Text

PBAPS Graded Exercise Scenario Manual (Sections 1.0 - 5.0) Emergency Preparedness 981117 Scenario P84
	ML20206R257
Person / Time
Site:	Peach Bottom
Issue date:	11/17/1998
From:	; PECO ENERGY CO., (FORMERLY PHILADELPHIA ELECTRIC
To:	;
References
	NUDOCS 9905200052
	Download: ML20206R257 (91)
	v • d • e

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

6h

[

v

( PECO NUCLEAR A UNIT OF PECO ENERGY

( PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO MANUAL (Sections 1.0 - 5.0)

.I

, Eili nngdin- -

M ' *- . =$ ,

i. /M ~~J..T.

.. e .. p' '

3m e s.41"

-.....s

..s

,s

, q 3. f: 9 , '$

y, e. n sg

...: a,-

. ;_:. m ._

- ff.%g + ,; ,- _

g;

..c 8

g. w- -

y. . 4 ..- g a p Ql -

% 'g3 g -

- y%,l' = ' '

.w e

?2 . %Q

~

w -

a .

-,o

~

4 ,. .~ . -m "x : ,' s .9..

, p , +,

i q.

.s. -

, y x e vve riw.

[ 3 1. ,. .;

% .% j - - ?, -[wx 3.

? S

. ww -

EMERGENCY PREPAREDNESS NOVEMBER 17,1998 g SCENARIO P84 yg2f)

- 9905200052 981117 PDR ADOCK 05000277

/

F PDR

ON A

v PECO NUCLEAR A UNIT OF PECO ENERGY PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO MANUAL (Sections 1.0 - 5.0)

I g.

L 1

.b. % .,,.O

,.eu -

_ w : 7 r ,-( ,[ . e 6 y' , _~~~

c .

3.yp*;p:n,. 3 y

, a ,.. w- * , t . ~' m 7.- -

e -

c4 e. .. -

g;. .

+

.e

.- "~' -

- A - x

- J "~~~fx [& a& ':%r,q W ## & '<

-hi

-s n, 10- . :e

. y5 "s

RN W Q&'" ... T :. I

% 4 **, %g r7*,g Wl % ,. (

(? _

2 : c e %a,.3,1. s,2,

- Z..m%

'-:M/:? rran ' 'L EMERGENCY PREPAREDNESS Di i NOVEMBER 17,1998 SCENARIO P84 ygh-9905200052 901117 -

PDR ADOCK 05000277 F PDR

. . J

PECO ENERGY COMPANY PEACH BOTTOM ATOMIC POWER STATION 1998 GRADED EXERCISE SCENARIO CONFIDENTIALITY The scenario manual which you have received is confidential and must remain in your possession or be kept under lock and key at all times. The scenario cannot be discussed with anyone who is not authorized to be scenario knowledgeable.

Any violation of this would invalidate the scenario for use in this Emergency Preparedness Exercise.

Your cooperation is greatly appreciated. Thank You.

t o .

Manager - Erdargency Preparedness i

i i

l I ;.

I L

PEACH BOTTOM ATOMIC POWER STATION ,

EMERGENCY RESPONSE GRADED EXERCISE I SCENARIO P84

]

TABLE OF CONTENTS SECTION PAGE

1.0 INTRODUCTION

1.0-1 1.1 Schedule 1.1-1 1.2 Participants 1.2-1 2.0 OBJECTIVES 2.0-1 2.1 PECO Nuclear Objectives 2.1-1 3.0 GUIDELINES AND INSTRUCTIONS 3.0-1 3.1 Exercise Guidelines and Conduct 3.1-1 3.2 Controller / Evaluator Instructions 3.2-1 3.3 Exercise Communications 3.3-1 1 4.0 EXERCISE SCENARIO 4.0-1 4.1 initial Conditions 4.1-1 4.2 Scenario Abstract 4.2-1 4.3 Time Line and Activity Diagram 4.3-1 4.4 Event Summaries and Messages 4.4-1 4.5 Operational Data 4.5-1 4.6 Meteorological Dais 4.6-1 1

5.0 REFERENCES

5.0-1 5.1 Emergency Response Procedure Index 5.1 -1 j 5.2 Reference Documents 5.2-1 5.3 Acknowledgments 5.3-1 l

6.0 IN-PLANT RADIOLOGICAL DATA 6.1.1 7.0 CHEMISTRY DATA, RELEASES, DOSE CALCULATIONS 7.1.1

)

_ _ _ _._____.-______J

PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO P84 EXERCISE SCHEDULE FRIDAY. NOVEMBER 13.1998

( 10:00 a.m. - 11:30 a.m. Controller / Evaluator Training L Training Bldg. Classrooms A & B Controllers / Evaluators 12:00 p.m. - 3:00 p.m. Controller / Evaluator Briefing Training Bldg. Classrooms A & B Controllers / Evaluators MONDAY. NOVEMBER 16.1998 9:30 a.m. - 10:30 a.m. Player Briefing SMB-1-2 All Drill Players 2:00 p.m. NRC Entrance EOF Rm.104 3:00 p.m. - 4:00 p.m. Player Briefing SMB-1-2 All Drill Players TUESDAY. NOVEMBER 17.1998 7:30 a.m. Commence Drill 2:30 p.m.

All Emergency Facilities Debriefing Drill Pgrs/ Participants 5

[

3:30 p.m. Debriefing Training Bldg. Classrooms A & B Controller / Evaluators Write-up WEDNESDAY. NOVEMBER 18.1998 7:30 a.m. - 11:30 a.m. Lead Controller / Evaluator /EP Training Bldg. Classrooms A & B Critique Discussions / Write-up 12:00 p.m. Lead Controller / Evaluator /EP Training Bldg. Classrooms A & B Finalize Critique THURSDAY. NOVEMBER 19.1998 11:00 a.m.- 12:00 p.m. Discussion / Preparation of Training Bldg. Classrooms A & B Formal Critique 2:00 p.m. NRC Exit T Training Bldg. Classrooms A & B 1.1-1

}

PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO P84 PARTICIPANTS I

MARYLAND Accident Assessment Center, Baltimore, MD State of Maryland Emergency Operations Center, Pikesville, MD Cecil County Emergency Operations Center, Elkton, MD Harford County Emergency Operations Center, Hickory, MD (Limited)

PENNSYLVANIA Bureau of Radiation Protection Headquarters Assessment Center, Harrisburg, PA State of Pennsylvania Emergency Operations Center, Harrisburg, PA Chester County Emergency Operations Center, West Chester, PA York County Emergency Operations Center, York, PA Lancaster County Emergency Operations Center, Lancaster, PA PECO NUCLEAR All PECO Nuclear Emergency Response Organizations per the scenario.

l l

1.2-1

l l

PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO P84 GRADED EXERCISE OBJECTIVES I

In order to demonstrate the radiological emergency response preparedness of the Peach Bottom Atomic Power Station, a radiological emergency response exercise will be conducted.

A. DRILL CONDUCT A1 Conduct a biennial exercise A2 Conduct a full participation exercise (State can partially participate)

A3 Involve each state fully (with full participation by Icca! governments) within the plume exposure EPZ.

A8 Conduct a formal critique in order to identify weak or deficient areas that need correction.

A9 Conduct an exercise that tests the ERO's ability to respond to a rapidly degrading simulated situation.

A11 Conduct a Semi-Annual Health Physics Drill.

A12 Conduct an Annual Radiological Monitoring Drill.

B. INCIDENT ASSESSMENT AND CLASSIFICATION I

B1 Recognize that an emergency action level has been reached (exceeded) and correctly classify the emergency.

l B2 Continuously monitor applicable parameters and correctly upgrade / downgrade the emergency classification in a timely fashion.

83 Determine the source term of a simulated airborne radiological release.

B4 Determine the projected dose resulting from a simulated gaseous radiological release.

B8 Use field monitoring to effectively track / measure a simulated gaseous /radioiodine release.

2.1-1

B9 Assess plant conditions and compare projected or actual (simulated) doses to Protective Action Guidelines to provide appropriate protective action recommendations.

B10 Assess the type and extent of simulated damage to station equipment.

B11 Collect and analyze a coolant sample using the Post Accident Sampling System (PASS) within 3 hours3.472222e-5 days 8.333333e-4 hours 4.960317e-6 weeks 1.1415e-6 months .

B12 Determine the extent of core damage using PASS results.

C. NOTIFICATION AND COMMUNICATION C1 Perform initial notification of the counties and state (s) within 15 minutes of emergency declaration.

C2 Perform initial notification of the NRC immediately after notification of appropriate state or local agencies and not later than one hour of emergency declaration.

C5 Make follow-up notifications to agencies notified initially upon escalation or downgrade of the emergency classification / situation.

f C6 Activate the ERO using the public address system, telephone, and/or pagers.

C8 Conduct communication between the TSC/ EOF and state / risk county operations centers.

C9 Conduct communication between the TSC/ EOF and field monitoring teams.

C10 Conduct communication between emergency teams and their controlling emergency facilities (i.e. OSC, TSC).

C14 Maintain and update status boards.

C15 Maintain and update emergency logs.

D. EMERGENCY FACILITY ACTIVATION AND STAFFING D1 Activate the TSC within approximately 1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months of communication of Alert declaration.

/

D2 Activate the OSC within approximately 1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months of communication of Alert declaration.

D3 Activate the EOF within approximately 1 hour1.157407e-5 days 2.777778e-4 hours 1.653439e-6 weeks 3.805e-7 months of communication of Site Area Emergency

< declaration.

D4 Activate the ENC in accordance with the emergency communications plan.

L 7

2.1-2

E. RADIOLOGICAL EXPOSURE CONTROL E1 Establish and maintain habitability controls in the emergency response facilities.

E2 Evaluate the need to authorize emergency exposure limits in excess of those in 10CFR20 and authorize, as appropriate.

E5 Evaluate the need to issue radioprotective drugs to emergency response personnel and issue, as appropriate.

F. EMERGENCY DIRECTION AND CONTROL F3 Perform Emergency Director turnover and responsibility transfer from shift management to designated station management personnel.

F8 Deploy, direct and track Field Survey Teams to gather environmental radiological data.

F16 Make Protective Action Recommendations to off-site agencies as appropriate to the Emergency Action Levels and/or Dose Assessment.

G. PUBLIC INFORMATION G1 Implement rumor control procedures.

G2 Prepare, review and approve emergency news releases.

G3 Coordinate with PEMA (MEMA-PBAPS) on wording of news releases.

G4 Forward copies of prepared news releases to corporate headquarters and have prepared statements ready for distribution to the customer service centers for use in rumor control.

G5 Conduct periodic news conferences.

2.1-3

PEACH COTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO P84 EXERCISE GUIDELINES AND CONDUCT

l. PURPOSE This document provides guidance for conducting the Peach Bottom Atomic Power Station Graded Exercise. It provides methods for demonstrating emergency response capability, conducting the drill, and evaluating results.

11. CONCEPT OF OPERATIONS AND CONTROL OF THE DRILL h PECO Nuclear will supply official controllers and/or evaluators for each location where an g emergency response is being demonstrated. Prior to the exercise, controllers and evaluators will be provided with the appropriate locations, maps, time periods, guidelines, and evaluation checklists corresponding to their assignments. Controllers and evaluators will be trained in their I duties and briefed on scenario specifics.

Control Room activities will be conducted in the. simulator control room. The simulator will provide most operational data and will provide input to the simulated Plant Monitoring System (PMS) and the Emergency Preparedness Data System (EPDS) at the EOF.

Controllers will provide messages as directed by the scenario manual and will make judgment decisions. Selected controllers will use the message forms to place the scenario events in effect and to trigger response from the involved emergency response organizations. Each lB controller will have copies of the messages controlling the portion of the exercise for which he/she is responsible.

Three kinds of messaaes will be used:

Controllina messages are used as a primary means of implementing scenario events by announcing or placing an event in effect by hypothesizing conditions resulting from previous I actions. Controlling messages will be presented to the designated drill participant at the time specified in the event schedule. The controller may follow up with an explanation of the message and answer questions to ensure that the participant understands the message.

Continaency messages are used at the discretion of the controllers with the approval of the Lead Facility Controller in order to maintain the drill continuity or schedule. Contingency messages are used to correct player deficiencies and to react to multiple-path events.

Simulator messages are to be used in the event that a halting of the simulator occurs or a sequence of operator actions causes a deviation from the scenario which would lead to inconsistencies with other data or failure to meet an objective. At the discretion of the Lead Drill Controller in the simulator, drill control will transition from using live simulator data to using simulator messages in conjunction with data handouts.

All sceF,ario messages will be prefixed and suffixed with the words "THIS IS A DRILL".

Controllers dio2 rad at areas vital to maintaining generating capability should be especially aware and take extra precabns in issuing messages or giving instructions regarding the scenario events.

3.1-1

l if crisis situations arise, controll::rs will contact the Lead Facility Controller in their assigned Emergency Response Facility (ERF) for advice or resolution of the problem. Lead Facility Controllers are designated for the Simulator Control Room (CR), Technical Support Center (TSC), Operations Support Center (OSC), Emergency Operations Facility (EOF), and Emergency News Center (ENC) to keep these ERFs on track. If required, they will contact the Lead Drill Controller, stationed in the simulator, to force play of some events. The Lead Drill Controller will be in overall charge of conducting the exercise. All requests for modifications or holding periods must be cleared through the Lead Drill Controller. Additionally, there is a Controller assigned to the Main Control Room (MCR) to ensure that there is no impact to normal operations caused by the exercise.

Hypothesized initiating events are presented to players in a variety of ways: live simulator data; computer screens or printouts; verbal messages given to players; telephone calls from controllers to players. The Lead Drill Controller has the authority to determine the time sequence of these initiating events to ensure an mderly flow of exercise events. All other actions during the exercise will occur through r tree-play response as the players respond to the initiating events. The operational data prov.-fed in this scenario manual was generated by the simulator during a dry-run. Variation of operator action is possible which would cause some deviation of the data. This will be allowed as long as it does not cause an inconsistency with other data or failure to meet an objective.

As the initiating events are provided to the players, they will determine the nature of the emergency and the implementation of the appropriate emergency response procedures. These procedures are expected to include a determination of the emergency classification in r accordance with NUREG-0654, FEMA-REP-1, Revision 1. Players are expected to perform all actions, unless simulation is specified. Players should make sure evaluators are aware of all actions performed or simulated to ensure proper credit is given.

The hypothesized emergency will continue to develop based on data and information provided to the control room and TSC personnel. As the situation develops, information will be forwarded to appropriate players for the determination of actions to be taken in response to the hypothesized emergency. Where information would normally be confirmed via an independent source (such as National Weather Service for weather data), the confirmation data will be i

simulated. If a conflict exists between the hypothesized data and the actual data, the hypothesized data will be utilized.

Certain inconsistencies (such as plume width, release duration, technical reason for the simulated release, etc.) may be intentional and required to provide a drill basis which challenges the player's capabilities to the maximum extent feasible in a limited time frame. If an

inconsistency is known or determined to be intentional, then the player will note the inconsistency and ignore it. The Lead Facility Controllers will have the authority to resolve or explain any inconsistencies or problems that may occur during the exercise.

With the exception of the already cited and potential inconsistencies, the internal operations of ,

the ERFs will be identical with their intended operation in a real emergency.

111. EVALUATING EXERCISE PERFORMANCE i Evaluation of exercise performance is necessary to ensure effectiveness of the critique.

Players' actions are evaluated agsinst a specific list of objectives which correspond to the various emergency response procedures used. These specific objectives (handed to controllers in checklist format) relate directly to the overall drill objectives given in Section 2.1.

Satisfaction of individual objectives will mean satisfaction of the main objectives. Objectives which are not satisfied will be discussed in the post exercise critique.

3.1-2

IV. GENERAL GUIDANCE FOR THE CONDUCT OF THE DRILL

1. Simulatina Emeraency Actions Since exercises are intended to demonstrate actual capabilities as realistically as possible, participants should act as they would during a real emergency. Wherever possible, actions should be carried out. Oniv when it is not feasible to perform an action should it be simulated. Any orders given that for any reason cannot or should not actually be performed should begin with the word " Simulate" For example, the order to put out a fire that is being hypothesized would state: " Simulate discharging the fire extinguisher." Where such actions are being taken, it is suggested that participants inform any observers in the area of what action really would be taken had the emergency been real.

Radiation Work Permits (RWPs) have ng.t been issued for the conduct of the Emergency Response Exercise. If scenario events direct players to areas that are actually RWP controlled due to high radiation, surface contamination, or airborne radioactivity, players will simulate the activities they would have performed without actually entering the RWP controlled area even if they are authorized on the RWP for some other duty.

2. Avoidina Violation of Lawq .

Violation of laws is not justifiable during a drill or exercise. To implement this guideline, the following actions must be taken:

)

a. All evaluators and potential drill participants must be specifically informed of the need to avoid intentional violation of all federal, state, and local laws, regulations, i ordinances, statutes, and other legal restrictions. The orders of all police, sheriffs, or other authorities shall be followed as would normally be the case.

b. Exercise participants shall not direct illegal actions to be taken by other drill participants or members of the general public.

c. Exercise participants shall not take illegal actions when being called out to participate in a drill. Specifically, local traffic laws such as speed laws shall be observed.

3. Avoidina Personnel and Property Endanaerment j Participants and evaluators are instructed to avoid endangering property (public or private), other personnel responding to the drill, members of the general public, animals, and the environment.

4. Actions to Minimize Public Endanaerment it is not the intent, nor is it desirable or feasible, to effectively train or test the public response during the conduct of radiological emergency exercises. Public inconvenience is to be minimized.

The actions of federal, state, and county agencies and nuclear power plant operators receive continuous public notice and scrutiny; therefore, the conduct of a drill could arouse public concern that an actual emergency is occurring. It is important that conversations which can be monitored by the public (radio, loudspeakers, etc.) be prefaced and concluded with the words, "This is a drill; this is a drill."

3.1-3

During the performance of a exercise, the ability to recognize a real emergency, terminate the exercise, and respond to the new situation must be maintained.

Therefore, the exercise scenario and actions of participants must not include any actions which seriously degrade the condition of systems, equipment or supplies, or affect the detection, assessment, or response capability to radiological or other emergencies.

Actions taken by the participants shall also avoid actually reducing plant or public safety.

The potential for creating real radiological or other emergencies shall be specifically avoided.

I If an emergency occurs during the exercise requiring the actions of participants, then the exercise will be suspended or terminated. All messages about real events must be clearly identified as such. For example, precede a real message with: "This is NOT, repeat, NOT a drill" message.

6. Lunches will be provided by PECO Nuclear; however, there are no scheduled lunch breaks in the exercise. Players and controllers may be relieved for lunch as time permits. Emergency team leaders should decide when team members may take a lunch break.

V. EMERGENCY RESPONSE IMPLEMENTATION AND OPERATIONS

1. Initial Notification Initial notification will be made in accordance with the appropriate Emergency Response Procedures.

2. Plant Operations i It should be emphasized that the exercise will in no way interrupt normal plant operations. production, and safety. Control Room personnel will participate from the simulator, where they can respond without affecting plant operations. The response of plant operators shall be simulated when taking action to combat the emergency which might affect plant operations. A controller will narrate the initiating events and the postulated plant response directly to the players who will then employ the appropriate I actions per emergency procedures.

3. Environmental Monitorina Teams j PECO Nuclear will dispatch field environmental monitoring teams. The controllers will provide hypothesized field data which will be used to determine radiation readings at pre-selected locations. However, these teams will be equipped with the necessary equipment to enable them to determine actual area gamma dose rates and airborne l

radiciodine concentrations.

j 4. Public Notification Actual emergency message transmissions via the Emergency Broadcast System (EBS) will ngJ occur.

s. m

)

5. Public Information Press releases to the general public and news media will be prepared but release to the l public will be simulated. The simulated press releases will contain all necessary information on the current status of the drill but will not be transmitted.

I

6. Communications Communications between the exercise participants will occur in accordance with the

[ appropriate Emergency Response Procedures. Should any primary communications l path become inoperative or prove inadequate, backup means of communication will be utilized as appropriate.

VI. CLOSEOUT OF THE EXERCISE The exercise will be terminated by the Lead Drill Controller, at his/her discretion, when the scenario is completed and all objectives are satisfied.

I I

I

)

m

)

PEACH BOTTOM ATOM lC POWER STATION GRADED EXERCISE l SCENARIO P84 CONTROLLER / EVALUATOR INSTRUCTIONS

1. Personnel are assigned as controllers or evaluators at all key functional areas to monitor and control the exercise. In addition, they will accompany radiological monitoring teams, Health Physics personnel, and Maintenance teams.

2. Controllers have different types of data for the players. For example, Health Physics Controllers in the OSC have radiological data and Maintenance Controllers have system status.

Ensure that you have the proper data for the player prior to leaving the facility. If a player asks if you are a controller, tell him/her what type of data you can present.

3. Controllers will supply chemistry sample data 30 minutes after the first request. Subsequent sample data will be provided 30 minutes after a sample team becomes available.

4. The Lead Facility Controllers w;ll be coordinated by the Lead Drill Controller located at the simulator. He/she will be responsible for the overall conduct of the exercise. If unable to reach the Simulator Control Room, contact the Lead Facility Controller in the Technical Support Center.

5. The controllers have the authority, with approval from the Lead Facility Controllers, to clarify any questions regarding scenario content with players.

6. Prior to commencement, all telecommunications should be tested to ensure satisfactory communications between the Lead Facility Controllers and all other controllers.

7. All controllers and evaluators should synchronize their watches to ensure that messages are delivered at the proper time.

8. Be sure to have a hard hat and safety glasses with you when entering the plant.

9. Do not allow observers to interfere with the performance of the players. If possible, correct the situation or identify any distractions to the Lead Facility Controller.

dos

1. Attend controller briefing.

2. Know the overall Controller's Organization.

3. Remember that there are two time designations: a scenario time and a clock time.

4. Identify the players by name and function.

3.2-1

5. Idantify yourself at all times to players. Wear name tags provided.

l l

6. Identify the phone (or radio for field teams) you will use to maintain communications with Lead Facility Controllers.

7. Position yourself to maximize your effectiveness in issuing messages and observing the players.

8. Be sure you understand the scenario and how to utilize the scenario manual.

9. Keep the play on schedule by checking your scenario.

10. Deliver required messages on time. Make sure the players understand it.

11. Remember to call your Lead Facility Controller to report on status of players' actions if off schedule or if in doubt about what to do. Call for advice if players depart significantly from the scenario script.

12. Allow the players reasonable flexibility to perform their functions and demonstrate their skill, knowledge, and initiative.

13. Review evaluation forms prior to the exercise so you know what to look for. Complete all forms according to the instructions.

14. Take detailed notes on the progress of the exercise and players' actions, strengths, r weaknesses, and areas for improvements.

15. Attend the facility debrief / critique to provide your comments and recommendations.

16. If a real emergency occurs, suspend all activities and communications related to the exercise, and notify the Lead Facility Controller immediately.

17. Controllers and evaluators do not have to follow the radiation exposure control practices appropriate for the simulated radiation levels. However, the players most follow the normal station radiation protection rules.

DON'Ts i

1. Don't leave your post at key times.

2. Don't involve yourself with non-exercise related actions / discussions.

3. Don't forget to call the Lead Facility Controllers to seek advice or help as necessary.

4. Don't forget that this is an exercise intended to demonstrate the capability of the emergency response organization. Prompting or coaching is NOT permitted.

3.2-2

EXERCISE COMMUNICATIONS GENERAL INSTRUCTIONS Use titles in addition to names.

Always use "THIS IS A DRILL" before and after any communications.

l -

Always use repeat-backs and equipment designations with the phonetic alphabet.

When activating an Emergency Facility, check the telephones, PA system, and radios for proper operation and identify inoperable communications equipment.

SIMULATOR PHONE NUMBERS I

The Emergency Phones in the Simulator are prefixed with "1" instead of "2" as in the Main Control Room.

I Simulator Fax # 4657 SAS Fax # 3228 PBX # Emeraency #

Chief Operators 6221,7221 Unit 2 Rx ops Console 6220,7220 161,171

[ Shift Supervisor's Console 7687,7688 131 I Shift Dose Assessment 106 Instructor Station 4533 l Drill Controller 101 i Tech Support Communicator 178 SAS Operator 4277 281 1

PUBLIC ADDRESS SYSTEM When the PA system is tied into the simulator, continue to use the PAGE in the same way as you do now.

I The STATION ALERT TONE should proceed all drill emergency announcements as delineated in station procedures. Plant personnel using the Public Address System to page the Control Room should ask for the " Simulator Control Room" so that the Main l Control Room does not answer the PAGE.

RADIO When the station radio system is tied into the simulator, the radio works the same way that it normally does. Operation's drill players should use the Ops 2 radio channel for drill purposes. Field Survey group should use the EP radio channel during the drill.

t Remember that the radios can be monitored by the public. Be professional and be sure to say, "THIS IS A DRILL".

3.3-1 m q W m,n s, -------

l PEACH BOTTOM ATOMIC POWER STATION 1998 GRADED EXERCISE Scenario P84 Initial Conditions UNIT 2 Unit is operating at 100% power in the 231 day of the current full power cycle run.

2A Drywell Chiller is OCS for replacement of freon sea!. Repair activities are expected to be completed by noon tomorrow.

2B Standby Liquid Cuauc! Pump (2BP40)is OOS. The pump tripped yesterday afternoon during a routine surveillance run. Repair activities are presently being planned.

2A Loop of RHR is blocked out for repairs on the 154 valve.

UNIT 3 f

Unit is operating at 100% power in the 157* day of the current tull power cycle run.

3B RHR Pump (3BP35) and 3D RHR Pump (3DP35) are blocked out for LCO window work until 8/21/98.

3B TBCCW Pump (3BP144) is blocked out for an oil change.

j COMMON No aux boilers are available due to a system outage that is scheduled to last 3 more weeks.

WEATHER FORECAST:

Mostly sunny skies are forecasted today. The high will be in the high 60's. Light winds are expected and will be from the northwest at 2 to 10 mph. Look for partly cloudy skies tonight and tomorrow. The low tonight will be around 50 degrees. The high tomorrow is expected to reach the low to mid 60's.

4.1-1 s

PEACH BOTTOM ATOMIC POWER STATION EMERGENCY RESPONSE GRADED EXERCISE Scenario P84 i I

SCENARIO ABSTRACT Abstract At 0800, the exercise commences At 0820, while processing the RWCU Backwash Receiving Tank to the B Phase Separator, the level g indication transmitter fails, resulting in an overflow of resin slurry into the radwaste enclosure equipment l drain sump through the crosstie to the floor drain sump and up through the floor drains on 91'6 (EVENT 1).

Three contracted scaffold builders call the plant access control point and report that there is brown water exiting the floor drains. Y rD At 0845, an earthquake is detected on station seismic instrumentation (EVENT 2) causing the HPCI # j. j Turbine to fail and the 2A Condensate Pump to trip. This results in an automatic reduction in plant (

power to 45% via a Reactor Recirculating Pump Runback. The Shift Manager declares an:

Q l

I

- - - - UNUSUAL EVENT *****

ERP 101, Table 7, SEVERE NATURAL PHENOMENA Earthquake felt in plant or detected and confirmed on station seismic instrumentation per SO

. /25 {kt At 0900, main condenser high_ponductivityindications are received (EVENT 3). Chemistry is dispatched to investigate / sample for leakage. Mwc 4*40 M '

At 0930, a second tremor is felt on site (EVENT 4). The size of the earthquake is in excess of the Operating Basis Earthquake (.05g). The bypass valves cycle, resulting in a Unit 2 SCRAM on high neutron flux or manual SCRAM. The 2B and 2C Condensate Pumps and 2C Circulating Water Pump will trip due to vibration and seismically induced damage. The Unit 3 turbine generator will trip on high vibration conditions and the reactor will SCRAM. The Shift Manager declares an:

g ..,'** ALERT *****

B ERP-101, Table 7, SEVERE NATURAL PHENOMENA

" OPERATING BASIS EARTHQUAKE" exceeded per SE 5 and falt in the plant.

(Note: At this point the OSC, TSC, & ENC are activated: the EOF is being staffed)

At 1002, a comprened gas cylinder explodes in the storage room resulting in a section of the tanks casing I striking a storage som worker in the arm (EVENT 5). Emergency Medical Technicians respond and administer first aid, h At 1027, a third after shock occurs (EVENT 6) which results in the compressor for the 28 drywell chiller to trip on overcurrent.

34(4 d %

At 1117, an E12 bus lockout occurs due to a fault (EVENT 7).

4.2.,

]

a

1 At 1125, a rupture of the 2A Recirculating Pump suction line results in a rapid loss of vesselinventory and an increase in drywell pressure. i 91 >

$dta &Q hv3 H'rL do a 9L McaL n Agb At 1128, reactor level reachds -160 with containment pressure greater than 10 psig.

The Emergency Director will declare a:

"*** SITE AREA EMERGENCY ""*

ERP-101, Table 3, Reactor Coolant System (RCS)

Scram condition with Reactor level below -160" OR unknown AND Containment pressure >10 psig.

At 1130, reactor level reaches -172" and the shift operating crew performs an emergency blowdown of the reactor vessel in order to inject with low pressure systems. The 28,C&D Core Spray and 2B&D RHR pumps start and inject. Reactor levelis restored. While performing the emergency blowdown the "A" tailpipe ruptures in the drywell airspace (EVENT 8). 3 dM M At 1303, significant fuel cladding damage has resulted in an increase in containment radiation requiring the Emergency Director to declare a:

I Nh

[

p

"*" GENERAL EMERGENCY ***"

ERP-101, Table 2, Fuel Damage

@j)[

Containment rar!!ation >4.0E+04 R/hr with Containment pressure >10 psig.

The Emergency Response Manager willinform the state representatives of the following:

PROTECTIVE ACTION RECOMMENDATION Evacuate a full 260 degrees for 2 miles, evacuate affected and 2 adjacent sectors for 2 5 miles.

At 1330, a radioactive release begins from the Drywell through SGTS to the main stack due to leakage 1

through the CRD Equipment Hatch (EVENT Leevg 4% 9).k " NpY N At 1345, the E12 bus is reset and restored. The 2A Core Spray pump is started and injects.

At 1400, con inment, plant area, and offsite radiation levels are steadily declining. The ED and ERM confer on recovery phase implementation activities. The exercise is terminated.

(}OOCA% lf k 4.2-2

ji il illill1 1I 1 , l 4 n 8 pe ot P. v:

l y6 ie l

e a p .

DrR m v 7 lp 7

r i le m o pp r

. n.

o b Y a le

. taa o t i a T S b 2 t o r ta a g a o en .l n T. I V T pa ) u s ld it:

n h

s Oo

(

Bm5i is c . ima 1 0

1 T

C I

B 1

0 1

U le .ls 6s y t - e -

ti b

u pa 2t - c P h n a P R

p U

D ibn P R

c o mis u Oa c E m

u N r E

i r 1 An t

h f o O u e

t o Pd ( o t la h P C

T h ci t

ri ehw ec e d a

it w te 9 t

i w

u P f s vd H e a R 0 e

t o H np an va r c

s E 1 S e n

t c p n T c n d n

am r t s a s n a e A 0 n a

a a Tu p le m t n t n

d 2 n W .e A

P s

p o

Wr

/e Bf s inr rl a oa d meev d.

u u .

C o

R2 n O1 ap l dr o .

cA c

is h e Una t

ap r

n a

r p aA N ty i

A TPl aN E t t s Cr am a mE d "

CGac n iM .

pu ell.d i

s n l t o A t e a Wte es r ip a TM a v o Enl do TO o o

k a d w Rh) s.ete a sss NO e h Rak NN h a 2ewsg t

a EN n s c EE s m r 7 r oai het os ue

e VE d le H4 e VH le S r o

s 0 ul Pcfrpehs t t ebs k EH n b u G 4.hc EP b u

va a t

N c Gee a LP im o I

H3ct o L L o ta a u q A e AA r

O r e

t n 2svsv ado L t 6ey t r

s n oeni le e UA UR t

h d o 2pr o TI p o pee ols l sc5 t t SR o t t SA C o c i r

a U U 1

Ss t

A nhhlcw t t r a1 et 9 NT t

A d

e :N h i UU d m w e

t r dpr r k nt E

h woc me NT e D o o r onooo r coa o UA 7 tc e e h UA h c

E T

r c r

t a

t t atsaa wr se r 5, nN 7 6 a r

CesTc nN ta r r r aE aE l

o o eAoee E 0 p r coh p C r p5t pp dto v to S eR S is o est nt c . eR s E ta la r r nao r

O6nOO t i n lolair r aE d it r d

P o lu 2o f ua u r e

r u eept aE amp f

X lcV te s i l cV s E

c i m WOtiWW c ci im t

n eE n O mf ieeitsa f

eE O A S RAaRR SSH S E DS E E SRRDS DS E E m o

N I

o L R E l o v.

M t r

e r 1 n le o I

T o t 3 C B la 4 D e 1 u E 9 m E m ts e i G o a S A IL o r w t

s /

r r r r r P A N R to d a. o t o to to r o O a s a la to t

T lo la u R d

. i v u la la E

I T r / a r lu u ta u D A t

n im r

o R e p m i m

im u m C o S ta

/

s u i

S S/ S i m S i

0 C /

r r e S / /

S /

/ w e w w w / w 4 -

e e r

p k r m e e e r e e R g C O o o C r

C r

g C r

E a e W o a V n r t R r o

r o

r n r I a to s ld t to a to E M la a o l

o a ta a M la C t u w f f t r

lu lu lu u n t E f d a f a

i h im c o m im im i

h m R

i i S S R S C S S S S S t.

r f

o t a

= r h i

o r t

e ta to e I s

c n ic ta C h r n

a r m c P ig o y o

u a o i H h t

a c C n uda n p r d .

inde e no ic n 2 n n e f .

n e Ce Y a aR S t sd e sr r h t

s s u g n

2 h R

A A sH I

e s

r on mu r c t

n P t

r o

n n

i t & d p.

t e pi ac e n M P va a em r r la o v I

R p e

a o 8n 2amu M

t iec e h

et e gas e T . r k c P hespP i

r pns a

_ U eA oe ic r T ic U nh mo o le N S r p C

hd sl n m m e E tsutmer totn i

E m wmu e W dp l

i ie spud ieO P d e r

b u V ipP a n v i

G R teS i t t E r CrS oe sNe t roag teW i

n A m a . eI awn t e r L io S r e es .

ne mc hss k

a s e

Ae n t S m. ot s tsw c i i n u n Ug msi t

a E w taa luw a v w

imts aa ims mi toeeio t q e Sa s e r

nt ela S M t nw se t

inda h d n Us t d u md d di ebnr t i

r t n ia a v oda i

es ur ob r

a o Ne dnc e D SR Ro Cr Sa DtuCiv C C Um n oir 2CC w

o T S S S C S P

c im M 1 2 3 4 5 6 7 8 9 0 U 1 to N Ae s mc or i

L LE 0

0 0

2 0

2 5

2:

5 4

7 4

0 0

0 3 :

e t I M R 0 0 0 0 0 0 0 1 1 1 t

o x DT I

0 0 0 0 0 0 0 0 0 0 BE l ha 0 0 0 5 5 5 7 0 0 0 cu L A E 0 2 2 2 4: 4 4 0 0 3 an :

en EM I 3

0 8

0 9

0 PA RT

, 1L

j)! I l ll IIl !ll iI lll' m

4 a g 8 i z n P

2e :v l i

b is s

r . a e DR t

7 s r d

le o E .

b t

s R ile ip a e .

E r e t r

2 k V T. u a t s r .

1 n le E e m t 0 i

t a l l

a in 1 n e S. h i

h e

- o b 7 c T U P c u it f

R d t le w o r E n r e b d n ia p

a s a ) e r o e h s n T. y i t

k w 1

.r e .

v t

a R

n. om c g /

iw e o d o

0 1

imas t cr it e

g c h - tc seei . e o s a n s w P df e C o r d R ivcia e ny t t es p as ne v n

m a

S r te e E h T D

i

d. f t t f r e n a e i lle u a c e h o(jti uh .nt iole la . s h h o

i e c uA i it y

. f o p t n ninear r e t r i n t

s t

in t s w so u i f

n e o n n N e sidok e e a e ytea ch e t d r u w t s n i

u d iE li a s a t s o h q n w TM a f n .

ccf r cotioel n e it e u y

v a w o o d n

r t w r, r "e NO e r d o ale nt eitsboot f P o p

r r

C or d

k n e to uA p r f n o g A a VE d N ofai d h. usdo e e S 2 u EH imr EN t

la s f ie r la g S q o n u uE e r e srEml o pgn w y o u T n e N h LP e i m n .M o f af a s pi s D

r t m

e i d h t

O t

r A L t e is i s iO t sot t n e

L.

P. n g a r o is h

t in g I

T a UA d s TN s a emiMiss t

h t a o w n C E

", SR U U o w e

r . e RE T M i rt a t seu ig r e t s

c t

s r o

i ia r

A 5- NT A t

cno s fi EH LP E acpAl tahm ic H p a g t o p o n t i D n E UA 7 mi o A L s eveSiv s n t

t 1 t n e n

i h eth 0 n m r nN o :o f d i t E

T C

u v

S e r aE e

7 6

0 oi od r n o

r ts y nA aR fe i

i t

rh

etde sclir st eeeep nf iea aeyt l r

o 1

T h

a c r

o ri n

h e eta E lo t n rR S loc eA to t a O c t t

a b, t

g s nv eosHsoauh st e r n t t aU t a

m P X

E t

n r

o e E -

aE lcV eE t

r e

n r

tnn oa t im h

e lcT eA f

i h

t T

M R.M.A C.B B T. . .

lu im r

te n

a p

is r

e p

l u up im e o

p e

r it s

e v

n C DN l

Cp C R DS E S E1234567 S E D O SR R I 5

vI 5 6 6 1 1

a v E e r v. l e

N A le E I

L d s E r e n r le E tc io t le l

i h

M r o e a c

li h C 2 3

T t

a to o C l lu P r

L n le 4 D e e r e e w y E E im h lp o s w y

r G L S t m ta u r D A

/

e o m I A

T N

O A r

o s d is S

/

a n

r to lu m

h e

r t

r o

a D

B B

2/

P E

I T i I n a a i S a lu 2/

r m

c /

Jr /

W o a D A C u p r o

i c r o /

s im ta T e

ta in ir ta r S r O S r h S r e /

e r L e c /

r e d w p ia

! m p e) e p n e p r O v

R o O T6 g O o C e E o y2 a p t R

R o r r 1 n r o s r o

o IV t s - a t e t c

. e E lo ta iN M a R a n g

v C r lu m lu lu .

efO.

t E n t f T iu in R o im h e i

h i m M im q a C S C (r S S E S E D t

a e k d c l s

h is d o is e li'wi t t e n t h g i

r s n r f ta lt e

r e

op r

e i r eo ic f p e d t i M ie d .

inder g s e g

r e r

n o a f

w y

h s cah Y s in e lp e as is r

j u

n sp an lp p

nep R m b s e if u wB A

M M

l ae r

a s s

k .

ca oe m

a s.

m e

y kr o

w io t

d t r o rt teu i s l

s r

e .

y r e dh t U sa hr c n e ia r.

t he wd o e Bn 2o S

uh o

sa u e s t e sk Cra pr r un t

rd v g u r n a ed .

E te e J n o ir f

o es r h n s nie leh t, ug n

G A ue v f t ac e p d n

h e

r r

e w wa yt i c l

h e doir dn o S nc f te oor y r o c

a de ns r n Derr Cb regn

t S c i ts6 w eu o e aiw t

a E im mis b. v e p

i2 m1 T

R d

e r o sh Bu 2c Wt

/d g

gi tr S M ise ph E r T er r Dn ebo r

e es e t e -

hN L ju Ma ee h v 8u mhx o i t Sa Ro f

CO A I n Ew To 2f o f I em w

o T C S P

c im M 1 1

2 1

3 1

4 1

5 1

6 1

7 8 9 o U 1 1 1 t N Ae s ni L 0 1 5 5 2 5 7 0 5 r c LE 3: 3: 4: 5 0 1: 2 3 3:

t ore I R M 1 1 1 1 2

2 2 2 2 t

o x DT I

0 0 0 0 0 0 0 0 0 BE hcula L E 0 1 5 5 2 5 7 0 5 3 3 4 5 0 1 2 3 3 r an A - : : : : : :

en E MI 9 0

9 0

0 0 0 0 0 PA RT 1 1 1 1 1

I ! llI Il I 1 I jI c f n 4 f o o s

8 e r P: e e s e

v h u p _

Ce t ta a s r f o in c e DR dr e k t

c o h o p

fe o t s

2 f

e C te e i a g ta

m w i it tt p t u

n v s e o e p U n i

S v m n in w r

e g

n o o e i

r is t h t

m. dte e e

ia m .

f o

o n L a e

r . M ie r

d .

ns ig g

n T tc o R b r

r ano n r e E l a E is n e l

e si n

ia ir iw g nta e e p E

D h t r h ior c io C e e tape h y tc e t

iL t a S R A c m g i

w s

ico dt s

a e

C S

t o

n h em r T

e e

g S

a n

e g

f r

o n

a a

n nn r T t o h a e r i c o o f 2 ia m

e iM l

r l .

n e t in t m l 1

E dp n

lt u i e ht ta n e t o

D a la c E w es e ade a m io h s e r n h su f r u o r o t a

t u et u d e t o o s s t x c p S

t o mn r i u s s u

f n m a ta t

h ko t

l l

i h

t e s N t ant b e .

i r

r o

f s t cc w m r iD R e r

o lac o he r

p t

a C o f d n s eo r r O

I t r t l t

s N f in a u rl i l o f o y y T a on le E t 3 r b da tc n c c r

la f

S o eg e u uso Co C e t w C o e 2 dt n i

r i n n e eg A p y t u f a 1 lue i ll g

o r C e q t s k E or D iw r r D n mb S d E h e e c e h e y L e e T

E T : a r ise e h e : e rh l

t r .

is n u

q a

p :

r th sf f i c

n T mm C o h c

eh t h t

y ot fa c h o e r e o t s Cd e g

S E E E ta taf t tat t i eu t r lat Ss e eh e P lu ta uo y f t

i luo r t c l e a p uo r

Tu b r

e h h p

mp t

n tuo u T T T X

E im si la s vs

't o

i e ie er e

os o e r imp e Ceeh Sh E m

d D Rre 1.

S D Elo N i SR R P SR TTt 2 3 y 5 3

c 1 r n v e e t iu le n E c y E e N u c a C i

n e t I

L E e r r

o

/

r g A p E t o r e r p M a m a u 3 I

i n E g e S 3 T dr /

r h la 4 D o e c c E r o g a

it in G E o C n w h L

t S c A I r r r la s a e P A N o to to u s M 2 T t

e 1 T O A a la a m i e E

/

r E T I

u l

u S i

de s /

r e

m m / n o d D A C

imt S

i S S i

r o at

. y i

oy pl t i ta a

e

/ / / ta pli si r L O w w w r e ec e c e p

a e e Pr Fa m L e

/

R r r r p RF O a C C C O ys ys t e E

V r r r r cn no cn no u T m

~

I E

C E

t la o

im u

t la im o

u l

t im o

a u

t la im o

u eit u

ir ce np a u rit

.r e

np a

e iu q

c o

p C

S T

/

D ty i

r u

c e

R S S S S EO EO E E S s s m ly d

e gy ina tsf euy qt o

i la .

dem e h

t h

t e

la f

t g e r

a y

e r eig l tath i t

tc e

wcp t

rbn eh w g r

l i

p loeS jne Flai i r ht o t tods a E i

b a

Oaio t Rd eut A m

Y R

A x

e n

u s

l la rC t

h t s aa ieo r

d e g

Ev ad a.

h e

t he n n

s tsSx e

uFa qS e Ae f

tnta eiea s c r oht le o sstatr b y S f

r o

t c

n u

o c

M e p n a in go t n e n e a s d emuRa s rPb taah e g u

m M a e d s e eia ni t sAs t r

elt pusru t r a s

d n

m U r ivpH voi rBn r s a u S t c

n oSR M tir d taagra n. teP ev oa vr f ec e n s E u

o i e

r pCA lo neret io r

ae uh e t

ne eh c v o e m.

yn ito G k c sC2 t r

s n j nt qt ic o n A r

u n ea ntei s l co a .

e d S lo s s

iEe n h C o e o k. n r

t dfom a

i pt da a ist nt ea i

ud ce t S s e ioet r t

pie a v. e esis iugu n . gic at m a u r Hne qi ve E a ut sp sp ma um t

t b

r p o r os etsbep nf i ep l m S M ic s e Pr ostt r Ct i r u tis u r 2 1 W de cm x u m

u Rf o s Rch ei t

ee2e h v1 f e fir ns oa item o e E D Inr pep R B i npi n Nsw TiEda n Clc Sc w

o T S S S C P

- t c

m o

e M

U N

0 2

1 2

2 2

3 2

4 2

5 2

6 2

7 2

8 2

Ae s L 7 5 5 0 0 0 5 3 0 s mic LE 1: 2 2 3 3 3 3: 4: 5 u

m t ore I R M 3 3 3

3 3

3 3 3 3 0 0 0 0 0 0 to x 0 0 0 u DT BE l ha 7 5 5 0 0 0 5 3 0 cu L E 1 2: 2 3 3 3 3: 4 5 an A : : : : : :

en EM 1 1 1 1 1 1 1 1 1 u

1 1 1 1 1 1 1 1 1 PA I

RT I

)llllll ll l)l!'l l!I IIlil lI lf

,N.

r 4

8 e :ms h

P m . t

%to ly d o t

ie n t p

e e s

n t

n

'vc e id p

DR m o o 3 s 8-

. a r

F p i t

e O s i

w a d.

e - 1 e r

t a E e n i 0 o 2 e .

h R w

. 1

- m b C t t

n . f n

- d, e P g t

S i

w e n R n u

r e

r T d o i r R 2 E i l

u e ic is o A la U s e t a ia f

Pn d h f o h t

in in l t

s .e t

i s

ic n t r dr f

o g e Yt w i e io n u e e r o la i

n q Cs c u s

u La Tn Pdr i

o c i v r

iar e

r NM E ;

n a

s s

e b dr Ho d r a

t te G& r a

eo n

a f o h e u o R 54 co t p

ta h thC s n

t o d r

Edi M c c

a n

e E iu t

o u i m t n

o m t t n t e n a x in n c n e s p ta h o L n e o p t n Y ia C

ir i m

r eu t c m i

ta o A "c e C t n

S d ta e c

lpS e p o r

m it a

R Et ed N o T y a m r .

n ms ac x f n

r o m Nue5 E c e m o C u e i f n r Ec G t a

h f n N o sit s C o o Gav R h t

C E n i f

h' E t t o

i n leig R s in y po o,e f

t S e a N CS s M t

c S s T n h aL e e E a N g e a t t

n l

ee e T P c id Cs1 f O

I in h t t e o t e hh h

t t c

dt c a v o Stu-T d L

A h e

T d n 0 a

n t

s m

e t t rt f

o ta ia d r p srC a R t

C 0 oc r n f o

c ocn p E i

A f

la 3 : misi e r u q

a f a t t sn M R

o a g

t o me .

rd N Cd D

E -m 1

e e

g i d e r

lp e eo uc E d e.

i f

k" n e s foms in5ile E

G Se r a r el lur .

a in u Ttc T

C r on o i m n a

o e t

h e qll ei h e o he t ia f

e r om2 m0 a ee t h nht s r h p E

t at r t M e t t r w t n s a t R ta e r t x s e ye eL lue 5 f

1 P luo i u te e d : . a X mp d r t f u k t

uT mosFma r

u tu MC -

l c

f i n E i e t h i f e o a oP f orOe n PET e s s o RN m2 r i- e t

oe SR A S R R M RH I l. R EE SEfo D Nh t t

r o

p f -

p r E u y y te S n N s c

n c n e I

L r n e g e C io g E a r r t

r o

M e g

t a e e p 4 r m I

h e m p 3 T tc p / E E u D

E S iw r

O/

r e

EV r

e g

/

r e

g

/

r e

g S

la 4

E o a n a a c G L 2 ta d

a n n in A a a a M'

I 1 r P A N E r lu e h T O vn to m L M M to c e

r o

la p e e e la T t

E u I i T a S u sYy s s la m -

D C O

A T

ia e

r im S

/

r u

R E

G

/

G o

r s

n o

nlt sii c n

oy pli si e a t

c n

oy plt si e c i

im S

/

w

/

r r

o tc e S i

/

m u

fe Fa l

e A c R Fa p e i

r

- t R e g N is F ys RF r D e g

E R a A y ys ys C y a

n h O nn.

cn n cn n c m IV E

C E

a m

e g

M f

t a M T

F P

her t

lan t

R E

/

M aio uta e

ei o gt r

e e a

r ei o gt a r

e er r

o ta lu n

e g

r e

M t

n a

mp mp I

i f R a h H ee E 4+ r p im m i

h D S S HC A EO EO EO S E S m tvh i t ea a s t

s e

r r

o []7 m

a e

d n

a Mtn t

ht a 4 0

y c

n e e nue t

o _

t ns a et eES hid t

lp f g e Ra at hCS t

r ee n l taf n e a sue m

%d Ep gsis i

eqd a io d c io t

n in a e s s e nT et o w r pev ta h n ds me r i

u in s Y b e o n.

rdr r

o ia r r a

p e

g h aeh .

cCt g t

lsru e

r s e C

Y r c o

r e ss u

R ynpt in e aSf i n gxc t f 2 e A 1 gael g a

l e

p r pT o n lac cf n ie C inde M E r p is i sar N eipdr e emitvC s s la e der e o dn E gpt M

J h noan Eot e t

e la m.

a n h st ismt vy r

ai e

r el.

G aan sr e i

r n it t

S t t

f eid m n eF y c

ao ns a an naew rl R sen a t O ht e E m oc oloss n io n tn n os y eht nr E s d rt ee io t eE e 1 e n M mt ia s

a nca i

t G n o on epP r r t d ne g n s u e

i ler a E r s .

a yat n A io u d a oh W otee r i vd dale e cht no o S t a ncr o c pt ige me pa s L t

i S deOg t a r o so ResnSoiu e

r r n r nh A e Rg et r o c eto n a ah v et t y

- E ic d la pt Cn f q oio l l

t e rl a o .er t i Ea s dlara S

r e

M i l

l n

i n

u e sEf Dlla Pier i

e ie d

e Cv Ri rr D C pF RsOll iaf i d sd ekson wa yi rdh ir Ns Ee iu i

umi m An Acab S f 6e Na NrEw e i Mac DrR a/ GM Cirsp w

o T C S C C S s

m u

P c

im M

U 2 9 0 3

1 3

2 3

3 3

A_ 5 3

6 3

7 3

8 3

9 3

t o

Ae s N W e

m mo L ILE 0

5 0

0 0

2 0

2 5

4:

5 5

3 0

8 1

0 3

tor e R M 4: 4:

m t 3 4 4 4 4 5 5 5 m o x I 0 0 0 0 0 0 0 DT 0 0 0 u

B E l ha 0 0 0 0 0 cu LE 5: 0 0 2: 2 5 5 5

3 8 0

> an AM 4 0 1 3:

en E I 1 2 2 2 2 2 2 3 3 3 PA RT 1 1 1 1 1 1 1 1 1 1 t

V t

kk l1 ,l'

1 l1 1lI j i I i ' l

'4 _ a r

8 e Fc r t t tp e f

ne s h DR t

)

5 W f o

2 S v s R O 2' le u H R e b R E t:

s a

2 R e u 1 h r e E e t U le e h d r

h t

n t

n t r

o a e f o

/

t. s lu d n e n e o f

f e

m a n u m e d

t e m e g n r t e c a a g s n y u la t

m o n n s t la d n i s

p n R n m u e

p H a i u ta n R A .

t s

i(

P s mi B a y s n e s v b i

o o u h heV. e g d

~ n i

t a it d f t

P k a e a 4 R n o zeR h . ts o n m t e

S w A c w e io i t he i

l r mg a e N P d r t ut o r a o u fos t

c O la e a a nt o a q t

r r r s I

c i, r

o o io p e ine s it T ig f p ie i

r C

i i

v o t a ts e

t a u o dm t c lo C lu r li tok e A o v r lus y D

i S f m oh i

ic a

t p o i

d m sa o l E a p T is o ht f ic T r a e e r C em r r sf o l la a C e ta n

a h

t h t o S T

sy ulp lo r

Ms Rt n e f

c tu E u t

y la bp t r P e m r u y r u n o

E o d X la u o f

t i imo f

ti es e%n t s n E v s f o t c ho e o E is I n N S N f

Ato A Tc R C r r te te E q n n

- N L

E I a v

=

C i

e i

v p

C t

r o

e M . p 5 I E i

p p T / u u 3 S S 4 D a v l a la E E o ic m ic G L ni n o n A

- I A

T N

O M

e o r to la h

T c

e R o

lo h

c e

P E T I

s u / r T

/

n r t n r D A C

oy im t o

o t o

plt i S c C c O si e ca

/

w e

r / e r

L e r i

D i

R

/

RF r e g D E ys C y a y V cn n r c n n F c E

I eo gt a t

o g

e a E

O i

o v

C r r la u r M /

E ee mp e t f

i M a R im m h R .

EO S E S E E i

d l

u i r o

. Ho t w

ti gc e s

m a w

o tar e nees obt i Y b e g ic e p i s inv R ta a d h e g e r ot oc e A n s int g M o c s e

r n o s i d

e s a Olsa l a s

M iz s Rli li r s U

y r m tan co g r

e n Ewd e S

o y i e r yo m n

i c n

nt ud i

i n n taat n E e hlpe p

i e nn e io t u io nb t t

n a S G

A S

E f

h c

a o

c g

in t

n o

no ac .

o nr r

tat iou s e

b i

s s

u r ta in m

r e f a

ntud io b, d t

ic ua i nn et e i t

te a

n m

r S M e R luiao l t t ii r

e t w

A mdc ian 2

1 l

l i

r nt e nm i

t n

w a P SRE E D Ido ct e D o T C S C P

ic

- t m

o M

U N

0 4

1 4

2 4

3 4

4 4

5 4

Ae s L 3 5 mic LE 3 3 5

4 0

3:

0 3

t ore I RM 5 5 5 6 6 6

t o x DT I

0 0 0 0 0 0 BE !

- ha 3 5 5 cu L 0 0 0 an A E 3 3:

4 3 3: 3

- en E MI 3 3 3 4 4 4 PA RT 1 1 1 1 1 1

l 0 0 0I ' . :" [ - ~ - . .3 - : ia i E .; j 5 3 #

1 1 0

( 1 e > g n

n s W o a D is it:- : - :e a e

:, .i ! . , t a le Y& n eg r n c e im R Crh N/ midn I n s a

r d E R iao e e a 4 t o

0 T R G0 nl oF le

'R 0

4 1

As: ic e - - . . ); - i 0

3 9 R j+

EE M0 C g r 1 t E4 e

x 1 n L> E

( e E e v Ad g

. ' . - ; : . ,f- .g:E: Ra

)

7 a ER 2 ) Nt n 0 7 m Ee a

1

(

1 1 D Gm 0 p in 3 2 0 1

: : . - . i 1

.[:.l e- . .' :aE t

0 3

t 3 r s u n 1 i 1 T u F o n t B /

C R g e n e H n g U e r

r 2

1 t r

u is a

a m

)

4

- .- .:- : l. ; , u : E :.

c r e R u

.:?

Rg e

r c

e D

a e h D le 8 v t V # S u P O n R C

. F

( 0 o Y0 0 6

)

. .i r

.i:.S t :

C1 I- ' .

Nq .

E 2 3 l l u 8 S

1 9 ) h i

a GEW RD 0 t I ( 2 C F n 0 - R C r o 0 l l

e 7 e v

E&

M0 E n

R : - .

in .(

1

. w: )-

t r .E- - E61 a 8W 2

E ) e r e O e y 1

0 r r v A- 1 P ) 6

- X 2 8 ) )

T k r D E Ew Ro % 1'3 E 3

Em 5 0 d 4 n Wo 2 8 l 0 Ae - -

0 -

4 e

(

0 0 EB p.

Darg 0 1: w 8

d. 9 . [2 .! ! ' . .

Iv Ul - .. ~

r u

'0 h

1 o ( - d ig Ea i 1 l f r

(

t n

e r

8 SLx F DDy r o k a e u ne t R

. e j

. Ai v m e v n - g t

O e L E v Ri cv n I

. t :

r

i. : fs. hbu.im c :5 j-.[ E ' -

nRH it GA t o t VR la l

ar 1 T s t

n e

V& ic s

. M NCS i

. a p

- r e v O

. O 0 0 I-e t

n e s }

S E i - - . }:

T 0 1

'S 'e. v r

e 4 T s e E d d n s n n t

e a

O i a

h a i c o e Tee d

l a

- B ::i t

P id:!:'s.

m Ci .v [E - .[ - - ' -

Rc ExE 0

3 E E g m i

n 9 r H o e i e 3 Le 0 o C C t

s a S -

t AE N

. n d B

. A 0 l

a dw 2 e v Te Nt O

. E it t E c r P

0 9

0 I :ii r: :Ra- - evn.f t

Ee Vt e E d

- e w

o

.er t

a

- 5 E a 4 P w t 1 Le d

- t r

a t n

Ak Ua 8%0 0 e e

- !S e Suq 0 F e :'Ev '

l

. . [-

Uh 1 a s Nt r m r

ic Ua o r E N e

u 0 0

8 0 A

.E.

x

. .i ,: , ; .;.;! , :,.2 , ,

r n e

,3 e .O s le m gP a

l

- - - .. - - t w c v e o .e j e le L

in R a

0 0 1:: ::i. . . ,. - . .-

7 0

1 1

j

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

EVENTS

SUMMARY

Event No. Event Title I

1 Radwaste Phase Separator Overflow 2 Se'smic Event - 1st Tremor 3 Condenser Tube Leak 4 Seismic Event - 2nd Tremor 5 Injured Worker 6 28 Drywell Chiller Overcurrent Trip 7 Fault on the E12 Bus 8 SRV Rupture / Fuel Damage 9 Radioactive Release l

I I

l b

^

a THIS IS A DRILLI PAGE 4.4.0

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

EVENT NUMBER: 1 ACTUAL TIME: 08:15 SCENARIO TIME: 00:15 TITLE: Radwaste Phase Separator Overflow LOCATION: Radwaste El 91'6 i RELATED MESSAGES: 2,3,4 ATTACHMENTS: HP Controller info.

I INITIATING CONDITIONS:

Radwaste Operators are transferring RWCU resin from the Unit 2 RWCU Backwash Receiving 1 Tank to the B RWCU Phase Separator. As a result of a failed separator tank levelindicator, the tank overflows to the equipment drain sump through the crosstie to the floor drain sump and up through the floor drains on 91'6 RW.

I The failure of level transmitter (LT-461B) results in an erroneous low level indication (LIS-4608) and loss of high level alarm on panel 00C77, E-3: " Cleanup Phase Separator B Tank Hi" for the RWCU B Phase Separartor Tank. Therefore, no operator action is taken to stop the transfer of i resin slurry which results in the overflow.

l SYMPTOMS:

Simulator ARM #4.6 indicates 50 mR/hr (setpoint 30) for the common sump area.

The radwaste control room receives high sump level alarms. As a result of the resin slurry backing I up the floor drains on 91'6 elev., three contracted scaffold builders call the plant access control point (3172) and report that there is brown water coming out of the floor drains on 91'6 RW.

RESTORATION:

The radwaste operator closed the phase separator inlet valve after observing closed indication of 1 the backwash receiving tank discharge valve. The responding HPs determine the extent of the spill area, control access to affected areas, initiate dialogue with R/W Ops to deterrnine the source of the spill and proceed with surveys in affected areas to determine contamination levels so that a plan for control and decon can be developed.

SCENARIO CONCERNS:

l Personnel Contamination Forms identifying the extent of contamination are attached.

Free play on this event is controlled by the HP Controller and the Ops Controller in the RW Control Room.

l l THIS IS A DRILL!

PAGE 4.4.1

96-89343 ".'90 "

( Q Q O // ff/2. U $$ O Wb- f ~ NSY MN:z ,vro.

[WM P3APS - 4A0!AT'CN - C*NTAMINATION - SURVEY RECORDS axe no. DATE ,/J _ ' ul <

SURVEY *

.s.f 2 e * . sif 3 s i se ir; t.Evr ? ' -i' *ES:R *f'ON: ?=?est seta yap . e re.7,5,g t agas:4 'Ca $LRvEv SURVEYOR R *wR T sacA*0N c NTAWWATION 45*8LWENT $E8'AL NC. :A.. %E N5?8UWENT SERIAL NC. CAL. EE

/ ,_.f_ - f /_

__ / l_

umnonio -

E,- tu .Es2.rs NO. L OC A T.ON comeCCem'

.+- - ,

& J g y,, N " P i- I' I 2. , T, - .

3me.pysy l gd p h ,! 4 So-/oo M rah 4:2.

@ : h Mft:'t l O 6 l g

@@h : Zo-fo t4 R/tf R-40 l T

O GCMr c.t -Arca.

l -

s.s LOOSE (.ogrAMIMgl.mtu er 2

=.

4oo t4 RAb o I .i......' -

' p 3co M' RAD a 1

l gR

] l"-t @ loo M RAD 5 o E $O YS

{

I -

'J n

9.f_ 2

aie.; . ,

I .

~

w e' 22 23

'., ." 24 I

2 D C

2*

I 28 29 D ,,

.o

- .'# It t , - i F- 3 + .

23

.:-..a a *Ast Asc a:sE ,ausz ,e:og; Anga 3.js 5WEA# 4. "'*,s 8/r C.A. 5. *f *,, a 8/y contec-

,. 6.* % : No.* c-4.:3ase se .. a -,.,,.........,....ec, ar* 8/r e30cm s t wari s,

, _ 8 eve.ee !. Oc e / / as:r: :r

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

f Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operationst f

EVENT NUMBER: 2 ACTUAL TIME: 08:45 SCENARIO TIME: 00:45 TITLE: Seismic Event - 1st Tremor

( LOCATION: PBAPS Site RELATED MESSAGES: 5,6,7,9,25 ATTACHMENTS: SO 67.7A Attachment 1

[ INITIATING CONDITIONS:

A seismic event will occur. Throughout the scenario numerous aftershocks will be experienced.

SYMPTOMS:

1. Seismic monitoring alarms.

2. Seismic monitoring recorder activation in the Cable Spreading Room.

{ 3. HPCI Turbine failure due to pump shaft crack.

4. 2A Condensate Pump trips which causes an automatic 45% Recirc. Runback

5. Reports of inital tremors and aftershocks.

RESTORATION:

( The operators will successfully complete the post seismic event procedures; SE-5, Earthquake identifies overall actions and SO 67.7A for verification of suspected earthquake or seismic system activation. HPCI Pump repairs will require pump disassembly and shaft replacement which cannot be completed within drill play time. The 2A Condensate Pump trips on high vibration. The pump's shaft is seized and repairs will extend beyond drill play.

SCENARIO CONCERNS:

A simulator controller will need to provide detailed seismic monitoring equipment indications and

{ symptoms as the seismic instrumentation is not simulated.

This event will lead to the declaration of an UNUSUAL EVENT.

THIS IS A DRILL!

PAGE 4.4.2

SO 67.7.A Rev. 2 Page 4 of 4 Attachment 1 SEISMIC SYSTEM ALARMS Alarming Yes / N,o 4.3.1 " EVENT" light (on E/S-7139-1) d. 5 1

4.3.2 "OBE" light (on E/S-7139-1) id O I 4.4.1 " SEISMIC TRIG ACTIVATION OR LOSS OF SEISMIC INST POWER" (located on 316 (3 0C212L) A-4) do.S I

4.4.2 " OPERATING BASIS EARTHQUAKE LIMIT EXCEEDED" (located on 316 (30C212L) A-5) td O I

I .

I I

1 1

]

J t

W W

th - . .

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affecting NormalPlant Operations!

EVENT NUMBER: 3 ACTUAL TIME: 09:00 SCENARIO TIME: 01:00 TITLE: Condenser Tube Leak LOCATION: Turbine Bldg / Condenser Waterboxes RELATED MESSAGES: 8,13 ATTACHMENTS: None INITIATING CONDITIONS:

Stress fractures of condenser tubing propagate along the length of several bundles.

SYMPTOMS:

The following simulator indications occur:

( On panel 204 F.1 Turbine Bldg. Sample Station Trouble.

On panel 203 A-2 CONDENSATE FILTER \DEMIN TROUBLE alarms, accompanied by increasing condensate pump discharge conductivity metered on CRS-2443 on panel 20C007A which indicates slightly <.3 us/cm.

{ Condensate pumps discharge conductivity is slightly < 0.3us/cm as indicated on CRS.2443.

Approximately 10 minuter later; On panel 215 RWCU; (C-1) CLEANUP FILTER /DEMIN INLET / OUTLET HI CONDUCTIVITY alarms.

RESTORATION:

Simulator crew references ON.126 High Condensate Conductivity.

Chemistry performs sampling to determine reactor conductivity for Tech Spec requirements and to

( locate the source of the problem.

SCENARIO CONCERNS:

( Controlled simulated results of the sampling will be indicative of a condenser tube leak with reactor conductivity at 1.8 umho/cm.

k

[

(

t THIS IS A DRILL!

PAGE 4.4.3

P:ach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

EVENT NUMBER: 4 ACTUAL TIME: 09:30 SCENARIO T ME: 01:30 TITLE: Seismic Event . 2nd Tremor LOCATION: PBAPS Site RELATED MESSAGES: 10,11,12,14 ATTACHMENTS: SO 67.7A Attachment 1 INITIATING CONDITIONS: >

A 2nd earthquake tremor occurs.

SYMPTOMS:

Indications are in excess of the OBE (.05g)

Bypass valves cycle resulting in a Unit 2 SCRAM on high neutron flux.

Unit 3 Turbine Generator trips on high vibration and the Unit 3 reactor SCRAMS.

2 B&C Condensate Pumps and 2C Circulating Water Pump trip on high vibration.

RESTORATION:

2C Circulating Water Pump can be restarted.

2 B&C Condensate Pumps have bearing damage.

J SCENARIO CONCERNS:

A simulator controller will need to provide detailed seismic monitoring equipment indications and symptoms as the seismic instrumentation is not simulated.

This event willlead to the declaration of an ALERT.

1 THIS IS A DRILL!

PAGE 4.4.4

i-SO 67.7.A Rev. 2 Pagr: 4 of 4 Attachment 1

, SEISMIC SYSTEM ALARMS Alarming Yes / No 4.3.1 " EVENT" light (on E/S-7139-1) des

( i 4.3.2 "OBE" light (on E/S-7139-1) (/d5

/

4.4.1 " SEISMIC TRIG ACTIVATION OR LOSS OF SEISMIC INST POWER" (located on 316 (3 0C212L) A-4) N/85

/

4.4.2 " OPERATING BASIS EARTHQUAKE LIMIT EXCEEDED" (located on 316 (30C212L) A-5) Vd5 1.

I

(

{ .

f

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operations!

EVENT NUMBER: 5 ACTUAL TIME: 09:40 SCENARIO TIME: 01:40 TITLE: Injured Worker LOCATION: Warehouse RELATED MESSAGES: 15,16 ATTACHMENTS: None INITIATING CONDITIONS:

l P

A compressed gas cylinder explodes in the warehouse as a result of the second earthqmke tremor which dislodged the bottle from its normal storage configuration, and fragments strike a worker.

Warehouse damage is minimal.

Personnel injuries Lacerations on left arm approximately one inch long and other minor cuts.

I ................................................................................................_

RESTORATION:

Worker is treated by onsite EMTs.

SCENARIO CONCERNS:

Free play by the EMT controller is expected for this event to ensure the most realistic play possible.

The patient does not require offsite medical assistance.

I I

l l

l

}

I THIS IS A DRILL!

PAGE 4.4.5

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operations!

EVENT NUMBER: 6 ACTUAL TIME: 10:27 SCENARIO TIME: 02:27 TITLE: 2B Drywell Chiller Overcurrent Trip LOCATION: Turbine Building 165 Elev.

RELATED MESSAGES: 17,18,19,21,27,31 ATTACHMENTS: None INITIATING CONDITIONS:

A third seismic aftershock will occur. The floor vibration will cause a short to develop between the Drywell Chiller motor windings (B Phase) and ground. When the short develops between the B phase of the 2B Drywell Chiller motor winding and ground, the chiller will trip due to the high lt current condition. The 2A Reactor Recirculating Pump Suction Line cracks as a result of this event, resulting in a rupture 58 minutes later.

SYMPTOMS:

1. 2B Drywell Chiller Trip (green indicating light on).

2. Power supply wiring to the 28 Drywell Chiller will be discovered to be charred.

3. The B phase of the motor windings indicates 12K ohms when meggered.

[ RESTORATION:

E Replacement of the pump power supply wiring end the rewiring of the compressor motor are required.

g Repairs may be successfull) completed, depending upon player mitigating action.

R .................................................................................................

SCENARIO CONCERNS:

The Recirc Pump rupture willlead to the declaration of a SITE AREA EMERGENCY.

I THIS IS A DRILL!

PAGE 4.4.6

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affecting NormalPlant Operationst EVENT NUMBER: 7 ACTUAL TIME: 11:17 i SCENARIO TIME: 03:17 TITLE: Fault on the E12 Bus LOCATION: E12 Switchgear, Turbine Building 135 Elev.

RELATED MESSAGES: 20,26,29,42 ATTACHMENTS: None INITIATING CONDITIONS:

A momentary voltage fluxuation in instrumentation voltage will cause the overcurrent lockout relay for the E12 to activate. A bus lockout of the E12 bus occurs.

1. Normal and alternate fe 7r breakers for E12 indicate open.

l 2. Bus differential overet. .t lockout conditions annunciate.

l 3. Loads powered from P . bus will lose power.

4. E12 EDG will start, but ; output breaker will not close.

RESTORATION:

The players will be unable to discover the reason for the bus lockout. No motor load breakers wili be tripped if the bus has not yet been restored, a contingency message directing that the E12 bus be restored will be issued at 13:00.

S EN RI C C R S:

Premature restoration of the E12 bus may prevent the core damage postulated in the scenario.

Attempts to restore the bus will fail prior to 13:45.

I I

I THIS IS A DRILL!

PAGE 4.4.7 y

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInittaia Actions Affecting Normal Plant Operations!

EVENT NUMBER: 8 ACTUAL TIME: 11:30 I SCENARIO TIME: 03:30 TITLE: SRV Rupture / Fuel Damage I LOCATION: Drywell l _.

RELATED MESSAGES: 22,34,37,40 ATTACHMENTS: None l

INITIATING CONDITIONS:

During the Emergency Blowdown, when all ADS SRVs are opened, the "A" SRV tailpipe breaks at the valves discharge and the valve fails open.

As a result of the break, drywell pressure increases during the blowdown.

Open indication for the "A" SRV remains after attempts to close.

I Drywell rad increases.

RESTORATION:

f Simulator crew references High Drywell Pressure Procedure OT.101.

1 SCENARIO CONCERNS:

This event is necessary for the drywell pressure to be elevated to provide a driving force for the radiological transport.

This event willlead to the declaration of a GENERAL EMERGENCY.

l

\

THIS IS A DRILL!

PAGE 4.4.8

[. Peach Bottom Atomic Power Station Drill: P84 a

Annual Exercise Unit: 2 Rev:

Event Summary THIS IS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operations!

EVENT NUMBER: 9 ACTUAL TIME: 13:30 SCENARIO TIME: 05:30 TITLE: Radioactive Release LOCATION: PBAPS Site RELATED MESSAGES: 39,41 ATTACHMENTS: None INITIATING CONDITIONS:

A radioactive release to the environment begins from primary containment as the result of a leakage path through the CRD Equipment Hatch.

SYMPTOMS:

Area ARMS annunciate.

RESTORATION:

Containment Flooding with a decline in drywell pressure as a driving force.

SCENARIO CONCERNS:

This failure provides a rad releasa path from the reactor to the drywell through the CRD equipment hatch to SGTS. The radiological information received by the ERO will come from reactor enclosure rad, main stack release rates, and field survey monitoring. Clad damage is approximately 3%

THIS IS A DRILL!

PAGE 4.4.9

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operations!

Message Number: 1 Actual Time: 08:00 Scenario Time: 00:00 0 Message For: Shift Manager Location: Control Room Message From: Control Room Controller MESSAGE:

" Attention all personnel: The 1998 Peach Bottom Atomic Power Station Emergency Preparedness Graded Exercise is now commencing. All announcements prefaced by 'This is a orill' are intended for designated drill participants only. If an actual incident occurs, an announcement will be made directing response to the emergency situation."

.. REPEAT ANNOUNCEMENT..

CONTROLLER INFORMATION:

Direct a control room operator to make the PA announcement.

I EXPECTED ACTIONS:

1 A control room operator makes this PA announcement.

l THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" SIMULATOR MESSAGE "*

Message Number: 2 Actual Time: 08:20 Scenario Time: 00:20 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller MESSAGE:

The following simulator annunciator is in alarm:

Panel Unit 2/ Common Radiation Monitoring OOC 014 RADWASTE Annunciator C-2 panel 003 Rad Mon OOC 214 ARM #4.6 on 91'6 is reading 50 mR/hr I

CONTROLLER INFORMATION:

Provide this message only if the simulator fails.

EXPECTED ACTIONS:

Simulator crew contacts radwaste ops and HP to troubleshoot.

I i

1 m,s ,s A on,tt, 3

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

Message Number: 3 Actual Time: 08:20 Scenario Time: 00:20 0 Message For: Radwaste Operator Location: Radwaste Control Room Message From: Ops Controller MESSAGE:

You have been transferring resin from the Unit 2 RWCU Backwash Receiving Tank to the B RWCU Phase Separator when high level annunciators for the Equipment and Floor Drain Sumps annunciate; E-1: "RW F.D.

Sump Hi Hi" and E-2 "RW EQ. Sump HI Hi".

CONTROLLER INFORMATION:

Allow free play of this event.

EXPECTED ACTIONS:

RW Operator trips 20P072 RWCU B/W Transfer Pump. (Operator may open AO-265A and then secure the transfer pump which is also an appropriate action to stop the overflow.)

I RW Operator closes phase separator inlet valve (AO-265B).

RW Operator will investigate sump alarms and contact simulator.

I l

THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operations!

Message Number: 4 Actual Time: 08:25 Scenario Time: 00:25 0 Message For: Scaffold Workers Location: Radwaste 91'6 elev.

Message From: HP Controller MESSAGE:

The area ARM is alarming and you notice brown slurry on your shoes. The RW Floor Drain Sump has overflewed.

I CONTROLLER INFORMATION:

Free play this event to allow HPs to locate source of contamination.

EXPECTED ACTIONS:

Scaffold workers leave the area and contact Health Physics.

Simulator contacted about spill.

HP arrives at 91'6 to assess and prevent spread of contamir.ation.

I i

i i

THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

Message Number: 5 Actual Time: 08:45 Scenario Time: 00:45 1 Message For: Control Room Supervisor Location: Simulator Message From: Simulator Controller MESSAGE:

p This is _the Unit 3 RO, besides the tremors we've felt, annunciator; A-4, SEISMIC TRIG ACTIVATION OR LOSS OF SEISMIC INST POWER is in alarm on panel 30C212L. I've sent an EO to perform S67.7A to get the seismic instrumentation printouts.

i 10 minutes later provide the data sheetc from seismic monitoring instrumentation and the following:

Event light is ON OBE light is OFF CONTROLLER INFORMATION:

You the controller are acting as the Unit 3 reactor operator.

This message must be delivered to the simulator operators since seismic monitoring cannot be simulated.

NOTE: REPEAT THIS MESSAGE FOR THE 3RD TREMOR.

I EXPECTED ACTIONS:

Enter SE-5, " Earthquake" Declare an UNUSUAL EVENT in accordance with ERP-101, Table 7, SEVERE NATURAL PHENOMENA Enter S067.7A to determine validity.

I I ,

THIS IS A DRILLI

4 Peach Bottom Atomic Power Station Drill: P84 Annue1 Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLIDo NOTInitiate Actions Affectina NormalPlant Operationsi

" SIMULATOR MESSAGE *"

Message Number: 6 Actual Time: 08:45 Scenario Time: 00:45 3 Message Fot Simulator Crew

. Location: Simulator Message From: Simulator Controller MESSAGE:

The following alarms annunciate:

Panel: 203 COND E-1 "A" CONDENSATE PUMP OVERI.OAD E-2 "A" CONDENSATE PUMP BKR TR!P I

CONTROLLER INFORMATION:

1 Provide this message only if the simulator fails.

HPCI has sustained a cracked shaft, however this will be transparent until operation.

EXPECTED ACTIONS:

EOs dispatched to troubleshoot "A" Condensate Pump.

I

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsl i

Message Number: 7 ActualTime 08:47 Scenario Time: 00:47 Message For: Simulator Crew Location: S!mulator Message From: Various Controllers. Ops, HP, Simulator, Break Rms MESSAGE:

We experienced tremors from an obvious earthquake.

CONTROLLER INFORMATION:

You the controller, provide the message.

NOTE: ALSO PROVIDE THIS MESSAGE TO THE PLAYERS IN YOUR AREA j expected AC1,0NS:

1 I

I I

l I

i 3

t k

l THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Mer sage Fctm THISIS A DRILLIDo NOTInitiate Actios:~ A1.%c'lna NormalPlant Operations!

" SlMULA TOR MESSAGE *"

Message Number: 8 Actual Time: 09:00 Scenario Time: 01:00 0 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller MESSAGE:

The following simulator annunciator is 'n alarm:

Panel 204 (F-1) TURBINE BLDG SAMPLE STATION TROUBLE I Conductivity recorder CR-23-110 on panel 10C652 is trending a gradual increase in conductivity; presently 0.08 umho\cm and increasing.

I CONTROLLER INFORMATION:

This message is only to be provided if the simulator fails.

(Note: In 15 minutes conductivity will peg high at 0.15 umho\cm.)

EXPECTED ACTIONS:

Simultor Crew:

References ON-126 HIGH REACTOR WATER CONDUCTIVITY Refers to Tech Spec 3.4.4 and GP-12.

] Dispatch chemistry to check local panel 20S109 Turbine Bldg Sample Station.

3 THISIS A DRILLI

}

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectiner NormalPlant Operations!

"* CONTINGENCY MESSAGE "*

Message Number: 9 Actual Time: 09:00 Scenario Time: 01:00 0 Message For: Ghtft Manager Location: Simulator

%: sage From: Simulator Controller MESSAGE:

p Declare an UNUSUAL EVENT in accordance with ERP-101 Table 7, SEVERE NATUARAL PHENOMENA Earthquake felt in plant or detected and confirmed on station seismic instrumentation per SO 67.7A CONTROLLER INFORMATION:

Deliver this message if an UNUSUAL EVENT has not yet been declared and there is no discussion in progress which would lead to the declaratiori of an UNUSUAL EVENT.

EXPECTED ACTIONS:

Declare an UNUSUAL EVENT in accordance with ERP-101 Table 7 SEVERE NATUARAL PHENOMENA.

I I

m,S ,S A on,tt, 3

I Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" SIMULATOR MESSAGE "*

Message Number: 10 Actual Time: 09:30 Scenario Time: 01:30 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller I -

MESSAGE:

The following annunciators are in alarm:

Panel: 203 COND F-1 B CONDENSATE PMP OVERLOAD F-2 B CONDENSATE PMP BKR TRIP G-1 C CONDENSATE PMP BKR TRIP G-2 C CONDENSATE PMP BKR TRIP Panel: 204 CIRC WTR C-1 C CIRC WATER PMP OVERLOAD C-2 C CIRC WATER PMP TRIP l CONTROLLER INFORMATION:

Provide this message only if the simutator fails.

EXPECTED ACTIONS:

EOs dispatched to troubleshoot.

t THISIS A DRILLI

l Peach Boitom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 11 Actual Time: 09:30 Scenario Time: 01:30 Message For: Control Room Supervisor Location: Simulator Message From: Simulator Controller MESSAGE:

This is the Unit 3 RO, besides the additional tremors we've felt, annunciator; A-4, SEISMIC TRIG ACTIVATION OR LOSS OF SEISMIC INST POWER is in alarm again on panel 30C212L and in addition b A-5 OPERATING BASIS EARTHQUAKE EXCEEDED is in alarm on the same panet. I've sent an EO to g perform S67.7A to get the seismic instrumentation printouts.

10 minutes later provide the data sheets from the seismic monitoring instrumentation-exceeding CBE and the following:

Event light is ON OBE light is ON CONTROLLER INFORMATION:

This message must be delivered to the simulator operators since seismic monitoring cannot be simulated.

EXPECTED ACTIONS:

Control room:

Re-Enter SE-5, " Earthquake" Declare an UNUSUAL EVENT in accordance with ERP-101, Table 7, SEVERE NATURAL PHENOMENA Enter S067.7A to determine validity.

THIS IS A DRILLI

I Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 12 Actual Time: 09:31 Scenario Time: 01:31 2 Message For: Simulator Operator Location: Inside the Protected Area Message From: Security Controller MESSAGE:

This is . Site Security, we've just received several reports of after shocks being felt inside the protected area.

CONTROLLER INFORMATION:

You the controller delivered the message.

EXPECTED ACTIONS:

Control room crew is made aware of after shocks and continues to stabilize plant conditions.

I I

I

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectiner Normal Plant' Operations!

Message Number: 13 Actual Time: 09:45 Scenario Time: 01:45 0 Message For: Chemistry Technician Location: Sample Locations (ref.ON 126)

Message From: Chemistry Controller MESSAGE:

Reactor water conductivity sample results are 0.2 umho/cm.

Condensate pump discharge sample indicates high chloride / sulfate concentrations of 0.039 and 0.271 ppb respectively.

CONTROLLER INFORMATION:

Allow free play on this event, providing this information as it is earned.

Reference ON-126. When loops are isolated, free play info leading to decrease in conductivity when last loop is isolated. (C-1 waterbox has the leak)

EXPECTED ACTIONS:

Chemistry notifies simulator of suspected condenser tube leak.

I I

I 3- m ,S ,S ,Dn,te,

g Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

l Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" CONTINGENCY MESSAGE *"

Message Number: 14 Actual Time: 09:55 Scenario Time: 01:55 Message For: Shift Manager Location: Simulator Message From: Simulator Controller MESSAGE:

Declare an ALERT in accordance with ERP-101 Table 7, SEVERE NATUARAL PHENOMENA

" Operating Basis Earthquake" exceeded per SE-5 and felt in the plant.

I CONTROLLER INFORMATION:

lp Deliver this message if an ALERT has not yet been declared and there is no discussion in progress which would lead to the declaration of an ALERT.

EXPECTED ACTIONS:

Declare an ALERT in accordance with ERP-101, Table 7. SEVERE NATUARAL PHENOMENA I

I I

I ,

l m,S ,S , cR,tt, 3

Peach Botiom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

Message Number: 15 Actual Time: 10:02 Scenario Time: 02:02 Message For: Simulator Operator Location: Simulator Message From: Security Controller MESSAGE:

This is in the warehouse. One of our workers is injt ied. I think he has a cut from a section of a compressed gas cylinder that dropped.

CONTROLLER INFORMATION:

uinimai damage to warenouse. No fire, no toxic fumes present and no other injured personnel.

~~~~

I sh,,, not,t,es eers o ,espone.

l l

I I

l

~

THIS IS A DRILLI i

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THISIS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operations!

Message Number: 16 Actual Time: 10:15 Scenario Time: 02:15 Message For: EMT Responders Location: Warehouse Message From: Security Controller MESSAGE:

Vital signs and symptoms of the victim are as follows:

1. Blood pressure - 148/80

2. Pulse - 94

3. Respiration - 20

4. Appearance - Laceration approximately one inch long on the left forearm.

CONTROLLER INFORMATION:

1. The victim did not fall.

2. No other signs of blunt trauma exists.

3. The patient is Conscious, Alert,and Oriented x3

4. The patient refuses transport to the hospital.

EXPECTED ACTIONS:

EMTs:

1. Render the area safe for access to the victim.

2. Move the victim to a safe location (if necessary)

3. Assess the patient for identified injury site.

4. Collect a S.A.M.P.L.E. history on the patient.

5. Baseline vital signs must be taken.

6. Butterfly stiches applied to lacerat;on and covered with a sterile dressing.

7. The patient must sign off on the release form.

I l

)

Peach Bottom Atomic Power Station Drill: P84 l Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

"* SIMULATOR MESSAGE ***

Message Number: 17 Actual Time: 10:27 Scenario Time: 02:27 0 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller I

MESSAGE:

The following simulator annunciators are in alarm:

217 Plant Services D-1, Drywell Chiller Trouble The green stopped light for the 2B Drywell Chiller is illuminated.

CONTROLLER INFORMATION:

The seismic monitoring iriformation must be given to the players since this info cannot be simulated.

I EXPECTED ACTIONS:

Enter OT-101 High Drywell Pressure Dispatch an operator to report on initialinvestigation of chiller trip.

I I

. u,, ,, A cnItti 3

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

Message Number: 18 Actual Time: 10:30 Scenario Time: 02:30 1 Message For: Equipment Operator Location: 2B Drywell Chiller Elev.165 Message From: Ops / Damage Repair Controller MEStiAGE:

The power supply wiring to the 2B chiller compressor is charred.

CONTROLLER INFORMATION:

Deliver this message when earned.

Operator contacts simulator with info.

Simulator:

I Reports findings to the TSC, requests Damage / Repair Team.

I I

l l

l m,S ,s , Onftti 3

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 19 Actual Time: 10:35 Scenario Time: 02:35 0 Message For: Damage Repair Team Location: 2B Drywell Chiller Elev 165 Message From: Ops / Damage Repair Controller MESSAGE:

The 28 Drywell Chiller B phase to ground impedance reading is 12 K Ohms.

CONTROLLER INFORMATION:

This information should only be delivered if the decision is made to megger the motor windings and the players demonstrate the ability to perform the evolution (including obtaining test equipment).

The time stated for delivery of this message is approximate, the message should be delivered after the above enteria is satisfied.

EXPECTED ACTIONS:

Report the motor winding ground to the TSC.

Investigate repairing the 2A drywell chiller.

I I

I l

THISIS A DRILLI

l l

Peach Bottom Atomic Power Station Drill: P84 l Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" SIMULATOR MESSAGE "*

Message Number: 20 Actual Time: 11:17 Scenario Time: 03:17 1 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller MESSAGE:

The following simulator annunciators are in alarm:

panel: 001 A EM AUX PWR C-1 E12 Bus Differential or Overcurrent Relays D-1, E12 Bus Undervoltage The normal and altemate infeed breakers for the E12 bus indicate open and bus voltage (if checked) indicates 0VAC.

The D12 EDG is running however, it's output breaker is open.

CONTROLLER INFORMATION:

Provide this messaga only if the simulator fails.

1 I

EXPECTED ACTIONS:

Dispatch an operator to the E12 switchgear room.

Evaluate simulator alarms and indications and determine the effect of the loss of the bus on continued plant operations.

I Notify the TSC of the bus fault.

I i

~

THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

"* SIMULATOR MESSAGE "*

Message Number: 21 Actual Time: 11:25 Scenario Time: 03:25 0 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller I

MESSAGE:

I DW Pressure increases to 27#.

I CONTROLLER INFORMATION:

This information to be provided only if simulator fails.

Identify the drywell pressure increase.

I I

I J

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" SIMULATOR MESSAGE "*

Message Number: 22 Actual Time: 11:25 Scenario Time: 03:25 2 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller MESSAGE:

All LOCA signals annunciate: The following ECCS pumps are injecting into the RPV:

All RHR except the 2A Loop of RHR.

All Core Spray except the 2A Loop of Core Spray.

1 CONTROLLER INFORMATION:

Provide this message only if the simulator fails.

I EXPECTED ACTIONS:

Simulator:

Report the ECCS status to the TSC.

I I

~

THIS IS A DRILLI

~

F

I Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitIate Actions Affectina Normal Plant Operations!

Message Number: 23 Actual Time: 11:30 Scenario Time: 03:30 0 Message For: Simulator Operator Location: Simulator Message From: Simulator Controller I

MESSAGE:

FOX News telephones the simulator to discuss the opportunity for their reporters to come into the plant and film.

I CONTROLLER INFORMATION:

You the controller provide this message. Allow for free play.

"""^'""*'

I e,ec, oa,, the ,o e~m l

l l

ll

)

THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operations!

Message Number: 24 Actual Time: 11:30 Scenario Time: 03:30 2 Message For: Emergency Preparedness Coordinator Location: Emergency Operations Facility Message From: EOF Lead Controller 1

MESSAGE:

The representative from the Pennsylvania Bureau of Radiation Protection would like a listing of the post accident radiation monitoring instruments that still have power.

I CONTROLLER INFORMATION:

Provide the message.

EXPECTED ACTIONS:

Route this request for information to the Engineering Support Coordinator for resolution.

I I

i

)

1 Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Pev:

Controller Message Form THIS IS A DRILLI Do NOTinitiate Actions Affectina Normai Plant Operationsi Message Number: 25 Actual Time: 11:30

( Scenario Time: 03:30 3 Message For: Emergency Response Manager Location: Emergency Operations Facility

( Message From: EOF Lead Controller MESSAGE: g NRC headquarters in Bethesda, Md. requests that a copy of PBAP's FSAR that pertains to seismic events be immediately faxed to them. Their fax number is 301-990-7269. ,

CONTROLLER INFORMATION:

Provide the message EXPECTED ACTIONS:

1 Route request for information to the Licensing Laision.

Prepare package and fax the information.

u

{

) ruis is a onitu

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

l Message Number: 26 Actual Time: 11:35 Scenario Time: 03:35 0 Message For: Equipment Operator Location: E12 Switchgear Area E: r/135 Message From: Ops / Damage Repair MESSAGE:

The bus differential overcurrent relay flags for the E12 bus indicate that a bus lockout has occured.

CONTROLLER INFORMATION:

Provide this message when earned.

EXPECTED ACTIONS:

Simulator:

Reports the E12 bus status to the TSC.

TSC:

The TSC should direct the Damage Repair Team to investigate the cause of the bus differential lockout.

I L

3

/

[

THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectinct Normal Plant Operations!

" CONTINGENCY MESSAGE ***

Message Number: 27 Actual Time: 11:43 Scenario Time: 03:43 2 Message For: ED Location: TSC Message From: TSC Lead Controller MESSAGE:

Declare a SITE AREA EMERGENCY per ERP-101 Table 3, Reactor Coolant System (RCS) Scram condition with Reactor level below -160" OR unknown AND Containment pressure 10 psig or greater.

I CONTROLLER INFORMATION:

Deliver this message if a SAE has not yet been declared and there is no discussion in progress that would lead 1 to the declaration of a SAE.

EXPECTED ACTIONS:

Emergency Director will declare a SAE.

i

.I l

\

l I

J THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operations 1 Message Number: 28 Actual Time: 11:50 Scenario Time: 03:50 0 Message For: Security Team Leader Location: Technical Support Center Message From: TSC Security Controller MESSAGE:

Site evacuation and accountability are complete.100% accountability of personnel is complete.

CONTROLLER INFORMATION:

None.

EXPECTED ACTIONS:

1. The STL willinform the Emergency Director.

2. The Emergency Director will inform the ERM.

3. The Emergency Response Manager will brief the corporate spokesperson.

I I ,\

l I

~

THISIS A DRILLI s

N

Peach Bottom Atomic Power Station Drill: P84 l Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 29 Actual Time: 11:50 Scenario Time: 03:50 2 Message For: Damage Repair Team Location: E12 Switchgear Message From: Ops / Damage Repair Controller 1

MESSAGE:

The bus differential overcurrent relay flags for the E12 bus indicate that a bus lockout has occurred.

All other conditions at the E12 bus are normal.

I CONTROLLER INFORMATION:

The controller should provide normalinformation to the damage repair team as they investigate the fault s associated with the E12 bus.

Attempts to reenergize the bus should be unsuccessful until drill time 13:00. Attempts to reenergize the bus prior to this time will fail.

EXPECTED ACTIONS:

Simulator:

Report normal findings to the TSC.

At drill time 13:00 the TSC may direct that a bus reclosure be attempted.

I 1

l ruis is a Daitti

}

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affecting Normal Plant Operations!

I Message Number: 30 Actual Time: 12:00 Scenario Time: 04:00 0 Message For: Shift Manager Location: Simulator .

Message From: Simulator Controller MESSAGE:

p This is from the Department of Energy. President Clinton would like a PECO representative to provide him with a briefing of current plant conditions. Is someone there available to speak to President Clinton?

Provide the message.

I I

EXPECTED ACTIONS:

Refuse to disiminate any information.

Route the request to the ENC.

l

)

n,S ,5, Dn,cc, 3

Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operationst Message Number: 31 Actual Time: 12:00 Scenario Time: 04:00 3 Message For: SHIFT MANAGER Location: Simulator Message From: Simulator Controller MESSAGE:

When announcing the plant evacuation over the plant PA system make the following announcement in lieu of the announcement in ERP-130.

"THIS IS A DRILL, THIS IS A DRILL. SITE EVACUATION NOTIFICATION. ALL PLANT PERSONNEL CONTINUE WITH YOUR NORMAL WORK ACTIVITIES. ALL DRILL PLAYERS REPORT TO YOUR EMERGENCY RESPONSE FACILITY. THIS IS A DRILL, THIS IS A DRILL."

REPEAT ANNOUNCEMENT Make NO announcement over the POND PAGING SYSTEM.

CONTROLLER INFORMATION:

Deliver this message to simulator personnel prior to their making the site evacuation message to plant personnel.

EXPECTED ACTIONS:

Make tne repiacement announcement.

g I

k 3

r Peach Bottom Atomic Power Station Drill: P84 ]

Annual Exercise Unit: 2 Rev: '

Controller Message Form THIS IS A DRILLI Do NOTInitiate A_ctions Affectina Normal Plant Operationsi Message Number: 32 Actual Time: 12:20 Scenario Time: 04:20 0 Message For: Health Physics Group Leader Location: Operations Support Center Message From: HPGL Controller MESSAGE:

Need additional lapel air samplers. Peach Bottom supplies have already been depleted.

CONTROLLER INFORMATION:

Provide the message.

, EXPECTED ACTIONS:

Route request for the lapel samplers to the HPTL in the TSC.

HPTL will contact the Logistics Support Coordinator.

F THIS IS A DRILLI

}

(

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Nonnal Plant Operations!

Message Number: 33 Actual Time: 12:20 Scenario Time: 04:20 0 Message For: AERM Location: EOF Message From: EOF Lead Controller MESSAGE:

This is the NRC duty officer from NRR, an Incident Response Team will be arriving at the EOF and TSC by 1:30pm. Please provide a summary of the following to the Team Lead (lead controller) upon arrival:

- a detailed briefing of the event

- an assessment of the plant conditions vs design basis

-identification of Tech Specs violated

- access training and clearance of the arriving onsite team

- arrangements for lodging and meals for the team

- floor plan of the EOF, identifying the equipment for the team

- discussion for recovery from this event

- core geometry assessment

- status of personnelinjured, contaminated, and personnel exposure (along with any dose extensions that were required)

- calculated time for SGTS to remove the reactor building airborne rad

- status on the security event summary & impact of all equipment lost CONTROLLER INFORMATION:

A controller should simulate being the team and receive the requested information. The following are the names of the team:

John Cooper, SSN 099-50-9876, Team Lead Daniel Thompson, SSN 839-46-2131 Lenard Hamilton, SSN 324-56-4323 Michael Williamson, SSN 171-40-6611 EXPECTED ACTIONS:

Inform the ERM of the NRC expectations and coordinate with EOF personnel.

EOF should contact TSC to inform them of arrival of incident Response Team there.

THISIS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

"* CONTINGENCY MESSAGE *"

Message Number: 34 Actual Time: 12:28 Scenario Time: 04:28 1 Message For: Emergency Response Manager Location: Emergency Operations Facility Message From: EOF Lead Controller MESSAGE:

At a minimum deliver the following PAR:

Recommend evacuate 2 mile radius, evacuate affected sector (s) and 2 adjacent sector (s) for 2-5 miles.

CONTROLLER INFORMATION:

This message should be delivered only after conferring with the lead drill controller and it is verified that a General Emergency was declared.

I in addition, this message should not be delivered if an appropriate PAR has been delivered or there is discussion in progress which would lead to the timely issuance of a PAR.

EXPECTED ACTIONS:

Issue an appropriate PAR I

l THISIS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

" SIMULA TOR MESSA'1E *"

Message Number: 35 Actual Time: 12:4d Scenario Time: 04:45 1 Message For: Emergency Response Manager Location: Emergency Operations Facility Message From: EOF Lead Controller MESSAGE:

The NRC has dispatched the following regional response team:

To the TSC:

Simon Smith 068-11-0245, Tom Thornton 125-84-1772, Steven Potts 288-01-0711, and John Smith 721-01-9374 Mr. Thornton and Mr. Aikens are not on the site access list and will require access training please provide the NRC with details relarng to their training arrangements.

To the EOF:

Robin Renninger 712-90-1844. F rederick Roberts 183 v12764, Jack Mcdonald 134-46-1093, and Frank Eisenberg 022 91-7192.

The teams are expected to arrive at their facilities at 1330.

CONTROLLER ?NFORMATION:

Provide the message.

n l'

EXPECTED ACTIONS:

Route training and access information to the training liasion.

I l

[HIS IS A DRILLI e

i

l Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsl Message Number: 36 Actual Time: 12:55 Scei.orio Time: 04:55 0 Message For: Emergency Response Manager Location: Emergency Operations Facility Message From: EOF Lead Controller MESSAGE:

This is WlOV Radio, would you please provide us with a summary of current plant conditions at Peach Bottom Atomic Power Station?

I CONTROLLER INFORMATION:

Provide the message, frre play.

I I

EXPECTED ACTIONS:

ERM: Refuse to provide information and route request for information to the ENC.

I I

THIS IS A DRILLI w

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

- - CONTINGENCY MESSAGE *"

Medrage Number: 37 Actual Time: 13:03 Scenario Time: 05:03 3 Message For: Simulator Crew Location: Simulator Message From: Simul: tor Controller MESSAGE:

Drywell radiation readings are in excess of 4E04 R/hr.

CONTROLLER INFORMATION:

Provide this massage if shift fails to identify the rad level.

EXPECTED ACTIONS:

Simulator informs TSC of GENERAL EMERGENCY, PAR will be es follows: Evacuate 5 mile radius, evacuate affected sector (s) and 2 adjacent sectors for 5-10 miles.

I I

h

\

s THIS IS A DRILLI

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operations!

" CONTINGENCY MESSAGE "*

Message Number: 38 Actual Time: 13:18 Scenario Time: 05:18 1 Message For: Emergency Director Location: Technical Support Center Message From: TSC Lead Controller MESSAGE:

Declare a GENERAL EMERGENCY in accordance with ERP-101, Table 2, FUEL DAMAGE, Containment Radiation >4E+04 R/hr with containment intact.

CONTROLLER INFORMATION:

ly Deliver this message if a GENERAL EMERGENCY has not yet been declared and there is no discussion in progress which would logically lead to the cassification of a GENERAL EMERGENCY.

l EXPECTED ACTIONS:

Declare a GENERAL EMERGENCY in accordance with ERP-101-8.

I I

i 1

l

~

THISIS A DRILLI

I g Peach Bottom Atomic Power Station Drill: P84 l Annual Exercise Unit: 2 Rev:

Controller Message Form THISIS A DRILLI Do NOTInitiate Actions Affectina NormalPlant Operationst

" SIMULATOR MESSAGE *"

Message Number: 39 Actual Time: 13:30 Scenario Time: 05:30 0 Message For: Shift Manager Location: Simulator Message From: Simulator Controller Containment pressure is decreasing.

CONTROLLER INFORMATION:

Provide this message only if the simulator fails.

EXPECTED ACTIONS:

Notify the TSC of the fact that containment pressue is falling more rapidly then expected.

Evaluate radiological conditions (in plant and effluent release levels).

I I

i I

THISIS A DRILLI l

l

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

- - CONTINGENCY MESSAGE *"

Message Number: 40 Actual Time: 13:33 Scenario Time: 05:33 1 Message For: Emergency Response Manager Location: Emergency Operations Facility Message From: EOF Lead Controller MESSAGE:

At a minimum deliver the following PAR:

Recommend evacuate 2 mile radius, evacuate affected sector (s) and 2 adjacent sector (s) for 2-5 miles.

CONTROLLER INFORMATION:

This message should be delivered only after conferring with the lead drill controller and it is verified that a General Emergency was declared.

In addition, this message should not be delfvered if an appropriate PAR has been delivered or there is discussion in progress which would lead to the timely issuance of a PAR.

EXP5CTED ACTIONS:

Issue an appropriate PAR THIS IS A DRILLI Dd

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationst

"* SIMULATOR MESSAGE *"

Message Number: 41 Actual Time: 13:35 Scenario Time: 05:35 0 Message For: Simulator Crew Location: Simulator Message From: Simulator Controller MESSAGE:

The following simulator annunicators are in alarm:

003 B-1 UNIT REAC BLDG HI RADIATION CONTROLLER INFORMATION:

Pnvide this message if the simulator fails.

EXPECTED ACTIONS:

Inform the TSC of rad conditions.

I I

I

]

THIS IS A DRILLI l

e

Peach Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operations!

"* CONTINGENCY MESSAGE *"

Message Number: 42 Actual Time: 13:45 Scenario Time: 05:45 1 Message For: Emergency Director Location: Technical Support Center Message From: TSC Lead Controller MESSAGE:

The bus lockout on the E12 bus was caused by a momentary fluctuation in bus current caused by a grid fault.

The differential lockout can be reset and the bus can be restored to service.

I CONTROLLER INFORMATION:

This message is to be issued if the E12 bus has not yet been restored to an operable configuration and there is 1 no initiativas in place that would lead to the restoration of this bus in a expeditious fachion.

EXPECTED ACTIONS:

Notify the simuiator crew of tne impending retum of tne E12 bus.

l Simulator:

Notify TSC of restoration.

After bus restoration utilize the B RHR system and/or the R RHRSW system to supply mako up to the RPV.

I THIS IS A DRILLI

Peach Bottorn Atomic Power Station Drill: P84 Annual Exeruse Unit: 2 Rev:

I Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Norma! Plant Operations!

Message Number: 43 Actual Time: 14:30 Scenario Time: 06:30 0 Message For: Shift Manager Location: Control Room Message From: Control Room Controller MESSAGE:

The exercise can be terminated at your discretion. Make the following page announcement:

" Attention all personnel, attention all personnel: The 1998 Peach Bottom Atomic Power Station Emergency Preparedness Graded Exercise is Terminated."

I

.. REPEAT THE MESSAGE..

Also notify the state and county aponces that the drill has been terminated.

CONTROLLER INFORMATION:

Deliver this message after conferring with the lead exercise controller and the determination is made that all

[y exercise objectives have been met. This message is not to be distributed until the Lead Drill Controller is satisfied that all objectives been able to be demonstrated. Direct a control room operator to make PA Announcement EXPECTED ACTIONS:

A control room operator makes PA announcement.

I l

THIS IS A DRILLI

l i

Peach Bottom Atomic Power Station Drill: P84 I Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 44 Actual Time: 14:30 Scenario Time: 06:30 0 Message For: ERM Location: EOF Message From: EOF Lead Controller MESSAGE:

ERM: Announce this to the ERO:

"In the circumstances that this drill were in fact an actual radiological event, the response would not be terminated until the release was confirmed to have been stopped and the environmental measures of i maximum air concentration were evaluated and determined to be safe. A recovery organization would have been initiated and would continue to exist for an extended time."

CONTROLLER INFORMATION:

Present this message to the ERM shortly before termination of the dnll.

i EXPECTED ACTIONS:

I The ERM should inform the govemmental agencies and the ERO of the contents of this message, l

i THISIS A DRILLI A

Peacn Bottom Atomic Power Station Drill: P84 Annual Exercise Unit: 2 Rev:

Controller Message Form THIS IS A DRILLI Do NOTInitiate Actions Affectina Normal Plant Operationsi Message Number: 45 Actual Time: 14:30 Scenario Time: 06:30 0 Message For: Emergency Director Location: Technical Support Center Message From: TSC Lead Controller MESSAGE:

The exercise can be terminated at your discretion. Have the following page announcement made:

" Attention all personnel, attention all personnel" Todays emergency preparedness exercise has been terminated.

I Repeat announcement CONTROLLER INFORMATION:

This message should only be delivered after consultation with the lead drill controller and the decision is made that all drill objectives have been met.

I EXPECTED ACTIONS:

Restore all facilities to a standby status vono e-! facility critique i

THIS IS A DRILLI i

i!llillill1 ,l iI j l l )

. l l l . i l l l l l I l l l l l l l l l l l l l l l l l I a 40 c 7

- 7 7 7 7 1 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 N K c I C / E E- -E -E -E E E E E E E E E E E E E E E E PV A A M T C 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 E S u 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 OR I

R2 c 7 7 7 7 7 A T T c 7 7 7 7 E - E - - E E- 7E -

7 7 7 7 7 7 7 7 7 7 NT I mEV C N /

i 0 0 0 0 0 E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 EI 1 u

CN 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 SU L 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

+ + + + +

0 0 0 0 0 L r + + + + + + + + + + + + + + +

E D h E E E E E E E E E E E E E E E E E E E E W A / 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Y R R R 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 D

E R 0 0 8 4 4 4 4 4 4 4 4 4 4 4 4 4 3 1 7 8 S U g U S i 3 5 R S s O E p T R P

7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 8 S L t U E e 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 R V e 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 E f ML S P 0 0 0 0 0 0 0 0 0 0 0 2 3 5 6 8 8 8 8 2 U M F 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 8 9 S R E '

R MT E

T E L . . . . . . . . .

M L P 9 . 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9. 5 3 5 7 A E W

M F E

2 2 2 2 2 1 1 a 1 1 2 2 2 2 2 1 1 1 1 1 2 2 2 2 2 1 1 1 1 1 2 3 1 1 4 4 4 1 1 1 R Y T A R D

P

- E L R 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 7 2 4 0 L U g 1 E S 3 7 9 A

l W S e T Y E p R R 5 A D P .

D 4 R

L T A W h r 7 7

+ +

7 6 6

+

6 0 0 0 0

+ + + +

0

+

0 0 0 0

+ + + +

0 0 0 0 0

+ + + * +

. A W D/

D E E E E E E E E E E E E E E E E E E E E N

I b 4 4 4 3 2 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0

_ E F 1 O E F

M 1 1 1 6 6 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 I

, T A r 7 7 7 6 6 6 0 0 0 0 0 0 0 0 0 0 0 0 0 0 R M W h + + + + +

E E E E E

+ + + + + + + + + +

E E E E E E

+ + + + +

E E E E E A E D/ I b 4 4 4 3 2 E E E E E 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 P T F S

1 M 1 1 1 6 6 6 0 0 0 0 0 O 0 0 0 0 0 0 0 0 O

, N O

I R 0 0 0 0 0 0 0 0 0 0 0 O 0 0 0 0 0 0 0 0 T O R -

T E 0 0 0 5 3 4 A CW% 0 0 0 4 4 4

, T S

A O E P R

1 1 1 R E E R R O U g 8 8 . . 8 8 6 9 1 1 0 3 3 6 3 3 1 8 5 2 7. 5 W T S i C S s 2 2 2 7 7 0 0 9 9 7 2 2 0 4 9 9 9 9 8 0 5 9 5 4 8 7 6 6 6 3

6 6 5 4 1 3 6 4 O A E p f

I 1 1 P E R R P C

I R L . , . . . . . . . , . . . . . . . . .

M O T

VL se 3 2 2 2 2 2 3 3 5 4 5 2 2 2 2 1 7.

2 3 1 5 2 2 2 2 2 3 5 3 7 5 8 0 2 9 2 2 6 7 7 O

_ C h - - 1 1 2 TE A R c E T n AS R W i I

MC OR K E N C MI M 0 5 0 5 0 0 4 0 5 0 5 0 5 3 3 4 4 0 5 0 5 0 0 1 3 4 0 5 5 8 0 2 1 2 2 3 3 TE D T R : : : : : :

1 3 1 TX I C H 8 8 8 8 9 0 0 0 0 0 9 9 9 9 9 0 0 0 0 0 0 0 0 0 1 1 1 1 1

1 1

1 1 1 1 1 OE B

L HA L E N 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 5 8 0 2

- CU L M M 0 1 3 4 0 1 3 3 4 4 0 1 3 4 0 1 2 2 3 3

- AN I R T R I : : : : : :

0 0 0 0 1 1 1 1 1 1 2 2 2 2 3 3 3 3 3 3 EN D H 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 PA . l l l .e l l l l j 1 l l l l l l l l l l l l l l l l l 1 I

411Ill 11llil1 l ll 1 e

. jl l I l l l l l ! l l l l l l l l l l l I l .

40 c 7 7 7 7 6 5 5 4 4 4 0 0 0 0 0 0 8 N a c - - - - - - - - - - + + + + + +

I c / E E E E E E E E E E E E E E E E PV A A M T C 1 0 0 0 0 3 2 4 5 8 5 B.

3 3 3 3 3 E S u 1 1 1 3 2 2 7 1 2 4 0 1 1 1 1 1 OR I

R2 c A T T c 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7

NT I N E i N / E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 E

0 EI U V C CN u 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 SU L

I r 0 0 1

+ + + + +

3 3 4 4 4 4 4

+ + * + +

4 4 4

+ + * + +

4 4 4

+ -

E D h E E E E E E E E E E E E E E E E W A / 0 0 2 2 7 2 7 0 1 2 0 2 8 5 4 2 Y R R R 1 1 1 1 6 2 3 5 6 7 6 5 4 4 4 4 D

E R 4 3 5 6 8 4 5 8 3 4 6 4 7 4 8 3 S U g U S i 2 3 4 5 6 6 5 4 4 2 1 5 3 2 1 1 R S e 1 1 1 1 1 1 1 1 1 1 1 E

MR p P

9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 9 S L- t U F e 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 R e 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1

"..f ML mE m

S R

E T

M A

R A

P D

S P U M F R E

O I

L L

E W

Y R

P T

M F E

T 1

1 5

9 9 9 0 0

. 8 5 5 6 7 8 1

7. 8 1

1 1

1 1 8 9 1 1 4 7.

0 0 0 0 0 1

2 9 9 9 0 0 1

1 1

4 6 6 5 4 1

8 3 1

1 2 2 1

4 3

1 1

0 0 9 9 9 0 9 8 7 7 2 1

0. 9 8 8 1

8 9.

1 6 2 1

1 2

7 9

7 1

r - E L R 9 7 9 9 2 u L U g E S i 7 9 2 7 2 1 8 4 1 6 2 2

s A W S s 4

1 5 6 7 9 1 1 1 1 8 7 7 6 1 1 1 1 1 4 1 4 3 2 1 1

1 T Y E p R R 5 A D P .

s u

D 4 R

n L T r 0 0 0 0 0 0 0 0 0 G 0 0 0 0 0 0 u A A W h W D/

+ + + + +

E E E E E

+ + + + +

E E E E E E

+ + + + +

E E E E E

+

N D I b 0 0 0.-

0 0 0 0 0 0 0 0 0 0 6 0 0 E F 1 O E M 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 e I F

m m T u A r 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 R M W h + + + + + + + + + + + + + 4 + +

E A E D/

I b E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 E E E E E 0 0 0 0 0 E

0 P T F 1 a O S M 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 N

u O I R 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 T MR E

A CW%

A C T

mE E P S R R R R E

O U g 6 2 . . 9 393 2 3 5 7. 3 4 1 7. 3 . 2 4 9 W T C S s S i 4 5 4 4 4 3 4 4 5 4 4 4 4 3 O A E p P E R R P C

I R L . . . . . . . , . . . . . . ,

M U */

T L e s 1 0

6 0 4 2 7.

3 7

2 3 4 2 7 2 3 2 3 3 2 6 2 4 5 9 2 2 2 2

O C h 2 1 -

3 3 3 TE A R c E T n AS R W i I

MC OR K E N C M M :

5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 TE D I 3

4 4 0 1 3 4 0 1 3 4 0 1 3 4 0 TX I C

T R H

1 1 1 1 1 1 2 2 1 1 2 2 3 1 1 1 3

1 3

1 1 4 4 1

4 1

5 1

OE B

L HA L EM MN CU L 5 0 5 0 5 3

34:3 4 0 1 0 5 0 5 0 3 4 0 1 3 5 0 5 0 5 4 0 1 3 4 0

0 AN I R T R I :

3 4 4 4 4 5 5 5 5 6 6 6 6 7:

EN D H 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 PA . l l j .B l l l l l I l l l l l l l l l l l 1 l .

PEACH BOTTOM ATOMIC POWER STATION SCENARIO P84 ANNUAL EXERCISE UNIT 2 REV 1 TABLE 4.6a METEOROLOGICAL DATA

SUMMARY

I T-TIME WS 320' WD 320' T320- 33 WS 33' WD 33' T 75- 33 TEMP RAIN 08 320' a8 33' I ...... ....... ....... ........ ....... ....... ........ ..... ..... ....... .......

00:00 7.9 323 -1.10 4.9 334 .20 52.2 .00 7.0 13.0 00:15 7.9 331 -1.20 5.4 324 .20 52.4 .10 8.0 10.0 00:30 10.4 333 -1.20 8.0 331 .20 53.1 .10 8.0 13.0 00:45 11.9 342 -1.30 8.7 341 .20 53.9 .10 7.0 10.0 01:00 11.7 344 -1.40 8.9 338 .20 54.1 .00 8.0 11.0 01:15 10.9 335 -1.30 8.2 336 .20 54.9 .00 10.0 11.0 01:30 10.6 323 -1.30 7.6 349 20 55.6 .00 9.0 11.0 01:45 11.2 334 -1.40 9.1 345 .20 56.2 .00 11.0 11.0 02:00 12.0 346 -1.50 9.1 2 .20 59.4 .00 11.0 15.0 02:15 9.5 349 -1.40 10.1 8 .20 60.2 .00 8.0 13.0 02:30 12.6 353 -1.40 10.1 7 .20 60.4 .00 7.0 12.0 02:45 9.2 357 -1.40 10.5 2 .20 61.3 .00 9.0 11.0 1 03:00 03:15 9.2 344 336

-1.50 10.7 10.3 349 .20

.20 62.3 .00 6.0 11.0 9.5 -1.40 4 64.5 .00 7.0 16.0 03:30 9.6 325 -1.50 9.4 358 .20 65.1 .00 13.0 16.0 03:45 10.1 342 -1.50 9.1 355 .20 65.9 .00 11.0 13.0 1 04:00 10.2 345 -1.50 B.5 2 .20 66.4 .00 7.0 11.0 04:15 10.8 356 -1.50 7.9 2 .20 67.3 .00 8.0 13.0 14:30 12.9 345 -1.50 9.9 359 .20 67.5 .00 8.0 13.0 Os:45 12.7 351 -1.60 b.7 356 .20 68.3 .00 9.0 18.0 05:00 9.9 353 -1.60 9.9 349 .20 68.1 .00 11.0 12.0 05:15 8.8 347 -1.60 9.1 353 .20 69.2 00 8.0 13.0 05:30 8.1 355 -1.50 8.1 348 .20 68.2 .00 8.0 11.0 1 05:45 8.0 353 -1.40 7.9 351 .20 67.9 .00 7.0 13.0 06:00 '.P 349 -1.40 7.8 354 .20 68.3 .00 10.0 14.0 06:15 7.7 355 -1.30 7.6 352 .20 69.1 .00 9.0 13.0 1 06:30 06:45 7.5 7.3 351 348

-1.40

-1.30 7.4 7.2 351 349

.20

.20 69.3 68 9

.00

.00 11.0 12.0 12.0 14.0 07:00 7.2 353 1.40 7.1 353 .20 69.4 .00 11.0 16.0 I

NOTE: These are the Meteorological Conditions Affecting I the Plume at the Times Indicated Above.

The 15-minute Averages Provided to the Players Are 15 Minutes Behind the Above Values Due to t he Averagir.g Delay of the Met Instruments L

u '

i PEACH BOTTOM ATOMIC POWER STATION EMERGENCY RESPONSE GRADED EXERCISE SCENARIO P84 i

SECTION 5.1 EMERGENCY RESPONSE PROCEDURES INDEX l

l Attached are the PECO Nuclear Emergency Response Procedures indires site specific and common.

I I

)

5.1-1 B

y [ . . . . -

1 ARROW DOWN OR ENTER PROCEDURE TYPE - PRESS ENTER A-C - Administrative Procedures A - Administrative AA-CG - ADMINISTRATIVE GUIDELINES i

AA -

Administrative AG-CG - Administrative Guidelines i AG - Administrative Guideline ARC - Annunciator Response Cards CB-CG - Conduct of Business Guidelines l CH- C - Chemistry Procedures CH-CG - Chemistry Guidelines CH - Chemistry l CS - Computer System CSAG-C - Coating Systems Application Guide Procedures DC-C - Document Sves Procedures i DC-CG - Document Sves Guidelines J E - Event EP-C Emergency Procedures EP-UG - Emergency Preparedness Unique Guidelines l EPDU-Emergency Preparedness Dept Unique ERP-C - Emergency Response Procedures ERP-C-1000 2 EMERGENCY OPERATIONS FACILITY (EOF) ACTIVATION /D ERP-C-1000-1 1 ERP-C-1000-2 1 EOF ACTIVATION CHECKLIST 1 EOF DEACTIVATION CHECKLIST ERP-C-1100 Canceled (Incorporated into ERP-C-1250)

ERP-C-1200 5 EMERGENCY RESPONSE MANAGER l ERP-C-1200-1 0 EMERGENCY RESPONSE MANAGER TURNOVER / BRIEFING F ERP-C-1200-2 O CANCELED s ERP-C-1210 2 CANCELED F ERP-C-1250 1 EMERGENCY PREPAREDNESS COORDINATOR / EOF h

ERP-C-1250-1 0 Emergency Power Instructions ERP-C-1250-2 0 Emergency Preparedness Coordinator Instructions for Aspen ERP-C-1250-3 0 Emergency Preparedness Coordinator Instruct;ons to Stop St ERP-C-1250-4 0 Emergency Preparedness Coordinator Instructions for Syste tE C1300 5 EMERGENCY OPERATIONS FACILITY (EOF)

ERP-C-1300-1 0 DOSE ASSESSMENT TEAM LEADER INITIAL ACTIONS ERP-C-1300-2 0 DOSE ASSESSMENT TURNOVER LIST ERP-C-1300-3 1 PROTECTIVE ACTION RECOMMENDATION WORKSHEET ERP-C-1300-4 0 OFFSITE SAMPLE ANALYSIS REQUESTS ERP-C-1300-5 0 Determination of Protective Action Recommendations (PARS ERP-C-1310 3 EMERGENCY OPERATIONS FACILITY (ECF) DOSE ASSESS ERP-C-1310-1 0 DOf.,E ASSESSMENT GROUP LEADER INITIAL ACTIONS e ERP-C-1310-2 O OBTAINING MET DATA FROM NATIONAL WEATHER SERVI ERP-C-1310-3 9 OBTAINING EPDS MET / RAD DATA ERP-C-1310-4 0 USE OF MODE A/ MODE B OF CDM ERP-C-1320 3 EMERGENCY OPERATIONS FACILITY (EOF) FIELD SURVEY ERP-C-1320-1 0 FIELD SURVEY GROUP LEADER INITIAL ACTIONS ERP-C-1320-2 0 FIELD SURVEY GROUP LEADER TURNOVER SHEET ERP-C-1320-3 0 FIELD SURVEY GROUP LEADER DATA SHEET ERP-C-1400 2 ENGINEERING SUPPORT TEAM ERP-C-1400-1 O ENGINEERING SUPPORT TEAM CHECKLIST ERP-C-1410 1 EMERGENCY RESPONSE PROCEDURE ERP-C-1410-1 O RADIOLOGICAL DATA l

5 I

I d

ARROW DOWN OR ENTER PROCEDURE TYPE - PRESS ENTER ERP-C-1410-2 o Hydrogen Concentration Data ERP-C-1410-3 0 Containment Radiation Monitor Data ERP-C-1410-4 0 METAL WATER REACTION ERP-C-1410-5 o PERCENT OF FUEL INVENTORY AIRBORNE IN THE CONTA!

ERP-C-1410-6 0 PROCEDURES FOR ESTIMATING FUEL DAMAGE BASED ON ERP-C-1500 3 LOGISTICS SUPPORT TEAM ERP-C-1500-1 1 MESSAGE AND INFORMATION INSTRUCTIONS ERP-C-1500-2 1 HELICOPTER LAND!NG INFORMATION I ERP-C-1900 ERP-C-1900-1 1 RECOVERY PHASE IMPLEMENTATION O RECOVERY PHASE IMPLEMENTATION FLOW CHART ERP-C-1900-2 0 PEACH BOTTOM ATOMIC POWER STATION RECOVERY A ERP C-1900-3 I ERP-C-1900-4 0 UMERICK GENERATING STATION RECOVERY ACCEPTANC 0 RECOVERY PLAN OUTLINE ERP-C-1900-5 0 ASSESSMENT CONSIDERATIONS ERP - Emergency Response Procedure I F - Fire FH - Fuel Handling FM-C - Fuel Management Procedures i FM-UG - Fuel Management Unique Guidelines FM - Fuel Management GP - General Plant i HP-C Health Physics Procedures HP-CG - Health Physics Guidelines HP-UG Health Physics Unique Guideline HP - Health Physics 1 HZ-C - Hazardous Materials Procedures i

I

[

r c .. - - -

PEACH BOTTOM ATOMIC POWER STATION

( !!MERGENCY RESPONSE GRADED EXERCISE SCENARIO P84 h SECTION 5.2 REFERENCE DOCUMENTS

{

[

1. Nuclear Emergency Plan

2. Peach Bottom Atomic Power Station, Emergency Response Procedures

3. Emergency Response Procedures - Common

4. Peach Bottom Atomic Power Station, Final Safety Analysis Report

5. Title 10, Code of Federal Regulations, Part 50, Appendix E

[ 6. NUREG-0654/ FEMA-REP-1, Revision 1

(

[

5

[

r L

5.21

PEACH BOTTOM ATOMIC POWER STATION GRADED EXERCISE SCENARIO P84 ACKNOWLEDGEMENTS 1

The following people participated in the preparation of this scenario:

1 D. MacNeal Operations - PBAPS D. McRoberts Operations - PBAPS C. McDaniel Operations - PBAPS M. Sheridan Operations - PBAPS I M. Norman Operations - PBAPS D. Barron Dose Assessment - PBAPS J. Volz Health Physics - PBAPS I T. VanWyen G. Delany Training - PBAPS l&C-PBAPS N. Yost EP-PBAPS D. Lerch Corporate EP I W. Trump Security - PBAPS G. Stenclik Chemistry - PBAPS G. Swayne Engineering - PBAPS L

[

5.3-1 h9 _____-.m

ML20206R257

Contents

Text

1.0 INTRODUCTION

5.0 REFERENCES

SUMMARY

SUMMARY

Navigation menu

ML20206R257

Text

1.0 INTRODUCTION

5.0 REFERENCES

SUMMARY

SUMMARY

Navigation menu

Search