ML20067A695
| ML20067A695 | |
| Person / Time | |
|---|---|
| Site: | Seabrook  |
| Issue date: | 08/03/1990 |
| From: | Drawbridge B, Macdonald J Public Service Co of New Hampshire |
| To: | |
| Shared Package | |
| ML20067A688 | List: |
| References | |
| NUDOCS 9102070379 | |
| Download: ML20067A695 (289) | |
Text
{{#Wiki_filter:.. . - - _ - . _ . _ _ . - - . - _ - _ - - SEABROOK STATION RADIOLOGICAL EMERGENCY PLAN O NEW HAMPSHIRE YANKEE SEABROOK, NEW HAMPSHIRE O j!?? Te833 8s8sjhp
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4 RMD COSTROL COPYn b b 4 . SEABROOK STATION RADIOLOGICAL EMERGENCY PLAN * (SSREP)
- 1. Does this manual / manual revisioni
- a. Make changes in the facility as described in the n i FSAR7 w Yes [ No
- b. Maxe changes in procedures as described in the n FSAR7 w Yes . No
- c. Involve-tests or experiments not described in m the FSAR7 y Yes < No
- d. Involve changes to the existing Operating License m or require additional license requirements? wyes [No
#- 2,
-If'any of the above questions are answered yes, a safety evaluation per NHY Procedure 11210 is required.
JN -PREPARED BYi /44# 67 . [~ ' ' Ib
,/j 'A, MACDONALD, RADIOLOGICAL TECHNICAL SPECIALIST DATE SCRC REVIEW COMPLETED DURING MEETINT NUMBER:
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APPROVED BY: 'N
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YAT D REGE TIVE DIRECTOR - DATE-REVISION 5 -- EFFECTIVE: 03-17-90 DATE OF LAST PERIODIC REVIEW:' 4/10/90 DATE NEXT-PERIODIC REVIEW DUE: 4/10/91
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>. TABLE OF CONTENTS Pete No.
1.0 INTRODUCTION
11 , 1.1 Seabrook Plan for Hassachusetts Communities 1-2 2.0- DEFINITIONS 2-1 3.0 RADIOLOGICAL EMERGENCY PLAN
SUMMARY
31 3.1 Introduction 3-1 3.2 Station Emergency Response 3-1 3.3 Local and State (*) Government Responses 3-2 3.4 Federal Government Response 3-2 3.5 Technical Support 3-3 4.0 THE AREA 4-1 4.1 The Site 4-1 4.2 Area Characteristics, Land Use and Demography 4-1 4.2.1 Area Characteristics 4-1 4.2.2 Uses of Adjacent Lands and Waters 4-2 [ 4.2.3 Population Distribution 4-2
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- 4.3 Emergency Planning Zones 4-3 5.0 EMERGENCY CLASSIFICATION SYSTEM 5-1 5.1 Summary- 5-1
- 52. Emergency Classifications 5-1 5.3 Scope of_ Classification System 5-2 5.4 _-Symptomatic Approach to Classification 5-2 5.5 Miscellaneous Station Conditions = 5-3 5.6 Classification of Emergencies- 5-3 5.7 Sample Classifications- 5-3 6.0 . DiERGENCY FACILITIES AND EQUIPMENT 6-1 6.1 Emergency Centers 6-1 6.1.1 Technical Support Center 6-1 6.1.2 Operational Support Center 6-1 6.1.3. Emergency Operations Facility 6-1 6.1.4 Engineers.cg Support Center 6-2 6.1.5 Media'Ccht.or 6-3 6.1.6 Joint Telephone Information Center 6-3 L 6.1.7 Federal Radiological Monitoring and Assessment
- % Center 6-3
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i SSREP Rev. 5 l
TABLE OF CONTENTS (Continued)
- q Pate No. .
6.2 Assessment Capability 6-4 6.2.1 Process Monitors .6-4 j 6.2.2 Radiation Data Management System 64 l 6.2.3 Geophysical Phenomena Monitors 6-4 i 6.2.3.1 Meteorological 6-4 6.2.3.2 Seismic 6-5 l
-6.2.3.3 . Hydrologic 6-6 6.2.4 Fire Detection Systems 6-6 6.2.5 Facilities and Equipment For Offsite Monitoring 6-7 6.3 Computer Aided Design and Drafting 6-7 7.0 COHHUNICATIONS 7-1 7.1 Nuclear Alert System 7-1 7.2 ' Station Radio System 7-1 7.2.1 VHF Radio System- 7-1
-7.2.2 UHF Operating land Maintenance System '7-2 g- ~g -- 7 . 2 . 3 Security System 7 \_- -7.3 Telephone System 7-2 7.4 Station Paging System 7-2 7.5 Sound-Powered Telephone System _
7-3 7.6 NRC Dedicated Communications Channels 3 a'
'7.7 MicrowaveLCommunication System- 7-4i 7- 8 Station Dedicated Communication Channels
. 7-4
' 8. 0 ORGANIZATION 0-1 0.1 Introduction 8-1 8.2 Normal Station Organization .8-1 8.3 Emergency Response-Organization 8-1 8.3.1 On-Shif t Emergency Respcase Organization 8-1 8.3.2 Augmented Emergency Response Organization 8-2 8.3.2.1- Unusual Event Augmented Emergency 8-2 Response Organization 8.3.2.2 Alert,_ Site Area Emergency and 8-2 ;
General Emergency Augmented Emergency Response _ Organization 8.4- Emergency Public.Information Organization 8-3 8.5 --New Hampshire Yankee Corporate Support- 8-3 d 11 SSREP Rev. 5 l 1
TABLE OF CONTENTS y , (Continued)L <- Pane No.
- 8. 6-- Yankee Nuclear Services Division Engineering 8 Support Center- ,
8.6.1 Engineering Support Center' Director 8-4 8;6.2 Administrative Assistant
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8.6.3 Nuclear Engineering. 8;4 8.6.4 Computer Services- 8-5 8.6.5 Emergency Preparedness- 8-5 8 . 6'.6- Operational-Programs:and: Licensing' S-5 ,
- 8. 6. 7, Environmental. Engineering 8 l 8.7 _ Recovery' Organization . 8 -
18.7.1' Establishment and Management of the Recovery- 8-6
. Organization 8.8 Extensions of New Hampshire Yankee-Emergency Response- 8 - Orgar.ization 8.8.1- Loca1LServices 8-6 8'.8.2 : Federal Government Support 8 -' 7 _
8.8.3; Pr,1vate organization Support 8-7 8.9 Coordination with State Government' Authorities 8-7 [
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9.0 ' EMERGENCY. RESPONSE OUTLINE- 9-1 ' 9.1 I'nitiation 9-1 9.2. Activation of-the Emergency Organization.
.9-1 -
- 9.2.1---Unusual-- EventL Response.
9-1 J9.2.2 , Alert Response. 9-3 -q
.9.2.3i Site = Area Emergency. Response 9-4 A 9.2.4 -General. Emergency. Response- 9-5 9 '.' 3 Emergency.De-Escalation and Termination Criteria 9-6. .
9.4-~ Termination and. Recovery 9-6 10.0 EMERGENCY MEASURES 10 - 1.' 10.1 Radiological Accident Assessment Systems and.TechniquesI 10-1 f 10.1.1' Estimation of Offsite Whole Body Gansna Dose Rates 10 =10.1'.2 Evaluation _of Field. Air Samples- ~10 10.2_: Protective - Action Reconsnendation Criteria 5
-10.3 Radiological Exposure Control .10-6 1
iii SSREP Rev. 5
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-, hN TABLE OF' CONTENT (-
(Continued)- , L\ Pane No.
-10.4 Protective Measures 10-6 10.4.1 Personnel Accountability 10 10'.4.2 Station Access / Egress Control Methods 10-7 10.4.3 Decontamination Capability 10 10.4'.4 Use of Onsite Protective Equipment and Supplies 10-9
'10.4.5 Radiation Guideline Action Levels 10-9 10.5 Aidito Affected Personnel 10-9 1
10.5.1 Medical Treatment 10-9 ' 10.5.2 Medical _ Transportation- 10-10 11.0 EKERGENCY NOTIFICATION AND PUBLIC INFORMATION~ 11-1 11.1' Emergency Notification 11-1 11.2 Public Notification 11-1 11.3 Public Information 11-2
- 12.0E MAINTAINING EHERGENCY PREPAREDNESS 12 12.1 Drills and Exercises 12 112.1.1 Radiological Emergency Plan Exercises 12-1
'\ .12.1.2-Emergency Plan Drills 12 1 12.1.2.1 Communication Drills- 12-1 12.1.2.2 Fire-Drills 12 2-12.1.2.3 MedicalLDrills- 12-2 c 12.1.2.4 Radiological'Honitoring-Drills 12-2
-12.1.2.51 Health Physics Drills. 12-2.
12.1.3 Scenarios 12 2 12'.1.4 Evaluation:of Exercises 12-4 12.2 _ Emergency Plan Training -12 4 i 12.2.1 Emergency-Response-Organization (ERO)- 12-4 .; 12.2.2 Support' Groups. .
. . . 112-5 12.2.3 Station Personnel with No ERO Assignment 12-5 t.4 Emergency Public Information Personnel 12-5 12.2.5-Records 12-5
'3. Review and Updating of Plan and Procedures 12-6
.4 Maintenance -and Inventory;of Emergency Equipment and Supplies
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12-6
.2.5~ ' Emergency Preparedness Kanager 12 6 iv SSREP Rev. 5 .
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-TABLE OF CONTENTS
_. p (Continued) , g Pane No. 12.6 -_ Response.and-Implementation Manager 12-7 12.7 Site Services Manager- 12 7 12.8._-Specialty Training Manager 12 7 12.9 Director of Emergency Response and Implementation '12 7
-12.10 Executive Director--of Emergency Preparedness and.- ,
.CommunityiRelations 12-7
' APPENDICES Appendix.A -Emergency Response Organlaation Position Definitions Appendix B- Yankee Mutual Assistance Plan Appendix C Evacuation Time Estimates Appendix D Letters'of Agreement with Emergency Response Organizations.
Appendix E_ Seabrook Station-Public Alert and Notification System-Appendix F . Emergency Equipment Appendix G- Seabrook; Station Supporting Emergency Plans and Procedures Listing Appendix H -NUREG-0654/Seabrook Station Radiological Emergency Plan i 9ss
' Reference j
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.TAILT OF CONTENTS (Cont'd) l k TABLES Table 4.1 Summary of Peak Population Estimates of Cocimunities within 0 to 10 Miles of the Site Table 4.2 Medical Related Facilities within about 10 Miles of Seabrook Station
-Table 4.3 Deleted Table 4.4 Communities within the Seabrook Station Plume Exposure rathway Emergency Planning Zone Table 10.1 EPA Protective Action Guidelines Table 10.2 Emergency Dose Limits Table 10.3 Emergency Center Protective Action Criteria FIGURES Figure 3.1 Notification Plan Figure 4.1 Site-Poundaries Figure 4.2 Major Routes in 10_M11e Study Figure 4.3 Station Layout-Figure 4.4 1989 Estimate of Resident Population Distribution withit. a 0 10 Mile Radiu9 of Seabrook Station
_y Figure 4.5' ~ Deleted X Figure 4.6 Estimated Peak Transient Population (0-10 Miles)
'!igure 4.7 - Seabrook Station " Plume Exposuse' Emergency Planning Zone Figure 4.8 Seabrook-Station " Ingestion Exposure'-Emergency Planning Zone (County Designations)
Figure S.1_ - Critical Safety. Function Status Tree for S - Subcriticality Figure 5.2 _ Critical Safety Function Status Tree-for C - Core Cooling Figure 5.3 Critical Safety Function Status Tree for H - Heat Sink Figure.5.4 Critical. Safety Function Status Tree for P - RCS-Integrity
- Figure 5.5. Critical Safety Function Status Tree for 2 - Containment Figure 5.6 Emergency Classification Flow Chart
\ vi SSREP Rev. 5
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. TABLE OF CONTENTS (Cont ' d )
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/IGURES Figure 6.1 Location of Emergency Operation Centers .round the Seebrook Station Site Figure 6.2 Relative Location of the Technical Support within the 75' Elevati" Level of the Control Building Figure 6.3 Technirat Support Center Operativns Area Floor Plan Figure 6.4 Technical Support Center Document Control / Computer Area Floor Plan Figuro 6.5 Operational Support Center Layout Figure 6.6 Emergency Opera tions facility Layout Figure 7.1 Emergency Notification !
Figure 7.2 t'oordination ChaNels with States Figure 7.3 Seabrook Ctation Emergency Connunications Network i Figure 8.1 On Shif t Emergency Response Organimation Figure 8.2 Augmentec Emergency Response Organimation for Unusual Event Figure 8.3 Augmented Emergency Response Organimation Alert. Site Area Emergency, and General Emergency Figure 8.4 Emergency Cperations facility (EOF) Staff Figure 8.5 Operational Support Center (OSC) Staf f Figure 8.6 Technical Support Center -(TSC) Staff Figure 8.7 Control Room Sr.af f g Figure 8.9 Emergency Conununications organisation
\ Figure 8.11- Yankee Nuclear Services Division (YNSJ) Support Personnel for Yankee Atomic Electric Company Figure 8.12 On-Shif t Emergency Response Organimation Actions Figure 8.1$ Summary of the Radiological Emergency Responsibilities and Functions of Massachusetts State Au horities !
Figure 8.14 Stumnary of the Radiological Emergency Responsibilities and Functions of the New Hampshire State Authorities Figure 8.15 Comparison to NUREG.06S4 Daargency Response Staffing Requirements with the New Haanpohire Yankee On-Shif t Emergency Response organisation (ERO) Figure 6.15 Seabrook Station News Services Organisation Figure 10.1 Field Sample Thyroid Dose Homogram Figure 10.2 Seabrook Station Evaristien Routes Figure 12.1 Seabrook Station Emergency Preparedness Training Program "
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SEABROOK STATION em PADIOLOGICAL DERGENCY PLAN LIST OF EFFECTIVE PAGES fAQI ,(&TRENT DATE/REV. l Table of Centents Page 1 5 Page 11 5 Page 111 5 Page iv 5 Page v 5 Page vi 5 Page vii 5 LOEP Page 1 5 Page 2 5 Page 3 5 Page 4 5 Page 5 5 Page 6 5 Page 7 5 1I 5 12 5 1-3 5
- 2-1 April 1988 k )' 22 4 23 July 1985 24 April 1988 31 4 32 April 1988 3-3 4 Figure 3.1 4 41 5 6-2 5 43 5 Table 4.1 5 Table 4.2 5 Table 4.3 Deleted Table 4.4 5 Figure 4.1 5 Figure 4.2 5 Figure 4.3 ,
5 Figure 4.4 5 Figure 4.5 Deleted Figure 4.6 5 Figure 4.7 5
~~x Figure 4.8 Undated .L Page 1 of 7 SSREP Rev. 5
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IAft1 CURRENT DATE/REV. ,L p i 51 July 1965 - I
\ 52 July 1985 1
53 April 1986 l 54 Neveraber 1987 Figure 5.1 4 Figure 5.2 4 Figure 5.3 4 Figure 5.4 4 Figure 5.5 4 Figure 5.6 5 61 4 62 4 63 5 64 4 65 5 66 5 l 67 4 Figure 6.1 4 Figure 6.2 4 i Figure 6.3 4 Figure 6.4 4 Figure 6.5 4 Figure 6.6 5 5 71 4
\ 72 April 1988 73 $
74 4 Figure 7.1 4 Figure 7.2 4 Figure 7.3 5 81 4 82 4 83 4 84 4 85 4 86 4 87 4 88 4 ? 'V Page 2 of 7 SSREP Rev. 5
f.491 $t'RRENT DATE/REV. I fT Figure 8.1 Figure 8.2 5 N'"/ Figure 8.3 5 4 Figure 8.6 5 Figure 8.5 5 Figure 8.6 4 Figure 8.7 4 Figure B.9 5 Figure 8.11 4 Figure 8.12 5 Figure 8.15 4 Figure 8.14 5 Figure 8.15 Sheet 1 5 Sheet 2 5 Sheet 3 5 Sheet 4 5 Figure 8.16 5 91 5 92 5 9-5 5 9-4 5 95 5 96 5 9-7 5 O' 10 1 5 ( 10-2 N, 5 10-5 5 10-4 5 10-5 5 10-6 5 10-7 5 10-8 5 1049 5 10-10 5 Table 10.1 5 Table 10.2 5 Table 10.5 5 Figure 10.1 July 1985 Figure 10.2 5 11-1 5 11 2 5 11 5 5 11-4 5
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\ 12 2 5 12 3 4 12-4 4 12-5 5 12 6 5 12 7 5 Figure 12.1 5 Appendix A (Cover Page) 5 Index 5 A-1 5 A-2 5 A-3 5 A4 5
, A-5 5 A-6 $ A-7 5 A-8 5 A-9 5 A-10 5 A 11 5 A-12 5 A-13 5 A-14 5 f A-15 A-16 5 5
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A-17 5 A-18 5 A-19 5 A-20 5 A-21 5 A-22 5 A-23 5 A-24 5 A-25 5 A'-26 5 A-27 5 A-20 $ A-29 5 A-30 5 A-31 5 A-32 5 A-33 5 A-34 5 A-35 5 A-36 5 A-37 5 A-38 5 A-39 5 r' f
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3 , A 42 3 l A.43 5 A-44 5 ' A 45 3 l A.46 3 J A.47 3 i A 48 3 A 49 3 A.50 3 A.51 3 A.52 3 A.53 5 A-54 5 A 55 3 A-56 5 A.57 3 A 58
- 3 A.59 3 A 60 3 A 61 5 A-62 5 A.63 5 A 64 3 C A-65 3
(' A-66 5 A 67 3 A-68 5 A.69 5 A-70 5 A-71 3 A 72 5 A.73 5 A.74 5 A-75 5 A.' 7 6 5 A.77 3 Appendix B (Cover Page) 3 B.1 3 B2 3 B.3 3 B.4 3 B.5 3 B.6 3 B.7 3 B.8 3 B.9 3 B.10 3 , B.11 3 l B.12 3 Page 5 of 7 SSREP Rev 5 i
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C.1 $ C.2 5 Appendix D (Cover Page) $ Table of Contents $ D1 3 D2 3 D3 April 1988 D.4 April 1988 D-5 5 D.6 5 D.7 5 D.8 5 D.9 5 D 10 5 D-11 5 D 12 5 D 13 5 D-14 5 D 15 5 D 16 5 D 17 5 Appendir E (Cover Page) 4 p* E-1 E.2 4 4 E.3 4 E4 4 E.5 4 E.6 4 E.7 4 E.8 4 E.9 4 E.10 4 E.11 4 E-12 4 E.13 4 E.14 4 E.15 4 Appendix F 5 Appendix 0 (Cover Page) 5 01 5 G.2 5 G-3 $ G.4 5 G.5 5 O Page 6 of 7 SSREP Rev. 5
fA91 CLTRENT DATE/REV, i Appendix H (Cover Page) ' H.1 $ H.2 $ H.3 5 H.4 $ H5 5 H.6 $ H.7 s H.8 5 0 o .... . ., , ...E. .... ,
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1.0 INTRODUCTION
(' The Seabrook Station Radiological Emergency Plan (SSREP) was developed in accordance with the requirements of paragraphs 50.34(b) and Appendix E to Title 10 of the Code of Federal Regulations Part 50, ' Licensing of Production and Utilization Facilities.' In addition, Paragraph 50.47 of 10CFR50 specifies that the Operating License tward depends on a finding by the Nuclear Regulatory Comission as to .he adequacy of both onsite and off site emergency , Tc meet this requirement, the $$ REP has been formulated to l preparedness. address planning elements which have been specified by the Nucl Coccission (NRC) and the Federal Emergency Management Agency (FEMA) as essential to the development of an adequate emergency plan. The purpose of this document is to provide a reference and guidance source to be used during a radiological emergency at Seabrook Station and which:
- 1) Outlines the New Hampshire Yankee (NHY) Emergency Response Organication (ERO), and specifies the interfaces between and among NHY ERO activities, and State (*), local, Federal and private sector organizations:
- 2) Assures a standard emergency classification and action level scheme which activates emergency response functions dependent upon the severity of the accident:
- 3) Specifies the method of notification to the offsite emergency response organizations
- 4) Summarizes the emergency facilities and equipment that will support l emergency response to an accident by the NHY ERO:
- 5) Assures that provisions exist for comun cations among principal g response organisations:
- 6) Defines the station's capability for assessing and monitoring actual or potential offsite radiological consequences of an emergency conditioni and
- 7) Assures that periodic training programs, exercises and drills will be conducted in order to maintain a hir.h level of emergency preparedness at Seabrook Station.
In support of this document, emergency operating procedures will assist the station operating staff in recognizing an emergency condition and will prescribe immediate response actions necessary to correct the condition. The emergency conditions tha*. trigger the use of emergency operating procedures also trigger the use of an emergency classification procedure. The emergency classification procedure initiates activation of this plan in accordance with a prescribed set of emergency response procedures. The emergency implementing procedures will lgoverntheactionsundertakenbytheNHYERO. 7, 1-1 SSREP Rev. 5
I 1.0 INTP.0 DUCTION (Continued) i rm l l The SSREP and associated procedures are only a part of the overall preparedness i (d to a possible emergency at Seabrook Staticn. New Hampshire State agencies and local civil authorities within the plume emergency planning zone (i.e., lapproximatelya10mileradius) have worked in conjunction with NHY in establishing a coordinated errrgency planning arrangement for the alert and protectior: of the general ptalic in the event of any radiological emergency at Seabrook Station. This eme gency preparedness development and cooperation occurred in the Massachusetts portion of the EP2 until 1986. The current situation is described in Section 1.1 below. In addition, the support and capabilities of all appropriate Federal agencies lwouldbemadeavailabletothestation,andStateandlocalgovernmentsas specified in the Federal Radiological Emergency Response Plan. Additional technical support and services can be acquired through emergency plan arrangements with industry organizations such as the Westinghouse Energy System Business Unit Emergency Response Team and the Institute of Nuclear Power Operations. 1.1 SEABROOK Pl.AN FOR MASSACHUSETTS COMMUNITIES Since 1986, Massachusetts State and local EP2 coannunity authorities have refused to participate in Seabrook Station emergency preparedness planning. Until this refusal, both State and local authorities had worked to develop the necessary emergency preparedness arrangements for Seabrook Station in the same manner as has been the case for the Yankee Atomic, Vermont Yankee and Pilgrim nuclear
, power plants. \
In order to compensate for the lack of Massachusetts State and local participation, however, New Hampshire Yankee has established its own plan, called the Seabrook Plan for Massachusetts Communities (SPMC). The SPMC is
-_ designed to provide for protection of public health and safety through the use of.New Hampshire Yankee supplied and maintained facilities, equipment and personnel in lieu of that which would normally be-provided by Massachusetts State and local authorities. The SPMC was submitted to the NRC in September of 1987 and is designed to be consistent with the provisions of the Commission's rule change to 10CFR$0.47(c)(1), which was finalized and published in November, 1987.
Pursuant to explicit provisions of the new rule and the SPMC design, response arrangements for the Massachusetts portion of the Seabrook Station EPZ have been established whereby Seabrook Station operators and emergency response personnel execute emergency response procedures in recognition of the reality, in an actual emergency, that Massachusetts State and local officials will exercise their best efforts to protect public health and safety. The SPMC will be fully activated to provide the compensating measures needed to make this response under the'* realism' assumption effective. ( 12 SSREP Rev. S l
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1.1 SEAPROOK PLAN FOR MASSACHUSETTS COHH'JNITIES (Continued) In view of the development of the SPMC and the NRC rule change, it sh'uld o be N' emphasized that whenever an interface with a Massachusetts State or local 4 authority is mentioned, the SSREP should also be viewed as providing for either simultaneous or parallel interface with the Offsite Response Organization (ORO) described in the SPMC. For example, where this SSREP describes the comunications with the Massachusetts State Police or the Massachusetts Department of Health, parallel comunication and interf ace are c.ade with appropriate segments of the ORD. Rather than amending the SSREP to add an SPMC interface in each instance where there is contact with an element of Massachusetts State or local government, an asterisk (*) has been added in each place where notification of and coordination with both a Massachusetts governmental entity and the SPMC are required. O L) 13 SSREP Rev. 5
April 1968 i
, 2.0 DEFIN!t!ONS \" 1) Alert - An emergency classification which indicates a substantial degradation of station safety margins which could affect on-site personnel safety, could require of f-site impact assessment ,
but is not likely to require off-site public protective action.
- 2) Assessment Actions - Actions which are taken to effectively define the emergency situation neces sary for decisions on specific emergency measures.
- 3) Corrective Actions - Emergency measures taken to ameliorate or terminate an emergency situation.
- 4) Emergency Action Levels (EAL) - Specific instrument readings, system or event observations and/or radiological levels which inititte event classifica tion. These are specific threshold readings or observations indicating 6ystem failures or abnormalities.
- 5) Emergency Classifications - Emergencies are classified into four p categoriesi UNUSUAL EVENT, ALERT, ,
g SITE AREA EMERGENCY and GENERAL J
\ EMERGENCY.
- 6) Emergency Operating - The outline of specific corrective Procedures actions to be taken by station operators in response to abnormal operating conditions.
- 7) Emergency Operating Centers - Areas designated by the state (*) and l (EOC) local authorities as Emergency Plan f acilities for their respective staf f s.
O V 2-1 SSREP
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4 l l 8) Emergency Operations facility . A center established at the Newington (EOF) Generating station where station staff directs the actions of the emergency [ respopse organization, coordinates the
% evaluation of offsite radiological
\ conditions with offsite authorities.
- arrives at protective action recommendations, and establishes a l' ' recovery organization.
- 9) Emergency Planning Zones (EP2) . The areas for which planning is
! recommended to assure that prompt and effective actions can be taken to ,L protect the public in the event of an E accidant. The two tones are the plume j i .. exposure pathway zone (about 10 miles j in radius) and the ingestion exposure ' pathway zone (about 50 miles in- .i radius). i
- 10) Emergency Response - The integrated collection of station
< Organization-(t,R0) and.other personnel to implement this Emergency Plan. ,
- 11) Emergency Response . . Procedures that outline specific Procedures actions taken by the station staff to activate and implement this Emergency Plan.
- 12) Engineering Support Center An emergency center established at the
- pd (ESC) Nuclear. Services Division.(NSD)_ offices j located in Bolton. Hassachusetts, to l provide engineering support for station assessment and recovery operations.
! 13) General Emergency . A General Emergency involves 4 substantial core degracation or molting with potential for loss of containment integrity.
- 14) Ingestion Exposure Pathway - The pathway'in which individuals receive a radiation dose due to internal deposition of radioactive materials from ingestion of contaminated water, foods, or milk.
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- 15) Media Center (MC)- - A site where news media representatives can obtain emergency news information. '
\ f g 22 SSREP Rev. 4 l L 4 l-
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SBl&2 Amendment 55 FSAR July 1985 ; l ("~'s 16) New Hampnhire Yankee l ( - The organlaation responsible for the
\ const ruction and operation of Seabrook Station.
- 17) Nuclear Production Emergency - Manual containing all Emergency Response Program Manual Plan Response Procedures.
lH) Nuclear Services Division - The engineering support organitation (NSD) for Seabrook Station. l
- 19) Operat ional Support Center - An emergency center established f or the assembly and dispatch of available skilled emergency personnel (i.e.,
additional station operations and support personnel) in support of on-site emergency operations.
- 20) Plume Exposure Pathway - The pathway in which individuals receive a radiation dose due to (a) whole body external exposure due to gamma radintion from the plume and from deposited material, and (b) inhalation exposure from the passing radioactive plume.
- 21) Projected Done - The amount of radiation dose estimated
(~'*) at the onset of the accident. It
- '/ includes all the dose an individual would receive for the duration of the accident assuming no protective measures were undertaken.
'22) Protective Actions - Emergency measures to be taken by the public to mitigate the consequences of an accident by minimizing the radio-logical exposures that may occur if such actions were not unde rt aken.
Protective actions would be warranted provided the reduction in the indivi-dual dose is not offset by excessive risks to individual safety in imple-menting such actions.
- 23) Protective Action Guides - Pre-established radiological dose or (PAG) dose commitment values to the public which warrant protective actions following an uncontrolled release of radioactive material.
- 24) Recovery Actions - Actions taken once the emergency gN condition has been controlled in order i to restore stable station conditions.
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April 1968 l 4
- 25) Seabrook Plan for - The New Hampshire Yankee developed and
( Massachusetts Communities maintained emergency preparedness and 1 \ (SPMC) response capability as a compensation for the lack of participation by Massachusetts state and local offi-cials. l
- 26) Site - That property situated on a 900 acre tract of land on the western shore of Hampton Harbor in Rockingham County owned by New Hampshire Yankee.
- 27) Site Area Emergency - A Site Area Emergency indicates an event which involves likely or actual major failures of station functions needed for the protection of the public.
- 28) Technical Support Center - An in-station emergency center (TSC) established in close proximity to the Control Room that has the capability to acquire parameters for post-accident evaluation by technical and re:overy assistance personnel.
- 29) Unusual Ev it - An Unusual Event indicates a potential 7 degradation of station safety margins j which is not likely to affect personnel
( on-site or the public off-site or result in radioactive releases requiring offsite monitoring. O 2-4 SSREP
3.0 jlAD10 LOGICAL DtERGENCY PLAN $UMMARY 3.1 Introduetton s The Seabrook Station Radiological Emergency Plan (SSREP) has been developed to ensure the safety of station staff and the public in the event of degraded or failed station safety systems. The SSREP identifies the emergency response organization, the planned actions of that organization. and the coordination of activities with local, state and federal agencies. The Production Emergency Response Program Manual contains emergency response procedures that implement the responsibilities and actions described in the SSREP. 3.2 Station Emerzency Restionse Once potential emergency conditions have been identified, the Unit Shift Supervisor notifies the Shift Superintendent. The Shift Superintendent, acting as the Short Term Emergency Director (STED), categorizes the emergency condition into one of four emergency classifications by use of the emergency classification procedure. ' l Once an emergency has been classified, the STED is responsible for further activation and notification of the station emergency response organization (ERO). The extent of organization and facility activation varies with the severity and classification of the emergency. The STED will insure that the emergency classification announcement over the station public address system is j made and that the primary responders are notified via a pager system and the secondary responders are notified via an automatic dial telephone. The STED g must also insure New Hampshire and Hassachusetts state authorities (*) are notified of the emergency classification within 15 minutes. Notification arrangements are shown in Figure 3.1. During an Unusual Event, primary responders will report to the Control Room. For emergency classifications of Alert or above, all responders (both primary and secondary) are notified and all emergency response facilities activated. The Technical Support Center (TSC) will be staffed by the technical personnel needed to provide operational and engineering support to control room personnel. j The operational Support Center (OSC) is the location from which maintenance. health physics, operations, chemistry, instrumentation and control, and radwaste 1 operations personnel are dispatched to provide monitoring, support and repair t actions. The Emergency Operations-Facility-(EOF) serves as the location where the off. site consequences _of the accident are assessed. At the E0F, dose projections will be made, field monitoring teams will be dirpatched, and protective action recommendations made to state authorities (*). This location also serves as the headquarters for the recovery organization. The Media Center serves as the facility where joint utility, state and federal press briefings will be coordinated and held to assure timely and complete accident information is made available to the public via the news media. 31 SSREP Rev. 4 l
April 1988 l When emergency conditions have been terminated, by agreement with off-site P authorities, a recovery organization wilt be established to conduct recovery
\
operations. Reentry into off-site areas which had been subject to radiological effects will be coordinated between the recovery organization end off-site authorities. Public information releases regarding reentry will also be coor-dinated. 3.3 Local and State (*) Government Responses l Seabrook Station's Radiological Emergency Plan is designed to interface with the state emergency response plans and implementing procedures of Massachusetts (*) l and New Hampshire. l.ocal governments, in coordination with the civil defense agencies of these states, have plans which, should the need arise contain instructions to carry out specific protective measures, dependent upon various emergency conditions. Seabrook Station is responsible for determining and conveying specific accident information, dose assessment information and protective action recommendations to the State of New Hampshire and Commonwealth of Massachusetts (*). It is the responsibility of the State Departments of Public Health (*) to then evaluate this information and make recommendations regarding appropriate protective action. The respective state (*) and local agencies then implement protective actions in j accordance with their plans and procedures. The local governments will provide the resources needed to implement these actions. Should local resources be exhausted or additional resources needed to accomplish actions in a timely manner, the state (*) governments will provide any additional support needed. l s 3.4 federal Government Response Once notified of an emergency classification, the NRC will evaluate the situation and determine the appropriate NRC response. Depending on the severity of the accident, the NRC will activate all or part of the federal emergency response organization in accordance with the Federal Radiological Emergency Response Plan (FRERP). The FRERP makes available the resources and capabilities of twelve federal agencies. Principal participants will be the NRC, Department of Energy, Environmental Protection Agency at.J Federal Emergency Management Agency. Should the federal agencies respond to the site vicinity, they will establish a Federal Radiological Monitoring and Assessment Center to monitor and assess the radiological consequences and a Federal Response Center to coordinate the federal support provided during the emergency. Expected Time of Arrival (ETA) of the NRC Region I response would be approximately 6 hours. O v 3-2 SSREP
3.$ Technical Suceert Technical and personnel support will be provided to Seabrook Station from the ( lNuclearServicesDivision,locatedinBolton.Hassachusetts. Selected Nuclear Services Division personnel are equipped with pagers. Additional manpower and equipment support can also be arranged through the Yankee Emergency Mutual Assistance Agreement. A copy of this agreement is included in Appendix B. 33 SSREP Rev. 4
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4.0 THE AREA h 4.1 THE SITE V Seabrook Station is situated on a 900 acre tract of land on the western shore of Hampton Harbor in Rockingham County, near the northern boundary of the Town of Seabrook New Hampshire. The site is located approximately eight miles southeast of the Rockingham County seat in Exeter. five miles northeast of lAmesbury.Hassachusetts,andtwomileswestoftheHamptonHarborInlet. The site is bordered on the east by an extensive saltwater marsh and is located on a point of land called 'the Rocks.' between two small tidal estuaries: the Brown's River and the Hunt's Island Creek. The City of Portsmouth is located appts*.imately eleven miles north of the site while the Boston, Kassachusetts metrajolitan area is located approximately forty miles south-southwest of the site. Seabrook Station consists of a four loop pressurized water reactor. The station s exclusion area can generally be described as a circle of 3000 foot radius, as shown in Figure 4.1 ' Site Boundaries.' All the area within the site boundary, with the exception of the railroad easement, the existing power line easement, and portions of the Brown's River and Hunt's Island Creek, are owned by New Hampshire Yankee. 4.2 AREA CHARACTERISTICS. LAND USE AND DEMOGRAPHY 4.2.1 Area Characteristics Figure 4.2 'Hajor Routes In 1C Mile Study Area' shows the major g transportation arteries within 10 miles of the site. The location and orientation of principal structures within the site are shown on Figure 4.3
" Station Layout.' The control of traffic in case of an emergency on those portions of the Brown's River and Hunt's Island Creek that fall within the site boundary comes under the authority of the State of New Hampshire. !
A seasonal, overnight and daily transient population during the summer period is associated with the beaches and_other recreational facilities in the vicinity of the Seabrook Station. A total of 18 campground facilities are located within the 10-mile vicinity of Seabrook Station. The coastal beaches within 10 miles of Seabrook Station extend from Plum Island beach in
.Newbury Massachusetts to Wallis Sands Beach in Rye New Hampshire. Table l 4.1 ' Summary of Peak Population Estimates of Communities within 0 to 10 Miles of the Site' summarizes peak transient population estimates within 0 to 10 miles of the site.
4-1 SSREP Rev. $
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l
f i 4.2 AREA CHARACTERISTICS, LAND USE AND 1,EM00kAPHY q 4.2.1 Area charseteristics (Continued) A commercial dog track, Seabrook Greyhound Park, having an estimated peak capacity of 7.500, is located 21/4 miles west of the site. The nearest
, hospital to the site is the Amesbury Hospital, located about 51/2 miles southwest of the site. Information on the location of major medical related facilities, including hospitals anc nursing homes has been compiled for the i area within 10 miles of Seabrook Station. Approximately 10! of the total j estimated medical related population is located within a 5. mile radial 4
distance from the station. Table 4.2 'Hedical Related Fncilities within about 10 Miles of Seabrook Station' summarizes major medical related facilities. i The Pow Wow River State Forest occupies approximately 48 acres in the town of South Hampton, NH, approximately seven miles vest of the site. Th. Parker River National Wildlife Refuge is located in the town of Newh Massachusetts, approximately nine miles south of the site, and be 1 1 area of 6,405 acres. j 4.2.2 Uses of Adiacent Lands and Vaters l The Seabrook Station site is bordered on the north, east and south by mars., 1 land extending to estuaries, streams and Hampton Harbor. The land *.o the west is characterized as second growth and scrub land, as is sixty per m
- i of the land within the town of Seabrook. The active farms in Seabroo' 1 O occupy less than six percent of the laad area. Less than twenty percens u the land area in the town of Seabrook is characterized as residential.
Approximately 1.5 percent of the town is designated as industrial,
- Water uses in the area of the plant site are mainly recreational, t.aluding j the beaches in Salisbury, Seabrook, Hampton, and North Hampton, and boat docks in Hampton Harbor. Beating activity on the Hampton and Black Water Rivers, within a 2-mile radius of Seabrook Station, is concentrated within their lower stretches, in the Hampton Harbor area. Boating activity in the
, Atlantic Ocean is largely concentrated within two or three miles of Hampton l Harbor inlet. Provisions with the U.S. Coast Guard are made by State of New Hampshire authorities to alert and control boating traffic in this area in the event of a radiological emergency at Seabrook Station. 4.2.? Pooulation Distribution Data from numerous sources were used in developing distributions and , ll projections of permanent resident and transient populations within 10 miles I of the Seabrook Station site. This area includes portions of New Hampshire (- and Massachusetts. The projected 1989 estimate of resident population l- distribution is shown in Figure 4.4 '1989 Estimate of Resident Population-Distribution within a 0 10 Mile Radius of Seabrook Station.? l l 42 SSREP Rev. $
l 1 ! 4,2 AREA CilARACTER!$71CS, LAND Uf 4 AND DEMOORAPHY 4.2.3 Pneulstion Distribution (Continued) , During the summer period, a transient population is associated with the beaches and other recreational facilities in the vicinity of Seabrook 4 Station. Figure 4.6 represents a capacity type estimate of the peak i population associated with the beach area parking lot capacity during summer ! months, i
- 4.3 EMERGENCY P1ANNING ZONES i
i In accordance with the requirements specified in 10CFR$0.33(g). emergency plannir.g zones have been selected based upon the knowledge of the potential
; consequences, timing and release characteristics of a spectrum of accidents, ; including core melt scenarios, regardless of their extremely low probability of occurrence. As a result, an emergency planning zone concept was developed, both for the short term plume exposure and for the longer. term ingestion exposure pathways.
j Emergency Planning Zones (EP2's) are defined as the areas for which planning is needed to assur10)
Clipper Home 188 Jones Ave.
(NNE >10)
Edgewood Centre 928 South St.
(HNE >10)
Brentwood Rockingham County North Rd.
Nursing Home (NW >10)
Merrimac -
Herrimac House 2 Prospect Hill St.
(VSW 8 9)
Herri Village Middle St.
(WCW 8 9)
O
(
N S$ REP Rev. 3 P
TABLE 4 2 (Sheet 4 of 4) p, MrDICAL RELATED FACILITIES VITHIN ABOUT 10 MI(ES OF $$j 6R00K STATi'.UN
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( 1,0 cation l petne and Tytse 1 Sector) 19vburY Novbury Village Elderly Houning 30 Rolf's Ln. ' ($ 7 8) Residence Harbor School 24 Rolf's Ln. (5 7 8) Elderly Housing of Quaker Hill 125 Main St., (S ?.8) Elderly Housing of Oak Ridge 84 Main St. (S 7 8) Adelynrood Retreat Center 46 Elm St. (S 8 9' , 1 SSREP Rey, $ o
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ABLE 4.4 COMMtJNITIES VITHIN THE SEABROOK STATION ' ( PLtHE EXPOSURE PATHVAY EMERGENCY PLANNING ZONE ) \ COMMUNITIES INVOLVED AFFECTED BY VINDS BLOWING FROM Brentwood . NH ESE East Kingsten .NH E.ESE Exetet . NH s? creenland . NH S Hamiten - NH SW,$3E Hampton ifr tis - NH ES E,3T. lHamptonBouch NH W.WNP Kensington NU ESE.2 Kingston . ::.M ESE.E Newfields . NH SSE.SE New Castle . ti" SSW Newton - NH E.ENE North Hampton NO S.SSW Portsmouth NE SSW P KH $$W
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l N~ SEABROOK STATION " INGESTION EXPOSURE" PUBLIC SERVICE COMPANY OF NEW HAMPSHIRE EMERGENCY PLANNING ZONE i SEABROOK STATION - UNITS 1 & 2 FINAL SAFETY ANALYSIS REPORT (COUNTY DESIGNATIONS) RADIOLOGICAL EMERGENCY PLAN l FIGURE 4.8
SB l 6 2 Amendment 55
.luly 1985 FSAR \ )
RJ 5.0 EMERGENCY CLASSIFICATION SYSTEM 5.1 Summary
-The Seabrook Station Emergency Classification System categorizes a wide spectrum of component or system failures and other occurrences that would reduce stat ion saf ety margins. One of four emergency classifications is made upon the recognition of an initiating condition which indicates a degraded station status. Many of these initiating conditions are defined by five critical Safety Function (CSF) color coded status trees which indicate the severity of an off-normal condition and are available to operators on the Safety Parameter Display System. Other initiating conditions are defined by quantitative or observable indications of station conditions called Emergency Action Levels (EAL's).
5.2 Emergency Classifications Seabrook Station utilizes the four emergency classifications as specified in NUREG-0654 / FEMA-REP-1 (Novembe r , 1980). In order of increasing severity these The are: UNUSUAL EVENT, ALERT, SITE AREA EKERGENCY, and GENERAL EKERGENCY. following definitions and descriptions of these emergency classes are used at Seabrook Station, fN. i % llNUSUAL EVENT -
\ /
V AN UNUSUAL EVENT INDICATES A POTENTIAL DEGRADATION OF STATION SAFETY MARGIN 9 NO REl. EASE OF RADIOACTIVE MATERI AL REQUIRING OFF-SITE RESPONSE OR MONITORING ARE EXPECTED. ALKRT - AN ALKRT LNDICATES AN ACTUAL OR POTENTIAL SUBSTANTIAL DEGRADATION OF SAFKTY MARGINS. ANY RELEASES ARE EXPECTED TO BE LIMITED TO SHALL FRACTIONS OF TilK KPA PROTECTIVE ACTION GUIDELINE EXPOSURE LEVELS. SITM ARKA EMERGENCY - A Sil'h AREA KMERGENCY INDICATES AN EVENT WHICH INVOLVES LIKELY OR ACTUAL ANY-MAJOR Fall.IIRKS OF STATION FUNCTIONS NEEDED FOR THE PROTECTION OF THE PUBLIC. REl.KASKS ARK NOT EXPECTED TO EXCEED EPA PROTECTIVE ACTION GUIDELINE E LEVELS KXCEPT NEAR THE SITE BOUNDARY.
. GENERAL r.MERGENCY -
A GENE 1AL KNERGENCY INVOLVES ACTUAL OR IMMINENT SUBSTANTIAL -CORE DEC!MDATION RELEASES OR' MEl. TING WITil THE POTENTIAL FOR THE LOSS OF CONTAINHENT INTEGRIT't. CAN liK RKASONABLY EXPECTED TO EXCEED EPA PROTECTIVE ACTION GUIDELINE EXP
- I.EVELS OFF-SITE FOR MORE THAN THE IMMEDIATE AREA.
f.s .( )
'N J 5-1
._ __ _.._ _ .-_._ __ -_. _ . _ . __ __ _ _ _ __ _ _ = _ _. ._. - _ . __ . ._
i Sli 1 & 2 Amendment 1$$ FSAR .luly 19MS 5.] S c o pe. of-Classiftentton System The classification system for Seabrook Station provides the ability to classif y!approximately sixty discrete symptom-based or miscellaneous events.
.The system cunsiders and classifies events specified in Appendix 1 of NUREG- ,
~-0654 / FEMA-REP-1; _ upset conditions defined by the Critical Safety Functions,_ -1 and_the< discrete accidents 1 contained in-the-Seabrook Station-Final Safety Analysis Report, Chapter 15,1 Accident Analysis.
5 . 4' Symptomatic Approach to Classification A symptomat ic approach hasL been developed- to - assist operators in emergency recognition and-classification.. Critical station process. data are condensed
-un~ color-coded status trees which allow the operator to recognize an off-normal condition.and'take appropriate actions.. Symptomatic status _ trees are
. aval tante to the operator and at the emergency response facilities on the plant process' computer displays-and on hardcopy.
A' wide spectrum of events that represent varying -degrees of- saf ety margin ; reduction are 'lliust rated on the color-coded status trees. The status trees i
.(Figures 5.1 - 5.5) are based on the following-five Critical' Safety _Functionst l S - Subcriticailty
& C -: Core-Cooling 1 ) ~~ll.- flent Sink
'V
' P - RCS -integrity LZ - Containment Integrity Color coding is. used _to identif y_ event priorities for the: individual branches
-of thelstatus trees as follows:
[ fGRKEN - Tho Critical; Safety Function is satisfied - No operator action is called for. YEl.l.OW - The Critical _ Saf ety Function =1s not _ fully satisfied -- . Operator action .may. eventually be ' needed. ORANGK - The. Critical Safety Function is under severe challenge _ Prompt operator action is'necessary. ERED -= 1ho Critical Saf ety Function is in jeopardy - Immediate operator act ion is _ required. il t a- stat us t ree is- coded in a color .other than: green,- the cont t vi room upe_rators will take corrective action ~ consistent with the- Emergency Operating - trocedures.: in addition,-ifna status tree (or combinationLof-status trees) is
' ~
~
in a~conditton other,than green, the Shift Superintendent will.use=the Mnbrgency Classificat. ion Flowchart (Figure 5.6) to determine whether an ., Fmergency must- be declared. X 55 5-2 l
- _ _ . - -_ _ - _ . . . - _ . _ _ _ _ - = _ _ _ . . _ _ . _ _ _ _ . _ _ _ .
-SB l-& 2 Amendment 58 FSAR April 1986 y L
-b -
Figure 5.6 presents the- critical saf ety functions- in descending order of-importance-as one reads down-the figure. If more than one classification is reached, the emergency will be classified according to the most- severe. 5.5 Miscellaneous Station Conditions
= The capability also exists for the classification of emergencies based on conditions that do not-challenge a Critical-Safety Function.
Based on the - guidance of Appendix 1 of NUREG-0654/PEMA-REP-1, miscellaneous emergency conditions (e.g.,-fire, electrical. security, natural events) have been - evaluated,_ initiating conditions identified and Emergency Action Levels i developed. The specific' miscellaneous initiating conditions are indicated on 1 Figure 5 6' , i In some cases a combination of siscellaneous conditions or a complication of a miscellaneous condition with a critical safety function are an indication that an emergency -classification has been reached. These combinations and compli-cations are also on Figure 5.6. 5.6~ Classification of Emergencies ;
. Classification.ofi an emergency at Seabrook Station is made based on one or more of the conditions listed :in- Figure 5.6. Specific EAL's (color-status ,
{t . trees,-meter indications, alarms. or limits) for initiating conditions are [ lprovided.in an emergency response procedure and in operator training. The - -I specific emergency response procedure is ERI.1 "Clakalfication-of l 1 Emergencies." - This; procedure contains the- specific EAL's that . serve as the i basis for. an -emergency condition classification -into one of the four emergency - I ! categories. This-includes specific -definitions of the events (i.e. natural
- phenomena , aman-made occurrences, security threats and discretionary items)
Eunder_ category 18 - of Figure - 5.6. In all cases, if several emergency ; classifications are-indicated --the most severe emergency classification will [*1 l be made_ whether based- upon status trees or miscellaneous. initiating . J conditions.
-5. 7 Sample Classifications j~ . -
L To ensure _ understanding.of the emergency classification system, the.fcilowing sample : classifications - are' presented. These examples explain the process by which~the; operators-would come to the decision'to classify an emergency. ( . EXAMPLE 1 - Condition - Critical Safety Function Core Cooling (Figure- 5.2) p indicates orange. l l First locate C, . Core Cooling under the Critical Safety Function column on the l left of Figure 5.6. - Then moving to the right, find C;0 range-_under the-appropriate emergency class, Site- Area Emergency. l' p EXAMPLE 2 - Condition - Critical Safety Functions, Heat Sink (Figure 5.3) indicates red, and Core Cooling (Figure 5 2) indicates orange. g I 1 5-3
. .- . . - -- -_ . . - - . - . - . - - . . - --. -. = - . .
I November 1987 Combinations of separate Critical' Safety Function indicators sometimes warrant A a higher' level emergency classification.' First locate C, Core Cooling under the Critical Safety Function column on Figure 5.6. . Moving to the right, find C Orange (Site Area Emergency), then C Orange plus H Red'(General _ Emergency). Then locate H Heat Sink.- Moving t0_the right, find H Fed (Site Area Emergency). Using the most severe classification, celect-General Emergency. EXAMPLE 3-- Condition - Critical Safety Function Heat Sink (Figure 5.3) > indicates red and bus E5 and bus E6 cannot be powered from the diesels or an offsite source within 15 minutes. Complications of other miscellaneous emergency conditions along with Critical Safety-Function indicators may also warrant increased levels of emergency classification. From Example 2 recall that H Red' indicated a Site Area Emergency. To consider the electrical' problem, locate category 6. Electrical Failures under the Miscellaneous Emergency Conditions column on the left of Figure 5.6. -Moving to the right, locate condition 6e (Site Area Emergency). To consider the complication, follow the Heat Sink line to the right and find H Red plus 6e.(General Emergency). Using the most severe classification, select General Emergency. EXAMPLE 4=- Condition - Indication of a steam generator tube rupture by
. procedure E-3.
V' First locate-the cat'egory of condition. Steam Generator Tube Leakage / Rupture under the column labeled Miscellaneous Emergency Conditions on Figure 5.6. Moving-to the right, locate condition 7b (Alert). The condition is classified as an Alert.- EXAMPLE 5 - Condition.. Indication of a steam generator tube rupture-by procedure E-3 and bus E-5 and E-6 cannot be powered from an off-site-source. First-locate the classification for_the steam generator tube rupture, 7b, as-
-in Example 4 '(Alert). Then locate the category, Electrical Failures, and move
- to the right to condition 6a-(Unusual _ Event). Following-either category 6 or 7, find the combination 6a plus'7b (Site Area Emergency). Using the most-1
-severe classification, select Site Area Emergency.
4 O 5-4
~ ~ - ~~~~~~~~~~~~~~~
tiHY_EPL3N]EP57056235 nil i ("y RED i i _ ' \_, ORANGE NEUTRON FLUX N
~ LESS THAN 5 */. INTERMEDIATE n (RTP) Y RANGE SUR ZERO OR Y
NEGATIVE YELLOW JNT ERMEDI ATE N RANGE SUR MORE NEGATIVE Y THAN - 0.2 OPM gy , s x") ~ INTERME01 ATE RANGE N GREEN LESS THAN 1.0E - 3 % Y YELLOW INTERMEDIATE N RANGE SUR ZERO OR Y NEGATIVE GREEN NORMAL STATION CONDITIONS VITH GREEN STATUS TREE LOGIC NOT EVALUATED
- NOTE: USE GAMMA - METRICS
[N N., T SSREP Rev. 4 CRITICAL SAFETY FUNCTION SEABROOK ST ATION STATUS TREE FOR
~
RADIOLOGlCAL EMERGENCY PLAN FIGURE 5.1 8.5 X ll
NHY.EPLANEP070062.DGN 1 RED REO RvLIS ~ULL y CORE EXIT N RANUE
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RVLIS OYNAMIC HEA0 N GREATER THAN 44 % 4 RCPs 30 % 3 RCPs . 20 % 2 RCPs Y 13 % 1 RCP YELLOW RCS N SUBC00 LING GREATER THAN 40'F Y GREEN NORMAL STATION CON 0!TIONS WITH GREEN, STATUS TREE LOGIC NOT EVALUATED g'] SSREP Rev. 4 U CRITICAL SAFETY FUNCTION SEABROOK STATION STATUS TREE FOR RADIOLOGICAL EMERGENCY PLAN C - CORE COOLING FIGURE 5.2 _ __ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _8_.5_X_ ll .____
NHY EPL ANiEP070062.DGN:1 ( r~~ k
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^ bb'3 YELLOW PRESSURE N LESS THAN NON ADVERSE ADVERSE 1185 PSIG Y
AT LEAST TWO AT LEAST ONE IN ALL SG'S SG GREATER YELLOW SG'S GREATER THAN 65 % WR, THAN 25 '/. NR NARROW RANGE LEVEL N GREATER THAN 7 25 % IN y ALL SG'S b " CONTAINMENT BUILDING N PRESSURE GREATER y THAN 4 PSIG m fv SSREP Rev, 4 CRITICAL SAFETY FUNCTION SEABROOK ST ATION STATUS TREE FOR RADIOLOGICAL EMERGENCY PLAN H - HEAT SINK FIGURE 5.3 8.5 X ll
NHY_EPLANEP070062.DGN11 W ,, 8 e v 5 e y E Tt T2 COLD LEG TEMPERATURE _ RED ALL RCS PRESSURE- n COLD LEG TEMPERATURE POINTS TO ORANGE RIGHT OF Y LIMIT A ' ALL RCS COLD LEG N TEMPERATURE" GREATER THAN 250'F (Ti , yl YELLOW ALL RCS COLD LEG N TEMPERATURE DECREASE TEMPERATURES N IN ALL COLD GREAT,ER THAN y l /'i ---* LEGS LESS 280 F (T2) \' ') THAN 100'F IN THE LAST Y GREEN 60 MINUTES ll ORANGE ALL RCS COLO LEG N TEMPERATUREC GREATER THAN y 250'F (T1 ) PRESSURE N YELLOW LESS THAN LTOP PRESSURE y RCS LIMIT N TEMPERATURE I GREEN GREATER THAN 342*F
- Y GREEN
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\, #) CRITICAL SAFETY FUNCTION SEABROOK STATION STATUS TREE FOR RA010 LOGICAL EMERGENCY Pt.AN P - RCS INTEGRITY
,SSREP Rev. 4 FIGURE 5.4 8.5 X ll !
NHY.EPLANEP070062.DGN:1 RED
,~s y
/ N (v ) CONTAlNMENT PRESSURE g 2 PS G Y RED ALL CONTAINMENT N PHASL' A & B ISOLAT10N CONTAINMENT N VALVES CLOSE0 Y PRESSURE LESS THAN Y 18 PSIG ORANGE ORANGE CONTAINMENT g BUILOING LEVEL LESS Y THAN S FT. YELLOW ALL CONTAINMENT N CONTAINMENT N PHASE A PRESSURE ISOLATION VALVES Y /N LESS THAN CLOSED \ YELLOW AT LEAST ONE N H2 ANALYZER IN ANALY2E Y MODE YELLOW CONTAINMENT g H2 CONCEN-TRATION LESS Y THAN 4*/. YELLOW CONTAINMENT g POST ACCIDENT MONITOR LESS Y THAN 10 REM /HR GREEN o CRITICAL SAFETY FUNCTION SEABROOK ST ATION STATUS TREE FOR RADIOLOGICAL EMERGENCY PLAN Z - CONTAINMENT SSREP REV 4 flGURE 5.5 8.5 X ll
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; 6.0 EMERGENCY FACILITIES AND EOUIPMENT
- \
- Following the declaration of an. emergency, the activation of the Emergency Response' Organization (ERO) will be accomplished within a number of dedicated emergency facilities._ Figure 4.3 indicates the relative locations of station facilities within the site. Figure 6.1 represents the locations of offsite sup-port organization emergency operations centers relative to the Seabrook Station site. Descriptions of Seabrook Station facilities follow in Section 6.1. A description of emergency equipment and inventories is found in Procedure ER 8.1.
l6.1 Emergency Centers 6.1.1 Technical Succort Center lATechnicalSupportCenter(TSC)hasbeenestablishedintheControlBuildingto direct post-accident evaluation and assist in recovery actions. The TSC is habitable to the same degree-as the Control Room for postulated accident con-ditions. The TSC has the capability to access and display station parameters. -! including the Safety Parameter Display System (SPDS), independent from actions ' in the Control Room. The TSC is included in-the station emergency com-munications network. The TSC has access to the station Final Safety Analysis l Report (FSAR), the Seabrook Station Radiological Emergency Plan (SSREP) and procedures, and a selected set of system prints, system flow diagrams, cable / wiring diagrams and equipment specifications. The TSC has the capability to assess radiological habitability conditions by monitoring for direct radiation and airborne particulates, and sampling for airborne radiciodines. b A layout of the TSC is provided in
- l. Figures Figure 6.2,8.6definestheTSCorganization.
6.3, and 6.4. Appendix F lists equipment and supplies that are maintained there. l 6.1'. 2 Ocerational Sueoort Center lTheOperationalSupportCenter(OSC), located on.the first floor of tha Adminis-tration and Service Building, provides a general assembly / dispatch area for assigned station manpower needed.to effect. protective and corrective actions in support of the emergency situation. The OSC is included in the station emergency comunications network. Emergency equipment is provided at the Radiologically-Controlled Area (RCA) access point located within the'0SC. Should conditions warrant evacuation of this center, the TSC will assume OSC functions: otherwise the OSC will remain active and manned until terminated by the Station Hanager.(Site Emergency Director). Figure 8.5 defines the OSC orga-nization, and Appendix F lists equipment and supplies that are maintained , there. A layout of the OSC is'provided in Figure 6.5. Emergency-Ocerations Facility l6.1.3-lAnEmergencyOperationsFacility(EOF)islocatedattheentrancetothePublic Service of New Hampshire generating station known es Newington Station on lGoslingRoadinNewington,NewHampshire. The EOF shown in Figure 6.6 serves as a base of operations for radiological assessment, overall emergency O ( v f 6-1 S! REP Rev. 4
p response organization management and recovery activities. The State of New Hampshire Incident Field Office and the Emergency Operations Center for the NHY Offsite Response Organization-(ORO) are physically co. located with the EOF. This arrangement encures close coordination with State (*) emergency response staff. The EOF is included in the station emergency communications network, as { described in Section 7.0, wnich links all emergency response facilities,
' monitoring and assistance teams dispatched from the EOF and offsite agencies.
The EOF has the capability to access and display station parameters, including the Safety Parameter Display System, independent of both the TSC and Control Room. Backup power to the EOF is available. Radiological assessment, monitoring and evaluation, and protective action recom. mendation formulation are directed from the EOF. The EOF organization shown in Figure 8.4 is responsible for continuous evaluation and coordination of all NHY activities related to an emergency.having, or potentially having, adverse radiological consequences. Copies of selected building prints and general building arrangements, all emergency planning documents applicable to Seabrook Station, including area maps, emergency response procedures, State (*) and local emergency plans.~and the station FSAR are available in the EOF. The EOF has sufficient assembly space and is designed to accommodate responding representatives from government and industry. The EOF serves as the base of operations for station material control, coordination of industry support. and establishment of a long-term organization to recover from the accident con. ditions and-results. .The EOF can. serve as a centralized meeting location-for O key representatives from offsite authorities and station management. The EOF can also.act as a focal point for the coordination and acquisition of company resources and liaison with the Seabrook Station Joint Owners, American Nuclear lInsurersandInstituteofNuclearPowerOperations(INPO). Emergency equipment maintained at the EOF includes gear necessary to assess radiological habitabiliti. This consists of. monitoring for direct radiation, and sampling and analysis for_ airborne radioparticulates and-radiciodines. The EOF provides_information needed by Federal, State (*) and local authorities for implementation of of fsite emergency plans. _ Appendix F contains a list of equipment that is maintained at the-EOF. 6.1.4- Engineering Suooort Center The. Engineering Support Center (ESC) is an area established at the Yankee Nuclear Services-Division (YNSD) offices in'Bolton Massachusetts. This center will be activated at an Alert, Site Area and General Emergency. This facility It has
]maintainsdirectcommunicationswiththeSeabrookStationTSCandEOF.
access to a complete set of as-built drawings and records pertaining to Srabrook lStationandmaintainsextensive--computercapabilitywhichcanbeutilizedto assess accident conditions at the station. The YNSD has the necessary ability and management expertise to perform a variety of emergency functions, such as engineering analyses, radiological evaluation, and station system assessment in support of the overall accident response and recovery efforts. 6-2 SSREP Rev. 4
'I l
The YNSD also maintains an Environmental Laboratory in Westboro, Massachusetts which will provide-24-hour service in the event of an emergency at Seabrook
._f]
3 Station. This lab provides capability for emergency environmental. sample and personnel dosimetry analysis. ' 6.1.5 Media Center- I This center is located at the Newington Town Hall. Newington New Hampshire.c The center will be activated in order to provide a centralized location for holding joint State (*). Federal-and New Hampshire Yankee emergency news briefings. The Emergency News Manager will coordinate activities at this , center.. An auto ringdown circuit has been established between the _ EOF and Media J
~lCenterinordertoestablishperiodicupdatesonemergencyinformation This center will-accommodate the media by providing:
- 1) an assembly or conference room with a public address system:
- 2) adequate communications:
- 3) duplicating machines and/or telecopieri and 4) station-background-literature. '
It.is expected _that State (*) and Federal public 'information personnel will' : operate from-the Media Center. l 6.1.6- Joint Telechone Information Center The Joint Telephone Information Center (JTIC) is located adjacent to the EOF at Public. Service =of New Hampshire's Newington Station in Newington, NH. The g facility is jointly staffed and operated by members of the New Hampshire Yankee
\ ERO,=0ffsite Response Organization'(ORO), and the State of New Hampshire. .The JTIC provides-a centralized location to-respond to media and public inquiries received by-telephone. It_also maintains a bank of information lines.
containing. reco_rded messages regarding the emergency for the public to call. Additionally, the facility.has dedicated equipment'for the' monitoring and
' recording;of_ television and radio broadcasts.
The nature'and level of interest of. media inquiries are relayed to'the-Media R Center where they-may.be: addressed in a more-comprehensive-fashion by
. subsequent news' releases or press briefings. Likewise, rumor trends are
;provided to the Media Center for formulating a-response in later' releases-or brie f ing s',
'6.1.7 Federal Radiological Monitorint and Assessment-Center
>The Federal-Radiological Monitoring and Assessment Center _(FRMAC) will be
= established by. the US Department of Energy (DOE) at- a _ suitable -facility in -
proximity to the EOF'in response to a request from either State (*) or Federal authorities. The DOE.and Environmental Protection Agency (EPA) are prepared to '
-deploy specialized resources and establish a base of-operations for offsite-radiological monitoring and assessment activities. . Environmental data obtained by an array of technical experts operating-out of.this center will be used by
. governmental officials in-determining:the hazard associated with the incident and the appecpriate protective actions. DOE is responsible for the-coordination of FRMAC emergency activities as described in the Federal Radiological Emergency
. Response Plan (FRERP).
3]. 6-3 SSREP Rev. 5 "
.- . ~ . _ _ . _ _ _ _ . - - . . _ _ . _ _ _ _ -- _ _. _ _ _ .._ _ _ _ __. _ 6.2 Assessment Cacability
~
The activation of this plan and the continual assessment of accident conditions
\ require extensive _ monitoring and assessment capabilities. The essential monitoring systems needed to allow recognition of abnormal events by the
[stationoperatorswasusedintheaccident classification methodology. This section briefly describes these monitoring systems as well as other assessment capabilities. 6.2.1 Procens Monitors lStationprocessmonitoringcapabilityincludesmanyprocessmonitorindications provided from various sensors located throughout station systems._ Parameters monitored include pressure. temperature. flow,-level and equipment operating status. These monitoring systems address the requirements of Regulatory Guide 1.97, Revision 2. Radiation Data Mananement System l6.2.2 lThe_RadiationDataManagementSystem(RDMS) provides operators with the ability to assess station radiological conditions.during normal operations, as well as radiological emergency conditions. - The -RDMS is a microprocessor-based acquisi-tien and display system. Field mounted detectors communicate individually to their own microprocessor which in turn communicates to two central processing units (CPU) on a redundant communication loop. The.various parameters monitored include general- area radiation,- process radioactivity levels, -airborne con-
-tamination levels, and effluent radioactivity levels. . The quantity and diver.
sity of the parameters monitored, along with the display _ capabilities of the RDMS, provide the operator with sufficient warning of accident conditions as well as continual accident assessments. However, the primary means of quan-titatively evaluating system and plant radioactivity levels will be through a program of collecting physical samples and subjecting these physical samples to
-laboratory analysis to identify specific isotopes and their relation to the RDMS ~.
Each of the RDMS monitors alarms in the Control Room' and Operational Support
]Centerforavarietyofalarmconditions(e.g.,.alertlevel.-highlevel,= power-failure, etc.). This system addresses the requirements of Regulatory Guide 1.97,' Revision 2.
6.2.3 Geochvsical Phenomena Monitors 6.2.3.1 Meteorological
- New; Hampshire Yankee maintains a 210-foot-high meteorological tower located near-the south edge of Brown's River, as shown in Figure 4.3. The parameters monitored-include-wind speed and direction at 43 feet and 209 feet above ground level, and vertical temperature difference (delta-T) between 43 feet and 150 feet and between 43 feet and 209 feet. The meteorological data from the tower are scanned and recorded as 15-minute averages by the Main Plant Computer 6-4 SSREP Rev. 4
System (HPCS). These aversges are available for on demand display on HPCS Q (
- terminals located in the Control Room TSC. and EOF. Strip Chart recorders
\s e) jrecordingmechanisms.(Protected located in the Ref. Instrument Shed at the base of the tower ser NRC IR 85 32(19))
A freestanding 30' backup meteorological tower is located adjacent to the settling basin outlet structure. Sansors used are the same model as the instrumentation associated with the 210-foot tower. The meteorological data from=the backup tower are scanned and recorded as 15-minute averages by an independent computer system. These averages for wind speed, wind direction and delta temperature are available for on demand display on HPCS terminals located in the TSC and EOF. and a stand-alone terminal located in the Control Room. (Protected: Ref. RRC IR 85-32(20)) YNSD maintains a subscription with Weather Services International (WSI). Through the use of a terminal located in the EOF, emergency response personnel can access recent weather data from surrounding weather stations as well as long-range forecasts for the site region. YNSD meteorological services person-nel can access and ' review the same information from the ESC and assist the EOF in interpreting its results. YNSD meteorological services personnel are also available to assist EOF dose assessment personnel in evaluating the effects of ! Seabrook~ Station's coastal environment on plume transport and diffusion. Additional sourc-es.of meteorological information include the Portland, HE and Concord, NH N6 tion 61 Weather Service (RWS) Offices. Pease Air Force Base, located approximately 13 miles NNE of Seabrook Station. lcanalsoprovidebackupmeteorologicalmeasurementsshoulddatafrombothonsi',e 1 towers ' bv unavailable. Hourly Pease AFB meteorological measurements are available via:the WSI System and the Portland and Concord NWS Offices. The Systems Dispatcher will provide reports concerning natural occurrences or severe _ weather-conditions that may affect the station area, t A dispersion model. HETPAC. is available on a minicomputer to produce initial- ' plume transport and diffusion estiaates for the plume exposure' Emergency _ Planning Zone. The model~ produces plume-dimensions,: position. and: relative con-
-centrations at several downwind locations. Using effluent release information and a-finite cloud external gamma dose model, estimates of near real-time dose rates will also be available. The model has.the_ graphics capability of drawing plume, position over a background map of the site. More information on these calculation techniques is-given in Section 10.1.1 of.this plan.
6.2.3.2 Seismic '
'New' Hampshire Yankee has installed seismic monitoring equipment with alarms indicated in the Control Room. The equipment consists of
- 1) Triaxial Time History Accelerographs capable of measuring and per-manently recording the absolute acceleration versus-time for both-horizontal and vertical motion:
l' I d% 6-5 SSREP Rev. 5
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-2) -Tr'iaxial Response Spectrum Recorders capable of permanentf.y recurding peak responses as a function of frequency for both horizontal and P . vertical-mc ons: and
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- 3) Triaxial hak Accelerographs capable of permanently recording peak acteleration.
The Control Room stlarms will indicate the following 1)- Earthquake in progress; and/or
- 2) Operating Basis Earthquake exceedei. i 6.2.3.3 ' Hydrologic Seismic Category I'm;.rr turt O.at house safety-related equipment have been designed to withstand a depth of still water on the station grads (+20.6 ft.
MSL) of 0.6 feet.- Access openings in exterior walls that are below the design flood. level consist of_r-railroad door _in Unit 1 Fuel Stcrsge Building and man doors in other structures. Flood protection has b6au provided by means .of water-tight _ doors or curbs around the door openings. Ih the case of the Fuci Storage Building, curbs-have_been constructed ersund vulnerable equitiment.-- All below-grade. structures are waterproofed on'the exterior face,;and sumps have been installed in all buildings. Because of the general design, it-was not necessary'to install. hydrologic monitors, nor will.it be necessary to bring the j reactor.to a cold-shutdown for the most severe flood-anticipated for the station. 6.2.4 Fire Detection Syst.gg13, 3 New Hampshire Yankee maintains _an extensive fire detection network which utili-zes a combination of-smoke detectors, thermal detectors and ra*.e-of-rise detec-toes as.means of, providing station -operator s with complete fire statur Linf orma tion.'- The-fire-protection system is comprised of the following basic lsystemst
- 1. A1 pumped water system providing a complete underground looped shation fire main with hydrants, hose houses'and hoso carrier.for yard _and building exterior protection, and inter.nal oprinkler6, hose stations and_ deluge systems lfor specific building'applimtions.
- 2. Portable halon=_ extinguishers in the Control Room complex and all-battery rooms.e
- 3. Portable CO2 fire extinguishers for use~in relay room and switchgear areas..
4.. Portable CO2 and dry chemical fire extinguishers located throughout; the station for insnediate use on'small' fires.
- 5. . Fire pump house ventilation system.
[
- 6. Fire pump. house and fire tank heating system.
A' 6-6 SSREP Rev. 5 .y e s-g-9 .,-.og- y e-
- 7. Standpipes with hose stations in the containment, control buildia6
(~} primary auxiliary building, fuel storage building, vaste processing building and equipment vaults. 6.2.5 Facilities and Eauiement Fo r O f f s i t e Moni t,qr,ipn.g, In addition to of f site monitoring equipment and maps at the EOF as described in lSection6.1.3,NewHampshireYcnkeeconductsanoffsiteradiclogical environmental surveillance prograin. This program has been established for the site and currounding arita to monitor the environment under no wl and accident conditions. Detailt; of the reqdrementS of this program are .tonta Aned irl the station Technical Specificationn. l New Hampshire Yankee has full access to the WG Mobile Envirci.menta) Laboratory and the services of Yankes Environmental Lab in Westboro. Massachusetts, for emergency environmentsi semple and personnel dosimetry antilyses. The mobile equipment includes a four-wheel drive vehiclu which can be outfitted with a garna spectroucopy system with CaLi detector rnd data processing computer. A high pressure ion chamber for direct gamma measurements can also be included. Also available on a mobile basis are a TLD processor und emergency TLD badge riupply . The capabilities of the Westboro environmental lab constitute a fu'.1 spectrum of anal.ytical radioassay measurements on environmental sample media. A full service TLD processing capability alao exJ sts at the leb. , If mobilized, additional off site monitoring and analysis capability will be provided by Federal agencies in accordance with the Federai Radiological Emergency Response Plan of the Federal government, an discussed in Section _(n ') 6.1.7. This additional capability would be integrated with the efforts () underway in a coordinated manner. l6.3 Computer Aidd_D181En a,np Draf ting
. A Computer Aided Design and Draf ting (CADD) system is located onsite. This system provides the capability to create or revise graphic materials in a very short time. The plume EPZ base map and additions 1 specialized maps were created and are maintained on this systen. Revisions or additions can be made easily ensuring timely information regarding roads or facilities identified on the map.
In addition, scatus boards, organization charts and emergency response facility drawings are maintained on this system. f^' 6-7 SSREU Rev. 4 (w/- ,
4W i 6 ') Amendment 55 PSAR July 1985 L N > p 2 r k !) R g k 9 Figures 6.3, 6.4 and 6.5 have been revised and incorporated in Figares e,. 2. 6. 3, 6.4. 6. 5, 6.6 and 6. 7 in Ametidment 55
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7.0 COMMUNICATIONS
, Seabrook Station has established an emergency communications network for
( notifying and coordinating activities with offsite and onsite emergency response organizations which includes 24 hour per day manning of communications links. A summary of the communication network is presented below. 7.1 Nuclear Alert System The Nuclear Alert System, originating in the Control Room. is a microwave and leased telephone line system used to notify the State Police of New Hampshire and Massachusetts (*) (see Figure 7.1) of any event which has been classified as an emergency in accordance with the emergency classification system. In addition to the Control Room and State Police Agencies, this system has been installed in the two states' Emergency Operation Centers (EOC's)(*), the MA for-vard EOC in Tewksbury, the NH Rockingham County warning point in Brentwood, the Emergency Operations Facility (EOF), and the Engineering Support Center at the Nuclear Services Division. The system con serve as a back-up comunication system for coordination between the locations as shown on Figure 7.2. Back up to this system is the regular telephone system. Additional back-up to the State Police notification is provided via Station Security net. Provisions are made for backup power to the Nuclear Alert System. This system is manned on a 24 hour basis on both ends - the station and the state police dispatching points (*). The system is tested monthly between the states and the station.
, 7.2 Station Radio System 4
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Figure 7.3 provides a summary of the existing Seabrook Station radio comunications network. Each subsystem is described below. VHF Radio System l'7.2.1 l This system is utilized as a primary means for two-way comunications with the radiological survey teams. New Hampshire- Yankee utilizes a comercially provided VHF low-band paging system.- Through activation by comercial telephones, primary response personnel can be paged via digital display pagers. Pagers may be activated collectively by a group call number or individually. This system is parviced by multiple transmitter sites within a twenty-five-mile radius of Sesbrook Station. VHF remote control consoles exist in the Control Room, the Technical dupport Center, the Operational Support Center and the Emergency Operations Facility. These locations will control on-site and off-site VHF radio base stations in a single frequency simplex transmission mode of operations. Mobile units are also available in selected station vehicles. Portable units are available at the Emergency Operations Facility. O 7-1 SSREP Rev. 4
April 1988 f \ 7.2.2 UHF Operating and Maintenance System V This system it utilized for two-way communications by station Operations and Maintenance department personnel and between the Operational Support Center I and dispatched on-site corrective action teams. The system is dual frequency which normally operates through a common onsite repeater base station for improved transmission capability or directly from the control stations to remote portables should there be a repeater base station failure. Remote control consoles located at the Contro'. Room, the Operational Support l Center and the Technical Support Center operate through a common control station I located in the Radio Room. 7.2.3 Security System This system is utilf red for two-way communications between the Central Alarm Station (CAS), the Secondary Alarm Station (SAS) and the Guard Island and security personnel for base to portable / mobile and for portable to portable communications. Control stations exist at the above locations. This system is dual frequency which normally operates throtgh a common ensite repeater base station for improved transmission capability. If necessary, direct control station to remote unit communication is available. A)
- 7.3 Telephone System The Telephone System is used as a means of communications for notification and coordination with onsite and offsite organisations/ teams. The telephone system is interconnected with the public address system and the microwave communication systems, as described in the sections below. If power is lost temporarily to the station PABX, certain extensions located in the Control Room, TSC and Guard Island will be /tomatically connected to the public telephone exchange network directly. Through microwave circuitry, the Control Room, TSC and OSC can directly access Manchester PABX extensions to provide additional communications in the event of a temporary loss of power.
Restoration of the PABX would be restored promptly through activation of a dedicated diesel generator. 7.4 Station Paging System A versatile paging system is used for alerting station personnel of emergencies. A central control panel is located in the Control Room. The primary means of accessing the paging system is through the station telephone system. The secondary means of access is through iedicated paging system handsets which are located throughout the station including the Control Room, Technical Support Center, Operational Support Center, and Security Guard House. t 7-2 SSREP
l 7.4 51ATION FA3ING SY$ TEM (Continued) i The system consists of four channels, and is utilised as a page/ talk s'ystem under normal operations. During emergency situations, the system can be used for (1) alerting station ;stsonnels (2) coordinating activities between ensite response tesms and the Technical Support Centers (3) calling missing persons that may be in the station: (4) coordinating activities between Control Room and Technical Support Centers and (5) comunicating between certain station centers as shown in Figure 7.3. A multi-tone generator is associated with the paging system. This generator produces the various alarms designated to alert station personnel of emergency situaticns. Alerting is ensured by the location of the page system speakers. In high background noise areas, beacon lights or similar devices supplement the speakers. The alerting signal is manually initiated from the Control Room by keying the appropriate alarm station. The evacuation alarm takes priority over all other transmissions. Power to the paging system is provided by uninterruptible power supplies, independent from the-power supply for the telephone syttem. The paging system is used daily and the alerting alarm is tested weekly. 7.5 SOUND POWERED TELEPHONE SYSTEM The station has been equippe4 with a mcitiple loop sound powered telephone system. Jack locations have been provided near many major pieces of equipment and on control panels instrument racks, motor control centers, unit sub.
, stations and switchgear. Switching panels are provided in the Control Room to
( enable the loops to be connected together. A supply of sound powered telephone bandsets and cables are available in the Control Room emergency supply room. Since no external power is necessary for operatien, the system is r.vailable during an emergency however, its greatest application would occur during a recovery phase. 7.6 NRC DEDICATED COHHUNICATIONS Clu.NNEL$ is installed between the Nuclear '
, lAdedicatedtelephone(ENSredphone)Repuletory Commission Headquarters Operations Cen Control Room with extensions in the Technical Support Center, Emergency Ope.atiot s Facility and the NRC Resident Inspector's of fice. This is an aut oma t1#
lCentera ringing systemcondition. an emergency designed to contact the NRC Headquarters operations The system has a 24-hour manning capability lstbothorganizations. Designated commercial telephones are installed in the Emergency Operations Facility and the Technical Support Ce'..ter for use as the Health-Physics Network. These telephones will be used for the sole purpose of reporting and coordinating radiological and environmental mattua to the NRC. Additional conusercial line capability has been designated in each response center for NRC regional response team members. 7-3 SSREP Rev. 5
7.7 Microwave Comunicat. ion System T Two microwave transmitter-receiver units in a loop system arrangement for high system reliability are installed at Seabrook Station. The system provides both g kj voice and data channels. The voice channels provide direct communication bet-ween the Control Room and system dispatcher and for contacting the Nuclear lServicesDivisioninBolton, Massachusetts. 7.8 Station Dedicated Comunication Channels Voice auto-ringdown circuits exist between the Emergency Operations Facility and the Media Center for the purpose of coordinating accurate accounts of emergency information. To maintain a rumor control network for the general public, 800 service numbers are available at the Media Center. 7-4 SSREP Rev. 4 I i V l
O f 8 NOTES: (1) SEE STATE RESPONSE , OTHER STATE g PLAN FOR COMMUNICATION NOTE (1)
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l 6.0 ORGANIZATION {/ 8.1 Introduction An Emergency Response Organization (ERO) has been established to respond to radiological emergencies at Seabrook Station. This organization includes on-shift personnel, additional station personnel, corporate personnel. Yankee lNuclearServicesDivision(YNSD) personnel,localservicessupport, and private organization support. The structure of the emergency response organization may vary depending on the time of day, the severity of the incident, and the emergency classification. In . the initial phases of an accident an On-Shift ERO (See Figure 8.1) consisting of ! personnel from the normal station organization will be responsible-for event I In the following lclassificationandcompletionofprimaryemergencyactions. phases of emergency response, the Augmented ERO for either the Unusual Event (See Figure 8.2) or Alert, Site Area Emergency, and General Emcrgency (See Figure 8.3) will be activated with the capability of continuous 24-hour-per-day operations for a protracted period. Figure 8.15 provides a comparison of the NUREG-0654 Table B-1 emergency response staffing requirements with the New Hampshire Yankee on-shift ERO. 8.2 Normal Station Oraanization The normal statien organization wall vary depending on the time of day and mode of operation. During backshifts and weekends, the operations crew consists oft O l two one Shift Superintendent, one Unit ShiftandSupervisor, Auxiliary Operators, and five Fire Brigade personnel. During the day shift (normally between 7:00 a.m. and 4:30 p.m.) additional management personnel are present onsite. administrative During any shift, the normal station organization will support the On Shift ERO. For Modes 5 and 6 only, the Shift Superintendent and one of the Auxiliary Operators are not required. 8.3 Ingraenev Resoonse oraanization lThestructurefortheEROwhichwouldbeactivatedtorespondtoanincidentat Seabrook Station is provided in Figures 8.1 through 8.11- . Appendix A describes the positions listed on these figures along with activation level, response location and responsibilities. Appendix A also correlates the normal station , title of assigned personnel to the emergency title for each position. 8.3.1 On-Shift Emeraenev Resoonse Ornanization The Unit Shift Supervisor has the responsibility to recognize potential emergency conditions and notify the Shift Superintendent. The Shift Superin. tendent has the authority and responsibility to classify the observed conditions in accordance with the emergency classification system. The classification of an emergency initiates the activation of the station lOn-ShiftERO(SeeFigure8.1).
/
I 8-1 SSREP Rev. 4
Once the ERO is activated, the Shif t Superintendent assumes the position of lShortTermEmergencyDirector(STED). The Unit Shift Supervisor assumes the
\ .
duties of the STED until the Shift Superintendent responds to the Control Room.
%J Additional on-shift personnel assume emergency duties in the on-Shift Emergency Response Organization shown on Figure 8.1. Actions include l assistance in initial emergency classification or reclassification. l lnotificationofState(*) and NRC personnel, recommendation of offsite protec. '
tive actions, and operational activities to achieve and maintain station safety. 8.3.2 Augmented Emergency Response Organization Following classification of an emergency, the On-Shift ERO vill evolve to an ) Augmented ERO. The composition of the Augmented ERO depends upon the emergency l classification level declared. ) 8.3.2.1 Unusual Event Augmented Emergency Reseonse Organization l During an Unusual Event, a limited number of essential ERO merabers, shown in l Figure 8.2, report to their assigned Emergency Response Facility (ERF) or are notified to assist the on-shift staff with the emergency response. These individuals are referred to as Primary Responders. The STED will transfer overall management responsibility to the arriving Site Emergency Director. As part of this transfer, the Site Emergency Director will be fully briefed by the STED on the status of the station, accident mitigation and corrective actions taken, offsite notifications and the status of the ERO. g lUponassumingcommand,theSiteEmergencyDirectorwillnotifyappropriateERO members of the transfer. Independent of the arrival of.the Site Emergency Director, the Unusual Event Augmented ERO will carry out its responsibilities as outlined in the appropriate position descriptions of Appendiz A. These actions are directed towards termination of emergency conditions, assessment of onsite radiological conditions, technical support, coordination of station activities lwithoffsiteauthorities(State (*)andFederal),andprovisionofmedicaland other requested assistance. If the condition (s) that caused the Unusual Event completely clears prior to the Control Room notifying the Primary Responders, the STED may determine which, if any, of the Primary Responders need to report to the site. If not, these indi-viduals will complete their assigned tasks on the following business day. 8.3.2.2 Alert. Site Area Emergency and General Emergency Augmented Emergency Resoonse Organization Upon declaration of an Alert, Site Area Emergency,-or General Emergency, there 1s a full augmentation of the On-Shift ERO. The fully augmented Alert, Site lAreaEmergency,GeneralEmergencyAugmentedEmergencyResponseOrganiza are shown on Figures 8.3 through 8.11. The augmented emergency response organizations will carry out the responsibilities listed for the appropria.te positions in Appendix A. 8-2 SSREP Rev. 4
- = _ . - . . - . - - . - _ _ - . - . -__ -. . - - _ - - - - - ... - ... - -
The Site Emergency Director will transf er command of the overall emergency f( response to the Response Manager. As part of this transfer, the Site Emergency Director will fully brief the Response Manager on the status of the station, accident mitigation, corrective actions taken, status of the ERO, and the I protective action recommendations, if any, provided to offsite authorities. l The Site Emergency Director will continue to direct all onsite response activi. ties. The Response Manager position will be assumed by a member of New Hampshire i Yankee senior management. This person has the authority, management ability and technical background to organite and manage response and recovery opera. tions. The Response Manager is responsible for providing overall direction l and guidance to the Site Emergency Director in the effort to return the station to a safe condition. For Alert, Site Area Emergency, and General Emergency declarations, the Response Manager will report to the EOF and this position will remain in l effect until emergency conditions and subsequent recovery activities have been terminated. The remaining station ER0-staff will report to locations identified in Appendix A and shown in Figures 0.3 through 8.11. This may involve the relocation of some ERO staf f f rom Unusual Event response locations to Alert, $ite Ares l Emergency, and General Energency response locations. I 8.4 Emernency Public Information Organization h The Emergency Public Information organization is responsible for providing h f actual and timely information to the public regardir.g emergency conditions at Seabrook Station. The Emergency Communications Coordinator is responsible for j transferring news releases and emergency status reports to the Emergency News Manager._ The Emergency News Manager directs the Media Center organization shown in Figure 8.9.- l 8.5 New Hameshire Yankee Cornorate Succort l NHY_ Corporate Support is integrated into specific ERO positions. These_posi. l tions respond as part of an Augmented ERO. Position descriptions are contained I in Appendix A. l 8.6 Yankee Nuclear Services Division Entineerina Suovert Center Upon. notification of an emergency at Seabrook Station requiring its assistance, the Engineering Support-Center Director will organite an Engineering Support l Censer (ESC) to enable the use of the expertise and resources of YNSD to support j the emergency response and recovery. Thjs organization is presented in Figure 8 .11. . Positions and/or functions of this organization are as follows:
-( 83 SSREP Rev. 4
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i I i 8.6.1 Entineerina suerort Center Director 1 O l \ An officer of YNSD assumes overall responsibility for providing the Response i Manager with the expertise and resources available within YNSD. The functional responsibilities include but are not limited to the followings l l 1) Coordinate YNSD emergency assistance with the station emergency ] response as requested by the Response Kanagert i l 2) Provide support for planning and execution of reentry and recovery j operations: l j 3) Coordinate the identification and/or review of station modi!*. cations ' needed for recovery: and i j 4) Supervise the Engineering Support Center. 8.6.2 Administrative Aeristant
- The Administrative Assistant is responsible for coordinating the acquisition of lmanpowerandequipmentfromwithintheYNSDtoservetheneedsoftheYNSDERO.
The functional responsibilities include
- 1) Assist the Engineering Support Center organization:
- 2) Assist the station and New Hampshire Yankee Emergency Reeponse organizations in purchasing materials and arranging financial and O . legal assistance: and
\ 3) Provide general office-support such as telephone operators, typing
.; and reproduction. 8.6.3 Nuclear Ennineerina The Nuclear Engineering staff analyzes station core parameters and offers advice i to the station ERO concerning corrective measures required for the protection of the-core.- This group's functional responsibilities include:
- 1) Review core parameters to determine current conditions of the core:
7
- 2) Review proposed station operations with respect to the effect on core conditions: and 3 ') - Develop recormnendatio:.s for. station operations that would yield safer core conditions.
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- $ 84 SSREP Rev. 4 J
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4 l 8.6.4 Computer Servlees k The Computer Services staff is responsible for the accumulation, retention, and F l retrieval of inforration needed by the YN$D ERO. Its responsibility includes coordinating communications services within the Engineering Support Center.
- I 8.6.5 Emertenev Pretaregat
- 1
! I I The Emergency Preparedness staff provides liaison and assistance with State (*) I and Federal emergency cesponse organizations regarding YNSD response efforts. l It also implements appropriate portions of the Yankee Mutual Assistance ( Agreement when requested. I l 8.6.6 Oeerational Programs and Licensinn l The Operational Programs Department staf f is responsible for analyzing problems associated with the operation of station systems ar.d equipment and provide recovery recommendations. . l The Electrical Systems staff analyzes accident effects on the station electrical supply systems and assists recovery operations with recommendations for modifi-cations or_ additions to the station electrical supply system. l The Medianical Engineering staff analyzes accident effects on station structures l st0 piping, and assists recovery operations with recommendations for modifica. tions or additions to the station. ( l The Instrumentation and Control staff analyzes accident effects on station instrumentation and control systems, and assists recovery operations with recommendations for modifications or additions to these systems. 8.6.7 Eravironmental Engineerint The Environmental Engineering staff is responsible for assisting in the coordination of the environmental monitoring program and providing interpre. tation of the data, as well as assistance in the calculation of doses based on projected releases. This group provides the following services in two general radiological areas of emergency response and associated station recovery:
- 1) Station radiological concerne in connection with personnel radiation protections and l 2) Environmental radiological concerns associated with offsite emergency rasseres for the public.
8-5 SSREP Rev. 4
. _ _ , . _ - _ . - _ . . _ _ _ - _- _ _ _ _ _ - _ _ . _ _ _ _ _ . . - _ _ . _ _ . I
l 8.7 Recoverv Ornaniration pg The emergency measures presented in thic pl.n are actions designed to mitigate
\ J the consequences of the accident in a manner that vill efford maximum protecticn O to the public. The emergency response organization described in Section 6.3 provides the foundation for the recovery organization. This organization provides the necessary capabilities during the recovery phase to restore normal station activity.
The emergency condition shall be deemed to have terminated by agreement between the authorities of Massachusetts (*) and New Hampshire. Federal authorities, and the Response Manager. Until such a declaration, the Site Emergency Director and the entire ERO will concentrate their efforts on returning the station to a safe and stable condition. After the emergency has been terminated, they then direct their efforts to restoring the station to a condition such that normal l opera;ionscanberecumed. 8.7.1 Establishment and Manatement of the Recoverv Organization The flexibility of a recovery organization in essential, planning for the
, recovery mode of operations involves development of general principles ac.d an organizational capability that can be adapted to any accident situation.
Once the response phase of the emergency is terminated, the Resp 0nse Manager assumes command of recovery efforts. A recovery organization vill be formed l consisting of members of the ERO. YNSD and, if necessary, personnel from regional utilities, nuclear industry groups and consultants / vendors. h lTheResponseManagerisdirectlysupportedbythestaffattheEOF. in the disciplines of Engineering. Operational Support and Quality Assurance Expertise
\"/ will be available during the recovery phase. Additionally, the New Hampshire Yankee Training Center staff vill be available to evaluate and test proposed operating sequences and recovery sctions using the Training cente simulator and technical resources.
Extensions of New Hampshire Yankee Emercenev Resoonse Otranization l8.8 8.8.1 1ocal Servicee Arrangements have been made for the extension of organizational capabilities for handling emergencies. These includes l 1) Transportation of injured personnel using the Town of Seabrook Fire Department ambulance service:
- 2) Treatment of radioactively contaminated and injured personnel at Exeter Hospital and of over exposed personnel at Brigham and Vomen's Hospital in Boston, MA: and
- 3) Fir 3 support services by the Town of Seabrook Fire Department and, if necessary, mutual aid.
lLettersofagreementwithparticipatinglocalserviceorganizationsaremain-tained in Appendix D to this plan. { B-6 SSREP Rev. 4
l J 8.8.2 Federal Governnent Suerort a
\ All the resources of federal agencies appropriate to the emergency condition would be made available in acevrdance with the Federal Radiological Emergency Response Plan (TRERP). This plan and the resources behind it are activated through station notification of the NRC. Kany resources would be available.
l including offsite radiological assessment, under the leadership of the l Department of Energy. This effort would involve manpower and equipment for extensit plume measurement, including aerial monitoring and tracking, and I sampling and analysis of ingestion pathway media. The Short Term Emergency 1 Director. Site Emergency Director and Response Hanager have the authority to request Federal assistance. 8.6.3 Private oraanization Suorort l Depending upon the emergency conditions and the response needs, the New l Hampshire Yankee ERO can be augmented by manpower and equipment support from the l remainder of the Yankee related organitation. This includes, in addition to the l support resources of the YNSD Engineering Organization described in Section 8.6.
} response assistance from other Yankee plants (Yankee Rowe, Vermont Yankee and l Haine Yankee). Yankee related support capabilities are specified in the Yankee l Mutual Assistance Agreement, a copy of which is included in Appendix B.
Should response support beyond this level be required, additional support from other nuclear industry organizations can be requested through the Institute of l Nuclear Power Operations (INPC). The Response Hanager and/or the Site Emergency Director will be responsible for the decision to request industry response
! through INPO. All industry organizations reporting to the station will be
\s_,/ required to report to station emergency management who will specify the authori.
ties, responsibilities and limits on the actions of these organizations. All rasponse organizations will be required to adhere to all existing station proce. dures while completing their activities. B9 Coordination with State _ Government Authorities Because cf the location of Seabrook Station, the planning and/or action respon. sibilities at the state level involves two states. New Hampshire and Hassachusetts (*). Both New Hampshire and Hassachusetts (*) as well as the localities within the plume EPZ have prepared plans for a response to an emergency at Seabrook Station. In addition, the State of Maine, which lies within the ingestion EPZ has the capability to carry out appropriate response actions. These plans describe their respective responsibilities, authorities, capabilities, and emergency functions. The Seabrook Station Radiological Emergency Plan has been developed to provide for a coordinated response with the plans of offsite governmental agencies, i r 87 SSREP Rev. 4 1 l 1
. . . . - _ . . _ _ _ . . _ . _ , _ , _ - . . - . . ~ _ . , _ , _ . . . _ - _ _ _ _ _ . . . . , - w
Section 7.0 of this paan describes the communiistions network that has been developed between New Hampshire Yankee and these states as a means of promptly ( notifying appropriate authorities of station emergency conditions. The Short Term Emergency Director notifies New Hampshire and Massachusetti (*) State Police using the dedicated ederowave Nuclear Alert $ystem (NA$). This notifica. tion keys mobilisation cf various levels of emergency response dependent on the emergency classification. lDependentupontheemergencyclassification,bothNewHampshireand Massachusetts (*) would dispatch radiological health and emergency management lrepresentativestotheEOFforfirst.handemergencyinformation. The EOF Coordinator coordinates radiological accHent information and its meaning with both State (*) and Federal eme.rgency response organisations. Government requests for non radielegical information and specifically those regarding emergency management issues will be addressed by the Response Manager. Based on accident assessment, protective measures will be recommended by NNY and implemented by each state (*) according to actions prescribed by each state's Radiological Emergency Response Plan (*). Figures 8.13 and 8.14 provide a sunanary of the radiological emergency respon. sibilities and functions assigned to various Massachusetts and New Hampshire state authorities. The station maintains an updated copy of each state's (*) Emergency Plan. lInformationiscoordinatedwiththeMaineEmergencyManagementAgencybyNew Hampshire authorities for ingestion pathway considerations. Additional state support can be called upon from participating states in the New England Compact
\ on Radiological Health Protection.
u 0-8 SSREP Rev. 4
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1 FIGURE 8.12 ON. SHIFT EMERGENCY RESPONSE ORGANIZATION ACTIONS SHIFT SUPERINTENDENT HEALTH PHYSICS TECHNICIAN (respond to /N c \ (Short Term EmerRency Director) OSC) , Review Station conditions and
- l. 1. Provide radiological monitoring define emergency classification, capability.
- 2. Notify Station personnel by 2. Assist STED with in plant Statun announcement, radiological advice.
- 3. Request additional assistance. SECl*RITY PERSONNEL as required.
- 1. Activate ERO notification scheme
- 4. Project consequences of potential (secondary responders),
or actual airborno radioactivity releases, when applicable. 2. Monitor personnel accountability.
- 5. Notify State and MC authorities 3. Provide Station access and egress l of accident. control measures.
- 6. Evaluate system failures and 4. Notify YNSD and corporate officials recommend interim operating of emergency, as required, procedures / Station modifications.
I&C TECHNICIAN (one report to the UNIT SHIFT SUPERVISOR Control Room)
- 1. Recognize accident conditions and 1. Assume role of communicator, notify Shift Superintendent.
[ 2. Implement communicator checklist \] 2. Command activities of Control Room staff to restore Station to a safe responsibilities, l operating condition. 3. Notify primr.ry responders. CONTROL ROOM OPERATORS I&C TECHNICIAN (one renort to the OSC)
- 1. Implement appropriate procedures 1. Provide assistance to the OSC and actions to maintain reactor Coordinator in defining system safety, failures.
l 2. Monitor operational parameter MAINTENANCE PERSONNEL (respond to OSC) trends.
- 1. Perform maintenance activities
- 3. Advise Unit Sh!ft Supervisor of required to maintain Station operating ccnditions, safety.
AUXILIARY OPERATORS CHEMISTRY TECHNICIAN (respond to OSC)
- 1. Perform operational activities 1. Analyze RCS activity samples, when required to maintain Station applicable, safety.
- 2. Assist in radiological monitoring
- 2. Provide Station status reports to actions.
the Control Room, as required. (]l_ SSREP Rev. 5
NMV E PL AME P070089.0GNil KEY d\ , P = PRIMARY ; d m E
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) SEABROOK STATION RESPONS1BILITIES AND FUNCTIONS OF RADIOLOGICAL EMERGENCY PLAN MASSACHUSETTS STATE AUTHORITIES SSREP REV. 4 FIGURE 8.13
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l'. . g L) V FIGURE 8.15 O - COMPARISON Or NUREG-0654 EMERGENCY RESPONSE ST AFFl#G REQUIREMENIS WITH Tite NEW HAMPSHIRE YANKEE ON-SHIFT EMERGENCY RFSPONSE ORGANI7AIION (f RO) I of 4 NUREG-0654 Table 8-1 Position Title On MitY On-Shif t ERO l trumber M1jor funct ional Area
~
Maior Tasks ' or Empert ise - Shift Title j , i Plant Operations and Shift Supervisor (SRO) i I Unit ' Shif t Supervisor
< Assessment of Shif t foreman (SRO) 1 1 Shift Superintendent Operational Aspects Control Room Operators 2 2 Control Room Operators ,
Auxillary Operators 2- 2 Aux iliary Oper'ator's -i Emergency Direction and - Shif t Technical Advisor, 1" 1** Shif t Superintendent j Control (Emergency Shift Supervisor or. Coordinator)"= designated facility manager I cotification/ Notify licensee . State, 1 2 Control noone Communi-Coaumn icat ion"" local and federal personnel cator, Security Of f icer. i and maintain communication Radiological Accident Emergency Operations Senior Manager -- -- Assessment & Support of Facility (EOF) Director Operational Accident Offsite Dose Assessment Senior Health Physics (IIP) ; Assessment Expertise , Offsite Surveys -- -- Onsite (out-of-plant) -- -- In-plant surveys HP Technicians 1 I Ifealth Physics Technician Chemistry / Radiochemistry Rad /Chen Technicians 1 I themistry lechnician Pitnt System Engineering. Technical Support Shift Technical Advisor I 1" $ hilt Superintendent Repair and Corrective Core / Thermal Hydraulics -- -- Actions Electrical -- -- Mechanical -- --
.i Repair & Corrective Mechanical Maintenance / P" 2 pla in t es.arn e Mec han ic l
Actions Rad Waste Operator Electrical Maintenance / I'- 1 Ma int reineu e f let t r ic iar Instrument & Control I ist let:hnic ian
~
(180) Technician - SSRIP Rev. 5 r .
jm f-- s X , WIGURE 8.15
' COMPARIS0a CF aunt'C-0654 f MfRCf nCY Rf 5Pon5E 51 Af FING Rf QUIRIMENIS Wilu Thf NEW NAMP$ HIRE YAsutEE Om.5MIFT (MERGimCY RESPONSE ORGANf /AIIOn (IROI 2 of 4 (Continued) -
. Nt! REG-0654 Table B-1 ,
Position Title ' On #fff On-shif t IRO l Major functional Area Malor Tasks or Expertise shift Number I lt le . Protectise Actions Radiation Protection IIP Technicians' 2** 2**' Health Physics Technicians (In-Plant)
- a. Access Control
- b. HP Coverage for repair, corrective actions, search and rescue first-
' aid & firefighting
- c. Personnel monitoring !
- d. Destsetry l
t Ftrefighting, -- -- Ftre Brigade Per !achnical per Technical Spec if icat ions Specifications e i Rescue Operattons and -- -- 2** 2** l' First-Ald Site Access Control and, Security, firefighting Secority Personnel A ll per Per snerity Personnel Accountability comumenications, personnel Security Plan j accountability Plan .;
- L i
Total to 14 Notes:
- Fe,r each unaf fected nuclear onit in operation, maintain at least one shif t foreman, one control room operator and one avulliary operator
- crept that units sharing a control room may share a shif t foreman if all f unctions are covered.
** May be provided by shif t' personnel assigned other functions. * !
I- . .. .
*** Overall direction of f acility response to be assumed by EOF director when all centers are fully manned. Direc tor of minute-to-minute '
' f acility operations remain with' senior manager in technical support center or control room.
e
'**** 'May be performe( by engineering aide to shif t supervisor.
. 55RfP new. 5
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- j. COMPAR150W OF NUREG %54 5_
. WIIH THE .
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NEW HAMPSHIRE YANKEE AUGMf MIED EMERGENCY RESPONSE ORGAntlATION (ERO) .. 3 of 4 NUREG-0654 Table 8-1 . Capability for
' Position Title Additiens NNY Augmented ER0 f ..
Major functional Area Haior Tasks or Eapertise 30 min 60 min Number fitle'
-Plant Operations and Shif t Supervisor (5RO) .-- -- --
Assessment of Shif t. Foreman (SRO) -- -- -- Control Room Operators- Spare Control Room Operator Operational Aspects -- -- 1 Auxiliary Operators -- -. 2 Sparc' Auniliary Operator
' Emergency Direction and- Shift" Technical Advisor. -- -- --
Control (Emergency Shift' Supervisor or Coordinator) ~ designated facility-l- manager Notification / Notify licensee. State. 1 2 3-- Emergency operat ions Manager. EOF lCommunicatlon~*
' oral and Federal personnel Coordinator. Communicator i A maintain casumunication
- Radiological Accident Emergency Operations Senior Manager -- 1 1 Response Manager-Assessment & Support of Facility (EOF) Director Operational Accident Offsite Dose Assessment Senior Health Physics (HP) 1 -- 2 E0f Coordinator. Dose Assessment 1[xpert ise Assessment Specialist
.Offsite Surveys 2 2 6 Offsite Monitoring Sampling Personnel (3 HP Techs/3 Drivers)
Onsite (out-of-plant) 1 I 2 Health Physics Technician in-plant surveys HP Technicians 1 I 3 Health Physics fechnician ' Chemistry / Radiochemistry Rad /Chen Technicians .-- 1 4 PASS Coordinator / Chemistry Techniclans Plant System Engineering. Technical Support Shift Technical Advisor -- -- --
-Repair and Corrective Core /lhermal Hydraulics 1 -- 1 Reactor Engineer Actions Electrical -- I I I&C Coordinator Mechanica l -- 1 1 Engineering Coordinator.
Repair & Corrective Mechanical Maintenance / -- 1 2 Maintenance Personnel
' Rad Waste Operator -- 1 I Auxiliary Operator Actions l Electrical Maintenance / I I 2 Maintenance Personnel Instrument & Control 1 --
2 180 lechnic ian (I&C) Technician 55 REP Rev. 5 L---
.,3 /-
j 'E 8.S$ p
% L COMPARISON OF NUREG-0654N--/ (NCY RESPONSE ST AFFING Rt00lRf Mf RIS Q
.WiiH THE-1 ItEW HAMPSHIRE YAINtf E AUGMENIED EMtRGENCY RESPONSE ORGANIZAll0N (ERO) 4 of 4 (Continued).
NUREG-0654 Table B-1 Capability for l Position Title. ~ Additions NHY Augmented ERO 60 min
~
Ma_ior functlonal Area Mafor Tasks' or Empertise 30 min Number i it le Radiation' Protection. HP Technicians 2 2 4 Health Physics lProtectiveActions (In-Plant). Coordinator Health
- a. Access Control Physics Technicians l b.'HP Coverage for repair, corrective actions, ,
search and rescue first-aid & fIrefighting '
- c. Personnel monitoring ,
- d. Dosteetry Tirefighting -- - - - Local Support Fire Brigade Rescue Operations and -- -- locaI Support Iirefighter/EMI first-Ald Site Access Control and Security. firefighting Security Personnel Personnel Accountability .Communicatlons, personnel accountability t
Total 11 15 38 .j Notes:
- For each unaf fected nuclear unit in operation, maintain at-least one shift foreman, one control room operator and one auxiliary operator except tha*. units sharing a control room may share a shif t foresun if all functions are covered. .
i
" May be provided by shift personnel assigned .sther functions.
*** Overall direction of facility response to be assumed by EOF director when all centers are fully manned. Director of minute-to-minute :f f acility operations remain with senior manager in technical support center or control room.
" " - May be performed by engineering aide to shift supervisor. r
+ --The Seabrook Station augmented ERO includes approximately 71 station staff. tRO titles which do not correspond to table 8-1 i categories (i.e.. 05C Coordinator, Administrative Staff) have not been listed.
55 REP Rev. 5
- ~.. . . . .- . --
....- - - . . .. . . - - . . . . _ . _ - . _ - - . . ~ .,. _ _
t y
~ ,
4 i t EMERGENCY NEWS i MANAGER GOB 1
.SSNS. TECHNICAL NEWS SERVICES -
CLERK ADVISOR REPRESENTATIVE G00 l 2 GOB - l 1 GOB l 2 t, j
\
KEY TITLE LOCATION l NUMBER l > e i (Protected: Ref. NRC IR 85-32(3))- i O= 9 1 NEW HAMPSHIRE - YANKEE SEABROOK STATIONNEWS SERVICES 1 SEABROOK STATION STAFF RADIOLOGICAL--EMERGENCY PLAN SSREP. REV.5 FIGURE 8.16
9.0 EHERGENCY RESPONSE OUTLINE /~'~s . ( ') . 9.1 INITIATION d lUpontherecognitionofabnormalstationconditionseitherthroughinitiationof Emergency Operating Procedures (EOPs) or other sources of information, the condition will be classified in accordance with the method described in Section 5.0. Once an emergency is classified, the response actions are directed by Emergency Response (ER) procedures contained in the Production Emergency Response Manual (NPER). Procedures exist that direct the appropriate response for each of the four emergency classifications. 9.2 ACTIVATION OF THE DdERGENCY ORGANIZATION The Unit Shift Supervisor is responsible for recognizing potential emergency conditions and notifying the Shift Superintendent. The Unit Shift Supervisor will assume the duties and responsibilities of the Short Term Emergency Director l(STED)untiltheShiftSuperintendent responds to the Control *oom. With an emergency declared in accordance with Procedure ER 1.1, " Classification of Emergencies," the Shift Superintendent assumes the role of STED and ensures the activation of the Emergency Response Organization (ERO) according to Section 8.0. lUpondeclarationofanemergency,theSTEDwillimplement the_ actions in one of the following procedures: ER 1.2 ' Unusual Event,' ER 1.3 ' Alert,' ER 1.4 " Site Area Emergency" or ER 1.5 " General Emergency.' The STED will relinquish direction of the ERO upon the arrival and briefing of the Site Emergency (s t Director. N-- 9.2.1 Unusual Event Response Upon the declaration of an Unusual Event, the STED will direct the notification of station personnel (via the station public address system) and the primary emergency responders (via the digital paging system). The primary emergency responders are the " Augmented Emergency Response Organization (ERO)-Unusual Event" (Figure 8.2) and are the supplementary personnel designated to assist the on shift staff in an_ Unusual Event. Includ.ed in this augmented organization is the Site Emergency Director who l relieves the STED of emergency response duties.
/ a v} 9-1 SSREP Rev. 5
9.2 ACTIVATION OF THE DHERGENCY ORGANIZATION ( Mg (v} 9.2.1 Unusual Event Response (Continued) Unusual Event augmented ERO personnel respond to the Control Room except for the_ Response Manager and Emergency News Manager. The Response Manager calls the Control Room, but does not report to the site. The Response Manager is also responsible for notifying NHY Executive Management and the New Hampshire Public Utilities Cocaission (PUC). The Emergency News Manager reports to the General Office Building to coordinate public information needs. The Health Physics Coordinator calls the Control Room and may report if the event has actual or potential radiological consequences. No station emergency response facilities are automatically activated during an Unusual Event, although the Site Emergency Director may, at his diecretion, activate any or all facilities. Offsite emergency organizations are notified in accordance with Procedure ER 1.2, " Unusual Event." Assistance from offsite fire, medical and law enforcement orgsnizations will be requested, as necessary. Following notification by the STED, security personnel will notify key Yankee Atomic Electric Compa'..y (7AEC) personnel. The response required as a result of this declaration varies according to the specific event, but a general sunnary of actions taken is described below:
- 1) On duty operating and selected station personnel will assume the l duties specified in Section 8.0 as directeo by the STED:
['( jf} 2) The STED will ensure that New Hampshire and Massachusetts (*) State Police have been notified. In turn, the State Police will notify the appropriate authorities (*) designated in their plans:
- 3) The STED will ensure that the NRC has been notified using the Emergency Notification System (red phone) and that this communication channel remains open until the condition has been terminated (unless permission is granted to establish a callback time):
- 4) The STED will direct the activities of the On-Shift Emergency Response Organization
.5 ) The STED will direct the activation of the digital paging system to l
initiate emergency notification:
- 6) The primary ERO members will call the station for the emergency classification and time declared and then report to the Control Room or General Office Building, as required. (NOTE: The Site Emergency Director, having reviewed station conditions, will assume command of the emergency organization):
(Q) N s_ 9-2 SSREP Rev. 5
9.2 ACTIVATION OF THE D4ERGENCY ORGANIZATION 7-'~ ( ) 9.2.1 Unusual Event Response .
\
- 7) Should it be necessary, the Site Emergency Director would direct l additional notifications by telephone to augment the existing ERO to the level required by the nature of the emergency condition:
B) If necessary, appropriate emergency medical, fire department or law enforcement agencies will be notified and requested to respond:
- 9) The Emergency News Manager will direct preparation of public information releases appropriate to the eventi and
- 10) The Site Emergency Director will close out the event with a verbal summary to offsite authorities or escalate to a more severe class.
9.2.2 Alert Response Upon the declaration of or escalation to an Alert, offsite emergency organizations are notified in accordance with Procedure ER 1.3, " Alert." The station emergency response organization becomes fully activated and the following actions are taken in addition to those described in Section 9.2.1 Secondary responders are notified via an automatic telephone dialer, the station public address system, and/or security personnel. The Augmented Emergency Response Organization is shown in Figure 8.3. Additional details f'"sg regarding the augmented Emergency Response Organization are provided in (v; Figures 8.4 through 8.11. The Technical Support cinter (TSC), Operational Support Center (OSC). Emergency Operations .scility (EOF), Yankee Nuclear Services Division (YNSD) Engineering Support Center (ESC), Joint Telephone Information Centar (JTIC), and the Media Center (HC) will be activated and staffed. Staffing assignments for the Emergency Response Organization are listed in detail in Appendix A of this Plan, " Emergency Response Organization Position Definitions." The Assembly Area for backup emergency response organization personnel is located outside the Protected Area in the Inprocessing Center. For emergencies declared during noruml working hours, this facility is activated at an Alert or Site Area Emergency or General Emergency, depending upon event meteorological and radiological conditions. The purpose for this facility is to (1) ensure that adequate manpower exists for the staffing of all emergency facilities, (2) develop a roster of available second shif t personnel and (3) disseminate reporting information to second shift personnel (e.g., when and where to report). em fv ) 9-3 SSREP Rev. 5 1 I
- -..- . . . - . - . .. - - ._ - , -. . . - . . _ . ~ . . - - ,- f 9.2 ACTIVATION OF THE EMERGENCY ORGANIZATION
,O. <
.g 9.2.2 Alert Response (continued)
-During an Alert, personnel without emergency assignments will evacuate the site and personnel accountability will be implemented.
The following additional actions will be completed in the event of an Alert classification .
- 1) The Response Manager will report to the EOF and assume responsibility for providing overall emergency response organization direction to restore station stability:
- 2) The Massachusetts-(*) and_New Hampshire state emergency response teams are alerted, and specific representatives will be dispatched to the station EOF:
l 3)- The YNSD ERO will be radio paged and respond as outlined in Section 8.6 l 4) The EOF Coordinator will provide offsite authorities with periodic meteorological assessments and, if releases are occurring, projected whole body dose. estimates (NOTE If radiological releases are occurring, monitoring teams will be dispatched to determine actual area .
-dose rates): '
-5) Information will be coordinated, as necessary, with ANI and INPO:
(j and ;
- 6) The Response Manager or'his designee will close out the event or escalate to a Site Area or-General Emergency.
o.2.3 Site Area Emernency Resoonse Upon the declaration of or escalation to a Site Area Emergency offsite emergency organizations are notified'in accordance with: Procedure ER 1.4,
- " Site. Area Emergency' or if the-EOF is activated. Procedure.ER 3.3, j
" Emergency Operations Facility Operations." The station emergency response- :
organization takes the following actions in addition to those described in
' Sections 9.2.1 and 9.2.2.
- 1) Offsite monitoring teams will be dispatched from the EOF;
- 2) YNSD resources will be: activated in support of the station and_a YNSD-response team will be; dispatched to the TSC to provide radiological-and engineering' support
- 3) The Response Manager's staff will notify contracted service organizations, sponsor utilities and other industry resources which will be requested'to render assistance, as appropriate:
9-4 SSREP Rev. 5
9.2 ACTIVATION OF THE EHt:RGENCY ORGANIZATION Site Area-Emergency Resoonse ( 9.2.3
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- 4) State resources will be fully mobilized in accordance with planning arrangements set forth in Massachusetts (*) and New Hampshire State Radiological Emergency Response Plans. Included in these planning arrangements is the activation of the Public Alert and Notification System (PANS):
5)- Station conditions will be continually assessed and protective action recommendations to offsite authorities will be made on the basis l of this assessment according to Procedure ER 5.4
- Protective Action Recommendations.' This could involve station conditions related to the potential for radiological impact prior to the occurrence of actual releases and
- 6) The Response Manager _or his designee will close out the event or escalate to a General Emergency.
9.2.4 General Emergency Resoonse Upon the initial-declaration of or escalation to a General Emergency, offsite emergency organizations are notified in accordance with Procedure ER 1.5 ' General Emergency" or if the EOF is activated, Procedure ER 3.3-
" Emergency Operations _ Facility Operations.' The station emergency response organization-will promptly notify offsite authorities of the General O Emergency status, informing them of accident conditions and coordinating a js continuous flow of accident diagnosis and prognosis information.
The Public' Alert and Notification System (PANS) will be activated. Offsite authorities will fully activate emergency response resources and implement appropriate protective measures. These measures may be based on meteorological information, radiological dose projections or station I indications of the potential for significant releases of radioactive material. The Respon e Manager and the entire NHY ERO will evaluate station accident parameters and indications, and will continually advise offsite authorities of the type of protective actions most appropriate to the
-observed situation. This would include advice on the question of shelter vs. evacuation.
Additional responses taken in a General Emergency condition include:
- 1) The full resources of the Federal Radiological Emergency Response Plan will be activated:
- 2) The Response Manager or his designee will close out the event in accordance with Procedure ER 7.3, " Reentry and Recovery.'
9-5 SSREP Rev. 5 l 1
9.3 EMERGENCY DE-ESCALATION AND TERMINATION CRITERIA O The emergency classification system defined in Section 5.0 of this plan provides-the flexibility needed to both escalate or de escalate the emergency level dependent upon the severity of the event. De-escalation criteria associated with making a transition between emergency classes will require (1) a review of plant parameters and/or offsite radiological conditions in conjunction with the pre-established EALs and (2)-if the-EOF _is activated, review and concurrence of New Hampshire Yankee and offsite authorities on any de-escalation, i- 9.4 TERMINATION AND RECOVERY Actions for recovery from emergency conditions, including reentry into affected areas of the station and eventual restoration of station stability, are described in. Procedure ER 7.3, ' Reentry and Recovery.' Termination of the emergency phase and initiation of-the recovery phase will require satisfying the following criteria appropriate to the emergency condition:
- 1) The reactor is shut down and criticality controls are in effect
- 2) The core is being adequately cooled
-3) The fission product release has been controlled:
- 4) _ Control'has been established over containment pressure and' temperature g -5) _An adequate heat transfer path to an ultimate heat sink has been
-establishedi
- 6) Primary-system pressure is under controli and
- 7) State (*) officials agree with the Response Manager that station conditions require no further offsite protective action.
When station conditions allow a transition from an, emergency to a recovery phase, the Response Manager shall perform the following actions: l')- Ccnfer with the Site Emergency Director and EOF Coordinator to enture that no conditions exist which would preclude recovery: 2)~ Establish a recovery organization (Section 8.7.1) and task this organization.with the development of a recovery action plant
-3)~-Review the recovery action plan with'the NRC, Director of Site
- l. Operations and State-(*) emergency response officials and obtain concurrence .
- 4) Coordinate this transition with the Media Centers and 9-6 SSREP Rev. 5
l I 9.4 TERMINATION AND RECOVERY
- 5) Direct.the administrative, legal, and financial support necessary for the recovery organization.
Once the recovery phase has been initiated, the Response Manager shall:
- 1) Ensure the notification of all emergency response and station personnels and
- 2) Establish a manpower plan to implement recovery and reentry operations.
97 $SREP Rev. 5
l 10.0 EMERGENCY MEASURES C , ( 10.1 RADIOLOGICAL ACCIDENT ASSESSMENT SYSTEMS AND TECHNIQUES t L The two effluent pathways for accidental releases of radioactive material at lSeabrookStationaretheplantventstackandthemainsteamlines(throughthe lifting of the safety relief valves or the throttling of the atmospheric steam dump valves). Each of these effluent pathways contains a monitor. The monitor responses can be correlated to the effluent radioactivity concentration. In addition to these monitored pathways, high-range containment area monitors are capable of measuring the exposure rate within the containment, which can be lcorrelatedtotheradioactivityconcentrationwithinthestructure. Each of the above systems may be considered as separate release pathways which can be assessed with its associated monitor. Containnient leakage is also considered as a possible effluent pathway for dose assessment. The containment monitoring system consists of redundant ionization chambers and instrumentation channels with a range of 10 0 to 1o7 R/hr (gamma only). The system is Class 1E qualified. A time-dependent conversion factor has been calculated which will enable conversion of the monitor's response (R/hr) to the total noble gas concentration ( Ci/cc) in the containment building at a given time after shotdown assuming that the concentration within the containment is uniform. This conversion factor is calculated based on the assumption that a
. core equilibrium mixture of fission products exists at t=0. It should be noted, however, that tne intent of this system is not to correlate this monitor response to core conditions or damage but to estimate the concentration in the containment building. The only relationship that can be readily made-from this h monitor to core conditions is a minimum core damage level since the amount of diluted or undiluted primary coolant leakage into the containment building may \") be a major unknovn variable. If available, the minimum core damage level indicated by this monitor will be used as an indication of the type of fission product mixture being released through the effluent pathways.
The Wide Range Gas Monitor (WRGM) is used to continuously monitor the gaseous activity released to the environment through the plant vent stack. Its monitoring' range is large enough to encompass low level releases using a-beta scintillation detector.with a range of'1.0E-7 to 1.0E-1 Ci/cc and two mid to high range solid-state beta /gansna detectors of 1.0E-4 to 1.0E+2 Ci/cc and 1.0E-1 to 1.0E+5 Ci/cc. respectively. . The WRGM was designed and installed to minimize personnel exposure while obtaining particulate and iodine grab samples. The VRGH also calculates a release activity in Ci/sec.
~
A backup monitor is available in the event of a VRGH failure. This monitor consists of an ionization chamber type detector, viewing a prescribed geometrical container in which the stack exit gas flows. The detector and associated remote universal digital rate meter are capable of monitoring dose rates from 0.1 mR/hr to 10,000 R/hr. The main steem line monitors consist of a G-M detector placed adjacent to each of the four (4) main steam lines (several inches) with remote readout modules. lThismonitorresponse(mR/hr)is used to estimate offsite doses.
)- 10 1 SSREP Rev. 5 l
10.1 RADIOLOGICAL ACCIDENT ASSESSMENT SYSTEMS AND TECHNIQUES /% 10.1.1 Estimation of Offsite Whole Body Gamma Dose Rates ( } Initial Of f site Dese Rate / Dose Proiection capability l NHY maintains two methods for quickly determining the activity release rates and projected offsite whole body plume centerline dose rates at various distances downwind of the station. The primar; method,used during initial dose assessment by the Shift Superintendent, or a trained alternate, is a straight line Gaussian plume dispersion model programmed on a HP-41 CX calculator and EPROM system. This technique includes an option to select one of three release pathways (i.e., primary vent stack, containment or main steam line safety relief valve / atmospheric steam dump valves) and estimates projected whole body dose at distances of 0.6, 2, 5 and 10 miles for various meteorological conditions. A second HP-41 CX is stored in the Technical Support Center es a backup. With an emergency condition producing a radiological release or an in-station (i.e., containment) source term that could be subsequently released, one of the priority duties of the Post Accident Sampling System l Coordinator located in the OSC is to implement the sampling and analysis of releases and/or source terms to identify whether there is a radioiodine component or not. This sampling capability includes containment atmosphere, gas spaces in other plant areas, and the plant vent stack. Radiciodine levels identified at any of these points would be quantified and evaluated in terms of actual or potential impact. n I N i i Variable Traiectory Atmospheric Dispersion / Dose Proiection Capability V l HHY also maintains a second computerized dose projection system, utilized once the EOF is activated, which is capable of providing near real time offsite dose estimates for actual meteorological and radiological accident conditions. The system assumes a variable trajectory Gaussian plume segmented transport model designed to handle the site-specific atmospheric dispersion characteristics associated with the Seabrook Station site. The model simulates effluent transport and diffusion using a concept of discrete emissions (i.e., plume points). Both continuous and intermittent releases l for either ground or elevated release points can be evaluated, including the effects of release haioht, building wake entrainment, momentum plume rise and terrain height Plume trajectories are calculated using onsite meteorological tower information, taking into consideration the station's location. 10-2 SSREP Rev. 5 v
._ . _. .. .. ~ ~.. - . . - . . . _ . -. . -.
10.1- RADIOLOGICAL ACCIDENT ASSESSMENT SYSTEMS-AND TECHNIQUES f"N 10.1'.1 Estimation of Offsite Whole' Body Gamma Dose Rates ' !
\ ' . -
Variable Tra iectory (Continued) Atmoseheric Discersion/ Dose Proieetion Cacability The. diffusion diffusion of each plume _ element is determined from the Gaussian model. The lateral and vertical dimensions of the plume are determined class. as a function of travel distance and atmospheric stability Plume plume-meander effects.- dimensions are adjusted to account for building wake and conditions is determined using a virtual source concept. Plume growth d Plume depletion i effects due to dry and wet deposition effects are recognized. The variable trajectory transport model produces the following plume information as a function of time: 1)' Plume centerline coordinates
- 2) Plume widths-3)
Nondepleted relative diffusion factors for estimating ground-level concentrations of noble gases in the cloudt 4) Depleted relative diffusion factors for estimating ground-level , concentrations of materials in the cloud (except the noble gases):
- 5) Deposition-factors for computing dry and wet deposition of
-radioactive materials in the cloud: ;
6) Ganna diffusion factors for calculatlag ganna dose using a finite-cloud _ plume model assumptions and - l 7) _ Total integrated. dose calculation over the Plume Path. This model is a subprogram of the Seabrook KETPAC offsite dose projection program which merges the dose-. assessment algorithms', based on radiation
--monitor responses, with the plume transport algorithms to-produce offsite dose projectiona as a function of time and. distance from the site.
[: 10-3 SSREP Rev. 5
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10.1 RADIOLOGICAL ACCIDENT ASSESSMENT SYSTEMS AND TECHNIQUES. 10.1.1 Estimation of offgite Vhole Body Gamma Dese Rates Variable Tra4ectory Atmoschecic Discersion/ Dose Pro 4ection Caca,b}11tv (centinued) METPAC is programmed on a PC computer. The systen includes (1) A monochrome monitor and driver (2) a ccior monitor and driver; (3) printeri (4) a floating. point processori and (5) a light pen. The program has been designed to_ graphically display the calculated plume characteristics on a l plume EPZ map using the color monitor while pertinent input text is displayed on the monochrome monitor and_hard copy of the dispersion and dose calculation programs is provided by the line printer. The system also maintains additionel graphics options which allow the user to. display the- _[ area road (evacuatica route) networks, sector designations, and selected ; points of interest relative to the plume dimensions. 10.1.2 -Evaluction of Field Air Samoles When Seabrook Station monitoring teams have determined the approximate plume centerline (i.e., maximum radiation level) in the field, they will take air samples at various intervals downwind from the station. These samples will be analyzed on a gross (beta, gamma) basis la the field and, if elevated- levels- are observed, returned to the EOF where t hey will be analyzed-to determine radionuclide-concentrations. O Particular attention will be directed to observed iodine concentrations. k' The air samples will be analyzed in a two-step process.- The first step involves.a field analysis of the sample;which measures _the gross radioactivity collected.on-the silver zeolite cartridge.and filter paper sampl6s using a Pancake G-M de:. actor. If the sample analysis shows a-relatively high amount of radioactivity, a second analysis at the EOF will be performed, The sample _will-be delivered to the EOF for gamma spectroscopic analysis with greater sensitivity and accurar:y up to 10-7 nCi/cc for I-131. . Procedure ER 5.2, ' Site Perimeter and Offsite Monitoring. and Air Sampling" also describes _ air sampling methods. The projected thyroid dose is determined from the measured I-131 concentration by multiplying by an estimate of the duration of the exposure
-.and the dose conversion factor for_a member of the public (assumed conservatively to be a newborn infant). A nomogram,-Figure 10.1, Field Sample Thyroid Dose Nomogram, has been developed specifically for this thyroid dose. projection on the basis of airborne radiciodine measurements.
/ 10-4 SSREP Rev. 5 J
l
~ - ,. - . - . .- . - - . - - - - .. - - . . . . -
10.1 RADIOLOGICAL' ACCIDENT ASSESSMENT SYSTEMS-AND TECHNIQUES
\ 10.1.2 Evaluation of Fleid Air Samples-(continued)
In addition to-the measurement and evaluation of.offt,ite direct dose rates and air samples for radiolodine, the offai-te radiological impact assessment will include the identification of all' principal-radionuclides potentially _ released from.the accident in all potentially significant exposure pathways.
'[ This will be accomplished through an offsite monitoring and sampling program in which-environmental 4amples of media (water, air, soil, etc., as appropriate)-will be collected and subjected to detailed radionuclide l analysis. .This analysis can be performed:by the_ mobile laboratory from YNSD when 'it- arrives at __ the EOF, -and- at the Yankee Environmental Lab in Wstboro.
Massachusetts'by. dispatching the samples there The radionuclide results of any-such analyvic would be interpreted ir terms of radiation exposure to the public~by the use of the-comprehensive _ dose
]- calculation _ programs available at the YNSD Engineering _ Support Center.
10.2 PROTECTIVE ACTION RECOMMENDATION CRITERIA For accidents.that' result in airborne radioactivity releases, projected whble
- body dose _ rate: estimates at the site boundary and distances out to 10 miles will .
be issued to those~offsite authorities responsible'fer pectective aedon
-decision' making. On the combined basis of this projected whole body dose. rate estimate. the_ class and type of emergency condition, and anticipated-
- ., duration of offsite. releases, the Fhort Term Emergency Direwtor hat-the :
. authority and responsibility to. recommend to offsite authorities whether the (
\ 'public should be advised _to shelter, evacuate, or take no action.
Should the emergency--be_ classified as a General Emergency..the Short Term Emergency Director is prepared 1to_-issue protective action'recommendttions based on the estimated amount of fuel failure and the status =of containmeac4 i consistent'with the;USNRC-IE Information Notice No. 83 20. At a minimum, the' l Short Term : Emergency : Director will. recommend sheltering within: 2 tr.11est of the
-station and 5< miles in a downwind direction and,-during the-perior. of May 15.t.o .
September.15, evacuation of. Hampton and Seabrook Beaches and clos tro of: .I Massachusetts beaches.- l
\
-10nce actual source term and onsite and/or offsite field monitor.tng
= determinations: have been made. : the EOF Coordir.atorawill provic's projected j of f site whole body and thyroid doses at various distances f er.n the plant to the i LState of New Hampshire and:the Commonwealth of Massachusettu (*).- Based =upon- 1 7 these results.- NHY,will~ recommend: protective actions in accordance with the criteria set forth in the EPA Protective Action Guides, Table 10,1.- NHY will also perform ingestion pathway sampling and analysis in-support of the offsite-authority determinations to.be made in accordance with FDt./HHS Protective Action
{=Guidesrecommendedforthe'ingestionexposurepathwayEmergsncyPlanningZone. Precautionary protective action advisories will'be provided tesed upon station
]..conditionsthat'mayhaveanimpactonprotectivemeasuresineffect.
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10-5 SSREP Rev. 5
i 10.3 RADIOLOGICAL EXPOSURE CONTROL
;-~~, , - \' During a station emergency, abnormally high levels of radiation and/or radioac-
_tivity may be encountered.- These levels may range from slightly above those experienced during normal station operation to life-endangering levels of several hundred rem in a short period of time. Under all situations, whether it e is immediate action to regain control of the' emergency or for life-saving pur- ' poses, measures will be taken to_minimite personne1' exposures from external and/or internal sources of radiation. Specific exposure guidelines for entry or re-entry into areas in order to (1) remove injured. persons, and (2) undertake corrective actions, are defined in Table 10.2 of the plan. The Site Emergency Director will authorize, with Health Physics Coordinator or Radiolo6 ical Controls Coordinator concurrence, emergency dose guidelines consistent with t\ese 9r more c*strictive guidelines dependent upon emergency renditions. The Ratiological-Conrrols Coordinator will discuss the hazards involved in tescue procedures with ne members of the response team prior to undertaking any hek]*.h-threatehTGR E..sion. i Considerations to be made prior to allowing personnel to accept risks associated with rescue operations are der'ined in Table 10.2, " Emergency Dose , Limits.' Expos'.fe to individuals providing_other emergency functions will be consistent with the-limits specified in Table 10.2 with every attempt being made to keep l personnel exposure as low as reasonably achievable (A'. ARA). [~' The Health Physics . Coordinator, or a designated alternate, is responsible for
'3 maintaining the emergency radiological protection programs developed for.
' s ta tiot. . staff and support' personnel. The TSC.-0SC and EOF maintain a supply of self-reading dosimeters, both high range and low range, in the emergency kits.
-Each emergency response organization member reporting to the site will be provided a_TLD badge. Dose records based upon the results of these_ dosimeters will be maintained at each center. This informa lon will be cross-referenced with and -~" laced by TLD badge data, as soon as they are-processed. Should-the station-exhaust its supply of TLD badges.-YNSD Environmental Lab will supply l1LDbadges. Offsite authorities responding onsite will be provided dosimetry.
10.4 PROTECTIVE MEASURES 10.4.1 Personnel Accountability c. The determination of station personnel accountability is facilitated by_the use of.a computer-assisted accountability system. The- goal = of this syst'em : it to insure that-personnel accountability shall be accomplished within 30 minutes of the site evacuation order given by the Short Term 1 mergene.e E . Director or Site Emergency Director. l l l
)
i l ( 10-6 S$ rep Rev. 5 1 l l
10.4 PROTECTIVE HEASVRES 10.4.1 Personnel Accountability (Continued) l- Upon declaration of an emergency and activation of the station emergency alarm, station personnel assigned specific emergency responsibilities will l proceed to their designated emergency center location. Unassigned-personnel (i.e.. station visitorr. contractor and other station personnel) will evacuate through the NHY Guard Island. There, eva,cuating personnel _l- will turn in their. dosimetry and Protected Area ID badges, and receive
-instructions concerning station egress censures. Security will check out all evacuating personnel at the card-readers. All emergency response personnel reporting to emergency centers will log in on card readers and
--accountability rosters associated with each center.
Station _ security _ personnel will be responsible for reviewing computer results and reporting these results to the Security Supervisor who, in turn, will make the final determination of station personnel secountability and report the results to the'Short Term Emstgency Director / Site Emergency Director. Search and-rescue procedures will be-implemented if any missing-persons-have been identified. 10.4.2 Station e.ccess/Earess Control Methods Under all; Station emergency conditions, individuals in the owner-controlled area will-be warned by either the-station air horn or direct security notification._ Public address announcements, made by control room
'[
~
personnel, will provide emergency instruction to those personnel within the Protected Area. Visitors-or those in transit within the owner-controlled Ag area vill be advised by the most appropriate means. The complete warning and--advisement: process will be_ accomplished in a rapid manner-to ensure-personnel safety =.
-l Whenca-Site Area _ Emergency or a General Emergency has been declared, all
-unassigned station personnel will be directed to evacuate to either the
-l . remot'e-assembly = area-(Seabrook Greyhound Park.' Route 107) for monitoring
- and-decontamination _or directly home. ~At an Alert, these personnel will be sent home.
In the event that station conditions;may produce or have produced a-release, traffic control measures will be established to direct unassigned personnel out via the'most appropriate exit ~ (the North Access Road or the
-South, Access Road). The . Security Shif t Consnander will be informed by the l
_ Site Emergency Director which access road to use'for site-evacuation. traffic in order to minimize the potential for radiation. exposure-or contaminstion by, radioactive material. 10-7 SSREP Rev. 5 N. _ - - - _ - - - - - _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ - - - _ _ _ _ _ _ _ _ _ _ - - _ _ . - _ = _ _ _ _ _ _ _ _ _
10.4 PROTECTIVE MEASURES ( 10.4.2 Station Access /Enress Control Methods (Continued) If a radioactive release has occurred, personnel trained in contamination l monitoring techniques will proceed to the remote assembly area (Seabrook Greyhound Park) to perform contamination monitoring of evacuated vehicles and personnel. All evacuating personnel will be instructed to report to the remote assembly area to be surveyed for contamination levels. Detection of personnsi os vehicle contamination in excess of a level established for personnel and equipment release (i.e., Personnel' . <100 cpm (Beta. Gamma) per probe area above background using a pancake G We detector endl Equipment 1000 dpm (Beta, Gamma) per 100 cm 2 above background) triggers the need to implement.d"-~ . amination actions that appropriately correspond to the type l and degree o, eentamination and are also consistent with the priorities of the emergency actions and conditions underway. The radiological monitoring personnel will enntact (via radio or tel.ephone) the Radiological Controls coordinator and report contamination survey results. This will establish an approprf, ate decontamination plan which, in general terms, would consist of washcloth decontaminution of personnel and vehicle washing, if necessary. All station evacuees will be advised of area evacuation r.outes by security upon being released. $ite evacuation routes are noted in Figure 10.2 Seabrook Station Evacuation Routes. Appendix C provides evacuaticn time estimates of the public within the plume exposure pathway EPZ and also
-summarises the major evacuation routes which will be utilised in the event that such action is necessary.
O The Security Coordinator would arrange station badging necessary to support incoming emergency response personnel. All incoming responders will be directed to report to the EOF where they will be briefed and pt.vided with the necessary equipment.
- 10.4.3 Decont ainstion Caoability Station decontamination facilities are located in the Operational Support l Center, specifically at the Radiological Controlled Area HP Control Point.
The RCA showers are available for personnel decontamination purposes. Soop, brushes, etc., are available to aid in decontamination efforts. Survey l instrumentation for personnel monitoring is available here. If necessary, internal contamination can be assessed with the use of onsite body burden monitoring equipment. All waste generated through the use of the decontamination facilities is collected and processed by the station liquid radwaste system. i ( 10 8 SSREP Rev. 5 \
10.4 PROTECTIVE Mr.ASURES O 10.4.3 ( Detentamination Caesbility (Continued) ( Decontamination capability exists at the Route 107 Varehouse and the Emergency Operations Facility. At the Route 107 Varehouse initial decontamination methods will involve the use of wash cloths to remove gross contamination .*51ch u;11 be disposed of by normal radwaste procedures. All personnel ext- Jing a beta, gainma skin contaminatioti level o: 10') counts per
, minute (CFM) per probe area, above background wi3 i be detained f or decontamination purposes otherwise, they M ll be released after having been informed of appropriate decontamination procedures. At the EOF, personnel decontamina tion can be accomplished with the use of a shower stativi., with wash water collected into $$. gallon drums which shall be transferred to the site for processing. The need for vehicle decontamination is not l anticipatec but, if necessary, dry decontamination methods will be used.
10.4.4 Use of Onsite Protective Eauiteent and Sucolies The station supplies of personnel radiation protection equipment will be used as necessary to support the ew rgency response effort. Aespiratory protection en_Apment, protective clothing, and potassium iodide will be assigned to the onsite emergency response organization members in l accordanco with Procedure ER 4.3, ' Radiation Protection During Emergency Ct.nditiont.' Radiological monitoring equipment will be stocked and available for use at established emergency centers. Appendix F provides a list of emergency equipment by center location. O
\ 10.4.5 Radiation Guideline Action Levels l
Radiation guideline action levels for emerger.cy center habitability are l shown on Table 10.3, Emergency Center Protective Action Criteria. This table describes the actions of station staff in response to a range of station radiological conditions. 10.5 AID TO AFFECTET TERSONNEL 10.5.1 Medical Treatment I Station medical facilities are provided in the First Aid Station located in proximity to the Radiological Controlled Area Control Point. NHY also maintains a site Medical Office located in the operations Support Building. The first aid station and Medical Office are equipped and supplied to implement the requirements of the NHY Hedical Program. (Protected: Ref. NRC IR 85-32(10)) I 10 9 $$ REP Rev. 5 V
4 10.5 AID TO AFFECTED PERSONNEL 4 r g 10.5.1 Medical Treatment (Continued) i Specific station personnel have been trained as Emergency Medical l Technicians (EMTs). A minimum of two Emergency Medical Technicians will be 1 ontite at any one time to provide 24 hour emergency response coverage. Arrangements have been made with Exeter Hospital to provide care for contaminated injured patients. In addition Ventworth.Douglass Hospital located in Dover, NH. Will provide care for these individuals on a backup i basis. . Both hospitals participate in medical emergency drills as a portion of emergency plan training. 10.5.2 Medical Transoortation The Seabrook Fire Department ambulance will be used for medical transportaion of injured and contaminated personnel. The ambulance is 4 capable of radio communications with the hospital while en route with a l patient. (Protected: Ref. NRC IR 85 32(12)) NHY also maintains an ambulance onsite, with attending staff assigned during normal working hours (0700 to 1530 hours weekdays). Ambulance personnel are provided with specific training by NHY staff on the health physics considerations associated with radiologically contaminated personnel. ( s 10-10 $$ REP Rev. 5
l TABLE 10.1 ( EPA PROTECTIVE ACTION CUIDELINES PROJECTED DOSE (REH) TO THE RECOHHENDED ACTIONS (a) C0HKENTS POPULATION Whole Body < 1 No planned protective actions.(b) Previously recommended protective actions may Thyroid < 5 State may issue an advisory to be reconsidered or seek shelter and await-further terminated. instructions. Monitor environmental radiation levels. Whole Body Seek shelter as a minimum. If constraints exist, 1 to < 5 special consideration Consider evacuation. Evacuate should be given for unless constraints make it evacuation of children impractical, and pregnant women. Thyroid- Monitor environmental radiation 5 to < 25 levels.
\ Control access.
tihole Body Conduct mandatory evacuation. Seeking shelter would ! 5 and above be alternative if j Monitor environmental radiation evacuation were not .; levels and adjust area for man. immediately possible. datory evacuation based on these levels. Thyroid Control access. 25 and above (a) These actions are recommended for planning purposes. Protective action decisions at tbs time of the incident must take existing conditions into consideration.- 3
.(b) At the time of the iccident, officials may implement low-impact protective i actions in keeping with the principle of maintaining radiation-exposures
{_ ALARA (as low as tensonably achievable).
/' SSREP Rev. 5 l
T 1 m . ii
TAPLE 10,2 EMERGENCY DOSE LTHITS -
\
l Dose Level (a) Criteria
- 1. 25 rem to the whole body, or Maximum allowable dose to an 100 rem total to the extremities. emergency worker for the duration of the accident. I
- 2. 75 rem to the whole body, or Immediate evaluation and action 300 rem total to the extremities. required for saving of life.
When efforts are completed. l revert ?,o limits in Item #1 above, as appropriate. I i l (a) The following shall be considered prior to allowing personnel to accept risks associated with emergency dose limits:
- 1. Female employees of childbearing age will not be allowed to participate:
O
\ 2. Volunteers above the age of 45 years will be given priority:
- 3. The individual (s) awareness of the consequences that such an exposure can haves and 4
All possible protective measures to limit such exposure. Manual of Protective Action Guides and Prctective Actions for Nuclear Incidents (Table 2.1) SSREP Rev. 5
TABl.E 10. 3 IXERGENCY CENTER PROTECTIVE ACTION CRITERIA s
- 1. A dose rate of 50 tr.R/hr will increase the frequency of radiation monitoring in the center and tequire an immediat. evaluatien of the accumulated center whole body dose readings on the center high range dosimeter.
- 2. A dose rate of 1 R/hr expected to persist for longer than one hour pr, an accumulateri center whole body dose reading of 1 R over a 2t.. hour period on l the center high-range dosimeter shall initiate evacuation planning.
- 3. An accumulated center whole body dose reading greater than or equal to 5 R l over a 24. hour period on the center high. range dosimeter shall require immediate evacuation to an alternate location.
4 If sample results verify radioiodine activity concentrations and projected l intakes greater than 500 MPC. hours, then potassium iodide shall be administered to all center personnel.
- 5. If particulate airborne activity concentrations exceed 3 x 10 8 Ci/cc for l unidentified particulate activity or 10 x HPC, use of respirators shall be determined dependent upon the expected duration of the airborne contamination. Center ventilation may be secured.
- 6. If particulate or radiciodine activity concentrations exceed 100 x MPC, l use of respirators shall be required for continued operation.
V 7. If particulate or radiciodine activity concentrations exceed 1000 x MPC, l evacuation of the center shall be required. l8. Protective clothing (lab coats, shoe covers, cotton gloves) shall be required if area contamination surveys indicate contamination levels greater than 1000 dpm/100 cm2 (8, y) or 20 dpm/100 cm2 (alpha). I SSREP Rev. 5
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_ _ . . _ - _ . . ~ . . . _ _ . _ _ . _ _ _ - _ _ _ _ _ . _ __ _ 1 I l 1 , 11.0 DHIP,0ENCY NQIIFICATION AND PUPLIC INF0P.HATION l (\ 11.1 I
- DdEh3ENCY NOTIFICATION
\s_
Upon classification of accident conditions at the station, the Short Term Emergency Director ensures tnat the State Police of New Hampshire and Massachusetts (*) are notified. This notification is made within 15 minutes of emergency classification and is the initial link to the offsite governmental emergency network for the activation of offsite emergency response plans, including emergency public notification if the emergency condition warrants it. The format and contents of the initial message between the station and the State t Police dispatchers (*) are specified in notification procedures which are , reviewed and agreed upon by state authorities (*). Having been notified through State channels, the Department of Public Health of Massachusetts (*) and New Hampshire Public Health Services will call Seabrook Station and request the following information: 1). Name of callers l 2) Date _ time ad classification - 1 *mergency (or termination): l 3) Brief description of the es ..' .or ressor. for termination): l 4) Prevailing weather. conditions (e.g., wind velocity, direction, atmospheric stability form of precipitation, if any): g ,l 5) Whether a release has occurred and, if so, the type and quantity of x release and estimated duration / impact timee
- 6) Actual ar projected dose rates at the station boundary projected dose l rates at various distances from the station (2, 5, and 10 miles):
- 7) Emergency response actions underways and
- 8) Recommended protective actions in accordance with State protective ,
action criteria (i.e., EPA Protective Action Guides). Follow-up reports will be provided on an as needed basis until such time that the emergency condition has been deemed terminated as agreed upon by the States of New Hampshire and Massachusetts (*) and NHY emergency management. Following this closecut, a written summary of the accident will be provided to the
.lrespectiveStatesandtheNRC.
-11.2 PUBLIC NOTIFICATION Public alerting'and. notification within the Seabrook Station plume exposure pathway EPZ will be accomplished through the use of the equipment and systems described in Appendix E.
11-1 SSREP Rev. 5
\s. -
_ - . ~ _ . _ _ _ . _ . _ . _ _ _ . . _ - . _ - . _ . . - . > _ _ _ _ _ _ _ _ . _ _ _ _ _ . . _ _ _ . i 11.3 PUBLIC INFORMATION Any emergency will generate a continuous and intensive demand for up-to date public information. This is best accomplished if each organization involved is t aware of what the others are saying. Consequently. NHY has planned for the i estab119hment of a Media Center and Joint Telephone Information Center (JTIC) for the purpose of providing coordinated press releases and establishing rumor control. At an Unusual Event declaration, the Seabrook Station News Service staff will coordinate pblic infornation inquiries in accordance with Procedure ER 3.4,
'Seabrook $tation News Services Operations.' However, under an Alert. Site Area Emergency or General Emergency, the Media Center, located at Newington Town Hall. Newington, New Hampshire and the JTIC, located at Newington Station next
~ i to the EOF, will be activated. They will be staffed and operated by designated public information personnel from NHY in accordance with Procedure ER 3.5,
' Media Center / Joint Telephone Information Center.' Personnel with nuclear exper;ise will be responsible for media contact and interfacing with public
, information representatives for the States of New Hampshire and Massachusetts (*), the NRC and other Federal agencies. l lSelectedmembersofthepublicinformationstaffwillreporttotheEOFto evaluate and draft news releases on information concerning the accident. When the:centent of the news releases has been approved by the Response Manager, this information will be forwarded to the Media Center where news reletses will be made public. An Emergency News Manager from NHY will manage the activities of the Media s Center. Information transfer to the Htala Center will be managed by the Emergency Communications Coordinator utilizing dedicated communication links. lAnnouncementsduringanemergencyandimportantpolicystatementswillbe approved and/or made by the Response Manager or in his absence by the Site Emergency Director. Joint press conferences will be coordinated with key lgovernmentofficialsandtheEmergencyNewsManager. A Company Spokesperson will' be available for all pre 9s conferences. Work space and consnunications equipment have been provided at the Media Center for State and Federal agency use. The Media Center staff will make every effort to issue timely and accurate news bulletins on the conditions at the Station. lLocatedattheJTIC,publicinformationpersonnelwillmonitormedianetworks, both television and radio, for erroneous information concerning accident conditions, and as misinformation is recognized, corrective action will be taken. Public inquiries will be dealt with by rumor control personnel. lSpecial:tollfreetelephonenumbershavebeen-assignadandwillbepublicized for this purpose to ensure appropriate rumor control measures. 11-2 SSREP Rev. 5
\
I
11,3 PUBlIC INFORMATION (continued) rm ' ( ) Public information materials are available at the Media Center. In the form of
'V " press kits,' the materials include information on radiation, Seabrook Station operations, the Seabrook Station emergency planning zone, the emergency classification system, and a collection of resumes of NHY spokespersons.
As part of normal station operations, the Seabrook Station Science and Nature Center staff maintains supplies of public information materials and provides educational programs for the general public upon request. Public information materials specific to emergency plans of New Hampshire and l Massachusetts (*) have been developed. The materials have been distributed to residents and made available to transients in New Hampshire and Massachusetts who are located within the plume exposure pathway Emergency Planning Zone (EPZ). Materiale distributed inclue: Resident population: calendars, self-addressed special needs survey cards, self-adhesive labels
- Beach / Transient populations signs posted at beaches, parks and state forest recreation areas: posters, fliers, self-adhesive labels and bus l route maps (each of these me.terials is printed both in English and French)
- Commercial establishments (restaurants, businesses, health care facilities, etc.) and schools: posters, fliers, self-adhesive labels, bus route maps P l ' Farmers, farm workers, food processors and food distributors a brochure
\'
containing information on protection of the food chain. This brochure vill be made available at advertised locations within the 50-mile ingestion l exposure pathway EPZ at the time of an emergency, These materials contain facts about the emergency plans, information on potential protective actions (such as sheltering and evacuation), listings of EBS radio stations, emergency bus routes and evacuation routes, considerations for school children and handicapped persons, names and locations of reception centers and host facilities, contacts for additional information and educational material on radiation. These emergency plan public information materials will lbemadeavailableattheMediaandScienceandNatureCentersaftertheyhave been distributed to the public.
- 11-3 SSREP Rev. 5
4 11.3 PUBLIC INFORMATION (continued) O) i s V In addition to the printed emer6ency plan public information materials, sample broadcast messages consistent with Seaerook Station's emergency classification landprotectiveactionrecocuendationschemeshavebeendeveloped. The messages are intended to be used as part of the Emergency Broadcast System Network to provide information to the public when needed. lTheNHYCorporateCommunicationsDepartmentisindailycontactwithlocaland regional media, and annually conducts a program to acquaint the news media with information concerning radiation, emergency public information procedures, general station characteristics, the emergency classification system and other pertinent facts. Area media representatives are invited and encouraged to attend the annual briefings. T g 11 4 SSREP Rev 5
j g 12.0 MAINTAIN 2NG EKERGENCY PREPAREDNESS 12.1 Drills and Exerciatg Emergency exercises and drills will be conducted to test and evaluate the adequacy of emergency f acilities, equipment, procedures, comunication channels, actions of emergency response personnel, and coordination between NHY and offsite agencies. A summary of exercises and drills, and associated elements are presented below. 12.1.1 Radioloniesi Emeraency Plan Exercises An exercise tests the execution of the overall station emergency response and 4 its integration with responding offsite organizations. In order to test and evaluate the station emergency response, an exercise will be conducted annually. Consistent with the regulatory requirements for offsite exercise participation, Federal, State (*) and local agencies will be notified of intended exercises and their conduct will be coordinated with offsite authorities as appropriate. 12.1.2 Emertenev Plan Drills A drill is a supervised instruction period aimed at testing, developing and maintaining skills in a particular emergency response function. The frequency of drills is dependent upon the function which is to be tested. l12.1.2.1 ccm unication Drills to ensure that emergency communications between the facility and offsite Q emergency rseponse organizations are operable, comunanication drills will be conducted as outlined below. Included in the scope of these drills is the aspect of understanding message content (e.g., station technical terms). Paragraphs 3, 4, 5, and 8 below may be performed as part of the required annual exercise.
- 1) Comununication channels with State governments within the plume exposure pathway will be tested monthly
- 2) The pager system for the notification of the Primary Responders of the Emergency Response Organization (ERO) will be tested weekly
- 3) The pager system for the notification of the Yankee Nuclear Services Division (YNSD) ERO will be tested annually l 4) Data transmission capability between station emergency centers will be tested annually
- 5) EOF coornunications to State Emergency Operation Centers and to station field assessment tes'na will be conducted annually:
12 1 SSREP Rev. 4
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- 6) Communications between the Control Room and the NRC Headquarters O Operations Center will be tested weekly on Emergency Notification
\ System (ENS) dedicated telephonet
- 7) Communications between the EOF. TSC and the NRC Headquarters Operations Center will be tested monthly over the ENS: and B) Notification of the Secondary Responders of the ERO via the automatic dialing system will be tested at least annually.
12.1.2.2 Fire Drills To evaluate the response and training of the station fire brigade and coordination of same with offsite fire support, a number of fire drills are conducted annually with at least one drill being conducted with offsite fire support. The drills will be conducted in accordance with station Technica Specifications. 12.1.2.3 MedicC Drills To evaluate the response and training of toe station medical response and of f site hospital personnel, a medical c'*111 vill be conducted annually involving a simulated contaminated ini. Adual. Although the station medical response may be tested more frequently, the offsite response portion of medical drills may be performed as part of the annual exercise. rw 12.1.2.4 Radiologiesi Monitoring Drills Plant environs and radiological monitoring drills (onsite and offsite) will be conducted annually. These drills will include collection and analysis of airborne sample media, communications, recordkeeping and, if feasible, interface with other offsite monitoring efforts. This drill may be performed as part of the annual exercise. 12.1.2.5 Health Physics Drills Health Physics drills will be conducted semiannually which involve response to, and analysis of, simulated elevated airborne and liquid samples and direct radiation measurements. One of the drille may be performed as part of the annual exercise. Chemistry personnel vill be periodically drilled on the analysis of station liquid samples. 12.1.3 Scenarios The E-P Drill Group Supervisor is responsible for coordinating implementation of each drill and exercise package. Scenarios are prepared under the direction of the E P Scenario Supervisor for each exercise and selected drills. As appropriate, scenarios are approved by Emergency Preparedness and Station management. For exercises that include offsite participation, the scenario will be submitted to FDiA for agency review in accordance with regulatory requirements. All exercise scenaries will be submitted to the NRC for review. ( \ 12-2 SSREP Rev. 5
. - _ - - - - . - . ~ - _ . - - - - . . - - - . - . - - - . - - - - - - _ - -
l; 4 i Within a six. year period, the scenario content will be varied to test all the major elements of the emergency preparedness program. In general, the acenario Os will simulate a sequence of emergency conditions that would call for the mobili. sation of the of f site authorities, require recomendations of of f site protective measures and allow for evaluation of offsite plans and their integration with the Station response. The scenario will include, as a minimum. the following:
- 1) Date, time period, locations and participating organizations:
- 2) Basic objectives and specific elements that are to be tested:
- 3) Guidelines and extent of plays
- 4) Controller instructions, and a list of controllers and evaluators:
- 5) A narrative sumary describing the exercise scenerlo and expected responses: and
- 6) Time schedule of real and simulated events.
New llampshire Yankee cannot comit other organizations to conduct an exercise during off. hour times. Outside organizations will be encouraged to participate in exercises, but starting times and pre notification for exercises have to be agreed upon by participating offsite organizations. The exercise will be structured with sufficient flexibility to allow free play for decision making processes. The exercise scenario package will describe a
, specific accident sequence, contain a set of input messages, and list antici.
\ The exercise .
lpatedresponseactionswhichparalleltheaccidentsequence. controller organization will receive instructions to recognize areas where ERO responses may devia*.e from anticipated responses. The exercise controller organization mays (1) restrict player action if the response threatens the approved time sequences.(2) restrict player action if the response circumvents a required exercise objectives and (3) introduce ' free play' itetas to the scenario sequence if player actions become stagnant. Specific exercise elements which allow free p. - the decision-making process l include:
- 1) Exposure control actions:
- 2) Hanpower augmentation actions:
- 3) Emergency classification actions, particularly the de escalation process:
- 4) Recomendation of protective actions: and
- 5) Coordination and comunication with off site authorities.
12 3 $SREP Rev. 4 o
12.1.4 Evaluation of Exercises To evaluate the performance of participating facility personnel and the adequacy N' of emergency facilities, equipment and procedures used during an exercise, the lExerciseCoordinatorwillarrangeforqualifiedcontrollersandevaluatorsto evaluate and critique the exercise. A critique will be conducted as soon as feasible following the conclusion of the exercise with player personnel as designated by the Exercise Coordinator. After e the critique, the controllers and evaluators will complete and submit evaluation forms to the Exercise Coordinator in which the exercise performance will be measured against the objectives. All coments and/or recommendations will be appropriately documented. Evaluators from sute (*) agencies will be welcome to join the critique process. The exercise documentation will be submitted to the Manager of Response and Implementation who will assign responsibility ar.4 deadlines for corrective actions. Individuals assigned this responsibility will be required to document actions taken to improve the station's emergency preparedness. 12 2 Emernency Plan Training lThefollowingsectionsdescribethevarioustypesofEmergencyPlanTraining. 12.2.1 Emernency Resoonse Organization f ERO) lNewHampshireYankeepersonnelwithspecificpositionsintheEROwillreceive training to initially qualify them for a response position. To limit the amount [~ loftrainingrequiredforinitialqualification.EROassignmentswill,asmuch
\ as possible, parallel normal job knowledge, skills and abilities. The initial qualification will consist of an overview module and other modules that are appropriate to the individual's response position. The required modules are shown on Figure 12.1. Any module designated with an 'I' is required for initial qualification and any module designeted with an asterisk is required for both initial qualification and requalification. All qualified members of the ERO will receive annual requalification training to maintain their level of emergency response knowledge.
The required training modules typically cover either the operation of a facility or the performance of a group of related tasks. The topics for a module on the operation of a facility typically include the followings organization interac. tion with other facilities, interaction with outside organizations, activation, and return to ready status. The topics for a module on the performance of related tasks typically include the following procedure (s) for performing the task (s), responsibility for performing the task (s), interactions with other organization members, and the use of related forms. lTrainingotherthanthatshownonFigure12.1maybegiventoaddressspecific needs, f] 12 4- SSREP Rev. 4
l 12.2.2 luecort GrouRI. ( Personnel outside the New Hampshire Yankee organization and who report to Seabrook Station will be offered training designed to aid them in performing their emergency assponse function. These include YNSD and the Town of Seabrook Fire Department. This training will include such topics as site access and facility operation. Personnel outside the New Hampshire Yankee organization who.do not report to Seabrook Station will also be offered training designed to aid them in performing their emergency response function. These personnel include NH Office , of Emergency Management. NH Division of Public Health Services. Massachusetts )
~
Civil Defense Agency. Massachusetts Department of Public Health. Maine Emergency l Management Agency and Exeter Hospital. (Protected: Ref. NRC IR 86 18(03)) ' This training will include topics that would assist these personnel in performing their emergency response role. The recommended modules for these groups are designated with an 'O' on Figure 12.1. This training will be offered annually. 12.2.3 ' Station Personnel with No yRO Assinnment Station personnel with no ERO assignment will be trained 'n their proper response to an emergency during General Employee Training This training will be given on an annual basis. 12.2.4 Emernency Public Information Personnel '
-f 3 Designated Emergency Public Information Personnel will annually receive training in the-following areas
- 1) Emergency response concepts including emergency management, recovery
~ management and emergency response personnel.
2)- Offsite support agencies, organizations and facilities.
- 3) Onsite support facilities and capabilities.
- 4) Media interface and conduct of operations.
- 5) Media Center facility, functions and resources.
- 6) Federal State and other public information emergency plans to ensure recognition of contacts and coordination.
- 7) Communication channels and notification scheme.
12.2.5 Records-
. Documentation of training conducted in support of emergency planning is l_maintainedinaccordancewithappropriatenucleartrainingprocedures.
12-5 SSREP Rev. $
12.3 Review and Updatint of Plan and Precedures ( Annual independent reviews of the New Hampshire Yankee emergency prepa' redness N' program will be conducted. The reviews shall include the emergency plan, its implementing procedures, training, equipment, and $ tate and local government planning interfaces (*). Management controls will be implemented for evaluation and correction of review findings. The result of the review, along with recommendatiens for improvements, will be documented and retained for a period of five years. All changes to the emergency response procedures will be submitted to the Station Operations Review Coccittee ($ CRC) for review and approval before imple. mentation. On an annual basis, written agreements with outside support organizations and government agencies will be evaluated to determine if such agreements are still valid. If not, then these agreements will be renewed and updated: otherwise, the agreements will be considered current. All teleph0ne number listings associated with the station emergency response facilities will be reviewed quarterly and upcated if necessary. Revisions will be made in accordance with current regulations and guidelines on a continuing basis, as applicable. Changes to the plan and procedures will be forwarded to all ldocumentcontrollistrecipients. (Protected: Ref. NRC IR 86-18(31)) 12.4 Maintenance and Inventory of Emertenev Eculement and Sutclief,. The emergency equipment and supplies are maintained as indicated in Appendix F. The calibration cycle for emergency station instruments is semiannual for portable instruments and pocket dosimeters unless use requires a more frequent p calibration schedule. Along with requirements for calibration, the instruments g will be source-checked during monthly inventories and before each use. There ( arc tufficient reserve instruments and equipment to replace those that are removed from emergency kits for calibration purposes. An inventory of the emergency storage locations will be made, and discrepancies will be noted and corrected. 12.5 Emergency Precarednese Manater The Emergency Preparedness Manager is assigned the following responsibilities:
- 1) Maintain the Seabrook Station Radiological Emergency Plan.
- 2) Maintain the Production Emergency Response (NPER) Manual.
l3) Prepare emergency preparedness drill and exercise scenarios, n 12 6 SSREP Rev. 5 l r
._ _m -
12.6 Response and Imolementation Mansrer i(~~,T l The Response and Implementation Manager is assigned the following ,
\_,)
s responsibili;lest l 1
- 1) Ensure the conduct of drills and exercises. 1 1
- 2) Track identified drill and exercise deficiencies, and associated corrective !
action.
- 3) Maintain Emergency Response Organisation staf fing.
- 4) Maintain Emergency Response Organization pager assignments and publish I schedules.
- 5) Maintain the Emergency Response Organization Notification System data base.
12.7 $1te Services Manager The Site Services Hanager is assigned the following responsibilities :
- 1) Maintain the emergency response facilities as described in the Seabrook Station Radiological Emergency Plan and Production Emergency Response Manual.
- 2) obtain and track the availability of facilities and equipment required to
- rnaintain the Seabrook Station emergency response in a continuous state of
/~Ns i readiness. \s - 3) Ensure implementation of the communications and equipment test program.
12.8 Specialty Training Manater Ensures the conduct and documentstion of emergency preparedness training. 12.9 Director of Emergency Resoonse and Imolementation Directs and manages radiological emergency response planning and preparedness. 12.10 Executive Director of Emersency Preparedness and Community R e istions Retaint the overall authority and responsibility for radiological emergency response planning and preparedness.
^
12-7 SSREP Rev. 5
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- RADIOLOGICAL EMERGENCY PLAN SSREP REV.5 FIGURE 12.1
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wALa+M L t 4 0 - APPENDIX A D4ERGEN0Y RESPONSE ORGANIZ ATION POSITION DEFINITIONS l (Protected: Ref. NRC IR 85 32(15b)) J. O l l SSREP Rev. 5 l
APPENDIX A lO =
- l i POSITION DEFINITIONS 1.62 I.
Administrative Services Coordinator A1 Assistant News Manager A2 Auxiliary Operator A3 Auxiliary Operator (Radwaste) A-4 Chemistry Coordinator A-$ Chemistry Technician A-6 Computer Engineer A7
-Computer Technician A 8-Control-Room Communicator A-9 Control Room Operator A 10 Corporate support Manager A 11 Design Engineer A 12 Document Control Center Coordinator A 13 Dose Assessment Personnel- A 14 Dose Assessment Specialist A-15 Dosimetry Analysis Personnel A 16 Dosimetty' Records Personnel A-17 ECCC Clerk A-18 ECCC Writer / Communicator' A 19 Emergency Communications Coordinator A-20
(( Emergency News Manager Emergency Operations. Manager. A 21 A-22 Emergency Services Supervisor. A-23 Engineering Coordinator A-24 EOF Administrative Staff A-25 EOF Coordinator A 26
' Fire Technician /EMT A-27 Health ~and Safety Coordinator A-28 Health Physics Advicor A-29 i Health Physics Coordinator A-30 Health Physics Technician A-31 i I&C Coordinator A I&C Foreman / Personnel A Industry Liaison A-34 Joint _0wners Liaison A-35 Licensing Coordinator. A-36 Kaintenance Coordinator A-37
'Haintenance Foreman-Electrical A-38 Haintenance Foreman Mechanical A-39 7
" Katerial and Logistics Coordinator- A 40
-Media Center Administrative Staff A-41. '
Media Center Mechanic A-42 _ Media Center _ Registrar. A-43
~ Media-Center Writer / Communicator- A Media Relations Assistant A '
() SSREP- Rev. 5
APPENDIX A 3MDEX (Continued) POSITION DEFINITI0fl PAGE 1 Media Relaticns Floor Liaisen A.46 Media Relations / Rumor Control Liaison A.47 Media Relations / Rumor Control Supervisor A.48 KETPAC Operator A-49 Offsite Monitoring Communicator A.50 Offsite Monitoring Coordinator A-51 Offsite Monitoring / Sampling Personnel (HP) A.$2 Offsite Monitoring /Satpling Personnel (Utility) A.53 Operations Technician A.$4 OSC Coordinator A.$$ PASS Coordinator A-56 \ Radiological Assistant A.57 Radiological Controls Coordinator A $8 Reactor Engineer A.59 Recponse Manager A.60 Rumor Control Assistant A 61 Sample Analysis Personnel A.62 Security Coordinator A.63 Security Personnel A.64 [',} Short Term Emergency Director A-65 (_/ Site Emergency Director A-66 Specialty Technical Assistant A.67 Spokesperson A.08 Storekeeper A 69 Supervisory Control Room Operator A.70 Technical Advisor (EOF) A-71 Technical Advisor (MC) A-72 Technical Assistant A-73 Technicc1 Services Coordinator A 74 Technical Specialist Coordinator 6 75 Training Center Staff A 76 T$C Administrative Staff A 77 () SSREP Rev. 5
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POSITION DEFINITION O) A. EMERGENCY POSITION: Administrative Services Coordinater ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Corporate Support Manager RESPONSIBILITIES: a. Direct staff to provide administrative services to the emergency response organization.
- b. Function as the site emergency organization purchaoing agent with responsibility for contract negotia!. ion / administration and material control.
- c. Acquire additional resources such as documents, drawings, and office supplies required by station g'~} emergency management disciplines.
\_/
- d. Maintain communication services for the station emergency response organization.
- c. Responsible for establishing emergency pctsonnel shift schedules.
PERSONNEL DESIGNATED T0-FILL POSITION: Production Administrative Services Manager, Office Services Department Superviser, Budget and Controls Manager, Inventory Department Supervisor. l QUALIFICATIONS: ANSI 3.1 qualified Supervisor and designated Emergency Plan training. NOTE - The backup Administrative Services Coordinator performs the duties of the Assembly Area Coordinator. k_- A-1 SSREP Rev. S
Pos1 TION DEFINITION DHERGENCY POSITION: Assistant News Kanager ACTIVATION LEVELt Alert through General Emergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Emergency News Manager RESPONSIBILITIES: a. Manages facility activation process, i b. Provides logistical and administrative direction for the operation and deactivation of the Media Center,
- c. Ensure news release is copied, posted and distributed.
- d. Coo.dinate graphics and status board display.
- e. Obtain additional manpower and equipment as necessary.
/N PERSONNEL DESIGNATED 'N_,/ TO FILL POSITION: Mediagraphics Department Supervisor, Nuclear Quality Manager Information Resources Mar-Jer QUALIFICATIONS: Two year public information or management / supervisory experience and designated Emergency Plan training.
0, A.2 SSREP Rev. 5
1 POSITION DEFINITION EMERGENCY POSITION: Auxiliary Operator , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Implement repair and corrective actions. 5 PERSONNEL DESIGNATED TO FILL POSITION: Auxiliary Operator QUALIFICATIONS: ANSI 3.1 qualified non-licensed operator. Radiation worker and designated Emergency Plan training. O 4 O ..S 3SREP Re.. S t
POSITION DEFINITTON lEMERGENCYPOSITION: Auxiliary Operator (Radwaste) , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator EESPONSIBILITIES: a. Implement repair and corrective actions to radwaste facility.
- b. Operate radwaste equipment as necessary.
5 , s PEP.SONNEL DESIGNATED l TO FILL POSITION: Radioactive Waste Technician. Auxiliary Operator QUALIFICATIONS: ANSI 3.1 qualified non-licensed operator. Radiation worker and designated Emergency Plan training.
,q 'q./
e ()/ v A-4 SSREP Rev 5
l 1
. POSITION DEFINITION I l
,/N EMERGENCY POSITION: Chemistry Coordinator , \ ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: TSC RESPONSIBLE TO: Site Emergency Director RESPONSIBILITIES: a. Direct radiochemistry operations.
- b. Coordinate planned gaseous and liquid releases,
- c. Assist in the HP41 dose assessment process.
PERSONNEL DESIGNATED TO FILL POSITIONi- Chemistry and Health Physics Manager. Chemistry Department Supervisor, Chemistry Supervisot, Chemist QUALIFICATIONS: ANSI 3.1 qualified Chemistry Supervisoc or Chemist. Radiation worker and designated Emergency Plan training.
'I )
Li ~ /"\ A-5 SSREP Rev. 5
POSITION DEFINITION DiERGENCY POSITION: Chemistry Technician , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: PASS Coordinator RESPONSIBIw1 TIES: a. Set up the Chemistry Hot Lab in accordance with appropriate Chemistry Department procedures,
- b. Perform post-accident gas and liquid sampling and analysis.
PERSONNEL DESIGNATED - TO FILL POSITIONS: Chemistry Technician QUALIFICATIONS: ANSI 3.1 qualified Chemistry Technician. Radiation vorker and designated Emergency Plan training. O V D A-6 SSREP Rev. 5
. - . - . .. ... . .. -.-- . . - . . . , ~--, --. ..~ . . . - - . - - - . .- - -
, POSITION DEFINITION D4ERGENCY POSITION: ' Computer Engineer ,
' ACTIVAtTow L; VEL: Alert through General Emergency
- RESPONSE LOCATION: TSC/ Computer Room RESPONSIBLE TO:- Technical Services Coordinator RESPONSIBILITIES: a. Provide continuous operation of the Main Plant Computer System.
- b. Provide computer assistance as needed to personnel assigned to the Control Room.
- c. Provide computer assistance as needed to personnel assigned to the Technical Support Center (TSC).
- d. - Provide computer assistance as needed to personnel assigned to the Emergency operations Facility (EOF).
. PERSONNEL-DESIGNATED TO FILL POSITION:- Computet , opment Department Supervisor, Computer
- Engineer QUALIFICATIONS: Working knowledge of the operation of Main Plant Computer System. Radiation worker and designated Emergency Plan training.
l A-7 SSREP Rev. 5
,- 1 l
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, POSITION DEFINITION EMER0ENCY POSITION: Computer Technician ,
ACTIVATION LEVEL: Alert through Oeneral Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: a. Implement repair and corrective actions associatea with the Main Plant Computer System (MPCS) and the RDMS and Security computers,
- b. Respond to requests initiated by Computer Engineer.
PERSONNEL DESIGNATED TO FILL POSITION: Computer Technician QUALIFICATIONS: Working knowledge of the op :ation of the Main Plant Computer System. Radiation worker and designated g Emergency Plan training. ( O ' A-8 SSREP Rev. 5
POSITION DEFINITION ('~') EKERGENCY POSITION: Control Room Communicator , ty-ACTIVATION LEVEL: Unusual Event through General Emergency RESPONSE LOCATION: Control Room - Technical Support Center RESPONSIBLE TO: Short Term Emergency Director - Emergency Operations Manager RESPONSIBILITIES: a. Initiate and maintain communications with state and NRC officials,
- b. Notification of primary responders.
PERSONNEL DESIGNATED TO FILL POSITIOHs IEC Technician QUALIFICATIONS: One year's experience in Nuclear Power Plant. Radiation worker and designated Emergency Plan training. (V b(% A-9 SSREP Rev. 5
POSITION DEFINITION D4ERGENCY POSITION: Control Room Operator 7-s V ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE Toi OSO Coordinator RESPONSIBILITIES: Implement repair and corrective actions. PERSONNEL DESIGNATED TO FILL POSITION: Control Poom Operator QUALIFICATIONS: Licensed Reactor Operator. Radiation worker and designated Emergency Plan training.
/^\
Q.) A-10 SSREP Rev. 5
POSITION DEFINITION
. ,- g . EMERGENCY POSITION: Corporate Support Manager ,
. QJ -
ACTIVATION LEVELt Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Response Manager RESPONSIBILITIES: a. Direct all licensing, security, and administrative support for the Seabrook Station Emergency Response Organization,
- b. Coordinate all offsite and licensing support from the Engineering Support Center (ESC) of the Yankee Nuclear Services = Division (YNSD) of Yankee Atomic-Electric Company (YAEC).
- c. Maintain f acility command and control during any absences of both the Response Manager and EOF Coordinator.
- d. Assist EOF Coordinator with Nuclear Alert. System (NAS) notifications.
PERSONNEL DESIGNATED TO FILL POSITION: Regulatory Compliance Manager, Independent Safety Engineer'ing Group Supervisor, Lead Engineer - Operating Experience.
-QUALIFICATIONS: ANSI.3.1 qualified Supervisor or Professional / Technical personnel and designated Emergency Plan training.
A.11 SSREP Rev. 5 i.
, POSITION DEFINITION
/ EKERGENCY POSITION: Design Engineer , ( ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: TSC RESPONSIBLE TO: Engineering Coordinator RESPONSIBILITIES: Research and provide system and component design information for use in technical evaluations and d e ci s ion-m '<ing . PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by Engineering Subdivision Senior Management and maintained by Response and Implementation. Assignees are typically engineers from the Engineering Subdivision. QUALIFICATIONS: Engineering degree. Radiation worker and designated Emergency Plan training. I,h LJ
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A-12 SSREP Rev 5
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, POSITION DEFINITION .j EMERGENCY POSITION: Document Control Center Coordinator ,
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF-RESPONSIBLE TO: Administrative Services Coordinator RESPONSIBILITIES: a. Perform computer searches / retrieval of vitsl documents on NHY NRMS.
- b. Obtain drawings, manuals and other documents required for emergency.
- c. Obtain reproduction of documents,
- d. Obtain non NHI documents from UE&C/YAEC as required for emergency,
- e. Coordinate entry and retrieval of data on INPO
- Nuclear Network' as approved by Corporate Support Manager.
PERSONNEL DESIGNATED TO FILL POSITION: Records Panagement Dep;.rtment Super <1sor, Records j Management Department Section Leader. Records Technician QUALIFICATIONS: ANSI 3.1 qualified Supervisor, or 2 years' experience in Records Management Department and designated Emergency Plan training. O A-13 SSREP Rev. S
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, POSITION DEFINITION
~'g DdERGENCY POSITION - Dose Assessment Personnel ,_
--l(Q ACTIVATION LEVEL:' Alert through General Emergency RESPONSE LOCATION: EOF-RESPONSIBLE 70s- Dose Assessment Specialist RESPONSIBILITIES: a. Disseminate HETPAC information to appropriate EOF.
personnel.-
- b. Update radiological status boards,
- c. Assist. Dose Assessment Specialist and HETPAC Operator.as requested.
PERSONNEL DESIGNATED
-TO FILL-POSITION:- Personnel assignments as requested by Nuclear Production senior management and maintained by Response and _
i Implementa tion. Assignees are typically associated with technical departments at the Station. 50 v QUALIFICATIONS:. Designated Emergency Plan training. A-14 SSREP Rev. 5
. POSITION DEFINITION
(g . EMERGENCY POSITION: Dose Assessment Specialist , t ;-
%/
ACilVATION: LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: EOF Coordinator RESPONSIBILITIES: a. Assess the offsite consequences of station planned and unplanned radiological releases to determine offsite doses,
- b. Provides of f site dose information f or the protective action recommendation process.
PERSONNEL DESIGNATED TO FILL POSITION: Health Physicist, Health Physics Supervisor Emergency Planner QUALIFICATIONS: Three years' experience in Health Physics or Emergency _s Planning and designated Emergency Plan training. V W ( V A-15 SSREP Rev. 5 l 1 l I
l l POSITION DEFINITION l EHER0ENCY POSITION: Dosimetry Analysis Personnel , ACTIVATION LEVEL: Alert through General Emergency
. RESPONSE LOCATION: EOF RESPONSIBLE TO: Dose Assessment Specialist RESPONSIBILITIES: a. Issue dosimetry and process the TLD's as needed,
- b. Coordinate dosimetry efforts with the resources provided by the YNSD mobile laboratory.
PERSONNEL DESIGNATED TO FILL POSITION: Health Physics Supervisor, Health Physics Working Foreman, Health Physics Technician QUALIFICATIONS: ANSI 3.1 qualified Health Physics Technician and designated Emergency Plan training. . f))
\,.
A-16 SSREP Rey, 5
POSITION DEFINITION ym -. EMERGENCY POSITION: Desimetry Records Personnel , k. ACTIVATION LEVELt Alert through General Emergency RESPONSE LOCATION EOF RESPONSIBLE tor Dosimetry Analysis Personnel RESPONSIBILITIES: a. Prepare Self Reading Pocket Dosimetry for use.
- b. Issue dosimetry to personnel reporting to the station.
- c. Maintain dosimetry / exposure records.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by Nuclear Production senior management and maintained by Response and Implementation. Assignees-are typically associated with technical departments at the Station. QUALIFICATIONS: Designated Emergency Plan training, f'Y
-A-17 SSREP Rev. 5
POSITION DEFINITION DER 0ENCY POSITION: ECCC Clerk
- ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF Emergency Communications Command Center 1
RESPONSIBLE _TO: Emergency Communications Coordinator-RESPONSIBILITIES: Provide administrative support to the ECCC PERSONNEL DESIGNATED
-TO. FILL POSITION: Personnel assignments as-requested by the Corporate-Consnunications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees.are typically administrative level personnel.
-QUALIFICATIONS: Designated Emergency Plan training
*This position ray.also perform the duties of the Seabrook Station News l Services Clerk (SSNS Clerk) during an Unusual Event declaration, 8
A-18 SSREP Rev 5
POSITION DEFINITION EKERGENCY POSITION: ECCC Vriter/ Communicator O , ACTIVATION LEVEL: . Alert through General Emergency 2 RESPONSE LOCATION - EOF ECCC RESPONSIBLE TO: Emergency Communications Coordinator RESPONSIBILITIES: a. Draft news releases as directed by the Emergency Communications Coordinator.
- b. Maintain communications with the Media Center Writer / Communicator.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by the Corporate Communications Department, approved by.the assignee's home department management,=and maintained by Response' and. Implementation. Assignees are typically administrative level personnel. ( QUALIFICATIONS: Designated Emergency Plan training 4 4 -- A-19 SSREP Rev. 5
POSITION DEFINITION (} D4ERGENCY POSITION: Emergency Communications Coordinator , (_ / ACTIVATION LEVEL: Alert through Oeneral Emergency EESPONSE LOCATION: EOF ECCC RESPONSIBLE TO: Response Manager RESPONSIBILITIES: a. Obtain emergency status information from the Response Hanager,
- b. Establish communication with the Emergency News Manager at the Media Center,
- c. Coordinate and supervise preparation of draft news releases, d, obtain approval for content of news release from the Response Manager,
- e. Ensure the Media Center is contacted regularly with updates on plant status.
6 PERSONNEL DESIONATED TO FILL POSITION: Director of Corporate Communications Purchasing, Contracts and Insurance Manager, Corporate Communications Special Projects Manager. QUALIFICATIONSi_ Hanagement personnel and designated Emergency Plan training. O A-20 SSREP Rev. 5 l
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POSITION DEFINITION
- D4ERGENCY POSITION! ' Emergency News Manager ACTIVATION LEVEL: Unusual Event through General Emergency RESPONSE LOCATION: Seabrook Station News Services or Media Center RESPONSIBLE To: 'Short Term Emergency Director. Site Emergency Director or Response Manager RESPONSIBILITIES: a. Manage operation-of Seabrook Station News Services and Media Center.
I
- b. Direct orderly flow of timely and accurate information concerning plant conditions to media,
- c. Coordinate news briefing logistics with the Assistant News Hanager and Spokesman,
- d. Ensure news releases are coordinated with State and Federal officials.
PERSONNEL DESIGNATED O TO FILL POSITION: Corporate Communications Manager, Media Relations Coordinator / Spokesman. QUALIFICATIONS:
~
'two years', experience in public information or i management / supervision and designated Emergency Plan '
training. n - - A-21 SSREP Rev 5
f,,qilIJON DEFINITION EMERGENCY POSITION: Emergency Operations Manager ACTIVATION LEVEL: Unusual Event through General Emergency RESPONSE LOCATION: Control Room /TSC RESPONSIBLE TO: Site Emergency Director RESPONSIBILITIES: a. Coordinate inputs from technical and corrective action advisors.
- b. Coordinate activities of Control Room personnel required to restore the station to a safe condition.
- c. Provide technical accident assessment and opera.
tional guidance to Site Emergency Director and Control Room ataff.
- d. Request the design and planning of temporary-modifications.
- e. Determine emergency procedures related to system O, operation.
- f. Establish shift operations support, if applicable.
- g. Provide guidance for Control Room personnel con-carning protection cf the reactor core.
- h. Oversee the accumulation,-retention, and transmission of vital unit parameters-required to analyze the accident status,
- i. Review of.srational occurrences as necessary.
PERSONNEL DESIGNATED To FILL POSITION: Operations Manager, Assistant Operations Manager, and other Operations Department Supervisors as assigned by the' Operations Manager. QUALIFICATIONS: .Previously or currently licensed or certified Senior Reactor Operator at Seabrook Station ANSI 3.1 qualified Supervisor. Radiation worker and designated Emergency Plan training. In addition to the designated Emergency Plan training, training in mitigating the consequences of core damage (S65 or equivalent) and an overview of-- emer[ency operating procedures (EOP) are required.
-k (Protected: Ref NRC IR 86-18(4))
A-22 SSREP .Rev. 5
POSITION DEFINITION D{ERGENCY POSITION: Emergency Services Supervisor (Vs, , A0TIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Assistant News Manager RESPONSIBILITIES: a, Supervise Media Center activation process,
- b. Maintain building services during operatien of Media Center,
- c. Supervise the deactivation of the f acility to return it to Newington Town Hall.
PERSONNEL DESIGNATED TO FILL POSITION: Utility Supervisor, Maintenance Engineering Technician QUALIFICATIONS: Designated Emer?cncy Plan Training O l N~- 1 l
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I A-23 SSREP Rev. 5 ) i l
POSITION DEFINITION je~' EMERGENCY POSITION: Engineering Coordinator , b ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: TSC RESPONSIBLE TO: Technical Services Coordinator RESPONSIBILITIES: a. Coordinate the damage evaluation, repair and corrective action efforts of the Technical Supporc Center.
- b. Provide guidance to engineers and administrative staff in the TSC.
PERSONNEL DESIGNATED TO FILL POSITION: Engineering Supervisor, Lead Engineer, Project Engineer QUALIFICATIONS: ANSI 3.1 qualified Technical / Professional personnel. Radiation worker and designated Emergency Plan training. (O
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i i I A-24 SSREP Rev. 5 i n
, POSITION DEFINITION EMERGENCY POSITION: EO.F Administrative Staff l l
ACTIVATION LEVELi Alert through General Emergency i RESPONSE LOCATION: EOF RESONSIBLE TO: Administrative Services Coordinator RESPONSIBILITIES: Perform administrative tasks in the EOF. PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by Nuclear Production senior management and maintained by Response and Implementation. Assignees are typically administrative level personnel. QUALIFICATIONS: Designated Emergency Plan training.
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\-s A-25 SSREP Rev. $
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. POSITION DEFINITION 04ERGENCY. POSITION: EOF Coordinator ,
3O ACTIVATION LEVEL- Unusual Event through' General Emergency RESPONSE LOCATION: EOF (Control Room for Unusual Event) RESPONSIBLE-TO: Response Manager (Site Emergency Director for Unusual Event) RESPONSIBILITIES: a. Act as a liaison with offsite authorities.
- b. Assess the onsite and offsite radiological consequences, c.- Provide Response Fhnager with-protective action recommendations.
-d. Arrange for the analysis of environmental media samples.
PERSONNEL DESIONATED- , /~'s TO FILL POSITION L Personnel assignments approved by the . assignee's home 3d department management, and maintained by-Response and-Implementation. Assignees are typically professional / technical personnel with health physics-experience.
. QUALIFICATIONS: ANSI 3.1 qualified Manager,: Professional / Technical personnel. In addition to the deeignated Emergency Plan-training, training in. mitigating the consequences of core damage (S65 or equivalent) is required.
(Protected:' Ref. NRC IR 85-18(4)) 1 O A-26 SSREP Rev. 5
POSITION DEFINITION EMERGENCY POSITION: Fire Technician /EMT , s_/ ACTIVATION LEVEL: Unusual Event through General Emergency , RESPONSE LOCATION: Control Room RESPONSIBLE To: Unit Shift Supervisor RESPONSIBILITIES: a. Perform station fire fighting duties,
- b. Respond to medical emergencies.
PERSONNEL DESIGNATED TO FILL POSITION: Per station fire plan. QUALIFICATIONS: Per station fire pisn. Radiation worker and designated Emergency Plan training. i
\
(/ L A-27 SSREP Rev. 5
-POSITION DEFINITION EMERGENCY POSITION _ Health and Safety' Coordinator ,
ACTIVATION: LEVEL: . Alert-through General Emergency RESPONSE LOCATION: EOF
. RESPONSIBLE.TO: Corporate Support Manager it RESPONSIBILITIES: a. -Coordinates all accident / incident information with-American Nuclear Insurers (ANI).
.b . Communicates with the ESC and coordinates their '
emergency support regarding environmental monitoring and sampling.
- c. Provide information as requested on Health Physics Network (HPN).
PERSONNEL' DESIGNATED-170 FILL POSITION. Senior Health Physicist, Engineer O -QUALIFICATIONS: lu1SI 3.1 qualified Professional / Technical personnel and designated Emergency. Plan training.. t. m o A-20 SSREP Rev. 5
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POSITION DEFINITION -q l
.h EMERGENCY POSITION: Health Physics Advisor. ,
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Media Center l RESPONSIBLE TO: Spoke sman l R RESPONSIBILITIES: a; Assist. Emergency News Manager with formulation of news briefing statements and materials.
, ., b. ; Participants in news. briefings to answer Health Physics related technical 1 questions.
PERSONNEL DESIGNATED TO FILL POSITION , Personnel assignments as requested by the Corporate J~ '- Communications Department, approved by the assignee's home-department management, and maintained by Response y and Implementation. Assignees are= typically _ professional level personnel and may be non-NHY. l- , QUALIFICATIONS: Designated Emergency Plan training.- i-3 d A-29 SSREP -Rev. 5 l -- t
POSITION DEFINTTION _s OdERGENCY POSITION: Health Physics Coordinator , N) ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Technical Support Center RESPONSIBLE TO: Site Emergency Director RESPONSIBILITIES: Provide direct input of radiological considerations during emergency corrective e i response action planning. PERSONNEL DESIGNATED TO FILL POSITION: Health Physics Department Supervisor, Senior Health Physicist, Health Physicist Supervisor, Health Physics Working Foreman QUALIFICATIONS: ANSI 3.1 qun1.ified Health ;hysics Supervisor. Radiation worker and designated Emergency Plan training, f i \~ ) sjb A-30 SSREP Rev. 5 i
.6 POSITION DEFINITION EMERGENCY POSITION: Health Physics Technician ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC LESPONSIBLE Toi R?diological Controls Coordinator '
KESPONSIBILITIES: a. Provide Health Physic 6 coverage for in-plant activities.
- b. Perform perbonnel monitoring and issue desimetry.
- c. Ide.ntify equipment decontamination requirements.
- d. Assist in personnel decentamination.
- e. Direct in plant radiation and contamination surveys,
- f. Perform habitability checks of the OSC. TSC. and p Control Room as directed.
,1
- g. Assist in response to medical emergencies as directed by the Unit Shift Supervisor.
PERSONNEL DESIGNATED TO FILL POSITION: Health Physics Technician QUALIFICATIONS: ANSI 3.1 qualified Health Physics Technician. Radiation worker and designated Emergency Plan training, Io V A.31 SSREP Rev. 5
4 POSITION DEFINITION 1 D4IRGEN0Y POSITION: 16C Coordinator ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: TSC RLSPONSIBLL To: Technical Services Coordinator RESPONSIBILITIES: a. Coordinate 16C damage evaluation, repair and corrective actions.
- b. Coordinates Control Room, TSC, and OSC communications link.
PERSONNEL DESIGNATED TO FILL POSITION: 16C Department Supervisor. I6C Supervisor QUALIFICATIONS: ANSI 3.1 qualified 16C Supervisor. Radiation worker and designated Emergency Plan training. l([2)- 9 (::) A.,I SS,E, ,ev. ,
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PostTf0N OEFINftION CHERGENCY POSITION: ILC Foreman / Personnel O , ACTIVATION LEVEL Alert through General Emergency I RESP 0FSE LOCATION: OSC , RESPONSIBLE 70: OSC Coordinator RESP 0HSIBILITIES: Implement repair and corrective actions. PERSONNEL DESIONATED TO FILL POSITIONS: 16C Working Foreman I QUALIFICATIONS: ANSI 3.1 qualified ILC Foreman. , ,diation worker and designated Emergency Plan training. O r, A.33 SSREP Rev. 5
, POSITION DEFINITION DIERGENCY POSITION: Industry Liaison ,
ACIIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF KESPONSIBLE TO: Corporate Support Manager RESPONSIBILITIES: a. Coordinates all requests for support to industry organisations that can provide emergency response assistance.
- b. Coordinates all response assistance with the Westinghouse Emergency Response Center.
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- c. Coordinates operational and engineering support with onsite recosety needs.
PERSONNEL DESIGNATED TO FILL POSITION: Senior Engineer. Instructor QUALIFICATIONS: ANSI 3.1 qualified Professional / Technical personnel and designated Emergency Plan training. I 1 O A.34 SSREP Rev. $ I
10$ttt0N__DErtNIT10N EMERCENCY POSITION: , Joint Ovners Liaison ACTIVATION LEVEL: Alert through General E.mergency RESPONSE LC0ATION: EOF RESPONSIBLE TO: Response Manager RESPONSIBILITIES: a. Disseminate plant status information to Joint Owners via news releases.
- b. Respond to Joint Owner inquiries related to emergency conditions.
PERSONNEL DESIGNATED 70 FILL POSITION: Selected NHY Subdivision Heads, Licensing Supervisor. Licensing Manager. Dr.ta Request Coordinator. Executive Assistant QUALIFICATIONS: Management / Supervisory-level personnel and designated Emergency Plan training. O A-35 SSREP Rev. 5
l 1
, POSITION DEFINITION l l
(s DKERGENCY POSITION: Licensing Coordinator , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF 1 RESPONSIBLE TO: Corporate Support Kanager RESPONSIBILITIES: a. Coordinate resolution of all licensing issues that r.sy result from the emergency conditions or the mitigating actions that follow,
- b. Coordinate interface with NRC Incident Response Team.
PERSONNEL DESIGNATED TO FILL POSI7 ION: Lead Engineer - Compliance Manuals and Procedures Administrator Engineering Analyst. QUALIFICATIONS: ANSI 3.1 qualified Professional / Technical personnel and designated Emergency Plan training. O' A 36 SSREP Rev. 5
POSITION DEFINITION s D4ERGENCY POSITION: Maintenance Coordinator ACTIVATION LEVEL: Alert through General Emergency REf00NSE LOCATION: TSO RESPONSIBLE TO: Technical Services Coordinator RESPONSIBILITIES: a. Initiate repair team actions.
- b. Recommend appropriate corrective actions.
- c. Evaluate repair task personnel and material requirements and request additional resources, if needed.
PERSONNEL DESIONATED TO FILL POSITION: Mechanical Supervisor, Mechanical Electrical Supervisor. Haintenance Support Supervisor. Electrical Supervisor. QUALIFICATIONS: ANSI 3.1 qualified Haintenance Supervisor. Radiation worker and designated Emergency Plan training. O l
\/ A.37 SSREP Rev. 5
POSITION DEFINITION
- DiERGENCY POSITION: Maintenance Foreman. Electrical ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Impisment repair and corrective actions.
PERSONNEL DESIGNATED , TO FILL POSITION: .'eintenance Working Foreman QUALIFICATIONS: ANSI 3.1 qualified Maintenance Personnel. Radiation worker and designated Emergency Plan training. i i l l l l A.38 SSREP Rev 5
_ _ . . . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . . . _ _ . . . . _ _ . _ . . . . . _m. ._ _ ._ _ .. ._..__..._ POSITION DEFINITION EMERGENCY POSITION: Maintenance Foreman.Hechanical O v ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Ir.plement repair and corrective actions. PERSONNEL DESIGNATED TO FILL POSITION: Maintenance Working Foreman 0,UALIFICATIONS: ANSI 3.1 qualified Mahtenance Personnel. Radiation worker and designated faergency Flan training. l I l 1 l l l O A.,, SS m ee.. , I
POSITION DEFINITION DHERGENCY POSITION: Hacerial and Logistics Coordinator (->y
\--
ACTIVATION LEVEL Alert through General Emergency RESPONSE LOOATION: EOF RESPONSIBLE TO: Administrative Services Coordinator RESPONSIBILITIES: a. Arrange procurement or rental of required material, equipment and supplies.
- b. Arrange delivery of stock materials,
- c. Provide the necessary contractual arrangements for the use of outside labor and equipment,
- d. Haintain ree.ords of all procurement transactions.
PERSONNEL DESIGNATED TO FILL POSITION: Storekeeper Inventory Department Working Forenan ( < g) QUALIFICATIONS: Designated Emergency Plan training. O' A-40 SSREP Rev. 5
POSITION DEFINITION DiERGENCY POSITION: Hedia Center Administrative Staff , o ACTIVATION LEVEL: Alert through General Emergency l RESPONSE LOCATION: Media Center l RESPONSIBLE TO: Assistant News Manager j RESPONSIBILITIES: Perform Media Center administrative tasks. PERSONNEL DESIGNATED l TO FILL POSITION: Personnel assignments as requested by the Corporate I Communications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically administrative level personnel. QUALIFICATIONS: Designated Emergency Plan training , i G
- A-41 SSREP Rev. 5 i
_ _ _ . _ _ _ . . _ - __ - _ _ - _ _ . ~ . _ _ _ _ . _ _ _ _ . - - - _ _ _ . . _ _ _ . _ . _ _ . . . . ) , POSITION DEFINITIOR EKERGENCY POSITION: Media Center Mechanic !- ACTIVATION LEVEL: Alert through General Taergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Emergency Services Supervisor RCSPONSIBILITIES: a. Assist in physical setup of the Media Center.
- b. Maintain Media Center building services during facility operations.
PERSONNEL DESIONATED TO FILL POSITION: Utility Verker QUALIFICATIONS: Design.ted Emergency Plan training O O .. e eeREP sev. S
. _ _ _ . _ _ _ _ = . _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ . - _ _ _ _ _ _ . ._ _ _ _ _ _.
POSITION DEFINITION EHERGENCY POSITION: Media Center Registrar ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATICN: Media Center RESP 0dFIBLE TO: Assistant News Kanager RESPONSIBILITIES: a. .*gister and badge incoming personnel,
- b. Issue press kits to the media representatives as they arrive.
- c. /.dvise incoming media represents'.ives on Media Center procedures, facility layout, an? schedules.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as reep.ested by the Corporate Communications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically
/N administrative level personnel.
U QUALIFICATIONS: Designated Emergency Plan training l l i C::) A.., S ,EP sev. ,
.__ . _-. . _ _ _ - - -._-_ ._ -._ - - - -. .. - ._-.-- . . - - _~ - -
POSITION DEFINITION ,, DiERGENCY POSITION: Media Center Writer / Communicator , I l ACTIVATION LEVEL: Alert through General E:nergency , 1 RESPONSE LOCATION: Media Center RESPONSIBLE TO: Assistant News Manager RESPONSIBILITIES: Maintain contact with the EOF Writer / Communicator. PERSONNEL DESIGNATED j TO FILL POSITION: Personnel assignments as requested by the Corporate l Communications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically administrative level personnel. QUALIFICATIONS: Designated Emergency Plan training O A.44 SSREP Rev. 5
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I l POSITION DEFINITION D4ERGENCY POSITION: Media Relations Assistant . J ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Joint Telephone Information Center RESPONSIBLE 70: Media Relations / Rumor Control Supervisor RESPONSIBILITIES: a. Respond to and document media inquiries received on the media relations telephones,
- b. Monitor news coverage for accuracy. I l
PERSONNEL DESIONATED TO FILL POSITION: Personnel assignments as requested by the Corporate Communications Department, approved / the assignee's home depar*. ment management, and maintained by Response and Implem atation. Assignees are typically professional level personnel. QUALITICATIONS: Designated Emergency Plan training O. A-45 SSREP Rev. $
POSITION DEFINITION EMERGENCY POSITION: Media Relations Floor Liaison * , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Emergency News Manager RESPONSIBILITIES: a. Answer media inquiries and provide background i informatita, l
- b. Brief Emergency News Manager on media inquiries.
- l. c. Attend news briefings,
- d. Ensure that auditorium status boards are updated,
- e. Coordinate media requests for visits to the EOF.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by the Corporate Communications Department. approved by the assignee's O home department management, iad maintained by Response and Implementation. Assignees are typically professional level personnel. QUALIFICATIONS: Designated Emergency Plan training.
*This position may also perform the duties of the Neve Services Representative during an Unusual Event declaration.
ON A.46 SSREP Rev. $
, POSITION.DEFINITIQH DHERGENCY POSITION: Media Relations / Rumor Control Liaison ,
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Media C6nter RESPONSIBLE ' Emergency News Hansger RESPONSIBILITIES: a. Ensure wire services (e.g., AP and UPI) are provided news release information,
- b. Ensure that media representstives in the auditorium are provided copies of news releases.
- c. Report trends in media inquiries to the Emergency News Manager.
- d. Ensure that an adequate number of press kits are available to media representatives,
- e. Ensure that status boards in the auditorium and Sawyer Room are maintained.
O V PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments a;1 requested by the Corporate Communications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically professional level personnel. QUALIFICATIONS: Designated Emergency Plan training. (~h V A-47 SSREP Rev. 5 l I
4
, POSITION DEFINITIQS EMERGENCY POSITION: Media Relations / Rumor Control Supervisor ,
ACG','ATION LEVEL : Alert through General Emergency RESPONSE LOCATION: Joint Telephone Information Center RESPONSIBLE TO: Media Relations / Rumor Control Liaison RESPONSIBILITIES: a. Ensure that media relations and rumor control telephone lines are operational.
- b. Ensure that television, radios, recording equipment, and tone alert radios are operational,
- c. Assign Media Relations and Rumor Control Assistants and keep them briefed on NHY ERO response activities and news release timing,
- d. Report rumor trends to the Media Relations / Rumor Control Liaison.
- e. Ensure that public information line recording is maintained with current accident and response (A) information.
- f. Report special needs requests received over the rumor control lines.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by the Corporate Consnunications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically professional level personnel. QUALIFICATIONS: Designated Emergency Plan training O k/ A-48 SSREP Rev. $
POSITION CEFINITION lEKERGENCYPOSITION: KETPAC Operator (Protected: Ref. NRC IR 86 18(5)) ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATIONi EOF RESPONSIBLE 70: Dose Asses' i ment Specialist RESPONSIBILITIES: Operate METPAC dose assessment computer proBram. PERSONNEL DESIONATED TO FILL POSITION: Personnel assignments approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically technical personnel with health physics or chemistry experience. QUALIFICATIONS: Experience with METPAC operations and designated Emergency Plan training. O A 49 SSREP Rev. 5
i POSITION DEFINITION DtERGEN0Y POSITION: Offsite Monitoring Communicator ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Offsite Monitoring Coordinator RESPONSIBILITIES: Maintain communications with offsite monitoring / sampling teams for the transmittal of sampling instructions and radiological data. PERSONNEL DESIGNATED TO FILL POSITION: IEC Technician QUALIFICATIONS: One year's experience in nuclear power plant and designated Emergency Plan training. O O A.50 eS m se . S
POSITION DEFINITION EMIRGENCY POSITION: Offsite Monitoring Coordinator , ACTIVATION LEVEL: Alert throuEh General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Dose Assessment Specialist RESPONSIBILITIES: a. Coordinate the activities of offsite monitoring and sampling teams,
- b. Coordinate offsite sample retrieval and analysis,
- c. Provide field radiological data to the Dose Assessment Specialist.
- d. Coordinate offsite monitoring activities with state monitoring personnel.
PERSONNEL DESIONATED TO FILL POSITION: Health Physics Working Foreman, Senior Health Physics Technician Utilities Supervisor QUALIFICATIONS: Designated Emergency Plan training. 'O A.,1 SS EP mev. ,
, 105fTION DEFINITION EKERGEN0Y POSITION: Offsite Monitoring / Sampling Personnel (HP) ,
t ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOOATION: EOF RESPONSIBLE TO: Offsite Monitoring Coordinator RESPONSIBILITIES: Obtain radiological information via direct meas'arements and sampling of environmental media (air, water, vegetation, milk) from offsite locations. PERSONNEL DESIGNATED TO FILL POSITION: Instrument & Controls Technician. Health Physics Tech. nician QUALIFICATIONS: Health Physics Technician / Instrument & Controls Tech. nician: Designated Emergency Plan training. 3 ()-
'A A.52 SSREP Rev. 5 a.- _
POSITION DEFINITION I DTRCENCY POSITION: Of f site Monitoring / Sampling Personnel (Utility) ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Offsite Mor.!*.cring C'irdinator RESPONSIBILITIES: Driver for offsite monitoring / sampling personnel (HP) PERSONNEL DESIGNATED TO fit', POSITION: Utility Worker QUALIFICATIONS: Utility Workers Valid driver's license and designated Emergency Plan training. i k/ A 51 SSREP Rev. 5
POSITION DEFINITION ! ('^N D4ERGENCY POSITION: Operations Technician , ACTIVATION LEVEL: Alert RESPONSE LOCATION: Technical Support Center RESPONSIBLE 70: Emergency Operations Manager l RESPCNSIBILITIES: Provide Operational expertise in mattses requiring specific detailed analysis regarding system reconfigurations, component flexibility and limitations. PERSONNEL DESIGNATED TO FILL POSITION: Shift Superintendent QUALIFICATIONS: Shift Superintendent. Radiation Worker and designated Emergency Plan training. i O A-54 SSREP Rev. 5
]
n%, - _ -
POSITION DEFIt.ITION D{ERGENCY POSITION: OSC Coordinator , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE 70: Maintenance Coordinator RETPONSIBILITIES: a. Direct support personnel in the investigation and/or repair of plant systems.
- b. Ensure all personnel assigned to perform an in-plant emergency function are fully aware of the scope of the assignment.
- c. Direct search and rescue efforts.
PERSONNEL DESIGNATED TO FILL POSITION: Off-Duty Unit Shift Supervisor I' 'N QUALIFICATIONS: Licensed Senior Reactor Operator. Radiation worker and (s-) designated Emergency Plan training. O A-55 SSREP Rev. 5
POSITION DEFINITION rs EKERGENCY POSITION: PASS Coordinator ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE: OSO Coordinator RESPONSIBILITIES: a. Direct post-accident sampling and analysis ac'ivities,
- b. Coordinate the dispatch of sampling personnel.
PERSONNEL DESIGNATED TO FILL POSITION: Chemistry Working Foreman. Senior Chemistry Technician QUALIFICATIONS: ANSI 3.1 qualified Chemistry Technician. Radiation worker and designated Emergency Plan training. O V
\ A-S6 SSREP Rev. S
i
, POSITION _Djfj,pJJJffi i
EKERGENCY FOSITION: Radiological Assistant , ACTIVATION LEVEL: Alsit through General Emergency RESPONSE LOCATION: EOF REtiPONSIbLE TO: Offsite Monitoring Coorditstor RESPONSIBILITIES: a. Direct EOF radiological functions, including habitability, personnel / vehicle monitoring and decontamination.
- b. Assist in the preparation of environmental samples.
PERSONNEL DESIGNATED TO FILL POSITICH: Health Physics Technician C QUALITICATIONS: Minimum one year's experience in Health Physics technology and designated Emergency Plan training. O A-57 SSREP Rev. 5
POSITION DEFINITION ) 1 DiEh0ENCY POSITION: Radiological Controls Coordinator O ACTIVATION LEVELt Alert through General Emergency { RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: a. Direct health physics coverage for in-plant activities.
- b. Direct radiological exposure control for in plant personnel,
- c. Direct personnel to perform habitability checks of the OSC. TSC and Control Room as necessary.
- d. Direct on-site and in-plant radiological survey personnel,
- e. Authoriae entry into the plant without an RWP for critical work.
.e O,
PERSONNEL DESIGNATED TO FILL POSITION: Health Physics Supervisor, Health Physics Working Foreman QUALIFICATIONS: ANSI 3.1 qualified Health Physics Technician. Radiation worker and des.,nated Emergency Plan training. 9 A A 58 SSREP Rev. S
, POSITION DEFIf!' M EMERGENCY POSITION: Reactor Engineer (m)
Gr . ACTIVATICH LEVELt Alert through General Emergency RESPONSE LOCATION: TSC 4 RESPONSIBLE TO: Technical Services Coordinator RESPONSIBILITIES: a. Analyze core parameters.
- b. Provide core protection recommendatirns.
PE2SONNEL DESIGNATED TO FILL POSITION: Recctor Engineering Department Supervisor, Senior Reactor Engineer, Reacto. Engineer QUALIFICATIONS: ANEI 3.1 qualified Reactor Engineer. Radiation worker and designated Emergency Plan trainir.g. n N 9 k (
\ A 59 SSREP Rev. 5 J
, ff,j,1Ilop_pFFINITION f)
EHERGENCY POSITION: Response Manager , '%) ACTIvai1^N LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO. Chief Executive Officer RESPONSIBILITIES: *a. Authorize protective action recome.endations.
*b. Aporove news releases.
*c. Authorite notification of offsite authorities,
- d. Provide management direction and guidance,
- e. Coordinate with federal response organizations and authorize use of YNSD support for respor.se operations,
- f. Coordinate with the NRC the resolution of issues regarding operating license requiremento.
(,_s) s> g. Direct recovery; actions imp emented once the emergency has ended. CAUTION
- DENOTES RESPONSIP'LITIES THAT CANNOT BE DELE 0ATED ', Pro, sted: Ref. NRC l IR 85-32(5)).
PERSONNEL DESIONatED TO FILL POSITION: Executive Director, Training Hanager, Nuclear Services Kanager, Production Services Manager. Director of Quality Programs QUALIFICATION: Senior New Hampshire Yankee Hanagement, ANSI 3.1 qualified Hanager, ano designated Emergency Plan training. In addition training in mitigating the consequences of l core damage (S65 or equivalent) is required. l (Protected: Ref. NRC IR 85-18(4)) ("') . \) A-60 SSREP Rev. 5
I I l
. POSITION DEF7NITION 1
t DP.ERGENCY POSITION: Rumor Control Assistant ,
\~.
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Joint Telephone Information Center RESPONSIBLE 70: Hedia Relations / Rumor Control Supervisor RESPONSIBILITIES: Respond to and document pub.ic inquiries received on the rumor control telephones. PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by the Corporate Communications Department, approved by the assignee's home department management, and maintained by Response and Implementation. Assignees are typically professional level personnel. QUALIFICATIONS: _ Designated Emergency Plan training. (
%.)
(~'y .
\~' A-61 SSREP Rev. 5
POSITION DEFINITION EMERGENCY POSITION: Sample Analysis Personnel (Protected: Ref. NRC ( 'y IR 86-18(5)) '
\~/
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE Toi Offsite Monit ring Coordinator RESPONSIBILITIES: a. Receipt and analysis of air samples from offsite locations,
- b. Direct the analysis of environmental samples through YNSD Environmental Lab.
PERSONNEL DESIGNATED TO FILL POSITION: Health Physics Technician, Health Physics Working Foreman. Chemistry Technician, Chemistry Foretmin. QUALIFICATIONS: Designated Emergency Plan training, f3 Q. i l A-62 SSREP tev. 5
POSITION 1sEFINITION
-s DHERGENCY POSITION: Security Coordinator V
ACTIVATION LEVEL: Alert through General Emergency 4 RESPONSE LOCATION: EOF RESPONSIBLE TO: Corporate $upport Manager RESPONSIBILITIES: a. Secure the emergency operat?ons facility and/or any other areas identified by the Response Kanager,
- b. Request and coordinate local law enforcement agency support.
- c. Kanage station evacuation.
PERSONNEL DESIGNATED TO FILL POSITION: Security Supervisor, Security Shift Supervisor QUALIFICATI0HSi- ANSI 3.1 qualified Security Supervisor and designated (N_ Emergency Plan training. V. O m- A-6'. SSREP Rev. 5
POSITION DEFINITION D4ERGENCY POSITION: Security Personnal (v) ACTIVATION LEVEL: Unusual Event through General Emergency RESPONSE LOCATION: Gatehouse 9 RESPONSIBLE T0: Security Coordinator RESPONSIBILITIES: Notify, via automatic dial telephone, the secondary responders of the emergency response organization, PERSONNEL DESIGNATED TO FILL POSITIONi Per Security Plan QUALIFICATIONS: Per Security Plan and designated Emergency Plan training, t .('w/ s_,2 A-64 SSREP Rev. 5
__ ._ ..m.__-_ ._ _.._._. _ . . _ - , _ . . _ . . . , .. . . . _ _ ... _ _... _ .___ _ _ _ _ _ POSITitd DEFINITION o
' DdERGENCY POSITION: Short Term Emergency-Director ACTIVATIOR LEVEL: Unusual Event through General Emergency RESPONSE LOCATION:- Control Room RESPONSIBLE TO: Site Emergency Director RESPONSIBILITIES: *a.- ' Initiate-station emergency response.
*b. Direct notification of offsite authorities,
-*c. Perform initial dose assessment and recommend protective actions to'offsite authorities.
l- (Protected: Ref. URC IR 85-32(4))
!.- Direct plant staff for the mitigation of station--
emergency conditions.-
-I
*e, Reclassify the-emergency.
*f. ' Direct evacuation of site. ^
) *g. Authorize workers to exceed 10CFR20 Ra'diation Expcsura simits. "
h .- Initiate search and rescue. 3 *i. Approve news releases. CAUTION-
- DENOTES RESPONSIBILITIES THAT CANNOT BE-BE DELEGATED. 1
--ll (Protected: Ref. NRC IR 86-18(01))
- PERSONNEb DESIGNATED TO FILL POSITION: Shift Superintendent, U7,it Snift Supervisor.-
, QUALIFICATIONS: Licensed' Senior Reactor Operator. Radiation worker and 1 designated' Emergency Plan *- (Ting-
-n A-65 SSREP Rev. 5
.g
, g .e c , ,, ,,o .+,,.w.,. --n..-,., , - , , , . - e , .--w-.~ - ~ . - , ~ . , , - - - - -- -
, POSIT!0N DEFINITION (g EMERGENCY POSITION: Site Emergency Director U
ACTIVATION LEVEL: Unusual Event throug'i General Emergency 3ESPONSE LOCATION: Control Room /TSC RESPONSIBLE 70: Response Manager RESPONSIBILITIES: *a. Relieve Short Term Emergency Director.
*b. Direct notification of offsite authorities (until relieved by the Response Manager) .
*c. Direct in-station emergency response,
- d. Ensure staffing of emergency response organization at required level.
*e. Reclassify the emergency.
*f. Request industry emergency response assistance, if necessary, rh
, ,) *g. Authorize workers to exceed 10CFR20 Radiation Exposure Limits.
*h. Recomend protective actions to of f site authorities.
*i. Approve news releases.
CAUTION
- DENOTES RESPONSIBILITIES THAT CANNOT BE BE DELEGATED.
l (Protected: Ref. NRC IR 86-18(01)) PERSONNEL DESIGNATED
'TO FILL POSITION: Station Manager, Assistant Sta'.lon Manager, Operational Support Manager. ".echnical Support Manager.
QUALIFICATIONS: ANSI 3.1 qualified Manager 9r Supervisor. Radiation worker.and designated Emergency Plan training. In addition to the designatud Emergency Plan training, training in mitigating the consequences of cc e damage (S65 or equivalent) and an ovr.rview of emergency coerating procedures (EOP) e.re required. (Pretected: m Kef. NRC IR 86-18(4)) A-56 SSREP Rev. 5 l
. POSITION DEFINITION DiERGCICY POSITION: Specialty Technical Assistant ,
A ACTIVATION LEVEL: Alert through General Emergency l RESPONSE LOCATION: OSC RESPONSIBLE To Technical Specialist Coordinator RESPONSIBILITIES: Provide special technical support on an as-needed basis. PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignmeits as requested by Nuclear Production senior management and maintained by Response and Implementation, nasignees are typically technical level personnel. QUALIFICATIONS: Radiation worker and designated Emergency Plan training, fT - o 4 N/ 'A-67 SSREP Rev. 5 (
POSITION DEFINITION l DTERGENCY POSITION: Spokesperson l v ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Emergency News Manager RESPONSIBILITIES: a. Coordinate news briefing logist'.cs with Emergency News Manager.
- b. Preside at news briefings to describe the situation, answer questions and dispel rumora.
PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments na determined by Response and Implementation in conjunction with Executive level NHY management. QUALIFICATIONS: Senior or Executive level NNY management and designated Emergency Plan training. O s,_ 1
/'*\ \_, A-68 SSREP Rev. 5
.. . ~. - - . . . - -- .- -
, POSITION DEFINITION g~- EKEECENCY POSITION: Storekeeper ,
- \g ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Er.sures the availability a' equipment normally maintained in the warehouse.
PERSONNEL DESIGNATED TO FILL POSITION: Material Technician QUALIFICATIONS: Storekeeper experience. Radiation worker and designated Emergency Plan training. O l 1 ~ A-69 SSREP Rev. 5 l l
POSITION DEFINITION
-g D4L'RGENCY POSITION: Supervisory Control Room Operator ,
1 ACTIVATION LEVEL: Alert through General Emergency _ RESPONSE LOCATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Activities as directed by the OSC Coordinator. PERSONNEL DESIGNATED
.TO FILL POSITION: Supervisory eontrol Room Operator QUALIFICATIONS: Licensed Reactor Operator. Radiation varker at.d designated Emergency Plan training.
IN 7 A-70 SSREP Rev. 5
POSITION DEFINITION
,., EKERGENCY POSITION: Technical Advisor (EOT)* ,
ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Technical Assistant RESPONSIBILITIES: a. Collect plant status information,
- h. Maintain contact with other Technical Advisors,
- c. Provide technical interpretation, clarification and background information far Emergency Communications Coordinator.
PERSONNEL DESIONATED T! *ILL POSITION: Personnel assignments as determined by Response and
. Implementation. Assignees are typically technical l supervisory or management personnel. ,s QUALIFICATIONS: Working knowledge of Seabrook Station specific
( - construction and system features, and designated Emergency Plan training.
*This position may 1so perform the duties of the SSNS Technical Advisor during an Unusual Event declaration.
B ( \ A-71 SSREP Rev. 5
POSITION DEFINITION
.y EMERGENCY POSITION: 3echnical Advisor (MC)- ,
ACTIVATION LEVEL: Alert ttrough General Emergency RESPONSE LOCATION: Media Center RESPONSIBLE TO: Emergency News Manager RESPONSIBILITIES: a. Collect plant status information.
- b. Maintain contact with other Technical Advisors,
- c. Provide technical interpretation, clarification and background information for Emergency News Manager, and media as appropriate.
PERSONNEL DESIGNATED TO FILL POSITION: Director of Quality Programs, Simulator Instructor, Test Supervisor, Reliability and Safety Manager. Pla'.91ng, Scheculing and Outaga Manager Senior Engineer or equivalent supervisory / managerial position. i'% y) QUA' f.FICATIONS : Wcrking knowledge of Seabrook Station - specific construction and system features, and designated Emergency Plan training. ( - \..) A-72 SSREP Rev 5
POSITION DEFINITION tN 3= D{ERCENCY POSITION: Technical Assistant ,
.% J ACTIVATION LEVELi Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Response Manager RESPONSIBILITIES: a. Assist the Response Manager in the planning and scheduling of resources (e.g., manpower, equip.
ment, etc.).
- b. Provide Respense Manager with technical and operational accident assessment.
- c. Coordinate the a' >it ies of the Training Center staff providing tecnnical assistance,
- d. Coordinate the activities of the Technical Advisors.
-( FERSOANEL DESIGNATED N-- TO FILL POSITION: Operations Training Manager, Operatione ' aining Supervisor, Simulator Instructor QUALIFICATIONS: Licensed or certified Senior Reactor Operator and designated Emergency Plan training.
A-73 SSREP Rev. $
. _. ~ _ ...- _ , .- _ . _ . _ . _ _ ._ _ . _ . _ . . _ _ . . _ ._.m_.. . .. _. . .-
, POSITION DEFINITION
- EMIRGENCY-POSITION: ' Technical Services Coordinator ,
3 ) ACTIVATION LEVELi Unusual Event through General Emergency ) 1 RESPONSE LOCATION: TSC (Control Room for Unusual Event) ! t RESPONSIBLE T0: Site Emergency Director ;
- RESPONSIBILITIES: a. Assess plant conditions using data from Control Room, SPDS. and plant staff reports to determine appropriate corrective actions,
- b. Recommend appropriate corrective actions, -
c.- Coordinate YNSD personnel located at TSC.
- d. Eva'.uate onsite personnel a: , s.iuipment needs ,
and request additicnal resources [
- e. Coordiner.s v3C activities with Erargency Operatione Manager and Maintenance Coordinator.
PERSONNEL DESIGNATED TO' FILL POSITION: Personnel assignments as requested by Nuclear Production senior management and maintained by Response and Implementation. Assignees are typically associated with technical departments at the Station.
-QUALIFICATI0NSt- ANSI 3.1 qualified Manager, Supervisor,-or Engineer. '
Radiation worker and designated-Emergency Plan training. In1 addition to the. designated Emergency Plan training-in mitigating the consequences-of core damage;(S65 or-
-equivalent) and an overview of emergency operating e
_ procedures s20P) are_ required. 3 A-74 SSREP Rev. 5 a 1____m___._ ____.l. _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _m _ *-. ..+ e, ,,+% ._ --- _ w = + m.- r _g t
POSITION DEFINITI63 EHERGENCY POSITION: Technical Specialist Coordinator , ACTIVATION LEVEL: Alert through General Emergency RESPONSE LOOATION: OSC RESPONSIBLE TO: OSC Coordinator RESPONSIBILITIES: Identify and coordinatt the provision of technical specialists .. supplement the Primary and Secondary Respon6ers oi. an as needei basis. PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by Nuclear Production senior canagement and msintained by Response and Implementation. Assigrees are typically technical or supervisory level personnel. QUALIFICATIONS: Radiation worker and designated Emergency Plan training O V n A-75 SSREP Rev. 5 ,-r _ , . , ,
POSITION DEFINITION r'~ EMERGENCY POSITION: Training Center Staff ,
%./
ACTIVATION LEVELt -Alert through General Emergency RESPONSE LOCATION: EOF RESPONSIBLE TO: Technical Assistant RESPONSIBILITIES: a. Provide assistance to the Technical Assistant and Operations Centers as directed.
- b. Operate the MPCS to provide technical input to EOF technical review.
PERSONNEL DESIGNATED TO FILL POSITION: Simulator Instructor, Program Instructor, Simulator Engineer, Simulator Design Control Coordinator QUALIFICATIONS: Two years' nuclear power plant experience in operations or training and designated Emergency Plan training. b v \; A-76 SSREP Rev. 5 l
, POSITION DEFINITION ,A EMERGENOY POS!'10N. TSC Administrative Staff \,_,
ACTIVATICH Li 4L Alert through General Emergency RESPONSE LOCATION: TSC RESPONSIBLE TO: Engineering Coordinator RESPONSI3ILITIES: FOR ENGINEERING PEE'^:iFL4
- a. Haintain TSC status boards,
- b. Obtain technical documents and prints as requested,
- c. Provide engineering input as requested.
FOR ADMINISTRATIVE PERSONNEL
- a. Perform TSC administrative tasks. -
- b. Staff the satellite Document Control Center located
(N . in the TSC. PERSONNEL DESIGNATED TO FILL POSITION: Personnel assignments as requested by Nuclear Production senior management and maintained by Response and Lmplementation. Assignees are typically administrative level personnel and engineers from the Technical Support Group. QUALIFICATIONS: Radiation worker and designated Emergency Plan training
's -
A-77 SSREP Rev. 5 b'
s. O fPPENDIX B
- YANKEE EMERGENCY MUTUAL ASSISTANCE AGREEMENT l w.
SSRET s ' .-i Re v . 3
( \ YANYEE EMERCUlCY KUTUAL ASSISTANCE AGREEMENT A. Introduction The Yankee organization has developed a cooperative arrangement between Yankee Nuclear Services Division (YNSD), each Yankee plant (Yankee Nuclear Power Station, Vermont Yankee, Maine Yankee, New Hampshire Yankee), and Boston Edison - Pilgrim Nuclear Power Station under which a radiological emergency at any participating plant would be met with additional support from the unaffected plants. This arrangement is know as tt.: Yankee Emergency Mutual Assistance Agreement and is designed to offer direct support to the management of a plant experiencing a radiological emergency condition upon request. Plant erergency-procedures provide sne mechanism for initiating a request for mutual assistance. B. YNSD Role in an Emergency Situation U(N. The role of the YNSD in the Yankee Emergency Mutual Assistance Agreement is to assist the affected plant by providing emergency support directly available from YNSD and to coordinate equipment and technical manpower resources available from participating plants. When notified of an emergency situation at a participati.; plant at the
" Alert," " Site Area," or " General" emergency classification level, as defined by the NRC, YNSD will activate its Engineering Support Center (ESC).
To initiate emergency response for a partit.pating i plant, activation of the YNSD ESC and, thus, the Yankee Emergenc) Mutual Assistance Agreement will be in accordance with each plar.:. r energency procedures. Once notified YNSD emergency response activities will be in accordance with
" Technical Administrative Guideline No. 12 - Emergency Preparedness . Responsibilities" and Procedure YA-RPG-300, "Ergineering Support Center
() Activation." S S E.EE 3t Rev. J
C. YNSD Technical Support The ESC has technical and administrative personnel available to provide assistance to the affected plant. This includes, but is not limited to, the followings
- a. Consultation regarding engineering, licensir.g and radiological !
coni e rns ;
- b. Provisions for providing supplemental manpower and equipment support;
- c. Environmental dose calculations and projections;
- d. Assistance in the evaluation of plant radiological conditions;
-s e. Meteorological evaluation support; NY
- f. Health Physics liaison between the affected plant and other New England facilities;
_g. Liaison with the Raciation Emergency Medical Treatment Center in Boston;
- h. Interface with State and Federal emergency-response organizations;
- i. Evaluation of options regarding '"e radiological aspects of recovery operations; and-
- j. Evaluation of accident severity using sample results, monitor readings, and-auxiliary parameters as prescribed in each facilities core damage methodology for Seabrook Station, Yankee Nuclear Power Station, Vermont Yankee, and Maine Yankee.
/\ q . --. SSLEP 3-2 fx v . 3
,.-_..-_1 _ . _ . _ _ . - _ _ . _ . _ _ . . . _ . - _ . - _ . . . _ _ _ _ - ~ _ _ . _ _ . _ . _ _ _ -
D. YNSD Environmental Laboratory Analytical and Dosimetric Services a-. General ; The Yankee Environmental Laboratory in Westboro, Massachusetts, is equipped to provide radiochemical processing of all types of environmental media' sampled as part of the ongoing olf-site environmental radiation surveillance programs of the Yankee plants. In the event of a radiological emergency at any participating plant, Laboratory staf f are available, on a 24-hour emergency call basis, to perform gamma isotopic analyses on samples taken by the plant's emergency. monitoring teams and submitted to the Laboratory by courier services. In addition to the availability of gamma spectrometers at ; the Laboratory, a portable gama spectroscopy system can be deployed. to a plant site to evaluate the on-site-and off-site surface contamination levels in various media in the event of an accidental re164se of radioactive material. In addition to the analytical t capabilities in-the area of environmental surveillance, the Laboratory -maintains a large scale environmental and personnel dosimetry processing operatic.4 in support of participating plantc.
.Within hours of notification, a complete dosimetry processing system can be lully operational at a remote site for immediate turnaround of personnel dosimet.ry from plant staff and. emergency sampling teams.
4 b.. . Mobile Laboratory Emergency Analysis Equiement and Van Services The portable analysis equipment employed during an emergency response includes.a shielded HPGe detector based gamma spectroscopy system complete with computerized spectral analysis. capability. A' van is'normally located at the Environmenta1' Laboratory in Westboro _
=and.is.used to transport the required equipment.. Following a request ufrom a plant for assistance in assessing an emergency condition,
.E-Lab personnel will be dispatched to a designated acation within a l few hours to de* ermine the presenes and-level of surface m t.F L-3 hev. 3 I}
U .. .. a . - , - . . ..
7s i V contamination. In samples of various media (air cartridges, air filters, vegetation, water) collected by the Field Sampling Teams, the syster generates a report of plant-related nuclide concentrations, standard deviation, and KDC which is forwarded to Data Assessment personnel. Although the equipment is onsidered portable, it requirca setup in a permanent location with an adequate regulated power source.
- c. Mobile TLD Van Service During a site emergency, otie of the fully-automated TLD processing systems normally operated at the Westboro Laboratory, can be transported to the Emergency Operations Facility (ECF), or other remote location to allow a f aster turnaround of personnel dosimetry, A set of 500 dosimeters is continuously available for issuance during an emergency, and at the onset of the event, additional TLDs can be
(N ' prepared. Although the system can be set up inside an EOF or other
\~- remote f acility, the Laboratory will send a specially equipped dosimetry processing trailer, if available. Remote site emergency TLD processing can be fully operational within twelve hours of a request.
- d. Mobile Body Burden Van Services The Environmental Laboratory is prepared to provide whole body counts for emergency workers. Although the system is considered portable, it requires a setup in a permanent remote location which is equipped to supply the required power for the system.
The portable system is comprised of a shielded HPGe detector, interfaced to a Canberra Series 40 MCA and HP 9816 computer. The analytical methodology provides a whole body scan or resolves activity content of.the lung, GI, and thyroid. C' d ss a 5-a P.e v . 3
.r3 A result report is generated for those plant-related nuclides found to be present at the 991 confidence level. E. Mutual Assistance Agreement of Participating Plants *
- a. General The assistance provided to a plant under this paragraph would be supplementary in nature. The participating groups forming this assistance are Chemistry, Health Physics, Operations, or Support personnel of each participating plant capable of performing monitoring and decontamination functions. Monitoring instru. mentation and procedures used by assistance teams are consistent with those employed in each plant's Emergency Plan. The following sections describe the training of assistance personnel and type of support, t'3 b. Training
's The assistance teams forming the mutual assistance agreement are trained in the assessment of on-site and off-site radiological conditions or radiological monitoring. This capability is achieved through Emergency Plan training. Additional training may be provided by using team members as observers during emergency drills and exercises.
c .-- Radiological Monitoring Support Assistance teams are available on a 24-hour emergency call basis for emergency monitoring support. The ESC coordinates the dispatch of personnel and equipment, as requested by the affected plant. Responding personnel report to cognizant nanagement upon arrival at the affected plant. 1 i-~ -. J-
.'N s'
- Yankee Nuclear Power Station, Vermont Yankee Nuclear Power Station, Maine Yankee Atomic Power Station, Seabrook Station, and Boston Edison - Pilgrim 3gg7 l Nuclear Station. , p g, , 3 6-3 ,
. r^x . . - 'y -
- d. y A ivation-Pretocoi Mutual assistance is requested and coordinated through the Engineering Support Center (ESC). The ESC Director or his designee has the authority and responsibility to support requests for mutual assistance from participating plants. Mutual assistance is coordinated in the following manner:
- 1. The ESC r9eeives a request for mutual assistance from a participating plant experiencing a radiological emergency.
- 2. 'The ESC Director or his designee verifies the request and the resources requested by contacting the affected plant's Emergency Operations Facility (EOF).
,s
- 3. Unaffected participating plants are contacted and requested to support.the mutual assistance request.
([
- 4. The Office of the Vice President of Operations / Station Director at each participating facility has the authority to release mutual assistance resources.
- 5. The ESC develops a list of personnel and equipment that are responding and their estimated time of arrival at the affected plant.
- 6. The ESC Director or his designee contacts the affected plant's EOF and provides the names of responding personnel, the equipment _being provided, and the estimated time of arrival.-
F.- YNSD Meteorolonical Analysis Support The YNSD Meteorological Services section is available on a 24-hour
/) emergency' call basis to provide meteorological support tot decision making and evaluation of environmental impact during emergency SST.EP B-6 3,y, 3 f
- -r =-
40 conditions. YNSD maintains a subscription with Weather Services
- International (WSI) wh-ch allows the Meteorological Services Group access to the following informations:
- a. Houbly regional National Weather Service (NWS) observations; ,
- b. Radariplots of regional = shower activity;
;-c. 'NWS regional weather forecasts;.and
- d. NWS severe weather statements.
-YNSD Meteorological Services personnel are available=to assist EOF dose.
cssessment personnel in evaluating-the effects of a plant's envirorcent on plume transport-and-diffusion. ( C.. Applicable Terms AJ
- a. Each of=the~ organizations included in this Yankee Emergency Mutual
. Assistance: Agreement'has entered into and is a party to the " Nuclear Power Plant Emergency, Response. Voluntary Assistance Agreement"
;q 7"PPERVA Agreement) administered by the Institute'of Nuclear Power 1 Operations.
.f
-b~.= The~ provisions set forth in said NPPERVA Agreement which relate to compensation, liability. indemnification, and other.related areas, specifically including all of Paragraphs l.1through 8 inclusive, are incorporated into this Agreement by reference; the term Requesting
, Company, as-used therein..shall be the plant experiencing a radiological emergency and the term Responding Company shall be those organizations'who provide assistance-'under this Agreement.
O '" S S P.E P T,e v . B-7 ~3 s
i
/N U
R. Responsibilities This Emergency Mutual Assistance Agreement is maintained by_ Yankee Atomic Electric Company, Yankee Nuclear Services Division. Environmental Engineering Department. It shall be reviewed annually by all participants in the agreement and updated as required.
\
SSIEl B-3 r.e v . 3
rm
)
v ATTACEMENT 1 Primary Categories of Technical Expertise
- Categories YAEC**
VY MY NHY BECO Chemis try/Radiochemis try/ Water Quality /P1 ant Chemis try. . . . . X X X X X Containment / Containment Leak Testing /Contsinment P e r f o rma n c e . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . , X X X X Da t a S y s t e ms / C o mp u t e r s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 .. X X X X Electrical Engineers / Electrical Distribution System........ X X X X X Environmental Engineers / Air Quality / Meteorology / Biologists............................................ X X Environmental Radia tion Monito ring . . . . . . . . . . . . . . . . . . . . . . . . . X X . X X Fluid Flow / Hydraulic Systems / Beat Transfer / Transient Analysis.............................................. X X X (} Fuel /FuelDesign/FuelMetallurgical........................ X X X G General Nuclear Background................................. X X X X X Health Physics / Radiation Protection / Dosimetry /............. X X X X X Personnel Monitoring / Decontamination Industrial Safety / Fire Protection.......................... X X X X X In-Service Inspection Engineer ............................ X X X X Instrument and Controls Engineer........................... X X X X X Mechanical Systems Design / Mechanical Equipment / Piping / Valves......................................... . X X X X X Metallurgical Materials / Materials Evaluation............... X X Mobile Monitoring and Decontamination Trailers............. X Nondes tructive Examination /Nonde s t ruc tive Tes ting . . . . . . . . . . X X X X Nuclear Safety Analysis / Nuclear Engineers.................. X X X X Off-Gas Processing......................................... X X
N
- Additional equipment suppliers and expertise from other than Yankee plants is l (d noted in INPO's Emergency Resources Manual.
** Resources are provided by the Yankee Nuclear Services Division (YNSD) and Yankee c3g p Nuclear Power Station.
B-9 ev. 3
gs V ATTACHMENT 1 (Continued) Categories YAEC** VY KY NHY BECO P ump De s i gn / P ump Ana l y s i s . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X X X Qua l i t y As s u r a n c e En g i n e e r . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . X X X X X Radioactive Waste Management / Radioactive Waste Shipping.............................................. X X X X Reactor Engineering / Core Physics / Core Cooling / Reactor Hydraulics.................................... X X X X Scheduler.................................................. X X X X Security / Emergency Planning / Communications / Plant Management............................................ X X X- X X Seismic Analysis /EE-thquake Enginee ring . . . . . . . . . . . . . . . . . . . . X Shielding.................................................. X X X X ( ~. ( ) Stress Analysis /Struc tural Design / Vibration / Shock. . . . . . . . . .
, X X X X Welding Engineer........................................... X X X X A 1
() ** Resources are provided by the Yankee Nuclear Services Division (YNSD) and Yankee Nuclear Power Station. B-10 SSREi-l Rev. 3 l
O ATTACEMENT 2 The following is the number of personnel, by function, located at each site that would be available for implementation of the Yankee Emergency Mutual Assistance Agreement. The number of personnel listed is the total number of personnel located on-site at the identified location. Not all personnel would be expected to respond in support of the Yankee Emergency Mutual Assistance Agreement because of responsibility to their own facility. Yankee Nucien Vermont Maine Seabrook Pilgrim Function Power Statio t Yankee Yankee Station Station Radiation Protection (128) 15 15 21 37 40 Chemistry (65) 7 5 7 26 20 Maintenance and I&C (415) 34 35 47 179 120 Operations (281) 40 40 51 90 60 Technical Services (10) 7 30 21 56 55 Monitoring / Decontamination / 48 35* 35* 45* 15 Dosimetry (133)* O NOTEt ( ) Indicates total number of personnel by function. O
- Indicates the minin.um t. umber of personnel that could be made available.
B-ll SSKE: ReV, 1
l ( l V l SIGNATURE PAGE 1 The undersigned companies hereby agree to become a party to and to be bound by ) all of the terms and conditions of this Yankee E,*eJ: ency Mutual Assistance l I Agreemen* i
'N 1 Yankee Atomic Electric Company / (#4 M /[ f )
CoYp rate ficer S nature / Bate' Ve rmont Yankee Nuclear Power Weh ~
/ 7 J!E'E Corporation CorporatepfficerSi t e /Date Maine Yankee Atomic Power Coc:pany I 's /f4&
Corporate Of fien Sig'trfitu're /Date' New Hampshire Yankee M pc / 9ddf Corporate ( Of fiter Signature /Dat'e Boston Ed! son Company x 1 --- / /0//3/ft Corporate Officer Signature /Date (\ v- SSELP 5-1^ c., y , 3 i
_ _. _ . . ~ . _ . _ _ _
=
l O . APPENDIX C EVACUATION TIME ESTIMATES O O SSREP Rev. 5
.e .. _ . -
e:- f r ..
,i-i EVACUATION ' TL5fE ESTIMATE SCENARIO DESCRIPTIONS
,.Scenar to me. Season Day . 14ee meather. Scenario I Scener : Weekend Mid-day soos . Desch area population at cepacity. deployees are at Je . ;
f' , percent of eld-week la tomas with beach area. 46 percent , la remaining towns. Tourists fill avallAle seasonal and i overnight facilltieb with half of them at the beach areas. 2 Summer Weekend nbd-day Rate As above. Sedden rain occurs alth beach population at. i
~
capacity concorrent with accident at Seabrook Staties. f 3 Summer Mid-Week nid-day Good Beach area and toortst popslation at 75 percent of i capacity. Laployees rm at 100 percent of eld-seek work ' f orc e. { . t
- 4 Summer Mid-Weet Mid-day Rain As above. Sedden rata occurs. ,
?
5 Off.5eason nid-Weet ald-day Goee' leerist populat 5on at 58 percent of yearly capecity (l.a. f acilities which renale opes the cettre year). -- No beach , area transients. taployees at 100 percent. l 3
- +
.J for laclement frale) weather. 6 Off-seesom mid -Week nid-day Rate As above, >=t ]. 4 i i 7 off-Season Mid-Weet mid-day Saam' Conditions the same as for Descriptica 5 encept that there [ is inclement meather (smow). Evacuees must clear driveways. { Evening fourist papelat taa at 50 percent of yearly capacity. no } 8 Off-Season Mid-Week Good Weekend All Day beach area transients. Employees at 25 percent of Mid- , Weet. Mid-day. i l i
- 9. Off-Season Mid-Week Evening Rate As above. but for inclement (rale) weather.
Weekend All Day s i le Off-Season Mid-Week Evening Saos As above, not fer taclement (snow) weather. Evacuees Weekend All Day must CIsar erive=4ys, f . 5
)
i
,C-1 SSREP Rev. 5- l, t
e - ...:.. - - - _,
. , . ... . . [
O O O TABLE 1. (2 Mile Fadeus,5 M3es Dowrwind) Wirxl Direction (from) Scenario Number 303* - 34* 34* - 101* 101*- 123* 123*- 168* 168* - 191.5* 191.5* - 259* 259* - 281 5* 281.5* - 303* 1 6.17 6.17 5.75 7.00 7.00 7.00 7.00 5 75 2 8.00 8.00 7.58 8.83 8.83 8.83 8 83 758 3 525 5.25 5 00 5.50 5.50 550 5.50 5.00 4 6.75 7.00 6.17 - 7.00 7.00 7.00 7.00 6.t 7. 5 450 4.50 3.92 4.00 4.00 4.00 4.00 J. 75 - G 550 558 4.42 4.42 4.42 4.42 4.42 4 42 7 6.00 6.00 5.17 5.17 5.17 5.17 5.17 5 00 8 3.58- 3.58 358 3.67 358 358 3.58 358 1 9 4.42 4.42 3.67 425 4.25 425 4.25 358 l 10 5.08 5.08 4.58 525 525 525 525 450 TABLE 2 (5 Mile Radius,10 Miles Downmnd) Wind Drechon (from) Scenario Number 303* - 34* 34* - t o t
- 101*- 123* 123*- 168- 168* - 191.5* 191.5* - 259* 259* - 281 5* 281 5* - 333*
1 7.08 7.17 7.00 7.58 7.58 7.50 7.00 7.00 2 9.08 9.17 9.00 9 58 958 925 8.83 8.83 3 5.92 6.00 6.00 7.25 7.25 7.25 5.50 5.50 4 7.50 8.08 7.92 9.17 9.17 9.17 7.00 7.00 5 5.00 5.00 4.67 5.58 5.58 5.58 4.50 450 6 6.00 6.00 558 7.08 7.08 7.08 558 558 7 6.67 7.17 6.67 7.92 7.92 7.92 6.00 6.00 8 4.00 4.17 3.92 5.25 525 5.17 358 3.58 9 4.92 5.42 5.08 6.92 6.92 6.92 4.42 4.42 10 5.42 6.00 5.58 7.08 7.08 7.08 5 25 525 TABLE 3 (AE Direction 5) Scenario NOTE - Using Table 1 circle t he appropriate stenarlo nustber (from) Nusrber 2 Mile Radius 5 Mile Radius 10 hMe Rac50S Evacuat n Tim Estimate Scenarlos. 1 5.75 7.00 7.58 2 7.58 8.83 9.58 Using Table 1 find the appropriate wind direction (from).
"" * "" "" C '##"*' ""
4 0 9 5 3.75 4.50 558 6 4 Per( rm the almve steps with Table 2. 00 6 O Tabl e 3 is only to be used when there le no key hole PAR. g 10 4.50 525 7.08 SSREP Rev. 5
O - APPENDIX D LETTERS OF AGREEMENT WITH EMERGENCY RESPONSE ORGANIZATIONS O sSeE, e... s
APPENDIX D LETTERS OF AGREEMENT TABLE OF CONTENTS f)7 i, s Date of ARreement
- 1. Exeter Hospital August 1988
- 2. Off-Site-Assembly Area April 19BB l3. Wentworth-Douglacs Hospital June 1990 4 Seabrook Fire Department March 1990
- 5. A11Comm Inc. April 1988
- 6. State of New Hampsh. ire and NH Yankee ORO April 1988
- 7. Institute of Nuclear Power Operations August 1989 l8. Portsmouth Answering Service February 1990
( i . (Protected: Ref. NRC IR 85-32(7)) (Protected: Ref. RRC IR 85-32(12)) SSREP Rev. 5 0
~~ . .. .. - - . - - . . -
LETTER OF AGREEKENT between (y New Hampshire Yanken V and Exeter Hospital Inc. 3GREEMINT This emergency medical assistance and support agreement made this day of November 17, 1985, between Exeter Hospital, Inc., 3 Buzell Avenue, Exeter, New Hampshire 03833 (hereinafter referred to as ' Hospital') and New Hampshire Yankee, P.0, Box 700, Seabrook, New Hampshire 03874 (hereinafter referred to as *NHY"). In consideration of the mutual covenants and agreements set out below, Exeter Hospital and NHY agr ee as f ollows:
- 1. Hospital will accept as patients any personnel from Seabrook Station who may be considered to have substantial radiation related injuries, or who may have been exposed to and contaminated by radioactive materials, provided thati a) arrangements for transportation of all such patients shall be made by NHY, and the patients will be accompanied by appropriately equipped and trained NHY personnel; and b) NHY shall take all appropriate precautionary measures designed to
[) \- ' - minimize the possibility of spread of radioactive materials and will advise the Hospital in advance of the patient's arrival,'of the patient's physical status, and any associated radiological hazard.
- 2. NHY villi a) Compensate Hospital for its normal charges for use of facilities and medical services rendered.
b) Reimburse Hospital for (i) all materials and equipment consamed or which must be destroyed or replaced due to radioactive contamination in excess of-normal background, and (i-1) the costs of-all training time for Hospital personnel required to maintain the treatment capabilities envisionec by-this agreement: '. i t i )
-all costs of special equipment or renovations to existing hospital areas necessary to provide services hereunder.
c1 To the extent not directly and fully covered by NHY's nuclear
-liability insurance, reimburse Hospital and its employees and agents and centractors for all expenses incurred for the care of treatment of any hospital personnel (including Hospital's noimal charges for any services rendered in the Hospital) who are injured or contaminated as a result of ecming into contact with NHY personnel who are contaminated with radioactive material.
O V SSuEi U'l Rev. J
Page 2 d) Be responsible for decontaminating Hospital's equipment and property and for proper disposal of any radioactive materials 7c brought by NHY personnel or produced by Hospital as a result of
; the treatment of NHY personnel.
- N_ e) Provide Hospital with all radistion survey equipment that is necesskry under applicable laws and regulations or sound medical practice for making determinations of radioactive contamination and maintaining said equipment. f) Through r:tual agreement and at NHY expense (i) provide and maintain for Hospital all appropriate equipment for treatment of radioactively contaminated patients and (ii) ensure that the apptcpriate training of Hospital staff is accomplished on an annual basis including training exercises in which both Hospital an: NHY will participate. g) To advise Hospital as to any reports to-be filed under applicable state or federal law concerning any treatment or incident arising under this agreement.
- 3. This agreement shall be for an initial period of one (1) year from the date hereof and shall automatically be renewed for successive one (1) year periods unless either party, at least 90 days prior to the next scheduled expiration date. give notice of termination. No cause is required for termination.
4 NHY shall, indemnify and-hold Hospital harmless from all costs, liabilities, claims and expenses (including reasonable counsel fees) (h made by any party and arising from the-performance of services by x ,/ s Hospital or NHY under this agreement and whether or not the Hospital or its "mplvyees, agents and contractors, failed to exercise due care in the provision of such services. J
- 5. This agreement may be amended at any time by written agreement between Exeter Hospital and NHY. If this agreement is terminated in accordance with its terms or by mutual aggreement, all equipment will remain the property of the Hospital except for all radiation survey instrumentation which will be returned to NHY, IN VITNES S '/ HEREOF , the parties have caused the agreement to be executed by their duly authorized officer as of the day and year above written.
EXETER HOSPITAL, INC. Dated: m .
- /
By: Bro (. ~ +u t 6 . . BKrbara Grillo
/'"/"#' I#! Executive Director NEW AP.PSHIRE YANKEE
/
By: / C George S. Themas 7s Vice President 4' Nuclear Production D-2 SSEL1 Rev. t
April 1988 LETTER OF AGREEMENT A BETWEEN ( NEW HAMPSHIRE YANKEE AND SEABROOK GREYHOUNO PARK AGREEMENT This Agreement between New Hampshire Yankee, Seabrook Station, Box 300, Seabrook, New H6mpshire 03874 (hereinafter referred to as NHY), and Seabrook Greyhound Park, Seabrook, New Hampshire (hereinafter referred to as the Park), is to establish the use of the Park's facilities as an off-site assembly area for NHY personnel and contractors during an actual or. I simulated-emergency at Seabrook Station. In consideration of the mutual coventants and agreements set out below, the Park and NHY agree as follows: p t] The Park will provide to NHY the use of their facilities as an offsite assembly area in the case of an actual emergency'or a simulated event at _Seabrook Station. In the case of a radiological emergency requiring use of Park's facilities, NHY will-notify the Park management as promptly as possible as to when personnel evacuation will-commence.- The use of the
. Park's facilities for drills and exercises will be such that they will-not
' impact on the Park's racing program.
If'an emergency situation exists at Seabrook Station and use of the Park's facilities is necessary (during the Park's racing program), the site levacoees will follow traffic control instructions as directed by traffic control personnel at the entry / egress point of the Park's parking area.
'This will-promote uniform traffic evacuation patterns and ensure-that site . evacuee and Park evacuee traffic flows are not in conflict.
Page 1 of 2 D-3 SSREP
1 April 1988 NHY agrees to reimburse, indemnify as; hold the Park harmless from all 1 damage that may occur to Park facilities during their use as an assembly area for an actual or simulated event. NHY also agrees to reimburse the 1 Park for payment of wages or other benefits to employees who are required to be on duty as a result of the use of Park facilities as an assembly area during an actual or simulated event. Further, NHY agrees to defend, indem-nify and hold the Park harmless from any and all loss, cost, damange,
-judgment or expense to which it may be subjected by any person, be it in the nature of a claim, suit, judgment or other proceeding in which said person claims damages for personal injury or property damange arising from the use of Park facilities as an assembly area during an actual or simu-lated event.
This Agreement may be amended a, any time by written mutual agreement between the parties involved. [ In witness whereof the parties have caused the agreement to be executed by their duly authorized offices as of the day and year first above wr_itten. Se'abrook Greyhognd Park < ( &f }'T'A}b' Nd Comptroller- ,e " Date New Hampshire Yankee bys.- . r~d *kd A. AGts
'Vi(e President Date b-v Page 2 of 2 D-4 SSREP
AGREEMENT between rm) g New Hampshire Yankee , a and Wentworth-Ocuglas Hespital 789 Central Avenue Dover, NH 0:320 This Emercency Medical Assistance and Supper: Agreement made this 11 day of M'S $ . 1990, by and between Seabr:ck Jcin: 0.c .s rs ("Jcint owners"), cenprised cf several utility ecmpanies (as m:ra particularly described in Exhibic A which is inccrporated inte :n_a Agreement) by and through their agent, New Hampshire Yankee Div i s i:.- :f Public Service Company of New Hampshire, with its principal place of busints at Seabreck, New Hampshire, 03874, (" Agent") and Wentwerth-Ocuglas Hcspi al naving its principal place of business at 789 Central Avenue, Ocvsr, :3 033:0 ("Hcspital"). The rights, ebligations and liabilities cf each su:n
!cin: Cwner with respect to this Agreement shall be several, in the sara prcpertien as its cwnership share, and shall be neither jcint, ner j cin -a .d-several.
In censideration of the mutual covenants and agreements set out he'.:.,
,n Hospital and Agent agree as follcws:
i ' -
- 1. Hcspital will admit as in-patients (or where appropriate treat en an cut-patient basis) personnel frem Seabrook Station who may be injured and/or censidered to have substantial radiation related injuries, er wh:
may have been exposed to and contaminated by radioactive materia'.s , previded that: a) Arrangement for transportation of all such patients shall be made by. Agent, and the patients will be accompanied by appropriatab equipped and trained persennel; and b) Agent' will take all appropriate precautionary measures design'.c : minimice the possibility of spread of radioactive materials and will advise the Hospital in advance of the patient 's arrivale ci the patient's physical status, and any associated radiological ha:urd, c) Ecspital will maintain adequate technical information and treatment capabilities and will have a minimum of one physician- and cne nursa on call within two hours capable of supervising, evaluating and treating radiologically centaminated injured meOre of the general public. D-5 SSREP Rev. 5
Pa Ja 2 cm (J' 2. Agent will: " a) c =pensate Hospital f or its normal charges f or use of f acilities and medical services rendered. b) Reirturse Hospital for (i) all materials and eTaipment censumed, er which must be destroyed er replaced due to radi: active con ar inati:r in excess Of ner al backgr und, and (ii) the'::sts of al_ training time f:r H0 spital persennel required t: taintain the ::satzen: capabilities envisioned by this agreement; (iii) all ::s:s :f special equipment er renovati:ns :: existing h: spital area necessar;
- pr: vide services hereunder.
c) To the extent not directly and fully c vered by Agent 's nue; ear liability insurance, reirrurse H spital and its employees and agents and centracters fer all expenses incurred for the care er trea ten: Of any hospital persennel (including Hospital's normal charges f:r any services rendered in the Hospital) who are injured er contaminated as a result cf coming into c:ntact with Agent's persennel who are ::ntaminated with radicactive material. d) Se responsible f or decentaminatine. Heseital's sc.ui.~ ment and pr:perty and f:: pr:per dispesal of any radioactive materials br: ugh; b; . Agent's persennel er pr:duced by Hospital as a resul: Of the treatment of Agent's persennel.
/N (j
e) Previde Hospital with all radiation survey eTaiprent that is necessary under applicable laws and regulati:ns, or sound medical practice for making determinations of radicactive contamination and maintaining said equipment, f) Through mutual agreement and at Agent's expense (i) pr: vide and
=aintain for Hospital all appropriate equip:ent for treatment of radicactively contaminated patients and (ii) ensure that the appropriate training of Hospital staff is acc: plished on an annual basis including training exercises in which both Hospital and Agent-will participate.
g) To advise Hospital as to any reports to be filed under applicable state or federal law concerning any treatment or incident arising under this agreement. 3.- This agree =ent shall be for an initial period of one (1) year frc the date hereof and shall automatically be renewed for successive ene (1) year periods unless either party, at least 90 days prior to the next scheduled expiration date, give notice of termination. No cause is required for termination.
- 4. Joint owners shall, indemnify and hold Hospital harmless f rom all costs, liabilities, claims and expenses (including reasonable counsel fees) made by any party and arising - frc: the perfe cance of services by Hospital er Agent under this agreement and whether or not the Hospital m or its employees, agents and contractors, failed to exercise due care in the provision of such services.
[O i D-6 SSREP Rev. 5
Page 3
- 5. This agreement may be amended at any time by written agreement betweer
( ~' Wentworth-Deuglas Ecspital and Agent. If this agreement is, terminated in accordance with its term er by mutual agreement, all equipnent wi;. remain the pr0perty of the H0 spital except for all radiation surve , ' instrumentation wr.ich will be returned to Agent.
!!! W:! NESS WHEREOF, the parties have caused the agreement te te executa-!
by their duly authori:ed efficers as Of the day and year first ateve wri::sr, WINTWORTH-CCt'GLAS HOSF:!AL
\i *
. N, By: < 'l - 7 v _ ;
I NEW H.AMPSHIPI Y.'.N72E D:*/05!:N CF FUEL C SERVICE COMPANY CI NEW FRIPSHIRE, as agent as af: resaid A , By: h[Mb/Ak"' dd. - l T.C. Feig .uaum l I Sr. Vice resident & CCO l l i 1 l l l l l i l l ('s s w D.7 SSREP Rev. 5 j l 1 I l 1
_ _ . _ _ _ ~ . . _ _ _ _ . _ _ _ _ _ _ _ _ _ . . ~ _ . . _ . _ . - . _ . _ - . _ .. _ _ EXHIBIT A L CWER AND cWrR'S PERRr s rNTATI'/r f1 -This. Agreement is being entered inte by the severa] utility c:=panies y ( .(collectively the " owner") ~. which are participants under the Agreement !:r TJoint Ownership, Censtruction and Operatien of New Hampshire Nuclear--Uni:s,
]
l O _ dated May 1, - 197 3, as amended (the " Joint ownership Agreement") . The richts, obligations, and liabilities of each such utility company with respedt to-4
._--_ this Agreement'shall.be several, in the same propertien as its cwnershi:
fshare (specified belcw), and shall be neither joint ncr j int-and_several.' _ l Utility Cwnershie share I 1 Public Service Ccmpany of NH 35.56942% l The United Illuminating'Co. 17.50000%
- EUA P0wer Corp. 12.13240%
. Mass. Municipal Wholesale Electric Co. 11.59340%
New-England-Pcwer:Co. 9.95756% The~Cennecticut Light & Power Co. '4.05985%- i Canal Electric Co.. 3.52317% Montaup' Electric Co.. 2.69989% ! NH. Electric Cc-Operative, Inc. 2.17391% Verment Electric Generation & Transmissien CO-Operative, Inc. - 0.41259%
-Taunt:n Municipal Lighting Plant 0.10034%
Hudsen Light & power Dept. O , 0 ? ? Ett 100.00000% $ n Each. such participant reserves- the right, ! in connection with a comparable assignment of-its interest:under the Joint ownership Agreement,- to assign its interest hereunder, in whole or in part,-to any other entity ! which?is or becomes-a participant oder the Joint Ownership-Agreement. Any i changes in : participants or prcportions- caused by said assignments shall automatically be deemed incorporated into this Agreement. The_ owner _ hereby represents that it has delegated complete 4' responsibility. for management -of this- Agreement and _of the Seabrook Project
-to New ' Hampshire Yankee Division of public Service of New Hampshire, as
.Cvner's Representative'and agent. Until it receives written notice to the
-contrary, 'the contracting party shall be entitled to deal enly 'with the
-Owner's- Representative, except as may otherwise be. specified with respect to billing:and. payments hereunder. Any notice or other communication given er furnished =- or any action' .taken, by' the owner's ~ Representative, making reference to this Agreement' and given, furnished or taken in accordance herewith, shall be deemed to be-notice given or communication *. furnished er
; action taken by -~ the owner. 'Notwithstanding - the foregeing, the parties
. ackncwledge that New Hampshire Yankee Electric Corporation .will become the Owner's Representative in the future and agree that no written notice to the centracting party isirequired when this occurs.
D-8 SSREP Rev 5 i-
. . . . , - . . , . . , . - - - ._J-- ,4
' TOWN OF
(. ~) - nw \ U
- Scabraak, Netu Warnpal7tre FIRE DEPARTMENT
[D s t a Telephones: Emergency 474 3434, Business 474 2511 & 474 3880 'EO ' l March 23, 1990 LETTER OF AGREEMENT BETWEEN SEABROOK STATION AND THE SEABROOK FIRE DEPARTMENT The purpose of this letter of agreement is to establish arrangements with Seabrook Fire Department to provide firefighting support and ambulance service for Seabrook Station. The Seabrook Fire Department agrees to provide firefighting assistance at Seabrook Station when requested. Seabrook Station will provide escort for the Fire Department when entering Station property. The Seabrook Fire Department will have primary fire-fighting authority throughout the site with the exception of the area enclosed by the protected area security fence. Seabrook (-)g Station vill retain primary firefighting responsibility for all (_ buildings, structures and equipment on or within the protected area once established. The Seabrook Fire Department will provide emergency medical transpcrtation for Seabrook Station personnel when requested. The Seabrook Fire Department (ambulance personnel /EMT's) will receive training, on an annual basis in the handling of radio-actively contaminated and injured patients. This 3etter of agreement shall be effective immediately upon execution of the parties representing the organizations and will be in effect until superseded by another letter of agreement or notification or withdrawal by both agreement parties. h b - C.4 f & W 3f2.T f 90 'He/ b'/ CML 5 Y'h' Ted C. FeldEnbaum Date J,erry W. Brown Date Senior Vice President Fire Chief and CEO N.H. Yankee Seabrook Fire Department Division of PSNH (^T D-9 SSREP Rev. 5 N)
O O EZTuTMf#/// COMMUNICATIONS & TRECOMMUNICATIONS SYSTEMS - 1 163 Startell Court, Kerne. NH 03131 603/337 0009 1 1 l EWERGENCY SERVICES AGREE *ENT NEW HANDSWIAE YANKEE d ALLOOMM INC, This agreement, effective on the date signed oy the parties hereto, is to establish an emergency services agreement between New Hampshire Yankee and , AllComm, nc. AllComm agrees to provide the following services uncer the terms , and concitions specified telow: I
- 1. AllComm agrees to provide New Hampshire Yankee with emeigency
{ electronic c mmunications support in the event of the declaration of I an Alert, Site Area Emergency, or General Emergency at Seabrook Station. This support is also available to New Hampshire Yankee for emergency preparedness drills and exercises.
- 2. AllComm maintains a 24-hour "on call" telephone number for New Hampshire Yankee to uses (603) 357-0009.
's . When requested by New Hampshire Yankee, AllCo=a Inc, personnel will respond as expediently as possible to the EOF /IFO at Newington, NH or other loc
- tion as directed, and will provide diagnostic support and other a sistance for communications systems utilized to coordinate the emergency response activities of State (NH, MA, ME) agencies, local municipalities, New Hampshire Yankee (ERO and ORO) and other governmental agencies, i
i D-10 SSREP Rev. 5
4
!NTERIM_EMERG'EnCV SERVICES AGREEMENT (continued) Page 2 Q -
- e. . In the-event ef an inacvertent siren activatien, A11Cemm-Inc.
agrees te provice technical assistance as requestec ey New Hampshire Yankee.
- 5. Payment for these service will be at the rates icentifiec in the NHY purchase order.
As signified by cur signatures telew, we accept the terms of tnis agreement.
/2 e W0 \J
?,n G. R.-' Gram Date g g>,6 Gary J. Catapano Cate y/f f /JJ Executive Director of President Emergency Preparedness and Community Relations A11Come Inc.
New. Hampshire Yankee i D-11 SSREP Rev. 3
Page 1 of a
- (~'g ' LETTER OF AGREEMENT L/ BETWEEN THE STATE OF NEW HAMPSHIRE ES NEW HAMPSHIRE YANKEE REPRESENTING BOTH THE' EMERGENCY AND OFFSITE AESPONSE ORGANIZATIONS
- 1. PURROSE:
The purpose of_the Letter of Agreement is to establish radiological emergency preparedness, notification and resconse should an event at Seabrook Station require Radiological Emergency Response Plan activation. II. DEFINITIONS: A. Emercency Operations Centers (EOCs) - Facilities established ey the State of NH and the NHY CR0 where emergency resconse commanc and control occurs. The State of NH EOC is located in Concorc, NH and the NHY ORO EOC is co-located with the NHY EOF. B. Emeroency Ocerations Facility (EOF) - A center established at Newington i Station, Newington, NH to coordinate the deployment of NHY ERO personnel.
's- to evaluate offsite accident conditions and to maintain communications with offsite authorities.
C. EOF Coordinator - An NHY ERO member who coordinates ace'ident assessment and protective action recommendations with offsite authorities. He conducts these functions within the EOF. O. Incident Field Office (IFO) - A center established in the vicinity of the New Hampshire portion of the Seacrock-Station Emergency Planning Zone, where the State of New Hampshire response and assistance.to local communities is coordinated. The IFO is co-located with the NHY EOF. E. Media Center - A center dedicated to the news media for the purpose of conducting joint NHY ERO, NHY ORO, State of NH, and Federal briefings concerning emergency conditions. The Media Center is-located at the Town-Hall in Newington, NH. F. New Hampshire Yankee Emeroency Response Orcanization (NHY ERO) - The licensee's organized personnel response to a Seacrook Station Radiological Emergency. O. New-Hamoshire Yankee Offsite Response Orcanization (NHY ORO) - New Hampshire Yankee's compensation organization for the Commonwealth of Hassachusetts, D-12 SSREP Rev. 5
Page 2 of a H. Nuclete Alert Svttem INAS) . A Communication system for initial notification to the State of New Hampshire and the NHY ORO of an emergency at Seacrook Stations and the means of communication between the three organizations for exchange of information curing the period of tht emergency, III. AGREEMENT The State of New Hamoshire and New Hampshire Yankee, representing coth the NHY ERO and the NHY ORO, agree as follows: A. The NHY ERO shall notify the NH State Police and the NHY ORO Contact Point within fifteen (15) minutes after an event has eeen classified as an Unusual Event, Alert, Site Area Emergency or General Emergency. This notification shall be mace over the NAS. Commercial-telephone is the backup to the NAS. i B. The initial message content used in the contact specified in A. above, is in agreement among the emergency response procedures of each of the three organizations. After the initial cortact, additional information shall be provided to the NH Oivision of Public Health Services Emergency Response Initiator and the NHY ORO Director when each makes a call-back to the NiiY EPO. This information is spe-L (. p) cified in the follow-up ectification form contained in the emergency response procedures of the three organizations. C. The three nrganizations shall exchange and coordinate emergency response plan changes that pertain to those elements of interface prior to implementing the change. The three organizations shall coordinate the-effactive date of such changes. O. The-NHY~SRO shall provide space for representatives from the State:of New Hampshire and the NHY ORO at the EOF and the Media Center. This includes space at the EOF for the operation of the State of New Hampshire IF0, and for the operation of the NHY ORO EOC. E. The three organizations agree to exchange all information (i.e., radiological. releases, meteorological data, offsite radiological projections and eessurements, and onsite technical data) known and available to facilitate a rapid and accurate evaluation of the emergency.. F. The NHY ORO and the State of New Hampshire agree to coordinate the notification of the public by the public alert and notification system and through EBS. G. The NHY ORO and State of New Hampshire agree to CNrdinate the evaluation and implementation of precautionary actions for soecial ( populations within the plume exposure EPZ. D-13 SSREP Rev. 5
Page 3 of 4 j p . 1 H. The three organizations shall coordinate plume exposure EPZ field ) radiological monitoring efforts. This coordination is to incluce the ; i deployment of each organization's offsite monitoring teams (i.e., the State of New Hampshire teams within the New Hamoshire portion of the ) plume EPZ, the NHY ORO teams within the Massacnusetts portion anc tre NHY ERO teams throughout the EPZ), the review and exchange of all monitoring results, and the radionuclide analysis of particulate anc radiciodine air samples at the NHY EOF. I. The NHY ERO agrees to assist the State of New Hampshire and the NHY ORD in ingestion pathway sampling.and analysis efforts. This includes assistance to the State of New Hampshire coordination of ingestion pathway evaluations with the State of Maine. The scope of the assistance can include sampling personnel and ecuipment and radionuclide analysis capability. J. Once the EOF is activated, the EOF Coordinator of the NHY ERO is the point for contact for the State of New Hampsnire and the NHY ORO for radiological assessments and protective action reccmmendation discussions. K. The three organizations agree to coordinate news releases and rumon control activities. Information shall be released to the public in a n timely, coordinated manner through the Media Center. Also, the three (d$ organizations agree to participate in a periodic emergency prepared-ness education and orientation program for news media representatives. L. The State of New Hamcshire and the NHY ORO agree to the methodology established by the NHY ERO to project offsite radiological consecuences. The NHY ERO agrees to provide any special projections that are beyond the routine scope of the radiological assessment effort, as long as the methodology used can cover the request. M. The State of New Hampshire and the NHY ORO have reviewed and agree to the procedure established by the NHY ERO to classify emergency cendi-tions, which includes the Emergency Action Levels. N. The NHY ERO agrees _to make the radiological analysis services of the Yankee Atomic Environmental Laboratory available to the State of New Hampshire and the NHY ORO. The priority for sample processing ty_the Yankee Atomic Environmental Laboratory would be established through joint agreement by the NHY ERO, NHY ORO and the NH Oivision of Public Health Services at the time of an incident. O. -The State of New Hampshire agrees to notify the State of Maine (inges-tion pathway zone) for all emergency classifications and coordinate the evalation of offsite radiological consequences with authorities in that State during an event which is classified as either a Site Area Emergency or General Emergency at Seabrook Station. O! V D-14 SSREP Rev. 5
._ .. -- . -. - - --. . = _ - _. . .. . .-
Page 4 of 4
- r$
E} P. The State of NH agrees to notify and coordinate the resconse actions of the United States Coast Guare for tne waterway cortions of tne plume EcZ. Q. The State of NH agrees to notify the Feoer$1 Aviation Acministration for any necessary air seace restrictions. R. The State of NH agrees to notify the Seston and Maine Railreac f:P any necessary restrie:1ons on rail travel. S. The State of NH agrees to request assistance availaole througn New Englano state agency comcacts in resconse to a request ey tne NHY CRC. T. The State of NH agrees to arrange for tne clearboce of NHY ERO ano NHY CR0 emergency resconse personnel tnrougn EFZ Access Control Points in NH. U. This agreement may oe amenced at any time ey written agreement cetween the parties. V. This agreement snali ce ef fective as of the last cate signed telcw. p) i v STATE OF NEW HAMPSHIRE NHY EMERGENCY RESPONSE ORGAN!!ATION By ( dW Q By hi a_ Oirector, Offic's of Emergency Vice Pr(sident i fu' clear Management Production h $$Date J $6
Cate NHY OFFSITE RESPONSE ORGANIZATICN By Uf ti-
-)'
d 7 Sy & (/
/
Director, Public Healt6 Services ecutive Director, ,/ ergency Preparedness and Community Relations
- b 3 3g M i ~'3 90 Date / Cap D-15 SSREP Rev. 5
CN ()- Institute of Nuclear Power 9 Operations Sute 1500 1100 Ceen 75 Parkway At:anta. Ceorgia 30339 3064 Teleonone 404 953 3600 August 30, 1989
.. Edward A. Brown President and CEO Public Service Company of New Hampshire New Hampshire Yankee Division P. O. Box 300 i Seabrook, New Hampshire 03874 j
Dear Mr. Brown:
In the e,ent of an emergency at your utility, INPO will assist you in acquiring t'.e help of other organizations in the industry, as described in INPO 86-0?2, Emergency Resources Manual. In addition, INPO wili ;rovide assistaNe by utilizing its own resources, as requested and as as:ropriate. I An updne of the Emergency Resources Manual, Revision 3, has been provided I to your administrative point et contact. l f3 INPO's agreement to support your company in the event of an emergency, / details on the specific support available from INPO, and information on how I V) to request support are described in the Introduction, Section 1, of the manual. A copy of the Introduction is enclosed. This agreement will remain in effect until terminated in writing. Please forward a copy of this letter and the enclosure to your emergency l preparedness manager for use in updating your emergency piaT.~ Should you have questions, please contact me at (404) 953-5356 or Ron Seiberling, manager Emergency Preparedness Department, at (404)953-7646. Sincerely. W. R. Kindley Vice President and Director Corporate Support Division WRK:kim
Enclosure:
(Asstatedabove) D-16 f) v SSREF Rev. 5
'g New Hampshire - Yankee February 21, 1990 Michael R. Levis New Hampshire Yankee F0 Ecx 300 Seatreek, ll.H. 03274 tear Mr. Lewis In cennecticn with Hav Hampshire Yankee's Emergency Response organization, this letter confir=s the existence of purchase order 1537H which relates to the previding cf emergency callout services. It islalso understood that the purchase order vill autcmatically M censved esch year unlear our services are no icnger required. y Sincerely, W k.idP Barbara Tetrault Portsmouth Answering Service Ib Hampshire Yankee Division of Public Service Company of New Hampshire i P.0, Box 300
- Seabrook, NH 03874
- Telephone (603) 474 9521 D $$ REP Rev. $
4 l
v APPENDIX E SEABROOK STATION PUBLIC ALERT AND NOTIFICATION SYS_IDI O o ,,,,, .... .
l. j'i jo s
1.0 INTRODUCTION
!b 1 The design objective of the Seabrook Station Public Aler; aid Notification h bystem (PANS) is to have the capability to essentially complete the initial notification of the public within the plume exposure pathway Emergency Planning Zone (EPZ) (Referent.9 1) within about 15 minutes.1 Thi6 meets the requirements of 10 CFR 50.47 and Appedix E, ' Emergency Planning and 1 - paredness for j Production and Utilization Fe h ities ' and the guidance of NUEEG-0654/ c j- FEHA.REF.1, Rev. 1. Appendi1 3. Notification of the public in the pluu exporas pathway Emergency Planning Zone (EPZ) is conducted pvimaril) through the use of sirens where:
* 'The expected sAron scund pressure level generally exceeds 70 dBC vhere the population exceeds 2,000 persons per square mile and 60 dBC in other inhabited areas:
a The expected siren sound pressure level generally exceeds the average measured summer daytime ambient sound pressure levels by 10 dB (geographical areas with less than 2,000 persons per square mile).' (Reference 2)
-If these criteria cannot be achieved, tone alert radios (or other notification
' means) vill be utilized for those specific geographical areas not covered by sirens. These provisions will assure that '...the prompt public notification 4 aystem shall have the capability to essentially complete the initial notification of the public within the plume exposure pathway EPZ...' (Reference 1).. Tone alert radios, if used as part of the primary public slett and notification system, will be offered prior to issuance of the license to operate above five per cent power level. Footnote b A complete description of the design is given in the 'Seabrook Station Public Alert and Notification System FEMA-REP.10 Design Report' dated April 30, 1988 and Addendum 1 dated October 14, 1988. SSREP Rev. 4 W E.1
Primary public alerting within the Seabrook Station EP2 will be accomplished through the activation of both pole mountsd fixed sirens and the vehicle Alert and Notification System (VANS)2 positioned throughout the EP2. A total of 110 electronic sirens will be used in the EPt to perform the initial alerting function. Of these 94 sirens are permanently mounted in the New Hampshire portion of the EP2. For Massachusetts. VANS will be depicyed to 16 acoustic locations from 6 staging areas and one summertime only satellite staging area. Fixed sirens in the State of New Hampshire will be activated by radio from the Rockingham County Dispatch Center in Brentwood. NH. VANS for Massachusetts are dispatched and activated by radio conm nication from the NHY Offsite Response EOC in Newington. NH. ' Pubile information and instructional messages will be broadcatt over the Emergency Broadcast System (EBS) by designated commercial radio stations. A public education program will be maintained to advise people in the EP2 that when the sirens are heard, they should tune to the designated consnercial EBS radio stations for information about the emergency. The electronic sirens have both tone and public. address capability. The siren tone is used to provide the alert function at all siren locations. Along the public beaches in Seabrook and Hampton, N6v Hampshire, sirens will provide both alerting tones and public address messages.3 Footnote 2: VANS is a transportable fixed siren concept capable of remote actuation. Footnote 3: Beach voice messages will be used in season (i.e.. May 15 - Sept. 15) E.2 SSREP Rev. 4 l l
4 Reserve VANS vehicles will be maintained as backups for the Massachusetts lportionoftheEP!. , 2.0 STRENS - Seabrook Station will use three types of sirens for public alert and notification:
- 1. Whvien Model WS-3000 oscillating very high power electronic sirens (rated at 122 dBC at 550 Hz at 100 feet).
- 2. Dual Whelen Model WS-4000s oscillating ultra.high power electronic sirens (system rated at 134 dBC at $$0 Ha at 100 feet).
- 3. Whelen Model WS.4c00 oscillating ultra.high power electronic sirens (system rated at 129 dBC at $50 Hz at 100 feet).
The functional design of th+ three models is almost identical with the main difference being siren output. Each model is modular which allows easy replacement and/or field maintenance of the power amplifiers, tone generators, radio receivers and decoders, battery. chargers and batteries. All are capable O of tone or voice operation. l V The New Hampshire portion of the EPZ will utilize Whelen Model WS-3000 and WS-4000 sirens while the Massachusetts portion of the EPZ utilises VANS vehicles each equipped with the dual Whelen Siren System Model WS.4000. 2.1 Siren Sound Level Prediction The sound level coverage for each siren location were predicted utilizing a computer m%st developed by Wyle Laboratories. The Wyle model accounts for sound attenuation due to spherical sound spreading, air and ground absorption, scattering of acoustic energy, reflection and diffraction of acoustic energy by - barriers formed by hills, refraction by temperature gradient, and refraction by wind speed gradient. E.3 SSREP Rev. 4
e ud sound coverage provided by each siren is displayed in the form of souad 1 2- !.A contours, which are lines of equal sound level surrounding the siren location. The computerized propagation model calculates the sound level in increments of 200 feet along equally spaced radials from the siren location taking into account the rated siren sound output level (measured at 100 feet). 4 meteorological conditions, and the ground cover and topography along each radial. Contours of equal sound level are then generated using an interpolative procedure along each radial. This somewhat irregular contour is then smoothed by fitting cubic curves passing through and matching smoothly at the calculated points on each radial. 2.2 Remote Control of Sirens The fixed sirens in the State of New Hampshire will be activated by radio communication from the Rockingham County Dispatch Center in Brentwood, NH. The VANS sirens (for the Massachusetts portion of the EPZ) will be remotely , activated by the NHY Offsite Response E0C Contact. 2.3 Public Alert and Notification Process New Hameshire Portion of EP2 Procedures have been established in the New Hampshire Radiological Emergency Responso Plan to ensure that the public is provided with the alert signal within 15 minutes of the time that the decision to activate the siren system is made. The New Hampshire Office of Emergency Management (NHOEM) is informed of the incident at Seabrook Station, either through the State Police Censnunications Center (SPCC) or, upon activation of the State EOC directly from Seabrook Station. If the incident is a SITE AREA' EMERGENCY or GENERA 1, D;IRGENCY, NHOEM directs the RCDC to activate the sirens and directs the activation of EBS. The NH0EH will coordinate the activation of the siren F E.4 SSREP Rev. 4 i;
systems with the EBS broadcasts. The NHOEM can also direct the local siren activation pointe to activate the sirens within their boundaries. In the event of a GENERAL EHERGENCY, where NH0Di is not contacted within 10 minutes, the SPCC (the State's 24 hour comunication point) can also direct RCDC to activate the sirens and EBS. The NH0EM will contact the EBS radio stations, explain that there is an iccediate Site Area Emergency (or General Emergency) and instruct the radio stction operators on the appropriate EBS message to comence broadcasting. If an early precautionary action for the beach is recomended, the sirens covering the beach areas will be used to alert and notify the tasch population of the beach closing. NH0EH will direct RCDC to activate its special beach closing procedures. RCDC will first activate the alert signal on the beach sirens. Then, a pre-recorded voice message, in English and French, will be 4 broadcast over the sirens, using their public address mode of operation. The , voice message will inform the beach population that the beaches have been closed and will instruct them to leave the beach area. The NHOEH will notify the U.S. Coast Guard and the Federal Aviation Agency that there is an immediate Site Area Emergency (og General Emergency) at Seabrook Station.
-ligpsachusette Portion of EPZ In the event that Seabrook Station declares an imediate Site Area or -
General Emergency, the Seabrook Station Short-Term Emergency Director (STED) will notify the NHY Offsite Response EOC Contact and establish contact with officials of the comonwealth of Massachusetts through the Massachusetts State Police with the request for authorization to activate the Public Alert and Hotification System. E-5 SSREP Rev. 4
l The NHY Off site Response E.0C Contact will direct the dispatch of VANS and operat. ors through consnunication with each VANS staging area where vehicles will be in a constant state of readiness. Upon receiving authorization, the STED will direct the activation of the Massachusetts portion of the public alert and notification system through comunication with the NHY Off site Response EOC Contact. The NHY Offsite Response EOC Contact will notify the lead EBS radio , stations he vill explain that there is an immedia*e Site Area Emergency (or General Emergency) and instruct the radio station operator on the appropriate EBS message to consnence broadcast based on direction provided by the Seabrook Station Short-Term Emergency Director. The NHY Offsite Response E00 Contact will remotely activate the VANS sirens concurrent with the EBS message broadcast. f- In'the case of an escalating emergency, after the NHY Offsite Response t Organization (NHY ORO) is activated, the NHY Offsite Response Director will assume Public Alert and Notification System responsibility, including EBS activation, from the Seabrook Station Emergency Response Organization. The VANS vehicles will be dispatched at the Alert or higher ensergency classification. Upon authorization of the officials of the Conunonwealth of Massachusetts, he will direct public notifications to be made using the public alert and notification system. The NHY ORO Public Notification Coordinater will comunicate with the State of New Hampshire and the Conunonwealth of Massachusetts to coordinate EBS messages and timing of the Massachusetts siren 6fstem with that of New Hampthire. The EBS radio station will be provided with the appropriate EBS message (s) and instructed to cocumence broadcast. Concurrent E-6 SSREP Rev. 4 O V l,
e with bresdcast of the EBS meceage, the NHY CR0 Consnunication Coordinator will activate the sirens using the siren activation encoder in the NHY offsite Response EOC. Additional backup methods will be available for public alerting. lincludingactivationofbackupVANS. The NHY Offsite Response Director will verify the State of New Hampshire's initial notification to the U.S. Coast Guard and the Federal Aviation Ager:y. The U.S. Coast Guard is responsible for notification of transients in waters under their jurisdiction. and the FAA la tesponsible for notifying and restricting air traffic in the area. The Department of Interior will perform notification in the Parker River Wildlife Refuge. The NHY Offsite Response Organization (OR0) also maintains the capability, as part of the supplemental alerting system, for door..to-door notification of the hearing-impaired population as coordinated by the NHY ORO Special Population Coordinator, as described in Seabrook Plan-for Massachusetts Consnunities (SPMC) Implementing Procedures. 2.4 VANS (Vehicular Alert and Notification System) The VANS will consist of a fleet of trucks each with a notification cargo package. The notification package consists of a Dual Whelen Model WS-4000 Siren System. (See Figure E-1). 2.4.1 Vehicle The VANS vehicis(s) is a heavy-duty truck similar to those used for other
-services under adverse weather conditions. No significant delays attributable to the VANS vehicles traversing their routes under adverse weather conditions cre anticipated based'on the choice of the vehicles and operator training.
The truck is equipped with- a coaunercially available telescoping high lifting capacity crane which will be used to transport the sireens to their E-7 SSREP Rev. 4
, . . . - < ., - ,..n,n., , - , , , - , - . . , , - , - , , , , ,-,---.n.n,,,. , .-n,---,c.-,-- .-4w. em., ~ , . . , .o,-,. ~ -w,-- ,~N
1 prsessigned acoustic locations. The sirens are rigidly mounted to tne crane, i l "O which when fully extended, will be approximately 45 feet above the ground. j Outtstgers are provided to stabilise the vehicle. The vehicle is equipped with the siren console boxes and an on board generator, both securely mounted to the ~
' truck bed.
2 . i. 2 loentions i Locations have been identified through the use of acoustical analysis techniques, where the VANS will provide siren tone coverage for essentially 100 i percent of the population in the Massachusetts plume exposure pathway EP2 in the event of an emergency. Vehicles will be dispatched from continuously staffed, local staging areas and vill-be sent to the pre-selected acoustic locations to s J allow activation ot' the sirens. [ Routes from the staging areas to each location are pre-planned and have
, lbeenprovidedforeach_ vehicle. Each route has been tested for timing and evaluated for VANS use. The route transit time for any single vehicle, combined with the setup and activation time, vill meet the requirements of 10 crR 50, Appendix E. Evaluations and tests will provide the bases to assure that the system is capable of performing its function of public alert and notification within 'about 15 minutes' (Reference 1).
2.4.31 11ge Bases The VANS is designed to complete the alert function within 'abcut 15 minutes.' To accomplish this, the VANS vehicles must be dispatched, travel the L l predetermined route, and set up in the operable position. At this point, the l-VANSarefullydeployedandcapablecfremoteactuation. The total siren activation time meets the guidelines set in FD4A-REP-1 and FEHA-REP-10. For 1 E-8 SSREP Rev. 4 .I O I.
- - - - , , . . . . , , . - ,, - - ~ , , , _ , - . . - _ . . , . - - --.--.c ,
lVANSdesignpurposesthe15minutetimeintervaliscomposedofsystemresponse ltimeandsirensoundingtime. Each of these is discussed below. System Resoonse Time l l System response time is the combination of the time to alert the drivers llocatedinstagingareas(driveralert),dispatchtheVANSvehicles(dispatch). ltravelthepredeterminedroutes(routetransit),andraisethesirenatthe lacousticlocation(setupVANS). The system response time is based on the j guidelines in FEMA-REP-10. Seabrook Station Public Alert and Notification System lDesignReport. Addendum 1. Siren Sounding Time l l The design basis siren sounding time is (3) three minutes based on the guidelines in FEMA-REP 1 and FEMA REP 10. 2.4.4 Ooerstional Mode Descriotion At the Alert level or higher emergency plan classification, the NHY OR0 v will dispatch the vehicles from their staging areas to their predetermined acoustic locations and the sirens will be placed in an operable4 position (which is ready for remote activation or actuation if previously selected by the arming sequencer). 9 Footnote 4: Operable position will require leveling and stabilizing the vehicle with the outriggers and raising the siren to the deployed position. E-9 SSREP Rev. 4 I
The sirens will be capable of receiving an actuation signal i?r remote tone operation while the vehicle is in transit. This signal will be stored in the siren control circuitry until the ' siren raised' interlock is cleared. Conversely, if a VANS vehicle is fully deployed at its acoustic location and the
' siren raised' interlock is cleared, the siren is capable of remote actuation from the NHY ORO EOC. This ' siren raised
- interlock prevents the siren from sounding until the siren is in the raised position for personnel safety.
Once the VANS vehicles are operable at their preselected locations, siren operation and actuation are equivalent to a fixed pole siren system. Each of the final VANS locations has been analyzed to assure the recommended sound level coverage (Reference 3) is provided for the population density of the area and local topographical conditions. Cocaunicatior with the vehicle drivers at the VANS staging areas normally will be accomplished via telephones. Backup communications will be via radio at the VANS staging areas. Each vehicle vill O be equipped with a radio to allow two-way cocaunications with the NHY ORO E0C The VANS drivers will be trained in vehicle operation, siren operation and vehicle routes. O
2.4.5 VANS Normal Mode All VANS vehicles are permanently assigned to Seabrook Station and are under the administrative control of the NHY Emergency Preparedness and Community Relations Subdivision (EPLCR). This Subdivision will assure that:
- 1. The locations of each VANS vehicle are maintained.
- 2. The periodic return of VANS vehicles for maintenance and surveillance of each VANS vehicle is controlled and consistent with local, state, p and interstate vehicle requirements.
l . l 3. The training of all VANS operators is current, i l l 4. The VANS is continuously availabh to perform its intended function. l Perd.edically VANS vohicles must be returned to Seabrook Station for j
- j. surveillance and maintenance. The NHY EP&CR Subdivision has the responsibility for assuring that sufficient VANS vehicles are always available at the staging-areas for public alert and notification purposes.
O All VANS vehicles which are available for 6mergency plan support will be V checked for readiness at the beginning of each shift by the assigned VANS operator. This will include (but not be limited to):
. vehicle fluid levels (oil, gas, wiper washer, etc.),
e vehicle operability.
- tires, fresh water in the vehicle canteen.
medical kit.-
- dosimetry equipment, e radio, ,
e road flares,-
. ear protection, and
*- batteries on charge.
All acoustic locations will be checked weekly to verify that the sites are available for emergency use via the assigned route. O E-11 SSREP Rev.-4
2.4.6 surveillance and Maintenance Surveillance and maintenance of the truck lift mechanisms and sirens will be conducted in accordance w*th the procedures identified in the Seabrook l l Station' REP.10' report. 3.0 MFERENCES
- 1. ' Code of Federal Regulations.' 10 CFR 50. Appendix E. Section IV.D.3.
- 2. FEMA. REP-10. November 1985. Section-E.6.2.2.
- 3. ' Guide for the Evaluation of Alert and Notification Systems for- .,
Nuclear Power Plante's FDIA. REP.10/ November 10, 1985: Federal ! Emergency Management Ager.cy: Washington, D.C.: November, 1985. O
.i 1
E-12 SSREP Rev. 4
. . . . , , . . .a.._.,_ _.;..._.- . . . . . _..
_ ____ - - - _ _ _ _ _ _ _ . _ _ _ _ _ _ _ . . . _ _ . . _ . _ . _ _ _ _ . . _ _ _ _ _ _ _ . _ _ _ . - ~ . . _ _ - - - - - i l I 1 s i LIST OF FIGURES .'i i 1 l E.1 VANS Vehicle (Typical) i l l 1 i l 4 i i 3 i i i i 1 i i i I i i a E-13 SSREP Rev. 4 i
--.- - , - , - , - --<-,n,-,..,-,,,w. ,,,-,-,,,,,,,,,,-----,--_-,.,-a.~..a,,--..--,--,.r,. .----,..n. -w, -
_ _ _ . . _ . . - - _ . _ . _ - _ - . _ ~ . . . . _ . _ - . _ - . _ _ - - _ . - _ . . - - . - - . 1 I Page 1 of 2 O . 4
;erial Lif Siren, On Scard Cererater a
Siren Centrol Parel ' .- ani Batteries
) .
n me
. .w.
j - t ... O, , ... SKETCH SHOWING AERIAL LIFT TRUCK IN TRAVEL HODE (TYPICAL) FIGURE E.1 i E-14 SSREP Rev. 4 1 i
Page 2 of 2 NL w_
' ~
SLv L i
/
!artal Li*:
\
orm D O t Siren Cent =1 Patal atd 54ttenes Cets. rat =r I A n '- ': , ;
- ()k SKETCH SHOVING AERIAL LIFT TRUCK IN NOTIFICATION MODE (TYPICAL)
FIGURE E-1 1 1 O "-" """ "" '
- - -~ - - - _ . -- - . . . - - . - - . _ _ - - , . . . .. . - . .
APPENDIX F q . U DiEROFNCY EOUIPMENT Equipment and supplies in support of the Seabroch Station Radiological Emergency Plan are maintained in accordance with Emergency Response Procedure ER 8.1, l*EmergencyEquipmentandFacilityInventoryandPreparednessCheck.' This procedure details the inventory and preparedness checks of Emergency Preparedness equipment and supplies in the Control Room. Technical Support Center. Operational Support Center, Route 107 *n'arehouse, Emergency Operations Facility, Media Center, Joint TelephSne Information Center and Exeter Hospital. (Protected: Ref. NRC IR 85-32(16)) I v A k, ,) SSREP Rev. 5
O - APPENDIX G SF.ABROOK STATION SUPPORTING EMERGENCY PLANS AND PROCEDURES LISTING O SSREP Rev. 5 m ,- - a , - - - 7-p , . ---_w-,7-.. .--e---p-----p-r,
. . _ . . _ . _ - . _ . _ _ _ _ _ _ _ _ _ _ _ , . ~ . . _ . _ _ _ _ _ _ . _ _ _ _ _ . _ _ - _ _ _ _ . _ . _ _ _ -
i I APPENDIX G
}EPORTING PLANS AND PROCEDtTRES O ,
I. FEDERAL PLAN [ Federal Radiological Emergency Response Plan 4 II. STATE PLANS New Hampshire Radiological Emergency Response Plan l Commonwealth of Massachusetts Comprehensive Emergency Response Plan, Appendix 3 to Hazard Specific Supplement No. 5. Radiological Emergency > Response Plan _for Fixed-Site Nuclear Facilities III. LOCAL PLANA New Hampshire EPZ includes the following: Seabrook Portsmouth Greenland-
- Rye North.Hampton South Hampton
- . -Hampton
, Hampton Falls
'Stratham Exeter Newfields Brentwood Kingston East Kingston Kensington Newton New Castle Massachusetts EPZ-includes the following:
Salisbury Newburyport Newbury West Newbury
'Amesburyi Herrimac
_IV. SEABROOK PLAN FOR MASSACHUSETTS COMWJNITIES G.1 SSREP Rev. 5
d s e i' V. STATION EKERGENCY RESPONSE PROCD M SEABROOK STAT' ION
- i. REP _SECTION i CHAPTER 1: CLASSIFICATION AND RESPONSE ER 1.11 Classification of Emergencies $.0 1
- - ER 1.2
- Unusual Event 5.0 t
ER 1.3: Alert 5.0
-ER 1.4 Site Area Emergency 5.0 i
ER 1.5: General Emergency 5.0
' CHAPTER 2 - NOTIFICATION i ER 2.0: Emergency Notification Documentation Forms Procedure ER 2.1: Notificatien of Emergency Response Organization 7.0 l ER 2.2: Deleted i
ER 2.3: Activation of the New Hampshire Public Alert and Notification System 11.2 CHAPTER 3: EHERGENCY FACILITY ACTIVATION l ER 3.1: Technical Support Center (TSC) 7.0 Operations 6.1.1 ER 3.2: Operational Support Center (OSC) Operations 6 1.2 l ER 3.3: Emergency Operations Facility 7.0 (EOF) Operations 6.1.3 ER 3.4: Seabrook Station News Services 6.1.6. 8.4, Operation 11.1. 11.2, 11.3 ER 3.5: Media-Center / Joint Telephone 6.1.6, 8,4, Information Center- 11.1, 11.2, 11.3 l ER 3.6 Assembly Area Operations . N/A G-2 SSREP Rev. $
f SEABROOK STATION O, REP SECTION CHAPTER 4: PERSONNEL PROTECTION l ER 4.1: Personnel Accountability / Evacuation 10.4.2 ER 4.2: Reserved ER 4.3 Radiation Protection During Emergency Conditions 10.4.5 ER 4.4 Onsite Medical Emergency 10.5.1 10.5.2 ER 4.5: Reserved ER 4.6 Otisite Monitoring and Dscontamination 10.1.2 10.4.2 10.4.3
-ER 4.7i Emergency Dosimetry Analysis 10.-3 ER 4. 0 : Emergency Onsite Radiological Surveys N/A CHAPTER 5: RADIOLOGICAL ASSESSMENT ER 5.1: HP-41 Dose Projection Determination 10.1.1
'ER 5.2: Site Perimeter and Offsite '
Monitoring and Environmental Sampling 10.1.2
. E7, 5 . 3 - Operation of the METPAC System 10.1.1 ER 5.41 Protective Action Recommendations 10.2
. ER 5.51 Use of-E0F Series-85 Multichannel Analyaer N/A ER 5.6 WSI System Operation 6.2.3.1 ER 5.7 HP-41 Emergency Classification- ' Determination- 10.1,1 ER 5.8: Ingestion Exposure Pathway Coordination 9.4 () G-3 SSREP Rev. 5
___.___.________._____._....-.__._.__.._.-.___._m__.____, , t i . l d 4 SEABROOK STATION t O CHAPTEk 6: POST ACCIDENT SAMPLING AND ANALYSIS REP SECTION , H211: This series of procedures is emintained and controlled as department procedures within the Station Chemistry Department. i l CHAPTER 7: EMERGENCY OPERATIONS ER 7.1: Deleted ER 7.2 Planned Radiological Releases During Emergencies 10.4.2 ER 7.3: Reentry and Recovery 10.3 ER 7.4: Documentation and Recordkeeping 10.3
-CHAPTER 8: HAINTAINING EMERGENCY PREPAREDNESS i
ER 8.1 Emergency Equipment and Facility l Inventory and Preparedness Check 12.4
/ ER 8.2: Deleted 12.2 This procedure has been incorporated into the Training Department ERO Program Description and Nuclear-Training procedures.
l ER 8.3: Deleted 12.1 This procedure has been incorporated into the Radiological Emergency Preparedness Drill and Exercise Manual. ER 8.4: Emergency Plan and Procedure Review and Revision 12.3 ER 8.5: Emergency Communications System Preparedness Tests -12.1.2.1 ER 8.6 Emergency Response' Procedure Development 12.3 ER 8.7: Deleted 9.2.2 Information from this procedure has been incorporated into an Emergency Preparedness and Community Relations (EPECR) department jr-q- level procedure.
\} G-4 SSREP Rev. 5-
_ .. ._... _ _ _.._.. ___. _.___ _ __. _ _ _ . . - _ _ - _ _ _ _ _ _ _ _ _ . . ...__,__________.m _ _ SEABROOK STATION REP SECTION CHAPTER 9: PUBLIC INFORMATION l ER 9.1: Deleted This procedure has beer. incorpotated into Procedures ER 3,4 a*.a ER 3.5. 4 i l i l l i 1 i G-5 SSREP Rev. 5 l
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C t APPENDIX H b"JREG-0654 / SEAPR00K STATION RADIOLOOICAL EKERGENCY FLAN CROSS REFERENCE
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I (
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SSREP Rev. 5
m NUREG-0656/SEAPR00K STATION RADIOLOGICAL EMERGENCY PLAN l CROSS REFERENCE , NUREG.0654 REVISION 1 SEABROOK STATION REFERENCE SECTION REP SECTION Ad.i A 8.8. 8.9. and Figures 8.13 and 8.14 Ad..h 8.O AM Figures 8.1 through 8.10 Ad.d Figures 8.1 through 8.11. and Appendix A A.1.e 8.0 and 7.1 A.d Appendix D A.4 8.0 and 9.0 ad 8.0 and Appendix A Ad 8.3.1 (g3 ad 8.0 B.4 8.3.1 1.d 8.0 B.6 8.0 and Figures 0.1 through 8.11 B.7.E 8.5 and 8.6 Ada,.h 8.6 and 8.7 B.7.c 8.8 and 8.9 B.? d 11.3 l 1.d 8.5 and 8.6 and Appendit B l Ad 8.8.1 and Appendix D H-1 SSREP Rev. 5 O O
__ _ _ _ _ _ m ., __ _ ._._ . _ _ _ . _ _..___ ..__ -- -.____.___.--___.-__ __ _ ____ _ _ _ - , . _ _ . NUREG-0654, REVISION 1 SEABROOK STATION REFERENCE SECTION REP SECTION LL.1 Appendix A _q 13 3.4 and the Federal Radiological Emergency Response Plan C.I.c 6.0, 7.0 9 d d! 8.9 lC3 8.6.7 and Appendix B lC.4 Appendix B and D Dd 5.0 9l 5.O L.A. 7.O L1 7.0 L1 7.0 J L4 e-n 11.0 l L.f. 11.0 and Appendix E L1 11.3 F.1,a 7.0 f d.d! 7.0 f d J., 7.O L.L.d. 7.0
.LLt. 7.O fd.d. 7.O H-2 SSREP Rev. 5
NUREC-0654 REVISION 1 SE.ABR00K STATION f.,fffRENCE SECTION REP SECTION f:1 10.5 f :.1 7.O G.1 11,3 9 .J. 11.3 C.3 a 11.3 G,3,b N/A G,4,a 11,3 G.4,b 11.3 0.4 3 11,3 G.5 11,3 li.d 6.O 11.:2. 6.0 H4 6.0 l lb,J., 6.2.2 H,5.a 6.2.3 H.5.b 6.2.2 H.5.c 6.2.1 li.ed.d 6.2.4 H,6.a 6.2.3 li d.d 6.2.5 H,6.c 6.2.5 H,7 6.2.5 H-3 SSREP Rev. 5
INREG-0654, REVISION 1 STABROOK STATION A RERENCE SECTION REP SECTION L1 6.2.3.1 L P. 6.1.2 lH.10 Appendix F , H.11 Appendix F H.12 6.1.3
.L.1 5.0, 10.0 .Ll 6.2, 10.0 1 3.a 6.2, 10.0 I.3.b 6.2, 10.0 1.4 6.2.2, 10.0 I.5 c.2.3.1, 10.0 1.6 6.2.2, 10.0 I7 6.0, 10.0 I8 6.0, 10.0 J .J., 10.1.2 6.2.2, 10.1.1 l L.A.9.
J.1.a 10.4.2 J.1.b 10.4.2 J.1.c 10.4.2 J.1.d 10.4.2 J.2 10.4.2 H-4 SSREP Rev. 5
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NUREG-0654. REVISION'1 SEABROOK STATION
-I REFERENQE SECTION REP SECTION 2Al' 10.4.2
'J.4 10.4.2 '
J.5 10.4.1 dA1AL 10.4.4 J,6,b 10.4.4 J,6.c 10.4.4 , J.7 10.2. Table 10.1 dAl Appendix C J.10 a 4.2.3, Figure 4.4, 4.5 and 4.6 10.0, Figure 10.2 lJ.10,b Figure 4.4, 4.5 and 4.6, 11.0 J,10.c 11.'0. Appendix E _; J,10 m. 10.3, Appendix C EAlta 10.3, 10.4 EALAh 10.3,'10.4-L.l S. 10.1 EA1AA 10.4
. EA1A1 10.4 Lisf. 10.4 EA1A1 10.4 llul 10.3, Appendix-A- ,
E22A1 10.3 (::) .. , esRE, Re. . - , v- w-
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NUREG-0654, REVISION 1 SEABROOK STATION O () PEFERENCE SECTION REP SECTION K.3.b 10.3 K.5.a 10.4.3 K.5.b 10.5 K.6.a 10.4.2 K.6.b o.0 K.6.c 8.7 K.7 10.4.3 L.1 10.5 1.1,1 10.5 L.4 10.5 H.1 8.7 fN t I
'u/ L1, 8.7 M.3 8.7 M.4 10.0 N.1.a 12.1 L
N.1.5 12.1 N.2.a 12.1.2.1 N.2.b 12.1.2.2 N.2.c 12.1.2.3 N.2.d 12.1.2.4 i (
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H-6 SSREP Rev. 5 j %. l
NUREG 0654, REVISION 1 SEABROOK STATION REFERENCE SECTION EP SECTION N.2.e 12.1.2.5 N.3.s 12.1.3 l N.3.b 12.1.3 i N.3.c 12.1.3 N.3 4 12.1.3 N.3.e 12.1.3 N.3.f 12.1.3 N.4 12.1.4 N.5 12.1.4 p.,d 12.2 0.1.a 12.2.2 0.2 12.2 0.3 10.5 0.4.a-i 12.2 l0.5 12.2, Figure 12.1 lP.1 12.7 lP.2 12.8 lP.3 12.5 P.4 12.3 P.5 12.3 U-7 SSREP Rev. 5
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NUREG-0654 REVISION 1 SEABROOK STATION REFERENCE SECTION REP SECTION ' M Appendix G M Appendix G P.8 Table of Contents P.9 12.3 P.10 12.3 t H.8 SSREP Rev. 5 _ _ . . - _ a}}