Text

Emergency Preparedness Exercise 890830
	ML20246H313
Person / Time
Site:	Waterford
Issue date:	08/30/1989
From:	; LOUISIANA POWER & LIGHT CO.
To:	;
Shared Package
ML20246H301	List: ML20246H313; W3P89-3062, Forwards Waterford 3 Emergency Planning Annual Exercise Package for 1989;
References
	NUDOCS 8909010213
	Download: ML20246H313 (221)
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l LOUISIANA POWER & LIGHT COMPANY i WATERFORD-3 STEAM ELECTRIC STATION EMERGENCY PREPAREDNESS EXERCISE AUGUST 30, 1989 PARTICIPANTS LOUISIANA POWER & LIGHT COMPANY STATE OF LOUISIANA ST. CHARLES PARISH JEFFERSON PARISH I

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8909010213 890629 lDR ADOCK 05000332 PtJt i ,

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 TABLE OF CONTENTS j L )

I. INTRODUCTION Abbreviations II. OBJECTIVES III. GUIDELINES General Guidelines Safety Precautions Simulation Guidelines IV. NARRATIVE

SUMMARY

V. EXERCISE SCENARIO SEQUENCE OF EVENTS VI. CUE CARDS VII. CHARTS, GRAPHS AND TABLES A. Reactor Plant Data B. Inplant Health Physics Data C. Chemistry Data D. Meteorological Data E. Onsite Radiological Data F. Offsite Radiological Data Plume Tracking Maps VIII. DRILL TEAM ASSIGNMENTS IX. DRILL TEAM INSTRUCTIONS A. Controller Instructions B. Monitor Instructions C. Observer Instructions X. PETERENCES

i WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 i

I. INTRODUCTION In the interest of assuring the health and safety of the general public in the area surrounding the Waterford 3 Steam Electric Station, in the event of a radiological emergency, Louisiana Power & Light Company conducts exercises jointly with Federal, State and local agencies on an annual basis.

This manual contains the scenario of activities and supporting data describing the Waterford 3 1989 Annual Emergency Preparedness Exercise.

The scenario was developed by postulating events that will require response by the several Waterford 3 and LP&L emergency response organizations.

During this exercise, the licensee and support organizations will respond to the postulated events and conditions that have been selected to provide the level of activity necessary to meet the exercise objectives.

The State of Louisiana, and support parishes, St. Charles and St. John the Baptist will participate fully in the annual exercise. The level of involvement of these government agencies is more fully described in the separate exercise package describing the offsite scenario developed by the State of Louisiana.

Exercise " players' will have no prior knowledge of the sequence of events or radiological release information. The exercise itself will allow those individuals and agencies assigned to respond during a radiological emergency to demonstrate their performance according to current emergency preparedness plans and procedures.

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WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 I. INTRODUCTION CONT"D The' scenario itself is a mechanism by which selected exercise controllers can initiate and evaluate the activities of exercise participants. The Exercise will be initiated at the Waterford 3 SES at 7:30 a.m. on August 30, 1989 and is expected to last approximately 6 hours6.944444e-5 days 0.00167 hours 9.920635e-6 weeks 2.283e-6 months .

Participating organizations are shown in Section III, Guidelines, of this manual.

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'WATERFORD13,SES-ANNUAL EXERCISE-AUGUST 30, 1989 I

TABLE I-12 ABBREVIATIONS BKR- - Breaker (CAS

- Central Alarm Station CASCO ' - Central Alarm Station Console Operator

-CCCL - Corporate Command Center.

-CIAS' -

Containment Isolation Actuation' Signal ~

CRS - Control Rocm Supervisor (SRO)

CS. - .Conta'inment Spray CVAS. - ' Controlled Ventilation Atmosphere System CVCS- - Chemical Volume Control System DEI- - Dose-Equivalent Iodine

(- -DNBR - Departure from Nucleate Boiling Ratio DPC - Dose Projection Coordinator (EOF)

-DPM - Duty Plant Manager DPM- - Disintegrations Per. Minute EAB - Exclusion Area Boundary EAL - Emergency Action Level EC - Emergency Coordinator ECC -

Emergency Control Center ECCS - Emergency Core Cocling System EDG - Emergency Diesel Generator EFAS - Emergency Feedwater Actuation Signal EFAT - Emergency First Aid Team l

EFWP - Emergency Feedwater Pump ENC- -

Emergency News Center ENS -

Emergency Notification System I-3

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. WATERFORD 3 SE'S ANNdAL EXERCISE.

AUGUST 30, 1989

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f .EOC -

Emergency-Operations Center

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H' EOF: - Emergency Operations Facility.

EPZ Emergency Planning Zone.

FEMA - Federal Emergency Management Agency Fixed Facility Response Team

.FFRT -

FTC --

Field Team Controller (EOF).

HP - Health Physics

, HPSI - High Pressure Safety Injection IHL. -

Industrial Hotline LLEA - -Local Law Enforcement Agency LNED ~ ' - Louisiana Nuclear Energy. Division LOCA - Loss of Ccolant Accident LOEP - Louisiana Office of Emergency Preparedness

'LP&L' - Louisiana Power & Light Company LPSI - Low Pressure Safety Injection MOL ~ Mean Sea Level

.MSIS - ' Main Steam Isolation Signal-MSIV - Main Steam Isolation Valve NAO - Nuclear Auxiliary Operator .

NG - Noble Gas NPO - Nuclear Plant Operator (RO)

NRC - Nuclear Regulatory Commission NWS -

National Weather Service OHL' - Operational Hotline OSC - Operational Support Center PAP - Primary Access Point I-4 i

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.PM'-- - Preventative Maintenance l PME - Plant Maintenance Electrical'

.PMI; - Plant' Maintenance Instrumentation PMM - . Plant. Maintenance Mechanical

.PZR - Pressurizer

'RAB' - Reactor Auxiliary Building RCA - Radiological Controlled Area RCB - Reactor Containment Building

'RCP ' - Reactor Coolant Pump RCS . Reactor Coolant System RMS- - Radiation Monitoring System RO- - Reactor Operator

-RVLM

- Reactor Vessel Level Monitor RWP -- Radiation Work Permit RWSP - Refueling Water Storage Pool SAS -. Secondary Alarm Station SASCO- - Secondary Alarm Station Console Operator SCBA - Self Contained Breathing Apparatas S/G - Steam Generator SIAS - Safety Injection Actuation Signal SIS - Safety Injection System SPDS - Safety Parameter Display System SRD - Self Reading Dosimeter SRO - Senior Reactor Operator SS - Shift Supervisor SSS - Security Shift Superviser TSC - Technical Support Center W3SES - Waterford 3 Steam Electric Station I-5

WATERFORD 3 SflS ANNUAL EXERCISE AUGUST 30, 1989 L.

'II. OBJECTIVES As a result of discussions between Louisiana Power and Light Company (LP&L) , the Nuclear Regulatory Commission -

Region IV (NRC), The Federal Emergency Management Agency

- Region VI (FEMA), the Louisiana Nuclear Energy Division (LNED), Louisiana Office of Emergency Preparedness (LOEP), St. Charles and.St. John the Baptist Parishes, the following general objectives.and guidelines have been-developed for the 1989 Emergency Preparedness Exercise at Waterford 3 Steam Electric Station, which is' scheduled to be conducted on August 30, 1989.

A. For the LP&L (Licensee) Emergency Response Organization:

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1. Demonstrate proficiency in classifying the emergency condition.

2. Demonstrate the ability to mobilize and activate the Technical Support Center (TSC) emergency response personnel.

3. Demonstrate the ability to mobilize and activate the Operational Support Center (OSC) emergency response personnel.

4. Demonstrate the ability to mobilize and activate the Emergency Operations Facility (EOF) emergency response personnel.

5. Demonstrate the ability to mobilize and activate the Corporate Command Center (CCC) emergency response personnel.

6. Demonstrate the ability to fully alert, mobilize and activate the Emergency News Center (ENC) emergency response personnel (including the Rumor Control Center) .

7. Demonstrate the ability to make notifications of emergency classifications and protective action recommendations to offsite agencies within the procedural time limits.

8. Demonstrate the ability of the senior facility managers to establish and maintain command and control of their facilities throughout the exercise.

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n" 'j WATERFORD'3 ESES ANNUAL EXERCISE l AUGUST' 30, 1989 I i

II. ' OBJECTIVES CONT'D .

l L 9'. Demonstrate adequate and"effectiveLuse ofz emergency communications equipment'and communications procedures and methods necessary q to establish and maintain communications with:

a. All LP&L emergency. response facilities. y b.- Parish, State and Federal' agencies.

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c. Radiological Field Monitoring Teams..

O d. In-plant emergency teams.

e.. The selected offsite assembly area.

f. Local'and industry emergency support organizations, as required.

10. Demonstrate the following activities relating to response to a. simulated fire: onsite Fire Brigade response, the ability to obtain offsite l

fire-department a 71 stance, coordination of offsite. fire depa rtment and onsite Fire Brigade response activities onsite.

11. Demonstrate the ability to perform onsite and offsite radiological) monitoring and assessments.

12. Demonstrate the ability to perform-the necessary offsite dose projection calculations to provide advance warning to Parish, State and-Federal agencies.

13. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations.

14. Demonstrate coordination of protective action decision-making activities with NRC (if NRC participates) and Louisiana Nuclear Energy Division in the Emergency Operations Facility.

Performed March 8, 1989 (Event 89-01) in response to actual event: Unusual Event - automobile fire in station parking lot. Will not be performed for exercise.

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W7'ERFORD 3 SES ANNUAL EXERCISE !

AUGUST 30, 1989 j j

l II. OBJECTIVES CONT'D ]

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15. Demonstrate the following accident mitigation activities: effective accident analysis and accident mitigation decision making, use of the Post Accident Sampling System to draw a primary sample under postulated accident conditions, sample analysis activities.

16. Demonstrate the ability to perform accident analysis activities by an alternate method (i.e.,

other than SPDS).

37. Demonstrate the ability of the emergency organization to perform re-classification (downgrade) decision-making and to de-escalate emergency response activities as necessary.

18. Demonstrate the ability to perform c Protected Area evacuation and offsite assembly by evacuating non-essential personnel in the Protected Area to parking lots and sending a select group of personnel to an offsite assembly area.

19. Demonstrate the ability to perform accountability after a site evacuation.

20. Demonstrate the ability to perform continuous accountability activities for the onshift, onsite and nearsite emergency organizations.

21. Demonstrate adequate security measures at each of the LP&L emergency response facilities.

22. Demonstrate the ability to conduct a post-exercise critique to determine areas requiring additional improvements.

23. Demonstrate the ability to coordinate the l formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and notification has occurred.

24. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner.

25. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion.

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1 WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989-II. OBJECTIVES CONT'D l"

B. St. Charles Parish

1. . Demonstrate the ability to monitor, understand and use emergency classification levels (FEMALil). ;

2. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

3. Demonstrate the abi.i+y to direct, coordinate and control emergency activities (FEMA 43).

4. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel-(FEMA #4).

5. Demonstrate the adequacy of facilities, equipment, displays and other materials to ,

support emergency operations (FEMA #5).

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6. Demonstrate the ability to continuously monitor and control emergency worker exposure (FEMA'#6). j Demonstrate the ability to initially alert the l 7.

public within the 10 mile EPZ and begin 2 dissemination of an instructional message.within 15 minutes of a decision by appropriate State and or local officials (FEMA #12).

8. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and notification has occurred (FEMA #13). !

9. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner (FEMA #14).

10. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion (FEMA #15).

j C. St. John the Baptist Parish

1. Demonstrate the ability to monitor, understand and use emergency classification levels (FEMA #1).

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AUGUST- 30,.1989

II . OBJECTIVES CONT'D

2. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA $2).

L l 3. . Demonstrate the ability to direct, coordinate' and control emergency activities (FEMA #3) .

4 Demonstrate'the ability to communicate with all appropriate locations, organizations and field personnel (FEMA #4). u l 5. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations (FEMA #5).

6. Demonstrate the ability to continuously monitor and control emergency worker exposure (FEMA #6).

7. Demonstrate.the ability to initially alert'the public within the 10 mile EPZ and begin-dissemination of an instructional message within 15 minutes of a decision by appropriate' State and or local officials (FEMA #12).

8. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions-to the public in a timely fashion after the initial alert and notification has occurred (FEMA #13).

9. Demonstrate the ability to brief the media in an accurate, coordinated and. timely manner (FEMA #14).

10. Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion (FEMA #15).

D. State of Louisiana

1. Demonstrate the ability to monitor, understand and use emergency classification levels (FEMA fl). (Applies to State EOC and LNED Field Ops.)

2. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2). (Applies to State EOC, LNED Field Ops., State Field Teams and LNED Lab.)

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AUGUST 30, 1989 LII . l OBJECTIVES CONT'D

3. -Demonstrate the ability to direct, coordinate and control emergency activities 1(FEMA #3)..

(Applies to State EOC and LNED Field' Ops.)

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4. Demonstrate the' ability to communicate with all r appropriate-locations, organizations and field personnel (FEMA #4) . (Applies to State EOC,.

LNED Field Ops., State Field Teams and LNED Lab.)

5. Demonstrate the adequacy of facilities, equipment, displays and other. materials to support emergency operations (FEMA #5).

(Applies to State EOC and LNED Field Ops.)

6. Demonstrate the ability to continuously monitor-and control emergency worker exposure-(FEMA #6).

(Applies to LNED Field Ops.'and State Field Teams.)

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7. Demonstrate the appropriate equipment and procedures for determining field radiation measurements ' (FEMA # 7) . (Applies to State Field Teams.)

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8. Demonstrate the appropriate equipment and L procedures for the measurement of airborne iodine concentrations (FEMA #8). (Applies to State Field Teams.)

9. Demonstrate the ability to obtain samples of particulate activity in the airborne plume and promptly perform laboratory analysis (FEMA #9).

h (Applies to State Field Teams.)

10. Demonstrate the ability, within.the plume exposure pathway, to project dosage to the public via plume exposure, based on plant and L

field data (FEMA #10). (Applies to LNED Field L Ops . )

11. Demonstrate the ability to make appropriate protective action decisions, based on projected or actual dosage, EPA PAG's, availability of adequate shelter, evacuation time estimates and other relevant factors (FEMA #11). (Applies to LNED Field Ops.)

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AUGUST- 30,;1989

[. II. OBJECTIVES CONT'D

12. Demonstrate the ability to coordinate the formulation and dissemination of accurate information and instructions to the public in a timely fashion after the initial alert and '

notification has occurred (FEMA #13). (Applies to State EOC and LNED Field Ops.)

E. Emergency News Center

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

2. Demonstrate the ability to communicate with all

- appropriate locations,' organizations and field personnel (FEMA #4).

3. Demonstrate the adequacy of facilities, equipment, displays and other materials to >

support emergency operations (FEMA #5).

4. Demonstrate the ability to coordinate the formulation and dissemination of accurate l information and instructions to the public in a timely fashion after the initial alert and notification has occurred (FEMA #13).

5. Demonstrate the ability to brief the media in an accurate, coordinated and timely manner l (FEMA #14).

6. Demonstrate the ability to establish and operate rumor control in a coordinated and timely l fashion (FEMA #15). .

G. Ochsner Hospital and Ochsner Flight Care

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

2. Demonstrat'. the ability to communicate with all appropriate locations, organizations and field I personnel (FEMA #4).

3. Demonstrate the ability to continuously monitor ,

and control emergency worker exposure (FEMA #6). l l'

4. Demonstrate the adequacy of medical facility's equipment, procedures and personnel for handling ,

contaminated, injured or exposed personnel !

(FEMA $24). t II-7 j

'WATERFORD 3 SES ANNUALLEXERCISE.

AUGUST 30, 1989 1

LII. OBJECTIVES CONT'D 5.. Demonstrate the adequacy of vehicles, equipment, procedures and personnel for transporting contaminated, injured or exposed individuals (FEMA ~f23).

H. Raceland Monitoring /Decon Station

1. Demonstrate the ability to fully alert,. mobilize and activate personnel (FEMA $2).

2. Demonstrate the ability to communicate with all appropriate locations, organizations ar.d field personnel (FEMA 14).

3.- Demonstrate the ability to continuously monitor and control emergency worker exposure (FEMA # 6) .

4. ' Demonstrate the adequacy of facilities, equipment, supplies procedures and personnel for decontamination of emergency workers, equipment and vehicles and for waste disposal (FIMA #25).

5. Demonstrate the ability to maintain staffing on a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis (FEMA #34).

I.- South Vacherie Monitoring /Decon Station

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

2. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel (FEMA #4).

3. Demonstrate the ability to continuous'y monitor .

and control emergency worker exposure (FEMA $6).

4. Demonstrate the adequacy of facilities, equipment, supplies procedures and personnel for decontamination of emergency workers, equipment and vehicles and for waste disposal (FEMA # 25) .

5. Demonstrate the ability to maintain staffing on a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis (FEMA $34).

J. Tangipahoa Parish EOC

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

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WATERFORD 3 SES ANNUAL EXERCISE. U AUGUST 30', 1989

.. g II . : LOBJECTIVES CONT'D

2. Demonstrate'the ability to direct,. coordinate and control emergency activities ~(FEMA #3)..

3. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel (FEMA #4).

4. Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operations (FEMA (5).

5.- Demonstrate the ability to maintain staffing on a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis (FEMA f34).

K. Southeastern. Louisiana' University Reception Center

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

2. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel (FEMA #4).

3. Demonstrate the adequacy of procedures, facilities, equipment and personnel'for the registration, radiological monitoring and decontamination of evacuees (FEMA (21).

4. Demonstrate the adequacy of facilities, equipment and personnel for congregate care of evacuees (FEMA i22).

5. Demonstrate the ability to maintain staffing on' a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis (FEMA #34).

L. St. James Parish EOC

1. Demonstrate the ability to fully alert, mobilize and activate personnel (FEMA #2).

2. Demonstrate the ability to direct, coordinate and control emergency activities (FEMA #3).

3. Demonstrate the. ability to communicate with all appropriate locations, organizations and field personnel (FEMA #4).

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AUGUST 30, 1989-p-

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OBJECTIVES CONT'D.

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/4.' Demonstrate'the adequacy:of facilities, equipmenti displays and other materials to support emergency operations.(FEMA 45). ;

5. Demonstrate'the ability to maintain staffing on-a-contin'uous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis.(FEMA #34) ,

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WATERFORD 3 SES ANNUAL EXERCISE' AUGUST 30, 1989

':II . GUIDELINES

-To define the scope.and extent of participation by organizations and " players" the following exercise guidelines are established in order to meet the objectives listed in Section II of this manual.

A. General Guidelines

1. The exercise will be conducted on August 30, 1989. Exercise " players' will not possess prior knowledge of the exercise start time, and will follow normal routines'for that day until mobilized as part of emergency response.

2. The exercise will commence with a postulated condition necessitating the declaration of an Alert and escalate through the emergency classifications to a General Emergency.

3. The scenario contains simulated radiological release conditions which will require consideration of protective actions for the general public.

4. Exercise participants will perform, as appropriate, radiological monitoring and dose assessment activities.

5. Radiological field monitoring teams will be dispatched in order that response time, communications and monitoring procedures and practices may be evaluated.

Each utility radiological field monitoring team will be accompanied by an observer throughout the exercise.

6. The Emergency News Center will be staffed and activated. Participation by members of the media will be simulated at this center. News bulletins will be made which depict simulated exercise events. However, no exercise press bulletins will be made to the public.

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,ap WATERFORD 3 SES ANNUAL EXERCISE-AUGUST 30, 1989 III.' ' GUIDELINES = CONT'D.

7. . If postulated' accident conditions warrant evacuation of non-essential site personnel ~,

selected persons will proceed-to an offsite

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assembly' area. All other non-essential personnel in the Protected Area will be.

. assembled in station parking lots or accounted for. Once assembly has' occurred and accountability procedures have been completed, assembled personnel will return to their normal work stations.

8. The Emergency Fire Brigade will'not be staged.

The postulated accident conditions will not require response by the Waterford 3' Emergency Fire-Brigade or by an offsite. support fire' department.

NOTE h

" Care shall be taken to assure that individuals who may overhear or see enercise activities are-not misled into-believing that an actual emergency situation exists.

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9. All emergency communications that are-part of the exercise shall be clearly identified as'part of the exercise. Verbal communications shall be initiated and closed by the statement "This is a drill".

10. Methodology'and assumptions related to the l

development of data for specific areas are l provided with the data in Section VII of this manual.

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.WATERFORD~3 SES ANNUAL EXERCISE !

AUGUST 30, 1989-III. GUIDELINES CONT'D.

12. Exercise' participants will include the following emergency organizations:

Louisiana Power.& Light Company-Onshift Emergency Organization (Control Room)

Onsite Emergency Organization (TSC & OSC)

Nearsite Emergency Organization (EOF)

Offsite Emergency Organization (CCC & ENC)

LP&L district offices and electrical maintenance divisions will not participate in this exercise. Communications with these groups may be initiated but their response will be simulated.

Offsite Organizations State.of Louisiana Louisiana Nuclear Energy Division'--

Full participation. LNED will staff the Waterford 3 EOF and ENC positions.

Louisiana Office of' Emergency Preparedness

- Full participation St. Charles Parish Department of Emergency Preparedr.ess -

Full participation St. John the Baptist Parish Office of Civil Defense - Full participation St. James Parish - Partial participation Tancipahoa Parish - Partial participation NRC Region IV The NRC Region IV will not actively participate in the exercise.

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WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 III. GUIDELINES CONT'D.

B. Safety Precautions

1. Personnel will not, in response to the postulated accident conditions of this exercise, trake any action which jeopardizes plant or personnel safety.

2. Valves, breakers and controls shall not be manipulated in response to this exercise except as necessary in order to meet a specific exercisa objective. Actual operation of valves, breakers and controls that may be required to meet an exercise objective will be coordinated between the " drill" and " operating" Shift Supervisors.

3. In the event an actual emergency occurs during the conduct of this exercise, the Emergency Coordinator shall immediately contact the

" operating" Shift Supervisor and coordinate available resources to mitigate the emergency.

- In the case of an actual fire report, the

" operating shift" will provide initial response.

- In the case of an actual medical emergency report, and the Emergency First Aid Team has not been staged as part of the OSC activation, the " drill shift" first responders will provide the initial response.

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- The drill clock and exercise activities can be stopped at the discretion of the Emergency Coordinator and the Shift Supervisor until the actual emergency is assessed and/or under I

control.

- Qualified drill participants and drill control team members can be directed to support the Shift Supervisor in response to the actual emergency.

4. All personnel who enter an RCA will be radiation worker qualified.

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WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 III. GUIDELINES CONT'D.

B. Safety Precautions Cont'd

5. Exercise personnel will observe all radiological controls. In the event that the data presented in this exercise package indicates lower radiation levels than actual, actions for the actual (higher) readings will be.followed and l

the Health Physics Controller and Lead Controller will be notified.

6. ALARA concepts will be observed during the course of the exercise. Activities associated with the perfernance of the exercise will not occur in areas where personnel will receive significant exposures.

C. Simulation Guidelines NOTE All simulated exercise events will be initiated under the direction of the Lead Controller.

Individuals are prohibited from creating real or ,

simulated situations that have not been provided l for in the scenario and/or approved by the Lead Controller.

1. All actions, by exercise " players", in response to the postulated scenario events shall be carried out to the fullest extent possible in accordance with the applicable Plant Operating Procedures and Emergency Plan Implementing Procedures as if it were a real emergency, unless otherwise directed by the drill control team.

. 2. Portable fire extinguishers or other sealed canisters shall not have the seals broken or safety pins removed as part of this exercise.

3. Exercise " players" will be required to obtain the proper tools and equipment as necessary in responding to the scenario conditions.

4. The use of protective clothing in the plant will not be simulated by exercise " players".

5. SCBAs will be donned as required by the scenario conditions, but, the masks will be allowed to be taken off after the initial fitting en the face.

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.WATERFORD 3 SES ANNUAL" EXERCISE AUGUST 30, 1989'- i III. GUIDELINES CONT'D.

'C. Simulation Guidelines Cont'd 1

'The display'of^ exercise data-on the radiological

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6. i monitoring system.will be.' simulated by posting (

I exercise data sheets in.the appropriate locations.

7. The display of effluent accident monitors on the SPDS'CRTs will be simulated'by posting exercise

' data sheets, when requested, in the appropriate locations.

8. -No equipment will be actually tagged out in

-response-to the scenario events, but'all I) necessary. authorizations required by' procedures will be obtained before the simulation of the tag out.

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WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30,-1989 IV. NARRATIVE

SUMMARY

The sequence of events hypothesized in this exercise package is provided to test the integrated emergency response capability of' organizations established to protect the public should an actual emergency occur.

In order to achieve a sequence of events that will mobilize these emergency organizations in fulfillment of the objectives of this exercise, the scenario must contain incredible plant situations, unlikely equipment failures and failure sequences, and improbable operator actions. It is stressed that offsite personnel (e.g. the public) should not be misled-into believing that an event causing the radiological consequences postulated by this scenario could occur. The following is a summary of these events:

The plant is operating at 100% power at the end of core -

life. Fuel failure of 0.037% as indicated by chemistry conditions.

The "B" LPSI pump is out of service for the replacement of the mechanical seals.

The "B" containment spray pump is out of service for the annual oil. change PM and replacing the seal water packing.

At about 0735, the main turbine governor valve $4 closes due to a blown fuse on the Servo Driver Card. I&C maintenance will be dispatched to repair the card.

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.WATERFORD 3 SES' ANNUAL ~ EXERCISE AUGUST 30, 1989 e

IV. ; NARRATIVE'

SUMMARY

CONT'D-

> At_0800, a small tube leak develops in (2 S/G. The condenser vacuum pump exhaust and blowdown radiation-monitors go into alarm. A mechanical failure-of the motor-operated valve on the condenser vacuum exhaust prevents _

dinerting the gas through the filters. This results in the release of-radioactivity to the turbine building roof.

The_ Shift Supervisor declares an Alert based en Escrgency Plan Implementing Procedure -Lo-001-001, Recognition and Classification of Emergency Conditions, TAB A, Alert

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EAL #A2.

The Alert declaration results in the activation of the

. Technical Support Center, the Operational Support Center and the Emergency N3ws Center.

Shortly thereafter the A charging pump trips and the B charging pump is started.

A packing leak on blowdown valve BD-103B occurs and the area radiation monitor for the -4 Wing Area goes into alarm. This results in a radioactive release from the #2 S/G to the atmosphere via the plant ventilation system to the plant stack.

The release continues until blowdown isolation valve packing leakage is secured.

At 0915, the SPDS display fails in the TSC due to a defective cable plug. The TSC personnel will need to obtain plant parameters via an alternate means until the SPDS console can be repaired.

IV-2 Q _ . _ . _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ .

WATERFORD .3 SES ANNUAL EXERCIDE AUGUST 30, 1989 IV. NARRATIVE =

SUMMARY

CONT'D

[

At,1000, a RCP shaft seizure occurs on the 2A RCP. This causes a small break LOCA through the RCP seal, a reactor trip, and increased fuel damage (approximately 4%). When the 2A-RCP' shaft seizure occurs, RCP breaker will fail to trip causing a loss of the 6.9 KV bus. The LOCA will cause pressurizer level to decrease and containment pressure and radiation levels to increase. The Emergency Coordinator declares a Site Area Emergency based on

. Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, TAB B, Site Area Emergency EAL #A1.

The Nearsite and Offsite Emergency Organizations are mobilized'and the Emergency Operations Facility and the Corporate Command Center are staffed.

When containment spray is activated, the "A" containment spray pump.wil1~ trip. Containment pressure will continue to increase to about 30-35 psia in approximately one hour.

At 1020, the 2A RCP electrical penetration fails releasing radioactivity into the annulus. As annulus pressure increases the Shield Building Ventilation System will cycle between recirculation and exhaust to control the annulus at a negative pressure. This results in a release to the atmosphere via the plant stack. When the containment f ailure is identified, the Er- 2gency Coordinator declares a General Emergency based on Emergency Plan Implementing Procedure EP-001-001, Recognition and Classification of Emergency Conditions, TAB D, General Emergency EAL #A2 OR TAB B, General Emergency EAL #A2.

IV-3 b -- _ -__ --_

Y-u-i,

~

WATERFORD 3 SES ANNUAL EXERC.T.SE AUGUST 30,-1989

.: IV. NARRATIVE

SUMMARY

CONT'D.

At,1045, lightning' strikes the backup ~ meteorological tower resulting in the failure of the power supply. I&C maintenance will be dispatched-to restore the.

meteorological-tower to1 operation.

The radioactive release will continue until containment spray is restored (via either a LPSI or a CS_ Pump) and containment pressure is at or below atmospheric pressure.

When the release has been. terminated ~, the EOF Director should begin to consider downgrading the emergency classification. At this point the exercise will be terminated.

O IV-4

WATERFORD 3 $ES ANNOAL EXERCISL AUGUST 30, 1989 l l

1. SEQUE3CE OF EVENTS 1

1' TIME EVENT EXERCISE ACTIVITY l

07:00 Drill Controllers brief' Shift Tollowing the briefing the T=-0:30 participants in their respective participants take their CC-1 areas. Participants are provided positions throughout the the exercise guidelines and plant, initial conditions.

07:30 Exercise Shift Supervisor announces T= 0:00 the beginning of the exercise.

CC-2 CC-3 CC-4 07:35 The main turbine governor valve #4 The Turbine Building Watch T= 0:05 fails closed due to a blown fuse investigates the closing of CC-5 on the electronic control card, the governor valve. 16C CC-6 The closing of the governor valve maintenance is dispatched to results in a decrease in power to troubleshoot the governor approximately 94%. valve control circuitry.

Operations may elect to isolate Hydraulics to governor valve #4 and return to 100% power.

08:00 Drill continuation announcement.

T= 0:30 CC-7 CC-8 A .emall tube leak within Technical The Control Room staff should CC-9 Specification limits occurs in the direct EP to take a grab

2 S/G. Radiation monitor alarms sample of the condenser are received on the blowdown and vacuum exhaust to verify the condenser vacuum exhaust. Due to radiation monitor readings.

the failure of the motor operated The Turbine Building Watch valve, condenser vacuum exhaust will investigate the problem does not shift to the filtration with the filtration valve.

mode. This results in a release Maintenance personnel are of radioactivity to the Turbine dispatched to attempt to Building roof, open the filtration valve.

V-1

1 WATERFORD 3 SES' ANNUAL EXERCISE AUGUST 330,'1989' f.- . SEQUENCE OF EVENTS-TIME' EVENT EXERCISE ACTIVITY CC-10 An ALERT is declared based on CC-11 i

'EP-001-001, Recognition and Classification. TAB.A,_ Alert-CC-12 CC-13 EAL A2, " Radiological-effluents greater than ten p >

' times Technical Specification p

limits as indicated by....A.

valid HIGH alarm on the

' Condenser Vacuu: Pump Noble Gas Monitor such that a one hour. average equals'or exceeds 4.7E-01...AND Gas has not diverted to RAB Normal Exhaust." EP-001-020. Alert, is implemented. The emergency condition.is announced to station.

personnel. The Onsite Emergency Organization (TSC &

OSC) are mobilized. State and local governments, Waterford 1 & 2 and the hTC are notified.

CC-14 The "A" charging pump trips on Mechanical maintenance is CC-IS low oil pressure due to the dispatched to repair the oil failure of the oil relief valve. relief valve.-

Attempts to restart the pump are unsuccessful.

08:10 A packing leak develops on HP should be directed to T- 0:40 isolation valve 3D-103B. This monitor for radiation in the CC-16 results in a radiological release -4 Wing Area and downstream CC-17 from S/G #2 to the -4 Wing Area of the plant stack, and the atmosphere through the Maintenance personnel should

- ventilation system. Area radiation be dispatched to repair the monitors in the -4 King Area blowdown isolation valves to indicate increased radiation secure the release.

levels. If blowdown is isolated, isolation valve BD-102B will leak by.

09:00 Drill continuation announcement.

T= 1:30 CC-18 V-2

-WATERFORD 3 SES ANNUAL EXERCISE AUGUST. 3 0 ,-. 1 9 8 9

.i SEQUENCE OF EVENTS ..

TIME EVENT- EXERCISE ACTIVITY 09:15 ~ The-SPDS display in the TSC is Maintenance personnel are T= 1:45 lost due to a defective cable dispatched to investigate the

'CC-19 plug. problem with SPDS. The TSC.

CC-20 personnel will need to use an l.l ' alternate'means to obtain l operational data.

L 10:00 Drill continuation announcement.

T= 2:30 CC-21 CC-22 Shaft seizure occurs on RCP 2A. The Control Room staff CC-23 Reactor trips on DNBR. The 2A carries out the immediate RCP breaker does not trip on e-tions for reactor trip.

overcurrent resulting in the loss Electrical maintenance is l of the "A" 6.9 KV bus. This dispatched to investigate I- results in the loss of.RCP 1A. the loss of the "A" 6.9 KV l The shaft seizure causes the bus.

mechanical seal on RCP 2A to fail.

Presurizer level decreases and containment pressure and radiation levels increase.

1 CC-2!. A SITE AREA EMERGENCY is CC-25 'e:Iered hand on EP-002-001, i

Recognition and Classification of Emergency-Conditions, TAB B, Site Area Emergency EAL A1, "RCS to containment leakage greater than available charging pump capacity..." EP-001-030, Site l Area Emergency is -

implemented.

The Emergency Coordinator selects the appropriate Offsite Assembly Area, notifies Security, dispatches the Assembly Area Supervisor and a HP technician to the selected assembly area in preparation for the station evacuation and then announces the Protected Area evacuation.

V-3

I 6 ,

WATERFORD'3 SES ANNUAL EXERCISE AUGUST 30,.1989 L

>- J. SEQUENCE:OF EVENTS L

TIME' ' EVENT' EXERCISE ACTIVITY l ,.

NOTE: For the purposes of this exercise, only the ,

personnel in the Protected Area vill be evacuated. A small group of previously identified persons will be evacuated to the assembly-area to demonstrate.

evacuation and assembly area activities.

CC-26 EP-002-190, Personnel Accountability, and PS-016-103, Accountability'of l

Personnel Within the Protected Area During L

Emergencies, will be-implemented.

Protective Actions taken by Waterford 3 will be reported to Waterford 1 & 2 (for the purposes of this exercise, l

evacuation of Waterford 1 & 2 will not take place). State and local governments and the NRC will be notified. 'If the.

Nearsite Emergency Organization (EOF) has not already been mobilized, the-declaration of Site Area 1 Emergency will mobilize the L

EOF and CCC staffs.

10:15 When containment pressure reaches Operations and Maintenance T-'2:45 approximately 17-18 psia, personnel should be CC-27 containment spray should be dispatched to investigate the CC-28 initiated (either manually or trouble with the "A" automatically). The "A" containment spray pump. Work containment spray pump will trip should be expedited to returnL i

L when started, resulting in the the "B" containment spray to loss of containment spray, operation. When containment spray is activated the operators will secure the two remaining RCPs and establish I

natural circulation flow.

l V-4

WATERFOED 3 SES ANNUAL EXERCISE' AUGUST 30,.1989

.. SEQUENCE OF EVENTS TIME EVENT EXERCISE ACTIVITY CC-29~ The 2A RCP pump electrical ~ A GENERAL EMERGENCY is CC-30 penetration fails releasing declared based or:EP-001-001, CC-31 radioactive material into the Recognition and annulus. As annulus pressure . Classification of Emergency increases, the Shield Building Conditions. TAB B. General Ventilation system will cycle Emergency EAL A2, "Any loss between recirc and exhaust to of coolant accident and control the annulusLat a negative subsequent failures of.

pressure. Due to the breach of Containment Heat Removal containment'the plant stack Systems such that..... a radiation monitor will go into core melt sequence is in alarm indicating a release of progress, or imminent, and radioactivity. the ultimate failure of Containment-is likely" OR TAB D, General Emergency EAL A2, "EC/SS opinion that a loss of any two of the'three fission product barriere has occurred AND plant conditions are such that a potential for the loss-of the third barrier exists..." EP-001-040, General Emergency.is.

implemented. Immediate Protective Action Recommendations for offsite personnel are considered.

The emergency condition is announced to station' personnel. State and local governments, Waterford.1 6 2 and the NRC are notified.

Dose projection calculations should result in projections which exceed EP-001-001, TAB A, General Emergency EALs Al-A4.

10:45 Lightning strikes the backup I6C maintenance is dispatched T= 3:15 meteorological tower and damages to the backup meteorological CC-32 the power supply, tower to repair the power CC-33 supply.

CC-34 11:00 Drill continuation announcement.

T= 3:30 CC-35 V-5

- _ - . _ _ _ _ _ - _ _ _ _ _ _________________A

WATERFORD.3'SES ANNUAL EXERCISE-AUGUST 30, 1989

?

.. ' SEQUENCE OF EVENTS TIME EVENT' EXERCISE ACTIVITY

'11:30 'By this time the emergency T= 4:00 organization should have been able CC-36' to initiate containment spray.

They could either restore one of the containment. spray pumps to operction or line up "A" LPSI to the containment spray header.

With containment spray operating, containment. pressure will begin to decrease.

12:00 Drill continuation announcement.

T= 5:30 CC-37

'12:45 When containment pressure is at The emergency organization T= 6:15 or below atmospheric pressure, should monitor the offsite CC-38 the release will be terminated. dose rates to verify the termination of the release.

De-escalation from General Emergency should be f

considered.

13:00 Drill continuation announcement.

T= 6:30 CC-39 CC-C When the release has been terminated and the emergency organization has discussed l de-escalation from General' Emergency, the exercise will be terminated and area critiques will begin.

i V-6 q

! W3 SES RMRRGENCY PRRpAREDNRSS DRILL CUE CARD l

DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 1 TO: Shift Supervisor l

TIME: 07:00 l FROM: Control Room Controller T: 0:-30 THIS IS A' DRILL DO NOT initiate actions affecting normal clant operations InitJal p1 ant Conditions:

- On-line at 100% power, end of core life.

- The "B" LPSI pump is out of service. Mechanical Maintenance is working on the replacement of the mechanical seals. The oil has been drained from the motor and the motor determinate. Repairs are not expected to be completed until August 31, 1989.

- The "B" containment spray pump is out of service for the annual oil change PM. While the pump is down the seal water packing is also being replaced. Repairs are expected to be completed by 11:00 on August 30, 1989.

- Plant Parameters Sheet Chemistry Gross Activity 1.56 uCi/gm DEI-131 0.91 uCi/gm Boron 1100 ppm I-131 0.091 uCi/gm Hydrogen 35 sco B2/Kg 1-132 0.11 uCi/gm Dis. Oxygen <0.01 ppm I-133 0.116 uCi/gm pH 6.5 PH Units I-134 0.013 uCi/gm Lithium 1.8 ppm I-135 0.056 uCi/gm Kr-85m 0.319 uCi/gm Rb-88 0.021 uCi/gm Kr-87 0.002 uCi/gm Cs-134 0.011 uCi/gm Kr-88 0.058 uCi/gm Cs-136 0.006 uCi/gm Xe-131m 0.005 uCi/gm Cs-137 0.007 uCi/gm Xe-133m 0.023 uCi/gm Cs-138 0.011 uCi/gm Xe-135m 0.003 uCi/gm Te-132 0.012 uCi/gm Xe-135 0.092 uCi/gm Mo-99 0.015 uCi/gm Xe-138 0.014 uCi/gm Tc-99m 0.005 uCi/gm Br-83 0.002 uCi/gm Br-84 0.006 uCi/gm Steam Gener.atorni Gross Activity <LLD. Tritium <LLD.

444 44444 44 44.. 44444 4..... 44 44 ... 44 4 4...............

THIS IS A DRILL 4*444 444. 4, <t4=444.........ts.44.. 4*.4444........ 444 .....

VI - 1

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES RMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO; 1989 RYRRCISE CUE CARD NO. 1-TO: Shift Supervisor TIME: 07:00 FROM: Control Room Controller T: 0:-30 ANTICIPATED RESPONSE Shift personnel will review information provided.

COMMENTS The Lead Controller will brief the " Operating Shift" regarding the applicable information below and will ensure that the SS understands that the restrictions on plant page usage are not intended to apply to the Operating Shift. This briefing may be held on the day of the~ exercise or the preceding day.

INSTRUCTIONS

Review all guidelines in Section III.

Brief the " Drill Shift Supervisor" on actions that will be taken upon the occurrence of an actual emergency.

Emergency fire responsibilities are to be handled by the

" Operating Shift".

Medical emergency responsibilities will be handled by the

" Drill EFAT". Control of the medical emergency will be handled by the " Operating Shift" until the responsibility is assumed by the TSC.

Discuss the methods of drill control that will be necessary due to operating from the Simulator.

Ensure that the Chemistry technicians, HP technicians, NAOs and maintenance personnel are briefed.

The NAO' Monitor should have the " Drill Shift" NAOs perform a radio check on the operations and maintenance radio frequencies prior to commencing the drill to verify operability of the circuits between the plant and the Simulator.

4444***a=.4 .**4444**********==*********** =***********4**44****

THIS IS A DRILL

- - - - 4===.... ***4*******,=***=*======== ..==****4*44 ==******==

VI - 2

WATERFORD-3 SES ANNUAL EXERCISE

,ADGUST 30, 1989 W3 SES RMRRGENCY PREPARRDNRSS DRILL CUE CARD DRILL TYPE /NO. 1989 EYF3CISE CUE CARD NO. 2 TO: Shift Supervisor TIME: 07:30 FROM: Control Room Controller T: 0:00 THIS IS A DRILL DO NOT i n i ti ate actions affectina normal nlant onerati ons Make the following plant page announcement:

THIS IS A DRTLL - THIS IS A DRILL ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

LOUISIANA POWER AND LIGHT COMPANY IS C0KMENCING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (Insert time from Si mul ator clock) .

Reoeat the announcement once.

l l

* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * "f t t t

t t t t t * * * * * * * * * *

m *

s s a s s $ $ t THIS IS A DRILL

- - - - '***ss******

VI - 3

WATERFORD-3 SES ANNUAL EXERCISE J

~ADGUST 30, 1989 W3 SES RMERCRNCY PREPAREDMRRS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 2 TO: Shift Supervisor TIME: 07:30 FROM: Control Room Controller T: 0:00 ANTICIPATED RESPONSE Plant page announcement is made.

COMMENTS INSTRUCTIONS

- - - - '***********************************44************

THIS IS A DRILL VI - 4

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD. 3 1

DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 3 )

TO: Mechanical Repair Team TIME: At the start of the drill i FROM: B LPSI Pump Monitor i T= N/A

- - - - e***************************

THIS IS A DRILL DO NOT initiate actions affectina normal niant onerations l

1 This cue card is for the information of the "B"'LPSI Pump Repair Team Monitor.

The "B" LPSI Pump is out of service for the replacement of the mechanical seal. The status of the "B" LPSI Pump at the start of the exercise is as follows:

a. The oil is drained from the motor.

b. The motor is determinate.

c. The attached piping is disconnected.

d. Volute nuts / studs are removed.

4 THIS IS A DRILL VI - 5

l WATERFORD-3 SES ANNUAL EXERCISE l AUGUST 30, 1989 W3 ERS EMERGENCY pHRPAREDNRES DRTLL CUE CARD I

DRILL TYPE /NO. 1989 RRRnCISR CUE CARD NO. 3

.TO: Mechanical Repair Team TIKE: At the start of the drill FRON: B LPSI Pump Monitor T= N/A ANTICIPATED RRRPONSR

1. The repair team will rig the motor clear of the impeller.

2. The impeller will be removed, i

3. The shaft sleeve and mechanical seal will.be removed.

4. Install a new mechanical seal and reassemble pump.

COMMENTS The completion of this task will not be completed during the duration of the exercise.

INSTRUCTIONS The work on the mechanical seal is assumed to be in progress at the start of the exercise. The OSC Controller will ensure that a repair team is staged at the LPSI pump at the start of the exercise. The information on this cue card will be provided to the repair team when they arrive at the "B" LPSI Pump.

IT IS TMpORTANT TO ERRP THE SIMULATOR INSTEDCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVTTTES AT ALL TTMkR!

1

- - - - tf++444e&a*44A THIS IS A DRILL VI - 6 l

h _ _ _-_ - __ _ _ _ _ _ -

WATERFORD-3 SES ANNUAL RIERCISE

,ADGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRTLL CUE CARD DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 4 TO: Mechanical Repair Team TIME: When PMM crew leaves to work on B CSP FROM: B CS Pump Monitor

'T: N/A THIS IS A DRILL DO NOT initiate actions affecti na normal niant onerationa This cue card is for the information of the "B" Containment Spray Pump Repair Team Monitor.

The status of the "B" Containment Spray Pump at the start of the drill is as follows:

a. The oil has been drained from the pump and motor.

Replacement oil is available in the PMM shop.

b. The coupling has been disassembled and cleaned.

c. Seal packing has been removed.

I

- - tis **********************************************************

THIS IS A DRILL 1 I

VI - 7 )

o_________. _ __ - - _ - .

WATERFORD-3 SES ANNUAL EXERCISE

' AUGUST 30, 1989 W3 SRS RNERGENCY pDRpAREDNESS DRILL CUR CARD DRILL TYPE /NO. 1989 RYERCISR CUE CARD NO. 4 TO: Mechanical Hepair Team TIME: When PMM crew leaves to work on B CSP FROM: B CS Pump Monitor T= N/A ANTICIPATED RRRpORSE

1. The repair team should take the oil /packint from the shop and proceed to the Control Room to sign the tag out.

2. Dial indicators should be checked out of the Hot Tool Room.

3. The two rings of packing will be installed.

4. An alignment verification will be performed.

5. The coupling will be installed and greased.

6. Oil will be added to the pump and motor oil reservoirs.

7. The repair team will sign off the tag out.

8. Operations will remove the tags and fill / vent the pump.

9. The pump will be run for Operations surveillance and maintenance vibration survey.

COMMENTS The "B" Containment Spray pump is out of service for the annual PM to change the oil in the pump and motor, inspect, clean and regrease the coupling and to verify alignment. There is also a corrective action task to remove and replace the seal packing.

Steps 3, 4, 5 & 6 above can be performed in any order.

INSTRUCTIONS The information on this cue card will be provided to the repair team personnel as they are preparing to start work.

Since the "A" containment spray pump will be lost later in the scenario, the repair team may be directed to expedite returning the "B" pump to service. If the work is expedited and all the proper steps are not taken the pump / motor will trip shortly after being started.

The repair team will dress out if required by RP.

IT IS IMpORTANT TO RRRp THE SIMULATOR INSTRUCTOR BOOTH INFORMEL OF THR STATUS OF RRpAIR ACTIVITTRS IN THE ptANT AT ALL TTMRS!

- =***********************4*************************************

THIS IS A DRILL VI - 8

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES RMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 5 TO: CRS/NPO TIME: 07:35 FROM: Control Room Controller T= 0:05 THIS IS A DRILL DO NOT initiate actions affectina normal olant operations Provide the following information:

Power drops to approximately 94%

Generated megawatts drops to approximately 1055 MW Governor valve #4 indicates closed on CP-1 ALARMS SG1 STEAM /FW FLOW SIGNAL DEV on CP-1, Window T-17 SG2 STEAM /FW FLOW SIGNAL DEV on CP-1, Window U-17 1

4344444**4444t*444a***4t*****4**444444444444**444ss4424*44******

THIS IS A DFILL

$444,444444.*44...n*444444******4**444*********=************=*

VI - 9

)

i- _ _ _ _ _ _ _ - _ _ - _ - - - - - _ _ _ _ -

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRILL CDE CARD DRILh TYPE /NO. 1989 EYERCISE CUE CARD NO. 5 To: CRS/NPO-TIME: 07:35 FROM: Control Room Controller T: 0:05 L ANTICIPATED RESPONSE

1. The Control Room staff should notify I&C maintenance to

- report to the Control Room.

2. The Control Room may direct the Turbine Building Watch to isolate the Digital Electro Hydraulic (DEH) fluid for governor valve #4 and restore power to 100%.

3. The I&C repair team should proceed to CP-21, DEH Control Cabinet.

COMMENTS The Simulator operate.- ~*h the #4 governor valve throttled. The plant normally opera'..a E.th #4 governor valve closed. The Control Room Controller must ensure that this does not cause confusion for the Control-Room participants.

INSTRUCTIONS The information on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

.. 44*4**4,4*444,4444444444****4. 444 44444444 ******4.*****44*.

THIS IS A DFILL

. . . . * *

4 4 4 4. . ,4 4 4 4 4 4 4 4 4,4

4 4. . 4 4 4 4 4 4

4 4 4 4 4 4 t

4 4

4

4 4 4

4 4 4 4

4 VI - 10

WATERFORD-3 SES ANNUAL EXERCISE

,ADGUST 30, 1989 W3 SES EMEDGENCY PDRPAHRDNRES DRTLL CUE CARD i

DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 6 l TO: I&C Repair Team l TIME: Upon !

arrival at DEH Control Panel FROM: Governor Valve Monitor

'T: N/A THIS IS A DRILL DO NOT initiate actions affectina norum1 olant operations Provide the following information:

The power indicator light on the Servo Driver (NSD) card in slot CI-K28 is not lit.

l l

f THIS IS A DRILL I

I VI - 11

1 .

WATERFORD-3 SES ANNUAL RIERCISE

'ADGUST 30, 1989 L .W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 EYRDCISE CUE CARD NO. 6 TO: I&C Repair Team TIME: Upon arrival at DEH Control Panel FROM: Governor Valve Monitor T: N/A ANTICIPATED RRRPONSE

1. Upon finding the power LED out, the repair team should inform the Control Room Staff of their findings.

2. The Control Room staff should isolate governor valve #4 and place the DEH controller in Maintenance Test for troubleshooting.

3. The repair team should remove the NSD card / connector and will find that the fuse is blown.

4. The repair team will replace the fuse and reinsert the card / connector.

COMMENTS INSTRUCTIONS A mock up of the NSD card with a blown fuse will be srcvided and the repair team will actually replace the fuse.

IT IS IMPORTANT TO ERRP THE SIMULATOR INSTRUCTOR BOOTH INFORMED OF THE STATUS OF REPAIR ACTIVITIES IN TRE PLANT AT ALL TIMRR!

- - - - F*********************************************a**

THIS IS A DRILL VI - 12

h WATERFORD-3 SES ANNUAL EXERCISE

l. , AUGUST 30, 1989 t

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 7 TO: CRS/NPO TIME: 08:00 FROM: Control Room Controller 1 -T= 0:30

- - - - l THIS IS A DRILL DO NOT initiate actions affectina normal niant onarationn

- - - - v*********

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILLI THIS IS A DRILL!

LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE' ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (Innert ti ma from simulator clock).

THIS IS A DRILL! THIS IS A DRILLI Repeat the announcement once.

9 THIS IS A DRILL VI - 13

WLTERFORD-3 SES' ANNUAL EXERCISE j AUGUST 30, 1989 -I ;

M3 SIS Eh'ERGENCY PREPAREDNESS DRILL CDE CARD DRILL TYPE /NO. 1989 WYERCISE CUE CARD NO. 7 TOi CRS/NPO TIME: 08:00 J FROM: Control Room Controller T= 0:30 l

ANTICIPATED RESPONSE l

Make the announcement. i COMMENTS

l INSTRUCTIONS THIS IS A DRILL VI - 14

- _ -----_________a

WATERFORD-3 SES ANNUAL EIERCISE l AUGUST 30, 1989 ;

l W3 SES RMRRGRNCY PREPAREDNESS DRILL CDE CARD l DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 8 TO: CRS/NPO TIME: 08:00 FROM: Control Room Controller 4 T: 0:30 l j **************************************************************** j THIS IS A DRILL DO NOT initiate actions affectina normal clant operations Provide the following inf'rmation:

o ALARMS VACUUM PUMPS EXHAUST ACTIVITY HI on CP-1, Window C-3 BLOWDOWN ACTIVITY HI on CP-1, Window B-19 INDICATIONS Activity is. increasing on the Condenser Vacuum Pump Radiation Monitors, PRM-IRE-0001 and PRM-1RE-0002 (WRGM). .

Activity is increasing on the S/G 1 & 2 Blowdown Radiation Monitor (PRM-IRE-0100).

The condenser vacuum pump exhaust does not divert to the filtration mode (AE-118 remains closed & AE-117 remains open).

THIS IS A DRILL VI - 15

WATERFORD-3 SES ANNUAL RIERCISE

'ADGUST 30, 1989 W3 SES RMERGENCY PREPARRnNESS DETLL CUE CARD DRILL TYPE /MO. 1989 EYERCISE CUE CARD NO. 8 TO: CRS/NPO TIME: 08:00 FROM: Control Room Controller T: 0:30 ANTICIPATED RESPONSE

1. The Control Room staff will enter Off-Normal Procedure OP-901-024, Steam Generator Tube Leakage or High Activity.

2. Control Room staff will direct RP to obtain a grab sample of the condenser vacuum exhaust.

3. Control Room staff will try to quantify the amount of primary to secondary leakage by performing a short RCS inventory balance.

4. The SS may consider a slow controlled plant shut down

(~ 5 MW/ min).

COMMENTS !

l 1

The tube leakage in S/G #2 is approximately 0.22 GPM. This leakage rate is within the Technfcal Specification Limits for continued operation.

INSTRUCTIONS The information on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

- - - - =***************************************

THIS IS A DRILL VI - 16 I. -. _ _ - - _ _ _ _ _ _ - _ _ _ _ - _ - _ _ _ _ _ _ _ _ -

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES EMRRGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 9 TO: Repair Team TIME: Upon arrival at AE-117 FROM: MOV Monitor T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal niant operations Provide the following information:

AE-117 can not be opened manually.

1 I I

* * = 4 . . 4 4 , 4 4 4

4 4 4 4 4 4 4 4 ,4 4,4 4 * = *

4 4 . * *

4

4 4 4 4 4 4 * * * * * * * *

4 * *

4 4 4 THIS 15 A DFILL

$4 4.=,44444.*44444=44 444t*44*r*** .....=v44=4*****************

VI - 17 I _ _ - - _ _ _ _ _ _ _ - - _ _ _ - _ _ _ _ _ _ _ .

cn1 )

i WATERFORD-3 SES ANNUAh EXERCISE AUGUST 30, 1989 W3 SES RMRRGENCY PREPAREDNESS DRILL CUE CARD DRILh TYPE /NO. 1989 RYRRCISE CUE CARD NO. 9 TO: Repair Team TIME: Upon L .

arrival at AE-117 4 l FROM: MOV Monitor )

T= N/A ANTICIPATED RESPONSE

1. The repair team will find that the valve is bound due to a failure of the brass bushing in the limitorque operator.

2. The limitorque operator should be removed and the valve manually opened.

COMMENTS Scaffolding may have to be erected to work on the limitorque operator.

When the valve has been opened the release from the condenser vacuum exhaust will be terminated.

INSTRUCTIONS The MOV Monitor will be staged at AE-117 and will provide the information on this cue card to the first person who arrives at the valve.. After the repair team arrives at the valve, the Monitor will follow their activities to completion.

- - - 44444444*4444444.a4.,44 4,444*4444 4.s=44**44444444. ==***44 THIS IS A DRILL 44444444444**444444444..4444**44444444444444****4**444*==******

VI - 18

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES RMRRGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 EXERCISE CUE CARD NO. 10 TO: Emergency Coordinator TIME: Upon declaration of Alert FROM: Control Room Controller T: N/A THIS IS A DRILL DO NOT ini tiate actions affecting normal niant onerations Substitute for Sten 5.1 of EP-001-020:

5.1.1 Sound the STATION ALARM and make the following announcement (s):

5.1.1.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

AN ALERT WAS DECLARED AT (announce time of declaration usinc 24-hour clock) DDE TO (announce reason for declaration of Alert). ALL MEMBERS OF THE ONSITE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YODR STATIONS. (If the emergency is radiation oriented, add: "There will be no smoking, eating or drinking until further notice.") THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY DSE ONLY.

THIS IS A DRILL! THIS IS A DRILL!

5.1.1.2 If there is a localized emergency (e.g. fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct personnel to stand clear of this area (refer to

, FP-1-020 for fire).

5.1.1.3 Sound the STATION ALARM and repeat the announcement (s) l at least two more times, allowing sufficient time for I personnel who may be in high noise areas to reach a location where the announcement can be heard.

I I 4*44444*. 4 .. 4*44**w44*444 444.*44*... 444***4444 44*444444*44 THIS IS A DRILL 4444a44*. 4...,*4444*4.*44,**44444 444. 44444*44,4 ***.4444=.4*4 VI - 19 L_________.

4 L 'WATERFORD-3 SES ANNUAL EXERCISE E W3 SES' EMERGENCY PREPAREDNESS DRILL CUE CARD- J DRILL TYPE /NO, 1989 EYERCISE CUE CARD NO. 10

- TO: Emergency Coordinator j TIME:'Upon declaration of

, Alert ;

FROM: Control Room Controller T: N/A ANTICIPATED RESPONSE

1. EC substitutes the exercise announcement for Step 5.1.1 of EP-001-020, Alert.

2. Accountability card readers are Lctivated.

3. Plant page announcement'is made notifying station personnel-that- the accountability card readers are activated.

4. The TSC and OSC personnel are mobilized via group page.

COMMENTS INSTRUCTIONS Controllers will ensure that all Drill Control Team members and guest ^ observers log into the accountability card readers after it has been announced that they have been activated.

4********44 sam ******aa***4*44*****4444*4444****44***ms4444444**4 THIS IS A DRILL

- - 444444444,4.**4...444*4=444**44**4*****4*4444**>==44*4**4***

VI - 20

b WATERFORD-3 SES ANNUAL EXERCISE

.ADGUST 30, 198S i

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 KYRRCISE CUE CARD NO. 11 TO: Shift Supervisor TIME: At the discretion of the Lead Controller FROM: Lead Controller

'T= N/A THIS IS A DRILL DO h0T initiate actions affecti na normal niant operations CONTINGENCY CUE CARD

' Imolementina Conditions: When it appears imminent that l classification will not be in accordance with the design of this i drill package.

Contingency Action: Direct the Shift Supervisor / Emergency Coordinator to classify the event as an.

Alert in accordance with the design of

^ this drill package.

- - - - 5***

THIS IS A DRILL VI - 21

F L' WATERFIRD-3 SES ANNUAL EXERCISE

'AUGDST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD i DRILL TYPE /NO. 1989 EYRRCTER CUE CARD NO. 11 l

TO: Shift Supervisor TIME: At the discretion of the Lead Controller FROM: Lead Controller T: N/A ANTICIPATED RESPONSE (

Make the indicated Alert classification Implement EP-1-020, Alert COMMENTS The purpose of this cue card is to maintain the scenario time line.

INSTRUCTIONS THIS IS A DPILL VI - 22

ADGUST 30, 1989 (

W3 SES RMRRGRNCY pHRPAREDNRSS DRILL CUR CARD f DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 12 ]

TO: TSC Communications Monitor TIME: When the Encergency Communicator begins setting up the answering machinea I i

FROM: CR Communications Monitor T= N/A I THIS IS A DRILL DO NOT initiate actions a ffecti nst normal ulant operations When the Emergency Communicator begins setting up the answering machines in the Simulator Control Room, contact the Communications Controller and direct him/her to install the Drill Tapes in the Control Room answering machines.

- 444***************************ma********************4***$4***

THIS IS A DRILL

- - - - 44*****=*****************.....*************ve*****4**s***

VI - 23

L WATERFORD-3 SES ANNUAL EXERCISE l AUGUST 30, 1989 V

L W3 SES RMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 12 l l

TO: TSC Communications Monitor i

TIME: When the

!' Emergency l

Communicator begins setting up the answering machines FROM: CR Communications Monitor T= N/A ANTICIPATED RESPONSE The Communications Controller will install the Drill Tapes in the Control Room answering machines and ensure that the answering machines are ready to record messages.

COMMENTS The TSC/OSC emergency responders will call in to the Control Room answering machines to enable the TSC Communicators to poll the answering machines during activation of the TSC.

INSTRUCTIONS Ensure that the Emergency Communicator enters the Control Room answering machine number (464-3450) when activating the Onsite Organization.

I i

- - - - 88***************

THIS IS A DRILL

- - - - =****************

VI - 24

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989

! W3 SES RMERGENCY PREPAREDNESS DRTLL CUE CARD l

! DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 13 l

TO: Plant SS TIME: Upon activation of the accountability keycard readers FROM: Admin NPO Monitor T: N/A THIS IS A DRILL DO NOT initiate actio'nm af fectina neraal nlant onerations CONTINGENCY CUE CARD Imolementina C3nditions: When the announcement is made that the Accountability Keycard Readers have been activated.

Contingency Action: Direct the SS, in the Control Room, to have all of his shift Operators card in on the Accountability Keycard Readers.

l l

I THIS IS A DPILL

- - - - l 1

VI - 25 l

WATERFORD-3 SES ANNUAL EXERCISE AOGDST 30,- 1989 W3 SES RNERGENCY PRRpAREDNRES DRTLL CDR CARD DRILL TYPE /NO. -1989 RTERCISE CUE CARD NO. 13 TO: Plant SS TIME: Upon activation of the accanotability keycard readers FROM: Admin NPO Monitor T: N/A ANTICIPATED RREPONSE The Operating Shift personnel will card in on the Accountability Keycard Readers COMMENTS The purpose of this cue card is to ensure that the Operating Shift, which is not actually participating in the exercise, will be accounted for when a site evacuation is implemented. This will prevent the possibility of these Operators being inadvertently identified as missing persons when accountability is conducted after the evacuation.

INSTRUCTIONS Issue this cue card immediately following the announcement that the Accountability Keycard Readers have been activated.

- - - - 4444446444444444 THIS IS A DRILL i

- - - - 4******************************

VI - 26

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 L

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 14 TO: CRS/NPO TIME: 08:05 FROM: Control Room Controller T: 0:35

- - - - st***********************

THIS IS A DRILL DO NOT initiate actions affectina normal niant operations Provide the following information:

ALARMS CHARGING PUMP A TRIP / TROUBLE on CP-4, Window B-4 CHARGING PUMP HEADER FLOW LO on CP-4, Window H-5 CHARGING PUMPS HZADER PRESSURE LO on CP-4, Window G-5 l INDICATIONS l

Charging Pump A control switch indicates GREEN (OFF).

Charging Pump Header flow indicates O GPM.

Charging Header pressure indicates < RCS pressure.

l

- - - - o*****t*********

THIS IS A DPILL VI - 27

d WATERFORD-3 SES ANNUAL EIERCISE

' AUGUST 30, 1989 W3 SES EMERGENCY pREpARRnNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 14 TO: CRS/NPO TIME: 08:05 FROM: Control Room Controller T: 0:35 ANTICIPATED RESPONSE

1. The operators should manually start the B charging pump. If not the B charging pump will automatically start on decreasing pressurizer level.

2. If the operators attempt to restart the A charging pump, it will not restart.

3. An NAO should be dispatched to investigate the a charging pump trip at both the breaker and the pump.

4. Mechanical Maintenance and/or Electrical Maintenance should be dispatched to investigate the charging pump trip.

5. The Control Room staff mar consider entering Off-Normal Procedure OP-901-014, Loss of Charging and/or Letdown Flow.

COMMENTS Attempts to restart the A** charging pump will be unsuccessful due to the oil relief valve failing open and not allowing sufficient oil pressure for the pump to operate.

INSTRUCTIONS The information on this cue card will not' need to be issued unless the Simulator fails and the indications are not available on the control panels.

- - - - a*************

THIS IS A DRILL

- - - - >**************************************=*************

VI - 28

WATERFORD-3 SES ANNUAL ETERCISE ADGUST 30, 1989 l.

W3 SES RMRRGENCY PREPAREDNESS DRILL CDR CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 15 TO: NAO/ Mechanical Repair Team TIME: Upon arrival at the A Chg Pump FROM: NA0/B Charging Pump Monitor T: N/A l THIS IS A DRILL DO NOT initiate actions affectina normal niant operations l ****************************************************************

Provide the following indication:

The Charging pump oil system pressure is less than 10 psi.

- - - - t?***********************

THIS IS A DRILL VI - 29

r WATERFORD-3'SES ANNUAL EIERCISE

- ' AUGUST 30, 1989 W3 SES EMERGENCY PRRpAREDNERS DRILL CDR CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 15-TO: .NA0/ Mechanical Repair Team TIMP: Upon arrival at the A Chg Pump FROM: NAO/B Charging Pump Monitor T= N/A ANTICIPATED RESPONSE ,

Attempts to adjust the relit.f valve will not bring the pressure above 10 psi.

Mechanical maintenance will replace the relief valve.

COMMENTS The charging puap oil system must maintain at least 10 psi' or the charging pump will not start.

INSTRUCTIONS A mock-up of the relief valve section of the charging pump oil system will be provided. The Monitor will direct the repair team to the mock-up only af ter the repair team has checked the actual charging pump indications.

IT IS IMPORTANT TO RREP THE SIMULATOR INSTRUCTOB BOOTH INFORNRD OF THE STATUS OF REPAIR ACTIVITTRS IN THE PLANT AT ALL TIMRR!

r i

- - - - t*************************************'*****

THIS IS A DRILL VI - 30

WATERFORD-3 SES ANNUAL RIERCISE ADGUST 30, 1989 W3 SES EMERGENCY PREPARRDNRRS DRILL CUE CARD DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 16 TO: CRS/NPO TIME: 08:10 FROM: Control Room Controller T= 0:40 THIS IS A DRILL DO NOT initiate actions affecti na normaal clant ooerations

- - - - s.!.*******************************************

Provide the following information:

The -4 Wing Area radiation monitor goes into alarm.

i i

t I

s 1

- - - - T***********************************

THIS IS A DRILL

- - - - j VI - 31 .

WATERF8RD-3 SES ANNUAL EXERCISE

~ AUGUST 30,-1989 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 16 TO: CRS/NPO TIME: 08:10 FROM: Control Room Controller T= 0:40 ANTICIPATED RESPONSE

1. HP should be dispatched to investigate the area radiation nlarm.

COMMENTS The radiation alarm is caused by a packing leak on blowdown isolation valve BD-103B.

INSTRUCTIONS The informatica on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

i

- - - - 234*$$as s*********************4*23****4************$*34*4 THIS IS A DBILL

=******a.4**...********4**=********.....=*v444*******4*$

VI - 32

)

l

\

--_______--__-___---_-____--____D

WATERFORD-3 SRS ANNUAL EXERCISE AUGUST 30, 1989 1 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 17 TO: NAO/ Mechanical Repair Team TIME: Upon arrival at BD-103B FROM: Blowdown Valve Monitor T: N/A THIS IS A DRILL DQ_NOT initiate actions affectina normal nlant onerations Provide the following information:

A large amount of steam will be seen coming from the vicinity of BD-103B. Closer investigation identifies that the steam is coming from a packing leak on BD-103B.

l l

l 1

THIS IS A DRILL VI - 33 j

v i NATERFORD-3 SES ANNUAL EXERCISE

ADGDST-30, 1989 M3 SES EMERGENCY PREPAREDNESS DRILL' CUE CARD DRILL TYPE /NO. 1989 ErRDCISE __

CUK CARD NO. 17 TO: NAO/Hechanical Repair Team.

TIME: Upon arrival at BD-103B FROMi Blowdown Valve Monitor T: N/A ANTICIPATED RRKPONSE

1. The steam leakage from BD-103B will be reported.

2. Operations may try to isolate the leakage by closing BD-102B. Due to seat leakage by BD-102B, this will not stop the steam leakage.

3. Attempts may be made to manually close or backseat BD-103B. Backseating the valve will secure the leak.

4. Tightening the packing will also secure the leak.

COMMENTS

Special precautions should be taken to prevent eteam burns and contamination (gloves and plastic suits).

All dres s out and respirator requirements should be carried out by the exercise participants. .

INSTRUCTIONS The Blowdown Valve ib,witor wi).1 be staged in the vicinity of BD-103B prior to 08:00. The information on this cue card will be provided to the first exercirse player arriving in the area.

After the initial investigat. ion has been completed the Monitor wi).1 stay with the PMM repair team until the completion of this activity.

IT IS TMPORTAKT TO ENRP THE SIMULATOR TMSTHDCTOR BOOTH INFORMED OF THE STATUS OF REPATR ACTIVITIES IN THE ptANT AT ALL TIMER!

- - - - ?*******************************************

THIS IS A DRILL

- - - - .s****************************************************

VI - 34

WATERFORD-3 SES' ANNUAL RIERCISE

. AUGUST 30, 1989 W3 SES RMRRGENCY PREPAREDNESS DRILL CBE TiiRD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 18 TO: Shift Supervisor TIME: 09:00 FROM: Control Room Controller T: 1:30 THIS IS A DRILL DO NOT instinte actions affectina normal niant operations

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (Insert time from Simulator clock).

THIS IS A DRILL! THIS IS A DRILL! -

Repeat the announcement once.

THIS IS A DRILL VI - 35

i'

L WATRMFORD-3 SES-ANNUAL KIERCISE L ADGUST 30, 1989 1 .

i g3 SES EMRRGENCY PREPARRnNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 18 TO: Shift Supervisor l TIME: 09:00

'FROM: Control Room Controller T= 1:30 ANTICIPATED RREPONSE

- Make the' announcement.

COMMENTS INSTRUCTIONS e

9 4

THIS IS A DFILL VI - 36

WATERFORD-3 SES ANNUAL EXERCISE

.ADGUST 30, 1989- s i

W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 truncist CUE CARD NO. 19 TO: TSC Personnel TIME: 09:15 FROM: TSC Technical Assessment Monitor T: 1:45 THIS IS A DRILL DO NOT initiate actions affectina normal clant onerations This cue card is for the information of the TSC Technical Assessment Monitor.

SEE COMMENTS AND INSTRUCTIONS SECTIONS OF THIS CUE CARD.

e

- - - - C********************************************

THIS IS A DRILL VI - 37

n--_. _

[ .-

NATERFORD-3 SES ANNUAL EXERCISE.

ADGOST 30, 1989-W3 ERS ENERGENCY PREPAREDNRES DRILL CUR CARD I

DRILL TYPE /NO. 1989 RYRRCIER CUE CARD NO. 19 TO: TSC Personnel TIME: 09:15 FROM: TSC Technical-Assessment Monitor-T: 1:45 ANTICIPATED RREPONSR

1. When the TSC personnel discover the loss of the SPDS display, they will contact'the Control Room to obtain plant data.

2. The TSC will request that a computer technician be dispatched to the TSC to investigate- the problem with the SPDS display.

COMMENTS The SPDS display failure has been included in thic scenario to satify a 5-year requirement. The TSC personnel will demonstrate the ability to obtain plant data from an alternate source.

INSTRUCTIONS The TSC Technical Assessment Monitor will initiate the loss of SPDS by unscrewing the connector for the cable labeled "XXX" in the back of the-drill SPDS console. This will disable the display. Reconnecting the cable will return the SPDS to normal operation.

I l

- - - - n***************

THIS IS A DRILL VI - 38

WATERFORD-3 SES ANNUAL EXERCISE i ADGUST 30, 1989 W3 ERE RMEDGENCY PREPAREDNRES DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 20 TO: SPDS Repair Team TIME: Upon arrival at the TSC SPDS console FROM: SPDS Repair Team Monitor T: N/A

- - - - A*****************************

THIS IS A DRILL DO NOT initiate actions a ffectir>g normal clant operations Provide the following information:

The TSC SPDS CRT displays only static.

4

- - - - s2***********==******************************************

THIS IS A DRILL

- - - - va************==************************rn****************

VI - 39

m WATERFORD-3 SES ANNUAL EXERCISE

' AUGUST 30, 1989 i

g3 SES RMERGENCY PREPAREDNESS DRILL CDE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 20 l

TO: SPDS Repair Team TIME: Upon arrival at the TSC SPDS console FROM: SPDS Repair Team Monitor T: N/A

. ANTICIPATED RFSPONSE

1. The repair team personnel will find the loose conenector while troubleshooting the SPDS console.

2. The repair team will replace the cable and restore SPDS to operation.

COMMENTS INSTRUCTIONS I

~

o THIS IS A DFILL VI - 40

WATERFORD-3 SES ANNUAL EXERCISE {

, AUGUST 30, 1989 j W3 SES EMRRGENCY PRRPARRDNRSS DRILL CDE CARD

DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 21 TO: Shift Supervisor l

FROM: Control Room Controller.

T: 2:30 THIS IS A DRILL DO NOT initiate actions affectina norum1 olant operations

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (Insert time from Simulator clock).

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once. -

~

l l

l

- - - - s************

THIS IS A DRILL

- - - - f$****u************

VI - 41

WATERFORD-3 SES ANNUAL EIERCISE ADGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRTLL CDR CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 21 TO:' Shift Supervisor TIME: 10:00 FROM: Control Room Controller T: 2:30 E ANTICIPATED RESPONSE Make the announcement.

COMMENTS INSTRUCTIONS THIS IS A DRILL VI - 42

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30,-1989 W3 SES EMRRGENCY pHRpARRDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 22 TO: CRS/NPO TIME: 10:00 FROM: Control Room Controller T: 2:30 THIS IS A DRILL DO NOT ini tiate actions affectina normal nlant operations Provide the following information:

ALARMS RCP 2A TRIP / TROUBLE on CP-2, Cabinet H Window A7 BCP 2A 0FF CCW ISOL VLV OPEN on CP-2, Cabinet H. Window G8 7KV/4KV BUS TRANSFER FAILURE on CP-35, Cabinet C, Window A8 S/U/ AUX XFMR BKR TRIP / TROUBLE on CP-35, Cabinet C, Window B8 7KV/4KV BUS UV/ FUSE BLOWN on CP-35, Cabinet C, Window C8 INDICATIONS The reactor trips on low DNBR due to low RCP 2A shaft speed.

All CEAs are inserted into the core, with Rx power decreasing and i a negative start up rate.

RCP 2A breaker indicates CLOSED.

i Auxiliary Transformer Breaker (7KV-EBKR-1A-1) Trips.

RCS pressure is decreasing with decreasing Pressurizer level and all RCP 2A seal pressures are approximately;r matching RCS Pressure.

Containment pressure, temperature, humidity and radiation levels are slowly increasing.

- - - - =*********=s*********************************************

THIS IS A DRILL VI - 43

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 M3 SES RMRRGRNCY PRRPARRDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 22 TO: CRS/NPO TIME: 10:00 FROM: Control Room Controller T: 2:30 ANTICIPATED RESPONSE

1. The CRS will enter OP-902-000 Emergency Entry Procedure, which will direct the CRS to OP-902-002, Loss of Coolant Accident Recovery Procedure. (NOTE: Due to the loss of the "A" 6.9 KV bus, the CRS muy enter OP-902-008, Safety Function Recovery Procedure.)

2. An NAO/ electrical maintenance person will be dispatched to investigate the loss of the 3A1 bus.

COMMENTS

When RCS pressure reaches 1684 psia and Containment pressure reaches 17.1 psia, SIAS and CIAS will occur.

When Containment Pressure reaches - 17.7 psia, Containment Spray will be initiated and Containment Spray Pump A will trip. See Cue Card #27.

When the 6.9 KV (3A1) bus is lost, RCP 1A will trip.

INSTRUCTIONS The information on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

l .

THIS IS A DRILL

- - - - ==**************44*****a********=

VI - 44

-WATERFORD-3 SES ANNUAL EXERCISE ,

, AUGUST 30, 1989 l W3 SES RMRRGENCY pHRPAREDNRSS DRILL CDE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 23 TO: NAO/ Repair Team TIME: Upon k investigation of 3Al bus failure FROM: NAO/3Al Bus Monitor

'T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant operations Provide the following indications:

RCP 2A motor breaker is not tripped and the 74HR relay is tripped.

The 74HR relay is tripped on bus 3Al-1.

THIS IS A DRILL te>

71 - 45

______.___________m__ _ - - - _ --

WATERFORD-3 SES ANNUAL EXERCISE

- ADGUST 30, 1989 W3 SES RMERGENCY PREPAREDNESS DHTLL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 23

TO: NAO/ Repair Team TIME: Upon investigation of

- 3Al bus failure FROM: NAC/3Al Bus Monitor T= N/A ANTICIPATED RESPONSE

1. Operations should manually trip the RCP 2A breaker.

2. The 74HR relay (7KV-EREL-1A-1C) on bus 3AL should be reset to close the S/U transformer breaker (4KV-EBKR-2A-4) .

3. Operations should close the 6.9 KV S/U transformer 3A to Bus 3Al breaker (7KV-EBKR-1A-4).

4. The 86A1 HR relay should be reset to allow energizing loads on the 6.9 KV bus.

CQHMENTS INSTRUCTIONS t

Ye *

THIS IS A DRILL

- - - - V**********************

VI - 46

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES RMERGENCY PREPAREDNESS DRILL CDE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 24 To: Emergency Coordinator TIME: Upon declaration of Site Area Emerg.

FROM: TSC Controller T: N/A THIS IS A DRILL .

I DO NOT initiate actions af fecti na normal nlant operations 5.1.5.1 ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!:

THIS IS A DRILL! THIS IS A DRILL! A SITE AREA EMERGENCY WAS DECLARED AT (announce time of declaration usina 24-hour clock) DDE TO (announce reason for declaration of SAE). ALL MEMBERS OF THE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YOUR STATIONS.

DUE TO PLANT CONDITIONS ALL PERSONNEL IN THE PROTECTED AREA NOT PARTICIPATING IN THIS EXERCISE MUST EXIT THE PROTECTED AREA IMMEDIATELY. DESIGNATED EVACUEES FOR THIS EXERCISE PROCEED IMMEDIATELY TO ( state one of the locations: ST. JOHN THE BAPTIST CATHOLIC CHURCH OR MONSANTO PARK ABEA). PERSONNEL IN RADIATION CONTROLLED AREAS PROCEED TO THE HEALTH PHYSICS CONTROL POINT. THERE WILL BE NO SMOKING, EATING, OR DRJNKING UNTIL FURTHER NOTICE. THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY!

THIS IS A DRILL! THIS IS A DRILL!

5.1 5.2 If there is a localized emergency (e.g., fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct personnel to stand clear of this area (refer to FP-001-020 for fire).

5.1.5.3 Sound the STATION ALARM and repeat the announcements (s)

. at least two more ti me s , allowing sufficient L1mo for personnel who may be in high noise areas to reach a location where the announcement can be heard.

l

- - - - 44*************************4444*44**********

THIS IS A DRILL

- - - - ns********************************444*=4444******

VI - 47

1 WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 l

W3 SES RMRRGENCY PREPARRDNRSS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 24 j TO: Emergency Coordinator TIME: Upon declaration of Site Area Emers.

FROM: TSC Controller T: N/A-ANTICIPATED RESPONSE

1. EC determines proper assembly area.

2. Security is notified to prepare for the evacuation.

3. The Assembly Area Supervisor is dispatched from the OSC.

4. An HP Technician may be dispatched to the assembly area.

5. EC makes site announcement.

6. Non-essential Protected Area personnel exit the Protected Area.

7. Designated personnel will immediately proceed to the Assembly Area identified in the announcement.

8. Security performs accountability and supplies a Minuing Person Roster to the TSC.

COMMENTS i

INSTRUCTIONS .

Issue this cue card as the Emergency Coordinator prepares to announce the Site Area-Emergency.

d

- - - - 4***************4 4*************************=.$**v ,

J THIS IS A DRILL

- - - - v**************************************s==***

VI - 48 i

f ..

L WATERFORD-3 SES' ANNUAL EXERCISE ADGUST 30, 1989 l

W3'SES RMRRGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RIERCISE CUE CARD NO. 25 TO: Emergency Coordinator {

TIME: At <

discretion of the Lead Controller FROM: TSC Controller

,, T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant operations C_ONTINGERCY CDE CARD Imolementina conditions: When it appears imminent that the classification will not be in accordance with the design of this drill package.

Contingency Action: Direct the Emergency Coordinator to implement EP-1-030, Site Area Emergency and declare a Site Area Emergency.

's o

- - 44****W4*aw$$************************************************

THIS IS A DRILL

- - - - v.=4************************44.*********=444****e***

VI - 49

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES ENRRGENCY PREPARRDNRSS DRILL CUE CARD DRILL TYPE /NO. -1989 RYRRCISE CUE CARD NO. 25 TO: Emergency Coordinator TIME: At discretion of the Lead Controller FROM: TSC Controller T= N/A ANTICIPATED RRSPONSE Emergency Coordinator implements EP-1-030, Site Area Emergency.

Emergency Coordinator prepares for and announces a site evacuation.

COMMENTS INSTRUCTIONS If thi:s cue cart. is used, provide the Emergency Coordinator with the exercise declaration announcement from cue card # 24.

l i

l l

1

- - - - 44*****************************************

THIS IS A DRILL

- - - - v*******444****4===*****

VI - 50

WATERFORD-3 SES ANNUAL KIERCISE

, AUGUST 30, 1989 W3 SES RMRRGENCY pHRPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 26 TO: TSC Supervisor TIME: When Accountability completed FROM: TSC Controller

'T: N/A

- - - - y**

THIS IS A DRILL DO NOT initiate actions affectina normal niant onerations Make the following announcement:

THIS IS A DRILL! THIS IS A DRILL!

ACCOUNTABILITY ACTIVITIES HAVE BEEN COMPLETED. ALL PERSONNEL MAY RETURN TO THEIR NORMAL WORK AREAS.

Repeat announcement once.

THIS IS A DRILL VI - 51

WATERFORD-3 SES ANNUAL EXERCISE

~ AUGUST 30, 1989 W3 SES RNRRGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 EYRRCISE CUE CARD NO. 26'

- TO: TSC Supervisor TIME: When Accountability completed FROM: TSC Controller T= N/A ANTICIPATED RRSPONSE Site personnel return to work.

COMMENTS INSTRUCTIONS This cue card will be issued after all personnel identified on the Missing Person Roster have been accounted for.

a

- - - - 888*********

THIS IS A DRILL VI - 52

i WATERFORD-3 SES ANNUAL EXERCISE ADGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 27 TO: CRS/NPO TIME: When Containneut Spray is initiated FROM: Control Room Controller T= N/A THIS IS A DRILL DO NOT initiate actions affectina normal clant operations When containment spray activation occurs, provide the following information:

ALARMS CNTMT SPRAY PUMP A UNAVAILABLE on CP-8, Cabinet M, Window A4 CNTMT SPRAY PUMP A TRIP / TROUBLE on CP-8, Cabinet M, Window B4 COMPUTER POINTS CSP A MTR OC/0VLD TRIP DETECTED (Point ID D42404)

CSP A MTR OVLD DETECTED (Point ID D42402)

CSP A BKR SWGR 3A3S-6 0FF (Point ID D42400)

I

- - - - -*****************s*******

THIS IS A DRILL

- - - - a*******

VI - 53

NATERFORD-3 SES ANNUAL EXERCISE

'ADGUST 30, 1989 (

W3 SES RMRRGENCY PREPARRnNESS DRILL CUE CARD 1989 KYRDCISE CUE CARD NO. 27 )

-DRILL TYPE /NO.

TO: CRS/NPO TIME: When >

Containment Spray is initiated FROM: Control 11oom Controller T= N/A ANTICIPATED RREPONSE

1. An NAO will be dispatched to investigate the problem with j the "A" Containment Spray Pump. 1 COMMENTS.

With the loss of the "A" Containment Spray Pump, all containment spray capability has been lost. Containment pressure will continue to increase until some form of containment spray is restored.

INSTRUCTIONS <

The information on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

THIS IS A DRILL VI - 54 I

WATERFORD-3 SES ANNUAL EXERCISE

.ADGUST 30, 1989 W3 SES EMRRGENCY PREPAREDNESS DRTLI. CDE CARD DRILL TYPE /NO. _ 1989 EYERCISE CUE CARD NO. 28

, TO: NA0/ Repair Team l TINE: Opon Arrival at CS L

brkr/ pump FROM: Containment Spray Monitor

'T: N/A THIS IS A DRILL DO NOT initiate actions affectina normal niant operationn Provide the following information:

The "A" CS pump motor breaker will indicate that it had tripped on overcurrent.

G

- - - - 448****

THIS IS A DRILL VI - 55

,_- -__-- - - - - . -_ _. _=

WATERFORD-3 SES ANNUAL RIERCISE- i'

' AUGUST .30., 1989

~

N3 SES EMERGENCY PREPAREDNESS DRILL CDE cann DRILLLTYPE/NO. 1989 rrencigE CUE CARD NO. 28 TO: NAC/Bepair Team TIME: Upon .j Arrival at CS i brkr/ pump FROM:' Containment Spray Monitor T:.N/A -)

ANTICIPATED RESPONSE

1. . Operations should reset the 74HR-relay (CS-EREL-3A-6GS) and -1 attempt to reclose the breaker. The breaker will trip.

2. Operations should rack down the CS pump "A" motor breaker . !

3. .A dummy breaker should be racked up into cubicle 3A3S-6. !

4. When the electricians megger the motor, they will find 0 ohms to ground on all three phases.

5. The repair team should have.the OSC check.if a spare motor is available in the warehouse. l

6. Preparations will be made to determinate and rig the failed' i motor out of the plant and replace.it, j COMMENTS l l

l INSTEDCTIONS

)

i e

1 1

l THIS IS A DRILL VI - 56 1

--_---_---_____________A

WATERFORD-3 SES ANNUAL EXERCISE ADGUST 30, 1989 W3 SES RMRRGRNCY pWEPARRnNRES DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 29 TO: CRS/NPO TIME: 10:20 FROM: Control Room Controller T: 2:50

- - - - J**********************************

THIS IS A DRILL DO NOT initiate actions affectina norant olant operations Provide the following information:

Annulus pressure on CP-18 inoicates pressure is cycling between

-1 "H2O and -8 "H2O approximately every 45 seconds.

Shield Building Ventilation Trains A & B exhaust valves to the plant stack (SBV 114A & B) and recirculation to annulus valves (SBV 113A & B) are cycling with the indicated annulus pressure:

At -l "H2O the exhaust to plant stack valves open and the recirc to annulus valves are closed.

At -8 "H2O the exhaust to plant stack valves close and the recirc to annulus valves open.

The Plant Stack Radiation Monitor goes into alarm status.

1 1

- - - - F+********************************************

THIS IS A DRILL VI - 57 I _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

WATERFORD-3 SES ANNUAL EIRRCISE

ADGUST 30, 1989 W3 SES RMERGENCY PREPARRnNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 29 TO: CRS/NPO TINE: 14:20 FROM: Control Room Controller T: 2:50 h

ANTICIPATED RRSPONSE {

i1

1. NAOs will be dispatched to determine the source of the leakage into the annulus. (Systems to be investigated may include Containment Purge and Containment Pressure Reduction).

COEMENTS Radiation levels at the RAB +46 Shield Building Ventilation Train A & B filtration units will increase due to the penetration leakage from containment.

INSTRUCTIONS The information on this cue card will not need to be issued unless the Simulator fails and the indications are not available on the control panels.

l 1 ****************************************************************

l THIS IS A DEILL V! - 58

- __ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ J

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 ERs- ENRRGENCY pHEPAREDNRRs DRILL CUR CARD i DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 30 l

TO: EOF Director / Emergency Coord.

TIME: At General-Emergency Classification l FROM: EOF /TSC Controller l T: N/A l **********************************************************r*****

l THIS IS A DRILL DO NOT i nitiate actions af fecti na normal clant operations Substitute for EP-1-040, General Emergency, Step 5.1. 2.1 ,

l ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL! A GENERAL EMERGENCY WAS DECLARED AT (announce time of declaration usina 24-hour clock)

DDE TO (nnnounce reason for declaration of General Emeraency).

ALL MEMBERS OF THE EMERGENCY ORGANIZATION FOR THIS EXERCISE REPORT TO YO3R STATIONS. THERE WILL BE NO SMOKING, EATING OR DRINKING UNTIL FURTHER NOTICE. THE MAINTENANCE RADIO FREQUENCY IS NOW DEDICATED FOR EMERGENCY USE ONLY!

THIS IS A DRILL! THIS IS A DRILL!

5.I.2.2 If there is a localized emergency (e.g., fire, radiological hazard outside of normally established RCAs), announce its type and location and instruct personnel to stand clear of this area (refer to

. FP-1-020 for fire) .

5.1.2.3 Sound the STATION ALARM and repeat the announcement (s) at least two more times , allowing sufficient time for personnel who may be in high noise areas to reach a location where they can hear the announcement.

- - - - 4************************u****444******

THIS IS A DRILL

- - - - s*44444**44*******************==************

VI - 59

i <1 ki WATERFORD-3 SES ANNUAL EXERCISE ADGUST 30, 1989 l i

W3 SES RMERGENCY PREPAREDNESS DRILL CUE CARD j DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 30 TO: EOF' Director / Emergency Coord, l TIME: At General Emergency Classification FROM: EOF /TSC Controller j T= N/A J s

ANTICIPATED RREPONSE I The announcement will be substituted for step 5.1.2.1, EP-1-040, General Emergency.

COMMENTS INSTRUCTIONS Previde this cue card to the EC/ EOF Director when step 5.1.2.1 of

-EP-1-040 is reached.

1

- - - - u***************4444**********

THIS IS A DRILL

- - - - 4444**************************************

VI - 60

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES ENRRGRNCY PRRPAREDNRSS DRTLL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 31 TO: EOF Director / Emergency Coord.

TIME: At discretion of TSC/MOV Coniroller FROM: EOF /TSC Controller T= N/A THIS IS A DRILL DO NOT initiate actions affecti na normal niant operations CONTINGENCY CDR CARD Imolementina Conditions: When it appears imminent that the classification will not be in accordance with the design of thi s drill package.

Contingency Action: Direct the EOF Director / Emergency Coordinator to implement EP-1-040, General Emergency and declare a General Emergency.

l

)

.**********************4************44******4***************&**

THIS IS A DRILL

- - - - +44********* 3 1

VI - 61 l

r WATERFORD-3 SES ANNUAL EXERCISE

.ADGUST 30, 1989 )

i

, W3 SES RMERGENCY PRRPARRDNRSS DRILL CUE CARD )

l DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO.- 31 (

TO: EOF Director / Emergency Coord. )

TIME: At 1 discretion of l TSC/ EOF l Controller FROM: ECF/TSC Controller T: N/A ANTICIPATED RESPONSE Implementation of EP-1-040, General Emergency.

COMMENTS INSTRUCTIONS If this cue card is issued, provide the Emerv,cncy Coordinator / EOF Lirector with the exercise declaration announcement from cue card

30.

- - - - J*********************************************************

THIS IS A DRILL

- - - - 4444**********************************

VI - 62 l - _ _ _ _ _ _ _ _ _ _ _ _ - _ - - _ _ _ _ - _

WATERFORD-3 SES ANNUAL EXERCISE

, AUGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 32 TO: Various TIME: 10:45 i FROM:.Various T= 3:15 THIS IS A DRILL DO NOT initiate actions affectina normal clant onerationg

)'

Provide the following information:

Lightning is observed .+.riking the Backup Me%orological Tower.

THIS IS A DRILL I

VI - 63 i

WATERFORD-3 SES ANNUAL RIERCISE ADGUST 30, 1989 W3 SES EMRRCENCY PREPARRnNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RYRRCTSE CUE CARD NO. 32 1

TO: Various TIME: 10:45 FROM: Various !

T: 3:15 l ANTICIPATED RESPONSE

1. The lightning strike should be reported to the Control Room /TSC.

2. I&C maintenance should be dispatched to the backup meteorological tower.

COMMENTS Weather conditions have been simulated to be unstable for the duration of the exercise. No precipitation will be observed during the exercise.

INSTRUCTIONS The information on this cue card will be provided to any personnel who are in a position to see the Iightning strike.

- - - - a****

THIS IS A DRILL

- - - - =****

VI - 64

WATERFORD-3 SES ANNUAL KIERCISE !

, AUGUST 30, 1989 I W3 SES EMERGENCY PREPAREDNRRR DRILL CUE CARD

, DRILL TYPE /No. 1989 EYRRCISE CUE CARD NO. 33 1 1

TO: TSC/ EOF Personnel TIME: 10:45 FROM: TSC/ EOF Controllers / Monitors T='3:15 THIS IS A DRILL ,

DO NOT initiate actions affectina normal ninnt operationn

- - - - g**************

The Backup Meteorological Tower data displayed on SPDS will indicate out of limit values.

l l

l 1

- - - - se***************************************************

THIS IS A DRILL VI - 65 l

I -_. _ _ _ _ _ _ _ _ _ _ _ _ - _ - _ _ - - - - -

WATERFORD-3 SES ANNUAL EXERCISE ADGUST 30, 1989 W3 SES EMERGENCY PREPAREDMRSS DRILL CUE CARD DRILL TYPE /NO. 1989 ErrRCISE CUE CARD NO. 33 TO: TSC/ EOF Personnel TIME: 10:45 FROM: TSC/ EOF Controllers / Monitors T= 3:15 {

ANTICIPATED RRRpONSE

1. I&C Maintenance should be dispatched to the Backup Met Tower to investigate the loss of the meet data, v < IMENTS The Backup Met Tower power supply has been damaged due to lightning striking the tower.

INSTRUCTIONS 4

l 1

9

4***4******************s***************************************

THIS IS A DRILL

- - - - >*********=***************************************

VI - 66

WATERFORD-3 SES ANNUAL EXERCISE

, AUGUST 30, 1989 W3 SES RNRRGRNCY PRRPARRnNESS DRTLL CUR CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 34 i

TO: I&C Repair Team TIME: Upon arrival at the B/D Met Tower FROM: Met Tower Monitor

'T: N/A THIS IS A DRILL DO NOT initiate actions affecti nar normal niant operations Provide the following information:

The 2001 transmitter power supply (EM-ICD-2001) reads 0 volts.

l THIS IS A DRILL VI - 67

i WATERFORD-3 SES ANNUAL EXERCISE

. AUGUST 30, 1989 W3 SES EMRRGENCY pHRpAREDNRES DRILL CDR CARD DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 34 TO: I&C Repair Team TIME: Upon arrival at the B/D Met Tower FROM: Met Tower Monitor .

T: N/A

.ANJICTpATED RREPONSE

1. After checking the power supply per Section 8.1 of MI-3-396, and finding a 0 volt reading, the repair team will decide to replace the power supply.

2. After replacing the power supply, the technicain should check it per.Section 8.1 of MI-3-396.

3. The Backup Met Tower indications should then be compared with the Prissary Met Tower readings.

COMMENTS l

INSTRUCTIONS A computer data sheet will be provided at th'e Backup Met Tower.

Voltage readings will be supplied verbally by the Drill Monitor.

l THIS IS A DFILL VI - 68

r- WATERFORD-3'SES ANNUAL:KIERCISE j ADGUST 30, 1989 '

W3 SES EMERGENCY PREPAREDNESS DRILL CDE CARD DRILL TYPE /NO. 1989 nruncIst CUE CARD NO. 35 TO:' Shift' Supervisor TIME: 11:00 FROM: Control Room Controller T: 3:30 THIS IS A DRILL DO NOT initiate actiona affectina normal nlant enerationg

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A D*ILL! THIS IS A DRILL!

LOUISIANA' POWER &-LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EIERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS (insert time from si muimtor clock) .

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement 'once. .

- $$$4r$t**tt$tt$***********************************************

THIS IS A DRILL

- - - - =******************************=**************************

VI - 69

WATERFORD-3 SES ANNUAL EXERCISE !

~ AUGUST 30, 1989 I W3 SES EMERGENCY PREPAREDNESS DRILL. CUE CARD DRILL TYPE /NO. 1989 RYRacISE CUE CARD NO. 35

- TO: Shift Supervisor TIME: 11:00 FROM: Control Room Controller l T: 3:30 ANTICIPATED RESPONSE Make the announcement.

COMMENTS INSTRUCTIONS O

O

- - - - z***********

THIS IS A DRILL

- - - - =***********

VI - 70

):

_ _ . _ _ _ _ _ - - _ . . . - _ _ _ _ . __.-_____-_-_____-______-_A

WATERFORD-3 SES ANNUAL EXERCISE

. AUGUST 30, 1989 W3 SES RMERGENCY PREPARRnNESS DRILL CUE CARD DRILL TYPR/NO. 1989 RYRRCISE CUE CARD NO. 36 TO: Control Room Controller TIME: ~11:30 FROM: Contcol Room Controller T: 4:00 THIS IS A DRILL l DO NOT i ni tiate actions affectina normal nlant operations This cue card is for the information of the Control Room Controller.

At approximately 11:30 a method of initiating containment spray should be available. When Containment spray is initiated containment pressure will begin to slowly decrease.

4 l

- - s************************************************************

THIS IS A DFILL VI - 71 1

WATERFOP.D-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES EMRRGRNCY PRRPARRDNRSS DRILL CUR CARD DRILL TYPE /NO. 1989 RYRRCISR CUE CARD NO. 36 TO: Control Room Controller TIKE: ~11:30 FROM: Control Room Controller T= 4:00 ANTICIPATED RRSPONSE COMMENTS Containment spray can be restored by one of the following methods:

a. Completing the PM on Containment Spray Pump *B".

b. Repairing Containment Spray Pump "A".

c. Lining up LPSI *A" to the Containment Spray Header as follows:

1. Stop LPSI pump "A".

2. Close SI-139A, LPSI HDR to RC loop 2A flow control valve.

3. Close SI-138A, LPSI HDR to RC loop 2B flow control valve.

4. Close SIEBKR 313A-2H, breaker for SI-125A.

S. Open SI-125A, SDC EX A inlet valve. .

6. Close SI-412A, SDC HX A outlet valve.

7. Open SIEBKR 313A-7M, breaker for SI-412A.

8. Close CS-111A, CS Pump A discharge stop check valve.

9. Open CS-117A, SDC EX A outlet stop check valve.

10. Start LPSI Pump "A".

INSTRUCTIONS I

I l

THIS IS A DRILL

- - - - =**************

VI - 72

_ -m

WATERFORD-3 SES ANNUAL EXERCISE j

, AUGUST 30, 1989 i

W3 SES EMERGENCY PREPARRnNESS DRTLL CUE CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 37 TO: Shift Supervisor TIME: 12:00 FROM: Control Room Controller 3 T: 4:30 THIS IS A DRILL-DO NOT initiate actions affectina normal niant coerations

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IS'(Insert ti me f rom si mul a tor clock) .

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once.

i l

l l

t 1

THIS IS A DRILL VI - 73

l WATERFORD-3 SES ANNUAL EXERCISE

~ AUGUST 30, 1989 W3 SEB E RRGENCY PREPAREDNESS DRILL CUE EARD DRILL TYPE /NO. 1989 RYRPCISE CUE CARD NO. 37 TO- Shift Supervisor TIME: 12:00 FROM: Control Room Controller T: 4:30 ANTICIPATED RESPONSE q

- Make the announcement.

COMtiENTS INSTRUCTIONS a

- - - - sus ***********************************************

THIS IS A DRILL

- - - - r*************+**********************

VI - 74

WATERFORD-3 SIS ANNUAL RIERCISE j AUGUST 30, 1989 '

W3 SES RNRRGENCY PREPAREDNESS DRILL CDR CARD

-l DRILL TYPE /NO. 1989 RYERCISE CUE CARD NO. 38 TO: Various -

TIME: ~12:45 FROM: Various T: 5:15 THIS IS A DRILL DO NOT initiate actions affectina normal nlant operations This cue card is for the information of the Drill Control Team members.

At approximately 12:45, the contaiment pressure is expected to be at or below atmospheric. This results in the termination of the radioactive release.

l l

l I

THIS IS A DRILL 4***************************************************************

VI - 75

_.----.__---------------_--J

WATERFORD-3 SES ANNUAL EXERCISE

'ADGUST 30, 1989 W3 SES RMRRGENCY pHRpARFDNESS DRILL CUE CARD DRILL TYPE /NO. 1989 RTERCISE CUE CARD NO. 38 TO: Various TIME: ~12:45 FROM: Various T: 5:15 ANTICIPATED RESPONSE 1'

1. When the participants recognize that containment pressure has reached atmosperic pressure, they should take steps to verify that the release has been secured.

2. When verification-of the termination of the release is received the EC and ROF Director should discuss down grading the emergency.

COMMENTS INSTRUCTIONS The Control Room Controller will ensure that the Dose Assessment Controller is notified when containment pressure has reached atmospheric. The Dose Assessment Controller.will ensure that the Field Team Monitors are notified that the release has been terminated.

THIS IS A DFILL

7 76

7_-

WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 W3 SES EMERGEFCY PREPARRDNRSS DRILL CUR CARD DRILL TYPE /NO. 1989 RYRRCISE CUE CARD NO. 39

- TO: Shift Supervisor TIME: 13:00 FROM: Control Room Controller i T: 5:30 l

- - - - I THIS IS A DRILL 1

l DO NOT initiate actions affectina normal clant operations I

- Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

THIS IS A DRILL! THIS IS A DRILL!

LOUISIANA POWER & LIGHT COMPANY IS CONTINUING A TEST OF THE EMERGENCY RESPONSE ORGANIZATION.

DO NOT USE THE PLANT PAGE SYSTEM FOR NON-EXERCISE RELATED ANNOUNCEMENTS.

CURRENT EXERCISE TIME IL (Innert time from the Simul ator clock) .

THIS IS A DRILL! THIS IS A DRILL!

Repeat the announcement once. .

- - - - s ***

THIS IS A DRILL

- - - - s***

VI - 77

l f' '

WATERFORD-3 SES ANNUAL EIERCISE

AUGUST 30, 1989 W3 SES RMERGENCY PREPAREDNESS DRILL CDE CARD f i

. DRILL TYPE /NO. 1989 KYERCISE CUE CARD NO. 39 i TO: Shift Supervisor TIME: 13:00 FROM: Control Room Controller T: 5:30 ANTICIPATED RRSPONSE Make the announcement, COMMENTS i

INSTRUCTIONS I

i THIS IS A DRILL

- - - - m****************************************************

VI - 78

WATERFORD-3 SES ANNUAL IIERCISE .

ADGUST 30, 1989 W3 SES ENRRGENCY PREPAREDNESS DRTLL CUE CARD

. \

DRILL TYPE /NO. 1989 EYERCISE CUE CARD NO. 40 TO: Lead' Controller TIME: ~13:00 FROM: Emergency Coordinator T= 5:30 THIS IS A DRILL DO NOT ini tiate actions affecting2 normal clant operations Make the following announcement:

ATTENTION ALL PERSONNEL! ATTENTION ALL PERSONNEL!

LOU'iSIANA POWER & LIGHT COEPANY HAS COMPLETED THE EXERCISE.

COMMENCE AREA CRITIQUES.

Repeat the announcement.

4 s

THIS IS A DRILL VI - 79

WATERFORD-3 SES ANNUAL EXERCISE

AUGUST 30, 1989 W3 SES EMERGENCY PREPAREDNESS DRILL CDE CARD DRILL TYPE /NO. 1989 EXERCISE CUE CARD NO. 40 TO: Lead Controller TIME: ~13:00 FROM: Emergency Coordinator T: 5:30 ANTICIPATED RESPONSE

1. Documentation in each area will be collected and provided to the Drill Controllers.

2. Areas / Facilities will be restored to normal.

3. Critiques will be conducted with the participants in each area.

4. following the area critiques, the exercise activities will be complete.

COMMENTS Following the verification of the termination of the release and determining that further releases are unlikely, de-escalation of activities may be considered.

INSTRUCTIONS The issuance of this cue card should be coordinated with the TSC and EOF Controllers.

Area critiques should not exceed 45 minutes.

- - - - .t***************************************

THIS IS A DRILL

- - - - s***********************

VI - 80

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 VII. CHARTS, GRAPHS AND TABLES 1'

l r

VII-1 f'

l

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 ASSUMPTIONS MADE FOR OPERATIONS PARAMETER DATA

1. Data is based on plant specific simulator run where scenario z' participants were licensed Operations personnel (two SROs and two ROs) .

2. Tube leakage in SG #2 occurs at 0800 at a leakage rate of

.22 gpm. This rate of leakage can only be determined by performing an inventory balance.

3. RCP 2A seal failure flow rate is assumed to be within the capacity of the HPSI Pumps.

4. Aftcr RCS parameters are stabilized, a controlled cooldown (approximately 40*/hr) is assumed using the Steam Bypass Control Valves to the condenser.

5. Upon restoring containment spray, containment pressure is reduced at a rate of approximately .2 psia per minute.

9... . _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ . _ _ . _ _ _ _ _ _ _.

WATERFORD 3 SES. ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA SECTION VII TIME: 0730 T= 0:00 100%. Generator Gross Load (MW) 1142 Rx Power (%)

55.6 VCT Level (%) 62.3 Pzr Level (%)

Per Pressure (psia) 2250 Charging Flow (gpm) 43 Prr Temperature (F) 652 Letdown Flow (gpm) 39 583 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Tavg (F).

Loop #1 Th (F) 612 HPSI Flow (gpm) 0.0 Loop #1A Tc (F) 554 LPSI Flow (gpm) _y

-- Loop #1B Tc (F) 554 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 583 Containment Pressure (psia) 14.8 Loop #2 Th (F) 612 Containment Temperature (F) 111 Loop #2A Tc (F) 554 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 554 SI RECIRC Sump Level (ft) 0.0 Core Exit Thermocouple (F) 612 RWSP Level (%) 93.6 Subcooled Margin (F) 42.8 CSP Level (%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7 fl S/G Level (%) (NR) ,.

fl S/G Level (%) (VR) 87 Annulus Pressure ("H O gage) 10 2

$1 S/G Pressure (psia) 930 Plant Stack Flow (cfm) 83000 7.3 RCPs Operating 4-fl S/G Steam Flow (mlbm/hr) fl S/G Feed Flow MTW (mlbm/hr) 7.4 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87 12 S/G Pressure (psia) 930

2 S/G Steam Flow (m!bm/hr) 7.3

2 S/G Teed Flow MFW (mlbm/hr) 7.4 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 1 of 27 VII-PLANT-

VATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA SECTION VII TIME: 0735 T= 0:05 Rx Power (%) 94 Generator Gross Load (MW) 1081 Pzr Level (%) 57.1 VCT Level (%) 62.3 Per Pressure (psia) 2249 Charging Flow (gpm) 43 Pzr Temperature (F) 652 Letdown Flow (gpm) 39 Loop #1 Tavg (F) 584 Blowdown Flov (gpm) (per S/G) 100 Loop #1 Th (F) 610.5 HPSI Flow (gpm) 0.0 Loop #1 A Tc (F) 557 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 557 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 584 Containment Pressure (psia) 14.8 Loop #2 Th (F) 610.5 Containment Temperature (F) 111 Loop #2A Tc (F) 557 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 557 SI RECIRC Sump Level (ft) 0.0 Core Exit Thermocouple (F) 613 RWSP Level (%) 93.6 Subcooled Margin (F) 42 CSP Level (%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 0.0 RVLII Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 67 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 8/ Annulus Pressure ("H 2O gage) 10

1 S/G Pressure (psia) 942 Plant Stack Flow (cfe) 83000 7.3 RCPs Operating 4

1 S/G Steam Flow (mlbm/hr) _,

1 S/G Feed Flov MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 67

2 S/G Level (%) (VR) 83

2 S/G Pressure (psia) 942

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 t EFW (mlbm/hr) 0.0 Plant 'ata Sheet Page 2 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA SECTION V11 TIME: 0745 T= 0:15 92 Generator Gross Load (MW) 1070 Rx Power (%)

54.7 VCT Level (%) 62.3 Pzr Level (%)

Pzr Pressure (psia) 2245 Charging Flow (gpm) 43 Letdown Flow (gpm) 39 Pzr Temperature (F) 651 Loop #1 Tavg (F) 581.7 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Th (F) 607.8 HPSI Flow (gpm) 0.0 Loop #1A Tc (F) 555.6 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 581.7 Containment Pressure (psia) _ 14.8 Loop #2 Th (F) 607.8 Containment Temperature (F) 1II Loop #2A Tc (F) 555.6 Cont. Hy Concentration (%) 0.0 Loop #2B Tc (F) 555.6 SI RECIRC Sump Level (ft) 0.0 I Core Exit Thermocouple (F) 610 RWSP Level (%) 93.6 Subcooled Margin (F) 44 CSP Level (%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 0.0 100 SIT Tanks Pressure (psfa) 616 RVLM Upper Plenum level (%)

69 SIT Tanks Level (%) 31.7

1 S/G Level (%) (NR)

1 S/C Lese) (%) (WR) 57 Annulus Pressure ("H O gage) 10 2

1 S/G Pressure (psia) 929 Plant Stack Flow (cfm) 83000 RCPs Operating 4 fl S/G Steam Flow (m)bm/hr) 7.3 l fl S/G Feed Flow l

MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 f

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (pcia) _ 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 l

l l Plant Data Sheet Page 3 of 27 VIl-PLANT-

1 WATERFORD 3.SES ANNUAL EXERCISE AUGUST 30, 1989 SECTION VII TIME: 0800 l PLANT DATA T= 0:30 92 Generator Gross Load.(MW) 1070 Rx Power (1) 54.7 VCT Level (%) 62.3 !

Pzr Level (%)

Charging Flow (gym) 43 Pzr Pressure (psia) 2245 651 Letdown Flow (gpm)~ 39 Pzr Temperature (F)

Loop #1 Tavg (F) 581.7 Blowdowa Flow (gpm) (per S/G) 100 607.8 HPSI Flow (gpm) 0.0 ;

Loop #1 Th (F)

Loop #1A Tc (F) 555.6' LPSI Flow (gpm) 0.0 555.6 Containment Spray Flow (spm) 0.0 Loop #1B Tc (F) _

l 581.7 Containment Pressure (psia) 14.8 Loop #2.Tavg (F) 607.8 Containment Temperature (F) 111 1 Loop #2 Th (F) __

555.6 Cont. H2 Concentration (%) 0.0 Loop #2A Tc (F) 555.6 SI RECIRC Sump Level (ft) 0.0 l Loop #2B Tc (F)

Core Exit Thermocouple (F) 610 RWSP Level (%) _ 93.6 44 CSP Level (%) 92.5 Subcooled Margin - (F)'

100 Containment Sump Level--(ft) 0.0 RVLM Upper Head Level (%)

RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7 l

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 87 Annulus Pressure ("H 2O gage) 10 f

Plant Stack Flow (cfm) 83000

1 S/G Pressure (psia) 929 4

1 S/G Steam Flow (m1bm/hr) 7.3 RCPs Operating ;

l

1 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 )

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 l 1 I

U Plant Data S'heet Page 4 _ of 27

\

VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 SECTION VII TIME: 0815 PLANT DATA T= 0:45 92 Generator Gross Load (MW) 1070 Rx Power (%)

VCT Level (%) 62.3 Pzr Level (%) 54._7 Charging Flow (gpm) 43 Pzr Pressure (psia) 2245 651 Letdown Flow (gpm) 39 Fr.r Temperature (F) 581.7 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Tavg (F) ,

607.8 HPSI Flow (gpm) 0.0 Loop #1 Th (F) ~

555.6 LPSI Flow (gpm) 0.0 Loop #1A Tc (F)

Loop #1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 531.7 Containment Pressure (psia) 14.8 Loop #2 Tavg (F) 60'.8 Containment Temperature (F) 111 Loop #2 Th (F)

Loop #2A Tc (F) 551.6 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 555.6 SI RECIRC Sump Level (ft) _

0.0 Core Exit Thermocouple (F) 610 RWSP Level (%) 93.6 44 CSP Level (%) 92.5 Subcooled Margin (F) 100 Containment Sump Level (ft) 0.0 RVLM Upper Head Level (%)

RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR) 87 Annulus Pressure ("H O gage) 10

1 S/G Level (%) (WR) 2 929 Plant Stack Flow (cfm) 83000

1 S/G Pressure (psial RCPs Operating 4

1 S/G Steam Flow (mlbm/hr) 7.3

1 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (~) (NR) 69

^

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MTW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 5 , of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989:

PLANT DATA SECTION VII TIME: 0830 T= 1:00 92 Generator Gross Load (MW) 1070 Rx Power (%)

54.7 VCT Level (%) 62.3 Pzr Level (%)

7 a Pressure (prie) 22,4,5 Charging Flow (gpm) 43 651 Letdown Flow (gpm)- 39 Pzr Temperature (F)-

Loop #1 Tavg (F)- 581.7 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Th (F) 607.8 HPSI Flow'(gpm) 0.0.

Loop #1A Tc (F) 555.6 LPSI Flow (gpm) 0.0-Loop flP Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #2 b .g (F) 581.7 Containment Pressure (psia) 14.8 607.8~ Containment Temperature (F) 111 Loop #2 Th (F)

Loop #2A Tc (F) 555.6 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 555.6 SI RECIRC Sump Level (ft) 0.0 Core Exit Thermocouple (F) 610 RWSP Level (%) 93.6 Subcooled Margin (F) 44 CSP Level-(%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) ,

616 69 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (I) (WR) 87 Annulus Pressure ("H O gage) 10 2

'fl S/G Pressure (psia) 929 Plant Stack Flow (cfm) 83000 7.3 RCPs Operating 4

1.S/G Steam Flow (albm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (!) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 l

l l

Plant Data Sheet Page 6 of 27 VII-PLANT-

WATERFORD 3 SES' ANNUAL EXERCISE AUGUST 30, 1989 l

l PLANT DATA SECTION VII TIME: 0845 T= 1:15 92 Generator Gross Load (MW) 1070 Rx Power (%)

54.7 VCT Level (%) 62.3 Per Level (%)

Charging Flow (gpm) 43 Pzr Presst fpsia) 2245 l

Letdown Flow (gpm) 39 Pzr Temper..are (F) _

651 581.7 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Tavg (F) 607.8 HPSI Flow (gpm) 0.0 Loop #1 Th (F) 555.6 LPSI Flow (gpm) 0.0 Loop f!A Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #1B Tc (F) 581.7 Containment Pressure (psia) 14.8 Loop #2 Tavg (F)

Loop #2 Th (F) 607.8 Containment Temperature (F) 111 555.6 Cont. M2 Concentration (%) 0.0 Loop #2A Tc (F) _

SI RECIRC Sump Level (ft) 0.0 Loop #2B Tc (F) 555._6 Core Exit Thermocouple (/) 610 RWSP Level (%) 93.6 Subcooled Margin (F) /4 CSP Level (%) 92.5 100 Containment Sump Level (ft) 0.0

,RVLM Upper Head Level (%)

RVLM Upper Plenum Level C/) 100 SIT Tanks Pressure (psfa) 616 69 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR) _

1 S/G Level (%) (WR) 87 Annulus Pressure ("H O gage) 10 2

Plant Stack Flow (cfm) 83000

1 S/G Pressure (psia) 929 RCFs Operating 4

1 S/G Steam Flow (mlbm/hr) 7.3

1 S/G Feed Flow MFW (mlbm/hr) _,

7.2 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 l

Plant Data Sheet Page 7 of 27 VII-PLANT-i

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA SECTION VII TIME: 0900 T= 1:30 92 Generator Gross Load (MW) 1070 Rx Power (%)

54.7 VCT Level (%) 62.3 Pzr Level (%)

Pzr Pressure (psia) 2245 Charging Flow (gpm) 43 Letdown Flow (gpm) 39 Pzr Temperature (F) 651 Loop #1 Tavg (F) 581.7 Blowdown Flow (gpm) (per S/G) 100 Loop #1 Th (F) 60'/.8 HPSI Flov (spm) 0.0 Loop #1A Tc (F) 555.6 LPSI Flow (spm) 0.0 Loop #1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 521.7 Cr9teinwent Pressure (psia) 14.8 ,

Loop #2 Th (F) 607.8 Containment Temperature (F) 111 Loop #2A Tc (F) 555.6 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 555.6 SI RECIRC Sump Level (ft) 0.0 Core Exit Thermocouple (F) 610 RVSP Level (%) 93.6 Subcooled Margin (F) 44 CSP Level (%) 92.5 RVLM Upper Head Level (~) 100 Containment Sump Level (ft) 0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 87 Annulus Pressure ("H O gage) 10 2

1 S/G Pressure (psia) 929 Plant Stsck Flow (cfm) 83000 7.3 RCPs Operating 4

1 S/G Steam Flow (mlbm/hr)

1 S/G reed Flow MFW (albm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm'hr) 0.0 Plant Data Sheet Page 8 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 j-l PLANT DATA SECTION VII TIME: 0915 T= 1:45 92 Generator Gross Load'(MW) 1070 Rx Power (%)

54.7 VCT Level (%)- 62.3 Pzr Level (%)

Pzr Pressure (psia)- 2245 Charging Flow (gpm) '43-Pzr Temperature (F) 651 Letdown Flow (gpm) 39 Loop #1 Tavg (F) 581.7 Blowdown Flow (gpm)'(per S/G) _100 Loop #1 Th (F) 607.8 HPSI Flow (gpm)- 0.0 Loop #1A Tc (F) 555.6 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 581.7 Containment Pressure (psia) 14.8 Loop #2 Tavg (F) 607.8 Containment Temperature (F) 111 Loop #2 Th -(F) 555.6 Cont. H2 Concentration (%) 0.0 Loop #2A Tc (F)-

Loop #2B Tc (F) SI RECIRC Sump Level (ft) 0.0

_ 555.6 Core Exit Thermocouple (F) 610 RWSP Level (%) 93.6 Subcooled Margin (F) 44 CSP Level (%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) ,

0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7-

1 S/G L2 vel (%) (NR)

1 S/G Level (%) (WR) 87 Annulus Pressure ("H 2O gage) 10 Plant Stack Flow (cfm) 83000

1 S/G Pressure (psia) 929 7.3 RCPs Operating 4.

1 S/G Steam Flow-(mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 69

2 S/G Level-(%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (albm/hr) 0.0 Plant Dath Sheet Page 9 of 27 VII-PLANT-

y__ ._

WATERFORD 3 SES ANNUAL ~EKERCISE AUGUST-30, 1989

[

' PLANT DATA SECTION VII TIMEt 0930 l ,;

T= 2:00 92 Generator Gross Load (MW) 1070 Rx Power (%).

l-Pzr-Level -(%) 54.7 VCT Level (%) 62.3 Per Pressure (psia) 2245 Charging Flow (gpm) 43 c

Pzr Temperature (F)- -651 Letdown Flow (gpm) 39

. Loop #1 Tavg (F) 581.7 Blowdown Flow (gpm) (per S/C) 100 I Loop #1 Th (F) 607.8 HPSI Flow (gpm) 0.0 Loop.#1A Tc (F) 555.6 LPSI Flow (gpm) 0.0 Loop'#1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 581.7 Containment Pressure (psia) 14.8 Loop #2 Th (F) 607.8 Containment Temperature (F) 111 Loop #2A Tc (F) 555.6 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F). 555.6 SI RECIRC Sump Level (ft)- 0.0 l

Core Exit' Thermocouple (F) 610 RWSP Level (%) 93.6' Subcooled Margin (F) 44 CSP Level (%) 92.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 0.0l RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7

1 S/G Level (%)-(NR)

1 S/G Level (%) (WR) E 7, Annulus Pressure ("H O gage) 10 2

1 S/G Pressure (psia) 929 Plant Stack Flow (cfm) 83000 7.3 RCPs Operating 4

1 S/G Steam Flow (mlbm/hr)

Al S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (albm/hr) 0.0

2 S/G Level (%) (NR) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (mlbm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 10 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE

-AUGUST 30 1989 1

PLANT DATA SECTION VII TIME: 0945 T= 2:15 1 92 Generator 'e m. Load (MW) 1070 Rx Power (%)

~ Pzr Level (%) 54.7 VCT Level (%) 62.3 Pzr Pressure (psia) 2245 Charging Flow (gpm) 43 Pzt Temperature (F) 651 Letdown Flow (gpm) 39 Loop #1 Tavg (F) 581d Blowdown Flow (gpm) (per S/G) 100 Loop #1 Th (F) 607.8 HPSI Flow (gpm) 0.0 Loop #1A Tc (F) 555.6 LPSI Flow (gpm) 0.0

, Loop #1B Tc (F) 555.6 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 581.7 Containment Pressure (psia) 14.8 Loop #2 Th (F) 607.8 Containment Temperature (F) 111 Loop _#2A Tc (F)- 555.6 Cont. H2Concentration (%) 0.0 Loop #2B Tc (F) 555.6 SI RECIRC Sump Level (ft) 0.0 Core Exit Thermocouple (F) 610 RWSP Level (%) 93.6 Subcooled Margin (F) 44 CSP Level (%) 92.5 RVLM Upper llead Level (%) 100 Containment Sump Level (ft) 0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 69 SIT Tanks Level (%) 81.7

1 S/G' Level-(%) (NR)

1 S/G Level (%) (WR)- 37 Annulus Pressure ("H O gage) 10 2

1 S/G Pressure (psia) 929 Plant Stack Flow (cfm) 83000 7.3 RCPs Operating 4

1 S/G Steam Flow (mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 7.2 EFW (mlbm/hr) 0.0

2 S/G Level (%) (h7) 69

2 S/G Level (%) (WR) 87

2 S/G Pressure (psia) 929

2 S/G Steam Flow (albm/hr) 7.3

2 S/G Feed Flow MFW (mlbm/hr) 7J EFW (mlbm/hr) 0.0 Plan: Data Sheet Page 11 of 27 VII-PLANT-

{

.WATERFPSY1 FFS ANNUAL' EXERCISE-

~ AUGUST 30,s1989

~

L ,

PLANT DATA %CTION VII TIME: 1000 T=.2:30-

.723 Generator Gross Load'(MW) 0.0 .

Rx Power (%)

Pzr Level-(%) 21.6 VCT Level (%) 59.4 Pzr Pressure (psia). 1926 Charging Flow (gpm) 88 Pzr Temperature (F) 636 Letdown Flow (gpm) 34 Loop #1 Tavg-(F). 577 Blowdown Flow (gpm) (per S/G) ,

100 Loop fl Th (F), 599 HPSI Flow (gpm) 0.0 -

Loop #1A Tc (F)- 554.5 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 554.5 Containment Spray Flow (gpm) ,

0.0 577 Containment Pressure (psia) 14.8

-Loop #2 Tavg (F)

Loop #2 Th (F). 599 Containment Temperature (F) 109 554.5 Cont. H2 Concentration (%) 0.0

' Loop,#2A Tc (F) 554.5 SI RECIRC Sump Level (ft) 0.0 Loop f2B.Tc'(F)

Core Exit Thermocouple (F) 599 RWSP Level (%) 93.6 Sub2coled Margin-(F) 67 CSF Level (%) 92.5 RVLM. Upper Head Level (%) 100 Containment Sump Level (ft) 0.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) ,

616 81;7'

1 S/G Level (%) (NR) 60 SIT Tanks Level (%)

1 S/G Level (%)~(WR) 79 Annulus Pressure ("H O gage) 9 2

1 S/G Pressure (psia) -

1006 Plant Stack Flow (cfm) 83000 1.9 RCPs Operating 2

1 S/G Steam Flow (mlbm/hr)

1 S/G Teed Flow MFW (mlbm/hr) 0.38 EFW (albm/hr) 0.0

2 S/G Level (%) (NR) 60

2 S/G Level (%) (WR) 77.4

2 S/G Pressure (psia) 1009

2 S/G Steam Flow (albm/hr) 1.9

2 S/G Feed Flow MFW (mlbm/hr) 0.38 EFW (albm/hr) 0.0 Plant Data Sheet Page 12 of 27 VII-PLANT-l

p g WATERFORD 3 SES ANNUAL EXERCISE-

~

' # -AUGUb7'30 1909 i

f SECTION VII TIME: ~1004-PLANT DATA T- 2:34 1.19E2 Generator Gross Load'(MW) 0.0 Rx Power (%)-

17.0 VCT Level (%) 55 Pzr Level (%)-

Pzr Pressure (psia) 1880 Charging Flow (gpm) 88 Pzr Temperature (F) 620 -Letdown Flow (gpm) O Loop #1 Tavg (F) 548 -Blowdown Flow (gpm) (per S/G). '100 Loop #1 Th (F) 550 HPSI Flow (gpm) 0.0 545' LPSI Flow (gpm) 0.0 Loop #1A Tc (F)

Loop #1B Tc (F) 546 Containment Spray Flow (gpm) 0.0 Containment Pressure (psia) ;4.8 Loop #2 Tavg (F) 548

(

550 Containment Temperature (F) 109 Loop #2 Th (F)

Loop #2A Tc (F) 545 Cont. H2 Concentration (%) 0.0

-Loop #2B Tc (F). 546 SI RECIRC Sump Level (ft) 0.0 ,

Core Exit Thermocouple (F) 549 RWSP Level (%) 93.6~

Subcooled Margin (F) 77 CSP Level (%) 92.5

.RVLM Upper. Head Level (%) 100 Containnient Sump Level (ft) 0. 0 '-

RVLM Upper Plenum Level (%) 100 SIT Tanks Frassure (psia) 616 58 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR) 72 Annulus Pressure ("H O gage) 8

1 S/G Level (%) (WR) 2

1 3/G Pressure (psia)- 1000 Plant Stack Flow (cfm) 83000 1.5 RCPs Operating 2

1 S/G Steam Flow (mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 0.38 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 58

2 S/G Level (%) (WR) 74

2 S/G Pressure (psia) 1000

2 S/G Steam Flow (mlbm/hr) 1.5

2 S/G Feed Flow MFW (mlbm/hr) 0.38 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 13 of 27 _

VII-PLANT-

-WATERFORD 3'SESiANNUAL EXERCISE AUGUST 30, 1989 Ed PLANT DATA- SECTION VII TIME: 1025 T= 2:55 2.45E44 Generator Gross Load (MW) 0.0

'Rx Power (%)

0.0 VCT Level (%) 55 Pzr Level (%)

Charging Flow (gpm) 43 Pzr Pressure (poia) _ 1393 Pzr Temperature (F) 602 Letdown Flow (gpm) 0.0 546 Blowdown Flow (gpm) (per S/G) 0.0-Loop #1 Tavg (F) 548 HPSI Flow (gpm) 318 Loor il Th (F) .

543 LPSI Flow (gpm) 0.0 Loop #1A Tc (F)

Loop f1B Tc (F) 545 Containment Spray Flow (gpm) 0.0 Loop f2 Tavg (F) 546 Containment Pressure (psia) _ 16.6 548 Containment Temperature (F) 123 Loop #2 Th (F) 543 0.0 Loop #2A Te (F) Cont. H2 Concentration (%)

Loop f2B Tc (F) 545 SI RECIRC. Sump Level (ft) 0.0 Core Exit Thermocouple (F) 547 RWSP Level (%) 93.6 Subcooled Margin (F) 40 CSP Level (%) 90.6 100 Containment Sump Level (ft) 1.7 RVLM Upper Head Level (%)

RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 58 SIT Tanks Level (%) 81.7 fl S/G Level {%) (NR)

-#1 S/G Level (%) (WR) 72 Annulus Pressure ("H O gage)

2 Plant Stack Flow (cfm)* 26?00 (1 S/G Pressure (psia) 1000 1.5 RCPs Operating 0

1 S/G Steam Flow (mlbm/hr) fl S/G Feed Flow MFW (mlbm/hr) 0.38 EFW (mIbm/hr) 0.0 58

Shield Building Ventilation

2 S/G Level (%) (NR)

~

2 S/G Level (%) (WR) 74 alternates between Recire and

2 S/G Pressure (psia) 1000 Exhaust approximately every f2 S/G Steam Flow (mlbm/hr) 1.5 45 seconds setpoint 1-8 "H 2O

'#2 S/G Teed Flow MFW (mlbm/hr) ,

0.38, EFW (mlbm/hr) 0.0 Plant Data Sheet Page 14 of 27 VII-PLAhi-

l. ]

L. j j

WATERFORD 3 SES ANNUAL EXERCISE.

AUGUST 30, 1989 1

l ,

l PLANT DATA SECTION VII TIME: 1027 T= 2:57 1.0E-5 Generator Gross Load (MW) 0.0 Rx Power (%) ,

Pzr Level (%) 0.0 VCT Level (%) 53 Chargfug Flow (gpm) 43 Pzr Pressure (psia) 1255 _

Pzr Temperature (F) ,

572 Letdown Flow (gpm) 0.0 Loop fl Tavg (F) 548 Blowdown Flow (gpm) (per S/G) 0.0 Loop #1 Th (F) 560 HPS1 Flov (gpm) 706 Loop #1A Tc (F) 525 LPSI Flow (gym) OJ Loop #1B Tc (F) 547 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 545 Contaittn'ent Pressure (psia) 18.2 Loop #2 Th (F) 560 Containment Temperature (F) 141 Loop #2A Tc (F) 515 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 545 S1 RECIRC Suey Level (ft) 0.0 Core Exit Thermocouple (F) 566 RWSP Level (f.) 93.3 Subcooled Margin (F) ,

7 CSP Lcvel (%) _ 92.6 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 5.7 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G 1evel (%) (VR) 73 Annulus Pressure ("H,0 j gage) *

1 S/G Pressure (psia) 1042 Plant Stack Flow (cfm)* 26000 3.0 RCPs Operating 0

1 S/G Steam Flow (telbm/hr) _

1 S/G Feed Flow MFW (albm/hr) 0.0 EFW (nibm/hr) 0.0

2 S/G Level (%) (NR) 56

Shield Building Ventilation

2 S/G Level (%) (WR) _ 75_ alternates between Recire and

2 S/G Pressure (psia) 1042 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-S "H 2O

2 S/G Feed Flow MFW (albm/hr) _ 0.0 EFW (mIbm/hr) 0.0 Plant Data Sheet Page 15 of 27 VII-PLANT-

- - - _ _ _ . ___._____________________j

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA SECTION VII TIKE: 1030 T- 3:00 2.21E-6 Generator Gross Load (MW) 0.0 Rx Power (%)

0.0 VCT Level (%) 50 Pzr Level (%)

Pzr Pressure (psia) 1209 Charging Flow (gpm) 43 Pzr Temperature (F) 572 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 553 Blowdown Flow (gpm) (per S/G) 0.0 556 HPSI Flow (gpm) 772 Ioop #1 TN (F)

Loop #1A Tc (F) 550 LPS1 Flow (gpm) 0.0 Loop #1B Tc (F) 550 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 552.5 Containment Pressure (psia) 19.7 Loop #2 Th (F) 556 Containment Temperature (F) 154 Loop #2A Tc (F) 549 Cont. H2Concentration (%) 0.0 Loop #2B Tc (F) 549 SI RECIRC Sump Level (ft) 0.8 Core Exit Thermocouple (F) RWSP Level (%) 93 1&

Subcooled Margin (F) 10 CSP Level (%) 89.2 RVLM Upper Head Level (%) 66 Containment Sump Level (ft) 9.8 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 61,6 57 SIT Tanks Level (%) 81.7 fl S/G Level (%) (NR)

1 S/G Level (%) (WR) 74 Annulus Pressure ("H O gage)

2

1 S/G Pressure (psia) 1052 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0 fl S/G Steam Flow (mlbe/hr)

1 S/G Feed Flow MFV (mlbm/hr) 0.0 EFW (albm/hr) 0.0

Shield Building Ventilation

2 S/G Level (%) (NR) _57

2 S/G Level (%) (WR) 75 alternates between Recirc and

2 S/G Pressure (psfa) 1049 Exhaust approximately every

2 S/G Stean Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Feed Flew MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 16 of 27 VIl-PLANT-

t WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT DATA 'SECTION VII TIME: 1045 T- 3:15 Rx Power (%) 9.16E-7 -Generator G::ss Load (MW) 0.0 0.0 VCT Level (%) 48 Pzr Level.(%)

Pzr Pressure (psia) 1159 Charging Flow (gym) 87-Pzr Temperature (F) 561 Letdown Flow (gpm) -0.0-Loop #1 Tavg (F) 542 Blowdown Flow-(gpm) (per S/G) 0.0 Loop #1 Th (F) 542 HPSI Flow (gpm) 864 Loop #1A Tc (F) 542 LPSI Flow (gpm) 0.0 l c . Loop #1B Tc (F) 542 , Containment Spray Flow (gpu) 0.0 i Loop #2 Tavg (F) 545 Containment Pressure (psia) 24.3 Loop #2 Th (F) 542 . Containment Temperature (F) 185 Loop #2A Tc (F) 548 Cont. H2 Concentration (%) 0.0 Loop #2B Tc.(F) 548 SI RECIRC Sump Level (ft) 5.2 Core Exit Thermocouple (F) 542 RWSP. Level (%) 91.6 Subcooled Margin (F) 20 CSP Level (%) 88.5

.'RVLM. Upper Head Level (%) 66 Containment Sump Level (ft) 14.2 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%).(NR)

1 S/G Level (*) (WR) 73 Annulus Pressure ("H y0 gage) *

1 S/G Pressure (psia) '980 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating- 0-

1 S/C Steam Flow (mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 0.0 i

EFW (mlbm/hr) 0.0 58

Shield Building Ventilation

2 S/G Level (%) (NR)

2 S/G Level (%) (WR) 76 alternates between Recire and l

2 S/G Pressure (psia) 1042 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O i

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 17 of 27 t

VII-PLANT- l

+ )

u - _ ___ ___. _ _ --__ __ __ ___a

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 i

PLANT DATA SECTION VII TIME: 1100 T= 3:30 Rx Power (%) 4.89E-7 Generator Gross Load (ifd) 0.0 0.0 VCT Level (%) 48 Pzr Level (%)

Pzr Pressure (psia) Charging Flow (gpm) 87

_ 1167 Pzr Temperature (F) 558 5 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 541.5 Blowdown Flow (gpm) (per S/G) 0.0 542 HPSI Flow (gpm) 848 Loop #1 Th (F)

Loop #1A Tc (F) 541 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 541 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 545 Containment Pressure (psia) 27.8 Loop #2 Th (F) 542 Containment Temperature (F) 205 j Loop #2A Tc (F) 548 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 548 SI RECIRC Sump Level (ft) 5.3 Core Exit Thermocouple (F) 520 RWSP Level (%) 90.3 Subcooled Margin (F) 41 CSP Level (%) 87 RVLM Upper Head Level (%) 66 Containment Sump Level (ft) 14.3 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR) 56, 73 Annulus Pressure ("H O gage) *

1 S/G Level (%) (WR) 2

1 S/G Pressure (psia) 949 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1 S/G Steam Flow (mlbm/hr)

1 S/G Feed Flow MFW (albm/hr) 0.0 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) ,

58

Shield Building Ventilation

2 S/G Level (%) (WR) 76 alternates between Recirc cnd

2 S/G Pressure (psia) _

1018 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O ;

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 l

j Plant Dats Sheet Page 18 of 27 l

v1 *-PLANT-

},

i- --

1

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 PLANT LATA SECTION V11 TIME: 1115 T= 3:45 2.51E-7 Generator Gross Load (MW) 0.0 Rx Power (%)

0.0 VCT Level (%) 48 Pzr Level (%) _

Charging Flow (gpm) 87 Pzr Pressure (psia) 1170 Pzr Temperature (F) 547 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 509 Blowdown Flow (gpm) (per S/G) 0.0 502 HPSI Flow (gpm) 844 Loop #1 Th (F)

Loop #1A Tc (F) 516 LPSI Flow (gpm) 0.0 516 Containment Spray Flow (gpm) 2200 Loop #1B Tc (F)

Loop #2 Tavg (F) 507 Containment Pressure (psia) 30.6 512 Containment Temperature (F) 220 Loop #2 Th (F)

Loop #2A Tc (F) 502 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 502 SI RECIRC Sump Level (ft) 5.5 RWSP Level (%) 87 Core Exit Thermocouple (F) 500 Subcooled Margin (F) 62 CSP Level (*) 85.6 66 Containment Sump Level (ft) 14.5 RVLM Upper Head Level (%)

RVLM Upper Plenus Level (%) 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 72 Annulus Pressure ("H O gage)

2

1 S/G Pressure (psia) 823 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1 S/G Steam Flev (mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 0.0 ETW (mlbm/hr) 0.0 58

Shield Building Ventilation

2 S/G Level (%) (NR)

2 S/G Level (%) (VR) 76 alternates between Recire and

2 S/G Pressure psia) f 927 Exhaust approximately every

2 S/G Steam Flew (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 j Plant Data Eheet Page 19 of 27 V11-PLANT-

_ - _ _ _ _ _ _-_ _ _ _ _ _ - a

WATERFORD 3 SES-ANNUAL EXERCISE

' AUGUST 30, 1989-PLANT DATA SECTION'VII TIME: 1130 T= 4:00 Rx Power (%) 1.87E-7 Generator Gross Load (MW) 0.0 Pzr Level-(%) 0.0 VCT Level (%) 48 Pzr Pressure (psia) 1176 Charging Flow (gpm) 87 lPzr Temperature (F) 538. Letdown' Flow (gpm) 0.0 i.

Loop #1 Tavg-(F) 501. Blowdown Flow (gpm) (per S/G)- 0.0.

Loop #1 Th-(F) 494 HPSI Flow (gpm) 832-Loop #1A Tc (F) 508 -LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 508 -Containment Spray Flow (gpm) 2200.

Loop #2 Tavg (F) -503 Containment Pressure (psia) 28.2 Loop #2 Th (F) 494 Containment Temperature (F) 199 Loop #2A Tc (F) 512 Cont. H2Concentration (%) 0.0 Loop #2B Tc (F) 512 SI RECIRC Sump Level (ft) 6.0 Core Exit Thermocouple (F) 494 RWSP Level-(%) 83.4 Subcooled Margin' (F) 68 CSP Level (%) 85-RVLM Upper Head Level (%) 66 Containment Sump Level (ft) 15.0

-RVLN Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616

1 S/G Level (%) (NR) 55 SIT Tanks Level (%) 81.7 71 Annulus Pressure ("H O gage) *

1 S/G Level'(%) (WR) 2

1 S/G Pressure (psia) 773 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1. S/G Steam Flow (mlbm/hr)

1 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 57

Shield Building Ventilation

2 S/G Level (%) (WR) 75 alternates between Recire and

2 S/G Pressure (psia) 896 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O l

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 20 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 SECTION VII TIME: 1145 PLANT DATA T= 4:15 1.20E-7 Generator Groes Load (MW) 0.0 Rx Power (1) 0.0 VCT Level (%) 48 Pzr Level (*)

Charging Flow (gpm) 87 Pzr Pressure (psla) 1151 Pzr Temperature (F) 535 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 484.5 Blowdown Flow (gpm) (per S/G) 0.0 478 HPSI Flow (gpm) 871 Loop #1 Th (F)

Loop #1A Tc (F) 491 LPSI Flow (gpm) 0.0 491 Containment Spray Flow (gpm) 2200 Loop #1B Tc (F)

Loop #2 Tavg (F) 487.5 Containment Pressure (psic) 25,4 Loop #2 Th (F) 478 Containment Temperature (F) 188 Loop #2A Tc (F) 497 Cont. H2 Concentration (%) 0.0 497 S1 RECIRC Sump Level (ft) 6.4 Loop #2B Tc (F) 76 Core Exit Thermocouple (F) 474 RWSP Level (%)

Subcosied Margin (F) 85 CSP Level (%) 83.7 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 15.4 RVLM Upper Flenum Level (%) 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

Annulus Pressure ("H O gage) *

1 S/G Level (%) (WR) 72 2 580 Plant Stack Flow (cfm)* 26000

1 S/G Pressure (psia) 00 RCPs Operating 0

1 S/G Steam Flow (albn/hr)

1 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 57

Shield Building Ventilation

2 S/G Level (%) (NR) alternates between Recire and

2 S/G Level (%) (WR) 75

2 S/G Pressure (psia) 645 Exhaust approximately every

2 S/G Steam Flow (albm/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mIbm/hr)' O.0 Plant Data Sheet Page 21 of 27 VII-PLANT-

'WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30. 1989 PLANT DATA SECTION VII TIME: 1200 T= 4:30 Rx Power (%) 1.10E-7 Generator Gross Load (MW) 0.0 0.0 VCT Level (%) 48 Pzr Level (%)

Pzr Pressure (psia) 1102 Charging Flow (gpm) 87 Pzr Temperature (F)

~

534 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 469 Blowdown Flow (gpm) (per S/G) 0.0 462 HPSI Flow (gpm) 810 Loop #1 Th (F)

Loop #1A Tc (F)- 476 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 472 Containment Spray Flow (gpm) 2200 Loop #2 Tavg (F) 462 Containment Pressure (psia) 21.9-Loop #2 Th (F) 482 Containment Temperature (F) 170 Loop #2A Tc (F) 482 Cont. H2 Concentration (%). 0.0 Loop #2B Tc (F) 470 SI RECIRC Sump Level (ft) 6.8 Core Exit Thermocouple (F) 470 RWSP Level (%) 71 Subcooled Margin (F) 70 CSP Level (%) 82.5 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 15.8 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 72 Annulus Pressure ("H O gage)

2

1 S/G Pressure (psia) 578 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1 S/G Steam Flow (mlbm/hr) i #1 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 57

Shfeld Building Ventilation

2 S/G Level (") (NR)

l. ,

2 S/G Level (%) (WR) 73 alternates between Recire and

2 S/G Pressure (psia) 642 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Flant Data Sheet Page 22 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989-i 4

. PLANT DATA 'SECTION VII TIME: 1215 1

T= 4:45-Rx Power (%) 1.0E-8 Generator Gross Load (MW) 0.0 i Pzr Level-(%) 7 VCT Level (%) 48 Pzr Pressure (psia) 1005 Charging Flow (gpm) 87

. Pzr Temperature'(F). 533 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 459 Blowdown Flow (gpm) (per S/G) 0.0 HPSI Flow-(gpm) 800 Loop #1 Th (F) 43 Loop #1A Tc (F) '466 LPSI Flow (gpm) 0.0

.. Loop #1B Tc (F) 466 Containment Spray Flow (gpm) 2200

' Loop #2 Tavg (F) 462 Containment Pressure (psia) 18.6 Loop #2 Th (F) 452 Containment Temperature (F) 144 Loop'#2A Tc (F) 472 Cont. H2 Concentration (%) 0.0 Loop #2B Tc . (F) 472 SI RECIRC Sump Level (ft) 7.2 Core Exit Thermocouple (F) 467 RWSP Level (%) 68 Subcooled Margin (F) 85 CSP Level (%) 81 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 16.2 RVLM Upper. Plenum Level (%) 100 SIT Tanks Pressure (psia) 616

. #1 S/G Level (%) (NR) 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (WR) 72 Annulus Pressure ("H O gage)

_ 2

1 S/G Pressure (psia) 565 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1 S/G Steam Flow (albm/hr)

. #1 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 57

Shield Building Ventilation

2 S/G Level (%) (WR) 73 alternates between Recire and

2 S/G Pressure (psia) 642 Exhaust approximately every

2 S/G Steam Flow (mlbm/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Teed Flow MFW (albm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 23 of 27 o

VII-PLANT-

r 1

' WATERFORD 3 SES ANNUAL. EXERCISE L AUGUST 30, 1989 i

PLANT-DATA SECTION:VII TIKE: 1230 T= 5:00 Rx Power (%). 1.0E-8 Cenerator Gross Load (MW) -0.0 14 VCT Level (%) 48 Pzr Level (%)

Pzr Pressure (psia) 980 Charging Flow (gpm) 88 Pzr Temperature (F)' 520 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 449 Blovdown Flow (gpm) (per S/G) 0.0 Loop #1 Th (F) 442 :HPSI Flow (gpm) 780 LPSI Flow (gpm) 0.0

~

Loop elA Tc (F) 456 Loop #1B Tc (F) 456 Containment Spray Flow (gpm) 2200 Loop #2 Tavg (F) 452 Containment Pressure (psia) 15.4-Loop #2 Th (F) 442 Containment Temperature (F) 119 Loop #2A Tc (F) 462 Cont. H2 Concentration (%) _

0.0 Loop #2B Tc (F) 462 SI RECIRC Sump Level (ft) 7.4 Core Exit Thermocouple (F) 462 RWSP Level (%) 69.5 Subcooled Margin (F) 95 CSP Level (%) 81 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 16.4-

- .RVIJ4 Upper Plenum Level (%) 100 SIT Tanks: re7sure (psia) _

616

1 S/G Level (%) (NR) 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (WR) 72 Annulus Pressure-("H O gage)

2

1 S/G Pressure (psia) 560 Plant Stack Flow (cfm)* 26000 0.0 RCPs Operating 0

1 S/G Steam Flow (mlbm/hr)

' #1 S/G Feed Flow MFW (mlbm/hr) , 0.0 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 56

Shield Building Ventilation

^

2 S/G Level (%) (WR) 73 alternates between Recirc and

2 S/G Pressure (psia) 638 Exhaust approximately every

2 S/G Steam Flow (mlbe/hr) 0.0 45 seconds setpoint 1-8 "H 2O

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (m1bm/hr) 0.0 Plant Data Sheet Page 24 of 27 VII-PLANT-

WATERFORD 3-SES ANNUAL' EXERCISE AUGUST 30, 1989 l- ' PLANT DATA SECTION VII TIME: 1245 T= 5:15' Rx Power (%) 1.0E-8 Generator Gross Load (MW)- 0.0 22 VCT Level'(%) 48 Pzr Level (%)

_ Par Pressure (psia) 1000 Charging Flow (gpm) 88 Pzr Temperature (F)- 518 Letdown Flow (gpm) 0.0'-

Loop f1'Tavg (F) 439 Blovdown Flow (gpm) (per S/G) 0.0 Loop #1 Th (F) '432 HPSI Flow (gpm) 752 Loep f1A Tc (F) 446 LPSI Flow (gpm) 0.0 Loop f1B Tc (F) 446 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg'(F)- 442 Containment Pressure (psia) 14.4 Loop #2 Th-(F) 432 Containment Temperature (F) 111 Loop #2A Tc (F) 452 0.0 Cont , r.2 Concentration (%)

Loop #2B Tc (F) 452 SI RECIRC Sump Level (ft) 7.8 Core Exit Thermocouple (F) 458 RWS? Level (%) 68 Subcooled Margin (F) 108 CSP Level (%) 80 RVLM Upper Head Level.(%) 100 Containment Sump Level (ft) 16.8 RVLM Upper Plenum Level (%). 100 SIT Tanks Pressure (psia) 616 56 SIT Tanks Level (%) 81.7

1 S/G Level (%) (NR)

1 S/G Level (%) (WR) 72 Annulus Pressure.("H O gage) 5 2 _

1 S/G Pressure.(psia) 565 Plant Stack Flow (cfm) 6000 0.0 RCPs Operating 0.0

1 S/G Steam' Flow (mlbm/hr)

1 S/G' Feed Flow MW (mlbm/hr) 0.0 EW (albm/hr) 0.0

2 S/G Level (%) (NR) 57

~

2 S/G Level (%) (WR) 73

2 S/G Pressure (psia) 640

2 S/G Steam Flow (mlbm/hr) 0.0

2 S/G Feed Flow M W (mlbm/hr) 0.0 EW (mlbm/hr) 0.0 Plant Data Sheet Page 25 of 27 VII-PLANT-

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 I

PLANT DATA SECTION VII TIME: 1300 T= 5:30 '

Rx Power (%) 1.0E-8 Generator Gross Load (MW) 0.0 35 VCT Level (%) 48 Pzr Level (%)

Pzr Pressure (psia) 800 Charging Flow (gym) 88 Pzr Temperature (F) 515 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 429 Blowdown Flow (gpm) (per S/G) 0.0 Loop #1 Th (F) 422 HPSI Flow (gpm) 650 Loop #1A Tc (F) 436 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 436 Containment Spray Flov (gpm) 0.0 Loop #2 Tavg (F) 432 Containment Pressure (psia) 14.4 Loop #2 Th (F) 422 Containment Temperature (F) 110 Loop #2A Tc (F) 442 Cont. H2 Concentrate (%) 0.0 Loop #2B Tc (F) 442 SI RFCIRC Sump Level !f t) 8.0 Core Exit Thermocouple (F) 428 RWSP Level (%) 68 Subcooled Margin (F) 90 CSP Level (%) 80 RVLM Upper Head Level (%) 100 Containment Sump Level (ft) 17.0 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616

1 S/G Level (%) (NR) 56 SIT Tanks Level (%) 81.7 5

1 S/G Level (%) (WR) 72 Annulus Pressure ("H;0 gage)

1 S/G Pressure (psia) 560 Plant Stack Flow (cfe) 6000 0.0 RCPs Operating 0.0

1 S/G Steam Flow (mlbm/br)

1 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 57

2 S/G Level (%) (WR) 73

2 S/G Pressure (psia) 640

2 S/G Steam Flow (albm/hr) 0.0

2 S/G Teed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 26 of 27 VII-PLANT-

-n--_. _

!J S WATERFORD 3 SES ANNUAL EXERCISE !

l AUGUST 30, 1989 PLANT DATA SECTION VII TIME: 1315 T= 5:43 Rx Power (%) 1.0E-8 Generator Gross Load (MW) 0.0 Pzr Level (%) 35 VCT Level (%) 48 Pzr Pressure (psia) 800 Charging Flow (spm) 88 Pzr Temperature (F) 510 Letdown Flow (gpm) 0.0 Loop #1 Tavg (F) 419 Blowdown Flow (spm) (per S/G) 0.0 Loop #1 Th (F) 412 HPSI Flow (gpm) 600 Loop #1A Tc (F) 426 LPSI Flow (gpm) 0.0 Loop #1B Tc (F) 426 Containment Spray Flow (gpm) 0.0 Loop #2 Tavg (F) 42'z Containment Pressure (psia) 14.4 Loop #2 Th (F) 412 Containment Temperature (F) 110 Loop #2A Tc (F) 432 Cont. H2 Concentration (%) 0.0 Loop #2B Tc (F) 432 SI RECIRC Sump Level (ft) 8.2 Core Exit Thermocouple (F) 415 RWSP Level (%) 68 Subcooled Margin (F) 100 CSP Level (%) 80 RVLM Upper Head Level (%) 100 Containment Sucp Level (ft) 17.2 RVLM Upper Plenum Level (%) 100 SIT Tanks Pressure (psia) 616

1 S/G Level (%) (ER) 56 SIT Tanks Level (") 81

1 S/G Level (%) (WR) 72 Annulus Pressure ("H O gege) 5 2

1 S/G Pressure (psia) 560 Plant Stack Flow (cfm) 6000

1 E/G Steam Flow (mlbm/hr) 0.0 RCPs Operating 0.0

1 S/G Feed Flow MFW (mlbm/hr) 0.0 EW (mlbm/hr) 0.0

2 S/G Level (%) (NR) 57

2 S/G Level (%) (WR) 73

2 S/G Pressure (psia) 640

2 S/G Steam Flow"(mlbm/hr) 0.0

2 S/G Feed Flow MFW (mlbm/hr) 0.0 EFW (mlbm/hr) 0.0 Plant Data Sheet Page 27 of 27 VII-PLANT-

RADIATION MONITORS DESCRIPTION TAG ID W/ GRID ID #

SECONDARY CHEMISTRY ARM-IRE-5007 DRILL #:1989 RYRRCISE COUNT ROOM GRID 3 AREA MONITOR AAA-033 DATE:QB/30/89 LOCATION:-4 RAR CHEM SECONDARY SAMPLE ROOM . _ _

MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( mr/hr )

AREA (X) 07:00 8.18 E-2 NORMAL PROCESS ()

EFFLUENT ( )

ACCIDENT ( )

[

j, gf gf 08:00 1.50 E-1 NORMAL ALARM SETPOINTS:

gj__ _ ' 7 37 10:20 2.0 E41 HIGH ALARM i AbKRT: 5.0 E-1 4

I HIGH: 1.0 E+0 7 g gg _

13:00 i 2.0 E+1 HIGH ALARM I l MONITOR HANGE:

I i

-[ 1.0 E-2 TO 1.0 E+3 mr/hr.

J '

l I

i

-4 I

t I

1 PAGE 1 0F 1 l

1 L______.______

c RADIATION MONITORS DESCRIPTION TAG ID 5/ GRID ID #

PRIMARY CHEMISTRY ARM-IRE-5020 DRILL 3: 1989 RYERCISE LAB AREA MONITOR GRID 3 l AAA-034 DATE:08/30/89 i,0 CATION:-4 RAR CHRM SECONDARY __3 AMPLE ROOM 1

l MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( ar/hr ),

1 AREA (X) l 07:00 1.17 E+0 NORMAL PROCESS ()

q 1

EFFLUENT ( )

ACCIDENT ( )

Q, 3j l g/

08:00 1.17 E+0 NORMAL h ALARM SETPOINTS:

10:20 1.0 E+3 HIGH ALARM ALERT: 2.S.E+0 HIGH: 5_o E+0 gj p ; g7 _

13:00 1.0 E+3 { HIGH ALARM --

MONITOR RANGE:

I

1. 0 E- 2 TO 1. 0 E+ 3 i

r i

1 I

I f

1 i

i

.I

_._ .1 i

PAGE 1 OF 1

p 1-l l

I' RADIATION MONITORS j

DESCRIPTION TAG ID W/ GRID ID # {

i PRM-IRE-001 DRILL #: 1989 RYERCISE ICONDENSERVACUUM '

i PUMP DISCHARGE GRID 4 NOBLE GAS MONITOR ,

EGG-153 DATE:08/30/89 LOCATION:+15 TB N SIDE CONDENSER VACUUM DISCHARGE l MONITOR ! MISCELLANEOUS I TIME READING l NOTES TYPE OF MONITOR:

{(ACTUAL) ( uCi/cc }l AREA ()

}

i 07:00 4.4 E-7 I NORMAL i PROCESS ()

! 1 2 EFFLUENT (X) i I l w

! ACCIDENT ( )

L. u

.[ v i _l.

4.4 E-7 NORMAL I I 08:00 l 08:02 l 2.0 E-1 ;

HIGH ALARM y

j ALARM SETPOINTS:

...._4_... _...;._-.._

08:04 4.69 E-1 0FF SCALE HIGH l ALERT: 1.0 E-6

{_ ____; . _ . . . . - _ . _ _ _ _

j i ! 'HIGH: 1.65 E-6 ,.

n '

.._ _ .v ._-_._;. .-_ -..v._.-_- _. .._1

\

, 10:15 l 4.69 E-1 i OFF SCALE HIGH l

...___.._e.- : MONITOR RANGE:

10:20 ! 2.58 E+1

OFF SCALE HIGH L. . _ _ _ _ , . _ . _ _ _ _ ~ 7._.___...

2.31 E-7 TO 2.31 E-1

! t t I

' - I ND_TE: When the Condenser

. . _ . _ - _ _ . _ . _ . . - . _ . _ _ _ _ . . _ . _ _ . _ _ . - - - Vaeuum Pump diseherge i ! ! is diverted to the

.. . ____ _ .! filtration mode, 9.e i ;

monitor will return

__.___.__..-4 to normal readings.

[; ;

1 i ___ .

q I l !

L _.-

I i : l l L- - - l 4

-j 4 4

I i l____________d._...___.____.._J._.._ !

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}

' I I PAGE 1 OF 1 i i J

RADIATION MONITOR &

DESCRIPTION TAG ID W/ GRID ID W PLANT STACK WRGM PRM-IRE-0110 DRILL 8:1989 RYERCISE GRID 6 (LOW RANGE) EGG-514 DATE: 08/30/89 LOCATION:+48 RAR CENTRAL WING IN CORNRR BEHIND STAIRS MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/cc )

AREA ()

07:00 4.0 E-7 NORMAL PROCESS ()

EFFLUENT (X) j gg ACCIDENT ( )

10:20 4.95 E+1 0FF SCALE HIGH

}

ALARM SETPOINTS:

j 12:00 3.71 E+1 f ALERT: 1.0 E-4 12:15 2 48 E+1 f HIGH: 1.0 E-3 12:30 1.24 E<1 ! l MONITOR RANGE:

12:45 2.0 E-5 l NORMAL

1. 0 E ~ TO 1. 0 E-1 _

13:00 4.0 E-7 NORMAL l

~._..

l t

t H

i I

f

, I i I

t PAGE 1 OF 1 f

_ - _ - . _ - = _ _ _ _ _ _ _ . _ _ . - _ - . ._. __ - . _ _

RADIATION MONITORS

[

l DESCRIPTION TAG ID t/ GRID ID #

l PLANT STACK WRGM PRM-IRE-0110 DRILL s.: 1989 RYRRCISE _

l' GRID 6 EGG-515 DATE:08/30/89 (MID RANGE)

LOCATION:+48 RAD CENTEAL WING IN CORNRR BEHIND STAIRS MONITOR MISCELLANEOUS TIMR READING NOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/cc )

AREA () -

07:00 4.0 E-7 HORMAL PROCESS ()

EFFLUENT (X) q j h ACCIDENT ( )

10:20 4.95 E+1 HIGH ALARM y y ALARM SETPOINTS:

12:00 3.71 E+1 ALERT: __1_0 E+0 12:15 2.48 E+1 HIGH: 1_0 E+1 12:30 1.24 E+1 q ----

MONITOR RANGE:

12:45 . 2.0 E-S NORMAL

. 1_O E-4 TO 1 O E+2 13:00 { 4.0 E-7 ,

NORMAL i

L I

t I

t i i i I . __;._ __

. I t

}

l J l

i I l i PAGE _._1__ OF 1

RADIATION MONITORS DESCRIPTION TAG ID W/ GRID ID #

PLANT STACK WRGM PRM-IRE-0110 DRILL 5:1989 RYRRCISE GRID 6 (HI RANGE) { EGG-516 DATE:08/30/89 LOCATION:+4B DAR CENTRAL WING IN CORNER REHIND STATRS MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/cc )

AREA ()

07:00 4.0 E-7 NORMAL PROCESS ()

EFFLUENT (X) gj gf ACCIDENT ( )

10:20 4.95 E+1 ALARM SETPOINT.9:

y 12:00 3.71 E+1 ' ALERT: 1.0 E42 l - _ _

e 12:15 2.48 E+1 HIGB: 1 O E+3 l

t~

i 12:30 1 1.24 E+1 MONITOR RANGE:

12:15 l 2.0 E-5 NORMAL 7__ .

.t 1.O E-1 TO.1. 0 E+5 13:00 -

4.0 E-7 NORMAL r s

} ' -

} . _ _

h m i I b : .

t I

l l !

L- i _- . . - , , . . . . . . - - - - ,

i I

I ii __ i l PAGE 1 0F 1 I

- - - - --__-_---___________J

RADIATION MONITORE DESCRIPTION TAG ID #/ GRID ID #

S/G BLOWDOWN PRM-IRE-0100X DRILL #: 1989 RYRRCISE MONITOR- GRID 5 PLL-407 DATE:08/30/89 LOCATION:-4 RAR CHRM SECONDARY RAKPLE ROOM

! MONITOR MISCELLANEOUS i' TIME READING NOTES TYPE OF MONITOR:

1 (ACTUAL) ( uCi/cc )

j AREA ()

07: 00 1.42 E-7 NORMAL PROCESS (X)

- EFFLUENT ( )-

l 7 ACCIDENT ( )

7 gf 08:00 7.61 E-1 HIGH ALARM ALARM SETPOINTS:

gf $f f 10:20 2.58 E+1 HIGH ALARM ALERT: _8.0 E-s HIGH: 1.6 E-5 47 37 $7

13: 00 2.58 E+1 HIGH ALARM MONITOR RANGE:

r +- 1.0 E-7 TO 1.0 E-1 I

1 i

i l i

t L-

. i l

l l 1 i .

f 1

5

, 4-PAGE 1 OF 1

{

t RADIATION MONITORS

' DESCRIPTION L',G ID #/ GRID ID #

' PLANT STACK MRGM PRM-IRE-0110 DRILL #: 1989 EYRRCISE i GRID 6 (EFFLUENT) EGG-517 DATE: 08/30/89 l LOCATION:+46 RAR CENTRAT. WING IN CORNER BifHIND STAIRS MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( Ci/sec )

AREA ()

07:00 1.0.E-3 NORMAL PROCESS ()

i EFFLUENT (I) h ACCIDENT (I) y 10:7.0 4.5 E+2 g ,

h ALARM SETPOINTS:

12:05 3.38 E+2 ALERT: 4.0 E+5 12:20 2.25 E+2 HIGH: 4.0 E+6 .

I 12:35 l 1.12 E+2 L ! t MONITOR RANGR:

I 12:50 l 0.0 E+0 !

! h 1.0 E-7 TO 1.0 E+5 13:00 l 1.0 E-3 i NORMAL

! t i ,

I 1

l '

d___ ,

i i

l

_.. 4 . ._

l L__ _ _ _

l

)

PAGE 1 OF 1 L----___-______________.

RADIATION MONITOME DESCRIPTION TAG ID #/ GRID ID #

CONDENSER VACUUM PRM-IRE-001 DRILL #:1989 RYERCISE POMP DISCHARGE WRGM GRID 6-(LOW RANGE) EGG-534 DATE:08/30/89 LOCATION:+15 TB N SIDE NWAR SCRA AIR FILL COMI'RESSOR MONITOR MISCELLANEOUS TIME READING MOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/cc )

AREA ()

] 07:00' 4.4 E-7 NORMAL PROCESS ()

EFFLUENT (X)

,I - gj l q ACCIDENT-(X)

E-7 f 08:00 4.4 q 08:02 9.7 E-2 HIGH ALARM ALARM SETPOINTS:

08:04 4.69 E-1 0FF SCAL.E HIGH ALERT:._1.0 E-4_

HIGH: 1. 0_ K- 3 _

y l

10:15 4.69 E-1 c- .

MONITOR RANGE:

10:20 2.58 E+1 j

1.0 E-7 TO 1.0 E-3 __

'y V N/ ;

i 13:00 2.58 E+1 gj NOTE: When the Condenser Vacuum Pump Discharge p

is diverted to the j

' filtration mode, the i . monitor readings will

' return te, normal.

~

t e

I t

PAGE OF l

nADIATION MOHlIORS.

DESCRIPTION TAG ID #/ GRID ID #

CONDEllSER VACUUM PRM-IRE-001 DRILL #: 1989 RYERCISE PUMP DISCHARGE WRGM GRID 6 (MID RANGE) EGG-535 DATE: 08/30/89 LOCATION:+15 TB N SIDE NEAR SCBA AIR FILL COMPRKSSOR MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/ce' )

AREA ()

07:00 4.4 E-7 NORMAL PROCESS ()

EFFLUENT (X) h h ACCIDENT (X) 08:00 4.4 E-7 08:02 9.7 E-2 ALARM SETPOINTS:

08:04 4.69 E-1 ALERT:_I.0 Et0 h HIGH: 1.0 E+1 10:15 I 4. 69 'd-1 y MONITOR RANGE:

10:20 2.58 E+1 l HIGH ALARM 4 1.0 E-4 TO 1.0 E+2 N J 13:00 ; 2.58 E+1 { g7 NOTE: When the Condenser

, i V.vuum Pump Discharge 1 is diverted to the

-- filtration mode, the i moniwr readings will return to normal.

B T

PAGE O F __._ _

l

_ _ _ _ _ _ - - _ - - - - -_ __ -- _ __ _ - . _ . - - 3

n_- _. . _ _ _ .

RADIATION MONITORS l DESCRIPTION TAG ID W/ GRID ID #

E L

CONDENSER, VACUUM PRM-IRE-001 DRILL #: 1989 RYRRCTSE I PUKP DISCHARGE WRGM GRID 6 .

(HI RANGE) EGG-536 DATE: 08/30/89 l

LOCATION:+15 TB N SIDE NEAR SCBA AIR FILL COMPRRSSOR MONITOR MISCELLANEOUS !

TIME READING MOTES TYPE OF MONITOR:

(ACTUAL) ( uCi/cc )

AREA ()

()

l 07:00 4.4 E-7 NORMAL PROCESS i

EFFLUENT (X)

ACCIDENT (X) g,- gg 08:00 4.4 E-7 08:02 9.7 E-2 ALARM SETTOINTS:

08:04 4.69 E-1 ALERT:_1.0._E+2 _.

HIGH: 1.0 2+3 ___

j e

3f 10:15 4.69 E-1 '

MONITOR RANGE:

10:20 2.58 E+1 :

i ; 3 . 0_}: 1 TO 1.0 E+5

, )

N/ $/

13:00 2.58 E+1 g/ NOTE: When the Condenser Vacuum Pump Discharge is diverted to the 4 ---- filtration mode, the monitor readings will return to normal.

I PAGE OF

RADIATION MONITORS DESCRIPTION TAG ID #/ GRID ID #

t 4

A CONTAINMENT ARM-IRE-5400A 6 DRILL #:1989 EXERCISE HIGH RANGE MONITOR GRID 6 CAS-561 ,

DATE:08/30/80.

- LOCATION:+99 RCB E SIDE OF CONTAINMENT ON CATWALK .

i f MONITOR' MISCELLANEOUS

! TIME READING NOTES >

TYPE OF MONITOR:

1

( R/HR );

h(ACTUAL) AREA ()

j 07:00 1.0 E-1 NORMAL -

PROCESS ()

i 4 j- EFFLUENT ( )

l q_. q y. . . - ACCIDENT (X) l 10:15 1.0 E-1 i NORMAL

. . _ _ . . . . . . . . . _ p 10:20 3.0 E43 i ALERT ALARM ALABM SETPOINTS:

.. . - . _ - . . r. . . . _ -- . _ . .

I ! ALERT: 5.0 E+2

. % . . _ _ _ _ _ \/ _ _ . . . _ ,

I 11:45 3.0 E+3 I HIGH: _5.0 E+3

__._____....____-.._.-4 _ _ - . - . . _ . . _

12:00 2.0 E+3 $

. _ _ _ . _ _ _ . _ . _ _ _ . . _J ._ _. . -

MONITOR RANGE:

12:30 7.0 E4 2

. 1_._..__ _ . _ . . . . _ . _ . - -

9. 6 E-2 TO 9. 6 E+6 P /HR

. - . _ . _ W - -.-Y . . - . . _ -

r END 7.0 E42 ALERT ALARM

h. _ . . . . _. . _ . . . . . . _ . . . _ . . _ . . . _ . _

a

. . . . . . , - - -__.. _ ~ 4.--. . --.w -

t e_.....-...

l i

L _. . __. ..__.

! i

_ _. _L_ . . _

, s i

g .__. _.

_p._ _ __ .. _ _ . -

L_. _.. _. . J ...

1

{ PAGE 1 0F 1 ENN" . --i-----___-_-__ . __ _ m_m..

RADIATION MONITORS DESCRIPTION TAG ID W/ GRID ID #

B CONTAINMENT ARM-IRE-5400B DRILL 3:1989 RYERCISE HIGH RANGE MONITOR I GRID 6 j CAS-562 DATE: 08/30/89 LOCATION:+99'RCB W SIDE OF CONTAINMENT ON CATWALK MONITOR MISCELLANEOUS TIME READING NOTES TYPE OF MONITOR:

)

(ACTUAL) l( R/HR ()

d AREA l 07:00 l1.0E-1 NORMAL i PROCESS ()

f 4 EFFLUENT ( )

' ^CCloENT < x)

! s c._...j s/ Q l 10:15 j.1.0 E-1 NORMAL {

-.-_a . . _ _ . .

, 10:20 3.0 E+3 ALERT ALARM i ALARM SETPOINTS:

i ALERT.: 5.0 E+2

._.. Y i

S/ _._ _ ._.....__.;

i .11:45 3.0 E+3 HIGH: 5.0 E+3 12:00 -

2.0 E+3

+- + MONITOR RANGE:

12:30 : 7.0 E+2 .

_ _ , _ _ _... ;...._._ ..._. _ _ . _ _ . _ _ ._..l 9.6 E-2 to 9.8 E46 R/HP l... - 3 /. .h /. .-._. .- . - - - -,

END 7.0 E+2 ALERT ALARM

y. .-.-_ _ - - . _ .

p. ._ __ __ _

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. - LPB L RADIATION / CONTAMINATION SURVEY FORM DATE TIME R ADIAT ION CONT AMINATION -

CURVEYED BY METER TYPE- D/C-

l! UNTEC BY TAG #. BKG.

TYPE S y0 a0.y0 oN'O CAL DUE DATE

REVIEWED BY _

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N I. DOSE RATE READING IN mr/br AT WAIST LEVEL AT LOCATION TAKEN UNLESS OTHERWISE NOTED

2. CONTAMINATION RESULTS IN dpm/lOOcmrINDICATE B CIRCLE LOCATION

3. RECORD R POWER IF RADIATION SURVEY IS PERrORMED

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' HP*SM-DO LPB L RADIATION / CONTAMINATION SURVEY' FCRM OATE TIME R ADIATION CONTA MINATION

M VEYED BY WETER TYPE- ! D/C i COUNTED BY TAG W ggg, TYPE S yO =O 70 *N'O CAL out DATE REVIEWED BY 4 PO*ER I

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9. RECORD % POWER IF RADIATtON SURVEY IS PERFORMED j

_ _ , _ _ _ _ _ _ _ _ - - - _ - - - - ^ - - - - - - - - - - ' - - - - - - - - " - -' ' ' - '

WATERFORD 3 SES ADGUST 30, 1989 e

i METHODOLOGY AND ASSUMPTIONS USED FOR CHEMISTRY DATA CALCULATIONS

1. The plant has been operating at 100% power for greater than 30 days. The Reactor Coolant System and CVCS is at steady state.

2. The initial plant chemistry parameters are assumed to be those for normal operating conditions at the end of core lifa.

3. At the becinning of the exercine, 0.037% fuel / cladding damage is assumed.

Boron concentration is assumed to be 1100 ppa.

~

4.

l S. At 0800, a 0.22 gpm tube leak develops in the #2 Steam l Generator.

1

5. It is assumed that the reactor trips at 1000 A.M. when the RCP shaft seizure occurs. At this time fuel / cladding damage will increase to 4.0 %.

l I

l Kr-85m tr-83 Fr-87 Ur-se g /g ,yy

%/ft'l /4)(3

^

2./py S.7pg.2 ggg4 7,ggg ,

Xe-131m Xe-IO!m Xe-133 Ke-135m xe-135 xe-138 ifftG 7 286-z Bz?ct 3.3353 92st-z ca-2 l

l I-131 1-132 1-133 I-134 I-135 Y "$ b /h[-f ,k f$f-/ kl 2 We b$~&

Br-63 Br-94 Rb-BB f 68 f ,f g kff[-] bb f-? SilE-2 .3 33 [ 2 /, s /g-3 Cs-134 Cs-126 Os-137 Cs-138 fr()ff-Z ha f[-) .$$~ 5 llV/!-S Te -109 Te-131T. Te-131 Te-132 Mo-99 Tc-99m

?o S$[-Y $$f'-f ?<hf(-f bl O ' I"A $~ 5 DED-I Noble Gas Gross Act h*/fd l-/ / Y0 ht / fi 81 l .Ib I' $['S k 'US 2

- E-Plen Chemi stry Date Date: O b. O, f Time

' ~#

5e.mple Point

~

Comment si -

. ______._____-____.____________m.____m.___._____.____-___.___.__._._.__________________.____.-____.-.____..-.___.____.._._._,_______.__.__,______.____..____________.________._____m.____a -

-_ _ 7

.x. /

Kr-85m Kr-85 Kr-87 Kr-88 _,y -

V3G5-6 2<83r-7 1 681-4 &(76-6 ggg y y,oypy Xe-131m Xe-133m Xe-133 Xe-135m Xe-135 -Xe-138 2 3'E-3 L//f-z #dsf-/ 463r-3 MS3E-z dhf-3 1-131 1-132 I-133 I-134 I-135 N1/-2 &19f-z &656-2 6,/653 2 73r-z Br-83 Br-84 Rb-88 ,g f -6g 239s-Y, ffff-Y 2,%E-3 A635-2 A 4352 Cs-134 Cs-136 Cs-137 Cs-138 5 965-3 2 /76-3 3,Mf-3 5s76-3 Te-129 Te-131m Te-131 Te-132 Mo-99 Tc-99m

/,t/f-4/ Y.7/f- 9' 42ff-V d2ff-3 % VYf-3 2 c,g p 3 DED-I Noble Gas Gross Act gj //g d 4, //d 6,9f 4 G2/E-/ 2t/f-/ ~ZD5f-3 2 V7E-3

E-Pl an Chemi stry Data Ti me: pt,00"/0!O O S/I? /A. W 4 Cr*

Date 08,30 8f Sample Pos. nt

/' ' # '

Comments:-- ,

O 4'&.th/~,V L- - -- -- - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

.4'CI c c-Mr-55m Kr-85 Kr-87 Kr-88 g g _gy

}7ff/Z W'WSEl YS66ik bNsf9 6426 2,2tr+5 Xe-131m Xe-l'3m Xe-133 Xe-135m Xe-135 Xe-138 8,18 Cit $2702 9sS/Cf9' 3496/3 4,37t0 t v4ct</

I-131 1-132 I-133 1-134 I-135 L26H 666(M M7[N SDCD 86fCe Br-83 Br-84 Rb-88 M-58 6-@

2'53G 861C4z 13/ffz ZW+Y /(85+3 Cs-134 Cs-136 Cs-137 Cs-138

$53543 6@[f3 577CG S&C43 Te-129 Te-131m Te-131 Te-132 Mo-99 Tc-99m

$45 b $b hh$fA k?b$Y STAS Y Yt2fl&

DEO-I Noble Gas Gross Act [gr-/j/C M " MO shfh$ fafbffh fehhh5 Y'$0 ' SIY E-Plan Chemistry Data Y

Date: Of,flef2'f Ti me: /0.'00 - ENd Sampl e Foints Comments:

l

V Kr-85m Kr-85 Kr-87 Kr-88 g) g.g n ?M86-z (rMC-3 l l</C-2 (i97C-l f,18 3l32gyi Xe-131m Xe-1~.~.m Xe-133 Xe-135m Xe-135 Xe-138 l24C-2 1: 73 6-2 3,c8 682C-l 939g-t 2,S8 I-131 1-132 I-133 I-134 1-135 68'? 7,55 k V5 %c'7E-t Aff er-e3 er-s4 so-se G-5B 4-6o 3('7/C 7 l/46-1 407C-/ 3B.2 / 73ct C s-- 104 Cs-136 Cs-137 r* v 1 3 8 f,26 1,Qt-t &fce-t 6 3t Te-129 Te-131m Te-131 Te-132 Mo-99 Tc-99m 258 33 'A 9'9(c-z zose-t 5;t7c-2 DED-I Noble Gas Gross Act h -/(/o [6-/VU 8.% 2&BEtt 3 % Cit *3/3 332

- E-Plan Chemistry Data Date od, sd, e_ Time: ino - m .

Sample Potnt: 9afacede

~ # !

Comments: / / /

Ot@ N $ff f/4'h f"E

- - - - - _ - - - - - - - - - -- -_-_)

WATERFORD 3 SES ANNUAh EXERCISE l AUGUST ~30, 1989 l

l METEOROLOGICAL SCENARIO OUTLINE AND DATA l

l The a:.steoro?.ogical scenario selected for the Waterford 3 SES 1989 Annual Exercise has been prepared to meet the overall objectives of the exercise.

The meteorological scenario begins with late summer temperature conditions. Winds are steady at 5 miles per hour and come from the south southwest. The winds will continue from the south southwest, with slight changes in direction, through out the exercise.

The choice of weather conditions and wind speed during the exercise provide' the desired level of offcite radiological dose rates in the downwind direction.

The meteorological data presented in this subsection include:

1) simulated general forecasts from the National Weather Service and, 2) simulated computer printouts of the plants meteorological system every 30 minutes for the duration of the exercise.

MRT-1

,>+ , J i .

WATERFORD 3 SES ANNUAL EXERCISE L- -

ADGUST130, 1989

.7.

a r

SIMULATED WEATHER FORECASTS PROVIDED'BY THE NATIONAL WEATHER SERVICE e-NET-2

_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ ____. - - - _ . - _ _ _ __ _ _ - - - - - - .1

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 SIMULATED FORECAST PROVIDED BY THE i

NATIONAL WEATHER SERVICE FOR WEDNESDAY, AUGUST 30, 1989 TIME: 07:00 - 12:00 Winds are from the south southwest at 3-5 miles per hour and skies are cloudy. High temperatures should persist throughout the day.

with a high of 85 degrees F. Winds will be from the south southwest for the remainder of the day. Isolated thunderstorms are expected through out Southeastern Louisiana, with a 40% cinance of rain this morning, decreasing to 20% this afternoon.

MET-3

WATERFORD 3 SES ANNUAL'RKER11SE-AUGUST 30, 1989 SIMULATED FORECAST PROVIDED BY THE NATIONAL WEATHER SERVICE FOR WEDNESDAY, AUGUST 30, 1989 TIME: 12:00 - 16:00 l

l-Winds are from the south southwest at 3-5 miles per hour and skies are cloudy. High temperatures should persist throughout the day with a high of 85 degrees F. Winds will be from the south southwest for the remainder of the day. Isolated thunderstorms are expected through out Southeastern Louisiana, with a 20% chance of rain this afternoon and early evening.

l l

1 l

1 MET-4

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 METEOROLICAL DATA l

l MET-5

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 l-SIMULATED METEOROLOGICAL OUTPUT 07:30 e1 MINUTE SAMPLE 15 MINUTE AVG l

PRI METR TWR 33 FT WIND SPEED l 2.232 M/S l 2.232 M/S BKUP METR TWR 33 FT WIND SPEED i 2.231 M/S : 2.232 M/S PRI METR TWR 33 FT WIND DIR 195.0 DEG i 195.0 DEG BKUP METR TWR 33 FT WIND DIR -

195.0 DEG 195.0 DEG i

PRI METR TWR 199 FT WIND SPEED l 2.233 M/S ! 2.232 M/S PRI METR TWR 199 FT WIND DIR ,

195.0 DEG 195.0 DEG PRI METR TWR 33 FT SIGMA THETA 18.2 DEG 18.5 DEG BKUP METR TWR 33 FT SIGMA THETA 18.5 DEG 18.4 DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG 18.4 DEG.

PRI METR TWR DIF TEMP PRI -0.95 DEGC -0.95 DEGC PRI METR TWR DIF TEMP SEC -0.95 DEGC -0.95 DEGC BACKUP METR TWR DIF TEMP -0.94 DEGC -0.95 DEGC PRI METR TWR 33 FT AIR TEMP 26.67 DEGC 26.67 DEGC PRI METR TWR PRECIPITATION 0.000 INCH 0.000 INCH HIND SPEED IN MPH $n MET-6

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 i

SIMULATED METRORQIpGICAL OUTPUT 08:00 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.232 M/S BKUP METR TWR 33 FT WIND SPEED I 2.231 M/S 2.'232 M/S i

PRI METR TWR 33 FT WIND DIR l 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR j 195.0 DEG 195.0 DEG PRI METR TWR 199 FT WIND SPEED l 2.233 M/S 2.232 M/S PRI METR TWR 199 FT WIND DIR 195.0 DEG 195.0 DEG l PRI' METR TWR 33 FT SIGMA THETA i 18.2 DEG 18.3 DEG l BKUP METR TWR 33 FT SIGMA THETA l 18.5 DEG .

18.4 DEG PRI METR TWR 199 FT SIGMA THETA t 18.6 DEG 18.4 DEG PRI METR TWR DIF TEMP PRI

-0.95 DEGCl -0.95 DEGC PRI METR TWR DIF TEMP SEC -0.95 DEGC -0.95 DEGC

-0.94 DEGC -0.95 DEGC-BACKUP METR TWR DIF TEMP '

t' 26.67 DEGC , 26.67 DEGC PRI METR TWR 33 FT AIR TEMP l

l !

t PRI METR TWR PRECIPITATION + 0.000 INCH 4 0.000 INCH l

WIND SPEED IN MPH = 5.0 4

MET-7 l

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 I.

SIMULATED METEOROLOGICAL OUTPUT 08:30 il MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.232 N/S BKUP METR TWR.33 FT WIND SPEED 2.231 M/S 2.232 M/S PRI METR TWR 33 FT WIND DIR i 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR I 195.0 DEG ,

195.0 DEG

~

PRI METR TWR 199 FT WIND SPEED 2.233 M/S 2.232 N/S l'

PRI METR TWR 199 FT WIND DIR 195.0 DEG 195.0 DEG PRI METR TWR 33 FT SIGMA THETA < 16.2 DEG 10.3 DEG BEUP METR TWR 33 FT SIGMA THETA 18.5 DEG 18.4 DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG l 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC ' -0.95 DEGC I

PRI METR TWR DIF TEMP SEC -0.95 DEGC ! -0.95 DEGC BACKUP METR TWR DIF TEMP -0.94 DEGC } -0.95 DEGC PRI METR TWR 33 FT AIR TEMP 26.67 DEGC i 26.67 DEGC PRI METR TWR PRECIPITATION 0.000 INCH , 0.000 INCH WIND SPEED IN MPH = 5.0 MET-8

l WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989

)

SIMULATED METEOROLOGICAL OUTPUT j 09:00 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.312 M/S 2.272 M/S !

BKUP METR TWR 33 FT WIND SPEED 2.311 M/S 2.272 M/S PRI METR TWR 33 FT WIND DIR 195.5 DEG 195.3 DEG BKUP METR TWR 33 FT WIND DIR 195.5 DEG 195.3 DEG I PRI METR TWR 199 FT WIND SPEED 2.314 M/S 2.314 M/S PRI METR TWR 199 FT WIND DIR 195.4 DEG l 195.2 DEG PRI METR TWR 33 FT SIGHA THETA ! 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA j 18.5 DEG ! 18.4 DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGCf -0.95 DEGC PRI METR TWR DIF TEMP SEC l -0.95 DEGC 1 -0.95 DEGC BACKUP METR TWR DIF TEMP -0.94 DEGC -0.95 DEGC PRI METR TWR 33 FT AIR TEMP i 29.44 DEGC 'j 28.05 DEGC

! 1 PRI METR TWR PRECIPITATION l 0.000 . INCH !

0.000 INCH WIND SPEED IN MPH = 5.18 l

l l

MET-9 )

l L_____.__________.._____________ _ _ _ _ _ . . _ _ _ _ _ _ . _ _ _ _ _ _ . _ . . _ _ _ _ ___ _ _ _ . _ . _ _ _ _ . _ ___ _ __ _ _

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 ElHDLATED METEOROLOGICAL OUTPUT 09:30 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED ,

2.312 M/S 2.272 M/S BKUP. METR TWR 33 FT WIND SPEED i 2.311 M/S 2.272 M/S PRI METR TWR 33 FT WIND DIR 195.5 DEG 195.3 DEG BKUP METR TWR 33 FT WIND DIR 195.5 DEG 196.3 DEG PRI METR TWR 199 FT WIND SPEED f 2.314 M/S 2.314 M/S l

PRI METR TWR 199 FT WIND DIR ,

195.4 DEG l 195.2 DEG PRI METR TWR 33 FT SIGMA THETA i 18.2 DEG I 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA l 18.5 DEG 18.4 DEG PRI METR TWR 199 FT SIGMA THETA l 18.6 DEG ) 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC i -0.95 DEGC PRI METR TWR DIF TEMP SEC 1 -0.95 DEGC I -0.95 DEGC BACKUP METR TWR DIF TEMP

-0.94 DEGC 1 -0.95 DEGC PRI METR TWH 33 FT AIR TEMP 29.44 DEGC 28.05 DEGC PRI METR TWR PRECIPITATION 0.000 INCH 0.000 INCH WIND SPEED IN MPH = 5.18 MET-10

l WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989

[

STMULATED METEOROLOGIC?L OUTPDT 10:00 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.272 M/S BKUP METR TWR 33 FT WIND SPEED 2.232 M/S 2.272 M/S PRI METR TWR 33 FT WIND DIR 195.0 DEG 195.3 DEG BKUP METR TWR 33 FT WIND DIR 195.0 DEG 195.3 DEG PRI METR TWR 199 FT WIND SPEED ! 2.233 M/S 2.273 M/S PRI METR TWR 199 FT WIND DIR 195.0 DEG 195.2 DEG PRI METR TWR 33 FT SIGMA THETA 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA i 18.5 DEG f, 18.4 DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC 'i -0.95 DEGC PRI METR TWR DIF TEMP SEC i -0.95 DEGC -0.95 DEGC BACKUP METR TWR DIF TEMP >

-0.94 DEGC -0.95 DEGC PRI METR TWR 33 FT AIR TEMP 29.44 DEGC l 28.05 DEGC PRI METR TWR PRECIPITATION 0.000 INCH , 0.000 INCH WIND SPEED IN KPH = 5.00 MET-11

q-WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 SlMULATED METEOROLOGICAL OUTPDT 10:15 .

1 IMNUTE SAMPLE ! 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.232 M/S BEOP METR TWR 33 FT WIND SPEED *.*** M/S *.*** M/S FR1 METR TWR 33 FT WIND DIR 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR ***.* DEG ***.* DEG PRI METR TWR 199 FT WIND SPEED 2.233 M/S 2.233 M/S PRI METR TWR 199 FT WIND DIR l 195.0 DEG 195.0 DEG PRI METR TWR 33 FT SIGMA THETA 18.2 DEG I 18.3 DEG l

BKUP METR TWR 33 FT SIGMA THETA **.* DEG l **.* DEG PRI METR TWR 199'FT SIGMA THETA t 18.6 DEG i 18.4 DEG I I PRI METR TWR DIF TEMP PRI i -0.95 DEGC 1 -0.95 DEGC PRI METR TWR DIF TEMP SEC ! -0.95 DEGC l -0.95 DEGC BACKUP METH TWR DIF TEMP i **.** DEGC **.** DEGC l i PRI METR TWR 33 FT AIR TEMP 29.44 29.44 DEGC DEGC{

PRI METR TWR PRECIPITATION ! 0.000 INCH } 0.000 INCH WIND SPEED IN MPH 5.00 MET-12

-___________________________J

l i WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 ;

i SIMULATED MRTROROLOGICAL OUTPUT j

10:30 1 MINUTE SAMPLE I 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.232 M/S BEUP METR TWR 33 FT WIND SPEED *.*** M/S. >

.*** M/S j

PRI METR TWR 33 FT WIND DIR 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR ***.* DEG ***.* DEG PRI METR TWR 199 FT WIND SPEED 2.233 M/S ! 2.233 M/S PRI METR TWR 199 FT WIND DIR 195.0 DEG 195.0 DEG PRI METR TWR 33 FT SIGMA THETA I 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA **.* DEG l **.* DEG PRI METR TWR 199 FT SIGMA THETA l 18.6 DEG l 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC ' -0.95 DEGC PRI METR TWR DIF TEMP SEC 1 -0.95 DEGC -0.95 DEGC BACKUP METR TWR DIF TEMP **.** DEGC} **.** DEGC l

PRI METR TWR 33 FT AIR TEMP 29.44 DEGC l 29.44 DEGC PRI METR TWR PRECIPITATION ,

0.000 INCH 0.000 INCH .

WIND SPEED IN MPH E.00 I

MET-13

l WATERFORD 3 SES ANNUAL EXERCISE ADGUST 30, 1989

,r BIMULATRn METEOROLOGICAL OUTPUT 11:00 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.215 M/S l 2.222 M/S i BKUP METR TWR 33 FT WIND SPEED *.*** M/S l *.*** M/S l

PRI METR TWR 33 FT WIND DIR 194.9 DEG ! 195.0 DEG BKUP METR TWR 33 FT WIND DIR ***.* DEG l ***.* DEG 1

l PRI METR TWR 199 FT WIND SPEED 2.217 M/S j 2.223 M/S PRI METR TWR 199 FT WIND DIR } 194.8 DEG 194.9 DEG j PRI METR TWR 33 FT SIGMA THETA 18.2 DEG I 18.3 DEG I DEG BKUP METR TWR 33 FT SIGMA THETA **.* DEG **.*

I PRI METR TWR 199 FT SIGMA THETA 18.6 DEG i 18.4 DEG l

PRI METR TWR DIF TEMP PRI -0.95 DEGC ! -0.95 DEGC PRI METR TWR DIF TEMP SEC -0.95 DEGC ' -0.95 DEGC BACKUP METR TWR DIF TEMP **.** DEGC **.** DEGC i

PRI METR TWR 33 FT AIR TEMP ; 29.44 DEGC 29.44 DEGC PRI METR TWR PRECIPITATION ! 0.000 INCH ' O.000 INCH WIND SPEED IN MPH : 4.96 l

i l

)

7 MET-14 )

)

WATERFORD 3 SES ANNUAL EXERCISE' AUGUST 30, 1989

('

( SIMULATED METEOROLOGICAL OUTPDT 11:30 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.222 M/S BKUP METR TWR 33 FT WIND SPEED *.*** M/S *.*** M/S l PRI METR TWR 33 FT WIND DIR 195.0 DEG 195.0 DEG BEUP METR TWR 33 FT WIND DIR ***.* DEG ***.* DEG PRI METR TWR 199 FT WIND SPEED } 2.233 M/S 2.223 M/S I

PRI METR TWR 199 FT WIND DIR i 195.0 DEG - 194.9 DEG I

PRI METR TWR 33 FT SIGMA THETA i 18.2 .DEG l 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA >

- .* DEG ! **.* DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG 18.4 DEG f

PRI METR TUR DIF TEMP PRI 4 -0.95 DEGC -0.95 DEGC PRI METR TWR DIF TEMP SEC i -0.95 DEGC . -0.95 DEGC BACKUP METR TWR DIF TEMP j **.** DEGCl **.** DEGC PRI METR TWR 33 FT AIR TEMP 30.00 DEGC 30.00 DEGC PRI METR TWR PRECIPITATION 0.000 INCH 0.000 INCH WIND SPEED IN MPH = 5.00 MET-15

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989

.r SIMULATED METEOROLOGICAL OUTPUT 12:00 1 MINUTE SAMPLE 15 MINUTE AVG

, PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.222 M/S BKUP METR TWR 33 FT WIND SPEED *.*** M/S i *.*** M/S I

PRI METR TWR 33 FT WIND DIR 195.0 DEG } 195.0 DEG BKUP METR TWR 33 FT WIND DIR ***.* DEG } ***.* DEG PRI METR TWR 199 FT WIND SPEED 2.233 M/S I 2.223 M/S PRI METR TWR 199 FT WIND DIR 195.0 DEG ; 194.9 DEG 4

i i

PRI METR TWR 33 FT SIGMA THETA I 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA ! **.* DEG **.* DEG.

PRI METR TWR 199 FT SIGMA THETA 18.6 DEG i 18.4 DEG l PRI METR TWR DIF TEMP PRI i -0.95 DEGC >

~0.95 DEGC PRI METR TWR DIF TEMP SEC I -0.95 DEGC -0.95 DEGC BACKUP METR TWR DIF TEMP l **.** DEGC **.** DEGC PRI METR TWR 33 FT AIR TEMP 30.00 DEGC 30.00 DEGC PRI METR TWR PRECIPITATION ; 0.000 INCH 0.000 INCH WIND SPEED IN MPH = 5.00 NOTE: If the Backup Met tower has been returned to service, the readings will be comparable to the Primary Tower readings.

i 1

MET-16 j I

_ _ _ _ - - _ _ _ _ _ _ _ _ - - - _ _ - - _ _ - --- )

1 i

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 1

.(-

SIMULATED METEOROLOGICAL OUTPUT l

12:30 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.222 M/S M/S *.*** M/S BEUP METR TWR 33 fT WIND SPEED *.***

PRI METR TWR 33 FT WIND DIR 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR ***.* DEG ***.* DEG i PRI METR TWR 199 FT WIND SPEED 2.233 M/S I 2.223 M/S i

PRI METR TWR 199 FT WIND DIR l 195.0 DEG 194.9 DEG PRI METR TWR 33 FT SIGMA THETA 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA i **.* DEG **.* DEG PRI METR TWR 199 FT SIGMA THETA 18.6 DEG 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC ) -0.95 DEGC PRI METR TWR DIF TEMP SEC -0.95 -0.95 DEGC.

BACKUP METR TWR DIF TEMP **.** DEGCli DEGC

- .** DEGC PRI METR TWR 33 FT AIR TEMP <

30.00 DEGC 30.00 DEGC PRI METR TWR PRECIPITATION O.000 INCH ' O.000 INCH WIND SPEED IN MPH = 5.00 NOTE: If the Backup Met tower has beer. returned to service, the readings will be comparable to the Primary Tower readings.

MET-17

n WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 SIMULATED METEOROLOGICAL OUTPUT 13:00 1 MINUTE SAMPLE 15 MINUTE AVG PRI METR TWR 33 FT WIND SPEED 2.232 M/S 2.222 M/S BKUP METR TWR 33 FT WIND SPEED i *.*** M/S *.*** M/S I

PRI METR TWR 33 FT WIND DIR l 195.0 DEG 195.0 DEG BKUP METR TWR 33 FT WIND DIR l

- - .* DEG ***.* DEG PRI METR TWR 199 FT WIND SPEED [ 2.233 M/S 2.223 M/S PRI METR TWR 199 FT WIND DIR i 195.0 DEG i 194.9 DEG i

PRI METR TWR 33 FT SIGMA THETA ! 18.2 DEG 18.3 DEG BKUP METR TWR 33 FT SIGMA THETA **.* DEG **.* DEG PRI METR TWR 199 FT SIGMA THETA l 18.6 DEG 18.4 DEG PRI METR TWR DIF TEMP PRI -0.95 DEGC -0.95 DEGC PRI METR TWR DIF TEMP SEC -0.95 DEGC -0.95 DEGC BACKUP METR TWR DIF TEMP **.** DEGC **.** DEGC PRI METR TWR 33 FT AIR TEMP .' 30.00 DEGC i i

30.00 DEGC PRI METR TWR PRECIPITATION 0.000 INCH 0.000 INCH WIND SPEED IN MPH = 5.00

. NOTE: If the Backup Met tower has been returned to service, the readings will be comparable to the Primary Tower readings.

k MET-18

WATERFORD 3 SES AUGUST 30, 1989 METHODOLOGY AND ASSUMPTIONS FOR THE ONSITE RADIOLOGICAL RELEASE DATA Due to the low level of the release from the condenser vacuum exhaust and the blowdown leakage, it is assumed that there will.be no significant increase in radiological levels on the plant site except for the specific areas indicated in the In-Plant Health-Physics Data Section of this exercise package.

It is also assumed that, due to the elevation of t,he plant stack, the release resulting from.the penetration failure will have no significant'effect on the onsite radiation levels. It is assumed that.the plume does not touch down within the site perimeter fence.

Any increase in onsite radiation levels in specific plant areas are indicated in the In-Plant Health Physics Data Section of this exercise package.

i

. 1 l

l

7____,,_

7.______-_.-_

i WATERFORD 3 SES ADGUST 30, 1989 METHODOLOGY AND ASSUMPTIONS USED FOR THE DEVELOPMENT OF THE DOS 2 ASSESSMENT MODEL The following assumptions have been used for the calculation of the Onsite, Nearsite and Offsite data provided in this package:

The wind is assumed to be blowing from 195 degroes at 5 miles per hour. There will be slight changes in the wind direction and wind speed during the drill. The atmospheric stability class will remain at class B through out the day.

It is assumed that there is 0.037% fuel cladding failurc in the Reactor Coolant System at the beginning of the exercise. At 0800, the #2 steam generator develops a tube leak at the rate of 0.22 gpm. This tube leakage will remain constant through out the drill.

The tube leakage will result in elevated activity indications on the condenser vacuum pump discharge. Due to plating out and the relatively low levels present, there will be no significant release of radioactivity offsite. Field Monitoring Teams will encounter normal "as read" readings in the field.

At 1000, the RCP 2A shaft seizure occurs. This results in an increase in the fuel failure to 4.0 %. It is assumed that, at approximately 1015, the RCP penetration fails releuulng radioactivity to the annulus. The Shield Building Ventilation System is assumed to cycle between recirculation and exhaust modes approximately every 45 seconds to maintain the negative pressure in the annulus. This results in a release to the atmosphere through the plant stack. It has been assumed that the penetration leakage into the annulus is approximately 3960 SCFM and that the plant stack flow rate is 26000 CFM. Due to the frequency of the cycling of the Shield Building Ventilation System and instrument delay times , it is assumed that the release will be continuous, rather than many small puff releases. ,

For the purposes of this scenario, it is assumed that containment spray is initiated at approximately 1130. This results in a decrease in containment pressure and therefore a decrease in the amount of radioactivity being released.

At approximately 1245, it is assumed that the containment pressure is at or below atmospheric and the relcaue has been secured.

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, ' ' c EMERGENCY'PREPAREDNE'CS EXERCISE' l' ,

C9 l- 0-30-C9 1-EXERCISE CONSTANTS

- EXERCISE' CONSTANTS 1

li AIR SAMPLE DURATION - ' 5. Minutes AIR SAMPLE FLOW RATE.- 2 cfm-AIR. SAMPLE.COUNTLTIME ,5 Minutes

/ BACKGROUND SAMPLE COUNT TIME -Minutes INSTRUMENT D/C - 30 DOSE EDUIVALENT IODINE FACTOR'- 1.62.

. - CHILD THYROID DOSE CONVERSION FACTOR - .0297 DDSE FACTORS NOBLE GAS DOSE FACTOR - 4.19E+05 IODINE DOSE FACTOR - 4.79E+0B IODINE /NDELE GAS RATIO - 1.43E-02 k

1

EMERGENCY PREPAREDNESS] EXERCISE C9-10 0-30-89 EMERGENCY PLANNING ZDNE DATA Wind Speed: 5 mph Release rate 450 Ci/sec Wind Direction: 195 DEG Time of Release: 1020 hrs Delta - T: .95 Deg C WHOLE BODY CHILD THYRDID X/D DOSE RATE DOSE RATE SEC/M^3 mR/hr mR/hr EAB 1.07E-05 2,022 33.060 2Mi 8.94E-07 - 168 2.754 5Mi 1.54E-07 28 470 10Mi 8.22E-OB 15 253 e

i

.\

EMERGENC/ PRE 1*AREDNESS EXERCISE 09-10 B-30-89 i n

EMERGENCY PLANNING ZONE DATA Wind Speedt 5 mph Release rater 338 C1/Sec Wind Direction: 195 DEG Time of Release: 1205 hrs DoTta - T: .95 Deg C WHDLE BODY CHILD THYRDID X/O DDSE RATE DDSE RATE SEC/M'3 mR/hr mR/hr EAB 1.07E-05 1.519 24.832 2Mi 6.94E-07 126 2.069 5Mi 1.54E-07 21 355 10Mi 8.22E-OB 11 190 l

f L _ ___ _ _ _ _ __ .

,f EMERGENCY PREPAREDNESS EXERCISE-89-10 8-30-89 r

, m

.EGRGENCY PLANNING ZONE DATA

~

' Wind Speed: mph Release' rates.225 Ci/sec 5-Wind Direction: 195'~DEG Time of Release: 1220 hrs-Delta - T .95 Deg C WHOLE BODY. CHILD THYRDID X/O DOSE RATE DOSE RATE SEC/M^3 -mR/hr' mR/hr EAB 1.07E-05 1.011 16.530 2Mi G.94E-07 B4 1.377 3Mi 1.54E-07 14- 236 10Mi 8.22E-OB 7 126

_ u_ m__.__ _ _ - - - _ _ . . _ _ _ _ _ . _ _ .__.__.______________________..___________________*___-_____-_-___--_____.____m___-___________ __

6 ) _ 7':/..

EMERGEACY PREPAREDNESS EXERCISE

.m gp_go B-30-89

; EMERGENCY PLANNING. ZONE DATA t-Wind. Speeds. 5' mph Release rate: 112 Ci / sec '<

Wind Direction: 195 DEG Time of Release: 1235 hrs Delte -.Tr .95.. Deg C WHOLE BODY CHILD THYROID X/G DOSE RATE DOSE RATE SEC/M^3 mR/hr mR/hr-EAB' 1'.07E-05 503 B.228 2Mi 8.94E 41 685 SMi 1.54E-07 7 117 10Mi B.22E-OB 3 63 I:

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EMERGENCY PREPAREDNESS EXERCISE 89-10 B-30-89 EMERGENCY PLANNING 70NE DATA

' Wind' Speed: .5 mph Release rate: O Ci/sec.

Wind-Direction:' 195 -DEG Time of Release: 1250 hrs Delta - T: .95 Deg C WHOLE BODY CHILD THYRDID X/Q DDSE RATE DOSE RATE

-.SEC/M^3 mR/hr mR/hr O O

'EAB 1.07E-05 2Mi' O.94E-07 0 0 5Mi 1.54E-07 0 0 10Mi 8.22E-08 0 O

(

w c-________-________--_____ _ _ _ _ _ - _ _ _ _ ._ _ _ _ _

1 EERKEY PREPAREDNESS EIEEIK 1: 99-10 1

0-30-89 4 DFFSITE RADIDLD61 CAL DATA

- (..

CHILD e AIR SAMPLE BrBND KP061T!9N THYRDID !

CLOWD DPEN WINDDW WlODN TDIAL CDONTS CDhNTS CPR/ 90SE RATE I/9 i LOCATIDN TIE DR mRIhr DR eR/hr (5 ein) (2 ein) 100 co'2 feR/hr) llec/M*3)

- A-1E(N) 1922 4,729 7,790 2,678,208 200 - B71 77,301 2.51E-05 1C37 4,729 - 7,790 2,676,200 200 3482 77,301 1052 4,729 7,790 2,676,200 200 5223 77,301 1107 4,729 7,790 2,678,200 200 6965 77,301

!!22 4.729 7,790 2,678,206 200 5706 77,301

!!37 7,790 2,676,200 200 110447 77,301 4.729 7,790 2.676.200 200 112168 77,301 1152 4.729 1207 3,552 5,051 2,0!!,756 200 113496 50,062 1222 2,364 3,295 1,339,104 100 114367 38,651 1237 1,177 1,939 666.702 100 114B00 19,239 1252 0.0 0.0 125 50 7400 0 1307 0.0 0.0 125 50 7400 0 A-3th) 1051 45 73 25.357 50 6 726 2.36E-07 110 45 73 25.357 50 33 726 1121 45 73 25.357 50 ' 49 72E

!!3e 45 73 25,357 50 66 72E

15! 45 73 25.357 50 E2 729 120: 45 73 25.357 50 90 729 122! 45 73 25,357 50 !!$ 720 123: 33 55 18.077 50 127 547 1251 22 37 12.741 50 135 364 1306 !! li e.405 50 139 101 1:21 0.0 0.0 125 50 70 0 133; .0.0 0.0 125 50 70 0 A-sth) life 3.0 6.4 2.337 50 1 64 2.07E-0B

!!!! 3.9 6.4 2.339 50 1 64 1136 3.9 6.4 2,33i 50 2 64 1151 3.1 6.4 2.339 50 3 64 120e 3.9 6.4 2.339 50 4 64 4 64

.1221 3.9 6.4 2.339 50 1236 3.9 6.4 2,33i 50 5 64 2.9 4.6 1.758 $0 6 42 12'1 13h 2.0 3.2 1,232 50 6 32 1.0 1.6 676 50 6 16

- 1321 0.0 0.0 125 50 6 0 1336 1351 0.0 0.0 125 50 6 0

3 7 r

~ EERWY PREPAREllEBE EXER;IX 99-10 0-30-89 0FFSITE RADIOLOGICAL 86TA CKlLD CLOSED- OPEN ilR l SAMPLE SKSND KPOSITION TNYRDID NINDDN NINDON - T0iAL COIMTS COUNTS CPM / DDEE RATE I/O LOCATION -TIME DR mR/hr DR mR/hr- 15 ain! '(2ain! 100ca'2 (eR/hr) (Sec/M*31 A-5(N) !!!9 0.4 - - 0.6 342 50 0 6- 2.03E-09 1134 0.4 0.6 342 50 0 6 1109 0.4 0.6 342 50 0 6 1204 0.4 0.6 342 50 0 6 1219 0.4 - 0.6 342 50 0 6

~

1234 0.4 - 0.6 - 342 50 0 6 1209 - 0.4 0.6 342 50 0 6 1304 0.3 c.3 288 $0 1 5 1319 0.2- 0.! 234 50 1 3 1334 0.1 - 0.2 179 50 1 2 1309 0.0 0.0 125 50 1 0 1404 0.0 0.: 125 50 1 0 E-1E(NNE) 102! 20,923 34.47: 11.547,606 400 3652 342,050 1.llE-04 1036 20,923 34.47: !!,549.606 400 115409 342.0%

1051 20.923 34.471 !!.E49,60B 400 - 123113 342,050

!!06 20,923 34,47; .11,649,605 400 13051E 342,0E 1121 20,923 34,471 11,647,60B 400 %36522 342.0K 1136 20,923 34.47 11,E49,60E 400 146227 342,0%

!!51 20,923 34.4?: 11eE49,60E- 400 153931 342,050

( 1206 15.716 25,E'; B,700.621 400 159716 254,91E 1221 10.462 17.23: 5,925,304 400 163571 171,021 1236 5,206 E.5i: 2.949,967 400 1654EE B5.13:

1251 0.0 0.: 125 50 132744 1306 0,0 0.: 125 50 132744 (

I-1tNNE) 1030 545 E;;- 305,E71 65 100 E.912 2.E9E-06 1045 545 Ei 301,E7'- 65 4 01 E.91~

1060 545 B:s 300 E71 65 602 E,912

!!!5 54! E:i 309,E71 65 803 B,912 1130 545 E:2 30E,E71 65 1004 S,912

!!45 545 B:i 30E.071 - 65 1204 E.912 1160 545 E:s 305,E71 65 1405 B,912 1215 409 6' 231,999 50 !$56 6,694 1230 273 48: 154,479 50 1656 4,456

. 1245 136 224 76.959 50 1706 2,21E 1260 0.0 0.0 125 50 B53 0 1315 0.0 0.0 125 50 B53 0 l

1 s

EMERSENCY PREFACE;"lSS klRCISE 09-10 6-3D-89 DrFSITE RADIOLDE!LAL DATA N

CHILD CLDSED OFEh AIR SAMPLE BKBE DEF051110N THYRDID WIGDW TOTAL COUNTS CDUKIS CFM/ DDSE RATE 1/G b!NDOW LOCAT10h TIME DR eR/hr DR eR/hr (5 ein) (2 s m) 100 co'2 teR/hr) (Set /M'3) 224,652 50 73 6,4B2 2.10E-06 6-2(NND 1036 396 653 396 653 224,6'2 M 292 6,422 105) 224.652 % 436 6,4E2

!!06 396 653 11 1 316 653 224,652 50 5E4 6.452 1136 396 653 224.652 M 730 6.4E2 1151 396 653 224,652 is 676 6.4E:

396 653 224.652 !~ 1022 6,452 1206 1221 2ii 441 165,769 5' 1132 4.56B 1:36 190 327 112.3BE F 1:05 3,281 1251 95 163 56.007 Si 1241 1.613 13 0 0.5 0.' 1:! it. e20 0 13:1 0.0 0.0 125 !^ 620 0 F-3 % E- 1054 15 25 G,714 !{ .- 4 45 B.04E-0B 1105 !! 25 E.7!' !~ 11 245

45 1124 15 25 5.712 17 11F 15 25 5.?!* i

2: 245 15 25 6.714 !' 25 245 1154 1201 15 15 E.71A $7 34 :43 12:4 15 5 5.714 !! F 245 1:24 11 1 6.5h 5.: 4: li:

4 . 4. .- a 1,4

. . .-. + i.e 2..s .

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13:4 0,0 0., 1:! I '- ::

1339 t0 0. 12! i' :4 -

F- A ME 1104 13 .: 7 i:2 !' : :15 7.1:E-06 1: :: 7.74 i' 10 :1; 1119 1138 l' :: '.7:4 !: 15 :1; 114; 13 :: 7.7:4 !- : 214

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1:44 10 17 5.53: E ;E li"-

1304 6.7 11.1 3.98 F 10 110 1319 3.3 5.5 2,016 5^ 21 !!

1334 0.0 0.0 125 E 21 0 1340 0.0 t.0 125 % 21 0

EMERSENEY FtEFAREDNESS EXERCISE B9-10 B-30-89 0FFSITE FRIDLOGIEAL DATA CHILD CLDSED DPEb AIR SAMPLE BKGND DEF0SlilDN THYRDlD NINDDW WIG 0m TDTAL COUNTS COUNTS CFM/ DDSERATE 1/D LDCA110N TIME DR eR/hr Dn mRitir (5 ein) (2 ein) 100te*2 teR/hr) (Sn/h'3) 37 12.727 50 4 364 1.!BE-07 B-7(NNE) 1140 22 22 37 12.727 50 16 364 1155 22 37 12.727 50 25 364 1210 37 12.727 50 33 364 1225 22 1240 22 '7 12.7:7 50 41 364 22 37 12,727 50 47 364 1255 1310 22 : 12.727 50 57 364 2.; 9,591 50 64 273 1:25 17 1340 11 !! 6.4:6 % 6B 15:

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-ItNE' 103: .

c7 !? 0 :4 1045 0.; .5 e: F 0 14 1060 .; .! e27 F 0 12

!!!$ 0; .! 6:7 F 1 13 1130 6.9 .! e:7 1 id 114! 0.5 ..! e27 So 1 l'

!!60 0.; .! c27 50 1 18 1215 0.7 1.1 50' 50 1 11 1270 0.4 '.' 376 50 1 7 4

1245 0.2 (.A 2% 50 1 1260 0.0 '. 1:5 50 1 ,

121 0.0 .

!!! $0 1 :

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EMERBENCY FREFAREDNESS E!ERCISE 29-10 6-30-89 OFFSITE RAD 10LOBICAL DATA f (u ..

CHILD CLOSED DPEN AIR SAMPLE BK6ND DEP0511]DN THYRDID WINDDW WIND 0W TDTAL CDUN15 CDUNIS CFM/ DOSE EATE I/G LOCs110N TIME DE eR/hr DR sR/hr 15 ein) (2 ein) 100ce*2 (eR/tr) (Sec/M'3) 0-3tNE) 104B 0.5 0.0 394 50 0 6 2.52E-09 1103 0.5 0.0 394 50 0 E 1110 0.5 0.E 394 50 0 E

!!33 0.5 0.B 344 50 0 0

!!43 0.5 0.E 354 50 0 B 0.5 0.E 3S4 50 1 6 1203 121E 0.5 0.E 354 50 1 6 1233 0.4 0.e 3:7 50 6 4

1:4B 0.2 0.4 :60 50 1 1303 0.1 0.: 192 50 1 0 .

0 0.^ 125 50 1 0 1312 .

0

!!3' O.0 e.( 125 50 1 C-4tNE) 1103 0.1 0.1 !s! 50 . ! '.34E-10

!!15 0.1 0.1 161 SC 0 1 1133 0.1 6 lei 50 i 1

114E 0.1 0.1 lel 50 0 !

1:03 0.1 1.' lei 50 0 1 1215 0.1 f.! lel 5a 0 1 1:33 0.! 0.1 1:1 50 0 1 1:se 0.0 6. !$2 50 0 i 1303 0.0 0.1 143 5:- 0 1 0.0 4 134 50 0 1315 13"; 0.0 .? !:5 !!- 0 0

'345 0.0 ".( 1:5 55 0 0 tal - :.;5E-0; til Ees. IW 0.e f.; 50 0 104 0.e .' 141 56 0

!!00 0.6 C.- 441 50 0

!!!5 C.: 0.; 441 50 0 1130 0.6 .

A41 in 1 1145 0. E.; 481 50 1 U- ;

1:00 0.t 0.; 841 1 36: 50 7 1215 0.4 0.; 1 1230 0.3 0.! :E3 50 1 5 1:45 0.1 0.: 204 50 1 2 0.0 0 1300 0.0 125 50 1 0.0 0.- 125 50 1 0 1315 t

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 JIII. DRILL TEAM ASSIGNMENTS VIII-I

's WATERFORD-~3 SES ANNUAL EXERCISE' AUGUST 30, 1989

-( DRILL T uM ASSIGNMENTS POSITION- FACILITY NAME Lead Controller- 'ALL S. Lubinski Control Room Controller Simulator M. Phillippe-TSC Controller TSC ECC J. Lewis' OSC Controller OSC B. Thigpen

' Health Physics Controller -4 Control Point D. Boan/D. Hoel-Onsite Medical Controller OSC B. Johnson Offsite Medical Controller Ochsner Hospital D. Rieder EOF Controller EOF C. Toth Dose Assessment Controller TSC B. Cornell l-Chemistry Controller 'TSC M. Layton Security Controller SECURITY J. Fields CCC Controller- CCC R. Prados.

ENC Controller ENC S. Stone Control Room Monitor Simulator J. Hampton Simulator Operator Simulator J. Edwards Administrative NPO Monitor TSC/CR R. Macias NA0 Monitor in Plant B. Lee NA0 Monitor in Plant K. Gordon Chemistry Monitor Chemistry Lab R. Paranjape TSC G. Miller TSC Dose Assessment Monitor (HPC)

TSC Dose Assessment Monitor (DAA) TSC M. Marler EOF C. Bryan EOF Dose Assessment Monitor (RAC)

Field Monitoring Team A Monitor -4 Control Point E. Craven Field Monitoring Team B Monitor -4 Control Point L. Groseclose VIII-2

WATERFORD;3'SES ANNUAL EXERCISE AUGUST 30,.1989 DRILL TEAM' ASSIGNMENTS (CONT'D)

POSITION FACILITY NAME Field Monitoring Team C Monitor -4' Control Point -A. Roberts Field Monitoring. Team.D -4 Control Point Ron McLendon Communications Monitor (EOF /CR) ' EOF / Simulator P. Jackson Communications Monitor (TSC) TSC B. Johnson Health Physics /OSC Monitor OSC/-4 Control Point S.'Ramzy

-Health Physics Monitor -4 Control Point M. Moe Health Physics Monitor -4 Control Point B. Pilutti M u kh Physics Monitor -4 Control Point B. Whitman Security Monitor SECORITY C. Ernst Security Monitor SECURITY E. Aviles OSC Monitor OSC Tommy Moore Mechanical Repair Team Monitor OSC TBD Mechanical Repair Team Monitor OSC TBD Mechanical Repair Team Monitor OSC TBD 16C Repair Team Monitor OSC J. Cancienne I&C Repair Team Monitor OSC TBD Electrical Repair Team Monitor OSC TBD Electrical Repair Team Monitor OSC TBD TSC Technical Assessment Monitor TSC S. Matlock EOF Technical Assessment Monitor EOF J. Holman Assembly Area Supervisor Monitor OSC G. Savage OTA/ Licensing Coordinator Monitor TSC/ EOF M. Langan l'

ENC J. Solaski ENC Monitor VIII-3 l

ThTERFORD 3 SES ANNUAL EXERCISE ;

AUGUST 30, 1989 i

IX. DRILL TEAM INSTRUCTIONS IX-1 i

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

WATERFORD 3 SES ANNUAL EXERCISE AUGUST; 30,.1989 i IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONTROLLER INSTRUCTIONS.

Controllers are. responsible to the Lead Controller. At least one controller is assigned to each key area of emergency. response. The controllers are responsible for controlling the continuity of the scenario in their assigned area by' introducing The messages controllers or data guard at actions against appropriate times.

that would adversely affect actual plant operations or that would jeopardize the flow of conduct of the monitors in their assigned area.

1. All. exercise controllers will have completed Drill Team Training at least once within the 12 month period preceding the exercise.

2. Each controller shall attend the pre-exercise briefing in the Administration Building Assembly Room at'1430 hours0.0166 days 0.397 hours 0.00236 weeks 5.44115e-4 months on August 29, 1989.

3. Controllers will be on station at least 15 minutes prior to the start of exercise activities in their assigned areas on August 30, 1989.

4. Each controller will have, as part of their package, cue cards, copies of-time related data parameters.

This information is to be issued as appropriate to exercise players only after the player has performed all of the activities prerequisite to the point where the data wouldThe become actualavailable giving ofunder actual the cue card to the conditions.

player should be limited to those cases that are specifically called for by the cue card or when announcements or procedure substitutions are required by the exercise package.

Radiological data is normally provided only for areas affected by postulated scenario conditions. If !

radiological data is not provided for an area it may be assumed that the area is not affected by scenario conditions and the players should use actual radiological measurements.

)

IX-2

WATERFORD.3 SES ANNUAL EXERCISE-AUGUST- 30, 1989

.1X. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

CONTROLLER INSTRUCTIONS CONT'D.

5. Controllers will not provide information to the exercise players regarding scenario development or the expected resolution of the problem. Exercise participants shall obtain information through the.

emergency organization exercising their own judgement in problem solving. Controllers will only guide the-actions of the players when it is obvious that unchecked actions will have a significant impact on the successful completion of the exercise scenario objectivee. Any such prompting should be noted on the conard)pr's Drill / Exercise Critique Sheet.

6. Controllers should identify the federal evaluator (s) in their area. Make sure that they are reasonably aware of all your actions and those of the players. +

Answer any questions the evaluators may have regarding the scenario activities.

7. Some exercise participants may insist that certain parts of the scenario are unrealistic. The controllers havc the authority to clarify these areas in a manner such that the participant is able to L

I continue without divulging the scenario content.

l

8. Each controller shall take detailed notes, using the

-Drill / Exercise Critique Sheet, regarding the progress of the exercise including the response of the exercise participants. Each controller should note the arrival and departure times of exercise players, the times of major activities or milestones, the results of significant decision making discussions l

' and problem areas encountered. Controller comments should address the response of the exercise players necessary to meet specific exercise objectives, probable causes for problem areas encountered, and the evaluation elements listed in the Observer Evaluation Checklists.

~

9. Safety takes precedence over all other exercise requirements. Drill control team members should ensure that the exercise participants follow all safety rules, take no unnecessary chances, use all safeguards and protective equipment provided and make l'

safety a part of your responsibility.

l l

IX-3 l

L----___-__ _ - - _ - _ _ _ _ _ . _ _ __ __ __ _ ___ - - - - - - - - _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ . _ _ _ . . _ . _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

i NATERFORD 3 SES! ANNUAL EXERCISE t

AUGUST-30, 1989L v

C

, IX.: : CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

CONTROLLER INSTRUCTIONS CONT'D.

10. Controllers do not have to follow the radiation exposure control practices implemented for the simulated exercise: radiological conditions specified in the scenario. However, the participants must

-follow all radiological protection rules.

Controllers and players entering normal plant radiation controlled areas must observe all normal radiological control practices.

11. The exercise is expected to be completed at about 1300 hours0.015 days 0.361 hours 0.00215 weeks 4.9465e-4 months , August 30, 1989. At this time, controllers will meet in their respective areas with i the. participants'for the post drill area critiques.

12. Immediately upon termination of the exercise, the controllers,. assisted by the monitors, will assemble x.

all documentation generated during the exercise.

This documentation should include all records, logs, forms and' notes. These records will be turned in to the Lead Controller at the post exercise meetings on August 30, 1989.

13.- Controllers will meet with the monitors assigned to their area at'about 1430 hours0.0166 days 0.397 hours 0.00236 weeks 5.44115e-4 months on August 30, 1989 in the Administration Building Assembly Room for the purpose of preparing their exercise evaluation. Each controller'will fully debrief each of the monitors and/or observers assigned to their area and complete-Attachment 7.9 of EP-3-020.

14. Controllers will attend the controller debriefing at 0700 hours0.0081 days 0.194 hours 0.00116 weeks 2.6635e-4 months on August il, 1989 in the Administration Building Meeting Room. Each controller will brief

~

Emergency Planning on the activities in their assigned area. Controllers may choose to invite monitors to attend this debriefing to assist in their presentation.

15. Controllers will attend the participants critique at 1400 hours0.0162 days 0.389 hours 0.00231 weeks 5.327e-4 months on August 31, 1989 in the Administration Building Assembly Room. During this critique, controllers will assist Emergency Planning management in briefing the exercise participants on the evaluation of the exercise.

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IX-4 1

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h WATERFORD 3 SES ANNUAL EXERCISE L ,

AUGUST 30, 1989 l

-IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

CONTROLLER INSTRUCTIONS CONT'D.

16. Drill Control Team Documentation - Exercise controllers will use~three (3) documents to generate their evaluation of the participants and equipment

. performance observed:

a. Drill / Exercise Critique Sheet - This is a chronological narrative summary of.the 1 significant observed events,

b. Observer Evaluation Checklist - This is a list of evaluation criteria for specific areas of' emergency response which should be used as a guide in your evaluation of the exercise,

c. Drill / Exercise Evaluation Report Sheet - This.

form will be completed by.the controllers based on personal observations and the observations made by the monitors in yo r assigned area-during the exercise. The controllers will list L : areas of emergency response requiring improvement and any equipment deficiencies noted l during the exercise.

l l l

NOTE The Observer Evaluation Checklist is not weighted, nor are the items equal in.value; therefore, a quantitative evaluation of this document is not considered reasonable. An

" Unsatisfactory" in one area can significantly impact the overall rating of that section.

i -

17. Evaluation Standards

e. . Satisfactory - Personnel and/or equipment performed according to expectations. The area was able to carry out its emer'gency functions.

b. Unsatisfactory - Pe'rsonnel and/or equipment generally performed below expectations. The area's ability to carry out its emergency I function was diminished,

c. Not Applicable /Not Observed - This item was not a part of the exercise activities observed.

l IX-5 1 :

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

MONITOR INSTRUCTIONS Monitors are responsible to the controller for their assigned area. Generally, at least one monitor is assigned for each event or sequence of events for which the exercise participants need information or data, or to each location where an action critical to the scenario is to occur. The monitors are responsible for introducing messages or data at appropriate times as specified in the scenario package. Monitors are not authorized to deviate from the activities as specified in the scenario package without the approval of the controller for their area. If the actions of the participants would adversely affect the continuity of the scenario or actual plant operations, the monitors shall notify their controller immediately.

1. All exercise monitors will have attended Drill Team Training at least once within the 12 month period preceding the exercise.

2. Each monitor will attend the pre-exercise briefing in the Administration Building Assembly Room at 1430 hours0.0166 days 0.397 hours 0.00236 weeks 5.44115e-4 months on August 29, 1989.

I

3. Monitors will be on station at least 15 minutes prior to the start of exercise activities in their assigned areas on August 30, 1989.

4. Each monitor will have, as part of their package, cue cards, copies of time related data and parameters.

This information is to be issued as appropriate to exercise players only after the player has performed all of the activities prerequisite to the point where the data would become available under actual conditions. The actual giving of the cue card to the player should be limited to those cases that are specifically called for by the cue card or when announcements or procedure substitutions are required

. by the exercise package.

Radiological data is normally provided only for areas affected by postulated scenario conditions. If radiological data is not provided for an area it may be assumed that the area is not affected by scenario conditions and the players should use actual radiological measurements.

IX-6 o - -- - - _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

WATERFORD 3 SES ANNUAL EXERCISE' AUGUST 30, 1989 IIX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

MONITOR INSTRUCTIONS CONT'D.

5. Monitors will not provide information to the exercise players regarding scenario development or the expected resolution of the problem. Exercise participants shall obtain information through the emergency organization exercising their own judgement in problem solving. If the actions of the players will have a significant impact on the continuity of the exercise scenario, the monitor should immediately contact the controller for their area. Monitors will only guide the actions of the players if directed to-do so by their controller. Any such prompting should be'noted on the monitor's Drill / Exercise Critique Sheet.'

6. Monitors should identify the federal evaluator (s) in their area. Make sure that they are reasonably aware of all your actions and those of the players. Answer any questions the evaluators may'have regarding the scenario activities.

7. Any questions pertaining to portions of the scenario which may be considered unrealistic by the participants will be resolved'by the controller for that area.

8. Each monitor shall take detailed notes, using the Drill / Exercise Critique Sheet, regarding the progress of the exercise including the response of the

-exercise participants. Each monitor should note the arrival and departure times of exercise players, the times of major activities or milestones, the results of significant decision making discussions and problem areas encountered. Monitor comments should address the response of the exercise players necessary to meet specific exercise objectives, probable causes for problem areas encountered, and the evaluation elements listed in the Observer Evaluation Checklists.

9. Safety takes precedence over all other exercise requirements. Drill control team members should ensure that the exercise participants follow all safety rules, take no unnecessary chances, use all safeguards and protective equipment provided and make safety a part of your responsibility.

IX-7 w __ _----_-_- - _ _ -

WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989 IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

MONITOR INSTRUCTIONS CONT'D.

10. Monitors do not have to follow the radiation exposure control practices implemented for the simulated exercise radiological conditions specified in the scenario. However, the participants must follow all radiological protection rules. Monitors and players entering normal plant radiation controlled areas must observe all normal radiological control practices.

11. The exercise is expected to be completed at about 1300 hours0.015 days 0.361 hours 0.00215 weeks 4.9465e-4 months , August 30, 1989. All monitors will meet in their respective areas for an area critique.

Radiological Field Team Monitors will meet at the EOF, with the field teams.

12. Immediately upon termination of the exercise the monitors will assist the controllers by assembling all documentation generated by the participants during the exercise. This documentation should include all records, logs, forms and samples in the case of field menitoring teams.

13. The monitors will meet with the controllers at about 1430 hours0.0166 days 0.397 hours 0.00236 weeks 5.44115e-4 months on August 30, 1989 in the Administration Building Assembly Room for the purpose of providing their exercise evaluation comments to the controllers. Each monitor will be fully debriefed by the controllers to complete the evaluation for each area.

14. Monitors, at the request of the controller, may attend the controller debriefing at 0700 hours0.0081 days 0.194 hours 0.00116 weeks 2.6635e-4 months on August 31, 1989 in the Administration Building Assembly Room.

15. Drill Control Team Documentation - Exercise monitors I will use two (2) documents to generate their i - evaluation of the participants and equipment performance observed:

l l a. Drill / Exercise Critique Sheet - This is a chronological narrative summary of the significant observed events.

b. Observer Evaluation Checklist - This is a list of evaluation criteria for specific areas of emergency response which should be used as a guide in your evaluation of the exerciso.

IX-B

WATERFORD 3'SES ANNUAL EXERCISE AUGUST 30, 1989 IX. . CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

MONITOR .' INSTRUCTIONS CONT'D'.

NOTE The' Observer Evaluation Checklist is.not weighted, nor are the items equal in value; therefore, a quantitative evaluation of this document is not considered. reasonable, An " Unsatisfactory".in one area can-significantly impact the overall rating of that section.

16. Evaluation Standards

a. Satisfactory - Personne1'and/or equipment performed according to expectations. The area was able to carry cut its emergency functions.

b. Unsatisfactory - Personnel and/or equipment generally performed below expectations. The area's ability to carry out its emergency function was diminished.

c. Not Applicable /Not Observed.- This item was not I a part of the exercise activities observed.

IX-9

t WATERFORD 3 SES ANNUAL-EXERCISE-

' AUGUST 30, 1989 IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

OBSERVER INSTRUCTIONS Observers are personnel who' serve no evaluation, control or participatory ~ function in the exercise. Observers will report to the controller for the area being. observed and will not interfere with the exercise activities.

1. The exercise event times and scenario are.

confidential and.should be kept confidential throughout the exercise. Observers shall not discuss them with the exercise. participants.

2. Arm bands are worn during the exercise to identify the function of the personnel as follows:

RED armband - Controllers GREEN armband - Monit ors BLUE armband - Evaluators WHITE armband - Observers Observers shall obtain a white armband from the controller in the area being observed and wear it throughout the exercise.

3. Observers shall not participate in the exercise nor interfere with the actions taken by the participants, controllers, monitors or evaluators.

4. Within emergency response facilities, Observers shall position themselves such that status boards, caarts, access to equipment-, etc. are not blocked. If congestion becomes a problem, observers may be asked to leave temporarily by a controller.

5. During the exercise Observers shall direct all

. questions to a controller. Only after the exercise has been terminated may the observers direct questions to the participants.

6. Safety takes precedence over all other exercise requirements. Observers should follow the following safety guidelines:

I

a. In cases of accidents / injury report to a controller and assist as required.

b. Report any hazardous condition to a controller.

c. Follow general safety practices. Make safety a part of your responsibility.

IX-10

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,,,y WATERFORD-3 SES ANNUAL EXERCISE AUGUST 30, 1989 IX. CONTROLLER / MONITOR / OBSERVER INSTRUCTIONS CONT'D.

OBSERVER INSTRUCTIONS CONT'D.

d. In the case of a fire or actual emergency, follow the instructions of the controller in the area being observed.

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1 IX-11 l

i L_ -- - _ - . .

P WATERFORD 3 BES ANNUAL EXERCISE AUGUST 30, 1989 a

' X. REFERENCES A. Manuals

W3 SES Emergency Plan

W3 SES~ Final-Safety Analysis Report

~

.B. Procedures

W3 SES Emergency Plan Implementing' and Supporting Procedures

Pla'nt Operating Manuals C. ' Guidance Documents

NUREG-0654/TEMA-REP-1, Rev.-1, Criteria for Preparation and Evaluation of Radiological Emergency' Response Plans _and Preparedness in Support of Nuclear Power Plants D. Task Cards.

Periodic drill requirements:

Monthly

- 10 mile EPZ Communication Drill (Clf C00060)

- Communication Circuit Test (CIf 018253)

'Ouarter?y

- 50. mile EPZ Communication Drill (CIf,CCC062)

Semi-Annual

- Health Physics Drill Sample Analysis - Rad.

Measurement (CIf 000065)

Annual

- Plant Environmental Radiation Monitoring Drill (CI4 000063) '

- Medical Emergency. Drill (CI# 000067)

- Annual Communication Drill (W-3/EOCs/ Field Teams) (CIf 000070)

X-1

y~ WATERFORD 3 SES' ANNUAL EXERCISE AUGUST-30, 1989

t[ .X.. REFERENCES' CONT'D E. . Generic Drill Action Items

- 1. Use of procedures - Use the controlled pzocedures for. response and operation. Emphasize their use.

2. Communications - Emphasize communications up'and down the chain. Talk to one another'and keep one

~

another informed. EC use the plant page -

y managers update-your diverse staff in d.ifferent locotions. Use briefings and facility annotacements, b 3. Anticipation - Play the drill as-realistica11yLas' pocsible.- Do not anticipate facility response, take certain activities for granted or expect certain things to happen just because it is a drill.

4. Core and plant conditions - Pay particulOr attention-to plant conditions and core conditions when evaluating protective actions.

5. Status boards - Use status boards and keep them updated. This is an important communications device. Also read them.

6. Logkeeping - All positions (or major work areas such as dose assessment) must keep a log of activities to aid in reconstructing the event.

Logs must be complete, accurate and legible and reflect the activities-of the position.

7. Simulation Decisions - should not be made by players. Players should respond as they would in a real event (within reason - i.e., don't trip the plant) - The Drill Controller will instruct players if an action should be simulated.

- 8. No Eating, Drinking or Smoking - When the announcement is made indicating that there "will be no eating, drinking or smoking until further notice" during a drill or exercise, all personnel involved in the drill / exercise will refrain from eating, drinking or smoking unless instructed otherwise. This includes personnel who recpond to a facility from other organizations (LNED, l NRC, etc.). If any participant observes personnel not observing these restrictions, it is that person's responsibility to remind the person that the restrictions are in effect. If the person continues to disregard the restrictions it should be brought to the attention of the facility manager.

X-2

D WATERFORD 3 SES ANNUAL EXERCISE AUGUST 30, 1989' l X. REFERENCES CONT'D F. Emergency Planning Action Items89-027 - Emphasize the importance of effective-logkeeping practices in the 1989 Dress Rehearsal and Annual Exercise.

X-3

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