ML20040A827
| ML20040A827 | |
| Person / Time | |
|---|---|
| Site: | Duane Arnold  |
| Issue date: | 11/23/1981 |
| From: | IES UTILITIES INC., (FORMERLY IOWA ELECTRIC LIGHT |
| To: | |
| Shared Package | |
| ML112410142 | List: |
| References | |
| PROC-811123, NUDOCS 8201220190 | |
| Download: ML20040A827 (200) | |
Text
{{#Wiki_filter:' L A EMERGENCY PLAN IMPLEMENTING PROCEDURES REVISION CONTROL SHEET C-Revision No. 1 Revision Date 10-27-81 : I i Rev. Page/ Proc Date Rev. Page/ Proc Date Rev. Page/ Proc Date t INDEX 5/22/81 0 1.1 5/11/81 0 1.2 10/12/81 1 2.1 10/8/81 1 2.2 10/12/81 1 3.1 10/19/81 1 3.2 10/19/81 1 3.3a 10/21/81 1 3.3b 5/13/81 0 4.1 5/11/81 0 l l 4.2 5/11/81 0 4.3 10/19/81 1 ! 4.4 5/11/81 0 1 5.1 5/11/81 0 5.2 5/11/81 0 6.1 5/11/81 0 6.2 5/11/81 0 6.3 5/11/81 0
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 1 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 g AND OFFSITE AGENCIES Date 10-12-81 V 1.0 PURPOSE This procedure provides instructions for notifying the Emergency Response Organization and offsite agency personnel of the declaration of and Emergency Action Level (EAL). 2.0 APPLICABILITY This procedure applies to members of the Emergency Response Organization and offsite agencies upon declaration of an EAL at DAEC. 3.0 RESPONSIBILITIES j 3.1 Shift Suoervising Engineer (SSE) Directs STA to make initial notification as per the current Emergent y Response Organization Notification List #1 (Attachment 3) Verifies notification of the Emergency Response Organization (Refer to Attachment 2 and 3) and the required offsite agencies. Q 3.2 Shift Technical Advisor (STA) i Initially assumes duties of Primary Communicator in the Control Room. ; Performs notifications as shown in Notification List No.1 of the current ; Emergency Response Organization Notification List. (Attachment 3). Logs all notifications listed on Notification List #1 (Refer to Attachment #3) 3.3 Shift Security Supervisor (SSS) Ensures notification of the Emergency Response Organization. (Refer to Attachment 2 and 3). I, 3.4 Security Force Communicators Perform notifications as shown in Notification lists 2 and 3 of the current Emergency Response Organization Notification lists (Attachment 3). f-Logs all notifications listed on Notification Lists 2 and 3 (Refer to Attachment 3). 4.0 INSTRUCTIONS 4.1 The Shift Supervising Engineer (SSE) shall declare an Emergency Action Level (EAL) as described in EPIP 1.1, " Determination of the Emergency Action l Level." In addition, if site evacuation is required, the SSE shall initiate personnel evacuation as described in EPIP 4.1, " Site Evacuation." j
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 l Page 2 of 9 J NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 AND OFFSITE AGENCIES Date 10-12-81 i i 4.2 Declaration of the EAL shall immediately initiate the ' notification process as follows: 4.2.1 The STA, initially acting as primary communicator and directed by the SSE, shall commence notification. 4.2.2 If the EAL classification level requires full activation of the Site Emergency Response Organization, the STA notifies the Security Shift Supervisor who will assign the two communicators from the Security Force to assist with the notification. 4.2.3 Notification shall be accomplished using Notification Lists 1, 2, and 3 as follows: (Attachment 3) The STA using Notification List No.1 shall:
- Contact Security Shift Supervisor if full activation of the Emergency Response Organization is required.
O - Telephone IELP Emergency Response Organization personnel and government agencies in order listed. The two Security Force Communicators using Notification Lists No. 2 and No. 3, as assigned shall: Telephone, in sequence, the individuals under each emergency position using priority established in Attachment 2.
- b. Priority for placing calls is as indicated by the flow chart (see Attachment 2).
- c. If the event occurs during normal working hours, site personnel can be contacted using the plant page and/or extension numbers. During l
- the off-hours, use home phone, and/or beeper numbers.
- d. Allow approximately ten rings (1 minute) for a call to be answered.
- e. Telephone individuals in the sequence shown in Attachment 2 using Notification Lists 2 and 3 of the current Emergency Response l Organization Notification List (Attachment 3) until the total number required have been contacted. Log all calls or attempts on Notification Lists 2 and 3 ( Attachment 3).
- f. Following completion of the entire sequence, attempt notification of those individuals unavailable during the first calling cycle until Q' the total number of people required for each emergency position has been reached.
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. . = . . . - . .
I 4 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 :
> i Page 3 of 9 l I
NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 l AND OFFSITE AGENCIES Date 10-12-81 . 4 i i NOTE ! The Emergency Response team members home telephone numbers and ! office extension numbers listed on the Er,ergency Response ! Organization Notification Lists shall be updated quarterly. ! (Attachment 3). [ 4.2.4 In the case of an Unusual Event, where the SSE or Emergency $ Coordinator directs partial activiation of the (SC cr OSC, the SSE (' shall request notification as indicated on Attachments 2 and 3 only , as required to support the partial activation. Full activation of the Emergency Response Organization is required for any Alert or greater classification. ~ 4.3 After recieving authorization from the SSE, the STA shall conduct notification of the Emergency Coordinator and offsite agencies as follows: , Emergency Coordinator - use plant page, commercial phone or beeper. l O E0C (county and state) - use commercial phone or, as a last resort, s point-to-point radio or IWAS phone. ll } NRC - use red " hotline" phone (confirm NRC contact with SSE). [ i
; Deliver Message as shown in Attachment 5 depending upon the EAL [
classification. l 4.4 After receiving authorization from the SSE, the Security Shift Supervisor ! shall direct the two Shift Security Force Communicators to notify the l l Emergency Response Organization. The Security Shift Supervisor shall ! provide each of the two Security Force Communicators with a Notification List ! (see Notification Lists No. 2 and 3 of Attachment 3). Comercial phones j i should be used to perform these contacts. Use Attachment 4 as a guide for ! l message content. j l 4.5 All calls or attempts at conversation shall be logged'using Notification j
- Lists 1, 2 and 3. Calls shall be logged whether completed or not. Notify
j the SSE or the Emergency Coordinator, if onsite, about key Emergency Response ! Organization personnel who cannot be reached. Temporary reassignment may be l necessary until all notifications have been completed. ; 4.6 The DAEC Security Force and local law enforcement agencies may have i , established road blocks at predetermined points' around the DAEC to prevent ; access by unauthorized personnel during an emergency. To gain access to the 7 O site during an emergency, personnel notified to report to the DAEC should be l;l prepared to present appropriate identification. j l. i
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 4 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 AND OFFSITE AGENCIES Date 10-12-81
5.0 REFERENCES
- 1. Iowa Electric Light and Power Company Emergency' Response Plan.
- 2. Duane Arnold Energy Center Emergency Plan.
- 3. NUREG 0654, Rev. 1.
6.0 ATTACHMENTS
- 1. Key Emergency Response Organization Personnel
- 2. Notification Flow Chart
- 3. Emergency Response Personnel Notification Lists
- 4. Emergency Response Organization Notification Message Content
- 5. Offsite Agency Notification Message Content Approved by: I * *17-dl Reviewed by: /0 Chief Engineer Chairman Operatio Committee 3
Approved by: d d , [j r; n ,n A Approved by: ~2D RadiationPrgtectiodEngineer As'sistant Chie'i Engineer Technical Support \ 0 l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 5 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1
,o AND OFFSITE AGENCIES Date 10-12-81 V
ATTACHMENT 1 KEY EMERGENCY RESPONSE ORGANIZATION PERSONNEL Emergency Title . Non-Emergency Title Control Room Coordinator (P) Operation Supervisor (1) Assistant Operations Supervisor
- (2) Off-duty SSE
- Control Room Supervisor (P) Shift Supervising Engineer Emergency Coordinator (P) Chief Engineer (1) Assistant Chief Engineer - Operations (2) Assistant Chief Engineer - Health Physics I and Security l i
O Primary Communicator Shift Technical Advisor IE Tower: Emergency Response & Recovery (P) Director of Nuclear Generation l Director (1) Assistant Vice President Nuclear i Generation i IE Tower: Radiological & EOF Manager (P) Manager, Nuclear Licensing and Fuels (1) Licensing Engineer Site Radiation Protection (P) Radiation Protection Engineer Coordinator (1) Assistant Radiation Protection Engineer 1 (2) Health Physics Supervisor l TSC Supervisor (P) Assistant Chief Engineer - Operations l (1) Assistant Chief Engineer - Health Physics and Security (2) Arsistant Chief Engineer - Technical Support OSC Supervisor (P) Health Physics Supervisor (1) Radwaste Supervisor (2) Assistant Radiation Protection Engineer l (P) = Principal (1) (2)... = Alternate in descending order a
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 6 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 AND 0FFSITE AGENCIES Date 10-12-81 ATTACHMENT 2 NOTIFICATION FLOWCHART EAL Declared Shift Supervising Engineer (SSE) Shift Technical Advisor (STA) (CommunicptorNo.1) p ___________________
- Emergency Coordinator Secur'ty-Shift Supervisor
, l .
- Emergency Response & SecurityForce Security Force O Recovery Director (Communicator No. 2)
(Communica';or No. 3)
** Site Radiation **TSC Sup rvisor
- Linn County (E0C) Prot. Coord.
(Sheriff) ** Con' ol Room
**0SCSupelrvisor Coordinator
*Benton County (EOC) **He al th hysics **Communi a?. ors I I
(Sheriff) Technician
** Shift Technical !
** Rad / Chem Tech. Advis rs State (005)
EOC **Radwaste Operator **Rx & P1 nt Perf.Eng
*** Exposure Records ** Mechanical Maint. '
l
*** NRC Coord' nator l ** Electricians l
***Radwast Supv.
**Instrum nt Techs. !
l
*** Environmental Rad
- Contact within 15 minutes Chem Tech. ** Elect M int Supv. '
** Contact within 30 minutes l l *** Contact within 1 hour *** Support Services *** Electrical Design
***NRC Resudent *** Mechanical Design !
Q Inspector
***Mechani al Supv.
***GE Operations Eng.
--- Full activiation *** Warehouse Personnel
*** Plant C emist
*** Security Supv.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 7 of g 4 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 1 AND OFFSITE AGENCIES Date 10-12-81 e ll l 1 ATTACHMENT 3 } EMERGENCY RESPONSE ORGANIZATION NOTIFICATION LISTS l See enclosed Special Order " Emergency Response Organization Notification List" I i l 1 j I O l i O
i l I O V lowa Electric Light and Ibwer Company SPECIAL ORDER, General # 437 T0: ALL DAEC Personnel
SUBJECT:
Emergency Response Organization Notification List ORIGINATED BY: Randy Portz, Emergency Planning Assistant EFFECTIVE DATE: 12 October 1981 CANCELLATION DATE: 12 January 1982 DISTRIBUTION: L. Root D. Nowotny D. Gipson R. McGaughy M. Huting J. Davis D. Mineck L. Voss K. Meyer B. York J. West R. Portz D. Wilson D. Vest Security Control Point J. Vinquist F. Brush Chem Lab (2) R. Rockhill N. Brown Health Physics J. Sweiger G. VanMiddlesworth Radwaste Control G. Fulford D. Teply Central Alarm Station J. VanSickel C. Mick J. Sparano Q - R. Anderson L. Morey M. Hammer J. DeVries M. Sparks R. Cantrell K. Young R. Roberts D. Rickels E. Lange R. Zook R. Sanders R. McCracken R. Potts L. Wille B. Klotz B. Dye D. Kelley M. Benfield All EPIP Manual Holders The attached phone list is hereby promulgated, this list supersedes Special Order General d - 431. The lists are separated according to Emer-gency Job Classification. Please insert this list in your Emergency Plan Implementation Procedure (EPIP 1.2) and remove existing Attachment #3. Daniel L. Mineck Chief Engineer Duane Arnold Energy Center DLM/sg i Attachment G U cc: Ken Vanous lhww Anusid Dwry Center
- m. Ik>5 331
- Cedar IL1pids, Iowa 32406
- 319/nst-3612
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NO REQ. TOTAL tl0TIFICATIONS PARTY CALLED TIME HOME OFFICE IN NO INI"IAL RECALL EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. RE0. YES N0 YES NO EMERGENCY COORDINATOR 1 1 P) Daniel L. Mineck
- 1) Bobby R. York ~
l
- 2) David L. Wilson
- 3) John V. Vinquist '
- 4) Rick L. Hannen l
EMERGENCY RESPONSE & RECOVERY DIRECT 0D 1 1
" ~~ ~
P) Dick McGaughy
- 1) Larry D. Root
- 2) Harold Rehrauer Security Shift Supervisor (CAS)
} l 1 Linn County E0C (sheriff) _ 15 min.
A or > Point to Point Radio / / IWAS Phone j Benton County E0C (Sheriff) - - - 15 min. r or M/ V Point to Point Radio or IWAS Phone . State E0C (005) 15 min. p or_ or Point to Point Radio or IWAS Phone Communicator Name Date
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ll18 lil ll . 140 0 ttl lllll ll l 6 b l lHII'* PAklY CALLLD ll0ME OfflCE IN N0 INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PliONE EXTENSION 30 MIN. RE0. YES N0 YES NO NRC Operations Center NRC "Il0TLINE" I hour Bethesda, Maryland __ - or g- .
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Communicator Name Date 1 4 J l a m6 N _.64WW*i N W
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v flotificationt st tio. 2 Page 1 of 2
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L NO REQ. TOTAL NOTIFICATION PARTY CALLED HOME OFFICE IN NO. INITIAL RECALL TIME EMERGEliCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. RE0. YES NO YES NO Site Radiation Protection Coordinator 1 1 (P) Keith Young . l (1) Bob Dye l (2) Ed Parsons ( (3) Edward J. Lange OSC Supervisor 1 1 (P) Ed Parsons , (1) Edward J. Lange (2) Bob Dye - Health Physics Technicians , , 5 8 Kevin Konzem x Paul A. Louis f( \ Kevin Coppes _ fgf Gerald G. Wilford fgf S. Hopper ggf J. Evans _ A 'f M. Davison J. Elbert f3 /
/fT_ f D. B1ack
~
\Uf A. Reese V R. Grafton l S. Funk -
l
- 0. Miller
- 8. Sligh P. McKay L. Sills (Trainee) -
DeeAnn Anderson (Trainee) Janiece Ford (Trainee) } Wesley Kadlec (Trainee) Norman Ne1 son (Trainee) Robert Schlueter(New Operator) ! Communicator Name Date
( m
, Notification , it No. 2 Page 2 of 2 g NO REQ. TOTAL NOTIFICATION PARTY CALLED HOME OFFICE IN NO. INI"lAL RECALL TIME EMERGENCY. TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. YES NO REQ. YE5lN0_
Rad / Chem Technicians _ _ . - - - - - - - 1 2 Ralph M. Lewis '" Craig Sealls Anthony Funke . Don Rees Radwaste Operators 1 1 James L. Klocke Eric A. Wienola Steven M. Eylers Terry Matta Roger Stigers M. Larson C. Brown Marshall Nickelson (Trainee) Robert Schlueter (New Operator) _ . Exposure Records Coordinator 1 Linda Haven Radwaste Supervisor Edward B. Lange r Rad / Chem Technician > Don Johnson Y Support Services Jerald Davis NRC Resident Inspector 1 Larry Clardy i G. E. Operations Engineer ' INFORM John Silva Plant Chemist Ralph Pohto Communicator Name _Date -
F i.u u i.cotiv. ' '. x . .o . ,, , age i vi .2
\ \ g NO REQ. TOTAL NOTIFICATION PARTY CALLED 110ME OFFICE IN fl0. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. REO. YES NO YES NO TSC Supervisor . , _ . . - _ - -
__ , 1 1 (P) Bobby R. York I (1) David L. Wilson (2) John V. Vinquist (3) Rick L. Hannen (4) Gary Van Middlesworth ( 5) John D. Van Sickel (6) Donald F. Vest [ Control Room Coordinator ' ' 1 1 (P) Donald F. Teply ( (lj C. R. Mick 5 gl Communicators ' 2 8 (P) Mike Chandler (P) Ken Peveler (P) Linus Drouhard (P) Jeff Nelson g\ (P) laj Mahammed fg) (1) Gene Havlic fpf (2) Sam Ray . fg?f (3) John Johnson >
,ggy (4) Giorgos Anagnostopoulos \' L7 (5) Paul Collingsworth (6) Dave Mankin
( 7) Dave Coughlin (8) Bill Ellis (9) Clare Bleau , WE Shift Technical Advisors (STA) i i 2 2 j,o E Ken Howard Mike Telpy l Bill Scholberg Jim Christenson Bill Rackle
~
Communicator Name Date
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NO REQ. TOTAL NOTIFICATION PARTY CALLED 110ME OFFICE IN NO. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. REQ. YES NO YES NO Rx. & Plant Perf. Engineers , _, 1 1 Gary Van Middlesworth Donald F. Vest Nicholas Brown ___ Francis L. Brush Mechanical Maintenance 1 4 James P. Goersch William E. Seely _ Donald L. Schott James M. Meyerhoff Ronald D. Shields Daniel L. Coghlan James Becker David McGill David A. Pladsen ~ Duane Long ( Apprentice) Stanley Jacobson (Apprentice) _ a C. Kress (Apprentice) .
/.u\
Electricians >
- 1 2 Paul Abernathy - _e /
James Scott 'f f Harold Rodenberg - f'f Norman Thiessen #f Instrument Technicians l 1 V j 1 Paul J. Maternowski [ Larry Gosnell Michael Long ' Tony E. Olsen Allen R.Schmidt Ernest C. Zaugg ' Lowell J. Russell ~ Bob R. Stout Daniel L. Thies William A. McVicker _ Comtr.unicator 1:ame Date
.r. .
NO REQ. TOTAL NOTIFICAI0N PARTY CALLED HOME OFFICE IN NO. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN. YES NO YES NO REQ. Electricial Design 1 Clare Bleau Mike Chandler Sam Ray Taj Mahamed , Giorgos Anagnostopoulous Dave Coughlin Mechanical Design j 1 Bill Ellis
~
Ken Peveler - Linus Drouhard Jeff Nelson Gene Havlic John Johnson Paul Collingsworth Dave Mankin i Ken Howard Mike Teply ' Bill Scholberg Jim Christenson '
- jg Bill Rackle Jim Lochrlein i
3 Mechanical Supervisors ./[ 1 (P) Richard D. Rockhill 1 _
/ j (1) George R. Fulford
/#7 Electricial Maintenance Supervisors l s
V 1 (P) Jerome C. Sweiger I (1) Larry L. Voss Warehouse Personnel Russell L. Brown i Eldon M. Marting I l Security Supervisor James Sparano Michael Sparks l, Communicator Name : Date
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nuuttluno esour c.es rage A or 4 vi r NOTIFICATION i) N0. REQ. TOTAL PARTY CALLED HOME OFFICE IN NO. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 inin. REQ. YES NO YES NO Shift Supervising Engineers (SSE) - - John DeVries Douglas R. Gipson , Marvin D. Hammer i ! Ronald E. Potts - l Raynond Roberts ! Raymond L. Zook v I s J Communicator Name Date ~ A '
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ma i e i ,6a c3uu4ces . age e u.
- J NO REQ TOTAL- NOTIFI ATION PARTY CALLED HOME OFFICE IN N0. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN YES N0 YES N0 REQ.
o Operators 2 John Adams ' i Richard L. Anderson Dwight L. Barton Russell Becker Wayne L. Bentley Richard I. Fowler Lonnie D. Gross - Dwight O. Hartz Robert Hovey R. Craig Hunt Duane R. Johnson Jack W. Mohr Kevin J. Morgan Wayne Render Keith Reule Steve Reynolds Dean 5. Robertson Stephen Rohr i Joe Ruth ! David M. Schussler ~ i A Gary B. Statton Allen J. Steen /M) Teryl Subbert /#/ Kenneth Thomas /#/ George R. Thullen /Ff Frank 5. VanEtten
/AD /
Benjamin Westcot /#/ Thomas A. Zimmerman (f8'/ Brian Hupke
~
V Frank Sauser Training Group Robert Anderson Larry Morey Bob Thorson i
~M --n -
Communicator Name Date
nouitionc esource Page 3 of 4
, v y z,j NO REQ TOTAL NOTIFICATION PARTY CALLED HOME OFFICE IN NO. IN'TIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. PHONE EXTENSION 30 MIN REQ. YES N0 YES NO Security Guard Lieutenant , ,
Rollie Cantrell Daniel Kelley Darrell Rickels - Richard Sanders Larry Wille i Security Personnel Howard D. Brown ' William Elam Diane Engelhardt Frederick Hadenteldt Brian C. Hall Larry Joens Ron Larsen Larry W. Mcdonald Robert bbriarity Donald Reiner Tom Stepanek i Melvin Theisen ju Robert Wetherall , jf.t ;'y Clerical Mary Bohnet /c Pauletta Carbaugh 4,'>f Sheryl Fetzer _
/uf)F Nancy 5. Franck 'adF sf Stepanie M. Gilbertson -29fs f Lila Hancock l T/
Linda Haven l Patricia Henkle i Ann Howard i Paula Luxa Rae Jean Sweeney
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s Sharon L. Teufel , Comnunicator Name Date
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NO REQ TOTAL NOTIFICATION PARTY CALLED tiOME OFFICE IN NO. INITIAL RECALL TIME EMERGENCY TITLE /NAME PAGER NO. Pil0NE EXTENSION 30 MIN REQ. YES NO YES NO Quality Control . _ _ . . . . . _ Robert A. McCracken
- Mark A. Huting ,
Bruce C. Klotz Donald Metcalt Dennis L. Nowotny , James West Technical Engineer ; Arnold Schmich David Varner Others Lance Mooney i Communicator Name Date "'
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 8 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 AND OFFSITE AGENCIES 'Date 10-12-81 ())) ATTACHMENT 4 EMERGENCY RESPONSE ORGANIZATION NOTIFICATION MESSAGE CONTENT This is (caller's name and job posit.on) calling from the DAEC. I am acting for the Shift Supervising Engineer. An event (Staff personnel shall receive message describing the event) has occurred at DAEC. Report to the site as quickly as possible and assume your assigned Emergency Response Duties. O i r I t 1
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 1.2 Page 9 of 9 NOTIFICATION OF THE EMERGENCY RESPONSE ORGANIZATION Revision 1 Q AND OFFSITE AGENCIES Date 10-12-81 ATTACHMENT 5 INITIAL NOTIFICATION MESSAGE
- 1) This is calling from the Ouane Arnold Energey Center.
Caller's name & title
- 2) An event has occured which is catagorized as a:
.. /
i a) Notification of an Unusual Event, a Type A- event. b) Alert, a Type B- event. c) Site Emergency, a Type C- event. d) General Emergency, a Type D- event. , j 3) Use of the prompt notification system IS/IS NOT recommended.
- 4) Abnormal radiological releases ARE/ARE NOT occuring. -
-- If occuring: ,
*/ \
a) The wind is out of the . The population of concein is ! located in section . , 4
- 5) Protective measures for the public ARE/ARE NOT recommended.
{
-- If recommended:
a) Sheltering b) Evacuation of pre-school children and pregnant women - c) General evacuation .
. /,..
- 6) Off-site radiological monitoring IS/IS NOT planned. -
2 '
-- If planned:
a) Emergency Monitoring Teams are being/have been dispatched
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U 7) Direct assistance at DAEC by your agency IS/IS NOT requested. . ,
-- If assistance is desired, explain:
/
l _ . . _ - . . . _ ~,. _ _. _ ., - . _ . _ _ _
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 1 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 . SUPPORT CENTER Date 19-8-81 1.0 PURPOSE This procedure describes actions to be taken to activate, staff, and perform the emergency functions of the Operational Support Center (OSC) shown in Attachment 1. 2.0 APPLICABILITY This procedure applies to all site management and technical personnel assigned to the OSC or responsible for emergency functions conducted from the OSC. Requirements delineated in this procedure shall be implemented upon the occurence of an event which may result in an emergency condition classified as an Alert, Site, or General Emergency involving radiological exposure to personnel. 3.0 RESPONSIBILITIES 3.1 Site Radiation Protection Coordinator Initially instruct, dispatch, and coordinate emergency monitoring teams. 3.2 Operational Suoport Center Suoervisor (] This position will be filled by (1) the Health Physics Supervisor, (2) the Radwaste Supervisor, or (3) Asst. Radiation Protection Engineer. Provide general supervision of personnel gathered at the OSC. Coordinate Emergency Assignment Board tag duties. Coordinate support activities provided by personnel assigned to the OSC. Determine OSC staff and expertise required subsequent to completion of Emergency Tag Board duties and advise the Emergency Coordinator. 3.3 Emergency Coordinator Authorize the dispatch of onsite and offsite radiological monitoring teams. s 4.0 -INSTRUCTIONS 4.1 Activation of the OSC will be initiated under the following conditions: 4.1.1 Notification of an Unusual Event if escalation appears imminent.
~
o ' 4.1.2 Alert / Site Emergency / General Emergency. i O.. 4.2 The snift Supervising Engineer sneii initiete Eele 4.1, Site Evecuetion-when an event is classified as an Alert, a Site, or General Emergency.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 e Page 2 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 7 SUPP0RT CENTER Date 10-8-81 4.3 In the event evacuation is necessary, the Shift Supervising Engineer shall ensure the following: 4.3.1 Notification of onsite emergency response personnel in accordance with EPIP 4.1, " Site Evacuation." 4.3.2 Notification of offsite emergency response personnel and offsite agenciet in accordance with EPIP 1.2, " Notification of Emergency Response Personnel and Offsite Agencies." 4.4 Upon arrival at DAEC, or if already present at DAEC, the Site Radiation Protection Coordinator shall immediately proceed to the Technical Support Center (TSC). At the TSC, he shall perform the following tasks: 4.4.1 Determine initial airborne dose projections in accordance with EPIP 3.3, " Dose Projections." 4.4.2 Inform the Emergency Coordinator of the results of the dose projections, and recommend appropriate response actions. q 4.4.3 Following completion of these tasks, the Site Radiation Protection O Coordinator may tnen proceed to the OSC es necessery. 4.4.4 The Site Radiation Protection Coordinator shall brief the OSC Supervisor and monitoring team personnel concerning dose projections, wind direction and velocity, release paths, and required monitoring. 4.5 The OSC Supervisor will immediately report to the OSC, the alternate OSC l supervisor (upon determining that the primary is present) will report to the ! TSC to receive ,the inplant status report from the Site Radiation Protection l Coordinator. He will then return to the OSC and brief the OSC Supervisor l concerning plant status. They then shall perform the following tasks: 4.5.1 Establish communication with the Control Room and/or the TSC.
- a. Primary communications will be by the telephone, security /
radiological survey radio system, and operations radio system.
- b. The back-up systems will be by runners.
4.5.2 initiate Operational Support Center (OSC) Log (see Attachment #2). 4.5.3 Supervise the implementation of Emergency Assignment Board tag duties. 4.5.4 Recieve accountability reports from the Security Shift Supervisor O (SSS) es Prescribed by Eele 4.1, " Site Evacuation." p_,.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 3 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 , NOTE When personnel accountability is accomplished and if the event is not escalating, personnel may be permitted to return to safe areas as approved by the Emergency Coordinator. 4.5.5 Report missing individuals to the Emergency Coordinator. 4.5.6 Supervise the activities of personnel assembled at or performing emergency functions within the OSC. 4.6 Upon declaration of an emergency event requiring activation of the emergency response f acilities, a member of the security force shall be dispatched to unlock the Emergency Response Team lockers, as well as the HVAC room of the TSC. There is another set of keys located in the Secondary Alarm Station in the event the keys in the SCP become lost or misplaced. 4.7 Personnel reporting to the OSC shall go to the Emergency Assignment Board areas upon arrival and remove, in numerical sequence, color-coded tags which match their job classification. See Attachment 3 and Attachment 4. Staff personnel are those DAEC Emergency Response Organization Members (with the O 3 exciusioa of Pieat maae9ement, s#Pervisors eoo ciericei) that are eitner placed on call or upon arriving at the Emeraency Assignment Board find their supply of color coded tags exhausted. Should all tags be taken from the tag board personnel shall report to the OSC Supervisor that they are availabl'e l for other duties and then proceed to the locker room and standby. First aid personnel shall be assigned by the Security Shift Supervisor as directed by the OSC Supervisor.
. 4.7.1 Instruction for tasks to be performed are included on the tags.
4.7.2 Color-coding is based on job classification as follows:
- a. Pink - Health Physics Technicians
- b. Orange - Radwas,te Operators
- c. Red - Rad / Chem Technicians
- d. Green - Staff
- e. Blue - Instrument Technicians
- f. Purple - Electricians Q Yellow - Mechanic g.
- h. Black - Technical Engineers
- i. White - Shift Technical Advisors
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 4 of 38 ACTIVIATION AND OPEPATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 4.7.3 Following an event which may result in an emergency condition classified as an Alert, Site or General Emergency involving radiological exposure to personnel which does not dictate a general site evacuation, the on shift Access Control Foreman shall remain in Access Control performing personnel monitoring until he is relieved by a Pink Tag Person. He shall then proceed to report to the OSC Supervisor and await further instructions. 4.8 Af ter removal of the tag, personnel shall: 4.8.1 Complete the instructions on their tags. Personnel requiring self contained breathing apparatus shall obtain them from the emergency locker area or Access Control. 4.9 Emergency monitoring teams shall be dispatched by the Site Radiation Protection Coordinator as authorized by the Emergency Coordinator as follows: 4.9.1 Onsite monitoring teams shall be dispatched during an event classified as Alert, Site, or General Emergency where there exists conditions with actual or potential for radiological significance. Refer to EPIP 3.1 "Onsite Radiological Monitoring." i O 4.9.2 Offsite monitoring teams shall be dispatched during an event classified as a Site or General Emergency where there exist conditions with actual or potential radiological significance. Refer to EPIP 3.2 "Offsite Radiological Monitoring." NOTE At the discretion of the Emergency Coordinator, onsite and offsite teams may be dispatched during events of a lower classification. It i is recommended that offsite monitoring teams be dispatched under an ! Alert condition if radiological releases have occurred. (perEPIP l 3.1, "Onsite Monitoring" and 3.2 "Offsite Monitoring"). ; 4.10 Following initial completion of tag board assignments, the OSC Supervisor shall determine the manpower requirements and expertise needed to support OSC activities and establish a rotating work schedule. The OSC Supervisor shall advise the Emergency Coordinator accordingly. 4.11 The OSC Supervisor shall maintain responsibility over personnel within the OSC and Contractor Change House. 4.12 Activities conducted in support of plant operations by personnel assigned to the OSC shall be coordinated through the OSC Supervisor. O 4.13 The OSC will function as coordination or staging area for other emergency response organization personnel performing general tasks involved with plant recovery.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 5 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 O l 4.14 Deactivation of the OSC shall occur at the direction of the Emergency l Coordinator. The deactivation will be based on existing plant conditions and radiological monitoring status. 4.15 Reporting
- The Radiation Protection Engineer in conjunction with the personnel assigned )
as OSC Supervisors shall, within 2 days of deactivation of the emergency organization, provide the Chief Engineer with a summary report of all significant activities which occurred at the Operational Support Center using information from the following sources: 4.14.1 Operational Support Center (OSC) Log (Attachment 2). 4.14.2 Reports from emergency response personnel. NOTE Radiological information received at the OSC from onsite emergency monitoring teams in the initial stages of the emergency will be included in TSC Reports. O 5.0 RErERENCES
- 1. NUREG 0654, Rev. 1
- 2. Duane Arnold Energy Center Emergency Plan.
6.0 ATTACHMENTS ,
- 1. Operational Support Center (OSC)
- 2. Operational Support Center (OSC) Log
- 3. Tag Assignments Flow Chart
- 4. Emergency Assignment Board Tag Duties l S. Personal Statement Concerning Incident Approved by: '
Chief Engineer
/O-27-f;/ Reviewed by:
Chairman,/ 8 /8/S [/ ' Operatiorfs Committee Approved by: y /I/o hn/ou & adiation Prq)/ection Eqljincer c
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 6 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 ([) $UPPORT CENTER Date 10-8-81 ATTACHMENT 1 OPERATIONAL SUPPORT CENTER (OSC) C m ca nouss [ Q:STIE COthTR ASSD2LY AREA L Technical Support
^
v , center T s \
~\ AsSusty azA:
(x \\ sq - v777 e nc ACCESS CCt.Tr.C~ q
<- J
ENERGENCY RESPONSE TEAM TAG BOARD AND LOCKERS D;. s g,x 's n . U
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 7 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 ! SUPPORT CENTER Date 10-8-81 ATTACHMENT 2 OPERATIONAL SUPPORT CENTER (OSC) LOG I OSC LOG Recorded by Time Entry Date (Initials) Activity I .O _ k ! Activity Code: A - Accountability M - Medical Support E - Evacuation 0 - Other F - First Aid R - Rescue H - Health Physics T - Tag Board Implementation l O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 8 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 ! O suePORT CENTER Oete 10-8-81 t i ATTACHMENT 3 TAG ASSIGNMENT FLOW CHART [ t EMERGENCY EVENT ' i AT D/SC ! l Local (Site) ,. Notification f i of Event Activation of OSC I I Personnel Report ! to the DAEC I l i Health Rad / Chem Radweste Mech. Elect- Instr. Staff Shlft Physics Technician Operators Mainten. riclans Tech- Pers. Engineers Tech. ; Tech. Pers. Pers. nlclans Advlsors i + Remove Remove Remove Remove Remove Remove Remove Remove Remove j Pink Tags Red Tags Orange Tag Yellow Tag Purple Tags Blue Tags Green Tags Black Tags White Tags in Order in Order in Order in Order in Order In Order in Order in Order in Order i i;
- - - ..n, l _ _ _ _ _
i ! Report to l Designated Area I i l _ Begin Tag Outies (See Attachment 4) O 1 b6
-. v., -
l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 9 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 O-ATTACHMENT 4 EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG HEALTH PHYSICS TECHNICIANS TAG NO.: 1 REPORTING AREA: Emergency Response Team Lockers l ASSIGNMENT: In-plant Surveys INSTRUCTIONS: a. Obtain an Inplant Survey Team operations radio from the Security Control Point and perform radio check with CAS.
- b. Go to locker #1, Shelf #1 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R l
- 2. R0-2A, High Range Dose Rate Instrument :
- 3. Hi-Vol Air Sampler '
4 4" Air Sample Filters (1 box) :
- 5. Air Sample Record Forms
- 6. Air Sample Plastic Bags and Labels
- 7. Smears (1 box)
- 8. Clipboard
- 9. Note Pad
- 10. Pencil l
- 11. Flashlight l'
- 12. Wristwatch
- 13. Full Protective Clothing
- 14. Self Contained Breathing Apparatus
- c. Dress in protective clothing.
- d. Obtain a self-contained breathing apparatus and inform the OSC Supervisor that you are standing by at the emergency response team locker area and are ready to comence in-plant surveys.
O i
; EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 l Page 10 of 38
- ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 g SUPPORT CENTER Date 10-8-81 1
J 1 ATTACHMENT 4 I' (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG 1
; HEALTH PHYSICS TECHNICIANS 1
TAG N0.: 2 , REPORTING AREA: Emergency Response Te.am Lockers ASSIGNMENT: In-plant Surveys , INSTRUCTIONS: a. Obtain an Inplant Survey operations radio from the Security Control Point and perform radio check with CAS.
! b. Go to locker #1, Shelf #2 and obtain and verify operability of the following equipment: ' O 1. Dosimeter - 5, 10 R
- 2. R0-2A, High Range Dose Rate Instrument
- 3. Hi-Val Air Sampler
- 4. 4" Air Sample Filters (1 box)
- 5. Air Sample Record Forms
- 6. Air Sample Plastic Bags and Labels
- 7. Smears (1 box)
- 8. Clipboard
- 9. Note Pad
- 10. Pencil
- 11. Flashlight
- 12. Wristwatch
- 13. Full protective Clothing 14 Self Contained Breathing Apparatus
- c. Dress in full protective clothing,
- d. Obtain a self-contained breathing apparatus and inform the OSC Supervisor that you are standing by at the emergency team response locker area and are ready to comence in-plant surveys.
- O
)
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 11 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 I Q SUPPORT CENTER Date 10-8-81 l ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG HEALTH PHYSICS TECHNICIANS TAG N0.: 3 REPORTING AREA: Emergency Response Team Lockers l ASSIGNMENT: Assembly Area Surveys, Habitability l INSTRUCTIONS: a. Go to locker M, Shelf #3 and obtain and verify (i.e., battery check, etc.) operability of the following equipment:
- 1. Dosimeters - SR. 10 R O 2.
3. E-140, tow Range Survey Instrument Hi-Vol Air Sampler
- 4. 4" Air Sample Filters (1 Box)
- 5. Air Sample Record Forms
- 6. Air Sample Plastic Bags and Labels
- 7. Smears (1 box)
- 8. Clipboard
- 9. Note Pad
- 10. Pencil
- 11. Access Control Survey Forms
- 12. Change House Survey Forms
- 13. Flashlght
- 14. Wristwatch
- b. Perform a radiation, smear, and airborne survey of the Operational Support Center. Notify the OSC Supervisor and then proceed to the Contractor Change House and perform the previously mentioned surveys.
- c. Count air samples and smears as required (using the portable radio-iodine particulate analyzer s other suitable device, etc. as per RPP 13.7)ystem, or O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 12 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 Date 10-8-81 O SUPP RT CENTER ATTACHMENT 4 I (Continued) l EMERGENCY ASSIGNMENT BOARD TAG DUTIES : , PINK TAG HEALTH PHYSICS TECHNICIANS i TAG N0.: 3 (continued) l i REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Assembly Area Surveys, Habitability INSTRUCTIONS: d. Record all results (sample time, count time, location 1 and results).
- e. Report results to the OSC Supervisor as they are ;
obtained (include sample time, location, and results). : O f. Stand by to count air samples and smears as required following steps c through e. , i
- g. Assist with Health Physics Access Control personnel monitoring (Pink Tag #4) as necessary.
l r l i i l l0
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 13 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 p) m SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG HEALTH PHYSICS TECHNICIANS TAG N0.: 4 REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Personnel Monitoring INSTRUCTIONS: a. Go to Locker #1, Shelf #4 and obtain the following equipment:
- 1. Dosimeters - 5 R, 10 R
! 2. E-140, Low Range Survey Instrument O 3-4 ci'9'oerd Note Pad
- 5. Pencil
- 6. " Personnel Statement Concerning Incident" Form
- 7. " Personnel Contamination Survey" Forms
- 8. Fl ashlight j b. Inform OSC supervisor that you are reporting to Access Control to relieve the Access Control foreman of his
- duties.
- c. Pass out " Personnel Statement Concerning Incident" forms to personnel in the OSC, instruct evacuated personnel to fill out form and return them to you when completed,
- d. Start surveying evacuated personnel. Determine if there are any injuries or high radiation exposure. (Personnel should record exposure on " Personnel Statement Concerning Incident" form). ,
l
- e. Review " Personnel Statement Concerning Incident" forms. -
- f. Repeat b through d in the contractor change house.
- g. Report personnel survey results and any pertinent pJ information from the " Personnel Statement Concerning Incident" forms to the OSC Supervisor.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 14 of 38 - ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 ] SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG HEALTH PHYSICS TECHNICIANS TAG N0.: 5 REPORTING AREA: Emergency Response Team Lockers l ASSIGNMENT: Rescue and Emergency Repair INSTRUCTIONS: a. Obtain the Rescue and Emergency Repair operations radio from the Security Control Point. Perform radio check i with CAS.
- b. Go to locker #1, Shelf #5 and obtain and verify O a er * " ' '"* ' " "'a9 *a"'9"*"t: !
- 1. Dosimeters - 5 R, 10 R ,
- 2. R0-2A, High Range Dose Rate Instrument
- 3. Teletector
- 4. Flashlight "
- 5. Full Protective Clothing l
- 6. Self Contained Breathing Aoparatus :
- c. Dress in full protective clothing. ,
- d. Obtain a self-contained breathing apparatus and inform i the OSC Supervisor that you are standing by at the ;
emergency response team locker area and are ready to , comence in-plant surveys.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 15 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 p SUPPORT CENTER Date 10-8-81 V - ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG HEALTH PHYSICS TECHNICIANS TAG NO.: 6 , REPORTING AREA: Emergency Response Team Lockers ,; ASSIGNMENT: Emergency Monitoring Team (Onsite) - Team Leader INSTRUCTIONS: a. Go to Locker #2, Shelf #1 and obtain and verify ! operability of the following equipment: l l
- 1. Dosimeters - 5 R, 10 R
- 2. R0-2A, High Range Dose Rate Instrument
- 3. Hi-Vol Air Sampler i C4 4. 4" Air Sampler Filters (1 box)
- 5. Air Sample Record Forms ,
- 6. Air Sample Plastic Bags and Labels
- 7. Clipboard
- 8. Note Pad
- 9. Pencil
- 10. Site Survey "SA-1" Forms
- 11. Flashlight
- 12. Wristwatch
- 13. Full Protective Clothing
- 14. Full Face Respirator
- b. Dress in full protective clothing. Don mask as neces-sary. !
- c. When tag number 1 - Green has reported to you that he -
is ready, inform the OSC Supervisor that your Emergency Monitoring Team (Onsite) is prepared to be dispatched.
- d. When dispatched, report monitoring team status every 5 '
minutes or more frequently as survey results are obtained. l I l l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 16 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revisior; 1 , SUPPORT CENTER Date 10-8-81 1 l ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PINK TAG , ] i HEALTH PHYSICS TECHNICIANS I i TAG NO.: 7 i REPORTING AREA: Emergency Response Team Lockers
- ASSIGNMENT
- Emergency Monitoring Team 1 (Offsite) - Team Leader l f INSTRUCTIONS: a. Go to Locker #2, Shelf #2 and obtain and verify l operability of the following equipment:
- 1. Dosimeters - 200 mR, SR i 2. R0-2A, High Range Dose Rate Instrument
- 3. E-140, Low Range Survey Instrument Q 4. Air Sample Record Forms
- 5. Clipboard
- 6. Note Pad i 7. Pencil
- 8. Radiation Survey Forms
- 9. Map
- 10. Flashlight
- 11. Wristwatch
- 12. Full Protective Clothing
- 13. Full Face Respirator
- 14. Electrical Substation Keys
- b. Don mask and protective clothing as required in the field.
! c. When tag number 2 - Green has reported to you that he i is ready, inform the OSC Su Monitoring Team 1 (Offsite)pervisor that is prepared toEmergency be dispatched. Request information concerning wind
- direction and velocity from OSC Supervisor.
i
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 17 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revisio1 1 , SUPPORT CENTER Date 10-8-81 l ATTACHMENT 4 [ (Continued)
! EMERGENCY ASSIGNMENT BOARD TAG DUTIES ;
PINK ~ TAG HEALTH PHYSICS TECHNICIANS TAG NO.: 8 REPORTING AREA: Emergency Response Team Lockers ! ASSIGNMENT: Emergency Monitoring Team 2 (Offsite) - Team Leader !' INSTRUCTIONS: a. Go to Locker #2, Shelf #3 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 200 mR, 5 R
- 2. R0-2A, High Range Dose Rate Instrument n 3. E-140, Low Range Survey Instrument V 4 Air Sample Record Forms
- 5. Clipboard !
- 6. Note Pad
- 7. Pencil
- 8. Radiation Survey Forms
- 9. Map ,
Flashlight 10.
- 11. Wristwatch
- 12. Full Protective Clothing '
- 13. Full Face Respirator
- 14. Electrical Substation Keys
- b. Don mask and protective clothing as required in the field.
- c. When tag number 3 - Green has reported to you that he ,
is ready, inform the OSC Supervisor that Emergency Monitoring Team 2 (Offsite) is prepared to be dispatched. Request information concerning wind direction and velocity from OSC Supervisor. . O t
2.1 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP Page 18 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 O ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES ORANGE RADWASTE OPERATOR TAG NO.: 1 REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Operational Support Center Communicator and Data Recorder INSTRUCTIONS: a. Go to Locker #1, Shelf #4 and obtain and verify ' operbility of the following equipment: ; .
- 1. Dosimeters - 5 R, 10 R
- 2. OSC Log
- 3. Pencil p).
- s. 4. Noble gas effluent monitor (Located in Locker 5, Shelf 1)
- b. Proceed to the Security Control Point. I
- c. Make initial entries in OSC Log and assist OSC Supervisor in making subsequent entries. ,
- d. Assist with communication as necessary.
- e. As required, activate the interim high range monitoring system located in the storage locker at the Security Control monitor point and record readings every 15 minutes. Inform the OSC supervisor of those readings if they are not within normal limits.
- f. Inform the OSC Supervisor of all pertinent information received.
() , I
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 l Page 19 of 38 l ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4
- (Continued)
EMERGENCY ASSIGNMENT BOARD TAG DUTIES l RED TAG RAD / CHEM TECHNICIAN TAG N0.: 1 l REPORTING AREA: TSC, Hot Lab Area ASSIGNMENT: Sample Counting and Chemical Analysis INSTRUCTIONS: a. Inform OSC Supervisor that you are proceeding to the l Technical Support Center. l
- b. At the TSC check the operability of the mobile l radiciodine monitoring system.
O c. Inform the Site Radiation erotection Coordinator of the mobile radiciodine monitoring systems operability status,
- d. Proceed to Access Control and obtain a high range dose rate instrument and dosimeters: SR, 10R.
- e. Proceed to the hot lab area.
- f. Inform OSC Supervisor that you are available to perform counting and analysis functions as needed.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 20 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES RED TAG RAD / CHEM TECHNICIAN l t TAG N0.: 2 REPORTING AREA: Hot Lab Area ASSIGNMENT: Sample Counting and Chemical Analysis INSTRUCTIONS: a. Inform OSC Supervisor that you are proceeding to the Hot Lab.
- b. At Access Control obtain.a high range dose rate instrument and dosimeters: 5R, 10R.
O c. eroceed to hot ieb aree.
- d. Inform OSC Supervisor that you are available to perform counting and analysis functions as needed.
l 0
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 21 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 Date 10-8-81 ; SUPPORT CENTER O ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES GREEN TAG STAFF PERSONNEL TAG NO.: 1 ] REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Emergency Monitoring Team (Onsite) - Team Member INSTRUCTIONS: a. Go to the Security Control Point and obtain the l Emergency Monitoring Teams Operations radio, perform radio check with CAS and arrange for transportation. ; i ~
- b. Go to Locker #2, Shelf #4 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R '
I
- 2. Battery Powered Air Sampier (HI-Q ,
- 3. 50 mm Particulate Filters (1 box) ) !
- 4. Charcoal Cartridges (1 box)
; 5. Flashlight
- 6. Wristwatch
- 7. Full Protective Clothing
- 8. Full Face Respirator
- 9. 12 Volt Battery (automotive type)
- 10. 12 Volt Battery Charger
- The battery and chargers are located next to Locker #2.
, c. Dress in full protective clothing. Don mask as j 4
necessary.
- d. Inform tag number 6 - Pink that you are standing by with i emergency equipment in readiness. I
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 22 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES GREEN TAG STAFF PERSONNEL TAG NO.: 2 REPORTING AREA: Emergency Response Team Lockers I ASSIGNMENT: Emergency Monitoring Team 1 (Offsite) - Team Member l INSTRUCTIONS: a. Go to the Security Control Point and obtain security / radiological survey radio with magnetic base antenna, perform radio check with CAS and arrange for transportation.
- b. Go to Locker #2, Shelf #5 and obtain and verify O oPerebiiity of the foiiowin9 equipment:
- 1. Dosimeters - 200 mR, 5 R
- 2. Battery powered air sampler (Radeco) '
- 3. Gasoline Powered air sampler ;
- 4. Gasoline Fuel mixture 2
- 5. 47 mm Particulate Filters (1 box)
- 6. Charcoal and AgZ cartridges ,
- 7. 4" Air Sample Filters (1 box) '
- 8. Air Sample Plastic Bags and Labels
- 9. Flashlight ;
- 10. Wristwatch i 11. Full Protective Clothing ,
i 12. Full Face Respirator
- c. Don mask and protective clothing as required in the I field. I I
- d. Inform tag number 7 - Pink that you are standing by with ,
emergency equipment in readiness. l ; l
2.1 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP , Page 23 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES ; GREEN TAG ! STAFF PERSONNEL ( TAG N0.: 3 REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Emergency Monitoring Team 2 (Offsite) - Team Member l INSTRUCTIONS: a. Go to the Sec6rity Control Point and obtain security / radiological survey radio perform radio check with CAS and arrange for transportation. .
- b. Go to Locker #3, Shelf #1 and obtain and verify operability of the following equipment:
- 1. Dosimeters -200 mR, SR
- 2. Battery powered air sampler (Radeco)
- 3. Gasoline powered air sampler
- 4. Gasoline fuel mixture
- 5. 47mm Particulate filters (1 box) ,
- 6. Charcoal and AgZ cartridges ,
- 7. 4" Air Sample Filters (1 box) ,
- 8. Air Sample Plastic Bags and Labels I
- 9. Flashlight i
- 10. Wristwatch 1
- 11. Full Protective Clothing i
- 12. Full Face Respirator
- c. Don mask and protective clothing as required in the field. .
- d. Inform tag number 8 - Pink that you are standing by with l l emergency equipment in readiness.
I J ' [ t , t
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 24 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLUE TAG INSTRUMENT TECHNICIANS TAG NO.: 1 REPORTING AREA: Emergency Response Team Lockers l ASSIGNMENT: Emergency Repair Work - Instrumentation INSTRUCTIONS: a. Go to Locker #3, Shelf #2 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R
- 2. Instrumentation Taoi Kit
- 3. Simpson V0M (2 Each)
Os 4. eieshiignt 1
- 5. Full Protective Clothing i
- 6. Self Contained Breathing Apparatus
- b. Dress in full protective clothing.
- c. Obtain a celf-contained breathing apparatus,
- d. Inform the OSC Supervisor that an instrument technician is prepared to be dispatched,
- f. Remain at Emergency Response Team lockers until !
otherwise directed by the OSC Supervisor. l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EP!P 2.1 Page 25 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PURPLE TAG ELECTRICIAN TAG N0.: 1 REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Emergency Repair Work - Electrical l INSTRUCTIONS: a. Go to Locker #3, Shelf #3 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R
- 2. Electricians Tool Kit I
- 3. Simpson V0M i O 4.
5. Flashlight Full Protective Clothing
- 6. Self Contained Breathing Apparatus i
- b. Dress in full protective clothing.
- c. Obtain a self-contained breathing apparatus.
- d. Return to the Emergency Team lockers. l
- e. Inform the OSC Supervisor that an electrician is prepared to be dispatched,
- f. Remain at Emergency Response Team lockers until otherwise directed by the OSC Supervisor.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 26 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 O - ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES PURPLE TAG ELECTRICIAN TAG N0.: 2 REPORTING AREA: Emergency Response Team Lockers ASSIGNMENT: Emergency Repair Work - Electrical INSTRUCTIONS: a. Go to Locker #3, Shelf #4 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R ! i
- 2. Electricians Tool Kit l !
- 3. Simpson V0M l Flashlight O 4
- 5. Full Protective Clothing
- 6. Self Contained Breathing Apparatus j
- b. Dress in full protective clothing.
- c. Obtain a self-contained breathing apparatus.
- d. Return to the Emergency Response Team lockers. j
- e. Inform the OSC Supervisor that an electrician is <
prepared to be dispatched.
- f. Remain at Emergency Response Team lockers until otherwise directed by the OSC Supervisor. 1 i
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Paga 27 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 O i l ATTACHMENT 4 i (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES f , i YELLOW TAG i
- MECHANIC TAG NO.
- 1 REPORTING AREA: Emergency Response Team Lockers :
ASSIGNMENT: Emergency Repair Work - Mechanical ; INSTRUCTIONS: a. Go to Locker #3, Shelf #5 and obtain and verify operability of the following equipment:
- 1. Dosimeters - 5 R, 10 R
- 2. Mechanical Tool Kit
- 3. Flashlight
(]) 4. 5. Full Protective Clothing ! Self Contained Breathing Apparatus !
- b. Dress in full protective clothing.
t I'
- c. Obtain a self-contained breathing apparatus. ,
- d. Return to the Emergency Team lockers. i
- e. Inform the OSC Supervisor that a mechanic is prepared to -
be dispatched. ; i
- f. Remain at Emergency Response Team lockers until ; !
otherwise directed by the OSC Supervisor. - i r k t C:) I 1 r
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 28 of 38 l ACTIVIATION AND OPERATION OF THE OPERATIONAL ~ Revision 1 (} SUPPORT CENTER _ s Date 10-8-81 l ATTACHMENT 4 - , - l (Continued) , , EMERGENCY ASSIGNMENT BOARD TAG _ DUTIES ] -
~
i BLACK TAG , TECHNICAL ENGINEERS l l ~ TAG N0.: 1 1 u_. ' REPORTING AREA: Control Room 1 i ASSIGNMENT: Control Room Communicator INSTRUCTIONS: a. Report to the Control Room.
- b. Inform the Shift Supervising Engineer that you are prepared to assume duties as Control Room Communicator.
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_, ~ -- . - . EMERGENCY PLA' N IMPLEMENTING PROCEDURE EPIP 2.1
'..' Page 29 of 38
- - ' ACTIVIATION'AND OPERATION OF THE OPERATIONAL Revision 1
-SUPPORT CEN!dd Date 10-8-81 t -
ATTACHMENT 4 i
.- (Continued)
EMERGENCY ASSIGNMENT BOARD TAG DUTIES
~
BLACK TAG TECHNICAL ENGINEERS I TAG N02- >2
^
- REPORTING AREA
- Control Room ASSIGNMENT: . Radiological Data INSTRI,1CTIONS: a. Report to the Control Room.
- b. Inform the Site Radiation Protection Coordinator that you are prepared to assume duties as the Radiological Data Communicator.
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r _ l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 30 of 38
' ACTIVIATION AND OPERATION.0F THE OPERATIONAL Revision 1 SUPPORT' CENTER Date 10-8-81 ATTACHMENT 4 (Continued)
EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLACK TAG TECHNICAL ENGINEERS TAG NO.: 3 REPORTING AREA: Technical Support Center ASSIGNMENT: Techn'ical Support Communicator INSTRUCTIONS: a. Report to the Technical Support Center.
- b. Inform the Technical Support Center Supervisor that you are prepared to assume duties as a Technical Support Center Communicator.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 31 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLACK TAG TECHNICAL ENGINEERS TAG N0.: 4 REo0RTING AREA: Technical Support Center ASSIGNMENT: Technical Support Communicator INSTRUCTIONS: a. Report to the Technical Support Center.
- b. Inform the Technical Support Center Supervisor that you are prepared to assume duties as a Technical Support Center Communicator.
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 32 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLACK TAG j TECHNICAL ENGINEERS TAG N0.: 5 REPORTING AREA: Technical Support Center ASSIGNMENT: Technical Support Radio Operator l INSTRUCTIONS: a. Report to the Technical Support Center. I
- b. Inform the Technical Support Center Supervisor that you !
are prepared to assume duties as a Technical Support I Center Radio Operator. l O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 33 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 () SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLACK TAG J TECHNICAL ENGINEERS TAG NO,: 6 REPORTING AREA: Technical Support Center ASSIGNMENT: Technical Support Communicator INSTRUCTIONS: a. Report to the Technical Support Center.
- b. Inform the Technical Support Center Supervisor that you are prepared to assume duties as a Technical Support Center Communicator.
i i. s. i i E f I i l i () t i L
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 34 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 Q SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES ELACK TAG TECHNICAL ENGINEERS TAG NO.: 7 REPORTING AREA: Technical Support Center ASSIGNMENT: Technical Support Communicator INSTRUCTIONS: a. Report to the Technical Support Center.
- b. Inform the Technical Support Center Supervisor that you are prepared to assume duties as a Technical Support Center Communicator.
O
i EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 35 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 O SUPP RT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES BLACK TAG TECHNICAL ENGINEERS TAG N0.: 8 REPORTING AREA: Technical Support Center ASSIGNMENT: Technical Support Communicator. INSTRUCTIONS: a. Report to the Technical Support Center.
- b. Inform the Technical Support Center Supervisor that you are prepared to assume duties as a Technical Support Center Communicator.
l O
'l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 36 of 38 ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 (]} SUPPORT CENTER Date 10-8-81 ATTACHMENT 4 (Continued) EMERGENCY ASSIGNMENT BOARD TAG DUTIES WHITE TAG SHIFT TECHNICAL ADVISOR TAG N0.: 1 REPORTING AREA: Technical Support Center t ASSIGNMENT: Technical Advisor INSTRUCTIONS: a. Report to the Technical Support Center. !
- b. Inform the Emergency Coordinator that you are prepared to assume duties as a Technical advisor. ,
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EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 Page 37 of 38 ) ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 SUPPORT CENTER Date 10-8-81
- ATTACHMENT 4
) (Continued) l EMERGENCY ASSIGNMENT BOARD TAG DUTIES WHITE TAG SHIFT TECHNICAL ADVISOR TAG N0.: 2 REPORTING AREA: Technical Support Center ASSIGNMENT: Technical Advisor INSTRUCTIONS: a. Report to the Technical Support Center.
i i
- b. Inform the Emergency Coordinator that you are prepared to assume duties as a Technical advisor.
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l 1 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.1 l 1 Page 38 of 38 i ACTIVIATION AND OPERATION OF THE OPERATIONAL Revision 1 i e SUPPORT CENTER Date 10-8-81 0c i ATTACHMENT 5 PERSONAL STATEMENT CONCERNING INCIDENT i Name Badge Number I J Date of Incident Time i j Supervisor Department What is your affiliation? l Where were you when notified of the in.4Jent? Building Room
- Please draw a map on the reverse side of this page and locate yourself on it
- with an (X).
How did you recognize or how were you informed of the incident? iO Did you run or walk? Show route of exit on map. What action did you take at the time of the incident if you did not leave l immediately? J l At the time of the incident were you wearing a TLD badge? Yes No Dosimeter? Yes No Time What location on your body were they worn? (i.e., lef t shirt pocket, right side of belt, etc.) Did you see, hear, feel, or smell anything unusual? Yes No j If yes, please describe List workers who were in your area at the time of the incident J i ) Other Comments Pertaining to the Incident: i ~ O i j i
9 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 1 of 10 ACTIVATION AND OPERATION OF THE Revision 1 TECHNICAL SUPPORT CENTER Date 10/12/81 1.0 PURPOSE This procedure provides instruction for setivation and operation of the Technical Support Center (TSC) to provide emergency coordination and technical support during an emergency condition. 2.0 APPLICABILITY This procedure shall be implemented upon declaration of an emergency classified as an Alert, Site Emergency, or General Emergency. It is applicable to all site management and technical personnel assigned to the TSC and/or responsible for the emergency functions of the TSC. NOTE 4 During an event classified as an Unusual Event, the Emergency Coordinator, at his discretion, may activate the TSC. 3.0 RESPONSIBILITIES 3.1 Emergency Coordinator Coordinate accident assessment and analyses efforts with the Radiological and EOF Manager to determine the potential or actual radiological impact of the emergency condition upon the public. Coordinate efforts with the OAEC Emergency Support Manager (if required) to return the plant to a stable, safe condition. 3.2 Technical Support Center Supervisor Direct specific actions required to physically place the TSC into operation. Supervise personnel assigned to the TSC and manage the TSC for assigned recovery support functions. 3.3 Site Radiation Protection Coordinator Perform initial dose assessment evaluations. Coordinate and direct radiation protection activities at the site.
^
(v)
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 2 of 10 ACTIVATION AND OPERATION OF THE Revision 1 TECHNICAL SUPPORT CENTER Date 10/12/81 4.0 INSTRUCTIONS 4.1 Activation of TSC 4.1.1 .The TSC Supervisor shall ensure the performance of the following functions:
- a. Habitability of the TSC.
Check the radiation monitors provided at the ventilation system intake and the monitor in the TSC. If monitors are trending upscale or alarming initiate radiation and airborne sampling activities per RPP 7.1, " Radiation Surveys", and RPP 7.4,
" Airborne Radioactivity Surveys" to determine habitability of the .
TSC. O Energize and verify operability of the continuous air sampling V monitor in the TSC. Assure the initiation of the emergency ventilation system by Security,
- b. Establish and verify operability of the communication links as follows (see Attachment 3):
Intercom to the OSC. Red Telephone with the NRC (Hot Line) between the NRC Personnel in Region III and/or Bethesda, Md. Security / RAD Survey Radio to the Central Alarm Station. Plant Operating Radio to the Central Alarm Station. f Telephones (dedicated lines as established).
- c. Energize and verify operation of the Control Room TV monitors.
- d. Update the Parameter Status Board to insure that all TSC personnel are apprised of critical plant parameters, major problems, and operational activities in progress.
O 'd e. Initiate the TSC operations log.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2' l Page 3 of 10 ACTIVATION AND OPERATION OF THE Revision 1 , TECHNICAL SUPPORT CENTER Date 10/12/81 l l
- f. Verify that access control in and out of the TSC has been
! initiated by the Security Shift Supervisor as appropriate. Use l Attachment 1 as a guide to control access. The Emergency Coordinator or the TSC Supervisor can authorize additional personnel as required.
- g. Verify that notification of personnel has been initiated per EPIP 1.2, " Notification of Emergency Response Personnel and Offsite Support Agencies".
- h. Verify TSC manning status using Attachment 1 as guide.
NOTE Alternates for the DAEC Emergency Response Organization as identified in Attachment 2. Q 4.1.2 Security shall unlock the TSC Communications Room, the TSC emergency locker, the ventilation room and activate the emergency ventilation system. Upon termination of the emergency or when directed by the TSC Supervisor secure the ventilation system and relock all areas and cabinets. 4.2 Operation of TSC 1 4.2.1 The TSC Supervisor shall ensure the performance of the following ! functions: I
- a. Based upon the postulated (or known) initiating event, provide assistance to the SSE in determining the optimum method available j
for terminating the transient. The prime objective is to return the plant to a stable and safe configuration and terminate offsite release. Where several alternative courses of action exist, decisions as to which course to follow will be as directed by the Emergency Coordinator,
- b. Provide plant status information as requested by the EOF and NRC.
l During the initial stages of the event the Parameter Status Board l Q shall be updated every 15 minutes unless otherwise directed by i V the TSC Supervisor. Information displayed in the status boards shall be recorded before being changed to serve as a historical record. l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 4 of 9 ACTIVA' TION AND OPERATION OF THE Revision 1 TECHNICAL SUPPORT CENTER Date 10/12/81 If the EOF is not manned, provide plant status and radiological information as requested to the Linn and Benton County Emergency Operations Centers and the State of Iowa Office of Disaster Services.
- c. If radiological releases are in progress, assist the SSE in determining the source and the means available to terminate these releases.
- d. Where alternative courses of action taken to mitigate the consequences of the event are accomplished by placing systems in abnormal configuration, evaluate the effects such off-normal modes might have on future operational evolutions.
- e. As appropriate, develop emergency operating instructions for off-normal operating modes and insure that operating personnel are briefed upon relief or shift turnover.
O k' f. Assist the SSE with the identification of temporary modification or emergency repair work which, if accomplished, will assist in mitigating the consequences of the accident or terminating the release. Coordinate with the OSC Supervisor as prescribed on EPIP 4.3
" Rescue and Emergency Repair Work" to accomplish damage control and emergency repair work.
Coordinate with the Emergency Support Manager for assistance which may be required by IELP Engineering personnel to accomplish temporary modification activities.
- g. Perform neutron and/or thermal hydraulic analyses, as appropriate, using the computer facilities available to assist with determining the status of the core, ECCS System operating capabilities, etc.
- h. Identify expected changes in plant status based upon operational activities in progress or which may be planned.
Should conditions become worse, escalate the classification of the emergency, if appropri ate. p 0 Should unexpected conditions occur, initiate action to stop the escalation and reevaluate alternative correction action steps.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 5 ' of 10 ACTIVATION AND OPERATION OF THE Revision 1 O TECnNiCat supe 0RT CENTER Date 10/12/81
- i. Perform research, as required, using as-built drawings, specifications and other engineering data to insure that technical evaluations are being conducted with the latest information and that operational evolutions are properly planned. i
- j. Evaluate changes in plant status for potential radiological consequences to the public and apprise the E0F of all such '
changes and the results of the evaluation conducted.
5.0 REFERENCES
5.1 Iowa Electric Light and Power Company Corporate Emergency Response Plan 5.2 Duane Arnold Energy Center Emergency Plan 6.0 ATTACHMENTS
- 1. Manning Status Checklist O
L/ 2. DAEC Emergency Response Organizaiton Alternatives
- 3. Communications with TSC 0 .
APPROVED BY: DATE / o-27-E f Chief Engineer ( REVIEWED BY: -DATE M[d 7!BI ! OperationgCommittceChairman APPROVED BY: b 6 DATE,/d/O[!8/ l Assistan Chief Engineer Operations O I e L n
i EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2. Page 6 of 10 ACTIVATION AND OPERATION OF THE Revision 1 l TECHNICAL SUPPORT CENTER Date 10/12/81 4 1 1 l j ATTACHMENT 1 l TSC MANNING STATUS
. Emergency Coordinator -(P) Dan Mineck ! (1) Bob York l (2) Dave Wilson .
- (3) John Vinquist i j
(4) Rick Hannen l l TSC Supervisor (P) Bob York i (1) Dave Wilson ] (2) John Vinquist j (3) Rick Hannen j (4) Gary VanMiddlesworth !
! Assistant Chief Engineer (P) Dave Wilson !
Health Physics and Security - Assistant Chief Engineer (P) John Vinquist Technical Support i Maintenance Engineer (P) Rick Hannen Radiation Protection (P) Keith Young l Engineer Bob Dye Ed Parsons Ed Lange { Reactor & Plant Performance (P) Gary VanMiddlesworth i Engineer (1) Don Vest - (2) Nick Brown
; (3) Frank Brush i
l Technical Engineer (P) John VanSickel 3 (1) Arnold Schmich (2) Dave Varner i STA (P) Bill Rackle l j (P) Mike Teply j (1) Bill Scholberg , (2) Jim Christenson j lO ! Nuclear Station Services Engineer (3) Ken Howard (P) Don Vest j l or Results Engineer (1) Nick Brown j ! l i
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 7 of 10 I i ACTIVATION AND OPERATION OF THE Revision 1 } TECHNICAL SUPPORT CENTER Date 10/12/81 1 i i ATTACHMENT 1 (CONTINUED) TSC MANNING STATUS Electrical Maintenance Supervisor (P) Jerry Sweiger or Assistant (1) Larry Voss
- Mechanical Maintenance Supervisor (P) Dick Rockhill or Assistant (1) George Fulford NRC Representative (P) Larry Clardy (1) Chrissosmotos i
- IELP Nuclear Generating (P) Bill Ellis (Mechanical) 1 Engineering Personnel (P) Clare Bleau(Electrical) 1 j p v
Communicators (P)KenPeveler (P) Mike Chandler (P)LinusDrouhard (P) Jeff Nelson j (P) Taj Mohammed ! (1) Gene Havlic (2) Syam Ray i i ! I Rad Chemistry Technician i u i i i O
,, n - --, - ._ -
EMERGEhCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 8 of 10 ACTIVATION AND OPERATION OF THE Revision 1 TECHNICAL SUPPORT CENTER Date 10/12/81 ATTACHMENT 2 DAEC EMERGENCY RESPONSE ORGANIZATION AND ALTERNATES , Emergency Coordinator: (P) Chief Engineer (1) Assistant Chief Engineer - Opeations (2) Assistant Chief Engineer - Health Physics and ! Security (3) Assistant Chief Engineer - Technical Support (4) Maintenance Engineer TSC Supervisor: (P) Assistant Chief Engineer - Operations (1) Assistant Chief Engineer - Health Physics and Security (2) Assistant Chief Engineer - Technical Support (3) Maintenance Engineer (4) Reactor and Plant Performance Engineer O Assistant Chief Engineer (P) Assistant Chief Engineer - Health Physics and Security i i Assistant Chief Engineer (P) Assistant Chief Engineer - Technical Support - Maintenance Engineer (P) Maintenance Engineer Site Radiation Protection (P) Radiation Protection Engineer ' Coordinator: (1) Assistant Radiation Protection Engineer , (2) Health Physics Supervisor ,~ (3) Radwaste Supervisor j Reactor & Plant Performance Engineer (P) Reactor and Plant Performance Engineer i (1) Station Services Engineer (2) Results Engineer (3) Results Engineer l Technical Engineer (P) Technical Engineer (1) Technical Engineer : (2) Technical Engineer Shift Technical Advisor (P) Technical Group Leader (1) Shift Technical Advisor (2) Shift Technical Advisor g (3) Shift Technical Advisor U Nuclear Station Services Engineer (P) Nuclear Station Services Engineer j or Results Engineer (1) Results Engineer , l i l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 9 of 10 p ACTIVATION AND OPERATION OF THE Revision i V TECHNICAL SUPPORT CENTER Date 10/12/81 l l l I 1 ATTACHMENT 2 (continued) DAEC EMERGENCY RESPONSE ORGANIZATION AND ALTERNATES Electrical Maintenance Supervisor Electrical Maintenance Supervisor or Assistant Assistant Electrical Maintenance Supervisor Mechanical Maintenance Supervisor (P) Mechanical Maintenance Supervisor or Assistant (1) Assistant Mechanical Maintenance Supervisor NRC Representative (P) Onsite NRC representative (1) NRC Representative IELP Nuclear Generating (P) Technical Group Leader-Mechanical Engineering Personnel (1) Technical Group Leader-Electrical ; i Communicators (P) Engineer - (Mechanical) p V (P) Technical Group Leader i (P) Engineer - (Nuclear) ; (P) Engineer - (Mechanical) (P) Engineer - (Electrical) (1) Engineer - (Mechanical) (2) Engineer - (Electrical) OSC Supervisor (P) Health Physics Supervisor (1) Radwaste Supervisor (2) Assistant Radiation Protection Coordinator , Control Room Coordinator (P) Operations Supervisor (1) Assistant Operations Supervisor Control Room Supervisor Shift Supervising Engineer Security (P) Security Shift Supervisor (P) Security Force Connunicator (P) Security Force Communicator , NOTE: Operational Support will be provided by either the f
- Operations Supervisor or Assistant Operations '
Supervisor from either the TSC or in the Control Room. t (P) = Principal . (1), (2),......... Alternate in descending order
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 2.2 Page 10 of 10 ACTIVATION AND OPERATION OF THE Revision 1 TECHNICAL SUPPORT CENTER Date 10/12/81 ATTACHMENT 3 COMMUNICATIONS WITH TSC Communication System TSC Links Dial Phones Security Control Point, Control Room, Access Contiol, Emergency Operations Facility Intercom Operational Support Center, Control Room, access control l Red Phone (NRC Hot Line) NRC, Bethesda, Maryland; Control Room, Emergency Operations Facility (~} NRC Health Physics Network Control Room, Access Control, NRC
\/ Resident, Security Control Point Security /and Rad Survey Radio Secondary Alarm Station, Central Alarm Station, Radiological Monitoring. Teams, Emergency Operations Facility, Security Control Point Plant OPS Radio Control Room, Central Alarm Station, Emergency Operations Facility, In-Plant Survey, and Rescue and Repair Teams Weather Service IWAS, State Emergency Operations Center, (leased line telephone) Linn, Benton County Emergency Operations Center Dedicated Phones Emergency Operations Facility, Control Room, Access Control, Security Control Point Facsimilie Equipment Emergency Operations Facility, NRC, etc. l O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 1 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81 [ 4 1.0 PURPOSE j This procedure provides instructions for performing onsite radiological monitoring
- during an emergency at DAEC including determination of habitable areas and
- identification of the extent of radiological effects of the emergency, i 2.0 APPLICABILITY This procedure applies to specific actions to be taken by radiological monitoring
. personnel while conducting onsite radiation and airborne activity surveys during l an emergency.
3.0 RESPONSIBILITIES 3.1 Site Radiation Protection Coordinator 4 3.1.1 Inform the OSC Supervisor of the need to prepare and dispatch radiological monitoring / surveying teams to onsite locations (areas i within the site exclusion boundary) both within plant buildings and 7 () to affected site environs. 3.1.2 Coordinate activities and evaluate the results of radiological monitoring team surveys. 1 l 3.1.3 Advise the Emergency Coordinator of onsite radiological conditions and recommend protective measures including evacuation of the plant in part or in whole, if necessary. 3.1.4 Identify the need for additional onsite monitoring personnel. 3.1.5 Authorize changes to DAEC administrative exposure limits. 4 3.2 Emergency Coordinator 3.2.1 Initially provide protective action recommendations.
- 3.2.2 Obtain the services of outside agencies to assist in radiolog'ical monitoring, as necessary.
1 3.2.3 Authorize emergency exposure limits. 4.0 INSTRUCTIONS 4.1 Notification and Mobilization of Radiological Monitoring Personnel j () 4.1.1 Upon activation of the DAEC Emergency Plan, onsite personnel will be
- notified as outlined in EPIP 1.2, " Notification of the Emergency Response Organization and Offsite Support Agencies".
l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 2 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1
) Date 10/19/81 a
i t
- 4.1.2 Radiological monitoring personnel will report to the Operations Support Center (OSC). Refer to EPIP 2.1, " Activation and Operation of Operational Support Center".
4.2 Assignment of Personnel to Onsite Radiological Monitoring 4.2.1 PersonnelarrivingattheOSCshallremovetagsinsequenceaccording to qualification, repcrt to the OSC Supervisor and begin implementing their specific duties. Refer to EPIP 2.1, " Activation and Operation of Operational Support Center'. 4.2.2 Other emergency response personnel, not assigned OSC tag board duties, shall report to their emergency response stations or to the OSC Supervisor and inform him that they are prepared to assist as needed. 4.3 Initial Actions Following Activation of the DAEC Emergency Plan
, n 4.3.1 The habitability of the Control Room and TSC shall be initially V
determined from Area Radiation Monitoring Instrumentation (ARM). j Follow-up sampling / surveying should be performed to verify habitability. The habitability of the OSC and Contractor Change House shall be determed as follows: ] a. Onsite monitoring / surveying tag duties will accomplish the following: Obtain Health Physics monitoring equipment (located in the l Emergency Response Team lockers) required to perform surveys in and around the general assembly areas. Designate personnel to perform habitability surveys of OSC and contractor change house.
- b. The following surveys shall be performed:
Area radiation levels. Refer to RPP 7.1, " Radiation Surveys" Surface contamination levels. Refer to RPP 7.3, " Radioactive Contamination Surveys". Airborne activity levels. Refer to RPP 7.4, " Airborne Radioactivity Surveys". O v
l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 l Page 3 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 j Date 10/19/81 , s
- c. Habitability of key assembly areas (OSC, TSC, Control Room, Change House) shall be based on the results of raiological surveys to determine exposure received from direct sources, or radiological hazards caused from surface contamination or airborne contamination in the form of particulate or gaseous releases. Personnel stay times in these key areas may be adjusted based upon direction from the Site Radiological Coordinator, in concurrence with the Emergency Coordinator.
General DAEC administrative guidelines are as follows: Direct exposure - 300 mrem / day. l Airborne contamination - 2 MPC (maximum permissible concentration) hours per day. At 10% MFC, either a time keeper should be assigned, or l respirators used in affected areas. Time keeping is recommended over respirator use unless the MPC limit is being l (V3 approached, to f acilitate comunications. l Specific survey guidelines are as follows: 12 mr/hr based on a 24 hour / day occupancy. 1000 dpm/100 cm2 of smearable beta-gamma contamination on floor surfaces (contamination 1000 dpm/100 cm2 requires shoe covers.) Higher levels of smearable beta-gamma contamination that may result in the area becoming airborne may require relocation or respiratory protection. l Unidentified particulate airborne activity less than 1 x 10-9 uci/cc can be concluded safe for occupancy. When sufficient personnel and time are available, another air sample shall be taken to determine isotopic composition of particulate filters and iodine cartridges in accordance with the limits of 10 CFR 20, Appendix B, Table I. 4.4 Onsite Radiation Surveys O 4.4.1 The Site aedietion erotection Coordinetor sneii direct the OSC Supervisor to prepare and dispatch monitoring teams to initiate surveys within plant buildings and any other onsite areas affected by the emergency to facilitate access to areas for rescue and emergency repair work. This shall be determined by the type, extent, and severity of the emergency.
i EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 l Page 4 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81 (] NOTE: The Site Radiation Protection Coordinator shall obtain l authorization from Emergency Coordinator prior to initiating surveys. 4.4.2 The Site Radiation Protection Coordinator shall determine plant radiological status by evaluating remote radiation instrumentation as indicated in the Control Room or TSC. Details describing this instrumentation, the areas which they monitor, and potential hazards involved in access to the various areas are covered in detail in RPP 7.2, " Operation and Use of Area Radiation Monitors" and Post-Accident Sampling System Procedure. If access to these areas is required,
- refer to EPIP 4.3, " Rescue and Emergency Repair Work" for detailed i procedures to be followed.
4.4.3 In-Plant Radiation Surveys (areas within plant buildings) shall be conducted as follows:
- a. The Site Radiation Protection Coordinator shall consult with the O Shift Supervising Engineer and the Emergency Coordinator to
(> determine the areas where surveys are needed, and priorities for conducting the surveys.
- b. The OSC Supervisor shall ensure that survey teams are prepared for entry,
- c. The Site Radiation Protection Coordinator shall obtain authorization from the Emergency Coordinator prior to sending survey teams into plant areas. The TSC shall also notify the Control Room that the survey teams will be entering the affected plant areas,
- d. The survey team (s) shall then proceed to the areas and initiate surveys. Communications shall be maintained between the OSC, TSC and the Control Room and the survey team (s), continuously using the operations two-way hand-held radios.
NOTE: If difficulty is experienced with communications equipment, team members should use any other means available according to the following priority: Preferred method - Operations radio. Alternate method - Plant paging system. Second alternate method - Plant telephone system.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 5 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 p) m Date 10/19/81 CAUTION: Each team member is responsible for: Periodically checking direct reading pocket dosimeters to monitor total dose received. Observing established radiation exposure limits (refer to RPP 2.1, " Personnel Exposure Limits") unless authorized by the Emergency Coordinator to exceed these limits. Under no circumstances shall personnel exceed the emergency radiation doses as stated in RPP 13.1, " Radiation Emergencies", without approval of the Emergency Coordinator. Insuring that respiratory equipment is fitted and functioning properly. Refer to RPP 8.1.
- e. Radiation survey team (s) shall obtain survey data and promptly report the results as well as other pertinent observation to the O Site aedietion erotection Coordineter end OSC Supervisor. I
- f. Upon completion of the survey, team members shall return to the OSC, observing all control point requirements, and report to the OSC Supervisor for further instructions.
- g. The OSC Supervisor shall notify the site Radiation Protection f Coordinator and Emergency Coordinator that survey teams have left l the plant area, the Site Radiation Protection Coordinator shall inform the Control Room.
l' 4.4.4 Site Boundary Radiation Monitoring (areas outside plant buildings but within restricted area)
- a. The Site Radiation Protection Coordinator shall review the plant status based on plant conditions and radiation monitors to determine if a release of radioactive materials to the environment has occurred.
- b. The Site Radiation Protection Coordinator shall consult with the Emergency Coordinator to determine if a release has or is likely to occur and whether monitoring teams should be dispatched.
- c. The Site Radiation Protection Coordinator shall determine the ,
i downwind airborne activity as well as estimated dose rates the ' O- monitorin9 teams are 14xeir to eacounter. Refer to tele 3.3 '.
" Dose Projections".
- d. The Site Radiation Protection Coordinator shall advise the OSC I i Supervisor of this information and the OSC Supervisor will then issue specific instructions to the site survey teams and dispatch the survey teams to the affected area,
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 6 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 g Date 10/19/81
- e. Team members shall proceed to the specified site area. Care shall be exercised to avoid the activity release path enroute by utilizing the portable survey instruments. The DAEC Security / Radiological Survey Radio System shall serve as the primary mode of coninunications.
- f. Radiation monitoring teams shall obtain survey data and report results as well as other pertinent observations promptly to the Site Radiation Protection Coordinator.
Sample media froni either (or both) of the Environs Monitoring Systems should be collected and returned for analysis, if possible.
- g. Upon completion of the survey, team leader shall return to the OSC, observing all control point requirements. The Team Leader shall report results of the survey to the Site Radiation Protection Coordinator and await further instructions.
4.5 Recording of Emergency Monitoring Data 4.5.1 All pertinent radiological data shall be recorded in the Emergency f%nitoring Log which is maintaineo under the direction of the Site Radiation Protection Coordinator. 4.5.2 Entries shall include the following information, as applicable:
- a. Radiation levels in mR/hr or R/hr. Refer to RPP 7.1, " Radiation Surveys".
- b. Airborne activity concentrations in uCi/cc. Refer to RPP 7.4,
" Airborne Radioactivity Surveys".
- c. Surface contamination in dpm/100 cm2 Refer to RPP 7.3,
" Radioactive Contamination Surveys".
- d. Location of survey.
- e. Date and time of survey.
t
- f. Identification of the monitoring team members. .
- g. Initials of the individuals recording the data.
O n- aeedia9s or Pocket oosimeters ora auria9 the survey by team members.
- i. Pertinent observations by monitoring team mebmers including physical hazards, r
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 7 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81
5.0 REFERENCES
5.1 Duane Arnold Energy Center Emergency Plan 5.2 Corporate Emergency Response Plan 5.3 Radiation Protection Procedures (RPP 2.1, 7.1, 7.2, 7.3, 7.4, 8.1, 12.1, 13.1) 6.0 ATTACHMENTS 1 Emergency Monitoring Log APPROVED BY: /0~ 27'6l REVIEWED BY: MI/dN7!8/ Chief Engineer Chairmp, Operations Committee APPROVED BY: (if),botate Radidtion Pro [ Action Ehgineer o e
l l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.1 Page 8 of 8 ONSITE RADIOLOGICAL MONITORING Revision 1 (y C' Date 10/19/81 ATTACHMENT 1 EMERGENCY MONITORING LOG MCN1 TOR AIRBORNE -SURFACE - TEAM RADIATION ACTIVITY CONTAMINATION PCCKET MONITOR REMARKS (INCLUDE CBSERVATICNS DATE TIME LOCATION LEVELS CONC. LEVELS DOSIMETER TEAM MADE BY EVACUATED OR MONITOR. DATA mR/hr (uC1/cc) (dom /IO0cm2) READINGS MEMBERS ING PERSONNEL) RECORDER m N
- 4. .
_ _i O
~
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 1 of 7 0FFSITE RADIOLOGICAL MONITORING Revision 1 3 Date 10/19/81 7
~1.0 PURPOSE This procedc e provides instructions for performing offsite radiological monitoring of the environs during an emergency.
2.0 APPLICABILITY This procedure applies to offsite radiological monitoring personnel during a potential or actual release of radioactive materials to offsite locations.
~
~ 3.0 RESPONSIBILITIES 3.1 Site Radiation Protection Coordinator 3.1.1 Perform dose assessment calculations until EOF is manned. 3.1.2 Instruct and direct the OSC Supervisor to prepare and dispatch the
; g radiological monitoring teams to offsite locations.
i V 3.1.3 Coordinate with the Radiological Assessment Coordinator to determine the need for followup offsite monitoring. 3.2 Emergency Coordinator 3.2.1 Authorize offsite radiological monitoring activities. 3.2.2 Initially provide protective action recomendations until the E0F is manned. 3.3 Radiological Assessment Coordinator i 3.3.1 Direct and coordinate offsite Radiological Monitoring Teams. i 3.3.2 Evaulate data from monitoring teams. 3.3.3 Provide recommendations to protect the population-at-risk. 3.3.4 Provide followup instructions for monitoring teams to continue surveillance activities, as necessary. 4.0 INSTRUCTIONS 4.1 Notification and' Mobilization of Radiological Monitoring Personnel . b 4.1.1 Upon activation of the DAEC Emergency Plan, radiological monitoring personnel will be notified as outlined in EPIP 1.2, " Notification of the Emergency Response Organization and Offsite Support Agencies".
+
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 2 of 7 0FFSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81 4.1.2 Radiological monitoring personnel will report to the Operational Support Center (OSC). 4.2 Assignment of Personnel to Offsite Radiological Monitoring Teams 4.2.1 Personnel arriving to qualifications at thetoOSC and report shallSupervisor the OSC remove tags and in sequence acc begin implementing their specific duties. Refer to EPIP 2.1, " Activation and Operation of Operational Support Center". 4.2.2 Other emergency response personnel, not assigned OSC tagboard duties, shall report to their emergency response stations or to the OSC Supervisor and inform him that they are prepared to assist as needed. 4.3 Initial Actions Following Activation of the DAEC Emergency Plan 4.3.1 The Site Radiation Protection Coordinator shall report to the TSC. O se wiii eveiuete the nient redioio9 cel 1 condit4 ens hesed on the aient status and remote radiation instrumentation to determine if a release l to the environment has occurred. 4.3.2 The Site Radiation Protection Coordinator shall determine the downwind airborne activity and perform dose assessment calculations. Refer to EPIP 3.3, " Dose Projections". , l 4.3.3 The Site Radiation Protection Coordinator shall apprise the OSC Supervisor of this information. The OSC Supervisor will prepare to dispatch and inform the monitoring team of the downwind location of the maximum concentration of airborne activity, and dose assessments. 4.3.4 The lead member for each team shall arrange for transportation at the Security Control Foint and establish comunications with the TSC and OSC until the E0F is activated. The Radiological Assessment Coordinator will assume control of the monitoring teams upon his arrival at the EOF. The DAEC Security / Radiological Survey Radio System will serve as the primary means of comunication.
. 4.3.5 The Site Radiation Protection Coordinator or OSC Supervisor shall notify the Security Shift Supervisor that offsite radiation monitoring teams (vehicles) are leaving the Site to allow egress.
O NOTE: The Site Radiation Protection Coordinator shall obtain authorization from the Emergency Coordinator prior to initiating offsite monitoring. T -- p
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 3 of 7 0FFSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81 4.3.6 Upon completion of the Emergency Tag Board assignments and having received full instructions from the OSC Supervisor, the team members li ,
~
shall proceed to the affected offsite location. Care should be exercised utilizing the portable survey instruments to avoid the activity release path enroute. Refer to Attachment 1, " Area Map", as necessary. CAUTION Each team member is responsible for: '
- a. Periodically checking direct reading pocket dosimeters to determine total dose received.
- b. Observing established radiation exposure limits (refer to RPP 2.1, " Personnel Exposure Limits") unless authorized by the Emergency Coordinator to exceed these limits. Under no o circumstances shall personnel exceed the emergency radiation V doses as stated in RPP 13.1, " Radiation Emergencies".
- c. Insuring that respiratory equipment is fitted and functioning f properly. Refer to RPP 8.1, " Respiratory Protection Program".
4.3.7 !%nitoring teams shall report their arrival at assigned areas to the TSC Site Radiation Protection Coordinator until the E0F is manned at which point they will shift to the E0F. Survey data and other pertinent observations shall be reported to the Radiological Assessment Coordinator at the EOF. As a minimum, the following j radiological monitoring activities should be performed: i
- a. Radiation dose rate. Refer to RPP 7.4, " Radiation Surveys".
- b. Ten (10) minute portable air sample for airborne iodine concentration A particulate. Refer to RPP 7.4, " Airborne Radioactivity T y veys".
- c. Sample media from Environs Monitoring System stations located near the affected area, should be collected and returned for '
analysis, if possible.
- d. Radiation survey information shall be noted and documented by survey teams including the location where data was collected (see paragraph 4.4 of this procedure.
i
i I EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 l Page 4 of 7 0FFSITE RADIOLOGICAL MONITORING Revision 1 O oate 10/ts/s1 ! i I 4.3.8 The team leader shall contact the EOF Radiological Assessment l Coordinator upon completion of the monitoring activities. If I additional radiological monitoring is required, the Radiological Assessment Coordinator shall instruct the monitoring teams accordingly. If additional radiological monitoring is not required, [ the teams shall deliver the sample media as directed. 4.4 Documentation of Radiological Monitoring Data l i 4.4.1 Radiological monitoring data gathered at the offsite areas shall be ; recorded in the Emergency Monitoring Log (Ref to Attachment 2). ! 4.4.2 Entries shall include the following information, as applicable: i 1
- a. Radiation levels in mR/hr or R/hr. Refer to RPP 7.1, " Radiation ,
Surveys". l
- b. Airborne activity concentrations in uCi/cc. Refer to RPP 7.4, O " airborne aedioactivity Surveys .
- c. Surface contamination in dpm/100cm2 Refer to RPP 7.3,
" Radioactivity Contamination Surveys".
- d. Location of survey. i
- e. Date and time of survey. j 2 f. Identification of the monitoring team members.
- g. Initials of the individual recording the data.
- h. Readings of pocket dosimeters worn during the survey by team members,
- i. Pertinent observations by monitoring team members including physical hazards.
5.0 REFERENCES
i 5.1 Duane Arnold Energy Center Emergency Plan 5.2 Corporate Emergency Response Plan . O s3 aediatioa erotectioa erocedures (ape 2.1, 7.1, 7.2, 7.3, 7.4, 8.1, 13.1, 13.7) i
l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 5 of 7 i (3 0FFSITE RADIOLOGICAL MONITORING Revision 1 V Date 10/19/81 l 6.0 ATTACHMENTS
- 1. Area Map
- 2. . Emergency Monitoring Log O
APPROVED BY: I #'U ~II REVIEWED BY: ,k Chief Engineer Chairman / Operations
/ Committee ,
APPROVED BY: . ut/v [b zmA R'adi,ation Proption Epsineer . O O l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 6 of 7 0FFSITE RADIOLOGICAL MONITORING Revision 1 Date 10/19/81 ATTACHMENT 1 AREA MAP
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- l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.2 Page 7 of 7
,_ 0FFSITE RADIOLOGICAL MONITORING Revision 1 L) Date 10/19/81 ATTACHMENT 2 EMERGENCY MONITORING LOG MONITOR AIRSORNE SURFACE TEAM RADIATION ACTIVITY CONTAMINATION POCKET MONITOR REMARKS (INCLUDE OBSERVATIONS DATE TIME LOCATION LEVELS CONO. LEVELS DOSIMETER TEAM MADE BY EVACUATED OR MONITOR- DATA eR/hr (uct/cc) (d:m/100cm2) READINGS MEMBERS ING PERSONNEL) RECOROER 9 O l 1
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 1 of 43 INITIAL DOSE PROJECTIONS Revision 1 O Dete 10nu81 1.0 PURPOSE This procedure provides instructions for estimating the downwind dose rates resulting from noble gas and radiciodine releases immediately following an emergency at DAEC. 2.0 . APPLICABILITY This procedure applies to immediate specific steps to be taken by control room operations personnel during a release of radioactive materials to the environment. 3.0 RESPONSIBILITIES 3.1 Shift Supervising Engineer Perfom dose projection calculations unti the Site Radiation Protection Coordinator arrives or the E0F is manned. O 3.2 S4te aediet4en Protect 4on Coordineter Initially evaluate the results of dose projection calculations. Initially identify the need for field survey data to backup projected dose calculations. 3.3. Emergency Coodinator Initially advise local and State authorities of the results of dose projection calculations and provide protective action recomendations as required.
4.0 INTRODUCTION
The major objective of this procedure is to perfom the offsite dose estimate for comparison with protective action guidelines to determine the appropriate emergency action to be taken following an accidental atmospheric release of radioactive material. As a result of this objective the procedure has been developed with four major parts. The first consists of the main body of the procedure and contains general information about the procedure, general instructions for its use and the protective action quidelines. The second part
- consists of a Data Summary Sheet, Attachment I, which contains all the monitor l data necessary for the dose projections. The third part, Attachment II, consists of a summary Table to be completed during the dose estimation procedure. This O table contains all the information necessary for comparison with the protectis action guidelines. The completion of this table requires a number of calculatt.,ns to be performed. These calculations are set up in detail on Calculation Sheets which comprise the fourth part of the procedure, Attachment III. The, Data Summary Sheet, Summary Table, and the Calculation Sheets are designed to be used together, that is, the Calculation Sheets are required to complete the Summary Table while
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 2 of 43 INITIAL DOSE PROJECTIONS Revision 1 te /21,81 O information from the Data Summary Sheet and Summary Table is required in many of the calculations performed on the Calculation Sheets. When calculations are required the Summary Table references the appropriate segment of the Calculation Sheets to be completed, likewise when data is required from the Data Sumary Sheet and Summary Table the appropriate Data Summary Sheet or Summary Table line number is referenced on the Calculation Sheet. NOTE A supply of Data Smmary Sheets, Samary Tables, and Calculation Sheets are to be maintained in the Control Room and Technical Support Center (TSC) for emergency use. 5.0 INSTRUCTIONS 5.1 This simplified method shall be used by operations personnel for determining initial dose estimates only. It should be used until the Site Radiation Protection Coordinator arrives, but not beyond one(1) hour after shutdown. At that time, EPIP 3.3b shall be used. Methodology for EPIP 3.3a assumes: One (1) hour after shutdown monitor Activity Response Conversion Factor for RM-15 or RM-16 instruments and Teletector Readings. One (1) hour after shutdown decay factor. 5.2 If an accidental atmospheric release of radioactive material has been identified or there is a significant change in the release rate a dose projection is to be performed as follows. 5.2.1 Complete Data Sumary Sheet. 5.2.2 Complete Section I of the Summary Table, General Information, using Calculation Sheet I where referenced. 5.2.3 Complete Section II of the Samary Table, Release Information, to determine the total gaseous release rate from the Reactor Building Stacks, the Offgas Stack, and the Turbine Building Roof Exhaust. Use Calculation Sheet II, where referenced, to perform the necessary release rate calculations. When multiple monitor ranges are available complete the calculations for ONE range ONLY. For the Reactor Building Stack Monitors use the range which gives a reading nearest mid-scale. For the Offgas Stack Monitors use the range which gives the highest reading.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 3 of 43 INITIAL DOSE PROJECTIONS Revision 1 Q Date 10/21/81 5.2.4 Complete Section III of the Summary Table, Dose Information. Use Falculation Sheet III, where referenced, to perform all necessary calchtions. Calculation Sheet III is divided into five sections of which only two are to be completed. Section I is always completed and detennines, based on the atmospheric stability, which one of the remaining four sections is to be used to perform the dose estimation. The Calculation Sheet subsections referenced in Section III of the Sunmary Table are those of the appropriate section for dose estimation as determined by Section I. That is, Sections 11 through V of Calculation Sheet III have the same format only the constants which are dependent on atmospheric stability are different. 5.2.5 Report the results of the dose estimation calculations, i.e., supply copies of the Summary Table, to the Emergency Coordinator and/or the Site Radiation Protection Coordinator. 5.2.6 The Shift Supervising Engineer shall compare the dose estimates from the Summary Table to the following Protective Action Guidelines and initiate the appropriate action until the Site Radiation Protection Q- Coordinator is available. O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 4 of 43 INITIAL 00SE PROJECTIONS Revision 1 O oete 1o/21/81 l PROTECTIVE ACTION GUIDELINES Projected Exposure to An Individual In the Population Recommended Action Whole Body = less than 1 Rem or 1. No protective action required. Thyroid = less than 5 Rem.
- 2. Issue an advisory to seek shelter and await further instructions or voluntarily evacuate.
- 3. Monitor environmental radiation l evel s.
Whole Body = 1 to 5 Rem or 1. Seek shelter and await further Thyroid = 5 to 25 Rem instructions. O 2. Consider evacuation, particularly for children and pregnant women.
- 3. Monitor environmental radiation l evel s.
- 4. Control access.
Whole Body = 5 Rem and above or 1. Conduct evacuation of Thyroid = 25 Rem and above populations in the predetermined area.
- 2. Monitor environmental radiation levels and adjust area for evacuation based on these control s.
- 3. Control access.
O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 5 of 43 INITIAL DOSE PROJECTIONS Revision 1 O o te 1o/21/81
6.0 REFERENCES
- 1. Duane Arnold Energy Center Emergency Plan
- 2. IELP Corporate Emergency Response Plan
- 3. Radiation Protection Procedure (RPP-13.5).
7.0 ATTACHMENTS
- 1. Data Summary Sheet !
- 2. Sunmary Table
- 3. Calculation Sheets APPROVED BY: z///6 k63eM L4 DATE: /6 77!f/ ,
Radiation Protectiy Engineer APPROVED BY: k ofy / //pI/ DATE: /0/27/f/ Opdrations Supervisor / "/ / I REVIEWED BY: M/ DATE: /O!37/8[ Chairman perations Committee APPROV{D BY: 0/@b4 DATE: / O 2 7-f/ Chief Engineer , f
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 6 of 43 3 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT I, DATA
SUMMARY
SHEET Date: Recorded By: Time: Calculation Number: I. METER 0 LOGICAL DATA
- 1. Wind Direction a
- 2. Wind speeda mph
- 3. b op AT NOTES:
a0btain wind speed and. direction from met panel in control room or Cedar Rapids Flight Service at , b Obtain from atmospheric AT recorder readout in control room. II. RELEASE DATA A. Reactor Edilding Stacks ,
- 1. ARM 9163a mR/hr
- 2. RANGE: (Use range which gives reading nearest mid-scale). ,
HIGH INTERMEDIATE NORMAL
- 3. A Stack Flow CFM b
- 4. B Stack Flow CFM b 3
- 5. C Stack F1ow CFM D
- 6. Total Stack Flow CFM - sum of lines 3,4 and 5
- 7. 182C CPMG
- 8. 182B CPM d
)
NOTES: a - Obtc.in ARM reading from Control Room panel IC-10, ARM RT9163 ; or other refuel floor ARM. b - Exhuast flows obtained from control room panel 1C23 for "A", ;
"B", and "C" stacks or from lccal panel on refuel floor for "C" stack.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a i Page 7 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT I, DATA
SUMMARY
SHEET (continued) c - Normal and intermediate range - obtain monitor readings from local panel reactor building El. 855'0" (gaseous channel) directly from instrument. It may be possible to observe these readings from the CAS via the Security TV camera. High range - Obtain monitor reading from the temporary high range instrument located in a metal cabinet No. 5 at the Security Control Point adjacent to the ingress turnstyle. d - 182B intermediate and high range instrumentation is available for the determination of background only. The monitor readings are available as described in Note c above. O B. Offgas Stack
- 1. RANGE: (Use range which gives highest reacing).
1 HIGH NORMAL
- 2. Normal Range 4116 A or B CPSa
- 3. High Range CPM b
- 4. Stack F1ow CFMc NOTES:
a Normal range - obtain monitor reading from control room panel 1C-02. , b High range - obtain monitor reading from temporary high range instrument located in metal cabinet No. 5 at the Security Control Point adjacent to the ingress turnstyle. c Stack flow obtained from control room panel 1C-02.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 8 of 43 INITIAL DOSE PROJECTIONS Revision 1 Q Date 10/21/81 ATTACHMENT I, DATA
SUMMARY
SHEET (continued) C. Turbine Building Vent
- 1. Dose Rate Outside Shielda mR/hr
- 2. Dose Rate Inside Shielda mR/hr
- 3. Exhaust Flow b % flow l
- 4. Number of fans operating: Slow speed ,
high speed . (Use only if % flow, line 3, is l unavailable.) NOTES: 3 I Exposure rate is obtained with teletector probe outside and inserted in shield access hole as appropriate. Shield is located on the exhaust of RCF 33, 35 next to c ndensate demin. panel. O b Percent of maximum exhaust flow obtained from flow indicator en I-beam adjacent to samplers. D. Miscellaneous Data
- 1. Is-Standby Gas Treatment for Offgas Stack Exhaust in operation:
YES NO
- 2. Anticipated duration of release hours. (If no estimate is available use 1.77 hours.)
O r I_ .
~. - .- . . . . _ . - - . _.~ - - _ .
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 9 of 43 INITIAL DOSE PROJECTIONS Revision 1 Q Date 10/21/81
- I i e ATTACHMENT II,
SUMMARY
'ABLE ,
, e Calculations Performed By: i l I. GENERAL INFORMATION
- 1. Calculation Number: Date: Time: !
t
- 2. Time after Shutdown: hours j
- 3. Wind Direction: deg. (Data Summary Sheet Section I, ,
line 1). '
- 4. Down Wind Direction: deg. (180* different from 3 above)
Q
- 5. AT: F, Stability Class: (calc. sheet I. sec.
B) II. RELEASE-INFORMATION :
- 1. Exposure Time hours (Data Summary Sheet Section II 0, l line 2).
- 2. Release rate Reactor Bldg. Stack: Ci/sec (Calc. sheet II, sec. ;
I, page 1 of 6) j i
- 3. Release rate - offgas stack Ci/sec (calc. sheet II, sec. II, page 5 or 6)
- 4. Release rate - Turbine Bldg. Roof Exhaust: Ci/sec (calc.
sheet II, sec. III, page 6 of 6)
- 5. Total Gaseous Release Rate: Ci/sec (add release rates O from previous three lines) i
- . - . .. - ,c. , , . , , - , .~- -- ,.. .-.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 10 of 43 INITIAL DOSE PROJECTIONS Revision 1 , O oate to/2t/81 1 i e ATTACHt1ENT II,
SUMMARY
TABLE (continued) ; III. DOSE INFORMATION ! I
- 1. Cal. sheet III, section number !
for remainder of [ calculations: ; i (calc. sheet III, sec. I) { Distance from Source l Point of max. X/Q . Site forOffgasStack 2mi Smi 10mi l
- Bdy a release i' 2. Normalized concentration, X/Q, sec/m3, Ground level i release (calc. sheet III, ;
J ; subsect.A)c O 3. Normalized concentration, X/Q, sec/m3, Elevated i release (calc. sheet III,subsect.B)c ,
- 4. Whole body dose rate, f mrem /hr !
. (calc. sheet III, ' l I subsect. B)c S. Whole body dose, mrem ! (calc. sheet III, . subsect. C)c ! l 6. Thyroiddoge t commitment , mrem (calc. sheet III, subsect. D)c
- 7. Total plume width, meters (miles) (calc. ,
I sheet III, subsect. E)c
- 8. Plume arrival time, hr '
O- (c 'c '"eet ttt-subsect. F)c I _ . - . - _ . . - _ , , , - . _ _ , _ - . . . _ , . . , _ . _ . _ _ _ - .%___,. r. ... . , . ,. , . , _ , .,,
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 11 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT II,
SUMMARY
TABLE (continued) NOTES: aAssumes wind direction in the ESE sector. For directions in other sectors doses will be lower and plume arrival time and width will be greater. b For stability class FG the distance to the maximum X/Q is greater than 10 miles. In order to limit the dose information to the EPZ a distance of 10 miles is used for class FG. cCalculation sheet subsection refers to the subsection of the Calculation Sheet III section as given in line 1 of Section III of this table. d The thyroid dose connitment given is for an infant, i.e. , the worst case. The adult dose commitment is obtained by multiplying by 0.58. O O 1
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3,3a l Page 12 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 (]) ATTACHMENT III, CALCULATION SHEET I GENERAL INFORMATION i A. Wind Speed
- 1. Wind Speed mph (Data Summary Sheet, Section I, line 2) x 0.447 =
l l Meters /sec (to Summary Table sec. I, line 4) B. Stability Class
- 1. ATl l F - obtained from Data Summary Sheet, Section I, line 3 (to Sunmary Table sec. I, line 5)
- 2. Stability class is determined from the following table as a function of AT.
Stabilityclassl l (to Summary Table, sec I, line 5) (]} AT Range, *F Stability Class
-1.26 or less AB
-1.26 to -1.11 C
-1.11 to 1.11 DE 1.11 or greater FG l
4 ! l C) l e
,, ., - , , , , ,,- - >-,,m- - - - - - - - , --
, EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a l Page 13 of 43 INITIAL DOSE PROJECTIONS Revision 1
'2 'S' O "t*
4 1 ATTACHMENT III, CALCULATION SHEET II Page 1 of 5 RELEASE INFORMATION I. Reactor Building Stack Releases
- 1. OR C (one subsection ONLY) as determined by the Complete Subsection following criteria A, B, Fan,ge indicated on Data Summary Sheet line Sectio on the II, Line 2.
Normal Range - complete Subsection A Intermediate Range - complete Subsection B High Range - complete Subsection C A. Normal Range i O 1. ARM reading mR/hra x 70 = background cpm
- 2. Total Stack Flow CFMD
- 3. 182C cpmc - background cpm (line 1) = corrected cpm.
- 4. 182C corrected cpm (line 3) x CFM Total Stack Flow (line 2) x 2.36 x 10-l'- = l lCi/sec=TotalReactor building Gaseous Release Rate (To Summary Table, sec. II, line 2)
NOTES: a0btain ARM reading from DATA Summary Sheet Section II. A, line 1. b Obtain Total Stack Flow from Data Summary Sheet, Section II.A, line 6 c0btain 182C monitor reading from Data Summary Sheet, Section II.A, line 7. B. Intermediate Range Use either of two options for determination of background count rate - options given by lines 1 and 2, line 1 is preferred O 1. 1828 (aM1s/ne260)e beckground cpm or ARM reading b background cpm.
- 2. mR/hr x 0.46 =
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 14 of 43 INITIAL DOSE PROJECTIONS Revision 1 Q Date 10/21/81 i l ATTACHMENT III, CALCULATION SHEET II (continued) Page 2 of 5 l
- 3. 182C (RM15/HP260)c l
l cpm - background cpm (line 1 or 2) = corrected cpm. ! 4. 182C corrected cpm (line 3) x Total Stack Flow-CFM d x 9.44 x 10-10 = C1/sec. Total Reactor Building Gaseous Release Rate (to summary Table, Sec. II, line 2) NOTES: a0btain monitor reading from Data Summary sheet, Section II.A, line 8. b / Obtain ARM reading from Data Summary Sheet, Section II.A, line 1. O c0btain monitor reeeing from Data Summery Sneet, Section 11.A, ,ine 7. d Exhaust flow obtained from Data Summary sheet, Section II. A, line 6. C. HIGH RANGE (RM16/HP200)
- 1. 182B (RM16/HP200)a background cpm.
- 2. 182C (RM16/HP200)b background cpm (line 1) =
corrected cpm.
- 3. 182C __ corrected cpm (line 2) x CFMc Total Stack I
Flow x 7.55 x 10-6 = l l lCi/sec. Total Reactor Building Gaseous Release Rate (to Summary Table, Sec. II, line 2) NOTES: a0btain monitor reading from Data Summary Sheet, Section II. A, line 8. b Obtain monitor reading from Data Summary Sheet, Section II.A, line 7. 'O cExneust f,0w obtained from 0ete Summery Sneet, Section ii.A, iine 6. t
--y-
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 15 of 43 INITIAL DOSE PROJECTIONS Revision 1 {} Date 10/21/81 ATTACHMENT III, CALCULATION SHEET II (continued) Page 3 of 5 II. Offgas Stack Releases
- 1. Complete line 2 OR_3 (0NE ONLY) as determined by the following criteria on the range selected (see Data Summary Sheet Section II.B, line 1):
Normal Range - Complete line 2 High Range - Complete line 3
- 2. Normal Range (RM4116 A or B) cpsa x cfm b x 9.44 x 10-11
= Ci/sec. Total offgas stack release rate (to Summary Table sec. II, line 3)
Q 3. High Range (RM16/HP200) cpma x cfmb x 7.5 x 10-6
= Ci/sec Total offgas stack release rate (to Summary Table sec. II, line 3)
NOTES: aMonitor readings obtained from Data Summary Sheet Section IIB, line 2 or 3. b Stack flow obtained from Data Summary Sneet Section IIB, line 4. III. Turbine Building Roof Exhaust (RCF 33, 35)
- 1. mR/hr outside shield '3 x 2.5 x 10-4
= mR/hr adjusted bkg.
b
- 2. _ mR/hr inside shield - adjusted bkg (line 1)
= net mR/hr.
- 3. Two options for obtaining exhaust flow:
{} flow indicator reading available - go to line 4. l flow indicator reading not available - go to line 5 l l l
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a f Page 16 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 l [} l i ATTACHMENT III, CALCULATION SHEET II (continued) Page 4 of 5 l
- 4. % flowc x 720 = cfm (go to line 6)
- 5. number of fans slow speedd x 18,000 = ,
,cfm number of fans fast speedd x 36,000 = cfm I' i
- 6. net mR/hr (line 2) x 2.75 x 10-5 x cfm (line 4 or 5) !
i Ci/sec. Total Turbine Bldg. Gaseous Release Rate ! (to Summary Table sec. II, line 4)
=
s J ( NOTES: a0btain reading from Data Summary Sheet, Section IIC, line 1. b Obtain reading from Data Summary Sneet, Section IIC, line 2. I c0btain % flow from Data Summary Sheet, Section IIC, line 3. d 0btain number of fans operating at slow and high speeds from Data Summary Sheet, ! Section IIC, line 4. t i
)
i 9 ^ C:) i
f EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a ! Page 17 of 43
- INITIAL DOSE PROJECTIONS Revision 1
! Date 10/21/81 1 ? ATTACHMENT III, CALCULATION SHEET III Page 5 of 5 DOSE INFORMATION I. Section for the remaining calculations - Appropriate section is determined . from the following table based on the atmospheric stability class. Complete ONLY l ONE section. I Stability Class Section ! (from Summary Table, Section I, line 5) AB II (page 18 of 43) III (page 24 of 43) {) C DE IV (page 30 of 43) l } FG V (page 36 of 43)
\ >
I i b i I i i i N i
. . , - - . , _ , . ~ , , . - . - - . . . + - - ~ . - - . . . - - , . . - , - . - - . . . - - . . -
l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a i Page 18 of 43 INITIAL DOSE PROJECTIONS Revision 1 O oate 1o/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) II. Dose information for atmospheric stability class AB A. Normalized concentration, Groured Level Release - Results for Summary Table, Section III, Line 2. sec
- 1. 4.0 x 10-5 + m/seca= F at site boundary sec
- 2. 5.3 x 10-5 + m/seca= m3 at point of max X/Q for offgas stack release sec
- 3. 3.8 x 10-7 + m/seca= m3 at 2 miles Q 4. 4.0 x 10-8 + m/seca=
sec m3 at 5 miles , sec
- 5. 7.4 x 10-9 + m/seca= mo at 10 miles l
NOTE: a0btain wind speed from Summary Table, Section I, line 4. B. Normalized concentration, Elevated Release - Results for Summary Tabh Section III, line 3. sec
- 1. 2.2 x 10-5 + m/seca= F at site boundary sec
- 2. 2.4 x 10-5 + m/seca= m3at point of max X/Q for offgas stack release sec
- 3. 3.5 x 10-7 + m/seca= Kt2 miles sec
- 4. 3.9 x 10-8 + m/seca= m3at 5 miles sec
- 5. 7.6 x 10-9 + m/seca= m3 at 10 miles
! NOTE: l a0btain wind speed from Summary Table Section I, line 4.
I EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a . Page 19 of 43 1
- INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 I
ATTACHMENT III, CALCULATION SHEET III (continued) l C. Whole body dose rate - Results from Summary Table Section III, line 4. Cia Cib C1
- 1. seC + sec = seC Ci
- 2. Ec (from line 1) x 32.0 d
mc Ci divided by sec + sec x 11.0e j mrem at site boundary divided by sec =' hr O Ci
, 3. Ec (from line 1) x 42.4 e
m- Ci d divided by sec + sec x 12.0 8 c mrem at point of max X/Q _m . divided by sec = l hr for offgas stack release Ci
- 4. E c (from line 1) x 0.304 mc Ci d divided by ..,, s ec + sec n 0.2800 mc -nrem at 2 miles divided by Ec = 1 hr Ci
- 5. Ec (from line 1) x 3.20 x 10-2 mc Ci d divided by sec + sec x 3.8 x 10-2e
.O _
j mrem at 5 miles divided by sec = tir
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 20 of 43 INITIAL DOSE PROJECTIONS Revision 1 (]) Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci
- 6. iec (from line 1) x 5.92 x 10-3 mc Ci d divided by sec + sec x 1.7 x 10-2e me mrem at 10 miles {
divided by lec =1 I hr NOTES: Reactor building stack release rate from Summary Table, Section II, line 2. b Turbine building roof exhaust release rate from Summary Table, Section II, line 4. (]) cWind speed from Summary Table, Section I, line 4. d 0ffgas stack release rate from Summary Table, Section II, line 3. elf Standby Gas Treatment is in operation (see Data Summary Sheet, Section II D, line l
- 1) multiply this number by 0.662.
D. Whole body dose - Results for Swanary Table Section III, line 5. mrem
- 1. hr (from line C2) x hr a
= mrem at site boundary mrem
- 2. hr (from line C3) x hr a
= mrem at point of max X/Q for offgas stack release mrem
- 3. hr (from line C4) x hr a
= mrem at 2 miles mrem
(]) 4. hr (from line C5) x hr a
= mrem at 5 miles I. - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - - - - _ - _ _ _
. EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 21 of 43 INITIAL DOSE PROJECTICNS Revision 1 O Oete 10nu81 . i t t ATTACHMENT III, CALCULATION SHEET III (continued) - .s i - mrem
- 5. hr (from line C6) x hra
= mrem at 10 miles NOTE: .
a0btain exposure time from Summary Table, Section II, line 1. , E. Thyroid Dose Commitment - Result for Summary Table, Section III, line 6. . Cia Ci b ~ Ci -
- 1. ( sec + sec ) x 0.3 = He t
i Cic Ci '
- 2. sec x 0.3d= -sH O
Ci sec
- 3. E c (line 1) x m3 (line A.1)
Ci sec
+ Ec (line 2) x m3 (line B.1)
Ci
= a '
l Ci sec
- 4. set (line 1) x m3 (line A.2) , ,
, Ci sec
+ Ec (line 2) x - m3 -(.l ine B.2) ;_ ,
Ci n i, = M ,
'~'
Ci sec i
- 5. E c (line 1) x (line A.3) m3 Ci 'sec .
+ Ec (line 2) x- m' (line B.3)
Ci -
, y .
~
Ci sec -
- 6. Ec Cline 1) x~ $ (line AA) l Ci 'e sec <
O i + Rc (iine 2) x a- (iineB.4) x Ci
= F , ,
1 /. .
~
e en
-m - - - ~ -- -e w a-- - __,e ,,Q'~ . _ , . -_,,
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 22 of 43 INITIAL DOSE PROJECTIONS Revision 1 O Oete 10,2u81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci sec
- 7. sic (line 1) x m3 (line A.5)
Ci sec
+ sic (line 2) x F (line B.5)
Ci
= F Ci
- 8. F (line 3) x hre x 3.8 x 108 2
mrem at site boundary Ci
- 9. F (line 4) x hre x 3.8 x 108 mrem at point of max X/Q for offgas stack release.
Ci
- 10. F (line C x hre x 3.8 x 108
=
mrem at 2 miles Ci
- 11. F (line 6) x hre x 3.8 x 108 1
=
mrem at 5 miles
.Ci
- 12. ' M (line 7) x hre x 3.8 x 108
.s mren at 10 miles NOTES:
'- aReactor building stack release rate from Summary Table, Section II, line 2.
] b iurbine building roof exhaust release rate from Summary Table, Section II, line 4.
C Offgas stack release rate from Summary Table, Section II, line 3. d s_ ' If Standby' Gas Treatment is in operation (See Data Summary Sheet, Section II.D, j' ' line 1) us'e 0.003, otherwise use 0.3. Y -' .
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a 4 Page 23 of 43 INITIAL DOSE PROJECTIONS Revision 1 . O - Oete 10/2u81 ATTACHMENT III, CALCULATION SHEET III (continued)
. e0btain exposure time from Summary Table, Section II, line 1.
F. Plume width - The following are the plume widths to be placed in the Sumary Table, Section III, line 7. Site Point of maximum X/Q
'. Bdy a for Offgas Stack release 2mi Smi 10mi 530 470 3200 6200 11000 G. Plume arrival time - Results for Summary Table Section III, line 8.
ma ;hr to Site Boundary 0.125 divided by
- 1. sec =
O- ma hr to point of max X/Q for
- 2. 0.111 divided by sec = offgas stack release
'~
ma br to 2 miles
- 3. 0.894 divided by Ter i __
~~
m' hr to 5 miles
- 4. 2.23 divided by sec=\
_- ma hr to 10 miles
- 5. 4.47 divided by sec =
NOTE: a0btain wind speed from Summary Table, Section I, line 4. 3
~U '
~
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 24 of 43 INITIAL DOSE PROJECTIONS Revision 1 O Dete 10/21/81 I
- I i
l ? I ATTACHMENT III, CALCULATION SHEET III (continued) i j III. Dose information for atmospheric stability class C. A. Normalized concentration, Ground level release - Results for Summary Table, Section III, line 2. 1 j 1. 1.8 x 10-4 + m/seca= sec l F at site b;Jndary ! 2. 3.2 x 10-5 + m/seca= s c at point of max i l m X/Q for offgas release l 3. 6.0 x 10-6 + m/seca= sec ] mo at 2 miles iO j
- 4. 1.2 x 10-6 + m/sec^ = '
sec m3 'at 5 miles
- 5. 3.7 x 10-7 + m/seca=; sec j m3 at 10 miles
} NOTE: I j a0btain wind speed from Summary Table Section I, line 4. 1 l B. Normalized concentration, Elevated release - Results for Summary Table, Section
- III, line 3.
1
- 1. 1.0 x 10-6 + m/seca= sec j m3 at site boundary
- 2. 3.3 x 10-5 + m/seca= s c at point of max 1 m X/Q for offgas I stack release
- 3. 5.1 x 10-6 + m/seca= sec l m4 at 2 miles l l 4. 1.2 x 10-6 + m/seca= sec mo at 5 miles i 1
O 5. 3.7 x 10-7 + m/seca= sec mo at 10 miles NOTE: a0btain wind speed from Summary Table, Section I, line' 4.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 25 of 43 ) INITIAL DOSE PROJECTIONS Revision 1 O Oete 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) C. Whole body dose rate - Results from Summary Table, Section III, line 4. Cia Cib Ci
- 1. sec + sec = sec Ci
, 2. E c (from line 1) x 144 : mc Ci d divided by sec + sec x 9.30e mc divided by Ec = mrem at site boundary [ hr + 1 O 3. nsec(from line 1) x 25.6 mc Cid : j divided by sec + sec x 10.5e ; mc divided by Ec = mrem at point of max X/Q for hr offgas stack release Ci ,
- 4. Ec (from line 1) x 4.80 ,
mc Cid divided by sec + sec x 6.500 mc ; i divided by Ec = mrem at 2 miles
, hr Ci
- 5. E c (from line 1) x 0.960 l mc Cid .
divided by sec + sec x 1.45e mc divided by sec = mrem at 5 miles l hr l > I (
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 26 of 43 INITIAL DOSE PROJECTIONS Revision 1 , O oate 1o/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci
- 6. Ec (from line 1) x 0.296
, mc Cid divided by sec + sec x 0.350e mc divided by Ec= mrem at 10 miles hr NOTES:
aReactor building stack release rate from Summary Table, Section II, line 2. b Turbine building roof exhaust release rate from Summary Table, Section II, line 4. j O cwiad speed from sommary table. sectioa t. 14ne 4-d 0ffgas stack release rate from Summary Table, Section II, line 3. elf Standby Gas Treatment is in operation (see Data Summary Sheet, Section II D, a line 1) multiply this number by 0.662. D. Whole body dose - Results for Summary Table, Section III, line 5. mrem l 1. hr (from line C2) x hra
=
mrem at site boundary mrem
- 2. hr (from line C3) x hr a
=
l mrem at point of max X/Q for offgas stack release l l mrem
- 3. hr (from line C4) x hr a O =re= at 2 mi1es mrem
- 4. hr (from line C5) x hra 2
mrem at 5 miles
EMERGENC', PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 27 of 43 INITIAL DOSE PROJECTIONS Revision 1 h Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) mrem
- 5. hr (from line C6) x bra
=
mrem at 10 miles NOTE: Obtain exposure time from Summary Table, Section II, line 1. E. Thyroid Dose Commitment - Result for Summary Table, Section III, line 6. Cia Cib Ci
- 1. ( sec + sec ) x 0.3 = Te~c Cic Ci
- 2. se'c x 0.3d= sec Ci sec
- 3. sec (line 1) x m3 (line A.1)
Ci sec
+ sec (line 2) x m3 (line B.1)
Ci
= 2 Ci sec
- 4. sec (1ine 1) x m3 (1ine A.2)
Ci sec
+ sec (line 2) x m3 (line B.2)
Ci
= F Ci sec
- 5. sec (line 1) x m3 (line A.3)
Ci sec O + sec (line 2) x m3 (line B.3) Ci
= 0
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a 28 of 43 Page INITIAL DOSE PROJECTIONS Revision 1 j Q Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci sec e
- 6. sec (line 1) x mo (line A.4)
Ci sec
+ sec (line 2) x m3 (line B.4)
Ci
= F Ci sc
- 7. sec (line 1) x m (line A.5)
Ci sec
+ sec (line 2) x F (line B.5)
O
= a Ci
- 8. F (line 3) x hr* x 3.8 x 108
= mrem at site boundary Ci
- 9. F (line 4) x hre x 3.8 x 108
= mrem at point of max. X/Q for offgas stack release Ci
- 10. F (line 5) x hre x 3.8 x 108
= mrem at 2 miles l
Ci i 11. F (line 6) x hre x 3.8 x 108
= mrem at 5 miles O
Ci
- 12. F (line 7) x hr8 x 3.8 x 108
= mrem at 10 miles
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 29 of 43 INITIAL DOSE PROJECTIONS Revision 1 O oate to/21/81 ATTACKiENT III, CALCULATION SHEET III (continued) NOTES: aReactor building stack release rate from Summary Table, Section II, line 2. b Turbine building roof exhaust release rate from Summary Table, Section II, line 4. c0ffgas stack release rate from Summary Table, Section II, line 3. d If Standby Gas Treatment is in operation (See Data Summary Sheet, Section 11.0, line 1) use 0.003, otherwise use 0.3. e0btain release duration from Summary Table, Section II, line 1. F. Plume width - The following are the plume widths to be placed in the Summary Table, Section III, line 7. O Site Point of maximum X/Q Bdy for Offgas Stack release 2mi Smi 10mi 310 meters 720 1900 2700 6600 G. Plume arrival time - Results for Summary Table, Section III, line 8. ma , hr to Site Boundary
- 1. 0.125 divided by sec =
ma hr to point of max X/Q
- 2. 0.333 divided by sec = for offgas stack release ma hr to 2 miles
- 3. 0.894 divided by sec =
ma hr to 5 miles
- 4. 2.23 divided by _ _ _
sec = l ma hr to 10 miles
- 5. 4.47 divided by sec =
NOTE: a0btain wind speed from Summary Table, Section I, line 4. Q
,% D.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 30 of 43 INITIAL DOSE PROJECTIONS Revision 1 O Oete 10/21/81 ATTACHMENT III, CALCULATION SHEET 111 (continued) IV. Dose information for atmospheric stability class OE. A. Normalized concentration, Ground level release - Results for Summary Table, Section Ill, line 2.
- 1. 7.3 x 10-4 divided by m/seca= sec m3 at site boundary
- 2. 2.2 x 10-5 divided by m/seca= s c at point of max m X/Q for offgas stack l release
- 3. 3.1 x 10-5 divided by m/seca= sec F at 2 miles j O 4. 7.2x10-4aivideaby =/sec^ = sec mo at 5 miles
- 5. 2.4 x 10-6 divided by m/seca= sec m3 at 10 miles NOTE:
a0btain wind speed from Summary Table, Section I, line 4. B. Normalized concentration, Elevated release - Results for Sumary Table, Section 111, line 3.
- 1. 1.6 x 10-ti divided by m/seca= sec m4 at site boundary
- 2. 7.0 x 10-6 divided by m/seca= s c at point of max m X/Q for offgas stack release 3, 6.6 x 10-6 divided by m/seca= sec m3 at 2 miles
- 4. 4.7 x 10-6 divided by m/seca= sec ma at 5 miles O 5. 2.0 x 10-6 divided by m/seca= sec m3 at 10 miles NOTE:
a0btain wind speed from Summary Table, Section 1, line 4.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 31 of 43 INITIAL DOSE PROJECTIONS Revision 1 O oate to/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) C. Whole body dose rate - Results from Summary Table, Section III, line 4. Cia Cib Ci
- 1. sec + sec = sec Ci
- 2. iic (from linec 1) x 584 m Ci d divided by sec + sec x 8.00e mc divided by sec = mrem at site boundary hr Ci O 3-iac(fromitae1)x176 m Cid divided by sec + sec x 8.00e mc divided by sic = mrem at point of max X/Q for hr offgas stack release Ci
- 4. sic (from linec
- 1) x 24.8 d m Ci divided by sec + sec x 9.00 0 mc divided by sic = ' mrem at 2 miles hr l l
Ci l S. sic (from line 1) x 5.76 m c Ci d l divided by sec + sec x 5.10e mc divided by sic = ' mrem at 5 miles I hr
l EMERGEf1CY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 32 of 43 INITIAL DOSE PROJECTIONS Revision 1 O oete 10/21/81 ! ATTACHMENT III, CALCULATION SHEET III (continued) Ci-
- 6. sec (from line 1) x 1.92 divided by + c x 2.05e mc divided by sec = mrem at 10 miles hr
! NOTES: aReactor building stack release rate from Summary Table, Section II, line 2. b l Turbine building roof exhaust release rate from Summary Table, Section II, line 4. O v cWind speed from Summary Table, Section I, line 4. d 0ffgas stack release rate from Summary Table, Section II, line 3. elf Standby Gas Treatment is in operation (see Data Summary Sheet, Section II D, line 1) multiply this number by 0.662. D. Whole body dose - Results for Sumary Table, Section III, line 5. mrem
- 1. hr (from line C2) x hr a
= mrem at site boundary mrem
- 2. hr (from line C3) x hra
=l mrem at point of max X/Q for offgas stack release I
mrem
- 3. hr (from line C4) x hra
= mrem at 2 miles O mrem
- 4. hr (from line CS) x hr a
= mrem at 5 miles
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 33 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) mrem
- 5. hr (from line C6) x br a
= mrem at 10 miles NOTE:
a0btain exposure time from Summary Table, Section II, line 1. E. Thyroid Dose Comitment - Result for Summary Table, Section III, line 6. Cia Cib Ci
- 1. ( sec + sec) x 0.3 = sic q
L' 2. Cic sic x 0.3d= Ci-sec Ci sec
- 3. sec (line 1) x m3 (line A.1) {
Ci sec : I
+ sec (line 2) x F (line B.1) i Ci !
= F I Ci sec
- 4. sec (line 1) x mo (line A.2) .
Ci sec i
+ sec (line 2) x mo (line B.2) !
l l Ci
= 2 t Ci sec
- 5. sec (line 1) x mo (line A.3) i i Ci sec -i
+ '*" (" "e 2) x (line B.3)
O mo l I Ci
= @ ;
i
).
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 34 of 43 INITIAL DOSE PROJECTIONS Revision 1 l Date 10/21/81 ATT.1CHMENT III, CALCULATION SHEET III (continued) Ci sec
- 6. sec (line 1) x m3 (line A.4)
Ci sec
+ sec (line 2) x m3 (line B.4)
Ci
= 2 Ci sec
- 7. sec (line 1) x Tm (line A.5)
Ci sc
+ sec (line 2) x m (line B.5)
Ci
= 9 c4
- 8. In? (line 3) x hre x 3.8 x 108
= mrem at site boundary Ci
- 9. F (line 4) x hrex 3.8 x 108
= mrem at point of max X/Q for offgas stack release i
Ci
- 10. F (line 5) x hrex 3.8 x 138
= mrem at 2 miles I
- 11. (line 6) x hre x 3.8 x 108
= mrem at 5 miles
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 35 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci i
- 12. F (line 7) x hrex 3.8 x 108
= mrem at 10 miles i
NOTES: Reactor building stack release rate from Summary Table, Section II, line 2. I b Turbine building roof exhaust release rate from Summary Table, Section II, line 4.
- c0ffgas stack release rate from Summary Table, Section II, line 3.
i OdIf Standby Gas Treatment is in operation (See Data Summary Sheet, Section 11.0, line 1) use 0.003, otherwise use 0.3 e0btain release duration from Summary Table, Section II, line 1. F. Plume width - The following are the plume widths to be placed in the Summary Table, Section III, line 7. Site Point of maximum X/Q Bdy for Offgas Stack release 2mi Smi 10mi l 190 meters 1400 1100 2400 4300 G. Plume arrival time - Results for Summary Table, Section III, line 8. ma
- 1. 0.125 divided by Ec = hr to Site Boundary ma
- 2. 1.11 divided by Ec = hr to point of max X/Q for offgas stack release ma
- 3. 0.894 divi yJ by Ec = hr to 2 miles v
ma
- 4. 2.23 divided by Ec = hr to 5 miles
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 36 of _43 INITIAL DOSE PROJECTIONS Revision 1 O oate to/2t/81 ATTACHMENT III, CALCULATION SHEET III (continued) ma
- 5. 4.47 divided by sec = hr to 10 miles NOTES:
a0btain wind speed from Summary Table, Section I, line 4. O O
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 37 of 43 INITIAL DOSE PROJECTIONS Revision 1 O oete 1o/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) V. Dose information for atmospheric stability class FG. A. Normalized concentration, Ground level release - Results for Summary Table, l Section III, line 2
- 1. 4.0 x 10-3 + m/seca= fatsiteboundary sec
- 2. 2.0 x 10-5 + m/seca= m3 at point of max X/Q
! for offgas stack release sec
- 3. 2.1 x 10-4 + m/seca= 'm3 at 2 miles sec O 4- s s x to-s + =/sec =
i l=3ets=41es sec
- 5. 2.0 x 10-5 + m/seca= F at 10 miles NOTE:
a0btain wind speed from Summary Table, Section I, line 4. B. Normalized concentration, Elevated release - Results for Summary Table Section III, line 3. sec
- 1. 0.0 + m/seca= at site boundary sec
- 2. 1.7 x 10-4 + m/seca, -- m3 at point of max X/Q for offgas stack release sec
- 3. 1.7 x 10-11+ m/seca= m3 at 2 miles O
V
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 38 of 43 , INITIAL DOSE PROJECTIONS Revision 1 O oate 10/21/81 . ATTACHMENT III, CALCULATION SHEET III (continued) sec ;
- 4. 2.2 x 10-7 + m/seca= ;mo at 5 miles I
sec
- 5. 1.7 x 10-6 + m/seca= m3 at 10 miles l NOTE: I r
a0btain wind speed from Summary Table, Section I, line 4. C. Whole body dose rate - Results from Summary Table, Section III, line 4. Cia Cib Ci
- 1. sec + sec = sec Ci
- 2. sec (from line 1) x 3.20 x 103 mc Ci d !
divided by sec + sec x 7.000 i mc ; divided by Ec = 1 mrem at site boundary ; i hr ' Ci
- 3. Ec (from line 1) x 16.0 mc Ci d I divided by sec + sec x 3.40e .
1 ! mc l divided by Ec= mrem at point of max X/Q for , l hr offgas stack release Ci
- 4. Ec (from line 1) x 168.0 mc Cid divided by sec + sec x 5.00e divided by
!sec = '
mrem at 2 miles l l
' hr 1
e
,-,--n. o. w n , , . ., - , . - ,- ,. . - . ,
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 39 of 43 INITIAL DOSE PROJECTIONS Revision 1 t% V Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued), Ci
- 5. Ec (from line 1) x 44.0 divided by + c x 4.20e mc divided by Ec = mrem at 5 miles hr Ci
- 6. sec (from line 1) x 16.0 divided by c+ c x 3.40e O divided by mc Ec = mrem at 10 miles hr NOTES:
aReactor building stack release rate from Summary Table, Section II, line 2. b Turbine building roof exhaust release rate from Summary Table, Section II, line 4. cWind speed from Summary Table, Section I, line 4. d , 0ffgas stack release rate from Summary Table, Section II, line 3. elf Standby Gas Treatment is in operation (see Data Summary Sheet, Section 11.0, line 1) multiply this number by 0.662. ! D. Whole body dose - Results for Summary Table Section III, line 5. mrem
- 1. hr (from line C2) x hra mrem at site boundary 3
l O 2. mrem hr (from line C3) x hr a mrem at point of max X/Q for offgas stack release 3
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 40 of 43 INITIAL DOSE PROJECTIONS Revision 1 . O Dete 10nue1 ATTACHMENT III, CALCULATION SHEET III (continued) 4 mrem a
- 3. hr (from line C4) x hr mrem at 2 miles
=
mrem
- 4. hr (from line C5) x hr a mrem at 5 miles
=
mrem
- 5. hr (from line C6) x hr a O ,
mrem at 10 miles 1 NOTE: a0btain exposure time from Summary Table, Section II, line 1. E. Thyroid Dose Commitment - Result for Summary Table, Section III, line 6. Cia Cib Ci
- 1. ( sec + sec) x 0.3 = sec Cic Ci
- 2. sic x 0.3d= sec sec
- 3. Cl sec (line 1) x m4 (line A.1)
Ci sec
+ sic (line 2) x m3 (line B.1) l Ci
= F sec t 4. Cl sec (line 1) x mo (line A.2)
Ci sec
+ sic (line 2) x int (line B.2)
Ci
= @
EMERGENCY FLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 41 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci sec
- 5. He (line 1) x mo (line A.3)
Ci sec
+ Ec (line 2) x mJ (line B.3)
Ci
= B Ci sec
- 6. Ec (line 1) x F (line A.4)
Ci sec
+ sec (line 2) x m3 (line B.4)
O ci
= w
- 7. c (line 1) x (line A.5)
Ci sec
+ Ec (line 2) x m3(lineB.5)
Ci
= F Ci
- 8. F (line 3) x hre x 3.8 x 108
= mrem at site boundary I Ci
- 9. F (line 4) x hre x 3.8 x 108
= mrem at point of max X/Q for offgas stack release I i
A Ci V 10. M (line 5) x hrex 3.8 x 108
= mrem at 2 miles
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 42 of 43 INITIAL DOSE PROJECTIONS Revision 1 O Oete 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) Ci l 11. F (line 6) x hrex 3.8 x 108
- i, mrem at 5 miles Ci Ci
! 12. F (line 7) x hre x 3.8 x 108
= mrem at 10 miles
< NOTES: Oeaeector buiiding steck release rete from Summery Tebie, Section 11, ,ine 2. i bTurbine building roof exhaust release rate from Summary Table, Section II, line 4. c0ffgas stack release rate from Summary Table, Section II, line 3. dIf Standby Gas Treatment is in operation (See Data Summary Sheet, Section II.D, i line 1) use 0.003, otherwise use 0.3. 00btain release duration from Summary Table, Section II, line 1. F. Plume Width - The following are the plume widths to be placed in the Sumary 1 Table, Section III, line 7. Site Point of maximum X/Q Bdy for Offgas Stack release 2mi Smi 10mi 90 meters 2000 530 970 2000 G. Plume arrival time - Results for Summary Table, Section III, line 8.
- 1. 0.125 + c= hr to Site Boundary O
V a _ m_
- 2. 4.47 + sec = hr to point of max X/Q for offgas stack release
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 3.3a Page 43 of 43 INITIAL DOSE PROJECTIONS Revision 1 Date 10/21/81 ATTACHMENT III, CALCULATION SHEET III (continued) a m-
- 3. 0.894 + sec = hr to 2 miles ma
- 4. 2.23 + Tec = hr to 5 miles a
m-
- 5. 4.47 + sec = hr to 10 miles NOTE:
O 3 0btain wind speed from Summary Table, Section I, line 4. l l l lO
EMERGENCY PLAN IhPLEMENTING PROCEDURE EPIP 4.3 Page 1 of 8 j p RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date 10/19/81 1 l 1.0 PURPOSE This procedure provides guidance for performing rescue operations and emergency repair work. 2.0 APPLICABILITY This procedure applies to plant personnel assigned to the OSC to perform personnel rescue work or to conduct emergency reprirs of equipment and systems during i emergency situations.
; 3.0 RESPONSIBILITIES 3.1 Security Shift Supervisor 3.1.1 Notify the OSC Supervisor of individuals considered missing and their
- last known whereabouts following personnel accountability.
O 3.2 Shift Seoervisino Enoiaeer - 3.2.1 Coordinate as necessary with the TSC Site Radiation Protection l Coordinator to obtain required assistance to conduct emergency repair work. 3.2.2 Communicate with the TSC for technical assistance, if necessary, when determining how equipment or systems shall be repaired. 3.2.3 As required, provide the Site Radiation Protection Coordinator with radiation levels, based on Area Radiation Monitors (ARMS) readings or . other remote instrumentation, for rescue or repair areas and those areas enroute. ! 3.2.4 Monitor rescue and repair work activity. I 3.3 TSC Supervisor i 3.3.1 Provide the Control Room with technical assistance in performing i emergency repair work. 3.3.2 Monitor rescue and repair work activity. 3.4 Emergency Coordinator n 3.4.1 Authorize emergency exposure limits for personnel involved in rescue () and repair work as appropriate. 3.4.2 Designate the course of action to be taken when several options exist for conducting repair or rescue work. 3.4.3 Communicate with the E0F for additional technical assistance, if necessary.
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1 EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 2 of 8 O# RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date 10/19/81 3.4.4 Authorize dispatch of teams to conduct rescue and emergency work. 3.5 Site Radiation Protection Coordinator 3.5.1 Inform the OSC Supervisor of the need to prepare and dispatch the radiological monitoring teams and rescue and emergency repair work teams to affected areas. I 3.5.2 Coordinate rescue and emergency repair work with OSC and CR. 3.6 OSC Supervisor l 3.6.1 Provide assistance as required to insure that rescue and emergency repair teams are set up and are dispatched as directed by the Emergency Coordinator, i 3.6.2 Coordinate rescue and emergency repair work with the TSC. l l {'} 4.4 INSTRUCTIONS ! 4.1 General Reauriements 4.1.1 Personnel with the folicwing skills shall be formed into rescue or emergency repair teams by their tag selection from the Emergency Assignment Tap Board (refer to EPIP 2.1, " Activation and Operation of j the Operational Support Center") and the OSC Supervisor,
- a. A Health Physcis Technician shall be assigned to each rescue and emergency repair team.
- b. Two individuals, knowledgeable in the first aid techniques that may be required, shall be assigned to each rescue team.
- c. One mechanic, one instrumentation technician, and two
. electricians shall be assigned to emergency repair work. The i makeup of each team is at the direction of the TSC Supervisor and l is dictated by "a *.ype of repair work to be performed. 4.1.2 Communications between the rescue and emergency repair teams and the l OSC, TSC, and Control Room,as applicable, shall be by the Operations Radio System; backup systems available for use shall be, first, the plant paging system and, second, the plant telephone system. 4.1.3 Projected total team exposures will be evaluated as discussed in O' paragraphs 4.2 and 4.3 prior to reaching a decision as to course of action to be taken. 4.1.4 Team members should take advantage of any means at their disposal to minimize their cyn exposure consistent with the needs of the rescue or repair effort.
m EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 3 of 8 RESCUE AND EMERGENCY REPAIR WORK Revision 1 .-{]} Date 10/19/81 4.2 Rescue Operations 4.2.1 The Security Shift Supervisor shall determine, to the best of his ability, the location of missing individuals and report this information to the OSC Superviso . The location will be based on the individual's normal work assignment or last known whereabouts. To accomplish this, the Security Shift Supervisor shall as apilicable:
- a. Check the security computer system for location and time of the employee's last entry or exit.
- b. Check RWP access logs maintained at the Health Physics Control Access Area.
- c. Contact the missing employee's supervisor for his last known
; location.
j d. Contact fellow workers to detrmine the missing employees last j () known location. 4.2.2 Prior to the dispatch of teams, the Site Radiation Protection 4 Coordinator shall perform the following functions:
- a. Determine the routes rescue teams shall take to perform rescue
, work. j b. Obtain area radiation monitor readings for the rescue area and
- the areas enroute.
- c. Evaluate the radiological status of these areas from the readings.
NOTE: Details describing this instrumentation, the areas which they i monitor, and potential hazards involved in access to the various areas are covered in detail in RPP 7.2, " Operation i and Use of Area Radiation Monitors" and Post-Accident Sampling Procedures. 4.2.3 The Site Radiation Protection Coordinator shall considct the following options in regard to rescue work and make recommendations to the Emergency Coordinator:
- a. Number of people missing or injured.
'() b. Severity of injuries, if known.
- c. Potential or actual radiological hazards that missing or injured personnel may be exposed to.
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 4 of 8 q RESCUE AND EMERGENCY REPAIR WORK Revision 1 C' Date 10/19/81
- d. Radiation doses rescue personnel are likely to receive in conducting rescue operations.
NOTE: Based on radiological conditions, team members may naed to obtain authorization from the Emergency Coordinator to receive radiological exposure beyond the DAEC administrative limits (including quarterly, daily, or single exposure). As a guide, 75 rem is the limit for volunteers under special circumstances to save a life. 4.2.4 The OSC Supervisor shall ensure that rescue team members are instructed regarding:
- a. Last known or best estimate of the location of the missing individual.
- b. Route used to reach the rescue area.
O c. Estimated radiation levels in the areas which team members must pass through or enter.
- d. Exposure limits for each team member.
- e. Method of communication with the OSC.
CAUTION: i Each team member is responsible for: Periodically checking direct reading pocket dosimeters to monitor total dose received. Observing established radiation exposure limits (refer to RPP 2.1, " Personnel Exposure Limits") unless authorized by the i Emergency Coordinator to exceed these limits. Under no circumstances shall personnei exceed the emergency radiation doses as stated in RPP 13.1, " Radiation Emergencies". Insuring that respiratory equipment is fitted and functioning properly. Refer to RPP 8.1. 4.2.5 The 9SC Supervisor will then dispatch and direct the rescue teams as authorized by the Emergency Coordinator. O 4. 6 The rescue teems shaii thea Proceed to the rescue eree to iaitiete rescue operations as follows:
- a. While enroute, entering, and returning from the rescue area, the Health Physics Technician shall:
EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 5 of 8 RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date 10/19/81 Monitor ahead of the team to detect areas of high radiation. Monitor total dose for each team member. NOTE: Health Physcis personnel will perform monitoring functions only and will not be involved in actual rescue activities.
- b. When the missing individual is located, First Aid personnel shall assess injuries, if any. If no injuries were sustained, the individual shall be escorted back to the OSC. If injuries are evident:
Communicate with the Site Radiation Protection Coordinator to i verify the location of the individual and extent of injuries. Perform immediate treatment for life-threatening injuries. If possible, transport the victim from the rescue area to a safe h area.
- c. Treatment priorities shall be based on the radiological and the medical condition of the injured and should be determined jointly between the Health Physics Technician and First Aid Personnel.
- d. For high radiation areas where life-threatening injury has occurred, evaluate the level of radiation and the injury using the following criteria:
If the level of radiation is determined not to be life-threatening but the injury is, treat the injury before moving the victim to a safe area. Conversely, if the injury is determined not be life-threatening, but the level of radiation is, move the victim to a safe area. 4.2.7 Rescue teams should return with the injured to the Health Physics Access Control area or other safe area for further treatment to await transfer to medical facilities. Refer to procedure EPIP 4.2, "First Aid, Octontamination, and Medical Support". 4.2.8 Dociar.antation of injuries and contamination problems during rescue work will be performed in accordance with the requirements of EPIP 4.2, "First Aid, Decontamination, and Medical Support" and Section 4.0, " Personnel Radiation Records" and RPP 9.3, " Operation of the h Whole Body Counter" of the Radiation Protection Procedures.
i T l EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 6 of 8: p, RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date 10/19/81 . Ql 4.3 Emergency Repair Work ._ 4.3.1 The Shif t Supervising Engineer shall report damage to equipment. and L' systems which potentially require emergency repair to the TLC Supervisor,
- a. If repair work is needed, the OSC Supervisor shall locate the proper maintenance personnel needed to perform the works and place him in communication with the Shif.t, Supervising Engineer and the TSC Supervisor to assist them 'in evaluating the damage and in ,
determining a course of action. , ! b. If temporary modifications are required,- as'sistance ' shall be - ! obtained as follows: The TSC, with assistance from the appropriate maintenance _ peronnel, shall determine a course of action, or
'O Tiie Emergency Coordinator, if necessary, shall request engineering assistance from the EOF.'
- c. If, after an evaluation of the situation, alternative ,
modifications cr' options are available for ~ implementing the repair, the Emergency Coordinator shall provide direction as' to
- the course of action to be taken.
~
4.3.2 Prior to the dispatch of teams, the Site Radiation Protection- , Coordinator shall perform the following functions:
- a. Determine the routes repair teams shall take to perform repair work. -
- b. Obtain area radiation monitor readings for the area and the areas enroute. -
- c. Evaluate the radiological status of these ~ areas frcm the readings.
NOTE: Details descr',bing this instrumentation, the areas which they monitor, and potential hazards involved in iness to the various areas are covered in detailain RPP 1.?.
" Operation and Use of Area Radiation Monitors" and Post-Accident Sampling Procedures.
l]' 4.3.3 The Site Radiation Protection Coordinator and the TSC Supervisor shall consider the following options in regard to emergency repair work and make recommendations to' the Emergency Coordinator:
- a. Potential or actual airborne releases-from the plant to the environment, if applicable.
m
N EMERGENCY PLAN-IMPLEMENTING PROCEDURE EPIP 4.3 Page 7 of 8 RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date - 10/19/81 l l r l L - h b. ' Noble Gas and Radioiodine Release Rates and Projected Downwind Doses associated with the release, if applicable.
~
- c. Estimated man-rem exposure emergency repair team personnel are expected to receive in terminating or reducing the airborne release or conducting the repair effort.
- d. Personnel available to conduct emergency repair work.
NOTE: Bases on radiological conditions, team members may need to obtain authorization from the Emergency Coordinator to receive radiological exposure beyond the DAEC administrative limits (including quarterly, daily, or single exposure). As a guide, 25 rem is the limit for volunteers under special circumstances to reduce a potential hazard to acceptable limits.
~
4.3.4 The OSC Supervisor shall ensure that repair team members are (,) instructed regarding:
- a. Area of plant where emergency repair work is required.
b.._ Route used to reach the repair work area.
- c. Estimated radiation levels in the emergency repair work area and .:
the areas enroute. Exposure limits for team members. d.
- e. Method of communication with the Control Room.
- f. Methods or techniques recommended to perform the repair work.
CAUTION: Each team member is responsible for: Periodically checking direct reading pocket dosimeters to monitor total dose received. Observing established radiation exposure limits (refer to RPP 2.1, " Personnel Exposure 1.imits") unless authorized by the Emergency Coordinator to exceed these limits. Under no circumstances shall personnel exceed the emergency radiation O doses es stated 'a aee 131. aediatioa t=erseacies - Insuring that respiratory equipment is fitted and functioning properly. Refer to RPP 8.1.
I EMERGENCY PLAN IMPLEMENTING PROCEDURE EPIP 4.3 Page 8 of 8 RESCUE AND EMERGENCY REPAIR WORK Revision 1 Date 10/19/81 4.3.5 The OSC Supervisor shall dispatch and direct emergency repair work teams as authorized by the Emergency Coordinator. 4.3.6 The repair teams shall then proceed to the repair work area to initiate repair operations as follows:
- a. While enroute, entering, and returning from the rescue area, the llealth Physics Technician shall:
Monitor ahead of the team to detect areas cf high radiation. Monitor total radiation dose levels of each team member. NOTE: licalth Physics personnel will perform monitoring functions only and will not be involved in actual rescue activities.
- b. Maintenance personnel shall perform the repair work.
O c. oPeratioas sheii Provide assisteace as accessery. 4.3.7 Emergency repair work team members shall return to the OSC upon completion of repair work and proceed with decontamination according to EPIP 4.2, "First Aid, Decontamination, and Medical Support" and RPP 12.1, " Personnel Decontamination". Normal radiation protection procedures shall be observed at the access a*ea. 4.3.8 Documentation of maintenance activities shall be in accordance with the requirements of the DAEC Maintenance Program.
5.0 REFERENCES
5.1 Radiation Protection Procedures 5.2 Duane Arnold Energy Center Emergency Plan l 6.0 ATTACitMENTS None f APPROVED BY: i REVIEWED BY: Chief Engineer Chairman,0pprations c*"* O " APPROVED BY: / _, hou.ru, APPROVED B h / ,, ,/
~
r jyfff
,a ProtytionEngineer Ope /ations Supervis,o
EMERGENCY PLAN IMPLEMENTING PROCEDURES
< REVISION CONTROL S!!EET / i 'wY 2
Revision No. , Revision Date 11/23/81 Date Rev. Page/ Proc Date Rev. Page/ Proc Date Rev.
,_ Pay,e,/, Proc INDEX 5/22/81 0 1.1 5/11/81 0 1.2 10/12/81 1 2.1 10/8/81 1 2.2 10/12/81 1 3.1 10/19/81 1 3.2 10/19/81 2 3.3a 10/21/81 1 3.3b 5/13/81 0 4.1 5/11/81 0 4.2 5/11/81 0 4.3 10/19/81 1 4.4 5/11/81 0 5.1 5/11/81 0 5.2 5/11/81 0 6.1 5/11/81 0 6.2 5/11/81 0 6.3 5/11/81 0 6.4 11/5/81 0 i i I
f I EMERGENCY PLAN IMPLEMENTING PROCEDURES b
- INDEX ,
<^y -
6
)
Document No. Title i 1.1 Deternination of the Emergency Action Level 1.2 Notification of the Emergency Response Organization and Offsite Agencies 2.1 Activation and Operation.of the Operational Support Center 2.2 Activation and Operation of the Technical Support Center 3.1 Onsite Radiological Monitoring 3.2 Offsite Radiological Monitoring 3.3a Initial Dose Projections 3.3b Follow-up Dose Projections 4.1 Site Evacuation 4.2 First Aid, Decontamination and Medical Support
~
/ N
'Y 4.3 FWscue and Emergency Repair Work 4.4 Protective Action Guides and Exposure Limits 5.1 Deactivation of the Emergency Plan 5.2 Recovery and Re-entry 6.1 Maintenance of the EPIPs 6.2 Training and Drills 6.3 thintenance of Emergency Facilities Equipment and Supplies 6.4 Emergency Preparedness Communications Testing l
l , N.) Rev. I 11/23/81
EliERGEllCY PLAll !!1PLEliErlTitlG PROC" DURE EPIP 3.2 Page 1 of 10 , OFFSITE RADIOLOGICAL M0lllTORiflG Revision 2 Date 10/19/81 N l L 1.0 PURPOSE , This procedure provides instructions for performing offsite radiological monitoring of the environs during an emergency. J 2.0 APPLICABILITY This procedure applies to offsite radiological monitoring personnel during a potential or actual release of radioactive materials to offsite locations. 3.0 RESP 0flS!BILITIES 3.1 Site I:adiation Protection Coordinator 3.1.1 Fulfill responsibilities of the Radiological Assessment Coordinator until the EOF is manned. 3.1.2 Instruct and direct the OSC Supervisor ~to prepare and dispatch the radiological monitoring teams to offsite locations. 3.1.3 Coordinate with the Radiological Assessment Coordinator to determine the need for followup offsite monitoring. l rm 3.2 Emergency Coordinator V Authorize offsite radiological monitoring activities. 3.2.1 3.2.2 Initially provide protective action recommendations until the EOF is manned. 3.3 Radiological Assessment Coordinator 3.3.1 Direct and coordinate offsite Radiological fionitoring Teams. 3.3.2 Evaulate data from monitoring teams. 3.3.3 Provide recommendations to protect the population-at-risk. 3.3.4 Provide followup instructioris for nonitoring teams to continue surveillance activities, as necessary. 3.3.5 Perform dose assessment calculations. 3.4 Off-site Monitoring Teams 3.4.1 Perform surveys at locations specified by the EOF, TSC or OSC. Provide information to the EOF, TSC, or OSC as requested. 3.4.2 Periodically check dosimeters and evaluate exposure. 3.4.3 Document surveys and maintain a log of events. 3.4.4 Take actions as necessary to reduce personnel exposure. ' ~ .m.=. - _ _ _-m--z _m-_-- m ,
EMERGEtlCY PLAfl IMPLEMEllTIt!G PROCEDURE EPIP 3.2 , Page 2 of 10 0FFSITE RADIOLOGICAL M0tilTORING Revision 2 , Date 10/19/81 O_
+
4.0 tilSTRUCTIO!!S 4.1 llotification and Mobilization of Radiological Monitoring Personnel 4.1.1 Upon activation of the DAEC Emergency Plan, radiological monitoring personnel will be notified as outlined in EPIP 1.2, "flotification of the Emergency Response Organization and Offsite Support Agencies". 4.1.2 Radiological nonitoring personnel will report to the Operational Support Center (OSC). 4.2 Assignment of Personnel to Offsite Radiological Monitoring Tsams 4.2.1 Personnel arriving at the OSC shall remove tags in sequence according to qualifications, report to the OSC Supervisor and begin implementing their specific duties. Refer to EPIP 2.1, " Activation and Operation of Operational Support Center". 4.2.2 Other emergency response personnel, not assigned OSC tagboard duties, shall report to their emergency response stations or to the OSC Q' l Supervisor and inform him that they are prepared to assist as needed. 4.3 Initial Actions Following Activation of the DAEC Emergency Plan 4.3.1 The Site Radiation Protection Coordinator shall report to the TSC. He will evaluate the plant radiological conditions and determine if a release to the environment has occurred or could occur. 4.3.2 The Site Radiation Protection Coordinator shall estimate the downwind airborne activity and perform dose assessment calculations. Refer to EP!P 3.3, " Dose Projections". The OSC Supervisor shall be informed of projected airborne activities and dose assessments. 4.3.3 The OSC Supervisor will prepare to dispatch monitoring teans to downwind locations. The teams should be briefed on wind speed, wind direction and the location of the projected maximum airborne activity l concentrations as soon as the information is available. 4.3.4 Each team shall arrange for transporation and ensure that the vehicle is fueled and functioning. Keys for vehicles and gas pumps are available at the Security Control Point. Team members shall source check portable instrumentation, prior to leaving the OSC. I 4.3.5 Each tean shall establish communications with the TSC, OSC, or the 1 O E0r. as aPProPriete. The Radioiooicei assessment Coordinator wiii assume control of the off-site monitoring teams when available. The DAEC Security / Radiological Radio System will serve as the primary means of communications.
. = a
EMERGEllCY PLAll IMPLEMEllTit!G PROCEDURE EPIP 3.2 3 of 10 Page 0FFSITE RADIOLOGICAL M0flITORING Revision 2 Date 10/19/81 L) 4.3.6 Each team shall ensure that all supplies required by the tag board assignment are loaded into the vehicle. TLD's and dosimeters shall be worn. 4.3.7 The Site Radiation Protection Coordinator or the OSC Supervisor shall notify the Security Shift Supervi'ors that offsite monitoring teams may be leaving the site. 4.3.8 The Site Radiation Protection Coordinator shall obtain authorization from the Emergency Coordinator prior to initiating offsite monitoring. 4.4 Offsite Surveys 4.4.1 Team members shall proceed to offsite locations as directed by the OSC, TSC, or EOF, as appropriate. Survey instrumentatica shall be used to determine if the teau enters the plume. Attachment 1 or a similiar map should be used to plan the travel route to the assigned location. Report arrival at the location to the TSC, OSC, or EOF, as appropriate. 7 4.4.2 Precautions for off-site tean nembers 4.4.2.1 Periodically check the pocket dosimeters. Record the dosimeter readings and time on attachment 2. 4.4.2.2 Do not exceed established radiation exposure limits (ie: 300 mrem / day) unless authorized by the Emergency Coordinator. 4.4.2.3 Perform a radition and contanination survey on the vehicle after exiting the plune. 4.4.2.4 Prior to entering the plume, don protective clothing and respiratory protective devices. 4.4.2.5 When taking low volume air camples, leave the vehicle running. Take nose rates en the radiator and air cleaner. Minimize exposure to potentially high dose rate components. 4.4.2.6 Mark data and sample locations on the map. Project dose lines and plume path if pessible. 4.4.2.7 Labels similiar to attachment 3 shall be utilized to identify samples and sample locations. (3 4.4.2.8 If the vehicle becomes heavily contaminated, it uay be v' necessary to leave the vehicle to obtain accurate survey data.
j
. El4ERGEflCY PLAll if4PLE!4EllTittG PROCEDURE EPIP 3.2 4
Page of 10 0FFSITE RADIOLOGICAL I40!!!TORIllG Revision 2 Date 10/19/81 ;, O . l 4.4.2.9 Dose rates on the vehicle may require that the vehicle be abandoned. flotify the E0F of the condition and receive instruction on actions to be taken. 4.4.2.10 Take actions as necessary to minimize the contamination of survey equipment. 4.4.3 Determining Presence of the Plume 4.4.3.1 Observe survey instrumentation, increasing count rates or dose rates will indicate the presence of the plume. 4.4.3.2 Take open and closed window surveys. For E-140 put hand over the window for closed window surveys. 4.4.3.2.1 A high open/ closed window ratio indicates that the team is in the plume. 4.4.3.2.2 A low open/ closed window ratio indicates that the plume is overhead or is approaching the team. O 4.4.3.3 Record surveys in accordance with section 4.5. Report dose rate information and location of the plume to the E0F via radio. 4.4.4 Air Sampling (Low Volume Samples) 4.4.4.1 Load the air sampler with appropriato filters. Use Silver Zeolite cartridges when obtaining low volume air samples. 4.4.4.2 Perform a radiation survey on the radiator. 4.4.4.3 Raise the hood on the vehicle. Leave the vehicle runnir.g. 4.4.4.4 Connect the air sampler to the battery. Ensure red lead goes to the positive terminal. 4.4.4.5 Turn the air sampler " Oft". Take precautions *.o prevent contanination of the sample. The sampler should be held at approximately waist high. 4.4.4.6 Obtain a 1, 5 or 10 cubic foot air sample. If dose rates are low, obtain a 10 cubic foot sampie. If dose rates are high, obtain a 1 cubic foot sample. s 4.4.4.7 Record date and time on, sanple location, sampler flow rate, date and t!me off and technicians name on a label similiar to Attachnent 3.
be.. w - - - - - -
. EPIP 3.2 EMERGEllCY PLAtl IMPLEMEllTitiG PROCEDURE 5 Page of 10 Revision 2 0FFSITE RADIOLOGICAL M0!tlTORit!G
- Date 10/19/81 V
Take precautions to 4.4.4.8 Remove the sample from the sampler. Put sample in a plastic prevent contamination of the sample. Position the bag with the label attached. Seal the bag. sample in the truck to minimize exposure. 4.4.4.9 !!otify the TSC, OSC or EOF' of completion of air sample and current radiological information. Pequest further directions. 4.4.4.10 Uhen background permits, evaluate the silver zeolite l cartridge with a portable survey meter. Deternine the air i { activity using either an E-140 or an open window R0-2. Compare instrument readings and voluce to values on ' Attachment 4. Report approximate airi>orne activity to the EOF, OSC or TSC. 4.4.4.11 Deliver sanples as directed by the EOF. 4.5 Documentat ion of Radiolonical Itonitoring Data f'/ ) 4.5.1 Radiological monitoring data gathered at the offsite areat shall be recorded in the Emergency lionitoring Log (Ref to Attachment 2). 4.5.2 Entries shall include the following information, as applicable: Refer to RPP 7.1, " Radiation
- a. Radiation levels in mR/hr or R/hr.
Su rvey s" . Refer to RPP 7.4,
- b. Airborne activity concentrations in pCi/cc.
" Airborne Radioactivity Surveys".
Surface contanination in dpm/100cm2 Refer to RPP 7.3, c.
" Radioactivity Contamination Surveys".
- d. Location of survey.
- c. Date and time of survey.
- f. Identification of the monitoring team members.
- g. Initials of the individual recording the data.
- h. Readings of pocket dosimeters worn during the survey by team nembers.
/
(m,) 1. Pertinent observations by monitoring team members including physical hazards.
..---..nr e._ .===w___
'Y EliERGEllCY PLAll liiPLE!4E!!TitlG PROCEDURE EPIP 3.2 6 of 10 [
Page OFFSITE RADIOLOGICAL l10!!! TORI'iG Revision 2 , Data 10/19/81 0 , 5.0 REFEREllCES 5.1 Duane Arnold Energy Center Emergency Plan 5.2 Corporate Emergency Response Plan 5.3 Radiation Protection Procedures (RPP 2.1, 7.1, 7.2, 7.3, 7.4, 8.1, 13.1, 13.7) 6.0 ATTACittiEllTS
- 1. Area Itap
- 2. Emergency ftonitoring Log
- 3. Sample Label
- 4. Air activity Chart for open windou measurements at contact with a Silver Zeolite cartridge.
O APPROVED BY: fQd b REVIEWED BY: . k2 ChietErpineer // Chairmany0perations Committee APPROVED BY: D_c/, .ln.umo #!S-!8/ Radihtion Pr ction EJigineer l lO t
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. EMERGEllCY PLAft IMPLEMEllTIllG PROCEDURE EPIP 3.2 7
Page of 10 0FFSITE RADIOLOGICAL M0ftITORIliG Revision 2 Date 10/19/81
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Et4ERGEllCY Pt All litPLEt1EllTIrlG PROCEDURE _ EPIP 3.2 8
- Page of 10 0FFSITE RADIOLOGICAL f40filTORiflG Revision 2 c Date 10/19/81 b) l
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ATTACHt4EllT 2 EMERGEllCY f40!1ITORIllG LOG MONITOR AIRBORNE SURTACE TEAM POCKET MONITOR REMARKS (INCLUDE CSSERVATIONS RADIATION ACT!v1TY CONTAMINATION DATA CONC. LEVELS D351 METER TEAM v.ADE BY EVACUATED OR MONITOR. DATE TIME LOCATION LEVELS RECORCER PEADIN35 MEM3ERS . IN3 PERS0*;NEL) nR/hr (utt/cci f orm./100em2) t' %- Q} i W W -, m a 6-
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El4ERGEllCY PLAtl IltPLEtiEllTillG PROCEDuitE EPIP 3.2 Page 9 of 10
, OFFSITE RADIOLOGICAL I40tilTORI!!G Revision 2 Date 10/19/81
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EMERGEllCY PLAN Il4PLEliEllTillG PROCEDURE EPIP 3.2 Page 10 of 10 OFFSITE RAD 10 LOGICAL I40!!!TORING Revision 2 l O oate to/19/81 ATTACllMEflT 4 Air Activity Chagt for open window measurement at contact with a Silver Zeolite Cartridge. (Ci/m oruCi/cc). E-140 or R0-2
- E00NT COUNT COUNT RATE RATE RATE (EPH) Ift3 5ft3 10ft3 (EPM) Ift3 Sft3 10ft 3_ (CPM) Ift3 Sft3 10ft3 I
100 3.18E-8 6.36E-9 3.18E-9 5700 1.81E-6 3.63E-7 1.81E-7 23K 7.32E-6 1.46E-6 7.32E-7 200 6.36E-8 1.27E-8 6.36E-9 5800 1.85E-6 3.69E-7 1.85E-7 24K 7.64E-6 1.53E 6 7.64E-7 300 9.54E-8 1.91E-8 9.54E-9 5900 1.88E-6 3.75E-7 1.88E-1 25K 7.95E-6 1.59E-6 7.95E-7 400 1.27E-7 2.54E-8 1.27E-8 6000 1.91E-6 3.82E-7 1.91E-7 26K 8.27E-6 1.65E-6 8.27E-7 500 1.59E-7 3.18E-8 1.59E-8 6100 1.94E-6 3.38E-7 1.94E-7 27K 8.59E-6 1.72E-6 8.59E-7 600 1.90E-7 3.82E-8 1.90E-8 6200 1.97E-6 3.94E-7 1.97E-7 28K 8.91E-6 1.78E-6 8.91E-7 700 2.22E-7 4.45E-8 2.23E-8 6300 2.00E-6 4.00E-7 2.00E-7 29K 9.23E-6 1.85E-6 9.23E-7 800 2.54E-7 5.09E-8 2.55E-8 6400 2.04E-6 4.07E-7 2.04E-7 30K 9.54E-6 1.91E-6 9.54E-7 900 2.86E-7 5.72E-8 2.86E-8 6500 2.07E-6 4.14E-7 2.07E-7 31K 9.86E-6 1.97E 6 9.86E-7 1000 3.18E-7 6.3EE-8 3.18E-8 6600 2.10E-6 4.20E-7 2.10E-7 32K 1.01E-5 2.04E-6 1.02E-6 1100 3.49E-7 6.99E-8 3.50E-8 6700 2.13E-6 4.26E-7 2.1M-7 33K 1.05E-5 2.10E-6 1.05E-6 1200 3.81E-7 7.64E-8 3.82E-B 6800 2.16E-6 4.33E-7 2.16E-7 34K 1.08E-5 2.16E-6 1. ORE-6 1300 4.13E-7 8.27E-8 4.14E-8 6900 2.20E-6 4.39E-7 2.20E-7 35K 1.11E-5 2.23E-6 1.11E-6 1400 4.45E-7 8.91E-8 4.45E-8 7000 2.23E-6 4.45E-7 2.23E-7 36K 1.15E-5 2.29E-6 1.15E-6 1500 4.77E-7 9.54E-8 4.77E-8 1100 2.26E-6 4.52E-7 2.26E-7 37K 1.18E-5 2.35E-6 1.18E-6 1600 5.09E-7 1.02E-7 5.09E-8 7200 2.29E-6 4.58E-7 2.29E-7 38K 1.21E-5 2.41E-6 1.21E-6 1700 5.40E-7 1.00E-7 5.41E-8 7300 2.32E-6 4.64E-7 2.32E-7 39K 1.24E-5 2.48E-6 1.24E-6 O 1800 1900 5.73E-7 6.04E-7 1.15E-7 1.21E-7 5.73E-8 6.04E-8 7400 7500 2.35E-6 4.71E-7 2.35E-7 2.39E-6 4.77E-7 2.39E-7
.40K 41K 1.27E-5 2.54E-6 1.27E-6 1.30E-5 2.61E-6 1.30E-6 -
2000 6.36E-7 1.27E-7 6.36E-S 7600 2.41E-6 4.84E-7 2.42E.7 42K 1.34E-5 2.67E-6 1.34E-6 2100 6.68E-7 1.34E-7 6.68E-8 7700 2.45E-6 4.90E-7 2.45E-7 43K 1.3SE-5 2.74E-6 1.37E-6 2200 6.99E-7 1.39E-7 6.99E-8 7800 2.4CE-6 4.96E-7 2.4RE-7 44K 1.40E-5 2.80E-6 1.40E-6 2300 7.31E-7 1.46E-7 7.32E-8 7900 2.51E-6 5.03E-7 2.51E-7 45K 1.43E-5 2.86E-6 1.43E-6 2400 7.63E-7 1.52E-7 7.64E-8 8000 2.55E-6 5.09E-7 2.55E-7 46K 1.46E-5 2.93E-6 1.46E-6 2500 7.9 5E-7 1.59E-7 7.95E-8 3100 2.58E-6 5.15E-7 2.58E-7 47K 1.50E-5 2.99E-6 1.50E-6 2600 8.27E-7 1.65E-7 8.27E-8 8200 2.61E-6 5.22E-7 2.61E-7 48K 1.53E-5 3.05E-6 1.53E-6 2700 8.58E-7 1.72E.7 8.59E-8 8300 2.64E-6 5.28E-7 2.64E-7 49K 1.56E-5 3.12E-6 1.56E-6 2000 8.90E-7 1.78E-7 8.91E-8 8400 2. 6 7E-6 5.34E-7 2.67E-7 50K 1.59E-5 3.18E-6 1.59E-6 2900 9.22E-7 1.BLE-7 9.23E-8 8500 2.70E-6 5.40E-7 2.70E-7 51K 1.62E-5 3.25E-6 1.62E-6 3000 9.54E-7 1.91E-7 9.54E-8 8600 2.74E-6 5.47E-7 2.74E-7 52K 1.65E-5 3.31E-6 1.65E-6 3100 9.86E-7 1.97E-7 9.86E-8 3700 2.77E-6 5.54E-7 2.77E-7 53K 1.69E-5 3.37E-6 1.69E-6 3200 1.01E-6 2.04E-7 1.02E-7 8C00 2.80E- 6 5.60E-7 2.80E-7 54K 1.72E-5 3.43E-6 1.72E-6 3300 1.04E-6 2.10E-7 1.05E-7 8900 2.83E-6 5.66E-7 2.83E-7 55K 1.75E-5 3.49E-6 1.75E-6 3400 1.08E-6 2.16E-7 1.08E-7 9000 2.86E-6 5.73i.-7 2.86E-7 56K 1.78E-5 3.56E-6 1.78E-6 3500 1.llE-6 2.23E-7 1.11E-7 9100 2.89E-6 '5.79E-7 2.90E-7 57K 1.81E-5 3.63E 6 1.81E-6 3600 1.14E-6 2.29E-7 1.15E-? 9200 2.92E-6 5.85E-7 2.93E-7 58K 1.85E-5 3.69E-6 1.85E-6 3700 1.17E-6 2.35E-7 1.18E-7 9300 2.96E-6 5.92E-7 2.96E-7 59K 1.88E-5 3.75E-6 1.88E-6 3000 1.20E 6 2.4?E-7 1.21E-7 9400 2.99E-6 5.98E-7 2.99E-7 60K 1.91E-5 3.82E-6 1.91E-6 3900 1.24E-6 2.4 S E-7 1.24E-7 9500 3.07'-6 6.04E-7 3.u2E-7 61K 1.94E-5 3.88E-6 1.94E-6 4000 1.27E-6 2.54E-7 1.27E-7 9600 3.0tE-6 6.11E-7 3.05E-7 62K 1.97E-5 3.94E-6 1.97E-6 4100 1.30E-6 2.61E-7 1.30E-7 9700 3.08E-6 6.17E-7 3.09E-7 63K 2.00E-5 4.01E-6 2.00E-6 4200 1.33E-6 2.67E-7 1.34E-7 9800 3.12E-6 6.24E-7 3.12E-7 64K 2.04E-5 4.07E-6 2.04E-6 4300 1.36E-6 2.74E-7 1.37E-7 9900 3.15E-6 6.3.E-7 3.15E-7 65K 2.01E-5 4.14E-6 2.07E-6 4400 1.40E-6 2.19E-7 1.40E-7 10K 3.1EE-6 6.36E-7 3.18E 7 6W 2.10E-5 4.20E-6 2.10E-6 4'00 1.4 3E-6 2.86E-7 1.4 3E-7 ilk 3.50E-6 6.99E-7 3.50E-7 67K 2.13E-5 4.26E-6 2.13E-6 N00 1.46E-6 2.93E-7 1.46E-7 12K 3.82E-6 7.64E-7 3.82E-7 ERK 2.16E-5 4.33E-6 2.16E-6
, 4700 1.50E-6 2.99E-7 1.49E-7 13K 4.14E-6 8.27E-7 4.14E-7 69K 2.20E-5 4.39E-6 2.20E-6 4800 1.52E-6 3.05E-7 1.53E-7 14' 4.45E-6 8.91E 7 4.45E-7 7.23E-5 4.45E-6 2.23E 6 7nK 4900 1.56E-6 3.12E-7 1.56E-7 ISK 4.77E-6 9.54E-7 4.77E-7 Td 7hr 2.55E-5 FTOU6 Lb5L-b 5000 1.59E-6 3. ! CE- 7 1.59E-7 16K 5.09E-6 1.02E-6 5.09E-7 10M/hr 3.13E-5 6.36E-6 3.18E-6 USD O 5100 5200 5300 1.62E-6 3.25E-7 1.65E-6 3. 31E - 7 1.69E-6 3.37E 7 1.62E-7 1.65E-7 1.69E-7 11K ISK 19K 5.41E-6 1.03E-6 5.41E-7 5.73E-6 1.15E-6 5.73E-7 6.04E-6 1.21E-6 6.04E-7 12mR/hr 3.82E-5 7.64E-6 3.82E-6 15nR/hr 4.7/E-5 9.54E-6 4.77E-6 20mR/hr 6.36E-5 1.27E-5 6.36E-6 R0-2 readings 5400 1.72E-6 3.44E-7 1.72E-7 20K 6.36E 6 1.27E-6 6.36E- 7 25mR/hr 7.95E-5 1.59E-5 7.95E-6 5%0 1.75E-6 3.50E-7 1.75E-7 21K 6.6SE-6 1.34E-6 6.68E-7 30nR/hr 9.54E-5 1.91E-5 9.54E-6 5600 1.78E.6 3.56E-7 1.7CE-7 22K 6.99E-6 1.40E-6 6.99E-7 50nR/hr 1.59E-4 3.18E-5 1.59E-5 m
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EMRGEllCY PLA!1 IwlEt4EllTING PROCEDURE EPIP 6.4 j Page I of 8 EMERGEllCY PREPAREDilESS C0!MINICAT10tlS Revision 0 TESTitlG. Date 11/5/81 [, Q 1.0 PURPOSE This procedure defines the requirements for emergency preparedness communications system checks to be conducted on a periodic basis as defined in 10CFR50 Appendix E. 2.0 APPLICABILITY This procedure applies to the emergency communications systems that are installed at both the DAEC and at the IE Tower which are associated with cuergency preparedness response efforts. 3.0 RESP 0flSIBILITIES 3.1 Assistant to the Emergency Planning Coordinator. 3.1.1 Perform commur.ications checks as assigned in Section 4.0 3.1.2 Verify satisfaction completion of the communication checks conducted O o# e Periodic hesis es definea in ^ttachmeats 1 throu9h 4. 3.2 Lead STA 3.2.1 Verify that emergency preparedness communications systems checks are completed as assigned. 3.2.2 Coordinate with the Assistant to the Emergency Planning Coordinator as required to insure satisfactory completion of the communications systems checks. 3.3 Securi_ty Guard Captain _ 3.3.1 Verify that emergency preparedness communications system checks are completed as assigned. 4.0 IllSTRUCTI0ff 4.1 The following communications systems shall be checked and verified operable at the specified frequency. 4.1.1 Completion of monthly communications checks shall be documented on attachments 1 a 2. include The following systems or circuits are included: a) liRC Ells O- b) HRC llPN c) PBX a Centrix connections to: (1) Office of Disaster Services (2) Linn County Sheriff l (3) Benton County Sheriff
' j EPIP 6.4 ,
EMERGE!{CY PLAll IMPLEMEllTliiG PROCEDURE )
- Page 2 of 8 :
EMERGEliCY PREPARED!lESS COMMUT11 CATI 0t1S Revision 0
- TESTIllG . Date 11/5/81 i
l 4.1.2 Completion of the annual communications checks shall be documented on attachments 3 a 4. I The following systems or circuits are included: 4.1.2.1 PBX a Centrix connections to: a) FEMA b) DOE c) Office of Disaster Services (d) Linn County Civil Defense (c) Benton County Civil Defense 4.1.2.2 Dedicated telephone circuits between: (a) Control Room and Technical Support Center Access Control Security Control Point Emergency Operations Facility (b) Technical Support Center and Control Room Q Access Control Security Control Point Emergency Operations Facility (c) Access Control and Control Room Technical Support Center Security Control Point (d) Security Control Point Control Room l Technical Support Center ' Access Control 4.1.2.3 Operations Radio between: (a) Control Room (base station) (b) Technical Support Center (console) (c) Security Control Point (portable) (d) Access Control (portabic) 4.1.2.4 Security / Radiological Survey Radio before: (a) Field survey Points (portable) (b) Technical Support Center (console) (c) Emergency Operation facility (console) 4.2 Monthly communications checks should be conducted during the first full calender week of each uonth 4.3 Annual communications checks should be conducted during the month of October, preferably during the first full calender week of the month.
-4.4 A m a sage similar to that shown on Attachment 5 should be used when conducting communications systems checks external to IELP.
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t EPIP 6.4 EMERGEllCY PLAft IMPLEMEllTitlG PROCEDURE
' Page 3 of 8 EMERGEllCY PREPARED!iES5 COMMutilCATIO!!S Revision 0 TESTIllG Date 11/5/81
( G i i 4.5 Communications checks should be performed by: 4.5.1 DAEC - as directed by the Lead STA and Security Guard Captain. 4.5.2 IE Tower - Assistant to the Emergency Planning Coordinator 4.6 The Security Guard Captain shall ensure that the communications checks indicated in Attachaent 1 are performed, sign the form, and fontard it to the Lead STA. 1 4.7 The Lead STA shall review Attachment 1 a 3 upon their completion a forward to the Emergency Planning Coordinator 4.8 The Emergency Planning Coordinator shall review all documentation associated with the communications checks and return to the Assistant to the Emergency Planning Coordinator for filing. 5.0 REFEREllCE 5.1 10 CFR 50 Appendix E l 5.2 EPIP 2.2 (v 6.0 ATTACliftEllTS
- 1. 11onthly DAEC Emergency Communications Checks
- 2. Monthly IE Tower Emergency Communications Checks
- 3. Annual DAEC Emergency Communications Checks
- 4. Annual IE Tower Emergency Communications Checks
- 5. Example Communication Check Message Format APPROVED BY: 1
'/l 0o DATE: // - 5' - ff )
Uiiiif Engi eer REVIEWED BY: / / 0 DATE: /b b( Chainnan,[peratio pCornittee l APPROVED BY. d U 6Il DATE: / O
%ssi'st6nt Clilit7ngineer Radiation Protection and Security i a 1
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EliERGEfiCY PLAtt IMPLEMEllTIllG PROCEDURE EPIP 6.4 I
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4 Page of.8 l EMERGEllCY PREPARED!lESS COMMultlCATIO!!S Revision 0 i TESTING Date 11/5/81 i O ! b i ATTACHMENT l' Monthly DAEC Emergency Communications Check , i I Communication Initiated By Received By ! Circuit (initials) (!!ame) Time Date j llRC ENS Control Room Tecli. Support Center llRC llPil Control Room Access Control Tech Support Center Security Control Point PBX flRC Region ill IIRC Bethesda l O Office of Disaster Services
- i Linn County Sheriff
- Benton County Sherif f* i Point-to-Point Radius Linn County Sheriff
- l Benton County Sheriff
- lowa liighway Patrol
- Revicued Date Security Guard Captain Reviewed Date Lead STA Reviewed Date Emergency Planning Coordinator i
- Performed by DAEC Security Personnel
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s- a i EMERGEllCY PLAft IMPLEMEllTitlG PROCEDURE . EPIP 6.4 l Page 5 of 8 l EMERGEffCY PREPAREDi(ESS COMMutilCAT10llS Revision 0 Date 11/5/81 Q TESTI'llG , ATTACifMEf4T 2 Monthly IE TOWER Emergency Communication Checks Initiated By Received By Communication Time Date Circuit (initials) (llame ) Centrex itRC Region 111 flRC Bethesda Office of Diaster Services Linn County Sheriff Benton County Sheriff f(RC Ei(S Emergency Operations p Facility O llRC llPil Emergency Operations Facility Reviewed Date Emergency P1annJng Coordinator i O
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. EMERGEllCY PLAll IMPLEMEllTIrlG PROCEDURE EPIP 6.4 6 of 8
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Page EMERGEllCY PREPARED!1ESS COMMullICATIO!!S Revision 0 TESTillG Date 11/5/81 O . ATTACHMEtlT 3 Annual DAEC Emergency Communications Checks Communication Initiated By Received By i Circuit (initials) (llame) Time Date i PBX FEMA DOE Office of Disaster Services Linn County Civil Defense { Benton County Civil Dafense j Control Rcom Dedicated Circuits TSC Access Control Security Control Point E0F Control Room Back Panel Circuit to TSC O TSC Dedicated Circuits Control Room Control Room (back panel) Access Control Security Control Pt. EOF Access Control Dedi;ated Circuits Control Room TSC Security Control Pt. Security Control Pt. Dedicated Circuits Control Room TSC
- Access Control l
Control Roon Operation TSC Portables Radius Security Control Pt. Access Control _ Reviewed Date j O. Security Guard Captain Reviewed Date Lead STA Reviewed Date Enero. Plan. Coord. . . _- . , . - - - _ . - ..
L. _ _ I EPIP 6.4 EMERGEllCY PLAtt IllPLEMEllTIllG PROCEDURE Page 7 of 8 EMERGEllCY PREPAREDtiESS C0!1MutilCAT10flS Revision 0 Date 11/5/81 , Q TESTillG . 1 i ATTAClitiEllT 4 l Annual IE Tower Emergency Communication Checks Initiated By Received By Communication Time Date Circuit - (initials) (flame) Centrex FEMA DOE Office of Disaster Service Linn County CD Benton County CD E0F Dedicated Circuit p TSC Control Room O EOF Radiation Radius TSC (interium) SCP (interium) Portable Radius Site Boundary 2 Mile Radius 5 Mile Radius 10 Mile Radius Reviewed Date Emergency P1anning Coordinator O
f, - EPIP 6.4 EttERGEf!CY PLAtt IliPLEMEllIlflG PROCEDURE Page 8 of 8 ;
, EltERGEllCY PREPARED!lESS COPJ10filCAT10flS Revision 0 TESTillG Date 11/5/81 q I V
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Attachment 5 EXAMPLE COMitufflCATIO!1 CHECK 11ESSAGE FORMAT l l 1 This is , flane Title fron DAEC or IELP (-) V The purpose of this call is simply to check operability of this communication systen. An emergency situation does not_ - 1 repeat - does not exist. at the DAEC. fl0TE Advise the individual who answered the call that this check is being done monthly or yearly, as the case may be, to comply with flRC regulations. Obtain his or her name, advise how it is simply for documentation [) purposes, thank him and end the conversation courteously. L w ~ . = - . -
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