as samples o.rn've. . 5.4.4 Soecially Trained Individuals The Illinois Statu Police, normally the first State agency to respond, have Troopers specially trained in hazardous materials, including radiological materials, and are located throughout the State. The State Police _ also have special radiation detection instruments and State ESDA monitoring kits mounted in certain patrol cars around the State. All Troopers receive some training in this area and may provide additional assistance. Av \ects4 ene, spec. tatty
+cained Treeper mcutd be o.vailable tv abou.4 o,n houx , Ad h a\ modtbrs cou.\d lanceme ava' daw (dtAA a. b bu.cs .
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5.4.5 Illinois Emergency Services Management Association (IESMA) ' Nearly all of IESMA members are associated with ESDA organizations throughout the State and its members number nearly 1,000. IESMA maintains an experienced data base from which to draw aid from many individuals trained in special disciplines. Special equipment may be' located'by requests through IESMA. This organization may provide some support if re-9"*8U'0' h9. W N w . d @ i b a. h'o w uth DWe'is and leced ESD A agencies, aid woukt probabb/ be requ es tec{ 4hv o g h EbA. bpage avid eqdp ymtitt niay be cuattable 6th JN-hours. l 5.4.6 Technical Assistance Technical assistance may be requested from the CPS architect engineer, Sargent & Lundy of Chicago, Illinois and the nuclear steam system supplier, General Electric, Nuclear Energy Division, San Jose, California. If needed, CPS may request technical as'sistance from the suppliers of various equipment used onsite. Techn: cst Assis kiv_e ever kkphene tacu\1 k avai\alote. o.\mosb wnotedtahely. L ts
@Weipa4ed ibt no move San 4<.co heu.rs teou.id 6. vteedad b eskbhsh communicxhhs w %. most oS 4-Ls dove con 4a.c4s undev +k.
mos4- Lhdtq cewEths (.e.c4. ,weekencl digk+), 3cm represenkkives may b avadctble onsite br consuNthew toi4Lin el4 - hou.cs oc less.
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810.9 Establish Emergency Action Levels (EALs) for each initiating condition specified in Appendix 1 to NUREG-0654. The EALs should be observable (e.g., instrument readings, equipment status indications, alarm annunciators) which are both necessary and sufficient to explicitly and uniquely characterize each initiating condition. It is recommended that the format be in tabular form for each of the four emergency classes (i.e., unusual event, alert, Site Area and General Emergency) which lists the initiating conditions, and specifies the EALs for each condition. CPS has established appropriate Emergency Action Levels (EALs) for those initiating conditions that apply as listed on Appendix 1 of NUREG-0654. The EALs will be found on CPS Emergency Plan Table 11-1 which will be revised based on question 810.37. The format will be in tabular form which will list the initiating conditions and specifies an EAL for each condition where appropriate. CPS proposes not to use four separate tables for each of the four emergency classes. A single table categorizing initiating conditions and their severity, and relating these to a particular emergency class, will be far more useful to an operator. This eliminates the user from having to refer to several different tables to determine what the emergency class shonid be for a particular severity of initiating condition. w o
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810.10 Provide a complete description of the administrative
; and physical means for promptly alerting and notifying the public within the plume exposure pathway EPZ.
Sufficient details should be provided for evaluation against the criteria set forth in Appendix 3 to NUREG-0654. Include a schedule through operational readiness for the overall system.
! Section 7.2 of the CPS Emergency Plan will be revised, as shown on the attached oages, to provide-a more complete description of the CPS Prompt Notification System for the public within the 10-mile EPZ.
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'"l . 2. No tiCc.chen o9 ee General Pubh'c In cooperation with State and local authorities, CPS will ensure that the administrative and physical means are available to promptly notify the public within the plume exposure pathway EPZ of an abnormal condition or an emergency condition at CPS. It shall be the responsibility of the State and local governments to activate this system.
The system, as W is 4enta4ive\y p\anned, is described bab The exc.ci desi 3 n c( 4e. sys4em may change prior +o As ecxnp\ehen due 4e engineecing and Shk-cf- 4he- act changes, bu r th Grherio. described b.\ao t.edI b. mak4ayeck . The prompt pb\ic. noV8tcaHen system around 095 sd\ be a byb6cl syskm uAiking ione acAivoAed radio Tece'wers in areas c@ lou: poputaban denst4y and in sydv:d bli Aies and uMtizing cuAdcor tearning dabces in areas 09 %3b popunaw denstg and in ve.crea.S on area.s. hdto a.nd + ele u tsiow. s4o*tivts 0% he arm ah\\ 6. aMts ud +o +ka e &.n.t possib\e in relo.julj in9ervnahen 6 + hose. indiJtdudr
- no+ suppised 4cna ac.4wahe.d recewecs . % e. s ys km.
is des;gned So 4 b+ the in4end.cd rec ipie ni c4 l .
+\u. noFthca.hca vid\ b. a(erRd by on accushc l alerhg si3nal I.ei+L.c radio cc seen) whbout !
l any spea\ acbcw requiceck c4 Wm . 3 ~ x _ _ _ .i . __ _ . . . _.__ __ _
The. Il\inois I)epartment of Conservaben has ogreed 4o 0.SStSt in +k nohGic c hen e b rt by alerbM usc.cs ok thic con +ro\\ed recreabon areas, This 'is th addtEn 40 46 ou&dece warning deitces eat win bt, in plac.e tn W ese. area.s. W . 0.riteita. utilized 61 +he development c4 eis ( synem are as Sol (ces. B h capabdiN aial eds& for pecJtds3 bou an alert sbnal and an inkmahanoi .or tns+rueb6wat twosege 4o A e. pc9u_% 6cw wtNn de to oitte E92, wiNn is minu.ks commensn3 a+ +Le 4tme tk chectssow is made by Ae S+a+e and local aunor'h'es c b 00h$t/ k puh\IC
. 2) % Mt'tal noHQca.+aw sys4em tdtil o.ssuve dtrect Govero.3e ckessen6ady too% ' c9 ee Popu.b.hw '
usiwin s n4tes ce cws. 3D The. sys4em is des @ned 4e a.Ssure ico% concage Wikin 45 minuAes oS 4he. pcguAa45cn Who ma.y not haVe YEcewed the ihstia,1 noh9cochcw to\Nia ik Enhfe \c mde EPs , IIfne c.cmmences Q& the Mme by & Saw.
& decision is rnad e and local GU.O cd hES io VTOMh +he [)uloh'c . .
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@ The. SyS4em is designed % bo avoMablE . b 29- hour per day alerbing and noh$cahow .
- 5) Whefe ex.adcor Wardmg devices are ukiNz.ed , a to Db c@eren4io.1 aboVe daylt3 'h4 ambe ent back3yound tddl be. used 4e dekymine. deCtce Govenige and an amen uahon Oc.kr OS to Db loss pe.r distance doub\ed wth be. used b de%rmtne swen ru.nge m ee absence c0 sgniGcan+ 3eographical fea4ures. :
h sysuni old\ tw pmcdicahy 4eskd and maAikdned, A random sampt(g wil\ be. 4aken % ensure +k sys4em is covenng +b. in4 ended peqcia6ons as desiped. To -Qtcitaaie. +ke dissemma6m oC w.ssages 4e +b. pu.blic, CPS will provide supporting information to State and local organizations to aid in preparing draft, written messages in, tended for the public. These public messages may provide instructions with regard to specific protective actions to be taken by residents of.affected areas. Draft messages should be included in State and local plans. l . t e 9 .
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.- 810.11 Provide copies of written messages intended for the public, consistent with the licensee's classification scheme. If these are still in the process of being developed, provide a schedule for their completion.
Written messages intended for the public have been 4 developed and are being used to support other nuclear facilities within Illinois. Being generic in nature, it is expected that these same messages will be used by State and local officials in support of Clinton. Since this activity is a statutory responsibility of these officials, copies of these messages will be found in State and local plans. Attached are copies of what will most likely be used for Clinton. , 7 4 4
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i l 9 W DIERG'.NCY ANNOUNCEMENTS t L. TAKE SHELTER: The Governor of Illinois This is Governor NAME . I have a mes-sage of vital importance to every man, woman and child presently located IDENTIFICATION OF , AREA . A radiological incident of serious magnitude at the SITE Nuclear Power Station has been reported and I am now requesting that you take immediate shelter. SENTENCE ABOUT NATURE OF INCIDENT i Do not, 'l repeat, do not evacuate at this time. You may ' subject yourself to unnecessary radiation by evacuating now. If you a're not inside at this time, immediately proceed to your home, your place of work, or to the home or business of a friend or relative. Once tus ide , stay there until you
< receive instructions to do otherwise. Make sure that all windows and doors are tightly shut and that no air is get ;
ting inside. Turn off all heating and cooling systems that bring in air from the outside. If your shelter has a base-
, ment, so there. Don't tie up the telephone lines by making unnecessary calls to f riends or relatives. Leave the lines open for emergency workers. Only use the telephone in emer-gency situations and limit your conversation to one minute.
- All school children, nursing home residents and hospital i patients are being well attended to by trained personnel.
There is no o need to go there to pick anyone up. If you are i not presently located within thia. take-shelter area, do not attempt to enter. When it ts safe to enter, you'll be 3
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advised of that tact by emergency workers or this station. Stay tuned to this station for further information as it becomes available from a representative of your county. 4 9
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- 2. TAKE SHELTER: Illinois.ESDA Director THIS ANNOUNCEMENT IS ONLY TO BE USED IN THE CASE THE ,
GOVERNOR OF ILLINOIS IS UNAVAILABLE TO MAKE AN ANNOUNCEMENT. This is NAME , Director of the Illinois . Emergency Services and Disaster Agency. I have a message of
, vital importance to eve ry man, woman and child presently located IDENTIFICATION OF AREA of the A radiological incident serious magnitude at
.s SITE Nuclear Power Station has been reported and Governor COV's NAME has just requested that you take~ immediate shelter.
SENTENCE ABOUT NATURE OF INCIDENT' L Do not, I repeat, do not evacuate at this time. You may subject yourself to unnecessary radiation by evacuating now. If you are not inside at this timu, immediately proceed to your home, your place of work or to the home or business of a friend or relative. Once inside, stay there until you receive instructions to do otherwise. Make sure that all windows and doors are tightly shut and that no air is get- , ting inside. Turn of f all heating and cooling systems that bring in air from the outside. If your shelter has a base-ment, go cl.ere. Don't tie up the telephone lines by making r unnecessary calls to friends or -relatives. Leave the lines free for emergency workers. Only use the telephone in emer-i gency situations and limit your conversation to one minute. All' school children, nurslag home residents and hospital
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[ patients are being well attr.:nded to by trained personnel.
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- m There is no need to go there to pick anyone up. If you are J not presently located within this take-shelter area, do not attempt to enter. When it is safe to enter, you'll be advised of that fact by emergency workers or this station.
Stay tuned to this station for further information f rom a representative ot your county as it becomes available. 4 l M m o 1 i '! I l l l
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DIERGENCY ANNOUNCEMENTS
- 3. EVACUATE: The Covernor of Illinois t
This is Illinois Governor NAME . I have a message of vital importance to every man, woman and child presently located IDENTIFICATION OF AREA . A radiological incident of serious magnitude at the l SITE Nuclear Power Station has been reported and I : t dm noW requesting that you begin evacuating the area. ; SENTENCE ABOUT NATURE OF INCIDENT If your present location has not been identified as an area to be evacuated, do not evacuate at this time. I repeat, do not evacuate at this time Taless your present location has been ident'ified as an evacuation area. Furthermore, do not try enteric<3 the evacuation area for any reason whatsoever. For those of you that were just identified as being within the evacuation area, begin packing immediately. Pack all necessary clothing, medical supplies and food for special diets that you can gather for you and your family as soon as < possible. You should be ready to leave in 5-10-15 minutes. All school children, nursing home residents and hospital patients are being well attended to by trained personnel. There is no need to go there to pick anyone up. Stay tuned to this station for information from a representative of , your county advising you of the direction to evacuate, what i ,
, routes are available.
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, . . . ~ . . . . . - - - - -. . - -. ~. , - . . - . - - . .-. . .-e-.. . .... . l DIERGENCY ANNOUNCEMENTS
- 4. EVACUATE: Illinois ESDA Director THIS ANNOUNCEMENT IS ONLY TO BE USED IN THE CASE THE COVERNOR OF ILLINOIS IS UNAVAILABLE TO MAKE AN ANNOUNCEMENT.
This is NAME , Director of the Illinois Emergency Services and Disaster Agency. I have a message of vital importance to every man, woman and child presently located IDENTIFICATION OF . TEA A radiological incident of a serious magnitude at the SITE ~ Nuclear Power Station has been reported and Governor GOV's NAME has just requested that you begin evacuating the area. TENTENCE ABOUT NATURE OF INCIDENT If your present location has not been identified as an area to be evacuated, do not evacuate at this time. I repeat, do
, not evacuate at this time unless your present location has been identified as an evacuation area. Furtherm6re, do not
. try entering the evacuation area for any reason whatsoever.
For those of you that were just identified as being within
. the evacuation area, begin packing immediately. Pack all necessary clothing, medical supplies and tood tor special diets that you can gather for you and your family as soon as possible. You should be ready to leave in 5-10-15 minutes.
All school children, nursing home residents and hospital patients are being well attended to by trained personnel. There is no need to go there to pick anyone up. Stay tuned to this station for information from a representative of your co"nty advising you of what direction to evacuate and what routes are available, e b
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1__.._. . _ _ _ _ . . _ _ -. . _ _ _ ,. _ , . 810.12 Identify the provisions for communication with Federal emergency response organizations. CPS Emergency Plan Section 8.2.5 will be amended, as the attached page shows, to state that a number of telephone lines are available for emergency communi-cations, including communicating with Federal emergency , response organizations besides the NRC. 1 I f 6 8 i 9 f i e ___weup en* W P**W ** * ** ' '"*
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I CPS No. 0AP1890.00N I (Rev. 0) .,, I'" kh I 8.2.3 HealthPhysicsNhtwork(HPN) Provisions for a dedicated circuit installed by the NRC will be part of the NRC Health Physics Network (HPN). -
- The circuit will bypass the CPS PBX and have firm power supply available where required. Backup capability will exist through the use of the regula-telephone network. Extensions are '
located as outlined section 8.3. Figure 8-2 diagrams the HPN system.
+ , 8.2.4 CPS Emergency Automatic Ringdown (EAR)
Automatic ringdown circuits will be available connecting CPS emergency centers and facility together for management communications. Each circuit will be independent of the other circuits. 71r= power source; will be available to guarantee proper operation of each circuit. Public address or radio systems will be the backup means of communications to this system. Section 8.3_ delineates where these circuits are located. Figure 8-3 diagrams the EAR system. 8.2.5 Other CPS Communications Canability For telephone access to onsite and offsite locations, certain areas will have the ability to access the CPS PBX and the Decatur PBX. A dedicat2d circuit will be available o certain locations for facsimile transmission. Several radio consoles can be used on several i assigned frequencies for radio communications. i These capabilities are diagracmed on Figures 8-4 and 8-5. I h phones ted\ provide (or hdes c9 commun[c6 , ein o Ac Federd emagency response or8MizdicA ' t wkn naede:{ Jl 8-4
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(cQ h.nge'. Inbmo.4 ion Sca\e -\so" +o +5c" ( %*nced 4o +W. +op o9 ac.We b.0 ;3%cwd Sca\e. Commen %*ncal Cg Usd +o mea 4cv wah kvel dus3 kss cS cec \anV accha . (c) Ca\dro.4ecl 4o read Corvec4\y tekvi c.olcl i aul ee. recircuh%. pu,mps nck ru.nn'ing (.z.t2oe l : P P i t I b P k
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l 810.13 Provid'e a description of the communication provisions for alerting or activating shift augmentation personnel, both site and corporate (i.e., duty officer system, pager system). , On-shift personnel will be notified by the plant wide public address system, which will be the primary method of notification. Alternate methods, such as site telephone, the plant radio systems, and actions by security personnel, are available to alert on-site personnel, as well. Off-duty and corporate support personnel will be notified by plant security, the Main Control Room, or by Emergency Organization personnel already notified, as situation demands. Direct dial and speed call provisions of the plant telephone system can be used to perform these notifications. Key individuals may be alerted utilizing the corporate duty officer and the company wide radio and pocket paging systems. I k l e e T-. O t, e +a~ . *e- pe e- +-=6 b6, g. = * -m=g a. -ew , e +-pg
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.i , 'i, 810.14 Specify the frequency for public information dissemination. The frequency should be at least-annually.
The Illinois Power Company Public Affairs Department will work closely with the appropriate State and local officials to develop information to be periodically disseminated to the public within the 10-mile EPZ. Several mailings (approximately quarterly) prior to initial fuel load are anticipated, after which time, dissemination will be at least annually. Emergency Plan Section 9.1 will be amended to this affect. 1 l V B P f t
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9.1 Scope of Infomation Clinton Power Station shall provide for periodic dissemination of information to the public in the 10 mile EPZeregarding how they will be notified and what tneir actions should be in the event of an emergency. This information shall include, but not necessarily be limited to the following:
- 1) educational information on radiation
- 2) where to contact for additional information
- 3) sheltering
- 4) evacuation routes
- 5) special needs of the handicapped b
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i l l'l 810.15 Provide actual samales of the Public Information Program that will ie distributed to the public, (both the resident and transient population around the site). The Illinois Power Company Public Affairs Department will be working with the Illinois Emergency Services and Disaster Agency to develop the mailings (leaflets, brochures, etc.) intended for public dissemination within the 10-mile'EPZ. This information will be provided to the permanent residents and available to the transient population. In addition, similar infor-mation will be found strategically posted throughout area recreation facilities. Actual samples of this information will be made available to the NRC for its. review as they are developed. This information will be available during the 2nd quarter of 1982. l l M whp S mw h.%me er** gimeen e wgig e 4me e .i umsw g, g s g - -.4,, .. ...%p p p.gg . ,, g
810.16 Provide designated points of contact with news media and a description and diagram of the physical location 'c ' - to be used by the news media during an emergency. Section 9.4 will be added to the CPS Emergency Plan, as
, the attached pages show, designating the point of contact and location of the News Media Information Center.
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1 4.4 Abs Medio. Inkmaken Cenkc l l ', I\hnois Po u>er Company ho.s made 9to v sions Qoc a News Media. Informoksen Cenur NRIc3 ektch (Jt\\ serve as +ke sing \e point of cen+o.ek uiW 4e vwes medta. . % c7s '\fss\4ot s Center, a.s dio.grammed on Figure 9-1, Gni\ serve a.s
- de. NMIC in +be event c$ an A\ert. or higher
. emergency class. The btd\ din 3 conss4s o@ +tco Conference rooms to!W (afge, adjacent, partt boned Q +o4c.l of about i,6co sqeace feet o9 S\.cor avai+oisam, complete toi% sound c.nd Space. An projec.+ ion equip titen+, tdtn a Seo$ir18 Go.90.ct+y of ho, is prodided for use in d{sse m n ak k o9 in4ormaHow 4o 4te mecha., In addlkh ,cNce areas, rest rocms, and kdchen Scildies uh\l be ava'tlable for possible use, ~The.~ Nure. is locAved ctproximq4ely %cco Oet north west o% O e Stte t a it h + k a. shkow in plain vied . In +k unlike\y event + b a n t e. cannot be u.h\iz.ed , +ke Ive. Emp\oy ee's Cenwr a+ vsq. East Main , Deco.4us, st\\ be used kmprafi\y ces a. back up medta. aenter.
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i 810.17 Describe how timely exchange of information will be
. accomplished among the designated spokespersons for the utility and State and local agencies, (i.e. , j oint public information center).
Section 9.5 will be added to the CPS Emergency Plan, as l the attached pages show, to describe how cimely
. exchange of information will be accomplished. ;
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o9 tudib by, a u ries oS Cu.nc.4iews he ha.ew l c6,e\c9ed se 4Lca. Ith'nois pour Gewpo.ny ca.w ccumum'c ate. eQCeckety tJen,d'Meent- puMes , eack l
- d. Weed b knou; h.asic lnharma-h'm . I N oiv13 Open ba.in3 no4&ed e% an Aierv oc hisb r enu.rgena/. I Gbss, represewkMes Crewi 4ks. Ipc hbtic A W rs b artnu.nt 9 will proceed 4e +1u. GPS Emar3ency Oprah'oss l '
FactBy and. +ka. Aws IAe6a LCocmakien Ces.c. Dedtcedl primary and ahr nah.s have ha.en prodided for 4o r b\ fill 46.se M.mcEows . i W indNicho.\ repecting 4e +k eof wt\\ be respontb\t -for 0.oue.t4m3 -Sachs alocu.4- +b. \nctatnt ; owl 4vavtsvnst\inj 4kis mhvvwaMow W + h N M.r c., eh by havd or by pbne. A ed prepare. M.vas releases avid ha.ve 4htm o.pproved. y +k Mecovevy Savia3er. WWowal approvals by +k NRC., ESDA , o.vsd WMA vnay be obtained [10. Tiecessa.ry,
, TYee news re\eo Sc (3.aculd +bYi he 4YanSM dked Ao +ks. Nurc where Rnai +cucWs ca +k lan3 u.cq3e may be. done. 06nd fshally heed.. * * * * - hN 9 m *e M %mueq.e w-- -s e w. 1 ..--se-e 3,,...e, , , - , ,, _
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addibal copies atvailaW Gr any c4 +ke. pntss corps + bat des ~tne 4bm. I+ is anHcipakd 4ka4 one or h:o press conktences per day ahi\ h. helf. 'The. indNidu.al ab 4k Ect= wili work closely wi4k 4k h.cceery Nlawoaer and ,
+b inbch.a\ inchar3e oE 4ke N6 aid. So dektmme press cowQ.rence inte4, eko Jdt pean + +b makrvd, what will b. cove. red, awd whok visuo.\
a' ids may be. needed. A anace.akA inacWAu.J c4 +b cvs s%E el 6 . auaM a b\e. in 4ke NMId., Su.@ esen+ly bdar wik b pl. ant sys4 ems and c.owd.'t+ths, 4o atd
. A desgno.4ed spokesp.sysom st% quesWons posed by +k press ivs i.ec.hnica.( a.vto.s .
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' pia news cort 4dinces or re. lease. 30tn.\- press releasa.s need caly 'newkek 4k blic AQQo. irs wpw.sen4a4Ive al- eihr \cca6w. Le Ws covtsichra.4Um. , D. Murc h, c8 odequo.W. s'tze. So hold 30tw4 sessions - Tka l bt\ihas wil\ b. avanable 40 govemm.e.wki agencss wis Wn3 +e ho\d A ir own l conGrences, i% desired. -
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810.18 j Upois activate declaring the TSCthe and ap/propriate emergency or EOF, specify the timeclassrequired to to achieve operational readiness at these emergency response facilities. The TSC and EOF are maintained operationally ready on a continuous basis. Sections 10.1.1.1.2 and 10.1.2.3 of the CPS Emergency Plan will be amended, as the attached pages show, to specify the time required for the facilities to achieve full functional operation. e 4 e { t i - *. t l l e
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~ The TSC will be activated and staffed for an Alert, Site Emergency, and General 'l; Emergency. Upan ee *4 vs tion , ertsin key pl:n m: nag:m:nt, :::hnical, :nl :upporting personnel will report to the TSC :: cutlined 4- 4 7 -tir; 1 prece+ re CPS ve. O!_r1890.03N, EFERCENCY FACT.LITIES ACTI'!ATICN (CF) .
The TSC is large enough to accomodate key plant management, representatives of the NRC and other personnel and will utilize
; technical data and displays necessary for
' assisting main control room personnel during emergency conditions.
10.1.1.1.3 Communicacions The TS': will have communication links with other plant locations, facilities, centers, and offsite authorities. These systems will have a backun method of communications should normal means become overloaded or unavailable. The soecific systems avail-able in the TSC are de' tailed in section 8.3.1. Capability will exist through the use of specialized hot-line or dedicated phones to communicate with the NRC and with State and local authorities. e f (.Apon och'4dIcn, Su E c?ewV ve.chmco.\ , Qn3tneef td 3,
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i 810.19- Describe the provision for obtaining offsite information regarding geophysical phenomena as specified in Criteria H.6.a of NUREG-0654. , CPS Emergency Plan sections 10.2.1 and 10.2.2 will be revised and section 10.2.8 will be added, as the attached pages show, to describe the provisions made , i for obtaining offsite information regarding geophysical - phenomena as specified in Criteria H.6.a of NUREG-0654. l / i 5
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s CPS No. 0AP1890.00N (Rev. 0) l Q !.* '* ':'." q 7,~ ~g p I '$IAiki ViL.if's!,!jji $ 10.2 Emergency Equipment For an adequate response, special equipment is needed to assess the extent of the emergency.
. The following sections discuss some of the equip-ment and instrumentation available for use at CPS 'during an emergency.
10.2.1 Seismic Monitoring Ecuipment
> Clinton Power Station will have seismic monitoring instrumentation that ensures that sufficient capability is available to determine the magnitude of a seismic event and evaluate the response of those features important to safety. Annunciators and recording devices are provided in the Main Control Room to inform the operators
' of an event or that Operation Basis Earth-quake (OBE) c'r Safe Shutdown Earthquake
.(SSE) limits have been exceeded.
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M4 qw occeterabox o$ o.ca.3 along any c9 +le ; Orge axes , 4ha. cew.+ red ecwbol u$ck in 4lte ER 54o.rts +ka Mk.e- his4ery recorders . (Die. Ma. ncoraaxs am skeled , an anou.ntia4cr s du MCR and an 'tna.icq4.J3 lip.4-on +k e owirol u.n'd ave a.cu.ated. L neerdmp i 0.aw b.e p\a.yed back 4o o b b a. s46 9 thav4 ofr M setsmtc
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ea.c\i 09 e6ck rn.s.asu.ce s 4ks. pech absetu.\e o.ccde rabb ta Me eveegond cluecb4 cotnctclin4 toi.4h ika prthcieat a>ces eV & analyticd medel, aa placed wh 414 b d'tLy provIdtw hard copy thcl.t'ca.4tcyts d & peak ac.c.ekro.kow in A.ose. ctvea s . All tvisivuus.nts an desi 3ned 4o perCorm 44;c bacdes saVis fackordy over +k <ng.i.c4ed range of ewsconmedal dondeftes , inclulm tempraWy huvaidd.y , passa.re ctnA radab , Mery tu.cku.e potas.c $5 Q.t.do wta. hca.(.l y provid.4.c{ b opra.4e. 4 k.a. e.q $Pm tetf on l.os s e @ 41.e norma ( pou24 c sourcf . 4 71 annun Clo.4ev- [4 N 1rna[d 0.cdvo( ibowi LG o.cuak.cl on loss oG- ik. normel power sou rce . Mbe. , re h d te aul readily acaMaWe clab. on setsm c c.ve+s .t.oill k proddad .by sik. ins +ru m h G . unliket/ Ta 46.d eveat s etsm'tc. disivu.ma. dab. aw, not opua.llw43 baclcu.p ind.ic.QNow oS 4h evewib magnihla. .'ts aucatate 4 rou.3h & S&, Lou.is L(niMt4 y b.r4k Tctence Depac4.med or +ka. i M onal Ear 4kqda LCerywa.6w Seysce tn Belder, Octorado as cia.sceAct iw CDs b. tou geot.ot 9, EAmGuhE'. Add &ind inbov.tkw. may N_. c<vahtble. bm nearby n.e.setear 9tcEli+tes +hmgb raw . I l n . . ,
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F CPS No. OAP1890.00H (Rev. 0) O 4 10.2.2 ' Meteorological-ModiToring squ r CPSh$ hen $o,ensurethatsuficientmeteor-ment i ta i m e olo ical instru-ological data are available. This program will include measurements and calculations i s of the following parameters:
- 1) Wind direction and speed at the 10-meter and 60-meter levels
- 2) Standard deviation of wind direction fluctuations at all measured levels
- 3) Vertical temperature difference for at least one layer
- 4) Ambient temperature (10 meters)
- 5) Dew Point temperature ( 10 meters)
- 6) Precipitation near ground level
- 7) Pasquill stability class used for diffusion estimates The meteorological information will be.
available to the Main Control Room, the TSC, and the EOF to provide sufficent meteorological information for estimating offsite doses in the event of a release of radioactive material. A deWded descri peon cR +ke (1ps l Sekeofo\Cg5CCd N\c$doring System Can be bd \M.\oua'. 1 , 8 k l t 1 ' Q
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10.1.1.1 Tower t A tower 199 feet high with two levels of instrumentation was erected with the base 735 feet MSL. There are no trees, tall obstructions.or significant topographical features in the immediate vicinity of the tower. The tower is instrumented at the 33 foot (10 meter) and 198 foot (60 meter) levels. il __2_2_. - - . _ _ , _: - L=
; ' -- --,-?=-- ?=='- E==i=. H3ating and "entilation are thermostatically controlled in the instrument shed to provide a controlled environment for the signal translating :-f -^^r- ; equipment.
Meteorological instrumentation and measurement techniques for the Clinton Power Station are described in the following subsections.
- 10. A . Q. a Wind System The 10-meter and 60-meter level wind directions cnd speeds are measured by a combined cup and vane sensor. The anemometer cups are positioned directly above the azimuth vane so that data may be obtained from a single point in space. Three 4 -
inch diameter conical aluminum cups sense the wind speed, and are linked directly to a LED-photocell transducer. Wind direction is vbtained with a single blade aluminum tail vane and incorporates a nose damping vane with static balance. Vane movement is transferred by a one-to-one gear and idler shaft into the main housing where connection is made to the azimuth transducer. The azimuth transducer is a 360* potentiometer whose output signal is interpreted as a 540* signal by the transmuter electronics. The wind speed sensor has a starting threshold of 0.75 mph, a response distance of 18 feet (63% recovery), an accuracy of + 0.25 mph, and a range to 100 mph maximum. The wind direction sensor has a starting threshold of 0.75 l i mph, a delay distance of 4 feet (50% recovery), a damping ratio of 0.5.to 0.6, an accuracy of + 3.6*, and a range of 360* (540* output from electronics)T
1 The winds are recorded on continuous strip chart recorders, which are located in the main control room. In addition, wind parameters are continuously fed to a micro-processor, part of the Radiation Monitoring System which processes and records meteorological information on magnetic tape. 10.2.2.3 Temperature system The temperature is sensed by an aspirated duel temperature sensor at the 60-meter level an' an aspirated dew point and dual temperature sensor at the 10-meter level. An aspirated shielded housing is installed which is designed to provide a high heat transfer from the ambient air to the sensing element, while at the same time affording maximum protection from in-coming short-wave solar radiation and outgoing long-wave radia-tion. The aspirated air flow is approximately 15 feet per second. The temperature sensor is comprised of a duel thermistor and resistor network. Combined with a temperature signal conditioning module, the circuit provides a linear voltage with respect to the air temperature. For delta temperature, two
- thermistors are located in separate aspirators a.t the 10-meter
~
and 60-meter levels, and each works in a combined network. The range of temperature measurement is from -20' F to +110* F, with an accuracy of + 0.36' F. 4 5 0 l i h .
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i._ . . . l n 10.a.a. 4 Dew Point System Lower level (10 meter) dew point is measured with an aspirated dew-point and dual-temperature sensor. An aspirated shielded housing is designed to provide a high heat transfer from the ambient air to the sensing element, while at the same time affording maximum protection from incoming short-wave solar radiation and outgoing long-wave radiation. The dew point is determined by a lithium chloride dew-point sensor consisting of bifilar wire electrodes wound on a cloth sleeve which covers a hollow bobbin. The electrodes are not interconnected but depend on conductivity of the atmospherically moistened lithium chloride for current flow. As the moisture content in the air increases, the lithium chloride absorbs water vapor and becomes conductive; current then begins to flow between the electrodes and heats the bobbin. Some of the moisture is evaporated until an equilibrium temperature is reached on the bobbin. The equilibrium bobbin temperature is thus related to the dew-point temperature of the air. A thermistor sensor is mounted inside the bobbin to measure cavity temperature, which is converted to actual dew-point temperature by the transmitter circuit card. The cavity temperature is higher than the actual dew-point temperature, but this factor is taken into account by the transmitter circuit card. The range of the dew-point sensor is -30" C to +50' C, with an accuracy of 1.5' C. 10 2.a.5 Precipitation System Precipitation is measured by a tipping bucket rain gauge. The gauge is heated and can be used to measure both rainfall and snowfall. The gauge is mounted near the tower, but clear of any rain-shadow effects from either the tower or the instrument shed. Data is recorded on a multipoint chart recorder in the main control room. -An electronic transmitter card increments a 4-ma to 20-ma signal corresponding to 0.01-inch steps. Full l scale corresponds to one inch of rainfall. The accuracy of the gauge is i 1% up to 3 inches per hour, and + 5% up to 10 l inches per hour. i l l e
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10.2.2.6 Signal Transmisston All meteorological parameters measured are transmitted to the 781-foot level control buildiag via dedicated telephone line. There the signals are received and converted to 4-ma to 20-ma signals, and fed individually to a microprocessor and chart recorders. The microprocessor is part of the CPS Radiation Monitoring System. This system calculates 10-minute averages of the meteorological parameters, and stores hourly averages on magnetic tape. l0 2.3,7 Data Avai\ab(dy Meteorological data is recorded on panel P826 of the main control room. Additionally, 10-minute averages are available on the Radiation Monitoring System CRT terminal in the MCR,150., and EOF. The main control room wind recorders are duel 5-inch zone, continuous strip, 3-inch per hour chart recorders. They con-tinuously record wind direction and speed at the 10-meter and 60-meter level. A multipoint recorder records $0-meter and 60-meter temperature, delta temperature, precipitation, and 10-meter dew point. lo.l.2.% Mwp Inbemahion has c& 4he. Qat +errain throurfout Gedal Intact s, uPn4 lute dondNons +end % be. (comogenous ilwcughou.y the region . Et Mus reoson , reGab\e bochup in b mahen may be clokained from Me bhal Sader Setsce OWces al CapMo.1 A W o<t N 59teng C ed , Ithnois , and a +k Greakr brsa. l %am Atco.,nunes. m kaw Awot* aa A. l BicoWn3w-W4mai A:< port, as wen as Va.citwes at ILois Sag unw<56y in Novmo.\, I\hnoispyd the. Omveddy l
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__ [_ _ I 810.20 Describe the provision for acquiring data from laboratory facilities , fixed or mobile. . Section 8.4 of the CPS Emergency Plan will be amended ' to. describe the various methods that could be used to acquire data from fixed and mobile laboratory facilities. f r f a h e 4 e
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i s 8.4 Gommunicohons wi% med and McGae \.abovakov y l EaciMies i There wd\ be. many phone \ines avaBable, looA sbnclard and dedica.4ed, for use_in ebkinm3 da%. from remote laborakry beiG4ies , bo+b fixed and mobMe , Mdode laboratories will report +kse Sindin3s 4o 4ks. cenke Srem whick Ay operate. This can ha. perCormed by radio, +elephone., or by person . N Eov uiin have Co.cuities 4o accommodate mobile
\oborabries whe<e, direck kr.s cfr communicakhn.
wi\\ k avai\cdo\e. E Ay cp.tra4e. ou4 c6 car cenkts, +kess. e.o.n b cal \ec\ ddec4ly f r o m 4 h e. , EOF wMh. any of variou.s phone. Syskms descnbed m Sachen B.O , We respa.ch b 46 mobde labocaAcries u?cd l by +ht hois h0artms.nt c4 Mu. clear Sa.Qdy, ; iS remok\y \cco. kcl, +ketr Sindings aa,n be radioed back 40 46r center m Sec' ng%ie(d.. This cengc can 4 ken be_ contacked. over wa.s or ; I ces.r phene sys4 ems -\o acqmre. 4h' mScrmaHow . rn addikow, & mesite. laboro.hry cea.\d b '
'R\e9 honed checAh/ from emergency Caces4tes uti\izing pn.-esk6sbed te\ephone Gnes. .'
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810.21 Provide a description of the meteorological instrumentation and procedures as identified in Appendix 2 of NUREG-0654, Revision-1 and the system for obtaining representative real-time meteorological information frcm other sources. A detailed description of the meteorological instrumentation and the sources for obtaining repre-sentative real-time meteorological information can be found in the revised section 10.2.2 of the CPS Emergency Plan that was provided to answer question l 810.19. J I
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i: in L, 810.22 Indicate that the Operations Support Center will have adequate capacity and supplies for the emergency personnel who potentially report to that area, and that
- the available equipment will include that specified in Criteria H.9 of NUREG-0654.
i Section 10.1.1.2.6 will be added to the CPS Emergency Plan to indicate that the OSC will have the capacity and supplies available to perform its function. Section 10.1.1.2.6 is attached. e 5 o
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To support +h eno.ropocy personnd wb pohenhaRy , cePort 40 +k osc, adequa.4e capai% and suppl?es , udl be maini4o.ined tn 4k. area . The +ypes c9 sppHes na+ Wdl bs. ava-da\ ole in, or immed tak\y access %\e 4o, d e osc are b example, I respira4 cry prokc4we dehices , pro +ec+1ve G.lo4hia3, pochb\e b'g h+tna , por k bie radio. Mow menticr'mg eq oipms.n4, o.amero.s, o.ad commhnicaftons equipm. cat . i
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e E '] 810.23 Specify the , minimum detectable radiciodine
. . concentration for monitoring equipment in the Emergency ,' Operations Facility.
Monitoring equipment will be provided in the CPS EOF with the capability to detect radioiodine
; concentrations as low as 10-7 microcuries/cc. '
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o i f i 1 J 810.24 Describe the arrangements for backup laboratory facilities capable of handling high activity samples. i These arrangements must be documented in a formal Letter of Agreement. High activity liquid samples of up to 10Ci/g can be
, handled by the CPS Post Accident Sampling System as described in the answer to question 810.29.
Illinois Power Company has entered into a Fixed
'acility Agreement which permits member utilities to request a wide range of assistance from other utilities.
This would include the use of various Post Accident Sampling Systems and their capabilities, as a backup. A Letter of Agreement from the Department of Energy is contained in Appendix B and will be updated as stated in the answer to question 810.2. With this agreement, CPS will be able to use the services of DOE laboratories in an emergency through the Radiological Assistance Plan (RAP). Arrangements will be made for the shielding and the availability for rapid shipment of high activity samples. A Letter of Agreement will be provided from the prime shipper to this effect when the contract has been awarded. e E 6 4 i k
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1 o 810.25 Describe the process monitors (e.g. , reactor coolant system pressure and temperature, liquid levels, flow rates, containment pressure and temperature) used to initiate emergency conditions (EALs). Section 11.6 of the CPS Emergency Plan, as the attached pages show, will be added to describe the types and locations of process monitors that may be used to
. initiate emergency conditions.
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+o menWoe criUcal reac4cr and -Co.cu Ay poso.me4ers.
These pacama-ers, regaca tess oAere +by a<e moddoced, aan b.a. u. sad by Mai Ccw%l b pusonnel 4e access abnorma.l plant condl+ lows and, so.seck on 4heu, tndicaGows and +ks.ir 4 rained ludg menk, dedare and. classlCy eturgenctes as coxcli. W s dickk. wbie it-z se*As +ke enut paramages avd th m uk.re. +he.y can laa. ywonl+ored . A descrieb c5 +ka. poc.ess monhors u.ud +o eaiak ena.<3eney cowdinows is Cound bdou; . a) Vessa kssure- ' Raac w Va.sset Assure is mens weA and
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- 9. Sbit t%13e Ch. h a.csoc ser Levei-Wre o s e. Owe ranges avadable To measure vectc.4oc ina\tv \ eve \ . Each range. is rebenced a4 t'nsbunu.nt zero \ocabel av tb. bo Wom c6
+b. %am dqer sk*t, approxwnaMy sao" above 4-kt vessei bonom head t' avert . Gare mas t ;
k kken uken using +ht. het Lne range. In +ke po.st , +ke pra.cMce ha.s Ioeen +o re.(evence '
+ha Fuel zone range 4o 4he. 4o9 oR +ke a.cMee kl. Akkough nere will W. an wCoevmh scale
'reCerenceck a4 +his point , all ranges cfr vesset ;
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(.e h a Gr keAwakev- cew+vcA level tapuks precise saka.Ron and 'ts mce4 o% normal waAec \evel . (6 Cal' ora.4ed % read correcMy al norma.l o pera\-in3 +empera4ure and ptessa.re.. 2. W1de. Range Ca3 Rangei m o " +_o +60" (a Ltsd for fobg \ewl on. \ css OR GeedwaAer avid iwven4 cry \ css sha%n s . (c) Ga% rated Ao read correcAly ak. normal opernh3 4empera.4uve avd pressure .
- 3. SWadouan hoge (0 Range'. o" to +400" (Q LLsed 4r Schowm3 \ eve,\ d.u. ring C\.ocd af (d 04Mvated to read earrec.My take n told 62c ec t Upse.v knge 60 Pange', 0" Eo MBo" .
CQ lls.ad b\\owin3 4.bnorma\ leNel increases duhn3 +ranbent ecwdMm s 60 Cabakd 40 react aorrecRy a4 normat y op. raw 3 bnpera+ure o.vd pressu.re.
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Te eecaw.<e. ana pressu.<e da4a 4cc +k. tonwoue and bxywei n<e avauable +o
+\u. Mato Ocnwel Room opa.<akon in the loca. hens as thchtakc\ on Talote U-2.
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TABLE 11 -3 '. GRtTtcAL Precess Monitor INo tcpa to9s V.EY: A- hey cen+rci Sys4em Coct cars in ucR B: 5+aMby tobemaWew panel 967B in MGR
- C Remote Shutdown Pa.nel Ofol- Poo t on 7Bt' Elemhb o4 Au.s . Blds .
D! Ecc.S Benchboa<d tn' MC9, 9(oct E: BOP Bench board "in IMCQ 98cc , F' BOP 6ench boo. rel in McR. 9%ot G '- MCR Backpanel bl4 i ?R W ETER l@MGE lW0tcATEb OR; VESSEL MEs% uke Normal hnge o~ taco psis A 14o$rfou) 9,an3e 95o-toso esb A,B W id e S ctn g e O- 1500 psh A 9,0 a VESSEL W ATE R LEV EL l Noxroid Sange. 0" 4o YGo" A, B l NtdJt, kctnge 'i foo" t o + (o o " A6f
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a4_yc-4,-.99. -m-- e Ae i l 810.26 Describe the types of emergency equipment for offsite monitoring, and designate the equipment location. Further, indicate how and where environmental samples will be taken and analyzed. Types of emergency equipment for monitoring and the locations of the emergency kits containing this equip-ment is described in the answer to question 810.28. Regular radiological monitoring techniques and procedures will be used to perform actual surveys. Tentatively, air samples can be obtained and analyzed in the lab to determine the isotopes of concern and their level of contribution to the total airborne activity. Field analysis of the air samples may be performed to provide a quick estimate of the airborne activity. If an area is thought to be contaminated, smears and/or scans can be performed to determine the magnitude and locations of the contamination. For radiciodine detection and measurement, CPS is currently planning to use the PRS-1 Rascal with a SPA-3 probe and AgX cartridge. Samples will be counted on the spot or at the nearest area of low background. EmerF2ncy Plan section 11.5 describes the locations that can be used to perform field monitoring. . Survey maps of the emergency planning zone and plastic over-lays will be available in the emergency kits accompanied by the appropriate procedures.
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810.27 Specify the actual' frequency for instrument , l calibrations, or inventory / operational checks of emergency equipment and instruments. The emergency kits will be inspected, inventoried, and instruments operationally chec:ced. This activity will be performed once each calendar quarter and after each use. A surveillance procedure will be written to ensure these are performed properly and on time. e d I t s 5
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R 810.28 Identify the onsite emergency kits by category, including range and type of portable radiological i instrumentation, quantity of instruments, and types of i 1 portable communications equipment. Emergency Plan Implementing Procedure CPS No. 0AP1890.23N, EMERGENCY EQUIPMENT AND INSTRUMENTATION (EP), has been designed to specifically identify the
, contents and locations of the various kits dedicated for emergency use. This procedure is still being developed.
Generally, CPS plans to have three categories of kits. These are Instrumentation Kits, Decontamination Kits, and First Aid Kits. Emergency Kits containing speci-fled quantities of the above kits and associated material will be located in the CPS Visitors' Center, the Emergency Operations Center, and the Operations Support Center. Tables depicting the quantity and contents of the kits is attached and will be provided in CPS No. 0AP1890.23N when completed. The range of the particular instrumentation can be found on Table 5.1 of the CPS Emergency Plan. 9 6 m
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an -,m e.n. w a + S, um. m n .s . .w.-. ~ - - ~ . - .+a - . - ~ - . - .-. e Instru.entation Kit Item Quantity 01 - PES 1 5.ascal aa 01 02 - SPA-3, cintille: Lon (I-131) ea 01 03 - HT-210I, frisker em 01 04 - HP-270, Seca/gamau ca 01 05 - AC-3-7. scintillation (alphe) ' ea 01 06 - CA-14-36 BNC to CPI detector cable ca 01 07 - CA-5-36, CPI to CPI detector cable ;a 01 08 - Dosimeter charger ea 01 09 100R pocket dosimeter va 04 10 - 0 .5R pocket dosimeter es 16 11 - Two-way radio ' ea 01 12 - Battery, dosimeter charger ee 01 13 - Battery, radio ea 01 14 - Filter cartridge. ACX CY-130 ea 20 15 - Particulato profilters, 0730 20 ;>g 02 16 - Smears pkg 01 17 - Coin envelopes ea 100 18 - Bags, self-sealing, plastic , 4 x 6" ca 20 19 - Cloves, surgical, size 3 pr 10 20 - CPS No. CAP 1890.23N, App. C (laminated) ea 01 21 - CPS No. CAP 7201.01N ea 01 22 - CPS No. CAP 7201.15N wa 01
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t f 1 i Decontaminattan Kit r team .' e ' Quantity , t f 01 schyl cellulose s cc 100 02 ... i t ', cc 100 I cc 03 ...antum Dioxide. T192 *" 100 04 - Potassium Formanganate. , nC'. 6.6 vial ea 02 05 - Sulfuric Acid. .2NH2$0s 100ml/ vial ea 02 06 - Sodium Bisulfice. NaHS03 5.0e/ vial ea 02 .) 07 - Sodium Chloride. Nacl 9.0c/ vial .a 02
'I 08 - Calgon ec 500 09 - Detergent. laundry cc 500 10 - Lanolin (handcream. non-aromatic) jar 01 11 - Corn meal ec 503 12 - Bar soap (bath) ea 02 s 13 - Bar soap (abr iive) ea 02 14 - Brushes, surgical; scruS ea 04 15 - Demineralized water 500ct! bottle - ca .02 16 - Towels. terry clota ea 04 17 - Beaker. 1000 n1 ea 01 18 - Beaker. 100 mL ea . 01 19 - Cotton swabs em 1.0 <
20 - Cau a compresses. 4" x 4" ea / 100 ( ' 21 - Cloves surgical, siza 8 pr 20 .j j 22 - Razor, surgical ca 01 iT ' 23 - Blade, dt.posable va 10 , s t 24 - Sha ing cream en 01 ', 25 - Scissors. dressing pr 01 ,' 26 - Protective clothing, disposable set 10 - . 27 - Stop watch ea . 01 I 4. 28 - Cloves, rubber, size 10 pr 02 ' I 3 29 - Cloves. c ;tton liner pr 02 , ea 01 i 30 - Clipboard , 31 - Ink pen ea 01 32 - CPS t'3. CAP 1810.23N. App. B. (laminated) es 01 33 - CPS :'o. 0AP1890.16N ea 01 34 - CPS No. C3P7003.01N. App. A.' (lamir.ated) ca 01 35 - CPS No. ORP7003.011001 ea 05 ( e I s s
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' I First Aid Kit Quantity trem 01 - Body litter ea 01 C1 - Fire blani.e es 01 03 - Tongue depre'ssor sa 50
, O'. - Saline 500 cc 02 05 - Ice s...ck . ea 02. 06 - Sandage, elast.c, 3". ea 02' 07 - Bandage, elastic, 6" ea 01 03 - Ammaata innalant ea 10 i
% - Scissors, emerge..cy es 01 10 - Pen 11&h t ea 01 11 - Cauze pads, sterile. ,4" x 4" ea 1
' 25 12 - Telfa pads , sterile , 3" x t. em 25 13 - Tape, 3 cut. 2" x 5 yd. el G2 l'. - Tape , 2" x 5 yd. r1 01
- 15 - Bandage, asesive, 1" x 3" ea 40 10 - Sandagu. woven 3" x 5 yd. ea 02
.7 - dandsfo, waven 6" x 3 yd ea 02 11 - 31ankat, disposable ea 02
) 19 - Po:assium Iodide . tablets ea 100
*- 20 - CPS :40 . 0AP1890.23N, App. A (laminated) ea 01 - 21 - CPS No. 0AP1890.17N ea 01 22 - CPS No. 3RP7003.02F001 ea 01 '
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Operations Support Center ".mergency Kit item (Nant it y o 01 - First Aid Fit ca 02 51 - Ct; *>. ORP7100.6oFuoh va 05 G 02 - Ducontaminat twu v it sa 0; S. - LPS No. C RP11u 0. 04 F0'14 ca 0 03 - Instrumentatian Kit ca 02 5 3 - CPS No. ChP1120.DJ1913 s4 0) 04 - Purtable air sampler. battery powered. 54 - CPS !!o. OPr7100.GP 011 4 05 w/batteri s. ilatt rl ua og 5 5 - CPS "o . J-.*7100.00F312 .a 05 05 !!' gt r: .;; r .c - *n:9r . *--~ '" *
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- M on o we' ' .- as w/ batteries. (later) es U2 57 - CPS Ns. OMP1100 bur 014 ea ua 06 - Self-containcd breattiing an.paratus e4 04 SB - CPS 182. ORPJ100.00Fel* s .. 05 07 - Air, rese <e capacity hr 04 59 - CPS Iks. ORP7100.00F0ln. ca 05 Od - tusk, high etficisr.cy filter, full face ea C .4 ud - CFS No. OhP7100.00F017 ei 05
; 09 - Protective clothing set 08 61 - CPS Ho. CRP7100.00f018 ea 05 10 - Rainsuit set 08 62 - CPS Ho. ORP7100.0CF019 ra 05
!! - Cloves, rubb r. mize 80 d.: 01 63 - CTS No. CAP 7100.00Fu20 =a 01 12 - Cloves, rubber, size 9 dz 01 64 - CI S Un. OkP7100.00F021 ca 05 13 - Cloves, cotton liner dz 02 65 - CPS Ho. OkP71' ).00F022 ea 05 i 14 - Protective clothing, shoe covers, disposable dz 02 66 - CPS No. ORP7100.uGF023 ea 05 15 - Clovc., surgical, sizo 8 dz 02 67 CPS He. ORP7100.00F024 ea 05 dl
' 16 - Absocuent towels pka 10 66 - CPS No. ORP7100.00F025 ra 05 6)l 17 18 Sheeting, polyethylene, nylon rein. rced Sheeting, polyethylene, 6 mil tyell w) r1 r1 01 01 69 - CPS No. OkP,10u.001026 70 - CPS Ho. ORP7100.C3t02?
ea va 05 05 ll 19 - Rope, yellow /sagenta, 3 strand (650') r1 01 71 - CPS No. ORP7100.00F028 ei 05
.} 20 - Tape, 2" adhesise r1 04 72 - CPS Ho, ORP7100.00F029 ca 05 t 21 - Sign, 3 pocket radiation ea 10 73 - CPS No. DRP7100.00F030 ea 05 1 22 - SiEn, insert, " Radiation Area" ea 10 7. - CPS Ho. CAP 1890.23N, App. D (laminated) ca 01 23 - Sign, insert, "lligh Radiation Are " ea 10 75 - CPS ';s. ORP7210.0lN ca 01 2% - Sign, insert. " Airborne Radioact vity Area" ea 10 25 - Sign, insert, " Contaminated Area" ea 10 ii 26 - Smears $.. 05
;* 27 - Coin envelopes ea 500
. 28 - Bags, 12 x 24 yellow polyethylene em 20 1 29 - Bags 24 x 40 yellow p'olyethylene ea 20
) 30 - Bags, self-sealing, 6 x 6"- ea 20
( 31 - Camera, instant ea 01 32 - Film, instant pkg 01 33 - Flashlight, water preof ea 04 34 - Battery, D cell ea 08 35 - Knife, sheath ca 02 36 - Scissors pr 02 37 - Hooliger. tool . 36" ea 02 38 - Cloves, leather work, large pr 04 39 - Cloves, rubber electrical, large pr 02
; 40 - pipe wrench, 14" es 02 3
41 - Clipboard es 02 42 - Ink pen, ball point, medium, black ea 04 43 - Pencil, mechanical em 04 44 - CPS No. ORP7100.00F001 ea 05 l' 45 - CPS do. ORP7100.00F002 ea 05 j 46 - CPS No. ORP7100.00F003
- ea 05
,o 47 - CPS No. OPP 7100.0dF004 ea 05 kI 48 - CPS No. ORP7100.00F005 em 05 49 - CPS No. ORP7100.00F006 ea 05 '
4 50 - CPS No. QRP7100.00F007 en 05 k i a .
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- Facility Emergency Kit Item Qu inr a rv 01 - First Aid Fit ea d2 51 - CPS !:o. ^EP7100.uaF00' , 45 02 - Decontamis.zt icn Kit en L2 >? - CPS I:o. ORP71u0.00FbO3 .. 65 03 - Instruct tation Kit ea 02 53 - CPS No. ORP710a.0vt006 ta 05 04 - Portable air saapt.?r. *itter* noweird. 54 - Cl !:o. ORP1100.0ur007 c, 05 w/ batteries. (lat.-) ca 02 55 - CPS No. OkP7100.bGF0cd ia 05 .
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w/ batteries, (later) ca 02 *
. - CI'S t:o. bkP7100.00F010 va os
'I 06 - Self-contair.ed ba cathing apparatua na 04 56 - CPS No. ORP7100.03fu11 ca 05 07 - Air, reserve c.4racity hr 04 59 - CPS Go. ChP7100.00F312 ea 05 08 - flask, high efitetwocy illter, full fece ea 08 60 - CPS No. ORPia00.0CF013 ca 05 09 - Protective clothing set 08 61 - CPS No. ORP7100.00F014 ca 05 10 - Rain uit set 08 62 - CPS No. ORP7100.001015 ra 05 11 - Gloves, rubbst, size 10 dz 01 63 - CPS No. ORP7100.006016 ei 05 12 - Gloves, rubber, size 9 dz 01 64 - CPS 1:o. ORP7100.00F017 .a 05 I
13 - Gloves, cotton liner dz 02 65 - CPS Nw. OPP 1100.0CF018 ca 05 i 14 - Protective clothing, shoc covers, disposable dz 02 66 - CPS No. ORP1100. OF019 sa 0. 15 - Cloves, satgical, size 8 dz 02 6 7 - CPS No. OMP7100.J0' 020 ra 05 4 l 15 - Absorbent tovals pkg 10 68 - CPS No. ORP7100.CuF071 e4 Os 17 - Sheeting, po., ethylene, nylon reinforced r1 01 69 - CI S No. ORP7100.0Lt 24 ' es Os Id - Sheeting, polyethjlene, 6 mil (yellow) r1 01 70 - CPS No. OR.'7100.00F023 ea 05 19 - Rope, yellow / magenta, 3 strand (600') r1 01 Fi - CPS No. ORP7100.0Ci124 ea 05 20 - Tape, 2" adhealve r1 04 72 - CPS No. ORP7100.001025 es 05 21 - Sign, 3 pocket radiation ea 10 73 - CPS No. OdP7100.00F026 ca 05 22 - Sign, insert, "RaJia lan Area" ca 10 74 - CPS No. ORP7100.00F027 e4 05 .f; 10 23 - Sign, insert, 'high Radiat ion As ca" em 75 CPS No. ORP7100.00F028 ea 05 24 - Sign, insart. " Airborne RaJinactivity Area" ea 10 76 - CPS :lo. Okr7100.0IF079 ra O'
, 25 - Sign, instrt, " Contaminated Area" ea Ib 77 - CPS Ho. OkP7100.06F0JO ca 05
*1 26 - Sue 2rs pka 05 78 - CPS No. 0 API.90.23N, App. D (Laminated) ci 01 6
27-Coinenveloges e:- 500 79 - CPS No. ORP7210.Cl3 ea 01
< 28 - Bags, 12 . 4 yellow polyethylena ea 20 80 - CPS No. 0AP1890.14 App. A (laain4ted) ea 02 29 - Bags, 24 x 40 yellow polyethylene ea 20 81 - CPS No. 0AP1890.14 App. B (laminated) ea 02 30 - Bags, self-sealing, 6* x 6" ea 20 82 - CPS Na. CAP 1890.14D001 ea 10 31 - Camera, instant ea 01 32 - Film. Instant pkg 01 33 - Flashlight, water proot ea 04 34 - Eattery, D cell ea 08 . . 33 - Knife, sheath ea 02 1 36 - 3cissor pr 02 .
37 - Hooligan tool. 36" es 02 i 38 - Cloves, leather work, large pr 04
> ltl 39 40 Gloves, rubber utectrical, large Pipe wrench, 14" pr es 02 02 g
41 - Road flare ea 06 1 42 - Rain gear (poncho) ea 04 43 - Trenching tool ea 02 3 44 - Bottle 250 cc, plastic, wide onuth en 20 45 - Clipboard em 02
'~ 46 - Ink pen, ball point, medium, black ea 04
- 47 - Pencil, mechanical ea 04 48 - CPS No. ORP7100.00F001 ea 05 49 - CPS No. ORP7100.00F002 es 05 50 - CPS No.,0RP7100.00F003 ea 05
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I CPS Visitor's Center Emergen.y Kit Itam eaanti-- 01 - First .iid Kit aa 01 02 - Instreentation Kit va 02 03 - Partable air sa oler, battery powered. w/ batteries. Llaters va 02 04 Mask, high efficiency filter, full face et 04 15 - Tape. 2" adhesivs rL 02 M - Bags, self-seeling plastic, a" x 6" em 20 07 - Camera, instant ea 01 08 - Film. instant pkg 01 09 - Flashlight, water proof ea .4 10 - Battery. D cell va 08 11 - Sheath knife ra 02 12 - Claves. leather, work pr 04 13 - Clioboard es 0 li - Ink pen, b til point. media, bl ek ea 04 15 - Road flare .4 06 16 - Rain gear (ponchos da 04 17 - Trenching tool ea P2 18 - Bottle. 50 ec, plastic, wide snach ea 20 e 4 e t , , , ,, , __
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810.29 As part of the description regarding onsite capability and resources to arovide initial and continuing assess-ment throughout tie course of an accident, include post-accident sampling systems, radiation and effluent monitors, inplant iodine instrumentation, and contain-ment monitors. Provide sufficient detail to enable evaluation of range, location, dilution capabilities, etc. Radiation and effluent monitors, inplant iodine instru-i mentation, and containment monitors are described in the current section 11.2 of the CPS Emergency Plan. Tables 11-3 and 11-4 will be added to the Plan to 4 identify and locate specific monitors. These tables are attached. Section 11.7 of the Plan will be added to describe the , CPS post-accident sampling systems. This new section is also attached. i P s
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's Although most of the probable off-normal co,ndit; ions?
have been reviewed, an event may be indicated in t'he-Main Control Room or locally which has not been identified in Table 11-1. In this instance, the Emergency Coordinator will have the authority to declare an emergency condition if, in his opinion, conditions meet the criteria set forth for emer-gency classifications in Section 6.0. 11.2 Radiation Monitorins Systems The Radiation Monitoring System (RMS) includes the Area Radiation Monitoring System (ARMS), the Process Radiation Monitoring System (PRMS), and centralized digital processing, annunciating, and control equip-ment. There are two Central Control Terminals (CCT), one located in the Radiation Protection Office and the other in the Main Control Room that poll the , local di radioact:gital micro-processors for radiation / Lvity levels , alarm status , other parameters , cnd monitor status or information. The CCT's pr. ovide an operator interface with the rest ofthePJiS.h 11.2.1 Area Radiation Monitoring System (ARMS
, There are three types of Area Radiation g g iga a W prek d d Monitors (ARM) in the ARMS:
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- 1) Analog ARM e4 mov6bes, r Lwges,and j 4 gg > 2) Fixed Digital ARM
- 3) Portable Digital ARM 11.2.1.1 Analog Area Radiation Monitors There are three analog ARM's , one on each of the fuel handling platforms and one on the containment polar crane. Each monitor has a single GM detector. These monitors are independent from the rest of the RMS and are provided for the operators' safety.
There are also associated interlocks on the lifting mechanisms on the fuel handling
, platforms.
11.2.1.2 Fixed Digital Area Radiation Monitor There are numerous fixed digital ARM's throughout plant utilizing GM detectors.
. Each micro-processor has the capability of accepting two detectors one high range and one normal range. .Each micro- processor will communicate directly with each CCT. Local indication and annunciation are also provided on each individual micro-processor.
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I TABLE ll-3 Constant Air Moni~ ors , MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION 101/1 Beta Part .10-11,7g-5 pC1/cc 762 . Turbine , Column S-115 101/2 Alpha Part 10-12-10-0 pCi/cc 762' Turbine, Column S-115 ; 101/3 , I-101 10-11-10-5 pCi/cc 762' Turbine, Column S-11'5 101/4 Iodine Subt. 10-11-10-5 pCi/cc 762' Turbine, Column S-115 101/5 Noble Gas '0-7-10-1 pCi/cc 762' Turbine, Column S-115
~101/6 Gamma Area 0.01-10 4 mR/hr 762' Turbine, Column S-115 102/1 Beta Part 10~11-10-5 pCi/cc 762' Turbine, Column P-119 102/2 Alpha Part 107 12-10-6 Ci/cc 762' Turbine, Column F-119 102/3 I-131 10-11-10-5 pCi/cc 762' Turbine, Column P-119 102/4 Iodine Subt. 10~11-10-5 pCi/cc 762' Turbine, Column P-119 102/5 Noble Gas 10-7-10-1 pCi/cc 762' Turbine, Column P-119 102/6 Gamma Area 0.01-10 4 mR/hr 762' Turbine, Column P-119 103/1 Beta Part 10-11-10-5 pCi/cc 737' Turbine, Column N-104 103/2 Alpha Part 10-12-10-6 pC1/cc 737' Turbine, Column N-104 103/3 I-131 10-11-10-5 pCi/cc 737' Turbine, Column N-104 '
103/4 Iodine Subt. 10-11-10-5 pCi/cc 737' Turbine, Column N-104 103/5 Noble Gas 10-7-10~1 pCi/cc 737' Turbine, Column N-104 103/6 Gamma Area 0.01-10 0 mR/hr 737' Turbine, Column N-104 104/1 Beta Part 10-11~10-5 pCi/ce' 737' Radwaste, Column S-129.7 (Turbine Bldg. CAM) 104/2 Alpha Part 10-12-10-6 pCi/cc. 737' Radwaste, Column S-129.7 (Turbine Bldg. CAM) , 104/3 I-131 10-11-10-5 pCi/cc 737' Radwaste, Column S-129.7: (Turbine Bldg. CAM) 5 104/4 Iodine Subt. 10-11-10 pCi/cc 737' Radwaste, Column S-129.7 (Turbine Bldg. CAM) 104/5 Noble Gas 10~7-10-1 pCi/cc 737 ' Radwaste , Column S-129. 7-(Turbine Bldg. CAM) 1 ->- .---e, _ se- me w e v% ,*w =h-ew =v _ .in - o ..=uumsm-mme--wamew.4. --e 7e he
_ _ _ - f ' " - i i MON / - CHAN ADDRESS CHAN TVPE RANGE LOCATION 104/6 Gamma Area 0.01-10' mR/hr 737' Radwaste, Column S-129.7 . (Turbine Bldg. CAM) 105/1 Beta Part 10-11-10-5 pC1/cc 737' Radwaste, Column S-124.9 t 105/2 Alpha part 10-12-10-6 pCi/cc 737' Radwaste, Column S-124.9 105/3 I-131 10-11-10-0 pCi/cc 737' Radwaste, Column S-124.9 105/4 Iodine Subt. 10~11-l'0-5 Ci/cc 737' Radwaste, Column S-124.9 105/5 Noble Gas 10-7-10-1 pCi/cc 737' Radwaste, Column S-124.9 105/6 Gamma Area 0.01-10 0 mR/hr 737' Radwaste, Column S-124.9 106/1 Beta Part 10~11-10-5 COcc 737' Radwaste, Column S-127 106/2 Alpha Part 10-12-10~0 pCi/cc 737' Radwaste, Column S-127
- 106/3 I-131 10-5 10 Ci/cc 737' Radwaste, Column S-127 106/4 Iodine Subt. 10-11-10-5 pCi/cc 737' Radwaste, Column S-127 106/5 N :bia Cgs 10-7-10~1 pCi/cc 737' Radwaste, Column S-127 106/6 Gamma Area 0.01-10 4 mR/hr 737' Radwaste, Column S-1??
107/1 Beta Part 10-11-10-5 pCi/cc 737' Radwaste, Column S-129.7 107/2 Alpha Part 10-12-10-0 pCi/cc 737' Radwaste, Column S-129.7 107/3 I-131 10-11-10-5 pCi/cc 737' Radwaste, Column S-129.7 107/4 Iodine Subt. 10-11-10-5 Ci/cc 737' Radwaste, Column S-129.7 107/5 Noble Gas 10 -10'1 pCi/cc 737' Radvaste, Column S-129.7 , 107/6 Gamma Ares 0.01-10 4 mR/hr 737' Radwaste, Column S-129.7 108/l Beta Part 10-11-10-5 C1/cc 737' Radwaste, Column S-128 108/2 Alpha Part 10-12-10-6 pCi/cc 737' Radwaste, Column S-128 108/3 I-131 10-11-10-5 pCi/cc 737' Radwaste, Column S-128 108/4 Iodine Subt, 1/ 11-10-5 Ci/cc 737' Radwaste, Column S-128
, 108/5 Not,le Gas 10~7-10-1 pCi/cc 737' Radwacte, Column S-128 108/6 Gamma Area 0.01-10 0 mR/hr 737' Radwaste, Column S-128 l
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f MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION 109/1 Beta Part 10-11-10-5 pCi/cc 781,* Fuel, Column AE-124 109/2 Alpha Part 10-12-10-6 pCi/cc 781' Fuel, Column AE-124 109/3 I-131 10-11-10-5 pCL/cc 781' Fuel, Column AE-124 [ 109/4 Iodine Subt. 10-11-10-5 pCi/cc 781' Fuel, Column AE-124 109/5 . Noble Gas 10-7-10-1 Ci/cc 751' Fuel, Column AE-124 , 0 109/6 Ga=ma Area 0.01-10 mR/hr 781' Fuel, Column AE-124
, 110/1 Beta Part 10-11-10-5 pCi/cc 781' Fuel, Column AF-124 110/2 Alpha Part 10-12-10-6 pCi/cc 781' Fuel, Column AF-124 110/3 I-131 10-11-10-5 pCi/cc 781' Fuel, Column AF-124 110/4 Iodine Subt. 10'11-10-5pCi/cc 781' Fuel, Column AF-124 110/5 Noble Gas 10-7-10-1 pCi/cc 781' Fuel, Column AF-124 110/6 Gamma Area 0.01-10' mR/hr 781' Fuel, Column AF-124 111/1 Beta Part 10-11-10-5 pCi/cc 762' Control, Column V-128 111/2 . Alpha Part 10-12-10-6 Ci/cc. 762' Control, Column V-128 111/3 I-131 10-11-10-5 pCi/cc 762' Control, Column V-128 111/4 Iodine Subt. 10-11-10-5 pCi/cc 762' Control, Column V-128 111/5 Noble Gas 10~7-10-1 pCi/cc 762' Control, Column V-128 4
111/6 Ga=ma Area 0.01-10 mR/hr 762' Control, Column V-128 10-5 pCi/cc 803' Containment, Southeast 112/1 Beta Part 10 Quadrant 112/2 Alpha Part 10-12-10 ~0 pCi/cc 803' Containment, Southeast Quadrant 112/3 I-131 10-11-10-5 Ci/cc 803' Containment, Southeast Quadrant , 112/4 Iodine Subt. 10 10-5 pCi/cc 803' containment, Southeast Quadrant 112/5 Noble Gas 10-7-10-1 pCi/cc 803' Containment, Southerst Quadrant -
MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION 112/6 Ga=ma Area 0.01-10 4 mR/hr 803' containment, Southear,t Quadrant 113/1 Beta Part 10-11-10-5 pCi/cc 803' Containment, Southeast Quadrant 113/2 Alpha Part 10-12-10-0 pCi/cc 803' Containment, Southeast Quadrant 113/3 I-121 10 10-5 pCi/cc 803' Containment, Southeast Quadrant 113/4 Iodine S:bt. 10-11 10-5 - Ci/cc 803' Containment, Southeast Quadrant Noble Gas -7 10 -1 pCi/cc 803' Containment, Southeast 113/5 10 - Quadrant. 4 113/6 Gac=a Area 0.01-10 =R/hr 803' Containment, Southeast Quadrant 10 -5 114/1 Beta Part 10 Ci/cc 803' Drywell, Northeast Quadrant 114/2 Alpha Part 10-12-10-6 pCi/cc 803' Drywell, Northeast Quadrant 114/3 I-131 10-11-10-5 pCi/cc 803' Drywell, Northeast ; Quadrant 114/4 Iodine Subt. 10-11-10-5 pCi/cc 803' Drywell, Northeast Quadrant 114/5 Noble Gas 10-7 10-1 - pCi/cc 803' Drywell, Northeast Quadrant 0 114/6 Gamma Area 0.01-10 mR/hr 803' Drywell, Northeast Quadrant 115/1-6 thru 124/1-6 Same as Fixed CAMS Portable HV.AC Exhaust Monitors 10 -5 125/1 Beta Part 10 pCi/cc 762' control, Column AD-125 125/2 Alpha Part 10-12-10-6 nCi/cc 762' Control, Column AD-125 125/3 I-131 10 10-5 ui/cc 762' Control, Column AD-125
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t MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION 125/4 Iodine Subt 10-11-10-5 C1/cc 762' Control, Column AD-125 125/5 Noble Gas 10-7-10-1 pCi/cc 762' Control, Column AD-125 4 762' Control, Column AD-125 1 125/6 Gamma Area 0.01-10 mR/hr pC1/cc 762' Control, Column AD-125 125/7 Noble' Gas 10-2-10 4 10 11-10-5 pCi/cc 762' Control, Column AD-125 126/1 Beta Part 126/2 Alpha Part. 10-12-10-6 pCi/cc 762' Control, Column AD-125
- 126/3 I-131 10-11-10-5 pCi/cc 762' Control, Column AD-125 10-11-10-5 pCi/cc 762' Control, Column AD-125 126/4 Iodine Subt.
10-7-10-1 pCi/cc 762' Control, Column AD-125 126/5 Noble Gas 126/6 Gamma Area 0.01-10 0 mR/hr 762' Control, Column AD ' 126/7 Noble Gas 10
-2
-10 0 pCi/cc 762' Control, Column AD-125 SGTS Exhaust Monitors 127/1 Beta Part 10-11-10-5 pCi/cc 762' Control, Colu=n AE-125 10-6-10-1 pCi/cc 762' Control, Column AE-125 127/2 I-131 127/3 Iodine Subt. 10-0-10 -1 pCi/cc 762' Control, Column AE-125 127/4 I-131 10-11-10-5 pCL/cc 762' Contrcl, Column AE-125 127/5 Iodine Subt. 10-11-10-5 Ci/cc 762' Control, Colu=n AE-125 127/6 Noble Gas 1C 1 pCi/cc 762' Control, Column AE-125 127/7 Gamma Area 0.01-10 4 mR/hr 762' Control, Column AE-125 127/8 Noble Gas 10 1
-10 5 pCi/cc 762' Control, Column AE-125
-10 2 Ci/cc 762' Control, Column AE-12h 127/9 Noble Gas '10 128/1 Beta Part 10-11 10-5 pCi/cc 762' Control, Column AE-125 i
128/2 I-131 10-6-10-1 pC1/cc 762' Control,' Column AE-125 128/3 Iodine Subt. 10 10-1 Ci/cc 762' Control, Column AE-125
-11 :0-5 pCi/cc 762' Control, Column AE-125 128/4 I-131 10 .
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e l t I MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION 128/5 Iodine Subt. 10-11 10-5 pCi/cc
- 762' Control, Column AE-125 128/6 Noble Gas 10-710-1 pCi/cc 762' Control, Column AE-125 . 128/7 Gamma Arc.a 0.01-10 4 Ci/cc 762' Control, Column AE-125 l 128/8 Nchle Gas 101-10 5 pCi/cc 762' Control, Column AE-125 Noble Gas 10 10 2 Ci/cc 762' Control, Column AE-125 128/9 ,
Pre-treatment Air Ejector Off-Gas Monitor 131/1 Gamma gas 10-2-10 4 pCi/cc 852' Turbine, Column E-103 Post-Treatment Air Elector Off-Gas Monitors 132/1 Beta Part 10~11 10-5 pCi/cc
- 702' Radwaste, Column E-132.4 132/2 Alpha Part 10-12 10-0 pCi/ce' 702' Radwaste, Column E-132.4 132/3 I-131 10-11 10-5 pCi/cc
- 702' Radwaste, Column E-132.4 ,
132/4 Iodine Subt. 10-11 10-5 pCi/cc
- 702' Radwaste, Column E-132.4 ;
132/5 Noble Gas 10~7 10-1 - pCi/cc 702' Radwaste, Column E-132.4 , 4 702' Radwaste, Column E-132.4 132/6 Gamma Area 0.01-10 mR/hr 132/7 Noble Gas 10-2.194 pCi/cc 702' Radwaste, Column E-132.4 133/1 Beta Part 10-11-10-5 pCi/cc 702' Radwaste, Column E-132.4 133/2 Alpha Part 10-12_176 pCi/cc 702' Radwaste, Column E-132.4 133/3 I-131 10-11-10-5 pCi/cc 702' Radwaste, Column E-132.4 133/4 Iodine Subt. 10-11-10-5 pCi/cc 702' Radwaste, Column E-132.4 133/5 Noble Gas 10-7 10-1 - pCi/cc 702' Radwaste, Column E-132.4 133/6 Gamma Area 0.01-10 0 mR/hr 702' Radwaste, Column E-132.4 Noble Gas 10
-2 10 4 Ci/cc 702' RaJwaste, Column E-132.4 133/7 -
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l MON / CHAN ADDRESS CHAN TYPE RANGE LOCATION Liquid Monitors
! 134/1 Gamma Liquid 10 10-2 Ci/cc Seal Well (Plant Service h 20) 135/1 Gamma Liquid 10-8-10-2 Ci/cc 762' control Column V-128 (Component Cooling H 2O) 136/1 Gama Liquid 10-8-10-2 Ci/cc 702' Control, Column AA-124 (Shutdown Service H 20A) 137/1 Gama Liquid 10-8-10-2 Ci/cc 702' Control, Column Y-125 (Shutdown Service H20B) 138/l Gama Liquid 10-8-10-2 pCi/cc 712' Fuel, Column AL-106.5 (Fuel Pool Service H 20A) 139/1 Gama Liquid 10~8-10-2 Ci/cc 712' Fuel, Column AL-108 (Fuel Pool Service H 20B) 140/1 Gac:ma Liquid 10-8,13-2 pC1/cc 762' Radwaste, Column J.8 - 128.7 (Liquid Radwaste Discharge) d i
Safety Related Duct Monitors 20 './ l Gamma Area 0.01-10 4 mR/hr Containment Exhaust Vent Channel A 202/1 Gamma Area- 0.01-10 0 mR/hr Containment Exhaust Vent Channel B 203/1 Ga=ma Area 0.01-10' mR/hr Containment Exhaust Vent Channel C 204/1 Gamma Area 0.01-10 4 mR/hr Containment Exhaust Vent Channel'D 205/1 Gamma Area 0.01-10 4 mR/hr Cont. Bldg. Fuel Transfer Vent Channel A 206/1 Gam =a Area 0.01-10' mR/hr Cont. Bldg. Fuel Transfer l Vent Channel B 207/1 Ga=a Area 0.01-10 4 mR/hr Cont. Bldg. Fuel Transfer Vent Channel C 208/l Gama Area 0.01-10 0 mR/hr Cont. Bldg. Fuel Transfer Vent Channel D
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_ _ .. , . . _ _ _ _ . .. ._ c l l h NON/ l CHAN ADDRESS CHAN TYPE RANGE LOCATION l 209/1 Gamn Area 0.01-10 4 mR/hr Fuel Bldg. Exhaust Vent . Channel A : 210/1 Gn-n Area 0.01-10 0 mR/hr Fuel Bldg. Exhaust Vent Channel B 0 211/1 Gamma Area 0.01-10 mR/hr Fuel Bldg. Exhaust Vent Channel C 4 212/1 Gacma Area 0.01-10 mR/hr Fuel Bldg. Exhaust Vent [ Channel D ' 4 213/1 Gamma Area 0.01-10 mR/hr Control Room Air Intake e Channel A 214/1 Gamma Area 0.01-10 4 mR/hr Control Room Air Intak'e f Channel B - 215/1 Ga=ma Area 0.01-10 0 mR/hr Control Room Air Intake Channel C 216/1 Gacma Area 0.01-10 4 mR/hr Control Room Air Intake Channel D l i ,. s t
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_ . _ . . _ . _ . _ . -_ _. , _' ~. _f -_ ^ L . _ ^ 1. J _ - - - ~ .iZ - - i : 12--
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, ; Area Radiation Monitors '
i ! t 1.ON/ ' l~' CHAN ADDRESS CHAN TfPE RANGE LOCATION 4 001/1 Gamma Area 0.01-10 mR/hr CRD Accumulators ; 0.01-10 4 mR/hr 002/1 Gamma Area CRD Accumulators 4 003/1 Gamma Area 0.01-10 mR/hr TIP Drive Area 4 004/1 Gana Area 0.01-10 mR/hr Drywell Equipment Hatch , 4 005/1 Gamma Area 0.01-10 mR/hr Personnel Airlock, 737' Containment l 4 006/1 Ga ma Area 0.01 1.0 mR/hr RWCU Filter Demin Area 4 007/1 Gamma Area 0.01-10 mR/hr RWCU Filter Demin Area ! 4 008/1 Gamma Area 0.01-10 mR/hr RWCU Heat Exchanger Area f 009/1 Gamma Area 0.01-10 0 mR/hr RHR Equipment Room A ( 009/2 Gamma Area (later) RHR Equipment Room A ! 4 010/1 Gama Area 0.01-10 mR/hr RHR Equipment Room B ! 010/2 Gamma Area (later) RHR Equipment Room B 011/1 Gamma Area 0.01-10 4 mR/hr 737' Containment ; 012/1 ' Gamma Area 0.01-10 4 sR/hr RCIC Equipment Room 013/1 Gamma Area 0.01-10 4 mR/hr Personnel Airlock, 828' l Containment F 0 014/1 Gamma Area 0.01-10 mRihr Fuel Building Fual Transfer Area 015/1 Gama Area 0.01-10 4 mR/hr Spent Fuel Storage Area ; 015/2 Gamma Area (later) Spent Fuel Storage Area I 0 016/1 Gamma Area 3.01-10 mR/hr Containment Equipment Hatch ' 0.01-10 4 mR/hr CRD Service Area 017/1 Gamma Area _ 017/2 Gamma Area- (later) CRD Service Area 018/l Gamma Area 0.01-10 4 mR/hr New Fuel Storage Area
, 018/2 Gamma Area (later) New Fuel Storage Area I 4
019/1 Gamma Area 0.01-10 mR/hr Dryer Storage Pool Area ! 020/1 Gama Area O'.01-10 4 mR/hr Refuel Pool Area ! 4 021/1 Gamma-Area 0.01-10 mR/hr Separato:- Storage Pool Area !
. 022/1 Gama Area 0.01-10 4 mR/hr Fuel Transfer Isolation !
; Valve Room l 4
023/1 Gamma' Area 0.01-10 mR/hr Turbine Inlet Area, 800' ! i I
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MON / CHAN. ADDRESS CHAN TYPE RANGE LOCATION 023/2 Gama Area (later) Turbine Inlat Area, 800' 4 024/1 Gama Area 0.01-10 mR/hr Generator Area, 800' I 025/1 Gamma Area 0.01-10 4 mR/hr 762' Turbine Mezzanine Area 026/1 Gamma Area 0.01-10 4 mR/hr 762' Turbine Hester Area 027/1 Gamma Area 0.01-10 0 mR/hr Air Ejector Area 028/l Gamma Area 0.01-10 4 mR/hr Condensate Polisher Area 029/1 Gamma Area 0.01-10 0 mR/hr Recombiner Area 030/1 Gama Area 0.01-10 0 mR/hr Unit 1 Control Room 031/1 Gama Area 0.01-10 4 mR/hr Fuel Cask Washdown Area 031/2 Gama Area (later) Fuel Cask Washdown L:ea 032/1 Gamn Area 0.01-10 4 mR/hr Condensate Polisher Regeneration. Area 033/1 Gama Area 0.01-10 mR/hr Drywell Purge Units 4 034/1 Gama Area 0.01-10 mR/hr New Fuel Storage Area 035/1 Ga=ma Area G.01-10 4 mR/hr Radwaste Basement 036/1 Gamma Area 0.01-10 0 mR/hr Radwaste Building, 737' 037/1 Gama Area 0.01-10 4 mR/hr Radwaste Building, 737' 038/l Gama Area. 0.01-10 4 mR/hr Radwaste Building, 762' 4 039/1 Gamma Area 0.01-10 mR/hr RadChem Lab, High Level Area 0 040/1 Gamma Area 0.01-10 mR/hr RadChem Lab, Low Level Area 4 041/1 Gamma Area 0.01-10 mR/hr Laundry 042/1 Gamma Area 0.01-10 0 mR/hr Radwaste Basement, Tank Area 043/1 Gama Area 0.01-10 0 mR/hr Radwaste Filter Demineralizer Area 044/1 Gamn Area 0.01-10 0 mR/hr Radwaste Baler Room 4 045/1 Gama Area 0.01-10 mR/hr Concentrated Waste Tank Area 0
, 046/1 Gama Area 0.01-10 mR/hr Hydrogen Recombiner 046/2 Gamma Area (later) Hydrogen Recombiner 4
047/1-058/l Gamn Area 0.01-10 mR/hr Portable l l l ,
ll.7 Posi- Accident Smpling Syskm L9Assh A %st- Acctdent Smplin3 Sys4em CPASS) a ill be. Insw.ned Or GPS. Tke syskm is designed +o Sample al primary Coolan+, loh Suppress [en pool tea.4e.r, GT dyt/ wed avid contato nani Su.mps, d) dryuMI and cenWo w.aE ahvios@eres , and el eNlu.evW (rem 41u reactoe vaa.b cAeanwe sys4em. % Pass, +cge+ker valW. kk samptlod ancL anat.ysis procedu.res , t's desiped
+o hmd +ke. radicchew eyposure 4e 4b operead3 personnd betete spac&ed ). eats . % . Pass b c9s ha.s &h hol10w[n3 Octpabd[41eS .
c4 MAasu. rec.u.n+s ok d(ssolved byaregen and dissolved or ygen for primo.<y coolo.nt Sagc' O cob to 4,oco ec. N y dro3en (STh3 o 4.o ao ppm Oxygen
@ baurenun4s 09 9% on all YsqJid. samples Rage: 1 +o \q d ana.tysts cctn k perbni OWh'ne vndto vsu.cMae on cMu.kd l(utd samples , stripped g.ases Front a eccted rea.cb acclaae sampie, anct drywell avid ccwW^wta+ o.btes pk,ce so.mp les
This andysis win be. pcGermed to quanQy 4b. noble ga.ses wh te.h t vid cat.e claddin3 fatkve, < todtnes and ceswms wh[ck. tedica.k high fuel kmperature j and nondo. Hie tso4 ope 3 tahich tvid.ic ale fue\ w.elWna . Tb Bss sysum cks13n supports o h nth 3 4kse sa.mples so +his o.nalysk can be c.ompleted dt4lun +kwee hou.cs ak. r o. cice.tsto n is made. to kake b Savaple, ' Sasbihy ch onsde \iquid Sample anolysts 0.ngdbilsfy p.n.rmits Dia.ase.reynant c4 ylac. Gds. Oewcentranen. t'n 4ke range b m approdmo.4dy i pci /3 - to c'i/3 , d) Tk. und.itided h' quid grab Santples can 6 ano\yzed -{oc C.hlor'ide cortko.k. % analys'is will be. parbrmed ob4e. and tEtll be. c.omplekd toi4Lik feu.r da.vs a[4er +ke. onse4 d avt o.cc'u:iAd Ro.ge ! O +.o a o epm QLloJ sde d) bron ano.\ydis caw ha. ps.rSormai on toco:i chka grab samples. bron ctnalysts wiu
- he. prformad onstk awl can k completed wt4 bin Abee \acu.cs qC4r a. d ecd tcw Cs l -
_ . _ _ ... . _... .. . _ _ _ . j
l , made k) ktke & k m ynple, bnge'. O &o 1,cco ppm bron 9 A conHn uou.s c.cm+connua awl d<yusett o.4mospherJc. monMot sys4em wdl be u#thzed . This syskar is seParMe. bm DA5sS, h eCes , no su.c.ht o.vta \ yses an MqulM en 4ka. c.cyth'mnenF , Q.hytos phere so.mgies by +k 9 ASS systewt, ; i f 9 6 9 J i e 9
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TABLE u-4 :
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- { PROCESS RADIATION MONITORING SYSTEMS j Y .
j
; 3 l
SAMPLE I.INE UPSCALE SETPOINT e { MONITORED NUMBER OF DETECTOR OR DETECTOR ALERT j PROCESS CIIANNELS TYPE LOCATION ALARt1 TRIP SCAI.E .;- t A. SAFETY-RELATED SYSTEMS .
' flain Steamline 4 Gamma Sensi- Immediately down- Above full Technical 6 decimal '
tive Ioniza- stream of last main power back- specifi- log , tion Chamber steanline isolation ground, cation valvo below trip containment 4 Geiger-ftuller Exhaust duct up- Above bach- Technical Digital Building Fuel Tube stream of connect- ground, specifi-Transfer ion to containment below trip cation Ventilation exhaust Plenum Containment 4 Geiger-fluller Exhaust duct just Above back- Technical Digital . Building Vent Tube outside the pri- ground, specifi- t i Exhaust mary contain vent below trip cation Puol Duilding 4 Geiger-Muller Exhaust duct up- Above back- Technical Digit al l'o n t Exhaust Tube stream of exhaust ground, specifi-ventilation isola- below trip cation , tion valve Main Control Room 4 Geiger-flulle r Intake ducts up- Abovo back- Technical Digital Air Intake Tube stream of venti- g rnund , specifi- , -l lation irolation below trip cation j j- valve , i l j D. SYSTE!! HEOUIRED POR lif.frP OPERATION Pretreat Air- 1 Geiger-Ituller Samplo line At tcchnical Not Digital I{ J Ejector Off-Gas Tube specification Applicable report level
~ ~ ~ ~
. _ .-- -- Po s t- Trea t - A i r -- 4 , po r Geiger-Huller - Samplo line ~ Technical-Above back- Digital Ejector Off-Gas monitor Tuber Beta and ground, Specifi-NaI Scintil- below trip cation lators
-} i k ' Common Station 4 per Beta and NaI Sample line At quarterly Technical Digital I -] IIVAC Exhaust monitor scintillators technical specifi-j specification cation l . Icvel <g 'i SGTS Exhaust 6 per Geiger-Huller Sample line At quarterly Technical Digital I. monitor Tube; heta and technical specifi- -
!. HaI scintil- specification cation lators ,
level
i l _ v 1 f
~
s I SAMPLE LINE UPSCALE SETPOINT MONITORED NUMBER OF , DETECTOR OR DETECTOR MRT
- i FROCESS CHANNELS TYPE LOCATION i
ALARM TRIP SCALE ' i Plant Service 1 Gamma , Water Effluent scintillation Sample line Above back- Technical Digital ground, specifi- f
. below trip cation Liquid Radwaste 1 Gsmma !
Effluent Sample line Above back- Technical Digital i scintillation ground, specifi- i below trip cation (Note 1) ( Shutdown 1 per Gamma Sample line Above Not Service Water Digital monitor scintillation background Applicable System Effluent Fuel Pool HX 1 per Gamma Sample line Above Service Water Not Digital ' monitor scintillation background Applicable l Component 1 Gamma Sample line Above Cooling Not Digital _- scintillation background Applicable Water System ,j ~1 i , u
+
t , f NOTE la ALERT alarm is the trip setpoint for' low dilution factors (Reference Subsection 11.5.2.2.6). k. t i i
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,ji '. j @ j , i PROCESS RADIATION MONITORING SYSTEM (GASEOUS AND AIRBORNE MONITORS) , i PRINCIPLE I RADIONUCLIDES AIARMS AND j MONITOR CONFIGURATION TYPE SENSITIVITY RANGE MEASURED BASES FOR RANGE TRIPS 6 i 4 Main Steam- Adjacent to y-ion 3 x 10-10 100-106 Coolant acti- Steamline acti- INOP High, ! line Radiation steamlines Chamber Amp /R/h mR/hr vation gases and vity defined in .High-High , Monitor. fission products Table 11.1-4 i I Containment Building Fuel on-Line G-M tube 100 CPM per mR/hr 0.glto 10 mR/hr Noble gases On Scale reading for normals ade-Fall, Alert, High Transfer Vent quate margin above
. Plenum high setpoint 4
Containment On-Line G-M tube 100 CPM 0.01 to Noble gases On Scale reading Fail, Alert, j Euilding per fir /hr 104 mR/hr for normals ade- High Exhaust quate margin above , high setpoint On-Line 100 CPM t Fuci Duilding G-H tube 0.01 to Noble gases On Scale reading Fail, Alert, l Vent Exhaust per mR/hr 104 mn/hr for normals ade- High
! quate margin above high setpoint ,
Control Room On-Line G-M tubo 100 CPts 0.01 to Not.a gases On Scale reading Fail, Alert,
, Air Intake per mR/hr 104 mR/hr for normals ede- liigh quate margin above , ; high setpoint -
Pretreatment Off-Line C-!! tube. 65.4 CPit per 1.8 x 10~4E Noble gases Off-Gas activity Fail, Alert, (I Air I:jector pC1/cc Kr 85 1.8 x 10 defined in Chapter liigh
, Off-Gas pCi/cc Fr85 11 ~-
t
~3 Post Treatment Off-Line 909 CPM per 1.3 x 10 I* , Air Ejector pC1/cc Xel33 1.3 x 10
- Off-Gas pCi/cc Xe133 Beta 5 10~11to10~5 Gross Beta Iow end below MPC; Fail, Alert, Particulate 1.3 x 10 Scintil- CPit/pci pC1/cc adequate margin fligh lation Sr90 - Y90 above high setpoint
---Iodine 5cintil - 5 x 104 - -- ~ 10~11to 10:5_ IDI- LOW ~end-below 7tPC; Fa11', Alert 7 -
. lation CPM /pCi pCi/cc adequate margin High (Nal) 131 7 above high setpoint $
~
Low Range Beta 2.6 x 10 4,6 x 10 Gross Beta Low end below MPCs Fail, Alert, tioble Gas Scintil- CPM /pci/cc 4.6 x 10"l to adequate margin above high setpoint High lation for Kr85 pCi/cc Kr85 7 ~
- ' 1.25 x 10 1x10_$to CPit/pci/cc 1 x 10
,l for Xe133 pC1/cc Xe133 Iligh Range G-M tube 55.4 CPM 1 8.x 10 -2 3 4 to Gross Gamma Range covers carbon l' ail, Alert, Noble Gas p.er pC1/cc 1.8 x 10 bed failure with High { 2 , Kr95' RCilec.1:rrp' adc<suate marf)in !
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1 I i PRINCIPLE RADIONUCLIDES e ALAIUtS AND , MONITOR CONFIGURATION TYPE SENSITIVITY RANGE MEASURED BASES FOR RANGE TRIPS ..
?
Common Off-Line Station HVAC Vent 3 On scale reading Fail, Alert, Particulate ' Beta 909 CPM per 1,3 x 10~3 t Gross Deta High Scintil- 'pel/cc Xe133 1.3 x 10 for normals ade-lation pCi/cc Xel33 quate margin above high setpoint i 4 ~11 to 10 -5 Fail, Alert, Iodine Scintil- 5 x 10 10 I131 On scale reading lation CPM /pci pCi/cc for normals ade- High
- l' (NaI) 1131 quate margin above high setpoint 3 Gross Beta on scale reading Fail, Alert, Iow Range Beta 909 CPit per Noble Gas Scintil- pci/cc xe133 1.3 x 103 to 1.3 x 10 for normals ade- High
, lation pCi/cc Xe133 quate margin above i high setpoint i
Iligh Range 2 1 Noble Gas G-M tubo 65.4 CP!! per 1.8 x 104 g, Gross Gas.una RG 1.97 Fail, Alert, pCi/cc Kr85 1.8 x 10 liigh pCi/cc KrB5 i Standby Gas Off-Line f Treatment Exhaust
~ Gr ss Deta Six decades includ- Fail, Alert, ,
Particulate Beta 9,8 x 10 2 10 'to 10-3 in9 expected peak High acintil- CPM /pCi pCi/cc f
' lation Sr9-Y90
'I 4 ~11 ~b rail, Alert, Low nange Scintil- 5 x 10 10 to 10 I131 On scale reading 'k lation CPM /pCi pCi/cc for normals ade- High j Iodine (NaI) I131 quate margin above high setpoint 10D CPH/ 10~ to 10 A 1131 Six decades includ- Fail, Alert, High Range Scintil-lation pCi/cc pCi/cc inq expected peak High Iodine
~
I131 Low Range -3 Fail, Alert, Beta 909 CPM por 1.3 x 10 1 to Gross Beta On scale reading
- Noble Gas pCi/cc Xe133 1.3 x 10 for normal; ade- High
,! Scintil-lation DCi/cc Xe133 quate margin above i high setpoint i i ie d.
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i PRINCIPLE RADIONUCLIDES
- ALARMS AND MONITOR CONFIGURATION TYPE SENSITIVITY RANGE MEASURED BASES FOR RANGE TRIPS ,
-2
'f High Range G-M tube 65.4 CPM per 1.8 x 10 4 to Gross Gamma Six decades in- Fail, Alert,
' Noble Gas pCi/cc Kr85 1.8 x 10 cluding expected High I
pCi/cc Kr85 Peak l
.l High-High G-M tube 2.3 CPM / 5.3 x 10~5 to Gr as Gamma RG 1.97 Fail, Alert, Range pCi/cc Er85 5.3 x 10 High l; Hoble Gas pCi/cc Kr85
~1 8.4 CPM / 1.4 x 10
') pCi/cc Xe133 1.4 x 10 5 to 1
pCi/cc xe133
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e i i PROCESS RADIATION MONITORING SYSTEM (LIQUID MONITORS) ' PRINCIPLE RADIONUCLIDES MONITOR CONFIGURATION TYPE SENSIT7VITY RANGE 4 MEASURED BASES FOR RANGE ALARMS Shutdown 0 10 ' to 10-2
~
Off-Line Gamma 7 x 10 CPM Gross Gamma Service Scintil-on scale reading Fail, Alert, per pCi/cc pCi/cc for normals adequate High ! Water lation (Hall 137c,. margin above high setpoint Fuel Pool Off-Line Gamma 7 x 108 CPM 10
-0 to 10" Gross Gamma On scale readir. Fail, Alert, Hx Service Scintil- per Ci/cc pCi/cc Water lation 137C
- for normals adequate High
; , (Hal) s margin above high setpoint ,
Component -2 Off-Line Gamma 7 x 10 CPM 10' to 10 Gross Gamma On scale reading Fail, Alert Coolin9 Water Scintil- Per PCi/cc pCi/cc for normals adequate High ' lation margin above high 137Cs* (NaI) setpoint
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- Sensitivity based upon this radionuclides range varies depending on specific radionuclide.
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[ t PROCESS RADIATION MONITORING SYSTEM (LIQUID MONITOhQ) PRINCIPLE l s ' RADIONUCLIDES l MONITOR CONFIGURATION TYPE SENSITIVITY RANGE MEASURED BASES FOR RANCE A ARMS 8 ~ i Shutdown Off-Line Gamma Scintil-7 x 10 CPM 10 ' to 10~2 Gross Gamma On scale reading Fail, Alert, Service per pCi/cc pCi/cc for normals adeguate High l Watcr lation e margin above high a (NaI) 137Cs setpoint
; Fuel Pool Off-Line Gamma 7 x 10 0CPM 10
~E to 10~ Gross Gamma On scale reading Fail, Alert,
'i Hx Service Scintil- per Ci/cc pCi/cc water for normal s adequate High lation 137c
- margin above high i
{ (Hal) 8 setpoint Componcnt 8 ~ Off-Line Gamma 7 x 10 CPM 10' to 10 Gross Gamma On scale reading Fail Alert Coolin9 Scintil- per PCi/cc pCi/cc for normals adequate High .; Water lation 137 Cs margin above high ( (NaI) setpoint t
~
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- Sensitivity based upon this radionuclide, zange varies depending on specific radionuclide. ,
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'l PRINCIPLE RADIONUCLIDFS ' Moil! TOR CONFIGURATION TYPE SENSITIVITY RAtJGE HEASURED EXPECTED ACTIVITY ALARMS { 8 -8 -2 g,g,, g,,n, pagg Liquid Off-Line Gamma 7 x 10 CPM 10 to 10
, Raddaste Scintil- per pCi/cc pCi/cc Alert * .i
} Disci,arge lation 137 Cs* High*
! (NaI)
-0 to 10~
Plant Off-Line Gamma 7 x 10 CPM 10 Gross Gamma On scale reading i
- t' Service Scintil- Per pCi/cc pC1/cc for normals adeqtato Pail, Alert,l liigh
, Fator- lation 137Cs* margin above high
- Effluont (tJaI) setpoint.
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- Sensitivity based t;on this radionuclides range varies depending on specific radionuclide. !
A. 4 The alarm point will be set, based upon the activity, radionuclides and dilution factor so that L8 the discharge concentration in the dischargo line is less than 10 CFR 20, Appendix B, Table II, Coluun 2 limits, d if r
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810.30 Pro (*ideaplotorgraphoftherelationshipbetweenthe containment radiation monitor reading and radioactive
' material available in containment. This relationship
.' ' should also include the percent core inventory.
. C Illinois Power Company is sponsoring, through the BWR '
Owner's' Group for TMI activities, a program to develop a procedure to relate specific radionuclide concentra-rions in the vessel, in the sup7ression pool, and/or in the containment atmosphere to the estimated extent of core damage. This effort is in responce to NRC staff clarifications related to the requirement for post accident sampling capability (NUREG-0737, Item II, B.3). The development of this generic procedure and its adaptation to the Clinton Power Station design should be completed by September 15, 1982. I s 9 I i h* 4 l
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C. Q 810.31 Establish the relationship between effluent monitor reading and onsite and offsite exposure for various , meteorological conditions for the applicable isotopes listed in Table 3 of NUREG-0654, Revision-l. The CP5 Radiation Monitoring System Report Generator is capable of establishing the relationship between effluent monitor readings and exposures for various meteorological conditions for the applicable isotopes listed in Table 3 of NUREG-0654. This system uses essentially real time meteorological data and effluent data to calculated offsite exposures. The system is computer based,.using software developed by Nuclear Data Company. A backup manual method using tables will be available in implementing procedules. s. P
1 810.32 Provide additional technical information to describe the methodology of the emergency offsite dose assess-ment model. The description should discuss semi-infinite plume model. The CPS Radiation Monitoring System Report Generator will provide meteorological reports, radiological release reports, maximum individual dose, and population-integrated dose reports that meet the requirements of 10CFR20 and Appendix I to 10CFR50 using the methods recommended in Regulatory Guides 1.21, 1.109, 1.111, NUREG-0472, and NUREG-0133. The microprocessor maintains Regulatory Guide 1.109 parameters.on file as well as plant specific parameters such as terrain elevations, water mixing ratios, food production constants, and food transit times. Near real time, 10 minute averaged plant effluent and meteorological data is calculated and used with stored parameters to calculate offsite dose assessments consistent with the models presented in Regulatory Guide 1.109, including the semi-infinite plume model. A list of the programs available from the Report Generator is attached. The system utilizes specific constants (e.g. bioaccumulation factors, external dose factors, etc.) of 88 nuclides for various program applications, The nuclides outlined in Table 3 of NUREG-0654 are included. h i F f i t >=e_.-..-._ -. ,, . - . - - . - - . - - - - ---- --.. r- m . - ~ o; , - - ,_% ,- w g g- 73 9 - --~~~~g@
3 . - t i i l Meteorological and Dispersion Programs l 10-minute File Averages 1-hour File Averages s Quarterly totals Hours at each wind speed and direction. 10-meter level Quarterly totals. Hours at each wind speed and direction. 60-meter level x/Q Values for Undecayed & Undepleted Particulates ; X/Q Values for Decayed Noble Gases X/Q Values for Decayea and Depleted Radioiodines 0/Q Values for Decayed and Depleted Particulates and Radioiodines Radiological Reports Isotopic Sample Analysis j j Nuclides released in specific period from one continuous release point Batch pre-release Report Batch P6st-release Report s Summation of all airborne releases. . All release points Summation of all liquid releases. All release points Totals for each nuclioe .eleased. Airborne continuous. Elevated and ground releases . Total for each nuclide released. Airborne batch. Elevated ad ground releases ( l Totals for each nuclide released. Liquid continuous , ! and batch releases , Batch totals data , Dose Reports (Maximum Individual) Gamma and beta air. Total body and skin. All ages l Inhalation. Iodines and particulates. All ages i _____u___ ,
Dose Reports (Maximum Individual - Con't) Ingestion. Produce pathway. 7 organs. Adult, teen, child Ingestion. Leafy vegetable pathway. 7 organs. All ages Ingestion. Goat's milk pathway. 7 organs. All ages l Ingestion. Meat pathway. 7 organs. Adult, teen, child Ingestion. Cow's milk pathway. 7 organs. All ages , Ground plane deposition. Totai body and skin. All ages l Totals. Inhalation and ingestion. 7 organs. All ages Doses from lia. " :'.. - 7 organs. All ages Summary report for NUREG 0133 dose calculations Dose Reports (Population-Integrated) Neble gases. Total body. All ages Inhalation. Iodines and particulates. Total body and thyroid. Adult, teen, child Ingestion. Miik pathway. Total body and thyroid. Adult, teen, child Ingestion. Heat pathway. Total body and thyroid.
. Adult, teen, child Ingestion. Commercial vegetable pathway. Total body and thyroid. Adult, teen, child Ground plane deposition. Total body and thyroid. All ages Average and total doses from all airborne releases.
Total body and thyroid. Adult, teen, child Liquid release doses. Total body and thyroid. Adult, teen, child Average and total doses from liquid releases. Total body and thyroid. Adult, teen, child
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l 81'0.33 Specify how the criteria set forth in Appendix 2 of NUREG-0654, Revision-1 will be met. There are three basic functions required of CPS to fulfill _the requirements of Appendix 2 of NUREG-0654, Revision 1. The following delineates these functions I and discusses how CPS will comply with them. l a) The capability for making meteorological measurements - CPS shall have the capability for making meteoro-logical measurements. Adequate methods, systems, and equipment will exist to provide this capability. CPS Emergency Plan Section 10.2.2 has been expanded and is provided as part of the answer to question 810.19. A complete description of the means and instrumentation available can be found in this section. b) The capability for making near real-time predictions'of the atmospheric effluent transport and diffusion - Meteorological information is provided to the CPS Radiation Monitoring System computer. This microprocessor will calculate 10 minute average meteorological data. Meteorological data along with 10 minute averaged effluent radiation monitor data is provided to the Radiation Monitoring System report generator. The report generator will use Class A modeling techniques to provide estimates for the plume exposure pathway EPZ. This information is provided in the Radiation Protection Office or in the Emergency Operations Facility. c) 4 capability for remote interrogation of the atmospheric measurements and predictions by appropriate organizations - The EOF will have the capability to remotely interrogate the report generator to obtain esti-mates on derand. 9 9 O
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810.34 Describe the capability and resources for field monitoring within the plume exposure EPZ. Methods, equipment, and expertise for rapid assessments of the actual or potential magnitude and locations of any radiological hazards through the liquid or gaseous
, pathways should be described. The description should address activation criteria, means of notification, field team composition, transportation, communication, and monitoring equipment. See Section 5.0, NUREG-0737, Subsection 5.4.3 Assessment Action.
i The capability and resources for field monitoring within the plume exposure EPZ has been described in answering other questions. Methods for field monitoring can be found as part of the answer to questions 810.26 and 810.35. The equip-ment that can be used is discussed in the answer to question 810.28. The qualifications of persons assessing monitoring data can be found in the revision to Guide 15-6 as found in the answer to question 810.1. Field monitoring teams will consist of at least two personnel, one of which is qualified to implement radiological control techniques. Both should be trained in the use of the equipment and familiar with radiological survey procedures. The team merabers will be notified in the same way as other onsite emergency , organization personnel as detailed in the answer to-question 810.46. - Transportation will be available from the Illinois > Pcwer Company motor pool with vehicles located at CPS. i I f t i 1
. . . . . . ~ . , _ - . _
~ . - . . ~ .. . . . - . _ . . . _ , . , , _ , _
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810.3'5 Describe the methods and capability to detect and measure radiciodine concentration in air as, low as 10-7 uCi/cc under field conditions. For radiciodine detection and measurement, CPS is currently planning to use AgX cartridges counted on a PRS-1 Rascal utilizing a SPA-3 probe. Samples will be counted on the spot or at the nearest area of low background. The sample time, and thus volume, can be varied to provide capability.to measure concentrations in air as low as 10-7 uCi/cc. l l. l
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810.36 Describe the means for relating measured field contam-ination levels to dose rates for applicable isotopes listed in Table 3 of NUREG-0654, Revision-l. This work is in progress. Correlations necessary for performing this activity will be completed by September 15, 1982 and will be included in implementing procedures. The Illinois Plan for Radiological Accidents (IPRA) provides a method of estimating and projecting whole body dose due to ground contamination which could be used by CPS. t 1 P f t I i - l : i l L I
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. _ n n . .: - - a , . _,- - .-c , -- -~ ~.
810'.37 Table 11-1 of the Plan does not adequately cover the EALs defined in Tables 6-1 through 6-4 of the Plan. For example, the setpoint of 0.5 Ci/sec on the offgas air ejector does not cover an increase of 0.1 Ci/sec over a 30-minute time period. Further, reference to . technical specification limits should be established to
' assess this pathway and make appropriate protective action recommendations to offsite authorities.
CPS Emergency Plan Table 11-1 is currently under revision to adequately cover the EALs defined in revisions to Tables 6-1 through 6-4 of the Plan. Where 4 possible, actual technical specification limits will be shown on the Table if they are available. Those values not included on Table 11-1 when revised will be added as CPS Technical Specifications finalize. We expect to complete revision and review of Table 11-1 in 2nd quarter 1982, at which time the FSAR will be updated. O i l 1
1:1 1._ _ . _ _ . _ _ _ . . . . . _ . . _ _ _ _ . - . ._. ___.__ _ .. . ._ ~. 810.38 Describe the means used to assess the radiological impact in the 50-Mile EP". The Plan should indicate what parameters for this pathway will be monitored. Further, the Plan should establish the HSS/FDA "Protec-tive Action Guides" for converting measured parameters to integrated doses. Procedures should be established to assess this pathway and make appropriate protective action recommendations to offsite authorities. CPS tentatively plans to monitor, to a limited extent, the surface contamination deposited in the downwind direction of the ingestion pathway 50-mile emergency planning zone, if needed. No special procedures are needed_for this activity because it is an extension of the contamination monitoring of the 10-mile EPZ. These actions reside in the realm of State and local statutory authority and, therefore, the majority of this monitoring will be performed by these entities. E i l
- . . . . - . ~ _ . . . _ . _ . , , _ _ . _ _ - _ . _ , . _ -
. . . . .. -.. - ; - - ~ . - . . . - - - . - - - - - .. - - - - -. - - - ~ - - - ,~..
810.39 Specify the time required to warn onsite individuals of an emergency (i.e., persons having emergency assignments, visitors, contractor / construction personnel, and individuals in the exclusion area). CPS Emergency Plan section 12.2.1 will be amended, as the attached page shows, to specify the expected time required to warn onsite individuals of an emergency. O e 9
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12.2.1 Onsi.te Warning I Thelmajority of in61viduals onsite will be within range of thd plant Public Address System (Section 8.I.1). Using generated tone alarms, plant warning and advisements 3 to all individualsishall be disseminated. t I Those not within listening range of the plant ! Public Address Systdem may bd notified via plant radio, pagertsystem, or by Plant . Protection. h 6L ads can 6 aktkA ' shsmnas
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Q yequi4d 14 is e.9eckd M4 kn minuAes tcou.d. in +he mos+ hed ivi ca.se 4o ncMy one 4 +kru I scb{chak Gevio_ra l y , +hase p.rsens Wtu b. cdMed [ by radio wiAn sexud mtnwws abt an em<3ency : is cudued. - r i , l
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l l l l l 810.40 Specify the onsite locations for assembly and the offsite locations for reassembly if an evacuation from the site is required. The reassembly areas must be outside of 'he area occupied by any potential radio-logical pluure. Section 12.3.1 of the CPS Emergency Plan will be revised as shown to specify the locations for assembly and reassembly of persons required to evacuate all or parts of the facility. L v
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l l l l 4 e i C . . . . - . . _ - . .. . _ . _ . . . . _ . . . _ . ,
12.3,1 E vacun%m o% Onsae LdiAduis Emcudm.s eR onfite in&O tduals skau be. per$ormed tu occordance. u.:t% E9S Mo . CAMMO 13M. ENAGeMic4 oF c c T e.- AREAS (.EN. b\\ OhSIk non-8558^hCd 9Ef5ch^4l bt\\ lag. evacua kcl prem A sik Roc any sae or Gemol Enurgency. for 4he. Quf90Se5 of prSonne.\ 50.k4y , actouyua.Nddy , and fadiologica( mon ~sherig 3 as requtred , Greas hMe beev1 designa4ed as assemMy areas , wi% ed lu.s4 outSicle c$ +he, Stte boundary. T\use. caeos are. a.s So\\0aS: SrTE ASSEMBLY AMAS Prima 4 v Secenhev _
- a. Plant Employees $erdet bum.s OM bmanent Locker kem. Warehouse
- b. \hshots S 65 acb6 Se<Jsce Ellin3 CDs bynanent Lunch Reem W<ehouse l
ALTERNATE Ampum V AppAs 4- rtmo,g - h)(CukCL \0n kddier Screen Nouse
- b. Secmdary - CPS hsnov's C. enter i
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+b. sik. +o re assemble in 4he Ghh %Jce Area. !
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810.41- Provide for radiological monitoring and decontamination (if required) of people evacuated from the site at the reassembly area. The following sentences will be added to the CPS Emergency Plan section 13.6:
"Due.to time constraints or local activity levels, it may be impossible to monitor and decontaminate (if needed) all individuals required to vacate the site.
In this case, personnel will report to the offsite reassembly area where these will be performed. The decontamination kit located in the offsite emergency kit storage area may be used for this activity." l' r
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State that a site evacuation of all onsite non-essential personnel shall be implemented for any Site Area or General Emergency. The above requirement will be found .1 revised section 12.3.1 of the CPS Emergency Plan provided in answer to question 810.40. In addition, sections 6.4 and 6.5 will be revised, as the attached pages show, to provide for site evacuation , of onsite non-essential personnel for a Site or General Emergency. , L i 4 i i J e t I i
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_ . . -a. s.. -- -- _ C S No OAP1890.00N j 6.4 Site Emergency y J("' . A site emergency is defi.rJedils i b nbdinprogress . or having occurred which involve actual or likely major failures of plant functions needed for protection of the public. Modification of plant operating status is a probable corrective action if it has not already taken place by the automatic protective systems. Full plant staff emergency organization reaponse would be required and man, rif:::ti: ~ _ 1 2 1 o _ . .. ,_.-__1 . .._,,1-_. evacuation of all non-essential personnel from the site.mQ cccur. The purpose of the site emergency warning is to
- 1) assure that the response centers are manned
- 2) assure that monitoring temas are dispatched ,
- 3) assure that personnel required for evacuation of nearsite areas are at their proper stations if the situation becomes more serious
- 4) provide consultation with offsite authorities, and provide updates for the public through these authorities.
Upon determination that a Site Emargency exists, CPS will promptly inform State and/or local offsite author-ities of the Site Emergency status and the reason for the emergency as soon as it is known. Further, CPS will augment its resources by activating its Technical Support Center, Operations Support Center, Emergency Operations Facility, and the CPS Recovery Organization. CPS will assess and respond to the emergency. CPS shall dispatch ons,ite and cffsite monitoring teams and their associated communications, provide a dedicated individual for plant status updates to offaite author-ities, and prov'.de periodic media briefings (coordinated ; with offsite authorities). In addition, CPS shall ; make senior technical and management staff onsite available for consultation with NRC and the State on a periodic basis, provide meteorological and dose estimates to offsite authorities for actual releases via a de-dicated individual or by automated data transmission, and provide release and dose projections based on availablesplant condition information and foreseeable l contingencies. i 1 l i 6-5
plM T rd iV' N * "k (p.6 [ con 1!'ch , l The purpose of the Ge e.k. .l g'rgen@cyw@arnin e l (1) initiate predetermined protective actions for ' the public, (2) provide continuous assessment of . plant information and offsite measurements, (3) initiate additional measures as indicated by event releases or potential releases, (4) provide current information for consultation with offsite authorities, and (5) provide current information to the public through offsite authorities, i Upon declaring that a General Emergency exists, CPS ! shall promptly inform State and local offsite authorities of the General Emergency status and the reason for the emergency. t CPS shall then augment its resources by activating its Technical Support Center, Operations Support Center, t and its Emergency Operations Facility. The - plant staff shall assess and respond to the emergency l by dispatching onsite and offsite monitoring teams j with associated communications, make senior technical , and management staff available for consultation with ; the NRC and deate on a periodic basis, and provide a dedicated individual to give plant status updates and briefings to the authorities. Further, CPS shall , , provide meteorological and dose estimates to offsite authorities for actual releases via a dedicated individual or by automated data transmission. CPS l shall also provide release and dose projections based on available plant condition information and foreseeable contingencies. ! Ultimately, CPS will terminate or recommend a reduction - of emergency class by briefing the offsite authorities ; at the EOF and by phone followed by a written summary within 8 hours. Table 6-4 lists some example initiating i conditions for a General Emergency. i 1 Tb. % gency GeorsmaAcc sb.B orch As. , , eva.cu.ah e% d mn-essenkA go.mnnel Grown lI s Se. sk. , J. \ J '! 9 r i b d l 6-8 .,
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i 1 l 810.43 Provide maps indicating evacuation routes and alternates from the assembly areas to the offsite , reassembly area. Maps indicating primary and alternate evacuation routes from the assembly areas to the offsi% reassembly area will be provideu in CPS No. 0AP1890.13N, EVACUATION OF i ONSITE AREAS (EP). A copy of each map that will be , used is attached. O f a e P
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t-810.44 Describe the onsite contamination control measures for limiting area access, drinking water and food supplies, and the quantitative criteria for permitting return of areas and items to normal use. CPS onsite contamination control measures will follow normal station procedures. There will be no consumption of food or beverages in restricted access areas. Previously restricted areas may be returned to normal use provided an individual continuously present in the l area could not result in him receiving a dose in excess of: a) 2 mrem in any one hour b) 100 mrem in any seven consecutive days c) 500 mrem (whole body) in a calendar year ; (based on anticipated occupancy times) : and The contamination levels in the area are~1ess than: d) 0.1 mr/hr above background fixed e) 1000 dpm/100 cm removable (8-y) f) 100 dpm/100 cm removable (x) and F The airborne radioactivity limits of Appendix B, Table'II, 10CFR20, are not exceeded. - Temporary Station Radiological Areas may be established and shall be properly posted, as necessary. This posting will be updated as prevailing radiological and - contamination levels dictate. s t I i < i i a - e g,.sia. wre.
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810.45 Describe the capability for decontaminating personnel evacuated to offsite locations including provisions for extra protective clothing and decontaminants suitable for the contamination expected with particular
' attention to radiciodine contamination of the skin.
CPS Emergency Plan Section 13.6 discusses the capability for decontaminating personnel. The answer to question 810.26 describes the contents and locations of decontamination and emergency kits. Personnel qualified to perform monitoring and decontamination will be available on shift and available in a timely manner as CPS Emergency Plan Table 4-1 shows. e l l t i i l l . I l
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810.46 Specify the means for informing members of the emergency organizations that a recovery operation is to be initiated, or of any changes in the organizational structure that.may occur. The Recovery Manager shall be responsible for ensuring that members of both emergency organizations are l informed that a recovery operation is to be initiated, or of any changes in the organization structure that may occur. Many forms of communications are available l in the EOF to perform this function. Logs will be kept l in the Main Control Room and Technical Support Center which will be used to record this information upon receipt. In addition, the NRC and State and local ESDA will be notified over the dedicated phone systems. e OG e
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810.47 Describe the methodology established for periodically estimating total population exposure. The CPS Radiation Monitoring System Report Generator, as described in questions 810.32 and 810.33, has the 1 capability of periodically estimating total population ; exposure. Methods similar to those discussed in . Regulatory Guide 1.109 for calculating population-integrated doses from effluents will be used. l t
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810.48 Communications with NRC shall be tested monthly in accordance with paragraph IV.E.9.d of Appendix E to 10 l CFR Part 50. . l Section 16.3.1 of the CPS Emergency Plan will be [ revised as shown to provide for monthly testing of
- communications with the NRC.
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i 16.2 Emergency Exercises g(Jq,l g l CPS shall exercise its Emergency Plan and implementing ! procedures on annual basis to demonstrate the effec- ; tiveness of the plan. It shall be the responsibility ! of the appointed Emergency Planning Coordinator (Section ? 16.1) to schedule the exercises and coordinate with Federal, State, and local agencies should they wish to participate. State and local governments shall participate in a joint l exercise at least once every three years. An emergency i exercise shall be performed prior to initial fuel load. ; An exercise shall include mobilization of personnel and ! resources adequate to verify the capability to respond ! to an accident scenario. CPS shall make provisions to i start an exercise between 6:00 p.m. and midnight, and ! another between midnight and 6:00 a.m. once every six ' years. F 16.3 Drills l i A drill is a testing, supervised developing and instruction maintaining period skills aimed in a part at,i- l cular operation. A drill can be a component of an ex- ! ercise and shall be evaluated by a drill instructor. ! CPS shall conduct drills in addition to the annual !
, exercises. These drills are described below. l 16.3.1 Communication Drills Communications with the State and local ,
government agencies shall be tested monthly. , CPS shall jointly test State, local and Federal i lines of communication quarterly.* Communica- [ tions between CPS, State and local emergency l operation centers, and field assessment teams l shall be tested annually. ; i 16.3.2 Fire Drills ! j As described in CPS No. OAP1893.00N, OPERATIONS !
- FIRE PROTECTION PROGRAM PLAN, fire drills will l
! be performed at intervals not to exceed three ! i months for each fire brigade. At least one l drill per year shall be unannounced. Each individual member of the fire brigade shall ! participate in at least two drills per year. j Periodically, the Clinton Fire Department , shall be invited to participate. ! A/W, - I b9tCbCGNy OCfWfYMn$CQ.YtCn3 WYN bf. NM. ShdM be. MS ed. thewn : _-__a-__-_______
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- Provisions should exist for unannounced exercises.
Section 16.2 of the CPS Emergency Plan will be amended as shown to provide for some unannounced exercises. I t I i i O
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{ \j i gp CPS shall exercise its Emergency Plan and implementing , procedures on an annual basis to demonstrate the effec- i tiveness of the plan. Ic shall be the responsibility , of the appointed Emergency Planning Coordinator (Section 16.1) to schedule the exercises and coordinate with Federal, , State, and local agencies should they wish to participate. l State and local governments shall participate in a joint ' exercise at least once every three years. An emergency exercise shall be performed prior to initial fuel load. An exercise shall include mobilization of personnel and , resources adequate to verify the capability to respond l to an accident scenario. CPS shall make provisions to : start an exercise between 6:^0 p.m. and midnight, and ; another between midnight and 6:00 a.m. once every six years.mm - Sme. 9:x,eNGe5 b5tN k UOMnouViced . ' 16.3 Drills ' A drill is a supervised instruction period aimed at. testing, developing and maintaining skills in a parti- [ cular operation. A drill can be a component of an ex-ercise and shall be evaluated by a drill instructor. > CPS shall conduct drills in addition to the annual exercises. These drills are described below. ! 16.3.1 Communication Drills , Communications with the State and local ' government agencies shall be tested monthly. CPS shall jointly test State, local and Federal , lines of communication quarterly. Communica-tions between CPS, State and local emergency operation centers, and field assessment teams shall be tested annually. 16.3.2 Fire Drills As described in CPS No. 0AP1893.00N, OPERATIONS FIRE PROTECTION PROGRAM PLAN, fire drills will
, be performed at intervals not to exceed three months for each fire brigade. At least one -
drill per year shall be unannounced. Each ! individual member of the fire brigade shall ; participate in at least two drills per year. ' Periodically, the Clinton Fire Department shall be invited to participate. i i
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_ _ , _ . _ . . . _ . - _ _ _ _ . . . ~ .- __ 810.50 Describe the management controls used to ensure that corrective actions identified in the exercise critique are implemented. Section 16.5 of the CPS Emergency Plan will be revised, as the attached page shows, to designate the Emergency Planning Coordinator as responsible to ensure that corrective actions are implemented. 9 9 9 e t .
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CPS No. 0AP1890.00N - (Rev. 0)
- 6) A narrative summary describing the conduct of the exercises or drills to include such items as simulated casualties, offsite fire department assistance, rescue of personnel, use of protective clothing, deployment of radiological monitoring teams, and public information activities
- 7) Arrangements for qualified observers 16.5 Exercise and Drill Criticues A critique shall be scheduled and conducted as soon as practice.1 following the exercise or drill. Qualified observers of the CPS staff, Federal, State, and local governmants will co:. rent on the ability of the partici-pating organizations ta respond as required 'oy the scenario. A formal evaluation should result from this critique, including identifying any inadequacies and taking initial action to resolve these problems.
CoorEna+or sbil k he. Eme.gency responsMe %nhin3 So- deve.to pi 'ng and imp \eme.Wbn3 0Orfec.VWe, CLC.kGns .
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. i 810.51 Additional information is required concerning the ,
training program for personnel who will implement the .! radiological emergency response plan. The description should include the specialized training and periodic ;
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retraining program (include scope, nature and frequency for each of the ten categories of personnel listed in , Section 11.0.4 of NUREG-0654, Revision-1). l Section 17.3 of the CPS Emergency Plan will be changed where indicated as the attached page shows. CPS will provide training to the appropriate individuals that may have responsibilities during implementation of the Emergency Plan. The following is a discussion of.the various training programs that are expected. A table is provided delineating the level of training that will be provided to persons falling into each of the ten categories listed in Section II.04.4 of NUREG-0654, Rev. 1. Specialized Emergency Plan Training In addition to the emergency preparedness training provided during the General Employee Training described in the answer to question 810.52, personnel who will implement phases of the emergency plan will receive specialized training. An outline of the specialized emergency plan training program is attached. All those individuals receiving this training will be provided a refresher course on an annual basis. Contamination / Medical Training The CPS medical consultant, as described in section 14.2 of the Emergency Plan, will provide specialized training in the handlint and treatment of radioactively contaminated and injured individuals. This training will consist of topics such as decontamination of patient at the plant, initial dose assessment, radiation protection for ambulance and hospital personnel, decontamination procedures at the hospital, cleanup, record keeping, and assisting in definitive dose assessment. In addition, the consultant arranges for an annual cae-day seminar on the management of radiation accidents designed for physicians. Each plant may send one person to attend this seminar. Typical course outlines that may be used by the medical consultants are attached.
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t i First Aid Training Various amounts of first aid training will be provided to CPS Staff members. At approximately the same time as the General Employee Training, a basic First Aid course will be offered. Those individuals specifically designated responsibility for first aid and rescue operations shall receive first aid training equivalent to the Red Cross Multi-Media Program. Classes in CPR have been conducted for most of the Plant Staff. Retraining will be provided to maintain proficiency. Fire Fighting Training All members of the CPS fire brigade will receive fire fighting training including administrative controls, - equipment, and unique facility features. Refresher instruction shall be provided on a regular basis.of not less than four sessions a year. Fire brigade training should be conducted by personnel who have received Fire Brigade Chief / Assistant Fire Brigade Chief training or who are members of a fire protection training organization. The instruction shall be provided by qualified individuals who are knowledgeable, experienced, and suitably trained in fighting the types of fires that could occur in the plant and in using the types of equipment available in
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the nuclear power plant. , Initial training shall be conducted for all fire brigade members. It should consist of, but not limited to: A. Indoctrination of the plant fire fighting plan with specific identification of each individual's responsibilities. B. Identification of the type and location of fire hazards and associated types of fires that could occur in the plant. C. The toxic and corrosive characteristics of - expected products of combustion. D. Identification of the location of fire fighting equipment for each fire area and familiarization with the layout of the plant and equipment loca-tion and operation. e
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i 1 i f E.- The proper use of available fire fighting equipment and the correct method of fighting rach type of fire including:
- 1. Fires in energized electrical equipment
- 2. Fires in cables and cable trays !
- 3. Hydrogen fires l t
4 Fires involving flammable and combustible ! liquids or hazardous process chemicals ! i
- 5. Fires resulting from construction and i modifications !
, 6. Fires in record files F. The proper use of communication, lighting, venti- f lation, and emergency breathing equipment. t G. The proper method.for fighting fires inside ,
buildings and confined spaces. t H. Detailed review of fire fighting strategies and I procedures. ; I. Review of the latest plant modifications and corresponding changes in fire fighting plans. Radiological Monitoring Training - l Selected individuals of the CPS RadChem Department are ' qualified and have been trained to perform radiological surveys. Qualification is accomplished by successfully ! completing the applicable course material and ; completing the appropriate qualification manual. Instruction of all courses should be given by fully qualified RadChem Department employees and/or : appropriate supervisors. Requalification or retraining ! shall be accomplished at the discretion of the RadChem supervision at two-year intervals.
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i 14 , CPS No. 0AP1890.00N ! I: (Rev. 0) ,;( i ,., Training for hospital personnel, ambulance, police, and fire departments shall include procedures for notification, basic radiation protection, and their . expected roles. For those local services who will ' ' enter the site, training shall also include site ; access procedures and the identity (name and title) ! of the individual in the onsite emergency organiza- l tion who will control the organization's support ' activities. ' i A medical consultant will provide the training and ! assistance for medical support personnel. See > Section 14.2.
; 17.3 Specialized Traininz .
Specialized training shall be given to the qualified personnel who will implement phases of the radi-ological emergency response plan. Programs shall be provided in the following areas.
- 1) Directors and coordinators of the response organizations .
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- 2) Personnel responsible for accident assessment
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- 3) Radiological Monitoring Teams l :
- 4) Police, security, and fire fighting personnel
- 5) Repair and damage control teams epS m. cA9i\oa.32N, ,
- 6) First Aid and rescue personnel E MERGENC Y PthM TRAWiNG dekn\s +he. Scope avsl .
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- 8) Medical support personnel I
- 9) 'IPC headquarters support personnel
[N 17.4 Retraining The CPS training staff will ensure that individuals with emergency response duties be periodically retrained as established in CPS No. 0AP1102.32N, EMERGENCY PLAN TRAINING. CPS personnel having emergency response responsibilities will receive refresher classes on an annual basis. id 1 < ) Communiceors i 17 - 2' i -- -
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- 4. Went at Radiolo3i ent Monitorg Teaats x, x x X !
bhyWGreQMg hrsonnel x x x x l l i CM Wr and Damage Control Teams x x, x l K % % X C*st Aid arul Descue Teans l e L.ocol Sq;:;t ESDA X X l Medical %t bsonne\ X % IM. Headquarters Sg-;24. x x X Commws(catoes (l'uansee) K
- M i O Aq be pmbided by oker Sceres Q Mit be previded by Smv and \ccal ESDA
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4 APPENDIX A EMERGENCY PLAN TRAINING OUTLINE - A. Emergency Organization
- 1. Onsite
- 2. Emergency Response Support and Resources B. Emergency Classification Systen
- 1. Transportation Accident
- 2. Notification of An Unusual Event
- 3. Alert
- 4. Site Emergency
- 5. General Emergency C. Emergency Actions
- 1. Accident Assessment
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- 2. Notification Methods and Procedures
- 3. Protective Response
- 4. Recovery,Re-entry, and Post-Accident Operation D. Emergency Facilities and Equipment
- 1. Technical Support Center
- 2. Recovery Center
- 3. Emergency Communications l
- 4. Medical and Public Health Support E. Radiological Procedures !
- 1. Radiological Exposure. Control
- 2. Radiological Emergency Response F. Emergency Plan Procedures G. Public Information Channels k.
Page No. Al of Al Rev. No. 0 _. _m___ - -w mm
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- PROGRAM OF INSTRUCTION RESCUE, HANDLING AND TRANSPORTATION OF THE RADI0 ACTIVELY CONTAMINATED AND IHJURED PATIENT (S)
BY A!EULANCE AND RESCUE PERSOHHEL TIfE ALLOCATION: 2 HOURS I4ATERIALS AND 35 mm Carousel Projector REQUIRE!ENTS: 16 m Sound Film Projector Viewing Screen 35 m Slides (see lesson plans) Film: " Response to Transportation Accidents" RM-14 Survey Meter (2) Self-Reading Dosimeters (2) Badge Type TLD (2) Radioactive Sources Orthopedic Stretcher Blanket Protective Clothing Student Workbooks D 9 , 0 g,N D # l f g lie u w a a - g G 5 e
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? RINFORMAT!0NOLY PROGRAM OF INSTRUCTION RESCUE, HANDLING AND TRANSPORTATION OF THE RADICA'IIVELY COtTIAMINATED AND INJURED PATE'r(S)
BY AMBUI.ANCE AIO RESCUE PEPSCANEL PROGRAM OB N J Subject Time Objective INTRODUCTION 10 minutes To exclain the need for special procedures when re-spending to an accident that involves radiation, ard to present an overview of the program. Dt;rwnCN, PforwnCN To familiarize the audience AND INSTRUMENIATION 20 minutes with radiation instruments and provide personal protective actions which can be used to minimize radiation exposure. MEDICAL SIGNIFICANCE OF - To present information regarding PADIATION EXPOSURE 40 min W s the exposure-effect relationships of ionizing radiation. DEALING WI'IH TFE CCNIAMINATED AND 35 minutes 'Ib instruct rescue personnel in DUURED PATIENT (S) the procedures to be used for treating, handling, and trans-porting the contaminated and injured patient (s). TRAN5IwairICN T impart information concerning 15 minutes ACCIDENTS the special problems involved in responding to a transportation accident involving radiatior..
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PROGRAM OF INSTRUCTION RESCUE HAHDLING AND TRARSPORTATION OF THE RADI0 ACTIVELY C0dTAl11NATED AND INJURED PATIERT(S) BY AMBULANCE AND RESCUE PERSONNEL LESSON OUTLINE A. INTRODUCTION Compare and contrast the rescue approach to a radiation accident to tnat of other types of accidents. Define the classification and characteristics of the various types of radiation injuries. , l Present an overview of the topics to be covered in tne remainder of the program. l l B. DETECTION, PRCTECTION, Ai40 INSTRUMENTATI0d , Present and explain the function of the various types of survey meters. j Demonstrate the proper method of using a survey meter. Define and demonstrate the difference between contamination and exposure. .
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Describe and exhibit various types of dosimetry. E..pl ai n , the function of the various types of dosimeters and indicate ! which type is appropriate for what circumstances. i l 4 l l* . l - .. -. . . _ _ _ - . ,
Rescue Personnel , Iacture Outline - 2 .- a5 0 ;,i : i
#9Q hl p L,!!Mi:On]4 t vlgi' h11 1iL uis MUi Present the physical characteristics of ionizing radiation which .
may be used by an individual working near radioactivity to reduce ! his personal exeosure: Time ; Distance Shielding C. MEDICAL SICNIFICA'CE OF RADIATION EXPOSURE Total Body vs Partial Body Exposures Exposure-Effect Relationships Skin Effects Significance of Im Iavel Radiation Exposures ; Attendant Rescue Exposure Guidelines D. DEALING WITH THE CNIW4n&TED AND INJURED PATIENT (S) In all cases, traumatic injury is of first priority. Specific procedures to be used at nuclear power facility site: Guardhouse procedures Role of Plant Health Physicist Protective Clothing
', Entering the' Plant Controlling Contamination Use of Stretchers Ccmnunication Procedures Prrvwhwes at the response hospital:
Security Measu .s . Method of Transporting Patient frtrn Ambulance to Radio-Surgery Demntamination Suite Decontamination of Self and Vehicle
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Rescue Personnel Iacture Outline - 3 F r
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MAh%- epw- m=- .$ N\! FORMATION ONU b PROGRR4 0F INSTRUCTION < THE HANDLING AND TREAT!!ENT OF RADI0 ACTIVELY CONTR4IHATED AHD INJURED PATIE'IT(S) i BY Et4ERGEHCY R00:1 PHYSICIAHS AND NURSES TIME ALLOCATION: 2 HOURS 14ATERIALS AND 35 m Carousel Projector REQUIREf4ENTS: Viewing Screen 35 mm Slides (see lesson plan) , RM-14 Survey tieter (2) Self-Reading Dosimeters (2) Badge Type TLD (2) Ring Dosimeters
~ (2) Radioactive Sources Attendant Protective Clothing .
Decon Procedum Chart Decontamination Kit
- Sample Taking Kit Student Workbooks t
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PROGRNb bT 0 THE HAliDLItiG AilD TREATHE!iT OF RADI0 ACTIVELY C0!iTNtIllATED AllD IflJURED PATIEliT(S) BY EFERGEtiCY RO0il PHYSICIAliS AllD flVRSES PROGRA't OBJECTIVES Subject Tine Objective IllTRODUCTIO;i 10 minutes To prnvide an overview of the course content and ex-plain the need for special procedures when dealing , with the contaninated and injured patiert. DETECTIOli, 15 minutes To familiarize the audie:ce PROTECTIO:1 AllD with radiation instruments ItiSTRU tEliTATI0ft and provide personal pro-tective actions which can be used to minimize radia- - tion exposure. . HOSPITAL FACILITIES 30 minutes To define the specific facilities and equipne.t
. required to handle and treat the contaminated and injured patient (s).
HAllDl.ItlG A!iD TREATI!iG 40 minutes To present specific proce-THE IllJURED AND COll- dures for dealing with tne TAMIIIATED PATIElli injured and contaminated patient, including de en-tamination and sample taking. MEDICAL SIG!lIFICAliCE 30 minutes To explain the medical 0F RADIATION EXPOSURE aspects of radiation in-juries including exposure-effect relationships.
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'a -'. i V a k b/ 4 'd 6 4 l PROGRAM OF INSTRUCTION THE HANDLING AND TREATHEHT OF RADI0 ACTIVELY !
CONTAMINATED AND INJURED PATIENT (S) BY EMERGENCY ROOM PHYSICIANS AHD NURSES l LESSON OUTLINE ; A. INTRODUCTI0ii Compare and contrast the treatment of a radiaton injury to the treatment for other types of injuries. Define the need for a Radiation Emergency Area. Present a sumation of the historical experience of Radiation Injuries: World-Wide United States Radiation Management Corporation Define the Classification and Characteristics of Radiation Injuries. l Explain the Regional Approach to the Management of Radiation Injuries. Present an overview of the topics to be covered in tne [ . remainder of the Program. e
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Lesson Outline - 2 7[D l hj[.O M,0: 'Iy [ ; gg i j (,,3 1;;,, , , , , 4 B. DETECTION, PROTECTION, AND INSTRUMENTATION Present and explain the function of the various types of survey meters. Demonstrate the proper method of using a survey meter. Define and demonstrate the difference between contami-nation and external exposure. Describe and exhibit various types of dosimetry. Explain the' function of the various types of dos 1 meters and indicate wnich type is appropriate for what circumstances. Present the physical characteristics of ionizing radiation which may be used by an indivi' dual working near radioactivity to reduce his personal exposure: Time Distance Shielding Hal f-Lifes C. HOSPITAL FACILITIES Define the purpose ~of the Radiation Emergency Area. Explain the special facilities and equipment needed in the Radiation Emergency Area: a) Floor Plan Requirements
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outside access controlled area ambulance holding area t waste storage attendant decon
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. Lesson Outline - 3 h k: g d i V . ,jVis',1 : V i 1 V i d w I* ,
[ i C. b) Supplies: j Floor Covering ,[ Ventilation Fil+ars Water Supply I Decontamination Table Top ; Water and Waste Disposal Instrumentation l Dosimetry Protective Clothing [ Decontamination Kit Sample-Taking Kit , High Activity Specimen Container
. Step-Off Pad !
Detail the procedures for setting up the Radiation , Emergency Area: i i Communications Security Personnel [ Control Point Duties ! Nursing Supervisor's Duties Physicians' Duties [ Maintenance Personnel Responsibilities l Engineering Personnel. Responsibilities
.. l D. HANDLING AND TREATING THE Ith1URED AND CONTAMINATED PATIENT (S) l Administrative Procedures I
.' Comunication l Security l Media Response i Nuclear Facility Health Physicists Role ;
Resuscitation and Stabilization of the Patient 9 , - ,.- . .-. ... - - +
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Lesson Outline - 4 .- , D. Survey of the Contamination ! Sample-Taking Procedures Decontamination Procedures i E. MEDICAL SIGNIFICANCE OF RADIATION EXPOSURE Total-Body vs. Partial Body Exposures Exposure-Effect Relationships Skin Effects Significance of Low Level Radiation Attendant Exposure Guidelines ! i I t
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j i Program of Instruction i THE HANDLIiiG AND TREATMEitT OF THE RADI0 ACTIVELY C0iiTAMINATED AND INJURED PERSON ! BY NUCLEAR POWER FACILITY PERSONNEL i i Prepared By Radiation Management Corporation 3508 Market Street , Philadelphia, Pennsylvania 19104 O 5 8 t t e
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. PROGRNi 0F INSTRUCTION <
THE"HANDLIliG #1D TREATMEliT OF THE RADI0 ACTIVELY CONTMi!NATED #iD INJURED PERSON BY NUCLEAR POWER FACILITY PERSON llEL PROG EM OBJECTIVES Sub.ie:t Time Objective INTRODUCTION 10 minutes To explain the need fer , special procedures w.en responding to an accident involving the contarinated and injured employee, and to provide an overviea of the course content. RESP 0iDING TO THE 30 minutes To instruct plant resp:nse CONTAMItlATED AND personnel in the procedures INJURED PERSON to be used when res:ending to an accident iny:1ving an injured and conta-inated person. PRINCIPLES OF FIRST 20 minutes To explain and denonstrate AID the basic principles of first aid. RESPONSIBILITIES OF 30 minutes To insure that plant radia-RADIATION PROTECTION tion protection personnel PERSON!iEL understand and can fulfill their responsibilities to a@ulance and hospital per-sonnel. ME!!) CAL SIGNIFIC# ICE 30 minutes To explain the medical as-0F RADIATI0fi EXPOSURE pects of radiation injuries including exposure-effect rel ationships . O
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O bi ' l}}}Onn r1.A T':!;(iMi!U 2 ~ ' , PROGRAM OF INSTRUCTIO!4 i THE HANDLING AND TREATMEllT OF THE RADI0 ACTIVELY C0!iTAMINATED AllD INJURED PER50!1 BY NUCLEAR POWER FACILITY PERSONNEL 4 TIMI ALLOCATION: 2 HOURS , MATERIALS AND 35 m Carousel Projector REQUIRE!ENTS Viewing Screen 35 m Slides (see lesson plans) Attendant Protective Clothing First Aid Kit Decon Procedure Chart
, Decontamination K.it Sarmle Taking Kit Student Workbooks t
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. PROGRAM OF INSTRUCTION THE HANDLING AND TREATMENT OF THE RADI0 ACTIVELY CONTAMINATED Al4D INJURED PERSON BY NUCLEAR POWER FACILITY PERSONNEL LESS0ft OUTLIliE -
^
A. INTRODUCTION Compare and contrast the response to a cor.taminated and injured person to the response for other types of acciden.s. Define the need for special procedures in responding to tne contaminated and injured person. Define the Classification and Characteristics of Radiation Injuries. Present an overview of the topics to be covered in tne remainder of the Program. B. RESPONDING TO THE C0dTAMINATED AND INJURED PERSON Equipment Needed
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. Assessing the External Exposure Hazard
. ' Determine patient's condition Controlling the contamination
-establishing boundaries
-restricting personnel ,
Comunication
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. Lesson Outline - 2 C. PRINCIPLES OF FIRST AID General
-Traumatic injury takes precedence
-Triage multiple patients Equipment Needed ABCs of First Aid General Cack Injury Fractures CPR Burns Shock Preparing the patient for transportation D. RESPONSIBILITIES OF RADIATI0i1 PROTECTION PERSONNEL Decontamination of patient at the Plant Initial Dose Assessment .
Raotation Protection for Ambulance and Hospital Personnel Requirements at the Support Hospital Decontamination Procedures at the Hospital Clean-up - Record Keeping Requirements - l t I Assisting in Definitive Dose Assessnent , I i
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i V lA':lVe iii%v.l Lesson outline - 3 E MEDICAL SIGNIFICANCE OF RADIATION EXPOSURE Total Body vrs Partial Body Exposure Tissue Sensitivity Exposure-Effect Relstionships Skin Effects Internal Contamination Concerns Suggested Rescue Exposure Guidelines Discussion of Low-Level Effects e e l l
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_ _ _ . _ _ _11. . r__. _ . . .._ _____ - _ _ .._ . . _ _ . . . . _ .-__.m_. i l 810.52 Describe the indoctrination / training and retraining of all site personnel who do not have emergency functions. Section 17.1 of the CPS Emergency Plan will be amended, as the attached page shows, to specify how the aersonnel indoctrination training and retraining will
)e implemented. A current information copy of CPS No.
0AP1102.31N, GENERAL EMPLOYEE TRAINING, is attached . p 5 6 t P P e - 9 4 g- -,-o . mesm o- ..gy,-- w - %- +. -s----wi e = ~==-*~w-"** 's F,* * ** ' * ' '* *'**M" " ' " " * " * * " ' " * * - e
CPS No. CAP 1890.00N (Rey. 0) 17.0 Radiological Emergency Response Training The CPS Staff recognizes the fact that an untrained ! volunteer will provide very little assistance and, ! in some cases, even becomes a hindrance in an l emergency. Therefore, CPS shall make provisions i for the training of appropriate individuals, both onsite and offsite, who may be called upon for assistance in an emergency. ( \ 17.1 Onsite Personnel Training c C All station Operations, Technical, RadChem, Plap Protection and Maintenance personnel will be' egdined to various degrees in emergency procedures.,frAdiation monitoring duties, first aid, and fire fightihg. It is the intent of this training to provide.an' adequate number of emergency personnel, sufficient 1f familiar , and trained for emergencies, so that indi:liduals can render effective assistance. The Supe'rvtsor - Training shall be responsible for providing thii's' training as out-lined in CPS No. CAP 1102.32N, EMERGENJ PLAN TRAINING. PlantProtectionwillmaintainpl%(hecurity. Onsite personnel shall participa in practical drills as part of this training. Individuals shall demon-strate their ability to perform their assigned emergency function. I First Aid training shall be given to anpropriate personnel and shall include courses equivalent t; Red Cross Multi-Media per CPS No. 0AP1102 35N, FIRST AID TRAINING. Station fire fighting training shall be given in accordance with CPS No. 0AP1102.34N, FIRE FIGHTING TRAINING. '
' 17 /2- Offsite Training In addition to the normal training they receive, CPS shall provide site specific emergency response training for those offsite emergency organizations , who may be called upon to provide assistance in the event of an emergency.
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du ce proitded General Empicyee Training ord TWo.m, ins as regered by GPS Mo. CA91 tea. StM, GEuE9At EM96.cWEE TRAINNG. %s traininS WM inctude, but ncA necessartl y b?. IIrvided lo 4c9(cs $0Ch a5 radio ttcw prcheckton enerat descr,ipKem c4 phn QacMG's, emegncy, {he9aredoess, Sk wrny, Ewe pro 4echten , mdustrud sq% and qtAh4y c.5Su rance - J 17 - 1 _ _ _.a,
4 l CPS No. 0AP1890.00N (Rey, 0) 17.0 Radiological Emergency Response Training The CPS Staff recognizes the fact that an untrained volunteer will provide very little assistance and, in some cases, even becomes a hindrance in an emergency. Therefore, CPS shall make provisions for the training of apprroriate individuals, both onsite and offsite, who may be called upon for assistance in an emergency. ( \ 17.1 Onsite Personnel Training j-All station Operations, Technical, RadChem, PlApt) Protection and Maintenance personnel will be tzdined to various degrees in emergency procedures., frAdiation monitoring duties, first aid, and fire fightihg. It is the intent of this training co provide.an' adequate number of emergency personnel, sufficientif familiar and trained for emergencib , so that indi:Jiduals can render effective assistance. The Super W or - Training shall be responsible for providing thii' training as out- , lined in CPS No. 0AP1102.32N, EMERGENs PLAN TRAINING. PlantProtectionwillmaintainplak(hecurity. Onsite personnel shall particip n practical drills as part of this training. Individuals shall demon-strate their ability to perform their assigned emergency function. I First Aid training shall be given to anpropriate personnel and shall include courses equivalent to Red Cross Multi-Media per CPS No. 0AP1102.35N, FIRST AID TRAINING. Station fire fighting training shall be given in accordance with CPS No. OAP1102.34N, FIRE FIGHTING TRAINING. l 17.2 offsite Training l In addition to the normal training they receive, CPS shall provide site specific emergency response training for those offsite emergency organizations who may be called upon to provide assistance in the event of an emergency.
%p All 09S empicyees and okr desfnawl indsidua\s l
' du be prodded Genecol Empicyee Tmining ord re.Waa,ninS as regered by 095 No. CA9ttoa. 3tN, GEuERAL Em9tcNEE TRAiNtuG %s *rdnin3 41 include, but not necessardy W. tiniaed b 4c9(cs goch as radia4tew prc%cson cwnera( descr,ipEcw c4 pian Qac'dWs, emegency,
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ILLINOIS POIER COMPANY CLINTON POWER STATION
. CPS No. 0AP1102.31N ,
Revision No. O TITLE: GENERAL EMPLOYEE TRAINING \ Scope of Revision: :
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i W i i SIGNATURES l original ^ Prepared by [bu D.R. Clines Interface Review ( '
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( /t . \ ( Department Head / Groun Sunervisor - Assistant Power () Plant Manager Compliance Sunerriser 2g.M,f/ , fr FRG Approval Power Plant Manager . I Annrovnt '77/'/14 f:w h - Date of Issue 5// 7 /S' / 1 -: P
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cps No. 0AP1102.31N ( LIST dF EFFECTIVE PAGES Page No Rev. No. i 0 ' 11 0 1 0 2 0 3 0 4 o 5 0 E
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i U TJ O M ? 'I M No. 0AP1109 11 N ( i l S!!UU! TABLE OF CONTENTS 1.0 Purpose 2.0 Discussion / Definitions 3.0 Responsibility 4.0 Precautions - None 5.0 Prerequisites - None 6.0 Limitations and Actions - None 7.0 Materials and/or Test Equipment - None 8.0 Procedure 8.1 Request for Training 8.2 Required Training (- 8.3 Testing 8.4 Training Records 8.5 Requalification Training 9.0 Acceptance Criteria 10.0 Final Conditions - None 11.0 References 12.0 Appendices - None 13.0 Documents - None - t i l Page No. ii Rev. No. O ,
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( ; 1.0 PURPOSE To establish guidelines for the conducting of General Employee Training (GET) for interdepartr.ent, contractor, and designated peraonnel at Clinton Power Station (CPS). 2.0 DISCUSSION / DEFINITIONS In accordance with ANSI 3.1, 1978 all personnel employed at a Nuclear Power Station will receive GET. CPS satisfies this by having an orientation program consisting of three phases. GET is Phase 1 of this program. It should be conduct-ed within 5 working days of the employee's or contractor's first day of employment. Successful completion of GET is a prerequisite for unescorted access to the Protected Area and Station Radiological Areas (SRA). 3.0 RESPONSIBILITY (' 3.1 The Power Plant Manager is responsible for the implementation of this procedure. 3.2 The Supervisor - Training is responsible for review of this procedure and for supplying personnel to teach this course. Additionally, the Supervisor - Training is responsible for supervising, coordinating and adminis-tering the GET program and for establishing and main- l taining the training records in accordance with CPS No. 0AP1017.02N, TRAINING RECORDS. 4.0 PRECAUTIONS None 5.0 PREREQUISITES None 9 ( l Page "o. Rev. No. ,
fji}i ' 9 9,! h S No. 0AP1102.31N k \ i j 1 6.0 LIMITATIONS AND ACTIONS None 7.0 MATERIALS AND/OR TEST EQUIPMENT None 8.0 PROCEDURE 8.1 Recuest for Training The request for GET shall be made to the Supervisor - Training by the responsible supervisor of the prospective attendees. 8.1.1 The request should be in writing and should in-clude the name and job title of the attendee (s) . ( 8.1.2 The Supervisor - Training shall, upon receiving a, request, formulate a training schedule that is compatible with plant and personnel schedules. 8.1.3 The responsible supervisor shall, upon receiving the training schedule, ensure their personnel are available for the training. 8.2 Recuired Training The following is an outline of subjects that should be covered in GET. It should normally consist of, but is not limited to the subjects below; however, the Supervisor - Training may waiver generic portions based on documented equivalent training received at another utility when a formal GET reciprocity agreement exists with that utility. The documentation shall be specified in the agreement. 8 . 2 .1, Radiation Protection A. Radiation Theory B. Biological Effects f s Page "o. 2 Rev. No. 0 , L
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( . C. 10CFR19, Notices, Instructions and Reports to Workers, Inspections D. CPS Policy on Radiation Exposure E. ALARA Program F. Radiation Monitoring Devices G. Contamination Control H. Plant Radiological Areas and Concerns I. Personnel Radiation Records 8.2.2 General Description of Plant and Facilities A. Plant General Arrangement B. Use of Alarms and Communications Sys tems ( C. Station Administrative Organization 8.2.3 Site Emergencies A. Various Levels of Emergencies
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B. Response to Alarms in the Plant C. Emergency Assembly Areas D. Evacuation Routes 8.2.4 Site Security A. Security Badges B. Security Areas C. Area Access Limitations D. Personnel Responsibility 8.2.5 Qtrality Assurance A. Piirpose and Applicability (,_ Page No. 3 _ Rev. No. 0 , n - - - - .- -.
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i s i.sI t i, 0AP1102.31N ti PS Mo. T . (. B. Administration 8.2.6 Fire Protection A. Fire Extinguishing Devices: Type, Location, Proper Use, and Precautions of Each. B. Actions of Personnel Uoon Discovering a Fire. 8.2.7 Industrial Safety A. Fundamentals of Industrial Safety B. Plant Areas Requiring Extra Safety Precautions C. Safety Equipment and Its Use. 8.2.8 Maintenance Work Requests 8.3 Testina ( Upon completion of the required training,a comprehensive exam will be administered. 8.4 Training Records Documentation of General Employee Training shall be in accordance with CPS No. 0AP1017.02N, TRAINING RECORDS . The attendee shall also receive a wallet size card documenting successful completion of GET. 8.5 Recualification Training - 8.5.1 Annual retraining of the GET Program will be provided'to all plant personnel. The Supervisor - Training will coordinate and formulate a training schedule that is compatible with plant and personnel schedules. 8.5.2 The responsible supervisors / des'ignees shall be respcnsible for ensuring their personnel are available for the annual retraining. I Page "o. 4 i l Rev. No. 0 ,
d 1 . ,. i cps no. 0AP1102.31N m ^y 7 l' O T O " ? ," = ' ' r
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f ; r)V li!bifil ! U l l _b 42 b 3 9.0 ACCEPTANCE CRITERIA 9.1 Successful completion of GET requires the passing of the comprehensive exam, of which, 707. shall be considered an acceptable passing score for all e::ams. 9.2 A score of less than 707. shall require a review of the tes t with the person involved. Further instruction will be given to clear up weak areas . A reexamination, either oral or written, will then be given. 9.3 Oral exams shall be documenced by denoting the question asked and a grade of satisfactory or unsatisfactorv. A " satisfactory" shall constitute a grade greater than 707. and an " unsatisfactory" is less than 707.. 9.4 Exam questions should be reviewed with the student (s) after a test to ensure they understand the material. 10.0 FINAL CONDITIONS None
11.0 REFERENCES
11.1 ANSI /ANS-3.1-1978, Selection and Training of Nuclear Power Plant Personnel 11.2 10CFR19, Notices, Instructions and Reports to '.forkers . Inspections 11.3 CPS No. 0AP1017.02N, TRAINING RECORDS 11.4 CPS No. 0AP1002.0lN, INDOCTRINATION AND TRAINING 12.0 APPENDICES t None 13.0 DOCUMEttrS None (- i Page "o. 5 Rev. No. 0 ,
I ! i 810.53 Provide information to assure that the requirements of 10 CFR Part 50 Section 50.54(t) regarding annual independent audits for persons who have no direct responsibilities for the implementation of the emergency preparedness program will be met. Section 18.4 of the CPS Emergency Plan will be amended,
, as the attached page shows, to assure that the auditing group will have no direct responsibilities for the implementation of the emergency preparedness program at CPS.
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- CPS No. OAP1890.00N (Rev. 0) 18.4 Independent Audit . The IPC Quality Assurance Department shall be responsible for auditing, at::least once every year, the CPS Emergency Plan and its associated implementing procedures to verify compliance with internal rules, procedures, federal regulations, State and local positions, and operating license provisions. The audit shall in-clude training, readiness testing, and equipment. Management controls shall be implemented for evaluation and correction of audit findings. The result of the audit shall be documented, reported to the appropriate levels of management, and :..cained for a period of five years.<
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18.5 Supporting Plans ;
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Appendix A lists the plans of offsite organizations, that will support the CPS Emergency Plan.
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i 810.54 Revisfons to the Plan and arocedures should be dated and marked to show where changes have been made. Secticn 18.2 of the CPS Emergency Plan currently states that revisions shall be performed according to the current CPS No. 0AP1005.0lN, PREPARATION, REVIEW, APPROVAL, REVISION, AND CANCELLATION OF STATION PROCEDURES. The requirements of dating and marking subsecuent revisions to the Plan and its implementing procecures are inherent in CPS No. 0AP1005.0lN. To ensure there is no ambiguity, however, Section 18.2 will be amended accordingly, as shown in the answer to question 810.55. e 5 e
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! 810.55 State that phone numbers in the emergency procedures I
will be updated quarterly. Section 18.1.2 of the CPS Emergency Plan, specifically , , item 8, will be revised, as the attached page shows, to ensure that all phone numbers will be updated quarterly, f e e
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CPS No. OAP1890.00N (Rev. 0)
- 6) Ensuring the maintenance and inventory of. emergency equip- .
ment and supplies outlined in Sections 5.3 and 10.2 through 10.2.7.
- 7) Maintaining himself current with respect to changes in federal regula-tions and guidance that inpact emer-gency planning activities.
- 8) Maintain an up to the date listing "
of telephone numbers in CT: ernergency procedures tieq@liWh4ti4dM>mEs&) at 1 ease quarter-ly. ,
'1 18.2 Periodic Review r'
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CPS shall update this Emergency Plan as needed. The ,- . Emergency Planning Coordinator shall ensure that the..\ . CPS Emergency Plan is reviewei once a year and is ;5 current. Revisions shall be performed according to the *durrent CPS No. 0AP1005.0lN, PREPARATION, REVIEW, APPROVAL, REVISION, AND CANCELLATION OF STATIONcP.ROCEDURES. Revision shall encompass chan~ges; . -i 6 problems identified in exercise's)needed to correct and drills and to manpower or re- . address sources. Re obsolete practice, poficy,d marked Wheft CMt$eS Luere M'e. visions Shlt be d&d Gri 18.3 Distribution The CPS Emergency Plan is incorporated into the station procedures and is therefore subj ect to document control. The Emergency Plan and its subsecuent revisions shall be distributed and placed into controlled copies of the station procedures in the same manner as any other proce-dure. Being also incorporated as Section 13.3 of the CPS FSAR, copies of any revisions to the Emergency Plan should be distributed to holders of the CPS FSAR for replacement on an annual basis. The Emergency Planning Coordinator shall maintain a list of individuals and organizations responsible for any aspect of this plan. These individuals nd agencies shall receive revisions to this emer-ncy plan after revisions are approved. They will n replace their ot.olete copies or sections of plan with latest revision and properly disnose solete ones. - - - . . - - _-.._-..e ,
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f-4 810.56 Describe the criteria to be used to determine when, following an accident, r be appropriate or when peration o.e-entrycould of thebefacility would resumed. Included in the answer to question 810.1, section 15.7 of the CPS Emergency Plan will be added to describe the criteria to be used to determine when, following an accident, re-entry and resumption of operation can begin. t 4 se 4 6
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