ML20210P546

Rev 0,Vols 1-5 of Fort Calhoun Station 1999 Emergency Preparedness Exercise Manual, to Be Conducted on 990810. Pages 2-20 & 2-40 in Vol 2 & Page 4-1 in Vol 4 of Incoming Submittal Not Included

ML20210P546
Person / Time
Site:	Fort Calhoun
Issue date:	06/08/1999
From:	OMAHA PUBLIC POWER DISTRICT
To:
Shared Package
ML20210P541	List: LIC-99-0054, Forwards Manual Containing Description of Fort Calhoun Station 1999 Emergency Preparedness Exercise, to Be Conducted on 990810 ML20210P546
References
NUDOCS 9908130031
Download: ML20210P546 (400)

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{{#Wiki_filter:* OMAHA PUBLIC POWER DISTRICT FORT CALHOUN STATION 1999 EMERGENCY PREPAREDNESS EXERCISE MANUAL VOLUME 1 CONDUCT OF EXERCISE CAUTION: THIS MANUAL CONTAINS CONFIDENTIAL EXERCISE INFORMATION THAT CAN NOT BE SHARED WITH EXERCISE PARTICIPANTS PRIOR TO THE 1999 EMERGENCY PREPAREDNESS EXERCISE SCHEDULED FOR AUGUST 10,1999. ga $000k $000!ss y PDR

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1999 FORT CALHOUN STATION EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS VOLUME 1 CONDUCT OF EXERCISE Scope and Participants 1-1 Guidelines and Simulations 1-5 Participant Guidelines 1-11 Controller / Evaluator Guidelines 1-19 Objectives 1-24 Objective Evaluation Forms - 1-37 1 VOLUME 2 SCENARIO EVENTS Narrative Summary 2-1 Time Line And Master Events Summary 2-3 Messages 2-8 In-Plant Radiological Data 2-65 On-Site Radiological Data 2-71 Meteorological Forecasts 2-75 VOLUME 3 OPERATIONAL AND ERFCS DATA Area Monitor Data Summary 3-1 Process Monitor Data Summary 3-3 Example ERFCS Pages 3-5 Sample Operational Data Sheet 3-17 Sample Radionuclide Analysis Report 3-19 Radiochemical Data 3-21 Operational Data Graphs 3-39 Operational Data Summary 3-44 VOLUME 4 DOSE ASSESSMENT AND FIELD TEAM DATA Introduction 4-1 Meteorological Data Summary 4-2 Dose Assessment Data - 4-5 Field Team Data 4-35 VOLUME 5 MEDIA RELEASE CENTER MESSAGES Introduction 5-1 - OPPD Rumor Control Messages 5-2 lowa Rumor Control Messages 5-57 News Media Messages 5-112 REV0 i

i L CONDUCT OF EXERCISE l SCOPE AND PARTICIPANTS I ( l The scope of the exercise and a listing of key participants is provided under this

heading. The list of participants is further broken down to utility, state / local facilities and l service agencies, and includes addresses for each.

i 1 l l l l l l l l l l l l REV. 01 1-1 t u__

CONDUCT OF EXERCISE l l SCOPE AND PARTICIPANTS ) SCOPE 1 l As an assurance that the health and safety of the general public will be protected in the event of an accident at the Fort Calhoun Station (FCS), the Omaha Public Power District (OPPD) conducts routine emergency preparedness exercises. Exercises , - simulate accident conditions and radiological hazards that require major portions of l utility, state and local emergency response plans and procedures to be implemented. l Emergency responses are evaluated for adequacy by all participants, the Nuclear j Regulatory Commission (NRC), and the Federal Emergency Management Agency (FEMA). Exercise accident sequences, timelines and the severity and characteristics of l radiological hazards are held in confidence prior to conducting the exercise. The exercise scenario is sufficient to require complete activation of all OPPD emergency response facilities and state / county emergency operations centers for accident mitigation. The accident scenario will require evaluation and decision making l on protective actions for the general public surrounding FCS. The accident scenario will include conditions which may require the use of Severe Accident Management Guidelines (SAMGs). The use of SAMGs is not part of the formal scope of this exercise and no specific objectives are included to evaluate their use. Only the recognition of SAMG entry conditions and the decision to enter the SAMGs will be evaluated as part of the exercise. l Evaluations of emergency response to situations presented by the exercise scenario help provide an assessment of the adequacy of utility radiological emergency response plans and procedures. In addition, conduct of the exercise is valuable in determining whether adequate resources, including trained personnel assigned emergency response responsibilities, are available to evaluate situations and take actions to protect the health and safety of the general public in the event of an emergency at FCS. l Omaha Public Power District is committed to providing realistic training drills and l exercises for both company and offsite personnel. Drill and exercise scenarios will be l produced from " logical" sequences of events that represent a potential emergency at l the Fort Calhoun Station. In some cases, time constraints force a reduction in timelines l to ensure that appropriate objectives are accomplished within the scope of the . scheduled drill / exercise, however, OPPD will not include any activities or parameters that are above and beyond the design capability of the Fort Calhoun Station. l-REV.01 l 1-2

l l I-l CONDUCT OF EXERCISE SCOPE AND PARTICIPANTS SCOPE (continued) The 1999 exercise will consist of a " routine" plume exposure pathway exercise which will include a simulated radiological release to the environment that will require l protective actions to be taken for the general public surrounding and/or downwind of the ! ' facility. This exercise will be conducted to demonstrate all designated objectives. All l l designated OPPD, state and local personnel will participate in this phase of the exercise. l All of the specific exercise objectives for various offsite agencies have been agreed l upon between the offsite agencies and FEMA and documented in FEMA " Extent of Play Memorandums", therefore, they are not reproduced in this transmittal. j REV.01 1-3 i l

                                                                                                 )

PARTICIPANTS , The following listing indicates which primary (command and control / decision making

   . locations) emergency response facilities will participate in the 1997 Fort Calhoun Station Emergency Preparedness Exercise:
                                                                                           ~

OMAHA PUBLIC POWER DISTRICT (CPPD) Control Room (CR) Simulator Fort Calhoun Station, Highway 75, Four Miles North of Fort Calhoun, NE Technical Support Center (TSC) l Fort Calhoun Station, Highway 75, Four Miles North of Fc.R Calhoun, NE  ! l Operations Support Center (OSC) l I Fort Calhoun Station, Highway 75, Four Miles North of Fort Calhoun, NE Emergency Operations Facility (EOF) North Omaha Station,7475 J.J. Pershing Drive, Omaha, NE Media Release Center (MRC) Energy Plaza,444 South 16 Street Mall, Omaha NE STATE OF NEBRASKA State Emergency Operation Center Nebraska Emergency Management Agency,1300 Military Road, Lincoln, NE

       ' Washington County Emergency Operations Center Basement of Law Enforcement Building,1535 Colfax Street, Blair, NE.

STATE OF IOWA State Emergency Operations Center STARC Armory,1600 NE 78th Avenue, Johnston, Iowa j Harrison County Emergency Operations Center County Sheriffs Offices,105 S. First Ave., Logan, IA. Pottawattamie County Emergency Operations Center County Sheriffs Offices, Pottawattamie County Courthouse,227 S. 6th Street, - Council Bluffs, IA REV. 01 1-4

l i CONDUCT OF EXERCISE i l GUIDELINES AND SIMULATIONS Exercise guidelines and simulations are provided under this heading. Guidelines define parameters under which the exercise will be conducted and delineate the extent , to which objectives will be demonstrated, l Simulations define the boundaries of emergency responses by participants. Areas where participants will not be allowed to carry out emergency responses to the fullest extent are indicated under simulations. Limitations in emergency responses are l necessary to protect personnel and the integrity of the operating reactor, and to limit l impact to the public while simulating emergency conditions. i l I I i l l REV.01 1-5

CONDUCT OF EXERCISE GUIDELINES AND SIMULATIONS (continued)

1. The exercise is scheduled for August 10,1999.

2. Personnel necessary for safe reactor operation will be exempt from all exercise activities.

3. Actual operational or radiological events or emergencies take precedent over all other activities. If an actual operational or radiological event should occur, the exercise shall be suspended and players notified via the controller network. The senior exercise controller shall then consult with management to coordinate resumption of the exercise following resolution of the actual event.

4. Participants will be informed of the exercise date, but will not be informed of the start time. Only the exercise Control Room Simulator crew will be pre-positioned for the initiation of the exercise (see item 8 below).

5. Participants will not be informed of the scenario events, time lines, or data.

6. Participants will be pre-briefed on limits to responses and on any required actions during responses (the CONDUCT of EXERCISE, PARTICIPANT GUIDELINES section of the full exercise scenario will contain content of briefing).

7. Scenario initial conditions (the SCENARIO EVENTS, INITIAL CONDITIONS section of the full exercise scenario will contain these details) will be distributed to participants prior to the start of events through the use of the following routine documents:

Plan of the Day (copied on colored paper to distinguish from actual POD) Routine shift tumover paperwork (in simulator only) Operations Department " Nite Notes" (in simulator only) Preventive Maintenance Orders

8. Participants will not be pre-staged except for the following:

CONTROL ROOM SIMULATOR: Control Room Staff , Shift Supervisor, Senior Reactor Operator, Reactor Operators, Shift Technical Advisor, Communicator, Shift Chemistry Technician and Shift RP Technician) IN PLANT: Auxiliary and Turbine Building Operators, Water Plant Operator . DESIGNATED WORK SITES: Initial conditions activity personnel REV.01 1-6

CONDUCT OF EXERCISE GUIDELINES AND SIMULATIONS (continued) j

9. Personnel will be notified of emergency conditions through methods normally employed in making notifications, i.e. plant alarms, gal-tronics announcements, personnel pagers, building announcements, and the Interactive Notification System (ERO computerized notification system).

10. Scenario driven plant operations will be directed from the control room simulator.

       -    Control room communications will be performed using equipment similar to actual control room equipment.

Plant Emergency Alarm activation will occur under direction of participants in the simulator but will utilize actual control room equipment as the plant alarms cannot physically be sounded from the simulator. This restriction will impose an artificial delay in sounding plant alarms.

       -    Plant wide announcements will be initiated from the simulator via the gal-tronics system cross-connect between the plant and the training simulator.

Due to distance from the simulator to the actual plant, control room briefings and dispatch of auxiliary and turbine building operators will occur via j telephone, radio, or Gai-tronics system versus typical face-to-face j communications in the Control Room. j

      -    The sirnulator will operate " live time." In the event of simulator failure for a protracted period of time, annunciators, indicators of plant parameters, and computer displays may be simulated through the use of hard copy scenario messages. The senior exercise controller shall decide to continue the exercise using paper hard copy data, based on the recommendations of the control room simulator operator.

11. The emergency notification system (ENS branch of the Federal Telecommunications System) may be used to demonstrate system operability, depending on the desires of the U.S. Nuclear Regulatory Commission.

12. Data normally available.through the emergency response facility computer system (ERFCS) will be simulated through a tie between the simulator and the ERFCS computer terminals in the TSC, OSC and EOF from the simulator.

l

      -    The ERFCS terminals display a dark blue " SIMULATOR" indication in the            '

lower, center of the screens to depict simulated versus actual plant data. REV.01 ! 1-7 l

CONDUCT OF EXERCISE GUIDELINES AND SIMULATIONS (continued) During an actual plant emergency, the simulator tie in to the plant ERFCS terminals in the TSC, OSC, and EOF will be disconnected and the ERFCS terminals will be retumed to normal plant use.

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13. To the maximum practical extent, participants will be permitted " free play" in emergency responses and accident mitigation. Facility Lead Controllers, after making note of unanticipated actions, shall inform the senior exercise controller.

The senior exercise controller may prohibit certain actions to maintain emergency responses within the planned scenario time line. Credit for innovative approaches will be given at the facility critiques.

14. Emergency response by participants will be to the fullest extent possible without violating any station procedures or good practice.

Post accident sampling system data normally obtained may be provided to participants before the actual completion of the PASS sampling procedure due to scenario time compression. Protected area evacuation and initial accountability will be performed. Due to the expense of interrupting business, site evacuation will be simulated. Personnel that would normally be required to support an off-site evacuation must be simulated to carry out those duties. For example if RP technicians are requested to go to the EOF for vehicle monitoring / decontamination operations the RP Technicians must be removed from the OSC and not allowed to participate in other drill activities. Participants contacting outside organizations not specifically listed as a f participating organization will perform communication checks only.

15. Some areas of emergency response will be limited to protect personnel and equipment or to lessen the impact on the public.

Participants will not operate, manipulate or implement repairs on installed plant equipment or valves. Actual tag out of equipment and valves will not be performed, however, all required authorizations and paperwork should be completed to the extent - possible. REV.01 1-8

1 I CONDUCT OF EXERCISE GUIDELINES AND SIMULATIONS (continued)  ; i

    -     Controllers and Participants entering the Radiologically Controlled Areas of the Auxiliary Building and Radwaste Buildings for drill activities must sign in on and adhere to the requirements of existing RWP's or any special RWP made for the purmse of the exercise. Controllers and Participants should not enter areas proh bited by the goveming RWP for drill or exercise activities.
    -     Drill Participants and Controllers entering the Radiological Control Areas for actual PASS sampling should use existing RWP's as directed by RP personnel.
    -     If appropriate, onsite participants will demonstrate the procedure for donning SCBA's once but will not discharge air tanks. Controllers will inform
    -     If needed, offsite support will be simulated (i.e. fire or medical support).
    -      If needed, fire hoses will not be charged.
    -     Participants will not be administered radioprotective drugs.
    -     Offsite monitoring teams will not wear Anti-Contamination clothing in the field to prevent any public concem. Field Teams may be required to demonstrate the proper donning of protective clothing on OPPD property.                        .

l

    -     Actual decontamination of equipment and vehicles will not be performed.
    -      Participation by non-emergency OPPD personnel will be simulated (i.e.

Transmission and Distribution or System Protection).

16. Controllers for OPPD offsite monitoring teams shall rendezvous with their team in the TSC. Iowa and Nebraska offsite monitoring teams shall rendezvous with their teams per the instructions of the senior exercise controller.

17 Participants may request and, upon completion of appropriate actions, obtain from controllers additional information or data that was not previously available. Controllers shall not freely give out additional information. If, for example, players request the results of an intemal inspection of a circuit breaker, they must first demonstrate the required tools and techniques, and the appropriate level of knowledge to perform the inspection. Only then will the controller hand out the resuits of the inspection. All scenario in-plant data will be EARNED. -

18. Contingency messages will be issued only if participant actions affect planned scenario events, time lines, or datq and only if authorized by the Senior Exercise REV.01 1-9

p i l CONDUCT OF EXERCISE l GUIDELINES AND SIMULATIONS (continued) l ! Controller.

19. Controllers will assist in assuring that all communications include "THIS IS A DRILL," including faxes of dose assessments and FC-1188s.

l

20. The following actions and communications originating in the control room ,

! simulator that must be performed by the operational control room through the use l

                                                                                              /

l of intermediaries, etc., may cause delays due to use of the simulator;

       . Sounding of alarms.                                                              ;

• Drill participant in-plant operator briefings and communications.

       . Any actual equipment operation or manipulations that require Shift Supervisor approval.
       . Communications to the control room that are relayed to the simulator control room.

j ' 21. Control of site access traffic will not be completely restricted to allow normal plant deliveries and business to continue during performance of the exercise.

22. Non-participating employees may be allowed to retum to work after completing a protected area evacuation and initial accountability.

23. Radiological conditions are "as read" unless the simulator or a controller provides

      'other information. The current Radiation Protection surveys may be used for initial radiological conditions.

REV. 01 1-10

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CONDUCT OF EXERCISE { i PARTICIPANT GUIDELINES j 1 Participantguidelines are provided under this heading. These guidelines provide participants a basis and any limits to their emergency response during simulated i activities. Participants will be briefed on these guidelines prior to the start of any , l simulated activities. These guidelines contain no classified scenario material and are intended to be handed out to participants at the briefing. 1 l l l l l i REV.01 1-11 l

i l l CONDUCT OF EXERCISE  ! CONTROLLER / EVALUATOR GUIDELINES

1. The exercise is scheduled for August 10,1999,

2. Upon termination of exercise activities, facility critiques will be conducted in the Control Room (simulator), TSC, OSC, EOF and MRC. Field team controllers shall critique with their respective field teams. Every participant should complete a participant comment form (FC-EPF-15) and be prepared to discuss any major critique items. The facility manager or director is responsible for conducting the critique. .

3. A key participant / evaluator critique will be held at the time and location as L previously scheduled with the key participants from all emeigency response facilities and all controllers and evaluators. ERO personnel with manager, director or coordinator in their ERO title will normally attend the key participant brief.

4. Participants are listed in the Participant Section of this Volume. i

5. Personnel necessary for safe reactor operation are exempt from all exercise activities.  :

l , 6. Actual operational or radiological events or emergencies take precedent over all j other activities. If an actual operational or radiological event should occur, the l exercise shall be suspended and participants notified via established communications. The Senior Exercise Controller shall then consult with management to coordinate resumption of the exercise following resolution of the actual event.

7. Scenario initial conditions will be distributed to participants prior to the start of events through the use of the following routine documents:

1 ! . OPPD Plan of the Day

      .        Routine shift tumover paperwork
      .        Operations Night Notes
      .        Preventive Maintenance Orders

( I l l l REV. 01 1-12

CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES l

8. Participants will not be pre-staged except for the following:

Control Room Staff (in the Simulator)- This includes the Shift Supervisor, Senior j Reactor Operator, Reactor Operators, Shift Technical Advisor, Control Room J Communicator, Shift RP and Shift Chemist. , 1 Auxiliary Building, Turbine Building and Water Plant Operators (in the plant) Initial condition repair / planning personnel (in the simulator and at repair sites)

9. Personnel will be notified of Emergency Response Organization activation through )

methods normally employed in making notifications, i.e., plant alarms, Gai-Tronics i announcements, personnel pagers and building announcements. )

10. Scenario driven plant operations will be directed from the Control Room simulator.

    .         Simulator communications will be performed using equipment similar to actual control room equipment. All phones and the Gai-Tronics system will be in a " live" mode, rather than to the simulator operations booth. This is necessary to facilitate communications to areas outside the simulator.
    .         The phone number for telephones in the simulator are equal to the number in the actual Control Room plus 1000.
    .         A taxi may be available to transport participants and controllers to and from the Simulator.

• Plant alarm activation will occur under direction of participants in the simulator but will utilize actual control room equipment.

    .         Control room briefings and dispatch of "in-plant" operators will occur via telephone, Gai-Tronics or radio.                                                    l
    .        The simulator will operate " live time". In the event of simulator failure for a period of time,information may be provided through the use of hard copy scenario messages. The exercise Senior Controller shall decide to continue the exercise using hard copy data, based on the recommendations of the simulator operator.
    .        The simulator emergency notification system (ENS branch of the Federal Telecommunications System) will be used if authorized by the exercise Senior Controller.

REV. 01 1-13

n CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES

      =       The Emergency Response Facility Computer System (ERFCS) link from the simulator to the terminals in the TSC, OSC and EOF will be in operation for the exercise in the event of an actual emergency, this data link will be removed and the ERFCS in the plant retumed to normal use.

13. To the maximum practical extent, participants will be permitted " free play" in emergency responses and accident mitigation. Credit for innovative approaches should be given at the facility critique.

14. Emergency response by participants will be to the fullest extent possible without violating any normal station procedure or good practice.

• Participants will obtain permission from the on-shift Shift Supervisor prior to operating the post accident sampling system (PASS).

      .       PASS system will not be operated during the plume phase of the exercise.

If a PASS sample is desired, a simulated walk-through of the PASS should be demonstrated. PASS data will be available to allow for core damage assessment.

      .      - Protected area evacuation and personnel accountability will be performed as appropriate.
      .       Site evacuation, if required, will be simulated. However, actions to complete evacuation will be carried out by players (i.e., dispatch of RPs to the EOF, announcements, etc.).
      .       Participants contacting outside organizations not specifically listed as a participating organization shall perform communication checks only.
      .       Participants shall not operate, manipulate or implement repairs on installed plant equipment or valves.
      .       Actual tagout of equipment and valves will not be performed, however, all required authorizations and paperwork should be completed.
      .       Participants, Controllers and Evaluators entering any Radiologically Controlled Areas for drill activities must sign in and adhere to the            -

requirements of RWP number 97-0106, " Emergency Drill Entries into the Radiologically Controlled Area." Do not enter areas prohibited by this RWP. REV. 01 1-14

CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES

• SCBAs (if required) will be donned, but air tanks will not be discharged. Air bottles must be changed out at required intervals. Spectacle kits need to be inserted,if required.

    . Offsite support (if required) will be simulated (i.e. fire or medical support).
    . Fire hoses (if required) will not be charged.
    . Radioprotective drugs (if required) will not be administered.                     i
    . Anti-contamination clothing (if required) for the offsite monitoring team will not be wom.
    . Vehicle and equipment decontamination (if required) will be simulated.

• Participation of non-emergency OPPD personnel (if required) will be simulated.

    . All communications which are accessible by the public, including Gai-tronics announcements, outside telephone calls, etc., must begin and end with "THIS IS A DRILL"(including faxes of dose assessments and FC-1188s).

Make sure you repeat the phrase at frequent intervals.

     . Perform all functions that would be required by your position as if you are in an actual emergency. Document all actions, and keep detailed log information.

• Participate in the facility critiques following the exercise. Make your suggestions known at that time. Also, be sure to tum in all documentation that you have produced to the facility lead controller.

     . Controllers will provide dose cards to participants which will be used to l

simulate radiation dose received for the exercise scenario. CAUTION: This is simulated dose and not actual dose received in the RCA

     =   Controllers may simulate alarms on electronic dosimetry (dose rates or dose alarms). Participants should respond to these alarms as trained.

REV. 01 1-15 L

CONDUCT OF EXERCISE PARTICIPANT GUIDELINES (continued) -

      .      Participants must respond as if any radiation hazards presented by the

, scenario are actually present. This includes, but is not limited to the following:

• Wearing of dosimetry and anti-contamination clothing -
• Observing good radiation protection practices
• Minimizing radiaton exposures
• Responding to failed instruments in the field
• Reporting radiological hazards to proper personnel ,

             *.        Proper contamination control

• If SAMG entry conditions are met, follow through with the decision to enter the SAMGs. The use of the SAMGs will not be an objective of this exercise, however, the use of SAMGs is strongly encouraged when applicable'.

15. Three groups of personnel may be in attendance and will function as described below:

Controllers: Controllers are responsible for controlling scenario events and issuing data to participants. Controllers may initiate certain actions, i.e. Issue contingency messages, to assure continuity of events. Controllers have evaluator responsibilities as well. Controllers are identified by red hats and/or badges. Evaluators: Evaluators are responsible for documenting and evaluating the emergency response. They serve a passive function and do not control or impact emergency responses. Evaluators must not interfere with the flow of events. Evaluators may ask questions to clarify their understanding of actions taken by participants or procedural concems. NRC evaluators will also be present. Evaluators are recognized by hats and/or badges. Observers: Observers are not responsible for participating, controlling or evaluating. Observers must not interface with participants or l I evaluators. Queshons from observers should be directed to controllers. Observers are recognized by badges. , REV.01 1-16

k CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES

16. Interface with Controllers, Evaluators and Observers:

l . Participants must become familiar with the controller and evaluator organizations, especially those who will be accompanying you. Identify yourself by name and function to your controller and/or evaluator, i

      .       Participants are responsible for contacting their controller before being l             dispatched into the plant or out into the field. The controller may have data l             that is vital to scenario events. This is very important to your success.

l ' . Controllers for offsite monitoring teams shall rendezvous with their team in the TSC. .

• Unless authorized by your controller, you must NOT simulate any of your actions. If authorized to simulate an action, tell your controller how and when you would normally perform the simulated action.  ;

1 i Simulation: Simulated play involves identification and explanation of j required actions and procedures. Actual: Actual play involves deployment of resources and physical implementation of procedures. l

      .      Participants may request and, upon completion of appropriate actions, i             obtain from controllers additional information or data that was not previously l

available. Controllers shall not freely give out additional information. If, for example, players request the results of an intemal inspection of a circuit breaker, they must first demonstrate the required tools and techniques, and ) the appropriate level of knowledge to perform the inspection. Only then will j the controller provide the results of the inspection. i

      .      Accept all messages from controllers immediately. They may contain                  i scenario information essential to your successful performance.

l

      .      Respond to all questions from controllers and evaluators, if you do not know the answer, respond as you would in an actual situation, i.e., refer the      J question to your supervisor.

• Controllers will not provide information to participants regarding scenario -

development or resolution of problem areas encountered. Participants are , expected to obtain information through their own organizations for use in determining response actions and resolving problems. REV. 01 1-17

m CONDUCT OF EXERCISE

                                                         .                                  I CONTROLLER / EVALUATOR GUIDELINES                                        l 1
       . You may ask your controller for information or clarification of scenario data.

Examples are:

• Initial Conditions
• Data normally obtainable from ERFCS, if hard copy information is being used
• Operational parameters and indications, once samed
• Chemistry / radiological parameters, once eamed

      . You may not ask the following from the controllers:

i

• Information contained in procedures, drawings or instructions  !
• Judgements as to which procedures should be used
• Data not normally available to you
• Assistance with performing procedure steps, calculations, etc.
• Assistance in activating facilities
• Assistance in performing emergency responses
• Assistance in repairing, replacing or substituting emergency response equipment, i.e., telephones, fax machines, etc. l
• Explanation of scenario events  !

1

      . Some participants may insist that certain aspects of the scenario are              i unrealistic. Keep in mind that scenario events are designed to permit demonstration of certain objectives, and must be performed.                        1 J
      . Under no circumstances are you to argue or indulge in theoretical discussions with your controller.
     . Periodically identify your key actions and decisions to the controller and/or evaluator, to help in their evaluation process.
     . Controllers, evaluators and observers are exempt from simulated hazards.           !

Do not let this confuse you or cause you to act unwisely. If your controller intervenes with your actions, it is for a good reason. Obey i your controller's direction at all times. This is essential to the overall success of the exercise.

                                                                                            \
     . ERO personnel should follow their normal routine until they are notified to        i report to their emergency response facility. No pre-staging of ERO                 l personnel is permitted unless authorized by the Senior Controller.                 l t

REV. 01 l 1-18 l l

CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES Controller / Evaluator guidelines are included under this heading. These guidelines provide controllers and evaluators with a basis and any limits to their role and function during simulated activities. Controllers and evaluators will be briefed on these guidelines prior to the start of any simulated activities. I 1 l i REV.01 1-19

p 1 l l CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES (continued)

1. Three groups of personnel may be in attendance and will function as described below:

Controllers: Controllers are responsible for controlling scenario events and issuing data to participants. Controllers may initiate certain actions, i.e. Issue contingency messages, to assure continuity of events, i Controllers have evaluator responsibilities as well. Controllers are j identified by red hats and/or badges. .]

                                                                                                   )

Evaluators: Evaluators are responsible for documenting and evaluating the emergency response. They serve a passive function and do not control or impact emergency responses. Evaluators must not interfere with the flow of events. Evaluators may ask questions to clarify their understanding of actions taken by participants or procedural concems. NRC and FEMA evaluators will also be present. Evaluators are recognized by hats and/or badges. Observers: Observers are not responsible for participating, controlling or evaluating. Observers must not interface with participants or evaluators. Questions from observers should be directed to I controllers. Observers are recognized by badges. l

2. The controlling organization is coordinated through a chain of command which is vital for accurate and timely information flow. Controllers report to their facility lead controller. All facility lead controllers report to the Exercise Senior Controller.

3. Written messages and simulator data will be used to initiate, modify and complete simulated events posed by the scenario. Controllers will issue these messages to participants to initiate a response. All messages will be assigned to the appropriate controller by the applicable facility lead contro'ler.

4. Indicated on each message are the following:

     .       Participant or facility to receive the message
     .       Where the message originates
     .       Time the message must or could be issued l
     .       Time indicated is hours (first two digits) and minutes (last two digits):

Firm Time: Messages without a "+" indicated are firm times. They must be issued at the time indicated. b REV.01 1-20

l i i CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES (continued) Floating Time: Messages with a "+" after the time are floating time messages. , They may be issued at or soon after the stated time depending on when an action is completed as a precursor to the message. Controller notes on the bottom of the message explain actions required to be completed prior to issuing the message.

    .      Type of message:

Controlling Message: Messages that pose hypothetical events or communicate data necessary to promote emergency responses. Controlling messages are the primary means of initiating scenario events. Contingency Message: Messages that prevent or correct emergency responses. Contingency messages are used at the discretion of the i Exercise Senior Controller to maintain the scenario continuity or correct the time lines or scenario activities.

    .      How the message should be issued, either verbal or handout.
   .       Notes for the controller, including precautions, actions required to be completed by participants before recaiving the message, subsequent controller actions or information, etc.
   .       Expected emergency response.

5. Controllers must not prematurely provide information to the participants regarding j scenario development or resolution of problem areas encountered. Participants

  .are expected to obtain information through their own organization and exercise their own judgement in determining response actions and resolving problems. In the event of incorrect or incomplete response, or if a participant indicates lack of knowledge of how to proceed, controllers may find it necessary to " prompt" the participant with necessary instructions or contingency messages to maintain the events on schedule. All occasions of such " prompting" must be approved by the Exercise Senior Controller and must be included in the controller's evaluation report.

6. Controllers may have responsibilities for issuing time related plant or radiological parameters. This information should only be issued if participant actions would allow access to the information if it were an actual event. For example, data on exposure rates should not be issued if a survey instrument has not been tumed .

on, or data available from computers should not be issued if the computer is not inquired properly. l l REV.01 1-21

CONDUCT OF EXERCISE I CONTROLLER / EVALUATOR GUIDELINES (continued)

7. Controllers may have responsibilities for performing calculations during the scenario (i.e. dosimetry readings, plume exposure data, etc.). Care must be taken in performing these calculations and any questions or concems must be expressed to your lead controller. This includes providing dose cards to the participants for dose tracking and providing alarm indication 25 minutes after l donning SCBA's for air bottle changeout.  !

8. Scenario data must not be issued prior to participants performing the necessary actions required to obtain the data (i.e. ERFCS and PASS data). Additionally, participants must not have access to historical material or data (i.e. ERFCS historical data) unless all necessary actions are performed.

9. Scenario material is confidential and must not be exposed to participants. For example, scenario books must not be left open unattended.

10. Scenario events are hypothetical. Any portions of the scenario depicting operational transients are only simula'ed events. NO actions or reactions involving operation of plant systems or affecting generation capability or emergency preparedness, should be initiated. Controllers stationed at key areas should be especially aware of the impact of the simulation and take extra precautions in issuing messages or initiating scenario events.

11. Some participants may insist that certain events in the scenario or time frames are unrealistic. Controllers have the authority to clarify any questions critical to the continuity of the simulation or demonstration of simulation objectives. In some cases, it may be necessary to state, "This is due to scenario requirements."

12. Controllers are NOT allowed to project free play into the scenario. Any deviation

     . from the scenario must be first approved by the Exercise Senior Controller.

13. Prior to commencement of simulated activities, telecommunications should be tested to ensure satisfactory communications between all controllers.

14. All communications associated with simulated events must be prefixed and suffixed with the phrase "THIS IS A DRILL." This includes faxes of dose assessment and FC-1188s.

15. Controllers and evaluators must synchronize their watches to ensure that messages are delivered at the proper time and that an accurate chronology exists at the time of the exercise critiques. Scenario time will be the same as computer ,

time as available in the Control Room (Simulator), Technical Support Center, or the Emergency Operations Facility. In the event the computer system is unavailable, contact the controllers in the Control Room (Simulator). REV.01 1-22

t l CONDUCT OF EXERCISE CONTROLLER / EVALUATOR GUIDELINES (continued)

16. Controllers must ensure that they are available at their assigned controlling location and that they are easily identified by the participants.

i l 17. Controllers must be thoroughly familiar with the participant's guidelines that i establish the basis and extent of the simulation and emergency response.

18. Some reminders:

DO:

              .       Know the overall controller organization
              .       Give yourself time, at least 20 minutes, to setup at your controlling position
              .       Locate and test communications for maintaining contact with other controllers
              .       Position yourself to maximize your effectiveness in issuing messages and observing the participants                                   l
              .       Identify yourself at all times to the participants. Always wear            i controller identification
              .       Make sure you understand scenario events
              .       Issue messages on time. Make sure participants understand the content .
              .       Verify that the emergency response is on schedule by checking the scenario
              .       Report departures from the scenario to your lead controller
              .       Allow participants reasonable flexibility to perform their functions and demonstrate their skill, knowledge and initiative
              .       Know what the participant's required actions are by procedure 6       Take accurate and detailed notes on strengths and weaknesses of the emergency response. Complete evaluation forms provided in

the scenario book

              .       Identify participants by name and function in written critiques
              .       Attend all scheduled critique sessions to provide your evaluation of the emergency response DO NOT:
              .'      Leave your post at key times
              .       Crtticize participant's actions during the simulation
              .       Allow extemal influences to distract participant's emergency response, i.e. visitors, observers, media, etc.                         .
              .       Allow free play to be interjected into planned events
              .       Allow participants to simulate equipment or supplies if these are actually available for their use, i.e. a dose rate instrument that j

malfunctions in the field should be replaced. Don't let the participant i simulate obtaining a replacement or ignore the malfunction. REV 01 1-23

r .. . . y CONDUCT OF EXERCISE s OBJECTIVES Exercise objectives are provided under this scenario section heading. Objectives provide a basis for scenario development and a means to evaluate responses by the . Emergency Response Organization (ERO). The Omaha Public Power District radiological emergency preparedness exercise objectives for the Fort Calhoun Station are based on United States Nuclear Regulatory Commission (NRC) requirements provided in 10 CFR 50.47, " Emergency Plans," and

           .10 CFR 50, Appendix E," Emergency Planning and Preparedness for Production and Utilization Facilities." Additional guidance provided in NUREG-0654/ FEMA-REP-1, Revision 1, " Criteria for Preparation and Evaluation of Radiological Emergency Response Plans and Preparedness in Support of Nuclear Power Plants," was also utilized in developing objectives.

Each objective has been cross-referenced to: e a) NUREG-0654/ FEMA-REP-1 Rev.1," Criteria for Preparation and Evaluation of Radic!ogical Emergency Response Plans and Preparedness in Support of Nuclear Power Plants" as based on NRC requirements provided in 10 CFR 50, Appendix E,

                " Emergency Planning and Preparedness for Production and Utilization Facilities."

b) Major Fort Calhoun Station procedure (s) used in demonstrating the objective. Other procedures may be applicable but will generally be referenced by, or branched from, the major referenced procedure (s). REV.01 3 1-24

                                                     \

s

l CONDUCT OF EXERCISE OBJECTIVES (continued) l I Notification, Mobilization and Communication

1. Demonstrate the ability to alert, notify, and mobilize (staff augmentation) OPPD emergency response personnel, contractor personnel, and private organizations.

NUREG-0654: B.7, B.8, E.1, E.2, F.1.e Major Procedure (s): EPIP-OSC-2, EPIP-OSC-15, EPIP-RR-29

2. Demonstrate the ability to notify and alert State, Local and Federal officials of an emergency classification and provide updates, as necessary.

NUREG-0654: E.1, E.3, E.4, B.9 Major Procedure (s): EPIP-OSC-2, EPIP-OSC-15

3. Demonstrate the ability to communicate with State, Local and Federal agencies.

NUREG-0654: F.1.a. F.1.b, F.1.c, F.1.d, F.1.f l Major Procedure (s): EPIP-OSC-2, EPIP-OSC-15, Standing Order R-1

4. Demonstrate the adequacy of OPPD emergency response staffing and the ability to schedule multiple shifts.

NUREG-0654: A.1.e, B.5, B.6, B.7 Major Procedure (s): EPlP-RR-17A, EPIP-RR-29, EPIP-TSC-1, EPIP-OSC-21, EPIP-EOF-1

5. Demonstrate that adequate provisions exist for prompt communications between principal response organizations and facilities.

NUREG-0654: F.1.a, F.1.f Major Procedure (s): EPIP-OSC-2, EPIP-OSC-15, Standing Order R-1

6. Demonstrate the ability of OPPD to coordinate emergency resources with State and Local officials and agencies. .

NUREG-0654: C.1, C.2, C.3, C.4 Major Procedure (s): EPIP-OSC-2 REV. 01 1-25

p .,, CONDUCT OF EXERCISE OBJECTIVES (continued)

     ~ Site Protective Actions

7. Demonstrate the ability to implement protective actions for onsite individuals including plant evacuation of non-essential personnel and initial and continuous accountability of emergency workers remaining in the protected area.

NUREG-0654: J.1, J.5 Major Procedure (s): EPIP-OSC-2, EPIP-RR-22, SECOP-28

8. Demonstrate the adequacy of site and protected area access control and security.

NUREG-0654: J.5 Major Procedure (s): EPIP-OSC-2, EPIP-RR-17, SECOP-28 Radiological Control

9. Demonstrate the ability to monitor, assess, project and report offsite consequences of a radiological emergency.

NUREG-0654: 1.1,1.2,1.3,1.4,1.6,1.7,1.8,1.9, 1.10,H.6 Major Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-3, EPIP-EOF-6

10. Demonstrate the ability to recommend offsite protective actions to State and Local authorities.

NUREG-0654: J.7 Major Procedure (s): EPIP-EOF-6, EPIP-EOF-7

11. Demonstrate the abilit -

                                        .nitor, control, and keep records of OPPD emergency worker radiation expo *<

NUREG-0654: K.2,K.3 Major Procedure (s): EPIP-EOF-11 . 1 REV.01 1-26

CONDUCT OF EXERCISE 1 OBJECTIVES (continued) l 1 Radiological Control (Continued)

12. Demonstrate the ability to provide onsite contamination control measures including access control; eating, drinking and smoking; personnel and equipment / area decontamination; evaluating use of Potassium lodide; and habitability checks. .

NUREG-0654: K.5, K.6, K.7 Major Procedure (s): EPIP-EOF-10, EPIP-EOF-11, EPIP-EOF-21

13. Demonstrate the ability to analyze and respond to simulated airbome and/or liquid samples and direct radiation measurements in the environment.

NUREG-0654: N.2.e(1) Major Procedure (s): EPIP-EOF-3, EPIP-EOF-11 EPT-12, EPT-14 14." Demonstrate the ability to authorize emergency worker exposure extensions (due to exceeding plant administrative limits and/or PAG's). NUREG-0654: K.1,K.2 Major Procedure (s): EPIP-EOF-11 Control Room (CR) Simulator

15. Demonstrate the ability of the Control Room staff to interpret control instrumentation, recognize abnormal events and implement appropriate strategies. I NUREG-0654: 1.1,1.2 Major Procedure (s): AOP's, EOP's l

l REV. 01 1-27 i

l l l CONDUCT OF EXERCISE OBJECTIVES (continued) l Control Room Simulator (Continued)

16. Demonstrate the ability to assess plant conditions using onsite monitoring systems

     - (i.e. geophysical phenomena monitors, radiological monitors, process monitors, plant parameters, equipment status, fire detection system, etc.) and classify events per approved procedures.

NUREG-d654: D.1, D.2, H.5,1.1,1.2, Major Procedure (s): EPIP-OSC-1 1

17. Demonstrate the ability of the Control Room staff to rapidly perform dose I assessments if a release is in progress or anticipated (this function will eventually be assumed by the EOF).

NUREG-0654:- 1.8

     . Major Procedure (s):                                EPIP-EOF-6

18. Demonstrate the ability of the Command and Control Position (s) to exercise their authority and responsibility to initiate emergency actions, including providing protective action recommendations to offsite authorities.

NUREG-0654: B.1,B.2,-B.3,B.4 Major Procedure (s): EPIP-OSC-2, EPIP-EOF-7

19. Demonstrate the ability of the Command and Control Position (s) and staff to notify '

                                                                                               )

onsite personnel of emergency conditions, ensure that required, timely offsite notifications are completed, and maintain communication links with the TSC, OSC, EOF and the NRC, as requested. NUREG-0654: E.1, E.2, E.3, J.1 Major Procedure (s): EPIP-OSC-2, Standing Order R-11

20. Demonstrate the ability of the Command and Control Position (s) to manage and control emergency activities from the Control Room.

NUREG-0654i B.1,B.2 Major Procedure (s): EPIP-OSC-2 . REV.01 1-28 i

CONDUCT OF EXERCISE OBJECTIVES (continued) Control Room Simulator (Continued)

21. Demonstrate the ability of the Command and Control Position (s) to assess and )j implement onsite protective actions, as required.

l NUREG-0654: J.5, J.6 Major Procedure (s): EPIP-OSC-2, EPIP-EOF-7, EPIP-EOF-11

22. Demonstrate the ability of the Shift Supervisor to effectively dispatch and direct in-plant immediate response teams to situations, such as; fires, medical emergencies, and hazardous material spills, as applicable to scenario events.

Specifically, demonstrate proper response to a contaminated and injured individual and perform proper medical evaluations and contamination control. NUREG-0654: L.2,L.4 Major Procedure (s): EPIP-EOF-11, FCS Safety Manual Technical Support Center (TSC)

                                                                                               )

23. Demonstrate the ability of the Emergency Response Organization to meet the goal j of activating the Technical Support Center within one hour of the emergency declaration where the decision to mobilize the ERO was made (typically at an Alert (or higher) classification).

NUREG-0654: B.6, B.7, H.4 Major Procedure (s): EPIP-TSC-1 4

24. Demonstrate the adequacy of the TSC facility (including space, comfort, communications, etc).

NUREG-0654: F.1,H.1 Major Procedure (s): EPIP-TSC-1 REV. 01 1-29

p. CONDUCT OF EXERCISE OBJECTIVES (continued) Technical Support Center (Continued)

25. Demonstrate the ability to assess plant conditions using onsite monitoring systems (i.e. radiological monitors, process monitors, plant parameters, equipment status, l l etc.) and direct communications with the Control Room (simulator) and classify -)

events per approved procedures (if events occur when this Command and Control 1 Position is in charge). NUREG-0654: D.1, D.2, H.5,1.1,1.2, Major Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-6

26. Demonstrate the ability of the Command and Control Position to exercise his authority and responsibility to initiate emergency actions, including providing protective action recommendations to offsite authorities, as applicable.

NUREG-0654: f3.1, B.2, 8.3, B.4 i Major Procedure (s): EPIP-OSC-2, EPIP-EOF-7

27. Demonstrate the ability of the Site Director and TSC staff to communicate with the )

Control Room (simulator), OSC and the EOF; keep onsite personnel informed of -) plant status, and; make timely initial and follow-up notifications to State, Local and i Federal officials (whenever the Site Director is the Command and Control Position). NUREG-0654: E.1, E.2, E.3, J.1 Major Procedure (s): EPIP-OSC-2, Standing Order ' R-11

28. Demonstrate the ability of the Command and Control Position to manage and control emergency activities from the TSC.

NUREG-0654: B.1, B.2 Major Procedure (s): EPIP-OSC-2

29. Demonstrate the ability of the Command and Control Position to assess and l implement onsite protective actions, as required. .

NUREG-0654: J.5, J.6 Major Procedure (s): EPIP-OSC-2, EPIP-EOF-7, EPIP-EOF-11 REV. 01 1-30

CONDUCT OF EXERCISE OBJECTIVES (continued) Technical Support Center (Continued)

30. Demonstrate the ability of the TSC staff to assist with release path identification whenever a release is in progress or anticipated.

NUREG-0654: 1.8 Major Procedure (s): EPIP-EOF-6, EPIP-RR-22 l

31. Demonstrate the ability of the TSC Director to manage and control technical support activities in the TSC.

NUREG-0654: B.7,H.1 Major Procedure (s): EPIP-TSC-1, EPIP-RR-11

32. Demonstrate that the TSC staff is providing technical support to the Control Room staff by evaluating plant conditions, conducting predictions and providing engineering evaluations of events.

NUREG-0654: B.6, B.7, H.1 Major Procedure (s): EPIP-TSC-1, EPIP-RR-11, EPIP-RR-13 I

33. Demonstrate the ability of the TSC staff to provide adequate and accurate accident assessment and classification support to other Command and Control

  ' Positions.

NUREG-0654: H.1,1.1,l.2, Major Procedure (s): EPIP-OSC-1, EPIP-RR-19A EPIP-TSC-8

34. Demonstrate the ability of the TSC staff to dispatch field teams for offsite radiological monitoring (this function is coordinated by the EOF).

NUREG-0654: 1.7, l.8, l.9,1.10 Major Procedure (s): EPIP-EOF-3, EPIP-RR-72 REV.01 1-31

F CONDUCT OF EXERCISE OBJECTIVES (continued) i Operations Support Center (OSC)

35. Demonstrate the ability of the Emergency Response Organization to meet the goal of activating the Operations Support Center within one hour of the emergency declaration where the decision to mobilize the ERO was made (typically at an Alert (or higher) classification).

NUREG-0654: B.5, B.7 Major Procedure (s): EPIP-OSC-21

36. Demonstrate the adequacy of the OSC facility (including space, comfort, )

communications, etc). 1 l NUREG-0654: H.1, H.9 Major Procedure (s): EPIP-OSC-21

37. Demonstrate the ability of the OSC Director to manage and control the activities in the OSC.

NUREG-0654: B.6 Major Procedure (s): EPIP-RR-21

38. Demonstrate the ability of the OSC to provide radiological, maintenance, and  !

damage control support to the Control Room. NUREG-0654: B.5, B.6, B.7 Major Procedure (s): EPIP-OSC-9, EPIP-OSC-21, EPIP-RR-21, EPIP-RR-21 A, EPIP-RR-22A, EPIP-RR-87 Emergency Operation Facility (EOF)

39. Demonstrate the ability of the Emergency Response Organization to meet the goal of activating the Emergency Operations Facility within one hour of the emergency declaration where the decision to mobilize the ERO was made (typically at an Alert (or higher) classification).

NUREG-0654: B.6, B.7, H.4 Major Procedure (s): EPIP-EOF-1 REV.01 1-32

o CONDUCT OF EXERCISE OBJECTIVES (continued) Emergency Operation Facility (Continued)

40. Demonstrate the adequacy of the EOF facility (including space, comfort, communications, etc).

NUREG-0654: F.1, H.2 Major Procedure (s): EPlP-EOF-1

41. Demonstrate the adequacy of EOF security.

NUREG-0654: H.2 Major Procedure (s): EPlP-RR-29

42. Demonstrate the ability of the Emergency Director to manage and control the activities in the EOF.

NUREG-0654: B.6 Major Procedure (s): EPiP-OSC-2

43. Demonstrate the ability of the EOF staff and the Emergency Director to correctly classify events and recommend protective actions to offsite officials (when the i Emergency Director is responsible for this function).

NUREG-0654: D.1, D.2, H.5,1.1,1.2, J.7 Major Procedure (s): EPIP-OSC-1, EPlP-OSC-2, EPIP-EOF-6, EPIP-EOF-7 l

44. Demonstrate the ability of the EOF staff to perform dose assessment and l coordinate field team activities. I NUREG-0654: 1.1,1.2,1.3,1.4,1.6, l.7,1.8, l.9, i 1.10 Major Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-6, EPIP-EOF-3, EPIP-RR-72

45. Demonstrate the ability of the Emergency Director and the EOF staff to .

recommend offsite protective actions to the States. NUREG-0654: J.7 Major Procedure (s): EPIP-EOF-6, EPIP-EOF-7 REV.01 1-33

CONDUCT OF EXERCISE OBJECTIVES (continued) Emergency Operation Facility (Continued) J

46. Demonstrate the ability of the EOF staff to make onsite and offsite notifications.

NUREG-0654: E.1. E.2, E.3, J.1 Major Procedure (s): EPIP-OSC-2, Standing Order l R-1 l

47. Demonstrate the ability of the EOF staff to interact with corporate and offsite officials.

NUREG-0654: B6 , Major Procedure (s): EPIP-EOF-1, EPIP-OSC-2, EPIP-RR-22, EPIP-RR-29 l

48. Demonstrate the ability of OPPD to support and coordinate emergency activities )

with the States of Iowa and Nebraska within the plume exposure pathway. NUREG-0654: C.1, C.2 Major Procedure (s): EPIP-EOF-1, EPIP-OSC-2, EPIP-RR-22 Media Release Center (MRC)

49. Demonstrate the ability to activate the Media Release Center, interface with mock news media, and coordinate rumor control.  !

NUREG-0654: G.3, G.4 Major Procedure (s): OPPD Crisis Communication Plan

50. Demonstrate the adequacy of the MRC facility (including space, comfort, communications, etc).

NUREG-0654: G.3, G.4 Major Procedure (s): OPPD Crisis Communication Plan . REV.01 1-34

< j l i CONDUCT OF EXERCISE OBJECTIVES (continued) J I l Media Release Center (MRC) (Continued)

51. Demonstrate the capability to coordinate the development and dissemination of clear, accurate and timely information to the news media.

NUREG-0654: G.3, G.4 Major Procedure (s): OPPD Crisis Communication

52. Demonstrate the capability to coordinate the formulation and dissemination of accurate information and instructions to the public.

NUREG-0654: G.3, G.4 Major Procedure (s): OPPD Crisis Communication l

53. Demonstrate the capability to establish and ooerate rumor control in a coordinated and timely manner.

NUREG-0654: G.3, G.4 l l l Major Procedure (s): OPPD Crisis Communication i l I l Emergency Response Organization Evaluation l

54. Demonstrate the ability to develop and conduct an exercise scenario that tests a l

l major portion of the basic elements in the licensee, state and local emergency plans. N.1 l NUREG-0654: - l Major Procedure (s): EPT-20

55. Demonstrate the ability to conduct a post-exercise critique process to identify both strengths and areas for improvement.

NUREG-0654: N.4, N.5 Major Procedure (s): EPT-20 REV.01 1-35

CONDUCT OF EXERCISE OBJECTIVES (continued) Open Program Weakness Evaluation

56. Demonstrate appropriate staffing of emergency response facilities on a prolonged basis.

OPEN NRC WEAKNESS: 285/9704-01 Major Procedure (s): EPIP-RR-29, EPIP-RR-17A

57. Demonstrate the ability to communicate to all affected personnel that authorization has been granted for use of potassium lodide.

OPEN NRC WEAKNESS: 285/9704-02 Major Procedure (s): EPIP-EOF-21

58. Demonstrate the ability to activate the ERO.

OPEN OPPD WEAKNESS SRG-98-030

59. Demonstrate the ability to conduct dose assessments every 60 minutes with a goal of every 15 minutes.

OPEN OPPD WEAKNESS: SRG-98-030 Evaluation forms for assessing the emergency response are included under this heading. The evaluation form contains_ a checklist that is to be used as a guide in determining the  ; outcome of an Exercise Objective. Other evaluation criteria may be used if l documented in the Comments section on the evaluation form. There is an evaluation form for each Exercise Objective. The lead controller / evaluator in each facility must complete a full set of all evaluation forms as viewed from that facility. This evaluation may be completed as a group effort among all of the controller / evaluators in that facility. An objective may be circled "Not Observed" or "Not Applicable" if it is appropriate. The Exercise Senior Evaluator, with the input of the facility evaluators, will complete a . full set of evaluation forms for the final outcome of each Exercise Objective. Evaluation forms are to be completed in ink, signed and delivered to the Exercise i Senior Controller as soon as possible following the termination of exercise activities.  ! REV.01 ' 1-36

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

1. Demonstrate the ability to alert, notify and mobilize (staff augmentation) OPPD emergency response l personnel, contractor personnel and private organizations.

Procedure (s): EPIP-OSC-2, EPIP-OSC-15, EPIP-RR-2g NUREG-0654: B.7, B.8, E.1, E.2, F.1.e Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. ERO personnel with pagers are notified by the correct code from the INS. 5 25

2. ERO personnel inside the Protected Area are notifled by the sounding of the Emergency Alarm and/or Gaitronics 4 20 message.

3. ERO personnelin the Administration Building and Training Center are notified by the building public address 4 20 system from the INS.

l l

                                                                                                                      )

l

                                                                                                                      )

5 - Significant strength 2 - Below expectatens 1 -Significant weakness TOTALS 4 - Above average 3 - Meets expectatens WPoi PP ., REMARKS: PPcor = PP. - total potential poets crossed out Evaluator: PPoor = -- = Date: Score = WP *5 Score = *5 = ( PFQ,) ( ) 1-37

CONDUCT OF EXERCISE , l OBJECTIVES (Continued) l OBJECTIVE EVALUATION

2. Demonstrate the ability to notify and alert State, Local and Federal officials of an emergency classification and i provide updates, as necessary.

Procedure (s): EPIP-OSC-2, EPIP-OSC-15 NUREG-0654: E.1,E.3,E.4,B.9 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. FC-1188 is filled out and approved before offsite i authorities are notified. 4 20

2. Dose assessment results are approved before being i faxed to the States. 4 20

3. States and counties are notified within 15 minutes of the l

declaration of an emergency classification. 5 25 l l

4. Offstte authortbes are updated at least every 60 mmutes. 4 20

5. the NRC is notified immediately after State / County .

notifications and not later than 1 hour after the declaration 4 20 of an emergency. l l 1 2 3 1 l l RECORD TIME OF DECLARATIONS: ( RECORD TIMEOF NOTIFICATIONS: 1 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4- Above average 3 - Meets expectations WP., PP ., REMARKS: l l i l PPcor = PP. - total potential points crossed out Evaluator: PPcor= - = Date: Score = WP *5 Score = *5 = ( PP., ) ( ) 1-38

c , CONDUCT OF EXERCISE l OBJECTIVES (Continued) l OBJECTIVE EVALUATION

3. Demonstrate the ability to communicate with State, Local and Federal agencies.

Procedure (s): EPIP-OSC-2, EPIP-OSC-15, S.O. R-1 NUREG-0654: F.1.a. F.1.b, F.1.c, F.1.d, F.1.f Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Communicatens links are maintained between OPPD and Federal, State and Local authorities. 3 15

2. Contact with the NRC should be maintained after initial

{ contact via the FTS ENS from at least one facility 4 20 l (commercial line is backup). The ENS Communicator will staff the phone when position is filled.

3. Information on radiological conditions is provided as necessary to the States via CHP or COP and to the federal 4 20 officials via HPN.

l l l l 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS l 4 - Above average 3 - Meets expectations WP , PP ., i REMARKS: l i l l l PPeor = PP.,- total potential points crossed out Evaluator: , PPcor = - = Date: Score = V.L*5 Score = '5 = ( PP,) ( ) 1-39 o

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

4. Demonstrate the adequacy of OPPD emergency response staffing and the ability to schedule multiple shifts.

Procedure (s): EPIP-RR-17A, EPIP-RR-29, EPlP-TSC-1, NUREG-0654: A.1.e B.5, B.6, B.7 EPIP-OSC-21. EPIP-EOF-1 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. A 24 hour shift schedule is prepared, posted and distributed in the Control Room, TSC, OSC, EOF and the 3 15 MRC.

2. Personnel on shifts must be listed as qualified on the ERO roster and current summary of changes to the roster. 4 20 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS

! 4 - Above average 3- Meets expectations WPw PP ., REMARKS: PPeor = PPe total potential points crossed out Evaluator: PPoor = . = Date: Score = WP *5 Score = *5 = ( PP,, ) (- ) 1-40

e l COND' JCT OF EXERCISE l OBJECTIVES I (Continued) l OBJECTIVE EVALUATION

5. Demonstrate that adequate provisions exist for prompt communications between pnncipal response organizations and facilities.

Procedure (s): EFIP-OSC-2 EPIP-OSC-15, S.O. R-1 NUREG-0654: F.1.a. F.1.f Points Weighting Weighted Potential Enabling Objechves 15 Factor Points Points

1. Equipment is provided and personnel are available and .

wortung to communicate with Federal, State and County 3 15 authoribes (COP, FTS-ENS, CHP, FTS-HPN, Fax, ERDS).

2. ERO personnel are krcf:1;::le of backup l communicaton links (Commercial phone, NAWAS, etc.) 3 15

3. Communicabons equipment is provided and wortung to communicate between facilities and in plant and offsste 3 15 teams (radios, Gai-tronics, etc.)

4. Personnel are kicr:1;- 14 of backup communicaton links between facilities and in plant and offsite teams 3 15 (Writeboard, Hotlines, ERMS, Gai-tronics, phone lines, etc.).

5. Communications links are provided and wortung to communicate between facilities (phones, Hotlines, etc.). 3 15 l 6. Facility pt3lic address systems are working l 3 15 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS l 4 - Above average 3 - Meets expectabons WP. PP .

REMARKS: t l L l l PPeor = PP - total potenbal poets crossed out Evaluator. PPoor= - = Date: Score = WP ,*5 Score = *5 = ( PP ,) ( ) i l l l 1 41 l b

CONDUCT OF EXERCISE ) OBJECTIVES (Continu:d) l t I i OBJECTIVE EVALUATION

6. Demonstrate the abihty of OPPD to coordinate emergency resources witn State and Locci officials and agencies ~

Procedure (s): EPIP-OSC-2 NUREG-0654: C.1, C.2, C.3, C.4 Points Weighting Weighted Potential l Enabling Objectives 1-5 Factor Points Points

1. The Emergency Director or designee requests, coordinates, accommodates and effectively uses the 3 15 assistance of Federal, State, Local and private agencies.

l l l l l J I 1 l l l 1 1 l l 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectatens WPw PP w REMARKS: l I i j PPeor = PP. - total potential points crossed out Evaluator: PPcor=- - = . Date: Score = WP *5 Score = *5 =

          . ( PP., )              (       )

1-42

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

7. Dernonstrate the ability to implement protective actions for onsite individuals including plant evacuation of non-essential personnel and initial and continuous accountability of emergency workers remaining in the protected area.

Procedure (s): EPIP-OSC-2, EPIP-RR-22, SECOP-28 NUREG-0654: J.1, J.5 Points Weighting Weighted Potential

                    ' Enabling Objectives                           1-5          Factor        Points       Points

1. Personnelin the Protected Area were womed of the emergency by sounding of the Emergency Alarm and oy Gai-tronics announcements RECORD TIME OF ALARMS 5 25 AND ANNOUNCEMENTS.

2. Non-essential personnel were evacuated from the Protected Area at the Alert classificabon. RECORD TIME 5 25 OF EVACUATION ANNOUNCEMENT:

3. A site evaamhan of non-essential personnel was simulated to North Omaha Stabon at a SAE/GE. RECORD 5 25 TIME OF SITE EVACUATION ANNOUNCEMENT:

4. Radiological monitonng of personnel evacuated from the site could be provided by the Protechve Measures 3 15 Coordmator if a site evacusbon was simulated.

5. Initial accountabdity was completed and the names of '"

messing personnel determined within 30 minutes of the 5 order to evacuate.

6. Continuous accountability of personnelinside the Protected Area was maintained after initial accountability 4 20 (note: non-players may be allowed back into the area after initial accountablity).

7. Provisions exist for protechon of workers remaining or arriving onsite (i.e., respiratory p.v;.e,vri, protective 4 20 clothmg, dosametry and KI).

5 - S;yi.E.rd strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets awpactations WP. PP w REMARKS i PPeor = PP - total potential points crossed out Evaluator: PPoor = - = Date: Score = WP, ,*5 Score = *5 = ( PP,, ) ( ) 1-43 l l

1 CONDUCT OF EXERCISE I OBJECTIVES (Continued) OBJECTIVE EVALUATION

8. Demonstrate the adequacy of site and protected area access control and secunty.

Procedure (s): EPIP-OSC-2, EPIP-RR-17, SECOP-28 NUREG-0654: J.5 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Measures were implemented to prevent unauthorized personnel from entering the owner controlled property. 3 15 ,

2. Only personnel on the Site Emergency Access List were permitted onsite and inside the Protected area (as 3 15 apphcable).

i l 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets e%6h.s WP. PP ., REMARKS: PPeor = PP - total potential pomts crossed out Evaluator: l PPoor = - = l l Date: Score = WP *5 Score m *5 = ( PP ) ( ) l 1-44 l i l u _ -

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

9. Demonstrate the ability to monitor, assess, project and report offsrte consequences of a radiological emergency.

Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-3, NUREG-0654: 1.1,1.2,1.3,1.4,1.6,1.7,1.8, l.9, EPIP-EOF-6 1.10, H.6 i Points Weighting Weighted Potential Enabling Objectrves 15 Factor Points Points

1. Monitonng and assessment of in plant instrumentaten (i.e., meteorological, area and process monitors) was 4 20 performed and the offsite consequences were projected and reported or discussed with offsite authoribes.

2. Field team samples were assessed dunng releases, compared to dose assessment pih,s and the 3 15 radiologmal consequences were reported or discussed with offsite authortbes.

1 I 5 - Significant strength 2 - Below expectabons 1 -Significant wealmess TOTALS 4 - Above average 3 - Meets expectabons WPoi PP .i REMARKS: PPeor = PPw - total potenbsl poets crossed out Evaluator: PPcor= - = Date: Score = WP ,*5 Score = *5 = ( PP,) ( ) 145 l

CONDUCT OF EXERCISE OBJECTIVES 1 (Continued) OBJECTIVE EVALUATION

10. Demonstrate the ability to recommend offsite protective actions to State and Local authonties.

Procedure (s): EPIP-EOF-6, EPIP-EOF-7 NUREG-0654: J.7 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Any incident requiring a FC-1188 requires a PAR to be issued (the PAR may be "NONE,"" Evacuate," etc). 4 20

2. Any incident requiring a PAR requires a FC-1188 to be issued. 4 20

3. The " Emergency Notification: was not delayed while awaiting field team or dose assessment projections. 3 15

4. EPlP-EOF-7 was used to determine PAR (s). l 5 25 5.The PAR issued was oorrect for existing plant m-Albis. 5 25 1 2 3 l

TIME OF PAR APPROVAL: I TIME OF PAR NOTIFICATION: 5 - Significant strength 2 - Below e%i eis 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP. PP w REMARKS: PPeor = PP. - total potential points crossed out Evaluator: PPcor = - = Date: Score = WP *5 Score = '5 = ( PFL ) ( ) 1-46

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION 11 Demonstrate the ability to monitor, control, and keep records of OPPD emergency worker radiation exposure. Procedure (s): EPIP-EOF-11 NUREG-0654: K2, K.3 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. All personnel who have dosimetry, keep it when evacuating the Protected Area. 3 15

2. Personnel rnust use a RWP to enter a RCA unless Cxempted by appropnate Radiation gen personnel 3 15 under emergency conditions.

3. Authonzation is obtained to exceed 10CFR20 exposure limits, using FC-EPF-5. 5 25

4. If RWP requirements are exempted, Radiation I protection personnel must accompany any personnel 3 15 l entering a RCA.

5. An access control point ls estabhshed and maintained j per EPIP-RR-28. 4 20 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectabons WPw PP .,

l REMARKS. l l PPoor = PP. - total potential ponts crossed out Evaluator: PPoor= - = Date: Score = WP ,*5 Score = *S = ( PP.,) ( ) 1-47

I CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

12. Demonstrate the abiltty to provuse onsite contamination control measures including access control; eating, drinking and smoking; personnel and equipment / area decontamination; evaluating use of Potassium lod habitability checks..

Procedure (s): EPIP-EOF-10 EPIP-EOF-11 EPIP-EOF-21 l NUREG-0654: K.5, K.6, K.7 Points Weighting Weighted Potential 15 Factor Points Points Enabling Objectives

1. Frisking stations and/or step off pads are established 20 4

for the Cu&6 Room, TSC and OSC, as necessary. l

2. Protective clothing is prescribed, as necessary, for 15 3

! teams and personneldMW to the plant.

3. Eating, drinking and smolong are not permitted until 20 l 4

habitability checks are done and reviewed l

4. "No esting, drinking and smoking" signs are pc.isd, as 15 3

required.

5. Personnel fnsk as necessary when retuming frorn other 4 20 areas, personnel decontammabon is performed as l

I necessary.

6. Habitability checks are completed as required in the CR 25 l 5

Simulator, TSC and OSC. 1

7. Potassium lodide is approved for issue ger EPIP-EOF-5 25 21.

5 - Significant strength 2 - Below e:-T+J4-is 1 - Significant weakness TOTALS WP., PP ., 4 - Above average 3- Meets em REMARKS: l I

                        - total potential pomts crossed out            Evaluator:

l PPeor = PP

                                                  =

l PPcor= - Date: Score = WP *5 - Score = *5 m ( PP ,) ( ) . l I 1-48

  '4

CONDUCT OF EXERCISE l OBJECTIVES (Continued) l l OBJECTIVE EVALUATION ,

13. Demonstrate the ability to analyze and respond to simulated airbome and/or liquid samples and direct l radiation measurements in the environment.

Procedure (s): EPIP-EOF-3,EPIP-EOF-11 EPT-12,EPT-14 NUREG-0654: N2.e(1) Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Field Teams are briefed and dispatched to the vehicles at Alert or higher classification in a standby mode, and to 3 15 the field immediately if a release is in progress or j imminent. '

2. Field teams were able to collect and analyze smears, particulate and iodine samples in the field per EPlP-EOF-3. 3 15

3. Radiation surveys were taken in the field with open and closed readings. 3 15

4. Care was exercised when handling samples to prevent cross contammabon. 3 15

5. Radation surveys and sample results were communicated promptly to the EOF. 4 20

6. Field team results were wTipered to dose assessment results per EPIP-EOF-6. 4 20

7. Field team results were compared to EAL venfication criteria for possible classificabon. 5 25

8. Fieid team results were cornpared to EPIP-EOF-7 for recommendation of protechve actions. 5 25 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets eW6Ei, WP., PP .i REMARKS:

PPcor = PPw - total potential ponts crossed out Evaluator: PPoor = - = Date: Scors = WP *5 Scors= *5 = ( PP;,,) ( ) 1-49

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

14. Demonstrate the ability to authonze ernergency worker exposure extensions (due to exceeding plant administrative limits and/or PAG's).

Procedure (s): EPIP-EOF-11 NUREG-0654: K.1,K.2 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Requests for exposure extensions were made in accordance with RP-604. 3 15

2. Approvais were made in accordance with the guidelines in EPIP-EOF-11. 5 25

3. Emergency exposure extensions were based on guidehnes in EPIP-EOF-11. 5 25

4. The requirements of FC-EPF-5 were met and the form was properly completed. 3 15 5 - Significant .L.,vt 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets e:-T+JM:-is WPoi PP .,

REMARKS: PPcor = PP. - total potential points crossed out Evaluator: PPoor= - = Date: Score = WP *5 Score = *5 = ( PF-, ) ( ) , l i i 1-50 J

1 CONDUCT OF EXERCISE OBJECTIVES l (Continu::d) OBJECTIVE EVALUATION

15. Demonstrate the ability of the Control Room staff to interpret control instrumentation, recognize abnormal events and implement appropriate strategies.

Procedure (s): AOP's, EOP's NUREG-0654: 1.1, l.2 Points Weighting Weighted Potential i Enabling Objectives 1-5 Factor Points Points

1. the Control Room staff property used plant -

                                                                                                                         )

instrumentation, annunciators and alarms (including area 3 15 l radiation and process monitors) to recognize abnormal , events.

2. Proper AOPs and EOPs were utilized.

3 15 l 1 5 - Significant strength 2 - Below ewh% 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPw PP w REMARKS-PPcor = PP. - total potential points crossed out Evaluator: PPoor = - = Date: Score = WP *5 Score = '5 m ( PF(,) ( ) 1-51

[. '

                                              ' CONDUCT OF EXERCISE                                                      '

OBJECTIVES (Continued) - OBJECTIVE EVALUATION

16. Demonstrate the ability to assess plant conditions using onsite monitonng systems (i.e. geophysical phenomena monitors, radiological monitors, process monitors, plant parameters, equipment status, fire detection l system, etc.) and classify events per approved procedures.

Procedure (s): EPIP-OSC-1 NUREG-0654: D.1, D.2, H.5,1.1,1.2 l Weighting Weighted Potential Points Enabling Objectives 1-5 Factor Points Points

1. Plant instrumentate was monitored and compared to I

the EAL verificahon critena in EPIP-OSC-1 (i.e., area 5 25 l monitors, process monitors, fire detochon system, temperature, pressure, level, etc.).

2. Off normal events were compared with the verificaton criteria in EPIP-OSC-1. 4 20 l l l

3. Attachments of EPIP-OSC-1 were used to classify the j event. 5 25 i i l

4. The classificabon made was correct for the current Mode of Opersbon 4 20

5. The highest classificabon for which an EAL is currently I

met was declared. 5 25

6. A proper classificabon was declared by tna Command and Control position. 4 20

7. Plant conditions and events were monitored and compared to EAL verificabon criteria as necessary to 3 15 determine if reclassificabon was necessary.

5 - Significant strength 2 - Below expectatens 1 -Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPw PP REMARKS: PPeor = PP. - total potential points crossed out Evaluator: . PPeor = - = Date: Score = WP, ,*5 Score = *5 = ( PP., ) ( ) 1-52 i wi__ _

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

                                                                                                                                    ~

17. Demonstrate the ability of the Control Roorn staff to rapidly perform dose assessments if a release is in progress or anticipated (this function will eventually be assumed by the EOF).

Procedure (s): EPIP-EOF-6 NUREG-0654: I.8 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. When dose assessment responsibility is in the Control Room, rapid and correct dose assessments were made per 3 15 EPIP-EOF-6.

5 - Significant strength 2 - Below expectatens 1 -Significant weakness TOTALS 4 - Above average 3 - Meets expectatens WPoi PP mi REMARKS: PPcor = PP - total potential points crossed out Evaluator: r PPcor = - = Date: Score = WP *5 Score = *5 = i (PP;) ( ) l < 1-53 f I

CONDUCT OF EXERCISE OBJECTIVES (Continund) OBJECTIVE EVALUATION

18. Demonstrate the ability of the Command and Control Position (s) to exercise their authonty and responsibility to initiate emer9ency actions, including providing protective action recommendations to offsite authorities.

Procedure (s): EPIP-OSC-2, EPIP-EOF-7 NUREG-0654: B.1,B.2,B.3,B.7 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. When declaring an emergency classification, the Shift Manager or Control Room Coordinator initiated the 3 15 required onsite protechve acbons for plant personnel, including sounding of the Emergency Alarm, making the appropnate announcements to wem plant personnel, .

dinactng plant or site evacuabon of non-essential personnel, approving notificabons for offsite authorities and (WWi@ offsste protective acbons 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS 4 - Above average 3 - Meets ewWiis WP., PP ., REMARKS: PPoor = PP. - total potentsal pomts crossed out Evaluator: PPoor = - = Date: Score = WP *5 Score = *5 = (PP.) ( ) 1-54

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

19. Demonstrate the ability of the Command and Control Position (s) and staff to notrfy onsite personnel of emergency conditions, ensure that required, timely offsite notifications are completed, and maintain communication links with the TSC, OSC, EOF and the NRC, as requested.

Procedure (s): EPIP-OSC-2, S.O. R 1 NUREG-0654: E.1, E.2, E.3, J.1 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Onsite personnel were notified of emergency conditions -

per EPIP-OSC-2. 3 15

2. Offsite agencies were notified within fifteen (15) minutes of the declaraten of an emergency classification. 5 25

3. The FC-1188 was completed correctly and approved before notificatens were made to offsite agences. 5 25

4. The NRC was informed immodately after informing the states of an emergency classificaten, but within one hour. 4 20

5. Updates were made to offsite agences at least every 60 minutes using a FC-1188 or EAGLE. 4 20

6. The ENS phone was staffed continuously as required.

3 15 5 - Significant strength 2 - Below e:-;+:1+1:-.s 1 - Significant weakness TOTALS 4- Above average 3 - Meets expectations WP., PP .i REMARKS: PPcor = PP. - total potenbal ponts crossed out Evaluator: PPcor= - = Date: Score = WP *5 Score = '5 = ( PP., ) (- ) 1-55

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

20. Demonstrate the abihty of the Command and Control Positon(s) to manage and control emergency octivities from the Control Room..

Procedure (s): EPIP-OSC-2 NUREG-0654: B.1,B2 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The checklists in EPlP-OSC-2 were used.

5 25

2. The Control Room staff was informed of transfers of Command and Control responsibility. 3 15

3. Control Room briefings were held on a frequent basis.

3 15

4. Control Room pnorities and direchon was understood by the staff. 3 15

5. The shift Chemistry and Shift RP Technicians were used properly. 3 15 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expin,usuons WPoi PP i REMARKS:

PPcor = PP. - total potential points crossed out Evaluator: PPcor = - = Date: Score = WP.*5 Score = '5 = (PPs ) ( ) 1-56 i l.

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

21. Demonstrate the ability of the Command and Control Position (s) to assess and implement onsite protective actions, as required.

Procedure (s): EPIP-OSC-2, EPIP-EOF-7, EPIP-EOF-11 NUREG-0654: J.5, J.6 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Personnel in the Protected Area were property notified of the emergency condition and evacuated from 5 25 radiologically affected area (s).

2. Non essential personnel were evacuated from the protected area at the Alert classification. 4 20

3. A site evacuston of non-essential personnel was simulated at the SAE/GE classificaten. 5 25

4. Continuous accountability was initiated for Control Room personnel 4 20 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectatens WP. PP w REMARKS:

PPcor = PP. - total potential points crossed out Evaluator. PPoor = . = Date: Score = WP.*5 Score = *5 = ( PP,,, ) . ( ) 1-57

p

                                            . CONDUCT OF EXERCISE OBJECTIVES (Continued)

OBJECTIVE EVALUATION

22. Demonstrate the ability of the Shift Manager to effectrvely dispatch and direct in-plant imrnediate response teams to situations, such as; fires, medical emergencies, and hazardous material spills, as applicable to scenario events. Specifically, demonstrate proper response to a contaminated and injured individual and perform proper 4 medical evnhiations and contamination control. )

Procede ): EPIP-EOF-11, FCS Safety Manual NUREG-0654: L.2 L.4 { l Points Weighting Weighted Potential ~ 1 Enabling Objectives 1-5 Factor Points Points ,

                                                                                                                           )

l

1. Response teams for any immediate response process are bneled and dispatched from the Control room per the 3 15 l appropriate procedure (s).

2. Response teams are directed and remain in contact with the Shift Manager via available communicabons. 3 15

3. The Shift Manager maintains Cviircer.d and Control of any immediate response teams and arranges for additional 3 15 i resources for these teams as necessary. l

4. Medical responders are effectively dispatched to the aid ,

of a contammated/ injured individual and are assisted as 3 15 necessary by additional personnel. 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets e:-;+_:--R-7.s WP. PP w REMARKS: PPeor = PP. - total potential points crossed out Evaluator: PPcor = - = Date: Score = WP.*5 _ Score = *5 = ( PP , ) ( ) 1-58 i

CONDUCT OF EXERCISE OBJECTIVES (Continued) i i l OBJECTIVE EVALUATION

23. Demonstrate the ability of the Emergency Response Organization to meet the goal of activating the Technical Support Center within one hour of the emergency declaration where the decision to mobilize the ERO  !

l was made (typically at an Alert (or higher) classification). NUREG-0654: B.6, B.7, H.4 Procedure (s): EPIP-TSC-1 i Points Weighting Weighted Potential l Enabling Objectives 1-5 Factor Points Points

1. Minimum staffing requirements were met.

3 15

2. TSC personnel were instructed to place accountability cards in the accountability card boxes. 3 15

3. Dose assessment, if being performed in the Control room, is reviewed by the Site Director after assuming 3 15 Command and Control

4. Communicebons between the TSC and Control Room Opershons Liaisons is established. 3 15

5. Communicebons between the TSC and state / local agencies via the COP network or altemative is established. 5 25

6. Aperture card file box is unlocked and reader / printer is powered up. 2 10

7. Control Room, OSC and EOF have been notified of the TSC achvation. 4 20

8. Achvation announcement to the TSC staff was made 3 15 )

5 - Significant strength 2 - Below avpactabons 1 -Significantweakness TOTALS 4 - Above average 3 - Meets expectations WP oi PP i { REMARKS: PPeor = PP - total potential points crossed out Evaluator: PPcor = - = Date: Score = WP *5 Score = *5 m ( PP., ) ( ) 1-59

CONDUCT OF EXERCISE OBJECTIVES (Continued) j OBJECTIVE EVALUATION

24. Demonstrate the adequacy of the TSC facility (including space, comfort, communications, etc).

Procedure (s): EPIP-TSC-1 NUREG-0654: F.1,H.1 Points Weighling Weighted Potentia! Enabling Objectives 1-5 Factor Points Points

1. The design of the TSC is functional, uncongested and has adequate resources (technical references, power 3 15 supplies, computer terminais, lighting, supplies, etc.).

2. The locaten of the TSC is near the Control Room and allows movement between the facilities. 3 15

3. The TSC staff is adequate to provide needed support to the Control Room during emergencies. 3 15  ;

4. A separate room for at least three persons shall be f provided for pnvate NRC consultatens. 3 15

5. Habitability of the TSC is provided with HEPA and charcoal filter ventilabon, airtmrne radioactivity and 5 25 radiation dose rate monitoring equipment. These systems include local alarm systems to wem of adverse conditions. l

6. 'The TSC has reliable voice communications with the l Control Room, OSC, EOF and the NRC, including: NRC 4 20 FTS-ENS, HPN, dedicated phone lines between emergency facilities and communications to mobile site monitoring teams

7. Equipment is provided to gather, store and display data needed to analyze plant conditions. 3 15

8. The TSC personnel have access to plant records and procedures. 3 15 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPoi PP .,

REMARKS: PPoor = PP,,,- total potential points crossed out Evaluator: PPcor = - = Date: Score = WP *5 Score = *5 = ( PP;) ( ) 1-60

CONDUCT OF EXERCISE  ! OBJECTIVES l (Continusd) OBJECTIVE EVALUATION {

25. Demonstrate the ability to assess plant conditions using onsite monitoring systems (i.e. radiological l monitors, process monitors, plant parameters, equipment status, etc.) and direct communications with the Control i Room (simulator) and classify events per approved procedures (if events occur when this Command and Control Position is in charge). I Procedure (s): EPIP-OSC-1, EPlP-OSC-2, EPIP-EOF-6 NUREG-0654: D.1, D.2, H.5, l.1,1.2, Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points )

1. Plant instrumentation was monitored and compared to  !

the EAL verification criteria in EPIP-OSC-1 (i.e., area 5 25 monitors, process monitors, fire detection system, temperature, pressure, level, etc.). i 1

2. Off normal events were compared with the verification i criteria in EPIP-OSC-1. 4 20

3. Attachments of EPIP-OSC-1 were used to classify the event. 5 25

4. The classificatKm made was Correct for the Current Mode of Operation. TIME OF CLASSIFICATIONS: 5 25

1) 2) 3)  !

5. The highest classification for which an EAL is currently i met was declared. 5 25  !

6. A proper classification was declared by the Command and Control positon. TIME OF CLASSIFICATIONS: 5 25

1) 2) 3)

7. Plant conditions and events were monitored and compared to EAL verification criteria as necessary to 3 15 determine if reclassification was necessary.

8. Communications between the site Director /TSC Director and the Control Room were effective to keep the 3 15 TSC promptly informed of plant conditions and necessary prionties.

1 l 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS j 4 - Above average 3 - Meets exp+:Mi-as WPoi PP ., 3 REMARKS: 1 PPcor = PP,,,- total potential points crossed out Evaluator: l PPoor = - = Date: i Score = WP *5 Score = *5 = ( PP,,, ) ( ) l ) I 1-61

CONDUCT OF EXERCISE OBJECTIVES (Continugd) OBJECTIVE EVALUATION

26. Demonstrate the ability of the Comrnand and Control Positen to exercise his authonty and responsibility to initiate emergency actions, including providing protective acton recommendations to offsite authorities, as applicable.

Procedure (s): EPIP-OSC-2, EPIP-EOF-7 NUREG-0654: B.1,B.2,B.3,B.4 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points I

1. When declaring an emergency classificaton, the Site Director initeted the required onsite protective actions for 3 15 plant personnel, including sounding of the Emergency 14 arm, malang the appropnate announcements to warn plant personnel, directing plant or site evacuation of non-essential personnel, approving notifications for offsite authoribes and approving offsite protechve schons 1 2 3 TIME OF ALARMS:

TIME OF ANNOUNCEMENTS-5 - Significant strength 2 - Below ewsis 1 -Significant weakness TOTALS 4- Above average 3 - Meets expectabons WP,,,,, PP ., REMARKS: PPeor = PP - total potential points crossed out Evaluator: PPcor= - = Date: Score = WP, ,*5 Score = *5 = -

        ,  ( PP,,, )              (         )

1-62

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTNE EVALUATION

27. Demonstrate the aDility of the Site Director and TSC staff to communicate with the Control Room (simulator), j OSC and the EOF; keep onsite personnel informed of plant status, and; make timely initial and follow-up l notifications to State, Local and Federal officials (whenever the Site Director is the Command and Control )

Position). Procedure (s): EPIP-OSC-2 S.O. R-1 NUREG-0654: E.1, E.2, E.3, J.1 l l Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Onsite personnel were notified of emergency conditions  !

per EPIP-OSC-2, 3 15

2. Offsite agencies were notified within fifteen minutes of the declaraton of an emergency classification. 5 25 TIME OF NOTIFICATIONS:1 2) 3)

3. The FC-1188 was completed correctly and approved before notificatons were made to offsite officiais 5 25

4. The NRC was notified immediately after notifying the states and counties of an emergency classificaten, but 4 20  !

within one hour TIME OF NOTIFICATION: i

5. Updates were made to offsite agencies at least every )

80 minutes using a FC-1188 or EAGLE. TIME OF 4 20 l NOTIFICATIONS: 1) 2) 3)

6. The ENS phone was staffed continuously as required.

3 15 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPw PP ., REMARKS. PPoor = PP. - total potential points crossed out Evaluator: j PPoor= - = l Date: Score = WP.*5 Score = *5 = ( PP., ) ( ) l 1-63

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTNE EVALUATION

28. Demonstrate the ability of the Command and Control Position to manage and control emergency actnnties from the TSC.

NUREG-0654: B.1, B.2 Procedure (s): EPIP-OSC-2 Points Weighting Weighted Potet Jai 1-5 Factor Points Points Enabling Objectives

1. The Site Director was kept informed of operational and 3 15 radiological conditions.

2. The checklists in EPIP-OSC-2 were used.

5 25

3. The TSC staff was informed of transfers of Cunniu-4 3 15 and Control responsbility.

4. TSC bnefings were held on a frequent basis.

3 15 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectatens WPoi PP .i REMARKS: l l PPcor = PP.,- total potential points crossed out Evaluator: i PPoor = . = Date: Score = WP.*5 Score =_ *5 = ( PP-

                   . )                (       )

1 64

CONDUCT OF EXERCISE OBJECTIVES (Continued) ! OBJECTIVE EVALUATION

29. Demonstrate the ability of the Command and Control Position to assess and implement onsite protective actions, as required..

Procedure (s): EPIP-OSC-2, EPIP-EOF-7, EPIP-EOF-11 NUREG-0654: J.5, J.6 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Personnel in the Protected Area were property notified .

of the emergency condition and evacuated from 5 25 radiologmally affected area (s).

2. Non-essential personnel were evacuated from the j protected area at the Alert classification 4 20

3. A site evacuston of non-essential personnel was l simulated at the SAE/GE classificahon 5 25 l 4. Continuous accountabasty was initiated for TSC and j onsile personnel 4 20 l

t 5 - Significant strength 2 - Below expectations 1 -Significant weakness TOTALS l 4 - Above average 3 - Meets expectatens WP.i PP i REMARKS: i l PPcor = PP i- total potential points crossed out Evaluator: 1 PPoor = - = Date: Score = WP ,*5 Score = *5 m (PP;) ( ) ! 1-65 i

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

30. Demonstrate the ability of the TSC staff to assist with release path identification whenever a release is in progress or antxupated Procedure (s): EPIP-EOF-6, EPIP RR-22 NUREG-0654: 1.8 Points Weighting Weighted Potential Enabling Objechves 1-5 Factor Points Points

1. TSC staff monitor dose assessment results as they are produced. 3 15

2. TSC Protechve Measures personnel review dose assessment results to ensure that the expected release 3 15 pathways are assessed.

3. Release pathway (s) are identified by Control Room /TSC technical personnel. 5 25 5 - Significant strergth 2 - Below expectatens 1 -Significant wealmas TOTALS 4- Above average 3 -Meets expectahons WP., PP .,

REMARKS. PPcor = PP. - total potenbal points crossed out Evaluator: PPoor = - = Date: Score = WP ?5 Score = *5 m ( PF., ) ( ) 1-66

I CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

31. Demonstrate the ability of the TSC Director to manage and control technical support activities in the TSC..

Procedure (s): EPIP-TSC-1, EPIP-RR-11 NUREG-0654: B.7, H.1 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The TSC was property activated per EPIP-TSC-1.

3 15

2. 24-hour stamng for TSC personnel was established.

5 25

3. Access control and noise levels in the TSC were rnanaged. 3 15

4. Activibes of the TSC staff were mentamed.

3 15

5. the Site Director was kept informed of operational and radiological conditions. 3 15

6. communicatons within the TSC and outside the TSC were managed 3 15

7. Pnortbes were estabushed and communicated to ERO personnel 3 15

8. TSC technical staff performed technical analyses of the emergency as necessay, including core damage 3 15 assessments, radioechve rolesse pathways, etc..

5-Significantstrength 2-Belowexpectabons 1 - Significant weakness TOTALS 4 - Above average 3 - Meets eWMs WP., PP .i REMARKS: PPeor = PP. - total potenbal points crossed out Evaluator: PPcor = - = Date: Score = WP ?5 Score = '5 = (PP ,) ( ) 1 1-67

                                                                                                                     )

n i l CONDUCT OF EXERCISE-OBJECTIVES (Continu9d) i OBJECTIVE EVALUATION j

32. Demonstrate that the TSC staff is providing Nechnical support" to the Control Room staff by evaluating plant conditions, conducting predictions and providing engineering evaluations of events.. 1 Procedure (s): EPIP-TSC-1, EPlP-RR-22 EPIP-RR-13 NUREG-0654: B.6, B.7, H.1 l l

Points Weighting Weighted Potential i Enabling Objectives 1-5 Factor Points Points ( 1. Communication between the Control Room and the - j i TSC was established and maintained. ERFCS/SPDS was 3 15 l operational. J

2. TSC staff revowed the AOPs and EOPs that the Control Room had entered and looked ahead for possible l 3 15 l problems and recommended feasible resolubons as

necessary.

l 3. The TSC technical sts# was proactive and enactrve in l analyzing plant conditions, developing schon plans and 4 20 procedures to mitigate adverse conditions. ( l l l 5 - Significant strength 2 - Below expectabons 1 -Significant weakness TOTALS l 4- Above average 3 - Meets =W+ ions WPw PP w l REMARKS. - PPcor = PP. - total potential points crossed out Evaluator: PPoor = - = Date: Score = WP *5 _ Score = '5 = ( PP.,, ) ( ) 1-68

CONDUCT OF EXERCISE l OBJECTIVES (Continusd)- OBJECTIVE EVALUATION 33 Demonstrate the ability of the TSC staff to provide adequate and accurate accident assessment and classification support to other Command and Control Positions. Procedure (s): EPIP-OSC-1. EPIP-RR-19A, EPlP-TSC-8 NUREG-0654: H.1,1.1,1.2 l Points Weighting Weighted Potential Enabling Objechves 1-5 Factor Points Points

1. The Operations Liaison Irik wnh the Control Room was l effective in providing prompt information to the TSC staff 3 15 -

for evaluabon and assistance.

2. Sounding of appropnate plant alarms and Gai-tronics announcements were coordriated with the Control Room. 3 15 3.After TSC acevation, the TSC techmcel staff provided technical support to the Command and Control Position for 3 15 accident m.'tigabon and emergency classification.

l I I l 5 - Significant strength 2 - Below avpae+=tions 1 - Significant weakness TOTALS 4- Above average 3 - Meets expectations WPw PP w REMARKS: I PPcor = PP - total potential points crossed out Evaluator: PPeor= - = Date: Score = WP *5 Score = '5 = ( PP ,) ( ) i 1-69

1' CONDUCT OF EXERCISE OBJECTIVES (Continued) I OBJECTIVE EVALUATION

 ~

34. Demonstrate the ability of the TSC staff to dispatch field teams for offsite radiological monitonng (this function is coordinated by the EOF).

Procedure (s): EPIP-EOF-3, EPIP-RR-72 NUREG-0654: 1.7,1.8,1.9,1.10 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The TSC Dose Assessment Coordinator (or Protective Measures Coordinator) determined the status of plant 3 15 conditions, meteorological and radiological conditions.

2. The TSC Dose Assessment Coordinator (or Protective Measures Coordinator) bnefed the Field Teams on the 3 15 above conditions, and disp.e.ed the teams to their vehicles.

3. The teams were directed by the TSC until the EOF took over the coordination funcbon 3 15 Y

5 - Significant strength 2 - Below expectations 1 - Signincent weakness TOTALS l 4 - Above average 3- Meets expectabons WP., PP mi REMARKS. l l i j PPcor = PP. total potential points crossed out Evaluator: . l PPoor = - = Date: 1 Score = WP, ,*5 Score = '5 = l ( PPs) ( ) l l l 1-70

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

35. Demonstrate the ability of the Ernergency Response Organizaton to meet the goal of actuating tne ,

l Operabons Support Center within one hour of the emergency declaration where the decision to mobilize the ERO was made (typically at an Alert (or higher) classification). } NUREG-0654: B.6, B.7 Procedure (s): EPlP-OSC-21

                                                                                                                )

I Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Minimum staffing requirements were met.

5 25

2. OSC personnel were instructed to place accountability cards in the accountabliity card boxes. 3 15

3. Accountability boundah and requirements were satisfactorfy established. 4 20 j

4. Phones and communication equipment were connected l and opershonal. 3 15 i

5. The Site Director was informed that the OSC was l opersbonal. 3 15

6. Activaton announcement was made to the OSC staff. 3 3 15 i

s 5 - Significant strength 2 - Below owns 1 - Significant weakness TOTALS 4- Above average 3- Meets ewhs WP i PP REMARKS: PPcor = PP - total potential points crossed out Evaluator: PPoor= - = Date: Score = WP.*5 Score = '5 = (Pl%) ( ) 1-71

m i i CONDUCT OF EXERCISE OBJECTIVES , l (Continued)  ! OBJECTNE EVALUATION l l 36. Demonstrate the adequacy of the OSC facility (including space, comfort, communications, etc). NUREG-0654: H.1, H.9 l Procedure (s): EPIP-OSC-21 Points Weighting Weighted Potential f 15 Factor Points Points Enabling Objectives

1. The OSC Director effectively maintains control over the OSC. 5 25 ,

2. The OSC location is adequate to provide plant logistic support without interfeting with Control Room operations. 4 20

3. Procedures include a provision for the evacuation of OSC personnel to another area in the event of a hazardous 3 15 l

l environment l 4. The OSC had direct communications with the Control Room and TSC. The klephone system included at a 3 15 minimum: one dedicated telephone to the Control Room, one dedicated telephone line to the TSC and one dial telephone capable of reaching on and off-site locations. l 1 l 5 - Significant stnmgth 2 - Below expectations 1 - Significant weakness TOTALS 4- Above average 3 - Meets expectations WP,,,, PP ., REMARKS: PPcor = PP. - total potential points crossed out Evaluator: PPoor= - = Date: Score = WP,,,,,,*5 Score = '5 = . ( PP,, ) ( ) 1-72

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTNE EVALUATION 1

37. Demonstrate the ability of the OSC Director to manage and control the activites in the OSC.

Procedure (s): EPIP-RR-21 NUREG-0654: B.6 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. The OSC Director was kept current on plant data.

3 15

2. The OSC Director held briefings to keep OSC personnel aware of plant conditions and events. 3 15

3. The OSC Director coordinated the development of maintenance achvities and directed e.gcy functions 3 15 as required to aid the Site Director in accident mitigation.

4. The OSC Director ensured that emergency teams were property equipped, assembled, bnefed and dispatched in a 5 25 rapid and safe manner.

5. The OSC Director ensured OSC accountability and accountability of emergency teams was maintained. 4 20

6. The OSC Director ensured that habstability checks of the OSC and other occuped areas were performed. 5 25

7. The OSC Director coordinated the development of a 24 hour work schedule for OSC positions. 4 20 5 - Significant strength 2 - Below expectatens 1 -Significant weakness TOTALS 4- Above average 3 - Meets expectations WPoi PP .,

aEh-S. l PPeor = PP. - total potential points crossed out Evaluator: PPcor= - = Date: Score = WP ,*5 Score = '5 = ( PfG ) ( ) l 1-73 1

r CONDUCT OF EXERCISE OBJECTIVES

                                                       . (Continued) l OCJECTIVE EVALUATION                                             l

38. Demonstrate the ability of the DSC to provide radiological, maintenance, and damage control )

Control Room. NUREG-0654: B.5, B.6, B.7 I Procedure (s): EPIP-OSC-9, EPlP-OSC-21, EPIP-RR-21, / EPIP-RR 21 A. EPIP-RR-22A. EPIP-RR-87 Weighting Weighted Potential Points 1-5 Factor Points Points Enabling Otf @ves .

1. Appropnate personnel were assigr,6d to emergency 20 j

4

teams and were prompey bnefed and dispatched. Proper j precautions were taken to maintain personnel safety and I l

~ radiological exposure wE,!.

2. Accountability of emergency teams was maintained. 3 15 1

3. Communication with the Control Room, TSC and inplant 3 15 )

teams was mentained. j

4. The status of work in progress and its pie 1tf was 5 25 maintained and reported to the Control Room or Site Director.

5. Logs and records of work were adequately maintained. 3 15 l

TOTALS  ; 5 - Significant strength 2 - Below expectabons 1 - Signifcant weakness WP., PP ,,,, l 4 - Above average 3 - Meets e:-;+J+2-:- s I REMARKS: i Evalustor: PPcor = PP. - total potential points crossed out

                            .                 =

PPoor = Date: Score = WP,, ,*5 Score = *5 = ( PP. ) ( ) 1-74

n CONDUCT OF EXERCISE l OBJECTIVES (Continued) OBJECTIVE EVALUATION

39. Demonstrate the ability of the Emergency Response Organization to meet the goal of activating the Emergency Operations Facility within one hour of the emergency declaration where the decision to mobilize the ERO was made (typically at an Alert (or higher) classification).

! Procedure (s): EPIP-EOF-1 NUREG-0654: B.6, B 7, H.4 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points .

1. Minimum stamng requirements were met.

l 5 25 l 2. All communications equipment or approved backup systems were operational. 3 15

3. Emergency Director was notified of readiness to activate. Emergency Director or designee made 3 15 i appropnate announcement to facility. l I l I

5- Significant strength 2 - Below e-w Ms 1 - Significant weekness TOTALS 4 - Above average 3 -Meets expectations WPoi PP ., REMARKS. PPoor = PP. - total potential points crossed out Evaluator: PPoor = - = Date: Score = WP *5 Scors= *5 = ( PP., ) ( ) 1-75

l CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

40. Demonstrate the adequacy of the EOF facility (including space, comfort, communications, etc).

l ] Procedure (s): EPIP-EOF-1 NUREG-0654: F.1, H.2 j ! j l Points Weighting Weighted Potential ) Enabling Objectives 15 Factor Points Points j

1. The EOF had facilities for: management of overall

licensee emergency response, coordination of radiological 3 15 and environmental assessment, determination of l

i recommended public protective actions and coordination of l emergency response activities with federal, state and local i agencies.

2. The EOF was staffed to provide an overall management of resources and the continuous evaluation and 4 20 coordination of licensee activities during and after the I accident.

3. The EOF had reliable voice communications and l backup systems to the TSC, Control Room, NRC and State 3 15 and Local Emergency Operation Centers. The normal communication path with the Control room was through the TSC.

4. The EOF had equipment to coordinate radiological monitoring, offsite emergency response activities, 5 25 disseminate in'viir t-i and provide protective action recommendations to responsible govemment agencies.

! 5. The EOF shall have up-to-date plant records, procedures and emergency plans which shall include: 3 15 Technical Specifications, Operating Procedures, Emergency Operating Procedures, USAR, plant, State and Local Emergency Plans, Offsite population distribution l data, evacuation plans and up-to-date P&lDs. l 5 - Significant strength 2 - Below expeGoucris 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP., PP i REMARKS: l l PPeor = PP. - total potential points crossed out Evaluator: PPcor = - = Date: Score = WP *5 Score = *5 = ( PP;) ( ) 1-76 I L

CONDUCT OF EXERCISE OBJECTIVES (Continued)

OBJECTIVE EVALUATION

41. Demonstrate the adequacy of EOF secunty.

Procedure (s): EPlP-RR-29 NUREG-0654: H.2 Points Weighting Weighted Potential I Enabling Objectives 15 Factor Points Points I

1. The EOF Administrative Logistics Manager contacted ,

Security at the Energy Plaza to ensure a Security Officer 3 15 was dispatched.

2. The Administrative Logistics Marnger or a designee maintained security until a Security Omcer arrived. 3 15 l 3. Security or designee ensured that all persons entering l l the EOF or already in the EOF were listed in the access 3 15 booidet. All personnel entering the EOF or already there were required to show proper identification.

4. The Administratrve Logistics Manager oversaw security operations. 3 15 l

5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS l 4 - Above average 3 - Meets e:-T+:hi-:-as WPoi PP w REMARKS: PPeor = PP. - total potential points crossed out Evaluator: PPcor = . = l l Date: i Score = WP *5 Score = *5 = ( PP;) ( ) 1-77 l

CONDUCT OF EXERCISE OBJECTIVES (ContinuGd) OBJECTWE EVALUATION

42. Demonstrate the ability of the Emergency Director to manage and control the activities in the EOF.

Procedure (s): EPIP-OSC-2 NUREG-0654: B.6 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The EOF was properly activated in accordance with EPlP-EOF-1. 5 25

2. 24-hour staffing was established.

4 20

3. Access, control and noise levels in the EOF area were managed. 3 15

4. ActMbes of the EOF key positions were controlled and I managed. 3 15 j

5. Communicatens within the EOF and with other facilites and agences were managed. 3 15

6. Prioribes were established, status boards and personnel were kept abreast of the pnoribes 3 15

7. Classifications, PARS and Notificabons were j estabbshed and made in accordance with EPIP-OSC-2, 3 15 l

l 5 - Significent .L igth 2 - Below expectabons 1 - Significant weakness TOTALS l 4- Above average 3 - Meets expectations WP. PP w ! REMARKS: ? l i l PPcor = PP. - total potential points crossed out Evaluator: l PPoor= - = Date: Score = WP *5 Score = *5 = E ( ) I 1-78 L:

CONDUCT OF EXERCISE OBJECTIVES (Continued) l l OBJECTIVE EVALUATION

43. Demonstrate the ability of the EOF staff and the Emergency Director to correctly classify events and recommend protective actions to offsite officials (when the Emergency Director is responsible for this function). .

Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-6, NUREG-0654: D.1, D.2, H.5,1.1,1.2, J.7 I EPIP-EOF-7 I Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The event was property classified based on available Wu.in Wi. 5 25

2. Attachments of EPIP-EOF-7 were reviewed.

4 20

3. PARS based on plant conditions were prepared by the EOF Ops Liaison or Emergency Director. 3 15 i 4. PARS based on radiological conditions were prepared

                                                    ~

j by the EOF Protecbve Measures group. 3 15 l S. The PARS were normally reviewed by the Protective Measures .Yr:-;=. 3 15

6. The Emergency Director approved the PARS, the PARS ,

were correct based on available data. 5 25

7. PARS were property reviewed and transmitted to State and Local agencies. 5 25 l

l  ! 5 - Significant .i. 6gth 2 - Below expectabons 1 -Significant weakness TOTALS l_ 4- Above average 3 - Meets expectations WPw PP w  ; REMARKS- I l l l l l l I l . PPoor = PP. - total potential points crossed out Evaluator: PPcor = . = i Date: Score = WP, ,*5 Score = '5 =  ! (PP.) ( ) j 1-79 l

I" CONDUCT OF EXERCISE OBJECTIVES (Continued)

    /

OBJECTIVE EVALUATION I ,44. Demonstrate the atHlity of the EOF staff to perform cose assessment and coordinate field team activities. Procedure (s): EPIP-OSC-1, EPIP-OSC-2, EPIP-EOF-6, NUREG-0654: 1.1,12,1.4,1.6,1.7,1.8,1.9,l.10 EPIP-EOF-3, EPIP-RR-72 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. The Field Team Specialist received a proper briefing on plant status, field team achvabon, meteorological and 3 15 radiological conditions.

        ' 2. Field Teams were penodically bnefed on plant conditions and projected /known radaological conditions.                       3                             15 Field Teams were reminded to check their dosimeters and reminded of established dose limits. Team member's dose was tracked

3. The Field Team Specialist directed the Field Teams to monitanng locations and satisfactorily recorded and 5 25 interpreted the results.

4. Established 24-hour staffing for Field Team Specialist position. 3 15

5. Dose Assessment was performed at least hourly dunng the release. 4 20

6. Using available EOF resources and staff the correct release path was determined. 3 15

7. PARS based on plant conditions were prepared by the EOF Ops Liaison. Radiological PARS were prepared by 3 15 the EOF Protechve Measures Manager's group.

8. Dose assessment projechons were wiip.in with field team data: 3 15

9. Protechve Measures Manager normally reviewed PARS.

3 15

10. Proper PARS were proposed to the Command and Control Position for approval. 5 25 5 - Significant strength 2 - Below e:-;+Ai--is 1 - Significant weakness TOTALS 4 - Above average 3 - Meets ewe':is WP PP .,,,

REMARKS: PPcor = PP,,,,,- total potential points crossed out Evaluator: PPcor= . = Date: Score = WP.*5 Score = '5 = ( PP ,) ( ) g 1-80 ^

CONDUCT OF EXERCISE OBJECTIVES (Continu:d) OBJECTIVE EVALUATION

45. Demonstrate the ability of the Emergency Director and the EOF staff to recommend offsite protective actions to the States.

Procedure (s): EPIP-EOF-6, EPIP EOF-7 NUREG-0654: J.7 Points Weighting Weighted Potential Enabling Objectives 15 Factor Points Points

1. Attachments of EPIP-EOF-7 were reviewed.

3 15

                                                                                                                   ~

2. PARS based on plant conditions were prepared by the >

EOF Ops Liaison or Emergency Director. 3 15

3. PARS based on radiological conditions were prepared by the EOF Protechve Measures group. 3 15

4. The PARS were normally reviewed by the Protecbve Measures ??_ = -. 3 15

5. The Esww ,,,cy Dsector approved the PARS, the PARS were correct based on available data. 4 20

6. PARS were property reviewed and transtrutted to State and Local agencies 5 25 l 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP., PP .,

REMARKS: PPoor = PP. - total potential points crossed out Evalustor: PPoor u . = Date: Score = WP ,*5 Score = *5 = ( PP., ) ( ) 1 1-81

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

46. Deaeistrate the ability of the EOF staff to make onsite and offsite notifications.

Procedure (s): EPIPEPIP-OSC-2, S.O. R-1 NUREG-0654: E.1, E2, E.3, J.1 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. For upgrades in emergency classifications, the EOF coordinated the appropriate notifications to plant personnel 15 per EPIP-OSC-2. TIME OF NOTIFICATIONS:

3 1)- 2) 3)

2. Plant personnel were informed of the transfer of Command and Control to the Emergency Director in the 3 15 EOF.

3. When Cv,v . .d and Cv6Lui was with the Emergency Director, all notifications were made to offsite agencies per 3 15 EPIP-OSC-2 including States, Counties and the NRC.

4. 60 minute updC. were made to the states using EAGLE or FC-1188. TIME OF UPDATES: 3 15

1) 2) 3) 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP., PP .,

REMARKS PPcor = PP. - total potential points crossed out Evaluator: PPoor = - = Date: Score = WP ,*5 Score = *5 = { PP,, )_ ( ) 1-82

CONDUCT OF EXERCISE OBJECTIVES (Continu;d) l OBJECTIVE EVALUATION

47. Demonstrate the ability of the EOF staff to interact with corporate and offsite officials.

Procedure (s): EPIP EOF-1, EPlP-OSC-2, EPIP-RR-22, NUREG-0654: B.6 EPIP-RR-29 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The interface with State officials in the EOF was '

maintained. 5 25

2. OPPD Corporate officials were kept abreast of plant conditions as necessary for media releases. 3 15 l

l l i 5 - Significant strength 2 - Below e:-T+2ik,w 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP., PP .i REMARKS: I PPeor = PP. - total potential points crossed out Evaluator: j PPcor= . = Date: l Score = WP.*5 Score = *5 =  ! (PP;) ( )  ; 1-83

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

48. Demonstrate the ability of OPPD to support and coordinate emergency activities with the States of Iowa and Nebraska within the plume exposure pathway Procedure (s): EPIP-EOF-1, EPIP-OSC-2, EPIP-RR-22 NUREG-0654: C.1, C.2 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. OPPD coordinated with and provided the States of Iowa cnd Nebraska omcials the necessary information to 3 15 implement protective actions and make press releases.

5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WP., PP . REMARKS: PPeor = PP. - total potential points crossed out Evaluator: PPeor = - = Date: Score = WP.*5 _ Score = *5 = ( Few ) ( ) 1-84

CONDUCT OF EXERCISE j OBJECTIVES l (Continued) OBJECTIVE EVALUATION

49. Demonstrate the ability to activate the Mede Release Center, interface with mock news media, and coordinate rumer control.

Procedure (s): OPPD Crisis Communication Plan NUREG-0654: G.3, G.4 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The MRC and Rumor Control Center were staffed and activated in a timely manner. 3 15

2. The public was supplied with prompt, accurate and -

significant informabon using a policy of full disclosure of 3 15 l occurring events at Fort Calhoun Stabon.

3. The media was kept informed by means of press releases, written materials, briefings, telecasts, radio 3 15 broadcasts, lectures, conferences and telephone

4. Recommendabons or directives to the public for protechve schons induding evacuaten were coordinated 5 25 with state and county officals. l S. Rumor Control informabon was timely and accurate, false rumor trends were recognized and efforts were made 4 20 to correct them.

i j 5 - Significant strength 2 - Below expectatens 1 - Significant weakness TOTALS l l 4 - Above average 3 - Meets expectabons WP. PP w REMARKS: l l PPoor = PP - total potential points crossed out Evaluator: I PPoor = - = Date: Score = WP *5 Score = '5 = ( PF., ) (- ) 1-85 { L

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

50. Demonstrate the adequacy of the MRC faciirty (including space, comfort, communications, etc).

Procedure (s): OPPD Crisis Communicaten Pian NUREG-0654: G.3, G.4 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

   'i. Supervision of the MRC and Rumor Control Center was
   +f+3c:'y maintained. Personnel were kept informed of                           3                     15     .

the plant status and prognosis.

2. Secunty of the MRC was adequate. Personnel entering the MRC had proper identificaten and authortzaten for 3 15 entry.

3. The MRC had direct commurr. cations with the EOF and the plant, equprnent was funchonal. The States had 3 15 access to communcations and required equipment

4. Press bnefings were trnely and accurate. The information provided by the States regarding protechve 3 15 actions was complete and trnely.

5. Rumor Control was property staffed and informed of events and prognosis. Communicabon equipment was 3 15 operational and the proper number of messages were handled.

6. Television and radio broadcasts were monitored for accurate and correct information. An attempt to correct 3 15 misinformaton was made 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets e:-?+Ar-: is WP. PP i REMARKS:

PPeor = PP. - total potential points crossed out Evalustor: PPoorm - = Date: score = WP *5 Scors = *S = (PP.) ( ) 1-86

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

51. Demonstrate the capability to coordinate the development and dissemination of clear, accurate and timely information to the news media.

Procedure (s): OPPD Crisis Communication Plan NUREG-0654: G.3, G.4 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Press briefings were made in a timely manner and were accurate. 3 15

2. Television and radio broadcasts were monitored for correct and accurate information. Misinformation was 3 15 identified and corrected (if applicable).

5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets ewi.eis WP. PP w REMARKS. PPeor = PP - total potential points crossed out Evaluator. PPcor= - = l Date: 1 Score = WPg *5 Score = '5 = ( PP, ) ( ) l 1-87

CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

52. Demonstrate the capability to coordinate tne formulation and dissemination of accurate information and instructions to the public.

Procedure (s): OPPD Cnsis Communicatum Plan NUREG-0654: G.3, G.4 Points Weighting Weighted Potential

                     <          Enabling Objectives                          15              Factor    Points       Points

1. The Rumor Control Center was property staffed. 3 15

2. Questions of the public were promptly and accurately answered. 3 15

3. EBS broadcasts were monitored. 3 15 5 - Significant .^. w,gth 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3- Meets expectabons WP.i PP .i REMARKS-s PPeor = PP.,- total potential points crossed out Evaluator:

PPcor= - = Date: Score = WP *5 Score = '5 = ( PF., ) ( ) 1-88

I. CONDUCT OF EXERCISE OBJECTIVES (Continued) OBJECTIVE EVALUATION

53. Demonstrate the capability to establish and operate rurnor control in a coordinated and timely manner.

Procedure (s): OPPD Crisis Communication Plan NUREG-0654: G.3, G.4 l Points Weighting Weighted Potential l Enabling Objectives c. 1-5 Factor Points Points 1

1. The Rumor Control Center was property staffed. 3 15

                                                                                                                       ~

2. Rumor Control messages were answered in a timely and accurate manner. 3 15 I

l i

                                                                                 =        _

5 - Signihcant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPoi PP mi REMARKS: PPcor = PP. - total potential points crossed out Evaluator:

                                                                                                                         )

PPcor= - = l Date: Score = WP *5 Score = *5 = (PP;) ( ) i 1-89

CONDUCT OF EXERCISE l OBJECTIVES / (Continued) OBJECTIVE EVALUATION

54. Demonstrate the ability to develop and conduct an exercise scenano that tests a major portion of the basic elements in the licensee, state and local emergency plans.

Procedure (s): EPT-20 NUREG-0654: N.1 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. Scope and objectives developed and submitted in a 1

timely manner. 3 15

2. Scenario package developed and submitted in a timely manner. 3 15

3. Scenano included obpecbves to address weakness (es) from previous exercise (if applicable). 5 25

4. Findings identified in the critique process or NRC evaluation are not attnbutat'le to a scenario problem or 4 20 weakness.

5. The scenario contains appropriate data for controllers to provide to players as it is esmed 5 25 5 - Significant strength 2 - Below e:-;+11eisys 1 - Significant weakness TOTALS 4 - Above average 3- Meets owMs WP. PP w REMARKS.

l l I PPcor = PP. - total potential points crossed out Evaluator. PPoor = - = Date: Score = WP *5 Score = - *5 m ( PP,, ) ( ) 1-90

l CONDUCT OF EXERCISE l l OBJECTIVES i (Continued) OBJECTIVE EVALUATION l

55. Demonstrate the abiltty to conduct a post-exercise entique process to identify both strengths and areas for i

improvement. Procedure (s): EPT-20 NUREG-0654: N.4, N.5 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. All failures to meet exercise objectives were identified. 5 25

2. Facility critiques identified failures to meet objectives (if l any). 4 20 l

l 3. Lead Evaluators coordinated effective critiques. 3 15

4. Lead Evaluators and Key Players identified failures to meet objeebves. 5 25

5. Improvement items are effectively identified. 4 20 l

6. Items ofimproved performance are identified. 3 15 l l

7, Exercise strengths are identified. 3 15 l 8. Effective facility critiques are conducted. 4 20

9. An effective Lead Controller / Evaluator / Player critique is conducted. 5 25

10. Ithorough critique report was prepared for the Man'.*gement Brief. 4 20 l 11. There was active particapation by management during l the briefing. 4 20

12. Critique findings were documented in the CR progress. 5 25 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS 4 - Above average 3 - Meets expectations WPoi PP mi REMARKS:

PPcor = PP. - total potential points crossed out Evaluator:

                           .                   =

Date: l i v# .WP *5 Score = '5 = ( PP., ) ) { ( 1-91

CONDUCT OF EXERCISE f OBJECTIVES l (Continued) OBJECTIVE EVALUATION

56. Demonstrate appropnate staffing of emergency response facilities on a prolonged basis.

Procedure (s): EPIP-RR-29, EPIP-RR-17A NUREG-0654: 285/9704-01 Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. A 24-hour staffing schedule is prepared for all ERO positions. 3 15

2. All personnel assigned to the 24-hour schedule are  !

quellflod to the position (status 1 on the ERO Roster). 4 20

3. None of the 2" shift personnel are players within 8 hours of the assigned shift time (e.g. E.D. scheduled for -4 20 1800-0600 is not playing after 1000 hours 5 - Significant strength 2 - Below expectations 1 - Significant weakness TOTALS l

4- Above average 3 - Meets eWis WP. PP w REMARKS. PPcor = PPow - total potenbal points crossed out Evaluator: , PPoor= - = l Date: Score = WP ,*5 Score = *5 = ( Pf% ) ( ) 1-92

CONDUCT OF EXERCISE l OBJECTIVES l (Continued) l l i

OBJECTIVE EVALUATION

67. Demonstrate the ability to communicate to all affected personnel that authonzation has been granted for use i of potassium iodida. l NUREG-0654: 285/9704-02 l Procedure (s): EPIP-EOF-21 l

I Points Weighting Weighted Potential Enabling Objectives 1-5 Factor Points Points

1. The need for Kiis identified. 3 15

2. The proper decision was made regarding authonzation i of Kl use. 4 20 1

3. The authorization for use of Kl was property ,

communicated to affected personnel. 5 25 l 1

4. Forms for Ki issuance were properly completed. 3 15 l l

l 5 - Significant strength 2 - Below expectations 1 - Signifcant weakness TOTALS , 4 - Above average 3 - Meets expectatior s WPoi PP ., i REMARKS: l PPcor = PP. - total pctential points crossed out Evaluator: ! PPcor = - = Date: Score = WP.*_5 Score = *5 = ( PP;) ( ) 1-93

OMAHA PUBLIC POWER DISTRICT FORT CALHOUN STATION t 1999 EMERGENCY PREPAREDNESS EXERCISE MANUAL

                                                                  ~

VOLUME l 1 .! CONDUCT OF EXERCISE - CAUTION: THIS MANUAL CONTAINS CONFIDENTIAL EXERCISE INFORMATION THAT CAN NOT BE SHARED WITH EXERCISE PARTICIPANTS PRIOR , TO THE 1999 EMERGENCY PREPAREDNESS EXERCISE  ! SCHEDULED FOR AUGUST 10,1999. l

FORT CALHOUN STATION 1999 EMERGENCY PREPAREDNESS EXERCISE MANUAL VOLUME 2 SCENARIO EVENTS CAUTION: THIS MANUAL CONTAINS CONFIDENTIAL EXERCISE INFORMATION THAT CAN NOT BE SHARED WITH EXERCISE PARTICIPANTS PRIOR TO THE 1999 EMERGENCY PREPAREDNESS EXERCISE SCHEDULED FOR AUGUST 10,1999.

1999 FORT CALHOUN STATION EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS VOLUME 1 CONDUCT OF EXERCISE Scope and Participants 1-1 Guidelines and Simulations 1-5 Participant Guidelines 1-11 Controller /Evaluatnr Guidelines 1-19 Objectives 1-24 Objective Evaluation Forms 1-37 VOLUME 2 SCENARIO EVENTS Narrative Summary 2-1 l Time Line And Master Events Summary 2-3 Messages 2-8 in-Plant Radiological Data 2 On-Site Radiological Data 2-71 Meteorological Forecasts 2-75 VOLUME 3 OPERATIONAL AND ERFCS DATA Area Monitor Data Summary 3-1 { l Process Monitor Data Summary 3-3 ) Example ERFCS Pages 3-5 Sample Operational Data Sheet 3-17 Sample Radionuclide Analysis Report 3-19 l Radiochemical Data 3-21 Operational Data Graphs 3-39 t Operational Data Summary 3-44 l VOLUM' E 4 DOSE ASSESSMENT AND FIELD TEAM DATA Introduction 4-1 l Meteorological Data Summary 4-2 Dose Assessment Data 4 Field Team Data 4-35 VOLUME 5 MEDIA RELEASE CENTER MESSAGES Introduction 5-1 OPPD Rumor Control Messages 5-2 lowa Rumor Control Messages - 5-57 News Media Messages 5-112 REV0 i

NARRITIVE

SUMMARY

                                         )

1 The scenario will unfold in three phases.  ; First phase, an ALERT will be declared while releasing a Monitor Tank. The Process Monitor RM-55 will exceed 10 times Technician Specifications during the release and the release will not automatically isolate due to a relay failure that prevents the shutdown of the Monitor Tank Pumps and automatic shutting of HCV-692 (OVERBOARD DISCHARGE FLOW CONTROL VALVE). Second phase, a Site Area Emergency will be declared when a bomb will explode in Room -

81. This will result in loss of all feed water to the steam generators. Once Through Cooling will not be initiated to an inability to open the Power Operated Relief Valves. This will result in core uncovery. ,

Third phase, a General Emergency will be declared when tubes rupture in Steam Generator . RC-2A. Steam Generator pressure rises and lifts the Steam Generator Safety Valves, one of l these valves fails to resest; resulting in an off site release. Initially, the plant is operating at 100 percent power. The Monitor Tank WD-22A is being released to the overboard discharge tunnel. CH-1B ('B' Charging Pump)is tagged out for packing replacement. The plant will declare an ALERT base on EAL 8.4 " Liquid Effluent Process Monitors > (10) High Alarm Set Point," when the Liquid Process Monitor RM-055 alarms and reads greater than ten (10) time the High Alarm setpoint due to a small corrosion particle becoming lodged in the RM-055 detector. The high alarm on RM-055 will fail to automatically shut HCV-692 (OVERBOARD DISCHARGE FLOW CONTROL VALVE) and will not send a stop signal to Monitor Tank Pumps WD-23 A/B. The release of liquid will not be isolated until manually operated valves in Auxiliary Building Room 10 are shut. The door to Room 10 will not open resulting in a delay in isolating the flow of Monitor Tank liquid to the river. The High Alarm on RM-055 is caused by a small-activated corrosion particle that becomes lodged in the detector housing. A high temperature alarm will be received in the piping downstream of PCV-102-1 and PCV-102-2 due to one of the Power Operated Relief Valves (PORV) leaking by. Shutting HCV-151 will stop this leakage. At about 0815 hours Security will receive a bomb threat for the Administration Building, the threat is that bomb will go off at 0900 hours in the Administration Building. The bomb threat in the Administration building is a diversion. The bomb is actually in the Auxiliary Building in Room 81. At 0845 the bomb will explode in Room 81 of the Auxiliary Building and cause a rupture of Main and Auxiliary Feed Water piping. The rupture of the feed water piping results in a total loss of feed water flow to the steam generators. The Reactor Protection System will fail to automatically TRIP the reactor when a trip signal is generated. The Manual Reactor Trip buttons on CB-4 and Al-31 will not trip the reactor. The DSS Manual Trip Switches on Al-66 A/B will work and establish reactivity control. Both 2-1

Strm G:n:rstors will boil dry. "Once-Through-Cooling" flow cannot be initiated due to HCV-151 (Blocking Valve) binding in shut position and PCV-102-2 (PORV) sticking shut. The emergency classification will escalate Site Area Emergency based on EAL 6.4, " Fire or Explosion Affecting Both Trains of ESF," EAL 1.15, " Loss of any function needed For Plant Hot Shutdown," or when the requirements are met for "Once-Though-Cooling" per EAL 2.8, Loss of All Feed Water and Once-Though-Cooling Required." With no heat sink Reactor Coolant System temperatures and pressures will rise causing the , lifting of the Code Safety Valves RC-141 and RC-142. The Quench Tank Rupture Disk will ' rupture releasing RCS coolant to the Containment Building. This will result in increased ' ' radiation levels inside the Containment Building. RCS sub-cooling will be lost resulting in forming a steam bubble in the reactor vessel and core uncovery. Core damage will occur. At about 1135 hours, tubes in Steam Generator RC-2A will rupture causing an off-site 4 radiological release via MS-291 Steam Generator Safety Valve that fails to reseat. A General ' Emergency will be declared based EAL 1.16, " Imminent Core Uncovery With Containment Failure or Challenge," EAL 1.17, " Failure / Challenge to Three (3) Fission Product Barriers" or EAL 8.9, " Dose Assessment or Field Team Surveys Indicate That Dose Rates or Doses For General Emergency Are Exceeded at Site Boundary." The exercise will terminate at about 1330 hours. l r 2-2 L L

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                                                                                                                                            . n r eto                 oon A   A       sahe t

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                                                                                                                                                                        .t E                                                       ip           A          A         A                            eo OOC                               S         N                                             SO           N          N         N       SO                  SC e

p l a e r lar m m la r br p be r p r n r n n. n rm 'n br e T y e a ea oo f i E foo i nt a it uo foo i i E e a p V .P VP nt a I S i l i a nt a S I V ,P G S# 72 8 2 9 2 0 3 1 3 2 3 3 3 4 3 5 3 M e s

           +

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                                             +         +                                              +            +          +         +      0 pe                                              0                                             7            2          0         5                           1

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                +                                               0 pe 40                                                  0 am 3 l i     0 6

0 ET a e 10 l 0 em  : 3: 3 RT i 1 1 1

DRILL MESSAGE Message No: 1 Elapse Time:-1 Day From: Sim. Lead Real Time: 07:00 To: Crew Type: Paper Controller Notes: Nstribute the Nite Notes to Operations Supervisor one-day prior to the Drill. 1 Drill Message: , Nite Notes for August 9,1999. l i i l l l l i 2-8

1 I Fcrt C lheun Station Operations Department Nite Notes August 9,1999 A. Tasks to be completed over night / weekend None B. Activities Coming Up On Day Shift Tuesday '

1. Annual Exercise

2. Continue work on CH-1B.

C. WAM/PRA Color for Tuesday is Yellow SWYD activities were evaluated. D. Look-Ahead l

1. None  !

E. POD Feedback None F. Generalinformation Good luck to crew supporting annual exercise. G. The last WR to be prioritized was 9648 1 l Thanks, REL i I i l 2-9

f DRILL MESSAGE Message No: 2 Elapse Time: -0030 From: Senior Cntir. Real Time: 07:00 To: All Type: Paper Controller Notes: . l l Sample Plan of the Day is attached. . i Drill Message:  ; The Plan of the Day for the August 10,1999 Exercise is available on the OPPD web page,  ! for the participants. l l I i 1 1 l 1 l l l ll 2-10 l l l

                                                                                        .]

Plan of the . s

                           ~

Dhy - For Tuesday, August 10,1999 Last Updated: 08/10/99 03:31 Part I - Dail Focus i Plant Performance Status as of: 08/10/99 03:51 Power Level (Reactor): 99.92 %PWR Power Level (Reactor)(XC105): 1498.85 MWT Power Level (Generator)(XC401DY): 487.24 MWE Fuel Reliability Ind . 1.00E-06 uci/gm l Unit capacity Factor : 100.76  % l RCS Leak Rate (Total): 0.182476 GPM RCS Leak Rate (Unknown): 0.146584 GPM Highest RCS Leakage Rate in August (Total): 0.196526 GPM Date:08/04/99 RCS Total Activity : 2.88 uci/gm RCS Xenon-133 : 5.40E-1 uci/cc , River Level (L1900): 993' 7" CW Temp (XC094): 58.71 F Cond. Air In-Leakage : 8.782 SCFM Tech Spec LCO'S (Specified Time Length) Tech Spec LCO'S (No Time Length) 2-11

l Plan of the Day - For Tuesday, August 10,1999 Last Updated: 08/10/59 03:31 Part I - Dail Focus Plant Performance Status as of: 08/10/99 03:51 Power Level (Reactor): 99.92 %PWR Power Level (Reactor)(XC105): 1498.85 MWT Power Level (Generator)(XC401DY): 487.24 MWE Fuel Reliability Ind : 1.00E-06 uci/gm Unit Capacity Factor : 100.76  % RCS Leak Rate (Total): 0.182476 GPM RCS Leak Rate (Unknown): 0.146584 GPM Highest RCS Leakage Rate in August (Total): 0.196526 GPM Date:08/04/99 RCS Total Activity : 2.88 uci/gm RCS Xenon-133 : 5.40E-1 uci/cc River Level (L1900): 993' 7" CW Temp (XC094): 58.71 F Cond. Air In-Leakage : 8.782 SCFM

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

Tech Spec LCO'S (Specified Time Length) Tech Spec LCO'S (No Time Length) 2-11

Maintenance Rule Equipment or Major Equipment Out of service ,

        ! ) 5 r-4A. Steam Packing           Abnormal                WR 1555 / Hot SD                                            MM    11/01/99 Exhauster Fan       noises                  Outage Required Shift Manager's Report:

1) There are 1 full WGDT. It was isolated on 8/6/99.

WWM - Priorities for the boy: PRA Color for 08/10/99 Yellow PRA Color is Yellow Today Due to Scheduled Switchyard Activities The following entries are for Tuesday, August 10,1999:

1. None WWM - Accomplishmeras from the Previous Work Day:

The following entries are from Monday, August 9,1999: 1.None r Substation Activities Item . Expected Approved hber Work Date By FCS 1) 2-12

Refueling Outage Report: Operating Experience: Focus Manager Report: N I l I l l l l l l l Plant Manager's Comments: CRG Review of CRs:

        - - - - - - - - - . - - . -                                - - .      . . - .                     . . - -          . - - . - . - - - - . - - - - - . - ,                                          e '~      -

Operating Staff: Operatino Sta1lf: 6AM-6PM 6PM-6AM SHIFT SHIFT SM: 2-13

7__ . LSO: STA: WWM: ' OCC Supv: Duty Supervisor: Go To POD Part II l l I l l 1 4 1 I 2-14 j

DRILL MESSAGE Message No: 3 Elapse Time:-0030 From: Sim. Lead Real Time: 07:00 To: Crew Type: Paper Controller Notes: Any person donning a SCBA will have to change out their bottle after 25 minutes of use. - When changing out a bottle the spare bottle must be present. Drill Message: Inform personnel who don SCBA's that their SCBA alarm is ringing 25 minutes after donning. 2-15

DRILL MESSAGE Message No: 4 Elapse Time: -0030 j From: Sim. Lead Real Time: 07:00 l l To: Crew Type: Paper Controller Notes: l 1

                                                                                           ~

See the attached sample Monitor Tank Release. Drill Message: Give the Exercise crew the release permit for WD-22A ('A' Monitor Tank). l l l l 2-16

FORT CALHOUN. STATION CHEMISTRY FORM FC-211 R23 Page 1 of 7 WASTE LIQUID TANK RELEASE PERMIT RELEASE NUMBER: 1999021 l

                                     "A" MONITOR TANK I

I. Permit Information: .. Issue Date: 12-APR-1999 Issue Time: 00:38 Sample Date: 11-APR-1999 Preparer: TSU-MO Sample Time: 23:53 Initial Level: 95 inches II. Chemical Analysis: l Oil Tank Cone visual Turbidity None Visible pH Clear l Hydrazine 6.97 ) 0.016 ppm _III. Gamma Analysis (uCi/ml):

                                  "A"    MT:     1096 AG-110M      5.58E-06 CO-58        8.76E-07 CO-60        3.73E-06 CS-134       5.39E-06 CS-137       9.08E-06                                 1 MN-54        5.88E-07 NB-95        1.82E-06 SB-125       1.33E-05 XE-133       4.10E-05 XE-135       1.89E-0 ZR-95        2.29E-0 l

2-17 l

r FORT CALHOUN STATION CHEMISTRY FORM FC-211 R23 Page 2-of 7 WASTE LIQUID TANK RELEASE PERMIT RELEASE NUMBER: 1999021 "A" MONITOR TANK IV. Maximum Release Rate Calculations: -1 Based on 1/2 WEC Summation: 6.34E+03 gpm Based on 1/2 Chemistry Limits: 1.20E+04 gpm Based on RM-055 Setpoints: 1.50E+02 gpm l Maximum Allowable Flowrate: 150.0 gpm l [ V. Proiected Release Information at 150.0 gom: ) j Chemical Discharge t Analysis Tank Conc Max Disch l Conc (ppm) Spec (ppm) Oil None l Visual Turbidity N/A N/A Clear N/A pH 6.97 N/A Hydrazine N/A N/A i 0.016 ppm 6.66E-06 1.000E-03 i j Tank site Discharge WEC Site

                                                                                         }

Conc. Conc. Limit Discharge Nuclide (uCi/ml) (uCi/ml) Activity AG-110M 5.58E-06 (uCi/ml) Fraction (uCi) 2.32E-09 6.00E-06 3.87E-04 1.18E+02 CO-58 8.76E-07 CO-60 3.65E-10 2.00E-05 1.82E-05 1.86E+01 CS-134 3.73E-06 1.55E-09 3.00E-06 5.17E-04 7.90E+01 5.39E-06 2.25E-09 9.00E-07 2.50E-03 I CS-137 9.08E-06 ~3.78E-09 1.14E+02 MN-54 5.88E-07 1.00E-06 3.78E-03 1.92E+02 NB-95 2.45E-10 3.00E-05 8.16E-06 1.25E+01 1.82E-06 7.60E-10 3.00E-05 2.53E-05 SB-125 1.33E-05 5.53E-09 3.87E+01 XE-133 3.00E-05 1.84E-04 2.81E+02 4.10E-05 1.71E-08 1.50E-05 XE-135 1.89E-07 7.86E-11 1.14E-03 8.69E+02 ZR-95 1.50E-05 5.24E-06 4.00E+00 2.29E-07 9.53E-11 2.00E-05 4.76E-06 4.85E+00 Totals: 8.18E 3.41E-08 8.57E-03 1.73E+03 i i i 2-18

FORT CALHOUN STATION CHEMISTRY FORM FC-211

                                                                             . R23 Page 3 of 7 WASTE LIQUID TANK RELEASE PERMIT m

t RELEASE NUMBER: 1999021 "A" MONITOR TANK r l-D VI. Compositing Requirements:

                                                                                             .. r Monthly and Quarterly Composite samples co'~                                                -
                                                     -- cted per CH-AD-0010.

VII. Special Instructions: A. Release "A" Monitor Tank in accordance with OI-WDL-3. B. Set Unloader to allow a flow gpm rate of 135 perc n art IV. 1: ' C. Maintain 3 Circulating Water Pumps i D. n operation. , Ensure Warm Water Recirc remains secur d 2,d e. E. Steam Generator releases may be perf ormed. F. setpoint Establish and maintain the release fl on RM-055 is not continuously exow rate such that'the ALERT cannot be attained secure theceeded. G. Verify RR-049A recorder readings a release o and If this n tif condition y Chemistry. Remarks:_ re tracking RM-055 readings.

                                                                                           ~

2-19

FORT CALHOUN STATION FC-211 CHEMISTRY FORM R23 1000021 PAGE 5 OF 7 X. OPERATIONS CHECKLIST INITIALS /DATE 1 A. PRIOR TO LIQUID RELEASE l

1. If the effluent monitor is inoperable and not set to automatically close the dischar ODCM,ge thenvalve in accordance two inde:endent with the samples ,3 ) f ..

must be analyzed anc two qualified rv / s individuals must independently verify the Chemi release rate calculations. (Mark "N/A"if not applicable.) d  ! Supv-System l Chemistry

2. Determine that the following recorders are operable. l NOTE: If any of these recorders are  !

inoperable, the appropriate portions of the Discharge Log must be completed every two hours.

a. PROCESS RADIATION MONITORS # /7"2 M RECORDER

b. WASTE LIQUID RELEASE FLOWRATE RECORDER # /v n-fr

3. Shift Supervisor notified prior to start of release. /

Shift Supv/ /  ; B. Infiate Liould Waste Relaana in accordance with OI-WDL-3 arid record initial readings in Table 1. k/ 4-'t M C. Torminate Liould Waste Releman in accordance with Oi-WDL-3 and record final readings in Table 1. @/ "-"7 D. Attach a copy of the completed applicable section of Ol-WDL-3 to this liquid release permit. @ /u-st-" TABLEI X1 Integrator X4 Integrator Date Time Tank Level Reacing Reacing Start 4 . .t_.4 3 o-) e f W in. pq 7, o g  % p 937 Stop 4 - it.-q g o9f in. 1 q;9-i,og "l: 8 to oc.sl Maximum Release Rate = 4S gpm (From FR-690) R; lease Duration = ffD min. (Chemistry) _ . ,__ 2-21

t I FORT CALHOUN STATION ~ CHEMISTRY FORM FC-211 R23 Paga 7 of a WASTE LIQUID TANK RELEASE PERMIT RELEASE NUMBER: 1999021 "A" MONITOR TANK XI. Post-Release Summary: .. Initial Level: 95 inches Final Level: 1 inches 1 Initial X1 Int: 4797101 Initiai X4 Int: 9184632 Final X1 Int: 4797101 Final X4 Int: 9186064 Dilution Volume: 2.04E+11 mis Limiting Flowrate: 150.00 gpm Circs in Service: 3 Maximum Flowrate: 43.00 gpm Release Duration: 150 min Average Flowrate: 38.19 gpm Release Volume by Tank Level: 2.10E+07 mls (Info) Release Volume by Totalizer: 2.17E+07 mls (Cales) Max Site Avg Site WEC Site Disch Conc Activity Disch Conc Limit Discharge Released Nuclide (uCi/ml) (uCi/ml) (uCi/ml) Fraction (uCi) AG-110M 6.66E-10 5.92E-10 6.00E-06 1.11E-04 CO-58 1.05E-10 1.21E+02 9.29E-11 2.00E-05 5.23E-06 1.90E+01 CO-60 4.45E-10 3.95E-10 3.00E-06 CS-134 6.44E-10 1.48E-04 8.08E+01 5.72E-10 9.00E-07 7.15E-04 1.17E+02 CS-137 1.08E-09 9.63E-10 1.00E-06 1.08E-03 MN-54 7.02E-11 1.97E+02 NB-95 6.23E-11 3.00E-05 2.34E-06 1.27E+01 2.18E-10 1.94E-10 3.00E-05 7.26E-06 3.96E+01 SB-125 1.59E-09 1.41E-09 3.00E-05 5.29E-05 XE-133 4.90E-09 2.88E+02 4.35E-09 1.50E-05 3.26E-04 8.89E+02 XE-135 2.25E-11 2.00F-11 1.50E-05 1.50E-06 ZR-95 2.73E-11 4.09E+00

                               '2.43E-11       2.00E-05      1.37E-06     4.96E+00 Totals:      9.77E-09      8.67E-09                     2.46E-03     1.77E+03 Remarks:

XII. Final Summarization ahd Approval: Summarized by: ' hemistry Date: M'//dh Approved by: Date: 7 Supervisor-System Chemistry / / 2-22

DRILL MESSAGE Message No: 5 , Elapse Time: -0030 From: Sim. Lead Real Time: 07:00 To: Crew Type: Paper Controller Notes: Conduct a shift tumover with the Exercise crew. Drill Message: Shift Tumover Log. See the attached sample FC-95. i 2-23

FORT CALHOUN STATION SAMPLE SHIFT TURNOVER LOG FC-95 4 FORM Mod::s 1,2, or 3 Rev.23 8/10/99 0530 Days Nights X _ ~ _ _ . _ . . 91 AMT RTATl!A MODE: 1 X 2 3 Rx Power- 99 9 % Rod Position: ARO inches Pres (>2075 psia): 2100 psia Tcoid (<543*F): 542 8 'F Lpzr(48 60%): 60 % Comments: RAssnaIAmnR ATATI1R (Log any out-of eennce safeguards equipment, include major 6re protection equipment) CH-1B tagged out due to paciong leak. 1 es,sn,r a ar.ra.-----m w --m TM hharnh r h naaniphan DCN 10128 5/20/99 VA-1B flow indication, Low Flow Alarm and CIAS shut function removed. l est 5anse w omnneqrma Y.ES 61 0 RFIFARF# Montor Tanic A B X 99 250 Weste Gas DocsyTank: A B C D X Containment Pressure Reduction X senesnners .a mannisq i Aur en w pennaremmvrarusp. IESI RFA'ahl 2-24

l FORT CALHOUN STATION SAMPLE SHIFT TURNOVER LOG FC-95 l FORM Mod:s 1,2, or 3 Rev.23  ! l iMatatuasMT f Ahmalmu'1 ATns $7AWA (BFryHDiMn f*ntaDFMAATnRY ACTinen iTru r e nt'ATinN IMIE nrA9AN l TURB DIFF EXP 6/19/98 NUISANCE ALARMS MONITORING TR-977 TRENDS NORMAL i I l l Tsaasnaamv nsi samma TAnna tv a rnt tipurwT nrAmtw l l

                                                                                                                           . l l

W q 20gv asalatfsMaades WRTlada j (Eqdpmert, Wintrument or annunciator requnng PMT for operablety) AVAILABLE

                                                                                                                              )
    W YES          NO                      put nrna tinrn rne nppnARll TTY l

twt *MaalcAl asstatstf*ATitw I ratyp psud npt'as t arttLent agrRTatt*Tinaam REPORT MADE l rnt tip nns l nATrmur T m innr*u istirn LCO YES NO Ela CH-1B 00 09-99/1530 2.15(4) / 7 day LCO Yes X l 2-25

    ' FORT CALHOUN STATION                                       SAMPLE SHIFT TURNOVER LOG                                              FC-95
   ' FORM                                                             Modts 1,2, or 3                                                Rev.23 i

l RFMARKA.

• Must dedare DGs inoperable if the starting air switch is plamd in the #2 position. See caution tag # 98-0134.
• New warehouse / security diesel deluge is tnpped and isolated
• HJTCs on Al-208A grounded.jumpered out l
• RC-38 lower resoner level alarm disablad.
• TCV-894 leak has budet stationed, check at least once per shift l
• TSC Charmal Filter Deluge Valve leolated, Dresned and Tagged due to leakby to Filter housing
• HCV-1911 is open valve wGI not cyde closed . Stuck open - MWR'd l
• Warehouse Diesel Drypepe Deluge restorebon was unsuccessful. Isolated. Procedure change submitted.
• VM58 discharge damper may slam operVshut with VMSA in service. WR written.
• RM452 is only operable if it is on the stad; The pipmg to/ from the CNTMT has not been leak tested. RM-052 is inoperable if lined up to the CNTMT, See CR #199900603
• When batching BAST's, commence batchmg to achieve a Conc. Of 4% prior to the outage.

1 I LSO review ERF alarms and discuss with oncoming LSO: i l S.S. LS.O. 1 l LO. i

     *LO.                                                                                                                                                l COMMUNICATOR STA
                                                                                      .                                                                   1 2-26

DRILL MESSAGE Message No: 6 Elapse Time: -0030 From: Sim. Lead Real Time: 07:00 To: Crew & Shift Chemist Type: Paper Controller Notes: Copies for the SM and Shift Chemistry Tech.

                                                                               )

Drill Message: ) issue the attached FC-214 Primary Chemistry Summary sheet. 1 1 l 1 I 2-27 l t

I FC-214 REACTOR COOLANT DAILY

SUMMARY

REPORT Sample Date: 08/09/99 Sample Time:1930 Analyst Shift Chemist Mode:1 Reactor Power: 100% Sample Point Loopi f l VCT Overpressure: 21.20 psig Letdown Flow: 33.50 gpm j l Chemical Analysis: (__) Waminy Action Level Exceeded Analysis Eggg Etag!! QC (Measured / Actual)

• Boron 0-2400 586.0 ppm

    'Chionde           <=0.010                <= 0.005 ppm             0.0092/.01 i

• Dis. Oxygen <=0.005 <= 0.005 ppm N/A Lithium 2.000 -2.200 2.03 ppm 1.01/1.00 Hydrogen 27 - 50 31.41 cc/kg 2.04/2.00 1 pHst25'C 4.5-10.2 6.92 N/A l Conductivity <40.0 20.8 N/A

! Radiochemical Analyses. Analysis SE 6Elly.!!Y

• DEI <=1.0 2.86E-02 I Xe-133 <15.0 5.40E-01

   - AR-41               N/A                  3.17E-03 l

l

• Technical Specifications Radioactivity Summarv :

I

1. Boron TS (2.8,2.10, Table 3-4) Tritium: 9.77E-01 pCi/gm

2. Chionde TS (2.1.5. Table 3-4) F-18 9.96E-02 pCi/gm TS Limit <=0.150 ppm Total Gas: 1.10E 00 pCi/gm

3. Dis Oxygen TS (2.1.5, Table 3-4) Total Gamma: 3.56E-01 pCi/gm l TS Limit <=0.100 ppm +

4. Dose Equivalent lodine (DEI) RC Gross Activity: 2.54E+00 pCilgm TS (2.1.3, Table 3-4)

Must be <= 1.0 pCilgm Totallodine: 3.48E-01 pCi/gm

5. Gross Radioactivity TS -

                                                                               +

(2.1.3, Table 3-4) RC Total Activity: 2.88E+00 pCilgm Must be <= 100/E pCi/gm Fuel Reliability = 1.00E-06 pCilgm Limiting Activity. 152.96 uCi/om Indicator NOTE - Standards results must be within the tolerances specified in the analytical procedures. For out of spechen results refer to CH-AD-0003 for corrective actions and repor, ting requirements. Remarks: Complebon Date/ Time 08/09/99 /1830 Completed by Shift Chemist Reviewed by Manaaer Chemistry Manager Chemistry / Altemate 2-28

p l t DRILL MESSAGE j l Message No: 7 Elapse Time:-0030 j i ! From: Sim. Operator and Lead Real Time: 07:00 l l l l To: Crew Type: Verbal & SE l l l l Controller Notes: l Ensure the simulator is ready and operating with the initial plant conditions. Ensure the batch l files are running. Ensure the communication systems are set up for the Exercise (i.e. phone, FTS, Gal-tronics, ERFCS, etc.). Hand out a copy of'A' Monitor tank release permit to the l Control Room during shift tumover. PMO's for CH-1B will be handed out one day prior to the l l drill. o l i Drill Message: I l Initial Plant Conditions. Reactor power is 100 percent. The plant has been operating at 100 l percent for greater than thirty (30) days. WD-22A (Monitor Tank) is being released. Charging Pump CH-1B is out of service for routine PMO's. A Limiting Condition for Operation has been entered per Technical Specification 2.15 and is to expire at 2345 on 08/15/99. l l l 2-29

DRILL MESSAGE Message No: 8 Elapse Time: -0005 From: Sim. Lead Real Time: 07:25 To: Crew Type: Verbal Controller Notes: t Ensure that all shift personnel are aleded to monitor and respond to all drill activities. l

                                                                                               )

Drill Message: Commencing Exercise activities. I l l

                                                                                            *l 2-30

DRILL MESSAGE i

Message No: 9 Elapse Time: 0000+ l From: All Cntirs Real Time: 07:0 i To: All Players Type: Verbal, Paper Controller Notes: Dose rates used to determine the dose receive is to be based on in-plant, Onsite and Offsite Radiological Data. Drill Message: Using the attached chart, fill out an exposure dose card for each person that is issued a pocket dosimeter or ALNOR during the drill. I i i i l l 2-31 i o~ 1

                                                                                                               ,     s s

e w r r h

       /

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       /

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       /r         m     m m m m m                  m m m m m m    m                                                                             _

8 7 5 3 2 0 8 7 5 3 2 0 _ _ 0 5 1 7 3 9 5 0 6 2 8 4 0 0 1 1 2 2 3 4 4 5 5 6 7 7 . j' r _ _ h r r r r r r r r r r r_ r

       /r m    m m m m m m m m m m                                  mm           r                    r 0    0     0     0    0   0    0     0 0         0    0    0       m                    m 0    5    0    5      0   5   0     5     0 5 0            5    0 D       0 6

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      /

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      /r m    m m m m m m_ m m m m m m                                           r                    r 7   3      0     7    3   0 7         3     0     7   3     0       m                    m                         _

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     /

r r r r r r r r r r r r C r m m m m m m m m m m m m 0m e s e s 0 8 7 5 3 2 0 8 7 5 3 2 o o 0 1 2 3 4 5 5 8 9 0 1 D e De m m 1 6_ 7 a N a _ _N _ e )n. 5 mi 05 0 5 0 5 5_ 0 . 2 0 5_0__5__6 4 4 _ i 1 1 T(M 2 3_3 5_

r DRILL MESSAGE l I Message No: 10 Elapse Time: 0000 From: Information Only Real Time: 07:30 To: Controllers Type: NA l l Controller Notes: Controllers are not to provide this information to the players, except as authorized by the l senior controller.

   ~

l Drill Message: i l j Attached is a summary of meteorological data. This data is intended to be for Evaluators and 4 Controllers only. ( 1 l l l I 1 l l 2-33 l l L

1 Mattorological Summary l l Wind Direction Wind Speed Delta Temp Ambient Temp. Pasquill Target l Time (From) (mph) ('C/100m) ('C) Class Sectors 60m 60m 10m 10m 10m 10m 10m 10m 10m- 10m 07:30 257.2 256.8 255.0 255.8 12.0 12.8 -1.5 1.6 25.0 25.2 C D I 07:45 260.6 260.2 258.4 259.2 12.0 12.8 1.5 1.6 25.2 25.4 C D 08:00 264.1 263.7 261.9 262.7 12.0 12.8 -1.5 1.6 25.4 25.6 C E 08:15 267.5 267.1 265.3 266.1 12.0 12.8 -1.5 -1.6 25.6 25.8 C E 08:30 270.9 270.5 268.7 269.5 12.0 12.8 -1.5 1.6 25.8 26.0 C E 08:45 274.3 273.9 272.1 272.9 12.0 12.8 -1.5 -1.6 26.0 26.2 C E l 09:00 277.8 277.4 275.6 276.4 12.0 12.8 -1.5 -1.6 26.3 26.5 C E 09:15 281 2 280.8 279.0 279.8 12.0 12.8 -1.5 -1.6 26.5 26.7 C E 09:30 284.6 284.2 282.4 283.2 12.0 12.8 -1.5 -1.6 26.7 26.9 C F 09:45 288.1 287.7 285.9 286.7 12.0 12.8 -1.5 -1.6 26.9 27.1 C F 10:00 291.5 291.1 289.3 290.1 12.0 12.8 -1.5 -1.6 27.1 27.3 C F 10:15 294.9 294.5 292.7 293.5 12.0 12.8 -1.5 -1.6 27.3 27.5 C F 10:30 298.3 297.9 296.1 296.9 12.0 12.8 -1.5 -1.6 27.5 27.7 C F 10:45 301.8 301.4 299.6 300.4 12.0 12.8 -1.5 -1.6 27.7 27.9 C F 11:00 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 -1.6 27.9 28.1 C F 11:15 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 28.1 28.3 C F 11:30 305.2 304.d 303.0 303.8 12.0 12.8 -1.5 1.6 28.3 28.5 C F 11:45 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 -1.6 28.5 28.7 C F 12:00 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 28.8 29.0 C F 12:15 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 -1.6 29.0 29.2 C F l 12:30 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 29.2 29.4 C F 12:45 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 29.4 29.6 C F 13:00 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 29.6 29.8 C F 13:15 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 1.6 29.8 30.0 C F 13:30 305.2 304.8 303.0 303.8 12.0 12.8 -1.5 -1.6 30.0 30.2 C F Pasauill Class Definitions Bold faced data (first set of data for 10m elevation)is data used to calculate offsite radiological releases. x a -1.9 very unstable A

                                                                                  -1.9 < x a 1.7                 unstable       B
                                                                                  -1.7 < x a 1.5            slightly unstable   C 1.5 < x a -0.5               moderate        D
                                                                                 -0.5 < x a +1.5             slightly stable    E
                                                                                 +1.5 < x <= +4.0                 stable        F x > +4.0              very stable      G 2-34

DRILL MESSAGE Message No: 11 Elapse Time: 0000 From: Sim. Operator Real Time: 07:30 To: SE Type: SE Controller Notes: A radioactive particle becomes lodged in the RM-055 detector assembly. The particle can be flushed out. Drill Message: RM-055 in High alarm reading greater than 1.0 E+07 cpm. l l l 1 l l l l 4 2-35

DRILL MESSAGE Message No: 12 Elapse Time: 0000+ From: Sim. Operator OSC Team Real Time: 07:30 To: Operator and OSC Team Cntir. Type: Verbal, SE Controller Notes: After flushing the particle will become un-lodged and the count rate on RM-055 will go to j background. Dose rates at the detector will retum to as read. l l Drill Message: I Dose rates at the RM-055 in the Monitor Tank Room are 25 mr/hr. I

                                                                      .                  j
                                                                    )

i 1 l l l l l 2-36

r l l DRILL MESSAGE l Message No: 13 Elapse Time: 0000 i i From: Operator Cntir. Real Time: 07:30 l To: Aux. Bldg. Operator Type: Verbal l l l Controller Notes: The overboard discharge flow is not isolated. l l l Drill Message: The high alarm on RM-055 fails to close HCV-692 (OVERBAORD ISCHARGE FLOW CONTROL VALVE) and does not shut off Monitor Tank Pumps WD-23A/B.  ! i I i l l I l l l i 2-37

DRILL MESSAGE Message No: 14 Elapse Time: 0000+ From: Operator Cntir. Real Time: 07:30 To: Auxiliary Building Operator Type: Verbal' 1 Controller Notes: The overboard discharge flow is not isolated. , Drill Message: At Al-100: FT-690-2 still indicates 25 gpm. HCV-692 (OVERBAORD ISCliARGE FLOW CONTROL VALVE) indicates OPEN. HCV-692 is stuck in the OPEN position. Monitor Tank Pumps WD-23A/B are off. l 1 l l 2-38

DRILL MESSAGE  ; Message No: 15 Elapse Time: 0000+ i From: NA Real Time: 07:30 To: NA Type: Information Controller Notes: ) The conditions for the Verification Criteria in EAL 8.4 are met when the Shift Manager is aware that RM-055 is greater than Ten (10) time the High Alarm Set point and is aware that the flow is not isolated. i Drill Message: NA j l l l t i I I 2-39

DRILL MESSAGE Message No: 17 Elapse Time: 0000+ f From: Operator and OSC Cntir. Real Time: 07:30 I i To: Operator or OSC Team Type: Verbal f Controller Notes: Allow the door to Room 10 to open any time after the ALERT is declared, if reasonable effort is taken to open the door. When door to Rm.10 is open and the manual isolation valves are shut flow goes to zero. Drill Message: 1 Door to Room 10 opens. 4 i 1 l l l l l l l 2-41

DRILL MESSAGE Message No: 18 Elapse Time: 0016 From: Sim. Operator Real Time: 07:46 To: SE Type: SE l

                                                                                           }

Controller Notes: l Results in shutting HCV-151 (PCV-102-1 Blocking Valve), which then will bind in the shut position. Drill Message: PCV-102-1 PORV leaking by. 15 2-42

DRILL MESSAGE Message No: 19 Elapse Time: 0016+ From: Sim. Operator Real Time: 07:46 To: SE Type: SE Controller Notes: If a repair team is sent into containment, HCV-151 cannot be fixed. Drill Message: HCV-151 binds in the shut position. Valve will not re-open. t l 2-43

r. l DRILL MESSAGE Message No: 20 Elapse Time: 0016+ From: Sim. Operator Real Time: 07:46 To: SE Type: SE Controller Notes: If a repair team is sent into Containment, no repairs will resolve the problem. Drill Message: PCV-102-2 sticks shut. PORV will not open. 2 44

DRILL MESSAGE Message No: 21 Elapse Time: 0050+ From: Security Controller Real Time: 08:20 To: Security SS Type: Verbal Controller Notes: Ensure the threat is considered credible. Drill Message: There is a bomb planted in the Administration Building set to go off at 0900. 1 I

                                                                                             )

l l 2-45 l l

r-I l , DRILL MESSAGE l Message No: 22 Elapse Time: 0115 From: All Cntirs. Real Time: 08:45 To: All Type: Verbal j l , Controller Notes: Bomb explodes. See attached map for location of damage. , Drill Message: l l Loud explosion noise coming from Room 81. l l I 2-46

i~ Room 81 l l

            - f'I                      ~

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         ;            p'                                                                                           Rm. 81
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l ATMOSPHERIC CONDENSATE SERVICE WATER { g l [ DUMP VALVE TANKS & PIPINO ARE A

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1s / l 2-47

DRILL MESSAGE Message No: 23 Elapse Time: 0116 From: Sim. Operator Real Time: 08:46 To: SE Type: SE Controller Notes: Results in a total loss of all feed water. If a hose is connected to FW-1456, " Steam - Generators RC-2A 2B Fire Protection Water makeup Second Isolation Valve," the water will not go the Steam Generators. The water will run out the piping break. l 4 Drill Message: Feedwater system ruptures in Room 81. Main feed water piping upstream of FW-150 is ruptured and Auxiliary Feed Water piping in Room 81 down stream of FW-171 and FW-172 is ruptured. 2-48

DRILL MESSAGE Message No: 24 Elapse Time: 0116 From: All Cntirs Real Time: 08:46 To: All Type: Verbal Controller Notes: Noise will continue until Condensate and Feed Water pumps are shut off. Drill Message: l In the Control Room - Loud noise coming from Room 81. In the Turbine Building - Loud noise coming from Room 81. Security- noise from the top of the Auxiliary Building. l l l tt 2-49

                )

DRILL MESSAGE Message No: 25 Elapse Time: 0115+ From: Sim. Operator Real Time: 08:45 To: SE Type: SE Controller Notes: The Verification Criteria for the ALERT EAL 1.5 is met. If a Limiting Safety System Set Point is exceeded, then Fuel Cladding Barrier Criteria F5, " Failure of the Reactor Protective System , to trip the reactor upon reaching a Limiting Safety System Set Point " is met. I Drill Message: The Reactor Protection System fails to automatically trip the reactor. Manual trip buttons a CB-4 and Al-31 will not work. Reactivity Control will be established by placing both DSS switches in TRIP.

                   ,                                                                             1 i

f 2-50

p DRILL MESSAGE Message No: 26 Elapse Time: 0115+ From: Sim. Lead Real Time: 08:45 To: Operator and OSC Cntirs Type: Verbal Controller Notes: When Feed and Condensate Pumps are Shut Off, the noise and steam dumping into RM-81 stops. i l Drill Message: Inform the OSC lead and Operator Controllers when Feed and Condensate Pumps are shut off. l l l l 1 I 2-51

r- 1 1 1 DRILL MESSAGE Message No: 27 Elapse Time: 0115+ l From: OSC and Operator Cntirs Real Time: 0845 To: Room 81 personnel Type: Verbal, Paper Controller Notes: Cutting of 4" AFW pipe & welding of a blank flange will take 1 hour from time equipment is l staged in Rm. 81. Welding in a new pipe will take 21/2 hours from time equipment and parts i are staged in Rm. 81. l Drill Message: 1 Water, lagging material has been blown all over Room 81. Feed water piping ruptured as shown in attached picture. See attachment to message 22. I 2-52

DRILL MESSAGE Message No: 28 Elapse Time: 0115+ From: SE Real Time: 08:45 To: SE Type: Verbal Paper Controller Notes: All fire detectors in Room 81 will alarm due to steam from the feed header leak. Drill Message: The following list of fire detectors are in alarm in Room 81. See attached map. FD-81-04, FD-81-05, FD-81-06, FD-81-07, FD-81-08, FD-81-09 i l i

         ~

i l 4 l i i l i 2-53 i i

F Rm. 81 Firo Detector Locations ( s_ }q -w

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DRILL MESSAGE i Message No: 29 Elapse Time: 0130+ From: NA Real Time: 09:00 To: NA Type: Information Controller Notes: Verification Criteria in EAL 1.15 is met when both Steam Generators become unavailable as a heat sink.  ; Verification Criteria in EAL 6.4 is met when it is leamed that an explosion ~ caused loss of both FW-6 and FW-10. Verification Criteria in EAL 2.8 are met when all feed water capability is lost and the requirements for Once-Through-Cooling are met per AOP-28, EOP-6 or EOP-20. Drill Message: I 2-55

I DRILL MESSAGE l , l Message No: 30 Elapse Time: 0207+ From: Sim. Operator Real Time: 09:37 l To: SE Type: SE Controller Notes: l Time batch files with Rupture Disk rupture. l l Drill Message: l Containment Monitors increasing due to Safety Valves lifting and Quench Tank Rupture Disk breaking. i l l l I l l 2-56

I-I , DRILL MESSAGE l Message No: 31 Elapse Time: 0222+ I l From: NA Real Time: 0952 l Tc: NA Type: Information l Controller Notes: Bubble forms in the reactor vessel after sub-cooling is lost. l Drill Message: l Sub-cooling is lost.  ! 2-57 i

DRILL MESSAGE Message No: 32 Elapse Time: 0310+ From: NA Real Time: 10:40 f To: NA Type: Information l Controller Notes: Reactor core is uncovered. RVLMS reading 0.0 percent. Drill Message: l t l

                                                                             \

I 1 I ? i l 2-58 1

DRILL MESSAGE Message No: 33 . Elapse Time: 0335+ From: NA Real Time: 11:05 To: NA Type: Information Controller Notes: CETs increasing rapidly, Core damage. Drill Message: CETs at about 1000 degrees.

                                                                      )

1 i l l l 2-59

I DRILL MESSAGE Message No: 34 Elapse Time: 0340 From: Sim. Operator Real Time: 11:10 To: SE Type: SE Controller Notes: General Emergency based on EALs 1.17. Start offsite radiological release. Drill Message: A Tube Rupture in Stearn Generator RC-2A. MS-291 Steam Generator Safety Valve lifts and sticks open. l I l l 2-60

1 l l l DRILL MESSAGE ( l Message No: 35 Elapse Time: 0341 From: Sec Controller Real Time: 11:11 To: Sec Officers Type: Verbal, Paper 1 Controller Notes: Security building portal monitors go into alarm when the tube rupture occurs. PING's in the Auxilliary Building are in high alarm. I Drill Message: Entrance and exit portal monitors are in alarm. PING's in the Auxilliary Building are in high alarm. l l I I 2-61

                   )

PORTAL MONITOR IS IN ALARM FOR DRILL - PURPOSES PORTAL MONITOR IS IN ALARM FOR DRILL PURPOSES 2-62

DRILL MESSAGE Message No: 36 Elapse Time: 0340+ From: NA Real Time: 11:10 To: NA Type: Information Controller Notes: The verification Criteria is met for EAL 1.16 when a CET is >1000 degrees or RVLMS is 0.0% or adequate safety injection flow is not maintained and there is a Containment Failure or Challenge. Verification Criteria in EAL 6.4 is met when it is leamed that an explosion caused loss of both FW-6 and FW-10. Verification Criteria in EAL 2.8 are met when all feed water capability is lost and the requirements for Once-Through-Cooling are met per AOP-28, EOP-6 or EOP-20. Drill Message: 3 2-63

f DRILL MESSAGE Message No: 37 Elapse Time: 0600 From: Senior Cntir. Real Time: 13:30 To: Emergency Director Type: Verbal l Controller Notes: 1 1 Facility Critique, Attendance Sheets and Comment Sheets. 1 Drill Message: l l Secure from Exercise Activities when all onsite, EOF, MRC, State and County objectives have been tested. l 2-64

In-Phnt R diological D:ta PROCESS AND AREA MONITOR LOCATIONS SERVICE BUILDING SECOND FLOOR $ f AND TURBINE BUILDING MEZZANINE LEVEL '- GE  : . 2 gL ---. - 35 i

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5 2-71

r On-Site Radiological Data Plume # l i 1 i Time 11:15 ONSITE Ridi: logical Dat: 3 inches /10 cm 3ft/1 Meter 5 ft ESP-2 Frisker/HP 260 i Vector mRjnr  ! mR/hr mR/hr j mR/hr mR/hr mR/hr Smear nepm Particulate ; lodine Smear nepm Particulate Location open closed open ' closed open i closed /100cm2 i com/3.5 ft3 I ndpm/10 ft3 /100cm2 ,nepm/10 fra l F-1 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0 00E+00 0.00E +00 0.00E+00 0 00E+00 F-2 3.54E+03 1.01E+03 3.34E+03 9.55E+02 3.33E+03 9.51E+02 0.00E+00 1.52E+06 6 48E+06 0.00E+00 1.52E+06 F-3 1.41 E+04 4.04E+03 1.34E+04 3.82E+03 1.33E+04 3 80E+03 0.00E+00 6.09E +06 2.59E+07 0.00E+00 6 09E+06 F-G 2.51E+04 7.18E+03 2.37E+04 6.78E+03 2.36E+04 :6.75E+03 0.00E+00 1.08E+07 4 60E+07 0.00E+00 1.08E+07 G-1 1.41E+04' 4.04E+03 1.34E+04 3.82E+03 1.33E+04 3.80E+03 0.00E+00 6 09E+06 2.59E+07 0.00E+00 6.09E+06 G-2 3.54E+03 1.01E+03 3 34E+03 9.55E+02 3.33E+03 9.51E+02 0.00E+00 152E+06 6 48E+06 0 00E+00 1.52E+06 G-3 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00. 0.00E+00 0 00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E +00 Plume # l i 2 Time! 11:30 ONSITE Radiological Data 3 6nches/10 cm 3ft/1 Meter 5 ft ESP-2 Frisker/HP 260 I mR/hr ) mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm: Particulate ; todine Smear nepm Particulate l Location open closed open closed open closed /100cm2 l cpm /3.5 ft3 ! ndpm/10 ft3 /100cm2 ncpm/10 fta F-1 0.00E+00t 0.00E+00 0.00E+00i o.00E+00 0.00E+00i 0.00E+00 0.00E+00 0.00E+00 0 00E+00 0.00E+00. 0.00E+00 F-2 2.22E+0316.34E+02 1.93E+03' 5.53E+02 1.91E+03l 5.47E+02 0.00E+00 8 62E+05 3.64E+06 0.00E+00' 8.62E+05 F-3 8.87E+03! 2.54E+03 7.74E+03l 2.21E+03 7.65E+03! 2.19E+03 0.00E+00 3 45E+06 1.46E+07 0.00E+00' 3.45E+06 l F-G 1.58E+041 4.50E+03 1.37E+04 j 3.92E+03 1.36E+0413.88E+03 0.00E+00 6.12E+06 2.59E+07 0.00E+00 6.12E+06 G-1 8.87E+03' 2.54E+03 7.74E+03! 2.21E+03 7.65E+03! 2.19E+03 0.00E+00: 3 45E+06 1.46E+07 0 00E+00 3.45E+06 G-2 2.22E+03! 6.34E+02 1.93E+03l 5.53E+02 1.91E+0315.47E+02 0.00E+00 : 8.62E+05 3.64E+06 0 00E+00' 8.62E+05 G-3 0.00E+00, 0.00E+00 0.00E+00! 0.00E+00 0.00E+00l 0.00E+00 0.00E+001 0.00E+00; O00E+00 0 00E+00 0.00E+00 . Plume # l l 3 Time: 11:45 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP 2 Frisker/HP-260 l l Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm! Particulate lodine Smear nepm 1 Particulate Location open closed open closed open cioned /100cm2 l cpm /3.5 fra nd.om/10 ft3 /100cm2 :ncom/10 fra F-1 0.00E+00' O.00E+00 0.00E+00: 0.00E+00 0.00E+00; 0.00E+00 0.00E+00. 0.00E+00 0.00E+00 0.00E+00 0.00E+00 ) F2 1.11E+03l 3.17E+02 8.16E+02! 2.33E+02 7.94E+02i 2.27E+02 0.00E+00, 2.79E+05 1.30E +06 0.00E+00 2.79E+05 l F-3 4.44E+03l 1.27E+03 3.26E+03 9.33E+02 3.17E+03l 9.07E+02 0.00E+00 1 1.12E+06 5.18E+06 0.00E+00. 1.12E+06 l F-G 7.89E+031 2.25E+03 5.80E+03 ' 1.66E+03 5.63E+03! 1.61E+03 0.00E+00, 1.96E+06l 9.20E+06 0.00E+00 1.98E+06 G-1 4.44E+03) 1.27E+03 3.26E+03! 9.33E+02 317E+03: D.07E+02 0.00E+00' 1.12E+06 - 5.18E+06 0.00E+00 1.12E+06 G-2 1.11E+03! 3.17E+02 8.16E+02l 2.33E+02 7.94E+02! 2.27E+02 0.00E+00' 2.79E+05' 1.30E+06 0 00E+00 2.79E+05 G-3 0.00E+001 0.00E+00 0.00E+00l 0.00E+00 0.00E+00, 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0 00E+00' O 00E+00 2-72

r l On-Site Radiological Data Plume # l i 4 i Time. 12:00 ONSITE Rid 6: logical Dits 3 inches /10 cm 3ft/1 Meter 5 ft ESP-2 l Frisker/HP-260 Vector mR/hr mR/hr mP/hr mR/hr mR/hr i mR/hr Smear nepm Particulate lodine Smear nepm l Particulate Location open closed open closed open closed /100cm2 . com/3.5 ft3 ndom/10 ft3 /100cm2 nepm/10 fta F-1 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0 00E+00 0.00E+00 0.00E+00 0.00E+00 F-2 8.07E+02 2.31E+02 5.13E+02 1.47E+02 4.91 E+02.1.40E +02 0.00E+00 1.84 E+05 8 55E+05 0.00E+00 1.84E +05 F-3 3.23E+03 9.22E+02 2.05E+03 5.87E+02 1.96E+03 5.61E+02 0.00E+00 7.37E+05 3 42E+06 0.00E+00 7.37E+05 F-G 5.73E+03 1.64E+03 3.65E+03 1.04E+03 3.49E+03 9.96E+02 0.00E+00 1.31E+06 6.07E+06 0.00E+00, 1.31 E +% G-1 3.23E+03 9.22E+02 2.05E+03 5.87E+02 1.96E+03 5.61E+02 0.00E+00 7.37E+05 3 42E+06 0.00E+00 ' 7.37E+05 I G-2 8.07E+02 2.31E+02 5.13E+02 1.47E+02 4.91 E+021 1.40E+02 0.00E+00 1.84 E+ 05 8 55E+05 0.00E+00 1.84E+05 l G-3 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0 00E+00 0.00E+00 0.00E+00 0.00E+00 Plume # l 5 i Time 12:15 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP-2 Frisker/HP 260 Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm Particulate lodine Smear ncpm Particulate l Location open closed open cioned open closed /100cm2 cpm /3.5 ft3 : nopm/10 ft3 /100cm2 i nepm/10 fta F-1 0.00E+00; 0.00E+00 0.00E+00! 0.00E+00 0.00E+0010.00E+00 0.00E+00 0 00E+00 0.00E+00 0.00E+00 0.00E+00 l F-2 8.31E+02l 2.38E+02 5.37E+02 1.53E+02 5.14E+021 1.47E+02 0.00E+00 2.14E+05 9.06E+05 0.00E+00' 2.14 E+05, ! F-3 3.33E+03I 9.50E+02 2.15E+0316.13E+02 2.06E+0315.87E+02 0.00E+00 8.55E+05' 3.62E+06 0.00E+00 8.55E+05 l F-G 5.90E+03! 1.69E+03 3.81E+03! 1.09E+03 3.65E+03l 1.04E+03 0.00E+00 1.52E+06; 6 43E+06 0.00E+00' 1.52E+06 I G-1 3.33E+03I 9.50E+02 2.15E+03l 6.13E+02 2.06E+03I S.87E+02 0.00E+00 8 55E+05i 3.62E+06 0 00E+00' 8.55E+05 G-2 8.31E+02j 2.38E+02 5.37E+02i t.53E+02 5.14E+02l 1.47E+02 0.00E+00, 2.14E+05 9.06E+05 0.00E+00, 2.14E+05 G-3 0.00E+00, 0.00E+00 0.00E+0010.00E+00 0.00E+00l 0.00E+00 0.00E+00: 0.00E+00: 0.00E+00 0.00E+00 ' 0 00E+00 Plume # l l 6 i Time, 12:30 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP-2 Frisker/HP-260 Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr E v ar nepm Particulate lodine Smear ncpm : Particulate Location open cioned open cioned open cloned /100cm2 l cpm /3.5 ft3 ! nopm/10 fts /100cm2 'ncom/10 fta F-1 0.00E+00 0.00E+00 0.00E+0010.00E+00 0.00E+0010.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 F-2 6.84E+02! 1.95E+02 3.95E+02l 1.13E+02 3.73E+02l 1.06E+02 0.00E+00; 1.35E+05 6.25E+05 0.00E+00: 1.35E+05 F-3 2.74E+03} 7.82E+02 1.58E+0314.51E+02 1.49E+0314.26E+02 0.00E+00: 5.41E+05l 2.50E+06 0.00E+00 5.41E+05 F-G 4.86E+03i 1.39E+03 2.80E+0318.01E+02 2.65E+03! 7.56E+02 0.00E+00, 9 60E+05' 4.44E+06 0.00E+00' O.60E+05 G-1 2.74E+03i 7.82E+02 1.58E+0314.51E+02 1.49E+03) 4.26E+02 0.00E+00! 5.41E+05; 2.50E+06 0.00E+00 5 41E+05 G-2 6.84E+02! 1.95E+02 3.95E+0211.13E+02 3.73E+02i 1.06E+02 0.00E+00' 1.35E+05l 6.25E+05 0.00E+00 1.35E+05 G-3 0.00E+00f 0.00E+00 0.00E+0010.00E+00 0.00E+0010.00E+00 0.00E+00' O.00E+00 t 0.00E+00 0.00E+00 0.00E+00 l l l l l 2-73 i

On-Sits Radiological Data Plume # l 7 Time 12:45 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP 2 Frisker/HP-260 Vector mR/hr f mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm Parbculate ' lodine Smear ncom Paruculate Location open ! closed open i closed open l dosed /100cm2 com/3.5 ft3 i ndom/10 ft3 /100crn2 .neprn/10 ft3 F-1 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 F-2 6.30E+02, 1.80E+02 3.48E+02 9.94E+01 3.26E+02. 9.32E+01 0.00E+00 1.16E+05 5.35E+05 0.00E+00 1.16E +05 F-3 2.52E+03 7.21E+02 1.39E+03 3.98E+02 1.30E+03: 3.73E+02 0.00E+00 4.63E+05 2.14 E+06 0.00E+00 4.63E+05 F-G 4.48E+03 128E+03 2.47E+03' 7.06E+02 2.32E+03 6.62E+02 0.00E+00 8.22E+05 3.80E+06 0.00E+00 8.22E+05 G-1 2.52E+03 721E+02 1.39E+03 3.98E+02 1.30E+03: 3.73E+02 0.00E+00 4.63E+05 2.14E+06 0.00E+00 4.63E+05 G-2 6.30E+02 1.80E+02 3.48E+02; 9.94E+01 326E+02 9.32E+01 0.00E+00 1.16E+05 5.35E+05 0.00E+00 1.16E+05 G-3 0.00E+00 0.00E+00 0.00E+00' O.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 Plume # l l 8 i Time! 13:00 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP 2 Frisker/HP-260 l Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm Partculate l lodine Smear nepm ; Partculate Location open closed open dosed open closed /100cm2 l com/3.5 ft3 i nopm/10 ft3 /100cm2 'ncom/10 ft3 l F-1 0.00E+001 0.00E+00 0.00E+0010.00E+00 0.00E+00' O.00E+00 0.00E+00 6 0.00E+00 0.00E+00 0.00E+00 0.00E+00 F-2 5.81E+021 1.66E+02 3.05E+0218.71E+01 2.84E+02i 8.10E+01 0.00E+00; 9.81 E+04 i 4.55E+05 0.00E +00 ' 9.81 E+04 F-3 2.32E+03I 6.64E+02 122E+03; 3.48E+02 1.13E+0313.24E+02 0.00E+00; 3.92E+05! 1.82E+06 0.00E+001 3.92E+05 F-G 4.12E+03! 1.18E+03 2.16E+03I 6.18E+02 2.01E+03: 5.75E+02 0.00E+00. 6.97E+05: 3.23E+06 0.00E+00 6.97E+05 G-1 2.32E+03 6.64E+02 1.22E+0313.48E+02 1.13E+03: 324E+02 0.00E+00 : 3.92E+05 - 1.82E+06 0.00E+00i 3.92E+05  ! l G-2 5.81E+02 1.66E+02 3.05E+02i 8.71E+01 2.84E+02l 8.10E+01 0.00E+00 9.81E+041 4.55E+05 0.00E+00l 9.81E+04 G-3 0.00E+00i 0.00E+00, 0.00E+0010.00E+00 0.00E+00! 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+001 0.00E+00 Plume # l l 9 Time- 13:15 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP-2 Frisker/HP 260 Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr Smear ncpm Particulate lodine Smear nepm Partculate i Location open closed open dosed open closed /100cm2 l com/3.S ft3 l ndpm/10 ft3 /100cm2 incpm/10 ft3 ' l F-1 0.00E+00l 0.00E+00 0.00E+00i 0.00E+00 0.00E+0010.00E+00 0.00E+00 ! 0.00E+00: 0.00E+00 0.00E+00 0.00E+00 l F-2 5.34E+021 1.53E+02 2.67E+0217.62E+01 2.46E+02l 7.03E+01 0.00E+00: 8.36E+04 j 3.86E+05 0.00E+00 8.36E+04 F-3 2.14E+03j 6.11E+02 1.07E+03i 3.05E+02 9.84E+0212.81E+02 0.00E+00, 3.35E+05! 1.54E+06 0.00E+00 3.35E+05 F-G 1.89E+03! 5.41E+02 1.75E+0314.99E+02 0.00E+00 0.00E+00 5.94E+05 l 3.79E+03l 1.08E+03 5.94E+05! 2.74E+06 l G-1 2.14E+03i 6.11E+02 1.07E+03 3.05E+02 9.04E+0212.81E+02 0.00E+00 3.35E+051 1.54E+06 0.00E+00l 3.35E+05 l G-2 5.34E+02i 1.53E+02 2.67E+0217.62E+01 2.46E+02I 7.03E+01 0.00E+00: 8.36E+04! 3.86E+05 0.00E+00! 8.36E+04 G-3 0.00E+00: 0.00E+00 0.00E+00i 0.00E+00 0.00E+0010.00E+00 0.00E+00 0.00E+00l 0.00E+00 0.00E+00; 0.00E+00 l Plume # l 10 i Timei 13:30 ONSITE Radiological Data 3 inches /10 cm 3ft/1 Meter 5 ft ESP 2 Frisker/HP-260 Vector mR/hr mR/hr mR/hr mR/hr mR/hr mR/hr Smear nepm Parbeulate lodine Smear ncpm Parbculate ! Location open closed open dosed open dosed /100cm2 I cpm /3.5 ft3 ndpm/10 ft3 /100cm2 ncpm/10 ft3 F-1 0.00E+00, 0.00E+00 0.00E+00i 0.00E+00 0.00E+00 0.00E+00 0.00E+00; 0.00E+00 0.00E+00 0.00E+00 0.00E+00 F-2 4.93E+021 1.41E+02 2.33E+0216.67E+01 2.13E+02j 6.10E+01 0.00E+00j 6.98E+04! 324E+05 0.00E+00 6.98E+04 F-3 1.97E+03 5.63E+02 9.33E+02l 2.67E+02 8.54E+0212.44E+02 0.00E+00l 2.79E+0S 1.30E+06 0.00E+00 2.79E+05 F-G 3.50E+03! 9.99E+02 1.66E+03! 4.73E+02 1.52E+03' 4.33E+02 0.00E+001 4.96E+05: 2.30E+06 0.00E+00 4.96E+05 G-1 1.97E+03' 5.63E+02 9.33E+02; 2.67E+02 8.54E+02l 2.44E+02 0.00E+00j 2.79E+05: 1.30E+06 0.00E+00 2.79E+05 l G-2 4.93E+021 1.41E+02 2.33E+0216.67E+01 2.13E+02. 6.10E+01 0.00E+00I 6.98E+04: 324E+05 0.00E+00 6.98E+04 G-3 0.00E+00; 0.00E+00 0.00E+00: 0.00E+00 0.00E+00 0.00E+00 0.00E+00! 0.00E+00 0.00E+00 0.00E+00 0.00E+00 l l 2-74 1

Mattorological Forecasts Forecast for Washington County Nebraska issued: 415 AM CDT TUES AUGUST 10,1999 By: NATIONAL WEATHER SERVICE OMAHANALLEY NE

          .TODAY... PARTLY CLOUDY. A 20 PERCENT CHANCE OF AFTERNOON THUNDERSTORMS. HIGH AROUND 90. NORTHWEST WIND 10 TO 15 MPH.
        . TONIGHT... PARTLY CLOUDY. A 20 PERCENT CHANCE OF SHOWERS OR THUNDERSTORMS MAINLY IN THE EVENING. LOW 50 TO 55. VARIABLE WIND 5 TO 10 MPH BECOMING NORTHEAST 5 TO 10 MPH.
     . WEDNESDAY... PARTLY SUNNY. HIGH 80 TO 85. NORTH WIND 10 TO 15 MPH.
                                                          . EXTENDED FORECAST...
 . THURSDAY...A SLIGHT CHANCE OF THUNDERSTORMS. LOW AROUND 60. HIGH IN THE MID 80S.

. FRIDAY...A CHANCE OF THUNDERSTORMS. LOW IN THE LOWER 60S. HIGH 80 TO 85. 2-75

Mat orologicalFor casts Forecast for Harrison County Iowa  ! Issued: 0307 AM CDT TUE AUGUST 101999 ) By: NATIONAL WEATHER SERVICE OMAHANALLEY NE l

      .TODAY...MOSTLY SUNNY...EXCEPT FOR A 20 PERCENT CHANCE OF LATE          I AFTERNOON THUNDERSTORMS. HIGH IN THE LOWER 80S. SOUTHWEST WIND 10 TO         ~l 15 MPH.                               '
       . TONIGHT... PARTLY CLOUDY. A 20 PERCENT CHANCE OF SHOWERS OR THUNDERSTORMS MAINLY IN THE EVENING. LOW 50 TO 55. VARIABLE WIND 5 TO 10 MPH BECOMING SOUTHEAST 5 TO 10 MPH.
    . WEDNESDAY... PARTLY SUNNY. HIGH 80 TO 85. SOUTH WIND 10 TO 15 MPH.
                               . EXTENDED FORECAST...
 . THURSDAY...A SLIGHT CHANCE OF THUNDERSTORMS. LOW AROUND 60. HIGH IN THE MID 80S.

. FRIDAY...A CHANCE OF THUNDERSTORMS. LOW IN THE LOWER 60S. HIGH 80 TO 85. 2-76

Mst*.,orological Forecasts Forecast for Pottawattamie County Iowa issued: 0307 AM CDT TUE AUGUST 101999 By: NATIONAL WEATHER SERVICE OMAHANALLEY NE

      .TODAY...MOSTLY SUNNY...EXCEPT FOR A 20 PERCENT CHANCE OF LATE AFTERNOON THUNDERSTORMS. HIGH IN THE LOWER 80S. SOUTHWEST WIND 10 TO 15 MPH.
       . TONIGHT... PARTLY CLOUDY. A 20 PERCENT CHANCE OF SHOWERS OR THUNDERSTORMS MAINLY IN THE EVENING. LOW 50 TO 55. VARIABLE WIND 5 TO 10 MPH BECOMING SOUTHEAST 5 TO 10 MPH.
    . WEDNESDAY... PARTLY SUNNY. HIGH 80 TO 85. SOUTH WIND 10 TO 15 MPH.
                                       . EXTENDED FORECAST...
 . THURSDAY...A SLIGHT CHANCE OF THUNDERSTORMS. LOW AROUND 60. HIGH IN THE MID 80S.

. FRIDAY...A CHANCE OF THUNDERSTORMS. LOW IN THE LOWER 60S. HIGH 80 TO 85. 2-77

rm Mnt:;orological Forecasts I FXUS63 KLBF 270808 l .. AFDLBF l' l AREA FORECAST DISCUSSION NATIONAL WEATHER SERVICE NORTH PLATTE NE 307 AM CDT TUE AUGUST 101999 , ... FORECAST CHALLENGE POPS TODAY/ TONIGHT AND TEMPS WEDNESDAY... l ' l . WEAK UPPER LOW CONTINUES TO SIT OVER SOUTHWEST KS/ SOUTHEAST CO WHILE NEARLY j ' ZONAL FLOW CONTINUES OVER THE NORTHERN PORTION OF THE U.S.. A F5W WEAK SHORTWAVE TROFS WILL MOVE THROUGH THE FLOW THE NEXT 24 HRS OR SO. A WEAK COLD FRONT EXTENDS FROM EASTERN SOUTH DAKOTA BACK THROUGH WESTERN NEBRASKA. THIS FRONT WILL SAG SLOWLY SOUTHEASTWARD ACROSS THE CWA THE NEXT 24 HRS. THE MODELS ARE IN PRETTY GOOD AGREEMENT WITH BRINGING THE FRONT THROUGH TODAY AND THIS EVENING AND THEN A WEAK RIDGE BUILDING INTO THE AREA. THE NGM IS A LITTLE BIT FASTER THAN THE ETA /AVN SOLUTION TOWARD WEDNESDAY NIGHT AS ANOTHER SHORTWAVE TROF STARTS MOVING INTO THE NORTHERN PLAINS. PREFER THE AVN/ ETA SOLUTION.  ! l THE COLD FRONT WILL MOVE ACROSS WESTERN AND NORTH CENTRAL NEBRASKA TODAY AND l TONIGHT. THE FRONT WILL FINALLY MOVE OUT OF THE EXTREME SOUTHWEST NEAR 06Z TONIGHT. l l ' MOISTURE IS MINIMAL WITH THIS FRONT. THE BEST CHC FOR PCPN WILL BE IN THE FAR WEST AND l l SOUTHWEST AREAS OF THE CWAWHERE THE BEST UPPER DIVERGENCE AND UW ARE LOCATED. THESE AREAS WILL STILL ONLY SEE WIDELY SCATTERED SHOWERS / THUNDERSTORMS BECAUSE OF THE LIMITED MOISTURE AND FAIRLY WEAK DYNAMICS. NORTH CENTRAL NEBRASKA SHOULD 1 l ONLY SEE PARTLY CLOUDY SKIES WITH NO SHOWERS. TEMPERATURES WILL BE A COUPLE OF DEGREES COOLER THAN YESTERDAY AS SOME COLD AIR ADVECTION MOVES INTO THE AREA BEHIND THE FRONT.

HIGH PRESSURE WILL MOVE INTO MUCH OF THE FA TONIGHT ALLOWING WINDS TO GO CALM.

TEMPERATURES SHOULD STAY FAIRLY WARM THOUGH WITH SOME CLOUDS AROUND. A COLD I FRONT MOVES INTO WESTERN NORTH DAXOTA WEDNESDAY WITH SOUTHERLY FLOW BRINGING WARM AIR INTO WESTERN AND CENTRAL NEBRASKA. l NGM GUIDANCE SEEMS TO BE A LITTLE TOO COOL SO WILL GO CLOSER TO THE ETA /AVN NUMBERS. l ATMOSPHERE BECOME QUITE UNSTABLE BY LATE WEDNESDAY AFTERNOON BUT VERY LITTLE i MOISTURE OVER THE AREA YET DURING THE DAY. WEDNESDAY SO DO NOT EXPECT ANY SHOWERS I OR THUNDERSTORMS. MOISTURE MAY INCREASE ENOUGH WEDNESDAY NIGHT TO PRODUCE A FEW THUNDERSTORMS BUT THE FRONT

        - WILL BE WELL NORTH OF THE AREA YET. WILL WAIT AND HAVE THE NEXT FORECAST PACKAGE LOOK AT THIS CLOSER WITH THE 12Z MODEL RUNS TODAY.

l

          ...lN THE EXTENDED...THE COLD FRONT SLIDES SOUTHEASTWARD INTO WESTERN NEBRASKA LATE

! THURSDAY AND INTO FRIDAY WHICH WILL PRODUCE SOME SHOWERS AND THUNDERSTORMS. THIS LOOKS ON TRACK WITH CURRENT EXTENDED SO WILL NOT CHANGE ANYTHING AT THIS TIME.

         .LBF...NONE DDB-AFDOMA AREA FORECAST DISCUSSION NATIONAL WEATHER SERVICE OMAHA / VALLEY NE 300 AM CDTTUE AUGUST 101999 FRONTAL BNDRY ACROSS ERN SD INTO SW NEB MAIN FCST CONCERN AS IT MOVES SEWD INTO j                                                     2-78 I

Mttrorological Forecasts 1 AREA TDAY AND THEN STALLS AND WEAKENS LATER THIS AFTN AND EVE. AVN AND ETA CONTINUE TO APPEAR TO BE HANDLING THIS FRONT THE BEST. DYNAMICS WITH THIS FEATURE RELATIVELY WEAK ALONG WITH AVAILABLE LOW LVL MOISTURE AND INSTABILITY. SHWRS/TSTMS ASSOCIATED WITH THIS FRONT HAVE GENLY DISSIPATED ATTM. HOWEVER FEEL A FEW-TSRA CANNOT BE RULED OUT ITS VCNTY AGN ESPCLY LTR THIS AFTN AND EVE WITH DAYTIME INSOLATION. BNDRY THEN WASHES OUT ACROSS THE

  . AREA LTR TNGT WITH STRENGTHENING SLY FLOW ON FRI. THIS WILL LEAD TO INCREASING INFLUX
  . OF LWR LVL MOISTURE BUT TRIGGER MECHANISM NOT EVIDENT TO HELP INITIATE AND FOCUS CONVECTION. TEMPS LKLY TO REACH INTO UPPER 70S AND LWR 80S TDAY WITH FURTHER WARMING WED.
     .O M A..,N O N E WlESE FXUbS3 KGID 27075d AFDGRI SOUTH CENTRAL NEBRASKA / NORTH CENTRAL KANSAS FORECAST DISCUSSION NATIONAL WEATHER SERVICE HASTINGS NE 255 AM CDT TUE AUGUST 101999 QUESTION FOR THIS FORECAST PACKAGE IS IF FRONT WL MAKE IT INTO AREA BEFORE WASHING OUT AND IF THIS WL BE ENOUGH TO TRIGGER A FEW TSRA TDY.
 ' MDLS IN GENERAL FAIRLY SIMILAR BUT DONT REALLY ANSWER QUESTION ON FRONT LOCATION.

NGM STILL PUSHES IT TO NEAR KS/NE BDR WL THE AVNBARELY GETS IT INTO THE FA. ETA IS COMP BETWEEN TWO WITH FNT REACHING VCNTY OF l-80. EVEN IF FNT DOES MAKE IT INTO FA...MSTR TO BE QUITE LIMITED. DWPTS AT 06Z WERE AOB 50 WITH SOMEWHAT DRIER AIR ADVCTG INTO AREA FROM THE SOUTH. PER UPR LVL ANALYST...BEST MSTR ON RTN FLO TO REMAIN WELL WEST OF AREA.~ SYS IS BRING SOME MSTR BUT THAT TOO WL BE LIMITED. UPR SUPPORT IS QUITE LIMITED AS WELL. WITH CURRENT FCST CONTAINING A POP... HATE TO FLIP / FLOP AND WL LIKELY KEEP AT LEAST SLGT CHC...ESPLY NRN ZONES. SRN AREAS TO CONT DRY. ANOTHER NICE DAY WITH TEMPS NEAR NORMAL AND GENERALLY LIGHT WINDS. AGAIN FNT PLAYS ROLE IN TNGTS FCST WITH NEED FOR EVE POPS. MAY HAVE TO KEEP MENTION IN ODX AREA BUT LIKELY WL NOT OVER AREAS SOUTH. WL GO PTCLDY ALL AREAS. MSTR NOT QUITE TURNED UP AS SLY WNDS TO RMN LIGHT OVER AREA SO LOW TEMPS TO BE 50 TO 55 IN MOST AREAS. FNT/TROF RETREATS NEWRD AS RTN FLO GETS KICKED UP A NOTCH ON WED. THIS WL HELP TO I PUSH TEMPS INTO 80S ACRS THE RGN. PESKY LOW STILL SPINNING IN AREA AND WL HAVE TO KP MENTION OF SOME CLDS BUT NO l POPS. AS FOR EXTENDED...MID RANGE MDLS STILL NOT SURE WHAT TO DO WITH NEXT SYSTEM. EURO MLDS NOW HINTING AT NEXT UPR LOW TO SINK SWRb AND CUT OFF. NOGAPS AND CANADA MDLS TRY TO KEEP SYS PROGRESSIVE. IN ANY CASE...GIVE UPR FLO PATTERN AND VERY ABUNDANT MSTR...WL KEEP CHC TSRA FOR FRI AND SAT AS SFC FNT TO PASS THRU AREA AND BE FOCUS FOR STORMS.

  .GID...NONE.

KISNER AFDOMA AREA FORECAST DISCUSSION NATIONAL WEATHER SERVICE OMAHA / VALLEY NE 2-79

Mateorological Forecasts 345 PM CDT MON AUGUST 91999

  - MAIN FCOT' CHALLENGE IS PRECIP CHC LATE TUES.

MIDDAY WV/lR SATL LOOP INDICATING PROGRESSIVE WAVE MOVG EWD ACRS NRN ROCKIES...WITH

  ~ANOTHER MID TROP LOW MOVG EWD OVR SRN CO. NRN ROCKIES LOW INDUCING SFC LEE
 ~ TROF/ PAC CDFNT OVR NRN HI PLAINS...WITH SFC RDG OVR CENTRAL PLAINS SLIDING EAST.

MODEL TAKE NRN ROCKIES LO EWD THRU 48 HRS TWD GREAT LAKES...WITH ONLY MINOR DEEP SYNOPTIC FORCING FOR CWA. CO LO TO MOV EWD AND STAY TO S OF CWA...THO AVN SEEMS TO HAVE NWD BIAS...WITH PRECIP INTO KS THRU END OF PD.

                                                                                         ~

AS HS FLOW DEAMPLIFIES AND BCMS MORE ZONAL...SFC CDFNT MOVS EWD ACRS DAKOTAS...WITH i Tall END OF FRONT WASHING OUT AND STALLING OVR CWA BY LATE THURS/THURS NIGHT. l MODELS DIFFER IN PLACEMENT OF THIS FEATURE...WITH AVN FARTHEST N AND NGM FARTHEST S.  ! ETA IS PREFFERED...THO BL MOISTURE MAY BE SLIGHTLY OVERDONE AS USUAL. ) l BEST CHC OF TSTMS WILL OCCUR OVR NRN HALF OF CWA...AS PAC CDFNT MOVS TO NERN NEBR TUES. INITIATION OF WIDESPREAD SFC BASED CONVECTION WILL BE A PROBLEM...GIVEN THE

 ' LACK OF DEEP MOISTURE... MARGINAL CONVERGENCE ALONG BOUNDARY....AND LACK OF DEEP SYNOPTIC SCALE LIFT TO HELP STEEPEN LAPSE RATES. THO ETA INITIALIZED BEST WITH H85 DEW POINTS...lT CRANKS OUT 1600 JKG-1 CAPE COINCIDENT Wim FRONTAL BOUNDARY NERN NEBR BY 28/00Z. THIS MAY BE SLIGHTLY OVERDONE.

700-500 LAPSE ADVECTING OFF Hi PLAINS ARE NOT EXCESSIVE...ONLY SLIGHLY CONDITIONALLY UNSTABLE ABV FRONTAL BOUNDARY. BEST LAPSE RATES TO N OF BOUNDARY...OVR DAKOTAS...lN VCNTY OF WAA AND COOLER H5 TEMPS. NCWETHELESS...HAVE LEFT IN SLIGHT CHC TS NRN HALF - CWA FOR THURS AND THURS NIGHT. I SFC RDG TRIES TO BLDS ACRS SRN PLAINS WED...WITH SLY FLOW DEVELOPING IN ADVANCE OF LEE TROF OVR NRN PLAINS. MOSUNNY FCST...WITH LACK OF BOUNDARY TO FOCUS INCR IN SFC MOISTURE UNDER MID TROP SUBSIDENCE. HAVE DISCOUNTED AVN INTENT ON TRYING TO BRING I CO LOW FARTHER N. FOR TEMPS...WENT CLOSE TO MOS TUES MORNING...AND AROUND OR SLIGHTLY HIGHER FOR THURS WITH THERMAL RDG IN ADVANCE OF FRONT. LOWS FRI MORNING WILL DEPEND HIGHLY ON RETURN MOISTURE AND WINDS VCNTY FRONT. PREFER SLlGHTLY HIER THAN MOS FOR LOWS WED.

   .OMA...NONE BZ                                                                      ,

2-80

t FORT CALHOUN STATION I I 1999  : EMERGENCY PREPAREDNESS l EXERCISE MANUAL l l l l VOLUME t n

                                                                -l 2                                    !

i I SCENARIO EVENTS

                                                                *1 CAUTION: THIS MANUAL CONTAINS CONFIDENTIAL EXERCISE INFORMATION THAT CAN NOT BE SHARED WITH EXERCISE PARTICIPANTS PRIOR TO THE 1999 EMERGENCY PREPAREDNESS EXERCISE                :

SCHEDULED FOR AUGUST 10,1999. '

OMAHA PUBLIC POWER DISTRICT FORT CALHOUN STATION 1999 EMERGENCY PREPAREDNESS EXERCISE MANUAL VOLUME 3 OPERATIONAL AND ERFCS DATA CAUTION: THIS MANUAL CONTAINS CONFIDENTIAL EXERCISE INFORMATION THAT CAN NOT BE SHARED WITH EXERCISE PARTICIPANTS PRIOR TO THE 1999 EMERGENCY PREPAREDNESS EXERCISE SCHEDULED FOR AUGUST 10,1999.

1999 FORT CALHOUN STATION EMERGENCY PREPAREDNESS EXERCISE TABLE OF CONTENTS VOLUME 1 CONDUCT OF EXERCISE Scope and Participants 1-1 Guidelines and Simulations 1-5 Participant Guidelines 1-11 Controller / Evaluator Guidelines 1-19 Objectives 1-24 Objective Evaluation Forms 1-37 VOLUME 2 SCENARIO EVENTS Narrative Summary 2-1 Time Line And Master Events Summary 2-3 Messages 2-8 In-Plant Radiological Data 2-65 j On-Site Radiological Data 2-71 Meteorological Forecasts 2-75 VOLUME 3 OPERATIONAL AND ERFCS DATA Area Monitor Data Summary 3-1 Process Monitor Data Summary 3-3 Example ERFCS Pages 3-5 , Sample Operational Data Sheet 3-17 Sample Radionuclide Analysis Report 3-19 Radiochemical Data 3-21 Operational Data Graphs 3-39 Operational Data Summary 3-44 VOLUME 4 DOSE ASSESSMENT AND FIELD TEAM DATA introduction 4-1 Meteorological Data Summary 4-2  ! Dose Assessment Data 4-5 I Field Team Data 4-35 l VOLUME 5 MEDIA RELEASE CENTER MESSAGES  ! Introduction 5-1 l OPPD Rumor Control Messages 5-2 lowa Rumor Control Messages 5-57 l News Media Messages 5-112 4 REV0 i

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F V I l - E T S E T S N A D E A W A V E O M 2E GE D G O I l C M ER E G E P L 1 R OTG3 l l M Y Y T E F N R G A E R A R A AT S A Y R I T E S TS OO LH( A V5 E N I T S D N D N NW E DD A I A A N E D AM E R R W O O L L H A N E T I A C C N E I X C N SL S R I A E E O F U R O CA C D M S S C A I C C R A l R E

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T l I _ M S I N M E M E M ME E T EWS M EP I E43 MF) A NP1 EOC- 0 N G N S O M AT N I IN A IN A NS I N R( 4 N I YP 0. M 0 ST . M 40 (E E T AM AU E32 E I AAG M I NA D O0 60 l TS G l W C A N T N N TR TR( X S A O E N OLA NS N NP I A RM2 A C R D R P R O A C O C O C CA OEA CRR OS C M R N I l V l R P A T N T T l I E 0 2 3 4 1 FT N2 N X R _ O 1 G 6 6 6 6 6 6 OO E43) E P ) R H A 2_ R NSA MFM M MF 0 lC P 3_ 3_ 3_ 3_ 3_ ES BEC1 I N YP 0. NETG6 I E2 C I M LV N IAAG TR( 0ATN EV(D2 UA I NP O A NV OS C C

1 1 3 1 0 0- 0

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E) UM E 2 E G LP 3 0 0 N FF AC V( 6 7 0 1 0 9 IL P O MB 1 2 1 2 S S S 8 1 AN A A S S L 0 S L A D D S S _ 6 N _ 3 G I S E D R S S S S. A A AI tT G l t A S C V S R U O G T t N 2 6 3 6 4 6 G N FF A E F O 0 0 0 U P O P A S S S S S S M M M M MA L H H R R R A N P P R R SA A SL P C C C 3 1 2 2 1 0 0 0 0 0

       +  +     +  +     +

E) UM E E E E E LP 0 0 0 0 0 AC 0 0 0 0 0 2 0 _ V( 3 6 2 6 9 9 0 T 1 9 2 1 6 C 5 1 O  : 4 8 _ 1 0 _ R NC OT I M A B TI AA R O 3 5 4 5 4 5 5 5 7 5 CM 9 EO _ T I 0 0 0 0 0 LT N EU O M M M M M SA M R R R R R E D O1 M 2 M 1 1 1 7 7 1 O R S l P l 0

      +

0

         +

0

                +

0

                  +

0

                        +

0

                           +

F G R l l E) UM E E E E E E N I O LP 0 0 0 0 0 1 L . AC V( 0 6 0 0 0 0 0 0 0 0 8 8 PT MN T I AE N l l 3 1 1 1 1 9 Sl W SM l l C O I I RA T l l O N T NI C O M O R M O S l X l S Y K F I C S A V C R A 8 RA ET VS E I l R O 3 4 4 4 4 4 0 5 1 5 2 5 *

                                 -   C T

I N 0 M. 0 M 0 M 0 M 0 M 0 M E T O l O M R R R R R R O N R x n

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2 2 - 0 0

          + +

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                 + EEE
                           -   - +     -

EE E R) UM EE 1 1 E0 1 1 1 E 0 E 0 E 0 0 0 LR 1 1 0 1 1 1 0 0 0 0 0 _ A V(M 7 7 2 7 7 7 0 8 0 0 0 2 9 0 0 1 1 1 1 3 1 1 1 1 4 2 T 5 C 1 O  : 4 8 1 0 - N OIC 1 I T 5( TA 9 R 2 4 5 6 7 8 9 5 6 7 8 CM E O T I 8 8 8 0 0 0 8 8 8 0 0 0 8 9 9 0 0 0 9 9 0 0 L E T S A O U 1 N O MMM MMM MMM MM E _ M RRR RRR RRR RR D O M1 l l 5 5 5 5 5 5 1 1 3 1 1 1 0 0 0 0 0 0 0- 0 0 0- 0 -0 P

       ) + + +     + + +           - +   EEE ER UM    EEE 5 5 5 EEE 8 5 5 EE 1 1 E2   1 1 1 l          l LR AM    6 6 6     6 6 6     1 1 7 7 19 1 1 1 7 7 7     S V(    1 1 1 2 2 2 1 1 1 2 2 2     5 1     5   1 1 1     R      l          l O

l I C T I l l N O lX A V M I R O 0 1 2 7 7 7 3 4 5 7 7 7 6 7 8 7 7 7 9 0 1 7 8 8 A T M 0 0 0 MMM 0 0 0 MMM 0 0 0 0 0 0 E l O MMM MMM R x M RRR RRR RRR RRR a A l

1 SAMPLE OPERATIONAL . 6 DATA SHEET 3-17

i l Op:: rational Data Shast REAL TIME 7:30 ELAPSED TIME T+02:00 lRCS Parameters l

1. PZR Pressure 501.5 PSIA

2. PZR Level (Lt 101X) 92.5  %

3. PZR Liq. Temp / Steam Te 474 475.5 DEGF

4. PZR Heaters on 5.RVLMS 100  %

6. CET Ave. 377 DEG F

7. CET Hi 395 DEG F

8. Subcooled Margin 00 DEG F

9. Letdown Flow 00 GPM

10. CEA's Not Full in 0

11. WR NI Pwr. 00  %

l LOOP 1 l l LOOP 2 l lLoopT R_. _.. A B C D l 1.T Hot (DEG F) 378 379

2. T Cold (DEG F) 342 342 169 377

3. RCP Status TRIP TRIP TRIP TRIP

4. S/G Press (PSIA) 35.3 181.5 l

5. S/G Level (NR) 1.4 85 1 l

6. S/G Level (WR) 1.045 100 l

7. Steam Flow (MLB/HR) 00 0.0 l

8. Feed Flow (MLB/HR) 0.0 0.0 l

9. MSIV Status SHUT SHUT )

10. AFW Flow (GPM) 0 0 lEncineered Safeauerde Featurse l

1. Containment Pressure 19 8 PSIG Temperature 219 DEGF Dowpoint 120 DEGF Hydrogen Conc. 0.00164 %

• Cont. Sump Lvl(NR) 26.0 IN.

Cont. Sump Lvl(WR) 0 FT.

2. VCT Level 59.7  %

3. SIRWT Level 186 IN.

4. Equipment Status Train A Train B Train C (ts. Bus) Total Flow / Pres.

DG D1 RUN D2 RUN CHRG CH1A STBY CH1B STBY CH1C RUN 40 GPM HPSI S!2A RUN Sl2B STBY S12C STBY 0 GPM LPSI Sl1A STBY Sl1B STBY 0 GPM CCW AC3A RUN AC3B RUN AC3C RUN CS Pumps S13A STBY S13 8 STBY S!3C STBY 0 GPM Air Comp. CA1A STBY CA1B STBY CA1C STBY 103 PStG 5.AFW FW-6 RUN FW 10 STBY

s. Seseguard Signais PPLS ACT VIAS ACT 7. Plant Stack Flowrote 24300 CFM STAS ACT RAS STBY CPHS ACT STLS STBY CLAS ACT CSAS ACT CRHS STBY OPLS NT ACT lMaior Eautoment Electric Plant l Reactor TRIP Turbine TRIP Offsite Powei AVAIL AVAIL Generator TRIP DC Busses 129 129 Volts 3-18

SAMPLE RADIONUCLIDE ANALYSIS REPORT 3-19

p I l SAMPLE RADIONUCLIDE ANALYSIS REPORT OPPD FT. CALHOUN CANBERRA SERIES-90 SAMPLE: RCS DATA COLLECTED ON 10-AUGUST 99 AT 9:45 DECAY TO 0. DAYS, 0.0000 HOURS BEFORE THE START OF COLLECT l RADIONUCLIDE ANALYSIS REPORT ACTIVITY CONCENTRATION IN uCi'gr ENERGY COMPARISON I NUCLIDE DECAY (KEV) MEASURED ERROR CORRECTED ERROR EXPECT DIFF Kr85m 3.81E-03 +-3.28E-04 3.81E-03 +-3.2 8 E-04 15132 4 Kr85 6.99E-09 + 6.01E-10 6.99E-09 +-6.01 E-10 514.00 Kr87 4.69E-03 +-4.03 E-04 4.69E-03 +-4.03E-04 402.58 Kr88 8.29E-03 +-7.13 E-04 8.29E-03 +-7.13E-04 196.28 Kr89 < LLD < LLD < LLD < LLD 220.90 Xel31m 9.13E-04 +-7.85E-05 9.13E-04 +-7.85E-05 233.18 Xel33 2.55E-02 +-2.19E-03 2.55E-02 +-2.19E-03 81.00 Xe135m 3.01E-03 +-2.59E-04 3.01E-03 +-2.59E-04 526.62 Xel35 3.51E-02 +-3.02E-03 3.51E-02 +-3.02E-03 249.74 Xel37 < LLD < LLD < LLD < LLD 455.40 Xel38 2.04E-03 +-1.75E-04 2.04E-03 +-1.75E-04 25831 1131 1.21E-03 +-1.04E-04 1.21E-03 +-1.04E-04 364.46 1132 1.26E 02 +-1.09E-03 1.26E-02 +-1.09E-03 667.68 1133 1.24E-02 +-1.07E-03 1.24E-02 +-1.07E 03 529.89 1134 130E-02 +-1.1 IE-03 130E-02 + 1.1lE 847.03 1135 1.97E-02 +-1.69E-03 1.97E-02 +-1.69E-03 1260.41 Cal 34 < LLD < LLD < LLD < LLD 795.81 Csl37' < LLD < LLD < LLD < LLD 649.00 Cal 38 1.74E 02 +-1.49E-03 1.74E-02 +-1.49E-03 1435.79 Rb88 8.29E-03 +-7.13E-04 8.29E-03 +-7.13E-04 1836.01 Rb89 < LLD < LLD < LLD < LLD 1031.94 Tel29 < LLD < LLD < LLD < LLD 111.57 Tel32 < LLD < LLD < LLD < LLD 22830 Tel34 < LLD < LLD < LLD < LLD 767.20 Sr89 < LLD < LLD < LLD < LLD Sr91 < LLD < LLD < LLD < LLD 1024 30 Y91 < LLD < LLD < LLD < LLD 1204.90 Bal40 < LLD < LLD < LLD < LLD $3738 Nb95 < LLD < LLD < LLD < LLD 871.10 Zr95 < LLD < LLD < LLD < LLD 756.72 Mo99 < LLD < LLD < LLD < LLD 739.58 Lal40 < LLD < LLD < LLD < LLD 1596.49 Br84 <LLD < LLD < LLD < LLD 881.50 i Rul03 < 1.1 n <t r n < 11 n < LLD 497.08 ! TOTAL 1.68E-01 +-1.44E-02 1.68E-01 +-1.44E-02 l l 3-20 l

3 3 8 3 9 3 3 4404D4444 4 23 2 D 4L 4 2 0-4 3 3 3 2 44444 2 0- DD LL 4 3 4 4 DDDD E LLL1 3 4 E DDDD I I l 1 D I DDDbDD l 1 1 l. 1I L D L 3 EEEEI EEEEL L E E EEEEE E LL E E LLL1 4 Lt f 1 L t 1 1 t t 1 - 8 6 7 6 9 3 61 7 5 4 7 9 2 8 6 8 8 8 4 1 3 7 1 7 < 3617220. 3 < 15 3 5 39 4 92 3 3

                                                                        <<      8 8 4

2 < < < < 5 2 5 - 2 7 24 86F 4 1 4 4 3 3 32 3 3 3 5 3 9 33 4444D4444 4 23 2 D L4 4 2 0 44444 2 4 DD LL 4 3 0 - 4 LLLL DDDD 0 - DDDD Ll11 D 1 DDDDDD D EEEE 7 2 05 L 5 9 2 0 L E L EEEE E E l. L L 1 1 1 E EEEEE E LL E E LLLL 9 Ll 1 1 1 t LI 1 t l l. l. l 9 6 6 62 8 5 6 5 t t 9 _ 1 7 78 7 < 171 9.3 7 < 36 1 6 4 5 5 8 4 0 4

                                                                        < < 75    5 7    1 6

1 6 27 25 22 98961 _ 32 23 2 2 3 4 LLLL DDDD 3 9 3 3 4 23 2 4 2 2 2 3 DD 4 DDDD DDDDDD _ 0 4044D4444 L D 4L 4 E E 44444 EEEEE 4 E LL 0 E

                                                                                    -                 4 E    1l 1 t 11I D

l I L l t t l t1 D _ 0 0 EEEE 5 t 2 0 L EEEE L 8 5 5 8 4 4 7 4 9 2 0 7 LL E5 5 E LLLL 4 4 L L LL l LL L _ 1 2 4 69 < 0. 2 6 0 < 86 1 7

0. 0. 0. 4 7 8 4 < < 11 1

1 2 7

                                                                                           < < < <    2 7

3 7 36 8223 I 1 1 91 3 2222 2 3 5 3 93 3 4044D4444 D 4L 4 23 2 3 2 4 44444 2 0- DD LL 4 2 4 4 LLLL DDDD 3 4 DDDD D DDDDDD t D Lt JL1L1 L 1L lt 1lI

                 -                                                                                                       L E    EEEEE          E               E    E              E EEEEI        EEEE L 3 5 l 1L E                                  LL E4          9 LLLL 4                                                                                                                   t Lilt             f 9  t 999                           4 3    1 6 4 07       9               4                   9                                             t 2

0 8 9. 3 6 48 6 2 < 192335. O. 5 < 20 3 8 22 2 39 1 1 1 1 1 8 5 <<7 1 7 I 2 8

                                                                                           < < < <    8
                                                                                                           < < < < <          <<<s<<                 <

3 933 323 2 3 32222 2 2 3 3 _ 8 40 44D4444D4 2 0 44444 2 4 DD LL 4 0- 4 LLLL DDDD 4 DDDD I LL 1 D L DDDDDD 1L1t D _ L1 L 3 t LL l 3 9 EEEE L EEEE 7 97 4 L 3 8 4 0 I L Et 5 5 EEEEE 7 4 8 8 E 5 LL E8 E 8 E LLLL 6 E 6 LLL1 L t l 9 4 669 4 1 0. 9 < 102348.3 0 < 48 8 9 354t 1 1 1 1 2 72 1 7 < < 25 5 2 1 9 1 9

    )                                                                                                                                                      _

c 3 93 2 323 2 2 3 2222 2 2 2 3 3 4 LLLL DDDD _ l c 4 DD DD DD 40 44D4444 L D 4 LL 4 4 44444 0- 0 D D D LL1D.1 L L 1 DD Dl D. l L

    /    5                                                                                               -

i 1 EEEE1EEEE LE E EEEEE E LL E3 5 E LLLL E L t LLL L1 LL A L t. C 1 t 9 S 8 5 91 7 5 5 7 4 9 4 8 t 5 4 3 3 9 9 e 2 9. 8 1 < 1 25 5 < 1 1 58 6 46 7

                                                                        < < 37    7 3<<<<          3 9

A (u 5 4 71 1 33 4 1 1 1 1 1 22 8 3 9 _ Tc i Ap 3 9 3 2 323 2 2 32 2 22 2 2 3 3 Dt o 4 LLLL DDDD DD t L 4 1 1 e 4444D4444 D 4 0 44444 0- 0- 0 DDDD 0 DDDDDD D L1L Lt LL L 1 1LL LLI LLl L o EEEE L.E E E E L E - e E EEEEE E LL E0 E E LLLL E Ll L p l L 0 1 t L sI s 63 5 0 9t I.S 76 83<252 0 < 5 8 5 4 8 96 4 4 61 72 9 3 0

                                                                        < < 49    9 1

7 < <<< 1 7 A 5391 1 335 2 1 1 21 32 1 4 7 7 _ Cme I 1 Y G Mt s 3 02 2 41 44D4444 323 2 D L 42E 1 32222 1 4 DD 2 2 3 4 DDDD 3 DDDD DDDDDD D LL 4 E y s 0 44444 0 0- D h EEEE E LLLL 6 LL EEEE 5 L L I LL LL 1 111L t 1 1 Ltlt 1 H St e g 2 E-5 EEEEE E LL E4 E LLLL E Lt 1 L t _ 5 73 8 8 7 8 5 2 3 4 t t C na a 1 0. 12 4 < 2. 5. %. 0 < 3 7 6.3790 1

                                                                        < < 53    3 5    6   <<<<       6 2

68 1 1 1 31 5 5 1 1 21 33 1 2 _ Ol o I Do 3 22 323 2 322 22 2 AC 2 DD 4 4 2 DDDDD 1 1 e 4b44 DL 4444 DL 4 0- 44444 0 LL LLLLL D DDDD D L DDDDDD l1LLL D _ L1lL 1 L LL13 EEEE E EEEEE E E L I _ R ro s EiEE LL E6 3 L 7 9 L 73 7 6 L 8E 0 8 3 8 2 5 6 6 LLLLL L Lt l L L l t e 3 <<<< <<<<<<

                                                                        <<5 5 < <<<<

9 64720 1 2 2 < < < t 2 < 1 4 < 21 31 5 2. 0 < 68 c 6 1 1 5 l 1 21 43 1 _ a

    'e                                                                                                                                                     .

R 3 22 323 2 2 3222 2 2 2 1 1 4 DD DDDDD DDDD DDDDDD LL 4 4D44 D 4444 D 4 4 44444 0- D D D E1EE LL 7EEEE L E EEEEE E E E LLLLL L L1LL 1 t. L t. L I. 1 1 3 7 6 L E t s 3 LL LLLLL L Lt LL 1 t LI Ll 1 t e 2 1< 71 94 < 2 8 0 8 3 8 25 6 6 6 6 1 1 5.2 1 31 5 0 <6 8 9 8 6 4.7. 2.0 11 1 21 43

                                                                        < < 52    2 5     <<<<<          <   < < < < <          < < < < < < <

3 2 2 3 23 2 2 3 2222 2 2 DDDDD 1 1 e 4D44D4444D4 4 40444 - 0- bD4 4 LL D DDDD D DDDDDD D LLI I1I g E L EE L EEEE1E E EEEEE E i lE E L LLLL L I l L t. L L g 3 L 7 9 L 7 37 6 1 8 0 8 3 82 5 6 Ll 6 6 1 I L LLLL L Ll t l. Ll L L e 2 < 1 4 6 1 1

                          <2 520 1

31 5

                                       < 86   9 1

6 4 7 2.0 1 21 43 1 l

                                                                         < < 52   2 5    <<<<<           <   < < < < <          < < < <<<               <

3 22 3 232 2 3 2222 2 2 DDDDD 1 I 5 4D44D0 444b4 L 4 44444 4 DD4 L L E E-0 LLt t 1 D DDDD 1t 1J D 1 DDDDDD L11L1L D A B E 3 L L7 9EE L 7 3 EEEEiE 4 L 8 E EEEEE 6 LL LLLL1 t L 1 L1 I 1 L1 1 Lt L t 7 7 6 0 8 382 5 6 6 0 2 < 111 4 < 2. 6 5 20 < 8 1 31 5 6 9 1 64 720 1 2l 43 1 1

                                                                         < < 52   2 5     <<<<<          <    <<<<           <   < < < <<<              <

3 2 2 3 232 2 3 222 2 2 2 e 4D44D 4444D4 1 4 44444 1 0 DD4 0- DDDDD LLLLL D DDDD D L DDDDDD D 3 E L EE1EEEE L EL E EEEEE E L1E 6 L1 E LLLLL 1 1lt 1 l L1 1 L 1111L1 t 1 1 1 L1 I 3 L 7 91 7 3 7 6 l. t 7 8 0 S3 82 5 6 6 0 2 < 111 4 < 2.5 2 0 < 8 6 1 31 5 6 9 1

6. 4 7 2.0 13 1 21 43

                                                                         < < 52   2 5     <<<<<          <    <<<<           <   < < < <<<              <

m m a

• e 0 3 l 5 9 9 edi 4 0 a 1 3 S 5 7 8 l l 4 7 el 9 2 4 l S S 7 8l l9 l3l 3l t33 3 3 a 1 23 4 5 a 3 3 3 a 8 9 l2 l3t 3 a 9 8 4 la 5 8 el 9b 9 r o a$1 9eeeS a r rl r 3 3 3 3 3 t l l l t

                                                                                                           $9      1 t t                               t KKKKKXXXXXXT r e e e e e e o           8 1 8 8 8 1 1 1 1 1      T o    a s a o CCCT b h e e e o RRTTTT r

SSYBT r 9 a o NZMt Bl T r ta o s s h t r s s e la t e a ht m e e e m s m T. e r e e s 1s n e e e e 3 u n h l m a 8, k s e r e e t b l a N H A R A R

b I l L a O 453E k&CE@yggg 553553 303ggsES  ! !!!55 T  ! EEG 555 5~G90:

• 555!58 ! $$$$ vvvv v $ vvvvvv

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4 34 8 6 7 6666 5 4 4 41 44D4444D4 53 5 3 3 4 44444 5 4 DD LL 4 5 4 4 LLLL DDDD 4 DDDD b DDBDDD D Lt 1lt l1t L Lt 5 - 4 9 EEEE 5 5 9 9 L L 4EEEE1E t 2 5 1 9 E 2 EEEEE 4 4 2 03 E 0 LL E 9 E 9 E LLLL 5 E 5 I l L t L l 1 L L I i J I 1 59 2 0 < 34 12 2 21 5 < 30 4 3 7 4 7 8 4 2 2 < < 24 2 4 7 < < < < 2 7 2 1 51 3 54 528 7 6 6 66 5 41 44D4044DM 4 4 04 4 53 5 3 3 0- 44444 5 4 DD4 LI 5 0- 4 LLLL DDDD 0 4 DDDD Ll L D D. DDDDD

t. II L1J D.

0 EEEE1EEEE1E 3 E EEEEE E LL E4 E E LLLL E I t L l L J t l I I L1 I 1 1 7 8 5 8 3 5 1 98 6 1 1 3 4 5 07 6 5 8 4 7 1 4 7. J 9 <3182 04 4 < 95 1 3 1 31 0. 7 5 4 537 0 2 < <13 I. 3 2 4 < < < < 2 4 1 4 I 2 I 7 6 666 5 4 _ s 4 04 4 41 5 4 53 44D4444 D L 4 5 3 0 44444 EEEEE 5 0 E DD LL 4 5 4 E 4 LLLL DDDD 4 0 E

                                                                                                           -   DDDD J Ll t D

J DDDD.DD t LI J L 1 D o t EEEEIEEEE L L 3E E 0 8 3 4 4 2 2 LL E8 8 E LLLL l I t L1 L t L L I I L I t. 1 t 5 3 2 92 8 5 t 3 6 37 <34 6 2 < 7 8 4 0 5 2 9 9

                                                                          < < 37 7  l. < < < <    I.     < < < < <          < < < < < < <

_ 1 31 2 392 1 1 2 4 4 436 1 3 2 2 7666 6 5 4 4 08 4 41 44D4444 54 5 3 5 3 5 DD 4 54E 4 DDDD 4 DDDD D DDDDDDt. L D 4E _ 0- 44444 4 0 D 8 9 9 EEEE1EEEE 1 L E 0 EEEEE 2 1 C8 0 E 0

i. L l LE 4 4 E1L1L 7 1 L1 L E 7

J 1 !. I t t l I L L 111I l 11 1 1 1 L L L 3 06 0 2 4 t 5 R 6 1 1 6, 2 4 < 8 8 8 0

                                               <3 O. 4 2

7.68 2 9 33335 7 1

                                                                          < <24        2 4

6 < < < < 1 1 1 21 2 2721 7 6666 5 4 5 504 4 41 44 D 54 5 4 L 4444 DL 4 5 3 0- 44444 5 4 E DD LL 4 5 0-E 4 L1LL DDDD 4 4 E DDDD 1l11 D L DDDDDD 1111I I L D 4 9 EEEE L EEEE L E E 2 EEEEE 7 05 8 7 0 LL E 0 0 E 6 L1 LL 6 t l t 1 L 1 1 1 1 I I L 4 61 7 7 4 52 4 2 1 0 0.6 1 9 1 0.7 2 <84 9 8 0.9 0.6 4

                                                                          < <24           1 < < < <            < < < < <          < < < < < < <

9I 1 1 <2628 1 2323 4 1 4 1 1

       )

c c 54 5 4 5 7 6666 6 5 5

       /

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                                               <7t                                     2                2

( 0

2. 6 4 3<40.35 3 91 9 4 1  %.

9 <<2 3 3 2 < < < < 6 _ 6881 1 425 6 1 1 21 23 6 i c p o 5l 55 4I 44 D 64 5 4 5 4 877 66 6 DD 4 5 5 5 4 DDDD 5 DDDD D DDDDDD D L 4444 DL 4 t 4 44444 0 4 0-Ao s 5 - LL L1LL E LLL 1 I LLLL 1L L EEEE 005 8L E5 E7 EEEEE L E2EE E I 1 9 5 1 l 5 8 2 3 S8 E-7 LL E7 7 E L1 LL 3 3 LLLL 1 LLLL1 E Ti 9 76 l. 2 1 723 < 59 1

0. 8 4 2. 3 5

                                                                          < <21        2 6 < < < <     6      < < < < <          <<<<<<                <

Ae 2246 <61 1 2 6 8981 1 4 1 l 1 Dr e Lh DDDDD DDD DDDDD Ap 0 DDDDDDDDDDD LLLLLL1LLL D 1 LLLLL D L LLL D LLLLL D DDDD 1 11L 1 D 1 DDDDDD Lt 1 L 1t D 1 Cs o 0 9 L LLLLLLL1 LLL t LLLLL L LLL I L LLLLL t t t L1 1 LL1 L1 L 1 9 - I 0

                < < < < <<<<<<<                       <   <<<<<       <   <<<          <  <<<<<          <     < < < < <          <<<<<<                <  2-Mm Et                                                                                                                                                      3 H A Cg n         DDDDDDDDDDD                          D DDDDD          D DDD            D  DDDDD         D      DDDD            D  DDDBDD               D Lt l. 1tLL1 1 1 5    LLLLLLLLLLL                               LLLLL           1LL             LLLLL         L      1 L11           L Oid I

4 8 LLLLLLLLLLL t L LLLLL I L 1 LL 1 1 LLLLL L t t t 1 L L ( I 1 Di l 8 Au R Bt n DDDDDDDDDDD D DDDDD D DDD D DDDDD D DDDD D DDDDDD e 0 3 LLLLLL LLLLL LI I 1. L LL1L1 L L LLLLL LLLLL L L LL LL1 1 L L LLLLL LLLLL 1 L1I 1 t t L1 L L L11lL1 L1 1 l L1 D t L m 8 0 I 1 in t a n o DDDDDDDDDDD D DDDDD D DDD D DDDDD D DDDD D DDDDDD D C 5 t L 1 LLE LLLL1L s L1 LLLLLLL1 L I t LLLLt LLLLL 1 t LLt LLL L L LL1LL LL1 LL t L 11L t t LL L 1 1 LLl 1 l1L1 t t L1 L L e 0 DDDDDDDDDDD D DDDDD LLI LL D DDD LL1 D DDDDD LLLLL D DEDD D DDDDDD D 0 LLLL1LLLL LLLL1 LLLL1 L 1 L L L LLLLL 1 t LL1 1 1 LLLLL I I LI l1 LLt 1 1 1 L1I 11t L1 L 1 1 L 11 0 0 DDDDDDDDDDD D DDDDD D DDD D DDDDD D DDDD D DDDDDD D 5 4 7 L 1LLlLLlLLLL L1 LLLL1 L 1 L L L L1LLL L1 LLL 1 t LL 1 LL1 L L LLLL1 LLLL1 1 1 l11 t 1 tL L 1 1 l111Lt l 1 1 1 Lt I L 9 e DDDDDDDDDDD LLLLLLLLL D DDDDD LLLLL D DDD LL1 D DDDDD LL1L1 D DDDD 1lLL D 1 DDDDDD D L 3 7 LLLLLLLLLLL Ll L L LLLLL L L LL1 1 1 LL1 L1 t L t t L L 1 L LL1L1LL1 LL1 L e <<<<<<<<<<< < <<<<< < < << < <<<<< < <<<< < < < < < < < < - s a 1 3 5 5 7 8 4 7' 8 9 2 4 ol 4 4 03 la 0 _ 5 99 l l 5 s?t 9 3 3 l3 l 3t 3 3 a l 1 2 3 4 5 a 3 3 3 la 8 8 et9 l2 l3 3 a 9 1 d a 5

               $tt r a eSl r rl r1 el e   e e e e o          3 3 3 3 3   t o

t t t t s s s o b h e e e o t Sr 9, 19l at o 9b 9 r e t S t u to KKKKKXXXXXXT 1 8 t 8 I 1 1 1 1 1 T OCCT RRTTTT SsYBT NZMtarBRT s ht ls r s s e a e a ht s e t e e a n n u T, e r g e b m a e le g u E h l o k s 5, k a er o a l b l a M H A i t A R

                                                                                                                                                                                            ~

3 4044D44M4 D0 4E 4 5 5 4 22 3 8 5 4 5 4 5 5 4 5 5 5 5 4 7 5 4 5 4 _ 8 - EEEEI EEEE LE - 400 44 EEEEE

                                                                           -           4 E

400 EEE 0-044A0

                                                                                                                -                -    4     bDDDL1L          D   DDDDDD 1 1D                  -

3 1 3 3 9 5 4 8 9 t L 9 6 8 2 L 7 6 2 5 2 7 5 1 8t 2 0 5 6 7 7 2 5 7701 E 9 4 EEEFE 4 5 7 3 3 E 2 6 t. t L1 L I L 11L1 1 1 Lt Ut 1 3 374 <727 55296 < 4 1 591 4 3 8 21 I 5 7 563 01 1 6 14 7 <<<< < <<<<<< < - _ 4 5 5 4 2 2 6 3 8 1 4 5 4 5 5 4 5 5 5 5 4 65 4 5 4 5 E0EEt 4040 E- D0440D8 EEEI E - - 0 5 44444 EEEEE 4 E 044 EEE 4 44404 EEEEE 0- DDDD 1111 b DDDDDD I L D 1 3 7 3 5 2 L 07 07 L 6 2 t 93 04 9 2 5 0 E 7 0 8 1 3 4 E 0 1 1 1 1 t t LLULLt L L1 1 1 1 64 0. 2 3 5 4 6 7 5 72 24 6 6 7 7 4 8 8 2 76 8 0 3 395 <7762 <9 1 591 4 3 8 21 1 5 51 31 1 8 < <

       )c

- /c 4 5 4 4 2 2 63 27 4 5 4 5 5 4 5 5 5 5 4 6 5 4 5 4 8 0044D40441 4 - i 8 - - - 0 0040 0 444 0- 40400 0 DDDD D DDDDDD D C 2EEEE1EEEE5E E 0 E E- E 3 3 4 5 1 087 2 04 0 FEEEE 6 EEE E E Lt L. L1 L L1 1 I1L I 1 LL1L11 t 1 _ u 1 8 4 0. 5 3 3 5 23 4 5 4 7 7 2 1 7 2 7 2 5 2 77 9 0 4 t 1 5 7 63 1 4 5 0 1 1 . ( 331 5 <775 7222 07 2 0 I 58 1 53 8 21 1 4 6 6231 2 4 8 i c p o 4 5 4 4 4444b44441 4 2263 1 7 1 '4 54 55 4 555 5 4 654 5 4 Ao t 5 EEEEt 4 44444 0 444 4 44444 0 DDDD t L L1 Lb DDDDDD D 7 390 LEEEE5E 5 8 E EEEE8 EEE E EEEEE E i 1tLI1t t 1 1 3 LLL1 Tis 1 t 9 67 4 7 3 23504 4 254 2 83 t 4 1 4 1 LLt 1 Ae 941 9 < 37782 331 5 5.2.7 33 24 5 1 71 278 581 53 7 8

7. 7. 6 21 2 1

7

4. 9. 7. 6. 0 8 6431 3 8 Dr Lh e

4 54 4 22 253 07 1 4 5 4 55 4 555 4 654 5 _ Ap 8 44441 44441 4 4 44444 4 444 5 4 44444 0 4 D D D.D D D Cs o I 3 2 EEEE5EEEEEE 2367 6t 04 27 2 E 3 EEEEE 37604 E 5 EEE 253 5 0 EEEEE 07t 4 6 E 0 L11I I 1 1 I L L D.1 L1 1 LtL.DDDDD i 1 t11 1 1 8 5 Mm 1 4.3 2 5 3 6. 0. 8 0. 9 7.4 2 2 9 7 776 8 6768 3 1 - 431 66 171 258 1 571 63 8 21 3 8 6931 3 9 Et - H Cg A 4 54 4 02253 9 6 4 54 55 555 4 554 5 Oidn 5 4 5 4 5 44441 444404 4 44444 4 444 0 44444 0 DDDD D DDDDDD D I 1 2 EEEE5EEEEEE 9367 821 6806 E 3 EEEEE 36705 E 4 EEE 2 56 5 4 EEEEE 80t 5 4 6 9 LLLt LLLL t L L LLLL1L1 LL1L 1 1 Dd 1 2. 43146t 5 6771

7. 23 6. 4. 8 7 1 1 8 5 7. 7 2 6. 0 7 7.7 9 4 09.769 7 AuB 1 561 64 8 2f 4 9 71 31 4 9 R t n 4 5 4 4 922 537 4444444440M 1 4 54 55 4 555 4 4 554 5 3 e 8 8 EEEEEEEEEEE 0

E 44444 E8EEE 0 5 444 EEE 0 5 44444 4 DDDD L L I L D L DDDDDD LI LI LI D m 3 5399 22637 0 4 49826 1 255 2 EEEEE E LLI L L LLLLLL 1 63t 53 3 1 m 1

4. 4 7. 0. 81 362.91 9 5 79281 7 777 1 27.763 0 431 7477221 3 1 551 64 8 21 6 1 7331 6 3 t

a n o 4 5 4 4 7 2253 44440444444 6 B 4 54 55 4 555 4 4 55 4 5 3 C 5 4 EEEEEEEEEEE 4 E 44444 EEEEE E 0 - 444 EEE 4 E 44444 EEEEE E 0 DDDD L1t L D t DDDDDD LLLI L L D 1 8 1 33$3 02349 84 4 46957 5 25l 6 53 1 6I 8 L1 LL L LLLLLt 1 64 053 3 6 8. 9 7 1 5 73 2 7.2 6 77.l. 3 2 3.7.6.I. 10 <<<< < <<<<<< < 4327 1 7732f 8 1 551 64 8 21 9 1 7731 8 4 54 4 62253 5 5 1 4 54 55 4 554 4 4 4 54 4 3 8 44448444404 EEEEEEEEE6E

                                   -                          4 44444               4    444        0        44444                 0      DDDD             D   DDDDDD                 b 3

1 E EEEEE E EEE 6 EEEEE 5 L LUIIIL L 1LLL11 i 1 1 350234 2 4 0 0 7 1 5 4 56028 3 2 51 6 5 3 1 64 4 L 1 LLL1 t L - 8 4328 4.337763 0 5. 3 69.021 1 7.2 3.2 3 541 64 5 8 7.7 2 2I 1 4 1 8 476 0 61 31 1 1 1 4 54 4 5224 3 4 5 1 4 54 55 4 554 4 4 4 54 4 3 5 44444444444 EEEEEEEEEE8 4 44444 E EEEEE 4 444 0 - 44444 4 DDDD Lt D DDDDDD 1D _ 1 1 0391 23 500O6 5 E 4 EEE E EEEEE E LLLt t 1 L L LLLL1LLL1u I L 1 581 l 0 258 3 681 63 7 _ 0.4 6 5 5.3 6. 3 1 I. 5 5 7. 2. 3 0. 5 3 0 7.75 <<<<<< < 7 5. 7. 6. 3 11 < < < < < _ 53289 771 343 1 8 2 531 54 2I 1 5231 1 _ 4 5 4 4 4 2 534 5 s 44444M44404 e EEEEEEEEEEE 2 E 4 5555 4 44444 EE8E8 4 4 E 665 444 EEE 5 0 E 4 s 555

                                                                                                                   ..I.4.4E 4E 06 4

DDDD Lt LL D DDDDDD1L D - i t 4 042 1 S367 4 5 6078 8. t. 3 6. 0.0.9 8 7 95027 4 63l 2 76 0 LLLL t L U11ILL1 L I I L 21 1 4 I 2252 61 4 6.0. 3 2.9 5 1 1 41 f 2 91 0 757 3 8 G. 8 6 7 5 < < < < < < <<<<< <

                                                                                                            '        1 4 4 m

• m 1 3 587 8 4 7 8 92 4 s )

85 7 89 333333 5 9s9 sl e4 t l t n 8 l 8 B9 l2 l3l 3t a t 80888t 1 2 34 5 m 3 33 s d at 5 stem r r r lr lr te let ee ee e s t l 1 e 9 1 33333 e 09 1 l 9 9 t KKKKKXXXXXXT t 1 1 8 1 s 3 1 1 3 T e s a r e CCCT h t e e e o RRTTTT  : r9BT 5S1 r a o h NZh e r t ar 8 BRTe e _ s tt e s e i a r s s t e e a e h s s t O m m T. e r e s g e t i m a e t t i n m S, la e a a h t k r N t A l a s t I A R

q q e q e 3 1 2 0 1 0 i 35 4 044 3 e 7 3 3 0 -0 +1 + 0 + 0 + 0 2 4 44 0

                                                                                                                                                                                                                                                                                 +

5 4 9 EEE 6 5 5 l e 1 3 t s E 0 0EEEE E+EE8 8 E 1 6 4 2 X l I C 0 7 3 0 0 9 6 0 I 03 4 5 3 94 1 1 2 2 0 I. I 39 5

O 1 2 5 4 040 1

0- 2 0+ 01+ 10+ 00+ 3 0 2 444 1 0

                                                                                                                                                                                                                                                                                +

0 3 EEE 0 E 0 EEEE E+EE E _

                                                                                                                               ~ . ~; " ;

9 7 6 9 3 3 2 __ 4 3 0 0 7 3 0 2 9 4 1 7 =. 8 6 _ 1 1 0 3 9 4 1 1 10 292 60 0 028 1 5

                                                                                              ~

__- :__ i_7' ;- 2 o0 0 2 i

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_. I 0 0l 1 0 0 0 _ 5 000 E E- E 0 - + * + + +44 + 81 2 5 4 - __-- '_  :~ " _ L. : + 03 0E 0EEEE 7 3 0 E 8 3 0 EE E 4 1 2 6 0 1 0 0 9 6 0 0 27 5 7 5 3 8 4

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x -._ - . E.. 1 I 2 2 0 9 4 n7 , _ = 5 _ . .

1. T

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0 3 E 0 0EE

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8 5 mT_._. - -; 2 8 8 71 _ = $ r' 7 y E -5 _ __ 4 .m. 7 3 0 8 f _. 1 0 0 9 6 0 7 1 5 9 2 73 . I .p- 4 ___ _ ;. = Z. : . 1 1 2 2 0 72 6 8 g;.N 7 3

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0 0 0 0 0 0 0

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000 0 0 _ DDDDD4444DD 5 4 23 2 4 000 1 1 44 + 1 0 1 1 1 444 L 0c 331 444 0 1 4 + 0 DDDD D DDDDDD D 0 3 II I LI I LL LL 4EEEE11 1 1 E +++EE EEE 59 E EEE 7 I 4 E t EEE+E 3 55 E 3 E 3 L1Lt L1 LL 1 1 LL1LL1 LL1 LL1 1 1 . 3 1

                 <<<<<521 1 608 8 < <

5 3 1 500 81 453 34 2 0 2. 321 I. 1 5 6 6.3 4 6 824 92 1 6 2 61 1 61 1 1 1 000 0 0 0 5 4 23 - 2 000 1 1 0 1 1 1 1 4 231 0 444 4 1 0 DDDD D DDDDDD D 9 DDbDD4444DD 1IiI 1 E E E E 1 t. 4 6 + ++E8 44 E

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                                                                                                                               +

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                 < < < < <41           0. 8 < <       3       507

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c . 0 0 0 231 0 0 D DDDDDD 440 0 I 4 0+ DDDD D 1 1 1 l

                                 .54 2 3              2       0     1 0   1 1 0
        /c    0  DDEDD4444DD 1LI LIEEEE11                         4 E
                                                            +       6+44 4               +    444 EEE O

E EEE+E E E LI LLLL LL L 1L1LLL 1 LI LLL 1 i 0 1 LLLI E 0 E 62EE E 3 6t 0 964 3 L L C 3 1

                  < < < < < 41 9.

3t 7 4 1 1

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2 3 7 3 2 93 1634 5 5 09.0 0 731 3 8 32 9 5 < <<< < <<<<<< < _ ( u 51 1 1 6 8 1 9 31 2 7 1 84 1 2 - Ai c 0 0 0 0 0 Tp 54 23 2 0 1 0 1 1 0 1 1 1 1 221 444 04 1 0 DDDD D DDDDDD D Ao 5 D2DDD4444DD I 11L1EEE8I I 4 E +E+EE 4 44 + E 444 EEE 4 EEE+E E 9 E

                                                                                                                                +    1LLL 1LLL          1    LLL1L1 LLL1 L1 I

L 8 E t 4 Lt 1 L1 LI E 64t Et 4 4 0 1 Dos 2 1 5t 4 8

                 < < < < < 13 516.0.7          < <

7 2 t 0.6.2 6 t 0 9 9 08.6 3 6 5 9.3 73 8 5 5 < <<< < <<<<<< < 6 7 1 6 333 1 1 8 21 2 7 21 3 1 2 LI AA 0 0 0 0 0 DDDDDD 221 444 04 DDDD 1 1 1 1 54 33 2 1 1 1 1 D D C 2-I bDDDD4444DD 4 0

                                                              +4+EE 0

44 + 0 444 0 EEE+E 0

                                                                                                                                +    LL1I          L     11L11L            1     W MC 0                                                                           EEE         E 3  l.

2 t LLL1 t I L 1EE8EI1 4 t 08I 1 E 0 E E E 92 E 8 7 3 0t 3 t 7 9 E 8 E 8 LL1 L L 1 I L1 1 L 1 ER 1

                  < < < < < 122.8            6 < <    2       4 5.31 7          2     67.3        6

9. 7. 5. 95. 45 4 <<<< < <<<<<< <

591 1 6 1 1 63 1 8 21 3 7 323 1 2 Hr 5 Co t 0 0 0 Oar DDDDD4444DD 54 33 2 4 0 0 1 4 044 1 1 0 0

                                                                                     +

1 1 1 444 1 4 221 444 04 EEE+E 1 0

                                                                                                                                +

DDDD D DDDDDD 1LLLLL D _ I De n 5 8 2 I L1118EEE11 LL1 1 1 1 87 4 1 1 E 0 E+E+EE2 E 26 E EEE 5t 6 E t 20 0 E 2 E 7 L11L L1 I L 1 1 1 LLLLL 1 1 4 5 5 35.0 9 7. 8 2. 45 2 2 <<<< < <<<<<< < Ae 1 5 3 _

                  < < < < <1 148t695 < <               1      9. 0. 5  01 5 27. 07 3

21 4 7 543 1 2 4 RG 0 0 0 0 m 8 1 1 225 0 1 DDDD DDDDDD D DDDDD444MDD D 64 3 3 1 1 1 1 5 0 _ 0 0 a 0 4

                                                               +EEEE4444             +    444 EEE 4

E 444+4 E + LLL1 1 1LLL1L 1 0 1L1LL 8EEEI1 E E EEE E 5 E LLL1 1 LLL1 L 1 e 1 3 1 L1 LL 31 2 4 I L 7 E 6939 0 9 83 1 302 t t t 1

                  < < < < <.9     4 0.83 471      <<

5 9 0 23842 6 984 2 9 2.7 0 8 1 9 7.2.65 872 2 < - S 4 6 1 1 4 1 2 0 0 0 64 34 3 0 8 1 1 1 0 t 21 1 21 1 1 5 0 DDDD D DDDDDD D 5 DDDDD4444DD Ait 1L EEEEIL 4 E

                                                               +4444                 +    444 EE5 4

E 44444 EEEEE

                                                                                                                                 +    Lt LL          1   1LLLL1 1 LLLL1 I

L 4 L t L1 L t 2 8t I L 7 E 3 83 64 EEEE E 4 64 0 3 0 666 E 9 LLLL 1 I 1

                  < < < < < 6259   8 9 7.9 < <         0             1 5. 2. 8 t

4 4 2.6 0 7. 0. 9.7 1 7 <<<< < <<<<<< < 7 02631 3 4 1 94 7 91 t 85 1 0 21 1 2 0 0 DD3DD4444Db 64 34 3 4 0

                                                               +4444                 0
                                                                                      +

2 21 444 I A 2 2 2t 1 44444 1 0 DDDD LLLL D DDDDDD I LLLLLL D 1 3 1Lt 1L EEEE1i E E EEEE E E8E F EEEEE E LLLL L LLLLLL 1 1 1 LL1 L 238 4 1 L 5 2 8 0089 5231 t 01 5 059 0 1 57 57 9 3 9. 5 2. 0 5 9 1

                  <<<<<34831 24 9 < <                  3       4831 9 1

I. 2 742 4 78943 9 EDDDDDDDDDD D DDDDD D DDD D DDDDD 1L1I D DDDD LLLI D DDDDDD LLI L1L E 1L1LL L LLL 1 L t i I Ll1LLI LL 1I LLI 1 LLt LL1 I I L 111I 1 t 1 tL L 1 1 LLL 1 t 1 LLLL L LLLL1L I L t DDbDDDDDDDD D DDDDD D DDD LL1 D DDDDD LLLL1 D DDDD LLLL D DbDDDD L LiL1LL LD 4 4 1 J1iL I 1 LLIILtL LL1 lLI 1 11 1 1 1LI L1 1 LLLt 1 1 LL1 1 t LLLLt 1 1 LLLL L LLLLLL L 1 m m 7' 8 t e t 3 S m s75 9l3t33333 33 5 578 ne t 1 2 3 4 5 m t 4 3 33 m t 92 4 eelt t2l 33 e n i 9 8 d s 5 0 5 9e1 9 84etd e0tm teS90t l l l 3 333 3 t e1 1 t t e m e a e 89 91 la e e h 9s s r s s r s e e e e e s e t t e e e e r r e 7. lp 4 r u e 1 DRT EKEKMEXXNXXT t I n81 8 8 T CCCT t t I I TTTT SsYBT t hm es s s e e e s he m s e a s m T. e r g m s u m e s n g sa S us e e n r - t i m t N t a s I ep l I A R A R -

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a 8+ 5+ 8 "E l ggg + $ ! R +++ g g g 8 l ggs _ _ _ l ..o Esl saa I

1 1 0 0 00 + 8 3 3 0+E 0 E 4 0 1 4 1 1 6 22 1 1 0 0 00

                                   +

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        /

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                                    +

i 0 E EE C 3 1 5 4 0 0 3 0 ( u 1 23 Aic

                             ! 0 Tp              1 4 00 +

Ao 5 4 E+E E _ Dots 2 1 0 4 8S 32 1 1 3 Li ._ AA A C I 2-1 4 1 0 00

                                     +

MC 8 3 2 E+E 2 E 2 4 A ER 5 3 1 7 1 3 6 . Hr . Cot - Oar 5 1 4 1 0 00

                                     +

I Den 3 2 5+E 1 E 2 5t 99 Ae 1 1 1 1 RG - 1 0 m 1 4+0+ 0 ' a 0 0 E EE e t 2 1 5 0 522 8 S 1 1 4 " 0 0 20 00 + 5 4 8 E+E 0 09 E 1 8 7 6 9 0 3 2 0 0 0 0 3 4+0 E EE

                                     +

1 9 2 8 1 9 9 4 3 32 00 0 0 00 s + + + t t EEE a 0 0 0 0 0 0 000 000 00 0 0 + + + _ 9 1 EEE 1 0 0 0 0 0 0 000 g e _ 3 3 l e t g73e l e 3 a KII C as m e l e v I m g E

s VVVVVVVVVVV assasaaaasa 99999 9 asa s aaaaa aV aaaa :V aaaaaa a V VVVVV V VVV V VVVVV VVVV VVVVVV V {

         $$$$$bbbb$$ $

VVVVVVVVVVV bbbbb $ bbb VVVVV

                                          $ bbbbb b abbb $ bbbbbb $

vVVVV V V VVV V V VVVV V VVVVVV V h VVVVVVVVVVV y yVyVV V VVV V VVVVV V VVVV V yyVVVy V E 99998aaaa88 VVVVVVVVVVV 9 $aaaa a 9a2 V VVVVV V VVV 8 asaa9 V VVVVV 9 a$as s a39999 9 V VVVV V VVVVVV V VVVVVVVVVVV V VVVVV V VVV V VVVVV V VVVV V VVVVVV V

   ^

8 bbbbbaaaabb bb S yyyyyyyyyyy y yyyyy b y yyy b y yyyyy b y yvyy b y vyyyyy b y 0 j $$$$$a$aa$$ $ aba$a $ 998 $ agaaa $ baa$ $ asaa$a $ vvvvvvvvvvv v vvvvv v vvv v vvvvv v vvvv v vvvvvv v 6

 $3  3 89888a88888      8  92829  8  988 9  88282 9  8828     aaaaa! 9v    5 gE     vvvvvvvvvvv     v   vvvvv v   vvv v vvvvv  v  vvvv v vvvvvv        M' i aasassassas VVVVVVVVVVV a saaaa s ass a aaaaa a assa s aaaaaa a V   VVVVV V   VVV    VVVVV V        V  VVVV V  VVVVVV     V g i ssaaaaaaasa      s aaaaa   a asa   s asaan  s aaaa  s agaaaa n g    vvvvvvvvvvv     v   vvvvv v   vvv v  vvvvv v  vvvv v vvvvvv      v l bbbba      bbbbb b bbb b b bbb b b bbb b bbbb b bb VVVVVVVVVVV bb b V  VVVVV  V  VVV  V  VVVVV V  VVVV V  VVVVVV     V VVVVVVVVVVV     V  VVVVV  V  VVV  V  VVVVV V  VVVV V  VVVVVV     V VVVVVVVVVVV     V  VVVVV  V  VVV  V  VVVVV V  VVVV V  VVVVVV     V VVVVVVVVVVV     V  VVVVV  V  VVV  V  VVVVV V  VVVV V  VVVV VV    V lIll!!!!!ill:::: 53IIlllisilllisil!!!!!!!     I
        !                            1      a i

1 } I I i 1

6534 0 1 1 22 0 222 4 4 2 I 2

• DDDDD4444DD 3

4 0 4044 0

                                                                         +   444 1

0 44444 1 0 DDDD D. DDDDDD D 8 3 3 LL L1L EEEE L LL1L 3 73 6 1L 1 L E 2

                                                       +EEEE E    4 t       0 E    EEE S27 E

2 EEEEE 2 t 2 93 E 4 LLL1 LLL1 t L LLL1LL LLL1 LL 1 1 8 1

3. 7 0 1

                    < < < < < 291 4 82 79 < <       1 2  0. 17.2 1       281 4t 3 6

1 t. 531 1

5. 6. 0. 0. 3 83733 1

4 6534 1 1 1 22 0 222 2 3 4 21 2 DDDDD4444DD 3 4 44444 0

                                                                         +   444      4  44444 1

4 DDDD D DDDDDD D 3 5 1 I LI I1 EEEEIl LLLI L 5 I I E 4 EEEEE 38 857 E EEE 506 E 2 EEEEE 863 2 9 E 9 LLL1 LLL1 l i 1LL1L1 1 LL1 L1 1 1 7 1

                    < < < < < 0.0 0 6A55 < <

281 2 8 1 1 3 8 9.7 91 I 74 3 1 38 0 422 2 9 1 9. 9 6 5 1 5523 5 3 <<<< < <<<<<< <

          )

c 6534 1 1 1 22 0 2 22 2 34 21 2

          /c   0   DDDDD4444DD 3

4 44444 0

                                                                         +   444      0   44444 1

4 DDDD D DDDDDD D i 0 LLI L1EEEE L l E EEEEE EEE E. EEEEE E LLLL I LL LLL1 I LLLL1 Lt E LLLL LLLLL1 C 3 1 8 366 4 5 85501

4. 0. 5. 2. 0 2 603 5.33 S 03 6S 6 658 t. 7 3

0 I I ( u < < < < < 6. 9 2 1 < < 1 6I 2 1 71 1 74 1 1 322 I. 8 1 9423 3 Ac Tp i 6534 1 2I 2 222 332 1 2 Ao t 5 4 DDDDD4444DD

t. Lt L1EEEE11 t LLL1 3

E 4 4444M EEEEE 1 4 E 444 E8E 2 4 E 44444 EEEEE 1 0-E DDDD LLLL LLLL D 1 DDDDDD LLL1LL LLL1 LL D 1 L Dos 2 1

                    <<<<<340.7 29l 4 1 51  1 1 1
                                               <<  2 I

4 85363 8521 2 57I 63 0 8 8 002 885 21 2 I I. 7 l 6t 97

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4 2 < < < < < 1 LI A8 C 2-I DDDDD4444DD 7 54 4 4 4 1 2222 44444 1 4 222 444 2 4 3321 2 44444 1 0- DDDD D DDbDDD D MC 0 3 2 1ILL1L11E8EE11 I. 1 8002 1 1 E 4 EEEEE 65S66 E 1 EEE 736 E 6 EEEEE 502 56 E 4 LLLL LLLL 1 1 L1iLLL L1 LLLL l l _ ER 1

                   < < <<<71 9471 7.        3 < < 94   30.I. 8 A 45942 5

6 0.35 21 2 9 5 61 8 25 2221 3 9 1 <<<< < <<<<<< < Hr Co t Oar I S DDDDD4444DD 7 54 5 4 4 1 22 2 4444M 1 4 232 444 2 33 222 4 44444 4 5 DDDD LLLL D DDDDDD D De n t 2 L LI llLIEEEE1L l LI 2057 1 L E 5 EEEEE 52 6t t E 9 EEE 037 E 8 EEEEE 5 4 1 07 E t LLLL L L LLLLL1 LLLLL1 I L Ae 1

                   <<<<<6           8.31 < <

6259 5 6

9. 0. 2 47 23631 3

4 A 0. 3 6 1 92 4

0. 7. 9 5. 0 4 321 83 1 RG m DDDDD4444DD 7 54 5 4 1 22 22 1 332 2 332 22 2 DDDD DDDDDD D a t a LL1 111L s I t EEEE1t 4 E

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                   < < < < < 3I8 3561 4 < <

1 L 8 8 t t 57 1 75690 2 5 9 27 0.28 0 2 9 t 02 5

9. 0. 1 92 8

8 LL1 L L L1 LLLL L S 3 1 1 31 1 2 851 3 231 4 2 8 7 64 5 4 23233 332 2 33 322 2 DDDD 1 s DDDDD4444DD 4 44444 4 444 4 44444 4 D DDDDDD D e i LI l1 t 1 LLLL EEE8 11 2 586 1 1 E S EEEEE 33699 E 6 EEE 3t 7 E 3 EEEEE l 589 0 E 0 1LI 1 LL1 1 L L LLL1LL LLL1 LL l l t

                   < < < < <1 61    6933 2
                                             < <   e.

1 2.3583 751 74 0 t A 2.0 321 6 f

l. 3602 22421 2

4 <<<< < <<<<<< < 8656 5 24 334 2 4 4 3 3 4 4 4 33 3 0 D 1t DLDlt D D. 4 4 4 4 D LL D 4 E 44444 EEEEE 0r E 444 EEE 4 E 44444 EEEEE 4 E DDDD LLLL D L DDDDDD L1L1L1 D 1 3 8 1 LLl L EEEE 0906 LL 8 4 5 09 0 2 307 t 2257 2 0 LLLL L L1 L1 L1 t 9 6 1

                   < < < < < 0.2 6 4 < <
                                . 3I 24 1

3 3 9.9 2.3 1 72I 8 1 30.5 642 3 1 A68 7 67332 8 8 <<<< < <<<<<< < s DDDDDDDDDDD L1LLLLLLL D DDDDD D DDD D DDDDD D DDDD D DDDDDD h LL LLLLL1 l 1l LLLLL LI LL LLI I LLL1L1L LLt 1 LLLI LLLLL1 L1 t L L 1 I L t t L1 L LLLLL L t L L LLL1 L L I t DDDDDDDDDDD D DDDDD D DDD D DDDDD D DDDD D DDDDDD D LL1 l1l LLL111I e I I 1 LLLLL L LL1 I L1LLL t. LLLL l LLL11L l i LLL1 t 1 L 1 LLLLL L LL1 t LtLLL L LLLL l LLL1 1 L l t

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7 888 g g i 300 n 888 =E l ooo 2x = =u 888 "" 888 I j: 1' ' :g ih 0 djit ! , e l pq , 4  : j 888 !HN , l ', h '

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OPERAT ONAL 1 1 DATA -

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SUMMARY

l I l i l l 3-46

U _ S 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 0 0 0 M % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 0 0 0 3 3 3 9 1 4 0 0 u 0 0 0 0 0 6 6 4 2 2 1 0 0 0 L 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 t 1 1 1 1 1 1 1 1 1 1 V R A

                                                ~

S 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 3 3 9 1 4 M % 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 0 6 6 4 2 21 0 0 0 _ L 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 V R s r t h 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 R W k 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 00 0 00 0 0 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 Z P p . m e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

t. 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 m T 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 3 6 3 8 l 4 4 4 4 3 3 5 5 5 6 7 7 7 7 7 7 0 7 9 0 0 0 1 1 2 3 3 3 4 4 5 6 7 7 0 5 4 1 2 2 33 Y R e 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 6 0 6 6 6 6 6 6 6 6 6 6 6 6 6 5 5 5 5 5 5 55 R Z A P M

M U p. S m e 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0. u 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 A t. gT 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 4 4 4 4 3 3 5 5 5 0 7 7 7 7 7 7 6 7 9 0 0 0 1 1 2 3 0 0 0 0 0 3 3 4 4 5 0 0 0 6 7 7 0 0 0 0 3 6 3 8 _ ST N R 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 5 6 6 6 6 6 6 6 6 6 6 6 6 6 6 6 0 5 4 1 2 2 3 3 5 5 5 5 5 5 5 5 EA I Z _ P RD . AT _ MN ) MA Y l ( s U PL e v e 3 3 3 3 2 2 2 2 9 9 9 9 9 9 9 9 5 7 4 2 1 7 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 h 0 0 0 0 0 0 0 0 9 9 9 9 9 9 9 9 6 1 9 9 4 6 7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 S l e c 6 6 6 8 8 6 6 6 5 5 5 5 5 5 5 5 3 5 5 5 6 7 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 n AE 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 R I TI S P Z AC m DR ) n L E X ( AX t e e s 3 3 3 2 2 2 2 9 9 9 9 9 9 9 9 5 7 4 2 1 7 4 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 NE v h 3 n c 06 0 0 0 0 0 0 0 9 9 9 9 9 9 9 9 8 1 9 9 4 6 7 0 0 6 6 6 8 8 6 8 5 5 5 5 5 5 5 5 3 5 5 5 6 7 9 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 ON I R I n 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 T U I Z _ P AO RH EL e PA r u OC s s g0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 T e p p i r s 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 0 2 0 5 5 1 1 1 1 1 1 1 1 9 1 2 2 3 0 4 3 4 6 4 2 4 2 4 9 7 4 4 4 0 1 4 0 5 1 4 6 4 3 4 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 R R 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 O Z P F 9 9 9 e 1 d o M 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 2 2 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 4 9 4 t 1 n l a P i p r T 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 A A A A A A A A A A A A A A A A 0 1 1 2 2 3 3 4: 4 5 5 0 D  :  : 1

1: 2: 2 3 3 4: 4 5 5 0 0 1 N N N N N N N N N N N N N N N N 0 0 0 0 0 0 0 0 0 0 0 1 1 m 1 1 1 1 1 1 1 1 1 1 2 2 2 o

r 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 F t y i T d n 0 5 0 5 3 0: 0: 2 2: 0 1 0 5 0 5 1 0 0: 2 0 0: 0 0 0 0 5 1 1 0 5 0 5 2: 0 0 0 0 0 2: 3: 3 0 5 0 5 0 5 0 5 0 5 4: 4: 5: 0: 0 0 0 5 0: 0 1: 1: 2: 2: 0 5 0 5 3: 3: 4: 0: 1 1: 1 1 1 1 1 1 1 0 5 4: 5: 1 1 5: 1 0 0: 2 5 0: 2 0 5 1 2 1 2 0 2: 2 5 2: 2 0 5 3: 2 3: 2 0 4: 2 5 0 4: 5: 2 2 5 5: 2 e e p 9 9 9 9 9- 8 0+ 0+ 0 0 0 0 0 T T T T T T T T T T T T T T T T T 0 0 0 0

                                                  + + + + + + + + +

0 0 0 0 0 0 0 0 0 0

                                                                             + + + + + + + + + +

T T T T T T T T T T 0 0 0 0 0 0 0 0 0

                                                                                                           + + + + + + + + + 0+ + + + + +

0 0 0 0 0 ~ e T T T T T T T T T T T T T T T

                                                                                                                                                              ~

l E e 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 5 0 0 5 0 5 0 5 0 5 0 5 0 5 n r 3: 3: 4: 4: 5: 5 0: 0: 1 1: 2: 2: 3: 3: 4: 4 5: 5: 2 0: 1: 1: 2 2: 3: 3: 4: 5 4 0 5 5 5 0: 0: 1 1: 2: 2 3: 3: 4: 4: 5 5: ~ 9: 9: 9: 1 10 0: 0: 0 0 0 0 0: 0 I T 7 7 7 7 7 7: 8 3 8: 8 3 8 3 8 8 8: 8 0 9 9 9 9 9: 9 9 9 9 0 1 1 0 0 1 1 1 1 1 1 1 1

r R S SS S ES S 8 8 8 88 83 S in R s s @ Hi s@ !$$ $ @ @ @ i;i B @ S S @ @'@ 1

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