ML20069J754
| ML20069J754 | |
| Person / Time | |
|---|---|
| Site: | Salem  |
| Issue date: | 09/16/1982 |
| From: | Zupko J Public Service Enterprise Group |
| To: | Haynes R NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| NUDOCS 8210250245 | |
| Download: ML20069J754 (148) | |
Text
tdll5/kY NG 2
Public Service Electric and Gas Company P.O. Box 236 Hancocks Bridge New Jersey 08038 Nuclear Department d
September 16, 1982 TfhS Ronald C. Haynes Regional Administrator US NRC - Region I 631 Park Avenue King of Prussia, PA
Dear Mr. Haynes:
Enclosed are amended copies of the scenario for October 13, 1982 exercise.
The revisions reflect changes agreed upon during our April 20, 1982 meeting with representatives of NRC and FEMA.
If you have any questions concerning the exercise or scenario, please feel free to contact Peter A. Moeller (609) 935-6000, ext. 4544.
Sincerely, l}
4 J. M.
Zupko, Jr.
General Manager -
Nuclear Services Enclosure cc:
John Brucker, FEMA III Frank T.
Petrone, FEMA II Harold Spedding, NJ OEM Dominic Petrilli, DEPOD Brian Grimes, NRC, Headquarters Leif Norrholm, NRC, Salem 8210250245 820916 PDR ADOCK 05000272 F
PDR ls 3 5 The Energy People w w w,va
Tcblo of Contento Page 1 of 2 f\\
1982 FEMA /NRC OBSERVED V
SALDi GENERATING STATION (SGS)
EXERCISE SCENARIO TABLE OF CONTENTS UNCONTROLLED DISTRIBUTION To be provided to exercise " players" and observersSection I Part A Exercise Week Schedule Part S Exercise Objectives Part C Reference Documents i
Part D Locations and Maps Part E Participating Agencies Part F Exercise Guidelines Actual vs. Si=ulated Of f site Event Matrix Part G Observer Assignments Observers and Participants Briefing f-s Observer Checklists V
A.
Notifications / Communications B.
Activation / Operations C.
Dose Assessment D.
Field Monitoring E.
Radiation Exposure Control F.
Decontamination / Relocation Facilities G.
Public and Media Information i
.~..,
l Tablo of Contcuts Page 2 of 2 im 1982 FEMA /NRC OBSERVED SALEM GENERATING STATION (SGS) 1 EXERCISE SCENARIO CONTROLLED DISTRIBUTIONS Not to be provided to exercise
" players" prior to the exercise Section II
- Part 1 Summary of initiating Events 1.1 Site 1.2 Offsite 1.3 Expected Action Flow Diagram
- Part 2 Detailed Initiating Events 2.1 Site 2.2 New Jersey 2.3 Delaware
- Appendix Data Sheets 1.
Met Data 2.
RMS Data 3.
RC Data 4.
Vent Sample Data 5.
Auxiliary Building Radiation Data 6.
Onsite and Offsite Monitoring Data 7.
Source Term Data 8.
Monitoring Stations Centerline Data 9.
Onsite and Offsite Plume Map
- 10. Auxiliary Building Air Concentration 11.
Initial Conditions
- 12. Diagrams 13.
Plant Status Lata 14.
I-131 Concentration in Soil, Grass, Milk 15. Graphs
- 16. Onsite and Offsi:e Integrated Dose Q
l I
I I
l ERRATA i
L t
Section I - Part G Page 2 i
i Item V-4 should be I
Facility Location l
I
- 4. Registration Center New Castle, Delaware
[
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Section I - Part A Page 1 f-~3 EXERCISE WEEK SCHEDULE FOR 1982
(_)
FEMA /NRC OBSERVED SGS EXERCISE Tuesday - October 12, 1982 A.
Time:
10:30 AM Location:
Second Sun l
Hancocks Bridge, New Jersey l;l Pu rpose :
SGS Observers / Evaluators Briefing
{ ll Attendees *: Site observers / evaluators / referees l
New Jersey representatives Delaware representatives Meeting Coordinator: C. Sakenas B.
Time:
11:30 AM Location:
Second Sun Hancocks Bridge, New Jersey Purpose :
Field Monitoring Referees Briefing Attendees *: New Jersey Field Monitoring Referees Delaware Field Monitoring Referees Meeting Coordinator:
S. Porter C.
Time :
1:30 PM Location:
State Police Division Headquarters Os River Road West Trenton, New Jersey
Purpose:
New Jersey Observers / Referees Briefing Attendees *:
New Jersey observers and referees Meeting Coordinator: To be determined D.
Time :
1:30 PM Location:
Governor Bacon Health Center Delaware City, Delaware Purpose :
Delaware Observers / Referees Briefing Attendees *:
Delaware observers / referees Meeting Coordinator:
D. Petrilli Wednesday - October 13. 1982 Beginning approximately 1982 FEMA /NRC observed SGS exercise 8:00 AM See Section I - Parts D and E for maps, locations, and participants
- FEMA, RAC, NRC invited to attend O
Section I - Part A Page 2
()
Thursday - October 14, 1982 A.
Time:
10:00 AM Location:
State Police Division Headquarters River head West Trenton, New Jersey
Purpose:
New Jersey internal critique of State, County and municipal performance Attendees: State and County agency leaders State, County, and municipal referees and observers FEMA II RAC II Meeting Coordinator: Maj. H. Spedding B.
Time:
10:00 AM Location:
Governor Bacon Health Center Delaware City, Delaware Purpose Delaware internal critique of State and County performance Attendees: State and County agency leaders State and County referees and observers FEMA III RAC III Meeting Coordinator:
D. Petrilli C.
Time:
10:00 AM Location:
Second Sun Hancocks Bridge, New Jersey
Purpose:
Public Service Electric & Gas internal critique I
of SGS site performance Attendees: SGS site personnel SGS site referees and observers NRC Region I i
Meeting Coerdinator:
C. Sakenas 1
D.
Times 2:30 PM Location:
Second Sun Hancocks Bridge, New Jersey
Purpose:
Critique of Exercise Attendees: New Jersey agency leaders Delaware agency leaders Public Service Electric & Gas URC Region I FEMA II FEMA III Meeting Coordinator: NRC and FEMA Non-participating attendees: Public i O
Srction I-Pert B Page 1
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V]
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W ectives for the 1982 NRC/ FEMA Obsprved SGS Exercise An integrated exercise will be conducted in order to demonstrate the radiological preparedness of the Salem Generating Station (SGS),
Public Service Electric & Gas, the State, County and municipal agencies of New Jersey and the State and County agencies of Delaware, by implementation of their emergency plans.
l The exercise will provide the basis for an evaluation by the participating organizations of the adequacy of their emergency plans and of their competancy in implementing the plans.
The benefit of the self-critique will be the identification of any problems and the corrective measures required to improve performance.
l l
The onsite and offsite objectives of the exercise are as follows-A.
Emereenev Operations Facilities and Resources 1.
Demonstrate the ability of the licensee to activate and staff the emergency response facilities as appropriate for the existing emergency class and to tr.insfer functional responsibilities from the Control Room, to the TSC, to the EOF.
2.
Demonstrate the timely response of onsite licensee personnel to a call for activation of the TSC and offsite licensee personnel
,-f to a call for activation of the EOF.
V 3.
Demonstrate the effectiveness of the following licensee emergency facilities: TSC, OSC, EOF, Media Center, and General Office.
4.
Demonstrate the effectiveness of the New Jersey and Delaware State and County EOCs, and the New Jersey municipal EOCs.
5.
Demonstrate that the connunication systems between the licensee, the EOC's, the Federal agencies, and the contiguous States are operable.
6.
Demonstrate that messages are transmitted in an accurate and timely manner; that messages are properly logged; that status boards are accurately maintained and updated; that appropriate briefings are held and incoming EOC personnel are briefed and updated.
1 i
7.
Demonstrate that each licensee, State, County, and local emergency response facility has adequate access control and that adequate security can be maintained.
8.
Demonstrate that each licensee, State, County, and local emergency response facility has adequate space, equipment, and supplies.
v)
Ssetion I-Part B Page 2-A B.
Alerting and Mobilization of Officials and Staff O
1.
Demonstrate that licensee and offsite notification and alerting of officials and staff can be accomplished in a timely manner and that all initial notification and updating is verified and logged.
2.
Demonstrate that the
- States, Counties, and New Jersey municipalities can establish appropriate notification and communication links.
3.
Demonstrate that organizations outside PSE&G that would be contacted to provide assistance (e.g. INPO, NSSS supplier) can be notified as appropriate, although they will not be involved during the exercise.
4.
Demonstrate the ability of the States, Counties, and New Jersey municipalities to activate and man the emergency operations centers as appropriate for the existing emergency class.
5.
Demonstrate the timely response of State, County, and local personnel to call for activation of their EOCs.
6.
Demonstrate the ability of the licensee to communicate with their monitoring teams, rescue parties, and other personnel as needed.
i f' '
7.
Demonstrate that all agencies have 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> capability and that all agency representatives who are assigned emergency responsibilities can effectively operate from their planned location inside or outside the EOC.
C.
Emergenev Operations Management 1.
Demonstrate the ability of the licensee to activate and man the emergency response facilities as appropriate for the existing emergency class and to transfer functional responsibilities frem the Control Room, to the TSC, to the EOF.
2.
Demonstrate the timely response of onsite licensee personnel to a call for activation of the TSC and offsite licensee personnel to a call for activation of the EOF.
3.
Demonstrate the effectiveness of the
'ollowing licensee emergency facilities: TSC, OSC, EOF, Media Center, and General Office.
4 Demonstrate the effectiveness of the New Jersey and Delaware State and County EOCs, and the New Jersey muncipal EOCs.
5.
Demonstrate the ability of the licensee to communicate with their monitoring teams, rescue parties, and other personnel as needed.
O 1
l
Saction I-Part B Pegn 3 n
6.
Demonstrate that messages are tran.saitted in an accurate and O-timely manner; that messages are praperly logged; that status boards are accurately maintained and updated; that appropriate briefings are held and incoming EOC personnel are briefed and updated.
7.
Demonstrate that the designated officials of the States, Counties, and New Jersey municipalities in each EOC are in command; that officials designated in the plan are actually in charge of the overall coordination of the response; and that offsite representatives are present in the TSC and/or EOF as app rop riate.
8.
Demonstrate the effectiveness of EOF and General Office support in assisting plant operations in accident evaluation and mitigation.
9.
Demonstrate coordination between Federal, State, County, and New Jersey municipal agencies and between those agencies and the licensee.
10.
Demonstrate that all agencies have 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> capability and that all agency representatives who are assigned emergency responsibilities can effectively operate from their planned location inside or outside the EOC.
D.
Public Alerting and Notification
(-
O 1.
Demonstrate that the States' decision to notify the public can be accomplished in an effective and timely manner.
2.
Demonstrate the public notification sequence procedure by activating the Emergency Broadcast to transmit an exercise EBS j
test message and a preplanned statement about the exercise and by activating the prompt notification siren system.
l i
E.
Public and Media Relations 1.
Demonstrate the ability to establish a public information center; that there are accurate and timely press releases and briefings and that designated public information personnel are implementing their procedures.
F.
Accident Assessment 1.
Exercise the overall SGS Emergency Plan from Alert to General Emergency.
2.
Demonstrate the ability of licensee personnel to recognize an emergency initiating event and properly characterize and classify the emergency according to the pre established Emergency Action Eevels and make proper notifications to offsite agenices.
O
n 1
)
Saction I-Part B Page 4 A
3.
Demonstrate that New Jersey, Delaware and PSE&G personnel can perform offsite dose projections and accident assessment for both radioactive noble, gases and radioiodine quickly and accurately.
t 4
4 Demonstrate the ability of the licensee to determine the cause of the accident, take appropriate action and place the plant in a safe condition.
l 5.
Demonstrate the ability of the licensee to interpret and 1
analyze installed plant and radiation monitoring equipment.
6.
Demonstrate tne field monitoring capabi'lity of the licensee and the States for (1) predetermined area radiation levels, (2) air j
sampling and analysis for radiciodine and particulates in the i
plume exposure EPZ for plume exposure rate verification (3) tracking the plume; demonstrate that results can be effectively used in determining protective action recommendations.
E 7.
Demonstrate that appropriate sampling can be done in the ingestion EPZ.
It will be demonstrated that samples can be a
forwarded to a laboratory although no radioactivity analyses will be performed.
I-131 concentration in milk will be s
predetermined to demonstrate that the results of such analyses could be effectively used to determine ingestion protective action recommendations.
- ^
8.
Demonstrate the capability of the licensee to monitor, interpret and evaluate plant conditions and make protective action recommendations to the appropriate offsite authorities.
)
J 9.
Demonstrate that independent accident assessment can be l;
accomplished by the New Jersey Bureau of Radiation Protection and the Delaware Accident Assessment Advisory Group; that they j
i j
are capable of recommending appropriate protective actions and that information is communicated between the licensee and tLe j
State accident assessment personnel.
10.
Demonstrate that the field monitoring teams of the licensee and the States can be dispatched and deployed in a timely manner; that communications are adequate; that radiological monitoring equipment is functional; that simulated data are accurately
}
obtained and transmitted through their respective channels.
I 11.
Demonstrate the ah> ;ty of the licensee to communicate with 4
their monitoring tee s, rescue parties, and other personnel as
]
needed.
l, 12.
Demonstrate the e ffr;iveness of E0F and General Office support j
in assisting pant operations in accident evaluation and j
mitigation.
j 13.
Demonstrate the ability of the States and the licensee to j
evaluate a radiological release.
4!O I
_ _ _ _ _ _, ~ - _
s Ssction I-Part B Page 3 M
14.
Demonstrate the capability of the licensee to monitor,
.b interpret, and evaluate plant conditions and make protective action recommendations to the appropriate authorities.
15.
Demonstrate the ability of the States to evaluate and make decisions to take protective actions based on recommendations from the licensee and/or other independent assessments.
G.
Actions to Protect the Public 1.
Demonstrate that the designated officials of the States, Counties, and New Jersey municipalities will provide timely support; that local offsite agencies such as first aid squads, police, and fire companies will provide timely support on an as-available-basis.
2.
Demonstrate that access control points are established promptly and according to the plan, anc. that access and traffic control can be effectively implemented with 24 hour2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> capabilities.
3.
Demonstrate the capability for evacuation of the general public. Actual evacuation will only be simulated.
4.
Demonstrate the following for at least one New Jersey Congregate Care Shelter / Decontamination Center and one Delaware Registration / Decontamination Center and Relocation Center:
that it can be opened and staffed on a timely basis; that k
records can be maintained; that adequate provisions for the care of the evacuees can be located; and that health and sanitation requirements can be met.
5.
Demonstrate inplant built'.ing evacuation.
H.
Health Medical, and Exposure Control Measures 1.
Demonstrate the ability of the licensee to provide adequate radiation protection services such as dosir.etry and personnel monitoring (f-tsking) and the ability to perform area surveys under emergency conditions.
2.
Demonstrate the ability of the licensee to enter a simulated highly contaisinated area.
3.
Demonstrate the ability by simulation (walk through) the taking of a reactor coolant (RCS) sample and a vent sample.
4.
Demonstrate the ability of the licensee's Health Physics personnel to conduct onsite surveys and do ALARA evaluations.
5.
Demonstrate the ability to perform personnel monitoring.
6.
Demonstrate that the designated officials of the States, Counties, and New Jersey municipalities will provide timely support; that local offsite agencies such as first aid squads, O
l i
I
Ssetion I-Pert B Pega 6 police, and fire companies will provide timely support on an m
[c) as-available-basis.
G' 7.
Demonstrate the ability of the designated hospital, to treat a simulated contaminated offsite inj ured patient and that the ambulance service can effectivley transport simulated contaminated injured personnel to the hospital.
Demonstrate that the ambulance and associated equipment can be decontaminated and that contaminated clothing and disposable materials are properly discarded.
8.
Demonstrate that before assignments State, County and local emergency workers as appropriate are briefed and receive dosimeters and KI supplies; that permanent records are maintained; and that the opened decontamination centers are properly manned aad supplied.
9.
Demonstrate the ability of the licensee to account for onsite personnel.
s-10.
Demonstrate the ability of the licensee to rapt'dly deploy search and rescue teams.
I.
Recoverv and Reentrv Operations 1.
Demonstrate the response of licensee damage control teams.
i 2.
Demonstrate that licensee, State and local re-entry and/or
]
recovery procedures such as health and sanitation, safety criteria for acceptable radioactive contamination levels, re-entry access
- control, and public information are implemented.
3.
Demonstrate the ability of the licensee to yapidly deploy search and rescue teams.
^(
9:
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w i
O
Section I-Part C
.~
Page 1 Dd REFERENCE DOCUMENTS FOR THE 1982 FEMA /NRC OBSERVED SGS EXERCISE 1.
State of New Jersey, Radiological Emergency Response Plan for Nuclear Power Plants, Attachment D, latest revision 2.
State of New Jersey, Radiological Emergency Response Plan, New Jersey Counties affected cy Salem Nuclear Generating Station, latest revision 1.
State of New Jersey, Radiological Emergency Response Plan, Standard Cperating Procedures, latest revision 4.
State of New Jersey, Radiological Emergency Response Plan, Implementing Procedures, latest revision S.
State of Delaware, Radiological Emergency Plan, latest revision 6.
State of Delaware, Radiological Emergency Plan, counties Affected by Salem Nuclear Generating Station, latest revision 7.
State of Delaware, Radiological Emergency Operations, Standard Cperating Procedures, latest revision I
S.
State of
- Delaware, Radiological Emergency Operations, Implementing
()
Procedures, latest revision 9.
State of Oelaware and Counties Affected by Salem Nuclear Generating Station, Radiological Emergency Plan, Attachments, latest revision
- 10. States of Delaware and New Jersey Radiological Emergency EBS Manual for Salem Generating Station, latest revision 11 Salem Generating Staion Emergency Plan, latest revision
- 12. Salem Generating Station Emergency Plan Procedures, latest revision e
Section I - Part D Page 1 MAPS, LOCATIONS AND ADDRESSES FOR 1982 FEMA /NRC OBSERVED SGS E!IRCISE I.
PRINCIPAL CPERATING AREA The principal operating area for the exercise "ill be the plume exposure emergency planning : ens around the Salem Generating Station (SNGS).
(Map 1)
II. NEW JERSEY STATE, COUNTY, AND LOCAL FACILITY LOCATIONS State ECC
- State Police Division Headquarters (Map 2)
River Road West Trenton, NJ 08628 Salem County EOC
- 94 Market Street (Maps 3 and 10)
Salem City, NJ 08079 Salem City EOC
- Municipal Building (Maps 3. 4, and 10) 1 New Market Street Salem City, NJ 08079 Elsinboro ECC
- Elsinboro Fire House (Maps 4 and 10)
Delaware Avenue Elsinboro, NJ
(
Pennsville EOC
- Townhall (Rear)
(Maps 5 and 10)
Union Street
~
Pennsville, NJ 08070 Quinton E00
- Quinton Fire House (Maps 6 and 10)
Main Street and Lake Avenue Quinton, NJ 08072 Mannington EOC
- Mannington Fire Company (Maps 7 a.d 10))
175 Woodstown Road Salem City, NJ 08079 l
Lower Alloways Creek ECC
- Locust Island Road (Maps 8 and 10)
Hancocks Bridge, NJ 08038 Cumberland County ECC
- Cumberland County Court House (Naps 9 and 10) 3 road and Fayette Street Bridgeton, NJ 08302 Stow Creek EOC
- Hopewell-Stow Creek Fire House (Map 10)
Roadstown Road Hopewell, NJ 08525 Greenwich ECC
- Greenwich Fire House (Maps 10 and 11)
County Road 623 Greenwich, NJ 08323 O
s r
m
Section I - Part D Page 2
.i Forward Command Post
- Shiloh Fire House 4
(Maps 9 and 10)
Shiloh, New Jersey i
BRP Headquarters
- 380 Scotch Road (Map 2)
Trenton, NJ 08628 i
}
III. DELAWARE STATE AND COUNTY FACILITY LOCATIONS f
l State EOC
- Governor Bacon Health Center I
(Map 17)
Delawa're City, Del.19706 i
I
. Kent County EOC
- County Court House (Maps 12 and 13)
South State Street and the Green Dover, Del. 19901 i
j New Castle County EOC
- Dept. of Public Safety (Maps 11 and 16) 3601 North DuPont Highway j
New Castle, Del 19720 i
}
IV. PUBLIC SERVICE ELECTRIC & GAS FACILITY LOCATIONS l
Ii EOF
- PSE&G Salem Training Center (Maps 3 and 10) 244 Chestnut Street Salem, NJ t_
Media Center
- PSE&G Salem Training Center (Maps 3 and 10) 244 Chestnut Street Salem, NJ l
V.
DECONTAMINATICN CENTERS 1
- Washington Fire House (Maps 3 and 10)
East Broadwa;'
q Salem City, New Jersey l
I Delaware
- Middletown National Guard Armory j
(Maps 12 and 18)
Middletown. Delaware i
VI. RELOCATICN CENTERS l
l l
- Voc - Tech High School (Maps 7 and 10)
Route 45 4
Mannington, New Jersey Delaware
- Mount Pleasant High School (Maps 11 and 15)
Washington St. Ext. & Marsh Road i
Wilmington, Delaware 4
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_ _ _ _ _ _ _ _ _ _ _ _. _ _... - _ _ - _ _ _ _ - _ _ - _ _ _. _ _, _ _ _ _ _. - _ _ _ _. - I
Section I - Part D r'
Page 3 VII. REGISTRATICN/DECONTAMINATICN CENTER Delaware
- William Penn High School (Maps 11 and 16)
Basin Road New Castle, Delaware VIII. HOSPITALS New Jersey
- Salem County Memorial Hospital (Maps 7 and 10)
Route 45 Mannington, New Jersey Delaware
- Wilmington Medical Center (Maps 11 and 14) 501 West 14 Street Wilmi.ngton, Delaware l
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~ Section I - Part E f, Page 1 PARTICIPATING STATE, COUNTY, MUNICIPAL, AND OFFSITE AGEMNIES FOR THE 1982 FEMA /NRC OBSERVED SGS FXERCISE I. NEW JERSEY, STATE PARTICIPANTS Governor's Office - representative NJSP, Office of Emergency Management - Deputy Director, Civilian Duty Officer, Assistant Supervisos-NJSP, Field Operations Section - Supervisor. Troop Commander, personnel to man access control points and Forward Command Post NJSP, Communications Bureau - personnel Department of Environmental Protection - Commissioner, Press Secretary Division of Water Resources - Director, Field Monitoring personnel Division of Parks and Forestry - Emergency Coordinator, field personnel Division of Fish, Game and Wildlife - Division Director, field personnel Division of Ha:ard Management - personnel Division of Environmental Quality - Director OEQ Bureaus: Bureau of Radiation Protection - Headquarters personnel, field teams, personnel to State ECC and Forward Command Post Sureau of Emergency Response Coordination ~ Bureau of Environmental Laboratories - Field Assessment personnel Bureau of Air Pollution control Bureau of Pesticide Control Bureau of Solid Waste Department of Health - EOC representative Department of Agriculture - EOC representative New Jersey Oepartment of Defense - Emergency Coordinator New Jersey Cepartment of Transportation - EOC representative New Jersey Transit Corporation - Director, Division of Bus Contract Management Department of Corrections - EOC representative Department of Human Services - Emergency Coordinator New Jersey Department of Energy - Emergency Services Coordinator New Jersey State Department of Education - ECC representative New Jersey State Department of Higher Education - ECC representative r i I
~ Section I - Part E Cd Page 2 II. NEW JERSEY, CDCCY PARTICIPANTS Salem County County CEM Executive Divisien: Board of Freeholders or designated representative Emergency Management Ccordinator Deputy EMC County CEM Cperatiens Division - Radio officer Cransportation officer Medical Officer (incl. Health Officer) Emergency Information officer Fire Coordinator RADEF officer Dispatcher County Engineer Superviser Road Department Sheriff's Department County CEM Support Division - American Red Cross Salvation Army Cu= erland County County CEM Executive Disivien - Scard of Chesen Freeholders, Director Clerk to the Board County Solicitor Public Relations Officer County E=ergency Management Coordinator (EMC) Deputy EMC County CEM Cperations Divison - Operations officer Fire Coordinator Chief Dispatcher County Fire Police Superintendent County Engineer Supervisor Road Department Traffic Safety Coordinator Public Health Coordinator Sheriff's Department County CEM Support Divisen - American Red Cross Senior Agriculture Agent Superintendent of Schools CITA Director County Representative of the Health Systems Agency Welfare Director Salvation Army Public Utilities Commission i O
Section I - Part E -s Page 3 V. NEW JERSEY, M"NICIPAL PARTICIPANTS Lower Allevays Creek Township Mayor / Deputy Mayer/Cemmitteemen Director of Public Safety EMC/ Deputy EMC Police Department Fire Department & Rescue Squad Transpertation officer Elsinboro Township Mayer/ Deputy Mayer/ Committeemen EMC/ Deputy EMC Fire Company Pennsville Township Mayer/ Deputy Mayor / Committeemen EMC/ Deputy EMC Police Department Fire and Rescue Company No. 1 Fire Company No. 2 Transportatien officer Salem City Mayer/ Councilmen EMC/ Deputy EMC f-Director of Public Safety / P: lice Department \\ Fire Department A=bulance Squad Quinten Township Mayer/ Deputy Mayer/ Committeemen EMC/ Deputy EMC Fire and Rescue Company Ambulance C mpany Mannington Mayer/ Committeemen EMC Fire Company Stow Creek Mayor EMC Fire C:=pany Constable Greenwich Mayor EMC Fire Company constable
i f Section I - Part E / Page 4 ] III. DELAWARE, STATE PARTICIPANTS Governor's Office - representative Division of Emergency Planning and Operations - Director, Deputy Director, Staff Division of Public Health - Director, personnel, Office of l Radiation Control and Safety Program Director, field monitoring teams, Bureau of Environmental Health Chief Division of Social Services - Disaster Coordinator, Director ) of Sectal Services, personnel Division of Environmental Control - Director, Manager of Technical Services, Wilmington Laboratory Supervisor, Dover Laboratory Supervisor, field personnel, Field Operations Supervisor Division of Parks and Recreation - Director, State Park Section Managers and Park Superintendents i Division of Fish and Wildlife - Director, Operations j Supervisor, personnel l Delaware Marine Police - Boating Administrator, Northern Supervisor, personnel Department of Agriculture - Division of Production and PrCaotion Director, field monitoring personnel (' Delaware State Police - Staff Officer, Director, l [ Superintendent, Deputy Superintendent, personnel Department of Transportation: Division of Highways - Director, Disaster Planning Coordinator, staff Delaware Transportation Authority - Director, Assistant Director, personnel 1 I Delaware National Guard - Adjutant General, personnel Civtl Air Patrol - Dover Air Force Base Liaison Officer, Mission Coordinator Department of Public Instruction - Nuclear Disaster Planning officer State Fire School - Director, Senior Instructor i l i i s s a ,,-n ,w--, - + -,w, _,.,m.,- n---n-
1 ,s Section I - Part E Page 5 IV. DELAWARE COUNTY PARTICIPANTS New Castle County County Executive Department of Public Safety - Director County Police Department - Chief of Police, personnel Department of Public Works - Director Department of Parks and Recreation - Directior Fire Companies - District Fire Chiefs, Fire Company personnel Paid Ambulance Service - Chief Kent Councy County EPO Director / Planner President of Levy Court Fire Companies - District Fire Chief, Fire Cc=pany personnel V. PRIVATE AGENCIES American Red Cross - ECC representative Conrail - Trainmaster Salvation Army - ECC representative VI. FEDERAL AGENCIES U.S. Coast Guard - Atlantic City Station personnel Federal Aviation Administration - JFK personnel 8
_~. Section I-Part F f.Q Page 1 i ) GUIDELINES FOR CONDUCT OF 1982 FEMA /NRC OBSERVED SGS RADIOLOGICAL EMERGENCY EXERCISE I. PURPOSE: This document provides guidance for the conduct of the 1982 FEMA observed radiological e=ergency exercise. It shall be used by all participating r Federal, State, County, and participating municipal agencies. It provides' 1 specific methods for demonstrating emergency response capability, conducting the exercise, and evaluating results. 1 II. CONCEPT-OF OPERATICNS AND CCNTROL OF THE EXERCISE l The licensee, the State of New Jersey, and the State of Delaware will supply l ] official referees and/or obse rvers for each location where an emergency j [) response is being demonstrated for the exercise. Prior to the exercise, the referecs and cbservers will be provided with the appropriate locations, maps, t time periods, guidelines, and an observer evaluation checklist for their i exercise assignments (See Section I, Partr. A-G). The exercise initiating events will be controlled by the lead referee at the Salem Generating Station (SGS). Hypothesized initiating events will consist of i three types of information: (1) information and data provided to control room l personnel by the lead referee or his designee, (2) information provided to SGS l l personnel concerning environmental (e.g. area, air, primary coolant, surfaces) t and plant systems radioactivity, (3) onsite and offsite dose rate data l (simulated gamma and iodine dose rate measurements) provided to the site, 1 State, and Federal (if they participate) monitoring teams by referees and (3) referee / observer supplied " problems" for offsite participants (such as a l l P i - - -.. -,I
~_ ~ l 1 4 f f i Section I-Part F i e Page 2 I disabled vehicle or a farmer who must return to his farm after an evacuation). 4 4 The lead referee hea the authority to determine the time sequence of these i F 4 initiating events to ensure an orderly and logical flow of exercise events, i all other actions during the exercise will occur through a free play response !l as the licensee, State, County, and municipal participante respond to the initiating events. l As the initiating events are provided to the station staff they will determine l the nature of the emergency and cause the implementation of the appropriate t station e=ergency plan prccedures. These procedures are expected to include a { determination of the emergency classification in accordance with NUREG-0654, l FEMA-REP-1, Rev.l. After the emergency classification has been determined, the [ i appropriate Federal, State, County, and municipal authorities will be notified 4 t in accordance with the station emergency plan procedures. ( Upon notification of the hypothesized emergency at SGS the States, Counties, i and the New Jersey municipalities will complete their initial notifications and { ? j activation of emergency facilities in accordance with their emergency plans and [ i l procedures. [ + i I i The hypothesized emergency will continue to develop based on data and f information provided to the control room personnel by the lead referee. As the situation develops, follow up information will be forwarded to the New Jersey j and Delaware State EOCs and the New Jersey Bureau of Radiatien Protection. The l Bureau of Radiation Protection and and the Delaware Division of Emergency l i I Planning and Operations will analyze the information and recommend protective l j actions as they would in a real emergency. Where information would normally be I!O l 4 i l r
4 Section I-Part F j Page 3 confirmed via an independe'nt source (such as National Weather Service for weather data) the confirmation data will be obtained. If the confirmation data l conflicts with the hypothesized data provided by the site, the hypothesized data will be utilized for accident assessment purposes. If any inconsistencies are noted in the initiating events, they should be questioned by the State accident assessment team as they would be in a real emergency. Certain inconsistencies (such as plume width, release duration, technical i. I reason for the simulated release, etc.) may be intentional and required to provide an exercise basis which tests the capabilities of the licensee, the I States, the Counties, and the New Jersey municipalities to the maximum extent l feasible in a limited time frame. If an inconsistency is known or determined I j to be intentional, then the accident assessment group will note the i f inconsistency and ignore it. The lead referee shall have the authority to j s i resolve or explain any inconsistencies or prcblems that may occur during the exercise. i 1 With the exception of the aforementioned cited and potential inconsistencies i and the closecut of the emergency (which are discussed later), the internal i cperations of the licensee, State, County, and municipal command centers shall i be identical with their intended operation in a real emergency. l III. GENERAL GUIDANCE FOR THE CCNDUCT OF THE EXERCISE l Participants shall avoid taking any actions during the exercise which would actually reduce plant or public safety. The potential for creating a real radiological emergency or endangering the public shall be specifically avoided. I 1 i O t
Section I-Part F c Page 4 \\_) + 1. Simulating Emergency Actions Since the exercises are intended to provide demonstration of acttral abilities as closely as is reasonably possible, the participants should act as they would during a real emergency. All actual actions shall be taken where possible. Simulation will be utilized only when it is not feasible to perform the actual action. When orders are given to others during drills and exercises, the crder should contain the werd " Simulate" as the first word, if that is what is meant. For i
- example, the order to put out a fire that is being hypothesized would state
" simulate discharging the fire extinguisher." Where such actions are being
- taken, it is suggested that participants inform any obsarvers in the area of
(} what action would be actually taken had the emergency been real. Emergency workers will process through decontamination centers. Actual evacuation of a segment of the general public for exercise purposes is undesirable due to the unnecessary public hazard created and great public inconvenience of such action. No actual evacuations of the public are planned. However, a number of volunteers sufficient to test one New Jersey congregate care shelter and one Delaware registration center will be utilized to demonstrate evacuation and decontamination of the public. 2. Avoiding Violation of Laws Intentional violation of laws is not justifiable during any exercise. To implement this guideline, the following actions must be taken prior to conduct of all exercises: ~
a i 4 i 1 [ Section I-Fart F [ I Page 5 i f-0 t r a. All observers and potential drill participant;s must be specifically l informed of the need to avoid intentiq al v hlat:.on of all Federal, f i State and local laws, regulations. 3rdi v ces, ststutes, and other a j legal restrictions. The orders of all +:olaca, sheriffs, or other i. authorities should be followed as would normally be the case. 2 i j b. Drill participants shall not direct illegal actions be taken by other [ i j drill participants or members of the general public. [ j c. Drill participants shall not intentionally take illegal actions when l l l beung called out to participate in an exercise. Specifically, local i f I traffic laws such as speed laws shall be observed. d. Agencies shall inform their participants of any laws, regulations, ? j statutes, etc., that may likely apply during conduct of drills. j L i l 3. Avoiding Personal and Property Endangerment i l l l t Participants and observers shall be instructed to avoid endangering property l' )i (public or private), other personnel responding to the exercise, members of the f t I general public, animals, and the environment. ) l 9 I 4. Action to Minimize Public Inconvenience l t t It is not the intent, nor is it desirable or feasible to effectively train or l l test the public response during the conduct of radiological emergency exercises. Public inconvenience is to be minimized. The actions of Federal, State, County and municipal agencies, and nuclear power plant operators receive continuous public notice and scrutiny, therefore the I t I I I i
~ E Section I-Part F { Page 6 l conduct of an exercise could arouse public concern that an actual emergency is i i occurring. In order to minimize public inconvenience and concern, the following actions are being included in the FEMA exercise plans: s. A few days prior to the exercise, the public witnin the affected area [ will be informed of the impending conduct of a radiological emergency h axercise. Press releases frem Public Service Electric & Gas (PSE&G) t i vill be used to accomplish this. Prior to the exercise the public shall be informed of the following as a minimum: l (1) the purpose of the exercise and that it is a routine periodic function not int; ended to inconvenience the public unnecessarily s b .{ l l (2) the exercise requires no public action or involvement i O (3) the exercise will be conducted at a preselected time during a ^l specifically stated time period t (4) the siren system will be activated I f b. During the exercise press releases will be provided by PSE&G, New [ l f Jersey, and Delaware stating that an exercise is in progress I I I c. Agencies should make every effort to prevent the public from being [ l l misinformed about the nature of the exercise. Therefore it is i i important to inform members of the public that an exercise is in e progress and that their involvement is not required, whenever direct i public contact occurs in the field. In addition, it is important to t i I preface, interject, and conclude conversations that can be overheard [ O t [ i
l i i s Section I-Part F Page 7 em 4 x by the public with the words, "This is an exercise, repeat, this is an exercise" or similar statements. Conversations that can be monitored a by the public include those on telephones, radior., loudspeakers, 3 telegraphs, etc. 5. Maintaining Emergency Readiness During the performance of an exercise the ability to recognize a real 1 emergency, ter=inate the exercise, and respond to the new situation must be maintained. Therefore, the exercise scenario and actions of participants shall 4 i j not include any actions wnich seriously degrade the condition of systems, L i e quipment or supplies, or affect the detection, assessment, or response capability to radiological or other emergencies. () If a local emergency occurs during an exercise requiring the local agency to 9 i i terminate its participation in the exercise the agency should notify the State and County Emergency operations Center of the situation and terminate its participation. The State shall then inform all other agencies involved in the j exercise of the situation. All messages about real events shall be clearly identified as such. For example precede a real message with "This is NOT, i repeat, NOT an exercise message." IV. EMERGENCY RESPONSE IMPI.EMENTATION AND OPERATIONS l 1. Initial Notification 2 Initial notification shall be performed in accordance with the procedures of i the radiological emergency plans. O I l l
Section I-Part F jd Page 8 ( ) 2. Activation of Facilities Activation of State, County, and New Jersey municipal EOCs and manning of the EOCs by emergency response personnel rhall occur in accordance with the emergency plans. 3. Activation of the EOF PSE&G personnel will activate the EOF. Activation and operation of the EOF will be in accordance with the emergency plan procedures. Normal travel times to the EOF by its staff may be compressed and staffing will be permitted 1/2 hour after the cecision to activate. 4. Public Notification f \\- The first request to the Emergency Broadcast System will be the test message of the Salem Radiological Emergency Broadcast System which will be broadcasted to the public. The text of this message is as follows: This is a TEST ~of the Salem Radiological Emergency Broadcast System. This system has been developed by New Jersey and Delaware emergency managment organizations, in con] unction with the radio stations in the area, to keep the public informed in the event of an emergency at the Salem Nuclear Generating Station. Had this been an actual emergency, you would have been instructed where to tuna your radio dial for further information. This has been only a test. O
1 i i 1 Section I-Part F i 'i Page 9 All messages during the exercise shall be prepared and forwarded to the t Emergency Broadcast System gateway station (WOEL) in accordance with standard l l r I procedures. Except for the test message. all exercise EBS messages shall be F 6 prefaced by explicit instructions not to broadcast, but to log the message f i content and time of receipt. j i i i The procedures for route alerting will be demonstrated by activation of the i t siren system in conscnance with the broadcast of the EBS message. Notification l I verification will be demonstrated in New Jersey by utilizing a sample route in i each county. [ ) I i 5. Public Information f Press releases to the media shall be made in accordance with the respective emergency plans, via the normal press release methods. The press releases l 1 l shall contain all necessary information on the current status of the exercise. 4 6. Communications I i [ Communications between the exercise participants shall occur in accordance with the procedures of tTe emergency response plan. There will not be a simula tion I of communication equipment failures. However, should any primary communication [ i path become inoperative or prove inadequate, backup means of communicatien will j i be utilized as appropriate. I V. MOBILl?AT!CN OF EMERGENCY WORKERS j It is the responsibility of all emergency response agencies to ensure that i i f their resources are actually deployed in adequate numbers to provide a I i i ? I
Section I-Part F +7 Page 10 reasonable test of their notification, =cbilization, command, coordination, and ccmmunications capability. Except as noted below, all State, County, and municipal agencies shall have total authority in' determining the degree of mobilization and depicyment of their resources, consistent with this intent. The decisien to de=enstrate or to actually deploy resources may be made at the time of the exer cise. When the use of an agency's resources is simulated it is the responsibility of the agency to ensure that all steps necessary to utilize the resources are demonstrated. For example, for an agency to demonstrate the activation of additional personnel it is necessary to locate the required call list and to have the calls either completed or s lated. Then a realistic estimate of the mebilization time must be made and forwarded to the agencies which need to know ,fs s this time estimate. Use of a resource may be demonstrated only after the estimated =chilization time has elapsed. In addition, when a resource is demonstrated the command and centrol must also be demonstrated. It is desirable to carry out all demonstrations to the greatest extent possible, thus determining the need for additional resources such as those used for command, centrol, dose record maintenance, etc. Total counts of emergency workers deployed and those that are hypothesized to have been deployed shall be maintained. Information regarding which personnel movements are real and which are hypothesized shall be readily available at all times. The following provides a minimum list of personnel and resources that will be deployed by the States and local governments to demonstrate the capabilities of O
Section I-Part F er Page 11 4 their resources. Also provided are specific demonstration objectives for hypothesized emergency responses. 1. Access control New Jersey will deploy all the necessary personnel required to man 5 access control points required by the exercise and Delaware will deploy personnel for 3 access centrol points. Road blocks will not be set up on the road but the necessary equipment will be deplcyer, s', orig the road side. The road access control points will be secured at'.er t?e ability to assemble them has been demonstrated. The decision +i +c < e a; cess control points, return the personnel to normal duties, and t.jpo* *si;e the continuation of these secured control points will be made a< e e State ICC when desired. 'N Rotatien of access centrol personnel will be by personnel who would be ~ assumed to be available from off duty sections. For training, the access control personnel will report to decentamination centers after they are secured frem their access control duties. 2. Public Notification Verification Notification verification will be demonstrated by New Jersey police and fire companies driving a sample route in a slow manner as during a real emergency. At the completion of the notification verification the units involved will either be secured by checking out through decontamination centers or will be assigned further exercise duties. l /~} U t
Section I-Part F '"j Page 12 J 3. Decontamination Center New Jersey and Delaware will each set up one decontamination center. During the exercise the : enter will be used principally for emergency workers to check out through after they have completed their exercise participation. At the decontamination center, any actions which may damage property (such as parking vehicles on grass) will be avoided. All necessary equip =ent will be assembled at the decontamination center and its use will be demonstrated. Detailed demonstration actions will be implemented at the center by the decontamination center leader. 4. Congregate Care Shelter / Registration Centers One New Jersey congregate care / decontamination center and one Delaware O registration, decontamination, and relocation center will be opened and ( staffed in accordance with the emergency plans. Supplies required for long term mass care (cots, blankets, food, etc.) need not be acquired or brought f to the shelter.
- However, the shelter and registration personnel should
[ r obtain estimates on how many evacuees would be arriving had the exercise l been a real emergency. The shelter and registration personnel should then i make the necessary estimates of supplies required for the potential f evaucuees. Sources for the required supplies should then be located, and the means for transportation of the suppli:s should be determined. I i
s L h l .Section I-Part F i ( 5. Monitoring Teams l t t The State of New Jersey will field approximately 5 radiological monitoring teams and the State of Delaware will field approximately 2 teams. At least L 2 5 of the New Jersey State teams and at least 2 of the Delaware teams will be supplied with a referee. The referees will provide simulated field data which will be used to determine local dose rate readings. These teams [ t however. will be equipped with the necessary equipment which would enable l t them to de te rmine actual area gamma dose rates and airborne radiciodine [ l L concentrations. j 5 i ~ i The New Jersey teams without referees will be equipped with equipment which l t l would enable them to determine area gamma dose rates or iodine } } measurements. For the exercise, they will be provided hypothesized field data by which they will me able to determine the local dose rate. f I Data for the environmental samples and TLDs will be supplied by a referee [ I at the appropriate time. [ t The monitoring teams will not be suited up in anti-contamination clothing, j but will have such squipment at their disposal. i The taking of ingestion pathway zone samples will be demonstrated by both l I States. It will be demonstrated that the samples can be sent to the appropriate laboratories as they would in a real emergency. Analysis of the samples will not be performed. Hypothetical data for some samples will i be provided as an offsite initiating event in order to demonstrate that the f .1 L I i ? I t
~ -- . - - - ~. } Section I-Part F Page 14 (ig (_/ results of sample analyses could be used to determine ingestion protective l action recommendations. 6. Volunteer organizations i The members of volunteer organizations, e.g. firemen and rescue squads, have responsibilities such as work that take precedence over their participation in an exercise. Therefore, these volunteer organizations on an as-available- ] will participate in their emergency responsibilities basis. Because the exercise plume will impact specific areas, volunteer personnel in th. sffected :ene will have advance knowledge of their specisl role in this exercise, in order to maximize their participation. ) VI. REENTRY MC RECOVERY O Time will be compressed in the scenario to allow reentry and recovery procedures to be exercised. The referees at each emergency facility and l field ' location will make an announcement at a designated time that the i i scenario is stopped for fifteen minutes. The referee will then instruct I the participants to complete on-going responses within fifteen minutes, after which time, the exercise will resume and scenario time will be clock i time plus 24 hours. Exercise participants will then demonstrate reentry and recovery responses until the closecut of the exercise. VII. CLCSECUT OF THE EXERCISE J l Closecut of the exercise will be accomplished by the following actions: 1 l 1 r !O i .,,. _ _ _. - _.. _ ~ _ _ _ _ _ _ -. _, _.
Section I-Part F Page 15 ..) s-1. Emergency workers will be secured as soon as possible af ter they have demonstrated their capabilities. The decision to secure them will be i l made at their controlling EOC, with concurrence from the State EOC, if applicable. Emergency workers shall be directed to check out through decontamination centers. Energency worker radiological exposure records will be completed for each emergency worker in accordance with the standard operating procedures. Evacuee radiation dose records will be completed for 15 random volunteers. The completed dose record forms shall be clearly marked "For Demonstration Only" and shall be fervarded to the responsible State agency for review. 2. The emergency workers decontaminat:en center and the congregate care shelter / registration center will be secured as soon as all emergency ,s/ workers and volunteers have checked out through these centers. 3. Participation of nonessential State, County, and New Jersey municipal ECC personnel will be ended as soon as their emergency response has been essentially completed. Reducing EOC staff to those responsible for long term planning and recovery shall have the cancurrence of the State ECC director or his designee. 4. The remaining staff will close out the exercise by developing a course of action for the next 24 hours. This course of action shall be a coordinated effort between each State and the licensee. It shall include: a. Any further ingestion zone samples that need to be taken, shall be identified. Locations to be sampled shall be identified. (~h G
l Section I-Part F '3 Page 16 J Personnel requirements to conduct the necessary sampling and to transport the samples to the laboratories shall be identified. These requirements shall be matched against personnel availability. b. Twenty-four hour personnel rotation schedules shall be developed. These schedules will include require.nents and manning capabilities for access control, decontamination, record keeping and EOC staffing. c. Twenty-four hour ingestion pathway control requirements such as food interdiction shall be planned. This planning shall include comparisons of personnel requirements with available personnel. d. Crime prevention measures in the evacuated areas shall be planned. 5. When the States, the Counties, the New Jersey unicipalities, and the licensee are satisfied that they could have implemented the necessary long term protective, parallel, and other actions required by the plan,the participants shall reach a joint cont'c.sion to terminate tha exercise. A final press release shall be issued signifying the termination of the exercise. O
Section I - Part F Page 1 of 2 1982 FEMA /NRC Observed SGS Exercise Actual and Simulated Offsite Events Matrix Event Actual Simulated
- 1. Notification of Federal, County, Municipal, and Private Agencies X
- 2. Activation of State, County, Municipal EOCs X
- 3. Accident Assessment X
- 4. Field Monitoring X
- 5. Access Control State personnel X
X County personnel X X
- 6. EBS Test Message X
- 7. EBS Messages Prepared But Not Transmitted to the Public X
O--
- 8. Public Notification X
- 9. Emergency Worker Decontamination Center Activation (one in each State)
X
- 10. Evacuee Congregate Care Shelter, Relocation, and Registration Center Activation County (one in each State)
X
- 11. Monitoring and Decontamination of Evacuees and Emergency Workers X
- 12. Personnel Dose Record Keeping X
- 13. Personnel Dosimetry Issuance X
X
- 14. Evacuation of Volunteers X
- 15. Handling of Contaminated Injured Offsite Personnel X
- 16. Ingestion Pathway Sampling X
OV [ i
Section I - Part F () ss Page 2 of 2 Actual and Simulated Offsite Events Event Actual Simulated
- 17. Ingestion Pathway Samples Analyses X
- 18. Traffic Control, Law Enforcement and Crime Prevention, Public Health and Sanitation, Fire Control and Rescue X
- 19. Reentry and Recovery X
o i O
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. _ _ ~. - - _. - O O O Observed Exercise l Section I Pa rt G 1 Page 2 gtagrygts fj.ingligna l Area Individual Assigngd [acility Location J j lli - NJ County Observer List j
- 1. Salem County 1
Ope ra t ions EOC Salem City NJ 1 Communications
- 2. Cumberland 1
Ope ra t ions County EOC lir i dg o ton, NJ 1 Communications ) i IV - NJ Municipal Observer List I
- 1. Salem City EOC Salem City, NJ 1
Ope ra t i ons i 2. Elsinboro [0C E l s i nbo ro, NJ 1 Ope ra t ions 3. Pennsville EOC Pennsville, NJ 1 Ope ra t i on s
- 4. Quinton EOC Quinton, NJ 1
Ope ra t ions 1
- 5. Mannington EOC Salem City, NJ 1
Ope ra t ions
- 6. Lowe r Al l oways Creek EOC llancocks Bridge, NJ 1
Ope ra t i ons
- 7. Stowe Creek EOC itopewo l l. NJ 1
Ope ra t ions 4 1
- 8. Creenwich EOC Creenwich, NJ 1
Ope ra t ions } V - State of Delawa ro Observer List l
- 1. State EOC Delawa re Ci ty, DE 1
Ope ra t i on s 1 Doso Assessment 1 Public Information 2, Stato Field 2 Mobile teams j Monitoring Teams t -3. Decontamination Middletown, DE 1 Center Decontamination l
- 4. Reg i st ra t ion /Decontam i na t i on Dover, DE 1
Decontamination / l i Center Reg i s t ra t ion $. Wilmington Medical Center Wilmington, DE 1 Handling o * *te r i contaminan snjured person j
- 6. Re loca t ion Center Middletown, D 1
Ope ra t ions
- 7. Radio Station WDEL Wilmington, DE 1
Control Room i i 4 1 1 1 i i 1 i f ,-m r
u
I I l 0 o O l l Obse rved Exe rci se Sesct ion 1 - Pa rt G Page 3 Lacility Luga L191) Quggr. yen [1!!igtigpa l Arga 1pdividual Assiongd i VI - Delawa re County Observer List l 1. Kent County EOC Dover, DE 1 Ope ra t i ons 1 Communications l 2. Now Castlo County LOC New Castlu, DI 1 Operations 1 Communications L 4 1 l 1 I 4 4
i Ssetion I - Part G Briefing Agt da Page 1 of 3 r. SALEM GENERATING SALEM i 1982 NRC/ FEMA OBSERVED EXERCISE _1_0:30 A.M. BRIEFING. OCTOBER 12, 1982 AT SECOND SUN 1 f I. EXERCISE SCENARIO BRIEFING A. General Infomation [ 1. Observer / Referee limited interaction with participants [ 2. Lunch provisions [ 3. Security provisions, name tags i 4. Caution against pre-deployment of personnel 5. Use of plans and procedures during the exercise t B. Review the following parts of Section I: I Part A, Schedule f Part B, Objectives (highlighted portions) Part C, References (briefly) Part D, Locations and Maps (briefly) l Part E, Participants (briefly) t f-Part F, Guidelines (highlighted portions) Part G, Observer List O Critique Chucklists II. COMMENTS BY STATE AND FEDERAL AGE $CIES NRC Region I h FEMA /RAC Region II i FEMA /RAC Region III NJ-0EM DE-DEPO E III. OUESTION AND ANS'ER PERIOD { t IV. CLOSING REMARKS TO PARTICIPANTS ? i r I i i O i dw1375903-39 nycl7 09/08/82 i 9 n w- , m -- ,m, _--m..,,_ .,,.,_g.,,,-,--,.,7,-, ,--a-, -,e n-
Ssetion I - Psrt G Briefing Agenda Page 2 of 3 sm V. CONTROLLED SCENARIO BRIEFING FOR OBSERVERS, REFEREES, NRC, FEMA A. Review the controlled section of the scenario (Section II) 1. Sur: unary of Initiating Events and Expected Time Sequence (Part 1) 2. Detailed Initiating Events (Part 2) 3. Methods for providing scenario data for: - Control Room, TSC, EOF - Field Monitoring Teams - Deconta::lination Facilities (off-site) - Ingestion Pathway Sampling 4. Coordination between referees 5. Participation at scheduled critique meetings 6. Telephone numbers for emergency use 3. Question and Answer Period < *O O dw1375903-39 nyc17 09/08/82
S2ction I - Part G Briefing Agenda Page 3 of 3 PARTICIPANTS BRIEFING I. WELCOME AND INTRODUCTION II. EXERCISE SCENARIO BRIEFIST, 4 A. Discuss: - distribution of controlled and uncontrolled scenario - joint PSE&G NJ, DE development of the scenario - the role of the consnitants in scenario preparation and exercise support B. Review the following parts of Section I: 1 Part A, Schedule Part B, Objectives (highlighted portions) Part C, References (briefly) Part D, Locations and Maps (briefly) i, Part E, Participants (briefly) Part F, Guidelines (highlighted portions) Part G, Observer List f-Critique Checklists C. Discuss in general the type of material included in the controlled section and the methods used by referees to provide data to the exercise participants. D. Additional Information 1. Observer / Referee limited interaction with participants 2. Lunch provisions 3. Security provisions, name tags 4. Caution against pre-deployment of personnel 5. Use of plans and procedures during the exercise III. OUESTION AND ANSWER PERIOD i IV. CLOSING REMARKS O dw1375903-39 nycl7 09/08/82 --- - - - -. - - - - l
.-= Saction I - Part G Observer Checklists Page 1 4 OBSERVER CHECKLISTS-TABLE OF CONTENTS .l Checklist P, age i i A. Notifications / Communications 2 B. Activation / Operations 4 C. Comand and Control 7 f D. Dose Assessment 9 1 E. Field Monitoring 11 F. Radiation Exposure Control 13 G. De cont aminat ion / Relo ca t ion / Re gis t rati on 15 H. Public and Media Information 17 i I. Public Notification 19 i i i i l l k i f I i i l t i l O l dw1375903-40 nyc18 07/30/82 i l i i
Ssetion I - Part G Observer Checklist A Page 2 p A. NOTIFICATIONS / COMMUNICATIONS [ F 5 Name: Date: Facility: i Location: Team Leader: I 1. Were incoming and outgoing notifications /communit ations logged? Accurately? With significant detail? I 2. Were call lists completed accurately and in a timely manner? ? 3. Were notification / communication procedures followed? f 4. Were the notifications and message contents verified if required? I t 1 5. Did the messages contain a statement ident1fying the communication as an j 7 exercise message? l I I t_ T 6. Were sufficient for=s available? l I f 7. Were the for. s useable and effective? 4 8. Were all primary communication circuits available and operational? If not were back-up ccmmunications used? I 9. Were personnel familiar with the communication equipment and-its intended use? [i i 10. Were communications equipment adequate to ensure that the flow of information was timely and efficient? 1 !O i 1 1 I dw1375903-40 nyc18 07/30/82 [ I 4 r,.m. .__..___._,__,.___.,--,__..__.m___.,__- ..._.---,.y_,y.__,r--
Ssetion I - Pcrt G Observer Checklist A 1 Page 3 11 Were there sufficient communications personnel to manage all of the circuits? If not, identify specific problems. 12. Were communications effectively passed to and from appropriate personnel? If not, identify problem. I 13. Was the communications traffic in and out of the facility coordinated and controlled? 1 14. On the average, how long did it take to provide an incoming or outgoing message to the appropriate person af ter receipt of the cotununication message? I h i 15. OVERALL PERFORMANCE EVALUATION: O. Provide your overall evaluation of the. efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a ] designation of the following categories: Outstanding performance, i Acceptable Performance or Substandard Performance. Please be specific l with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or
] procedures are required to improve the emergency response. ,1 l f 4 i 1 a ' O dw1375903-40 nyc18 07/30/82 f I
~ _. f 1 i .S2ction I - Part G t Observer Checklist B [ Page 4 i B. ACTIVATION /0PERATIONS l Name: Date: 7acility: Location: . Team Leader: f 1. Was activation for the emergency performed efficiently and in. a timely j j manner? (State time of notification and time of activation) I f 2. Did all personnel know their roles and responsibility? f f I i 3. Were personnel familiar with the. relevant procedures and were the L procedures followed? L l l i f 4. Were procedures consulted.when necessary or when conditions changed? l 1 i i i I 4 i l 5. Was there any confusion or lack of understanding on th:. part of the ~ participants concerning the event to which they were responding? l t i 6. Are frequent briefings held to review available data and the emergency i situation? i t i 7. Did participants consult with each other to arrive at decisions and recomendations ? 8. Was data flow between facilities accurate, timely, and complete? ( t i l 9. Was there an effective mechanism for resolving " difference of opinion" i concerning technical issues and actions to be taken? f I ' O t t I dw1375903-40 nyc18 07/30/82 l l i l r
S2ction I - Pcrt G Observer Checklist B Page 5 O 10. Did participating personnel become so overwhelmed with proceddral requirements that they were distracted from exercising their role in the~ assessment and resolution of the emergency event? 11. Were all the material, maps, displays, and equipment required for emergency activation and operations available and utilized effectively? 12. Was all'the equipment functional? 13. Did personnel check to ensure that all equipment was available and functional early in the activation sequence? 14. If equipment was either unavailable or not functional, was this fact reported to the appropriate personnel? h 15. What provisions were made to accommodate missing or inoperative (/ equipment? 16. If there was a transfer of responsibility for the facility or activities, was it accomplished efficiently, effectively, and in a timely manner? 17. If a transfer of responsibility occurred, were all personnel aware that such a transfer had occurred? 18. Was information obtained during the course of emergency operations transmitted efficiently.
- 19. Were security =easures adequate for the facility?
O dw1375903-40 .nyc18 07/30/82 _.____._._._.____m
Sacticn I - Pcrt G Observer Checklist B Page 6 ,m (J ~'N 20. If protective ~ actions decisions were made, was the implementation accomplished according to procedures in a timely manner? 21. Were all required personnel in attendance? 22. Was the facility adequate in size and layout? 23. OVERALL PERFORMANCE EVALUATION: Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were perfor=ed. Your assessment should include a designation of the following categories: Outstanding performance, Acceptable Performance or Substandard Performance. Please be specific with regard to Substandard Perforance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
/sU O dw1373903-40 nyc18 07/30/82
Smetion I - Part G Observer Checklist C Page 7 C. COMMAND AND CONTROL Name: Date: Facility: Location: Team Leader: l 1. Was the person designated for command function clearly identifiable and did everyone in the emergency facility know who that person was? 4 2. Did the person in comand activate the facility in a timely and efficient manner? 3. Was the person in command familiar with the plan and procedures? 4. Did the person in comand use the relevant procedures? i 5. Were procedures consulted when necessary or when conditions changed? ) 6. Were comand responsibilities delegated properly when necessary? l 1 I 7. Was the person in command knowledgeable regarding the status of. the emergency throughout the emergency levels? 8. Was the person in command knowled eable regarding actions taken 3 throughout the emergency? i 9 Did the person in comand hold frequent, effective, and accurate briefings? ' O dw1375903 0 nyc18 07/30/82 . -.. ~,
Section I - Part G Observer Checklist C Page 8 O 10. Were appropriate decisions arrived at in a timely manner? 11. Did the person in command consult with the appropriate personnel in order to arrive at decisions or resolve differences? 12. OVERALL PERFORMANCE EVALUATION: Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a designation of the following categories: Outstanding performance, Acceptable Performance or Substandard Performance. Please be specific with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
O I l dw1375903-40 nyc18 07/30/82
Section I - Part G Observer Checklist D Page 9 D. DOSE ASSESSMENT Name: Date: Facility: I Location: Team Leader: }. 1. Was data logged appropriately? 2. Were maps and displays utilized effectively? 3. Was an estimation of release duration atl exposure duration arrived at in a logical ranner (if applicable)? l l 4. Were the appropriate diffusion factors (Xu/Q) used for an elevated l and/or ground level release? e I 4 5. Were data passed between facilities effectively and accurately? j 6. If meteorological conditions changed, were the data used? i 7. Was a comparison made between calculated dose projections and measured values from the monitoring teams? 2 8. Were dose calculations and the determination of protective action recommendations performed efficiently and in a timely manner? l t 9. Were the results of dose calculations and protective action recommendations transmitted to appropriate channels in an efficient and l timely =anner? i l 10. Was the Emergency Director or the EOC Director receptive to emergency personnel reconsnendations?
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S1ction-I - Part G Observer Checklist D Page.10 11. When laboratory results of ingestion pathway samples are provided, are { correct protective action recommendations made? 12. Do the dose assessment personnel understand the procedures? i 13. Were the teams deployed effectively to define the plume? i 1 ] 14. Did the information used by dose a'ssessment personnel come from correct sources? 15. OVERALL PERFORMANCE EVALUATION: J Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a -3 designation of the following categories: Outstanding performance, Acceptable Performance or Substandard Performance. Please be specific ~ with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
I i f i i i i A i i ) i O 4 dw1375903-40 nyc18 07/30/82
7 Section I - Part G Observer Checklist E r, Page 11 E. FIELD MONITORING i Na:ne: Date: Facility: Location: Team Leader: 1. Were radio comunications verified prior to deployment? 2. Were the teams deployed in a timely manner? 3. Were all radiation monitoring instrumentation op-che'cked according 'to procedures prior to deployment? 4 4 l 4. Did field :nonitoring personnel use their instruments properly? I 5. Were pocket dosi:neters checked periodically during the field assignment? s ' O 6. Was info::tation relayed accurately and efficiently to designated j personnel? I 7. In transit, was the survey meter used to take readings? 8. If samples were taken, were sampling procedures followed? 9. If radio was not used for comunications, did the team report their status periodically by telephone? I j 10. Did monitoring teams use " good" health physics procedures to avoid contamination? l f 11. Did the field monitoring team members understand the procedures? 'O i dw1375903-40 nyc18 07/30/82 ..----,,--.,_e-., ,.. _, ~., _ - - -. -... -, - - - - - _ ~ _, -
~ S cticn I - Part G Observer Checklist E Page 12
- 12. Did the team know how they wouldle relieved from monitoring assignment?
13. If additional equipment is required to replace equipment that malfunc-tions in the field or to supplement supplies, do the teams know how to obtain it? 14. Does the field ' team have the required instrumentation to measure radiciodine? 15. OVERALL PERFORMANCE EVALUATION: Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a designation of the following categories: Outstanding performance. Acceptable Performance or Substandard Performance. Please be specific with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
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Ssetien I - Pcrt G Observer Checklist F i Page 13 l t ( F. RADIATION EXPOSURE CONTROL f Name: Date: Facility: i Location: Team Leader: 1. Were personnel briefed on dose rates, wind direction, and specifics regarding radioactivity released? i 2. Were personnel briefed on the length of time they should remain in [ assign:nent areas? i i t 3. Were dose record forms filled out and provided to personnel? I I t 1 g l 4. Were a pocket dosimeter and TLD issued and was the pocket dosimeter i checked for initial reading? j J 5. Were adequate dosi: meters and dose record forms available? f i 6. Were protective clothing availabl'e? I t 7. If necessary, were KI supplies obtained and issued? } l 8. Were personnel briefed on decontamination locations and when to exit the t area based on pocket dosimeter readings? l 4 9. Were personnel instructed how to exit radiation areas? i i r e r 10. If transportation of a contaminated /inj ured person was demonstrated, l were proper health physics procedures followed by ambulance personnel I and hospital personnel? l ,!O l l dw1375903-40 nyc18 07/30/82 t i i -,.r-- ..-.-,,-n----,e ,, - ~ - -,..,,--,-,,<---.------.----,~n, m w-m e e
Saction I - Pcrt G Observer Checklist F Page 14 r 11. If necessary, were personnel emergency dose limits authorized by the designated authorities? 12. Did the mechanism exist to send TLD badges to the processing facility and did the personnel responsible know the procedures? 13. Were dosimeters logged in and final dose readings recorded? 14. Was access control maintained where necessary? 15. Were personnel familiar with the procedures for their assignment? 16. OVERALL PERFORMANCE EVALUATION: t Provide your overall evaluation of the efficiency and effectiveness with 3 which assigned tasks were performed. Your assessment should include a _) designation of the following categories: Outstanding performance. Acceptable Performance or Substandard Performance. Please be slecific with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
I O dw1375903-40 nyc18 07/30/82 i
Saction I - Part G Observer Checklist G Page 15 f" G. DECONTAMINATION / RELOCATION / REGISTRATION Name: Date: Facility: Location: Team Leader: 1. Was the facility activated efficiently and in a timely manner? 2. Was there adequate staffing? 3. Were there adequate supplies and equipment? 4. Was the facility size adequace? 5. Was record keeping adequate? 6. Were procedures followed to process evacuees / emergency workers? l i 7. Did processing proceed in an efficient manner? I 8. Were comunications between facilities adequate and was necessary information provided? 9. Was access control to the facility implemented and adequate? 10. Was traffic control to the facility implemented and adequate? 1 11. If problems or difficulties were presented, did the personnel know how to solve them? i 0 1 dw1375903-40 nyc18 07/30/82 4 , -~ ~ - - - - - - - - - - ~. ,_e. -.-.rr e~r _+,
S2ction I - Pirt C Observer Checklist G Page 16 O 12. For decontamination facilities; was the facility arranged according to " good" health physics criteria? 13. For decontamination facilities; were procedures followed to determine the need for decontamination? To properly decontaminate personnel? To dispose of contaminated material? 14. For decontamination facilities, was monitoring equipment operationally checked and then used properly? 15. Was the first aid station manned by qualified personnel? 16. OVERALL PERFORELNCE EVALUATION: Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a (' designation of the following categories: Outstanding performance, Acceptable Perfor=ance or Substandard Performance. Please be specific with regard to Substandard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or procedures are required to improve the emergency response.
/ O dw1375903-40 nyc18 07/30/82
t I Ssceion I - Pcrt G Observer Checklist H Page 17 () H. PUBLIC AND MEDIA INFORMATION i i Name: Date: Facility: Location: Team Leader: 1. Were press releases prepared on a frequent and timely basis? .i i 2. Were press releases coordinated by all release agencies to ensure l uniformity of information? i i + i 3. Was there a designated media spokesperson who had access to all j necessary information? i i 4. Was security maintained at the news center? 5. Did the press releases provide adequate and appropriate information? i s 6. Were the press releases reviewed and authorized by designated personnel f prior to their release to the media? i 7. If technical information was required, was that information obtained from the appropriate personnel? i l 8. W' re the displays adequate to provide technical details of plant e j conditions? 9. Was the news center facility adequate in size and layout? i d j 10. Were press briefings held frequently and on a timely basis? I I i i i dwl'75903-40 nycl8 07/30/82
S2ctica I - Pert G Observer Checklist H Page 18 ~ / \\ O 11. Did the media spokesperson present material effectively?
- 12. Were questions by the media handled properly by the media spokesperson?
13. OVERALL PERFORMANCE EVALUATION: Provide your overall evaluation of the efficiency and effectiveness with which assigned tasks were performed. Your assessment should include a designation of the following categories: Outstanding performance, Acceptable Performance or Substandard Performance. Please be specific with regard to S6 standard Performance and indicate the basis for your evaluation. Speca 'v whether additional
- training, equipment,
.or procedures are requir d to improve the emergency response. O O dw1375903-40 nyc18 07/30/82
s Sectitn I - Part G Observer Checklist I ^ Page 19 I. PUBLIC NOTIFICATION 7 ,q Name: Date: Facility: Loca ion: Team Leader: 1. Was the EBS activation performed according to7 SOPS?l.. ^ 2. Did the state agencies coordinate EBS activation? ~, 3. Were the appropriate messages selected for EBS transmission? ~,. 4. When protective actions were reconunended, were the ap'propriate areas selected? 5. Was EBS activation timely? J 6. Was the prompt notification system activated in sequence with EBS messages? ^ / s ,s 7. Were EBS messages timely? s 8. Were the prompt notification system sirens. effective? s A-9. If route alerting was implemented, was it accomplished'ef ficiently 'and in a timely manner? e W 10. Were provisions made for the feedback of information regarding the functioning /non-functioning of sirens /EBS? - s -s + A dw1375903-40 nyc18 07/30/82 85 s )
S3ction I - Part G Ohcervsr Chscklist I Page 20
- 10. OVERALL PERF010fANCE EVALUATION:
Provide your overall evaluation of the efficiency and effectiveness with l i which assigned tasks were performed. Your assessment should include a l designation of the following categories: Outstanding performance, ? Acceptable Performance or. Substandard Performance. Please be specific [ . with regar to Subste.ndard Performance and indicate the basis for your evaluation. Specify whether additional
- training, equipment, or i
. procedures are required to improve the emergency response. s s. A r N ) N I s ~...s x .s - ~ s 7 s ss s ~' [ 4 t l
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e General Time Line - SGS Exercise - Rev. 1 O (For aeferees end Observers enix) 0800 The failure of resin bed retention element is the trigger for the in-plant area radiation levels that lead _ to an Alert Emergency condition and associated State and Federal notifications. Some resin fines from the fMlure make their way past the particulate filter and cause injury to the seals of a reactor coolant pump. Next a single seal failure of a reactor coolant pump causes a low level noble gas release to the environment. This requires on and off site monitoring, as well as manning of the TSC. 0900 The noble gas release increase is the triocer for the site boundary radiation level conditions that lead to a Site Emergency condition. This leads to EOF manning as well as the State manning the EOC and 6 sending out State field monitoring teams. A radiciodine release has started (charcoal bed malfunction) which compli-cates the situation and lays the groundwork for conditions which require taking a vent sample. This release causes the Utility and State to perform long term vegetation and milk sampling. 1000 to The leaking reactor coolant pump has a failure of its two other seals 1100 which leads to a small break LOCA. High containment pressure, or low coolant' pressure (from the seal failure) causes Safety Injection. which causes a Reactor Trip. The noble gas and iodine releases begin to taper off because of letdown isolation, and slow depressurization of the primary coolant system. O l
(2) fm - b GENERAL TIME LINE - SGS EXERCISE REV I A transient (thermal +oressureloccurs immediately after the Reactor Trio. This transient causes further fuel failure, which leads to the condition which suggest that a crimary coolant samole is needed to evaluate the situation. 1100 The combination of failed fuel (monitor offscale) and the small break 2 LOCA triacer tne conditions wnich lead to a General Emergency being declared (due to reactor plant conditions rather than the usual high dose rates off site). The fact that the inner door of the elevation 100 air lock into containment is broken, and the history of the outer door , Initial ' Condition l seal problem lays the croundwork for the probability of a failure of the third boundary. 1300 Reduction in coolant pressure greatly reduces the potential for another radioeffluent release. 1400 Reactor plant oressure reduction oradually terminates the coolant leak. The conditions for deescalation of the emercency class will soon be evident. At this time a 15 min recess will, occur in the drill operations to give the players a chance to react to the data concerning the racovery chase of this exercise. 1600 Exercise termination. L O
.-~ Section II - Part 1.2 Page 1 of 2 4 SLMY OF OFFSITE INITIATING EVENTS During the exercise, offsite initiating events (" problems") will be supplied by referee / observers to the participants in the State, County, and municipal emergency operations centers and emergency facilities. The j referet assigned to each emergency operations center and facility has the j authority to determine when and if an offsite initiating event will be supplied to a participant. Each detailed event contains prerequisites l for its use. These messages, if provided by the referee, will be given j to the communications officer, the EOC operations officer.or participants l at the emergency facilities. The following is a description of some typical offsite initiating events. I The following offsite initiating events may be supplied during the Site Area Emergency: { An agency requires additional personnel to drive vehicles. t i Vehicles have become inoperable due to mechanical failure or lack of fuel l Dosimeters and TLD's are required for emergency workers ) i Decontamination Centers require supplies at the assembly area r Congregate Care Shelter requests additional personnel O 4 II The following offsite initiating events may be supplied during the general emergency before the release: 1 ' van or bus breaks down during evacuation 1 Child in school in the shelter area requires eriergency medical attention Road impediment on an evacuation route ] Need for additional County or State vehicles to evacuate population who are without transportation er require special vehicles Heavy rescue equipment and personnel required i Fire outside the EPZ Assistance required to prevent unauthorized entry past access control point Car on fire on the evacuation route 4 Medical attention required for persons on the evacuation route and within the evacuation area l l O l 1
. _ = _. ~. - i Section II - Part 1.2 Page 2 of 2 .m III The following offsite initiating events may be supplied during the' ) general emergency after the release has ended: 4 Requirement for additional personnel for sampling teams [ Congregate Care
- Shelters, relocation centers and decontamination centers require additional personnel, supplies, j
and equipment Traffic congestion in relocation area 1 Sampling team requires additional supplies 4 l Congregate Care Shelter and relocation center require food i and supplies j i ) -i s 1 i I 1 i l r i l i i i i i O 4 I I, t l
Rev. 1 i .e. Snecific Time Line 0800 Resin Sed Retention Element fails (resin out into CVCS)(Refer to Diagram #1 Area.u.onitor near (filter) 2R-20 1000 x nomal, a f ter 15 minutes ( Ala m: Sectiod S-13) 4 La:er 2R-42S 1000 x nomal 2R-25 nomal Letdown Filter ap (only at el. 100' Aux. Bldg. Local gauge only - no strio chart) (>50 psi) f21 WHUT in service due to maintenance on line to CVCS holdup tanks. t 0330 DeclarePLERT [on 1000 x noma t: t-0. Dart 1. D. 2 l'e'n '5 ) as per 2R-26 l l Primary Coolant leak rate into containment at s2 GPM .io rma l (Charqino 5 0) 0830 R-a( up 5 minutes la er) 2 -4 17-x R-42 B (up 5 to 15 minutes later) (activity in adjacent pipe) 0335 f1 seal leatoff oces to O (ni/ low ala n in CR) High S tancoise
- larm(fail 32 seal of *22 oumo)(data on CR board)
Sitgn: increase in 122 RC ou.c vip, ration. O!a" R:37 ou-os ;o !21 dnU' 9fi-s t ;00 gal (Aux. Ala m Mt st. A-42 ) (nu tanks are sermaner.:iy :ennectec to :ne flecr crain system) Gas -ill es: ace at Elv. 34 and elv.54 0345 L:. Level release or nocie Gas out,ent star s 2R-41C :rencs up to 5.5E4 c/m (Warning Alar =) OS50 Portacle CAM-Hign Airborne Aux blog data from HP (telohone CAM ca:a :o CR) Second 100 gallons of RC drain tank pumps to Aux Bldg (R-42 Alam) 2R 41B increase to SE4 c/m. If and when an operator is sent to trip the breaker on the Reactor Coolant Drain Tank Pumo, his ID access card will not allow him to open the security door into the area. When a security guard arrives the the proper key for the security door the cuard breaks off the. key in the lock. Access will not be allowed to the area until 1030 hours. Reactor Coolant Drain Tank Pumo on continuousi.v. O
Rev. 1 [) Specific Time Line (2) 0900 l2R-41C1.4E6c/mfor2minutesl In High Alarm Trend 2R-41A and B t 0915 Partial failure of Charcoal Beds - (radiciodine release starts) - as incicated by 2R-41B continued increase. 7 2R-41C at 9x10 c/m i 2R-31 increasing - trend up f 0930 f2 seal on the Reactor Coolant Pumo #22 fails. Containment sump cycles very of ten ( Aux. Alarm A-42). t 1000 to lsitel 50 mR/hr T for b hour [I-0, Part 1, D. 1. Item 13C(1)] on l 1030 offsite dose projection 200 mR/hr thyroid crojected dose reinforces the Site category. [ f I \\-I 1030 RC drain tank oumos continuously to Aux. Bldg. ( A-42 Alarm) due to tne failure of f3 seal. The 'c'onditions for a small break LOCA l now exist. 2R *1B increase 1 f22 RC Pumo. Containment pressure alarm 0.3 osig. Leak rate > +00 ghn. Containment Pressure & Humidity increasing. Mismatch of letdown and charging flows. P.x coolant Pu=o vibration increases slowly. I r ($3) [ i e i { i
^ Rev. 1 A() Specif,1c Time Line (3) 1030 Reactor Trio due to Safety injection on High Containment pressure (4.0 psig), or low coolant pressure due to seal failure. . Letdown isolation occurs. Containment Pressure trends uo slowly and humidity is increasing. Offsite dose starts to decrease because of both letdown isolation and isolation coolant dra'in tank pumo. RC Pump water starts to drop into Containment. 1045 2R-21 20 R/hr, + R-2 & 7, 10A all off scale (failed fuel). f22 Rx Coolant Puma vibration offscale high (both sets) (>5 mil) (RR Alarm). 2R-12A & B - rapid rise, 2R-11A follows 1100 iGenerai I due to LOCA and Failed Fuel. The potential for loss of containment is due to the fact that the inner door to the el.100 air lock is broken and the outer door has a history of problems with its seals (Containment pressure trends up to $10 psig at $1130 hours). O 2R 41C = offscale 2R-41B = off scale 2R-43 = 7.8 mR/hr 1130 Containment pressure starts to decrease due to startup of chillers. 1300 (Deescalation). Pressure reduction greatly reduces leak due to decressurization. 1400 Exercise terminati(n - start recovery operation - use data for 24 hours later. O
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Part 2.2 New Jersey es () Page 1 NEW JERSEY DETAILED INITIATING EVENTS 1. Bureau of Radiation Protection's monitoring team car inoperable on Route 295 junction Route 48. Request car with radio equipment to transport team to monitoring locations. i Prerequisite: BRP Monitoring teams disployed t 2. Cumberland County Public Health Coordinator requests transportation to County ECC, car is stalled on Route 77 near Carlis Corner. Prerequisite Notification of report to EOC 3. New Jersey Department of Corrections EOC representative requests transportation to State EOC, car is inoperable on Rte 29 and Lee Avenue. Prerequisite: Notification to report to EOC 4. Salem County EOC request information from fire departments regarding the number of persons on file who indicated they would need transportation in an emergency. () Pre re quisite : Site Area emergency 5. Quinton Police report a call from the Quinton Township school superintendent *s office. They reported that a bus with 40 students and two j teachers are on a nature hike somewhere near Laurel Lake. Parents have heard about the emergency at Salem Generating Station and are very worried. t Request State Police helicopter to search area to locate and warn them. Prerequisite: EBS broadcast 6. Request for State Police to fly helicopter over Stow Creek to notify public to listen to EBS. Siren inoperable and fire department engaged in a working fire and cannot estimate when they would be available. Prerequisite: EBS broadcast 7. Salem City schools request Salem City EOC to advise them whether to evacuate as a precaution. Prerequisite: Site Area emergency 8. Salem Airport request Quinton EOC to advise them whether to suspend flights in and out of the airport. If not, are there air lanes that aircraft should avoid. Prerequisite: Site Area emergency l i l --..-,---,,.,,--.,...-.,,-,,,---.----------,-,-.,--,--n,-..--, - - - -, - - ~ -
~
4 Part 2.2 New Jersey
l r
l r
i
1 Part 2.3 Delaware Page 2
()
t
- 10. Request marine police search for and notify a group of scientists in canoes reported to be somewhere inside Augustine Wildlife area.
Prerequisite: EBS broadcast i
- 11. DSP request DFW provide personnel to assist game wardens and marine police in Collins Beach to alert fishermen.
Prerequisite: EBS broadcast
- 12. Kent police report a call from Dover High School superintendent's office.
l They report that a bus with 40 students and two t,eachers are on a nature hike somewhere in the Silver Run Wildlife area. Parents have heard about the emergency at Salem Generating Station and are very worried. Request helicopter to search area to locate and warn them. l Prerequisite: EBS broadcast L
- 13. Siren failure reported at Woodland Beach request Fire Department to do
[ route alerting. l i Prerequisite: EBS broadcast j
- 14. Request DOT provide 100 barricades for use in access control, deliver to l
d' New Castle police headquarters. l l Prerequisite: Site Area Emergency i
- 15. County request fire departments provide list of persons who indicated thay P
need transportation on the card enclosed in the public Information booklet. Could the fire companies handle their evacuation or is assistance necessary? } Prerequisite: Site Area Emergency
- 16. DSP request Dela. Marine Police support access control operations by restricting access of watercraft to Appoquinimink River.
Establish and maintain access control point. Prerequisite: Access Control Implementation
- 17. DSP request DPR man highway access control point 7A. Intersection Thomas Corners Road and Route 13.
Prerequisite: Access Control Implementation
- 18. Road repair crew was working near Biddles Corner on Route 13.
One lane f partially blocked for 500 feet due to heavy equipment left by the crew blocking the roadway. r r r i t h i L i
Part 2.3 Delaware ( Page 3 Prerequisite: Access control implementation
- 19. Request Transportation Authority provide a bus to evacuate children stranded at unlicensed day care center in Port Penn.
Prerequisite: Protective actions ordered
- 20. Insufficient bus drivers available to evacuate Fran Val School. Can the State arrange for more buse drivers?
Prerequisite: Protective actions ordered
- 21. Request 5 ambulances to evacuate a boarding home for non-ambulatory persons in Port Penn.
Prerequisite: Protective actions ordered
- 22. Requegt 10 buses to evacuate people without autos in Port Penn.
i Prerequisite: Protective actions ordered
- 23. Need additional personnel to assist in processing evacuees at registration center.
() Prerequisite: Protective actions ordered
- 24. New Castle needs additional dosimeters and dose record forms for emergency workers.
Prerequisite: Protective actions ordered i
- 25. ARC request Dept. of Public Instruction provide 5 of their personnel to assist at the relocation center.
l t Prerequisite: Relocation Center activated
- 26. Request for additional personnel to assist in record keeping at the decon
[ center. I Prerequisite: Decen Center activated i i
- 27. Request for additional personnel for traffic control at registration center.
j Prerequisite: Center activated [ t
- 28. Road Department request desmeters for drivers taking barrier's into the l
E area. Prerequisite: Access control implemented l (} i f r )
i l Part 2.3 Delaware ,,/7 Page 4 I V
- 29. Access control reports 2 buses carrying 50 people and cars carrying 60 l
people are still enroute to the registration center. Shelter manager l reports 150 people have been processed in the registration center and 25 l more are waiting to be processed. Prerequisite: De-escalation i
- 30. Heart attack victim reported in Ginns Corner in the Townsend Elementary School requiring medical attention.
Prerequisite: De-escalation
- 31. Kent PD report call from motorist on CB Channel 9 reporting a tank truck overturned en junction of Route 9 and 317.
Report indicates tanker is leaking. Request assistance. l l Prerequisite: Reentry l l
- 32. Kent PD report motorist states that tank truck's number is 1043. Request l
State Police block off Route 9. Prerequisite: Preceding event
- 33. Kent PD arrival at accident confirms tanker is leaking. Closng Route 9 awaiting arrival of State forces, i
Prerequisite: Preceding event l
- 34. Field personnel have investigated and report that the fuel tank was leaking not the contents of the main tank. Request tanker to offload contents as a precaution.
l Prerequisite: Preceding event l
- 35. DEPO request DCH provide medical recommendation for emergency workers.
I l [ Prerequisite: De-escalation l 1
- 36. County police request ETA of State police to help man access control l
points. j Prerequisite: Reentry l l
- 37. Request DSP stop milk tank trucks from leaving ingestion zone in NW sector.
l l Prerequisite: Reentry l l
- 38. Request DSP assist DOH in enforcing order to close eating establishments in I
the affected area. 1 O l L.) 1
Part 2.3 f Delaware (::) l Prerequisite: Reentry {
- 39. Request D0D helicopter to transport additienal sampling teams to Port Penn
[ area. Prerequisite Reentry h i
- 40. Request county identify locations of roadside produce stands. farms, dairy and livestock feed concerns.
't Prerequisite: Reentry [ \\
- 41. Program Director ORCS of the DPH activates IPAG.
j i Prerequisite Reentry j L
- 42. University of Delaware boats not available to transit to the sampling i
sites. Need one additional boat for DFW Fin Fish and Shellfish Sampling Group. 1 ? Prerequisite: IPAG activated l
- 43. DEC request vehicles for transportation of water saeples to Civil Air
[ Patrol Building. Location of team to be provided by CFH. O Prerequisite Reentry i
- 44. Request DEC Dover Laboratory examine shell asad fin fist. samples collected I
by DFW. ETA one half hour. Prerequisite Reentry [ I
- 45. DPH request DSP provide transportation of milk samples. Location of samples to be provided by Program Director of the Of f ce of Institutional i
and General Sanitation, i t I Prerequisite: Reentry I
- 46. Request DPH sample wells. Report locations to be sampled to the State EOC f
advisory group. Prerequisite: Reentry l l
- 47. Request DOA make an evaluation of the effects upon the ingestion zone (i.e.
use of stored feed, interdiction of food crops). [ I Prerequisite Reentry
- 48. DOA requested to locate sources of feed for farmers in the ingestion zone.
( J 'l I I f i
Part 2.3 Delaware s() Page 6 Prerequisite: Reentry
- 49. DPH request DOT to coordinate with DOA for transportation of alternate feed supplies for livestock taken off pasture. DOA requires 5 trucks.
Prerequisite: Reentry
- 50. Farmers in the evacuated area want to return to their farms to feed their animals. Can they do so?
Prerequisite: Reentry
- 51. Request DOA c511ect samples from roadside stands.
Prerequisite: Reentry
- 52. Request =cbile food canteens for emergency workers.
Prerequisite: Reentry
- 53. New Castle PD request 5 State Police to assist in law enforcement operatient.
Prerequisite: Reentry O
- 54. Evacuated beaters request information about when they can return to their marinas. Course downriver from Deemers Beach to Biy *.'lew Beach.
Prerequisite Reentry l 1
- 55. Request DOD put on standby 20 guardsmen for possible assistance in reentra procedures.
Prerequisite: Reentry
- 56. DSP request 10 national guardsmen report 4 hours from now to assist in traffic control reentry operations.
Prerequisite: Reentry
- 57. DPR assistance in law enforcement and crime prevention requested in Delaware State Park.
Prerequisite: Reentry
- 58. New Castle County PD report 15 to 20 persons are looting an appliance store in Odessa. Request State Police assistance in transporting these people to appropriate lock-up.
Prerequisite: Reentry O
i Part 2.3 E
- 59. Request DSP fly medical helicopter to transport accident victim from scene f
of traffic accident on junction of Route 13 and 896. Victim has extensive burns. l l Prerequisite Reentry )
- 60. Request Transportation Authority provide 5 buses for reentry procedure.
i Prerequisite Reentry )
- 61. Request DSP assist in law enforcement and crime prevention in Middletown.
f Prerequisite Reentry [ i
- 62. County requests traffic control assistance on roads leading to Port Penn.
Prerequisite: Reentry [ m'otor boat with 12 people aboard is stalled off j
- 63. Marine Police reports a waters near Cedar Swamp. Require rescue.
Prerequisite Reentry [
- 64. Val Fran Training Home has evacuated to Brandywine High School. Request l
information on when they can return. a 3 i Prerequisite Reentry l
- 65. DEPO requests DART provide buses to assist transporting residents back to their homes. Coordinate with ARC to determine number of people needing i
transportation. Prerequisite: Reentry j
- 66. Relocation Center provides the following information: 29 people do not
) have cars to return home. f Prerequisite: Reentry { i
- 67. Registration Center requested to prepare equipment inventory and note deficiencies in order to have the emergency stores replenished.
t f 4 j Prerequisite: Reentry [ Y O
Part 2.3 Delaware Page 8 ] Decontamination Centers Offsite Initiating Events The referee will provide the following information to the radiological monitors for some of the emergency workers and " evacuees" being processed through the centers. A. Background reading (CDV 700) 15 cpm Surface reading (CDV 700) clothing, skin, hands, hair - 200 cpm and above 4 B. Background reading (CDV 700) - 15 cpm Thyroid reading (CDV 700 window closed) - above 15 cpm In order to fully demonstrate radiological monitoring and decontamination capabilities the referee will provide data to the monitors which indicates that a few volunteers hypothesized to be contaminated, af ter processing through decontamination procedures, would require additional decontamination. l 1 O i l l 1 dw1375903-01 nyc6 09/07/82
d. m w. Pcre 2.3 Delaware Page 9 (__s Re gis trat ion /De contamination - Cen t e r Offsite Initiating Events The following problems may be provided at the discretior. of the referee to Registration / decontamination center personnel. 1. Several newsmen and reporters, with
- lights, cameras and microphones, have arrived at the center.
They want to get all possible information from the official in charge, to film in the center and to interview evacuees. What response is appropriate? Who will deal with these people? Do they have access credentials? Can they interview evacuees? Film in the center? 2. An evacuee, af ter monitoring and two showers is found to be still contaminated. What action is required? Who is in charge of carrying it out? If medical treatment is required who will transport the patient and to what medical facility will the patient be taken? Were extra clothes available? khere could you get them? / ' 3. A family of 9 arrives at the center in a vehicle with Pennsylvania plates. None of the evacuees know them and they show no w contamination. What do you do? 'Do you assign them to the relocation center? If not, why not? 4. You are asked to provide barricades for traffic control. To whom will you go to get them? kho will haul them? ^ O dw1375903-01 nyc6 09/07/82
o-_. 2.1 TABLE OF CONTENTS I DATA SHEETS 1 l. Met Data 2. RMS Data vs Time, Process and Area Monitors 3. RC Data grmss*samole sink area and RC Isotonic Mix Data 4 Vent Grab sample Data - causna spec 5. Area Rad Data Near Leak ( Accident? Point - Aux Bldo. 6. Oose vs Time for On & Off site Teams 7. Total Ci Release 8. Plume. Centerline vs Station Location: Table 9. Plume Maos - On & Off site
- 10. AUX Bldo - Cam Data and grao samole Data
- 11. Initial Conditions
- 12. Accident 01agra:s 81,2,3,4,
- 13. Plant Status Data 14 Env. Data -I-131 in crass, milk, and soil samoles vs distance
- 15. Graons 8 1,2,3,4,5,
- 16. On & Off Site - Intecrated v Dose vs Time (for TLD or occket dosimeter readines)
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i 0 '\\ REV. 1 MET DATA Mind Direction Wind Time (Toward) Soeed Differential Temocrature 0800 354* 3 MPH AT = -0.75 *C/100 meters 0830 0.0* 3 MPH AT = .7
- C/100 meters 0900 348' 3 MPH aT =.65 *C/100 meters 0930 346 3 MPH AT =.60 *C/100 meters 3
AT = .65 *C/100 meters 1003 356* 3 MPH 1030 350 3 MPH AT =.60 *C/100 meters 1100 2* 3 MPH AT = .7
- C/100 meters 1130 0
3 MPH AT = .75 *C/100 meters 1200 358* 3 MPH aT = .80 *C/100 meters j 1230 354* 3 MPH aT = .85 *C/100 meters i 1300 350* 3 MPH aT = .9
- C/100 meters 1330 348*
3 MPH AT = -1.0
- C/100 meters 1400 346*
3 MPH ai = -1.2
- C/100 meters l
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(G/ l k SGS Ill { Time ALARM WARNING SET NORMAL Point'No. DESCRIPTION - Radiation Area Monitors ALARM NOW WAS RANGE llNITS SET PT. PT. BKGR. 2 ARH IA CR-EonTr~o1 Room on Pinel 2RPI-122"-- ---~~ O.1-I ff mR71ir LEG-- 2EO--- - 0:2-- 0:1;1E4-ER/hT ~7 EU - '1!5El- ' 2 5--- 2-ARH_2 RX Cont.N.E. Dome Walt-~ 130 '~~~ - - - ~
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~~ O T IE4-mR7F 7 E0-- T 5El- - 0:3-2-AR_H 4 AllX Charging Pump Rm. 84' 2-ARH_5 EllB __ _EasLWall4_ center _~of sp~ent fuel p~it 130' 0 T IE4-mR7 E.. 7EO-T lEl- - U B-- T ~- 0.1:ltr TnR/F 7EO- ~IT5EI-2T 2: ARM _I RX _Incore_sealtable ~~ 100 l fuel Storage Area 110' ~-- ~---- 0.1 lE4~ TnR7U 7 E 0'- l!) El-2 2-ARM 9 FilB -Personnel llitch 100' - ~~~ ~ - ~ ~ ~ ~ ~ ~ ~ ~ ~ - 0 1;1E4-N/1r 7E0 2 ARM 10A~ RX " - - ~ 0 1;1E4 mRf 1r~ 7E0 SE 0 2-ARM 100 RX Personnel llatch - ~ 13 0 ' ~ - ~~ ~ ~~ ~
- $$f- ~0:1 ---
- I,5-CT Top of Stairway 130' 10-lE7 R/hF lEZ--1E3 ~~ ~2-ARlL21 5tlX - l .2: ARM _2dB__ayL__ _5eal_ Water _In, ection filter 84' 0,1-1E6 mR/hr _I t 2- ~l!0f4- - 3 0-- 2-ARM 24X Seal Water lii ection-filter 84'-~~ --~~~ - ~ ~ ~ - - O. l!! E6-TnR/hr IE2 1.0E4 OT 2: ARH_25__AUL _ _ScaLWater_l 11ter_l ter 100' 0:1;1E6 TnR/hY 1E2-T OE4- -- 84' DTI TE6-TnR/h'F ~1E2 1.0E4 45-2-ARM 26 AUX Reactor Coolant fi - ~ ~ ~ - El lE6-iiR/W~1 EZ-TT)tr 0.7 2-AR}L27 AUX __ _l,iguld Waste Filter 64' 2-ARlL28 AllX Spent fuel Eli filter 100' U I 1EE-iiR7hF 1E2- }~0[4-T [-- iter 100' 0 ll EE-iip 7W IE2 1.0ff T6- __SpenLEucl SKH f11terRefueling water purifier fl 84' .2: ARM _29_ElifL_ O.1 lE6-TnR/W lEZ-~1!0E4- ' U!I- .2-ARM _30 AUX 2-ARM _32A l-fl0 Fuel handllnq crane 130' ---~0!I IEE-iiR7W-7ED-- T5El-0.8 _2-ARPL33 AUX __ lon Exchan_ge filter 100' O.T lE6-iiR7W lE3 _1. 0E4. _1. L. . 2-ARH_34_All1_ _Hechanical_ Penetration _ Area _100' 0.1-lE6 mR/hr IE2 1.0E3 1.0 2-ARM _3 L__ Ally S teaaLGene ra to r._Bl owdown_fil te r_'_122 ' O.1-If6 CPH-' I. 82E4 T49E5 500 - 2-ARM _42A AllX 21 Waste Decay Tank 64' O!I;1E5 mR/hr 1.5ED 2 Ot0 0.1 2-ARM 40 CP Condensate filter 100 U I 1E5-TnR/WT 5E4 4 DE4-U 2-- 2-ARM _d20__&UX 22 WasteDecay Tank 64' 0 1-lE6 mR/hr 2.5E4 4 BfC ~~0!3-- 2-ARM _42C_ Ally 23 Waste Decay Tank B4' ~ OII!1E6-TnR7 W 2:5E4 4:0E4- -~U!4-2-ARH_420 AllX 24 Waste Decay Tank 64' 0.1-lE6 mR/hr 2.5E4 4.0E4 1.5 Liquid Monitors TRl9A AllX. South mech. Pen. 78' T it6 5 4E3 2.6E4 100 2Ri90 A0X South mech. Pen. 75' ~ 2R19C AUX South mecICPen. 78' TIE 6 !5 4ET 2 Bf4 100 TIE 6 '5 4E3-I6t4 100 2R190 AljX South mech. Pen. 78' 1-lE6 5!4E3-2 6E4-- 100 - ALARf* - N= Normal W= Warning it=lligh Alarm \\ (
O O O \\ Rev 1 SGS thergency Exercise Primary Coolant Activity and R-6 lbse Rate Data ) 1-131 R-6 NG-tot Mr-8)n Fr-85 Er-8% Kr-87 kt-88Xe-131m Xe-133Xe-13 3m Xe-135 Xe-138 Gross Time 1-131 1-132 1-133 1-135 equlv. mR/hr uCl/cc uCL/cc uC1/cc uCl/cc uCl/cc uC1/cc uCl/cc uCi/cc uCl/cc uCl/cc uCl/cc uti/cc uCL/cc uCl/ec uCi/cc uCl/cc uCl/cc 08:00 5 .835 3.7 1.9 6.3048 .2 15 .105 1.065 .375 42 .24 .0525 10.605 .18 .795 .45 26.323 08:30 10 1.67 7.4 3.8 12.610 .2 20 .14 1.42 .5 .56 1,12 .07 14.14 .24 1.06 .6 42.72 09:00 190 31.73 140.6 72.2 239.58 1.7616 491 3.437 34.861 12.275 13.748 27.496 1.7185 347.14 5.892 26.023 14.73 921.85 09:30 190 31.73 140.6 72.2 239.58 1.7616 491 3.437 34.861 12.275 13.748 27.496 !.7185 347.14 5.892 26.023 14.73 921.85 10:00 254 42.418 187. % 96.52 320.29 2.3550 655 4.585 46.505 16.375 18. 34 36.68 2.2925 463.09 7.n6 34.715 19.65 1231.0 380 63.46 281.2 144.4 479.17 3.5233 983 6.881 69.793 24.575 27.524 55.048 3.4405 694.98 11.796 52.099 29.49 1844.7 379.32 54.588 276.44 137.14 476.17 3.5013 936.73 5.7131 69.793 22.714,20.936 48.640 3.436 10:30 11:00 377.96 40.391 267.16 123.69 470.45 3.4592 900.14 3.9384 69.792 19.404 1 11:30 12:00 376.61 29.887 258.20 111.56 465.05 3.4195 877.89 2.7149 69.792 16.576 7.0000 29.672 3,4195 685.53 11.425 51.689.06483 1654.1 12:30 375.93 25.708 253.83 105.95 462.46 3.4004 868.97 2.2541 69.791 15.321 5.3306 26.222 3.4153 683.65 11.352 13:00 375.26 22.114 249.53 100.62 459.93 3.3818 861.06 1.8715 69.791 14.161 4.0546 23.173 3.4111 681.78 11.28 13:30 374.59 19.023 245.31 95.563 457.46 3.3637 853.98 1.5539 69.791 13.008 3.0841 20.479 3.4070 679.92 11.20 14:00 373.92 16.363 241.15 90.757 455.05 3.3460 847.58 1.2902 69.791 12.097 2. 3459 18.098 3.4028 678.06 11.13 14:30 373.25 14.075 237.07 86.193 452.70 3.3286 841.77 1.0712 69.790 11.181 1.7844 15.994 3. 3986 676.20 11.066 5 15:00 372.58 12.107 233.06 81.858 450. 39 3.3117 836.45.88938 69.790 10. 334 1. 3572 14.134 3.1945 614.35 10.995 15:30 16:00 Activity 24 hrs, later 341.83.00878 102.71 6.8770 373.53 2.7466 720.07 1.2E-4 69.778.23378 2.70-6.03084 3.2008 591.28 8.0910 16:00 c 0 o i
Os f-' t SGS Vent S,8mple AIR CONCENTRATION (based on source term) Rev. 1 IODINE - Time I-131 1-132 1-133 I-134 1-135 I-tot uC1/cc uC1/cc uC1/cc uCl/cc uCl/cc uct/cc 08:00 NA NA NA NA NA NA 08:15 2.E-10 3.E-10 4.E-10 5.E-10 4.E-10 1.8E-9 08:30 2.E-10 1.E-10 4.E-10 5.E-10 4.E-10 1.9E-9 08:45 6.3E-7 8.9E-7 1.3C-6 1.4E-6 1.lE-6 5.3E-6 09:00 1.6E-5 2.3E-5 3.2E-5 3.6E-5 2.8E-5 1.3E-4 09:15 1.7E-5 2.4E-5 3.4E-5 3.8E-5 3.DE-5 1.4E-4 09:30 1.9E-5 2.70-5 3.8E-5 4.2E-5 3.4E-5 1.6E-4 09:45 2.5E-5 3.50-5 .00005 5.6E-5 4.4E-5 2.1E-4 10:00 3.2E-5 4.5E-5 6.4E-5 7.2E-5 5.6E-5 2.7E-4 10:15 4.BE-5 E.8E-5 9.6E-5 1.!E-4 8.5E-5 4.0E-4 10:30 6.4E-5 '9.0E-5 1.3E-4 1.4E-4 1.1E-4 5.4E-4 10:45 5.7E-5 7.5E-5 1.lE-4 1.0E-4 9.8E-5 4.5E-4 11:00 5.3E-5 6.4E-5 1.0E-4 8.0E-5 8.9E-5 3.9E-4 !!s!5 4.7E-5 5.3E-5 9.2E-5 5.8E-5 7.7E-5 3.3E-4 11:30 4.3E-5 4.5E-5 8.3E-5 4.3E-5 6.9E-5 2.8E-4 11:45 3.8E-5 3.7E-5 7.3E-5 3.lE-5 5.9E-5 2.4E-4 12:00 3.4E-5 3.lE-5 6.5E-5 2.3E-5 5.2E-5 2.0E-4 12:15 3.2E-5 2.7E-5 6.lE-5 1.8E-5 4.7E-5 1.8E-4 12:30 .00003 2.3E-5 5.6E-5 1.40-5 4.3C-5 1.7E-4 12:45 2.6E-5 1.9E-5 4.9E-5 9.7E-6 3.7E-5 1.4E-4 13:00 2.3E-5 1.5E-5 4.3E-5 7.0E-6 3.2E-5 1.2E-4 g 13:15 2.lE-5 1.3E-5 3.9E-5 5.3E-6 2.8E-5 1.lE-4 3 13:30 1.7E-5 9.8E-6 3.lE-5 3.5E-6 2.2E-5 8.4E-5 13:45 1.7E-5 9.lE-6 3.lE-5 2.9E-6 2.2C-5 8.lE-5 14:00 1.7E-5 8.5E-6 3.lE-5 2.3E-6 2.lE-5 7.9E-5 14:15 1.3E-5 6.0E-6 2.3E-5 1.5E-6 1.6E-5 5.9E-5 14:30 1.3E-5 5.6E-6 2.3E-5 1.2E-6 1.5E-5 5.8E-5 14:45 1.3E-5 5.2E-6 2.3E-5 9.9E-7 1.5E-5 5.7E-5 l 15:00 1.1E-5 4.1E-6 1.9E-5 6.8E-7 1.2E-5 4.7E-5 15:15 8.5E-6 2.9E-6 1.5E-5 4.3E-7 9.3E-6 3.6E-5 15:30 8.5E-6 2.7E-6 1.5E-5 3.5E-7 9.lE-6 3.5E-5 15:45 8.5E-6 2.5E-6 1.4E-5 2.9E-7 8.9E-6 3.5E-5 ( 16:00 6.4E-6 1.8E-6 1.1E-5 1.6E-7 6.5E-6 2.6E-5 16:15 4.3E-6 1.lE-6 7.2E-6 9.9E-8 4.3E-6 1.7E-5 16:30 4.3E-6 1.0E-6 7.2E-6 8.lE-8 4.2E-6 1.7E-5 l t I I 1 4
scs y,,g 3,,,j, Air wenuetim ps.1 m wece ter.) Noble Gas - Wole txxty dose rates. Time NG-tot Kr-85 Kr-85n Mr-87 Mr-88 Xe-133 Xe-133m Xe-135 Me-135m uCl/cc uCl/cc uCl/cc uCl/cc uCl/cc uCl/cc uCl/cc uCl/cc uCl/cc 08:00 1.3E-6 1.9E-9 8.2E-8 1.6E-7 2.3E-7 5.8E-7 1.4E-3 1.2E-7 6.5E-8 08:15 1.5E-6 2.3E-9 9.8E-8 1.9E-7 2.8E-7 7.00-7
- 1.6E-8 1.4E-7 7.8E 08:30 1.8E-6 2.8E-9 1.2E-7 2.3E-7 3.3E-7 8.4E-7 2.0E-8 1.7E-7 9.3E-8 08:45
.00165 2.5E-6 1.lE-4 2.lE-4 3.lE-4 7.7E-4 1.8E-5 1.5E-4 8.5E-5 09:00 .04131 6.3E-5 .00271 .00529 .00768 .01917 4.5E-4. .00383 .00214 09:15 .04555 7.0E-5 .00298 .00583 .00847 .02114 5.0E-4 .00423 .00236 09:30 .04952 7.6E-5 .00324 .00634 .00921 .02298 5.4E-4 .00460 .00257 09:45 .06303 9.6E-5 .00413 .00807 .01172 .02925 6.9E-4 .00585 .00326 10:00 .08263 1.3E-4 .00541 .01058 .01537 .03834 9.0E-4 .00767 .00428 10:15 .12394 1.9E-4 .00812 .01586 .02305 .05751 .00135 .01150 .00642 10:30 .16525 2.5E-4 .01082 02115 .03074 .07668 00180 .01534 .00856 10:45 .16155 2.6E-4 .01078 .01922 .02989 .07932 .00186 01570 .00467 11:00 .15757 2.7E-4 .01059 .01702 .02068 .00083 .00189 .01576 .00251 11:15 .15307 2.7E-4 .01027 .01502 .02709 .08143 .00190 .01561 .00133 11:30 .14857 2.7E-4 .00992 .01313 .02555 .08156 .00190 01545 7.0E-4 11:45 .I438 2.7E-4 .00952 .01143 .02401 .08125 .00190 .01510 3.7E-4 12:00 .13904 2.7E-4 .00909 .00990 .02239 00050 .00188 .01474 1.9E-4 12:15 .13639 2.7E-4 .00880 .00869 .02114 08088 .00188 .01459 1.0E-4 12:30 .134 2.7E-4 .00851 .00762 .01997 .08120 .00189 01434 5.4E-5 12:45 .12924 2.7E-4 .00808 .00455 .01861 .08000 .00185 .01396 2.8E-5 13:00 .12632 2.7E-4 .00774 .00571 .01743 07971 .00184 .01364 1.5E-5 13:15 .12341 2.7E-4 .00743 .00496 .01629 .07935 .00183 .01333 7.7E-6 1 3: 30 .1205 2.6E-4 .00711 .00430 .01518 .07881 .00181 .01301 4.0E-6 13:45 .11732 2.6E-4 .00677 .00372 .01420 .07802 . 001'", .01267 2.1E-6
- ~
14:00 .11441 2.6E-4 .00646 .00321 .01327 .03723 .00177 .01224 3.lE-6 14:15 .11149 2.6E-4 .00615 .00278 .01226 .07637 00175 .01193 5.7E-7 14: 30 .10832 2.5E-4 .00584 .00239 .01137 .07517 .00171 .01159 3.0E-7 14:45 .10567 2.5E-4 .00556 .00206 .01057 .07429 .00169 .01120 1.6E-7 15:00 .30302 2.5E-4 .00528 .00170 .00906 .07335 .00167 .01092 8.lE-8 15:15 .10037 2.4E-4 .00502 .00154 .00914 .07227 00164 .01054 4.2E-8 15:30 .09772 2.4E-4 .00476 .00132 .00847 .07114 .00161 .01016 2.2E-8 15:45 .09507 2.4E-4 .00451 .00l13 .00784 06997 .g158 .00979 1.lE-8 16:00 .09269 2.3E-4 .00427 9.7E-4 .00727 .06887 .m156 .00955 5.BE-9 16:15 .09031 2.3E-4 .00405 8.4E-4 .00673 .06773 .00153 .00921 3.0E-9 16: 30 .08766 2.3E-4 .00382 7.2E-4 00621 .06636 .00149 .00885 1.6E-9 I
- 1
ID R:;v. 1 SGS Auxiliary Buildina Area Radiation Data Noble Gas - Whcle Body Dose Rates (mR/ hour) Time Dose Rate .03 0800 .05 0815 .08 0830 175 0845 4350 0900 4000 0915 5220 0930 66a0 0945 8720 1000 1015 13080 1030 17440 1045 16500 1100 14536 1115 14540 1130 13578 1145 12f20 1200 11720 1215 11040 1230 10420 1245 96C0 M 1300 9000 W 1315 8400 1330 8000 1345 7350 1400 7200 1415 6400 1430 6000 1445 5800 1500 5200 1515 5000 1530 ,4900 1545 4000 1600 4000 1615 3800 1630 3550 1630 + .16 24 hours l f. ) l x_/
1 SGS Dnergency Deill Qisite remitoring Inta feev. I n,te : 1.25% ef ficiency assianent for SAM-Il detectos. 40 cie6c foot air sample assisel. NNE-SI N-Si 78W-51 N-S2 N-53 ledE-$ 3 DSM-52 Time N.G. SAM-Il N.G. SAM-II N.G. 6AM-Il N.G. LAM-Il N.G. fW9-il N.C. SAM-Il N.C. lap 6-II Mg /let CIM mH/hr CiN mR/hs CIM mR/hr CIM sJt/hr CIM mR/hr CIM mRAir CIM 08:00 (.B MA (.8 (M1A (.3 (MIA (.3 (M1A 4.1 (MIA (.! MA (.I MA 08:15 (.B (MLA (.B (MIA 4.1 (MIA (.I (MLA (.! (*W A (.! MA (I MA 08: 30 (,5 MA (.8 MA 4.1 (MLA 4.1 MA (.! MA (.! (MfA (.I MA 08:45 5 99 to 198 6 119 3.5 72 1 25 (.! (MIA .5 13 09:00 120 2512 237 5024 140 3014 85 1806
- 2. 4 53
.2 3 1.2 27 09:35 130 2669 26 5 5338 160 3140 95 1884 60 1570 4 94 30 785 09:30 140 2983 285 5966 170 3611 100 2167 80 1633 4.5 100 40 848 09:45 ISO 3925 MO 7850 215 4710 130 2826 90 1884 5 '807 45 913 i 10:00 240 5024 475 10048 285 5%6 470 1611 110 2198 6.3 122 55 1099 10:15 355 7536 110 15072 425 9106 255 5495 120 3140 6.8 182 60 1570 10: 30 475 30048 950 200 % 570 12089 340 7222 200 4867 Il 257 300 2418 10:45 465 8949 9 30 17898 560 10676 335 6280 240 5338 15 276 120 2669 11:00 450 8321 905 16642 545 10048 130 5966 220 4867 14 263 110 2449 j 11:15 440 7379 880 14758 5 30 8792 320 5338 200 43% 239 100 2198. 11:30 425 6751 855 13502 515 8164 310 4867 190 4082 to 217 95 2041 !!a45 410 5%6 825 11932 495 7222 300 43% 175 3768 9.4 204 87 1884 12:00 400 5338 800 10676 480 6280 290 3768 160 3454 9 179 82 1664 12:15 390 5024 785 10048 470 5966 200 3618 !$0 3140 8.4 160 77 1507 12:30 385 4710 770 9420 460 5652 275 3454 140 2826 7.8 151 73 !)e2 12:45 370 4082 740 8164 445 4867 265 2920 135 2512 7.3 141 69 1287 13:00 360 3611 725 7222 435 43 % 260 26 38 125 2198 6.9 119 , 63 1099 13:15 355 3297 710 6594 425 3925 255 2355 120 1947 6.3 110 58 973 13:30 345 2669 690 5318 415 3140 250 1884 llo 1884 6 104 55 942 13:45 340 2669 675 5338 405 3140 245 1884 300 1570 5.9 85 51 754 14:00 330 2669 660 5338 395 3140 235 1884 95 1444 5.4 75 48 722 14:15 320 2041 640 4082 38 5 2449 230 1476 90 1382 5 79 45 722 14: 30 310 2041 625 4082 375 2449 225 1476 85 1256 4.8 72 42 56 5 14:45 305 2041 610 4082 36 5 2449 220 1476 80 1893 .4.5 66 40 534 15:00 295 1727 590 3454 355 2072 215 1240 75 !!)0 4.3 66 17 534 15:15 290 1335 580 2669 350 1601 210 958 7b 942 4 57 35 471 15: 30 280 1335 560 2669 335 1601 200 958 65 016
- 3. 7 47 33 408 15:45 270 1335 545 2669 325 1601 195 958 60 785 3.4 44 30 377 16:00 265 2005 5 30 2010 320 1209 190 722 60 754
- 3. 3 41 28 377 16:15 260 675 520 1350 310 Ol6 185 487 55 628 3
35 26 28 3 16:30 250 675 505 1350 300 816 100 487 50 440 2.8 28 24 188 me. ra.# irin.n w =.tii .. s I 1 l I 4 I._,_.._.,-..-__-___,___.._,__-.__._._,--__,-,,...._.-_,-,.,,... 'M
i i SGS Arvnaal thagency Exercises Of f site Munitoring Data 8tew. I New Jersey $6 des J.S Plant Pkmitorin) Teams ta>t e 1.25% ef ficiency assisned for SAM-Il detector. 40 cidsic foot air. sang >le assisiwd. 644E. 5 N-7 se#E 7 eedE-8. tedE-lot, N-10 sedE-20 N-20 Time N.G. SAM Il N.G. SAM Il .M.G. SAM-II N.C. SAM-II N.G. SAM-Il N.G. SAM-Il N.G. $ % Il N.G. SAM-ll 6 mRAr CIM mRAr CFM mR/hr CIM mR/hr CIN mRAr CIM mR/hr CFM mRAF CIM sdt/hr CIM 10:00 <.3 MA cl otIA c.l (MIA c.I OEA <.1 (MIA (.I TNA (.I oWA 4.3 OWA o 10:15 c.I oWA (.B MA (.I otA (.3 MA (.! (MIA <.3 (MIA <.1 (MIA 4I OWA 10:30 ) 6 <.1 oWA (.I (MIA (.I MA 4.1 o#A (.I (MA (.! (MIA cl GUA o 10:45 .3 7 4.1 <MIA (.I (M[A 4.1 (MA <.1 (MIA (.! (MEA <.1 oKA <8 OEA 11:00 .3 8 1.4 44 .I 4 4.1 (MA (.I (MIA (.I (MIA (.! oEA (.! otA 11:15 .3 12
- 1. 7 50
.2 5 1.2 38 <.1 ouA (.I otA <.1 own cI own 11:30 .4 le 1.7 53 .2 5 1.3 44 4.1 <Mtm. (.I OEA <.1 otA (.I otA 11:45 .1 22
- 2. 3 72
.2 7 1.4 47 .I 3 4.1 OWA (.I OEA (.I oEA 12:00 4 29 3 94 .3 9 8.8 63 .I 3 (.I otA <.1 (MIA <.3 ouA. I 12:15 .9 26 4.5 138 .4 14 2.4 79 .1 4 .6 22 .5 20 .2 6 12:30 .9 24 6 188 .6 19 3.5 !!3 .2 6 .6 24 .5 22 .5 28 12:45 .8 21 5.7 166 .6 17 4.7 163 .3 9 .7 26 .6 24 .5 23 13:00 .7 19 5.3 154 .5 45 4.4 141 .4 13 .9 35 .8 31 .7 25 13:15 .7 18 4.9 138 .5 14 4.5 132 .4 11 1.2 44 3 38 .9 35 13:30 .7 16 4.5 119 .5 12 4 413 .) 10 1.7 66 1.5 57 1.4 50 13:45 .6 15 4.1 110 .4 11
- 3. 6 104
.3 9 2.3 88 2 79 1.8 75 14:00 .6 14
- 3. 8 97
.4 10 3.4 94 .3 8 2.2 79 2 72 2 72 14:15 .5 12 3.5 91 .4 9
- 3. 2 85
.3 7 2 72 8.8 69 4.8 69 14: 30 .5 Il 3.5 85 .4 8 3 79 .2 6 1.9 66 1.7 60 1.7 60 14:45 .5 10 3.2 75 .3 8 2.8 72 .2 6 1.8 60 1.6 il I.6 53 i 15:00 .4 8 3 66 .3 7 2.6 63 .2 6 1.6 53 1.5 47 1.5 47 1 15:15 .4 8 2.8 60 .3 6 2.4 60 .2 5 1.5 47 1.3 41 1.3 41 15:30 ' .4 8 2.6 49 .3 5 2.2 53 .2 4 1.4 44 1.2 41 8.2 41 15:45 .4 6 2.4 49 .2 5 2.1 44 .2 4 1.3 41 1.2 38 1.2 38 16:00 .3 6
- 2. 3 47
.2 5 2 , 41 .2 3 1.2 35 1 28 1 28 16:15 .3 6 2.1 36 .2 4 1.8 41 .I ouA 1.2 31 1 28 1 28 16: 30 .3 5 2 35 .2 3 1.7 31 .I (MCA 1.1 28 .9 25 .9 25 state Pan of IE-10 uC1/cc of I-131 as asstmed. D f ~
9 'V SGS Annual Emergency Exercise: Offsite Monitoring Data Rev. 1 Delaware Side: SGS Plant Monitoring Team Data Note: 1.25% efficiency asstaned for SAM-II detector. 40 cubic foot air sample asstaned. NNW-5 NNW-7 NNW-10 NNW-20 Time N.G. SAM-II - N.G. SAM-II N.G. SAM-II N.G. SAM-II mR/hr Cm mR/hr CPM mR/hr CPM mR/hr Cm i 10:00 <.1 GDA <.1 <MDA <.1 <MDA <.1 <MDA 10:15 <.1 <MDA <.1 (MDA <.1 <MDA <.1 <MDA 10:30 .3 8 <.1 <MDA <.1 GDA <.1 GDA 10:45 .3 8 <.1 <MDA <.1 <MDA <.1 <MDA 11:00 .3 9 1.4 44 <.1 GDA <.1 GDA 11:15 .4 12 1.7 50 <.1 <MDA <.1 <MDA 11:30 .5 15 1.7 53 <.1 <MDA <.1 <MDA 11:45 .9 23 2.3 72 .8 29 <.1 <MDA 12:00
- 1. 2 30 3
94 .9 31 <.1 <MDA 12:15 1 27 4.5 138 1 31 <.1 EDA 12:30 1 25 6 188 1.3 47 <.1 <MDA (]s 12:45 .9 22 5.7 166 1.7 57 <.1 <MDA f j 13:00 .8 20 5.3 154 2.5 86 <.1 <MDA 13:15 .8 18 4.9 138 3.3 116 <.1 <MDA 3 13:30 .7 16 4.5 119 3.1 104 <.1 13:45 .6 15 4.1 110 2.9 97 .1 6 14:00 .6 14 3.8 97 2.7 85 .2 6 14:15 .6 12 3.5 91 2.5 77 .1 6 14:30 .5 11 3.5 85 2.3 69 .1 5 14:45 .5 10 3.2 75 2.2 63 .1 4 15:00 .5 8 3 66 2 57 .1 3 15:15 .4 8 2.8 60 1.9 53 <.1 GDA 15:30 .4 8 2.6 49 1.8 47 <.1 <MDA 15:45 .4 6 2.4 49 1.7 42 <.1 <MDA 16:00 .4 6 2.3 47 1.6 38 <.1 <MDA 16:15 .3 6 2.1 36 1.5 31 <.1 cDA 16:30 .3 5 2 35 1.4 31 <.1 EDA Note: MDA of IE-10 uCi/cc of I-131 is asstrned. I \\ l a e
==-
l O-s_- i 4 i e SGS Arnaal E)nergency Exercises Of f site pbnitoring Data Rev. I New Jersey State Ibnitortiv) Team Data Mit e : 2. 74 ef ficiency assisims for IM-II detector. 60 csble foot at t sample assimmt. BeaE-5 N-7 M4E-7 M4E-8 MdE-lab N-10
- 44E-20 N-20 Time N.G.
SAM-Il N.G. SAM II N.G. SAM-Il N.G. SAM-II N.G. SAM-Il N.G. SAM-II N.G. SAM-II N.G. SAM-Il sWhr CIM sWhr CIN sNhr CIM sWhr CIM sWhr CIM pNhr CIM mR/hr CIM mR/hr CIM 10:00 <.1 (MIA <.1 (MA (.I (MA (.1 (MIA (.I (MA (.! (MA <.1 (MA (.I (MIA 10:15 <1 MA <.1 WA <.1 <MA <.1 (MA (.! (MTA (.I MA <.1 <MA <.1 MA 10:30 .3 13 <.1 WA <.1 <M A <.1 (MIA <.1 <MIA (.! (MIA (.I (MIA (.! <MA ' 10:45 .3 15 <.1 WA (MA <.1 <M A <.1 (MLA <.3 MA <.1 <MA <1 <MA 11:00 .3 3 1.4 90 .1 9 <.1 (MIA <.1 (MA <.1 (MIA <.3 (MIA <.3 <M A. 11:15 .3 15 1.7 103 .2 to 1.2 17 (.! ova <.1 MA <.1 (MIA <.1 (M A ' !! 30 .4 17 1.7 109 .2 11 1.3 90 <.1 (MIR <.1 <MrA (.) (MA <.1 <MIA 11:45 .7 24
- 2. 3 147
.2 15 I.4 96 .I 6 <.1 <MIA <.1 <MIA <.1 (MA - 12:00 1 29 3 192 .3 19 1.8 128 .I 6 <1 (MI A (.3 (MLA <.1 (MIA ; 12:15 .9 44 4.5 282 .4 28 2.4 160 .I 9 .6 45 .5 42 .2 13l 12: 30 .9 59 6 38 5 6 id 3.5 231 .2 12 .6 48 .5 45 .5 43' 12:45 .8 53 5.7 340 .6 34 4.7 333 .3 19 .7 53 .6 48 .5 46 : 13:00 7 49 5.3 314 .5 11 4.4 2RR .4 26 .9 73 .8 64 .7 53 13:15 ' .7 42 4.9 182 .5 28 4.1 ?69 .4 22 1.2 90 1 77 .9 71 i 1 3: 30 .7 18 4.5 244 .5 24 4 231 .) 21 1.7 135 1.5 !!5 1.4 103 l 13:45 .6 16 4.8 224 .4 22
- 3. 6 212
.3 19 2.3 179 2 160 1.8 154 1 14:00 .6 32
- 3. 8 199
.4 .9
- 3. 4 192
.3 Il 2.2 l@ 2* 147 2 147 14:15 .5 30
- 3. 5 186
.4 19 3.2 173 .3 15 2 147 1.8 t4l I.8 143 14:30 .5 28
- 1. 5 173
.4 17 3 180 .2 13 1.9 135 8.7 122 I.7 122 14:45 .5 24
- 3. 2 154
.3 15 2.8 147 .2 12 I.8 122 1.6 109 1.6 109 i 15:00 .4 22 3 135 .3 13 2.6 128 .2 12 8.6 309 1.5 96 1.5 96 I 15:15 .4 20 2.8 122 .1 12 2.4 122 .2 10 1.5 96 1.3 83 1.3 83 15:30 .4 16 2.6 99 .3 10 2.2 109 .2 9 1.4 90 1.2 83 1.2 83 15:45 .4 16
- 2. 4 99
.2 10 2.I 90 .2 8 5.3 83 1.2 77 1.2 ?? 16:00 .3 16
- 2. 3
.2 10 2 83 .2 6 1.2 71 1 58 3 58 16:15 .3 12 2.1 74 .2 7 1.8 83 .1 < MI A 1.2 64 1 58 1 58 16: 30 .3 12 2 71 .2 7 1.7 64 .1 <Mtm I.1 58 .9 51 .9 51 1 I lbte: MI A of IE-10 uCl/cc 3-131 ass 4sw. i l l i i I 3
W xj SGS Annual Emergency Exercise: Offsite Monitoring Data Rev. 1 Delaware State Monitoring Team Data Note: 3% efficiency ass sned for SAM-II detector. 30 cubic foot air sample asstaned. NNW-5 NNW-7 t@M-10 NNW-20 Time N.G. SAM-II N.G. SAM-II N.G. SAM-II N.G. SAM-II mR/hr CPM mR/hr C1H mR/hr CPM mR/hr CPM 10:00 <.1 <MDA <.1 <MDA <.1 <MDA <.1 <MDA 10:15 <.1 e.DA <.1 <MDA <.1 <MDA <.1 <MDA 10:30 .3 14 <.1 <MDA <.1 <MDA <.1 <MDA 10:45 .3 15 <.1 <MDA <.1 <MDA <.1 <MDA 11:00 .3 17 1.4 79 <.1 <MDA <.1 <MDA 11:15 .4 22 1.7 91 <.1 <MDA <.1 em 11:30 .5 27 1.7 96 <.1 <MDA <.1 <MDA 11:45 .9 41 2.3 130 .8 52 <.1 <MDA 12:00 1.2 55-3 170 .9 57 <.1 <MDA 12:15 1 49 4.5 249 1 57 <.1 <MDA 12:30 1 45 6 340 1.3 85 <.1 <MDA 12:45 .9 40 5.7 300 1.7 102 <.1 <MDA 13:00 .8 36 5.3 277 2.5 156 <.1 <MDA / 13:15 .8 33 4.9 249 3.3 209 <.1 <MDA 13:30 .7 29 4.5 215 3.1 187 <.1 6 13:45 .6 27-4.1 198 2.9 175 .1 11 14:00 .6 25 3.8 175 2.7 153 .2 11 14:15 .6 22 3.5 164 2.5 139 .1 10 14:30 .5 20 3.5 153 2.3 125 .1 8 14:45 .5 18 3.2 136 2.2 113 .1 7 15:00 .5 15 3 119 2 102 .1 6 15:15 .4 15 2.8 108 1.9 96 <.1 <MDA 15:30 .4 15 2.6 88 1.8 85 <.1 <MDA 15:45 .4 11 2.4 88 1.7 76 <.1 <MDA 16:00 .4 11 2.3 85 1.6 68 <.1 <MDA 16:15 .3 11 2.1 65 1.5 55 <.1 <MDA 16:30 .3 10 2 62 1.4 55 <.1 <MDA Note: MDA of lE-10 uCi/cc of I-131 is asstaned. i a b
7 'l N] i Source Terms Integrated Curles Released During Drill Rev. I i 15 min. N.G. N.G. Total 1-131 1-131 Total period N.G. conc. Cl/15 N.G. 1-131 conc. Cl/15 11-131 ( ending Cl/see uCl/cc minutes Cl Cl/see uCl/cc minutes Cl 08:45 .0624 .00165 28.111 28.111 2.4E-5 6.3E-7 .02142 .02142 09:00 1.56 .04131 730.08 758.19 6.0E-4 1.6E-5 .5355 .55692 09:15 1.72 .04555 1476 2234.2 6.6E-4 1.7E-5 .5922 1.1491 09:30 1.87 .04952 1615.5 3849.7 7.lE-4 1.9E-5 .6363 1.7854 09:45 2.38 .06303 1912.5 5762.2 9.6E-4 2.5E-5 .8604 2.6458 10:00 3.12 .08263 2475 8237.2 .0012 3.2E-5 1.08 3.7258 10:15 4.68 .12394 3510 11747. .0018 4.8E-5 1.62 5.3458 10:30 6.24 .16525 4914 16661. .00242 6.4E-5 2.178 7.5238 10:45 6.1 .16155 5553 22214. .00217 5.7E-5 1.953 9.4768 11:00 5.95 .157.57 5422.5 27637. .00201 5.3E-5 1.809 11.286 11:15 5.78 .15307 5278.5 32915. .00177 4.7E-5 1.593 12.879 11:30 5.61 .14857 5125.5 38041. .00161 4.3E-5 1.449 14.328 11:45 5.43 .14380 4968 43009. .00145 3.8E-5 1.305 15.633 12:00 5.25 .13904 4806 47815. .00128 3.4E-5 1.152 16.785 12:15 5.15 .13639 4680 52495. .0012 3.2E-5 1.08 17.865 12:30 5.06 .13400 4594.5 57089. .00112 3.0E-5 1.008 18.873 12:45 4.88 .32924. 4473 61562. 9.6E-4 2.6E-5 .8676 19.740 13:00 4.77 .12632 4342.5 65905. 8.8E-4 2.30-5 .7947 20.535 13:15 4.66 .12341 4243.5 70148. 8.0E-4 2.lE-5 .7227 21.258 13:30 4.55 .12050 4144.5 74293. 6.4E-4 1.7E-5 .5778 21.836 13:45 4.43 .11732 4041 78334. 6.4E-4 1.7E-5 .5778 22.413 14:00 4.32 .11441 3937.5 82271. 6.4E-4 1.7E-5 .5778 22.991 14:15 4.21 .11149 3838.5 86110. 4.8E-4 1.3E-5 .4338 23.425 14:30 4.09 .30832 3735 89845. 4.8E-4 1.3E-5 .4338 23.8'9 14:45 3.99 .10567 3636 93481. 4.8E-4 1.3E-5 .4338 24.293 15:00 3.89 .10302 3546 97027. 4.0E-4 1.lE-5 .3618 24.654 15:15 3.79 .10037 3456 100483 3.2E-4 8.5E-6 .2889 24.943 15:30* 3.69 .09772 3366 103849 3.2E-4 8.5E-6 .2889 25.232 15:45 3.59 .09507 3276 107125 3.2E-4 8.5E-6 .2889 25.521 16:00 3.5 .09269 3190.5 110315 2.4E-4 6.4E-6 .2169 25.738 16:15 3.41 .09031 3109.5 113425 1.6E-4 4.3E-6 .1449 25.883 16:30 3,31 .08766 3024 116449 1.6E-4 4.3E-6 .1449 26.028 22-
O) I SALEM EMERGENCY MONITORING STATIONS IN DOWNWIND PLUME SITE LOCATIONS Plume Station Number Distance Location Location N-S1 420' N. on inner access road CL N-52 750' N. security road inside fence CL N-53 1500' N. Hope Creek Unit I Turbine Bldc. CL (center of east side on around) ~ NNW-51 600' NNW, inside security fence, 500' from NW CL corner of fence NNW-52 2400' NNW, SE corner of Hope Creek Material Test CL Lab NNE-51 400' NNE NW corner SNGS Unit 2 Turbine Bldg. 10% (on ground) NNE-S3 2075' NNE, SE corner of Hope Creek Change House 10% i l l ~ i
.g bv 6 SALEtt EMERGENCY MONITORINr STATIONS IN DOWNWIND PLUME 0FFSITE LOCATIONS Plume Station Numoer Distance Location Location N7 5.8 miles Ft. Elfsboro, across from Golf Course CL N10 9.6 miles Ft. Mott, Ft. Mott Rd. S end CL N20 10.5 miles Rt. 49 0.2 mi. S of Hook Rd, Richmonds Dairy CL NNES 4.4 miles Fa rm 10% NNE7 5.8 miles Ft. Elfsborg 5 Amwellbury Rd. 105 NNES 6.7 miles Ft. Elfsborg
- Salen Country Club Road CL NNE10b 7.6 niles Sinnickson Landine 10; NftE20 10.3 miles Salen County Hosoital CL Nrr '5 0.2 miles part Denn Sewace olant 10%
NtE7 5.3 miles Rt. 9 at '!coden Bridce CL s.
- tuul0 3.1 niles Del. City, Ofc. of Emercency rianninn CL
~ ilffw20 12.3 miles Rt. 13. Rt. 301 fork 10: / a ~-
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.a_, a-. , > +. -. - - w m R m-4--- ---1 i W Q) 03 i SGS AUXILIARY BUILDING AIR CONCENTRATION (Based on Source term) gey, g l i lodine - CAM Readin<;s* I-131 1-132 1-133 I-134 I-135 I-tot CAM Alarm Time pct /cc pC1/cc pC1/cc pCi/cc pct /cc pCi/cc CPM Status 08:00 NA NA NA NA NA NA 150 Normal j 08:15 4E-10 6E-10 8E-10 IE-9 8E-10 3.6E-9 200 Normal i 08:30 4E-10 6E-10 8E-10 lE-9 8E-10 3.8E-9 178 Normal 08:45 1.3E-6 1.7E-6 2.6E-6 2.8E-6 2.2E-6 1.lE-5 >1E6 0/S Hi 09:00 3.2E-5 4.6E-5 6.4E-5 7.2E-5 5.6E-5 2.6E-4 >lE6 0/S Hi 09:15 3.4E-5 4.8E-5 6.8E-5 7.6E-5 6E-5 2.8E-4 >lE6 0/S H1 i 09:30 3.8E-5 5.4E-5 7.6E-5 8.2E-5 6.8E-5 3.2E-4 >lE6 0/S Hi-09:45 5.0E-5 7.0E-5 IE-4 1.lE-4 8.8E-5 4.2E-4 >lE6 0/S Hi 10:00 6.4E-5 9.0E-5 1.3E-4 1.4E-4 1.2E-4 5.4E-4 >1E6 0/S Hi l 10:15 9.6E-5 1.4E-4 1.9E-4 2.2E-4 1.7E-4 8.0E-4 >lE6 0/S H1 i i 10:30 1.3E-4 1.8E-4 2.6E-4 2.8E-4 2.2E-4 1.lE-3 >lE6 0/S Hf 10:45 1.lE-4 1.5E-4 2.2E-4 2E-4 1.9E-4 9.0E-4 >lE6 0/S H1 i 11:00 1.lE-4 1.4E-4 2.0E-4 1.6E-4 1.9E-4 7.8E-4 >lE6 0/S H1 i l 11:15 9.4E-5 1.lE-4 1.8E-4 1.2E-4 1.5E-4 6.6E-4 >lE6 0/S Hi j i 11:30 8.6E-5 9.0E-5 1.6E-4 8.6E-5 1.4E-4 5.6E-4 >1E6 0/S Hi 11:45 7.6E-5 7.4E-5 1.4E-4 6.2E-5 1.2E-4 4.8E-4 >lE6 0/S Hi 1 12:00 6.8E-5 6.2E-5 1.3E-4 4.6E-5 1.0E-4 4.0E-4 >1E6 0/S Hi l 12:15 6.4E-5 5.4E-5 1.2E-4 3.6E-5 9.4E-5 3.6E-4 >lE6 0/S Hi l 12:30 6E-5 4.6E-5 1.lE-4 2.8E-5 8.6E-5 3.4E-4 >lE6 0/S Hi 12:45 5.2E-5 3.8E-5 9.8E-5 1.9E-5 7.4E-5 2.8E-4 >lE6 0/S Hi 13:00 4.6E-5 3.0E-5 8.6E-5 1.4E-5 6.4E-5 2.4E-4 >lE6 0/S H1 i 13:15 4.2E-5 2.6E-5 7.8E-5 1.lE-5 5.6E-5 2.2E-4 >lE6 0/S H1 13:30 3.4E-5 2.0E-5 6.2E-5 7.0E-6 4.4E-5 1.7E-4 >lE6 0/S Hi 13:45 3.4E-5 1.8E-5 6.2E-5 5.8E-6 4.4E-5 1.6E-4 >lE6 0/S Hi 14:00 3.4E-5 1.7E-5 6.2E-5 4.6E-6 .4.2E-5 1.5E-4 >lE6 0/S Hi 14:15 2.6E-5 1.2E-5 4.6E-5 3.0E-6 3.2E-5 1.lE-4 >lE6 0/S Hi 14:30 2.6E-5 1.lE-5 4.6E-5 2.4E-6 3.0E-5 1.lE-4 >1E6 0/S Hi 14:45 2.6E-5 1.lE-5 4.6E-5 2.0E-6 3.0E-5 1.1E-4 >1E6 0/S Hi 15:00 2.2E-5 8.2E-6 3.8E-5 1.4E-6 2.4E-5 9.4E-5 >1E6 0/S Hi 15:15 1.7E-5 5.8E-6 3.0E-5 8.6E-7 1.8E-5 7.2E-5 >1E6 0/S Hi 15:30 1.7E-5 5.4E-6 3.0E-5 7.0E-7 1.8E-5 7.0E-5 >lE6 0/S H1 i 15:45 1.7E-5 5.0E-6 2.8E-5 5.8E-7 1.7E-5 7.0E-5 >1E6 0/S Hi 16:00 1.3E-5 3.6E-6 2.2E-5 3.6E-7 1.3E-5 5.2E-5 >lE6 0/S Hi j 16:15 8.6E-6 2.2E-6 1.4E-5 2.0E-7 8.6E-6 3.4E-5 >lE6 0/S H1 i 16:30 8.6E-6 2.0E-6 1.4E-5 1.6E-7 8.4E-6 3.4E-5 >1E6 0/S Hi j l
- Note: If particulate filter is GeLi counted assume 10% of halo ens listed above; and Cs-137 = 20% of I-131; i
and Kr-88 = Rb-88, as well as 0.01% of Xe-133,'concentrat ons. 1 j !
) SGS AUXILIARY BUILDING AIR CONCENTRATION (Based on source term) Rev. I l Noble Gas - Whole Body Dose Rates NG-tot Kr-85 Kr-85m Kr-87 Kr-88 Xe-133 Xe-133m Xe-135 Xe 135m Time pCi/cc pCi/cc pCi/cc pCl/cc pC1/cc pCl/cc pCi/cc pC1/cc pCf/cc 08:00 2.6E-6 3.8E-9 1.6E-7 3.2E-7 4.3E-7 1.2E-6 2.8E-8 2.4E-7 1.3E-7 03:15 3.0E-6 4.6E-9 1.9E-7 3.8E-7 5.6E-7 1.4E-6 3.2E-8 2.8E-7 1.5E-7 l 08:30 3.6E-6 5.6E-9 2.4E-7 4.6E-7 6.6E-7 1.6E-6 4.0E-8 3.4E-7 1.9E-7 l 08:45 3.4E-3 5.0E-6 2.2E-4 4.2E-4 6.2E-4 1.5E-3 3.6E-5 3.0E-4 1.7E-4 l 09:00 0.08 1.2E-4 5.4E-3 01 .01 .04 9.0E-4 .006 .004 09:15 0.10 1.4E-4 .005 .01 .02 .04 IE-3 .008 .005 09:30 0.10 1.6E-4 006 01 .02 .04 1.lE-3 .010 .005 09:45 0.12 1.9E-4 .008 .01 .02 06 1.4E-3 .012 .006 10:00 0.16 2.6E-4 .01 .02 .03 .08 1.8E-3 .016 .008 10:15 0.24 3.8E-4 .02 03 04 .12 .002 .02 .012 10:30 0.32 5.0E-4 .02 .04 .06 .16 .003 .03 .018 10:450 0.32 5.2E-4 .02 .04 .06 .16 .003 .03 .010 11:00 0.32 5.4E-4 .02 .03 .06 .16 .003 .03 .010 11:15 0.30 5.4E-4 .02 03 .06 .16 .003 .03 .003 11:30 0.30 5.4E-4 .02 .02 05 .16 003 .03 1.4E-3 11:45 0.28 5.4E-4 02 .02 05 .16 .003 .03 7.4E-4 12:00 0.28 5.4E-4 02 .02 04 .16 .003 .03 3.8E-4 i 12:15 0.28 5.4 E-4 02 02 .04 .16 .003 03 2E-4 12:30 0.26 5.4E-4 .02 .02 04 .16 .003 03 1.lE-4 12:45 0.26 5.4E-4 .02 .01 04 .16 .003 .03 5.6E-5 13:00 0.26 5.4E-4 .01 .01 .03 .16 .003 .03 3.0E-5 13:15 0.24 5.4E-4 .01 .01 .03 .16 .003 .03 1.5E-5 13:30 0.24 5.2E-4 .01 .01 .03 .16 .003 .03 8E-6 13:45 0.24 5.2E-4 .01 .01 .03 .16 003 .03 4.6E-6 14:00 0.22 5.2E-4 .01 .01 03 .16 .003 .02 2.2E-6 14:15 0.22 5.2E-4 .01 .01 .02 .16 .003 .02 1.lE-6 l 14:30 0.22 5.0E-4 .01- .004 .02 .16 .003 .02 6E-7 14:45 .022 5.0E-4 .01 004 .02 .15 .003 .02 3.2E-7 15:00 0.20 5.0E-4 01 .003 .02 .15 .003 .02 1.6E-7 15:15 0.20 4.8E-4 .01 .003 .02 .14 .003 .02 8.4E-8 i 15:30 0.20 4.8E-4 .01 .003 .02 .14 .003 .02 4.4E-8 i 15:45 0.20 4.8E-4 .01 .003 .01 .13 .003 .02 2.2E-8 16:00 0.20 4.6E-4 .01 1.9E-3 .01 .13 .003 .02 1.lE-8 16:15 0.20 4.6E-4 .01 1.6E-3 .01 .13 .003 .02 6E-9 16:30 0.18 4.6E-4 .01 1.4E-3 .01 .13 .003 .02 3.2E-9 i - -w_.
h SALEM EIERCISE REY 1 b INITIAL CONDITIONS AFFECTED UNIT (II)*
- 1) 80% power conditions 4 weeks after start up from refueling.
- 2) No technical specifications action statements in effect except for el 100 inner penetratic. door seal breakage during the past shift
- 3) #22 Charginc oumo inservice.
) All RMS channels inservice except for 2R31 which has been out of service for 24 hours.
- 5) RCS history indicates leakage aver cast three weeks, RCS specific activity is now 27 :c1/m1(15 min gross) (I-131 eq is 6.3 uci/gr This data is available because of a 20% power red)uctiont 4 hours Note:
ago wnich recuired the chemist to take a reactor coolant sample. (0600 samole)., Coolant data is available for the past 2 weeks.
- 6) Identified valve oacking leak of 2 GPM.
UNAFFECTED UNIi (Il (%q
- 1) 100t power ecuilibrium conditions a weeks orior to refueling O
- 2) No technical specifications action state'ments in effect
- 3) #13 charcing oumo inservice
- 4) All RMS channels inservice
- 5) Fuel in intact METEOROLOGICAL CONDITIONS A.
Wind speed 3 miles / hour S. Wind direction variable from the S. C. Stability Class t.T =-0.75' c/100 meters t
tI 1 l eo mrk 3 ut n y e l na R ooT VC n / i
- a 2
E T S I I N C U R GN I E I S X D G E L S Y d n I C U e N B x 3L E i G Y M D R R E A E R l I i L n U E oQ L I n I X i t A U o F A n >lt e t T a N e v E Rt e M n l E ne e m L ise E l l el 4 N RE 8 O r ) I e l T n g N o n E i a T t nh E a wc R v ox N e dE l t I e et S La ) C E le m R '2 l Pu 2 1 l 1 M ARGA I D n w I oe dv tlea LV i [ r ee T vg N G in RE N I l t a OH ah T N D e xn - rc C I L A A I nE E T U e k Rh B gt 0 ea C e R l m l Ce t A rs )oy tS cat en Ra 1 I
) d SGS UtilT 2 DI AGRAM #2 - REACIOR COOLANT POMP SEAL LEAK EMERGEflCY EXERCISE Rev. I Vent REACTOR CollTATriiirNT 1 i R43 llinh Ranqe Vent Monitor w Reactor R41 Core AUXILLIARY BUILDING Vent (Particulates, Monito r 16 dine, Gas) .harcoal I filter R16 Vent r k lioni to - (Gross) i ga s pa t h ., g floor Drains e Steam L J g y Gener-g ator
- 22 3
RC y ~ l 9 Punn g . uns Path.... j sea l-A .,, --- F l oo r Dra,i ns y 1 : r r d Seal +- Leakoff.,A gao i [ l Reactor liaste llol<lup lank #21 Coolant Drain " ^ M -
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DIAGRAM #3 REACTOR COOLANT-PUMP SEAL ..s SGS DRILL ) (]T PREuuiNARv orERariuG i PARAMETERS " MOTOR pgy, } %.) SEAL p, pp NO. 2 l 50 ? .g.,,,.'h C
- NO.1 l 2250 [
I No. 3 SE AL RING f j L,,b, l.k' j l ASSEM8'Y f a i NO. 3 l 6 ! .,7;8 vipp i ,,f g' No. 3 SEAL SPACER yd${ SEALING WRFACE i RING CLAMP '"----fe$ g W.h NO. 3 SE AL RUNNER TO ~~~~~ PRO
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STMS OPEPiTIONn STATUS EmoD erERG NCY ) 0800 . ci:In:xz er creart; r 1soo NR$ .*N I: 2. Pt t%t? 00C'# sYs*S' III. CONTAINHENT INTEcR!TY a. Th - L0or 1
- r CONT. rRIssURE Pste 596 n.
n - toor 2 .r m. cowT. Tzar (Ave) 100.r 594 60 c. Th - toor 3 'r c. cont. otu rotNT
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~ 596 e. n - toor 6 .r 4. cowr. "2 "crN. 0 91
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- s c. trvtt (wt:t) 52 52 c.
No. 3 s.c. Livrt (Ut:E) vr. s!cntricuT eta? tvnts 4. No. 5 s.c. trvet (utsc) 52 tTcn n so. t s.c. enzss. 830 rste c. no. 2 s.c. razss. 830 rste s. no. 2 s.c. razss. 830 este h. no. 4 s.c. rREss. rsIC 1. no. I s.c. rero rwu 80. : ~~ 3 no. 2 s.c. rzzo 7:ov .80 k. no. 2 s.c. rtzo ruu 80 1. no. 6 s.c. reto rwu 80 2 O
I-131 CONCENTRATION IN COW'S MILK FOLLOWING AN INCIDENT Iodine source twem: 9.0375E-04 C1/see Duration of release: 8 hrs Distance Distance Concentratton Concentration Concentration in in in soil in grass in milk
- kilometers miles uC1/m^2 uCi/kg uCi/1 1.61 1
1.62E+00 2.26E+00 6.79E-02 3.22 2 4.82E-01 6.73E-01 2.02E-02 4.83 3 2.37E-01 3.31E-01 9.93E-03 6.44 4 1.43E-01 2.00E-01 6.00E-03 8.05 5 9.69E-02 1.35E-01 4.06E-03 9.65 6 7.04E-02 9.83E-02 2.95E-03 11.26 7 5.38E-02 7.51E-02 2.25E-03 12.87 9 4.26E-02 5.94E-02 1.78E-03 14.48 9 3.46E-02 4.84E-02 1.45E-03 16.09 10 2.88E-02 4.02E-02 1.21E-03 17.70 11 2.44E-02 3.40E-02 1.02E-03 ! 19.31 12 2.09E-02 2.92E-02 8.77E-04 13 1.82E-02 2.54E-02 7.62E-04 l20.92 22.53 14 1.60E-02 2.23E-02 6.70E-04 24.13 15 1.42E-02 1.98E-02 5.93E-04 25.*74 16 1.27E-02 1.77E-02 5.30E-04 27.25 17 1.14E-02 1.59E-02 4.77E-04 28.o6 18 1.03E-02 1.44E-02 4.31E-04 30.57 19 9.36E-03 1.31E-02 3.90E-04 32.18 20 0.56E-0; 1.20E-02 3.59E-04 03.79 21 7.86E-03 1.10E-02 3.29E-04 35.40 22 7.24E-03 1.01E-02 3.04E-04 ! 37.01 23 6.70E-03 9.36E-03 2.81E-04 1 08.62 24 6.22E-03 8.69E-03 0.61E-04 40.22 25 5.79E-03 8.09E-03 2.43E-04 41.83 26 5.41E-03 7.55E-03 0.27E-04 43.44 27 5.06E-03 7.07E-03 2.12E-04 ! 45.05 29 4.75E-03 6.63E-03 1.99E-04 46.6e 29 4.47E-03 6.24E-03 1.87E-04 48.27 30 4.21E-03 5.88E-03 1.76E-04 49.88 31 3.97E-03 5.55E-03 1.67E-04 51.49 32 0.76E-03 5.25E-03 1.58E-04 53.10 33 0.56E-03 4.98E-03 1.49E-04 54.71 34 3.38E-03 4.72E-03 1.42E-04 56.3. 35 0.21E-03 4.49E-03 1.35E-04 57.92 36 3.06E-03 4.27E-03 1.28E-04 59.53 37 2.92E-03 4.07E-03 1.22E-04 61.14 38 2.78E-03 3.89E-03 1.17E-04 62.75 39 2.66E-03 3.71E-03 1.11E-04 64.36 40 2.54E-03 3.55E-03 1.07E-04 65.97 41 2.44E-03 3.40E-03 1.02E-04 67.58 42' 2.34E-03 3.26E-03 9.79E-05 69.19 43 2.24E-03 3.13Z-03 9.39E-05 70.80 44 2.15E-03 3.01E-03 9.00E-05 72.41 45 2.07E-03 2.89E-03 8.67E-05 74.01 46 1.99E-03 2.78E-03 8.35E-05 75.62 47 1.92E-03 2.68E-03 8.04E-05 77.23 48 1.85E-03 2.58E-03 7.75E-05 m 78.84 49 1.78E-v0 2.49E-03 7.47E-05 80.45 50 1.72E-03 2.40E-03 7.21E-05
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G~;APH #4 (Rev.1-) A i 24 Ci/sec x1t-4 for Iodine -. - _-SOURC E-RELEAS..E TERMS FOR NORLE GASES J D I-1.11 9.) J ) s i 22 ._l.._-.. 1 .i i i f I i 3 20 i i gemem. -eee_ i s \\_.. _C-18 i L 1 i i 16 I-131 \\ t - _-. Nob.l.e. Gas C1/se.c_ 14 .l D) I Gj \\ 12 .-131 10 1 l I 8 I\\ i i .1:. k: l -j j .7 t- ) i %: di:- d _ : JI-4 . - -. ~l n c I \\- - _ i. :- 8: i T-
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f ( GRAPH #5 SGS DRILL ( -_c 1 s,...... hts Do mR '.hr- :t -- ',I ' - 4.c+i i:. 7' .--..... MEA' DOSE RATES FOR.N0BLE GASES. ,(,', t r :_ i AND 10 DIME 5' i - 4
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