ML19347B317

Amend 40 to Psar.Amend Incorporates Revised Section 13.3, Emergency Planning,In Response to Final Emergency Planning Rule & Provides Info Concerning Evacuation Time Estimates, Per NRC 800702 Ltr

ML19347B317
Person / Time
Site:	05000471
Issue date:	10/10/1980
From:	BOSTON EDISON CO.
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ML19347B316	List: ML19347B315 ML19347B317
References
NUDOCS 8010140386
Download: ML19347B317 (246)

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Pilgrim Station

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'PS PSAR AMENDMENT 40 October 10, 1980 CHANGE PAGE INSTRUCTIONS 4

VOLUME IX CHAPTER 13 1

j Volume XI, 13-i thru 13-vi Volume XI, 13-i thru 13-vi t

13.3-1 thru 13.3-14 and 6 Fiaures 13.3-1 and 13.3-2 13.3-1 thru 13.3-85 and Figures 13.3-1 thru 13.3-6 Appendix 13A, Tab page Appendix 13A, pages 13A-i thru 13A-98 l

Table of Contents, all xxi/ xxii and xxiii/ xxiv -

volumes, xxi/ xxii and xxiii/ xxiv AM40.13-i i

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PS PSAR AMENDMENT 29 February 24, 1977 0 TABLE OF CONTENTS CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1

, 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.1.1 Corporate Functions, Responsibilities 13.1-1 and Authorities 33.1.1.2 Applicant's In-House Organization 13.1-3 13.1.2 NOEMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR STATION 13.1-14 PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.1.1 Basic Mathematics 13.2-1 13.2.1.2 Basic Nuclear Technology 13.2-1 13.2.1.3 Power Plant Observation 13.2-1 13.2.1.4 Design Lecture Series 13.2-2 13.2.1.5 Simulator Training Program 13.2-2 13.2.1.6 On-Site Training 13.2-3 I h d 13.2.1.7 Nuclear Engineering Work Experience 13.2-3 13.2.1.8 Radiochemistry Training 13.2-3 13.2.1.9 Instrumentation and Control Training 13.2-4 O

V. 13.2.1.10 Radiation Safety Training 13.2-4 Volume XI l 13-i

AMENDMENT 40 PS PSAR October 10, 1980 Section Title Page 0

13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS 13.3-1 FOR COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 13.3.1.1 Purpose 13.3-1 13.3.1.2 Scope and Applicability 13.3-2 13.3.1.3 Concept of Operations 13.3-6 13.3.1.4 General Information 13.3-8 13.3.2 ORGANIZATION, FACITeITIES, AND SUPPORT 13.3-10 l SERVICES l l

13.3.2.1 Participants in the Emergency Program 13.3-10 l 13.3.2.2 Boston Edison Emergency Response 13.3-17 Organization 13.3.2.3 Emergency Facilities and Equipment 13.3-26 13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.3.1 Classification System 13.3-32 13.3.3.2 Personnel Emergency 13.3-33 13.3.3.3 Unusual Event 13.3-3 13.3.3.4 Alert 13.3-34 13.3.3.5 Site Emergency 13.3-35 13.3.3.6 General Emergency 13.3-35 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.4.1 BECo Actions 13.3-37 13.3.4.2 Coordination with Participating Agencies 13.3-38 13.3.4.3 Content of Messages 13.3-40 13.3.4.4 Communications Equipment 13.3-41 h

Volume XI 13-ii

b PS PSAR- AMENDMENT 40 j.

October 10, 1980 i 0 d Section Title Page 13.3.4.5 Testing 13.3-41 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.5.1 Accident Assessment 13.3-42 13.3.5.2 Emergency Monitoring 13.3-45 13.3.5.3 Protective Action Guides 13.3-46 13.3.5.4 Protective Response 13.3-47 13.3.5.5 Radiological Exposure Control 13.3-51 13.3.5.6 Recordkeeping 13.3-55 .

13.3.5.7 Recovery and Reentry 13.3-55 l

13.3.6 PUBLIC INFORMATION 13.3-57 1 13.3.6.1 Preparatory Public Education Program 13.3-57 13.3.6.2 BECo Public Information Programs for 13.3-57 Emergencies 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 i

13.3.7.1 Drills and Exercises 13.3-59 13.3.7.2 Emergency Response Training 13.3-61 4

13.3.7.3 Planning Effort Development 13.3-64 13.3.8 LETTERS OF AGREEMENT 13.3-66  !

13.4 REVIEW AND AUDIT 13.4-1 13.5 STATION PROCEDURES 13.5-1 I 13.6 PLANT RECORDS 13.6-1 1

13.6.1 PLANT HISTORY 13.6-1 l 1

0 13.6.2 OPERATING RECORDS 13.6-1 l

13.6.3- EVENT RECORDS 13.6-1 13.7 INDUSTRIAL SECURITY 13.7-1 Volume XI 13-lii

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AMENDMENT 40 PS PSAR l October 10, 1980 l Section Title Page

13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1

( 13.7.2 SECURITY PLAN 13.7-2 1

Appendices 0 1

13A EVACUATION CLEAR TIME ESTIMATES

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1 Volume XI 13-iv 1

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PS PSAR . AMENDMENT.40

-October 10, 1980 l

LIST OF TABLES CHAPTER 13 - VOLUME XI l

4 CONDUCT OF OPERATIONS Table Title Page

! 13.1-1 thru NUCLEAR ORGANIZATION MANAGERIAL 13.1-15 l 13.1-12 PERSONNEL RESUMES l

13.3-1 On-Site Emergency Teams 13.1-81 I

13.3-2 Support Agencies 13.3-82 l 13.3-3 Notification Matrix 13.3-84 13.3-4 Evacuation Time Estimate 13.3-85 l

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L e l Volume XI 13-v 1

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AMENDMENT 40 PS PSAR October 10, 1980 l LIST OF FIGURES CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Figure Title 13.1-1 BOSTON EDISON COMPANY - NUCLEAR ORGANIZATION 13.1-2 BOSTON EDISON COMPANY - NUCLEAR PROJECTS DEPARTMENT AND NUCLEAR ENGINEERING DEPARTMENT 13.1-3 BOSTON EDISON COMPANY - NUCLEAR OPERATIONS DEPARTMENT 13.1-4 PILGRIM DIVISION ORGANIZATION FOR UNIT 2 13.2-1 TRAINING SCHEDULE 13.3-1 PLUME EXPOSURE EPZ 13.3-2 INGESTION PATHWAY EPZ 13.3-3 COMMONWEALTH OF MASSACHUSETTS EMERGENCY RESPONSE ORGANIZATION 13.3-4 ANTICIPATED PILGRIM 2 ON-SITE EMERGENCY ORGANIZATION 13.3-5 BECo RECOVERY ORGANIZATION 13.3-6 NOTIFICATION DIAGRAM O

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, Volume XI

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, PS PSAR AMENDMENT 40 October 10, 1980 13.3 DISCUSSION OF PRELIMINARY PLANS FOR COPING WITH EMERGENCIES 40 13.

3.1 INTRODUCTION

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{ 13.3.1.1 Purpose

'Oy Section 13.3 of the PSAR is intended to generally describe l the emergency plans being developed for Pilgrim 2. This

) section is not intended to be a detailed final emergency plan for Pilgrim 2.

j The Emergency Program for Pilgrim 2 will consist of a 4 plant Emergency Plan and of f-site emergency plans (that will.

include the Massachusetts' Comprehensive Emergency Gesponse Plan, with appendices for all towns in the plume exposure EPZ, and agreements to respond by other groups) to provide for protection of plant personnel and the general public in the event of an incident. Specifically, the purpose of the Pilgrim 2 Emergency Plan and the Commonwealth of Massachusetts

, Comprehensive Emergency Response Plan will be to assure that the following emergency planning goals are achieved:

i 1) Timely and accurate assessment of an emergency

' l condition and proper notification of responsible  :

authorities.

{ 2) Effective coordination of emergency activities among

all organizations having a response role.

O g 3) Continued assessment of actual or potential consequences both on-site and off-site. l l

4) Effective implementation of emergency measures in l the' environs.

j 5) Continued maintenance of an adequate state of l emergency preparedness.

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AMENDMENT 40 PS psAn October 10, 1980 An integral part of planning for protective action will be the role played by agencies of the Commonwealth of Massachusetts, the Town of Plymouth, and other towns in the plume exposure emergency planning zone. Under State law, each of these towns is a required participant in the State plan.

Letters of agreenent from town ano state officials are contained in Section 13.3.8. Letters from hospitals, federal agencies, and other response organizations are also included in Section 13.3.8. The Plume Exposure Emergency Planning Zone is shown in Figure 13.3-1. The Ingestion Pathway EPZ is shown in Figure 13.3-2.

13.3.1.2 Scooe and Applicability Section 13.3 describes the plans that will exist for coping with emergencies that may arise at Pilgrim 2. The following discussion is intended to satisfy the requirements of 10 CFR 50.34(a)(6) and 10 CFR 50 Appendix E.

As provided in 10 CFR 50 Appendix E, che PSAR must contain

" sufficient information to ensure the compatibility of proposed emergency plans for both on-site areas and the EPZs, with facility design features, site layout and site location with respect to such considerations as access routes, surrounding population distributions, land use and local jurisdictional boundaries for the EPZs". Furthermore, the PSAR must provide sufficient information to show "the means by which the standards of 10 CFR Part 50.47(b) will be met". Finally, the PSAR is also expected to provide descriptions of items A through H in Section II of Appendix E to 10 CFR 50. The following discussion identifies where in Section 13.3 this l Information is provided.

An integral part of the development of the proposed emergency plans for on-site areas and EPZs has been assuring l l

that the proposed plans are compatible with facility design features, site layout and site location. Speci fic l

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PS PSAR AMENDMENT 4 October 10, 1980 O consideration nas been given to factors such as access routes, surrounding population distributions, land use and local i jurisdictional boundaries for the EPZs. Such consideration is particularly evident in the development of evacuation time

estimates at. disc.assed in Section 13.3.5 and in Appendix A to Section 13.3. During development of preliminary emergency plans for 2ilgrim 2, a thorough effort was made to identify j possible E.reas of incompatibility between the plans and the site and its environs. During this review, no factors were

]( identifisd which indicated that there would be a problem of incompatibility. Moreover, with respect to such considerations j as access routes, surrounding population distributions, land

use, ano local jurisdictional boundaries for the EPZs, the l prelirr.inary emergency plans for on-site areas and EPZs were i founo to be compatible with facility design features, site layout and site location. These subjects are discussed in PSAR j Sections 13.3.1 through 13.3.8. Facility design features, site 4

0, layout and site location are also discussed elsewhere in the PSAR. ,

Sections 13.3.1 through 13.3.8 include discussion of each j of the sixteen planning standards delineated in 10 CFR Part j 50.47(b). Information is provided to show how each of the standards would be met by the Pilgrim 2 Emergency Program.

Although each of the planning standards is discussed in several j locations in the text, the principal discussion of each of the l planning standards is organized as follows:

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1) Section 13.3.2 includes discussion of planning standards 1, 2, 3 and 8.

i f, 2) Section 13.3.3 includes discussion of planning standard 4.

3) Section 13.3.4 includes discussion of planning standards 5 and 6.

13.3-3

AMENDMENT 40 PS PSAR October 10, 1980

4) Section 13.3.5 includes discussion of planning standards 9, 10, 11, 12 and 13. .

5) Section 13.3.6 contains discussion of planning standard 7.

6) Section 13.3.7 contains discussions of planning standards 14, 15 and 16.

Section II of IOCFR50 Appendix E also delineates eight items (items A through H) which must be described in the PSAR.

These items are discussed in several places throughout the text; however, the principal discussion of these items is organized as follows:

A) Sections 13.3.2 and 13.3.4 describe "on-site and off-site organizations for coping with emergencies  ;

and the mean for notification, in the event of an l emergency, of persons assigneo to the emergency organizations." l B) Sections 13.3.2, 13.3.4, 13.3.5, and 13.3.8 descrite

" contacts and arrangements made and documenteo with local, state and federal governmental agencies with responsibility for coping with emergencies, including identification of the principal agencies."

C) Sections 13.3.1, 13.3.2, 13.3.3, 13.3.4, 13.3.5, 13.3.6, and 13.3.8 describe " protective measures to be taken within the site boundary and within each .

EPZ to protect health and safety in the event of an accident; procedures by which these measures are to j be carried out (e.g., in the case of an evacuation, who authorizes an evacuation, how the public is to O

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i PS PSAR AMENDMENT 40 October 10, 1980 4

be notified and instructed, how the evacuation is to be carried out); and the expected response of i off-site agencies in the event of an emergency."

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0) Sections 13.3.2, 13.3.3, 13.3.5, 13.3.7, and 13.3.8

describe " features of the facility to be provided j for on-site emergency first aid and decontamination I and for emergency transportation of on-site j individuals to off-site treatment facilities."

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E) Sections 13.3.2, 13.3.5, 13.3.7, and 13.3.8 describe I j " provisions to be made for emergency treatment at of f-site facilities of individuals injured as a result of licensed activities." i j F) Section 13.3.7 describes " provisions for a training

} program for employees of the licensee, including j those who are assigned specific authority and

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responsibility in the event of an emergency, and for j other persons who are not employees of the licensee but whose assistance may be needed in the event of a j radiological emergency."

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G) Sections 13.3.4, 13.3.5, and Appendix 13A to

, Section.13.3 describe "a preliminary analysis that 4

projects the time and means to be employed in the notification of state and local governments and the j

public in the event of an emergency." Section j 13.3.5 and Appendix 13A describe a preliminary 1

analysis which has been performed "of the time required to evacuate various sectors and distances l within the plume exposure pathway EPZ for transient 4

and permanent populations, noting major impediments I. to the evacuation or taking of protective actions."

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H) Sections 13.3.2, 13.3.3, 13.3.4, 13.3.5, and 13.3.6 include a preliminary description of " facilities, systems, and methods of identifying the degree of seriousness and potential scope of radiological consequences of emergency situations within and outside the site boundary, including capabilities I for dose projection using real-time meteorological l information and for dispatch of radiological l monitoring teams within the EPZs." Sections 13.3.2, l 13.3.3, 13.3.4, 13.3.5, and 13.3.6 also include a preliminary description " reflecting the role of the l on-site technical support center and of the l near-site emergency operations facility in assessing information, recommending protective action, and disseminating information to the public."

13.3.1.3 Concept of Operations The Pilgrim 2 Emergency Plan will define emergency conditions and delineate the responsibilities and duties of the BECo Emergency Organization, which will consist of an On-site Emergency Organization and an Of f-site Recovery Organization.

The Emergency Plan will be concerned with the following basic activities, which are discussed in further detail in subsequent sections:

1) Organization and resources adequate to detect the presence of an emergency condition, assess the Ol condition, and respond in an appropriate manner (Section 13.3.2).

2) Assignment of an event to its proper emergency classification (Section 13.3.3).

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PS PSAR AMENDMENT 40 October 10, 1980 4

/N 3) Notification of off-site authorities, as required,

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l and continuing communications (Section 13.3.4).

4) Gathering and interpreting data to determine

appropriate actions (Section 13.3.5).

5) Providing adequate information to the public both in terms of preparatory education and emergency

, response information (Section 13.3.6).

6) Maintaining emergency preparedness (Section 13.3.7).

Associated with the Emergency Plan will be Implementing Procedures which will provide a source of pertinent information and data required by the response organization during an emergency.

1 Emergencies have been separated into the following five classifications:

1) Personnel Emergency

2) Unusual Event

3) Alert

4) Site Emergency i

5) General Emergency

(} Classes 2 through 5 are characterized by abnormal plant events detected by instrumentation and/or routine or direct surveillance activities.

BECo's response to emergency conditions will reflect the

() need for a dynamic Emergency Organization which can readily adapt to an emergency condition as it develops.

The early stage of BECo response will encompass the period of time and sequence of actions associated with the initial 4

() detection of an accident through the activation of expanded BECo response capability, if required. This will include the-13.3-7

AMENDMENT 40 PS PSAR October 10, 1980 On site Emergency Organization and possibly the Off-site BECo Recovery Organization. During this initial phase, the Manager of Nuclear Operations or Watch Engineer will assume responsibility as the Emergency Director and initiate the following general activities:

1) Diagnosis of the emergency

2) Corrective action

3) Classification of the emergency

4) Notification of appropriate BECo authorities

5) Notification of appropriate off-site authorities If expanded BECo response is required, the Emergency Director will expand the emergency response as necessary. If needed, the Off-site Recovery Organization will augment the On-site Emergency Organization. All available company resources (on-site and off-site) will be moollized as needed during this period. Continuing corrective, assessment, and protective actions would be conducted as required.

BECo will maintain adequate facilities and equipment for detecting, assessing, and responding to emergencies. Redundant means of communications among key response participants will be maintained. BECo also will maintain agreements tha+. will provide for emergency medical, rescue, and fire support on-site, if needed. The training program will be designed to maintain the proficiency of the Emergency Organization.

13.3.1.4 Other General Information O

Construction and operation of Pilgrim 2 on the Pilgrim Station site will lead to a number of situations for which preliminary emergency planning is appropriate at the PSAR stage.

13.3-8

PS PSAR AMENDMENT 40 t

October 10, 1980 13.3.1.4.1 Pilgrim 2 Construction During the period of construction of Pilgrim Unit 2,

separate consideration will be given to controlling and '

1 processing some 1500 construction personnel, most of whom will j be outside the security area of Unit 1. Detailed procedures 1

will be developed to control evacuation of these personnel.

, The method of handling smaller numbers of Pilgrim 2 i construction personnel (200-300) at work inside the security fence of Unit 1 are already included in the Unit 1 emergency

! procedures.

i l 13.3.1.4.2 Pilgrim 2 Operation

1) If one of the two units on the site is involved in a radiation emergency, the other unit, if operating, will continue to operate at full power, if

) available, to provide the most reliable emergency i s, power on the site.

j j 2) During an emergency, a minimum work force will De maintained in the operating unit. The remaining operating staff will be used in the radiation j emergency work at the_other unit. They will first I

follow accountability proceoures, then the Emergency Director will direct them to the Operational Support Center or other location.

3) Separate communications links will be necessary between the control rooms of the two units, the j ( - Emergency Operations Facility and the Technical

) Support Center. This will provide for flow of information ano resources between thece four important locations.

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AMENDMENT 40 pS PSAR October 10, 1980 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT SERVICES 13.3.2.1 Participants in the Emergency Program Primary responsibilities for emergency response by BECo, and by State and local organizations within the Emergency Planning Zones will be assigned, the emergency responsibilities of the various supporting organizations will be specifically established, and each principal response organization will nave staff to respond and to augment its initial response on a continuous basis. Arrangements for requesting and effectively using assistance resources will be made. Arrangements to accommodate state and local staff at the near-site Emergency Operations Facility will be made. Other organizations capable of augmenting the planned response will be identified. The primary responsibilities for emergency response will rest with the nuclear facility operator (Boston Edison Company), state agencies, and local organizations within the Emergency Planning Zones. This section identifies the operator, state, local, and various supporting organizations that would be involved in an emergency response effort for Pilgrim Unit 2. Each participant's role will be briefly described.

13.3.2.1.1 Boston Edison Company BECo will be the licensed operator of Pilgrim Unit 2.

BECo's primary responsibilities will include the following:

1) Diagnosis and corrective action;

2) Emergency classification;

3) Notification of appropriate outside response organizations and continuing communication; i O

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PS PSAR AMENDMENT 40 i

October 10, 1980 ,

4) Mobilization of the Boston Edison Company Emergency

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Response Organization;

5) Continuing data collection, dose projet: tion, and assessment actions; and j 6) Recovery and re-entry.

J The BECo Emergency Response Organization is described in i detail in Section 13.3.2.2.

13.3.2.1.2 State Agencies The functions of state agencies during emergency

conditions are described in the Massachusetts Comprehensive

$ Emergency Response Plan. The responsibilities of principal j agencies are defined therein. Figure 13.3-3 illustrates the Commonwealth of Massachusetts Emergency Response Organization.

j 13.3.2.1 -2 Department of Public Health I

i l The Department of Public Health (DPH) is the state agency 4

with technical expertise in matters of radiation protection.

l 1 The DPH will be the lead technical agency for any emergency response that involves state and local agencies. This emergency response will be conducted in accordance with the Commonwealth of Massachusetts Radiological Emergency Response i Plan for Fixed Site Nuclear Facilities, prepared by the Massachusetts Civil Defense Agency.

The MDPH in cooperation with the Massachusetts State Police, has organized a Nuclear Incident Advisory Team (NIAT)

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consisting of MDPH staff, advisors and consultants drawn from private, state, and federal institutions who are expert in the

various aspects of emergencies involving radioactive materials. In the event of a radiation emergency, alerted by either the MDPH or the State Police, teams will be dispatched 13.3-11

AMENDMENT 40 PS PSAR October 10, 1980 to the plant site to assist in the monitoring and assessment activities. At the site they will be based at the Emergency Operations Facility. MDPH's responsibilities include:

1) Activate and coordinate the Nuclear Incident Advisory Team (NIAT);

2) Assist in determining the extent and magnitude of the emergency; and

3) Recommend protective actions to control and limit public exposure.

13.3.2.1.2.2 Commonwealth of Massachusetts Civil Defense Agency The Massachusetts Civil Defense Agency (MCDA) will have the principal authority and expertise to coordinate the resources of state government during an emergency. These responsibilities include:

1) Assist Offices of Emergency Preparedness in Plymouth and surrounding towns in implementing protective actions recommended by MDPH (by law, each town is considered a participant in the State plan, and town plan documents are included in the State plan documents);

2) Coordinate evacuation activities connected with reception towns; and

3) Develop and update the state government plan for l dealing with radiation emergencies. I 1

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PS PSAR AMENDMENT 40 October 10, 1980 13.3.2.1.2.3 Massachusetts State Police The State Police will stand by in readiness to assist the Police Departments in Plymouth and surrounding towns in traffic control and evacuation as needed.

l A copy of the agreement with the State Police is included in Section 13.3.8. The State Police will provide the following services:

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1) Receive emergency notification from BECo (the State Police are on duty 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> per day);

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2) Alert the MDPH and MCDA (who are on call 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> per day);

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3) Provide access control to the site from State Highways; i.

4) Assist in evacuating the public, if required;

5) Provide emergency transportation for the NIAT and j BECo environmental monitoring teams; and

6) Assist Pilgrim Unit 2 Security Force.

l 13.3.2.1.2.4 Other State Agencies l

O The MDPH and MCDA can request support as necessary from any state agency. This may include:

! 1) The Massachusetts Department of Public Works; i

2) Massachusetts Department of Environmental Management; and

3) Massachusetts Department of Public Safety.

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13.3-13

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.1.3 Town of Plymouth Like the surrounding towns, the Town of Plymouth agencies are organized to provide services to the public in the event of an emergency. However, unlike the surrounding towns, the Town of Plymouth agencies also are prepared to provide certain emergency services to Pilgrim Station.

13.3.2.1.3.1 Town of Plymouth Of fice of Emergency Preparedness (POEP)

In the event of an incident at Pilgrim 2, the Plymouth Of fice of Emergency Preparedness will be informed by MDPH of any protective actions required to be implemented within areas defined by MDPH. The Office of Emergency Prepareoness Director will implement an emergency plan developed for the Town of Plymouth.

Emergency operations will be conducted by town forces supplemented as necessary by equipment and manpower available from the State Police and through MCDA channels.

Section 13.3.8 contains a letter of agreement from the Director of the Plymouth Of fice of Emergency Preparedness.

The Plymouth OEP will:

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1) Initiate and maintain an active, updated Nuclear 1 l

Incident Plan for the Town of Plymouth; and

2) Implement protective actions as recommended by MDPH.

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13.3.2.1.3.2 Plymouth Fire Department The Plymouth Fire Department, by agreement with Boston O

Edison Company (Section 13.3.8), will provide upon request:

1) Fire Protection assistance for the Pilgrim Station site; 13.3-14

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.l PS PSAR AMENDMENT 40 October 10, 1980 l- 2) Rescue Assistance for site areas open to public; and

3) Assistance in providing protective action warnings

, to the general public.

O 13.3.2.1.3.3 Plymouth Police Department The Plymouth Police Department, by agreei.ent with Boston Edison Company (Section 13.3.8), will provide upon request:

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1) Access Control to the Site from Town Roads; j 2) Emergency Ambulance Service; and I

3) Assistance in providing protective action warnings 1 to the general public.

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13.3.2.1.4 Local Agencies of Surrounding Towns l

j The surrounding town's Of fices of Emergenc/ Preparedness, Police Departments and Fire Departments will be involved in i implementation of protective actions. These towns include

] Marshfield, Duxbury, Kingston, Carver, Bourne, Wareham and

Plympton. Essentially, agencies in these towns will provide their citizens with the same type of emergency services as the f

j agencies of the Town of Plymouth.

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. Their role is described in retail in the Commonwealth of Massachusetts Comprehensive Emergency Response Plan.

i 13.3.2.1.5 Federal Response Agencies 13.3.2.1.5.1 U.'S. Nuclear Regulatory Commission The Nuclear Regulatory Commission (NRC) will be notified via a direct, dedicated telephone line (hot line) from the Control Room to the Bethesda, MD. Operations Center.

i 13.3-1S

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.1.5.2 U.S. Coast Guard The U.S. Coast Guard, by agreement with Boston Edison, (Section 13.3.8) will:

1) Establish boat patrols with available units to cot. trol boating traffic in the vicinity of the station when necessary;

2) Take any additional measures for public safety deemed necessary by government agencies and appropriate U.S. Coast Guard personnel; and

3) Make available helicopter service for purposes such as tracking the downwind plume during any radiation incident at Pilgrim Station.

13.3.2.1.5.3 U.S. Department of Energy (00E)

Upon request from Boston Edison Company (for on-site activities) or the MDPH (for off-site activities), the DOE can provide a Radiological Assistance Team to aid in evaluating radiological hazaros in accordance with the provisions of its Interagency Radiological Assistance Plan. This support would be provided from the Brookhaven, New York, Region 1 Of fice.

13.3.2.1.6 Private Sector 13.3.2.1.6.1 Medical Services of Cape Cod Medical Services of Cape Cod will transport patients who have been involved in radiation accidents to a hospital either in Plymouth or Boston as designated by the BECo Medical Department or Health Physics personnel. The letter of aggreement is included in Section 13.3.8.

13.3-16

PS PSAR AMENDMENT 40 October 10, 1980 Ih 13.3.2.1.6.2 Jordan Hospital, Plymouth V

Hospital facilities and medical personnel will be available at Jordan Hospital in Plymouth. Section 13.3.8

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'n contains the agreement with the hospitc1 staff to receive and treat cases of radiation exposure or contamination.

13.3.2.1.6.3 Shriners Hospital for Crippled Children, Burns

/ j' Institute - Boston Unit b

Tne Burns Institute will provide emergency medical services in accordance with the agreement in Section 13.3.8. 1 l

This facility is equipped to deal with radiation related injuries on a long-term basis.

13.3.2.1.6.4 The Children's Hospital Mecical Center Clinical Genetics Division O

Tne Children's Hospital will provide consultatior in genetics. Technical support from the cytogenetics laboratory will also be made available. Section 13.3.8 contains the letter of agreement.

13.3.2.2 Boston Edison Emergency Response Organization The BECo Emergency Response Organization will consist of

/"'}

the On-site Emergency Organization and a Recovery Organization (off-site). BECo on-shift responsibilities for emergency response will be unambiguously defined. Adequate staffing to provide initial facility accident response in key functional

()

areas will be maintained at all times. Timely augmentation of response capabilities will be available. Interfaces among various on-site response activities and off-site support and response activities will be specified.

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13.3-17

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.2.1 On-site Emergency Organization An emergency operating organization composed of plant personnel will be designated and trained to augment the shift operating personnel. The anticipated Pilgrim 2 Emergency Organization is provided in Figure 13.3-4. Provisions will be made for rapid assignment of other plant personnel to the emergency operating organization as required. In all emergencies, the on-duty Watch Engineer or any of his supervisors, if present, will classify an emergency and initiate the Pilgrim 2 Emergency Plan. The normal shift operating group will be trained to be self-reliant so that other plant personnel assigned to the emergency operating organization will have sufficient time to assemble and to integrate smoothly into the emergency operations.

The positions in the on-site emergency response organization are as follows.

13.3.2.2.1.1 Emergency Director The Watch Engineer on duty at the time the emergency condition arises will become the Emergency Director and will be in command of the on-site emergency organization until relieved by a designated member of the Plant Operations Review Committee (normally to be the Manager of Nuclear Operations). I f t r. e Watch Engineer becomes incapacitated for any reason, the Operating Supervisor will assume the responsibilities of the Emergency Director until relieved by the Manager of Nuclear Operations or his designated alternate. In the case of a higher level emergency, the Manager of Nuclear Operations may assume the position of Emergency Director.

The Emergency Director will be responsible for assessment of emergency situations, especially where the emergency presents a real or potential hazard to of f-site persons or property. It will be his responsibility to classify an emer-gency. The Emergency Director will make the decision to notify and provide recommendations to authorities responsible for 13.3-18

PS PSAR AMENDMENT 40 October 10 1980 off-site measures; this authority will not be delegated.

/tegardless of existing plans, the judgment of the Emergency

Director will be extremely important in assessing emergency situations and in taking' appropriate protective and corrective actions. As such, he will implement the Pilgrim 2 Emergency C Plan through the use of Emergency Plan Implementing Procedures, and activate necessary and required portions of the Emergency Organization.

f-~g The Emergency Director will be authorized by Boston Edison

\s / Company to take all necessary actions within the scope of responsibility of Boston Edison as defined by the Emergency Plan. Alternates to assume this position will be identified in station procedures.

13.3.2.2.1.2 Shift Technical Advisor A Shift Technical Advisor will be assigned to cover each

~% operating shift. He will have specific training in plant j responses to off-normal events and transients. He will be trained in accident analysis of the plant. The Shift Technical Advisor will advise the Watch Engineer on plant operating actions that can mitigate the ef fects of an accident.

13.3.2.2.1.3 Emergency Communications Coordinator The Emergency Communications Coordinator will report to g3 the Emergency Director. He will function as a liaison between

\_s) the Emergency Director, th. BECo Emergency Coordinator, off-site organizations and agencies, and the on-site Emergency Organization (i.e., Technical Support Center. Supervisor,

(~N Operational Support Center Supervisor, and the Control Room).

As required, the Communications Coordinator will provide, using available equipment, reliable and accurate communica-tions. He will also maintain records of outgoing and incoming

( -

g) communications, l

13.3-19

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.2.1.4 Technical Support Center Supervisor The Technical Support Center Supervisor and his staff will report to the TSC in accordance with station procedures or as directed by the Emergency Director. The technical support personnel will analyze current and projected plant status and, through dedicated communications with the Emergency Director (at the EOF) and the Watch Engineer (in the control room),

provide technical support and recommendations regarding emergency actions.

13.3.2.2.1.5 TSC Staff The following personnel will be assembled in the TSC when required by procedure or when directed to do so by the Emergency Director:

1) TSC Supervisor

2) Reactor Engineer

3) Health Physics Engineer

4) Technical Engineer / Communicator

5) Operating Engineer

6) Chemical Engineer

7) Maintenance Engineer The Station Organization will designate individuals for the above assignments.

O 13.3-20

PS PSAR AMENDMENT 40

October 10, 1980 i

13.3.2.2.1.6 Operational Support Center Supervisor Tne OSC Supervisor and his staff will report to the Operational Support Center when required by plant procedures or when directed to do so by the Emergency Director. The OSC l Supervisor will activate the OSC and mobilize the OSC staff.

j The OSC Supervisor will be responsible for and will direct the j activities of shift personnel required for emergency operational support in accordance with instructions from the operating staff.

13.3.2.2.1.7 OSC Staff j The Operational Support Center staff will be comprised of

, personnel that can relieve or assist the operating group and,

] therefore, the specific qualifications of the personnel

,. req . red will depend on the plant status and the currer.c operating staff. The following positions are typical of the staff required.

1 i

j 1) OSC Supervisor 1

i I j 2) Licensed Operators i, I 3) j Auxiliary Operators '

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4) Plant Chemist O 5) I&C Technician

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6) Health Physics Technicians j 7) Electrical Maintenance

8) Mechanical Maintenance O ~9) -Security Force 13.3-21 I

AMENDMENT 40 PS PSAR October 10, 1980 Personnel from the unaffected unit, after following accountability procedures, will be directed by the Emergency Director to the Operational Support Center or other location.

13.3.2.2.1.8 Radiation Emergency Team Coordinator The Radiation Emergency Team Coordinator will coordinate efforts of the following emergency radiation teams:

1) Environmental Monitoring Teams

2) Personnel Monitoring Teams

3) Re-Entry and Rescue Team i

4) Decontamination and First Aid Team 1

The Radiation Emergency Team Coordinator will ensure that the designated or temporarily assigned team leaders and teams assemble at the near-site EOF as directed by the Emergency Director.

l l

13.3.2.2.1.9 Emergency Security Coordinator l l

1 The Emergency Security Coordinator will: 1) compare a survey of evacuated personnel with security records to ensure l accountability of all personnel (within 30 minutes), and maintain accountability thereafter; 2) report any missing persons to the Emergency Director; 3) ensure that plant security and access control are compatible with necessary emergency actions; and, 4) ensure that all accesses and egresses to the Control Room are regulated by the security acce:s ccntrol system.

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13.3-22

. PS PSAR AMENDMENT 40 l October 10, 1980 13.3.2.2.1.10 Dispatened Site Representative i

i Pilgrim 2 representatives will be dispatched to Information Central in Plymouth whenever a Site Emergency or a General Emergency has been declared. If Information Central is established in connection with an Alert, a Site Representative may be dispatched. The Site Representative may be replaced by a representative from 8ECo's Of f-site Emergency Organization in the event a long-term recovery organization is established.

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13.3.2.2.1.11 On-Site Emergency Teams Emergency Teams will be comprised of qualified station j personnel. Emergency Team Leaders will be assigned from the plant supervisory staff. Table 13.3-1 presents the Emergency i Teams in the Pilgrim 2 On-site Emergency Organization and their respective responsibilities.

'O 13.3.2.2.2 Augmentation o'_On-Site Emergency Organization 13.3.2.2.2.1 BECo Recovery Organization j The term Recovery Organization will be used to describe

! the BECo organization which is based off-site. It will provide i backup for the On-site Emergency Organization. It will also take the lead in dealing with the emergency once the recovery

) p phase has begun.

The Recovery Organization will be directed by the Pacovery Manager. Recovery Organization headquarters will be IJcated at

! Boston Ed'ison's Corporate Office in Boston, Massachusetts (i.e., the Prudential Building). The Recovery Manager will be i assisted by the BECo Emergency Coordinator. They will activate j the Recovery Organization, and they will coordinate the On-site l Emergency Organization and the various off-site agencies / groups

]

that become involved in the recovery effort.

It is anticipated that the Recovery Organization wil.1 be composed of the Recovery Manager, the Emergency Coordinator, i 13.3-23

AMENDMENT 40 PS PSAR October 10, 1980 l l

)

technical support personnel and other designated Company personnel as shown on Figure 13.3-5. The Recovery Organization will be responsible for notifying various emergency support groups such as the NSSS, A/E, vendors and other industry response resources. The Recovery Organization will also provide additional personnel and technical assistance from of f-site Company sources as required by the Emergency Director to cope with the emergency. Logistic and legal services will be supplied by the Recovery Organization.

13.3.2.2.2.2 BECo Recovery Manager The Recovery Manager will be an officer or senior manager of BECo and will have the requisite authority, management ability, and the technical knowledge to manage the Pilgrim 2 recovery operation. He will represent the Company and will have the authority to request outside assistance when it is necestiary to do so.

He will authorize the mobilization of any BECo groups that may be called on to assist the station (e.g.,

techn19al and logistics support).

The Recovery Manager may elect to locate some of the Recovery OJganization at the near-site EOF to be in close proximity of the emergency or to augment the Emergency Director's ste.ff.

13.3.2.2.2.3 BECo Emergency Coordinator The responsibility of the Emergency Coodinator will be to O relieve the Pilgrim 2 staff of activities that would tend to hamper their efforts in safely securing the plant systems. He will be responsible to the Recovery Manager for activities associated with the 3ECo Emergency Organization. When notified of an Alert, he will place designated Boston Edison personnel in a standby emergency mode, when notified of a Site or General Emergency, he will mobilize the Recovery Organization for possible augmentation of the On-site Emergency Organization.

13.3-24

PS PSAR AMENDMENT 40 October 10, 1980

-'g He will be responsible for notifications of various BECO 4 t/ officials and governmental agencies not contacted from the

! Site. The Emergency Coordinator will provide logistics support

for emergency personnel including transportation, temporary quarters, food and water, sanitary feuilities, and special O equipment and supplies.

13.3.2.2.2.4 BECo Off-Site Support Staff

() BECo will designate headquarters personnel who will be qualified in the disciplines required to augment the station's staff. These personnel will include engineers in the reactor, j environmental, chemistry, health physics, thermohydraulics, j thermodynamics, etc. disciplines. They will be designated

members of the Recovery Organization.

i 1

i 13.3,2.2.2.5 Other Members of the Recovery Organization

) The headquarters staff of BECo, including the Nuclear Operations Support Department, Nuclear Projects Department, 1

j Quality Assurance Department, and Nuclear Engineering

Department will be available for assistance in environs i

monitoring, accident assessment and technical support for re-entry and recovery planning.

Boston Edison Medical Department personnel will assist as necessary in the care and treatment of injured persons. The Medical Director will be notified if a serious acident or

) () emergency involving personnel injuries requiring off-site treatment has occurred.

BECo Public Information representatives will go from

! Boston to Information Central in Plymouth. There, in s_/ combination with agency public information representatives, 4

they will issue emergency planning and accident status reports 4

to' news media.

x Other departments of the Company will supply personnel or

\

equipment'in areas of support where their expertise may be of 1

, assistance (e.g. . logistics and legal activities). l i

, I 13.3-2S

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.2.3 Additional Emergency Response Support and Resources 13.3.2.2.3.1 Radiological Laboratories Boston Edison has access to radiation laboratories through the Yankee Atomic Electric Company and the Department of Energy Region 1 Office in Brookhaven, NY.

The Yankee Atomic Electric Company Environmental Laboratory is located in Westboro, Massachusetts, and has the capability of analyzing terrestrial, marine and air samples.

Ths.uoE, through the Radiation Assistance Program (RAP),

.as available to it any national laboratory with an appropriate contract (i.e., Brookhaven, Oak Ridge, Lawrence Livermore, etc.). Thus, virtually any type of analysis or instrumentation required is available to the DOE.

13.3.2.2.3.2 Additional Assistance The Institute for Nuclear Power Operation (INPO) will maintain industry source lists for personnel and equipment which can be mad available for support services during an emergency. Additional technical assistance could also be obtained directly from the NSSS vendor and architect / engineer.

13.3.2.3 Emergency Facilities and Equipment Adequate emergency facilities and equipment to support the emergency response will be provided and maintained. This section describes the facilities and equipment that Boston Edison Company will maintain s ' readiness for an emergency situation.

13.3.2.3.1 Control Room For any emergency response, the Control Room will serve as the initial point of control. Nuclear plant instrumentation, 13.3-26

)

PS PSAR AMENDMENT 40 October 10, 1960 N including area and process radiation monitoring systems, safety I (d parameter display system and other instrumentation will be provided in the Control Room to give early warning of a potential emergency and provide for a continuing evaluation of O the emergency situation. Additional equipment such as portable radiation survey instruments, meteorological instrumentation and communication equipment will be available in the Control Room. A supply of protective clothing, respiratory equipment and self-contained breathing apparatus will also be maintained O' in the main Control Room area.

13.3.2.3.2 Emergency Operations Facility The near-site Emergency Operations Facility is a required emergency response facility located near the reactor site to provide continuous coordination and evaluation of licensee activities during an emergency having or potentially having O environmental consequences. BECo will maintain a near-site Emergency Operations Facility from which evaluation and coordination of all BECo activities related to an emergency can be carried out and from which BECo can provide information to federal, state and local authorities. The Emergency OperatJons Facility will be activated and staffed in accordance with plant procedures or as directed by the Emergency Director.

The Emergency Operations Facility will contain emergency radiological monitoring equipment and supplies, protective

, (" clothing, respiratory protective devices, and essential precalculated emergency data. The Emergency Operations l Facility will have an emergency communications network that will allow quick contact via telephone lines, radio telephones, l or other systems with the NRC (a dedicated telephone line),

state agencies, the Plymouth Of fice of Emergency Preparedness (POEP), Information Central, the Technical Support Center, the l BECo Recovery Organization, and the Control Room, l

_[9 The near-site EOF will have sufficient space to house representatives'from the' State, local, Federal, NSSS and A/E 13.3-27

AMENDMENT 40 PS PSAR October 10, 1980 emergency response groups. Site maps, communication systems, and plant status information will be available to ensure that prompt and accurate evaluations can be performed.

An area is to be designated as a central point for the receipt and analysis of radiological field monitoring samples.

Sampling and analysis equipment will be available for these l

activites.

13.3.2.3.3 Technical Support Center The Technical Support Center is a required emergency O

response facility that will provide plant management and technical support to plant operations personnel during l emergency conditions. The Company will maintain an on-site l Technical Support Center to provide the Control Poom and the Emergency Operations Facility with in-oepth diagnostic and l engineering assistance without adding to congestion within the l Control Room. This assistance will help determine the l operational decisions that would be appropriate to better control and to mitigate the consequences of the emergency.

Activation of the Technical Support Center will be in accordance with plant procedures and initiated by the Emergency l Director. Staffing of the Technical Support Center under the i

direction of the Emergency Director will be completed for any l emergency classified as an Alert, Site Emergency or General Emergency.

13.3.2.3.4 Operational Support Center Auxiliary Operators, Health Physics Technicians,

! Maintenance, and other plant shift personnel will assemble in this Center and will be available to support the station operation and recovery functions as directed by the Control Room. Personnel not vital to the aperation of the unaffected unit may also gather here.

13.3-28

PS PSAR AMENDMENT 40 October 10, 1980 J s A supervisor will be assigned to control the activities of l s the operators, health physics personnel and technicians, and he will restrict the access to only those specifically requested  ;

by the Emergency Director or On-Duty Watch Engineer.

i Activation of the Operational Support Center will be in d accordance with plant procedures and initiated by the Emergency Director. The OSC will be in operation for a Site Emergency, l j General Emergency and, if appropriate, an Alert.

Site maps and blackboards will be available so that an emergency briefing for the new on-site arrivals can occur l j before they are sent to their job assignments.

i l

13.3.2.3.5 Information Central l 1 l A press center will be provided to allow th? news media l

access to information from the Emergency Operations Facility.

A BECo Public Information representative will man this facility, which will be designated as Information Central.

V Also, a Site Representative will be present to aid the interpretation of site-related terminology. Constant communications with the EOF will help ensure up-to-date

information is made available to the news media.

Space and tables will be available for the press. Site maps and telephones will be provided. This facility will contain document reproduction equipment, telecopying equipment,

and television electrical connections for use by the news media.

13.3.2.3.6 On-Site Monitoring Systems s

BECo will identify and establish on-site monitoring 4

systems that will be used to initiate emergency measures as d well as systems to be used for continuing assessment. The on-site monitoring systems will be in accordance with NUREG 0654. These are discussed further in Section 13.3.5.

13.3-29

AMENDMENT 40 PS PSAR October 10, 1980 13.3.2.3.7 off-Site Monitoring Provisions for Meteorological and Geophysical Phenomena In the event that the on-site meteorological tower or monitoring instrumentation becomes inoperative, meteorological data may be obtained from Logan International Airport (See Section 13.3.8 for the letter of agreement). Backup seismic information may be obtained from the Boston, Massachusetts office of the U.S. Geological Survey.

13.3.2.3.8 Radiological Monitors Sampling and monitoring stations will be located at various locations on-site and off-site. These sampling and monitoring stations will be used for continuous long-term radiological background assessment of the environs surrounding Pilgrim 2. These will be used to measure radiation levels before, during and after an accident.

13.3.2.3.9 Inventory and Inspection Emergency equipment and supplies will be inspected and inventoried each quarter and will be available for immediate use. Calibration of equipment shall be at intervals recommended by the equipment supplier. BECo will comply with l all NUREG 0654 provisions relating to equipment maintenance and  !

1 inspection.

13.3.2.4 Medical and Health Support 13.3.2.4.1 Plant First-Aid Facility Boston Edison will establish a plant First-Aid Facility.

The First-Aid Facility will be supplied with an assortment of first-aid and medical treatment equipment and supplies. The l EOF will also have a first-aid area.

i 13.3-30

PS PSAR AMENDMENT 40

{ October 10, 1980 Supplemental first-aid kits and supplies will be placed at various locations throughout the plant area including the Control Room.

l l 13.3.2.4.2 Of f-site Medical Services l

O As described elsewhere, arrangements have been made with f Jordan Hospital and other medical groups to provide immediate j assistance and advice for injured and/or contaminated l

personnel. Section 13.3.8 contains agreement letters from 4

these medical groups.

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!O 13.3-31

AMENDMENT 40 PS PSAR October 10, 1980 11 3 3 f!"fraency Conditio q A standard emergency classification and action level scheme, whose bases include facility system and effluent parameters, will be used. State and local response plans will call for reliance upon information provided by BECo for

, determinations of minimum initial of f-site response measures.

The Commonwealth of Massachusetts employs an emergency classification system which is consistent with the system described below.

13.3.3.1 Classification System Emergency situations will be classified to cover the spectrum of possible non-radiological and radiological emergencies. The classifications will bt Personnel Emergency, Unusual Event, Alert, Site Emergency, and General Emergency.

The Alert, Site Emergency and General Emergency classes will require unique immediate action and performance of (1) accident classification, (2) notification of applicable of f-site agencies and support groups, and (3) mobilization of the applicable portion of the emergency organizations to cope with the emergency and continue accident assassment functions.

Accidents may initially be classified in one category and later reclassified to another category if the situation warrants.

The classification of an emergency will be capable of being determined on the basis of three distinct considerations.

1) Emergency Action Levels. These are objective criteria, such as meter readings and the occurrence of specific phenomena, which indicate that an '

emergency of classifiable severity is in progress.

2) Action Statements in Emergency Procedures. The Emergency Procedures will contain action statements g

which will trigger declaration of stated emergency classifications under specific circumstances.

33.3-32

- -- ~_ . - . . ~ _ _ _ -- _ - . . . -. _ _ - ---

t PS PSAR AMENDMENT 40 October 10, 1980

3) Judgment of Emergency Director. The Emergency Director will declare an emergency of a given ,

! classification any time that, in his judgment, the i plant status warrants such a declaration.  !

In an actual emergency, if the above three considerations indicate that more than one emergency class is applicable, this will trigger declaration of an emergency of the class which is the most severe indicated; i.e., if an EAL indicates the 4 occurrence of an Unusual Event, while the Emergency Director's judgment indicates the existence of an Alert, then an Alert j will be declared.

! Each of the emergency classes will be characterized by .

Emergency Action Levels (EALs). Except for the Personnel Emergency class, the EALs will consist of specific sets of plant and environmental parameters (i.e., instrument indications, system status, etc.) which will be used to

, initiate emergency class declaration, notification, and mobilization of emergency organizations. These EALs will be used specifically to obtain early readiness status on the part of emergency response personnel and emergency organizations.

The Emergency Director will have the ultimate L

} responsibility to classify emergency conditions based on the EALs. He will also have authority to declare an emergency condition based on any event that may affect the safe operation of the plant.

13.3.3.2 Personnel Emergency This class of emergency will involve accidents or occur-rences on-site in which emergency treatment of one or more individuals is required. Typically included in this classifi-

. cation will be injuries to a small numberiof individuals which

.may be complicated by radioactive contamination. This

classification will include those situations which have no

' [) . potential for escalation to more severe emergency conditions.

13.3-33

AMENDMENT 40 PS PSAR October 10, 1980 Any condition or personnel injury, with or without significant contamination problems requiring assistance by plant personnel to perform emergency first-aid or medical treatment, will be regarded as a Personnel Emergency. The situation classified as Personnel Emergency must have no potential for degradation of plant condition to a high EAL.

13.3.3.3 Unusual Event The least severe of the emergency classes that might require off-site notification is an Unusual Event. It will be classified as a condition where a degradation of either nuclear fuel, reactor coolant system, or containment building has occurred or may occur, resulting in a plant unit being placed in a mode of operation as required by the Technical Specifica-tions. The incident will be classified as an Unusual Event only if the event is a minor one and no releases of radioactive material requiring off-site response or monitoring are expected unless further degradation of safety systems occurs. BECo will take action as warranted by the event and as delineated by Emergency Plan Implementi.1g Procedures. Notification of agencies will be conducted for information purposes.

13.3.3.4 Alert An Alert will be classified as a condition that is in process or has occurred which involves an actual or potential substantial degradation of the level of safety of the plent.

This classification includes those events that could be associated with limited releases of radioactive material.

The Alert class will include emergency situations that are expected to be minor in nature, but where it has been deemed prudent to notify some off-site emergency participants and mobilize a portion of the Emergency Organization. Because of the nature of the Alert class (possible limited releases of radioactive material), assessment actions will be initiated.

13.3-34

PS PSAR i AMENDMENT 40 I October 10, 1980 i

'Also, partial mobilization of off-site personnel will be

() initiated to assure that emergency personnel are readily available to respond if situations become more serious, to perform confirmatory radiation monitoring, if required, and to

., provide on-site personnel with current germane information.

i (- I t 13.3.3.5 Site Emergency The Site Emergency class will include accident conditions j

() in which plant functions required for the protection of site personnel and the general public fail or are likely to fail.

a Although immediate protective actions will not automatically be 4

required, declaration of a Site Emergency will set into motion 3 all personnel on-site and off-site that would be required to l perform actions up to and including the evacuation of a near-site area. Monitoring teams will be dispatched to conduct 4

surveys as required. The Site Emergency class will include accidents which have a significant radiation release potential.

(s g ,) Unlike the two previously described classes of emergency, the Site Emergency class is likely to involve some radiation exposure to the near-site public. Also some of the accidents to be included in the class may have the potential for degradation to the General Emergency class.

13.3.3.6 General Emergency f

The highest class of emergency will be the General

()

Emergency. The General Emergency class will include actual or imminent substantial core degradation or melting with a 4

potential for loss of containment and/or release of significant

-~

radioactive effluents. The General Emergency will require

(_) full. notification and mobilization at the off-site emergency organizations.

The purpose of the Genera 2 cmei;uicy warning will be to g initiate predetermined protective actions for the public (m]) (depending on the circumstances, this may or may not include 13.3-35

AMENDMENT 40 PS PSAR October 10, 1980 evacuation), provide continuous assessment of information from plant and off-site measurements, and initiate additional measures as indicated by event releases or pctential releases.

I The Emergency Director will declare a General Emergency when indicated by an EAL, when required by an action statement in Emergency Procedures, or when, in his judgment, plant conditions exist that warrant, or in the near-term will warrant, takir.g some protective actions for the population-at-risk.

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13.3-36

PS PSAR AMENDMENT 40 October 10, 1980 l

13.3.4 Notification and Communication Procedures will be established for notification by BECo of ,

the appropriate state, local and federal response organizations, I and for notification of emergency personnel by all response organizations. These plans and procedures will assure that the content of initial and followup messages to response organizations and the public have been established. BECo will work with the state and local agencies to assure that the administrative and physical means to provide early warning and clear instruction to the populace within the plume exposure Emergency Planning Zone (EPZ) have been established. The j initial notification to state agencies will be made within 15 minutes from the time that an emergency has been declared. BECo will work with responsible agencies to evaluate alternative methods available to implement a notification system for the

public within the plume exposure EPZ and will assure that the resources are in place for providing early warning and prompt instructions to the public.

13.3.4.1 BECo Actions 13.3.4.1.1 Of f-site Notification for Personnel Emergencies and Unusual Events

] When a Personnel Emergency or an Unusual Event occurs,

! which car.not be properly handled using the personnel, equipment and materials present on-site, the Watch Engineer will evaluate the situation and call the appropriate Town of Plymouth emergency support agencies as required. A list of these aoencies is included in Table 13,3-2. Notification of BECo and NRC officials, it required, will occur through the normal reporting channels to be delineated in the Station Manual. For unusual events, courtesy calls will be made to the Town of Plymouth authorities, the Massachusetts Department of Public l

Health and BECo's Public Information Department.

13.3-37 ,

i

AMENDMENT 40 PS PSAR October 10, 1980 13.3.4.1.2. Of,f-site Notification for Alerts For the Alert class of events, the Emergency Director will inform the emergency support groups as indicated on the Notification Diagram, Figure 13.3-6. Th e "fi rs t-li ne" notification :ontacts are the Nuclear Regulatory Commission, the BECo Recavery Manager, the Plymouth Police Department and the Massachusetts State Police. These groups will then make second line contacts as shown on Figure 13.3-6. The agencies, placed or, a standby emergency status, will be informed of any developments that could cause an escalated emerge. icy reclassification.

13.3.4.1.3 Off-site Notification for Site and General Emergencies For the Site and General Emergency classes, the Emergency Director will only notify the above-mentioned "first-line" emergency organizations as indicated on Figure 13.3-6. These groups will then notify the offsite emergency support agencies as shown in Table 13.3-2 and Figure 13. 3--6 . These emergency support groups will then be activated and mobilized for possible emergency augmentation duties such as fire, medical, or radiation survey assistance and in carrying out general public warning or evacuation. The Emergency Director, via a designated Emergency Communications Coordinator, will maintain direct contact with the first-line cmergency agencies.

13.3.4.2 Coordination with Participating Agencies The Notification Matrix in Table 13.3-3 indicates when the major participating state, local, and federal agencies will be notifleo and by whom they will be notified. Proposed primary and secondary means of notification are also indicated on the Table. In the case of an Unusual Event, BECo will provide most notifications for information purposes.

13.3-38

PS PSAR AMENDMENT 40 October 10, 1980 2

j 13.3.4.2.1 Massachusetts State Police Upon declaration of an emergency the Massachusetts State Police will be notified by radio telephone from the Pilgrim 2 p Control Room and requested to notify the Massachusetts V Department of Public Health, Massachusetts Civil Defense Agency. The message will.be received at the Middleboro State i Police Barracks. As part of the detailed planning process, the content of initial and follewup messages will be established.

V After notification of MCDA and MDPH has been made, the State Police in Middleboro will notify town Police Departments and stand by in readiness to assist them in traffic control and f

evacuation as needed.

13.3.4.2.2 Massachusetts Department of Public Health i

i

! In the event of a radiological emergency, a member of the 4

Bureau of Radiation Control of the Massachusetts Department of i s

Public Health will be notified by the State Police.

The NIAT team will be alerted by either the MDPH or the j State Police. NIAT groups will be dispatched to the plant site

to assist in the monitoring and assessment activities.

13.3.4.2.3 Massachusetts Civil Defense Agency The MCDA will be notified by the State Police, except in l

the case of an Unusual Event, when BECo will notify them for

! Oy informational purposes. MCDA will notify and mobilize its Regional Office. MCDA has communication capability with town agencies via the National Attack Warning System (NAWAS) and

" fan out" notification procedures.

v 13.3.4.2.4 Local Agencies The . Town of Plymouth Police Department will be . notified by the Pilgrim 2 Control Room. The Plymouth Office of Emergency Preparedness (POEP) will be notified by the Town of Plymouth 13.3-39

AMENDMENT 40 PS PSAR October 10, 1980 Police. POEP will be advised by MDPH (through MCDA) of any protective actions to be taken within areas defined by MDPH.

The POEP Director will implement an emergency plan developed for the Town.

The police departments of surrounding towns will be notified by the State Police (ordinarily via the Law Enforcement Administrative Police Radio). Directors of local Of fices of Emergency Preparedness will be notified by local police. Local directors of Of fices of Emergency Preparedness will be advised by MDPH (through MCDA) of any protective actions to be taken.

Local directors of Emergency Preparedness will implement emergency plans developed for their towns.

13.3.4.2.5 U.S. Coast Guard The U.S. Coast Guard will be notified by the Pilgrim 2 Control Room in the case of a Site or General Emergency.

O 13.3.4.2.6 United States Department of Energy Radiological Assistance Program BECo or MDPH may request assistance from the United States Department of Energy - Radiological Assistance Program (DOE-RAP) by telephone.

13.3.4.3 Content of Messages The content of all initial and followup messages between BECo and agencies will be included in emergency plans and procedures. Any message which may foreseeably be used with the public (e.g., via electronic media) will be developed and incorporated into BECo plans and procedures or agency plans and nrocedures, as appropriate.

O 13.3-40

PS PSPR AMENDMENT 4 0 October 10, 1980 13.3.4.4 Communications Equipment Provis' ns will exist for prompt communications among principal lesponse organizations to emergency personnel and to

{ the public. BECo will provide for sufficient equipment to

assure primary and backup means of communication for the BECo

! Emergency Response Organization and for communication with the 1 state, local and federal emergency response agencies. This will involve, as a minimum, combinations of the following

('

i communication systems: NRC Hot Line, other dedicated phone lines, radio telephone, conventional telephone, voice powered telephone, walkie-talkies, microwave communications, page boy

beeper systems, station public address system, plant safety parameter communication and display, and other systems. State and local agencies will have at their disposal several systems

for communication with each other and witi others such as BECo and NRC. As a minimum, these systems will include combinations of the following

conventional telephones, radio telephones, walkie talkies, State Police Radio Network, Civil Defense Radio Network, National Attack Warning System (NAWAS, a dedicated i

land line telephone system), Law Enforcement Administrative i Police System (LEAPS), and Radio Amateurs for Civil Emergencies

! System.

i Communication with the public by state and local agencies will be in accordance with the Commonwealth of Massachusetts Comprehensive Emergency Response Plan.

O

\ 13.3.4.5 Testing BECo will incorporate provisions for periodic testing of the communications equipment into the Pilgrim 2 Operating l Procedures. For example, emergency call lists will be checked regularly. Also, major drills and exercises will provide an opportunity for testing of equipment and procedures for notification with organizations and between organizations.

13.3-41

AMENDMENT 40 PS PSAR October 10, 1980 13.3.5 Response to Accident Conditions l

13.3.5.1 Accident Assessment Adequate methods, systems and equipment for assessing and lh monitoring actual or potential off-site consequences of a radiological emergency condition will be in use.

Plant instrumentation will provide the initial indication of the occurrence of an accident. These initial readings (such as containment pressure, containment radioactivity, emergency ll core cooling status, etc.) will provide a basis for classifying accidents into one of the following categories:

e Unusual Event e Alert e Site Emergency e General Emergency h

Analyses will be performed to establish the values of the key parameters which can be used for placing an accident situation into one of the four classifications. Pilgrim 2 Emergency Procedures will include the relationships between instrument readings and emergency class to enable the Emergency Director to appropriately classify a spectrum of accidents.

Pilgrim 2 will have systems and instrumentation to provide initial values and continuing indication of important radiation parameters throughout the course of the accident. The capability and resources will include post-accident sampling capability, radiation and effluent monitors, in-plant lodine instrumentation and containment radiation monitoring in accordance with NUREG 0578.

At the EOF, adequate methods, systems and equipment for assessing and monitoring actual or potential off-site consequences of a rediation emergency will be in use.

13.3-42

PS PSAR AMENDMENT 40 l October 10, 1980 i A system will also be provided which uses. radiation and ef fluent monitors, key process monitors, meteorological I- instruments and computer hardware and software to enable 4

estimation of the source of raci3 activity available for 1 1

m,) release, quantity and rate of released radioactivity, ,

i (f x_ atmosphatic dispersion of released radioactivity and historical l

{ and projected radiation doses resulting from the radioactive

! release. The. algorithm which will be used for the calculation i of radiation dose is:

Dose E f =

QixX/Q x DCFi.

j i i

i where Q is the quantity of radioactivity released to the atmosphere,

/Q is thS atmospheric dispersion factor, I

DCF is the dose conversion factor, and

O i denotes values applicable to

! radioisotope, 1.  !

l l l

! The considerations for estimating each of the elements of the i algorithm are discussed below.

13.3.5.1.1 Radioactive Release j

() The determination of radioactivity released to the environment will be based on the best available indicator. For example, the reading of the plant vent monitor will be

, correllated with radioactivity release rate so that the output

]

\

from this monitor can be used to directly estimate this parameter. On the other hand, if a direct measure of

radioactivity release rate is not available, the best available J

data will be used to calculate this quantity. An example is radioactivity release rate from the containment. The 1

13.3-43

AMENDMENT 40 PS PSAR October 10, 1980 containment radiation monitor will initially be used to estimate the radioactivity inventory in the containment. This initiat information will be supplemented by containment atmosphere sampling. A containment leak rate will be estimated based on containment pressure. These will be used to estimate the radioactivity release rate.

13.3.5.1.2 Atmospheric Dispersion Atmospheric dispersion factors will be calculated using on-site measurements. Wind speed and wind direction will be measured at two levels on each of two meteorological towers on the Pilgrim site. In addition, vertical temperature difference will be measured on both meteorological towers. A computer-based system will use real-time readings from either of the two towers and tabulated values of dispersion coefficients for the ranges of stability categories to calculate short-term (15 minutes to one hour) average atmospheric dispersion factors for use in the dose calculations.

13.3.5.1.3 Dose Conversion Factors Dose conversion factors will be developed. Factors will be calculated for isotopes which are hazardous from an inhalation standpoint (e.g., I-131) and those which cause external exposure (e.g., Kr-88). A library of these dose conversion factors will be incorporated into the computer j software package used for the dose calculation. l 13.3.5.1.4 Computer System A computer system will be used to acquire key data and O1 perform the calculations. Calculations will be made on a periodic basis, and spatial and temporal dose distribution will l be maintained throughout the period of release of radioactivity. A default library or capability for manual I

13.3-44

+

PS PSAR AMENDMENT 40 October 10, 1980 entry of data will also be included in the software package to provide values if instrumentation is inoperable or of f scale.

The default values will be selected to provide conservative Another feature of the overall

't (i.e., high) estimates of dose.

system will be a dose projection capability. Techniques to be

{

considered in developing the projection methodology will be j manual entry of best estimates of future conditions, trend analysis and persistence.

The computer system output will be available in the Control Room, Technical Support Center, Emergency Operations Facility and other locations, if. required.

13.3.5.2 Emergency Monitoring Monitoring teams will be dispatched to specified downwind locations based on prevailing and anticipated meteorological conditions. The prime objective of the emergency off-site monitoring groups will be to rapidly survey areas downwind of the plant site to determine the extent and magnitude of any uncontrolled release of radioactive material following an inciaent.

Each monitoring team will collect samples and survey data and will transmit information to ana/or receive instructions from the Emergency Operations Facility. Meteorological data, area topographical maps and actual radiation survey data collected by of f-site survey teams will be used to rapidly define affected areas and assess the extent and significance of the release. Information will be required with as little delay as possibic. Therefore, the survey will consist of simple methods and approximate results with a minimum loss of

$ sensitivity. High sensitivity iodine monitors will be available for use by the field monitoring teams.

Concentrations of iodine as low as-5 x 10-8 uC i /cc will be capable of being measured.

13.3-45

AMENDMENT 40 PS PSAR October 10, 1980 13.3.5.3 Protective Action Guides Protective Action Guides for Whole Body and Thyroid Exposures to Airborne Radioactive Material and Protective Actions Guides for Enposure to the Public Via the Food Pathway will be based on EPA guidelines. Protective actions will be planned for on-site personnel. Recommended protective actions will also be planned for the off-site population- at-risk.

On the basis of present planning for Pilgrim 2, the following correlation will be used ior establishing a specific relationship between the Protective Action Guides (PAGs) and the Alert, Site Emergency and General Emergency classifications.

1) General Emergency - the radiological criteria will be the numerical values for the projected dose to the general public (i.e., 1 Rem whole body and 5 Rem thyroid) recommenced as the lower limits by EPA-520/1-75-001 and also stated as an EAL by NUREG-0654.

2) Site Emergency - the radiological critoria will be one-half (1/2) of the numerical values for the projected doses to the general public recommended as the lower limits by EPA-520/1-75-001. A Site Emergency will be declared if projections indicate dose rates of 50 mrem / hour whole body at 30 minutes !

or 500 mrem / hour whole body at 2 minutes (thyroid dose limits = 5 times whole body limits).

3) Alert - the radiological criteria (i.e., 100 mrem whole body and 500 mrem thyroid) will be projected doses to the general public that will be one-tenth (1/10) of the EAL lower limits for a General Emergency. An Alert will be declared in the 1 13.3-46

PS PSAR AMENDMENT 40 October 10, 1980 O event of a sustained release greater than- ten times Technical Specification effluent limits (thyroid dose limits = 5 times whole body lircits).

) (} 13.3.5.4 Protective Response

} \/

A range of protective actions will be available for the l

plume exposure pathway EPZ for emergency workers and the N public. Guidelines for the choice of protective actions during an emergency, consistent with Federal guidance, will be developed and in place. Protective action for the ingestion

pathway EPZ appropriate to the locale will be developed.

Boston Edison Company would recommend to civil authorities j those protective actions as described in EPA-520/1-75-001 i (Rev. 6/79).

l 13.3.5.4.1 Criteria for Requesting Outside Assistance i

! Any incident that causes or threatens to cause an individual lor,ated at the site boundary to receive a total j radir'. ion dose in excess of the Protective Action Guidelines 4,

will require the Emergency Director to notify and request l assistance from various outside agencies.

Requests for assistance from outside agencies for non-radiological incidents such as fires or natural emergencies j will be made by the Watch Engineer or the Nuclear Operations Manager when it becomes apparent that plant personnel are not j \- or may not be capable of coping with the situation without j assistance.

4

(' 13.3.5.4.2 Protective Cover, Evacuation, Personnel Accountability 4

During an emergency, the relocation of persons may be

( required in order to prevent or minimize exposure to radiation 1 1 13.3-47

AMENDMENT 40 PS PSAR October 10, 1980 and radioactive materials. The following subsections discuss the policies which will apply to such situations.

13.3.5.4.2.1 Plant Site Evacuation of all non-shift personnel, subcontractor personnel and visitors from the station will be in17.iated immediately upon recognition by the Watch Engineer that a Site or General Emergency exists. The Station Evacuation Alarm will be sounded. Operating personnel will be directed to the Control Room. Emergency Organization members will be directed to the Emergency Operations Facility, the Technical Support Center, and the Operational Support Center. All other personnel will be directed to the parking lot. These instructions will be given over the station's public address system.

Visitors to the plant or site vill be provided information on what to do if an emergency exists while they are on site.

13.3.5.4.2.2 Of f-Site Areas Government agencies have primary responsiolity for taKing protective actions outside the site boundary. Upon declaration of a General Emergency, the Emergency Director will recommend protective actions to the responsible state agency for their evaluation, based on the expected duration of the emergency situation. A member of the Massachusetts Department of Public Health will be at the E0F and will be kept continually informed of the results of accident assessments and environs monitoring.

In a General Emergency, NIAT members will be dispatched to the EOF to provide additional monitoring capability.

The DPH will determine what off-site actions, including evacuation, should be recommended to the Governor who, through the Secretary of Public Safety and the Civil 9

13.3--48

1 PS PSAR AMENDMENT 40 October 10, 1980 Defense, will direct.the e'propriate response. The following actions are planned to pI ect persons outside the site boundary:

'1) BECo will project, via computer or nomogram methods,

-whole body gamma doses and thyroid doses, as a

function of gamma exposure rates and/or radiciodine

concentrations in air. This may occur when off-site monitoring teams report exposure rate and/or

~

i airborne activity levels or when calculations based on release data have-been performed. Monitoring and i sampling data will also be used to assess the magnitude and extent of surface contamination.

DPH will have capability to make independent assessments.

{ .

I

!- 2) Recommended protective actions, based on the projected doses (rem) to the population or levels of contamination, will be made by BECo to the j government agencies for the purpose of preventing or minimizing radiation exposure to persons that would be likely to occur if the actions were not taken.

3) For releases which could require an evacuation, the '

Governor may declare a state of emergency, and the town Boards of Selectmen can also declare an emergency for their local jurisdiction.

Notification of the public would be accomplished by the local and state agencies using all means readily available. It is assumed that, if an evacuation

,O were required, it would be accomplished primarily id

via motor vehicle.

13.3-49 1

AMENDMENT 40 PS PSAR October 10, 1980

4) For releases af fecting off-site areas but not of the magnitude requiring evacuation, including the 50-mile radius ingestion pathway EPZ, other public protection measures may be taken at the discretion of the appropriate State agencies. These measures may include radio broadcasts warning people to avoid designated areas, to remain indoors, close windows, avoid consuming uncovered food or drink, to take cows off pasture, etc. These measures are discussed in more detail in the Commonwealth of Massachusetts Comprehensive Emergency Response Plan. Matters such as notification of agricultural agencies are discussed therein. The State of Rhode Island is also prepareo to respond, if required.

Analyses have been performed to estimate times for evacuation of populatio) groups within the plume exposure EPZ.

The analysis considered evacuations during three possible situations:

1) Peak population, good weather (e.g., during summer resort season).

2) Normal population, adverse weather (e.g., during a winter storm).

3) Normal population, good weather (e.g., during fall, winter or spring when weather is good and roads are clear).

Time estimates were developed for a number of geographic sub-areas of the plume exposure EPZ, including the 2-mile radius area, and several modified 5 and 10-mile radius 90-degree sectors. No major impedisients to evacuation were O

l 13.3-50

I 'PS'PSAR AMENDMENT 40 October-10, 1980 The results are contained in Table 13.3-4. The-

[}

\/

identified.

full report of the evacuation time estimate study is included as Appendix 13A.

)

i 13.3.5.5 Radiological Exposure Control

(~N V,

2 Means for controlling radiological exposures, in an emergency, will be established for emergency workers. Tne means for controlling radiological exposures shall include O exposure guidelines consistent with EPA Emergency Workers and Lifesaving Activity Protective Action Guides (Manual of Protective! Action Guides and Protective Actions for Nuclear Incidents).

13.3.5.5.1 PNPS Emergency Personnel Exposure Criteria 1

An emergency situation transcends the normal requirements g-sg of limiting exposure. Higher maximum exposure levels will be (m / considered acceptable during an emergency. However, every reasonable effort will be made to minimize exposure, even in l emergencies.

4 For conditions in which it may be possible to save a life, 4

the Emergency Director _will determine the amount of exposure l that will be permitted in order to perform the emergency

. mission. However, in no cases will the exposure incurred during life-saving activities be permitted to exceed 75 Rem.

- In situations where the accident victims are in areas m

inaccessible because of extremely high radiation fields, it' will be determined before rescue is initiated that the victims have not or will not have received a lethal dose (approximately 600 Rem) before rescue is completed.

(~N J \~- When emergency on-site action is necessary to reduce a ,

hazard potential to acceptable levels or to prevent substantial loss of property, an exposure up to 12 Rem may be received by participating volunteers. However, volunteers, under special

(%

N-q circumstances, may receive up to 25 Rem exposure.

13.3-51

AMENDMENT 40 PS PSAR October 10, 1980 I

I 13.3.5.5.2 Use of Protective Equipment and Supplies  !

In order to minimize the inhalation dose to members of the emergency organization, respiratory equipment will be located at strategic points throughout the plant including the Emergency Operations Facility. A salf-contained breathing apparatus will be used in any situat.on involving exposure to high level gaseous activity or oxygen deficient atmospheres, or where air quality is in doubt.

Protective apparel available will be shoe covers, head ,

covers. gloves and coveralls or. lab coats. Additional items of specialized apparel such as plastic or rubber suits and face shields will be available for operations involving high-level contamination.

Health physics personnel will evaluate the radiological conditions and specify the required items of protective clothing to be worn.

In the event of a release of a gaseous plume of radioactive materials in which any on-site individual is projected to receive a dose from radiolodine concentrations in the air, administration of stable iodine will be considered for use as a thyroid blocking agent. A single dose of potassium iodide (KI) in tablet form will be administered as the thyroid blocking agent to the affected individuals as soon as possible, preferably within two hours of exposure.

13.3.5.5.3 Contamination Control Measures Control of in-plant contamination will be performed in O

accordance with Plant Radiation Protection Procedures using in-plant equipment and supplies. The Emergency Operations Facility will contain radiation survey instrumentatjan for monitoring on-site personnel and equipment. Exclusion area access will be controlled at barricades on Rock', Hill Road and at the intersection of Rocky Hill Road and Route 3A. There 13.3-52

?

1 PS PSAR AM ENDMENT 4 0 October 10, 1980 are expected to be no commercial agricultural products or public water supplies within the exclusion area. Area access

, control during a Site or General Emergency will be consistent with EPA recommended Protective Actions Guidelines and enforced i

O by the Emergency Director.

Whenever ground or surface contamination activity levels for Unrestricted Areas are exceeded in a particular area within

the exclusion area but outside the protected security area, it i

will be isolated and treated as a Restricted Area. It will V have appropriate radiological protection and access control as

~

will be described in plant radiatio" safety procedures used in

Controlled Areas within the protected security area. In the event contamination levels reach the levels for Restricted f Areas, decontamination or other protective actions as necessary i

will be considered. The affected area will be permitted to i return to normal use when contamination levels have been reduced to the Unrestricted Area station levels.

5 ' 13.3.5.5.4 Decontamination and First-Aid i

) The station's Health Physics personnel will be experienced l in the control of radioactive contamination and in

! decontamination work, and will have training in first-aid. In addition, permanent station personnel will have training in control of radioactive contamination, and in first-aid. At the direction of the Emergency Director, the Decontamination and First-Aid Emergency Team may be assembled.

4 Decontamination and first-aid facilities will be provided i at the station. These facilities will be used when possible.

2 In the event these facilities are not available, an area within the Emergency-Operations Facility will be used to administer first-aid, and an adjacent location will be designated for decontamination activities.

O V

13.3-53

AMENDMENT 40 PS PSAR October 10, 1980 13.3.5.5.5 Medical Services Arrangements will be made for medical services for contaminated injured individuals.

13.3.5.5.5.1 Medical Transportation Agreement has been reached with a local ambulance service in the Town of Plymouth to provide prompt ambulance service for transporting persons with injuries involving radioactive contamination from the station to designated hospitals. Such service will be available on a 24-hour per day basis.

Agreemerit has also been reached with the Chief of the Town of Plymouth Police Department to provide ambulance service.

Radiation monitoring services will be provided by BECo whenever it becomes necessary to use the ambulance service for the transportation of radiation accident patients.

13.3.5.5.5.2 Medical Treatment The BECo Medical Department plan for the management of accidents and radiation exposures will include: (1) First-aid treatment on-site by the Health Physicist and/or personnel trained in first-aid for minor cases; (2) transportation to Jordan Hospital for more seriously injured cases requiring Emergency Room care, laboratory work, X-rays or life-saving procedures; and, (3) when directed by the BECo Medical Department, transportation to Boston for admission to I facilities equipped for long-term or intensive care of ,

radiation injuries.

In all cases, a BECo employee trained in health physics will be in attendance as necessary, supervising decontamination  ;

and assays, first-aid, and assisting in medical management.

All cases referred to outside facilities, hospitals, l

doctors, etc. may be decontaminated on the site. First consideration will be given to treatment of the injury.

13.3-54

, PS PSAR AMENDMENT 40 October 10, 1980 Decontamination in the hospital will be directed by the

\ accompanying BECo employee trained in health physics.

Personnel of the Jordan Hospital Emergency Ward have been

! trained to receive end give emergency care to contaminated or p overexposed individt.als. The hospital has prepared an emergency plan for radiation casualties.

J j 13.3.5.6 Recordkeeping Each_ Emergency Center Supervisor or Director and each Emergency Team Leader will be responsible for the recordkeeping l activities associated with their group's emergency duties.

Typical of the records to be maintained are the radiation records (i.e., surveys, projected dose calculations, personnel / population-at-risk evacuations, etc.) and  ;

security / accountability records (i.e., who is presently on each team or at each center, and any security threats).

1 There will.be forms in the Emergency Plan Implementing l s Procedures to be used for determining projected radiation  ;

doses, and for accounting for evacuees. The responsibilities of each recordkeeper will include maintaining the forms

.i mentioned above and recording the times, places, and personnel 4 involved in all essential and pertinent occurrences / events that take place during the emergency.

4 13.3.5.7 Recovery and Reentry General plans for recovery and reentry will be developed.

Once the hazard potential has passed, steps will be taken to recover from the incident. All actions should be preplanned-in A order to limit exposures. Access to the area will be V controlled and exposures of personnel documented.

The Emergency Director and the BECo Recovery Manager have

, the joint responsibility for determining and declaring when an

' emergency situation is stable and has entered the recovery k

13.3-55 I

I AMENDMENT 40 PS PSAR October 10, 1980 l

l phase. They will evaluate the status of the emergency by observing monitoring instrumentation and reviewing all current  !

and pertinent data available from emergency response and/or monitoring teams. They shall consider the emergency under control and in the recovery phase only when the following general guidelines are met:  ;

1) Radiation levels in all in-plant areas are stable or are decreasing with time.

2) Releases of radioactive materials to the environment from the plant are under control or have ceased.

3) Any fire, flooding, or similar emergency conditions are controlled or have ceased. 1 At the time of declaring that an emergency has entered the recovery phase, the Emergency Director shall be responsible for notifying all applicable agencies (e.g., Federal State, and local agencies).

Once the recovery phase begins, the On-site Emergency Organization will merge with and become a part of the Recovery Organization, led by the Recovery Manager.

Recovery actions that plan for or may result in radioactive releases will be evaluated by the Recovery Manager and his staff as far in advance of the event as possible. Such events and data pertaining to the release will be reported to the appropriate off-site emergency response organizations and agencies.

O O

13.3-56

4 PS PSAR AM ENDMENT . 4 0 October 10, 1980 1

()

V 13.3.6 Public Information 13.3.6.1 Preparatory Public Information Program 1

x Information will be made available, on a periodic basis, s to the public on how they would be notified and what their initial actions should be in an emergency. The principal j points of contact with the news media for dissemination of j s information during an emergency will be established in

advance. Procedures for dissemination of informatiori to the t

public will be established and will be coordinated with the 1

responsible agencies.

Occupants in the Plume Exposure Emergency Planning Zone

will be provided with radiological background information, how

the State emergency plans provide for notifying them, and how i i

they can expect to be advised of what to do in an emergency. l j This information will be prepared jointly by the State of l g Massachusetts and the BECo Public Information Department, and

/ it will be promulgated by the State. The program will be accomplished by yearly review, revision, and dissemination of

[ basic emergency planning information.which will include a description of the warning systems for the occupants of the plume exposure pathway EPZ. Dissemination will be achieved by j general mailing and hand distribution and will include methods

! to reach the transient population on a town by town basis. The BECo Public Information Department will conduct seminars to f-' acquaint the news media with the emergency plans, background

( information on radiation, and points of contact for release of public information.

1 13.3.~6.2 BECo ~ublic Information Program for Emergencies 13.3.6.2.1 Public Information Department l

, Public information releases will be issued, in coordi-4 \ nation with the BEco Emergency Director, through the BEco 13.3-57

AMENDMENT 40 PS PSAR j October 10, 1980 I

)

Public Information Department. The Public Information i Department will send Public Information representatives directly to Information Central in Plymouth. These representatives will be responsible for the issuance of accident status reports to the news media. The Pub li c Informati0n Depa rt ment will also send a representative to the Emergency Operations Facility to interface between the Emergency Director at the site and Information Central in Plymouth. The Public Information Department will provide 24-hour per day coverage and will have procedures for the dissemira'. ion of information to the news media in the event cf an accident at Pilgrim 2.

13.3.6.2.2 Information Central A Press Center will be located in Plymouth, and it will be referred to as Information Central. A BECo Public Information representative will be there to interface with the local, state and federal government public information officers in order to develop and provide public news releases coordinated with i all emergency organizations concerning current plant status, occurred events, and expected future emergency and recovery operations.

Also, a Pilgrim 2 Site Representative will be present at Information Central to aid the interpretation of site-related terminology. Frequent communications with the EOF will help ensure up-to-date information is made available to the news media.

Space and tables will be available for the press. Site maps and telephones will be provided. This facility will contain document reproduction equipment, telecopying equipment, and television electrical connections for use by the news media.

O l

13.3-58

i I

1 PS PSAR AMENDMENT 49 October 10, 1980 1

.13.3.7 Maintaining Emergency Preparedness 1 13.3.7.1 Drills and Exercises I

Periodic exercises will be conducted to evaluate major portions of emergency response capabilities. Periodic drills will be conducter in order to develop and maintain key skills.

4 The purpose of t'ils training will be to verify the emergency

]V preparedness of all participating personnel, organizations, and agencies. Each drill or exercise will be conducted to (1) ensure that the participants are familiar with their respective duties and responsibilities, (2) verify the adequacy of the Pilgrim 2 Radiation Emergency Plan and the methods used in the Emergency Plan Implementing Procedures, (3) test communications networks and systems, (4) check the availability of emergency supplies and equipment, and (5) verify the operability of emergency equipment. Any deficiencies in the Emergency Plan or Procedures, as indicated in the drill or exercise results, will be corrected.

The BECo Vice President-Nuclear will be asigned overall responsibility for emergency planning related to the Pilgrim 2 station. To assist the Vice President-Nuclear in meeting his assigned responsibilities, an Emergency Planning Coordinator will be designated. A member of the plant staff will be responsible for the plannino, scheduling, and coordinating of j ell emergency planning relateo drills and exercises.

Scheduled drills and exercises will be held involving i

appropriate of f-site as well as on-site emergency personnel,

organizations, and agencies. These drills and exercises will 4

be conducted simulating as closely as possible actual emergency

! conditions, and they may be scheduled such that one or more drills or exercises can be conducted simultaneously, i.

ibv i

13.3-59

AMENDMEMT 40 PS PSAR October 10, 1980 13.3.7.1.1 Exercises (Integrated Drills)

A major radiation emergency response exercise will be conducted at least once every twelve (12) months (plus or minus 3 months) to demonstrate the effectiveness of the Emergency Plan. This exercise will be conducted in the Site or General Emergency EAL classification and will provide for the coordination with and participation of offsite emergency response personnel, organizations, and agencies including those of Federal, State and local governments.

This emergency response exercise t il be critiqued by local, State, Federal and BECo obserw rs/ evaluators.

13.3.7.1.2 Drills 13.3.7.1.2.1 Radiological Monitoring Drill Plant environs and radiological monitoring drills (on-site and of f-site) will be conducted at least every twelve ,12) months. These drills will include collection and analysis of all sample media (e.g., water, grass, soil, and air). Health physics drills will be conducted semi-annually, and one of the semi-annuel drills may be incorporated into the radiological 1

monitoring drill. '

13.3.7.1.2.2 Medical Emergency Drill A medical emergency drill involving a simulated, contaminated individual with provisions for participation by the local support services (i.e. , ambulance and of f-site medical treatment facility) will be conducted at least every twelve (12) months. The local hospital will conduct at least I one yearly drill in handling radiation casualities and supply Pilgrim 2 with a copy of their latest radiation emergency plans.

O 13.3-60

PS PSAR AMENDMENT 40 October 10, 1980 13.3.7.1.2.3 Fire Emergency Drill j At least every three months, fire drills will be conducted to test the station's readiness to extinguish and control a fire within the station. The drills will also evaluate and document the response of station personnel and participating e

, offsite agencies to varying fire situations. Of f-site agencies j will be offered involvement in the annual drill as much as possible, but at a minimum the communication links and

, notification procedures will be testeo. A post-drill critique i

! will be held after each fire drill is completed to identify j possible areas for improvement in equipment and/or procedures.

1 i Communicatione Drill 13.3.7.1.2.4 j Communications.with state and local governments within the i plume exposure pathway Emergency Plan Zone (EPZ) will be tested

monthly. Communications with the Federal emergency response j organizations and State within the ingestion pathway EPZ will i be tested at least every twelve (12) months.

13.3.7.2 Emergency Response Training i

Radiological emergency response training will be provided to those who may be called upon to assist in an emergency. l The primary objectives of the Pilgrim 2 Emergency Plan I training program will be as follows: l

1) Familiarize appropriate individuals with the Emergency l

[ Plan and related implementing procedures; O 1 V

2) Instruct indiviudals in their specific roles to ensure i effective and expeditisus action during an emergency;

3) Periodically present significant changes in the scope

or contents of the Emergency Plan; 13.3-61

~ _

I

AMENDMENT 40 PS PSAR October 10, 1980

4) Provide refresher training to ensure that personnel are familiar with their duties and responsibilities; and

5) Provide the various emergency organization groups with the required training that will ensure an integrated and prompt response to an emergency situtation.

The Senior Nuclear Training Specialist will have overall responsibility for the implementation of all required training. Each group leader will be directly responsible for conducting Group Employee Training within his group under the cognizance of the Senior Nuclear Training Specialist.

Changes in training requirements will be incorporated into the Training Manual by the Senior Nuclear Training Specialist.

Any deficiencies will be reported to the Manager of Nuclear Operations. Follow-up corrective action will be taken by the Senior Nuclear Training Specialist.

13.3.7.2.1 General Orientation Training programs will be established for all classes of personnel working at the plant site. The programs will include initial instruction and subsequent retraining. Station personnel that are identified as members of the Emergency Organization will receive retraining once a year.

The General Employee Training Program will instruct all employees in the general procedures utilized to assure nuclear plant safety and personnel safety.

Each employee will receive additional formal training and retraining in procedures and techniques required by his position. This will include training in his individual l responsibilities during an emergency as required by the Emergency Procedures.

O 13.3-62

PS PSAR AMENDMENT 40 October 10, 1980 13.3.7.2.2 Specialized On-Site Training

[

Personnel assigned to the Pilgrim 2 Emergency Organization with specific Emergency Plan duties and responsibilities will j

() rcselve specialized training. Emergency Plan training sessions will be conducted at least annually for plant personnel to ensure familiarization with their specific duties and responsibilities. The following personnel will be involved:

1

, 1) Emergency Director

2) Chief Operating Engineer

3) Shift Technical Advisor

4) Radiation Emergency Team Coordinator

5) Emergency Team Leaders  !

6) Emergency Teams

7) Technical Support Center Supervisor and Staff

8) Operational Support Center Supervisor and Staff

9) Emergency Communications Coodinator

^

n 10) Fire Brigade

11) Emergency Security Coordinator

12) Decontamination and First-Aid Team

13) Emergency Repair and Damage Control Team

14) Site Representative 13.3.7.2.3 Specialized Offsite Training

'g Each of the off-site emergency groups will either be required (i.e., BECo employees), contracted, or invited, at least every twelve months, to participate in a training program at Pilgrim 2. This training requirement will be exclusive of the drill requirements in that credit for training cannot be

( acquired as a result of drill / exercise activities.

O v .

13.3-63

AMENDMENT 40 PS PSAR October 10, 1980 Each of the following emergency groups or positons will receive the general orientation program on the Emergency Plan and the Emergency Plan Implementing Procedures.

1) BECo Recovery Manager

2) BECo Emergency Coordinator

3) BECO Information Central Representative

4) BECo Recovery Organization

5) Federal, State, and Local Support Services

6) Nuclear Steam Supply System (NSSS) vendor, Architect-Engineer (A/E), and other emergency support groups.

13.3.7.3 Planning Effort Development The responsibilities for plan development and review and distribution of emergency plans will be established, and planners will be properly trained.

13.3.7.3.1 Procedures The Emergency Plan and Implementing Procedures will be reviewed annually and updated as necessary to incorporate results of training and drills and to account for enanges on-site or in the environs. Audits of these areas will be performed once every two years to verify compliance with the Pilgrim 2 Operational Quality Assurance Plan, the Fire Protection Program Plan, internal rules and procedures, federal regulations, and Operating License provisions. In addition, the Emergency Planning Coordinator will, by virtue of his involvement with the Pilgrim 2 Emergency Planning Program, provide an ongoing review, and coordinate the periodic reviews  ;

and audits. i The Emergency Planning Coordinator will, through letters, meetings, seminars, or other means available, ensure that all '

elements of the total emergency organization (e.g., BECo, i

I i

13.3-64

1 PS PSAR AMENDMENT 40 I October 10, 1980 state, federal, local, etc.) are informed of the Pilgrim 2 O Emergency Plan and amendments, and the Implementing Procedures I and revisions.

Results of each annual review and update will be reported to the Vice President-Nuclear.

l

! 13.3.7.3.2 Document Distribution and Control

}

j The Emergency Planning Coordinator will be responsible for j the Pilgrim 2 Emergency Plan distribution and control.

l.

13.3.7.3.3 Emergency Planning Coordinator l

j A BECo staff member will be designated as the Emergency l

Planning Coordinator. His general responsibilities will be related to maintaining the Emergency Plan by keeping it consistent with regulations, by conducting exercises and drills that test the Plan, coordinating the ensuing critiques, and by O distributing the Plan to all participants. The Emergency Planning Coordinator will also have charge of the maintenance and inventory of emergency equipment and supplies.

l l

O l

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i 13.3-65 l 1

AMENDMENT 40 PS PSAR October 10, 1980 13.3.8 Letters of Agreement Several organizations could or would be involved in the event of an emergency at Pilgrim 2. The attached letters indicate a willingness to provide emergency services on the part of the following organizations.

1) Commonwealth of Massachusetts State Police.

2) U.S. Government Department of Energy Coast Guard.

.i National Weather Service

3) Town of Plymouth Of fice of Emergency Preparedness Police Department Fire Department

4) Medical Organizations Medical Services of Cape Cod Jordan Hospital O

Shriners Hospital Children's Hospital O

i 13.3-66

PS PSAR AMENDMEN T 4 0 i October 10, 1980 i h 8/MMf)NNWt f / v' .Litw tJel/J' O

4y%g)a

~

1. a w i - i , w a w ,ei ,

1010 Commonwealth Avenue Boston, MA 02215 -

April 3, 1979 C# .

Mr. G. Carl Andognini Manager, Nuclear Operations Department Boston Edison Company 800 Boylston Street Boston, MA. 02199

Dear Mr. Andognini:

In response to your request for a written agreement with the Massachu-setts State Police in the event of a radiation emergency or an emergency security situation (i.e., a threatened incursion, etc.) at the Pilgrim Nuclear Power Station, we agree we will assume the following responsibili-ties:

1. Alert the Messachusetts Department of Public Health when notified of a radiation emergency by Boston Edison Company.

2. Control and limit public access on state highways in the vicinity of the site, as requested in the case of a radiation emergency.

3. Assist in evacuating the public in the vicinity of the site, if required during a radiation emergency.

4. Provide emergency transportation and police assistance for environmental monitoring teams of the Nuclear Incident Accident Team and the Boston Edison Company during a radiation emergency.

5. Provide Police assistance to the Pilgrim Security Force upon request in an emergency security situation.

For your information, a copy of this letter is being forwarded to Captain George A.Kimball,the commanding officer of Troop "D".

q Sincerely, M [c p+

Dennis M. Condon Commissioner of Public Safety A

i Q DMC:llg i cc: Deputy Supt. F. Trabucco l Capt. George A. Kimball l

13.3-67

AMENDMENT 40 PS PSAR October 10, 1980

,g -

Slhh.:

t.g.

Departroent cl Ene:gy &

Brookhaven Area O'fice Upton. New York 11973 W

516-345-3,430 April 3, 197a O

C. Carl Andognini, Manager Nuclear Operations Department Boston Edison Company General Offices 800 Boylston Street Boston, Massachusetts 02199 4

SUBJECT:

Pilgrim Nuclear Power Station Since your nuclear facility is located in iegian I, the Brookhaven Area Office is charged with the responsibility for providing radio-Icgical assistance in the event of an emergency. Such assistance can be requested, at all times, by calling 516-345-2200 and asking for radiological asciscance indicatin;; the nature of the incident, the location, and how to contact responsible authorities to coordi-nate our respense.

The Department of Energy (DOE) vill respond to requests for radia-lo:;ical assistance from licensees, Federal, state and local agencies, private organizations, or individuals involved in or cognizant of an facident believed to involve source, byproduct, or specisi nuclear material as defined by the Atociic Energy Act of 1954, as amended, or otber ionizing radiatio : sources.

Unlecc the DOE or a DOE contractor is responsible for the activity, icnizing radiation sour:e, or ::dioactive caterial involved in an incident, DOE radiolcsical assistance vill be limited to advice and e: ergency action essential for the control of the it=nediate hs:ards te health and safety. Radiological emergency assistance vi:1 be I terminated se soon as the emergency situation is under centrol. There- .

fore, terponsibility for postincident recovery, including further actico for the protection of individuals and the public health and  ;

safety, should be assuned by the appropriete responsible Federal, state ,

or local goverunent, or private authority as soon 4s t.hc s:crgecry J conditions are stablized.

O 13.3-68

1 0PP 10 fPBE9" Gn PS PSAR AMENDMENT 40 i

,p y M wJL A A}//im ct her > 198o

!o 4

j If you have any further questions or desire further informar for.,

j feel free to contact me.

Very truly yours.

l 1

ML/ r Robert Freiss I Technical Assistant to the Area Manager Me B. H. Grier, Office of Inspection & Enforcement, Nuclear

{ Regulatory Comission, Region I

H. Hollister Director, Division of Operaticani and Envircamental Safety HQ

1 1

4 I

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13.3-69 l

L-- _ _ _ . _ . _ _

$$t$bNr"10f1980 l e

ht DEPARTMENT OF TRANSPORTATION

.... ~ ....

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,p v' UNITED STATEG COAST GUAnD C;'^yy j,?,r{,,,,,,

994 P 4LC ".' ' esTret t" or . e,o.. w - me.

617-227 3637 5700 HAY 2 3 1979

• Mr. C. Carl Aadognini ~

Manager, Nuclear Operations Boston Edison Company 800 Boylston Street Boston, Massachusetts 02199

Dear Mr. Andognini:

The following is in response to your letter of March 22, 1979 requesting updating of our Pilgrim Nuclear Power Station Ecergency Plan agreement dated April 30, 1976 and a= ended April 21, 1977.

The Coast Guard is always prepared to assist in any incident involving danger or potential danger to any waterfront, waterfront facility and/or personnel thereon. ,ur response to en emergency would consist of control, notification and restricting of waterborne traffic fro:n an established dangerous area. It must be understood that the Coast Guard has no local expertise in matters pertaining to radiological incidents at the Pilgrim Nuclear Power Station and a very limited inventory of radiological monitoring equipcent. Therefore, any radiological moni- ,

I torir3 by Coast Guard units vould require you to provide quclified per- j sonnel with appropriate monitoring equipment onboard our vessels to cenduct the survey. Chr capability is therefore limited to providing a veterside barrier and transportation for other source renitoring person-nel. It is envisioned that, if the Pilgrim Nuclear Power Station were to contact the Coast Guard concerning a radiological incident, the ce=- l nunicstion scenario would be as follows:

Pilgrim Control vill con =unicate incident to Coast Guard Coe=unication Station, Boston, located in Marshfield, FA, via the established VHF radio link (37.78 MHz). CC COMMSTA Boston in turn vill relay this information to the First Coast Guard District Operations Center; Marine Safety Office, Boston; Coast Guard Group, Boston; and Coast Guard Station, Scituate.

It is recocmended that this scenario be included under Coast Guard responsibilities in future revisions of your plan. The First Coast Guard District plan shall be revised to include the sa=e.

O 13.3-70

j PS PSAR AMENDMENT 40 October 10, 1980 l

Responsibility for overall coordination of Coast Guard face. *c i to a radiological incident will remain with the First Cosit Cos...

4 District Operations Center, Boston, MA., telephone (617) 223-3644.

For planning assistance; concerning the First Coast Guard District, feel free to contact our Military Readiness Branch at (617) 223-3637.

l Sincerely, i

H. A. CRETELLA

] s Captain, U.S. Coast Guard i Chief of Staff, First Coast Guard District Copy: CCGDONE (m) i Consr.ander, CC Group Boston j Consnanding Officer, CC Marine Safety Office Boston j Com:nanding Officer, CC Concunications Station Boston l Officer-in-Charge, CC Station Scituate

) O 4

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g 13.3-71 1

AMENDMENT 40 PS PSAR October 10, 1980 O

DEPARTMENT OF TRANSPORTATION Mall. LNG ADO $8 g

/ j, UNITED STATES COAST GUARD A ^ ,*," , S[,) , , , , , , ,

DCETON. W A GItte (617) 223-3642 5760/3441 21 SEP B7s

$r. G. Carl Andognini Superintendent Nuclear Operations Department Boston Edison Company General Offices 800 Boylston Street Boston, MA 02199

Dear Mr. Andognini:

The helicopter service requested in your September 18, 1979 letter can be incorporated into our emergency plans and should also become a part of our agreement letter now under review.

The service can and vill be provided in the event of an actual emergency, or fer exercises, operations and availability of aircraft permitting.

g M ::;24 2

D. B. FIdd1A \N Captain U. S N oas Guard Chief, Search an e cue Branch By direction of the concander, First Coast Guard District O

O 13.3-72

PS PSAR AMENDMENT 40 October 10, 1980

~q

) V U.S. DEPARTMENT OF COMMERCE

\.,,M

$/ \

U l National Oceanic and Atmospheric Administration Logan International Airport j

East Boston, Massachuse!ts 02128 August 17, 1979

! Mr. G. Carl Andognini, Manager g3 Nuclear Operations V Boston Edison Company 800 Boylston Street l Boston, Massachusetts 02199

Dear Mr. Andognini:

1 In the event of an emergency at the Pilgrim Nuclear Power Station, the National Weather Service at Boston, MA will make every effort to provide any meteorological information to the Boston Edison Company upon request.

This information may include the following:

l 1. A wsather synopsis that will describe the position and expected move-ment of haather fronts and system centers that may affect the site area.

s 2. The type, timing and intensity of precipitation. ,

3. A description of wind flow pattern at the site and what changes are likely within the requested time frame.

4. An estimate of wind speed and direction including the degree of variability of each.

5. The current and expected stability condition using the categories -

inversion, isothennal, stable, neutral and unstable.

^

The observational network we will utilize will include those operated by g National Weather Service and other federal agencies. The meteorological g instrumentation operated by Boston Edison at the site would normally be the best source for items 4 and 5 above. NWS has an upper air sounding station located at Chatham, MA. There are two scheduled soundings each day '. release timer. at about 1100 and 2300 Greenwich Meridian Time) but additional soundings can be provided upon specific request from Boston Ediso, Company.

Sinthrely, l[dnN Anthony . Tancreto Meteorologist in Charge 13.3-73 -

AMENDMENT 40 PS PSAR October 10, 1980

,rf ,

October 6, 1978 Mr. G. Carl Andognini Manager T Nuclear Operations Department Boston Edison Company 800 Boylston Street Boston, MA 02199

Dear Mr. Andognini:

The following letter of agreement is transmitted for your infor-

, . mation and use in the Pilgrim Nuclear Power Station Emergency Plan.

N, The Town of Plymouth Office of Emergency Preparedness & Civil Def'ense (OEP-CD) hereby agrees to have in effect an active, updated Nuclear Incident Plan which would be put into effect in the event of an emergency at Pilgrim Station. This plan was completely O revised to comply with new standards in October of 1976. It is now in the process of being reviewed and updated. A semi-annual review is conducted to ensure the plan's readiness.

The plan provides rapid and orderly notification by the OEP-CD, evacuation and/or decontamination by personnel located within areas of potential radiological hazards as defined by the Massachusetts Department of Public Health at the time of the incident. Notification P of an emergency and advice on protective measures to be taken would be transmitted by the Massachusetts Department of Public Health.

The Pilgrim Nuclear Power Station will advise the Plymouth Director L of Emergency Preparedness-Civil Defense of any emergency to permit a readiness standby condition prior to the official notification I

)

Y by MDPH. This agreement will be in effect until written notice is given by either party.

Sincerely yours,

1. a1ya l Gerald F. Haye Director J GFH/ddc cc: Mr. Lovering, Director, Area II HQ, MCDA Plymouth Board of Selectmen Mr. Hench, OIC-Emergency Control, Plymouth Pilgrim Station CD/OEPF OFFICE OF EMERGENCY PREPAREDNESS O

Gerald F. Hayes, Director i Memorial Hall,83 Court Street, Plymouth, MA. 02360 (617) 746-1186 l 13.3-74

l i PS PSAR AMENDMENT 40 October 10, 1980 l

lO J

(,P.y TOWN OF PLYMOUTH 1

M ASS ACH U S ETTS 1 j OFFICE OF PLYMOUTH POLICE DEPT, CHIEF OF POLICE ,

j  !

, RUSSELL STR EET j PLYMOUTH M ASS. o236o ,

4 j June 1,1978 i

) I) ear Sir:

1 The Plymouth Police I)epartment agrees to respond to requests of Pilgrim Power Station operating staff in the following areas:

! 1. Control and limit public access on Town Roads in the vicinity i of the site including the erection of barricades on Rocky i

Hill Road.

1

! 2. Initiate evacuation of the Public from the site.

1

) 3 Provide emergency ambulance service.

j h. Provide storage facilities off site for emergency equipment.

i i

a i

j Very truly yours, Ye i

o V

a- 5.mm CHIEP OF POLICE

. 1,-

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i REN esh 13.3-75 j

, 1

- ,-- ,,r , - -. -- ---

AMENDMENT 40 PS PSAR October 10, 1980 s-O s vi ,

A, .[.~ PLYMOUTH FIRE DEPARTMENT pix 310UTII. 31.\. 023Go TEI,. 74G-2212 ARTHUR H LAMB Cuis e or os paavassut March 28, 1979 O'

G. Carl Andognini, Mana6er i Nuclear Operrstions Department i Boston Edison Company 800 Boylston Street Boston, Massachusetts 02199

Dear Sir:

The Plymouth Fire Department reconfirms the agreement with Boston Edison as of November 5, 1975 to assist in the event of an incident at Pilgrim Nuclear Power Station.

1. Provide fire protection assistance for station and site.

2. Provide rescue assistance for the site areas which are  !

open to the public.

3 Provide storage facilities offsite for emergency equip-ment supplied by Boston Edison Company.

Very truly yours,

{ hbnh Arthur H. Lamb, Fire Chief chg 13.3-76 O

k-PS PSAR AMENDMENT 40 October 10, 1980 1

l i February 17, 1978 i

!O 1

i j

O Station Manager Pilgrim Nuclear Power Station l RFD#1, Rocky Hill Road Plymouth, Massachusetts 02360 1

l

Dear Sir:

1 The Medical Services of Cape Cod, Inc. agrees to provide ambulance service to transport patients who h:10 been involved in radiation accidents j to a hospital designated by the Medical Departments or Health Physics ,

i Personnel of the company including hospitals in Boston. l 1

The Boston Edison Company will use their best efforts to evaluate, l monitor, decontaminate such cases and to take all protective measures that are necessary for their proper transportation. {

l Boston Edison Company Health Physics Personnel, or other personnel i knowledgeable in the care of radiation accidents, will accompany all patients, 1

remaining with them and assisting with their care as long as is necessary.

i 1

1 Very truly yours, w

W. Putnam, President j

Medical Services, Cape Co.d 4

l l

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13.3-77

, , , , - r -

e e, --=-,n- , . . , - - - , - - - - - - , . , - - . .- ---w. -

AMENDMENT 40 PS PSAR October 10, 1980 the Q h Ei~ h HOSPlHL S AN DWI C H STREET, P LY M O U T H, MASSACHUSETTS 02360 / TE LEPHON E (617) 746-2000 FREEM AN BOYNTON, President WALTER A. STRAUCH, Administrator March 27, 1979 O

Boston Edison Company 800 Boylston Street Boston, MA 02199 ATTENTION: Iver S. Ravin, M.D.

Medical Director Gentlemen.

This will serve as an update to The Jordan Hospital's letter of agreement with the Boston Edison Company, for referral to the Hospital in the event of emergency at the Pilgrim Nuclear Power Station.

I have reviewed the May 4,1971, " Agreement" and find it to still be in compliance with all necessities, if there should ever be the need for emergency treatment of any radiation accident cases.

Once again I should like to say that it has been a pleasure in the last several years to have enjoyed a satisfactory liaison relationship with the Pilgrim Station. If we can be of any further assistance, please do not hesitate to be in touch.

Sincerely, b'

• Walter A. Strauch Administrator hmb I

cc: Robert E. Olson, M.D.

t 13.3-78

PS PSAR AMENDMENT 40 October 10, 1980 David L Esancy, Chairman

• John F. Burke, M.D., ChicI of Siaff

• Salvatore P. Russo, Ph.D., Administrator p' @?tittJ (tJ t g 4 i

(

w.7.- 26.14L . . C.i? .

O S h ri"" r" ' " *"i' "'" f"" 4 *' ""i"' '""

BURNS INSTITUTE M BOSTON UNIT December 20, 1978 Dr. Iver S. Ravin l

! Boston Edison Company

! 800 Boylston Street i

Boston, Massachusetts 02199 l

1

Dear Dr. Ravin:

/* I received your letter concerning the agreement between our

( hospital and the Boston Edison Company relative to admissions of patients from your company in cases of radiation e :posure or contamination.

I submitted your letter to our Lo,ard at their meeting yesterday and it was voted to continue the agreement for a period of three years from this date. There was one stipulation in the agreement that the Board wished to clarify. It is the wording " The Medical Department of the Boston Edison Company agrees to notify Dr. John F. Burke or in his absence the designated actino chief of staff and the Burns Institute etc." What we have added is the notification of the acting chief of staff in cases when Dr. Burke is out of town. If Boston Edison agrees to this, then O the agreement is continued for another three years. At that time, U we will refer the matter to the Board for another vote.

Thank you for your continued interest in our hospital.

Verytrulyyours,h f~

V J.dC. i - M +-

~

Salvatore P. Russo, Ph.D.

Administrator O SPR:rca V

51 Blossom Street, Boston, Massachusetts 02114, (617) 722-3000 13.3-79

AMENDMENT 40 PS PSAR October 10, 1980 O

e E

y Q

The Children's Hospital Medical Center O 300 Longwood Avenue, Boston, Massachusetts 02115. Telephone: (617) 734-6000 March 30, 1979 Dr. Iver S. Ravin Medical Director Boston Edison Company 800 Boylston Street Boston, Massachusetts 02199

Dear Dr. Ravin:

This will reaffirm the continued availability of my service as a consultant in genetics and of the support of the cytogenetics laboratory at the Children's Hospital Medical Center, in case of need.

Sincere yours, .

f tk N Par.k S. Ger ld, M.D.

Chief, Clinical Genetics Division PSG/aa O .

I O

13.3-80 O

i l PS PSAR AMENDMENT 40 i . October 10, 1980 l

TABLE 13.3-1  :

!O j ON-SITE EMERGENCY TEAMS l

i i

i Teams Function l

}-

! Personnel and Environmental Perform dose rate surveys Monitoring Teams  !

Collect data from environmental b

J stations 1

Monitor all individuals l

I evacuated from site Initiate decontamination

{

procedures Provide input to protective I

j action recommendations Re-entry and Rescue Team Perform personnel rescues in

station areas after evacuation l i  ;

Monitor personnel doses of other l l i emergency teams  ;

i l Identify radiation levels in

! station areas, i

i

{ Decontamination and First Provide emergency medical Aid Team treatment

! Perform decontamination

operations 1' '

Fire Brigades Fire fighting I

Repair & Damage Control Perform emergency repairs that

)

-Team may mitigate the consequences of an accident

! Emergency Recovery Teams Restore operating conditions t

13.3-81

AMENDMENT 40 PS PSAR October 10, 1980 TABLE 13.3-2 SUPPORT AGENCIES Agency Responsibilities Plymouth Fire Department 1) Fire Protection

2) Rescue Assistance Plymouth Police Department 1) Access Control to Town Roads

2) Initiate evacuation of the public, if required

3) Emergency Ambulance Service.

4) Notify other Town ac cies.

Police Departments for the 1) Initiate Evacuation of the Towns of Kingston, Duxbury public, if required.

Marshfield, Carver, Plympton, 2) Notify other Town agencies.

Wareham and Bourne Local Of fices of Emergency 1) Initiate and maintain an Preparedness for the active, updated Nuclear towns of: Plymouth, Kingston, Incident Plan.

Duxbury, Marshfield, Carver, 2) Implement protective Plympton, Wareham, Bourne actions as recommended by MDPH.

Medical Services of Cape Cod 1) Ambulance Service Jordan Hospital, Plymouth 1) Emergency Medical Services Massachusetts State Police 1) Alert the MDPH, MCDA and Town Police

2) Access Control to the site from State Highway.

3) Assist in evacuating the public, if required.

4) Emergency transportation for the NIAT and BECo environmental monitoring teams. 1

5) Assist Pilgrim 2 Security

)

Force. ,

l Massachusetts Department of 1) Activate and coordinate j Public Health the Nuclear Incident Advisory l Team (NIAT). 1

2) Assist in determining the j extent and magnitude of the emergency.

3) Recommend protective actions to control and limit public exposure.

13.3-82

1 PS PSAR AMENDMENT 40 4

October 10, 1980 t

() TABLE 13.3-2 (Continued) l Agency Responsibility i

i Massachusetts Civil Defense 1) Assist. local Offices of l Agency Emergency Preparedness in j implementing protective actions i recommended by MDPH.

! 2) Coordinate evacuation activities i to reception towns.

t 3) Coordinate all state agencies j during emergency.

U.S. Coast Guard 1) Access control to the site from i Cape Cod Bay

2) Plume tracking via helicopter a National Weather Service 1) Position and expected movement

! of weather fronts and system centers of concern i 2) Type, timing and intensity of 4 precipatation

! 3) Wind flow patterns and 1 fluctuations at the site over a j period of time

4) Wind speed and direction and the

variability of each

5) The current and expected stability condition The Children's Hospital 1) Consultation in genetics 2

Medical Center, Clinical 2) Technical support of the Genetics Division - cytogenetics laboratory l Boston '

l Shriner's Hospital for 1) Emergency Medical Services Crippled Children Burns Institute-Boston Unit

O . 1 1

([])

13.3-83

AMENDMENT 40 PS PSAR October 10, 1980 TABLE 13.3-3 NOTIFICATION MATRIX (N Indicates notification)

Site General Participating Primary (l) Secondary (2) Unusual Emer- Emer-Agencies Method Method Event Alert pency gency Notified by State Police RT T N(2) N N N Pilgrim 2 Control Room Plymouth Police D T N N N Pilgrim 2 Control Room Other Local RT T N N N State Police Police MDPH B T N(2) N N N State Police MCOA B T N(2) N N N State Police (MDPH for un-usual event)

Local OEP B T N(2)(4) N N N Local Police U.S. Coast RT T N N Pilgrim 2 Guard Control Room NRC H T N(3) N N N Pilgrim 2 Control Room DOE-RAT T N N BECo Emer-gency Coordi-nator or MDPH (1) Notification methods:

RT = radio telephone T = telephone B = page boy beeper i D = dedicated line  ;

H = hot line j l

(2) In connection with Unusual Events, BECo will provide notification for  !

information purposes.  !

(3) Via Existing Procedures O (4) Only Plymouth OEP for Unusual Event O

13.3-84

(._ _ --_ . . - . - . . . . . - . . . . . . - . . . - . - - _ . - - _ - . . - _ . . . . _ . _ . - - - - _ - - . - - -

I f PS PSAR AMENDMENT 40 I' October 10, 1980 ,

TADLE 13.3-4 EVACUATION TIME ESTIMATES - Minutes (1) l i $

!O Peak (2} Adverse Normal  !

i l 2 miles 70 40 20  ;

West 5-miles 200 200 130 South 5-miles 150 75 50 t North 10-miles 180 140 120 l

West 10-miles 240 240 170 i

i j South 10-miles 160 75 50 i

Town of Plymouth 200 210 130 3600 345 300 225 l

(1) Length of time to evacuate sectors.  !

4 l (2) Peak population case, good weather'.

. (3) Adverse weather case, normal population.

(4) Normal population, good weather.

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j 13.3-85 i

T D"* * W '

PS PSAR AMENDIGNT 40 Md d L S. . _2 October 10, 1980

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A7 C PS PSAR AMENDMENT 40

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t l COVE R Noll l STATE COORDINATING OFFICER ' , ________________-- (EXECUTIVE OFFICE OF PUBuC SAFETv) MA$$ACHUSETTS Civil DEFENSE ACENCY l l l l l EXECUTIVE OFFICE OF EXECUTIVE OFFICE OF i I ENVIRONMENTAL AFFAIR $ EXECUTavE OFFICER tsF TR ANSPOR TATION EXECUTIVE OFFICE OF DEPARTMENT OF l flNCLUDES HUMAN SERVICES 41ANPORER AFFAIR 5 ELDEII AFF AtRS DIVISION OF LAW ENFORCEMENT) CONSTRUCTION i I I I EXECUTIVE OFFICE OF EXECUTIVE OFFICE OF EXECUTIVE OFFICE OF EXECUTIVE OFFICE OF CONSUMER AFFAIR $ ADMtNISTR ATION s FINANCE COMMUNITIES & DEVELOPMENT EDUCAYlONAL AFFAIRS I ) 1 i* l

                           * "U      " l i            4 g'4g"u"E N Y                                         PUBLIC HEALTH                          PUBLIC WORES                                                                 EDUCATION I                    i                                                       i
                               '     L     U l              ERINC                                                PUBLIC WELF ARE                                             COMMUNITY AFFAIRS                                                   PROCRAM OPERATIONS I                     i                                                       i                                                                                                                                                                                               ,

ECRE T ON V H CLES MENTAL HEALTN EMPLOYMENT SECURITY ST ATE POLICE l l l I m m j l FOODS ACR CULTusif suRE Au Or ACCOUNTS Cr eautRCE s DEvEtOPufMT STATE FIRE MARSHAL j l l l l l l UEs7o'N NULD'*NC CONSTRUCTION LAeOR a INDusmEs MAssACHusEns NAmMAL CoARD I i l PUsuC uTluTiEs C" I "$fu^3T DE"$ M 'El RECESTRY OF MOTOR VEHICLES

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   @        u____________________                                                                                    =R=,N AT -L
    $                       I                                         I                                         I i

I I I Q sEv5 NTH DAv ADvfMTasTs v0LuMTEElis OF AuERiCA SAtv4 TION ARMY E,"y",c*g nE DISASTER CATHOLBC CHARITIES ST. VINCENT DE PAUL 5 i E!59 Erg c====  :;g

                                                                                                                                                                                                                                                                                   ~o

! FIGURE 13.3-3 , $'

     @==                                        COMMONWEALTH OF MASSACHUSETTS EMERGENCY RESPONSE ORGANIZATION-                                                                                                                                                                     yy 1 g=

a co h ) OO ) m1-- . . - - -

PS PSAR AMEh0 MENT 40 October 'O, 1980 EMERCENCY DIRECTOR

  \     )

EMERCENCY TECHNICAL OPE R ATIONS SUPPORT CONTROL ROOM OPER ATIOA Al. FACILITY CENTER SUPPORT g CENTER CH EF COMMUNICATIONS T5C A ING OSC COORDIN A TOR SUPE RV150R SUPE RVISOR ENGINEER I 1 i g TECHNICAL SHIFT STAFF ENGINEERI --- TECHNICAL COMMUNICATOR N INEER WATCH ADVISOR ENGINEER l OR , OPE R ATING ' SUPERVISOR

                 ~

TECHNICAL ~ REACTOR OPE R ATING , ENGINEER ENGINEER SUPERVISOR l R ADI ATION HE ALT H NUCLE A R NUCLE A R I EMERC TEAM - PHYSICS PLAN 1 - AUXILI A R Y COORDIN ATOR ENGINEER OPE R ATOR5 OPE R ATORS ENVIRONMENT AL OPER ATING PLANT MONITORING - ENGINEER

                                                                                                               ~

TEAMS CHEMIST

                 ~        OPE R ATING          ~

MAINTEN ANCE - I&C ENGINEER ENGINEER TECHNICIAN

                 ~

PUB LIC ~ CHEMICAL E LECT RIC AL INFORM ATION ENGINEER MAINTENANCE

                 ~

QUALITY ~ MECHANICAL A55UAhCE MAINTEN ANCE ADMINIST R ATION " CROUP C5 1 TECHNICIANS t t SUPPLEMENTAL _ STAFF - SECURITY EMERCENCY C4 TEAMS PE RSONNE L FROM

                                             &       j                                                             tsNAFFECTED I       '

UNIT SUPPLEMENTAL STAFF

                                               ~

ADMINISTR ATION ASSISTANT _ COMPUTER ENGINEER FIGURE 13.3-4 ANTICIPATED PILGRIM 2 ON-SITE EMERGENCY ORGANIZATION l

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                                                                                                                                                                                                                  '"*""'""                                                                                   o3 FIGURE 13.3-5                                                                                                                                                                                                                    -   tYs ANTICIPATED BECo RECOVERY ORGANIZATION                                                                                                                                                  , ,                   , , , ,                                                             yy
                                                                                                                                                                                                                  <._P                                                                                       e
                                                                                                                                                                                                                                                                                                             @ ab OO

i j PS PSAR AMENDMENT 40 l October 10, 1980 I i h j O .First-line Notification Second-line ,' Notification i i i i I I I I I I i i I s 1 I NE I ' I j i I i a i i I I i i I l BECo I BECo Emergency Coordinator j i Recovery Manager ' ' BECo Recovery Organization' Boston DOE-RAP i

                                    ,                                              l i                                             i      Outside Assistance i                                     i                                             I (i.e. Bechtel, CE,

{ j BECo

                                     ,                                             !        INPO, sister utility,

! Emergency i i I I etc.) j Director l l i i i ! l

I I l l Plymouth l Plymouth Office of i

i Police ' k Emergency Preparedness Dept. I Y i I i i i I I I I I i' I I I l l 1

                                    !   State Police                               l   k Mass. Dept. of Public l                                    1                                              8 F Health l                                    l                                              l      Mass. Civil Defense j                                    i                                              i        Agency 4

l l Surrounding Town Police l l Reception Area Town l i Police I I l l l 4 l l l l l

                                   ,                                             i L                                                           FIGURE 13.3-6 NOTIFICATION DIAGRAM

f { f f PS PSAR AMENDMENT 40 October 10, 1980 l l i i n APPENDIX 13A l I EVACUATION CLEAR TIMES ESTIMATES r i 1 ) 1 J .i I } i i i i 4 i l 1 4 I i l i l 13A-i i 1

                                          , _, , , . _ - . . . _ _ _ _ . . - _ , , , , , , ,           .....c_ __.-,y-.,,-._m ,

i  ; 1 AMENDMENT.40 PS PSAR  ! October 10, 1980 l@ i i i9 l 1 l EVACUATION TIMES ESTIMATES ll FOR AREAS NEAR l l ' i PILGRIM STATION I  ! l J 1 i i i ' l HMM Document No. 79-048 l i i Revised September 18, 1980 i i Prepared for: , i BOSTON EDISON COMPANY l 800 Boylston Street l. Boston, Massachusetts 02199 i i i l i O Prepared by: 1 HMM ASSOCIATES,'INC. 255 Bear Hill Road Waltham, Massachusetts 02154 { 13A-li L._..._ _ ____. _ .,..__ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .

PS PSAR AMENDMENT 40 October 10, 1980 TABLE OF CONTENTS

l. INTRODUCTION 1

2. POPULATION AND AUTOMOBILE DATA USED FOR CLEAR TIME 3 ESTIMATES I 3. THE EVACUATION NETWORK 9

{ 4. EVACUATION MODEL CASES 15

5. ESTIMATES OF EVACUATION TIMES 28 f

6. ANCILLARY EVACUATION DATA 32 i ANNEX A THE EVAC MODEL 36

;  ANNEX B           POPULATION AND AUTOMOBILE DATA               38 ANNEX C           MODEL CASE AUTOMOBILE ASSIGNMENTS            69 ANNEX D           ASSUMPTIONS MADE IN MODEL RUNS               96 5

O 4 i f II> 13A-iii

a e i PS PSAR AMENDMENT 40 4 October 10, 1980 l(

1. INTRODUCTION In a letter dated July 2, 1980, the Emergency Preparedness 1 Task Group of the Nuclear Regulatory Commission (NRC) issued a J

() request for information regarding estimates of evacuation times for various areas around nuclear power reactors. l The request related primarily to the actual evacuation

time for both " normal" and " adverse" weather conditions. In

,           (/)

s_ addition, however, NRC has requested each operator to provide ancillary information on four related topics. Fi rst, NRC has asked for estimates of tne total time to evacuate special facilities, such as hospitals. Second, NRC has directed the operators to provide estimates of the time required to notify j the population at risk. Third, the time required for confirma-tion of evacuation has been requested. Fourth, and last, NRC has asked'each operator to identify the alternative protective actions, such as sheltering, which may be imple-j ( mented where "special evacuation problems" are identified. As a response to this request, Boston Edison Company has sponsored the calculation of evacuation times associated with 1

!                 several evacuation scenarios. These catculations were l                 undertaken by HMM Associates, Inc., of Waltham, Massachusetts, using available population data, and EVAC, a computer-based traffic simulation model.* The ancillary evaluation data were obtained during interviews with the personnel of the Massachusetts Civil Defense Agency (MCDA). MCDA is the State agency with primary responsibilities for emergency preparedness.

i,

               )
                  *See Annex A for a description of the EVAC model, i

O 13A-1 1 i

                                    .,.            .                          . - - - - _ , - .m -- , --

AMENDMENT 40 PS PSAR October 10, 1980 In additiori, Boston Edison Company and MCDA have sponsored a series of meetings with town officials who would be responsible for carrying out an evacuation. Representatives from the towns surrounding the Pilgrim site have attended working sessions with staf f of HMM Associates. At these sessions, assumptions and input parameters have been reviewed and re fined. As a result, both the evacuation analysis and the actual plan will reflect the collective best judgment of the participants. At the time of preparation of this report, the meetings have not been completed. Consequently, changes in estimated evacuation times may result from additional work with the local and state agency representatives. This appendix has been compiled to document the responses to the NRC request. In subsequent sections, the report describes: o Population and Automobile Data Used for Clear Time Estimates (Section 2.0); e The Evacuation Network (Section 3.0); e Evacuation Model Cases (Section 4.0); e Estimates of Evacuation Times (Section 5.0); and e Ancillary Evacuation Data (Section 6.0). O O' O' 13A-2

PS PSAR AMENDMENT 40 October 10, 1980 4 . 2. POPULATION AND AUTOMOBILE DATA USED FOR CLEAR TIME ESTIMATES I I In order to estimate the evscuation times, two sets of l() i population data are required. The first set of population data is the total 1980 peak population within the 10-mile plume exposure emergency planning zone (EPZ). For the Pilgrim EPZ, f . j the total peak population consists of three elements: 1 i permanent population, seasonal (summer) population, and peak ) ( transient population (visitors, daily employees, etc.). The i second set of data is the population within the 10-mile EPZ t i during the " adverse weather" conditions. Adverse weather for Pilgrim Station is assumed to be a traffic-constricting 2 snowfall.* Accordingly, the adverse weather population

consists of permanent population and the transient winter l t

1 i popula *. ion. This population is also used for clear-time l estic.ates for typical days. 1 () 2.1 Sources of Data l Data for the 1980 population estimate.s comes from several sources. The permanent and seasonal population estimates are based primarily on information contained in Section 2.1. i The estimates of permanent population were updated in 1980. l Sources of information for updating the permanent population

;               estimates include 1975 state census data, Health Se rvi ce Admin-istration projections and data specific to towns within the 10-mile radius of the plant.                    Data for transient population l               comes from sutides done for a Pilgrim evacuation report com-4               piled in 1975. A detailed description of the population data and supportive material used in the preparation of this report is presented in Annex B.

l e

• In.such a case, it is assumed that evacuation would be impeded, but not prevented. This is an " adverse case" rather than a " worst-case".

13A-3

      . . - - -             . ~ . - _ _ _         __        _ .              _                   _ _ . _ _ ._ , _ _ _ _ . _ _

AMENDMENT 40 PS PSAR October 10, 1980 2.2 Data Derived for Use in EVAC l Four primary population distributions for the approximate 10-mile radius EPZ have been derived from the best available 1980 population data. These are presented as population roses < for the peak 1980 permanent population; the peak 1980 seasonal  ; population; the peak 1980 transient population; and the 1980 estimated winter transient population. These four primary population roses are included in Annex B together with a description of the process used to derive these roses. From the four primary population roses, two composite population rose were compiled. Figure 2-1 shows the peak population roses. This rose is a compilation of the permanent, seasonal, and peak transient population data. It represents the maximum l population associated with peak summer activity in the area. The second rose, shown in Figure 2-2 is the off-peak, or

" normal" population for the area. It is comprised of the permanent population and the winter transient population                                                                                       ;

ele:nent s . This rose represents the more likely September to June population for the area. In order to estimate evacuation times, the four sets of l primary population data were converted to the numbers of automobiles. It was assumed that permanent residents would evacuate with 2.5 people per automobile. Automobile occupancy factors of 3.0 and 4.0 were used for the transient and seasonal populations, respectively. The resultant roses displaying the numbers of automobiles to be evacuated from the EPZ are shown in Figures 2-3, and 2-4 for the peak population and off-peak populallon cases, respectively. O O 13 A-4

PS PSAR AMENDMENT 40 October 10, 1980 l14793l N NNW NNE b ( ( l 6755 l16012l 5283 NW 3000 2145 NE 2518 i

   \ ,/                                        4852                        o 3791 0

l 22844l WNW 60

   .O                                                          0 1200 669
    \.)                          2306                              454              o 3961 4430                         o 6591                              0 3411                 0 76                       0 0

I O 28074l O I j j j 51 e W 10 mi 9 mi s mi 7mi s mi S mi 4 mi 3 mi 2 mi i m, 270 355 l1045 3430 2478l 4903 835615742 1181 30 1 E 384 s 260 69 546 62 10 j 231 193 669 l9 1536 392 , 136 571 124 3275 ESE ) ll6393l 360 737 , O 141 1334 236 202 295 993 644 342 414 1017 1048 414 512 922 296 SW 3155 11 8 ' - 296 ks' 1485 7148 1057 566 SSW 1385 SSE

    \ _,/
            +

l5772, - 12098 l 6293 Ring Tot al Cumulative Total l wiles Population Miles Population 0-1 2,156 0-1 2,156 FIGURE 2 PEAK POPULATION l 1-2 7.729 O-2 9,885 2-3 6,715 0-3 16,600 3-4 10,429 04 27,029 4-5 15,625 0-5 42,654  ; 5-6 13,921 0-6 56,575 6-7 12,336 0-7 68,911 7-5 16,838 0-8 85,749 8-9 17,204 0-9 102,953 9-10 14.079 0-10 117.032 13A-5 10 + 5,550 0-10 + 122,582

AMENDMENT 40 PS PSAR l 3338 October 10, 1980 N NNW NNE 3027 12245 298 NW 3000 NE

                                 -1808 3645                         0 2885 0

l18427l 903 WNW 3 O 1200 565 1790 3 0 3458 - ENE 2848 0 0 5458 2918 0 0 0 14153l 0 0 0 l l l l 46 1 W m mi 9 mi a mi 7mi s mi S mi 4 mi 3mi 2 1 m' ' E 270 290l 290 2783 2085( 1433 4120 l 1610 965 '"2 202 @ ' 702 246 66 37o 336 58 g 333 59 l#9 95 59 388 59 112 777 ESE WSW s2s 12 l2621 540 13't 234 12 174 12 125 24 12 22 42 2 48 87 83 SW , 54b 24 22 SE 83 1545 398 192 83 SSW 192 SSE S 2597 242C , aina total cumulative total wileg Population """ """ " 0-1 382 O-l FIGURE 2 0FF-PEAK POPULATION 1-2 1.918 O2 2, 00 2-3 3,709 0-3 5,509 3-4 3,557 0-4 9,066 43 8,424 0-5 17,490 5-6 7e133 06 24.623 6-7 6*3II 0-7 30.934 0-8 40,325 9-10

                    ':!n 6,058 o

O;; ";n' 13^-6 10 , 5,550 0-10 + SBe}26

PS PSAR AMENDMENT 40 October 10, 1980 5101 N NNW NNE l 2393 i 5824 1840 NW

1200 NE 733 923 1781 O i 1388 8571 g

I WNW 153 o 480 255 864 gj4 o j 1510 ENE l 1640 0 4 0 2497 i 1228 0 19 0 O O 19 0 fI10067 l I l j s 1 W 10mi132 9 mi362s mi .128jmi s mi S mi 4 mi ami 2 mi 1 m'd i 108 12 E 932 l 1705 3017 j 1988 412 154 5 4 282 102 27 200 24 182 76 433 76 41 1152 j - 156 532 102 219 48 936 ESE WSW "

• i 89 I 216 55 374 2152 76 77 95 310 197 107 135 318 344 135 154 SW 286 86 l 216 147 i 1129 375 SE 86 l

430 l 331 176 1 SSW SSE 1 1845 3705 V 2053 g no Total Cumulative total Mllet Population Miles Population 0-1 545 0-1 545 FIGURE 2 PEAK AUTO DISTRIBUTION 1-2 2,423- 0-2 2,968 2-3 2,311 0-3 5,279

         /    3-4          3,452                   0-4                 8,731 4-5          3,437                   05               14,168 5-6          4,952                   0-6             19,120 6-7          4,314                   0-7             23,434 7-8          6,014                   0-8             29,448 8-9          5,975                   0-9             35,423 9-10           4,851                  0-10             40,274 10 +        2,220                  0-10 +           42,494                      13A-7

AMENDMENT 40 PS PSAR October 10, 1980 1331 N NNW NNE 1211 4884 119 NW 1200 723 0 - 1456 0 1142 0 7239 361 WNW o 1 460 226 710 0 3 1378 1137 ENE 0 2156 0 1066 0 0 0 0 0 5557 0 j f 18

                                                                                 ,1 W 10 mi 9 mi 8 mi          7mi s mi S mi ami ami 2mi                       1 m>

108 116 '116 i1113' 834 g 570 J 1610!622 345 12 E 1 77 4 98 68 134 23 133 72 9 y 140 74 40 310 24 155 24 45 311 ESE WSW 5 250 1045 216 53 1 94 5 70 1 10 5 19 SW ' 33 619 9 33 77 9 33 77 SSW SSE

23. S 1036 969 Ring Tot al Cumulative Total u t ly Population Miles Population

)

2-3

                      }}}

1,241 8:) jj' FIGURE 2 0FF-PEAK AUTO DISTRIBUTI 0-3 2,157 3-4 1,400 0-4 3.557 4-5 3,231 0-5 6,788 5-6 2,6:4 06 9,612 4-7 2,522 0-7 12,134 7-8 3,756 0-8 15,870 Q-9 2,549 0-9 18,419 9-10 10 + 2,424 2,220 0-10 0-10 + 20,843 13A-8 23,063

PS PSAR AMENDMENT 40 October 10, 1980

                                       ^;   3.       EVACUATION NETWORK 3.1   Study Area The study area used for evacuation time estimates is shown

() on Figure 3-1. This study area is based on the NRC suggested plume exposure emergency planning zone (EPZ) within a radius of approximately 10-miles from a nuclear facility. The border of the 10-mile radius is modified to reflect political and I [( - geographical boundaries which accurately depict an evacuation. The study area includes the towns of Kingston, Duxbury, and

most of Plymouth, as well as the portion of Carver east of Route 58, and the portion of Marshfield south of Careswell Street, but not including the Brant Rock area. It also

] includes the small portions of Plympton, Bourne, and Wareham , within the 10-mile radius.* I i 3.2 Network Definition i v In order to estimate evacuation clear-times, an evaluation I of made of the traffic network likely to be used by departing automobiles. Key roadways within the study area were examined. Three sources of information were used in compiling

descriptions of the evacuation network

1) the evacuation j network described in the Massachusetts Emergency Response Plan of December, 1979. 2) existing 5-mile roadway network i information prepared in 1975; and 3) data gathered by HMM i (~N

( ,) during field studies in 1979 and 1980. The most recent survey

                                                                                                                           )

resulted in the generation of data suitable for calculating  ;

{ evacuation times using a -computer model for simulation of various evacuation scenarios within the study area. (_, The transportation network elements considered in the evacuation modeling consist of major streets and intersections

        *

• Current emergency plans do not suggest evacuation of the

         )       small, sparsely populated sections of Plympton, Bourne, and Wareham within 10 miles.

13A-9 w - . w ~ - ,,-.- -- -.-,,.-,-.m -1r , . , . . - ,--- m..

AMENDMENT 40 PS PSAR October 10, 1980 77s T U @ N M .Z[05 [ b L

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FICURE bl - EVACUATION STUDY MEA i l 13A-10

PS PSAR AMENDMENT 40

                              " '                                   October 10, 1980 i-    '                           The major streets include roadways of the within the EPZ.

j\ . following classifications. '

1) Expressways as characterized by high design

A standards, limited access, grade separation, and j

{U primarily through traffic. Route 3 between Duxbury, at the north, and Bourne, on the south, is the only 1 expressway in the study area.

     %/        2)         Arterial Streets as characterized by continuity of travel; connecting business, population, or major recreation areas, and' traffic controls and geometric 3                          designs which enhance traf fic flow and safety.

l

 ;             3)         Connector Streets as characterized by links between j                          residential areas (served by local roads) and arterial streets.

The smaller local residential roadways are not I specifically evaluated as part of the model simulation. In addition to the roadways, the evacuation network j includes the intersections of major streets. The intersections are particularly important, since the ability of intersections to handle traffic is the major capacity constraint during an I evacuation. The total traffic network considered in the evacuation estimates is shown in Figure 3-2. For the purposes of calculating evacuation times, this network has been coded into j a system of " links" and " nodes". The nodes are the network i intersections on Figure 3-2; the links are the individual

     . roadway segments between the nodes.

3.3 Internal Links and Nodes i

A total of 221 links, representing' actual road segments, l are included in the network. A total of 130 internal nodes, 13A-ll

AMENDMENT 40 D19 T October 10, 1980

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                                       ~

PS PSAR AM ENDMENT 40 4 ,n. - i. October 10, 1980 l representing actual. intersections and assigned vehicle entry. j points within the model have been included in the network. Figure 3-3 shows the model network used in the evacuation time estimates. The nodes serve a dual purpose in the evacuation model. iO l First, tney act as intersections. may have turning alternatives which represent the choice. Traffic entering each node j available in the actual roadway network. In addition, capacity constraints associated with intersections are modeled at each i( node. Secondly, nodes in the EVAC model serve as the entry points for evacuating traffic. Cars are simulated to enter the I model network at nodes (i.e., nodes serve as surrogates for all the parking lots, driveways, etc., from which evacuating

automobiles originate). Cars are allocated _to nodes based on population density and node locations. Annex C presents i

detailed information on the allocations of cars to nodes. ! Certain nodes do not actually represent an intersection, but j are located on a lengthy road segment to serve as a point for local population to the enter the evacuation network in the ] computer model. 1 3.4 Exit Nodes Exit nodes are the mechanism through which evacuating automobiles leave the model network. These nodes are located around the periphery of the network. Exit nodes, shown on Figure 3-3, are all numbered in the 800's.

; O i

O 13A-13

AMENDMENT 40 PS PSAR goe 'O

                                                                                                                                                                                                                                                                 'D/ ~9','

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AMENDMENT 40 PS PSAR October 10, 1980 N

3) Typical Case. This case uses the same population as the adverse weather case, but assumes good weather and unconstricted roadways. This case is typical of days from September to June.

C'i Case 1 Case 1 is the 2-mile radius around the Pilgrim Power Plant site. The area, as represented in Figure 4-1, encompasses O- portions of Plymouth, and Plymouth and Cape Cod Bays. Divided by the 180 U sector line extending from the northwest to the southeast, almost all of the land-based populations falls within the southern half. The small adjacent areas of Rocky Point and Manomat Point, located in the northern 1800 sector are, as a matter of reason, included in the southern sector evaluation. Since the remainder of the northern 1800 sector covers only water, one peak and one adverse weather evacuation

           ) analysis for two miles are presented along with an analysis of a typical day.         The estimated total numbers of automobiles used in the two scenarios are-tabulated in Annex C.

All 1980 peak automobile case estimates were defined as the total of permanent, seasonal and peak transient population related automobiles. Adverse condition case and typical case estimates are derived from automobiles associated with permanent plus reduced transient populations. Under 1980 peak season conditions (Case la), 2,955 cars Under the 1980 adverse ( ) were estimated to be in the area.- weather and typical scenarios (Cases 1b and Ic), 945 cars were

               -cstimated.

() Case 2 i Case 2 is the "5-mile radius", 900 sector west of the

               . Pilgrim site, as shown on Figure 4-2.          In keeping with NRC

() suggestions, it was decided not to divide the population of

                                                                                         'i 13A-16

PS PSAR AMENDMENT 40 October 10, 1980

4. EVACUATION MODEL CASES The NRC letter of November 29, 1979 requires evacuation time estimates for 20 scenarios. The following exerpt from the letter outlines the data requirements of NRC:

The areas for which evacuation estimates are required must encompass the entire area within a circle of about 10 miles radius, and have outer boundaries corresponding to the plume exposure EPZ. These areas are as follows: Distance Area 2 miles two 180 0 sectors 5 miles four 90 0 sectors about 10 miles four 90 0 sectors Estimates for the outer sectors should assume that the inner adjacent sectors are being evacuated simultaneously. Tc the extent practical, the sector boundaries should not divide densely populated areas... Two ectimates are requested in each of the areas defined in item 1 for a general evacuation of the population (not including special facilities). A best estimate is required and an adverse weather estimate is required for movement of the population. To provide t!.e required, and additional information, HMM developed a total of twenty-four cases to be modeled with the EVAC traffic simulation model. These cases include eight geographical areas. For each of these areas, three cases were modeled. These include:

1) Peak Case. This includes ped population and an unconstricted roadway network. It is expected to occur on a summer weekend day.

2) Adverse Weather Case. This includes the permanent popu3 ation and off-season transients. It is assumed that toe roadway network is operating at 70% of its capacity due to a snow storm.

13A-15

PS PSAR AMENDMENT 40

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                                                                                                                                                                                                                                             . o w .f                        a       J     .2. Y hNuma 13A-17

AMENDMENT 40 PS PSAR October 10, 1980

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13A-18

PS PSAR AMENDMENT 40 October 10, 1980 Plymouth in the sect 3r. Thus, Case 2 extends to the town g,,/ boundaries of Kingston and Carver, including portions of the WNW 6-7, W 9-10, WSW 8-9, and SW 9-10 sectors. The estimated total number of automobiles for 1980 peak (Case 2a) and adverse / typical (Cases 2b'and 2c) conditions are 16,710 and ( 10,635, respectively. Case 3

  .(           Since there are no physical or political landmarks 4

approximating a 5-mile boundary south of the plant, Case 3 uses , the NRC 5-mile radius south of the Pilgrim site as a boundary (see Figure 4-3). The 5-mile area is entirely within Plymouth. Case 3a, for 1980 peak conditions in the 5-mile south i area, uses an estimate of 5,925 cars (see Annex C). The i same area under of f-peak conditions is estimated to have 2,025 cars, t n V Case 4 Case 4 is the 10-mile 900 sector north of the Pilgrim site. The area is comprised of areas including the Saquish portion of Plymouth, Duxbury, a small portion of Marshfield and some water areas. In keeping with the decision not to divide population centers, Duxbury is treated as a whole (see Figure 4-4). The population representative of Saquish Neck in Plymouth, s the only land within five miles, was insufficient to warrant a separate computer simulation. Thus, vehicle estimates for Saquish Neck are included in the 10-mile computer evaluation. 4 { N-- In addition, a manual evacuation time calculation for Saquish Neck and Clarks Island, based on notification by the Duxbury Harbormaster has been prepared. Vehicle estimates for the 1980 peak condition (Case Aa) ) are 11,085. The adverse weather and typical conditions {' '} (Case Ab and AC) were calculated to have 6,225 cars. 13A-19

AMENDMENT 40 PS PSAR October 10( 1980 om 9 T T [d 1 g

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                                                                                                                                                                                                                                                                                                                             *D'3'N        .             L n 13A-21

AMENDMENT 40 PS PSAR October 10, 1980

      , Case 5 Case 5 is the 10-mile 900 radius sector west of the Pilgrim site. The area includes approximately half of Plymouth (including the Central Business District), Kingston, the por-tion of Carver east of Route 58 and a small piece of Plympton (see Figure 4-5). Approximately 20% of sectors WNW 8-9 and WNW 9-10 within the 900 sector are within the town boundary of Duxbury and ar.e considered in Case 4. Estimated 1980 peak condition automobiles (Case Sa) are 21,765.      Of f-peak condition estimates for 1980 were figured at 14,820.

Case 6 The sixth case is the south 10-mile case. This case follows the same sector boundary as Case 3 but extends to the edge of the 10-mile radius surrounding the Pilgrim Power Plant. Small pieces of the towns of Wareham and Bourne are included in this case, as shown in Figure 4-6*, An estimated 9,675 cars are evacuated from this area under peak conditions, and approximately 2,490 under of f-peak conditions. Case 7 Case 7 consists of most of the town of Plymouth. The small pieces of Bourne and Wareham included in Case 6 are also included. This case is equal to a simultaneous evacuation of Cases 2 and 6, the 5-mile west case and the 10 mile south case. This case is shown on Figure 4-7. This scenario was studied in addition to NRC suggested cases since it represents an intermediate evacuation of the area surrounding the plant. An estimated 26,385 cars evacuate the this case during peak l conditions and 13,125 during a more typical situation. i

• This is a slight departure from the Evacuation Plan for the Pilgrim EPZ. Evacuation from Wareham or Bourne is not called.for in the plan.

1

                                 !3A-22

PS PSAR AMENDMENT 40 i October 10, 1980 ' W.G . _ ~+'#},W.'. QYP'T M $. W'm". 4 w(.,h%- v.- .

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AMENDMENT 40 PS PSAR , - 1 October 10, 1980 D*' D

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PS PSAR AMENDMENT 40

                                                                                          ~

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AMENDMENT 40 PS PSAR October 10, 1980 Case 8 In addition to each separate case, a full, simultaneous 360 U evacuation including the entire study area was modeled. This is Case 8, shown on Figure 4-8. In this case, a total of 42,525 cars were evacuated during peak conditions. In the off-peak cases, 23,535 cars were evacuated. Vehicle estimates for each case were included in the simulation model by assigning automobiles on a sector-by-sector basis to designated entry nodes. Such sector assignments were made either in whole, or part, to one or more of the entry nodes; usually the entry node, or nodes, closest to that particular sector. Loading of the network is initiated simultaneously at each entry node within the model area to be evacuated. This means that each car to be evacuated is immediately put into a queue at the appropriate node. The model specified a loading rate of 90J vehicles per hour. Once entered into the network, vehicles advance through nodes based on specified preference factors. If a preferred route is queued with traffic, an alternate route is taken. Such a choice is made at each node. The model also calculates actual travel speeds up to a limit for each link. These limits were determined from field studies. Under the adverse case, all roadways are assumed to operate at 70% of capacity. 6 m O 13A-26

PS PSAR AMENDMENT 40 October 10, 1980

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AMENDMENT 40 PS PSAR October 10, 1980

5. ESTIMATES OF EVACUATION TIMES The results of the evacuation clear time calculations are summarized in Table 5-1. The table outlines the applicable clear times for each of the scenarios described in Section 4, as well as two 5-mile north estimates, which have been manually estimated.

The maximum time for evacuating areas within a 2-mile radius is 70 minutes for the South 1800 sector under peak conditions. The 70 minutes is nearly twice the time to evacuate the same area during adverse weather. This indicates that the estimated peak summer population affects evacuation times much more significantly than the reduced network capacity assumed during adverse weather. On a typical day, this area is estimated to clear within 20 minutes. The maximum time for evacuating areas within a 5-mile radius was calculated for the West 900 sector. It is estimated that evacuation of this sector will take 200 minutes during both the peak summer periods with normal weather and during adverse weather conditions. The fact that evacuation time is the same for both these scenarios shows that the downtown area of Plymt th, the limiting area in these cases, is equally affected by roadway constraints associated with the adverse weathe2 and by the additional vehicles attributable to summer visitors. An evacuation time of 130 minutes is estimated for the typical case. The maximum time for evacuation of areas within 10 miles was estimated for the West 900 sector. It has a total clear time of 240 minutes during both the peak summer case and the cdverse weather case. As in the west 5-mile case, the downtown area of Plymouth is the limiting factor and is as af fected by summer visitors as it is by the constricted roadway during bad weather. On a typical day, this area is estimated to clear in 170 minutes. O 13A-28 l L_ J

I l PS PSAR AMENDMENT 40 l i October 10, 1980 l 8 I TABLE 5-1 O  ! l CLEAR-TIME ESTIMATES * (a) (b) (c) f Peak Adverse Typical l

l. 2 miles 70 40 20

2. West 5 miles 200 200 130 0 3.

4. South 5 m!1es North 10 miles 150 180 140 75 120 50 l

5. West 10 miles 240 240 170 l

6. South 10 miles- 160 75 50 .

1

7. Town of Plymouth 200 210 130

8. 3600 345 300 225 l ** North 5 miles 120 120 120 i 1

l l 9 l l i l l l !O i

• Times in minutes.

l

                       ** Assumed time for. evacuating Saguish Neck only. Note that the winter population is estimated to be three people.
                                                               '13A-29
  -;,--,,.-..---...---..-..---.,~.-.-._.-_.                                 ..                        . - . - _ . . . . -   . .

AMENDMENT 40 pS PSAR October 10, 1980 The evacuation times for the south 5- and 10-mile peak population situations decrease by 50% and 47%, respectively, during the adverse weather scenarios. Examination of results shows that this is because the large seasonal and transient populations in the Manomet area during peak population periods queue up on Route 3A and take a long time to clear the area. The reduced clear-time estimate for adverse weather indicates that the summer visitors impact more heavily on evacuation times than the constricted network during the assumed adverse weather snowfall scenario. For the Town of Plymouth case, the slight increase in estimated clear time for the adverse weather case over the peak population case (10 minutes) relates to the fact that the downtown area is the limiting factor on clear time for the town, not the summer population in the Manomet area. This is verified by examination of EVAC printouts for these cases. The 360 0 case is more affected by summer population than by constricted roadways (345 minutes to evacuate peak population vs. 300 minutes during adverse weather) . This is due to the summer populations in the Duxbury Beach area and in the Manomet area. Both of these populations use the same evacuation routes as the downtown area of Plymouth and may clog the network for evacuation of that area. In all cases studied, the typical day case, representing fall, winter, or spring days with non-peak population and good weather, was significantly lower than either the peak case or adverse weather scenario. The calculations have intentionally incorporated many conservative assumptions which tend to increase evacuation time -cotimates. For example, the peak population numbers assume the maximum possible number of people must be evacuated. The peak population number assumes 100% use of all permanent and seasonal dwellings, together with concurrent peak use of beach, outdoor recreation and tourist facilities. The peak population ) numbers used to calculate clear time also include considerable l l 13A-30

)

i PS PSAR AMENDMENT 40 l ! October 10, 1980 i double counting, since many of the transients counted at i l l v beaches, recreational areas, and historic sites are seasonal or permanent residents. It is also assumed that all stop signs,  : traffic lights and traffic control measures are obeyed, and that local officials do nothing to expedite traffic movement. These assumptions add significant increments to estimated clear [ times. Annex D describes in detail these and other { assumptions made during the course of the clear-time modeling procedure. I l l l i l l l I 4 i. !O

O t

lO 13A-31

AMENDMENT 40 PS PSAR October 10, 1980

6. ANCILLARY EVACUATIDN DATA

• O In response to the NRC request, several ancillary evacuation topics have been discussed with the Massachusetts Civil Defense Agency (MCDA). The following subsections document the conclusions of those discussions.

6.1 Special Facilities There are four facilities which qualify as "special facilities" for evacuation purposes. These are the Jordan Hospital (W 3-1/2 miles) in Plymouth, the Plymouth County Jail (W 3-3/4 miles), the Massachusetts Correctional Institute (SSW 7-3/4 miles) and the Town of Plymouth Jail (WNW 4-3/4 miles). All prisoners will be removed from the incarceration facilities by bus or by police cruiser. A projected peak total of 242 prisoners require evacuation. This number of prisoners can be moved using a total of five to seven buses. Three to four buses would be required to evacuate the County Jail; one or two for the Massachusetts Correctional Institute; and a single small bus would be required for the Town Jail. At present, there are no firm arrangements for providing buses to the correctional facilities. However, local officials are currently developing 91ans for providing the needed facilities. Plans may incorporate the use of buses from nearby National Guard units. In any event, the seven buses on the road network during an evacuation would not appreciably affect evacuation times.**

• Per personal communication with Bernie Nolan, MCDA, January 18, 1980.

   ** Seven buses have no measurable ef fects on the evacuation time estimates. To be conservative, however, the HMM estimates assume that all transients will leave the area by passenger car. Accordingly, the models assume that 64 automobiles are added to the network to evacuate prisoners.

l 13A-32

                                                                       ]

PS PSAR AMENDMENT 40 October 10, 1980 i /~'s The Jordan Hospital evacuation may present more technical i problems. The peak inpatient population is estimated to be 135 persons. Many of these require special medical attention. The l special attention may make total evacuation impractical. It is p possible that movement of some patients presents a greater O health hazard than any potential for radiological exposure. For other patients, evacuation may require ambulances with life i supporting equipment. l s At this time, Jordan Hospital has not drafted an emergency response plan. Development of a plan is being undertaken now. Therefore, evacuation details for this facility have not been fully defined. For calculating clear times, however, it was assumed that all hospital patients would be removed using privately owned vehicles. It was assumed that each vehicle could transport three patients. 6.2 Notification Times At present, MCDA estimates that there is a set of four public notification times that may be applied to the Pilgrim  ; i EPZ. Based on discussions with the Town of Plymouth, MCD4 estimates a minimum notification time of 45 minutes for the town. During adverse weather, the notification is estimated to take 60 minutes.* For other towns within the EPZ, a minimum notification time of 35 minutes is estimated during normal weather. During adverse weather, the non-Plymouth notifications are estimated to be 45 minutes. The longer < notification times in Plymouth reflect the larger resident population and the larger geographical area. Some portion of each notification time estimate should probably be added to the clear time estimates to conservatively 4 determine total evacuation times. It appears, however, that

• The Plymouth Officer of Emergency Preparedness feels that a longer notification time may be required. A minimum figure p) q of 2 hours has been cited during informal discussions.

l i i l 13A-33 l

AMENDMENT 40 ^ October 10, 1980 incremental increases may be limited. This conclusion was reached as a result of a brief, qualitative review of the printouts from the EVAC computer model runs. The printout data indicate that key intersections become loaded quickly under simultaneous notification cases. Cars begin waiting in lengthy queues almost immediately. By staggering notification times, queue lengths during the early portions of an evacuation may be reduced, without reducing the rate at which automobiles leave the evacuation area. In short, autos wait in ?riveways and parking lots rather than in queues. This could, in some cases reduce total evacuation times from the simultaneous notification cases. A reasonable estimate would be that 0 to 30 minutes could be added to the clear times outlined in Table 5-1 to estimate total evacuation time.* 6.3 Confirmation Times Confirmation of evacuation will be undertaken by the same teams which are currently planned to be used to provide public notification. The confirmation will be provided by brief visual inspections ** for indications of continued human activity in an evacuated area. MCDA suggests that confirmation times for this process will be the same as the notification times estimated without the presence of an early warning system. 6.4 Special Evacuation Problems MCDA feels that the Pilgrim EPZ has no "special evacuation problems", such as unusually high population density areas, which preclude evacuation as the primary protective action to reduce radiological exposures in the event of an emergency. lh l I

• No special instructions to the p'ublic (e.g., tying a handkerchief to the door, or leaving the door open) have been I drafted to date. MCDA feels that public acceptance of special instructions is particularly important. Concerns relate to advertising the vacancy of dwellings to burglars or looters.

13A-34

PS PSAR AMENDMENT 40 t

October 10, 1980 l l t i

l The population at risk can be removed in a timely and orderly i fashion. There are, however, several alternative actions that l can be taken to protect citizens in the event of an accident involving potentially dangerous radiation releases. Many of l I them are outlined, in general terms, in the MCDA Emergency Resoonse Plan. The application of a particular action would depend on a number of factors such as time available to I implement the action, its risks, and available resources. For i example, in a situation in which a plume is expected to pass over an area before it can be evacuated, the recommended protective action would likely involve taking shelter, as opposed to evacuation. Other measures included in the MCDA l ' plan include controlling access to affected areas, control of foodstuf fs, and administration of radioprotective drugs. !O i t O O O  : f i 13A-35

i j j AMENDMENT 40 pS PSAR i October 10, 1980 t i j l O' ( l l Ol i i ANNEX A THE EVAC MODEL 1 4 I 1 l 1 1 O i t l e Q O c l 1 f 1 Ol Ol 13A-36 I

PS PSAR AMENDMENT 40 October 10, 1980

    ^
  /                                  THE EVAC MODEL V)         The EVAC'Model is a traf fic network simulation model.           It was   specifically designed to provide evacuation clear-time estimates, and related information, for use in emergency plan-ning. EVAC was developed by HMM Associates during the Winter O    and Spring of 1980.        Dr. Yosef Sheffi, Warren Powell and Hani lV     Mahmassani are the principal authors of the model.

The EVAC Model applies the principles of the Highway . Capacity kanual to estimating traffic conditions during evacua-tions. Highway geometric data and population (or automobile) I p density data within the area to be evacuated are input into the h Model. Based on these inputs, the Model computes traffic vol-umes and travel speeds as a function of demand and capacity for each highway link within the evacuation study area. Given the evacuation highway network data and traffic loading rates and points, the Model calculates evacuation routes, evacuation traffic volumes, and operating speed by link. EVAC simulates the movement of the traffic along the alternative routes and calculates the times required for the simulated movements. Route choices are dynamically determined at each inter-m section as a function of predetermined " preference factors" and traffic conditions on the downstream link. The most direct route out of the evacuation area is generally given a higher preference factor; alternate routes are given lower preference - factors. When congestion develops and traffic speeds for pre-ferred routes decline, traffic is routed to alternate routes j with higher travel speeds. At each intersection, impedance to traffic flow is calcu-lated. Where traffic signals exist " green time" for each approach is assigned. Where no signals exist, conflicting flows through the intersection are regulated by the model. Total flows in this case are a function of " priority" and t ra f-fic demand. Priority is predetermined as priority #1 or priority #2. First priority is given to the dominant or major f>.)

   %   routes. Second priority is given to the minor or secondary routes, such as those controlled by stop signs.

To keep track of network performance, the Model updates p statistics on the full network and on each link at the end of

  ;)   each specified time increment.

EVAC can calculate'both current and cumulative statistics for the entire network and for each link at the end of each time step, and/or whenever requested. The statistics reported (3 include capacity, flow, queues, current and total volumes, V speeds, .natwork occupancy, and these data, all -significant changes summary in of the departures. network can From be traced through the term of the evacuation. 13A-37

AMENDMENT 40 PS PSAR October 10, 1980 0 O i l 9 l ANNEX B POPULATION AND AUTOMOBILE DATA USED FOR CLEAR-TIME ESTIMTES 1 O l O O 13A-38 J

PS PSAR AMENDMENT 40 j 0-tober 10, 1980 ANNEX B POPULATION AND AUTOMOBILE DATA USED FOR CLEAR TIME ESTIMATES 'O In order to estimate the evacuation times, two sets of population data are required. The first set of population data is the total 1980 peak population within the 10-mile plume

]          exposure emergency planning zone (EPZ). For the Pilgrim EPZ, the total peak population consists of three elements:

permanent population, seasonal (summer) p'opulation, and peak i transient population (visitors, daily employees, etc.). The second set of data is the population within the 10-mile EPZ during the " adverse weather" conditions. Adverse weather for Pilgrim Station is assumed to be a traffic-constricting j snowfall. Accordingly, the adverse weather population consists of permanent population and the transient winter population. j B.1 Sources of Data i 4 The 1980 permanent population data for the area within a 1 5-mile radius of Pilgrim Station has been taken from the report compiled by ERT in 1975.* This data is shown in the population

rose presented as Figure B-1. This data has been tabulated by

] annular rings, at 1-mile increments, and by the sixteen ] 22-1/20 compass direction sectors. In the earlier studies, j permanent population data for the area from 5 to 10 miles from Pilgrim was based exclusively on the permanent population projections included in the Pilgrim I FSAR, Amendment 1 1974.

- The shape of the area being considered has changed, however.

Areas outside 10 miles are now included in the time estimates. In addition, some of the projections conflict with current 1

           *An Evacuation Analysis for the Pilgrim Site, August 1975.

,C% 13A-39 _~ . _-

AMENDMENT 40 PS PSAR October 10, 1980 l 0 l l 3 l N l 0 l NNW NNE O l 4 j s O I OI NE NW 3 0 O 0 0 5 MILES h 4 0 0 0 0 0 O WNW O 3 ENE O O l 8579 l 1389 0 0 0 0 0 2 O O l.5 0 0 0 0 0 0 0 46 Ol0 f O W 3545 1277 60 279 11 0 189 l 8 0 1O O O O O O E l9468l 8 O l 0 l 118 N o J O 488 24 *,8

• 72 0 42 18 203 907 246 ,33 0 114 40 13 0 95 0 336 611 WSW 65 0 ESE 48 270 l 1429 l 238 l 0 l 186 ,

3, 477 0 l12 777 0

                     \504 SW 626 SE 132                                             234                        l 407 l 174 SSW                                                           SSE l 415 l                                 3                            l 2147 l r#f#f $###### P###f##i##

lXXX l 010 5 l 1940 l POPULATION TOTALS RING, MILES POPU TION TOTAL MILES kk'hih 0-1 382 0-1 382 l-l.$ 704 0-l5 1086 15-2 1158 0-2 2244 2-2$ 1532 0-25 3776

                                  ?$-3                     1017                  0-3                     4793

! 3-4 3224 0-4 8017 4-$ 6320 0-5 14,337 l FIGURE B YEAR-ROUND POPULATION ROSE - 1980 13A-40

PS PSAR AMENDMENT 40 October 10, 1980 7y town estimates of 1980 pooulation. Accordingly, permanent () _ population estimates have been revised since the filing of the Draft Evacuation Time Estimates for Areas Near Pilgrim Station, February 4, 1980. 7 The updated permanent population data foi the portion of

   \)  ~       the plume exposure EPZ beyond 5 miles from the Pilgrim Station site center has been taken from a variety of sources. The population data for the portion of the Town of Plymouth beyond gy          5 miles from the site center, and for the portion of

(/ Marshfield, Wareham, Plympton, and Bourne within 10 miles, have been taken from the Pilgrim I FSAR, Amendment 1, 1974. This r 3AR data is outlined in Table B-1. This data provides a breakdown by 22-1/2 0 sector from 5 to 10 miles in aggregate form only. A revised number for permanent population for the Town of Duxbury is 12,000. This number was taken from the Duxbury Nuclear Emergency Response Plan.* A revised permanent population of 8,000 has been used for the Town of Kingston.

   ,r~X        The 8,000 estimate was interpolated from a graph of 1970 and
   \-          1975 census data and projections of 1985 and 1990 Kingston population made by the Health Service Administration and OBERS, l               respectively. The four data points plot out to a linear growth

, pattern with an estimated total of about 8,000 permanent 1980 residents. A review of available maps led to the assumption that 85% of the Kingston permanent population (6,800) resides within 10 miles of the Pilgrim Station; the remaining 15% or i 1,200 persons, reside in the portion of Kingston more than 10

         ~

rN

   \         !

miles from the power station. NJ

• This number was verified by reviewing other data sources as well. Projections by the Health Service Administration for 1985 show a permanent population for the who'= town of

[-s) N/ Ouxbury of 12,200. OBERS projection for 1990 equals 13,900. In addition, the 1979 Duxbury Town Report indicates 3708 active water services at the end of the year. By multiplying the number of services (a reasonable estimate of dwelling units, since businesses and schools would also have

     ,_            active water services but approximately 6% [U.S. Census of

( i Housing, 1970, Table 58] of the dwelling units in Duxbury

     '     /       have private wells) by 3.1 (the average occupancy per dwelling unit for Duxbury in the 1970 U.S. Census of Housing) a total 1979 permanent population for Duxbury is about 11,635 people.

13A-41

AMENDMEMT 40 PS PSAR October 10, 1980 'O(P# D P DW P l NO $ ~ [; : A S TABLE B-1 POPULATION DISTRIBUTION WITHIN 10 MILES OF PILGRIM STATION SITE O

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                                                                                                                                                                           ~

O 13A-42

PS PSAR AMENDMENT 40 October 10, 1980 total peak population of 8,000 is assumed for Carver.* {N /~') l This figure includes all population elements in the town. The i simplifying (and conservative) assumption has been made that this total will be considered permanent population. Of the l (N 8,000 total pwersons, Police Chief Orr estimates that 1/3, or

about 2,666 live east of Route 58.

f The number of permanent Carver residents within 10 miles of the power station, 1,315,** was derived from the FSAR 5- to The residual 1,351 permanent l (S 10-mile population estimates.

   \- I    population has been allocated to the portion of Carver between the 10-mile radius and Route 58.

4 The peak 1980 seasonal population data has been taken from i two sources: the ERT study,_previously cited, for the 0-5 mile data, and the FSAR previously cited for the 5-10 mile data. The seasonal data, like the permanent population data, is available for each of the sixteen 22-1/2 0 compass sectors, l and in annular rings with 1-mile increments within 5 miles (the ERT data), and in a single ring from mile five through mile ten j {) (the FSAR data). The 0-5 mile seasonal population data is j presented in population rose form as Figure B-2. The 5-10 mile data is contained in Table B-2. 1 The transient population data has been taken primarily

from Tables B-3 through B-9, which were prepared by ERT in July, 1979. These tables list the peak populations associated with each of six categories of activities with transient population. The peak transient population is outlined in

(T Table B-9. The transient population compiled by ERT represents

   \'--    the peak summer transient population.

, The same tables were modified to estimate adverse weather transient populations. lO

• Source: Police Chief Thomas Orr.

           ** The 1,315 was derived from FSAR numbers an the previous allocations of population undertaken in the Draft Evacuation O..

times Estimates for Areas Near Pilgrim Station. i 13 A-4 3

AMENDMENT 40 PS PSAR October 10, 1980 1O I l 607 l N l o l NNW NNE O 607 l 451 l O l 0 l NW NE O 5 MILES 4 51 O O o O 4 0 0 0 0 WNW O g O O 3 ENE 0 l l12 l 26 O O O N O O O O 0 O l$ 0 0 O g g O O O ;O g 8 5 O W 40 127 26 25 0 6 i O IO O O O O O E I 225 l i O 0j l 3I 1

                                                                         $3 15 8           0 l               i        I i    '

0 14 2 I 86 1566 l o 51 2 41 44I 2 O WSW 12 O 2 241 . ESE l 110 ] 2 l o j 7 _3 416 0 2 67 12 2498 O SW SE 9 1050  ! 43 28 SSW SSE l 30 l 3 l 4933 l l xxx l h#'#'#*2"'*"'

         , , ,        W"I"

• l I67 l POPULATION TOTALS RING, MILES POPU A ION TOTAL MIL ES kk'[gh 0-1 1356 0-1 1356 l-l.5 1631 0-1.5 3047 15-2 1644 0-2 4691 2 - 2.5 714 0-25 5405 25-3 460 0-3 5865 3-4 2865 0-4 8730 4-5 2329 0-5 11.059 FIGURE B SEASONAL RESIDENT POPULATION ROSE - 1980 13A-44

                                                                                                                                     ]

i PS PSAR AMENDMENT 40

October 10, 1980 i

t i 3 TABLE B-2 e 4 1 SEASONAL POPULATION DISTRIBUTION WITHIN i 10 MILES OF PILGRIM STATION SITE i j 1 .. ,,.,, ., ,, >> . ..- .,7 ..

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r i AMENDMENT 40 PS PSAR October 10, 1980 Camps and campgrounds, and public outdoor recreation areas were eliminated. Furthermore, a reduced number of hotel, motel, and guest house transients was assumed.* The ERT estimates were revised in one area. The Duxbury Beach visitor numbers were re-calculated by HMM Associates. i The revised HMM estimate of peak beach population is outlined in Table B-10. While tha ERT estimates were 1,200 for Duxbury Beach, 7,500 for Blakeman's Beach, and 4,000 for Green Harbor Beach, for a total of 12,700 transient beach users, the revised estimate is 9,945. B.2 pjl. ived Population Roses FeJr 10-mile radius population distributions have been derivad from the best available 1980 population data previously described. These are presented in Figure B-3, the permanent population; Figure B-4, the peak 1980 seasonal population estimate; Figure B-5, the peak 1980 transient population l estimate; and Figure B-6, the 1980 astimated winter transient l population. The 0-5 mile permanent population distribution for l Figure B-3 were taken directly from the base data in Figure B-2. The 5-10 mile numbers were taken from Table B-1, I and from the revised population estimates for Duxbury, Kingston, and Carver, in aggregate form, and distributed to the appropriate 1-mile rings (i.e., mile 5-6, 6-7, 7-8, 8-9, 9-10, and beyond 10). The distribution of the FSAR data was made subjectively, using the sector allocation percentages enumerated on Figure B-7 (for example, the permanent population estimate of 83 for SSE sector 9-10, on Figure B-3, is derived by multiplying the SSE sector 9-10 percentage allocation of

• HMM determined which hotels and motels are open during the winter when " adverse weather conditions" will occur by telephone communication with the Plymouth Chamber of Commerce. It was assumed that each of the hotels or motels which is open during the adverse weather time would be filled to 50% of its capacity.

13A-46

                                                                     ]

PS PSAR AMENDMENT 40 October 10, 1980 TABLE B-3 HOTELS, MOTELS AND GUEST HOUSES j LOCATED WITHIN 10 MILES OF PILGRIM UNIT 2 i l TOWN DISTANCE AND ESTIMATED NUMBER OF AlJTOS-FACILITY NAME PEAK USE WINTER ESTIMATE

• O LOCATION DIRECTION FROM

                            .            PILGRIM UNIT 2             1980

] l

Bri-Di-Mar lodge Plymouth SE 1-1/4 mi. 12 -

Sandpiper Inn Plymouth: SE 1-1/4 mi. 22 - t O Whi Horse Beach Plymouth SE 1-1/2 mi. 40 - Colonial House Inn Plymouth SE 1-3/4 mi. 12 - Mayflower Beach Lodge Plymouth SE 1-3/4 mi. 200 - White's Cottages Plymouth Sd 2 mi. 120 - Shadow Fox Lodge Plymouth SE 2-1/4 mi. 13 - l i Red Oaks Motel Plymouth SSE 1-1/2 mi. 50 - Blue Spruce Motel Plymouth SSE 2-3/4 mi. 68 11 Cranberry Motel Plymouth SSE 4-1/2 mi. 50 - Yankee Traveler Hotel Plymouth WSW 1-1/2 mi. 130 27

  . Lofty Elm                Carver        WSW 9-3/4 mi.               24               -

i Pilgrim Sands Motel Plymouth W 2-1/4 mi. 252 42 Loremar Plymouth W 2-1/2 mi. 14 - The Inn Plymouth W 2-3/4 mi. 25 - Meadowview Guest House Plymouth W 3-3/4 mi. 11 2 Blue Anchor Motel Plymouth W 4-1/4 mi. 15 3 Gov. Carver Motor inn Plymouth W 4-1/2 mi. 328 SS Alden House Plymouth W 4-3/4 mi. 10 2 Cadillac Motel Plymouth W 5-1/2 mi. 66 - Plymouth Hotel Plymouth W 5-3/4 mi. 85 14 Clear Pond Cottages Plymouth W 7-3/4 mi. 6 1

• Winter estimate assumes 1/2 capacity of open facilities and 3 people per car

                                                                                                        ~

13A-47

AMENDMENT 40 PS PSAR October 10, 1980 TABLE B-3 (Continued) O TOWN DISTANCE AND ESTIMATED NID1IlER OF AIITOS . FACILITY NAME LOCATION DIRECTION FROM PILGRIM UNIT 2 PgSE WINTER liSTI:!All: Proctor's Cabins Plymouth W 8 mi. 120 - Gov. Bradford Moter Inn Plymouth hWW 4-1/2 mi. 376 - LeFebre's Guest House Plymouth WNW 4-3/4 mi, 2 1 Sleepy Pilgrim Motel Plymouth hWW 5-1/4 mi. 35 - Cold Spring Motel Plymouth hWW 5-1/4 mi. 64 - Breezy 11111 Motel Plymouth hWW 6-1/4 mi. 25 - Bayview Kingston hWW 6-3/4 mi. 35 - liilltop Kingston hWW 6-3/4 mi. 32 5 Capeway Travel Motel Kingston hWW 7 mi. 34 6 Iloward Johnsons Motor Inn Kingston hWW 8 mi. 140 73 Gurnet Inn Duxbury hWW 9-1/4 mi. 32 - TOTAL PEAK USE: 2,448 242 O O O 13A-48

PS PSAR AMENDMENT 40 October 10, 1980 TABLE B-4 CAMPS AND CAMPGROUNDS LOCATED WITHIN 10 MILES OF PILGRIM UNIT 2 DISTANCE AND 1980 NUMBER OF AUTOS-TOWN DIRECTION FROM ESTIMATED WINTER ESTIMATl? O FACILITY NAME LOCATION PILGRIM UNIT 2 PEAK USE Camp Child Plymouth SSE 5-1/2 mi, 200 - Indian Head Campgrounds Plymouth SSE 7 mi. 900 - Camp Dorothy Carleton Plymouth S 6-1/2 mi. 150 - Baird Center Plymouth S 6-1/2 mi. 18 - Timberland-Cedarwood Plymouth S 7 mi. 60 - Camp Clark Plymouth S 7-3/4 mi. 120 - Camp Dennen Plymouth S 8 mi. 200 - Camp Massasoit Plymouth S 9-1/2 mi. 100 - Camp Bourndale Plymouth S 9-1/2 mi. 150 - Wind in the Pines Plymouth SSW 5-3/4 mi. 300 - Pine Wood Camp Plymouth SSW 6-1/4 mi. 160 - Camp Squanto Plymouth SSW 8-1/2 mi. 330 - Camp Cachalot Plymouth SSW 9-3/4 mi. 200 -

   ,  Plymouth Recreation Center                                       Plymouth        WSW 1-1/2 mi.                       7S          -

1, Blueberry Hill Camp-V ground Plymouth WSW 4-3/4 mi. 59 - Ellis Haven Plymouth WSW 7-1/4 mi. 1200 - Pinewocd Lodge Plymouth W 8-l' ,i. 400 - Camp Norse Plymouth W 8-1/.,mi. 140 - Camp Mishannoch Kingston W 8-3/4 mi. 150 - St. Margaret's Camp Duxbury NW 7-1/2 mi. 30 - Camp Daniel Webster Duxbury NW 10 mi. 260 - TOTAL PEAK USE: S,202 13A-49

AMENDMENT 40 PS PSAR October 10, 1980 TABLE B-5 NURSING HOMES AND HOPITALS LOCATED WITHIN 10 MILES OF PILGRIM UNIT 2

      .                 TOWN           DISTANCE AND     ESTIMATED NUMBER OF AUTOS-FACILITY NAME            LOCATION       DIRECTION FROM   PEAK USE   WINTER ESTIMATE PILGRIM UNIT 2     1980 Plymouth Nursing llome   Plymouth          W 3-1/2 mi.       37          13 Jordan ifospital         Plymouth ~        W 3-1/2 mi. 135           45 Mayflower liou'se        Plymouth          W 4-1/4 mi. 124           42 Pilgrim Manor Nursing Ilome                    Plymouth          W 4-1/2 mi.       84          28 Newfield liouse          Plymouth          W 4-3/4 mi. 100           34 Happiness liouse Rest lio:ue                   Plymouth          WNW 4-3/4 mi. 36           12 Shady Breeze Rest Home   Kingston          WNW 8-3/4 mi. 15           5 TOTAL PEAK USE:         531         179 O;

O l 1 13A-50

I 3 - j PS PSAR AMENDMENT 40 , j October 10, 1980  ; I TABLE B-6 JAILS AND DETENTION __ CENTERS l l i LOCATED WITHIN 10 MILES OF PILGRIM UNIT 2 l i O FA CILITY NAME TOWN LOCATION DISTANCE AND DIRECTION-FROM PILGRIM UNIT 2 ESTIMATED NUMBER OF AUTCS-PEAK USE 1980 WINTER ESTIMATF i I l Plymouth County Jail . ! (County Farm) Plymouth' W 3-3/4 mi. 155 53 l Town of Plymouth Jail Plymouth WNW 4-3/4 mi. 22 8 I ! Mass. Correctional Institute Plymouth SSW 7-3/4 mi. 65 23 TOTAL PEAK USE: 242 84 l l l O O I lO i

O i

13A-51 l

i PS PSAR AMENDMENT 4 0 October 10, 1980 TABLE B-7 MAJOR TOURIST / HISTORIC SITES located within 10 MILES OF PILGRIM UNIT 2 DISTANCE AND 1980 NUMBER OF AllTO';- T0hN DIRECTION FROM ESTIMATED WINTER ESTD!ATil FACILITY NAME LOCATION PILGRIM UNIT 2 PEAK USE Plimoth Plantation P1pouth W 2-3/4 mi. 500 167 William liarlow 11ouse Plymouth, W 4-1/4 mi. 60 20 Sparrow flouse Plymouth W 4-1/4 mi. 30 10 Plynouth Rock Plymouth hWW 4-1/2 mi. 100 34 Mayflower II Plymouth hWW 4-3/4 mi. 125 42 flowland flouse Plymouth WNW 4-3/4 mi. 60 20 Spooner liouse Plymouth hWW 4-3/4 mi. 75 25 Mayflower Society 11ouse Plymouth hKW 4-3/4 mi. 60 20 Plymouth National Wax Plymouth 300 hww 4-3/4 mi. 100 o Pilgrim llall Museum Plymouth hWW 5 mi. 300 100 Mayflower Experience Plymouth hWW 5 mi. 200 67 Antiquarian liouse Plymouth hKW 5 mi. 250 84 Cen er I" "  !" John Bradford flouse Kingston hWW 8-1/4 mi. 80 27-Miles Standish Duxbury NW 7-1/4 mi. 175 59 Monument John Alden House Duxbury NW 9 mi. 30 10 TOTAL PEAK USE: 2,745 919 O 13A-52

PS PSAR AMENDMENT 40 October 10, 1980 TABLE B-8 PUBLIC RECREATION AREAS O LOCATED WITHIN 10 MILES OF PILGRIM UNIT 2 DISTANCE kND 1980 NUMBER OF ALTTOS-

                            'IDWN             DIRECTION FROM   ESTIMATED               WINTER ESTIMATE FACILITY NAME            LOCATION         PILGRIM UNIT 2   PEAK USE O

White Horse Beach

• Plymouth SE 1-1/2 mi. 2,000 -

Emerson Field- Plymouth SSE 2-1/4 mi. 200 - Brook Road Playground Plymouth SSE 2-1/2 mi. 100 - O Briggs Playground Plymouth SSE 2-3/4 mi, 200 - Fresh Pond Plymouth SSE 2-3/4 mi. 1,500 - Cederville landing i Beach Plymouth SSE 9-1/4 mi. 100 - Sagmore Highlands Beach Bourne SSE 9-1/2 ni. 50 - Sagamore Beach Bourne SSE 10 mi. 120 - Rocky Pond Plymouth S 5 mi. 100 - Morey Hole Pond Plymouth S 5-1/2 mi. 100 - Great Herring Pond Plymouth S 9 mi. 200 -

                              ^

Big Sandy Pond P1ymouth S 9 mi. 150 - Cleft Rock Park Plymouth SSW 3/4 mi. 150 - Inng Pond Plymouth SSW S-3/4 mi. 400 -

                                                                                 ~6-7      564                    i Miles Standish State                                                           7-8     564                     l Plymouth           SSW 6-10 mi. 2,255- 8-9 O Park **                                                                                564                    )

V .9-10 564 l Gunners Exchange Pond Plymouth Sh S-1/4 mi. 100 - S-6 60 es Standish State Plymouth / Carver SW 5-10 mi. 1,190- 8 8-9 357 0 Cooks Pond Plymouth / Carver WSW 4-3/4 mi. 100 9-10 357 6-7 105 Miles Standish 8 State Park ** Plymouth / Carver WSW 6-10 mi. 420-89 9-10 O Plymouth Beach

• Plymouth / Carver W 3-4 mi. 4,000 105 13A-53

AMENDMENT 40 PS PSAR October 10, 1980 TABLE B-8 (Sheet 2 of 3 O PUBLIC RECREATION AREAS LOCATED WIT 111N TEN MILES OF PILGRIM UNIT 2 DISTANCE AND 1980 NUMBER OF AUTOS-TOWN DIRECTION FROM ESTIMATED WINTER ESTIMATE FACILITI NAME LOCATION PILGRIM UNIT 2 PEAK USE Stephens Field Plymouth / Carver W 4 mi. 500 - Haskell Field Plymouth / Carver W 4 mi. 200 - Burton Park Plymouth / Carver W 4-1/4 mi. 0 - Arthur Sirrico Play-ground Plymouth W 4-1/4 mi. 100 - Training Green (Park) Plymouth W 4-1/4 mi. 0 - ) Brewster Garden (Park) Plymouth W 4-1/2 mi. 1,500 - Jenny Poor Farm (Park) Plymouth W 4-1/2 mi. 1,500 - Phillip Jackson (Park) Plymouth W 4-1/2 mi. 0 - Summer Street (Park) Plymouth W 4-3/4 mi. 150 - Lout Pond Plymouth W 4-3/4 mi. 100 - Allerton Street (Play-groundl Plymouth W 4-3/4 mi. 60 - Morton Park Plymouth W 5-1/4 1/4 mi. 3,000 - Little Pond Plymouth W S-1/2 mi. 100 -

  . Nelson Street Play-ground                    Plymouth         hWW S-1/4 mi.           250           -

Siever FAcid Plymouth hWW 5-3/4 mi. 200 - Ve2erans Field Plymouth WNW 6 mi. 150 - 9 Greys Beach Kingston WNW 7 mi. 1,200 - Reed Community Center Kingston WNW 8-1/2 mi. 300 , Boston Edison Shore-front Plymouth NW 1/4- mi. 268 - Shipyard Lane Beach Duxbury NW .7-1/2 mi. 200 - 13A-54

PS PSAR AMENDMENT 40 f October 10, 1980 j !O I TABLE B-8 (Sheet 3 of 3) I i i i i PUBLIC RECREATION AREAS IDCATED WIlllIN TEN MILES OF PILGRIM UNIT 2 i.I J ! DISTANCE AND 1980 NUMBER OF ALTTOS-l TOWN DIRECTION FROM ESTIMATED WINTER ESTIMATE j . FACILITY NAME LOCATION PILGRIM UNIT 2 PEAK USE I, Percy Walker Pool Duxbury NW 9 mi. 300 - l Duxbury Beach

• Duxbury NNW 7-3/4 1/4 mi. 1,200 -

I Blakeman's Beach Duxbury NNW 8-1/4 1/2 mi. 7,S00 - Green liarbor Beach Marshfield NNW 10 mi. 4,000 - f { TOTAL PEAK USE: 36,213 3,867 lO

• The beacM itself extends beyond the indicated distance. However, beach useage predominantly takes place .tithin the indicated area.

\ j ** Miles Standish State Park is located in three sectors of the study j area. The' peak use estimates correspond to the useage in each separate sector. O t f I l O 13A-55.

AMENDMENT 40 PS PSAR October 10, 1980 TABLE B-9 ESTIMATED CURRENT PEAK SEASONAL TRANSIENT POPULATION BY SECTOR (1980) DISTANCE FROM PILGRIM UNIT 2 (MILES) 0-1 1-2 2-3 3-4 4-5 5-10 TOTAL O O O O O N O O O NNE O O O .0 0 0 0 NE O O O O O O 0 ENE 0- 0 0 0 0 0 0 E O O O O O O O ESE O O O 0 0 0 0 SE O 2,286 133 0 0 0 2,419 SSE O 50 2,068 0 50 1,370 3,538 S 0 0 0 0 0 1,348 1,348 SSW 150 0 , 0 0 0 3,710 3,860 SW 0 0 0 0 0 1,290 1,290 WSW 0 205 0 0 159 1,644 2,008 W 0 0 791 4,338 4,771 4,067 13,967 WNW 0 0 0 0 1,996 , 2,992 4,988 h11 268 0 0 0 0 995 1,263 NNW 0 0 0 0 0 12,700 12,700 TOTAL 418 2,5 1 2,992 4,338 6,976 30,116 47,381 O O O 13A-56

                                    'PS PSAR                    AMEN DMENT . 40 October- 10, 1980 T ABLE B-.10                            i REVISED PEAK BEACH POPULATION ESTIMATES l
                                                     '1980 Est.

Sector Peak # of Estimated (d) Facility Name Town Location Vehicles Population Duxbury Beach NNW 7-3/4 - Parking Lot

• Duxbury 8-1/4 mi. 265(a) 795 Beach Buggy NNW Usage
• Duxbury 7-8 mi. 400(b) 1,200  ;

Parking Lot on NNW West end of Powder 7-3/4 - Point Bridge

• Duxbury 8-1/4 mi. SO(c) 150 Blakeman's NNW 8-1/4 -

Parking Lot

• Duxbury 8-1/2 mi. 1,500(c) 4,500 .

i Bradford NNW 8-1/2 - Parking Lot

• Duxbury 9 mi. 100(c) 300 Green Harbor NNW Beach Parking ** Marshfield 10 mi. 1,000(c) 3,000
• Source: Ed Leary - Beach Conservation Officer.

      ** Source: .Marshfield Police - Sergeant Welsh.

(a) Residents only - parking sticker required. (b) Estimated 200 residents and 200 transients.

  ,   (c)   Estimated to be composed of primarily transients from outside of the 10-mile area.                                  ,

(d) Assuming 3 persons per automobile. O O

                                       -13 A- 57

AMENDMENT 40 PS PSAR October 10, 1980 l3328l N , NNW NNE 3027 i l12040l 298 NW , 1808 0 N 3615 O l16300l 0 903 WNW 3 1200 565 1695 3 0 3388 2815 0 5058 0 1389 O O O O O

  '12573        j      j      j                                        46     1 O                                                   g 270 290                                                       '""

290 780 h08I 39 h545N27 b39 2 E 137 1 702 8 246 66 58 33 59 95 351 186 99 388 0 59 112 777 0 ESE WSW 12 626 l3556l 12 374 0 12 22 125 24 0

                  ,                    12                     22 12                                            48 22                                                                              0 SW                                                                       33 540                                              24 22 l1545                                                                               83 22                       192                                                                           398 l 83 SSW                           192 SSE h525                               $

2563 (2420} FIGURE B 1980 PERMANENT POPULATION 0-10 MILES 13A-58 .

PS PSAR AMENDMENT 40 October 10, 1980 N l1820 l NNW Ni4E 728 2709l 485 NW 0 NE 450 907 o 676 0 1555 225 WNW 607

g 451 0 289 0 433 0 26 0 76 O 0 0  !

l1534 5 00 i j j l W to mi 9 mi 8 mi 7mi s mi S mi 4 mi ami 2 mi i m, l 65 65 i 524' 393 1 262 40 l 127 51 E 1 42 l 2 1'1' l 3 5 14 l 51 34 3U l 441 1031 7 5 657 4 172 172 67 " 172 N M WSW i33 4s 1829 9 43 28 45 271 319 118 45 271 m 45 236 2 71 213 SW 317 221 SE

 '                                                                                                           213 943 271                                                        213 843                                                      l SSW                                                              SSE                       I 1

J '

                                                                                                               )5997 2525 FIGURE B 1960 SEASONAL POPULATION 0-10 MILES 13A-59

I AMENDMENT 40 PS PSAR I October 10, 1980 l9645l NNW NNE 3000 l1263l 4500 NW 2145 NE 330 0 405 0 ' 4989 i WNW 0 32 g , 395 0 0

140

) 1326 ENE l 0 1100 0 1996 0 0 0 1 0 0 i i l l 1 m' jl13967 0 690 126 0 25 77 k338 791 0 l E i 205 0 00 0 0 0 o 50 1 0 133 105 o 0 0 129 0 WSW 0 160 0 s0 l2008 179 0 238 700 200 200 357 724 900 357 228 629 SW 0 320 1291 894 o 2419 764 270 SSW 25 SSE 3861 S 3538 1348 FIGURE B 1980 PEAK TRANSIENT POPULATION 0-10 MILES (Includes Gurnet Inn in WNW, which is incorrect, see Table B-1) 13A-60

PS PSAR AMENDMENT 40 r October 10, 1980 1 N I NNW i O WNE 205 NW NE i j O 30 175 q 2127 i !O 4 95 j 70 33 ENE 400 ! 1529 , 4 1580 j + W 10 ml 9mi 8 mi 7mi 6 mi S mi 4 mi 3 mi 2mi 1 m' j 3 43 5751 333 626 E l 65 34 wSw ESEl 65 1 .i

SW

!O "" SSW SSE 65 S

• FIGURE B 1980 ADVERSE WEATHER TRANSIENT POPULATION 0-10 MILES 13A-61

AMENDMENT 40 PS PSAR October 10, 1980 20%, on Figure B-7, by the SSE 5-10 mile population estimate of 416 in Table B-1, i.e., 416 x 20% = 83.2). The allocation percentages outlined in Figure B-7 were assumed based on reviews of available maps which show the relative distribution of development within the 5-10 mile areas. The following paragraphs describe the way that the Duxbury and Kingston populations were updated. A review of available maps led to the conclusion that approximately 75% of the 12,000 people (9,000) reside in the portion of Duxbury within 10 miles of the Pilgrim Nuclear Power Station. The remaining 25%, or 3,000, permanent residents live in portions of Duxbury more than 10 miles from Pilgrim Station.* The 9,000 residents within the 10-mile radius represents approximately 57% of the earlier permanent population figure for Duxbury. Therefore, the permanent populations in sectors NW 6-7, NW 7-8, NW 8-9, and NW 9-10, the sectors which represent Duxbury, were reduced by 57%. The 298 population figure fer Powder Point, (Sector NNW 8-9) was left unchanged, since the area has long since been completely developed and therefore has not altered in population since the earlier estimates were compiled.** The 6,800 permanent residents within 120-miles of Pilgrim equals 67% cf the previous estimate of 10,232 Kingston residents within the 10-mile radius. Accordingly, the Kingston components of the WNW and W sectors were reduced by 67%. This involved reducing the FSAR numbers, as allocated in the Draft Evacuation Time Estimates for Areas Near Pilgrim Station, for the Kingston sectors. These sectors were WNW 7-8, WNW 8-9, WNW 9-10, half of WNW 6-7, one-third W 8-9 and one-third W 9-10.*** The remaining 1,200 permanent residents were I allocated to the portion of Kingston beyond the 10-mile radius. l

• This estimate was made separately by both HMM Associates l and the Duxbury Civil Defense Department. l

 ** The population used for Duxbury is actually 12,333 due to        '

rounding errors and not reducing the population on Powder i Point. l

• • • Rounding errors in dividing these sectors result in a "Kingston permanent population" of 6,932, which is slightly more than the 6,800 estimated.

13A-62

PS PSAR AMENDMENT 40 October 10, 1980 Figure B-4, t'he 10-mile rose for seasonal population, was derived in the same manner as Figure B-3. The 0-5 mile seasonal population were taken directly from Figure B-2. The aggregate 5-10 mile seasonal numbers from Table B-2 were

assigned tu l-mile increments using the allowation percentages j from Figure B-7.

The 1980 peak transient estimates of Figure B-5 were derived directly from Tables B-3 through B-10. These data were simply transformed to population rose form. The 1980 transient population in Figure B-6 were aso derived from the tables, in the manner previously described. I B.3 Derived Auto Estimates In order to estimate evacuation times, the four sets of r i population . data were converted to the numbers of automobiles. It was assumed that permanent residents would evacuate with 2.5 l people per automobile. Automobile occupancy factors of 3.0 and l 4.0 were used for the transient and seasonal population,

!   respectively. The resultant roses displaying the numbers of automobiles to be evacuated from the EPZ are shown in I

i Figures B-8, B-9, B-10, and 8-11 for the permanent, seasonal, peak transient, and winter transient cases, respectively. O lO O [ 13A-63

AMENDMENT 40 PS PSAR October 10, 1980 N NNW NtJE 60% 40% NW NE 20% 40% 30% 10 % WNW 5% 15% 30% 20% ENE 30% i i i W m mi smi a mi 7mi s mi smi 4 i 3 mi 2 mi 1mi E 5% 5% 1 40% 30%l20%l l 10% 60% 10 % ESE WSW '* 20% 20% 20% 20% 30% 5% 20% 20% 10% g20% 10%

                     .s                             20%

20% s% 20% SE 20% 20% # 20% SSW #* SSE S FIGURE B PERCENT OF PERMANENT AND SEASONAL AUTOS ASSIGNED TO ONE-MILE INCREMENTS I (from 5 to 10 Mile Total) 13A-64

I PS PSAR. AMENDMENT 40 October 10, 1980 l 1331 l N O 1211 4 816 119 NW 1200 NE

                                     ,,,                            o 1446                         0 1084 6520                                          361 WNW                                           0 1

400 226 678 1 0 1355 ENE 1126 0 0 2023 556 0 0 0 0 0 0 l 5030 j j j 18 1 1 8 116 116 1112 b3I 556 418[b11 13h 1 E 55 4 281 63 26 98 68 134 3 g 13 72 38 s 24 140 74 40 299 55 24 202 250 11 ESE WSW 5 216 1023 5 7o 5 9 50 10 9 17 5 19 9 SW 33 619 9 33 159 7 9 33 SSW 77 SSE O> s. l 212 S 025 I 969 L ps FIGURE 8 NUMBER OF AUTOS ASSOCIATED WITH PERMANENT POPULATION 1 13A-65

AMENDMENT 40 PS PSAR October 10, 1980 l455 l N NNW NNE 182 (676 l 121 NW 0 NE 113 225 0 169 l388 l 56 WNW O 152 18 303 72 O ENE 108 O 7 0 19 0 l385  ; j 1 0 0 W 10 mi,39 mi ,,M333 N 10 " 32* 13 " 2 m E 98f 's6 11 1 1 11 13 4 l 43 110 258 2 1 164 43 1 43 17 3 625 ESE WSW 11 2 263 l4C0] 11 7 < 11 68 80 30 11 68 27 11 59 g 68 53 l 80 68 53 66 53 SSW 2 SSE 348

                                                                                  $                         1500 634 FIGURE B NUMBER OF SEASONAL AUTOS 13A-66

PS PSAR AMENDMENT 40 October 10, 1980 l 3315 l ) N NNW NNE 1 1000 332 l 1600 NW O 87 7 110 o i 135 l1663 l 0 ) WNW g O l 132 O O 442 0 366 0 665 O O O O O l4652l  ;  ; j j o oO O 30 42 o 08 589 k44h b63 0 ' *' E O w 0 0 761 0 ' 53 o OU 44 35 0 0 689 435 0 l 35 o  ! WSW s3 l669 60 0 79 233 67 67 119 241 300 119 76 SW 209 0 l 298 SE O 117 000 254 90 SSW 83 SSE 1285 l 1180 l450 l FIGURE A NUMBER OF PEAK TRANSIENT AUTOS 13A-67 L J

AMENDMENT 40 PS PSAR October 10, 1980 N NNW NNE l 68 } NW NE 10 O se 709 l l WNW 32 133

 .s       . s   .

v .s.., _ , - . 11 O 2a WSW ESE SW SE SSW SSE l 22 l S l ii l FIGURE A-ll - ADVERSE WEATHER TRANSIENT AUTOS 13A-68

i AMENDMENT 4 0 PS PSAR f October 10, 1980 i O O O 1 ANNEX C MODEL CASE AUTOMOBILE ASSIGNMENTS O } 1 i O l i 1 l l 13A-69

   --..n-.--n.,,,. - , , .-. , . ,-- . -.             -,

r-- ... . - - - - - . - - , . .,..-,..--,--n,_,. -.r.. - -.. . . . . . . . , --,.,-.,---rnnna-

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-1 SECTOR ALLOCATIONS FOR PEAK CASE Sector Estimated Demand Entry Node NNW 4-5 153 934 NNW 7-8 715 77 NNW 8-9 1840 1600 934 i 240 77 NNW 9-10 2393 1000 81 464 79 464 80

  ,                                 464                327       1 l    NW 4-5                 114                         934 NW 6-7                 417                         934 i    NW 7-8                1388      278                 59

! 278 64 l 278 66 { 278 73 278 932 NW 0-1 1 NW 8-9 1781 198 58 198 59 198 60

  !                                 198                 64       l 198                65 198                 69 198                72 198                 73 198                 77

NW 9-10 923 154 62 154 74 154 75

, 154 76 154 78 154 102 O 13A-70

i l PS PSAR AMENDMENT 40 October 10, 1980 i I TABLE C-1 (Sheet 2 of 6) i . j Sector Estimated Demand Entry Node  !

!                                  NW 10 +                                                                   1200                          100                                                            101 j                                                                                                                                           100                                                            103 1                                                                                                                                          100                                                             104 f                                                                                                                                           100                                                            106 100                                                             309 100                                                             323
,                                                                                                                                         100                                                             322 1

100 312

l. 100 307 l 100 315 j 100 314 l 100 305 l l

f WNW 0-1 59 918 l WNW 1-2 19 20 t WNW 3-4 19 21 \ l l WNW 4-5 1228 307 28 l 307 30 307 31 307 32 l l WNW 5-6 2497 624 32 624 33 624 41

)                                                                                                                                         624                                                               42
;                                 NW 6-7                                                                    1640                          410                                                               42
                                                                                                                                         -410                                                               41 410 43 410                                                               45 lO j

3 WNW 7-8 1510 503 503 503 45 46 47 i l- WNW 8-9 864 108 46 108 47 108 48 108 49 108 51 108 53 108 55 f 108 57 I t E ! 13A-71 i

   ,_...__._-._._.._._..___.___.,_..__z...                               . , , _ . - _ _ , _ . _ _ , . _ . _ , , .                         _ - . , _ _ . - - _ _ . _ _ . _ _ _ , _ _ _ _ _ . - . _ - . _ . _ _ .

AMENDMENT 40 ps psAn October 10, 1980 TABLE C-1 (Sheet 3 of 6) Sector Estimated Demand Entry Node WNW 9-10 255 128 52 128 56 WNW+ 480 160 310 160 311 160 316 W 0-1 4 918 W 1-2 122 20 W 2-3 412 206 21 206 54 W 3-4 1988 497 22 497 23 497 24 497 54 W 4-5 3017 754 24 754 27 754 28 754 29 W 5-6 1705 568 33 568 34 568 35 W 6-7 932 311 36 311 37 l 311 38 l W 7-8 1285 321 36 l 321 38 321 39 l 321 44 W 8-9 362 121 50 121 44 121 39 W 9-10 132 44 50 44 39 44 40 W 10+ 216 108 330 108 331 , 13A-72

, i

\

f

PS PSAR AMENDMENT 40 l l October 10, 1980

' i 1 TABLE C-1 (Sheet 4 of 6) I Sector Estimated Demand Entry Node f WSW 0-1 4 925 , WSW 1-2 134 67 20 67 21 l WSW 2-3 282 94 19 i 94 21 94

O WSW 3-4 102 54 19 l

! WSW 4-5 200 100 9 l l 100 24 1 1 WSW 6-7 433 217 36  ! 217 86 WSW 7-8 502 251 86 1 251 36 WSW 8-9 102 83 WSW 9-10 110 55 83 55 40 WSW 10+ 216 108 40 108 334 { SW 0-1 5 925 1 l SW 1-2 27 925 i SW 2-3 76 19 SW 3-4 76 9 SW 4-5 219 9 i

SW 5-6 69 9 SW 6-7 76 88 i

i SW 7-8 95 88 4 j SW 8-9 135 87 i O  :

    ~

i

                                                                                   -13A-73
                                        ......._.._.._.____.__....._..,..._.a..___________._..___                       , . . . _

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-1 (Sheet 5 of 6) Sector Estimated Demand Entry Node SW 9-10 135 87 SW 10+ 108 336 SSW 0-1 57 15 SSW 1-2 24 15 SSW 2-3 41 15 SSW 3-4 48 82 SSW 4-5 55 8 SSW 5-6 310 7 SSW 6-7 318 7 SSW 7-8 286 4 SSW 8-9 375 4 SSW 9-10 331 4 S 0-1 4 918 S 1-2 299 15 S 2-3 156 82 S 3-4 283 82 5 4-5 77 82 S 5-6 107 7 S 6-7 154 4 , 9 7-8 147 4 S 8-9 430 287 2 143 4 S 9-30 396 264 2 132 4 1 O 13A-74

i

                                                                                                                                     ~

PS PSAR AMENDMENT 40 October 10, 1980 i TABLE C-1 (Sheet 6 of 6) i Sector Estimated Demand Entry Node SSE 0-1 172 918  ! SSE l-2 182 14 SSE.2-3 1152 11 SSE 3- 4 936 10 SSE 4-5 374 10 SSE 5-6 197 6 SSE 6-7 344 5 SSE 7-8 86 5 SSE 8-9 86 3 SSE 9-10 176 2 SE O-1 239 918 SE l-2 1616 539 13 i 539 16 l 539 917 I SE 2-3 192 12 i 1 G i 9 i 4 1 i i 13A-7S E.,_...._.__._..___._._.___.___._____._.____._.__.__.___ _ _ . . - - ._ ___.

AMENDMENT 40 ps pSAR October 10, 1980 TABLE C-2 , NODE ALLOCATION FOR PEAK CASE Entry Node Loading Time Node Sector Demand Total (in minutes) Case 934 NNW 4-5 153 NNW 8-9 1600 NW 4-5 114 1867 125 4,8 77 NNW 7-8 715 NNW 8-9 240 NW 8-9 198 1153 77 4,8 81 NNW 9-10 1000 1000 67 4,8 79 NNW 9-10 464 464 31 4 80 NNW 9-10 464 464 31 4 327 NNW 9-10 464 464 31 4 932 NW 6-7 417 NW 7-8 278 695 46 4 59 NW 7-8 278 NW 8-9 198 476 32 4 64 NW 7-8 278 NW 8-9 198 476 32 4 66 NW 7-8 278 278 19 4 73 NW 7-8 278 NW 8-9 198 476 32 4 58 NW 8-9 198 198 13 4 60 NW 8-9 198 198 13 4 65 NW 8-9 198 198 13 4 1 69 NW 8-9 198 198 13 4 72 NW 8-9 198 198 13 4 O l 62 NW 9-10 154 154 10 4 74 NW 9-10 154 154 10 4 l 13A-76

J j PS PSAR AMENDMENT 40 1 October 10, 1980 i TABLE C-2 (Sheet 2 of 6) 1 e 1 j Entry Node Loading Time ! N, ode Sector -Demand Total (in minutes) Case 75 NW 9-10 154 154 10 4 ) 76 NW 9-10 154 154' 10 4 l 78 NW 9-10 154 154 10 4 102 NW 9-10 154 154 10 4 101 NW 10+ 100 100 7 4 l ! 103 NW 10+ 100 100 7 4 .i 104 NW 10+ 100 100 7 4 j 106 NW 10+ 100 100 7 4 { 309 NW 10+ 100 100 7 4 l 323 NW 10+ 100 100 7 4 l 322 NW 10+ 100 100 7 4 1 312 NW 10+ 100 100 7 4 j 307 NW 10+ 100 100 7 4 . 315 NW 10+ 100 100 7 4 i 314 NW 10+ 100 100 7 4 l 305 NW 10+ 100 100 7 4 i 918 WNW 0-1 59 W 0-1 4 63 4 2,5,7 l 918 S 0-1 4 SSE 0-1 172 l SE 0-1 239 415 28 3,6,7 f 20 WNW 1-2 19 W.1-2 122 WSW 1-2 67 208 14 2,5,7 O l t , 13A-77

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-2 (Sheet 3 of 6) ll Entry Node Loading Time Node Sector Demand Total (in minutes) Case 21 WNW 3-4 19 W 2-3 206 WSW 1-2 67 . WSW 2-3 94 386 26 2,5,7 28 WNW 4-5 307 W 4-5 745 1052 70 2,5,7 30 WNW 4-5 307 307 20 2,5,7 31 WNW 4-5 307 307 20 2,5,7 32 WNW 4-5 307 WNW 5-6 624 931 62 2,5,7 33 WNW 5-6 624 l W 5-6 568 1192 79 2,5,7 41 WNW 5-6 624 WNW 6-7 410 1034 69 2,5,7 42 WNW 5-6 624 WNW 6-7 410 1034 69 2,5,7 l 43 WNW 6-7 410 410 27 5 45 WNW 6-7 410 WNW 7-8 503 913 61 5 46 WNW 7-8 503 WNW 8-9 108 611 41 5 47 WNW 7-8 503 WNW 8-9 108 611 41 5 ^ 48 WNW 8-9 108 108 7 5 49 WNW 8-9 108 108 7 5 51 WNW 8-9 108 108 7 5 53 WNW 8-9 108 108 7 5 55 WNW 8-9 108 108 7 5 57 WNW 8-9 108 108 7 4 13A-78

I

PS PSAR AMENDMENT 40 f October 10, 1980 l

t '. [ TABLE C-2 (Sheet 4 of 6) i Entry. Node Loading Time i l

               ! ode    Sector       Demand                Total      (in minutes)           Case 52        WNW 9-10         128                     128              9              5 l              56        WNW 9-10         128                      128             9              5 1                                                                                                       '

! 310 WNW 10+ 160 160 11 5 l 311 WNW 10+ 160 160 11 5 1 316 WNW 10+ 160 160 11 5 3 ! 54 W 2-3 206 l W 3-4 497 i WSW 2-3 94 797 53 2,5,7 1 22 W 3-4 497 497 33 2,5,7 l I l j 23 W 3-4 497' 497 33 2,5,7 l s ! 24 W 3-4 497 l W 4-5 754 WSW 4-5 100 1351 {() 4 90 2,5,7 j 27 W 4-5 754 754 50 2,5,7 j 29 W 4-5 754 754 50 2,5,7 34 W 5-6 568 568 38 2,5,7 i j 35 W 5-6 568 568 38 2,5,7 36 W 6-7 311 W 7-8 321 WSW 5-6 67 O WSW 6-7 WSW 7-8 217 251 1167 79 2,5,7 37 W 6-7 311 311 21 2,5,7 38 W 6-7 () W-7-8' 311 321 632 42 2,5,7 39 W 7-8 321 W 8-9 121 W 9-10 44 486 32 2,5,7 ( 44 W 7-8 W 9-10 321 121 '442 29 2,5,7 4 13A-79

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-2 (Sheet 5 of 6) Entry Node Loading Time Node Sector Demand Total (in minutes) Case 50 W 8-9 121 W 9-10 44 165 11 5 40 W 9-10 44 WSW 9-10 55

WSW 10+ 108 207 14 5 330 W 10+ 108 108 7 5 j 331 W 10+ 108 108 7 5 19 WSW 2-3 94 WSW 3-4 102 SW 2-3 76 272 18 2,5,7 925 WSW 0-1 4 SW 0-1 5 SW 1-2 27 36 2 2,5,7 9 WSW 4-5 100 SW 3-4 76 SW 4-5 219 SW 5-6 69 464 31 2,5,7 86 WSW 6-7 217 WSW 7-8 251 468 31 2,5,7 83 WSW 8-9 102 WSW 9-10 55 157 10 5 334' WSW 10+ 108 108 7 5 88 SW 6-7 76 SW 7-8 95 171 11 2,5,7 87 SW 8-9 135 SW 9-10 135 270 18 5 336 SW 10+ 108 108 7 5 15 SSW 0-1 57 SSW 1-2 24 SSW 2-3 41 S 1-2 299 421 28 3,6,7 O

13A-80

                                                                        }

4 I 4 PS PSAR AMENDMENT 40 l October 10, 1980 4 i TABLE C-2 (Sheet 6 of 6) { ! i

Entry Node Loading Time l l

1 Noue Sector Demand Total (in minutes) Case j 1 82 SSW 3-4 48 l 5 2-3 156 2 S 3-4 283 l S 4-5 77 564 38 3,6,7 i 8 SSW 4-5 55- 55 4 3,6,7 7 SSW 5-6 310 SSW 6-7 318 S 5-6 107 735 49 6,7 SSW 7-8 286 4 SSW 8-9 375 SSW 9-10 331 I S 6-7 154 S 7-8 147 S 8-9 143 S 9-10 132 1568 105 6,7 2 S 8-9 286 O S 9-10 SSE 9-10 264 176 726 48 6,7 14 SSE 1-2 182 182 12 3,6,7 11 SSE 2-3 1152 1152 77 3,6,7 10 SSE 3-4 936 SSE 4-5 374 13JO 87 3,6,7 l 6 SSE 5-6 197 197 13 6 , i-5 SSE 6-7 344 () 3 SSE 7-8 SSE 8-9 86 86 430 86 29 6 6,7 6,7 l i l 13 SE 1-2 539 539 36 3,6,7  ! () 16 917 SE 1-2 539 539 36 3,6,7 i SE 1-2 539 539 36 3,6,7

12. SE 2-3 192 192 13 3,6,7 O

13A-81

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-3 I CASE 1 - PEAK Node Node Sector Demand Total Time 918 WNW 0-1 59 W 0-1 4 S 0-1 4

!   SSE 0-1           172 SE 0-1           239          478        32 20 WNW 1-2          19 W 1-2          122 WSW 1-2            67          208        14 l 925 WSW 0-1           4
!    SW 0-1             5 SW 1-2            27           36         2 1

21 WSW 1-2 67 67 4 4 15 SSW 0-1 57 l SSW 1-2 24 S 1-2 299 380 25 14 SSE l-2 182 182 12 s 13 SE l-2 539 539 36 16 SE 1-2 539 539 36

917 SE 1-2 539 539 36 i

O

1 i t PS PSAR AMENDMENT 40 i October 10, 1980 ( TABLE C-4 SECTOR ALLOCATIONS FOR ADVERSE CASE  ; L l- Sector Estimated Demand Entry Node  ! e i ! NNW 8-9 119 119 77 l NNW 9-10 1211 404 79 . 404 80 l 404 327 NW'4-5 . 1 934 i l NW 6-7 361 932 i NW 7-8 1142 228 59 l 64 j 228 i- 228 66 l 228 73 1 228 932 i NW 0-1 NW 8-9 1456 162 58 l 1

             @                                                                                                                                  162 162 59 69 l                                                                                                                                                162                 64

162 65

!'; 162 69 162 72 1 162 73 I 162 77 i l NW 9-10 723 121 62 1 121 74 l 121 75 ? 121 76 121 78 121 102 i 9 1 1 i \@ . l ! 13A . ~. . .- - .

AMENDMENT 40 PS PSAR October 1.0, 1980 TABLE C-4 (Sheet 2 of 6) Sector Estimated Demand Entry Node NW 10+ 1200 100 101 100 103 100 104 100 106 100 309 100 323 100 322 100 312 100 307 4 100 315 100 314 100 305 WNW 0-1 58 918 ! WNW 1-2 18 20 i

, WNW 4-5            1066       267                           28 l

267 30 l 267 31 267 32 WNW 5-6 2156 539 32 539 33 539 41 4 539 42 l l WNW 6-7 1137 285 42 285 41 285 43 285 45 WNW 7-8 1378 459 45 459 46

459 47 WNW 8-9 710 89 46 89 47 89 48 89 49 89 51 89 53

89 55 89 57 l

13A-84

i i PS PSAR AMENDMENT 40 i October 10, 1980 j TABLE C-4 (Sheet 3 of 6) l Sector Estimated Oemand Entry Node i WNW 9 226 113 52 ' 113 56 WNW+ 480 160 310 l 160 311 160 316 - W 0-1 3 918 l W 1-2 120 20 l W 2-3 345 173 21 173 54 W 3-4 622 156 22 156 23 156 24 156 54 W 4-5 1610 403 24 403 27 403 28 403 29 W 5-6 570 190 33 190 34 190 35 W 6-7 834 278 36 278 37 278 38 W 7-8 1113 278 36 278 38 278 39 278 44 W 8-9 116 39 50 39 44 39 39 W 9-10 116 39 50 39 39 39 40 9 13A-85

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-4 (Sheet 4 of 6) Sector Estimated Demand Entry Node t W 10+ 216 108 330 108 331 WSW 0-1 3 925 l WSW 1-2 77 39 20 39 21 WSW 2-3 281 94 19 94 21 94 54 WSW 3-4 98 19 WSW 4-5 134 67 9 67 24 WSW 5-6 24 36 WSW 6-7 140 70 86 WSW 7-8 24 86 WSW 8-9 24 83 WSW 9-10 24 40 WSW 10+ 216 108 40 108 334 SW 0-1 4 925 SW 1-2 26 925 SW 2-3 72 19 SW 3-4 74 9 SW 4-5 202 9 SW 5-6 5 9 SW 6-7 5 88 O 1 13A-86

                                                          ]

I PS PSAR . AMENDMENT 4 0 October 10, 1980 TABLE C-4 (Sheet 5 of 6) l , Sector Estimated Demand Entry Node l l l SW 7-8 5 88 i SW 8-9 5 87 l SW 9-10 5 87

l SW 10+ 108 336 l

l SSW 0-1 6 15 1 l SSW 1-2 23 15 SSW 2-3 40 15 SSW 3-4 45 82 SSW 4-5 53 8 i SSW 5-6 9 7 l SSW 6-7 9 7 , SSW 7-8 31 4 l i i l SSW 8-9 9 4 i SSW 9-10 9 4 S 0-1 3 918 l S 1-2 298 15 S 2-3 155 82 f S'3-4 250 82 ,. S 4-5 70 82 ' 4 i S 5-6 10 7 l S 6-7 19 4 i 9  : 13A-87

AMENDMENT 40 PS PSAR . October 10, 1980 TABLE C-4 (Sheet 6 of 6) Sector Estimated Demand Entry Node S 7-8 10 4 ! S 8-9 77 26 1 , 26 2 26 4 S 9-10 77 26 1 26 2 26 4 ] SSE 0-1 22 918 SSE 1-2 133 14 SSE 2-3 310 11 j SSE 3-4 311 10 SSE 4-5 94 10 SSE 5-6 50 6 i i SSE 6-7 17 5 SSE 7-8 33 5 ] SSE 8-9 33 3

SSE 9-10 33 2

. 3E 0-1 53 918 SE 1-2 68 23 13 23 16 23 917 SE 2-3 38 12 I O1

                                                                         )

l 9: 13A-88

PS PSAR AMENDMENT 40 j October 10, 1980  ; i ' I ! -TABLE C-5 i i { NODE ALLOCATION FOR PEAK CASE h f Entry Node Loading Time l l s g Node Sector Demand Total (in minutes) Case ' !U 77 NNW 7-8 ! NNW 8-9 119 119 8 4,8 79 NNW 9-10 404 404 27 4 i 80 NNW 9-10 404 404 ( = 2 '7 4 327 NNW 9-10 404 404 27 4 i 932 NW 6-7 361 NW 7-8 228 589 39 4 ' i 59 NW 7-8 228 NW 8-9 162 390 26 4 l 64 NW 7-8 228 NW 8-9 162 390 26 4 66 NW 7-8 228 228 15 4 73 NW 7-8 228 228 15 4 58 NW 8-9 162 162 11 4 60 NW 8-9 162 162 11 4 65 NW 8-9 162 162 11 4 69 NW 8-9 162 162 11 4 72 NW 8-9 162 162 11 4 () 73 NW 8-9 162 162 11 4 77 NW 8-9 162 162 11 4 62 1 NW 9-10 121 121 8 4 () 74 NW 9-10 121 121 8 4 1 75 Nn 9-10 121 121 8 4 l 76 NW 9-10 121 121 8 4

         )      78      NW 9-10         121                  121              8             4 13A-89 c-

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-5 (Sheet 2 of 6) Entry Node Loading Time Node Sector Demand Total (in minutes) Case i 102 NW 9-10 121 121 8 4 i 101 NW 10+ 100 100 7 4 O 103 NW 10+ 100 100 7 4 104 NW 10+ 100 100 7 4 106 NW 10+ 100 100 7 4 309 NW 10+ 100 100 7 4 323 NW 10+ 100 100 7 4 . 322 NW 10+ 100 100 7 4 312 NW 10+ 100 100 7 4 307 NW 10+ 100 100 7 4 315 NW 10+ 100 100 7 4 314 NW 10+ 100 100 7 4 305 NW 10+ 100 100 7 4 918 WNW 0-1 58 W 0-1 3 61 4 2,5,7 918 S 0-1 3 SSE 0-1 22 SE 0-1 53 78 5 3,6,7 20 WNW 1-2 18 W 1-2 120 WSW 1-2 39 177 12 2,5,7 1 21 W 2-3 173 WSW 1-2 39 WSW 2-3 94 306 20 2,5,7 28 WNW 4-5 267 W 4-5 403 670 45 2,5,7 30 WNW 4-5 267 267 18 2,5,7 O 13A-90

                                                                        ]

_ _ _ _ _ _ - _ _ _ . _ .. __ _ _ - _ . _ _ _ _ _ _ _ _ . . ._ _ . _ _ _ _ . . . _ _ . _ . . = _ . j PS PSAR AMENDMENT 40 1 October 10, 1980 l 4 TABLE C-5 (Sheet 3 of 6) !O l Entry Node Loading Time i Node Sector Demand Total (in minutes) Case j 31 WNW 4-5 267 267 18 2,5,7 { 32~ WNW 4-5 267 j WNW 5-6 539 806 54 2,5,7 33 WNW 5-6 539 j W 5-6 190 729 49 2,5,7 j l 41 WNW 5-6 539 WNW 6-7 285 824 55 2,5,7 j 42 WNW 5-6 539 j WNW 6-7 285 824 55 2,5,7 43 WNW 6-7 285 285 19 5 i j 45 WNW 6-7 285 { WNW 7-8 459 744 50 5 t 46 WNW 7-8 459 j WNW 8-9 89 548 37 5 1 i 47 WNW 7-8 459 j WNW 8-9 89 548 37 5 4 48 WNW 8-9 89 89 6 5 i ) 49 WNW 8-9 89 89 6 5 51 WNW 8-9 89 89 6 5 l; 53 WNW 8-9 89 89 6 5 j 55 WNW 8-9 89 89 6 5 j 57 WNW 8-9 89~ 89 6 4 s l 5? WNW 9-10 113 113 8 5 56 WNW 9-10 113 113 8 5 3 1 l 310- WNW 10+- 160 160 11 5 i 311 WNW 10+ 160 160 11 5 ] 4 ,O 13A-91 L_

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-5 (Sheet 4 of 6) 3 Entry Node Loading Time Node Sector Demand Total (in minutes) Case 316 WNW 10+ 160 160 11 5 54 W 2-3 173 W 3-4 156 WSW 2-3 94 423 28 2,5,7 22 W 3-4 156 156 10 2,5,7 23 W 3-4 156 156 10 2,5,7 24 W 3-4 156 W 4-5 403 WSW 4-5 67 626 42 2,5,7 27 W 4-5 403 403 27 2,5,7 29 W 4-5 403 403 27 2,5,7 34 W 5-6 190 190 13 2,5,7 35 W 5-6 190 190 13 2,5,7 36 W 6-7 278 W 7-8 278 ) WSW 5-6 24 l WSW 6-7 70 650 43 2,5,7 37 W 6-7 278 278 19 2,5,7 38 W 6-7 278 W 7-8 278 556 37 2,5,7 39 W 7-8 278 W 8-9 39 W 9-10 39 356 24 2,5,7 44 W 7-8 278 W 8-9 39 317 21 2,5,7 50 W 8-9 39 W 9-10 39 78 5 5 40 W 9-10 39 WSW 9-10 24 WSW 10+ 108 171 11 5 '

i f PS PSAR AMENDMENT 40 i October 10, 1980 ! TABLE C-5 (Sheet 5 of 6) i j Entry Node Loading Time j Node Sector Demand Total (in minutes) Case l l 330 W 10+ 108 108 7 5 I i j 331 W 10+ 108 108 7 5 j 19 WSW 2-3 94  ! ! WSW 3-4 98 i SW 2-3 72 264 18 2,5,7 5 4 925 WSW 0-1 3 i SW 0-1 4 j SW 1-2 26 33 2 2,5,7 i j 9 WSW 4-5 67

SW 3-4 74

SW 4-5 202 j SW 5-6 5 348 23 2,5,7 l

! 86 WSW 6-7 70 l WSW 7-8 251 321 21 2,5,7 i 83 WSW 8-9 24 2 5 334 WSW 10+ 108 108 7 5 l 88 SW 6-7 5 3 SW 7-8 5 10 1 2,5,7 87 SW 8-9 5 SW 9-10 5 10 1 5 336 SW 10+ 108 108 7 5 15 SSW 0-1 6 SSW 1-2 24 SSW 2-3 40 S 1-2 298 368 25 3,6,7

82 SSW 3-4 45 i

S 2-3 155 , O S'3-4 S 4-5 250 70 520 35 3,6,7 8 SSW 4-5 53 53 4 2,6,7 i O 13A-93 L

AMENDMENT 40 PS PSAR October 10, 1980 TABLE C-5 (Sheet 6 of 6) l Entry Node Loading Time (in minutes) Node Sector Demand Total Case 7 SSW 5-6 9 SSW 6-7 9 S 5-6 10 28 2 6,7 4 SSW 7-8 31 SSW 8-9 9 SSW 9-10 9 S 6-7 19 ' S 7-8 10 S 8-9 26 S 9-10 26 130 9 6,7 I 2 S 8-9 52 l S 9-10 52 SSE 9-10 66 170 12 6,7 $ 14 SSE 1-2 133 133 9 3,6,7 i 11 SSE 2-3 310 310 21 3,6,7 10 SSE 3-4 311

  ;          SSE 4-5    94         405         27      3,6,7 6       SSE 5-6    50          50          3        6,7
 ;   5       SSE 6-7    17 SSE 7-8    33          50          3        6,7 3       SSE 8-9    33          33          2        6,7 13       SE 1-2    23          23          2      3,6,7 16       SE 1-2    23          23          2      3,6,7 917      SE 1-2    23          23          2      3,6,7 12       SE 2-3    38          38          3      3,6,7 O

4I> , l 1 13A-94

PS PSAR AMENDMENT 40  ; October 10, 1980 1 TABLE C-6 , CASE 1 - ADVERSE i  ! ! Node i Node Sector Demand Total Time ' j 918 WNW 0-1 58

!                                                                                                               W 0-1                                                       3 i                                                                                                                S 0-1                                                       3                                                                                               ,

l SSE 0-1 22 6 l SE O-1 53 139 9 20 WNW 1-2 18 ' W 1-2 120 j WSW 1-2 39 177 12 { 925 WSW 0-1 3 SW 0-1 4 SW 1-2 26 33 2 21 WSW 1-2 39 39 3

15 SSW 0-1 6 i SSW 1-2 23

S 1-2 298 327 22 ,

14 SSE 1-2 133 133 9 13 SE 1-2 23 23 2 f l SE 1-2 16 23 23 2 l 917 SE l-2 23 23 2 1

!c 4

i-i ^ 13A-95 m e- - wr- e -,- ---,m., _.-..,._.-,-w,. ,,-m- -, , , , - ,,, .y.e-y,--.....,e,  % . , , m._, ,-,-# c-e.., _m--i,--,,,,,-,,-%.,w.a..--n- g ,, w w mm g-, yw3

l 1 i AMENDMENT 40 PS PSAR October 10, 1980 l O i f 3 i O f l ANNEX D i ASSUMPTIONS { i i

h. :

1  ; l k i j i i t O 1 1

                                                                  *l 13A-96

PS PSAR AMENDMENT 40 October 10, 1980 ANNEX D O ASSUMPTIONS

1) Peak population is: all permanent residents at home, seasonal units full, O all transient facilities at capacity.

2) Double counting; i.e. many persons at beaches are permanent or seasonal residents.

3) Auto occupancy: 3 transient (per Seabrook survey),

4 sesonal (per EPA), 2.5 permanent (per census data).

4) No delay between notification and departure. Entire population evacuates.

5) Population distribution percentages - see rose.

6) All cars load onto network at 15 cars per minute. i

                                                                                    \

7) All traffic signals and signs are obeyed. No traffic, l police, etc. expedite movement.

1

8) Handicapped persons, including deaf, will be notified and, if necessary, evacuated by neighbors, family and friends.

O 9) People choose fastest route away from polant. No pre-planned routes enforced. 10)- Only two lanes used on Route 3 North and South, only one lane on all other roads.

11) Police, fire and other Civil Defense staff remain in place and don't evacuate with rest of population.

a 1 13A-97 l

. l D , _ . .,_ J

AMENDMENT 40 PS PSAR October 10, 1980

12) Peak case is in fair weather " Beach Day" on Saturday and Saturday most likely.

13) Assumptions about preference factors made at each intersection based on overview of quickest route away from plant.

14) Network capacity decreases by 70% during adverse weather.

15) Transient facilities are half full during adverse weather.

16) Used small pieces of Bourne, Wareham and Plympton since we had no basis for subtracting the population associated with those pieces and the result is slightly conservative.

17) Assumed that people not in the planned evacuation boundaries for each case would not choose to evacuate anyway.

18) Assumed empty network at start e.g. non-resident or non-transient cars on network were not accounteci for. It was assumed that residents' cars originate from homes.

Pass througif traffic on Route 3 going between Boston and Cape not included.

19) Kingston - 85% of the population live within 10 miles 15% of the population live outside 10 miles

21) Carver -

8,000 total population = permanent population 1/3 live east of Route 58

22) Duxbury -

75% of the population live within 10 miles O 25% of the population live outside 10 miles Powder Point population will not expand in future 13A-98

PS PSAR AMENDMENT 29

  .                                                                                        February 24, 1977 Appendices                                       Title                                             Page llE            

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 OF CONTAINMENT ATMOSPHERE ISOTOPIC I' CONCENTRATIONS llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1  ! i WITH SECTION II.D OF APPENDIX I ISSUED l MAY 5, 1975 llG ~ COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 1

RADWASTE SYSTEMS j l

CHAPTER 12 VOLUME XI  ; , l RADIATION PROTECTION i Section Title Page 12.1 SHIELDING 12.1-1

12.1.1 DESIGN OBJECTIVES 12.1-1 12.1.2 DESIGN DESCRIPTION 12.1-2 12.1.3 SOURCE TERMS 12.1-7A 12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9

] 12.1.5 OPERATING PROCEDURES 12.1-10 1 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B  !

s 12.2 VENTILATION 12.2-1 12.2.1 DESIGN OBJECTIVES- 12.2-1 l 12.2.2 DESIGN DESCRIPT10N , 12.2-1 12.2.3 SOURCE TERMS 12.2-2A l

12.2.4- AIRBORNE RADIOACTIVITY MONITORING 12.2-3 4 i 12.2.5 OPERATING PROCEDURES 12.2-3A i 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 XXi C . _ - . _.. _ _ ~ . . _ - - - . - - _ , _ , __--- -.. _,._.,- ,

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12,3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION '3.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

I r j PS PSAR AMENDMENT 40 j october 10, 1980 lO Section Title Page ! 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 t j SERVICES I 13.3.3 EMERGENCY CONDITIONS 13.3-32

13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 i

i 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 j 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 j 13.3.8 LETTERS OF AGREEMENT 13.3-66 l 13.4 REVIEW AND AUDIT 13.4-1 i 13.5 STATION PROCEDURES 13.5-1 j 13.6 PLANT RECORDS 13.6-1  ! l

13.6.1 PLANT HISTORY 13.6-1 l 13.6.2 OPER.TTING RECORDS 13.6-1 f

! 13.6.3 EVENT RECORDS 13.6-1 I j 13.7 INDUSTRIAL SECURITY 13.7-1 ' 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1

13.7.2 SECURITY PLAN 13.7-2 Appendices 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS

]

Section Title Page i

14.1 TEST PROGRAM 14.1-1

h v 14.

1.1 INTRODUCTION

14.1-1 xxiii w

AMENDMENT 29 PS PSAR February 24, 1977 Title Page O Section 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST. 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 Xxiv

I i PS PSAR AMENDMENT 29 February 24, 1977 t s j Appendices, Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 l OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS , i llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 l WITH SECTION II.D OF APPENDIX I ISSUED

!                     MAY 5, 1975 llG              COST-BENEFIT ANALYSIS OF ALTERNATE                  llG-1 j                      RADWASTE SYSTEMS I

1 j CHAPTER 12 - VOLUME XI

RADIATION PROTECTION J

Section Title Page 12.1 SHIELDING 12.1-1 l i 12.1.1 DESIGN OBJECTIVES 12.1-1 12.1.2 DESIGN DESCRIPTION 12.1-2 l 12.1.3 SOURCE TERMS 12.1-7A I 12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 l ! 12.1.5 OPERATING PROCEDURES 12.1-10

;    12.1.6           ESTIMATES OF EXPOSURE                               12.1-10 12.

1.7 REFERENCES

12.1-13B

12.2 VENTILATION 12.2-1 1

12.2.1 i)ESIGN OBJECTIVES 12.2-1 12.2.2 DESIGN DESCRIPTION , 12.2-1 i p 12.2.3 SOURCE TERMS 12.2-2A U 12.2.4 AIRBORNd RADIOACTIVITY MONITORING 12.2-3 j 12.2.5 OPERATING PROCEDURES 12.2-3A ESTIMATES OF INHILATION DOSES O 12.2.6 12.2-4 XXi L1

AFENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3..I PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

t PS PSAR AMENDMENT 40 October 10, 1980 !O ] .Section Title Page i i 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 i SERVICES j j 13.3.3 EMERGENCY CONDITIONS 13.3-32 1 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 I 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 i i 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 1 13.3.8 LETTERS OF AGREEMENT 13.3-66 l 13.4 REVIEW AND AUDIT 13.4-1 l I '3.5 STATION PROCEDURES 13.5-1 } 13.6. PLANT RECORDS 13.6-1 13.6.1 PLANT HISTORY 13.6-1 1 j O 13.6.2 OPERATING RECORDS 13.6-1 1 13.6.3 EVENT RECORDS 13.6-1 j 13.7 INDUSTRIAL SECURITY 13.7-1 i

13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1

                   -13.7.2            SECURITY PLAN -                                                                 13.7-2 I

i l Appendices 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 [ 4 CHAPTER 14 - VOLUME XI , INITIAL TESTS AND OPERATIONS Section Title Page 1 l 14.1 TEST PROGRAM 14.1-1 i 14.

1.1 INTRODUCTION

14.1-1 xxiii L.

WENDMENT 29 PS PSAR February 24, 1977 Page O Section Title 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 I ON ACCIDENT ANALYSIS , l 15.

1.7 REFERENCES

15.1-7B l 15.2 CLASS 1 EVENTS 15.2-1 1 xxiv I

PS PSAR AMENDMENT 29 February 24, 1977 l (' h b Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 s OF CONTAINMENT ATMOSPHERE ISOTOPIC

         )            CONCENTRATIONS llF        ADDITIONAL INFORMATION NEEDED TO COMPLY     llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975
        \  llG        COST-BENEFIT ANALYSIS OF ALTERNATE          llG-1 s                 RADWASTE SYSTEMS CHAPTER 1. - VOLUME XI RADIATION PROTECTION Section                     Title                      Page 12.1       SHIELDING                                   12.1-1 12.1.1     DESIGN OBJECTIVES                           12.1-1 12.1.2     DESIGN DESCRIPTION                          12.1-2 12.1.3     SOURCE TERMS                                12.1-7A i

12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 12.1.5 OPERATING PROCEDURES 12.1-10 l 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B j- 12.2 VENTILATION 12.2-1

     '-    12.2.1     DESIGN OBJECTIVES                           12.2-1 12.2.2     DESIGN DESCRIPTION                          12.2-1
   ,r 3    12.2.3     SOURCE TERMS                                12.2-2A U       12.2.4     AIRBORNE RADIOACTIVITY MONITORING           12.2-3 12.2.5     OPERATING PROCEDURES                        12.2-3A
    }

a 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 xxi j L

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 li"ALTH PIIYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RAD 10ACT.CVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CIIAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SIIIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSIIIPS WITH CONTRACTORS 13.1-14  ! AND SUPPLIERS 13.1.5 APPLICANT' S TECIINICAL STAFF 13.1-14 I i 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 TECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITII EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

1 f 1 i PS.PSAR AMENDMENTL40 j- October 10, 1980 4 ilO i

               .Section                                    Title                                   Page j                13.3.2               ORGANIZATION, FACILITIES AND SUPPORT                          13.3-10 SERVICES I                13.3.3               EMERGENCY CONDITIONS                                          13.3-32 j                13.3.4               NOTIFICATION AND COMMUNICATION                                13.3-37 4

4 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 4 l- 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 l 13.3.8 LETTERS OF AGREEMENT 13.3-66 I 13.4 REVIEW AND AUDIT 13.4-1 1 13.5 STATION PROCEDURES 13.5-1 i i 13.6 PLANT RECORDS 13.G-1 { 13.6.1 PLANT HISTORY 13.6-1 l 13.6.2 OPERATING RECORDS 13.6-1

i l- 13.6.3 EVENT RECORDS 13.6-1 l l 13.7 INDUSTRIAL SECURITY 13.7-1 4

! 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 I i 13.7.2 SECURITY PLAN 13.7-2 4 i i

               -Appendices
  .(

13A EVACUATION CLEAR TIME ESTIMATES 13A-1

                                             . CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS                                          l i

Section. Title Page 14.1 TEST PROGRAM- 14.1-1 j O'" 14.

1.1 INTRODUCTION

14.1-1 1 xxiii. W

AMENDMENT 29 PS PSAR February 24, 1977 Page O Section Title 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OP APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COi4PUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 Xxiv ~

                                                                                 \

! PS PSAR ' AMENDMENT 29 February 24,'1977 iO I Appendices Title Page i .llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 3 OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS

llF ADDITIONAL INFORMATION NEEDED 'IO COMPLY llF-1 l WITH SECTION II.D OF APPENDIX I ISSUED

}, MAY 5, 1975 llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 j RADWASTE SYSTEMS f CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section Title Page .f 12.1 SHIELDING 12.1-1 12.1.1 DESIGN OBJECTIVES 12.1-1 12.1.2 DESIGN DESC'RIPTION 12.1-2 12.1.j SOURCE TERMS 12.1-7A { 12.:.4 AREA RADIATION MONITORING SYSTEM 12.1-9 4-12.1.5 OPERATING PROCEDURES 12.1-10 3 12.1.6 ' ESTIMATES OF EXPOSURE 12.1-10 l j 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGN OBJECTIVES 12.2-1 i j_ '12.2.2 DESIGN DESCRIPTION , 12.2-1 i 12.2.3 SOURCE TERMS 12.2-2A 2 4 l

          ~12.2.4          AIRBORNE RADIOACTIVITY MONITORING            12.2-3

12. 2-3A 12.2.5 OPERATING PROCEDURES 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 XXi L

AMENDMENT 40 PS PSAR october 10, 1980 0 Sfction Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERIALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14  ! FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 l xxii

PS PSAR AMENDMENT 40 October 10, 1980 O Section Title- Page 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 SERVICES O 13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 13.3.'8 LETTERS 'OF AGREEMENT 13.3-66 13.4 REVIEW AND AUDIT 13.4-1 13.5 STATION PROCEDURES 13.5-1 13.6 PLANT RECORDS. 13.6-1 13.6.1 PLANT HISTORY 13.6-1 13.6.2 OPERATING RECORDS 13.6-1 13.6.3 EVENT RECORDS 13.6-1 13.7 INDUSTRIAL SECURITY 14,7_1 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 13.7.2 SECURITY PLAN 13.7-2 Appendices 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS Section Title Page 14.1 TEST PROGRAM 14.1-1 14.

1.1 INTRODUCTION

14.1-1 xxiii

AMENDMENT 29 PS PSAR February 24, 1977 Title Page O Section 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST. 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 l Xxiv i j

i PS PSAR AMENDMENT 29

February 24, 1977 Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1

;                 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975

! llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 RADWASTE SYSTEMS 1 CHAPTER 12 - VOLUME XI j RADIATION PROTECTION Section Title Page 12.1 SHIELDING 12.1-3 i 12.1.1 DESIGN OBJECTIVES 12.1-1 12.1.2 DESIGN DESCRIPTION 12.1-2 12.1.3 SOURCE TERMS 12.1-7A

12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 i ,

1 12.1.5 OPERATING PROCEDURES- 12.1-10 ! l { 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B 1 1 12.2 VENTILATION 12.2-1 l b l j 12.2.1 DESIGN OBJECTIVES 12,2-1 i

12.2.2 DESIGN DESCRIPTION , 12.2-1 12.2.3 SOURCE TERMS 12.2-2A 12.2.4 AIRBORNE RADIOACTIVITY MONITORING 12.2-3 r

j 12.2.5 OPERATING PROCEDURES 12.2-3A 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 XXi w .. - . . , . . , . - . . - , - ..

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS S AFETY (FSAR) 12.4-1 12.4.1 MATERIALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS l Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1

                                                                )

13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii J

PS PSAR AMENDMENT 40 October 10, 1980 j lO Section Title Page

}

l 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 i SERVICES 13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 1 13.3.6 PUBLIC INFORMATION 13.3-57 3 i 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 I l 13.3.8 LETTERS OF AGREEMENT 13.3-66

;    13.4        REVIEW AND AUDIT                                           13.4-1 l

, 13.5 STATION PROCEDURES 13.5-1 13.6 PLANT RECORDS 13.6-1 j 13.6.1 PLANT HISTORY 13.6-1 I 13.6.2 OPERATING RECORDS 13.6-1 f

13.6.3 EVENT RECORDS 13.6-1 i

j 13.7 INDUSTRIAL SECURITY 13.7-1 l 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 1 13.7.2 SECURITY PLAN 13.7-2 1 i , Appendices j 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 l I CHAPTER 14 - VOLUME XI l INITIAL TESTS AND OPERATIONS 1 j Section Tit?e Page 14.1- TEST PROGRAM 14.1-1 1

    - 14.

1.1 INTRODUCTION

14.1-1 xxiii i m

AMENDMENT 29 pg pggg February 24, l'77 O Section Title Page 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 h 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST- 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 g 15.1.6 EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 l xxiv

a . - .g.,_4, -

                                                --s             4 -*- --        a. + .          --

PS PSAR' AMENDMENT 29 February 24, 1977 Appendices Title ' Page

                  . llE          

SUMMARY

OF STUDY FOR THE DETERMINATION llE-l OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 O llG - COST-BENEFIT ANALYSIS OF ALTERNATE RADWASTE SYSTEMS llG-l' CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section Title Page 12.1 SHIELDING 12.1-1 12.1.1 DESIGN OBJECTIVES 12 L-1 12.1.2 DESIGN DESCRIPTION 12.1-2 12.1.3 SOURCE TERMS 12.1-7A

                  - 1:2.1.4      AREA RADIATION MONITORING SYSTEM                        12.1-9    !

l 12.1.5 OPERATING PROCEDURES 12.1-10 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGN ODJECTIVES 12.2-1 12.2.2 DESIGN DESCRIPTION , 12.2-1 I l 12.2.3 SOURCE TERMS 12.2-2A 12.2.4 AIRBORNE RADIOACTIVITY MONITORING 12.2-3 12.2.5 OPERATING PROCEDURES 12.2-3A

                  . 1:2.2.6      ESTIMATES OF INHILATION DOSES O                                                                                     12.2-4 xxi I

aw .

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERIALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS ll Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.3-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 l AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 I 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES g 13.

3.1 INTRODUCTION

13.3-1 l l xxii

PS PSAR AMENDMENT 40 October 10, 1980 O Section- Title Page 13.3.2 ORGANI Z ATION , FACILITIES AND SUPPORT 13.3-10 SERVICES 13.3.3 EMERGENCY ' CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42

      - 13. 3'. 6       PUBLIC INFORMATION                                13.3-57 13.3.7          MAINTAINING EMERGENCY . PREPAREDNESS               13.3-59 13.3.8           LETTERS OF AGREEMENT                              13.3-66 13.4             REVIEW AND AUDIT                                  13.4-1           j 13.5            STATION PROCEDURES                                 13.5-1           ,

i 13.6 PLANT RECORDS 13.6-1 1 13.6.1 PLANT HISTORY 13.6-1 j

   .O  13.6.2            PERATING RECORDS                                 13.6-1 13.6.3          EVENT RECORDS                                      13.6-1 13.7            INDUSTRIAL SECURITY                                13.7-1 13.7.1          PERSONNEL IAD FACILITY DESIGN                      13.7-1 13.7.2          SECURITY PLAN                                      13.7-2 Appendices 13A             EVACUATION CLEAR TIME ESTIMATES                    13A-1 CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS Section                           Title                            Page 14.1            TEST PROGRAM                                       14.1-1 14.1.1         ' INTRODUCTION                                      14.1-1 xxiii

AMENDMENT 29 PS PSAR February 24, 1977 Section Title Page O \ 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 l 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST. 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 @ 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 Xxiv

4: i i PS PSAR AMENDMENT 29 l

>                                                                 February 24, 1977-I Appendices                              Title                              Page llE-               

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 ? OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS 3 llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 i WITH SECTION II.D OF APPENDIX I ISSUED } MAY 5, 1975 1 j :llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 i RADWASTE SYSTEMS CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section Title Page 1

_ 12.1 SHIELDING 12.1-1

{ 12.1.1 DESIGN OBJECTIVES 12.1-1 (/ 12.1.2 DESIGN DESCRIPTION 12.1-2 I 3 12.1.3 SOURCE' TERMS 12.1-7A I

• 12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 j 12.1.5 OPERATING PROCEDURES 12.1-10 ,

I } 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 l

. l 12.

1.7 REFERENCES

12.1-13B  ! ! I l 12.2 VENTILATION 12.2-1 i 12.2.1 DESIGN OBJECTIVES 12.2-1 ' l 12.2.2 -DESIGN DESCRIPTION 12.2-1 l 12.2.3 SOURCE TERMS 12.2-2A  ; O 1:2. 2. 4 AIRBORNE RADIOACTIVITY MONITORING 12.2-3

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1 12.2.5 OPERATING PROCEDURES. 12.2-3A 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 l I xxi

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL COSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERIALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPCRATE ORGANIZATION 13.1-1 4 l 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 ' l 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 ' FACILITY PERSONNEL , l 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 ' AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 l COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

i PS PSAR AMENDMENT 40 j October 10, 1980 a iO j Section Title Page l-13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 SERVICES i l 13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 { i

13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 1

13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 i ! 13.3.8 LETTERS OF AGREEMENT 13.3-66 i ! 13.4 REVIEW AND AUDIT 13.4-1 l 1 l 13.5 STATION PROCEDURES 13.5-1 l i , i 13.6 PLANT RECORDS 13.6-1 13.6.1 PLANT HISTORY 13.6-1 l 13.6.2 OPERATING RECORDS 13.6-1 13.6.3 EVENT RECORDS 13.6-1 13.7 INDUSTRIAL SECURITY 13.7-1 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 13.7.2 SECURITY PLAN 13.7-2 Appendices 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 1 CHAPTER 14 - VOLUME XI O v INI"IAL TESTS AND OPERATIONS Section- Title Page 14.1 TEST PROGRAM 14.1-1 14.

1.1 INTRODUCTION

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AMENDMENT 29 PS PSAR February 24, 1977 Section Title Page O 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST. 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.].3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1 i EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B l 15.2 CLASS 1 EVENTS 15.2-1 Xxiv l

                                                               )

i I l' PS PSAR AMENDMENT 29 February 24, 1977 fbQ I Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 OF CONTAINMENT ATMOSPHERE ISOTOPIC O llF CONCENTRATIONS ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 j O llG COST-BENEFIT ANALYSIS OF ALTERNATE RADWASTE SYSTEMS llG-1 CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section Title Page 12.1 SHIELDING 12.1-1 12.1.1 DESIGN OBJECTIVES 12.1-1 12.1.2 DESIGN DESCRIPTION 12.1-2 l 12.1.3 SOURCE TERMS 12.1-7A i l 12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 12.1.5 OPERATING PROCEDURES 12.1-10 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGN OBJECTIVES 12.2-1 , l 12.2.2 DESIGN DESCRIPTION 12.2-1 12.2.3 SOURCE TERMS 12.2-2A j O' 12.2.4 AIRBORNE RADIOACTIVITY MONITORING 12.2-3 12.2.5 OPERATING PROCEDURES 12.2-3A (

         -12.2.6    ESTIMATES OF INHILATION DOSES                 12.2-4 O

XXi d

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAN 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 l 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 l CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS l Section Title Page l 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 l 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 l FACILITY PERSONNEL l 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS l 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRATNING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

)' PS PSAR AMENDMENT 40 October.10, 1980. l

 !O    Section                       Title                     Page l-13.3.2     ORGANIZATION, FACILITIES AND SUPPORT           13.3-10 l                 SERVICES

13.3.3 EMERGENCY CONDITIONS 13.3-32 l

l 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 i j 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 } 13.3.8 LETTERS OF AGREEMENT 13.3-66 i I 13.4 REVIEW AND AUDIT 13.4-1 3 f 13.5 STATION PROCEDURES 13.5-1 1

;      13.6       PLANT RECORDS                                  13.6-1 j      13.6.1     PLANT HISTORY                                  13.6-1 j

O 13.6.2 OPERATING RECORDS 13.6-1 13.6.3 EVENT RECORDS 13.6-1 13.7. INDUSTRIAL SECURITY 13.7-1 l 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 i

!      13.7.2     SECURITY PLAN                                  13.7-2 i

Ippendices i O 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 CHAPTER 14 - VOLUME XI O INITIAL TESTS AND OPERATIONS Section Title Page 14.1: TEST PROGRAM 14.1-1 l 14.

1.1 INTRODUCTION

14.1-1 xxiii

i l AMENDMENT 29 PS PSAR February 24, 1977 Section Title Page l 14.1.2 PREOPERATIONAL TESTING 14.1-3 I 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST. 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 xxiv

1 i PS PSAR AMENDMENT 29 i February 24, 1977 O Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 OF CONTAINMENT ATMOSPHERE ISOTOPIC

     )            CONCENTRATIONS llF        ADDITIONAL INFORMATION NEEDED TO COMPLY     llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 llG        COST-BENEFIT ANALYSIS OF ALTERNATE          llG-1 C1             RADWASTE SYSTEMS CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section                      Title                     Page 12.1       SHIELDING                                   12.1-1 12.1.1     DESIGN OBJECTIVES                           12.1-1 12.1.2     DESIGN DESCRIPTION                          12.1-2 12.1.3     SOURCE TERMS                                12.1-7A 12.1.4     AREA RADIATION MONITORING SYSTEM            12.1-9 12.1.5     OPERATING PROCEDURES                        12.1-10 12.1.6     ESTIMATES OF EXPOSURE                       12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGH OBJECTIVES 12.2-1 12.2;2 DESIGN DESCRIPTION , 12.2-1 12.2.3 SOURCE TERMS 12.2-2A 12.2.4 AIRBORNE RADIOACTIVITY MONITORING 12.2-3 12.2.5 OPERATING PROCEDURES 12.2-3A 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 k XXi a j

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS S AFETY (FSAR) 12.4-1 lh 12.4.1 MATERIALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES g 13.

3.1 INTRODUCTION

13.3-1 l xxii t -

f PS PSAR AMENDMENT 40 ) October 10, 1980 lO j Section Title Page l l 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT ~ 13.3-10 ! ' SERVICES i O !. V 13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 ! 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3 13.3.6 PUBLIC INFORMATION 13.3-57 j 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 13.3.8 LETTERS OF AGREEMENT 13.3-66 l 13.4 REVIEW AND AUDIT 13.4-1

  ~

13.5 STATION PROCEDURES 13.5-1 { 13.6 PLANT RECORDS 13.6-1 j 13.6.1 PLANT HISTORY 13.6-1 2 13.6.2 OPERATING RECORDS 13.6-1 l l 1 -13.6.3 EVENT RECORDS 13.6-1 l 3 l 13.7 INDUSTRIAL SECURITY 13.7-1 ( l 13.7.1 PERSONNEL AND FACILITY DESIGN { 13.7-1 l I 13.7.2 SECURITi PLAN 13.7-2 i i

Appendices i

13A EVACUATION CLEAR TIME ESTIMATES 13A-1 i CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS Section Title Page 1-14.1 TEST PROGRAM 14.1-1 l 14.

1.1 INTRODUCTION

14.1-1 i l xxiii i

AMENDMENT 29 PS PSAR February 24, 1977 Section Title Page O 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST- 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAHETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 xxiv

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PS PSAR AMENDMENT 29 February 24, 1977 Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 OF CONTAINMENT ATMOSPHERE ISOTOPIC CONCENTRATIONS ( llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 RADWASTE SYSTEMS CHAPTER 12 - VOLUME XI RADIATION PROTECTION

           .Section                     Title                                              Page 12.1       SHIELDING                                                            12.1-1 12.1.1     DESIGN OBJECTIVES                                                    12.1-1 12.1.2     DESIGN DESCRIPTION                                                   12.1-2 12.1.3     SOURCE TERMS                                                         12.1-7A q            12.1.4     AREA RADIATION MONITORING SYSTEM                                    12.1-9 12.1.5     OPERATING' PROCEDURES                                                12.1-10 12.1.6     ESTIMATES OF EXPOSURE                                                12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 l~ 12.2.1 DESIGN OBJECTIVES 12.2-1 12.2.2 DESIGN DESCRIPTION 12.2-1 12.2.3 SOURCE TERMS 12.2-2A

        '#  12.2.4     AIRBORNE RADIOACTIVITY MONITORING                                    12.2-3   '

12.2.5 OPERATING PROCEDURES 12.2-3A l 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 O l l l XX1 1

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS FROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI CONDUCT OF OPERATIONS Section Title Page . 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

4 j PS PSAR- AMENDMENT 40 t October 10, 1980 iO j Section Title Page i j 13.3.2 ORGANIZATION,-FACILITIES AND SUPPORT 13.3-10 4 SERVICES i i O 13.3.3 EMERGENCY CONDITIONS 13.3-32 ! 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 I i 13.3.5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 i I 13.3.7 MAINTAINING EMERGENCY PREPAREDNESE 13.3-59 13.3.8 LETTERS OF AGREEMENT 13.3-66 ] 13.4 REVIEW AND AUDIT 13.4-1 ) 13.5 STATION PROCEDURES 13.5-1 l 13.6 PLANT RECORDS , 13.6-1 13.6.1 PLANT HISTORY 13.6-1

]      13.6.2      OPERATING RECORDS                                 13.6-1 1

i 13.6.3 EVENT RECORDS 13.6-1 l s j 13.7 INDUSTRIAL SECURITY 13.7-1 i 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 l i 13.7.2 SECURITY PLAN 13.7-2 Appr. dices j 13A EV3.CUATION CLEAR TIME ESTIMATES 13A-1 i' j CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS l Section Title Page 3 14.1 TEST PROGRAM 14.1-1 1 14.

1.1 INTRODUCTION

14.1-1 i i ! XXiii i I

AMENDMENT 29 PS P.9AR February 24, 1977 Section Title Page O 14.1.2 PREOPERATIONAL TEST!NG 14.1-3 14.1.3 STARTUP TESTING 14.1-4 g 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST- 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 i l l Xxiv

PS PSAR AMENDMENT 29 February 24, 1977

O Appendices Title Page

, llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-l OF CONTAINMENT ATMOSPHERE-ISOTOPIC () i CONCENTRATIONS llF ADDITIONAL INFORMATION NEEDED TO COMPLY llF-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1 O- RADWASTE SYSTEMS I CHAPTER 12 - VOLUME XI RADIATION PROTECTION Section Title Page 12.1 SHIELDING 12.1-1 12.1.1 DESIGN OBJECTIVES 12.1-1 () 12.1.2 DESIGN DESCRIPTION 12.1-2 12.1.3 SOURCE TERMS 12.1-7A 12.1.4 AREA RADIATION MONITORING SYSTEM 12.1-9 12.1.5 OPERATING PROCEDURES 12.1-10 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGN OBJECTIVES 12.2-1 12.2.2 DESIGN DESCRIPTION 12.2-1

  ,f s            .12.2.3       SOURCE TERMS                                                                            12.2-2A   !

! '(' l 12.2.4 AIRBORNE RADIOACTIVITY MONITORING 12. 3 - : j 1 1 12.2.5 OPERATING PROCEDURES 12.2-3A l 12.2.6 ESTIMATES OF INHILATION DOSES 12.2-4 O xx1 r 1

AMENDMENT 40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3-1 12.3.1 PROGRAM OBJECTIVES 12.3-1 h 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERI ALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 - VOLUME XI

                        , CONDUCT OF OPERATIONS l

Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPPLIERS 13.1.5 APPLICANT'S TECHNICAL STAFF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPING WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii

           -         .                       .                           - - -                                                        . . .               .n 1

PS PSAR -AMENDMENT 40 j October 10, 1980 i O Section' Title Page  ;

13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 SERVICES l j 13.3.3 EMERGENCY CONDITIONS 13.3-32 i j 2.3.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 9 I L3. 3. 5 RESPONSE TO ACCIDENT CONDITIONS 13.3-42 13.3.6 PUBLIC INFORMATION 13.3-57 1 l 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 , 13.3.8 LETTERS OF AGREEMENT 13.3-66 13.4 REVIEW AND AUDIT 13.4-1 ! 13.5 STATION PROCEDURES 13.5-1 13.6 PLANT RECORDS 13.6-1 13.6.1 PLANT HISTORY 13.6-1 j 13.6.2 OPERATING RECORDS 13.6-1 I 13.6.3 EVENT RECORDS 13.6-1 i 13.7 INDUSTRIAL SECURITY 13.7-1 13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 13.7.2 SECURITY PLAN 13.7-2 Appendices } 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 j CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS Section Title Page l 14.l' TEST PROGRAM 14.1-1  ! 14.

1.1 INTRODUCTION

14.1-1

                                                                                                                                                             +

XXiii f 4_ 4.,, , ~ . . - -. _ _ , . . - - ,,. _., ,,,, m., ......,-,,m._,..... -- , _ _ . . m_.m_>~. , _ - _ _ , , - _ ,_,-,_,,__,,y.-,_.._,--,.

AMENDMENT 29 PS PSAR February 24, 1977 Section Title Page O 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 JOINT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 g 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONAL TESTS 14A-1 14B PRECORE HOT FUNCTIONAL TEST 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDEN ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 I 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 l l 15.1.2 INCIDENT PARAMETERS 15.1-1 15.1.3 TRIP SETTINGS 15.1-3 9 l l 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 l 15.1.5 COMPUTER PROGRAMS 15.1-4 l l 15.1.6 EFFECTS OF 16 X 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 l Xxiv

PS PSAR AMENDMENT 29 l February 24, 1977 [%,)) Appendices Title Page llE

SUMMARY

OF STUDY FOR THE DETERMINATION llE-1 gg OF CONTAINMENT ATMOSPHERE ISOTOPIC ( ) CONCENTRATIONS

    %_)

llF ADDITIONAL INFORMATION NEEDED ,TO COMPLY llP-1 WITH SECTION II.D OF APPENDIX I ISSUED MAY 5, 1975 I [ llG COST-BENEFIT ANALYSIS OF ALTERNATE llG-1

     \s                 RADWASTE SYSTEMS CHAPTER 12 - VOLUME XI l

RADIATION PROTECTION l Section Title Page  ; I 12.1 SHIELDING 12.1-1 ,

                                                                                                 \

DESIGN OBJECTIVES 12.1.1 12.1-1 l (~~ ( 12.1.2 DESIGN DESCRIPTItN 12.1-2 12.1.3 SOURCE TERMS 12.1-7A 12.1.4 AREA RADIATIOU MONITORING SYSTEM 12.1-9 ~ 12.1.5 OPERATING PROCEDURES 12.1-10 I 12.1.6 ESTIMATES OF EXPOSURE 12.1-10 12.

1.7 REFERENCES

12.1-13B 12.2 VENTILATION 12.2-1 12.2.1 DESIGN OBJECTIVES 12.2-1 12.2.2 DESIGN DESCRIPTION 12.2-1 s 12.2.3 SOURCE TERMS 12.2-2A

        '    12.2.4     AIRBORNE RADIOACTIVITY MONITORING                               12.2-3 12.2.5     OPERATING PROCEDURES                                            12.2-3A  l gx      12.2.6     ESTIMATES OF INHILATION DOSES                                   12.2-4
     \    h xxi

AMENDMENT'40 PS PSAR October 10, 1980 0 Section Title Page 12.3 HEALTH PHYSICS PROGRAM 12.3 -1 12.3.1 PROGRAM OBJECTIVES 12.3-1 12.3.2 FACILITIES AND EQUIPMENT 12.3-2 12.3.3 PERSONNEL DOSIMETRY 12.3-7 12.4 RADIOACTIVE MATERIALS SAFETY (FSAR) 12.4-1 12.4.1 MATERI ALS SAFETY PROGRAM 12.4-1 12.4.2 FACILITY AND EQUIPMENT 12.4-1 12.4.3 PERSONNEL AND PROCEDURES 12.4-1 12.4.4 REQUIRED MATERIALS 12.4-1 CHAPTER 13 -- VOLUME XI CONDUCT OF OPERATIONS g Section Title Page 13.1 ORGANIZATIONAL STRUCTURE 13.1-1 13.1.1 CORPORATE ORGANIZATION 13.1-1 13.1.2 NORMAL STATION SHIFT CREW COMPOSITION 13.1-13 13.1.3 QUALIFICATION REQUIREMENTS FOR NUCLEAR 13.1-14 FACILITY PERSONNEL 13.1.4 INTERRELATIONSHIPS WITH CONTRACTORS 13.1-14 AND SUPP1IERS 13.1.5 APPLICANT'S TECHNICAL STAPF 13.1-14 13.2 TRAINING PROGRAM 13.2-1 13.2.1 PROGRAM DESCRIPTION 13.2-1 13.2.2 RECORDS 13.2-4 13.3 DISCUSSION OF PRELIMINARY PLANS FOR 13.3-1 COPIh; WITH EMERGENCIES 13.

3.1 INTRODUCTION

13.3-1 xxii i

l a: i ) PS PSAR AMENDMENT.40

October 10, 1980 iO Section Title Page i

• 13.3.2 ORGANIZATION, FACILITIES AND SUPPORT 13.3-10 SERVICES

13.3.3 EMERGENCY CONDITIONS 13.3-32 13.3.4 NOTIFICATION AND COMMUNICATION 13.3-37 13.3.5 ' RESPONSE TO ACCIDENT CONDITIONS 13.3-42 l 13.3.6 PUBLIC INFORMATION 13.3-57 l 13.3.7 MAINTAINING EMERGENCY PREPAREDNESS 13.3-59 i

13.3.8 LETTERS OF AGREEMENT 13.3-66 i

j 13.4 REVIEW AND AUDIT 13.4-1 i 13.5 STATION PROCEDURES 13.5-1 f 13.6 PLANT RECORDS 13.6-1 f-s 13.6.1 PLANT HISTORY 13.6-1 { D 13.6.2 OPERATING RECORDS 13.6-1 3 13.6.3 EVENT RECORDS 13.6-1 4 4

 !            13.7                              INDUSTRIAL SECURITY                                                                                      13.7-1

13.7.1 PERSONNEL AND FACILITY DESIGN 13.7-1 j 13.7.2 SECURITY PLAN 13.7-2  ;

I Appendices l 13A EVACUATION CLEAR TIME ESTIMATES 13A-1 CHAPTER 14 - VOLUME XI INITIAL TESTS AND OPERATIONS 4 l Section Title Page l 14.1 TEST PROGRAM 14.1-1 i i 14.1.1 INTRODl'CTION 14.1-1 i l xxiii i ,_ _ _ , _ _ - _ _ , . . , _ . _ - . . , - _ . _ - _ _ _ . . _ _ _ . . . _ . _ _ . - . . . . . _ . _ - .

AMENDMENT 29 PS PSAR February 24, 1977 O Section Title Page 14.1.2 PREOPERATIONAL TESTING 14.1-3 14.1.3 STARTUP TESTING 14.1-4 14.1.4 ) INT TEST GROUP 14.1-6 14.1.5 TEST PROCEDURES 14.1-7 14.1.6 OPERATING PROCEDURES 14.1-9 14.1.7 CE SITE SUPPORT 14.1-10 14.2 AUGMENTATION OF APPLICANT'S STAFF FOR 14.2-1 INITIAL TESTS AND OPERATION Appendices 14A PREOPERATIONiiL TESTS 14A-1 14B PRECORE Hf 1' FUNCTIONAL TEST 14B-1 14C POSTCORE HOT FUNCTIONAL TEST 14C-1 CHAPTER 15 - VOLUME XI ACCIDENT ANALYSIS Section Title Page 15.1 GENERAL 15.1-1 15.1.1 CLASSIFICATION OF EVENTS 15.1-1 15.1.2 INCIDENT PARAMETERS 15.1-1 - 15.1.3 TRIP SETTINGS 15.1-3 15.1.4 RADIOLOGICAL PARAMETERS 15.1-3 15.1.5 COMPUTER PROGRAMS 15.1-4 15.1.6 EFFECTS OF 16 x 16 FUEL ASSEMBLY DESIGN 15.1-7 ON ACCIDENT ANALYSIS 15.

1.7 REFERENCES

15.1-7B 15.2 CLASS 1 EVENTS 15.2-1 xxiv}}