ML20046C892

1993 EP Exercise Manual.

ML20046C892
Person / Time
Site:	Fort Calhoun
Issue date:	04/29/1993
From:	OMAHA PUBLIC POWER DISTRICT
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ML20046C889	List: ML20046C888 ML20046C892
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NUDOCS 9308120372
Download: ML20046C892 (600)

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{{#Wiki_filter:, TABLE of CONTENTS Tab I. CONDUCT of EXLa:ISE

• TABLE of CONTENTS ,
• SCHEDULE of EVENTS
• SCOPE and PARTICIPAhTS
• OBJECTIVES
• GUIDELINES and SIMULATIONS
• PARTICIPANT GUIDELINES

2. SCENARIO EVENTS

• TABLE of CONTENTS
• NARRATIVE

SUMMARY

• TIMELINE
• MASTER EVENTS

SUMMARY

3. SCENARIO MESSAGES

• TABLE of CONTENTS
• CONTROLLER MESSAGES - CIUTSC/OSC/ EOF
• CONTROLLER MESSAGES - MRC

4. OPERATIONAL DATA

• TABLE of CONTENTS
• OPERATIONAL DATA SUMMARIES and GRAPHS

      -

• CONTROLLER MESSAGES - OPERATIONAL DATA
• ERFCS DISPLAYS - OPERATIONAL DATA

5. RADIOLOGICAL DATA

• TABLE of CONTENTS
• RADIATION MONITORING DATA SUMMARIES
• ERFCS DISPLAY - PROCESS MONITORS, PAGE 360
• ERFCS DISPLAY - AREA MONITORS, PAGE 361
• ONSITE PLUME SHINE WHOLEBODY EXPOSURE LEVELS
• LOOSE SURFACE CONTAMINATION LEVELS

6. RADIOCHEMICAL DATA

• TABLE of CONTENTS
• REACTOR CORE INVENTORY
• ISOTOPICS
• POST ACCIDENT SAMPLING SYSTEM ANALYSIS .

I REPORTS-e 4 l 9308120372 930430  ! PDR ADOCK 05000285  ! F PDR

TABLE of CONTENTS

7. DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS

• TABLE of CONTENTS
• METEOROLOGICAL DATA

SUMMARY

• ERFCS DISPLAY - MET AND RAD DATA, PAGE 197 ,
• VENTILATION STACK RELEASE
• PLUME EXPOSURE DATA

8. CONTROLLING and EVALUATING

• TABLE of CONTENTS
• CONTROLLER / EVALUATOR ASSIGNMENTS
• CONTROLLER / EVALUATOR GUIDELINES
• EVALUATION FORMS -

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i CONDUCT of EXERCISE TABLE OF CONTENTS 1-1

• TABLE of CONTENTS 1-2
• SCIIEDULE of EVENTS 1
• SCOPE and PARTICIPANTS 1-7
• OBJECTIVES 1-19
• GUIDELINES and SDIULATIONS '

1-25

• PARTICIPANT GUIDELINTS l

l c:muwaunascutotuwes 1-1 4/16/93

i CONDUCT of EXERCISE . SCHEDULE of EVENTS The schedule for all meetings, entrances, briefings, critiques, and exits is provided under this heading. t

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CONDUCT of EXERCISE SCHEDULE Of EVENT _S (cont) Event Attendees Time Locanon Jun 21, Mon Perucipant Briefing Exercise Panicipants 1230-1400 Energy Plaza Jun 22, Tue ControllerIvaluator Trairung Ctirs/Evals (All) "' 0800-1000 FCS Tnining Center Auditonum Scenano Enefing and Walk-Through Ctirs Tvals (All) 1030-1630 FCS Training Center Auditorium Jun 23, Wed Panicipant Briefing Exercise Panicipants (FCS) 0800-1000 FCS Training Center Auditorium Panicipant Briefing Exercise Participants (FCS) 1000-1200 FCS Training Center Auditorium Participant Briefing Exercise Panicipants (FCS) 1230-1430 FCS Training Center Auditorium Jun 24, nu Jun 25, Fri Ctir/ Eval Makeup and Review Ctir5Tvals (as needed) 1000-1200 FCS Training Center Auditorium Scenario Final Review EP, Ctirs (As Needed) As Needed - FCS j Jun 26, Sat Jun 27. Sun q Jun 28, Mon NRC Entrance NRC, EP, OPPD Management 1130-1200 FCS NRC GET Training NRC 1230-1330 FCS NRC Scenario Briefing NRC.EP 1500-1630 FCS Admin. Bldg., Visiting Inspectors Room NRC Walkdown of ERFs and Plant NRC,EP As Needed FCS, EOF Jun 29, Tue Exercise (Plume Phase) OPPD Facility Crinques Participants (A!!), Ctirs/Evals Post Exercise ERFs Jun 30, Wed Federal Field Exercise, Day 1 NRC/ FEMA / Selected Pardcipants 0800-1600 EOF,EOCs Key Participant / Key Eval Cri6que Key Pardeipants, All Ct!rs/Evals 0800-1100 FCS Training Center Auditorium Develop Licensee Critique lead Ctirs/Evals 1100-1600 FCS Admin Bldg. Conf. Room 2F Jul 1, nu Feders! Field Exercise, Day 2 NRC/ FEMA / Selected Participants 0800-1600 EOF, EOCs Jul 2, Fri OPPD Management Crinque OPPD Management, EP 0700-0830 EOF Conference Room thensee Pnnents Critique to NRC . OPPD Management, NRC 0845-0915 EOF Conference Room NRC Critique and Exit OPPD Management NRC 0930 1015 EOF Conference Room FEMA Public Meeting OPPD Management. FEMA TBD TBD ABBREVIATIONS CrLR: Comroller EVAL: Evaluator NE: Nebraska EOF: Emergency Operations Facility FCS: Fort Calhoun Station NRC: Nuclear Regulatory Commission EP: Emergency Planning GET: General Employee Training OPPD: Omaha Public Power District EPZ: Emergency Planning Zone IA: Iowa QA: Quality Assurance EPJ: Emergency Response Facihty IPZ: Ingesnon Pathway Zone TBD: To Be Determined Note (2): Controllers who previously attented the two-hour controller training for the dress rehearsal are not required to attend this session. G:W23MANUAUSCHEDULE.WP5 1-3 4/22/93

A CONDUCT of EXERCISE SCOPE and PARTICTPANTS The scope of the exercise and a listing of participants is provided under this heading The list of participants is further broken down to utility, state and local facilities and service agencies and includes addresses for each. , 5

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1 i amuumum.scemar.wr5 1-4 4/16/93 -

CONDUCT of EXERCISE SCOPE and PARTICIPANTS (cont) ] SCOPE l l As an assurance that the health and safety of the general public is protected in the event of an accident at the Fort Calhoun Station (FCS), the Omaha Public Power District (OPPD) conducts an annual emergency preparedness exercise. Exercises simulate accident conditions and radiological hazards that require major portions of utility, state and local emergency response plans and procedures to be implemented. Emergency responses are evaluated by all participants, and the Nuclear Regulatory Commission. Exercise accident sequences, and the severity and characteristics of radiological hazards are held in confidence prior to conducting the exercise. i The exercise scenario is sufficient to require complete activation of the OPPD emergency response organization for accident mitigation. The accident scenario will require evaluation and decision making on protective actions for the general public surrounding FCS. Additionally,

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requirements for an annual communications drill between the utility and states are included in the exercise. f Evaluations of the emergency rcsponse to situations presented by the exercise scenario help provide an assessment of the adequacy of utility, state and local radiological emergency plans and procedures. In addition, conduct of the exercise is valuable in determining whether adequate . resources, and trained personnel assigned emergency response responsibilities are available to . protect the health and safety of the general public in the event of an emergency at FCS.  !

        -                                    PARTICIPANTS The following utility, state and local emergency response facilities and service agencies will participate in 1993 Plume Phase exercise activities:                                                                      ,

Omaha Public Power District Control Room (CR) Simulator; Fort Calhoun Station Technical Support Center (TSC); Fort Calhoun Station i Operations Support Center (OSC); For. Calhoun Station Emergency Operations Facility (EOF); North Omaha Station,24th & Craig Ave., Omaha, i NE , Media Release Center (MRC); Energy Plaza,444 South 16th Street Mall, Omaha, NE l l o*mMMUADSCP&PART.WP5 1-5 4/16/93 ,

CONDUCT of EXERCISE SCOPE and PARTICIPANTS (cont) PARTICIPANTS (cont) j l State of Nebraska State Emergency Operations Center; State Civil Defense Hardened Facility,1300 Military Rd., Lincoln, NE Washington County Emergency Operations Center; Basement of Law Enforcement Bldg.,  ; 1535 Colfax St., Blair, NE State of Iowa  ; State Emergency Operations Center; Level A, Rm. 29, Hoover State Office Bldg.,1301  ; E. Walnut St., Des Moines, IA t Harrison County Emergency Operations Center; County Sheriff's Office,105 S. First ' Ave., Logan, IA , Pottawattamie County Emergency Operations Center; Basement of Pottawattamie County Courthouse, 227 S. 6th St., Council Bluffs, IA Participation in 1993 Federal Field Exercise activities on June 30 and July 1 is limited to . selected personnel in the Omaha Public Power District EOF, and state and local Emergency i Operations Centers and service agencies. 4 4 i i a:suWANUADSCPDART.wn 1-6 4/16/93 t

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CONDUCT of EXERCISE  : OBJECTIVES Exercise objectives are provided under this heading. Objectives provide a basis for scenario , i development and a means to evaluate responses by the emergency response organization. The Omaha Public Power District radiological emergency preparedness exercise objectives for ' the Fort Calhoun Station are based on Nuclear Regulatory Commission (NRC) requirements provided in 10CFR50.47, " Emergency Plans", and 10CFR50, 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 l Plants", was utilized in developing the objectives. e Objectives are grouped according to functional area of emergency-response. Additionally, i objectives have been cross referenced to major or parent Emergency Plan Implementing Procedures used in demonstrating the objective, and to any related open weaknesses from prior , exercises. i t i l owuMMUADoMCUVMP5 1-7 4/]6/93 l l 1 l l

CONDUCT of EXERCISE OBJECTIVFS (cont) i General Obiectives: s I Accident Assessment. Classification and Mitication

1. Demonstrate the ability to assess plant conditions. ,

2NUREG-0654 ref: D.1-2; H.5; I.1 2 Major EPIP ref: OSC-1 ,

                      ' Weakness ref:       none

2. Demonstrate the ability to identify projected trends and potential consequences.

2NUREG-0654 ref: D 1-2; H.5; I.1 2 Major EPIP ref: OSC-1 3 Weakness ref: none

3. Demonstrate the ability to classify the event per EPIP-OSC-1.

NUREG-0654 ref: D.1-2; H.5; I.1 2 Major EPIP ref: OSC-1

                      ' Weakness ref:       285/9220-01

4. Demonstrate the ability to provide technical support for operations in accident assessment and mitigation.

                      'NUREG-0654 ref:      B.7.a-b 2 Major EPIP ref:     TSC-1,8; RR-11,13,19A
                      ' Weakness ref:       none Notification and Mobilization

5. Demonstrate the ability to alert and notify OPPD emergency response personnel in a timely manner.

8NUREG-0654 ref: A.1.e; B.1,5,7.a; E.2; F.1.e 2 Major EPIP ref: OSC-2

                      ' Weakness ref:       none owuMANUADOUECrIV.WP5                          1-8                                      4/22/93   i

CONDUCT of EXERCISE OBJECTIVES (cont) , Notification and Mobilization (Cont)

6. Demonstrate the ability to mobilize OPPD emergency response personnel within t

the time frames specified in the Emergency Plan.

                    'NUREG-0654 ref:      J.1,4 2 Major EPIP ref:     OSC-2
                    ' Weakness ref:       none                                                   ,

7 Demonstrate the ability of OPPD to notify federal, state and county agencies within the time frames specified in the Emergency Plan. NUREG-0654 ref: A.l.e; B.4,7.c; E.1-4; F.1; J.7; N.2.a 2 Major EPIP ref: OSC-2

                    ' Weakness ref:        none

8. Demonstrate the ability to alert, advise and direct onsite non-essential personnel.

8NUREG-0654 ref: J.1,4 2 Major EPIP ref: OSC-2,9

                     ' Weakness ref:       none Emernency Resoonse                                                                           .

9. Demonstrate the ability to direct and coordinate emergency responses.

3NUREG-0654 ref: A.I.d; B.2-7.a-b 2 Major EPIP ref: OSC-2

                     $ Weakness ref:       none

10. Demonstrate the ability to transfer emergency direction from the Control Room (CR), to the TSC, and finally to the EOF, or from the Control Room directly to the EOF.

                      'NUREG-0654 ref: A.I.d; B.3-5                                              -

2 Major EPIP ref: OSC-2

                      ' Weakness ref:       none amuMANUA1.\OUrCMV.WP5                           1-9                                       4/16/93

i CONDUCT of EXERCISE OBJECTIVES - (cont) Egereency Resnonse (Cont)

11. Demonstrate the ability to provide initial and continuous accountability of onsite individuals, including search and rescue operations.

                     'NUREG-0654 ref: J.5 2 Major EPIP ref:      OSC-2,9 3 Weakness ref:        none

12. Demonstrate the ability to notify and provide instructions to the public within the plume exposure pathway. ,

NUREG-0654 ref: E.6,7; J.10.c 2 Major EPIP ref: OSC-2, EOF- 6,7,24 3 Weakness ref: none i Radioloeical Assessment and Control

13. Demonstrate the ability to provide radiological monitoring and decontamination capabilities for onsite non-essential personnel.

2NUREG-0654 ref: J.3-4; K.7 2 Major EPIP ref: EOF-10; RR-87

                     ' Weakness ref:        none                                                  i k

14. Demonstrate the ability to provide onsite contamination controls, including ,

decontamination capabilities and area access controls.

                     'NUREG-0654 ref:       K.5,6-2 Major EPIP ref:      EOF-10; RR-87
                     ' Weakness ref:        none                                                 _;

15. Demonstrate the ability to continuously monitor and control emergency worker exposures.

                     'NUREG-0654 ref:       K.1.a-g,2,3.a-b 2                      OSC-9,20; EOF-11,21; RR-22,24,87 Major EPIP ref:
                     ' Weakness ref:        none l

i G:W23MANUADOBJECTIV.WP5 1-10 4/22/93  ! i 1 I l

b- 4- 4 1 J = 4 u A I 1 CONDUCT of EXERCISE OBJECTIVES (cont) I Radiolonical Asses 9nent and Control (Cont)

16. Demonstrate the ability to monitor, assess, and correlate onsite radiological conditions.

• 2NUREG-0654 ref: H.5.b,c,9; I.1-3; N.2.d,e.1 2 Major EPIP ref: OSC-20; EOF-6; RR-22,87

                    ' Weakness ref:        none Demonstrate the ability to collect, analyze and evaluate simulated radiological                         !

17. samples and surveys. . NUREG-0654 ref: H.5.b,7; N.2.d,e.1 2 Major EPIP ref: OSC-20; TSC-8; EOF-6,11; RR-22,87 '

                    $ Weakness ref:        none i

18. Demonstrate the ability to assess core damage.  ;

8NUREG-0654 ref: 1.3; M.1  : 2 Major EPIP ref: TSC-8; RR-11,13

                    ' Weakness ref:        none l

19. Demonstrate the ability to make the decision whether to issue emergency workers radioprotective dnigs, KI.

2NUREG-0654 ref: J 6.c 2 Major EPIP ref: EOF-21; RR-22,24

                    ' Weakness ref:         none

20. Demonstrate the ability to determine source terms and dose projections, evaluate ,

dose projections against protective action guides and determine appropriate onsite and offsite protective actions. l 3NUREG-0654 ref: H.6a,8; 1.3-7,9-10; J.10.m  ; 2 Major EPIP ref: EOF-6,7

                    ' Weakness ref:         none an6623mmUADONECTIV.WP5                         1-11                                                           4/22/93

CONDUCT of EXERCISE j OBJECTIVES (cont) ) Radiolocical Assessment and Control (Cont)

21. Demonstrate the ability to make timely protective action recommendations to offsite agencies.

                    'NUREG-0654 ref:     I.5-11, J.7 2

Major EPIP ref: EOF-6,7; OSC-2 3 Weakness ref: none Public Information

22. Demonstrate the ability to coordinate information for release, and brief the media.

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                    'NUREG-0654 ref:     B.7.d; G.4.a,b 2

Major EPIP ref: none

                    ' Weakness ref:      none

23. Demonstrate the ability to establish and operate a rumor control organization.

                    'NUREG-0654 ref:     G.4.c                                                   '

2 Major EPIP ref: none

                    $ Weakness ref:      none 4

i owsumuADoRnrrIV.WP5 1-12 4/16/93

CONDUCT of EXERCISE OBJECTIVES (cont) Emereenev Response Facility Snecific Obiectives:

24. Emergency Operations Facility (EOF):

a. Demonstrate the adequacy of the Emergency Plan and Emergency Plan Implementing Procedures both in terms of management control and workability of the procedures for the EOF.

b. Demonstrate the adequacy of communication links between Control Room, TSC, government emergency facilities, field teams and the EOF.

c. Demonstrate the effectiveness and availability of appropriate emergency equipment and supplies.

d. Demonstrate the adequacy of security access control.

e. Demonstrate activation and staffing of the EOF in a timely fashSn.

f. Demonstrate the functional adequacy of the EOF.

2NUREG-0654 ref: B.5; G.3; H.1-3,6-9,12; J.6.a-c,10.a-b;E.2; F.1,2,2 2 Major EPIP ref: OSC-2,15; TSC-1; EOF-1,3,11,23; RR-17,28,66 3 Weakness ref: none

25. Technical Supnort Center frSC):

a. Demonstrate the adequacy of the Emergency Plan and Emergency Plan l Implementing Procedures both in terms of management control and workability of the procedures for the TSC.

b. Demonstrate the adequacy of communication between the Control Room, ,

OSC, EOF, inplant response teams, and the TSC.  !

c. Demonstrate the effectiveness and availability of appropriate emergency j J

equipment and supplies.

d. Demonstrate activation and staffing of the TSC in a timely fashion.

e. Demonstrate the functional adequacy of the TSC. ,

f. Demonstrate the ability to perform core damage assessment and to project l core uncovery.

2NUREG-0654 ref: B.5; G.3; H.1-3,6-9,12; J.6.a-c,10.a-b;E.2; F.1,2,3 2 Major EPIP ref: OSC-2,15; TSC-1.8; EOF-1,11,23; RR-17,28,66 8 Weakness ref: none . l s G:%623\ MANUAL \0NEcHV.WP5 1-13 4/22/93

CONDUCT of EXERCISE OBJECTIVES (cont) Emercency Resoonse Facilitv Snecific Obiectives: (Cont)

26. Control Room (CR)

a. Demonstrate the adequacy of the Emergency Plan and Emergency Plan Implementing Procedures both in terms of management control and workability of the procedures for the Control Room.

b. Demonstrate the adequacy of information flow between the TSC, OSC, I

EOF, inplant response teams, and the Control Room.

c. Demonstrate the effectiveness and availability of appropriate emergency equipment and supplies.

d. Demonstrate the functional adequacy of the Corttrol Room.

2NUREG-0654 ref: B.5; G.3; H.1-3,6-9,12; J.6.a-c.10.a-b;E.2; F.1,2,3 2 Major EPIP ref: OSC-2,15; EOF-11; RR-19A

                        ' Weakness ref:       none t

27. Operations Supnort Center (OSC):

a. Demonstrate the adequacy of the Emergency Plan and Emergency Plan Implementing Procedures both in terms of management control and '

workability of the procedures for the OSC.

b. Demonstrate the adequacy of communication links between inplant teams, the Control Room, TSC and the OSC.

c. Demonstrate the effectiveness and availability of appropriate emergency equipment and supplies. i

d. Demonstrate activation and staffing of the OSC in a timely fashion.

e. Demonstrate the functional adequacy of the OSC.  :

f. Demonstrate the adequacy of OSC habitability surveys.  ;

                        'NUREG-0654 ref: B.5; G.3; H.1-3,6-9,12; J.6.a-c,10.a-b;E.2; F.1,2,3                            .

2 Major EPIP ref: OSC-9,21; TSC-1; EOF-11;RR-21,21 A,22A,87

                        ' Weakness ref:        none t

G:\6623\ MANUAL \oBircnv.WP5 1-14 4/22/93

i CONDUCT of EXERCISE OBJECTIVES (cont) 1 Emereenev Response Facility Specific Obiectives: (Cont) j

28. Media Release Center (MRC)

a. Demonstrate the adequacy of the Emergency Plan and Corporate Communications Plan both in terms of management control and workability of the MRC.

b. Demonstrate the adequacy ofinformation flow between the EOF, and the MRC.

c. Demonstrate the effectiv ..ess and availability of appropriate emergency equipment and supplies.

d. Demonstrate the functional adequacy of the MRC. ,

e. Demonstrate the adequacy of security access control.

                        'NUREG-0654 ref: B.7.d; G.4.a,b,c 2

Major EPIP ref: none . 3 Weakness ref: none Scenario 4

29. Demonstrate the ability to provide an exercise scenario and controller organization that permits testing a major portion of the emergency plan and ~

allows for realism and free play. '

                        'NUREG-0654 ref:     N.1.a-b 2 Major EPIP ref:    none Weakness ref:      none Evaluation                                                                                         .

30. Demonstrate the ability to conduct a post-exercise critique to identify areas i requiring additionalimprovement.

                        'NUREG-0654 ref:      N.4,5                                                 i 2

Major EPIP ref: none 3

                        ' Weakness ref:       none G:\6623\ MANUAL \0NECUV.WP5                     1-15                                       4/22/93

CONDUCT of EXERCISE OBJECTIVES (cont) 4 FOOTNOTES

 ' References related emergency planning objectives provided as guidance in NUREG-0654/ FEMA-REP-1 Rev.1, " Criteria for Preparation and Evaluation of Radiological 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". 2 References major OPPD-FCS. Emergency Plan Implementing Procedure (s) used in demonstrating the objective. Other procedures may be applicable but will generally be referenced by, or branched from, the major procedure.

            ~
 ' References applicable open deficiencies from the 1992 exercise as listed in NRC docket 50-285/9220 (see the following 1992 Exercise Weakness Summary).

P i i l l l c:auwauruoartenv.wn 1-16 4/16/93 I l I

CONDUCT of EXERCISE OBJECTIVES (cont)  ! ELEMENTS NOT TO BE DEMONSTRATED IN 1993 3 t

• Alternate severe weather scenario (unless actual severe weather exists, i.e.

thunderstorms) . i

• Exceeding emergency worker protective action guidelines (PAGs)

Contaminated / injured personnel response (See Note).

• Offsite fire fighting assistance
• Backup communication equipment
• Shift changes
• Recovery / reentry activities  ;
• Use of offsite laboratory analysis  ;
• Unannounced Exercise initiation i
• Health Physics drill - plant sampling
• Inplant post-accident sampling Source term determination - alternate (unmonitored release)
• Long term recovery organization t
• Activation of OPPD-NPPD assistance
• Calculations involving total population exposures i
• Verification of ERO cards while controlling site vehicle access i Note: Offsite contaminated / injured personnel response will be conducted  ;

separate from the Exercise scenario in accordance with prior agreement between OPPD and FEMA.  ! G:\6623\MANUADoBJECTIV.WPs 1-17 4/22/93

CONDUCT of EXERCISE OBJECTIVES (cont) 1992 Exercise Weakness Summary Technical Support Center 285/9220-01 Inspectors noted a problem with emergency detection and classification when the TSC staff did not promptly recognize that conditions existed for a Site Area At 9:00 a.m., the TSC staff was aware that Emergency classification. containment spray and ventilation coolers were lost and that a reactor coolant system leak existed. These conditions indicated a challenge to or loss of the containment and reactor coolant system fission product barriers as defined in EPIP-OSC-1 " Emergency Classification" and, therefore, should have been classified as a Site Area Emergency. At about 9:20 a.m., the Technical Support Center controller issued a contingency message to the Site Director to declare the i Site Area Emergency. Failure to promptly classify this event in accordance with the emergency classification procedure was identified as an exercise weakness. 1 i

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i l l l t i ownwauruowrenv.wr5 1-18 4/16/93 i

CONDUCT of EXERCISE 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. Simulations define the boundaries of emergency responses by participants. Areas where  ; participants will ng1 be allowed to carry out emergency responses to the fullest extent are indicated under simulations. Limitations in emergency responses are necessary to protect personnel and the integrity of the operating reactor, and to limit impact to the public while I simulating emergency conditions. t 4 l i 1 i i i l l ' I owuumumcomasuwr5 1-19 4/16/93 l

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CONDUCT of EXERCISE GUIDELINES and SIMULATIONS (cont)

1. The exercise will be conducted on June 29,1993. ,

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 i 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 operational or radiological event. j

4. The security portion of this exercise will be conducted in accordance with the Security Exercise Response Program (SERP) Exercise Rules. Security controllers shall ensure '

that all security officers have read and signed the SERP Exercise Rules. I

5. Shotguns will be used as the response weapon for this Exercise. Shotguns will be inspected prior to the exercise and red tape will be placed over the loading and ejection ports and around the end of the barrel, to ensure that the weapons are and remain unloaded. Security response personnel and controllers will ensure that all response i weapons have been inspected and tape installed. Any personnel aware of a response >

weapon not marked in this fashion shallimmediately notify the Security Lead Controller.

6. Participants will be informed of the exercise date, but will not be informed of the start time.

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7. Participants will not be informed of the scenario events, timelines, or data.

8. Participants will be pre-briefed on limits to responses and on any required actions during responses (see CONDUCT of EXERCISE, PARTICIPANT GUIDELThTS for content >

of briefing). l

9. Scenario initial conditions, both operational and meteorological (see SCENARIO ,

EVENTS, INITI AL CONDITIONS for content) will be distribued to participants prior j to the start of events through the use of the following routine documents:

• Plan of the Day
• Routine shift turnover pape1 work
• Operation Depacnent night notes  ;

c:v,6uurnurucouasuwr5 1-20 4/29/93 i

CONDUCT of EXERCISE GUIDELINES and SIMULATIONS (cont)

10. Participants will not be prestaged except for the following: ,

Participants Location Control Room Staff (Shift Control Room Simulator . Supervisor, Senior Reactor Operator, Reactor Operators, Shift Technical Advisor), Communicator, Shift Chemist, Shift RP

• Auxiliary and Turbine Building Operators, inplant Water Plant Operator inplant Reactor Operator inplant
• Initial condition repair personnel - repair site (s)

11. Personnel will be notified of emergency conditions through methods normally employed in making notifications, i.e. plant alarms, gaitronic announcements, personnel pagers.

12. 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 alarm activation will occur under direction of participants in the simulator but will utilize actual control room equipment.
• Plant wide announcements will be initiated from the simulator via the gaitronics cross-connect. ,
• Control room briefings and dispatch of auxiliary and turbine building operators will occur via telephone or Gaitronics system.
• The simulator 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 exercise senior controller shall decide to continue the exercise using paper hard copy data based on the recommendations of the control room simulator operator.

13. The emergency notification system (ENS branch of the Federal Telecommunications .

System) will be used at least once to demonstrate system operability. GWUWANUADGDG&SN.WP5 1-21 4/29/93 i P v

P i CONDUCT of EXERCISE GUIDELINTS and SIMULATIONS (cont)

14. Selected data normally available through the emergency response facility computer system (ERFCS) will be simulated through use of either a computer or scenario messages reflecting simulator information.

• The use of computers to simulate the ERFCS will necessitate additional personnel in the simulator for monitoring and transmitting the data to the emergency response facilities.
• Scenario message data may be required to supplement the limited capabilities of computers to simulate the ERFCS.

15. To the maximum practical extent, participants will be permitted " free play" in emergency responses and accident mitigation. Facility Izad Controllers, after making note of un- ,

anticipated actions, shall inform the exercise senior controller. The exercise senior controller may prohibit certain actions to maintain emergency responses within the planned scenario timeline. Credit for innovative approaches should be given at the facility critique.

16. 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.

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• Post accident sampling system data normally obtained may be assessed -

independently of time required for its operation due to scenario compression. Personnel accountability will be performed for all personnel within the protected area.

• Protected area evacuation will be performed.
• Site evacuation will be simulated.
• Participants contacting outside organizations not specifically listed as a participating organization will perform communication checks only.

N 4 oMUWANUAUGm.NA.SN.WP5 1-22 4/29/93 l l

1

                                                                                                  )

CONDUCT of EXERCISE GUIDELINES and SBfULATIONS (cont) l

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

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

t

• Participants will not make entries into actual High and Very High Radiation Areas. l
• Appropriate onsite participants will demonstrate the procedure for donning SCBAs ,

once but will not discharge air tanks.

• Offsite support will be simulated (i.e. fire or medical support).
• Fire hoses will not be charged.
• Participants will not be administered radioprotective drugs.

i

• Offsite monitoring teams will not wear anti-Cs in the field.

   ,          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).

18. Controller for offsite monitoring teams shall rendezvous with their team where their  :

monitoring kits are obtained.  ;

19. Participants may request and, upon completion of appropriate actions, obtain from controllers additionalinformation or data that was not previously available. Controllers shall not freely give out additional information. If, for example, players request the ,

results of an internal inspection of a circuit breaker, they must first demonstrate the required tools und techniques, and the appropriate level of knowledge to perform the inspection. Only then will the controller hand out the results of the inspection.

20. Contingency messages will be assigned issuance times for reference only and will be  ;

issued only if part cipant actions affect planned scenario events, timelines, or data and  ! only if authonzed by the senior lead controller. oM6DWANUADGDi N&SRwP5 1-23 4/29/93 i

CONDUCT of EXERCISE GUTDELINES and SIMULATIONS (cont) >

21. Controllers will assist in assuring that all communications include "THIS IS A DRILL".

AREAS OF EMERGENCY RESPONSE IMPACTED OR DELAYED DUE TO SIMULATIONS

• Actions and communications originating in the simulator control room that must be performed through the onsite control room through the use of intermediaries, e.g.;

o Sounding of alarms. o Drill participant operators. j o Equipment operation or manipulations that require Shift Supervisor approval. o Communications to the control room that are relayed to the simulator control room. '

• Control of site access traffic will be simulated to eliminate the impact to transportation flow on a main thoroughfare.

  ,        Non-participating employees may be allowed to return to work after completing a protected area evacuation.-

Analysis of post accident sampling system (PASS) data may be performed prior l to operation of the PASS due to a compressed timeline. j GWUMANUAUGDLNASM.WPs 1-24 4/29/93

CONDUCT of EXERCISE PARTICIPANT GUIDELINTS Participant guidelines are provided under this heading. These guidelines provide participants a basis and any limits to their emergency response during simulated activities. Participants will , be briefed on these guidelines prior to the start of any simulated activities. These guidelines contain no classified scenario material and are intended to be handed out to participants at the , briefing. i i i i amuMANUMAUUDL.N.WP5 1-25 Rev 4/22/93

E CONLUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) Sched. le of Events

1. The exercise will be conducted on June 29,1993.

2. Upon termination of Exercise activities, facility critiones will be conducted in the CR (simulator), TSC, OSC, and EOF. Every participant must complete a participant's critique form and be prepared to discuss any major critique items. Pardcipant critique forms will be handed out after termination of the simulation. The facility manager or director is responsible for collecting the completed critique forms.

3. On July 1,1993, a key particioant/ evaluator critiaue will be held in the FCS training

, center auditorium with the key participant <. from all emergency tesponse facilities and all controllers and evaluators.

4. On July 2,1993, Omaha Public Power District will present its initial exercise criticue to the Nuclear Regulatory Commission (NRC). This presentation will be conducted prior to the NRC's inspection exit rceeting. These activities are scheduled to take place in the  :

conference room of the Emergency Operations Facility. Scope and Participants

5. The following emergency response facilities znd services will be available to pardcipate:

Omaha Public Power District (OPPD) , f Control Room (CR) Simulator

• Technical Support Center (TSC)
• Operations Support Center (OSC)
• Emergency Operations Facility (EOF)

State of Nebraska  ;

• State Emergency Operations Center
• Washington County Emergency Operations Center State of Iowa .
• State Emergency Operations Center
• Harrison County Emergency Operations Center ,
• Pottawattamie County Emergency Operations Center auc3MANUAUPAErGDI.N.WP5 1-26 Rev 4/22/93 i

CONDUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) Guidelines and Simulations

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

7. 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 operational or radiological event.

8. The security portion of this exercise will be conducted in accordance with the Security Exercise Response Program (SERP) Exercise Rules. Security controllers shall ensure that all security officers have read and signed the SERP Exercise Rules. (pg. 1-36/1-37)

9. Shotguns will be used as the response weapon for this Exercise. Shotguns will be i

nspected prior to the exercise and red tape will be placed over the loading and ejection ports and around the end of the barrel, to ensure that the weapons are and remain unloaded. Security response personnel and controllers will ensure that all response weapons have been inspected and tape installed. Any personnel aware of a response weapon not marked in this fashion shall immediately notify the Security Lead Controller.

10. Scenario initial conditions, both operational and meteorological (see SCENARIO EVENTS, IhTITAL CONDITIONS for content) will be distributed to participants prior to the start of events through the use of the following routine documents:

• Plan of the Day
• Rou+ine shift turnover paperwork
• Ope stior *ht notes

11. Participants a 't no w Ne except for the following:

Participants Imcation  ; Control Room Staff (Shift Control Room Simulator Supervisor, Senior Reactor Operator, Reactor Operators, Shift Technical Advisor, Communicator, Shift RP, Shift Chemist)

• Auxiliary and Turbine Building Operators in-plant
• Water Plant Operator in-plant
• Reactor Operator in-plant
• Initial condition repair personnel repair site (s)

GA66DWANUAUPARTGDROVP5 1-27 Rev 4/22/93 i

CONDUCT of EXERCISE  : PARTICIPANT GUIDELINES (Cont) Guidelines and Simulations (cont)

12. Personnel will be notified of emergency conditions through methods normally employed in making notifications, i.e. plant alarms, Gaitronic announcements, personnel pagers.  !

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

t

• Control room communications will be performed using equipment similar to actual control room equipment.
• Plant alarm activation will occur under direction of participants in the simulator but will utilize actual control room equipment. -
• Plant wide announcements will be initiated from the simulator via the GaiTronics cross-connect.
• Control room briefings and dispatch of auxiliary and turbine building operators will occur via telephone or Gaitronics system.
• The simulator will operate " live time." In the event of simulator fr.ilure for a protracted period of time, annunciators, indicators of plant parameters, and computer displays may be simulated tleough the use of hard copy scenario messages. The exercise senior controller chall decide to continue the exercise

   ,          using paper hard copy data based on the recommendations of the control room simulator operator.

14. The emergency notification system (FNS branch of the Federal Telecommunications System) will be used at least once to demonstrate system operability. The Emergency Response Data System activation will be simulated.

15. In the event of failure of the emergency response facility computer system (ERFCS) data link from the Control Room Simulator to remote emergency response facilities, selected data normally available through the ERFCS will be simulated through use of either a computer or scenario messages reflecting simulator information.

• The use of computers to simulate the ERFCS will necessitate additional personnel in the simulator for monitoring and transmitting the data to the emergency i response facilities. l

                                                                                                 -i l

l l I oM6DMANUAMPARTGDLN.WP5 1-28 Rev 4/26/93 1

d 8 CONDUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) Guidelines and Simulations (cont) l

• Scenario message data may be required to supplement the limited capabilities of -

computers to simulate the ERFCS.

16. To the maximum practical extent, participants will be permitted " free play" in emergency ,

responses and accidem mitigation. Facility Lead Controllers, after making note of un-anticipated actions, shall inform the exercise senior controller. The exercise senior controller may prohibit certain actions to maintain emergency responses within the planned scenario and timeline. Credit for innovative approaches should be given at the facility critique. ,

17. 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.
• Post accident sampling system data normally obtained may be assessed independently of time required for its operation due to scenario compression.
• Personnel accountability will be performed as appropriate.  ;

t

• Protected area evacuation will be performed if required. ,
• Site evacuation will be simulated if required. l
• Participants contacting outside organizations not specifically listed as a participating organization shall perform communication checks only.

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

• Participants shall 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.

G:\6623\ MANUAL \PARTGDLN.WP5 1-29 Rev 4/22/93 , i

CONDUCT of EXERCISE , PARTICIPANT GUIDELINES (Cont) Guidelines and Simulations (cont)

• Participants shall not make entries into actual High and Very High Radiation ,

Areas. If the scenario requires entry into such an area, inform your controller.

• Appropriate onsite participants will demonstrate the procedure for donning SCBA's once but will not discharge air tanks.
• Offsite support will be simulated (i.e. fire or medical support), if required. 1
• Fire hoses (if required) will not be charged.
• Participants will not be administered radioprotective drugs.
• Offsite monitoring teams will not wear anti-Cs in the field. ,
• Actual decontamination of equipment and vehicles will be simulated, if required. .
• Participation by non-emergency OPPD personnel will be simulated (i.e. .

Transmission and Distribution or System Protection), if required.

19. Controller for offsite monitoring teams shall rendezvous with their team where their i monitoring equipment is obtained.  !

   .                                                                                                  t

20. 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 j results of an internal 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 results of the inspection.  : l i i GWUWMUAUPMTGDm.wn 1-30 Rev 4/22/93

i l I CONDUCT of EXERCISE l PARTICIPANT GUIDELINES (Cont) i Gamesmansh_ip

21. 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 recognized by red hats and/or badges. Evaluators: Evaluators are responsible for documenting and evaluating the emergency response. They serve a passive fuhetion 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 concerns. NRC evaluators will also be present. 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 controllers. Observers are recognized by yellow badges.

22. Participants must become familiar with the controller and evaluator organizations, especially the controller and evaluator assigned to your location. Identify yourself by name and function to your controller and evaluator, or NRC evaluator (if present).

23. All communications which are accessible by the public, including GaiTronics announcements, outside _ telephone calls, etc., must begin and end with "THIS IS A DRILL" Make sure you repeat the phrase at frequent intervals.

24. Maintain status boards, log books, communication forms, etc., as much as possible.

Document all .your actions. Keep your logs accurate and detailed. This is very  ; important. Remember, put it in writing and include the note, "THIS IS A DRILL".

25. Participants should actually play out all emergency responses to the fullest extent as possible. Auxiliary and turbine building operators, radiological monitoring teams, search and rescue teams, emergency repair teams, etc., should be deployed as appropriate.

26. Resist over-anticipating scenario events. Your actions should be in response to data being presented to you.

s onsmWANUAUPARTGDW.WP5 1-31 Rev 4/22/93

CONDUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) Gamesmanshio (cont)

27. Unless authorized by your controller, you must nel simulate any of your actions. If authorized to simulate an action, tell your controller how and when you would normally perform the simulated action.

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

28. Controllers use time related messages as the mechanism of initiating, orchestating, modifying, and completing scenario events. Operational and radiological data is also issued through time related messages. Accept these messages immediately. They may contain scenario information essential to your successful performance.

29. Participants are responsible for contacting their controller before being dispatched into the plant or out into the field. The controller may have data that is vital to scenario events. This is of paramount importance to your success. Controllers of offsite monitoring teams may rendezvous with their teams where their monitoring equipment is obtained.

30., Controllers will n01 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 determming response actions and resolving problems. GWUMANUAUPARrGDW.WP5 1-32 Rev 4/26/93

                                                        ?                                     !

1 l 1

c

                                        . CONDUCT of EXERCISE                                                 -i 1

PARTICIPANT GUIDELINES (Cont) 1 Garaesmanship (cont) l

31. You may ask your controller for information or clarification of scenario data, examples j are: 1

• Initial conditions of the plant and systems including; a system status and availability -;
• valve line ups _
• reactor coolant chemistry and radiological activity l

                                                                                                                +

• operating history of core
• meteorological data, including wind direction, speed, temperatures, and forecasts >

                                                                            ~

• Operational parameters and indications y j
• Area radiation data at locations of emergency teams
• Airborne' data at locations where sampling has been performed
• Isotopic data resulting from sample analysis  :
• Data normally obtainable from emergency response facility computers. -i 3

                                                                                                                .3

32. You may ngl ask the following from the controllers:

• Information contained in procedures, drawings or instructions.
• Judgments as to which procedures should be used  :

           *-   Data not normally available to you

• Assistance in carrying out calculations  ;

         -

• Efficiency of counting equipment Assistance in activating facilities ]

Assistance in performing emergency' responses [

• Assistance in repairing, replacing or substituting emergency response equipment, i.e.  ;

telephones, fax machines,'etc. j

• Explanation of scenano events j i

l

33. Some participants may insist that certain aspects of the scenario are unrealistic. Scenario .

events and timelines are designed to permit demonstration of all utility objectives, as.well' .; as any state and local objectives. -l 1

34. If you disagree with.your controller, you may request him/her to reconsider.or seek advise from the facility lead controller. Under D2 circumstances are you to argue or  ;

indulge in theoretical discussions with your controller. 1 e osuwwumPARTGDW.WP5 1-33 Rev 4/22/93 l

CONDUCT of EXERCISE PARTICIPANT GUIDELIhT.S (Cont) Gamesmanship (cont)

35. Periodically identify your key actions and decisions to the controller and evaluators.

Ensure that controllers and evaluators are aware of when you reference emergency procedures. This may seem artificial but it will assist in the evaluation process and is to your benefit.

36. You must nol accept any data, messages or instructions from evaluators, observers, or +

visitors, including federal evaluators. If evaluators want to initiate actions, test your abilities, or give you a " surprise", they must work through a controller.

37. If your controller intervenes with your actions, it is for a good reason. Obey your controller's direction at all times. This is essential to the overall success of the simulation. 4

38. 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-Cs '
• Observing good radiation protection practices
• Minimizing radiation exposures
• Responding to failed instruments in the field
• Reporting radiological hazards to proper personnel .

   -

• Proper contamination control, i.e. radwaste, eating, smoking, food deliveries, etc.

39. Follow the instructions of individuals in the emergency response organization who are responsible for determining and enforcing good radiological practices.

40. Controllers, evaluators, and observers are not required to respond to simulated radiological hazards. Hey are exempt. Do not let this confuse you or cause you to act unwisely.

41. All normal station rules and procedures are to be followed when entering actual radiological controlled or radiation areas. No one, even controllers, evaluators, and observers, are exempt from normal station radiological practices and procedures.

42. Respond to controller and evaluator questions. If a question is misdirected to you and you do not know the answer refer them to your supervisor or to the facility lead ,

controller. If your emergency response is being impacted by questions from evaluators ' then notify your controller. Observers are not allowed to enter into conversations with Participants. ow2mWiUAMPARTGDW.WP5 1-34 Rev 4/22/93

CONDUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) Gamesmanshin (cont)

43. Maintain a professional attitude throughout the simulation. Dead times may arise when scenario events are exercising other areas of emergency preparedness. Use this time to police your facility and work areas. Minimize socializing.

44 Intentional violation of federal, state or local laws is nel Permitted. All local traffic laws, especially speed limits, must be observed.

45. It is not the intent to inconvenience the public during simulated events. Never endanger public or private property. Ensure all communications begin and end with the phrase -

    "TIIIS IS A DRILL".                                                                         t

46. Termination of activities will be authorized only by the senior controller.

47. Keep a list of items which you believe will improve emergency plans and procedures.

One of the main purposes of the Exercise is to identify areas requiring improvement to increase the overall effectiveness of emergency preparedness.

48. All loft, journals, worksheets, checklists or other documentation completed during all activities must be retained and turned over to the facility lead controller prior to, or at the facility critiques.

49.- The use of simulated personnel dose data may be necessary for activities to be performed . in Radiation Controlled areas. This data will provide information for consideration by the Radiation Protection and Protective Measures groups. Upon completion of tasks in i a Radiation Controlled area, you may be given a " drill dose card" by your controller, which shows a simulated dose you have accumulated for the task. This data should be i provided to the dosimetry group upon your return to the Emergency Response Facility  ; from which you were dispatched (usually the OSC).  ; i GWUMANUAMPArrGDWWs 1-35 Rev 4/22/93. t i

m  ; I i l l CONDUCT of EXERCISE l PARTICIPANT GUIDELINES (Cont) l SERP EXERCISE RULES j

  -       All exercise participants are safety controllers and will report any unsafe acts immediately to exercise control.

Personnel Safety P It is imperative that while conducting these exercises that the safety and welfare of all participants is the main objective. The following outlines participant responsibility during exercise play. No physical contact is allowed. A " neutralized" adversary may be approached only to obtain a weapon, radio or ammunition. No attempt will be made to disarm any adversary by " grabbing" his/her weapon. No hand to hand combat is allowed. All ascents to or descents from elevated positions will be by ladder, stairs or other safe methods. No jumping from elevated positions will be allowed. , No climbing of buildings, etc. will be allowed unless supervised.

      ~

No cutting of fences or destruction of property is allowed. Each player must monitor his/her own physical condition to prevent overexertion. Should it become necessary, during the course of exercise play, to lift or move heavy objects, proper lifting techniques will be used by all personnel to avoid injuries and/or strain. All areas marked as hazardous (i.e., open ditches, extended piping, etc.) will be identified prior to exercise play and all participants will be briefed as to exact locations. It will be the participants responsibility to avoid and/or use the appropriate safety measures around hazardous areas. All non-participants in the exercise will be excluded from the play area and all non-players in the play area will exercise care to ensure they do not intrude into the exercise play. o:wuwmunamoue.wr5 1-36 Rev 4/26/93

CONDUCT of EXERCISE PARTICIPANT GUIDELINES (Cont) . SERP EXERCISE RULES (Cont'd) Each participant must assume responsibility for protecting themselves from environmental and physical hazards within the exercise play area including, but not limited to uneven terrain, cliffs, gullies, water, ice, valves, cables, fences, signs, pipes, doors and stairs. A all times strict adherence to FCS safety policy and procedures will be observed. All injuries shall be reported immediately to the nearest controller / evaluator / supervisor. Any person observing an injured player or one who obviously is ill shall immediately cease problem play and render assistance. Safety equipment will be worn as required. If hard hats are removed for cover, concealment or tactics, they will be returned immediately upon drill / exercise termination. Do not use radio communications in the Control Room or Switchgear room or cable spreading room. Do not climb on any plant systems or equipment to include pipes. Do not enter any High Radiation Areas, Very High Radiation Areas, Contaminated areas

  . or construction areas.

Do not run up or down any stairs or in areas that would present a tripping hazard. Stretching exercises must be performed prior to participating in any drills / exercises. I i GM52WANUAUPARTGDW.WP5 1-37 Rev 4/26/93

                        -. ~                                                               ._

CONDUCT of EXERCISE PA.RTICIPANT GUIDELINFS (Cont) SERP EXERCISE RULES (Cont'd) Weapons and Munitions Safety Recognizing the use of firearms is to be treated with absolute regard to safety procedures, it is absolutely imperative that all safety measures by followed when dealing with weapons and munitions. - No live fire weapons of any type other than those used by on duty Security Force, will be allowed in the problem play area. All weapons will be treated as if they contain live ammunition. No personal weapons, including knives, may be brought into the exercise play area. - No gas, smoke simulator or other types of exploding or burning munitions will be used by participants. I have read and understand the SERP exercise rules. Print and sign your name below. Print Name Signature 1. 2. 3.- 4. 5. 6. 7. 8. 9. 10. 11.

12. >

13. .

14. owuMANUAMPArrGDUOVP5 1-38 Rev 4/26/93 k

        ,e

d SCENARIO EVENTS _l TABLE OF CONTENTS l

• TABLE OF CONTENTS 2-1
• NARRATIVE

SUMMARY

2-

• TIMFLINE ~2-7 EQUIPMENT FAULT AND REPAIR

SUMMARY

- 2-14 ,

• MASTER EVENTS

SUMMARY

2-16

                                                                                          .j I

l 6 6 i 4 i i P A t 1 1

                                                                                          -l  ;

i e i 1 asuuxRCISESCENARnWF5 2-1 REV. 4/29/93  ; 4 5 e . - ,

                        .-v-s . <       -       ~        c   r. w --,-r --

SCENARIO EVENTS , NARRATIVE

SUMMARY

A narrative summary of the scenario follows: This narrative summary is intended to present a brief version of the scenario that will unfold as , a result of issuing participant messages, operational, and radiological data contained in this scenario. b a:aunactsnsezxmo375 2-2 REV. 4/15/93 T , e . ~ < --v , w w -

SCENARIO EVENTS NARRATTVE

SUMMARY

Cont'd This scenario is based on a security event within the protected area resulting in the declaration of an ALERT based on EPIP-OSC-1 EAL 9.2 "On-going Security Threat Within the Protected Area Security Fence." A news helicopter damages the 345 kV power lines, causing a turbine and reactor trip. This transient causes >40 gpm LOCA from the loop 1A cold leg. The intruder detonates an explosive device and damages 161 kV power lines, causing loss of offsite power. Diesel generator 2 starts on the trip but will not load when offsite power is lost. Bus 1B4C is lost and cannot be recovered from IB3C-4C due to a fault on BT-1B4C breaker. The LOCA increases to 2000 gpm. PPLS and CPHS actuate. When loads start on PPLS, a fault on transformer T-1B-3A causes the loss of BUSS 1-B-3A and 1B-3A-4A. Charging pump CH-IC is the only remaining means of injection to the RCS. Reactor vessel level and pressure lower. Declaration of SITE AREA EMERGENCY on EPIP-OSC-1 EAL 11.10 " Explosion Onsite Causing Loss of Plant Equipment", (LOCA and loss of subcooling). Fuel damage begins to occur, increasing levels of radioactivity in containment. The containment is pressurized and begins to leak via the hydrogen purge system into room 59 of the Auxiliary Building, and from there into the environment. Declaration of GENERAL EMERGENCY based on EPIP-OSC-1 EAL 1.20 " Failure / Challenge to Three Fission Product Barriers". The scenario will be mitigated by:  ;

• Restoration of failed electrical busses.
• Restoration of #2 EDG.
• Reduction of containment pressure with fans.
• Isolation of the Hydrogen Purge system, by restoration of Containment Instrument Air.
• Replacement of Transformer T-1B-3A, and/or restoration of 161kV.

Initial Conditions: The plant is operating at 100% power; begirming of core life, equilibrium xenon. RCS boron concentration is 758 ppm. The grid is in a high demand-low resene situation. Nebraska City is off-line. North Omaha is operating at 50% capacity. Demand today is expcted to be high.

• OP-ST-VA-0001, Monthly Hydrogen Purge System Test is in progress.
• HPSI pump SI-2C is out of service for motor replacement. (Tech Spec 2.3 entered at 1630 hrs. on 6/28/93). The new motor is being aligned and coupling installed.
• Scaffolding is being erected in Room 59 to start painting the overhead as soon as the hydrogen purge test is complete.

owuu:xacursemuuo.wn 2-3 REV. 4/29/93

SCENARIO EVENTS NARRATIVE

SUMMARY

Cont'd The scenario begins with a security event. Farmer Brown rents the farm land in the Owner Controlled Area at Fort Calhoun Station. This past year is the third in a row that his crop has failed. He is out of money, the finance company is going to take his home and equipment, and he does not know how he is going to support his wife and four children. Farmer Brown believes that radiation from the plant is the cause for his crop failures. He has sought compensation from OPPD for his crop losses. Despite the fact that he has been a good tenant and always paid his rent on time, OPPD has not been responsive to his problem. In a last-ditch effort to make OPPD respond to his problem, he takes a knife, revolver, cellular telephone, and a home-made explosive device and drives to the plant. His plan is to contact Channel 7 on the cellular phone and explain his problem. He will then climb over the protected area fence and take plant personnel hostage to get the attention of OPPD personnel and the media. He will demand that Fred Peterson, President of OPPD, come to the plant and talk to him in person and OPPD pay for his crops. Farmer Brown parks his truck in the parking lot and climbs the nearby fence at the southwest corner of the protected area. He approaches an OPPD pickup truck parked between the southwest corner of the radwaste building and the southeast corner of the old warehouse, and takes the two workers hostage with a knife. When security response personnel arrive, they observe the intruder inside the truck with a knife at the throat of one hostage. Farmer Brown releases the second hostage, who delivers a hand-written list of demands to security at the scene. Security determines the facts as described above, and the intruder's demands. Security personnel are able to listen in on the cellular phone conversation with Charmel 7 due to an external speaker. Security isolates the area and notifies the Shift Supervisor. SS enters the Emergency Plan and declares an ALERT per EPIP-OSC-1 EAL 9.2 "On-going Security Threat within the Protected Area Security Fence". Maintenance was in the middle of OP-ST-VA-0001, Monthly Hydrogen Purge System Test, when the ALERT was declared. Maintenance had just completed step 7.1.7, and had left Room 59 during the 30 minute run of VA-80 A. Upon the ALERT declaration, operators were prevented from restoring the lineup to normal because the door to Room 59 is stuck shut. Remote valve operating linkages are removed as part of the procedure. VA-279, and -292 are open. When activated, OSC should attempt to remove the door, gain access to the room and restore the system lineup to normal. Farmer Brown is talked into releasing the second hostage shortly after the news helicopter from Channel 7 arrives, at which point he reveals that he has a gun, and intends to shoot himself on television, if his demands are not met. Negotiations continue. The Channel 7 helicopter circles too close to the plant and catches the 345 kV shield wire with its landing skid where the line crosses the parking lot. The wire falls across 2 phases of the 345 kV power line. The turbine  ; and reactor trip. Due to the pressure transient, a >40 GPM LOCA starts from the loop 1A I l ce6uu:metmscramuo.wr5 2-4 REV. 4/29/93 l

SCENARIO EVENTS NARRATIVE

SUMMARY

Cont'd cold leg. Operators take action for the trip and LOCA. Approximately 15 minutes after the plant trip, Farmer Brown decides that he is still not being taken seriously. He is angered by OPPD's continuing refusal to meet his demands. The ' helicopter (and the apparent interest by the media) has gone. He reveals that he has an explosive device, and will use it to damage the plant. When he determines that there is no reason to continue, he detonates the bomb. Farmer Brown is killed in the explosion. The bomb knocks out the 161 kV line. Offsite power is lost. Based on the, explosion causing loss of offsite power, declaration is made of a SITE AREA EMERGENCY per EPIP-OSC-1 EAL 11.10

" Explosion Onsite". EDG-1 and -2 start normally on the trip, but EDG-2 will not load upon the loss of offsite power. OSC should investigate a fault in the diesel voltage regalator. Operators continue injecting with remaining available safety systems.            -                                i When the door to Room 59 is removed, operators find that scaffolding being set up in the room to paint the overhead has collapsed on top of the hydrogen purge line piping. A flange adjacent to the containment penetration is damaged. OSC teams are sent to clean up the area, and evaluate repairs to the flange.                                                                         1 Approximately 30 minutes after the loss of off-site power, the LOCA increases to 2000 gpm.

Containment pressure increases rapidly. CPHS and PPLS actuate. When loads start upon i PPLS, fault on transformer TIB-3A causes a loss of bus IB3A and IB-3A-4A. If operators attempt to cross feed buses from EDG-1, they will be unable to restore IB4C from IB3C-4C, due to a fault on the BT-1B4C breaker. The single remaining injection pump is now charging pump CH-1C. Reactor level and pressure drop. Subcooling is lost. Based on loss of subcooling, the ERO recognizes that the clad barrier is threatened and declares a GENERAL EMERGENCY based on EPIP-OSC-1 EAL 1.20 " Failure / Challenge to Three Fission Product Barriers". Radiation levels increase in the containment. STA should report failure to meet critical safety function status checks due to failure of all HPSI pumps. The sustained loss of safety injection systems during the LOCA should also drive recommendation of a PAR based on EPIP-EOF-7, Attachment 6.1 flow chart. Instrument air line to containment has ruptured upstream of check valve 1A-510. The break in this 2" copper pipe will complicate restoration of instrument air to containment to isolate the upcoming release. Noise from the air flow is heard throughout most of the Auxiliary Building. The leak is quickly isolated by shutting 1 A-519,-520, and -509. HCV-882 inside containment fails open on loss of instrument air to containment. A release begins to the environment via a damaged flange adjacent to the containment penetration, into Room 59 and from there to the ventilation stack. Ventilation stack process monitors and area monitors in the vicinity of Room 59 increase. Personnel in Room 59 see steam coming from the failed flange and evacuate the room. TSC should direct the Control Room to restore Auxiliary Building ventilation, if not l owuuxtacisasenwuo.wr5 2-5 REV. 4/29/93 l l 1

y SCENARIO EVENTS NARRATIVE

SUMMARY

Cont'd already done, following the loss of electric power. TSC may investigate methods of limiting spread of contamination from Room 59 into other areas of the Auxiliary Building. The release may be mitigated by restoration of electrical buses which enables operators to use fans to reduce containment pressure and release rate, and to inject HPSI and LPSI to cool and cover the core. The release is secured by restoration of instrument air to containment, which closes HCV-882. c:wunateisesemano.wes 2-6 REV. 4/26/93

l l SCENARIO EVENTS ] TIMELINE The Time Line for scenario events follows. This time line indicates precise times only for those events which occur under the direct control of the controller organization. The times indicated for responses by participants are estimated and allow for " free play" in their emergency response. A list of abbreviations follows the time line. o:wnuxatersrscr>wuo.wr5 2-7 REV. 4/15/93

SCENARIO EVENTS TIMELINE Cont'd 0600 -0030 INITIAL CONDITIONS: The plant is operating at 100% power; beginning of core life; equilibrium xenon. RCS boron concentration is 758 ppm. The grid is in a high demand-low reserve situation. Nebraska City is off-line. North Omaha is operating at 50% capacity. Demand today is expected to be high. The following equipment is out of service:

               *HPSI pump SI-2C is out of service for motor replacement. The new motor is being aligned and coupling installed.

The following maintenance is in progress:

               *OP-ST-VA-0001, Monthly Hydrogen Purge System Test is in progress.

• Scaffolding is being erected in Room 59 to start painting the overhead as soon as the hydrogen purge test is complete.

0630 0000 Scenario start time. , 0635 0005 CAS intrusion alarm in Zone 5, and CCTV assessment reveals a man with a backpack climbing the fence. The intruder approaches an OPPD pickup truck parked inside the fence between the southwest corner of the radwaste building and the southeast corner of the old warehouse, and takes two workers hostage with a knife. CAS initiates security response and informs the Control Room. 0636 0006 When security response personnel arrive, they find two personnel in the truck. The third individualis standing outside the truck with hands raised in the air. He starts to walk slowly towards security. He is wearing a hard hat and a station security badge. He shouts not to shoot. The first hostage was released to deliver a hand-written list of demands to security at the scene. He informs security that the intruder has a knife at the throat of the second person. Security determines the facts as described above, and the intruder's demands. Farmer Brown is surrounded and immobilized. Response Officers brief CAS on the situation and challenge the intruder to put down his weapon and step out of the. truck. The intruder declines to do . so. The message indicates that he does not want to hurt anyone, but demands to speak with Fred Petersen in person, otherwise he will kill the hostage. He is talking with TV Channel 7 on the cellular phone. The intruder places the cellular phone on the speaker to prove this. The intruder does not mention the explosive device and keeps it hidden in the truck. om2mxtacisascawuo.wr5 2-8 REV. 4/22/93

SCENARIO EVENTS TIMELINE Cont'd 0640 0010 CAS briefs the Shift Supervisor on the situation. SS enters the Emergency Plan and recognizes the situation requires declaration of an ALERT per EPIP-OSC-1 EAL 9.2 "On-going Security Threat within the Protected Area Security Fence". CAS informs local law enforcement agencies (LLEAs). Farmer Brown is securely contained out of line-of-sight of the security building, and is not known to possess a long-range weapon. 0705 0035 If not already done, the SS declares an ALERT per EPIP-OSC-1 EAL 9.2 "On-going Security Threat within the Protected Area Security Fence". The ERO activates. Care will need to be taken to coordinate plant evacuation and ERO activation with the secured area around the pickup truck. 0715 0045 Maintenance was in the middle of OP-ST-VA-0001, Monthly Hydrogen Purge System Test, when the ALERT and plant evacuation was declared. Maintenance had just completed step 7.1.7, and had left Room 59 during the 30 minute run of VA-80A. Upon the ALERT declaration operators were prevented from restoring the lineup to normal because the door to Room 59 is stuck shut. In attempting to open the door, the AO pulls the knob off the door. Remote valve operating linkages are removed as part of the procedure. VA-279, and -292 are open and cannot immediately be restored to their normal shut position. Maintenance and operators involved notify the Control Room. 0715 0045 Farmer Brown negotiates with Security Response Officers and LLEAs and State Police as they arrive. Negotiators determine that Farmer Brown rents the farm land in the Owner Controlled Area at Fort Calhoun Station. This ' past year is the third in a row that his crop has failed. He is out of money, the finance company is going to take his home and equipment, and he does not know how he is going to support his wife and four children. Farmer  : Brown believes that radiation from the plant is the cause for his crop , failures. He has sought compensation from OPPD for his crop losses. Despite the fact that he has been a good tenant and always paid his rent on  ;

                                                                                               ^

time, OPPD has not been responsive to his problem. In a last-ditch effort to make OPPD respond to his problem, he has taken a knife, revolver, and cellular telephone to the plant. He has contacted Channel 7 on the cellular i phone and explained his problem. He entered the protected area and took the hostages to get the attention of OPPD personnel and the media. He will - kill the hostage if OPPD will not pay for his crops. He continues to demand that Fred Petersen, President of OPPD, come to the plant and talk to him in person. He knows that Mr. Petersen will understand his problem and correct the situation. osmumcmSCEMUo,WP5 2-9 REV. 4/26/93 l l l

SCENARIO EVENTS TIMELINE Cont'd 0800 0130 The Channel 7 news helicopter has arrived at the plant and is circling the area taking pictures of the confrontation. Farmer Brown believes that TV coverage makes him safe from sudden attack by security forces, and releases his hostage. With proof that the media is paying attention, Farmer Brown now threatens to kill himself on live TV with a previously unseen handgun. 0830 0200 Farmer Brown is growing increasingly frustrated with the lack of progress. He has allowed plant personnel to evacuate and has allowed ERO members to enter the plant as a sign of good faith. His demands have not been met. The Channel 7 news helicopter is circling ever closer and lower in search of better footage. Before Security can contact the FAA to warn the helicopter to leave the area, the helictopter catches the 345 kV shield wire where it crosses the parking lot. The shield wire falls across two phases of the 345kV line and 345 kV power is lost. The turbine and reactor trip. Due to the pressure transient, a >40 GPM LOCA starts from the Imop 1A cold leg. EDG-1 and -2 start normally on the trip. The helicopter is not visibly damaged, and departs the area in the direction of Omaha. 0845 0215 Farmer Brown decides that he is still not being taken seriously. He is angered by OPPD's continuing refusal to meet his demands. The helicopter (and the apparent interest by the media) has gone. Without a hostage, he has no protection from the police. Farmer brown reveals that he has a

 .             bomb, and will use it. He then detonates the explosive device. Farmer Brown is killed in the explosion. The explosion damages the 161 kV power lines resulting in loss of offsite power. EDG-2 fails to load upon the loss of offsite power. OSC should investigate a fault in the diesel voltage regulator. Operators continue injecting with remaining available safety systems. Based on the explosion causing loss of offsite power, a SITE AREA EMERGENCY is declared per EPIP-OSC-1 EAL 11.10 " Explosion Onsite".

0900 0230 Repair team gains access to Room 59 by removing the door, to discover that scaffolding for the paint work has collapsed onto the hydrogen purge piping. The bolted flange adjacent to the containment penetration appears damaged. owuu:xractsascowuows 2 - 10 REV. 4/26/93

SCENARIO EVENTS TIMELINE Cont'd 0915 0245 Emergency Director declares a SITE AREA EMERGENCY per EPIP- . OSC-1 EAL 11.10 " Explosion Onsite," if z, SAE was not already declared. 0915 0245 LOCA increases to 2000 gpm. Containment pressure increases rapidly. CPHS and PPLs actuate. When loads start upon PPLS, an overload fault on transformer TIB-3A causes a loss of bus 1B3A and IB3A-4A. If operators attempt to cross feed buses from EDG-1, they will be unable to restore IB4C from IB3C-4C, due to a fault on the BT-1B4C breaker. The single remaining injection pump is now charging pump CH-1C. Reactor level and pressure drop. Subcooling is lost. Loss of subcooling is grounds for declaring the clad barrier challenged per EPIP-OSC-1 Attachment 6.3. A GENERAL EMERGENCY is declared per EPIP-OSC-1 EAL 1.17 " Loss of Three Fission Product Barriers". Radiation levels increase in the containment. The sustained loss of safety injection systems during the LOCA should also drive recommendation of a PAR based on EPIP-EOF-7, Attachment 6.1 flow chart. 0945 0315 Instrument air line to containment has ruptured upstream of check valve IA-510. The break in this 2" copper pipe will complicate restoration of instrument air to containment to isolate upcoming release. Noise from the air flow is heard throughout most of the Aux. Building. The leakis quickly  ; isolated by shutting IA-519, -520, -and -509. 0945 0315 Declaration of a GENERAL EhERGENCY per EPIP-OSC-1 EAL 1.17 "IAss of Three Fission Product Barriers", if not already done. ' 1000 0330 EDG-2 is restored. Operators begin to recover the lost electrical buses and ' inject to re-cover and cool the core. Containment cooling is maxinuzed to reduce containment pressure and the flow rate out of the containment. 1000 0330 HCV-882 inside containment fails open on loss ofinstrument air following . isolation of the header leak. A release begins to the environment via the I hydrogen purge system to Room 59 to the ventilation stack. Maintenance i personnel in Room 59 can see steam leaking from the failed flange into the room. Ventilation stack process monitors and area monitors in the vicinity of Room 59 increase. l I a:v,6DUXERCIsasCENMuO.M5 2 - 11 REV. 4/26/93

1 SCENARIO EVENTS TmfELINE Cont'd 1230 0600 The 161Kv line is restored and/or the TIB-3A fault is cleared and IB3A and IB3A-4A can be restored. 1300 0630 Operators restore instrument air to containment by either patching the faulted pipe or by rigging a temporary hose connection to the PC-1849 hose connection upstream of the break. HCV-882 closes. The release is terminated. 1330 0700 Secure from the Exercise. e t 5 t

                                                                                                                          -(
                                                                                                                          . t owuuxtacisescomuo.wr5                     2 - 12                              REV. 4/29/93                                   l k

n

EMERGENCY ACTION LEVEL (EAL) CRITERIA APPLICABLE  : ALERT (T= ~0705) Per EPIP-OSC-1 Section 9.2 "On-going Security Threat within the Protected Area" SAE (T= ~0915) Per EPIP-OSC-1 Section 1.16 " Explosion on Site Causing Loss of Plant Equipment" GE (T= ~0945) Per EPIP-OSC-1 Section 1.20 " Loss of Three Fission Product Barriers" ABPRFV1ATIONS ATM: ATMOSHERE G7M GALLONS PER MNUTE RCS: FIEACTOR COOLANT SYSTEM AUX: AuxLuRY KV: KLOVOLT RVLMS: REACTOR VESSEL LEVEL MONITOFUNG BLDG: BUILDING LLEA; LOCAL LAW ENFORCEWNT AGENCY SYSTEM CET: COFtE EXfT THERMOCOUPLE LOCA: LOSS OF COMANT ACCIDENT RX: REACTOR CR: CONTROL ROOM LPSI: LOW PRESSURE SAFETY INJECTION SIAS: SAFETY INJECTION ACTUATION SIGNAL CTMT: CONTAIN3KNT OOS: OUT OF SERVICE SIT: SAFETY INJECTION TANKS 14EA) ECCS: DERGENCY COE COOUNG SYSTEM OSC: OPERATIONS SUFPORT CENTER TRNSFMt: TRANSFORW R EDG: D4RGENCY DIESEL GENERATOR PASS: POST ACCIDENT SAWUNG SYSTEM TSC: TECHNICAL SUPPORT CENTER EHFCS: DERGENCY ESPONSE PRESS: PFIESSU E TUR: TURBINE FACLITY col # UTER SYSTEM RAD: RADIOLOGJCAL V: VOLT EOF: DKBGENCY OFTRATIONS FACILITY RCP. MACTOR COOLANT PUMP c:wuuxatessascrRAluO.WP5 2 - 13 REV. 4/26/93

SCENARIO EVENTS EOUIPMENT FAULT AND REPAIR

SUMMARY

l Equipment MfgJStodel Failure Time / Event Indication Failure Mode l Group Restoration l HPSI Pump 2C Initial Conditions New motor in place, Coupling Disassembled for Mcchj Connect motor and check removed and electrical:ab!cs replacement of motor. Elec. rotation, align motor, disconnected. install coupling, Test. Room 59 Access Door 07:10 Door knob fell off. Opsl Pull hinge pins and GM remove door. 345 kV Line IIelicopter collision. (08:30) Shield wire shorted across two Short circuited. Elect 1 Cicar shield wire. phases. Ops. Hydrogen purge system Bolted flange damaged by Flange is distorted, several Interior of pipe is open Mech. Disassemble flange, falling scaffold. bolts are sheared off to the room. IICV-882 remove damaged studs, inside containment is and reassemble. shut. EDG-2 Loss of off-site power. (08:45) Starts but will not load Failed relay 41C in Al- I&C Jumper contacts 1 & 8, electrically. 133B re-start EDG (~1 hr.) 161 kV OITsite Power NA Explosion of Farmer Brown's Debris from explosion damage Pole failure. Elec1 Repair pole. Bomb (08:45) 16IkV lines. Ops. 180 V Bus IB4C Loses power on loss of off-site Loss of 161 kV causes loss of BT-184C worn latch Elec. Rack out breaker and power and cannot be restored. power to 4160V bus I A4 and mechanism and failed swap for spare. Jumper 480V buses IB4B and IB4C. shut "69" contact # 2 interlock contact to IB4C cannot be restored by operate remotely. cross-tic to IB3C-4C Containment Spray PPLS/CSAS Pumps run and valves indicate llCV-344 and -345 Mcch. Diagnose remote operatori open in the Control Room, but failed shut' in open position, but no flow is indicated. mechanically. valve still shut. Remove operator and open bonnet. Freejammed linkage and open manually. 480 V Bus iB?A Trips on PPLS TIB-3A fails upon PPLS Fault on transformer Elec. Diagnose fault and signal. Feederbreakertrips TIB-3 A. replace transformer. I immediately if re. shut. Transformer short indicated. , i OM623\ EXERCISE \REPAIRSES 4/26/93

SCENARIO EVENTS EOUIPMENT FAULT AND REPAIR

SUMMARY

{ Equipment Mfg >Model l Failure Time / Event ~ Indication Failure Mode Group Restoration Instrument air 09:45- Loud air noise. IIcader failed upstream Mech. Repair header orjumper of check valve IA-510 across with temporary connection. HC%882 flydrogen Fails open on loss of control air Indicates open. Leak from Slight instrument air Mech. Repair air header and purge line after isolation containment into Room 59. leak inside containment restore control air. isolation causes rapid loss of inside pressure from header containment after air isolated. 1 OM623\ EXERCISE \ REPAIRS.XLS 2-15 4/26/93-

SCENARIO EVEhTS MASTER EVENTS

SUMMARY

A summary of the master events is provided under this heading. The summary consists of a description of all scenario messages that will be issued to drive simulated events and includes anticipated emergency responses by participants. Times indicated with a "+" are fbating messages that will be issued on or after the indicated time. Times that floating messages are issued are dependent on completion of specific responses or actions of participants. , Messages with a "C" following the message number are contingency messages that will only be issued upon meeting the conditions listed in the controlier note of the message. Messages with a "S" following the message number are sir,1ulator contingency messages that will  ; only be issued in the event the simulator is not available (e.g., simulator computer failure which cannot be corrected in a timely manner).  ! Key abbreviations used in the master events summary are as follows: AO Auxiliary Building Operator OSC Opera 6ons Support Cesar AC AI! Lead Facility Corarollers PZR Preasurizer CCP Coolant Charging Pump RCP Reactor Coolant Pung CEA Control Dement Assembly RCS Reactor Coolam System C5DM Control Dement Drive Mechanism RMS Radiation Monitoring Sysica CIAS Containmes laolation Actuation Signal RPS Reactor Prmeetive System $ CM Condensate RT Repair Team j CO Contral Room Operator $1AS Safety laiection Actuation Signal DG Diesel Generator SG#_ Steam Generator Number _ f ED Emergency TArector SAE Site Area Emergency EOF Emergency Operations Fasilary SS Shia Supervisor IC Initaal Conditions SD Site Director KP Key Players STA Shift Technical Advisor LPSI/HPSI Im/High Pressure Safety iniection VCT Volume Control TarA MWO Malmenance Work Order RT Repair Team 005 Out of Service l ownumCx5EsMsTREvxr.wP5 2-16 Rev. 04/29/93

                                                                                                                                                                                  . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) j l

                                                                                                                                                                                                                                                                                               .I TIME    MSG. FROM TO            EVENT / MESSAGE 

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER N TES NO. 0600 1 AC Key INITIAL CONDITIONS K:y Players and operators review Plan of the Issue the initiniconditions and PIay- Day, Shift Turou,ci Eng, and night notes. drill plan of the day handout ers - The Plant is operating at 100% power; beginning during the previous day to of cycle; equilibrium menon. Key Players. Issue the Shift Turnover Log Key parameters are listed below: to Control Room Operators at i Reactor Power. 100 % 0600. I RCS Pressure 2l00 psia l 1 RCS T, 542 *F . Boron Concentration 758 ppm Pressurizer level 58.2 Steam Generator Levels 65% Steam Generator Pressures 824 psia The grid is in a high demand-low reserve situation. Nebraska City is out of service. North Omaha is at 50% capacity. Any reduction in the output from FCS, and OPPD will have to start shedding customers. All. control systems are operating normally in , l automatic i t L. ne followinn Plant eauipment is out of service or under maintenance: HPSI pornp St 2C was declared out of service at 1630 yesterday for motor replacement. L He new motor is being siigned and coupling installed. OM623\ EXERCISE %fSTREVNT.WP5 12-17, Rev. 04/29/93 .' _- _ _ - -__:L _ _ _- _:__-__-- _ _ _ _ _ _ - - _

iSCENARIO EVENTS MASTER EVENTS

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPGNSE CM CONTROLLER NOTES NO. Surveillances scheduled for this shift: OP-ST-VA-0001, Monthly flydrogen Purge System Test is in progress. Limitine Conditions for Operation None. Radiation Work Permits: None. Maintenarne Work Orders (MWO): Scaffolding is being installed in Room 59 to support painting the overhead. Painting should start as soon as the hydrogen purge surveillance

s g lete.

Radiochemical: Daily chemistry report from the mid shift is attached. Meteoroforiest Clear start with possible late morning clouds. . Temperatures expected from a low of 65*F to a high of 85'F. A 30% chance for precipitation is forecast for the late moming. GA6623\ EXERCISE %fSTREVNT.WP5 2-18 Rev. 04/29/93

                                                                          . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE SUMM ARY ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0630 2 CR CR Exen ise activities are starting. De aware of plant conditions. Ensure Control Room Lad Perso- personnel have received and Cntilr nnel understand the initial conditions. 0635 3 CAS CAS Microwave Zone #5 Intrusion Alarm. CAS initiates security response and sends Farmer Brown has just Cntrir Watch response officers to the scene. CAS notifies climbed the fence and entered CCTV assessment (when conducted) indicates a Control Room. Response officers block intruder the protected area. man with a backpack climbing the protected area access to vital areas, and contain the intruder fence near the southwest corner. He man away from vital areas and equipment. approaches an OPPD picks p truck parked inside the fence southwest of the radwaste building. IIe appears to be threatening the two workers there with a weapon. Hey have their hands raised in the air. 0640 4 Security Sec. There are two personnel in the truck. The third Response team notify CAS. CAS brief Control Deliver to Response Officers Cattlr Ofer(s) individual is standing with hands raised in the air. Room. Control Room should recognize that this when they approach truck.

                     @       lie starts to walk slowly towards security lie is      situation requires declaration of an ALERT per     Farmer Dromi also has a Truck   wearing a hard hat and a station security badge.       EPIP-OSC-1 EAL 9.2 "On-going Security Threat       bomb, but he will not tell He shouts not to shoot. He first hostage was           within the Protected Area Security Fence". The     anyone about it, and it cannot released to deliver a message: (attached)              plant shosid be evacuated and muntability          be seen from outside the cotalucted. CAS informs Icol law enfortement       truck.

agencies (LLEAQ. OM62MEXERCISE\MSTREVNT.WP5 2-19 Rev. 04/29/93

                                                                                                                       . SCENARIO EVENTS MASTEK EVENTS 

SUMMARY

(Cont)

                - TIME         MSG. FROM TO                     EVENT / MESSAGE 

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES c! NO. '

                . 0645         5      SecniW Sec.                 Suspect identifies himself as Mike Brown. He                                      Responne force isolates truck area.                         Shift Cntric Ofer(s) tents the farmland in the OCA. He - advises                                                    Supervisor briefal by CAS. Alert declared, plant                                                                                            [
                                                  ;@              response officers that he does not want to hurt                                   evacuation and ERO response routes planned.                                                                                                  i

Truck anyone, but he will kill the hostage and it will be LLEA alerted, all over the Channel 7 news if he does not get to i

talk to Fred Petersen right away.- He has Channel , 7 on the cellular phone and they can hear everything. (To demonstrate this, he places the phone on

• Hands Free", and you can hear him talking to the TV station.) He says that all he wants to do is talk to Fred Petersen and he knows 4

that Mr. Petersen will solve his problem. 0705 6C CR _ CR Declare an ALERT per EPIP-OSC-1 EAL 9.2. Declare the ALERT. Deliver this message only if 1 Lead SS *On-going Security Threat within the Protected Activate the TSC and OSC if not already done. directed by the Exercise 1xad; Cotrir Area Security Fence". Precautionary activation of the EOF is optional. Controller, if the ALERT has not been declared at this time. 4 Based on security situation, consider evacuating the plant via a route away from, Truck. 4 4 T i e GM623\ EXERCISE \MSTREVNT.WP5 . 20 Rev.' 04/29/93 j I

   = ____.__m..          _.m.m-m4-m-w     - + + = . -   .--.,va--           w' we=as --     r.--w*e- ,v- -- ver ---*mm  -w %.=*nsa.--wew-e,--.. wee             e e e, --vre...e--.vus,   uw-+ v vs. = 4,e, ese.-wwv  w..s e,<r--v -rvE.3-we-.ir.~w-v~,wwmme .ce.ew           -- . + . - , = -r

9CENARIO EVENTS MASTf1 . VENTS

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0715+ 7 M sint. 11 3 When you return from starting the fan at Al-100, Maintenance personnel and operators involved Deliver this message when Team Purge the door to Room 59 is stuck shut. When the AO notify the Control Room. CR should consider players attempt to re-enter Cntrir Test tries to open the door, the door knob falls off the safety aspects of physically removing a fire door. Room 59 and secure the OP-Team door. ST-VA-0001 test lineup Operators may investigate disassembling damper following the ALERT or and entering that way. evacuation page. Remote valve operating linkages are removed as part of the procedure. VA-279, and -292 are open and cannot imnaliately be restored to their normal shut position.VA-80A is running. 0730 + 8 OSC RT at Status of pump repair: Report information to OSC. OSC report to Deliver to RT leader if a team Team IIPSI. TSC/CR. Repair consists of connecting the pump is sent to investigate status of Cntrlr 2C Pump is disassembled, new motor is in place and electrically to conduct rotation checks. Align the repair. Estimated repair resting on skid. Motor has not been connected motor. Install coupling per manufacturer's time is 6 hours. electrically or coupled to the pump. recommendation. Complete connecting the pump electrically, clear tags and test. 056623\EXERCISEW5TREVNT.WP5 2-21 Rev. 04/29/93

                                                                  . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSG. FROM TO EVENT / MESSAOE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0730 + 9 OSC RT at Room 59 door is stuck shut. The knob has broken RT leader should get appmval to pull the hinge Deliver to team leader when Team Room off the door, pins and remove the door. they arrive at the door. They Cntrir 59 are expected to seek and get approval to pull the hinge pins and remove the door. Contmilers will allow them to do this. This repair is not a high priority, and will probably be worked over the next hour or so only because there is little else to do. Slow them down by making them collect all required tools and materials, and make the pins hant to remove. If they want instead to dis-assemble the damper, allow them to do it. 0745 + Farmer Brown negotiates with Security Response Negotiations continue with Officers and LLEAs and Statp Police as they Farmer Brown. Farmer arrive. Negotiators find out his story and try to Dmwn allows the plant to be talk him into a peaceful solution. Media evacuated, since he has no personnel arrive. desire to hurt anyone else. Farmer Brown is persuaded to allow ERO personnel into the plant, when told that they are required for safe operation of l On662MEXERCISE%t5TREVNT.WP5 2-22 Rev. 01/29/93

                                                          . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. . the plant. Farmer Bmwn tells his story to negotiators. Negotiators hear that Farmer Brown rents the farm land in the Owner Controlled Area at Fort Calhoun Station. This past year is the third in a mw that his crop has failed. Ile is out of money, the finance company is going to take his home and equipment, and he does not know how he is going to support his wife and four children. Farmer Bnram believes that radiation from the plant is the cause for his crop failures. Ile has sought compensation from OPPD for his crop losses. Despite the fact that he has been a gom!

                                                                                       ,            tenant and always paid his rent on time, OPPD has not been responsive to his problem. In a last-ditcheffort to make OPPD respond to his problem, he has taken a knife, revolver and cellular telephone to the plant. He l

OM62MEXERCISEWSTREVNT.WP5 2-23 Rev. 04/29/93

                                                                                    . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. has contacted Channel 7 on the cellular phone and explained his pmblem. lie climbed the plant fence to get the attention of OPPD personnel and the media. With attention focused on him, he will kill the hostage at the plant if OPPD will not pay for his crops. lie continues to demand that Fred Petersen, President of OPPD, come to the plant and talk to him in person. lie knows that Mr. Petersen will understand his problem and correct the situation. 0800 10 Security Sec. A news helicopter has arrived at the site. The' Security informs the Control, Room. Security Farmer Brown wants this Cntrlr Ofer(s) logo on the side indicates it is from Channel 7. It Personnel may try to contact the helicopter or the ex;msure. lie can now be

                             @       is circling the area at long range, taking large ares  FAA to get the helicopter away from the plant.          talked into releasing the Truck pictures.                                                If they try, this contact will be simulated.            hostage.        lie will then threaten to kill himself with his gun.

0:%623MEXERCISEstSTREVNT.WP5 2-24 Rev. 04/29/93

 .-.       .    .    .-                -      . . . - .             -         -          .-        -             --        .          . .       , ,       - ~            .

SCENARIO EVENTS MASTER EVENTS

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0815 Farmer Brown is gmwing frustrated with delays. Negotiators try for a peaceful solution. Farmer Umwn is beginning to lie thought that the threat to kill himself on OPPD realize that he cannot win, property and on television would force quick Security personnel may attempt to contact FAA to and that any promises made to surrender. It did not. Ele is displaying anger but force the Channel 7 helicopter away from the him can and probably will be not threatening any bystanders. area. If they try, this contact will be simulated. ignored. lie is bitter and angry. He Channel 7 helicopter is circling closer, looking for a good shot of the action 0830 11 Security Sec. He Channel 7 helicopter is circling closer and Security informs the Control Room. CR inform less of 345 kV power causes Cattlr Ofer(s) closer, looking for a good pictum of the action. It TSC/ EOF. generator load rejection,

                       @       finally crosses the parking lot at too low an                                                               turbine and reactor trip.

Truck altitude, its landing skid catches the shield wim of the 345kV power lines, where the line crosses the parking lot. He wire falls across two phases. He helicopter was last seen heading southwest. CM62MEXERCISE4t3TREVNT.WP5 2-25 Rev. 04/29/93 l

iSCENARIO EVENTS MASTER EVENTS

SUMMARY

(Cont) TIME MSG. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0830 12S CR CO ANNUNCIATORS IN CONTROL ROOM Take immaliste actions per EOP-00. Deliver only if proper Lead Master Turbine trip relay indication is not available Cntrir 1 mss of lead Turbine Trip from the simulator. Gen Trans 86-2/GTI Trip Indications of reactor and Generator Breaker Trip turbine trip. Trip on loss of Resetor Trip generator load due to loss of Line 3431 Breaker Trip 345 kV load. Due to the DG Start Signal A Act pressure transient, a > 40 DG Start Signal B Act GPM LOCA starts from the leop I A cold leg. Operators INDICATIONS IN CONTROL ROOM should recognize that this is a All CEAs inserted. redundant indication for Reactor Power decreasing. ALERT per EPIP-OSC-1 EAL 1.5 "RCS Leakage >40 gpm". 0845 13 Security Sec. Farmer Brown reveals that he has a bomb, and Security notify the Control Room. Farmer Brown is angered by-Catrir Ofer(s) shouts: "nat's it. I'm tital of OPPD double . OPPD's continuing refusal to

                        @       talk. Tell Fred Petersen he should have paid me                                         meet his demands.          He Truck   off, it would have been cheaper than this. I have                                       helicopter (and the apparent a bomb and I'm gonna use it!" The pickup truck                                          interest by the media) has explodes. He explosion damages the 161kV line                                           gone. Without a hostage, he by taking out the pole insulator.                                                       has no protection.

056613\ EXERCISE %t3TREVNT.WP5 2-26 Rev. 04/29/93

                                                                        . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0845 14S CR CO ANNUNCIATORS IN CONTROL ROOM Troubleshoot the foss of 161 kV and loss of EDG Deliver only if proper Lead 161 Line 1587 Breaker Trip #2. Continue itiecting with remaining safety indication is not available Cntrir CW Pump A Trip systems to cool the core. from the simulator. CW Pump B Trip Indications of loss of 161 kV CW Pump C Trip Based on the explosion causing loss of offsite power. EDG #2 fails to pick 86-2 TI A-4 Trip power, declare a SITE AREA EMERGENCY up load due to voltage 86161 kV Trip per EPIP-OSC-1 EAL i1.10 " Explosion On Site" regulator failure. 86-2 TI A-3 Trip 4160 Emerg. Dus I A4 Volts Charging Pump CH-I A Off INDICATIONS IN CONTROL ROOM 4160 Bus I A4 Voltage indicates 0 Volts. DG #2 is running at 900 RPM

                             " Ready to lead" light is off 0846   15    Security Sec. Smoke is clearing from the scene of the explosion. Security notify the Control Room                   Deliver this message when Cattlr Ofer(s) He pickup truck cab area is destroyed. Upon                                                           security investigates the
                       @     closer inspection, Farmer Brown is dead. Part of    Based on the explosion causing loss of offsite    explosion.

Truck the truck roof was blown clear of the wreck and power, declare a SITE AREA EMERGENCY inform Control Room. CR landed across two phases of the adjacent 161 kV per EPIP-OSC-1 EAL 11.10

• Explosion On Site". inform TSC.

power line. The lines are down on the ground. There is no apparent fire. l 0M6U\EXERCISEWSTREVNT.wr5 2-27 Rev. 04/29/93

                                                                            .      .                           .         -      ~           _     _        __ _ __

                                                                         . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSG. FROM TO EVENT / M2.SSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0900 16 OSC In=pec- The 161 kV pole insulator is damaged, causing the inspection Team report to OSC. OSC brief Deliver to Inspection Team Team tion line to short out against the other pole. TSC/CR. leader if a team is assembled Cotrir Team to assess offsite power. at , Repair time is eight hours. 161eV 0900 17 OSC Repair He door has been removed. When you enter the RT report to OSC. OSC brief TSC/CR. IICV- Inspect area for damage. Team Te a m room, you see that the scaffolding installed for the 882 is shut, so the containment is still intact. Inspection reveals that a Catrir at R m painting has collapsed. It is lying in the comer of scaffold component fell across 59 the room, partly across the hydrogen purge piping. ERO should realize that containment integrity is the purge line and has sprung The flange is misaligned and several of the studs challenged, and that, in combination with the the bolted flange between the on the bottom side are sheared off. LOCA, this is an additional initiating condition containment penetration and for SAE per EPIP-OSC-1, EAL 1.16 VA-280.

                                                                                 " Failure / Challenge to Two Fission Prtxiuct Barriers

• 0900 18 OSC Repair ne diesel is running normally at indicated 900 RT report to OSC. OSC brief TSC/CR. Delives to RT lender Team Team RPM. Pressing the emergency field flash , investigating why EDG-2 will Cntrir at pushbuttons at AI-133B fails to flash the field. not load. Cause is open in EDG-2 relay coil of 41C relay.

There is a faint smell of hot insulation as you Relay fails to pick up when stand next to AI-1338. voltage is applied. Replace relay orjumper contacts I and 8 to fix. (I hour). GA6623\EXERC15E4tSTREVNT.WP5 2-28 Rev. 04/29/93

                                                                    ' SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0915 19C TSC Site Declare a SITE AREA EMERGENCY per EPIP- Site Director declares the SAE. Deliver this message only if lead Dir. OSC-1 EAL 11.10 " Explosion Onsite Causing Activate EOF if not already done. directed by the exercise lead Cntrlr loss of Plant Equipment." controller, if the SAE has not been declared at this time. 0915 20S Ind1- CR Annuncistors in Control Room 1. Continue injecting the Cil-IC. LOCA increases to 2000 gpm. cation Oper- SIAS Inform TSC/OSC. When loads start upon PPLS, C R stors CIAS Troubleshoot lost electrical buses. a fault on transformer TlB-3A Con- PPLS 2. ERO declare a SITE AREA EMERGENCY causes a loss of bus IB3A and troller OPLS per EPIP-OSC-1 EAL 1.16 " loss of iB3A-4A. The single remain-Pressurizer Pressure Low Two Fission Product Barriers" ing injection pump is now Hi Containment Pressure NR (LOCA and loss of subcooling), charging pump Cil-lC. CPilS if SAE was not already declared. Reactor level and pressure Air hand. Fan VA-3A Auto Start drop. Air Hand. Fan VA-7C Auto Start Indications in Control Room Bus IB3A supply breaker is tripped. . Containment Spray Pumps SI-3A/-3C are running. Containment Spray flow indicates zero. on6623mXERCISEWSTREVNT.WP5 2-29 Rev. 04/29/93

                                                                        . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIMB MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0920 21 OSC RT st (1) Transformer feeder breaker TIB-3A indicates RT inform OSC. OSC inform TSC/CR. Deliver ta RT leader when Team Break- trippal on overcurrent. (2) Breaker IB3 A and (3) Maintenance localize the fault and attempt repair. arriving at TIB-3A switch-Cntrir er Breaker BT-IB3A no faults. gear. When loads start ugwm TlB3A PPLS, an fault on transformer TIB-3A causes a loss of bus IB3A and IB3AAA. Give each part of message separate after messages are earned. 0920 22S CR CO INDICATIONS IN CONTROL ROOM Continue injecting with Cil-IC. Inform Deliver this message only if Lead Breaker BT-1B4C will not shut. TSC/OSC. Troubleshoot breaker BT-1B4C . proper indication is not Catrir available from the simulator. Unable to restore bus IB4C fmm the cross-tie. 0925 Subcooling is lost. Declaration of a GENERAL EMERGENCY per loss of subcooling threatens EPIP-OSC-1 EAL 1.17 " Loss of Three Fission the clad barrier. RCS and Product Barriers". containment are already lost. 0930 The sustained loss of safety injection systems SD should consider PARS.

 ~                            during the LOCA should also drive recommendation of a PAR based on EPIP-EOF-7, Attachment 6.1 flow chart.

OA6623\EXDtCISE%tmtEVNT.WP5 2-30 Rev. 04/29/93 l

                                                                         . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMEROENCY RESPONSE CM CONTROLLER NOTES NO. 0945 23C EOF ED Based on sustained loss of safety injection systems Declaration of PAR. Deliver this message only if Lead during the LOCA, recommend a PAR (based on directed by the exercise lead Cntric EPIP-EOF-7, Attachment 6.1 flow chart) of controller, if the PAR has not evacuation of the two-mile radius around the plant, been declared at this time, five miles downwind, and shelter the remaiuder of the EPZ. 0945 24 OSC RT st Breaker will not close locally. Report to OSC. OSC report to TSC/CR. Deliver to RT leader when Team BT- - they reach BT-1B4C. Failed Cntilts IB4C shut ~69" contact #2 prevents remote or local closing of breaker. If operators pull the trip and close fuses, the breaker will shut manually but fail to latch due to worn latch mechanism. Breaker must be swapped with a spare and shut manually (with trip & close

                                                                                                              ,                                           fuses still pulled). Must open
                                                                                                                                                           '69* contact #2 in cubicle door to operate electrically.

OM62.MEXERCISESISTREVPfr.WP5 2-31 Rev. 04/29/93

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                                                                       . SCENARIO EVENTS MASTER EVENTS 

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(Cont) TIME MSO. FROM TO EVENT / MESSAGE

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ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 0945 25 OSC All RT You hear a loud noise, like the sound of high- Isolate the leak by shutting lA-519 and -520, and Deliver to RT and AO Team & AO pressure gas or fluid leak. It is coming from the check shut the isolation to containment, PCV- personnel in the Aux. Cntrirs in Aux direction of Room 69 1849B. Report to CR. Building. Copper 2" line has Bldg. ruptured upstream of check valve I A-510. Break will complicate restoration of instrument air to containment to isolate upcoming release. 0950 26 OSC RTat Valves indicate open in CR. Valve stem is in the RT inform OSC. Deliver to RT investigating Team flCV- raised position. If you attempt to open the valve OSC inform TSC and CR. containment spray failure. Catrirs 344/ manually with the handwheel, it turns 1 turn in the CR shut down spray pumps. Remote operator linkage has 345 *open* direction from neutral, then will turn no TSC should recognize that the handwheel should failed irtside bonnet. Valve more, tum more than 30 turns if the valve were open, as cannot be operated manually the air operator shaft position indicates. I turn t.ntil it is cleared. Repairs indicates that ball and linkage inside bonnet is still will be interrupted by start of shut. Plan to open bonnet and free ball, release. 0955 27 OSC RTat Jumpers are installed at contacts I and 8 of relay. RT inform OSC. Repair time is driven by Team EDO2 Diesel is ready to re-start. OSC inform TSC and CR. desire to restore process Cntrirs CR coordinate starting EDO #2 and restoring radiation monitor sample buses. pumps prior to start of release. OM61MEXERCISEWSTREV?rr.WP5 2-32 Rev. 04/29/93

                                                                        . SCENARIO EVENTS MASTER EVENTS SUhtMARY (Cont)

TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 1000 28S CR CO ANNUNCIATORS IN CONTROL ROOM _ CR inform TSC/OSC. Investigate means of Deliver this message only if Lead Ventilation Stack Radiation Monitor Alarm isolating the release path. Instrument air to proper indication is not Cntrir containment is unavailable. available from the simulator. INDICATIONS IN CONTROL ROOM llCV-882 inside containment HCV-882 indicates open fails open on loss of Instrument air isolation to containment, PCV- instrument air. A release 1849B, is shut begins to the environment via the leaking hydmgen purge system flange to Room 59 and to the vemilation stack. Ventilation stack process monitors and area monitors in the vicinity of Room 59 increalte. 1000 29 OSC RT in There is steam and a high-pitched whistling noise RT inform OSC. OSC inform TSC/CR. RT HCV-882 inside containment Team Room coming from the flydrogen Purge Line flange, evacuate the room. failed open on loss of Cntrirs 59 instrument air. Contaminated

                                                                                                             ,                   air is released under pressure from containment to Rm 59.

Radiation levels in Room 59 increase. OM62MEXERCISE\M57REVNT.WP5 2-33 Rev. 04/29/93

                                                                                                          . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) .

                                                                                                                                                                                                                            'i.

TIME MSG. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES - , NO. ' 1000 30C EOF ED Declare a GENERAL EMERGENCY per EPIP- Declares the General Emergency. Ensure GE is declared only if Leal OSC-1 EAL 1.17 " Failure / Challenge to nice instructed by Exercise leader  ! CatrIr Fission Product Barriers", if not already done. controller. 1100 31 OSC RT st You have rocked out the breaker TIB-3A. Report to OSC. OSC report to TSC/CR. Deliver to RT leader when , Team TIB- Consider sources of replacement bus her stabs. they have successfully racked- , Cntrir 3A the breaker out. He bus bars , are shorted across. He short is welded in piece by the arc.  ! He bus har stabs require replacement.  ! I ' i'

l GM6D\ EXERCISE %f5TREVNT.WPs - 2-34 Rev. 04/29/93

   .,.~,,,_.4   . . . , , -    ..y..   , . . - . , ,       oy .    , . . -, ,. m.y.A, - - . . ,  . . .- --., ,,, .           ,-,.,.-,-,.c, ,-  .m      r,   .     ...- . . . ..    -.._  ..,.__,mm- ... .,,._.J._

4

                                                                        . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. 1130 RCS leakage continues. Repairs are expected to Coordinate with CR Simulator concentrate on restoration of IB3A. Bus IB4C controller for restoration of can now be powered from EDO-2 as soon as BT- SI-2C, when players have IB4C is racked in to at least the test position to completed repairs. complete interlocks. Repairing BT-1B4C breaker is no longer necessary to power the bus once EDO-2 is restored. Mechanics will concentrate on restoration of SI-2C and repairs or bypassing the failed instrument air header to containment, to restore instrument air, shut IICV-882, and stop the release to the environment. Repairs to the failed Hydrogen Purge System flange, since it is the source of the leak, are not expected to be successfully pursued. 1230 32C Senior TSC/ 161kV line is restored and/or the TIB-3A fault is Restore electrical buses. Deliver to TSC and/or OSC Cntrir OSC cleared. team as directed by the Senior Controller, if actions have

                                                                                                          ,                    been initiated to restore 16tkV and/or TIB-3A.

1300 33 OSC RT at Break in instrument air system is patched (or RT inform OSC. OSC inform TSC/CR. CR Deliver to RT leader which Team Inst. temporary 100 psi air line is connected to tee open PCV-1849B to restore instrument air to ever course of action is Cntrir Air upstream of PCV-1849B and pressurized). containment. sppropriate for repair path followed. OM62MEXERCISE%fSTREVtrT.WP5 2-35 Rev. 04/29/93

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

                                                                            . SCENARIO EVENTS MASTER EVENTS 

SUMMARY

(Cont) TIME MSO. FROM TO EVENT / MESSAGE

SUMMARY

ANTICIPATED EMERGENCY RESPONSE CM CONTROLLER NOTES NO. f300 34S CR CO INDICATIONS IN CONTROL ROOM Deliver this message only if Lead Instrument air isolation to containment, PCV- pmper indication is not Cntrir 18498, indicates open available from the simulator. HCV-882 indicates shut IICV-882 inside containment Ventilttion stack process shuts on restoration of monitors indicate lowering trend instrument air. 1330 35 AC AP All Exercise activities are terminated. Please Deliver this message only prepare for facility critiques. Participant critique when directed by the Exercise forms are being passed out for you to complete. lead Controller. Please collect all paperwork and logs generated during the exercise and turn them over to your controller with the participant critique forms. Pleue return all procedures, manuals and drawings to their proper storage locations. ! 0:\662EEXERC15E4ts1REVPrr.WP5 2-36 Rev. 04/29/93 - l t t

                                                                                            -l

_ SCENARIO MESSAGES TABLE of CONTENTS PaEE .- TABLE of CONTENTS .3-1

• CONTROILER MESSAGES - CR/TSC/OSC/ EOF 3-2'
• CONTROI1FR MESSAGES - MRC '3-40 -

b 1 i t i q L

  't:

f G:W2MEXERCISEMESSAGES.WP5 3-1 ~4/29/93 b I

                                                                                                       \

l l SCENAR]O EVENTS CONTROLLER MESSAGES - CR/TSC/OSC/ EOF l l Scenario messages are provided under this heading. Messages are included for the control room-simulator (CR), technical support center (TSC), operations support center (OSC), and the emergency operations center (EOF). Messages are issued according to scenario time and upon completion of specific emergency responses by participants. Each message heading indicates the participant (s) receiving the message, the origination of the message, and the time frame the message is to be issued. Message footnotes contain special notes to controllers and expected participant responses to the information contained in the message. Actual messages issued to participants will nel contain the controller notes or expected responses. Times indicated with a "+" are floating messages that will be issued on or after the indicated time. Times that floating messages are issued are dependent on completion of specific responses or actions of participants. Messages with a *C" following the message number are contingency messages that will only be issued upon meeting the conditions listed in the controller note of the message. Messages with a "S" following the message number are contingency messages that will only be issued by specific direction of the exercise senior controller, in the event that the simulator fails during the exercise, and the decision is made to continue the scenario on paper. osuumetsrur.55 AGES.wn 3-2 4/15/93 .

i SCENARIO MESSAGES l CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (conO j , TO: Key Players NUMBER: 1 FROM: Initial Conditions (All Facility Lead TIME: 0600 Controllers ) T-00:30 TYPE: Handout Page 1 of 3 i DRILL PURPOSE ONLY ~ DO NOT initiate actions affecting normal plant operations, t INITIAL CONDITIONS > (See attached exercise plan of the day and shift turnover log) (Simulator CR - Telephone 7623 or 7632) The Plant is operating at 100% power; beginning of core life; equilibrium xenon. RCS boron concentration is 758 ppm. Key parameters are listed below: Reactor Power 100 % RCS Pressure 2100 psia RCS T, 542 *F CONTROLTIR NOTES:

1. Issue the initial conditions and drill plan of the day handout during the previous day to Key Players.  ;

2. Issue the Shift Turnover Log to Control Room Operators at 0600.

EXPECTED RESPONSE:

                                                                                                  .i Key Players and operators review Plan of the Day and Shift Turnover Log.                   j 1.
                                                                                                  -l ownexEncrsrMESSAGES.WP5                          3-3                                     4/15/93   ,

l l

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (con 0 TO: Key Players NUMBER: 1 (Cont)  : FROM: Initial Conditions (All Facility Lead TIME: 0600 Controllers ) T-00:30 TYPE: Handout Page 2 of 3 DRILL PURPOSE ONLY - DO NOT initiate actions affecting normal plant operations. Boron Concentration 758 ppm Pressurizer Level 58.2 Steam Generator levels 65% Steam Generator Pressures 824 psia All control systems are operating normally in automatic The followine olant eouipment is out of service or under maintenance: , - *- HPSI pump SI-2C was declared out of service at 1630 yesterday for motor replacement. The new motor is being aligned and coupling installed. Surveillances scheduled for this shift:

• OP-ST-VA-0001, Monthly Hydrogen Purge System Test is in progress.

Limitine Conditions for Operation

• None.

Radiation Work Permits:

• None.

Maintenance Work Orders (MWO): Scaffolding is being installed in Room 59 to support painting the overhead. Painting should start as soon as the hydrogen purge surveillance is complete. Radiochemical:  ; Daily chemistry report from the mid shift is attached. l ammu:xacistMESSAGES.WP5 3-4 4/29/93  : l I l

i SCENARIO MESSAGES f0NTROLLER MFESAGES - CR/TSC/OSC/ EOF (cont) TO: Key Players NUMBER: 1 (Cont) FROM: Initial Conditions (All Facility Ixad TIME: 0600 .i Controllers ) T-00:30 TYPE: Handout Page 3 of 3 DRILL PURPOSE OhlY - DO NOT initiate actions affecting normal plant operations. Meteorological: Clear start to the day with possible late morning clouds. Temperatures expected from a low of 65 F to a high of 85'F. Winds are expected to be light from the east increasing in intensity to 10 mph by late morning. A weak cold front is expected to pass through the area late this morning. Winds are expected to shift to the south. A 30% chance for precipitation is forecast for the late r.1orning. Skies should clear again in the afternoon. The grid is in a high demand-low reserve situation. Nebraska City is out of service. North Omaha is at 50% capacity. Any reduction in the output from FCS, and OPPD will have to start shedding customers. osuu:xtacistutS$ ACES.WP5 3-5 4/26/93

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: All Control Room Personnel NUMBER: 2 FROM: (CR Lead Controller) TIME: 0630 T+00:00 TYPE: Handout Page 1 of 1 DRILL PURPOSE OhlY . DO NOT initiate actions affecting normal plant operations. - Exercise activities are starting. CONTROLLER NO1ES:

1. Ensure Control Room personnel have received and understand the initial conditions.

EXPECTED RESPONSE:

1. Be aware of plant conditions.

c:enuxaCISEWESSAGF.S.WP5 3-6 4/15/93

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (conO TO: CAS. Security Watchstander(s) NUMBER: 3 FROM: Observation (CAS Controller) TIME: 0635 T+00:05 TYPE: Handout Page1 of1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opeintions. Microwave Zone #5 Intrusion Alarm. CCTV assessment (when conducted) indicates a man with a backpack climbing the protected area fence near the southwest corner. The man approaches an OPPD pickup truck parked inside the fence southwest of the radwaste building. He appears to be threatening the two workers there with a weapon. They have their hands raised in the air. CONTROLLER NOTES:

1. Farmer Brown has just climbed the fence and entered the protected area..

EXPECTED RESPONSE:

1. CAS initiates security response and sends response officers to the scene.

2. CAS notifies Control Room.

3. Response officers block intmder access to vital areas, and contain the intruder away from vital areas and equipment. .

i owuuXERCISEMES3 AGES.WP5 3-7 4/26/93 i

l i SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) j TO: Security Response Officer (s) NUMBER: 4 FROM: Observation (Security Controller) TIME: 0 640 T+00:10 TYPE: Simulated r Page1 of1 DRILL PURPOSE ONLY ~ DO NOT initiate actions affecting normal plant operations. There are two personnel in the truck. The third individual is standing with hands raised in the air. He starts to walk slowly towards security. He is wearing a hard hat and a station security badge. He shouts not to shoot. The first hostage was released to deliver a message: (attached) CONTROLLER NOTES:  ;

1. Deliver to Response Officers when they approach the truck. -

2. The man is armed. He declines to put down his weapon and to leave the shelter of the truck. He does not want you to approach any closer than 200 feet. He states when challenged that he does not want to hurt anyone, but will kill himself and his hostage if you interfere.

3. Farmer Brown also has a bomb, but he will not tell anyone about it, and it cannot be seen from outside the truck.

EXPECTED RESIONSE:

1. Response team notify CAS. CAS brief Control F.oom.

2. Control Room should recognize that this situation requires declaration of an ALERT per EPIP-OSC-1 EAL 9.2 "On-going Security Threat within the Protected Area or Security Fence". The plant should be evacuated and accountability conducted. CAS informs local law enforcement agencies (LLEAs).

owunacistur.S$ AGES.WP5 3-8 4/29/93 m

SCENARIO hESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: Security Response Officer (s) NUMBER: 5 FROM: Observation (Security Controller) TIME: 0645 T+00:15 TYPE: Simulated Page 1 of 1 DRILL PURPOSE OhlY ~ DO NOT initiate actions affecting normal plant operations. Suspect identifies himself as Mike Brown. He rents the farmland in the OCA. He advises response officers that he does not want to hurt anyone, but he will kill the hostage and it will be all over the Channel 7 news if he does not get to talk to Fred Petersen right away. He has Channel 7 on the cellular phone and they can hear everythmg. (To demonstrate this, he places the phone on " Hands Free", and you can hear him talkmg to the TV station.) He says that all he wants to do is talk to Fred Petersen and he knows that Mr. Petersen will solve his problem. CONTROLLER NOTES: ,

1. Confirmation of status of the security problem.

EXPECTED RESPONSE:

1. Response force isolates truck area. Shift Supervisor briefed by CAS. Alert declared, ,

plant evacuation and ERO response routes planned. LLEA alerted. a:wsuxERCISEMESSAGrs.ws 3-9 4/29/93  : I

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: CR Shift Supervisor NUMBER: 6C FROM: Contingency (CR Lead Controller) TIME: 0705 T+00:35 TYPE: Handout Page 1 of 1 DRILL PURPOSE OhlY DO NOT initiate actions affecting normal plant opefations. Declare an ALERT per EPIP-OSC-1 EAL 9.2 "On-going Security Threat within the Protected Area Security Fence". 4 e CONTROLLER NOTES:

1. . Deliver this message only if directed by the Exercise Lead Controller, if the ALERT has -

not been declared by this time.- EXPECTED RESPONSE:

1. Declare the ALERT.

2. Activate the TSC and OSC if not already done. .

3. Precautionary activation of the EOF is optional.

4. Based on security situation, consider evacuating the plant via a route away from truck.

osuu:XERCISEMESSAGES.WP5 3-10 4/26/93 l t

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (conO TO: Hydrogen Purge System Test Team NUMBER: 7 FROM: Observation (Maint. Team Controller) TIME: 0715 + T+00:45 TYPE: Verbal Page 1 of1 DRILL PURPOSE OhlY DO NOT initiate actions affecting normal plant opeiations.  ; When you return from starting the fan at AI-100, the door to Room 59 is stuck shut. When the AO tries to open the door, the door knob falls off the door. I CONTROLLER NOTFE:

1. Deliver this message when players attempt to re-enter Room 59 and secure the OP-ST-VA-0001 test lineup following the ALERT or evacuation page.

2. Remote valve operating linkages are removed as part of the test procedure. VA-279, and

      -292 are open and cannot immediately be restored to their normal shut position. VA-80A is running.

EXPECTED RESPONSE:

1. Maintenance personnel and operators involved notify the Control Room. ' CR should consider safety aspects of physically removing a fire door. Operators may want to enter by disassembling the ventilation damper.

osuntaciStsutSSAGES.WP5 3-11 4/26/93 a

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (conO TO: RT at SI-2C NUMBER: 8 FROM: Observation (OSC Team Controller) TIME: 0730 T+01:00 TYPE: Verbal Page 1 of 1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant operations. . Status of pump repair: Pump and motor are uncoupled, new motor is in place and resting on skid. Motor has not been connected electrically or coupled to the pump. CONTROLLER NOTES:

1. Deliver to RT leader if a team is sent to investigate status of the repair. Estimated repair time is 6 hours.

EXPECTED RESPONSE:

1. Report information to OSC. OSC report to TSC/CR. Repair consists of connecting the pump electrically to conduct rotation checks. Align motor. Install coupling per manufacturer's recommendation. Complete connecting the pump electrically, clear tags and test.

c:wmxnCISEWESSAGr3W5 3-12 4/26/93 j

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) , TO: RT at Room 59 NUMBER: 9 FROM: Observation (OSC Team Controller) TIME: 0730  ! T+01:00 TYPE: Verbal Page 1 of 1 , DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. Room 59 door is stuck shut. The knob has broken off the door.

                                                                                                        +

CONTROLLER NOTES:

1. Deliver to team leader when they arrive at the door. They are expected to seek and get approval to pull the hinge pins and remove the door. Controllers will allow them to do this.

2. This repair is not a high priority, and will probably be worked over the_next hour or so only because there is little else to do. Slow them down by making them collect all required tools and materials, and make the pins hard to remove.

3. If they want instead to disassemble the damper, allow them to do it.

EXPECTED RESPONSE:

1. RT leader should get approval to pull the hinge pins and remove the door. .

osuuXERCISEMESSAGES.wn 3-13 4/26/93 t i ________m

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: Security Response Officer (s) at Truck NUMBER: 10 FROM: Observation (Security Controller) TIME: 0800 T+01:30 TYPE: Handout Page 1 of1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. A news helicopter has arrived at the site. The logo on the side indicates it is from Channel 7. It is circling the area at long range, taking large area pictures, t CONTROLLER NOTES: ,

1. Farmer Brown wants this exposure. He can now be talked into releasing the hostage.

He will then threaten to kill himself with his gun. EXPECTED RESPONSE: l

1. Security informs the Control Room. Security Personnel may try to contact the helicopter or the FAA to get the helicopter away from the plant. If they try, this contact will be simulated.

omm:mcistutssAcr.s.wn 3-14 4/26/93 ,

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Security Response Officer (s) at Truck NUMBER: 11 FROM: Observation (Security Controller) TIME: 0830 i T+02:00 TYPE: Handout Page1 ofI DRILL PURPOSE ONLY , DO NOT initiate actions affecting normal plant opefations. The Channel 7 helicopter is circling closer and closer, looking for a good picture of the action. It finally crosses the parking lot at too low an altitude, and its landing skid catches one shield  ; wire of the 345 kV power line where the line crosses the parking lot. The wire falls across two phases. The helicopter was last seen heading southwest.

                                                                                                   -1 CONTROLLER NOTES-                                                                                     1

1. Loss of 345 kV power causes generator load rejection, turbine and reactor trip.

EXPECTED RESPONSE:  !

1. Security informs the Control Room. CR informs TSC/ EOF.

oxenumCISEMESSAGESMT5 3-15 4/26/93 i

                                                                                                     )

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Control Room Operators NUMBER: 12S FROM: Indication (CR Lead Controller) TIME: 0830 T+02:00 . TYPE: Handout Page 1 of 1  ; DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. ANNUNCIATORS IN CONTROL ROOM Master Turbine trip relay Loss of Load Turbine Trip Gen Trans 86-2/GT1 Trip Generator Breaker Trip Reactor Trip Line 3431 Breaker Trip DG Start Signal A Act DG Start Signal B Act INDICATIONS IN CONTROL ROOM All CEAs inserted. Reactor Power decreasing.  ; CONTROLLER NOTES:

1. Deliver only if proper indication is not available from the simulator.

2. Indications of 1: actor and turbine trip. Trip on loss of generator load. Due to the pressure transient, a >40 GPM LOCA starts from the Loop 1A cold leg. Operators should recognize that this is a redundant indication for ALERT per EPIP-OSC-1 EAL 1.5 "RCS Leakage >40 gpm". ,

EXPECTED RESPONSE:

1. Take immediate actions per EOP-00.

omrxtacisturssrassars 3-16 4/26/93 . b

SCENARIO hESSAGES , CONTROLLER MTSSAGF3 - CR/TSC/OSC/ EOF (cont) I i i TO: Response Officer (s) NUMBER: 13 FROM: Observation (Security Controller) TIhE: 0845 T+02:15 TYPE: Handout Page1 ofI DRILL PURPOSE OhlY ~ DO NOT initiate actions affecting normal plant operations. Farmer Brown ducks out of sight into the truck cab and shouts: "That's it. I'm tired of OPPD double talk. Tell Fred Petersen he should have paid me off, it would have been cheaper than this. I have a bomb and I'm gonna use it!" The pickup truck explodes. The explosion damages the 161kV line by taking out the pole insulator. CONTROLLER NOTES: .

1. Farmer Brown is angered by OPPD's continuing refusal to meet his demands. The Helicopter (and apparent media interest) are gone. Without a hostage, he has no protection from the police. Vowing revenge on OPPD, he reaches into the pickup cab and detonates the explosive device. The explosion is not large, but it is enough.

EXPECTED RESPONSE:

1. Security, medical and fire respond to assess the status of Farmer Brown and damage to the plant. Inform the Control Room. CR inform TSC.

ownu:xERCISEMri$AGr.S.WP5 3-17 4/29/93

SCENARIO hESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Control Room Operators NUMBER: 14C FROM: Indication (CR Lead Controller) TIh E: 0845 T+02:15 TYPE: Handout Page1 of1 DRILL PURPOSE ONLY - DO NOT initiate actions affecting normal plant operations. ANNUNCIATORS IN CONTROL ROOM INDICATIONS IN CONTROL ROOM 161 Line 1587 Breaker Trip 4160 Bus 1A4 Voltage indicates 0 Volts. CW Pump A Trip DG #2 is running at 900 RPM CW Pump B Trip " Ready to Load" light is off. CW Pump C Trip 86-2 T1 A-4 Trip 86161 kV Trip 86-2 TIA-3 Trip 4160 Emerg. Bus IA4 Volts Charging Pump CH-1A Off CONTROIIIR NOTES:

1. Deliver only if proper indication is not available from the simulator.

2. Indications of loss of 161 kV power. EDG #2 fails to pick up load due to voltage regulator failure.

EXPECTED RESPONSE:

1. Troubleshoot the loss of 161 kV and loss of EDG #2. Continue injecting with remaining safety systems to cool the core.

2. Based on explosion resulting in loss of offsite power, ED should declare a SITE AREA EMERGENCY per EPIP-OSC-1 EAL 11.10, " Explosion Causing Loss of-Plant Equipment".

om23u:XIRCISEMSSAGES.WP5 3-18 4/29/93

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: Response Officer (s) NUMBER: 15 FROM: Observation (Security Controller) TIME: 0846 T+02:16 TYPE: Handout Page1 of1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant ope' rations. Smoke is clearing from the scene of the explosion. The pickup truck cab area is destroyed. Upon closer inspection, Farmer Brown is dead. Part of the truck roof was blown clear of the wreck and landed across two phases of the adjacent 161 kV power line. The lines are down on the ground. There is no apparent fire. i CONTROLLER NOTES:

1. Deliver this message when security investigates the explosion.

- 2. Inform Control Room. CR inform TSC.

3. Based on the explosion damage to T-1, the Emergency Director may elect to declare a SITE AREA EMERGENCY per EPIP-OSC-1 EAL 11.10 " Explosion On Site Causing Loss of Plant Equipment".

EXPECTED RESPONSE: owuu:XERCISEMESSAGES.WP5 3-19 4/29/93 1

                                                                                              -1

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cond TO: Repair Team at 161 kV NUMBER: 16 FROM: Observation (OSC Team Controller) TIME: 0900 T+02:30 TYPE: Verbal Page 1 of I DRILL PURPOSE ONLY - DO NOT initiate actions affecting normal plant operations. 161 kV power line pole insulator is damaged by the explosion causing the line to short out against the other pole. CONTROLLER NOTES:

1. Deliver to RT leader if a team is assembled to assess offsite power.

2. Repair time is three to four hours.

EXPECTED RESPONSE:

1. RT report to OSC. OSC brief TSC/CR.

osuu:xtaciscutssActs.wrs 3-20 4/29/93 _ l

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Repair Team at Rm 59 NUMBER: 17 FROM: Observation (OSC Team Controller) TIME: 0900 T+02:30 TYPE: Verbal i i Page 1 of 1 DRILL PURPOSE ONLY DO NOl initiate actions affecting normal plant operations. The door has been removed. When you enter the room, you see that the scaffolding installed for the painting has collapsed. It is lying in the corner of the room, partly across the hydrogen purge piping. The flange is misaligned and several of the studs on the bottom side are sheared off. CONTROLLER NOTES: l

1. Inspect area for damage. Inspection reveals that a scaffold component fell across the  ;

purge line and has sprung the bolted flange between the containment penetration and VA-280. The flange is misaligned and several of the studs on the bottom side are sheared off. , EXPECTED RESPONSE:

1. RT report to OSC. OSC brief TSC/CR. HCV-882 is shut, so the containment is still _

intact.

2. ERO should realize that containment integrity is challenged, and that, in combination with the LOCA, this is an additional initiating condition for SAE per EPIP-OSC-1, EAL l.16 " Loss of Two Fission Product Barriers". ,

GMDEXECISEMESSAGES.WP5 3-21 4/26/93

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (conO TO: Repair Team at EDG-2 NUMBER: 18 FROM: Observation (OSC Team Controller) TIME: 0900 T+02:30 TYPE: Verbal Page1 of1 DRILL PURPOSE OhlY-DO NOT initiate actions affecting normal plant opefations. The diesel is running normally at indicated 900 RPM. Pressing the emergency field flash pushbuttons at AI-133B fails to flash the field. There is a faint smell of hot insulation as you stand next to AI-133B. t CONTROLLER NOTES:

1. Deliver to RT leader if a team is sent to investigate why EDG-2 will not load. .

2. Cause is open in relay coil of 41C relay. Relay fails to pick up when voltage is applied.

l Replace relay or jumper contacts 1 and 8 to fix. (1 hour). EXPECTED RESPONSE:  ;

1. RT report to OSC. OSC brief TSC/CR.

GWDQHCISE4EsSAGES.WP5 3-22 4/26/93 i

n SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: . Site Director NUMBER: 19C FROM: Contingency (TSC Lead Controller) TIME: '0915 T+02:45 TYPE: Handout Page 1 of 1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. . Declare a SITE AREA EMERGENCY per EPIP-OSC-1 EAL 11.10

• Explosion Onsite Causing Loss of Plant Equipment."

P 7 CONTROLLER NOTES: L Deliver this message only if directed by the exercise lead controller, if the SAE has not been declared at this time. , EXPECTED RESPONSE:' ,

1. -Declaration of the SAE.

       - 2. Activate the EOF if not already done.

a:m2ntxacistwtssrats.wrs . 3-23 4/26/93 -

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (conO TO: Control Room Operators NUMBER: 20S FROM: Indication (CR Lead Contro!!er) TIME: 0915 T+02:45 TYPE: Handout Page 1 of1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opeiations. ANNUNCIATORS IN CONTROL ROOM INDICATIONS IN CONTROL ROOM-SIAS Bus IB3A supply breaker is tripped. CIAS Containment Spray Pumps SI-3A/-3C are PPLS running. OPLS Containment Spray flow indicates zero Pressurizer Pressure I.ow Hi Containment Pressure NR CPHS Air Hand. Fan VA-3A Auto Start Air Hand. Fan VA-7C Auto Start CONTROLLER NOTES:

1. Deliver this message only if proper indication is not available from the simulator.

2. LOCA increases to 2000 gpm. When loads start upon PPLS, a fault on transformer TIB-3A causes a loss of bus 1B3A and 1B3A-4A. The single remaining injection pump is now Charging Pump CH-1C. Reactor level and pressure drop.

3. Both containment spray injection valves are failed shut.

EXPECTED RESPONSE:

1. Continue injecting with CH-1C. Inform TSC/OSC. Troubleshoot lost electrical buses.

2. ERO declare a SITE AREA EMERGENCY per EPIP-OSC-1 EAL 1.16 " Loss of Two Fission Product Barriers" (LOCA and loss of subcooling), if a SAE was not already declared.

owmu:xEacisEMESSAGES.WP5 3-24 4/26/93

i SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSCIOSC/ EOF (cont) l TO: Repair Team at Breaker T1B-3A NUMBER: 21 FROM: Observation (OSC Team Controller) TIMEi 0920 T+02:50 TYPE: Verbal Page 1 of1 DRILL PURPOSE OhlY DO NOT initiate actions affecting normal plant opefations. Transformer TlB-3A feeder breaker indicates tripped on overcurrent.

• Breaker IB3A indicates no faults.
• Breaker BT-1B3A indicates no faults.

CONTROLLER NOTES:

1. Deliver to RT leader when arriving at T1B-3A switchgear.

2. When loads start upon PPLS, a fault on transformer TIB-3A causes a loss of bus 1B3A and IB3A-4A.

• Give each part of message as message is earned. 3 EXPECTED RESPONSE: )

1. RT inform OSC. OSC inform TSC/CR. Maintenance localize the fault and attempt j repair.

ca66uu:mCISEMESSAGESMT5. 3-25 4/26/93 , i l l

SCENARIO hiESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Control Room Operators NUMBER: 22S FROM: Indication (CR Lead Controller) TIME: 0920 T+02:50 i TYPE: Handout Page 1 of 1 DRILL PURPOSE OhlY DO NOT initiate actions affecting normal plant opefations. - INDICATIONS IN CONTROL ROOM Breaker BT-1B4C will not shut. E CONTROLLER NOTES: i

1. Deliver this message only if proper indication is not available from the simulator.-

2. Unable to restore bus IB4C from the cross-tie.

EXPECTED RESPONSE:  ; 1

1. Continue injecting with CH-1C. Inform TSC/OSC. Troubleshoot breaker BT-1B4C .

owuumCISEMESSAGES.WP5 3-26 4/26/93

                                                                                               )

1

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: Emergency Director NUMBER: 23C FROM: Contingency (EOF Izad Controller) TIME: 0945 T+03:15 TYPE: Handout Page 1 of 1 DRILL PURPOSE ONLY - DO NOT initiate actions affecting normal plant operations. Based on sustained loss of safety injection systems during the LOCA, recommend a PAR (based on EPIP-EOF-7, Attachment 6.1 flow chart) of evacuation of the two-mile radius around the plant, five miles downwind, and shelter the remainder of the EPZ. CONTROLIIR NOTES:

1. Deliver this message only if directed by the exercise lead controller, if the PAR has not been declared at this time.

EXPECTED RESPONSE:

1. ED declare the PAR.

a:v,6DEXERCEEMESSAGES.WP5 3-27 4/29/93

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: RT at BT-1B4C NUMBER: 24 FROM: Verbal (OSC Team Controllers) TIME: 0945 T+03:15 TYPE: Observation Page 1 of 1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opciations. Breaker will not close locally. CONTROLLER NOTES:

1. Deliver to RT leader when they reach BT-1B4C.

2. Failed shut "69" contact #2 prevents remote or local closing of breaker. If operators pull the trip and close fuses, the breaker will shut manually but fail to latch due to worn latch mechanism. Breaker must be swapped with a spare and shut manually (with trip & close fuses still pulled). Must open "69" contact #2 in cubicle door to operate electrically.

EXPECTED RESPONSE:

2. Report to OSC. OSC report to TSC/CR.

ocauu:XERCISEMESSAGES.WP5 3-28 4/26/93

SCENARJO MESSAGES , CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: All RT & AO in Aux. Bldg. NUMBER: 25 FROM: Verbal (OSC Team Controllers) TIME: 0945 T+03:15 TYPE: Observation Page1 of1 DRILL PURPOSE ONLY , DO NOT initiate actions affecting normal plant opefations. You hear a loud noise, like the sound of a high-pressure gas or fluid leak. It is coming from the direction of Room 69. CONTROLLER NOTES:

1. Deliver to RT and AO personnel in the Aux. Building.

2. Copper 2" line has ruptured upstream of check valve IA-510. Break will complicate restoration of instrument air to containment to isolate upcoming release.

EXPECTED RESPONSE:

1. Isolate the leak by shutting IA-519 and -520, and check shut the isolation to containment, PCV-1849B. Report to CR.

o*6uuDCERCISE\ MESSAGES.WP5 3-29 4/26/93 I i

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: RT at HCV-344 / -345 NUMBER: 26 , FROM: Verbal (OSC Team Controllers) TIME: 0950 T+03:20 TYPE: Observation , Page 1 of 1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. i Valves indicate open in CR. Valve stem is in the raised position. If you attempt to open the valve manually with the handwheel, it turns 1 tum in the "open" direction from neutral, then will turn no more. F i CONTROLLER NOTES:

1. Deliver to RT investigating containment spray failure.

2. Remote operator linkage has failed inside bonnet. Valve cannot be operated manually ,

until it is cleared. Repairs will be interrupted by start of release. EXPECTED RESPONSE: .

1. RT inform OSC. OSC inform TSC and CR.

2. CR shut down spray pumps.

3. TSC should recognize that the handwheel should turn more than 30 turns if the valve were open, as the air operator shaft position indicates. I turn indicates that ball and hnkage inside bonnet is still shut. Plan to open bonnet and free ball.

GMUUXERCISEWESSAGESMP5 3-30 4/26/93

i l i i SCENARIO MESSAGES .] CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (conO . l TO: RT at EDG-2 NUMBER: 27 FROM: Verbal (OSC Team Controller) TIME: 0955 T+03:25 TYPE: Observation i Page 1 of1 i DRILL PURPOSE OhlY l DO NOT initiate actions affecting normal plant opefations. Jumpers are installed at contacts 1 and 8 of relay. Diesel is ready to re-start.  ; CONTROLLER NOTES: 1

1. Deliver to RT leader when repairs are complete (0955).

2. Repair time is driven by desire to restore process radiation monitor sample pumps prior to start of release.

EXPECTED RESPONSE: e

1. RT Report to OSC. OSC report to TSC/CR. ,

2. CR coordinate starting EDG_#2 and restoring buses. I 1

a:w6unHCISEMESSAGES.WP5 3-31 4/26/93 l

SCENARIO hfESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: Control Room Operators NUMBER: 28S FROM: Indication (CR Lead Controller) TIME: 1000 T+03:30 TYPE: Handout Page 1 ofI DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. ANNUNCIATORS IN CONTROL ROOM Ventilation Stack Radiation Monitor Alarm INDICATIONS IN CONTROL ROOM HCV-882 indicates open ' Instrument air isolation to containment, PCV-1849B, is shut CONTROLLER NOTES:

1. Deliver this message only if proper indication is not available from the simulator.

2. HCV-882 inside containment fails open on loss of instrument air. A release begins to the environment via the leahng hydrogen purge system flange, to Room 59, and to the ventilation stack. Ventilation stack process monitors, and area monitors in the vicinity of Room 59 increase.

EXPECTED RESPONSE:

1. CR inform TSC/OSC. Investigate means of isolating the release path. Instrument air '

to containment is unavailable. a:wsuumCISEWESSAGESws 3-32 4/26/93

                                                                                                                    ')
                                                                                                                      ?

SCENARIO MESSAGES -k CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: RT in Room 59 NUMBER: 29 FROM: Verbal (OSC Team Controller) TBiE: 1000 T+03:30 A i TYPE: Observation Page 1 of 1 DRILL PURPOSE ONLY,

                                                                                        ~

DO NOT initiate actions affecting normal plant operations. There is steam and a high-pitched whistling noise coming from the Hydrogen Purge Line Flange.- l i

                 ~

R

                                                                                                                      )

CONTROIJIR NOTES:  !

1. RT must be in RM 59 to receive message. l

2. HCV-882 inside containment failed open on loss of instrument air. Contaminated air is released under pressure from containment to Room 59.

3.- Radiation levels in Room 59 increase. )

       '4.            - Noise can be heard from Corridor 26, entry into Rm 59 is required to identify source of     'l noise and to see steam.

EXPECTED RESPONSE: ' q

        -1.                 RT inform OSC. OSC report to TSC/CR.

2. - RT evacuate the room, GMDWXERCISEMESSAGE.S.WP5 3-33 4/29/93 I

q . O ^! h __ - -

• ____.A__e e er p ,,, , .

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: Emergency Director NUMBER: 30C FROM: Contingency (EOF Lead Controller) TIME: 1000 T+03:30 TYPE: Hancout Page 1 of I DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant opefations. Declare a GENERAL EMERGENCY per EPIP-OSC-1-EAL 1.17 " Loss of Three Fission Product Barriers", if not already done. f CONTROLLER NOTES:

1. Ensure General Emergency is declared only if instructed by exercise controller. ,

EXPECTED RESPONSE:

1. Declaration of General Emergency.

owuuxtRCHEMESSAGES.WP5 3-34 4/26/93

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (con 0 TO: RT at Breaker T1B-3A NUMBER: 31 FROM: Verbal (OSC Team Controller) TIME: 1100 T+04:30 TYPE: Observation Page 1 of 1 DRILL PURPOSE OhlY DO NOT initiate actions affecting normal plant opefations. You have racked out the breaker TIB-3A. CONTROLLER NOTES:

1. Deliver to RT leader when they have successfully racked the breaker out. .The bus bars are shorted across. The short is welded in place by the arc. The bus bar stabs require replacement.

EXPECTED RESPONSE:  :

1. Report to OSC. OSC report to TSC/CR. Consider sources of replacement bus bar stabs.

G:\6623\ EXERCISE %frSSAGES,WP5 3-35 4/26/93 ~

SCENARIO MESSAGES CONTROLLER MESS AGES - CR/TSC/OSC/ EOF (cont) TO: TSC and/or OSC Team NUhBER: 32C FROM: Senior Controller TIhE: 1230 T+06:00 TYPE: Verbal Page1 of1 DRILL PURPOSE OhlY ~ DO NOT initiate actions affecung normal plant operations. The 161Kv line is restored and/or the T1B-3A fault is cleared. CONTROLTIR NOTES:

1. Deliver to appropriate player personnel if necessary conective actions have been initiated.

EXPECTED RESPONSE:

1. Restore electrical buses.

o:wnOCERCISEMESSAGrs.WFs 3-36 4/29/93

SCENARIO hESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: RT at Instrument Air NUMBER: 33 FROM: Observation (OSC Team Controller) TIhE: 1300 T+06:30 TYPE: Verbal Page1 of1 DRILL PURPOSE ONLY DO NOT initiate actions affecting normal plant op6 rations. Break ih instrument air system is patched (or temporary 100 psi air line is connected to tee upstream of PCV-1849B and pressurized). , t CONTROILMt NOTES:

1. Deliver to RT leader which ever course of action is appropriate for repair path followed.

EXPECTED RESPONSE:

1. RT inform OSC. OSC inform TSC/CR. CR open PCV-1849B to restore instrument air 3 to containment.

osuu:xatersrur3 SAGES.WP5 3-37 4/29/93

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (conO TO: Control Room Operators NUMBER: 34S . FROM: Indication (CR Lead Controller) TIME: 1300 T+06:30 i TYPE: Handout Page 1 of 1 DRILL PURPOSE ONLY , DO NOT initiate actions affecting normal plant opei'ations. INDICATIONS IN CONTROL ROOM - Instrument air isolation to containment, PCV-1849B, indicates open HCV-882 indicates shut Ventilation stack rad monitors indicate lowering trend t CONTROI.T.ER NOTES:

1. Deliver this message only if proper indication is not available from the simulator.

2. HCV-882 inside containment shuts on restoration of instrument air.

EXPECTED RESPONSE: om:cuxatersruEssAGES.wrs 3-38 4/29/93  ; i l

SCENARIO MESSAGES CONTROLLER MESSAGES - CR/TSC/OSC/ EOF (cont) TO: All Players NUMBER: 35 FROM: (All Facility Lead Controllers) . TIME: 1330 , T+06:00 TYPE: Verbal Page1of1 DRILL PURPOSE ONLY ~ DO NOT initiate actions affecting normal plant operations. All Exercise activities are terminated. Please prepare for facility critiques. Participant critique forms are being passed out for you to complete. Please collect all paperwork and logs generated during the exercise and turn them over to your controller with the participant critique forms. Please return all procedures, manuals and drawings to their proper storage locations. CONTROIlIR NOTES:

1. Deliver this message only when directed by the Exercise Lead Controller.

EXPECTED RESPONSE:

1. Secure from Exercise. Clean up facilities. Re-stow all emergency equipment and supplies. Prepare for critique.

a:wsu:xtacisturssActs.wes 3-39 4/29/93 9

SCENARIO EVENTS CONTROLLER MESS AGES - MRC Scenario messages for the Media Release Center (MRC) are provided under this heading. Each message heading indicates the participant (s) receiving the message and the origination of the message. Message footnotes may contain special notes to controllers and expected participant responses , to the information contained in the message. Actual messages issued to participants will H21 contain the controller notes or expected responses. The actual order and time of message delivery will be coordinated by the MRC Lead Controller. Ad hoc messages will be used at the discretion of the MRC Lead Controller. i i f amuumCEFMESSAGES.WPs 3-40 4/29/93

                                                                                                                                      +

i MESSAGE # RC-le 6/29/93

                                                                                         ^        '

TO: Rumor Control -

                                                             ,

• nj: , . , ^ , 's <

FROM: Media - ~ 3 TIME: t+ :05 08:20 CONTROLLER: .! MESSAGE: "THIS IS A DRILL MESSAGE" . This Channel 3 News. We Have a man identifying himself as F Brown on the phone. He says that he is is at the Fort Calhoun Nuclear Power Plant and that he is armed. He is threatening to kill himself if his demands are not met. He wants to talk to Fred Peterson about reimbursements for failed errgs on land be has leased from OPPD around the Fort Calhoun site. Can you verify this?  ; How did he get into the plant protected area? What is OPPD doing to meet his demands? [

                                                                                                                                      }

Y r A i COMMENTS: i L T e

  ^ 93ex\remen                                          3-41 4

9 1

MESSAGE # RC-2e 6/29/93 1 TO: Rumor Control t FROM: Media - TIME: t+ 0:10 08:25 CONTROLLER: uEssAGE: "THIS IS A DRTLL AMSSAGE" This is the Channel 3 news team again. We have contacted F. Browns wife, and she wants to talk to him. Can we arrange to get a meeting set up? Channel 3 would also like to cover this live, is that possible? i r COMMENTS: l 93ex\remess 3-42 i i I

t l r MESSAGE # RC-3e 6/29/93 , [? gj[9?@[M<  ;

                                                                                               %s
                                                                                         .               .7          -<   .

TO: Rumor Control .

                                                                                           , l} ' g~iIj[jg , cf '> ;l 7, en                            '

FROM: Citizen , 1

                                                                         . 4-85 1            4
                                                                                                    > w ,ast     ,

TIME: t+ 0:15 08:30 CONTROLLER: , MESSAGE: "THIS IS A DRHL MESSAGE" l l'm F. Brown's neighbor and Ijust heard what happened to him. He's been kinda bitter about that ., OPPD property he's been leasing lately and he's mentioned to me a couple of times that he was _; going to blow up the plant if they didn't pay him off. I just thought it was a lot of talk untilI heard about this. Then I got to ihmbng that maybe he's got a bomb too. Do you think someone should check this out? . 1 t i L COMMENTS: l D I 3 - i

MESSAGE # RC-4e 6/29/93 TO: Rumor Control FRO 51: Media - T BIE: t+ 0:20 08:35 CONTROLLER: uESSAGE: "THIS IS A DRTLL AMSSAGE" _ This is channel 3 news. We have a news team in route to Fort Calhoun via helicopter. W do we talk to about gaining access to the site? COMMENTS: \ 93ex\remess 3-44

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MESSAGE # RC-Se 6/29/93

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FROM: Media _ '~ ~ lyy 5#:Magda'ng,;M Je' Aijg 1st  ; TIME: t+ 0:25 08:40 CONTROLLER:  : MESSAGE: "THIS IS A DETTL MESSAGE" , This Channel 7 news anchor person * ". We have heard the repons' of the crisis at the Fort  ! Calhoun Plant. We understand that an armed person has gained unauthorized access to the plant. Can you verify this for us? Is OPPD made arrangements to negotiate with him? What are his demands? ' , t t v i COMMENTS: 6 r 9 a 93ex\rcmess 3-45 . i

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MESSAGE # RC-6e 6/29/93 N' ,. s

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FROM: Media - - < m  ; TIME: t+ 0:30 08:45 CONTROLLER: uESSAGE: "THIS IS A DRILL MESSAGE" This is the World Herald. We have received word that Fort Calhoun is in an Alert status. We are aware of the intruder situation at the site. Is there some other situation going on at the plant  ; that caused the Alert declaration? l i f ( h COMMENTS: - t T t e t r 93ex\remess 3-46 E a

i l 1 l MESSAGE # RC-7e 6s'.9/93

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TO: Rumor Control - 4 FRO 51: Media ' 4[ TIh1E: t+ 035 08:50 CONTROLLER: MESSAGE: "THIS IS A DRILL ABSSAGE" This is channel 3 News. We have lost contact with our news helicopter. Has something Happened? We heard a lot of noise and everything went dead. Who can we contact for information? COMMENTS: 1 93ex\remess 3-47

y MESSAGE # RC-Se 6/29/93 E E" ' m i

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TO: Rumor Control

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                                                                                                        ; $li FROM:               Media                                           ,                      n   1 iA TIME:               t+ 0:40 08:55                      CONTROLLER:

MESSAGE: "THIS IS A DRILL MESSAGE" l This is *---

• I'm a seporter with the New York Times. We have received word that there has been an accident at the Fort Calhoun Nuclear Plant. Could you give me some information? Our reports i

indicate that a bomb exploded on the plant site. This is the second intrusion into the protected . area of a nuclear power plant in the last year. Why weren't stricter security measures adopted to , prevent this intrusion from occurring? f f C i COMMENTS: b P 3-48  : i

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MESSAGE # RC9e 6/29/93 ^ $.. 3g s , TO: Rumor Control . , e

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m~' ' FROM: Media - - TIME: t+ 0:45 09:00 CONTROLLER:  ! MESSAGE: "THIS IS A DRILL MESSAGE" ~ .,

   ' Ibis is *

• from WMMR-TV we have received a report that their has been a bomb exploded at the l

                                                                                                                       't Fort Calhoun Nuclear Station. Can you verify this and tell us what danFers this presents to the public?

l What can the public do at this time to protect themselves? We have also received ' reports that the , plant has been evacuated. Why hasn't OPPD ordered an evacuation of the general public? i I l F l t

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MESSAGE # RC-10e 6/29/93

                                                                                       ;+;         a TO:

Rumor Control

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FROM: Citizen - ' TIME: t+ 0:50 09:05 CONTROLLER: MESSAGE: "THIS 15 A DRILL MESSAGE"

                                                                        ~

According to this book you sent me, you declare an emergency when there's danger of a radiation release. So what is going on there that your not telling us about? Can a man with a gun cause that - much trouble at your plant? l' h COMMENTS: e t 93ex\rcmess 3-50 , 3

A MESSAGE # RC-11e 6/29/93 , . . . .we

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TO: Rumor Control - . , pg l

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FROM: Media - t TIME: t + 0:55 09:10 CONTROLLER: , MESSAGE: "THIS IS A DRILL MESSAGE" , t t COMMENTS: t 9 s

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I

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b 93ex\remess 3-51 -

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s MESSAGE # RC-12e 6/29/93  ;~ g-p;. s l TO: Rumor Control - , , i FROM: Media ,  ; TIME: t + 60 09:15 ' CONTROLLER: ___ MESSAGE: "THIS IS A DRTLL MESSAGE" This is KGAB radio news. We are now receiving reports that a helicopter has crashed at the site. Is this true? How many casualities are there 7 u t

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COMMENTSi , P b k 93ex\remess 3-52 u

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     ' MESSAGE #          RC-13e 6/29/93 '                                  %-

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TO: Rumor Control RF '

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FROM: Media * /

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TIME: t+ 65 09:20 CONTROLLER: . MESSAGE: "THIS 15 A DRILL MESSAGE" t Yes this the Des Moines Register We have received word that there has been an accident at the Fort  ! Calhoun Nuclear Power Plant. Could you verify some information? Our reports indicate that a bomb exploded on the plant site, resulting in one death, is that true?... This was followed by a crash ., 1 of a television news helicopter?... Were there any injuries?... What damage has the plant sustained from . t these events?... What concerns should this generate in the public sector? i I

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I 93ex\remess 3-53 -: t

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MESSAGE # RC-14e 6/29/93 ,,

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TO: Rumor Control . .

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• FROM: Citizen > <

TIME: t+ 070 09:25 CONTROLLER: MESSAGE: "THIS IS A DRTLL MESSAGE" , i C i f i i COMMENTS:

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93ex\remess 3-54

i MESSAGE # RC-15e 6/29/93 TO: Rumor Control FROM: Media TIME: t+ :075 09:30 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" I've been watching reports of the explosion and fire at the nuclear plant, on T.V.. They are comparing this to Chernobyl and Three Mile Island. I have a grandson who is on the Blair Fire Department and I'm concerned about his safety, I know that a lot of firefighters died at Chernobyl. Can you tell me if the Blair Fire Department is responding to this event? COMMENTS: 93ex\remess 3-55

MESSAGE # RC-16E. 6/29/93 , , , TO: Rumor Control FROM: Citizen , , TIME: t+ 080 09:35 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" L i 1 COMMENTS: J

                                                                        )

3-56

4

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i I J MESSAGE #~ RC-17e 6/29/93 ,

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TO: Rumor Control - iM s - 'nMy* <

                                                                                      .;w yy pm go        :

FROM: Citizen - in ut I TIME: t+ 085 09:40 CONTROLLER:

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MESSAGE: "THIS IS A DRILL MESSAGE" What's going on out at that nuclear plant now? Why don't they just close it down and make it i

                                                                                                        .i Nebraska's waste facility? That would save ratepayers alot of money.                                     ;

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l 93ex\remess 3-57 -

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                                                                       i MESSAGE # RC18e 6/29/93           2?     p      >
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TO: Rumor Control , i n,. FROM: Citizen '~ J , T BIE: t+ 090 09:45 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" i r 1 s i J i COMMENTS:  ; P 3-58  : i

- < l l MESSAGE # RC19e 6/29/93 s , , , s *:.f' ' TO: Rumor Control ,

                                                                      ' 4ML                 .     <

2. . . . .

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FROM: Citizen ,

                                                                                                                 .s TIME:                t+ 095 09:50                           CONTROLLER:

uESSAGE: "THIS IS A DRILL MESSAGE" . I live in Blair, and I was just talking to my neighbor, whose husband works at the plant. She was packing up and getting ready to evacuate. She told me that her husband called her, and told her that every one was evacuating at the plant. what is going? On the mdio it said to take shelter and be pre- l pared to evacuate, but all of OPPD is already gone. W is operating the plant if OPPD has pulled ' out? 4 J 1

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i COMMENTS: " I

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l 1 1 d 3-59

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MESSAGE # RC-20e 6/29/93 .- TO: Rumor Control

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                                                                ~ ;": .k FROM:       Media                       <       _

TIME: t+ 100 09:55 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" r i t i i 1 COMMENTS: .; t I l 1 l l 93ex\remess 3-60 1

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1 i MESSAGE # RC21e 6/29/93 , , TO: Rumor Control

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FROM: Citizen < > l t TIME: t- 010510:00 CONTROLLER: MESSAGE: "THIS IS A DRHL MESSAGE"  ; i This is " " I work in Omaha and live in Blair. My wife and kids are still up there and we i don't have a phone so that I can contact them. Can someone go over there to see if they're all right? i

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l l i f COMMENTS: , i I l l

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l 3-61  ; i l

 .   .m       . . . .                  .      _ - __. -    .         . _ .          .-         .                                 _                            _

i s MESSAGE # ' RC-22e >

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gs ,' t ^ < 19h > ?M - TO: Rumor Control ~ . - . - s > i FROM: ritizen , e s ,

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TIME: t+ 11010:05 CONTROLLER: MESSAGE: "THIS IS A DRHL MESSAGE" If this radiation does get out of your plant, Who's going to to pay for all the property and crop  ; damage that is done? Will crop insurance cover any damage?

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3-62

a MESSAGE #. RC23e (' , y , , 2'

1. , . .

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W ' g; TO: Rumor Control ',- - 4

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FROM: Citizen .' * "~ ' ' /

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TIME: t+011510:10 CONTROLLER: MESSAGE: "THIS IS A DR1LL MESSAGE"

                                                 .                                                                               't Hello I live on 30th Street in North Omaha. I heard that they are going to be bringing that radio-active nun to UNMC for treatment. I don't think they should be bringing him down here to Omaha for treatment. He will be going right past my house and now I'm going to be exposed to that radiation.

Can't they take him to Blair for treatment instead of endangering all of us people in Onnha? i b i i i i

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COMMENTS: - 1 f i i

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3-63 .; l i

MESSAGE # RC24e 6/29/93 TO: Rumor Control FROM: Citizen - , TIME: t+ 012010:15 CONTROLLER: MESSAGE: "THIS IS A DRH1. AfESSAGE" I live across from the plant, and I've been listening to the radio broadcasts, telling us not to evacuate at this time. But all The cars at the plant just headed south about 10 minutes ago. What's going on, are the people at the plant just baling out, and leaving the general public to fend for themselves? COMMENTS: >

=r .

3-64

MESSAGE # RC-25e 6/29/93 TO: Rumor Control FROM: Media TIME: t+ 012510:20 CONTROLLER: MESSAGE: "TERS IS A DRILL MESSAGE" COMMENTS: 6 r 93ex\rcmess 3-65 i

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i j MESSAGE # RC26e 6/29/93 O ' T , ,

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TO: Rumor Control m,,

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FROM: Media

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i TIME: t=013010:25 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE"  ; Yes this is the World Herald, we have dispatched a reporter to the news briefings. Is there a number t that he can be reached at? He isn't answering his beeper. 1 i E 5 t J l t t i L i

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i COMMENTS:  ; e D 3-66 i

MESSAGE # RC-27e TO: Rumor Control FROM: Citizen TIME: +013510:30 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" t COMMENTS: 3-67

                                                  .                                           --.-           -.m      .

. s t r E ' h!ESSAGE # RC28e 6/29/93  :.h.,

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TO: Rumor Control .

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~.b:t FROhi: Citizen >

l T151E: t+ 014010:35 CONTROLLER:  ! a' MESSAGE: "THIS IS A drill. MESSAGE" I heard that there really wasn't a bomb up at Fort Calhoun, that the plantjust blew up and now  ! t Nebraska and Iowa are being spewed with Radiation from the plant. Is there any one that the public can talk to that will tell us the truth about what's going on up there? t

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COMMENTS: .l i 3-68 f

P MESSAGE # RC- 30e 6/29/93 ', 'y. y' ;;w ' TO: Rumor Control

                                                                      ~

FROM: Media . ~ - i ' eq , r TIME: t +014510:40 CONTROLLER: MESSAGE: "THIS IS A DRH1. MESSAGE" t L f i t f I J.

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i i I i COMMENTS: .). i I k I

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I l 3-69~

MESSAGE # RC31e 6/29/93 TO: Rumor Control FROM: citizen TIME: t + 015010:45 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" _ Yeah! this is * , I've been sitting at the North Omaha Pub, and I ovei haard a couple of guys talking about evacuating that nuclear plant and going to a shelter at the North Omaha Plant to get monitored and protected from radiation. But on T.V. they say that there's nothing to worry about and that they have the situation under control. How can they have the situation under control, if they're r.itting in a shelter in Omaha? COMMENTS: f 3-70

f MESSAGE # RC32e 6/29/93 TO: Rumor Control s FROM: Media TIME: 1+ 015510:50 CONTROLLER: ' uEssAGE: "THIS IS A DRILL MESSAGE" Yes this is the World Herald, we have dispatched a reponer to the news briefings. Is there a number that he can be reached at? He isn't answering his beeper. t COMMENTS: - 3-71

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MESSAGE # RC33e 6/29/93 . s

u

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TO: Rumor Control . FROM: Media m- < TIME: t+ :0160 10:55 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" '!

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i e i i 9 COMMENTS: ) I i

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                                                                                       'l 93ex\remess                  3-72                                     -l i

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f i i hiESSAGE # RC34e 6/29/93 - t TO: Rumor Control , , ,

                                                                                                           ?
                                                                                        .                  i FROM:           Media                                               ,
                                                                                          -                t TIME:           t+ :0165 11:00 .      CONTROLLER:

MESSAGE: "THIS IS A DRILL MESSAGE" i i 1

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93cx\remess 3-73 1

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r t MESSAGE # RC36e 6/29/93 x . . _ , , . '-, TOi Rumor Control

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l mm s , FROM: Citizen - ac ., ,^ < .; TIME: t+ 017011:05 CONTROLLER: - MESSAGE: "THIS IS A DRHl. MESSAGE"

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I caught a bunch of Catfish out on the river this morning. I came home and we had a bunch for lunch What's going to happen to us? Will we get cancer? , Note: He caught the fish at approx. 06:30 to 08:30 a.m. his wife, two kids (ages 3&8) and himself ate the fish. l

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l I COMMENTS: l

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3-74

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hfESSAGE # RC-37e 6/29/93 ,

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TO: Rumor Control tw;

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1 J' s g;, / s FROh!: Citizen sq * > > ~ < ' M i *

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TIsfE: t+017511:10 CONTROLLER: hstssAGE: "THIS IS A DRILL MESSAGE" l l've heard that everyone over on the Iowa side of Fort Calhoun has already been evacuated. How come , the Nebraska side has not been told to move out? h h

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COMMENTS: t i i P 3-75 1

MESSAGE # RC-38e 6/29/93 . TO: Rumor Control - FROM: Citizen - TIME: t+018011:15 CONTROLLER: uESSAGE: "THIS IS A DRHL MESSAGE" t COMMENTS: 3-76

MESSAGE # RC-39e 6/29/93 TO: Rumor Control FROM: Citizen TIME: t+018511:20 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" COMMENTS: P 4 3-77

MESSAGE # RC40e 6/29/93 ,. . . . TO: Rumor Control ' FROM: Citizen TIME: t + 19011:25 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" This is *-

• l'm at the Cottonwood Marina north of Blair. *--
• said that he just went past Fort Calhoun in his boat, and that there was a lot of steammg water being dumped into the river. Is it Radioactive?

COMMENTS: I l 1 3-78  !

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

1 4 i k i MESSAGE # RC-41e - 6/29/93

                                                                  ^          '     '         '
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TO: Rumor Control _ . , , -, ,. w4 .. ,. FROM: Citizen J^ "

                                                                                                           &            Ss                                  !

i TIME: t+019511:30 CONTROLLER: MESSAGE: "THIS15 A DRILL MESSAGE" This is John Livingood I own the MoRiv RV Park just north of Blair. I have alot of people scheduled in here for the Fourth of July weekend. With all the news coverage of this accident I'm starting to get ,

                                                                                                                                                              ~

a lot of cancellations and calls from people asking what they should do. I would like to know what I should be telling them to reassure them that it is safe here? I've worked hard to build up this j business and the Fourth of July is the one of my key periods. Ijust can't afford to lose this income - and suffer the bad publicity of all this. h

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COMMENTS: s L 5-t

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                                                                                                                                                            ~l 3-79                                                                     -

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MESSAGE # RC-42e 4/21/93 TO: Rumor Control FROM: Citizen - TIME: t+020011:35 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" When are you guys going to quit trying to pull the wool over the publics eyes? First you say you got a bomb and now the whole plant has blown up? Why don't you just tell us the tmth about what's going on out at that place instead of trying to place the blame on some helpless farmer? Who's going to be your scapegoat next time? COMMENTS: 3-80

MESSAGE # RC43e 6/29/93 Y TO: Rumor Control FROM: Citizen TIME: t+020511:40 CONTRO1.1.ER: MESSAGE: "THIS IS A DRILL MESSAGE" I hear that Fort Calhoun has released a lot of contaminated water into the Missouri River. Is this going to kill the fish? i l 1 l l COMMENTS: 1 1 3-81 1

8 MESSAGE # RC44e 6/29/93

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TO: Rumor Control > n .., <

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FROM: Citizen > ,, TIME: t+ 021011:45 CONTROLLER: MESSAGE: "THIS IS A DRILL AfESSAGE" . I i

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1 1 COMMENTS: 1

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                                  .3-82                                                                                    l
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l i MESSAGE # RC-45e 6/29/93 , , '; ie , TO: Rumor Control .

                                                                                  ,    ,               M7 FROM:              Citizen                            U           ,

T TIME: t+021511:50 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" Ijust beard about the bomb that went off and all the radioative water you guys are releasing up at Fort Calhoun. I live in North Omaha and I'd like to know what that's going to do to our water supply? t i h 7 C05BIENTS: B 5 1

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3-83  : s 6

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MESSAGE # RC-46e 6/29/93 - ^

                                                                                                      <   /         t g' - ~ ~.; m       -          4 TO:                  Rumor Control
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FROM: Citizen 7:q > - < TIME: t+022011:55 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" IIello, I represent the Omaha Charnber of Commerce. We have a parade scheduled for the city on the fourth of July. Since the event at OPPD's power plant we are receiving calls from parade participants - asking about the status of the parade. Many of these participants are coming from out of town, and include rather large marching bands, and drill teams, etc. We would like to know how we should answer these questions? Will Omaha be affected by the radiation release? Can we still have the parade? , Will people from outside Omaha be able to access the City? Do you have a feel yet, for when the situation at the plant will be stabilized? i s COMMENTS:

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i e 3-84 P t y r- , , -

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MESSAGE # RC-47e TO: Rumor Control FROM: Citizen TIME: t+022512:00 CONTROLLER: MESSAGE: "THIS IS A DRHL ATESSAGE" I've got a RV spot reserved at The MoRiv RV Park in Blair over the Fourth of July. Now I hear about all this radiation being released up there. Is it safe for me to come up there this weekend or should I cancel my plans? COMMENTS: 3-85 ,

MESSAGE # RC48e 6/29/53 TO: Rucmr Control FROM: Citizen TIME: t +023012:05 CONTROLLER: MESSAGE: "THIS IS A DRUL MESSAGE" I've been seeing all the news reports about the accident at your nuclear plant on T.V. I live in Ames, Iowa, and I would like to know what kind of affects it will have on us? Are our crops and live-stock going to be affected by this? I saw a documentary on PBS about Chernobyl, vegetation and livestock showed radiation levels all over Europe. Will the same thing happen on the North American . Continent? 4 1 COMMENTS: 3-86 1 4

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MESSAGE # RC49e 6/29/93 TO: Rumor Control FROM: Citizen TIME: t+023512:10 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" I just heard about the radioactive water that was released from Fort Calhoun into the River. My son and a friend went canoeing on the river this morning, are they in danger? Who's responsible for getting them out of there? COMMENTS: 3-87

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e, I MESSAGE # RC-50e 6/29/93 - TO: Rumor Control , g., .g ' FROM: Media

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TIME: t+024012:15 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" i This ABC news in New York. We would like to know exactly how the bombing and the helecopter tie in to the current situation at your plant? To what extent did these events cause the current plant sittuation? i

                                                                                                             .i i

COMMENTS: j t b 5 3-88 .

MESSAGE # RC51e 6/29/93 TO: Rumor Control FROM: Citizen TIME: t+ 024512:20 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" I was water sking this moming. Then when I pulled into the Marina everyone was talking about the radiation you guys dumped into the water. Anyhow I'm starting to feel sick and 1*ve noticed that my skin is getting red. I think you guys poisoned me. Who's going to take responsibility for this? Is there a doctor that can treat me? COMMENTS: i 3-89 1

B r MESSAGE # RC52e 6/29/93 - '

                                                                                                 #                  1 x

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TO: Rumor Control  : .NR ,4 , g; ;m '

                                                        ~      '

s FROM: Citizen 4 ne,, : 'dB -

                                                                            ,,                 JM x          4                -

TIME: t+025012:25 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" , This "- I own an apple orchard south of Fort Calhoun. Who can give me advise on the - care of my crop during the emergency? Will I be compensated for any losses? What about the sales - -

                                                                                                                                   .i I made this morning? A bunch of people were out here picking strawberries, are they in danger?

.. 4

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MESSAGE # RC53e 6/29/93 , TO: Rumor Control ,"' ' Y FROM: Citizen N ,. [ TIME: t +025512:30 - CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" This *-

• 1 own an apple orchard south of Fort Calhoun. h can give me advise on the care of my crop during the emergency? Will I be compensated for any losses? What about the sales I made this morning? A bunch of people were out here picking strawberries, are they in danger?

i i l 4 t i COMMENTS: t p 3-91 F I

    . .                   .~               .      .

i MESSAGE # RC54e 6/29/93 <;, e ' +~ 0 4 l,

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TO: Rumor Control N Mt -

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FROM: Citizen . 7 " TIME: t+030012 :35

• CONTROLLER:

i MESSAGE: "THIS 15 A DRHL MESSAGE" i Ijust heard about the radioactive water that was released from Fort Calhoun into the River. My l son and a friend went canoeing on the river this morning, are they in danger? Who's responsible for t getting them out of there? ~!

                                                                                                                                                                                   }

v i f i E i COMMENTS: A I

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D MESSAGE # RC-55e 6/29/93 W TO- - Rumor Control- - s FROM: Citizen v ^ i TIME: t +030512:40 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" l My name is *

• and I own and operate an organic orchard and garden in the Goose Haven Area.  ;

My question is what levels of radiation are you people dumpmig on my crop? My customers and I '! practice a very holistic life style and we don't want our food chemicaly or artificially tainted in any manner. Who will pay for my losses of my crop and restore the soil to condition that our lord intended? Also ifI am forced to evacuate my family and I will only eat pure and natural foods. Has OPPD made provisions for us? l I t r i i t I COMMENTS: i i i 3-93

MESSAGE # RC56e 6/29/93 , TO: Rumor Contro!

                                                                         /

FROM: Citiun _ , TIME: t +031012:45 CONTROLLER: uESSAGE: "THIS IS A DRILL MESSAGE" This is *-

• with the National Wildlife society. We've heard about the spill into the river. Can you tell me what precautions are being taken to protect the wildlife and their habitat?

e

                                                                                                          , ~ ~

COMMENTS: i I 3-94 '

                ~

i MESSAGE # RC57e 6/29/93 & y,_..

                                                      ,a TO:         Rumor Control                  ,

IROM: Citizen TIME: t +031512:50 CONTROLLER: f MESSAGE: "TIIIS IS A DRILL MESSAGE" a i COMMENTS: ' i e 1 l l l l I 1 3-95 i

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                                           ^

MESSAGE # RC58e 6/29/93 ......

                             *^   w:         . . ..
                                         +   'QS
                                             ;                   y .>      >        ;,xf,:l '   s TO:       Rumor Control                                                            ,.c-              -
                                                        ..c::              ,

na , , r , .. FROM: Citizen ,

                                                                              ^

M T BIE: t+032012:55 CONTROLLER: MESSAGE: "THIS IS A DRILL MESSAGE" 5 i t a h i

                                                                                                  'I
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                                                                                                   ?

t I COMMENTS:  ; i I i 3-96  ! t

j o. A 1 h!ESSAGE # RC59e 6/29/93 ^ - W

                                                 ;;q    sk             ;

TO: Rumor Control - FROhi: Citizen Q" sf * ' TIh!E: t+032513:00 CONTROLLER:  ! h1ESSAGE: THIS IS A DRILL MESSAGE" , 1 1 i i P i F COMMENTS: e P l 3-97 '

                  .         .   .=    .      . - .       . . .-.     -,.          -          .
                         ~

I i

                                        ' OPERATIONAL DATA TABLE of CONTENTS                                         ,

1  ; 4 1.. ' Page.

• TABLE of CONTENTS 4-1 3 ~
• OPERATIONAL DATA SUMMARIES and GRAPHS 4-2 '
• CONTROLLER MESSAGES - OPERATIONAL DATA ' 14-35
• ERFCS DISPLAY - OPERATIONAL DATA 4-37.

STATUS BOARD, PAGE 194 4-38 i REACTIVITY CONTROL, PAGE 200 4-39 , VITAL AUXILIARIES, PAGE 210 ' 4-40

                                                                                    ' 4-41 .
                                                                 ~
                 ~ RCS INVENTORY CONTROL, PAGE 220 j

RCS PRESSURE CONTROL, PAGE 230 _ 4-42 '  ! CORE HEAT REMOVAL, PAGE 240 4-43. .: RCS HEAT REMOVAL, PAGE 250 4-44 CONTAINMENT INTEGRITY, PAGE 260 4-45. P f

                                                                                               .i l
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                                                                                               -.=

GWUWWUAUTOCHMS 4-1 Rev. 4/26/93 i

                                                                                               .l I

OPERATIONAL DATA OPERATIONAL DATA SUMMARIES and GRAPHS Operational data summaries and graphs are provided under this heading. Summaries and graphs are for reference by controllers only and will not be issued to participants in this form. Participants have complete access to this data through simulator data, or proper inquiry of the emergency response facility computer system (ERFCS) by displaying the following pages: Status Board Page 194 Reactivity Control Page 200 Vital Auxiliaries Page 210 RCS Inventory Control Page 220 RCS Pressure Control Page 230 Core Heat Removal Page 240 RCS Heat Removal Page 250 Containment Integrity Page 260. Example of these ERFCS screens are included in this scenario. NOTE: The examples provided in this scenario submittal are only examples to depict the layout and configuration of the screens. The actual volume of screens to be available for the exercise will be produced from the tables of data. The data reflected in the examples enclosed may not necessarily reflect actual exercise data. GM6DMMUAUTOCn.ws 4-2 Rev.' 4/26/93

OPERATIONAL DATA SUMMARIES 1993 FORT CAUIOUN EXERCISE PLANT DATA SUMM ARY Time Elapsed Time From Trip Plant Mode PZR pressure PZR level (K) P2R leet (Y) i PZR littemp. PZR sim. temp. PZR htra RVLMS A RVLMS B CET avg CET hi psig Inches Inches 'F 'F kW  %  % 'F 'F 6:00 T-00:30 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 5S00 610 SGS T40:25 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 590 0 610 6:10 T-00:20 NA 2110 59 8 59 8 640 0 1 640 0 _ 225 100 100 590 0 610 8:15 T40:15 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 __ 590 0 _ 610 8:20 T-00:10 NA 1 2110 59 8 59 8 640 0 640 0 225 _ 100 _ 100 590 0 610 6:25 T-00:05 NA 1 2110 59 8 59 8 640 0 640.0 225 100 100 590 0 610 6:30 T*00:00 NA 1 2110 59.8 59 8 640 0 640 0 225 100 100 590 0 610-6:35 T+00:05 NA 1 2110 59 8 59 8 640.0 640 0 225 100 100 590 0 610 8:40 T+00:10 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 590 0 610 6:45 T+00:15 NA 1 2110 - 59 8 59 8 640 0 640 0 225 100 100 590.0 610 8:50 T+00:20 NA 1 2110 59 8 59.8 640.0 640 0 225 100 100 590 0 610 6:55 T+00:25 NA 1 2110 59 8 59 8 640.0 640 0 225 100 100 590 0 610 7:00 T+00:30 NA 1 2110 59.8 59 8 640 0 640 0 225 100 100 590 0 610 7:05 T+00:35 NA 1 2110 59 8 59.8 640 0 640.0 225 100 100 590 0 610 7:10 T+00:40 NA 1 2110 59.8 59 8 640 0 640.0 225 100 100 590 0 610 F:15 T+00:45 NA 1 2110 59 8 59 8 640.0 640 0 225 100 100 590 0 610 7:20 T+00:50 NA 1 2110 59 8 59 8 640.0 640 0 225 100 100 590 0 610 7:25 T+00:55 NA 1 2110 59 8 59 8 640 0 640.0 225 100 100 590 0 610 7:30 T+01:00 NA 1 2110 59 8 59 8 640 0 640.0 225 100 100 590 0 610 F:35 T+01:05 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 590 0 610 7:40 T+01:10 NA 1 2110 59.8 59 8 640.0 640 0 225 100 100 590 0 610

                           ?:45                     T+01:15      NA          1        2110           59.8           59 8         640.0         640 0          225 '    100   ~I60~~         5906~  ~6W 7:50                    T+01:20      NA          1        2110           59.8           59 8         640 0         640 0          225      100       100        590 0     610 F:55                    T+01:25      NA          1        2110           59.8           59.8         640.0         640 0          225      100       100        590 0     610 8:00                    T+01:30      NA          1        2110           59 8           59 8         640 0         640 0          225      100       100        590.0     610 8:05                     T+01:35      NA          1        2110           59 8           59 8         640 0         640 0          225      100       100        590 0     610 8:10                     T+01:40      NA          1        2110           59 8           59 8         640 0         640 0          225      100   ~~506]      ' 590 0      610 8:15                     T+01:45      NA          1        2110           59.8           59 8         640 0         640 0          225      100                  590 0     610 100 _ .

8:20 T+01:50 NA 1 2110 59 8 59 8 640 0 640 0 225 100 100 590 0 610 8:25 T+01:55 NA 1 2110 59.8 59 8 640 0 640.0 225 100 100 590 0 610 8:30 T+02:00 NA 1 2110 59.8 59.8 640.0 640 0 225 100 100 590 0 610 8:35 T+02:05 00.05 2 1850 32 6 32.6 620 0 630.0 0 100 100 530 0~ 533 3:40 T+02:10 0010 2 1870 34 6 34 6 620 0 630 0 0 100 100 530 0 533 8:45 T+02:15 00.15 3 1910 38 3 38.3 620 0 630 0 0 100 100 530.0 532 8:50 T+02:20 00-20 3 1700 24.8 24 8 610.0 620.0 0 100 100 550.0 573 S:55 T+02:25 00 25 3 1700 23 7 23.7 610.0 610.0 0 100 100 550 0 569 9:00 T+02:30 00.30 3 1680 22.4 22.4 610 0 610 0 0 100 100 550.0 573 9:05 T+02:35 00'35 3 1630 18.6 18 6 610 0 610.0 0 100 100 550 0 574 OM084GOFTWARETLTDTSUMAU 4-3 Rev. 4/26/93 i

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OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time subcooling Margin Letdown Flow CEA's not inseried N1 pwr.(WR) THot loop-1 THol loop-2 TCold loop-ta 1 Cold loop-1b TCold loop.2a TCold loop-2b

                                 'F            gpm              #                 %             *F           'F               *F        'F                   'F                       *F 8:00      T-90:30              53           34 6             0              101.0           593          593              542       542                  542                      542 5:06      T-00:26            -53            34.6             0              101.0           593          593              542       542                  542                      542 5:10      T-00:20            -53            34.6             0              101.0           593          593              542       542                  542                      542 8:16      T-00:16            -53            34 6             0              101.0           593          593              542       542                  542                      542 8:20      T-80:10            -53            34 6             0              101.9           593          593              542       542       _    _

542 542 8:26 T-00:06 -53 34.6 0 101.0 593 593 542 542 542 542 8:30 T+00:00 -53 34 6 0 101.0 593 593 542 542 542 542 S:36 T+00:06 -53 34 6 0 1G1.0 593 593 542 542 542 542 8:40 T+00:10 -53 34 6 0 101.0 593 593 542 542 542 542 6:46 T+00:16 -53 34.6 0 1010 593 593 542 542 542 542 8:60 T+00:20 -53 34 6 0 101.0 593 593 542 542 542 542 8:66 T+00:26 -53 34.6 0 101.0 593 593 542 542 542 542 _ 7:00 T+00:30 -53 34.6 0 101.0 593 593 542 542 542 542 7:06 T+00:16 -53 34 6 0 101.0 593 593 542 542 542 542 7:10 T+00:40 -53 34.6 0 101.0 593 593 542 542 _ _. _ 542 542 7:16 T+00:48 -53 34.6 0 101.0 593 593 542 542 542 542 7:20 T*00:50 -53 34 6 0 101.0 593 593 542 542 _ 542 542 7:26 T+00:66 -53 34.6 0 101.0 593 593 542 542 542 542 7:30 T+ 01:00 -53 34.6 0 101.0 593 593 542 542 542 542 7:36 T+01:06 -53 34 6 0 101.0 593 593 542 542 542 542 7:40 T+01:10 -53 34.6 0 101.0 593 593 542 542 542 542 7:46 T+01:16 -53 34 6 0 101 0 593 593 542 542 . _ 542 542 7:60 T+01:20 -53 34 6 0 101.0 593 593 542 542 542 542 7:66 T+01:26 53 34 6 'O 101.0 593 593 542 542 542 542 8:00 T+01:30 - -53 34 6 0 101.0 593 593 542 542 542 542 5:06 T+01:36 -53 34.6 0 101.0 593 593 542 542 542 542 5:10 T+01:40 -53 34.6 0 101.0 593 593 ' 542 542 542 542 8:16 T+ 01:46 -53 34 6 0 101,0 593 593 542 542 542 542 5:20 T+01:60 -53 34.6 0 101.0 593 593 542 542 542 542 8:26 T401:66 -53 34.6 0 101.0 593 593 542 542 542 542 3:30 T+02:00 34 6 0 101,0 593 593 542 542 542 542 8:36 T+02:08 -93 00 0 -00 535 535 533 533 533 _ 533 8:40 T+02:10 - -95 0.0 0 0.0 534 534 533 533 533 _533 S:48 T+02:16 -99 0.0 0 00 534 534 533 533 533 533 B:60 T+02:20 -57 0.0 0 0.0 552 552 523 523 524 524 5:66 T+02:28 -61 0.0 0 0.0 548 548 525 525 524 525 9:00 T+02:30 -56 00 0 0.0 552 552 528 528 529 529 9:06 T+02:36 -51 00 0 0,0 553 553 529 529 529 529

        ' OM024GOFTWARETLTDTSUM.xts                                                  4-6                                                                            Rev 4/20/93

__- _ - __. ___ - - . . - - - . . . . . . - . _ .-_ .__~. _ . _ . . . ~ . . . -;

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PI, ANT DATA

SUMMARY

Tkne Elspeed Time Subcooling Margin t etdown Flow CEA's not inserted NI pwr.(WR) THot loop-1 THot loop-2 TCold loop-ta TCold loop-ib TCold loop-2a TCold loop.2b

                         'F              gpm              #               %          *F          *F              *F             *F            *F             *F 9:10    T+02:40         -49               00              0              0.0        553         553             529            529           529            529 9:15    T+02:45         -49               00              0              0.0        553         553             529            529           529            529 9:20    T+02:50           2               00              0              00         543         543             526            526           525            525 9:25    T+02:56          22               00              0              00         519         516             519            520           520            520 9:30    T+03:00          35               0.0             0              00         495         495             495            497           497            497 9:35    T+03:05          38               0.0             0              00         491         491             490            490           490            490 9:40    T+03:10          27               00             0               00         492         492             491            492           #94            492 9:45    T*03:15          40               0.0            0               00         476         476             475            475           475 ~          475 9:50    T+03:20          36               00             0               0.0        468         468             467            470           471            470 9:55    T*03:26          33               00             0               0.0        465         465             465            465           466            465 10:00    T+03:30          34               0.0            0               0.0        460         460      _

460 460 460 460 10:05 T+03:35 36 0.0 0 00 455 455 455 455 455 455 10 10 T+03:40 37 00 0 0.0 449 449 449 449 449 449 10:15 %es 42 00 0 0.0 458 458 442 442 442 442 1040 T+03:50 56 00 0 0.0 462 462 434 445 442 446

                                                                                                                                                                     ~

10:25 T+03:55 71 00 0 0.0 547 538 430 440 440 441 10:30 T+04:00 112 00 0 0.0 464 466 425 435 450 449 10:35 T+04:05 109 0.0 0 00 440 441 439 4 _ 39 451 451 10:40 T+04:10 116 00 0 0.0 504 497 425 425 430 430 10:45 T+04:15 122 0.0 0 00 559 556 546 546 548 548 10:50 T+04:20 122 0.0 0 0.0 518 533 430 430 441 441 10:55 T+04:25 122 0.0 0 0.0 442 445 377 377 398 398 11:00 T+04:30 122 00 0 0.0 499 492 467 467 468 468 11:06 T+ 04:35 122 0.0 0 0.0 554 551 553 553 561 _ 561_ 11:10 T+ 04:40 122 0.0 0 00 513 528 434 434 461 461 11:15 T+04:45 122 0.0 0 00 437 440 424 424 432 432 11:20 T+04:50 122 0.0 0 0.0 494 487 ' 406 406 395 395 11:25 T+04:55 122 0.0 0 0.0 549 546 484 484 499 499 11:30 T+05:00 122 0.0 0 00 508 523 476 476 499 499 11:35 T+05:05 122 0.0 0 00 432 435 431 431 445 445 11:40 T+05:10 122 0.0 0 0.0 489 482 410 410 415 415 11:45 T+05:15 122 0.0 0 0.0 544 541 531 531 533 533 11:50 T+05:20 122 0.0 0 0.0 503 518 415 415 426 426 11:55 T+05:25 122 0.0 0 0.0 427 430 362 362 383 383 12:00 T+05:30 122 0.0 0 00 484 477 452 452 453 453 12:05 T+05:35 122 0.0 0 0.0 539 536 538 538 546 546 12:10 T+05:40 122 0.0 0 0.0 498 513 419 419 446 446 12:15 T+05:45 122 0.0 0 0.0 422 425 409 409 417 417 OM084tSOFTWARETLTDTSUM.XLS 4-7 Rev. 4/26/93

OPERATIONAL DATA SUMMARIES 1993 FORT CALHOUN EXERCISE PLANT DATA SUMMAl1 Time Elepsed Time Subcooling Margin Letdown Flow CEA's not inserted Ni pwr.(WR) THot loop-1 THot loop-2 TCold loop-ta TCold loop-1b TCold loop-2a ~-TCold loop-2b

                                           - *F             gpm               #                      %            'F               T                             T                    *F                       T                    T 12:20        T+06:64                   122-           0.0              0                    0.0           479             4 72                           391                  391                      380                  380 12:28        T+06:56-                 122              00              0-                   0.0           534             531                            469                  469-                  - 484                   484 12:.30      T+0s.16                   122             00               0                    0.0           493             508                     _ 461                       461                      484                  44 4         -i 12:38        T+00:96                   122            0.0              0                    0.0           417             420                            416                  416                      430            ~. 430 12:44     - T+00:10                 -122              0.0              0                    0.0           474             467                            395                  395                      400..                400 12:46       T+98:18                    122            00               0                    0.0           529             526                            516              - 516                        518                  518.

12:60 - T+es:29 122 0.0 0- 0.0 488 503 400 400 411 411 12:68 T+06:26 122 0.0 0 0.0 412- 415 347 347 368 368 13:00 T+06:30 122 00 0 0.0 469 462 437 437 438 438 13:08 T+06:36 122 00 0 - 0.0 524' 521 523 523 531 531 13:19 T+06:40 122 ~ 0.0 0 0.0 483 498 404 _ 404 431 431 13:16 T+06:48 122 0.0 0 0.0 407 410 394 394 402 402 13:20 T+06:50 122 0.0 0 0.0 464 457 376 376 365 365 e 13:26 T+06:66 ' 122 00 0 0.0 519 516 454 454 469 469 l 13:30 T+07:00 - 122 00 0 0.0 478' 493 446 446 469 469

                                  ~

i v OMoscSOFTWARETLTDTSURXLS 4-8 . Rev. 4/26/93 -'

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• OPERATIONAL DATA SUhm1 ARIES 1993 FORT CALHOUN EXERCISE PLANT DATA

SUMMARY

TCme Elapsed Time RCP RC4A RCPRC48 RCP RC4C RCP RC40 SG A Pressure SG B Pressure SG A level (NR) SG B level (NR) SG A level (WR)_ psig psig  %  %  % 6:00 T40:30 RUN RUN RUN RUN 825 0 825 0 65 0 65 0 79 4 6:06 T-00:26 RUN RUN RUN RUN 825 0 825 0 65 0 65 0 79 4 6:10 T40:20 RUN RUN RUN RUN 825.0 825.0 65 5 65 0 79 4 8:16 T40:16 RUN RUN RUN RUN 825 0 825 0 65 0 65 0 79 4 6:20 T40:10 RUN RUN RUN RUN 825.0 825 0 65.0 65 0 79 4 6 8:26 T40:06 RUN RUN RUN RUN 825.0 825 0 65 0 65 0 79.4 6:30 T+00:00 RUN RUN RUN RUN 825 0 825 0 65.0 65.0 79 4 6:36 T+00:08 RUN RUN RUN RUN 825 0 825 0 65 0 65 0 79 4 6:40 T+00:10 RUN RUN RUN _RUN 825.0 825.0 65 0 65 0 79 4 6:46 T+00:16 RUN RUN RUN RUN 825 0 825 0 65.0 65 0 79 4 6:50 T+00:20 RUN RUN RUN RUN 825 0 825.0 65.0 65.0 79.4 6:66 T+00:26 RUN RUN RUN RUN 825.0 825.0 65 0 65 0 79 4 7:00 T+00:30 RUN RUN RUN RUN . 825 0 825 0 65 0 65 0 79 4 7:06 T+00:36 RUN RUN RUN RUN 825.0 825 0 65 0 65 0 79.4

    ?:10        T+00:40    RUN                     RUN       RUN            RUN                 825.0                   825.0                    65.0                    65 0               79 4 7:16        T+00:46    RUN                     RUN       RUN            RUN                 825.0                   825.0                     65.0                   65.0               79 4 7:20        T+ 00:50   RUN                     RUN       RUN            RUN                 825.0                   825.0                     65.0                   65 0               79 4 7:26        T+00:56    RUN                     RUN       RUN            RUN                 825.0                   825 0                    65.0                    65.0               79.4                      .

7:30 T+01:00 RUN RUN RUN RUN 825.0 825.0 65 0 05.0 79 4 7:36 T+01:06 RUN RUN RUN RUN 825 0 825.0 65.0 65 0 79.4 7:40 T+01:10 RUN RUN RUN RUN 825.0 825.0 65 0 65 2 79 4 7:46 T+01:16 RUN RUN RUN RUN 825.0 825.0 65 0 65 0 79 4 " T:60 T+01:20 RUN RUN RUN RUN 825.0 825.0 65.0 65.0 79 4 7:66 T+01:26 RUN RUN RUN RUN 825.0 825.0 65.0 65 0 79.4 s:00 T+01:30 RUN RUN RUN RUN 825.0 825.0 65 0 65 0 79.4 !- 3:06 T+01:36 RUN RUN RUN RUN 825.0 825.0 65.0 65.0 79 4 . 3:10 T+01:40 RUN RUN RUN RUN 825 0 825.0 65 0' 65 0 79 4 8:16 T+01:46 RUN RUN RUN RUN 825.0 825.0 65.0 65 0 79 4 8:20 T+01:50 RUN RUN- RUN RUN 825.0 825 0 65.0 65 0 79.4 8:26 T+01:65 RUN RUN RUN RUN 825 0 825.0 65.0 65.0 79.4 8:30 T+02:00 RUN RUN RUN RUN 825 0 825 0 65 0 65.0 79.4 8:36 T+02:06 RUN RUN RUN RUN 904.0 904 0 38.7 38.9 73.9 , 8:40. T+02:10 RUN RUN .RUN RUN 902.0 902.0 42.9 41.0 _ 75.9 8:46 T+02:16 RUN RUN RUN RUN 901.0 901.0 47.3 42.9 77.9 8:50 T+02:20 TRIP .T RIP TRIP TRIP 623.0 623 0 53.1 43 4 83.7 S:65 T+02:26 TRIP TRIP ~ TRIP TRIP 851.0 851.0 47.1 40 0 78.3 9:00 T+02:30 TRIP TRIP TRIP TRIP 868.0 868.0 47.2 39 5 78.1 9:06 - T+02:36 TRIP TRIP TRIP TRIP 871.0 871 0 48.5 40 6 78 6 ovoseSOFTWARETLTDTSUMXLs 4-9 Rev. 4/26/93

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

OPERATIONAL DATA SUMMARIES 1993 FORT CALilOUN EXERCISE PLANT DATA SUMM ARY t Time Elapsed Time RCP RC-3A RCP RC-3B RCP RC 3C RCP RC-3D SG A Pressure SG B Pressure SG Alevel(NR) SG B level (NR) SG Alevel(WR) psig psig  %  %  % 9:10 T+02:40 TRIP TRIP TRIP TRIP 874 0 674 0 48 6 40.9 78 5 9:15 T+02:46 TRtP TRIP TRIP TRIP 874 0 874 0 48 6 40 9 E8 5 9:20 T+02:50 TRIP T RIP TRIP TRIP 854.0 851.0 45.4 45.1 ~ 78 0 9:25 T+02:66 TRIP TRIP TRIP TRIP 763.0 760 0 44 1 44 3 78 9 9:30 T+03:00 TRIP TRIP TRIP TRIP 655.0 654 0 36 5 38.1 77.1 9:35 T+03:08 TRIP TRIP TRIP TRIP 596 0 596.0 32 5 34 9 75 7

                                                                                                                                  ~

9:40 T+03:10 TRIP TRIP TRIP T RIP 625.0 625.0 33 8 36 0 f65-9:45 T+03:16 TRIP TRIP TRIP TRIP 498 0 498.0 38 0 38.9 79 4

                                                                                                                                ~

9:50 T*03:20 TRIP TRIP TRIP TRIP 487.0 487.0 42.4 43.1 81.6 9:68 T+03:25 TRIP TRIP TRIP TRIP 470.0 470.0 48.9 49 2 84.5 10:00 T+03:30 TRIP TRIP TRIP TRIP 446 0 446.0 55 9 ~55 7 8f.7 10:05 T+03:35 TRIP TRIP TRIP TRIP 420 0 420.0 63 9 63 1 91.7 10:10 T+03:40 TRIP TRIP TRIP TRIP 39G 0 396 0 69 4 68 2 94 2 10:15 T+03:45 TRIP TRIP TRIP TRIP 3690 3690 69 4 ~52 6 '94 2 10:20 T+03:60 TRIP TRIP TRIP TRIP 349 0 349.0 69.4 68 2 94.2 10:26 T+03:55 TRIP TRIP TRIP TRIP 337.0 338 0 69.4 68.2 94.2 10:30 T+04:00 TRIP TRIP TRlP TRIP 330.0 329 0 69.4 68.2 94.2 10:35 T+04:05 TRIP TRIP TRIP TRIP 320 0 321.0 69 4 68 2 94.2 10:40 T+04:10 TRIP TRIP TRIP TRIP 312.0 312.0 69 4 68 2 94 2 10:45 T+04:15 TRIP TRIP T RIP TRIP 290.0 292.0 69 4 68.2 ~94.5 10:60 T+04:20 TRIP TRIP TRIP TRIP 290 0 292.0 69 4 68.2 94 2 10:55 T+04:26 TRIP TRIP TRIP TRlP 290.0 292.0 69.4 68.2 94.2 11:00 T+04:30 TRIP TRIP TRIP TRIP 290 0 292.0 69 4 68.2 94.2 11:05 T+04:35 TRIP TRIP TRIP TRIP 290 0 292.0 69 4 68.2 94 2 E10 T+04:40 TRIP TRIP TRIP TRIP 290 0 292 0 69 4 68.2 94.2 11:15 T+04:45 TRIP TRIP TRIP TRIP 290 0 292.0 69 4 68 2 94.2 11:20 T+04:60 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 ' 68.2 94.2

                                                                                                                                                  ~

11:26 T+04:56 TRIP TRIP TRIP TRIP 290 0 292.0 69.4 68.2 94.2 11:30 T+05:00 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68.2 942 11:35 T+05:05 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68 2 94.2 11:40 T+05:10 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68 2 94.2 11:45 T+05:15 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68.2 94.2 11:50 T+c6:20 TRIP TRIP TRIP TRIP 290 0 292.0 69 4 68 2 94.2 11:65 T+06:25 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68.2 94.2 12:00 T+05:30 TRIP TRIP TRIP TRIP 290 0 292.0 69.4 68 2 94.2 12:08 T+06:36 TRIP TRIP TRIP TRIP 290 0 292.0 69.4 68.2 94.2 12:10 T+06:40 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68.2 94 2 12:15 T+06:45 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68.2 94.2 0.womsOFTWARETLTDTsunXLs 4 -10 Rev. 4/26/93

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time RCP RC-3A RCP RC-3B RCP RC-3C RCP RC-3D SG A Pressure SG B Pressure SG Alevel(NR) SG B level (NR)_ _SG_A level (WR) psig psig  %  % 12:20 T+06:50 TRIP TRIP TRIP T RIP 290.0 292.0 69.4 68.2 94 E~ 12:26 T+08:66 TRIP . TRIP TRIP 1 RIP 290.0 292 0 69.4 68 2 94 2 12:30 T+06:00 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68 2 94 2 12:36 T+06:06 TRIP TRIP TRIP TRIP 290 0 292 0 69.4 68 2 94 2 12:40 T+06:10 TRIP TRIP TRIP TRIP 290.0 292 0 69.4 68 2 94 2 12:46 T+06:16 TRIP TRIP TRIP TRIP 290 0 292 0 69 4 68 2 94 2 12:50 T+06:20 TRIP TRIP TRIP TRIP 290.0 2920 69 4 68 2 94 2 12:66 T+06:26 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68.2 94 2 13:00 T+06:30 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68.2 94 2 13:06 T+06:36 TRIP TRIP TRIP TR!P 290.0 292.0 69.4 68 2 94.2 13:10 T+06:40 TRIP TRIP TRIP TR!P 290.0 2920 69 4 68 2 94.2 13:16 T+06:46 TRIP TRIP TRIP TRIP 290 0 292 0 69 4 68 2 94 2 13:20 - T+06:50 TRIP TRIP TRIP TRIP 290.0 292.0 69 4 68.2 94 2 13:26 T+06:65 TRIP TRIP TRIP TRIP 290.0 292.0 69.4 68 2 94.2 - 13:30 T+07:00 TRIP TRIP TRIP TRIP 290.0 292 0 69.4 68.2 94.2 T' ovos4soFTWARETLTDTSUnns 4 - 11 ' Rev 4/26/93

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OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PIANT DATA

SUMMARY

Time Etapsed Time containment prets Containment temp. Containment dewpoint Containment H2 conc. Cont. sump level (NR) Cont. sump level (WR) VCT level SIRWT level

                                                 .p
                                                                                                                                         ~            '

p,gg .F  % ~~~~~I~ches n feei ~ inihes~ Inche7~ 6:00 T40:30 06 105 74.5 0.0 13 7 00 59 4 189 6:05 T-00:25 06 105 74 5 00 13 7 00 59.4 189 6:10 T 00:20 0.6 105 74.5 0.0 13.7 00 ~~ 59 4 189 6:16 T-00:15 06 105 74 5 00 13.7 0.0 59 4 189 6:20 T-00:10 0.6 105 74 5 00 13.7 00 59 4 189 8:25 T-00:05 06 105 74.5 0.0 13 7 59.4 189 _ 0 O _ __ __ 8:30 T+00:00 06 105 74.5 00 13.7 00_ 59 4 189 8:35 T+00:05 06 105 74.5 00 13 7 00 59.4 189 8:40 T+00:10 0.G 105 74.5 00 13.7 00 59 4 189 6:45 T+00:15 0.6 105 74.5 0.0 13.7 00 59.4 189

                                                                                                                                                                           ~

6:50 T+00:20 06 105 74.5 00 13.7 ~~ 00 -~ 7Ai- ~ 189 8:55 T+00:25 06 105 74.5 00 13.7 0i~~~ 59 d~ ~ ~ 189 7:00 T+00:30 06 105 74 5 00 13.7 00 59.4 189

                                                                                                                                                ~ - -

7:05 T+00:35 06 105 74 5 00 13.7 0.0 59.4 189 7:10 T+00:40 06 105 74.5 0.0 13.7 00 _ 59 4 189 7:15 T+00:45 0.6 105 74.5 00 13.7 00 59 4 189 7:20 T+00:50 06 105 74.5 00 13 7 00 59.4 189 7:26 T+00:55 06 105 74.5 00 13.7 00 59 4 189 7:30 T+01:00 0.6 105 74.5 00 13 7 0.0 59 4 189 7:35 T+01:06 0.6 105 74.5 00

• 3.7 0.0 59 4 189 7:40 T+01:10 0.6 105 74.5 0.0 13.7 00 59 4 189-9:45 T+01:15 0.6 105 74 5 0.0 13.7 00 59.4 189 7:50 T+01:20 0.6 105 74.5 0.0 13.7 00 59 4 189

   ~fi65      T+01:25         0.6               105                74.5                 0.0                    13 7                     00                        59 4           189 8:00      T+01:30         06                105                74.5                 00                     13.7                     00                       59 4            189 8:05      T+01:35         06                105                74.5                 00                     13.7                     00        -
                                                                                                                                                            -59 4                189        '

, 8:10 T+01:40 06 105 74.5 00 13.7' OO ~ 59.4 189

 ] 8:15       T+01:45         06                105                74.5                 00                     13.7                     00              ~

59 4 189 8:20 T+01:50 0.6 105 74.5 00 13.7 00 59 4 189 8:25 T+01:55 0.6 105 74.5 00 13 7 00 59.4 189 8:30 T+02:00 0.6 105 74.5 0.0 13.7 0.0 59 4 189 8:35 T+02:06 1.0 105 94.6 0.0 19.7 0.0 42.6 - 188

                                                                                                                                                            ~ 53 i~ ~i88
                                                                                                                                                          ~

8:40 T+02:10 1.3 108 105 0.0 12 6 00 8:45 T+02:15 1.5 108 109 00 24.1 00 44.2 187 8:50 T+02:20 2.2 123 117 0.0 24.1 00 45 187 8:55 T+02:26 2.1 119 118 0.0 24.2 0.0 45.8 187 l 8:00 T+02:30 1.7 111 112 0.0 24.3 00 46 6 187 l 9:05 T+02:35 1.6 109 110 00 24.5 0.0 47.4 187 i l OM034tSOFTWARETLTDTSUM,AU 4 -15 Rev. 4/26/93 l

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OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

t Time Elapsed Time Containment press Containment temp. Containment dewpoint Containment H2 conc. Cont. sump level (NR) Cont. sump level (WR) VCT level SIRWT level psig *F 'F  % inches feet inches inches 9:10 T+02:40 15 109 109 00 24 5 00 47.7 187 9:15 T+02:45 1.5 109 109 0.0 24 5 00 - 47.7 187 9:20 T+02:50 46 131 120 0.0 25 0 00 47.9 187 9:25 T+02:55 10.1 174 120 C.0 26 2 00 47.9 187 9:30 T+03:00 10.0 173 120 00 27.1 00 47.9 186 9:35 T+03:05 9.9 174 120 00 28.2 00 47.9 186 9:40 T+03:10 9.5 174 120 00 29.1 0.1 47.9 186 9:45 T+03:15 94 172 120 00 29.5 01 47.9 186 9:50 T+03:20 94 168 120 00 29 8 0.2 47.9 186 9:55 T+03:25 94 166 120. 0.0 30 1 02 47.9 185 10:00 T+03:30 9.3 164 120 0.0 30.3 02 47.9 185 10:05 T+03:35 8.3 163 120 00 30 5 02 47 9 184 10:10 T+ 03:40 7.6 161 120 00 30.8 0.2 47 9 183 10:15 T+03:45 66 159 120 0.0 31.0 02 47.9 182 11:20 T+03:50 60 158 120 00 31.2 03 47 9 180 10:25 T+03:55 58 156 120 0.0 31 4 03 47.9 179 10:30_ T+ 04:00 5.6 155 120 00 31.5 05 ~U5'~ if7-10:35 T+ 04:05 5.5 154 120 00 31.7 03 479 176 10:40 T+04:10 5.3 152 120 00 31.9 0.3 47.9 175 10:45 T+04:15 49 151 120 00 31.9 0.3 47.9 173 10:50 T+04:20 45 151 120 0.0 31.9 0.3 47.9 172 10:55 T+04:25 4.1 151 120 0.0 31.9 0.3 47.9 170 11:00 T+04:30 3.8 151 120 0.0 31 9 03 47.9 169 11:05 T+04:35 3.6 151 120 00 31.9 03 47.9 167 11:10 T+04:40 3.4 151 120 0.0 31.9 0.3 47.9 165 11:15 T+04:45 3.2 151 120 00 31.9 0.3 47.9 164 11:20 T+04:50 3.0 151 120 00 31.9' 03 47.9 162 11:25 T*04:55 2.9 151 120 00 31.9 0.3 47.9 161 11:30 T+05:00 2.8 151 120 0.0 31.9 0.3 47.9 159 11:35 T+ 05:05 2.7 151 120 00 31 9 0.3 47.9 157 11:40 T+05:10 2.6 151 120 0.0 31.9 0.3 47.9 156 ~ 11:45 T+05:15 2.5 151 120 0.0 31.9 0.3 47.9 154 11:50 T+05:20 2.4 151 120 0.0 31.9 0.3 47.9 152 i 11:55 T+05:25 2.3 151 120 0.0 31.9 03 47.9 151 12:00 T+05:30 2.2 - 151 120 0.0 31.9 0,3 47.9 149 12:05 T+05:35 2.1 151 120 0.0 31.9 0.3 47.9 147 12:10 T+05:40 2.0 151 120 0.0 31.9 03 47.9 145 - 12:15 T+05:45 1.9 151 120 00 31.9 0.3 47.9 143 f i ovesesorrWARE\PLTDTStAI.XLS 4-16 Rev. 4/26/93 i

OPERATIONAL DATA SUMMARIES 1993 FORT CALilOUN EXERCISE PLANT DATA

SUMMARY

e Time Elepsed Time Containment press Containment temp. Containment dewpoint Containment H2 conc. Cont. sump levet(NR) Cont. sump level (WR) - VCT level SIRWT level - psig *F *F  % inches feet- inches Inches 12:20 T+96:64 1.8 151 120 0.0 31.9 0.3 47.9 . . -142 12:26 T+96:66 1.7 151 120 0.0 31.9 0.3 47.9 ~ 140-12:30 T+06:00 1.6 151 120 0.0 31.9 0.3 47.9 138. .. 12:36 T+96:96 1.5 151 120 0.0 31.9 0.3 47.9 IW 12:40 T+06:10 1.5 151 120- 00 31.9 0.3 47.9 13 7 - 12:46 T+96:16 1.5 151 120 0.0 31.9 0.3 47.9 129 12:00 T+96:20 - 1.5 151 120 0.0 31.9 0.3 47.9 126- ' 12:66 T+96:26 1.5 151 120 0.0 31.9 0.3 47 9 123 13:00 - T+06:30 1.5 151 120 0.0 '31.9 _ 03 47.9 120 13:06 T+99:36 1.5 - 151. 120 00 31.9 0.3 47.9 117 13:19 T+04:46 - 1.5 151 120 0.0 31.9 0.3 47.9 114 13:16 T+06:46 1.5 - 151 120 00 31.9 0.3 47.9 111 13:20 T+06:6e 1.5 . 151 120 0.0 31.9 03 47.9 -108 5 13:26 T+08:56 1.5 151 120 0.0 31.9 0.3 47.9. 104 13:30 - T+9T:00 1.5 - 151 120 0.0 - 31.9 0.3 47.9- IO1 i t owsesorrWARETLTDTSUM.X13 4-17 Rev. 4/26/93 __ _.-__m _-m_mw _.s*-m= . _ , . , . - - -e v.- 4w m. v ~ , . . , - - J.+- + y- u. n... ..- E , - , , , . . . . - . , , . . ,.v m,.[._.'w.

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OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time EDG#1 EDG #2 CHG pump A CHG pump B. CHG pump C CHG header flow HPSIA HPSIB HPSIC HPSI header flow I. PSI A l_ PSI B LPSl header f_!ow_ gpm gpm gpm 6:00 T40:30 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:05 T40:25 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 6:10 T40:20 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 6:15 T40:15 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY O 6:20 T40:10 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0

                                                                                                                       ~

8:25 T40:05 STBY STBY OFF OFF RUN 40 STBY STBY -STBY ~ U~ STUI TTBV ~ ~6 ' ~ 5:30 T +00:00 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 6:35 T+00:05 STBY STBY OFF j OFF RUN 40 STBY STBY STBY 3 STBY STBY 0 8:40 T+00:10 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:45 T+00:15 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:50 T+00:20 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:55 T* 00:25 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 T:00 T+00:30 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:05 T+ 00:35 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:10 T+00:40 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:15 T+00:45 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:20 T+00:50 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 T:25 T+00:55 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 T:30 T+01:00 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:35 T+01:05 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:40 T+01:10 STBY STBY OFF OFF RUN 40 STBV STBY STBY 0 STBY STBY 0 T:45 T+01:15 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 7:50 T+01:20 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY~ STBY 0 T:55 T+01:25 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:00 T+01:30 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:05 T+ 01:35 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:10 T+01:40 STBY STBY OFF OFF RUN 40 STBY STBY $TBY 0 STBY STBY 0 8:15 T+01:45 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:20 T+01:50 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:25 T+01:55 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:30 T+02:00 STBY STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 - 8:35 T+02:05 RUN RUN RUN RUN RUN 120 STBY STBY STBY 0 ~ STBY ~5T E O 8:40 T+02:10 RUN RUN RUN RUN RUN 120 STBY STBY STBY 0 STBY STB ~ 0 8:45 T+02:15 ~RUN RUN RUN RUN RUN 120 STBY STBY STBY 0 STBY STBY 0 8:50 T+02:20 RUN RUN OFF OFF OFF 0 STBY STBY STBY 0 STBf STBY 0 8:55 T+02:25 RUN RUN OFF OFF OFF 0 STBY STBY STBY 0 STBY STBY 0 9:00 T+02:30 RUN RUN OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 8:06 T+02:35 RUN RUN OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 OMo*4WOFTWARFVLTDTSUM XL5 4-18 Rev. 4/2G/93

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

Time Elepsed Time EDG #1 EDO #2 CHO pump A CHG pump B CHG pump C CHG ficader flow HPSIA HPSIB HPSIC HPSI header flow LPSIA LPSIB LPSl header flow gpm gpm gpm i 0:10 T+02:40 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 STBY STBY 0 3BT 0:16 T+02:46 RUN STBY OFF OFF RUN 40 STBY STBY 0 Si57 "STBY ~~6 ~ ~ ' T+02.60 0:20 RUN STBY OFF OFF OFF 0 STBY STBY STBY 0 RUN STBY 0 + 0:26 T+02:66 RUN STBY OFF OFF OFF 0 STBY STBY STBY 0 RUN STBY 0

                                                                                                                                                                        ~ ~

j 0:30 T+03:00 RUN STBY OFF OFF RUN 40 STBY STBY' ~575Y' f~ ~ T0ff 5T5Y~ ]O~~ j l 0:36 T+03:06 - RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 1 0:40 T+03:10 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 { 0:46 T+ 03:16 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 , 0:80 T+03:20 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 ! 0:65 T+03:26 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 . 10:00 T+03:30 RUN STBY OFF OFF RUN 40 STBY STBY STBY 0 RUN STBY 0 i SO:06 T+03:36 RUN RUN OFF RUN RUN 80 STBY RUN STBY 214 RUN RUN O 10:10 T+03:40 RUN RUN OFF RUN RUN B0 STBY RUN STBY 218 RUN RUN O j 10:16 T+03:46 RUN RUN OFF RUN RUN 80 STBY RUN STBY 222 RUN RUN O 10:20 T+03:50 RUN RUN OFF RUN RUN 80 STBY RUN STBY 226 RUN RUN O l 10:26 T+03:66 RUN RUN OFF RUN RUN 80 STBY RUN STBY 230 RUN RUN O 10:30 T+04:00 RUN RUN OFF RUN RUN 80 STBY RUN STBY 234 RUN RUN O i 10:36 T+04:06 RUN RUN OFF RUN RUN 80 STBY RUN STBY 238 RUN RUN O 1 10:40 T+04:10 RUN RUN OFF RUN RUN 80 STBY RUN STBY 242 RUN RUN O 246~~~

                                                                                                                                                                                                                   ~       '

i 10:46 T+04:16 RUN RUN OFF RUN RUN 80 STBY RUN STBY 'RUN ROII 0

- 10

50 - T+04:20 RUN RUN OFF RUN RUN- 80 STBY RUN STBY 250 RUN RUN O

10:56 T+04:26 RUN RUN OFF RUN RUN 80 STBY RUN STBY 254 RUN RUN O

! 11:00 - T+04:30 RUN RUN OFF RUN RUN 80 STBY RUN STBY 258 RUN. RUN O 11:06 T+04:36 RUN RUN OFF RUN RUN B0 STBY RUN STBY 202~~ ~ 5Ufi ~kUti~~~ 0 ' 11:10 T+04:40 RUN RUN OFF RUN RUN 80 STBY RUN STBY 266 RUN RUN O 11:16 T+04:46 RUN RUN OFF RUN RUN 80 STBY RUN STBY 270 RUN RUN O 2 11:20 T+04:50 RUN RUN OFF RUN RUN 80 STBY RUN $TBY 274 RUN RUN O . 11:26 T+04:56 RUN RUN OFF RUN RUN 80 STBY RUN STBY 278 RUN RUN O 11:30 T+06:00 RUN RUN OFF RUN RUN 80 STBY RUN STBY 282 RUN RUN O 11:36 T+06:06 RUN RUN OFF RUN RUN 80 STBY RUN STBY 286 RUN RUN 3-~~ 11:40 T+06:10 RUN RUN OFF- RUN- RUN 80 STBY RUN STBY 290 RUN RUN O l 11:46 T+06:16 RUN RUN OFF RUN RUN 80 STBY RUN STBY 294 RUN RUN O

               . 11:50     T+06:20              RUN               RUN      OFF         RUN          RUN              80                        STBY_         RUN  STBY            298            RUN              RUN                O               ,

i 11:56 T+06:26 RUN RUN OFF RUN RUN 80 STBY .RUN STBY 302 RUN RUN O j 12:00 T+06:30 RUN. RUN OFF RUN RUN 80 STBY RUN STBY 306 RUN RUN O 12:06 T+06:36 -RUN RUN OFF RUN RUN 80 . STBY RUN STBY 310 RUN RUN- 0 12:10 T+06:40 RUN RUN OFF RUN RUN 80- STBY RUN STBY 314 RUN RUN O , i 12:16 T+06:46 RUN RUN OFF RUN RUN 80 STBY RUN STBY 318 RUN RUN O 1 1 o was4EOFTWARDPLTDTSUMX13 4.-19 Rev. 4/26/93 1-J' __a,____ _ _ , - - _ _ , . . _- _._ . -_ -.,_ ;_ -. _, _ ... _ , , . . _ _ . _ _ -. _ . _ . . , _ . __a..,.. . _ _ .

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA SUMMAltY Time Elapsed Time EDG #1 EDG #2 CHG pump A CHG pump B CHO pump C CHO header flow HPSIA HPSIB HPSIC HPSI header flow LPSIA LPSIB LPSI header flow UPm gpm gpm 12:20 T+05:50 RUN RUN OFF RUN RUN 80 STBY RUN STBY 322 RUN RUN O 12:26 T+05:56 RUN RUN OFF RUN RUN 80 STBY RUN STBY 326 RUN RUN O 12:30 T+06:00 RUN RUN OFF RUN RUN B0 STBY RUN STBY 330 RUN RUN O'~~ 12:35 T+06:06 RUN RUN RUN RUN RUN 120 RUN RUN STBY 534 RUN RUN O 12:40 T+06:10 RUN RUN RUN RUN RUN 120 RUN RUN STBY 538 RUN RUN O 12:45 T+06:16 RUN RUN RUN RUN RUN 120 RUN RUN STBY 542 RUN RUN O 12:50 T+06:20 RUN RUN RUN RUN RUN 120 RUN RUN STBY - 546 RUN RUN O 12:55 T+06:26 RUN RUN RUN RUN RUN 120 RUN RUN 'STBY 550 RUN RUN 6~~~ 13:00 T+06:30 RUN RUN RUN RUN RUN 120 RUN RUN STBY 554 RUN RUN O

                                                                                                                                                                ~ ~ ' -

13:05 T+06:36 RUN RUN RUN RUN RUN 120 RUN RUN STBY 558 _ ld5 RUN' O 13:10 T+06:40 RUN RUN RUN RUN RUN 120 RUN RUN STBY 562 RUN RUN O 13:15 T+06:46 RUN RUN RUN RUN RUN 120 RUN RUN STBY 566 RUN RUN O 13:20 T+06:50 RUN RUN RUN RUN RUN 120 RUN RUN STBY 570 RUN RUN O 13:25 T+06:55 RUN RUN RUN RUN RUN 120 RUN RUN STBY 574 RUN RUN O 13:30 T+07:00 RUN RUN RUN RUN RUN 120 RUN RUN STBY 578 RUN RUN O OM0:4soFTWARETLTDTSUMXLS 4 -20 Rev. 4/26/93

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

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

s Time Elepsed Time CCW A CCWB CCW C Cont. Spray A Cont. Spray B Cont. Spray C Cont.5 pray header flow Air Compressor A Air Compressor B Air Compressor C gpm 8:00 T40:30 - -STBY RUN STBY STBY STBY STBY 0 RUN ~ STB I ~ ~ STBY 8:06 T40:26 STBY- RUN STBY STBY STBY STBY 0 RUN ST BY ~~ STBY T40:20 8:10 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY s:16 T40:16 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 8:20 T40:10 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 6:26 T40:06 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 6:30 T+ 00:00 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY s:36 T+00:06 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 8:40 T+00:10 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 8:45 T+00:16 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY , 8:60 T+00:20 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 8:66 T+00:26 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY , 7:00 T+00:30 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:06 T+00:36 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY . 7:10 T+00:40 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY l 7:16 T+00:46 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY T:20 T+00:60 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:26 T+00:66 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:30 T+01:00 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY

                                                                                                                                   ~~       ~

7:36 T+01:06 STBY RUN STBY STBY STBY STBY 0 RI,IN STBY STBY 7:40 T+01:10 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:45 T+01:16 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:60 T+01:20 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 7:66 -T+01:26 STBY RUN STBY STBY -STBY STBY 0 RUN STBY STBY 3:00 T+01:30 STBY RUN STBY STBY STBY STBY 0 ~ RUN STBY STBY 3:06 T+01:36 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 3:10 T+01:40 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 3:16 T+01:46 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 3:20 T+01:50 STBY RUN STBY STBY STBY STBY 0 RUN STBY STBY 3:26 T+01:56 STBY RUN STBY STBY STBY STBY O RUN STBY STBY 3:30 T+02:00 STBY RUN STBY. STBY STBY STBY 0 RUN STBY STBY B:36 T+02:06 STBY RUN STBY STBY STBY STBY 0 RUN- STBY STBY 3:40 T+02:10 STBY RUN STBY STBY STBY STBY 0 STBY STBY STBY S:dC T+02:15 STBY RUN STBY STBY STBY- STBY 0 RUN STBY STBY 3:$?) T+02:20 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY

  ,3:36     T+02:28      RUN   STBY    RUN       STBY         STBY           'STBY                    0                    RUN                             STBY                                   STBY 9:00    T+02:10~

RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY ~

  } 3103    T+02:25     RUN    STBY    RUN       STBY         STBY            STBY                    0                    RUN                             STBY                                   STBY p_         GMOMSOFTWARE\rt.TDTSUMX13                                                 4 - 21                                                                                                      Rev. 4/26/93 I

_- _ . __ _ ._ - _._. _ _ _ _ .._ . . u - _. _ _ _ . _ . _ . _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA

SUMMARY

Time Etaps*d Tirre CCW A CCWD CCW C Cont. Spray A Cont. Spray B Cont. Spray C Cont. Spray header flow Air Compressor A Air Compressor B Air Compressor C 9Pm 9:10I T+02:40 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY . D:15 T+02:45 RUN STBY RUN STOY STBY STBY 0 RUN STBY STBY 9:20 T+?230 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 9:2S T+02:55 RUN STBY RUN RUN STBY STBY 0 RUN STBY STBY 9:30 T+03:00 RUN STBY RUN STBY STBY RUN O RUN STBY STBY 9:35 T+03:05 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 9:40 T+03:10 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 9:45 T+03:15 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 9:50 T+03:20 RUN STBY RUN STBY STBY STBY 0 RUN ~ STBY S10Y 9:55 T+03:25 RUN STBY RUN STBY STBY STBY 0 RUN STBT ~ ~~ SiBY 10:00 T+03:30 RUN STBY RUN STBY STBY STBY 0 RUN STBY -STBY 10:05 T+03:35 RUN STBY RUN S18Y STBY STBY 0 RUN STBY STBY 10:10 T+03:40 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 10:15 T+03:45 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 10:20 T+03:60 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 10:25 T+03:55 RUN STBY RUN STBY STBY STBY 0 STBY STBY STBY 10:30 T+04:00 RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 10:35 T+04:OS RUN STBY RUN STBY STBY STBY 0 RUN STBY STBY 10:40 T+04:10 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 10:45 T+04:15 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 10:50 T+04:20 RUN RUN RUN STBY STBY STOY 0 RUN STBY STBY 10:55 T+04:25 RUN RUN RUN STBY STBY STBY 0 RUN STBY ~ STBY 11:00 T+04:30 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:05 T+04:35 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:10 T+04:40 RUN RUN RUN STBY STBY SlBY 0 RUN STBY STBY 11:15 T+04:45 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:20 T+04:50 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:25 T+04:55 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:30 T+05:00 RUN RUN RUN STBY STBY STOY 0 RUN STBY STBY 11:35 T+05:05 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:40 T+05:10 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:45 T+05:15 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:50 T+05:20 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 11:55 T+05:25 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:00 T+05:30 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:05 T+05:35 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:10 T+05:40 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:15 T+05:45 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY GM084'SOFTWARET1 TDTSUM MS 4 - 22 Rev. 4/26/93

OPERATIONAL DATA SUMMARIES 1993 FORT CALilOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time CCW A CCW B CCW C Cont. Spray A Cont. bpray B Cont. Spray C Cont. Spray header flow Air Compressor A Air Compressor B Air Compressor C gpm 12:20 T+96:69 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY

• 12:26 T+06:56' RUN RUN RUN STBY STBY STBY' 'O RUN STBY STBY 12:30 - T+06:9e RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:36 T+96:06 RUN- RUN RUN STBY STBY STBY 0 RUN STBY STBY 12:45 - T+96:10 RUN RUN RUN- STBY STBY STBY 0 RUN _ STBY STBY 12:46 T+96:16 - RUN - RUN- RUN STBY .STBY STBY 0 RUN STBY STBY 12:60 T+96:20 RUN RUN RUN STBY STBY STBY 0 RUN STBY SlBY 12:66 T+06:26 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 13:00 T+06:30 RUN RUN RUN STBY STBY STBY 0 RUN STBY STBY 1326 T+06:36 RUN RUN RUN 'STBY STBY STBY 0 RUN STBY STBY 13:10 T+96:40 RUN RUN RUN .STBY STBY STBY 0 - RUN STBY STBY 13:16 T+e6:46 RUN RUN- RUN STBY STBY STBY 0 RUN STBY STBY 13:20 T+06:60 RUN RUN RUN -STBY STBY STBY 0 RUN STBY STBY 13:26 T+06:66 RUN RUN RUN STBY STBY STBY ,

O RUN STBY STBY-13:30 T+07:00 RUN RUN RUN STBY STBY STBY l 0 RUN STBY STBY 6 GM084L90lTWARET1. TDT 5UM.XLs 4 - 23 Rev. 4/26/93

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OPERATIONAL DATA SUMMARIES 1993 FORT CAlllOUN EXERCISE PLANT DATA SUMMAltY 1 Time Etapsed Time Air header pressure FW 6 F W-10 PPLS S!AS CPHS CIAS CRHS VIAS RAS [p.S CSAS _OPLS Stack flow Reactor Turbine Generator psig cfm 8:00 T 00:30 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNTAC NTAC rAC NTAC NT AC 48000 NT TRIP NT TRIP NT TRIP 6:05 T-00:25 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNT AC NTAC NTAC NT AC NT AC 48000 NT TRIP NT TRIP NT TRIP 8:10 T-00:20 101 STBY STBY NTAC NTAC NTAC NTAC NT ACT NTAC NTAO NTAC NT AC NT AC 48000 NT TRIP NT TRIP NT TRIP 8:15 T-00:15 101 STBY STBY NT AC NT AC NTAC NTAC NT ACTNT AC NT AC NTAC NTAC NT AC 48000 NT TRIP NT T RIP NT TRIP 8:20 T-00:10 101 STBY STBY NTAC NTAC NTAC NTAC NTACTNTAC NTAC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 6:35 T-00:05 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNTAC NTAC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:30 T+00:00 101 STBY STBY NTAC NT AC NT AC NTAC NT ACT NT AC NT AC NT AC NT AC NTAC 48000 NT TRIP NT TRIP NT TRIP 6:35 T+00:05 101 STBY STBY NTAC NTAC NT AC NTAC NTACTNTAC NTAC NTAC NTAC NTAC 4 NT TRIP NT TRIP NT TRlP _ _ _ 8000 6:40 . STBY NTAC NTAC NTAC NTAC T+ 00:10 101 STBY NT ACT NTAC NTAC NTAC NTAC NTAC 48000_ _,NT TRIP NT TRIP _ NT 1 RIP __ 6:45 T+00:15 101 STBY STBY NTAC NTAC NTAC NT AC NT ACT NTAC NT AC NT AC NT AC 48000 NT TRIP NT TRIP t T TRIP NTAC. _ 8:50 T+00:20 101 STBY STBY .NTAC NTAC NTAC NTAC NT ACT NT AC NT AC NTAC NTAC. NT AC 48000 NT TRIP NT TRIP _ NT TRIP 0:55 T+00:25 101 STBY STBY NTAC NT AC NT AC NTAC NT ACT NT AC NT AC NTAC NTAC NT AC 48000 NT TRIP NT TRIP NT TRIP F:00 T+00:30 101 STBY STBY NTAC NTAC NT AC NTAC NT ACT NTAC NTAC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:05 T+00:35 101 STBY STBY NTAC NTAC NT AC NTAC NT ACTNTAC NTAC NT AC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:10 T+ 00:40 101 STBY STBY NTAC NT AC NT AC NTAC NTACT NTAC NTAC NT AC NT AC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:15 T+00:45 101 STBY STBY NTAC NTAC NT/C NT AC NT ACT NT AC NTAC NTAC NT AC NT AC 48000 NT TRIP NT TRIP NT TRIP F:20 T+00:50 101 STBY STBY NTAC NTAC NTAC NIAC NT ACT NTAC NT AC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:25 T+00:55 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNTAC NTAC NTAC NTAC NT AC 48000 NT TRIP NT TRIP NT TRIP 7:30 T+01:00 101 STBY STBY NTAC NTAC NT AC NTAC NT ACTNT AC NTAC NT AC NTAC NT AC 48000 NT TRIP NT TRIP NT TRIP 7:35 T+ 01:05 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNT AC NT AC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:40 T+01:10 101 STBY STBY NTAC NT AC NTAC NTAC NT ACT NTAC NTAC NTAC NTAC NTAC 48000 N T TRIP NT TRIP NT TRIP T:45 T+01:15 101 STBY STBY NT AC NTAC NT AC NTAC NT ACT NTAC NTAC NT AC gNT AC NT AC 48000 NT TRIP NT TRIP NT TRIP 7:50 T+01:20 101 STBY STBY NTAC NTAC NT AC NT AC NT ACTNTAC NTAC NT AC INT AC NTAC 48000 NT TRIP NT TRIP NT TRIP 7:55 T+01:25 101 STBY STBY NT AC NT AC NTAC NTAC NT ACTNT AC NTAC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:00 T+01:30 101 STBY STBY NT AC NTAC NT AC NTAC NT ACTNTAC NTAC NT AC NTAC NTAC 48000 NTTR f iTTRF ~UT TRif 8:05 T+ 01:35 101 STBY STBY NTAC NTAC NTAC NTAC NT ACT NTAC NTAC NTAC NT AC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:10 T+01:40 101 STBY STBY NTAC NTAC NTAC NTAC NT ACT'NTAC NT AC NT AC 'NT AC f4T AC 48000 NT TRIP NT TRIP NT TRIP 8:15 T+01:45 101 STBY STBY NTAC NTAC NTAC NTAC NT ACTNT AC NTAC NTAC NT AC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:20 T+01:50 101 STBY STBY NT AC NTAC NTAC NTAC NT ACT NTAC NTAC NTAC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:25 T+01:55 101 STBY STBY NTAC NTAC NTAC NTAC NTAC NT AC NTAC NTAC NTAC 48000 NT TRAP NT TRIP NT TRIP 8:30 T+02:00 101 STBY STBY NTAC NT AC NT AC NTAC NT ACT{NT AC NT ACT NTAC NT AC NTAC NTAC 48000 NT TRIP NT TRIP NT TRIP 8:35 T+02:05 101 STBY STBY NTAC NTAC NT AC NT AC ACT ACT NTAC NT AC NTAC NT AC 48000 TRIP TRIP TRIP 8:40 T+02:!0 103 STBY STBY NTAC NTAC NT AC NT AC ACT ACT NTAC NTAC NTAC NTAC 48000 TRIP TRIP TRIP 8:45 T+02:15 98.1 STBY STBY NTAC NTAC NT AC NTAC ACT ACT NT AC NTAC NT AC NTAC 48000 TRtP TRIP TRIP 8:50 T+02:20 93.6 RUN STBY NT AC NTAC NTAC NTAC ACT ACT NTAC NTAC NTAC NT AC 0 TRIP TRIP TRIP 8:55 T+02:25 96 8 RUN STBY NTAC NTAC NTAC NTAC ACT ACT NTAC NTAC NTAC NTAC 0 TRIP TRIP TRIP 9:00 T+02:30 99.1 RUN STBY NTAC NTAC NTAC NTAC ACT ACT NTAC NTAC NTAC NT AC 0 TRIP TRIP TRIP 8:05 T+02:35 101 RUN STBY NTAC NTAC NT AC NT AC ACT ACT NTAC NT AC NT AC NTAC 0 TRIP TRIP TRIP ovosesorrWARETLTDTSUMXLS 4 - 24 Rev. 4/2G/93 _~ __ .- . . _ _ _ . _ _ . . - _ - - - . . - _ . - . _ _ _ _ _ _

OPERATIONAL DATA SUMMARIES 1993 FOltT CALIIOUN EXEltCISE Pl ANT DATA SUMMAltY Time Etapsed Time Air header pressure FW4 FW-10 PPLS SIAS CPHS CIAS CRHS VIAS RAS STLS CSAS OPLS Stack flow Reactor T ur bine Generator psig cfm 9:10 T+02:40 102 RUN STBY NTAC NT AC NT AC NT AC ACT ACT NTAC NTAC NTAC NTAC 0 TRIP TRIP T RIP 9:15 T+ 02:45 102 RUN STBY NTAC NTAC NTAC NT AC ACT ACT NT AC NTAC NT AC NTAC 0 TRIP TRIP TRIP 9:20 T+02:60 78 6 RUN RUN ACT ACT NT AC ACT ACT ACT NTAC NT AC NT AC ACT 0 TRIP TRIP TRIP 9:25 T+02:55 00 1 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 0 TRIP TRIP TRIP 9:30 T+03:00 55 2 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 0 TRIP TRIP TRIP 9:35 T+03:05 72.3 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 0 TRIP TRIP TRIP 9:40 T+03:10 82.8 RUN RUN ACT ACT ,ACT ACT ACT ACT NT AC NTAC ACT ACT O TRIP TRIP TRIP P:45 T+03:15 87 3 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 0 TRIP TRIP TRIP 9:50 T+03:20 93.6 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NTAC ACT ACT 0 T RIP TRIP TRIP 9:55 T+03:25 98.3 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 0 TRIP T RIP TRIP 10:00 T* 03:30 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 25000 TRIP TRIP TRIP 10:06 T+03:35 97.7 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP TRIP 10:10 T+03:40 97.8 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 T RIP T RIP TRIP 10:15 T+03:45 99.9 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 TRIP TRIP TRIP 19:20 T+03:50 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NTAC ACT ACT 24000 TRIP TRIP T RIP 10:23 T+03:55 103 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRtP TRIP TRIP 10:30 T+ 04:00 98 3 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 10:35 T+ 04:05 100 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 TRIP TRIP TRIP 10:40 T+04:10 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP Trio TRIP 10:45 T+04:15 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TR!P TRW TRIP 10:50 T+04:20 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP TRIP 10:55 T+ 04:25 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 TRIP T RIP TRIP 11:00 T+04:30 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 11:05 T+04:35 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 11:10 T+ 04:40 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP TRIP 4 11:15 T+04:45 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP -TRIP 11:20 T+04:50 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ' ACT 24000 TRIP TRIP TRIP 11:25 T+04:55 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 11:30 T+05:00 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP TRIP 11:35 T+05:05 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 T RIP TRIP TRIP 11:40 T+05:10 102 RUN RUN ACT ACT ACT ACT AC~ ACT NT AC NT AC ACT ACT 24000 TRIP TR!P TRIP 11:45 T+05:15 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 11:50 T+05:20 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TRIP TRIP TR!P 11:55 T+06:25 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ' ACT ACT 24000 TRIP TRIP TRIP 12:00 T+ 05:30 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT 24000 TR!P TRIP TRIP 12:05 T+05:35 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 12:10 T+05:40 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 12:15 T+05:45 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NTAC ACT ACT 24000 TRIP TRIP TRIP On6084\SOFTWARETLTDTStA1.XLS 4 - 25 Rev. 4/26/93 _ _ _ _ - - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ __ _ -. ~ . . - . _.

OPERATIONAL DATA SUMMARIES 1993 FORT CAL 1tOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time Air header pressure FW4 FW 10 PPLS SIAS CPHS CIAS CRHS VIAS RAS STLS CSAS OPLS Stack flow Reactor Turbine Generator , psig - cfm 92:20 T+96:60 -102 RUN RUN- ACT ACT ACT ACT ACT ACT- NT AC NTAC ACT ACT 24000 TRIP TRIP TRtP 12:26 T+96:56 102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC 'ACT ACT 2400G TRIP . TRIP TRIP 12:30 T+06:00 -102 RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP ' TRIP , 12:36  : T+06:06 102 : RUN RUN ACT ACT ACT ACT ACT. ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 12:40' T+09:19 - 102 RUN RUN ACT ACT ACT ACT- ACT ACT NTAC NTAC ACT ACT ~24000 ~iiilI TRIP . TRIP. ' 12:46 - T+98:16 102 RUN RUN ACT ACT ACT ACT ACT ACT NT AC NT AC ACT ACT -24000 TRIP TRIP - . TRIP 12:50  :- T+06:20 102 RUN RUN ACT ~ACT ACT ACT ACT ACT NTAC NT AC ACT ACT 24000 TRIP TRIP TRIP 12:56 T+96:25 102 RUN RUN ACT- ACT ACT- ACT- ACT ACT NTAC NTAC ACT ACT 24000 TRIP TRIP TRIP 13:00 T+06:30 102 RUN RUN ACT ACT- ACT ,ACT ACT- ACT NTAC NT AC ACT ACT 24000 TRIP TRIP - TRIP - 13:06 T+06:36 102 RUN RUN ACT .ACT ACT ACT ACT ACT NTAC NT AC ACT NTAC 24005 TRIP TRIP TRIP 13:10 - T+06:40 102- RUN RUN ACT ACT ACT -ACT ACT ACT NTAC NTAC ACT NTAC 24010 TRIP TRIP TRIP 13:15 T+96:45 - 102 RUN RUN ACT ACT ACT- ACT ACT' ACT NT AC NT AC ACT NT AC '?4015 TRIP TRIP TRIP 13:20 T+06:80 102 RUN RUN ACT ACT ACT. ACT ACT ACT NTAC NT AC ACT NT AC 24020 TRIP TRIP TRIP 13:25 T+D6:56 102' RUN RUN ACT ACT ACT ACT ACT ACT NTAC NTAC ACT NTAC 24025 TRIP TRIP TRIP 13:33 T+07:00 102- RUN RUN ACT ACT ACT ACT ACT ACT NTAC NT AC ACT NTAC 24030 TRIP TRIP TRIP e t E n .- I o.wosesorrWARETLTD15UMELS -. 4 26- Ilev. 4/26/93 -

  .u _ m -_ . . _ . - ,-___                      _ . . _ . . . _ . .       . - . _ _ . _ . . - - . - ~ _          _   .__.          _ ...= ._           -- - . _ . , . _ . . . . _ - -_                   . _ _ _ _ _ . , _ . .

OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE P1, ANT DATA

SUMMARY

Time Elapsed Time Offatte pwr 346 Offsite pwr 181 DC bus 1 DC bus 2 volts volts 8:00 T-00:30 AVAll AVAll 129 129 8:05 T40:25 AVAll AVAll 129 129 8:10 T40:20 AVAIL AVAll 129 129 8:15 T40:15 AVAIL AVAIL 129 129 8:20 T40:10 AVAll AVAIL 129 129 8:26 T40:06 AVAll AVAIL 129 129 8:30 T+00:00 AVAIL AVAIL 129 129 8:36 T+00:08 AVAIL AVAll 129 129 8:40 T+00:10 AVAll AVAll 129 129 6Ce T*00:15 AVAIL 129 129 AVA{ 8:60 T+00:20 AVAL AVA". 129 129 6:65 T+00:26 AVAIL AVAtt -129 129 7:00 T+00:30 AVAll AVAll 129 129 7:05 T+00:35 AVAll AVAll 129 129 7:10 T+00:40 AVAll AVAtt 129 129 7:16 T+00:46 AVAll AVAll 129 129 7:20 T+00:80 AVAll AVAIL 129 129 7:25 T+00:58 AVAIL AVAIL 129 129 7:30 T+01:00 AVA!L AVAll 129 129 7:35 T+01:08 AVAll AVAIL 129 129 7:40 T+01:10 AVAll AVAfL 129 129 7:45 T+01:15 AVAll AVAIL - 129 129 7:50 T+01:20 AVAIL AVAIL 129 129 7:58 T+01:25 AVAll - AVAll 129 129 8:00 T+01:30 AVAll AVAll 129 129 8:05 T+01:35 AVAIL AVAll 129 129 8:10 l T+01:40 AVAIL AVAIL 129 129 8:15 i T+01:46 AVAll AVAll 129 129 8:20 T+01:50 AVAll AVAll 129 129 8:25 T+01:65 AVAll AVAIL 129 129 i 8:30 T+02:00 AVAll AVAll 129 129 8:35 T+02:06 NT AVAll AVAIL 129 129 8:40 - T+02:10 NT AVAtt AVAll 129 129 8:45 T+02:15 NT AVAIL AVAll 129 129 8:50 T+02:20 NT AVAll NT AVAIL 129 129 8:55 T+02:28 NT AVAll NT AVA!L 129 128 i 9:00 T+02:30 NT AVAIL NT AVAIL 129 128 ! 9:06 T+02:38 NT AVAtt NT AVAll 129 128

           ' 0%08(SOFTWARETLTDTSUhf.XL3                                                               4 -27                       Rev. 4/26/93 l

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          +                                                                                                                                                           xq OPERATIONAL DATA SUMMARIES 1993 FORT CALIIOUN EXERCISE PLANT DATA SUMM ARY                                                           .

a Time Elapsed Time Offsite pwr 345 OffsNe pwr 151 DC bus 1 DC bus 2 volts volts 9:16 T+02:40 NT AVA!L NT AVAIL 129 128 4 9:15 T+02:45 NT AVAll - NT AVAll - 129 128 9:20 T+92:Se - NT AVAIL NT AVAll 129 128 9:25 T+02:55 NT AVAll NT AVAIL 129 128 9:30 T+03:00 NT AVAll NT AVAll 129 128 9:35 T+03:05 NT AVAll NT AVAll 129 128 9:40 T+03:19 NT AVAll NT AVAll - 129 127-9:45 T+03:15 NT AVAIL ' NT AVAll ' 129 127  ! 9:50 T+03:20 NT AVAll NT AVAll 129 127 9:55 - T+03:25 NT AVAll NT AVAll ' 129 127 - 18:00 T+03:30 NT AVAIL NT AVAll 129 127 10:05 T+03:36 NT AVAIL NT AVAll 129 127 19:10 - T+03:40 NT AVAll' ' NT AVAll 129 127 14:18 T+03:45 NT AVAll NT AVAIL . 129 126 19:20 T+03:50 NT AVAIL NT AVAIL 129 126 19:25 T+03:55 - NT AVAll NT AVAll 129 126 10:30 T+04:00 NT AVAIL- NT AVAll. 129 126 10:35 T+04:05 NT AVAll NT AVAIL ~ 129 126 6 19:40 T+04:19 - NT AVAll NT AVAll 129 129 , 19:45 T+04:15 . NT AVAll NT AVAll 129 129-

-- 10

50 T+04:29 NT AVAll - NT AVAll 129 129 19:55 T+04:25 NT AVAll ~ NT AVAll 129 129 11:00 T+04:30 - NT AVAIL NT AVAll 129 129 11:05 T+04:35 NT AVAIL NY AVAll 129 129 11:10 T+04:40 NT AVAll NT AVAll: 129 129 11:15 T+04:45 NT AVAll NT AVAll'- 129 129-11:20 T+04:50 NT AVAll NT AVAll - 129 129-11:25 T+04:55 - NT AVAIL NT AVAll -129 129 11:30 - T+05:00 NT AVAll NT AVAIL 129 -129 11:35 T+95:05 - NT AVAIL - NT AVAll 129' 129 11:44 -T+05:10' NT AVAll NT AVAll 129 129 11:45 T+05:15 NT AVAIL NT AVAll - 129 129 11:58 T+95:20 NT AVAIL - ' NT AVAll- 129 129-11:58 T+05:25 NT AVAll NT AVAIL 129 129 12:00 T+95:30 NT AVAll NT AVAll -- 129 129 12:05 - T+05:35 NT AVAll NT AVAIL 129 129 12:19 T+05:40 - NT AVAll- NT AVAll 129 129 12:15 T+05:45 NT AVAIL NT AVAIL' 129 129

          . OMos4wCFTWAEPLTDTSUMXLs                                                                 - 4228                                         Rev. 4/26/93
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OPERATIONAL DATA SUMMARIES 1993 FORT CAlllOUN EXERCISE PLANT DATA

SUMMARY

Time Elapsed Time Offsite pwt 346 Offsite pwr 161 DC bus 1 DC bus 2 volts volts 12:20 T+96:6e NT AVAtt NT AVAIL 129 129 12:28 T+96:56 NT AVAIL. NT AVAIL 129 129 12:30 T+M;te -- . NT AVAll NT AVAtt 129 129 , 12:35 T+96:06 NT AVAll NT AVAIL 129 129 12:48 T+M:10 - NT AVAIL NT AVAfL 129 129 12:46 T+96:15 NT AVAtt NT AVAIL 129 129 12:00 T+M:20 NT AVAIL NT AVAll 129 129 12:56 T+96:28 NT AVAIL NT AVAll 129 129 13:00 T+96:30 : NT AVAtt NT AVAtt 129- 129 13:M T+96:35 AVAll AVAll 129 129 13:10 . T+96:40

                          .                ' AVAll              AVAll         129      129 13:16              T+M:45           AVAtt              AVAtt         129      129' 13:20              T+98:59          AVAtt              AVAIL         129      129 13:26             T+96:56          AVAll              AVAIL         129      129                                                                                                              .

13:30 T+eT:ee AVAll ' AVAIL 129 129 I - t 3 i L e OMos4' SOFTWARE 7LTDTSUMJ13 ' 4 - 29 Rev. 4/26/93 '

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OPERATIONAL DATA CONTROLLER MESSAGES - OPER ATIONAL DATA An example of a controller message containing operational data is included under this heading. These controller messages will be issued to participants only upon simulator failure. A complete set of messages will be issued at the controller briefing. These data sheets are not intended to represent any specific ERFCS screens. The data presented here is a compilation of critical parameters of operator interest, drawn from several different ERFCS screens. NOTE: The examples provided in this scenario submittal are only examples to depict the layout and configuration of the screens. The actual volume of screens to be available for the exercise will be produced from the tables of data. The data reflected in the examples enclosed may not necessarily reflect actual exercise data. ca66uumuunocn.wr5 4-35 Rev. 4/26/93

CONTROLLER MESSAGES - OPERATIONAL DATA (cont) REAL TIME 8:00 ELAPSED TIME 1:00

                                                                                                                                               -l lRCS Pararneters 1

1. PZR Pressure 2110 PSIA

2. PZR Level (LI 101X) 59.8  %

3. PZR Lq Temp / Steam Temp 640 640 DEGF 4 PZR Heaters on 5 RVLMS 100  %

6. CET Ave 590 DEG F

7. CET Hs 610 DEG F

8. Subcooled Margin -52.8 DEG F

9. Letdown Flow 34.6 GPM ,

10. CEA's Not Full in 0 11.WR NI Pwr. 101.0  %

l c ; LOOP 1 ; - l l-33LOOP2;ql

                                                                                                 'C.-
                                                                                                             ~

l Loop Parameters 9 -A- B< .Ds ml

1. T Hot (DEG F) 593 593 2 T Cold (DEG F) 542 542 542 542

3. RCP Status RUN RUN RUN RUN 4 S/G Press (PSIA) 825 825

5. S/G Level (NR) 65.0 65.0

6. S/G Level (WR) 79.4 79.4

7. Steam Flow (MLB/HR) 3.3 3.3

8. Feed Flow (MLB/HR) 3.3 3.3

9. MSIV Status OPEN OPEN

10. AFW Flow (GPM) 0 0 l Engineered Safeguards Features a 6 -l 1.Contamment Pressure 0.6 PSIG Temperature 105 DEGF Dewpoint 74.5 DEGF Hydrogen Conc. O  %

       .      Cont. Sump Lvl(NR)             13.7         IN.

Cont. Sump Lvl(WR) 4.55 FT.

2. VCT Level 59 4  %

3. SIRWT Level 189 IN.

4. Equipment Status Train A Train B Train C (ts. Bus) Total Flow / Pres.

DG D1 STBY D2 STBY CHRG CH1 A OFF CH1B OFF CH1C RUN 40 GPM HPS) S!2A STBY S!2B STBY S!20 STBY 0 GPM LPSI Sl1A STBY Sl1B STBY 0 GPM CCW AC3A STBY AC3B RUN AC3C STBY CS Pumps S!3A STBY Si3B STBY S!3C STBY 0 .GPM Air Comp. CA1A RUN CA1B STBY CA1C STBY 1 01 PSIG 6.AFW FW-6 STBY FW-10 STBY

6. Safeguard Signals PPLS NT ACT VIAS NT ACT 7. Plant Stack Flowrate ' 48000 CFM S!AS NT ACT RAS NT ACT CPHS NT ACT STLS NT ACT C!AS NT ACT CSAS NT ACT CRHS NT ACT CPLS STBY l Major Equipnent > . ;- - Electric Plant t -

vl Reactor NT TRIP i Turtune NT TRIP Offslie Power AVAll ~ AVAIL l Generator NT TRIP DC Busses 129 129 Volts j I osostnuCisEvtTorTrans 4-36 Rev. 4/16/93 l l

OPERATIONAL DATA ERFCS DISPLAYS - OPERATIONAL DATA Examples of the emergency response facility computer system (ERFCS) operational displays are provided under this heading. The following displays are included: Status Board Page 194 Reactivity Control Page 200 Vital Auxiliaries Page 210 RCS Inventory Control Page 220 RCS Pressure Control Page 230 Core Heat Removal Page 240 RCS Heat Removal Page 250 Containment Integrity Page 260. NOTE: The examples provided in this scenario submittal are only examples to depict the layout and configuration of the screens. The actual volume of screens to be available for the exercise will be produced from the tables of data. The data reflected in the examples enclosed may not necessarily reflect actual exercise data. A complete set of displays is included in a controller packet to be issued during the controller briefing. Displays are included for each time period included in the " Operational Data Summaries". Displays are to be issued to participants only upon proper inquiry of the ERFCS and must not be issued to participants before the time indicated on the sheet. ca66ummunxroen.wr5 4-37 Rev. 4/26/93

m s, w.

                .1. POWER LEVEL                                                                                                                                    15. CONT. FLOOR LEVEL -                  4.6          FT :

A 101.00 B 101.520  % C 101.121- D 101.846  %. 16 CONT. PRESS. - WIDE (AVE) 0.6 PSIG

                                                                                                                                 *                                                                . N AR. (AVEl          O.6     PSIG                       ,

2. HOT LEG LOOP 1 593 DEG F  ;

LOOP 2 593 DEG F 17. CONT. HYDROGEN O.0  % - 0.0 -  %

3. COLD LEG LOOP 1 A 542 . DEG F LOOP 18 542 DEG F 18.

• A* S.G. LEVEL 79.4 79.4  %

LOOP 2A 542 - DEG F A* S.G. FW FLOW 3.3 MLB/HR LOOP 2B 542 DEG F

• A" S.G. AUX FW FLOW O.0 GPM

4. SUBCOOLING/SUPERHEAT -52 . DEG F 19. "B" S.G. LEVEL 79.4 79.4  %

                                                                                                                                                                             *B* S.G. FW FLOW                             3.3     MLB/HR
                .S. CET AVERAGE -                              590                             DEG F                                                                         "B' S.G. AUX FW FLOW                         0.0     GPM

6. PRESSURt2ER LEVEL 59.8-  % 20. "A" S.G. PRESSURE 825 825 PSIA

7. PZR PRESSURE 2110. 2110 PStA - 21. *B* S.G. PRESSURE 825 825 PStA SJRVLMS 100 100 -  % 22.. BUS 1 A1 4150 VOLTS

9. # OF RCPS RUNNING -4 23. BUS 1 A2 4140 VOLTS

10. LPSI FLOW O GPM 24 BUS 1 A3 4240 VOLTS

11. HPSI FLOW O. GPM 25. BUS 1 A4 4220 VOLTS j . , .

12. CONT. SPRAY FLOW O GPM 26. DC BUS 1 129 VOLTS

13. SIRWT LEVEL ' 189 IN 27. DC BUS 2 129 VOLTS

14. CONT. SUMP LEVEL 14 IN 28. DG-1 0 KW DG 2 0 KW STATUS BOARD PAGE 194 S AFEGUARD SIGNALS

               . I Rx l              lvAxl           II l                  l P l PPLS-               STAS        DAS1 29 JUN 93                                  CPHS                CIAS        DAS2 i                                                                                                                                                                                                 CRHS                VIAS          SSI
                                                   ~ l-Cll               - l POL l '                                    MODE SELECTION              06:00:00                                      RAS-               STLS          SS2 lCHRl                l RCS l
                                                                                                                         -1  AUTOMATIC                                                           CSAS OMot4\ EXERCISE \PAGEl94.XLS .                                                                                             ~ 4-38                                                                                    Rev. 4/16/93

__m_____..__ .___1__________. _1____,...__ _ _ _ _ _ _ . _ _ _ . . _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ . _ _ m. . . . . = . . . -- ~ . - ., - . ~. ~. . .

s ERFCS DISPLAYL ERATICNAL (cont) Rzectivity Control, Pag 2 200 PAGE OR AWING REACTOR POWER DECREASING 300. CHEMICAL AND , (# OF CHAN DEC) VOLUME CONTROL 0 1 2 3 4

                            ,301                BORIC ACID MAKEUP-                                                                       START UP RATE (DPM) 0.00         $ Hell

_302 CONTROL ROD 0 1 -3 5 7 POSITION TRIPPABLE CEA*S _303. INCORE (* NOT FULL IN) DETECTORS O 10 20 30 40 _201 REACTIVITY CONTROL

                                                       ' ALARMS                                                                             REACTOR POWER

(% POWER) EMERGENCY 101, ij@@@E!Ellll@l@!@l@@@@@illli@li@l@jlE@@i!@@Ellj BORATION -5 -3 -1 1 2 IN PROGRESS (LOG SCALE) YES-REACTIVITY CONTROL , PAGE 200 SAFEGUARD SIGN ALS l RX l lVAXl- l t l' l P l PPLS STAS DAS1 j . MODE 1. 29 JUN 93 CPHS CtAS DAS2 CRHS Vt AS - SSI lCHRl l RCS l - l Cl l .l l MODE SELECTION 06:00 00 RAS STLS SS2 AUTOMATIC CSAS EXERCISE \PAGE2OO.XLS . :4-39 Rev. 4/16/93 W ways 6'W w- m.- _a _# w rrs-__u r-mawW-w t-quam 1 ep aww evd a'hT'---'4'mm+'ve eeseT = _ w sP-' un ah awm-N's 4 m ' e --e'e-Y er^&m -*q.___ E.ww._ *-4 - ete w er'tv & t' _ 'me a T-'equE w

_ pwo D:%w&: Km ERFCS DISPl.AYS OPEL ONAl. (cont) Vital Auxill:rie3, Paga 210 YQ ph -

                                                               ' AC POWER                                                                                                                     ,.            ,

(VOLTSI >C BUS 1 A1 4150 WMHHMI@ll@@@@HHERM$$$@MMIMO@@RHHMjHMESE@HR$EQ$@l '

                                                                                                                                                                                                 %+b PAGE           DRAWING                          BUS 1 A2        4140          Eli!Hi@Hl5jilMHHE@@lR5lM@@lEE!EQiMHEl$3@HQljHMlM$l$M
                                                                                                                                                                                        ~

W BUS 1 A3 4240 M39!$H@@@lMMMME@HESEMM@H@@E55!@H@@HE$$l@@@H$!M$!$  :-f r

    ,310           EMERGENCY POWER                  BUS 1 A4        4220          @lMl5$HQR@ll@lli@ERRR$5$@@M@@HHliEE@H!]$$$i@@MWE@EHHQ!j@HQ                                                  -
                                                                                                                                                                                                    )
                                                                                                                                                                                                   ~"

(4160V) ' 3250 3500 3750 4000 4250 e _311 EMERGENCY POWER (480V) - 1 DC PO'WER

    ~312           EMERGENCY POWER                                (VOLTSI (480V) 2                        BUS 1          129-         lHORHSHEE@Ei@H!$$QHHill@lHi@}llMlRMEMU$$j@M1lEllMC@MM$3EiE@j@$

BUS 2 129 EHEEMHOMHQ@l@HH@ HEE $lRRilHl@QEME]@EM@HHE@M!@lHEl@HH@jEEE$ _313 DC INTERNAL POWER 25 50' 75 .100 125 150 , _314 COMPRESSED AIR INSTRUMENT AIR (PStGI _315 RAW WATER 101 MlElHEME$@!E@M$$$1H@HE&lEREQQ!EEWiEjElil$ 25 50 75 100 125 150

    ,316           COMPONENT COOLING

_317 CONTROL ROOM HVAC CCW PUMPS RUNNING _318 AUXtLIARY BUILDING HVAC 1 EU$$$5@Hi{ 1 2 3 _319 SPENT FUEL POOL COOLING CCW SYSTEM

    -211           VA ALARMS                                   PRESS (PSIG) 99           E@ME@SG!M!!MIEEME$lWEllMi$MEE@lE31H!HE 25-          50                    75         100         125               150 t

VITAL AUXILIARIES- PAGE'210 S AFEGUARDS SIGNALS

 'l RX l        <lVAXl           -l 1 l    'l P l PPLS        STAS      DASI MODE 1                 29 JUN 93                                 CPHS       CIAS       DAS2 CRHS'       VIAS        SSI
 .ICHRl          l RCS l         -l C1l      l  l-  . MODE SELECTION .            06 :00:00                                   RAS       STLS         SS2 AUTOMATIC -                                                         CSAS
                                                                                                          ~

EXERCISE \PAGE210.XLS 4-40 Rev. 4/16193 ' i -

                                                       . , . _: .        a_   -            .          -     - . . - - . . . , ,          .         -         . , _ . _ -            .       .. . u.

ERFCS DISPLAYS 'OP ' TRONAtJcont) RCS Inventory Control. Page 220 PRESSURIZER PAGE DRAWING LEVEL LO101Y 59.8 $$$EEEU$1EHEEi@M@!il!EEliEEj$$

                ,320                 REACTOR LEVEL                                      LO101X                   Sd.8       E!IElEME@$lEMEHEiEEE@DEEE@S#l 20           40                   60                80        100
                ,321                 REACTOR LEVEL TEMPERATURES MINIMUM
            . ,322~                  CHEMICAL AND VOLUME                                                   SUBOOOLING CONTROL SYSTEMS                                                          (DEG F)

CET S2.8 ' EE!E@S$lli$$$$$51RilEi!MElMl@lE!ilElEl$iEBW!$15

                ,323                 SAFETY INJECTION 1                                   RTD                    52.4       EElRRESEDROM5HBlHHHEEElH@lEMEHEEHEHHEE$lDlHl 1

200 150 100- 50 0 50

                ,324                 SAFETY INJECTION 2                                                                                     SUBCOOLING                                                       SUPERHEAT
                ,325               . PRIMARY SYSTEM                                                            VESSEL                                                                                                                   ,

INVENTORY 221 '. ROS INVENTORY CONTROL 100 (UElEill@EEEEEl@EllEElliiHEllEE@SElEl!E$$ME!!ElElE!EiEEME@l@E 100 EEE!MElE$EDMElillMEERE@lE@H!EllilElMllMM@$li!@lEl@@@@E@@Q 20 40 60 80 100 CHARGING . PUMPS ON 1 EERMEWE 1 2 3 LETDOWN PRESSURIZER SIRWT TOTAL FLOW PRESSURE LEVEL St FLOW (GPM) (PSIA) (tN) (GPM) NT ACT NT ACT 825.0 0 1000. . 2000 3000 4000

                                                              ~

RCS INVENTORY CONTROL PAGE 220

                                                                                                                                                                           ' SAFEGUARDS SIGNALS l Rx l-              IvAxl                     l : l            l P l PPLS           SIAS         DAS1 MODE 1                   29 JUN 93                              'CPHS            CIAS         DAS2 CRHS            VIAS          SS1 lCHRl                 l RCS l               . l Cl l .           l     l    MODE SELECTION                     06:00:00                                   RAS            STLS          SS2 AUTOMATIC                                                                  CSAS EXERCISE 1PAGE220.XLS                                                                                  4-41.                                                                                  Rev. 4/16/93
 , - , . .  -,            . - _ .            . _ . , - _ . -        - - .-        ~   ,    - _ , . , _ . .                  .     ,+   .-4      4    . . - . , -              , . , .   .~.--.m. -        .-            _   . . , .   -

ERFCS DISPLAYS opt 'lONAL (conti-RCS Pr.ssura Contrzt. Pcgs 230 PAGE DRAWING PRESSURIZER PRESSURE (PSIA) r

                                   ._330                PRESSURIZER &                                                                  21'10        #E0$$$UER$$$$EEMEQElBiEEERH@$EERHEREHHH QUENCH TANK                                                                2110         EU!$$$!E@EEE@ill@EERREEEEREM$lE MQQ$5lE]

500 1000 1500 2000 2500 3000

                                     ,331               CHEMICAL &

VOLUME CONTROL . PRESSURIZER HEATER (KW) _332 SAFETY.. 225.0 IE!@EE2HE INJECTION 1 250 500 750 1000

                                     ,333               SAFETY '                                                                  PRESSURIZER INJECTION 2                                                          SPRAY VALVES OPEN
                                     ,334               VESSEL                                                                 AUX       0
                                                         ' INT EGRITY GR APH                                                   MA!N      2          $lEME!!$$HlGE@@@H$$@12$

1 2 _231 RCS PRESSURE CONTROL CHARGING ALARMS ' PUMPS ON 6 1 EEE!@U@iEIE 1 2 3 LOOP 1 LOOP 2 HOT LEG . HOT LEG TOTAL (DEG F) (DEG Fl SI FLOVV 593 593 (GPM) 0-LOOP 1 LOOP 2 HOTTEST CORE 1000 2000 3000 4000 ' COLD LEG COLD LEG EXIT T/C (DEG F1 (DEG F) (DEG F) 542 542: 610 RCS PRESSURE CONTROL PAGE 230 S AFEGUARDS SIGNALS l RX l - lVAXl l1 l l P l PPLS SIAS - DAS1 , MODE 1 29 JUN 93 CPHS CIAS DAS2 CRHS VIAS SSI lCHRl l RCS l l Cl l l l MODE SELECTION 06:00 :00 RAS STLS SS2

                                                                                                                            . AUTOMATIC.                                          CSAS

i. .

                                                                                                                                                       ~

EXERCISE \PAGE230 XLS ~ 4-42 Rev. 4/16/93 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ . . --~ . _ . _ - _ _ . - . . . .-m , . ~ _ , . ._ ._ . , _ . _ ___ ..

ERFCS DISPLAYS OP flONAL (cont) - Core Hut Ram 0vtt, Pags 240 PAGE DRAWING CORE-

                                                                                                           . DELTA T

_340 REACTOR CORE '. (DEG FI LOOP 1. 5) .1 MME$$EEHEHi@lE@lMEEEER LOOP 2 51.1 @MEEMB1EEMM@HE@$@MlM@@@ -- 20 40' 60 80 100 120 _341 REACTOR CORE EXIT T/C MINIMUM RCS . SUBCOOLING (DEG F) _342 REACTOR CET -53 $5EMEEMHE@N@lH5$l$lj$32$HEEllREEEE@EMi@ COOLANT RTD 52 @@@EEMEMHEMHHSM@MUSEEliE@SlE!EEEM@ME PUMPS 200 150 100 50 0 50

                       ,241           CORE HEAT REMOVAL                                                     CET TEMP ALARMS                                                            (MAX DEG F) 610      $H@HlilHMEHR$ED@!!@$$@@i$5 500           600              700        800            900             1000 T-H OT                                                                                                      'i (DEG F)

LOOP 1 593 @@llllEllHiMElE@@!!! elm @MMMEH@iMEEMEEE LOOP 2 593 M5l$ll@ME@HMIMI@l@@@[@@MEMEM@@@lilM 525 550 575 600 625 650 T-COLD ' (DEG F) 475 500 525 550 575 600 ' NUMBER OF LOOP 1 A 542 NERMERESEMM5EEMlHiMRH@M$$$lElRE!Ml REACTOR COOLANT LOOP 1B 542 RglgEURIHRIMHildIHtH5fMEHillMRilHINHUEEl' Mih(!d I PUMPS RUNNING LOOP 2A 542 mgggggumquuumpusggymhangsigsscu 4' LOOP 28 542 llHiglIngggllInglHgginMKmEggllHigilMglimE!Mla 475 .500 . 525 550 575' 600

               - CORE HEAT REMOVAL                                                                                                                                          PAGE 240 SAFEGUARDS SIGNALS I HX l        - l VAX I .'               l'l   l  l P l PPLS           SIAS         DAS1
                                                                                                       . MODE I                 29 JUN 93                        CPHS            CIAS         DAS2 CRHS             VIAS          SS1
                   - l CHR l _     .l RCSl                    l Cl l   l            l.            MODE SELECTION              06200:00                            RAS            STLS          SS2                             ,
                                                                                                   ' AUTOMATIC                                                  CSAS EXERCISE \PAGE240.XLS                                                                              4-43                                                                                 Rev. 4116/93
 ~ . . . . - - - . . .                          ... - . - . .         . . . . - - - - .. . . - -
                                                                                                            .. - , ~ ,           .     -      .      -
                                                                                                                                                                ~, ,. -                 . - . - , . - . .-. - -- .,:

                                                                                                              ~ ERFCS DISPLAYS OPERATI                             _ L (cont! .

RCS H3r.t R:moval. P::ga 250 SG LEVEL - (% WR) PAGE ' DRAWING ' RC-2 A 79.4 MBEiEMH3Mi$!$5$$$$$MME!H$!!!@@@HEEEEEjMEEMEHj$ RC 2A 79.4 @H@@l@!MM!iEMGHRHQHQ@@EGREiH'!ijE3!EHE!D$2l$$jMUM@Ml _350- MAIN STEAM RC-2B 79.4 ljEMEMEHM!EDDHEHR$5Hi@ Mil lMj@@!EME@@HEQiMHM$llQlEQ - _ RC-28 79.4 El@ M M E@@$!EllMIEillE E@$3!$@MEE EE@$iE Mlil@@M3El!l 20 - 40 60 80 100 351 SECONDARY STEAM 1 - SG PRESSURE (PSIA)

                             -352                                        SECONDARY STEAM 2                                RC-2A 825                   E@l@EWiiEMllIEGM$$$3HEEMi@H3EEEEE!!il@!E$i$$MM RC 2A 825                   MMil!!lHRERl@EM@M@@HlMUMMllEEEE@i@iERISQlMEM@i!!l RC-2B 825                   $BERNEMMHE!REMMMMRIUMEMMERMEMM 353                                     CONDENSATE AND                                   RC-2B 825                   HlREEEEMi3BERISMMERE@lEM5MEESHIEEMIEMI FEEDWATER                                                                                      300            600                  900                    1200 MAINFW
                             -354-                                       AUXILLARY FEEDWATER                                         FLOW (MLB/HR)

RC-2A 3.310 @@@lMH55!U$5lE@QSM@Mi$5EMMIEl$iHli$$$$EE@ 355 CIRCULATING WATER ' RC-2B 3.300 @@l@EM!ME@@HE$l!HER$ Mil @@@MDREH@HH$$5$3HHil 1 2 3 4

                            .356                                         CONDENSER EVACUATION -                              AUXtLtARY FEEDWATER FLOW (GPM)

_251 RCS HEAT REMOVAL RC-2A .0 ALARMS RC-2B ' .0 50 100 150 200 250 300 T-COLD (DEG FI ' 475 500 525 550' 575 600 LOOP 1 LOOP 2 ~ LOOP 1 A 542 SMRIERNMBHMHM9555NElRMEMEEEMHEMMME HOT LEG HOT LEG - LOOP 1B 542 m aggampagigggggg (DEG F1 ' (DEG F) - LOOP 2A 542 5lERHlMEMBERNMEMMRRERESEMMEM5M MMMH-593 593 LOOP 2B 542 HERHHilllBME@lMRERMEREMEllllMIMBlEMEMMEll-475 500 525 550 575 600 RCS HEAT REMOVAL PAGE 250 SAFEGUARDS SIGNALS l RX j. -lVAXl l1 l -l Pl PPLS SIAS DAS1 MODE 1 29 JUN 93 CPHS CIAS DAS2 CRHS- VIAS SS1 lCHRl l RCS l . I Cl l' l l MODE SELECTION 06:00 :00 RAS STLS -SS2 ., AUTOMATIC CSAS EXERCISE \PAGE250.XLS 4-44 J Rev. 4/16/93 _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ . . . _ ~ _ _ . . . _ _ . . _ _ . . _ . - . . . _ .- _2..._ . __ .- . _ . . . , , _,, .. . _ , . . . . . . .

ERFCS DISPLAYS OF TIONAL (contl' Cont:inment int.I;geny, Paga 260 CONTAINMENT SUMP LEVEL - PAGE DRAMONG (AVE IN H2O) 13.7 g EllHMEHH@H$@HHEEH2N"G@ 10 20 30 40

                 ,360         PROCESS MONITORS CONTAINMENT
                 ,361         AREA MONITORS                                                    AREA RADIATION MONITORS (#1
                 ,362         CONTAINMENT SPR AY                               IN ALARM                         O IN ALERT                         O
                 ,363         CONTAINMENT HVAC                                                                                              2           4             6           8
                 ,364         CONTAINMENT                                                         CONTAINMENT ATM R ADfATION
                 ,261         CONTAINMENT INTEGRITY                                             - MONITORS (#1 ALARM SETPOINTS                                  IN ALARM                                                                                                      IN ALERT                         O 1          2              3          4            S SECONDARY RADIATION MONITORS (#1 NUMBER OF                 CONTAINMENT                                      IN ALARM                         O VALVES NOT               PRESSURE WIDE -                                   IN ALERT                         O R ANGE (PSIG)                                                                                                 1          2              3 IN CIAS 0                       0.6 CONTAINMENT CONTAINMENT                CONTAINMENT -                                                            PRESSURE SPRAY F342                 SPRAY F343                                                                (HI PSIG)

(GPMI (GPM) 0.60 ll$H@MQHHlHHH$$$EQl8@HHEM@@@liHlM$$$HHH 0.0 -3 0 3 5 0.0 CONTAINMENT MAIN STEAM CONTAINMENT AVE TEMP RAD. MON. HYDROGEN (DEG F) RMO64 (CPM) (MAX %) 105.0 1.2OOE + 01 0.0 ' 2 4 6 8 10 CONTAINMENT INTEGRITY PAGE 260 SAFEGUARDS SIGNALS l Rx l IvAxl I i 1 lP l PFLS SlAS DAS1 MODE 1 29 JUN 93 CPHS CtAS DAS2 CRHS VfAS SS1

                                             .I Cl l                               MODE SELECTION                                OS : 00 : 00                       RAS        STLS          SS2 lCHRl.       lRCSI                          ~l   l AUTOMATIC                                                                  CSAS i               EXERCISE \PAGE260.XLS                                                                                         4-45                                                                     Rev. 4/16/93
 -   .- _-          __ .. .        ..      -    . . . _ > ,        _ . . _ . . _ _ - . . - . - _ - ~ - - - . . _ . _ - . . .                    . .    ..   . -                     . . ~ .        . --       . . .

RADIOLOGICAL DATA TABLE of CONTENTS Page

• TABLE of CONTENTS 5-1
• RADIATION MONITORING DATA SUMMARIES 5-2 PROCESS RADIATION MONITORS 5-3 ,

PING RADIATION MONITORS 5-8 AREA RADIATION MONITORS - 5-10

• ERFCS DISPLAY - PROCESS MONITORS, PAGE 360 5-14
• ERFCS DISPLAY - AREA MONITORS, PAGE 361 5-16
• IN-PLANT DOSE RATES AND CONTAMINATION LEVELS 5-18 RADIATION MONITOR LOCATION MAPS 5-27
• ON-SITE DOSE RATES AST) CONTAMINATION LEVEIE - 5-41 ONSITE PLUME SHINE SECTOR MAP 5-44 i

                                                                         'l l

l a n6cammUAISTOC5.WP5 5-1 REV. 4/20/93 i

RADIOLOGICAL DATA RADIATION MONITORING DATA SUNDIARIFS Radiation monitoring data summaries are provided under this heading. These summaries are for use by controllers as a reference only. Participants have access to all this data through the emergency response facility computer system (ERFCS) on screens 360 and 361. Examples of these screens is included in this scenario. The summaries are divided into process radiation monitors, PING radiation monitors, and area radiation monitors. A set of maps is provided that depict the locations of the process and area radiation monitors. The summaries include data for background levels, ALERT and HIGH alarm setpoints, and the setpoints at which the ERFCS considers level as being INVALID LO_or INVALID HI. These . various setpoints are depicted in the summaries utilizing the following scheme: INVALID LO indicated with " ?": i.e. 0.00E+00 ? ALERT indicated with "* ": i.e. 0.00E+00

• HIGH indicated with "** ": i.e. 0.00E+00 **

INVALID HI indicated with "**?": i.e. 0.00E+00 **? The three RM-063 process monitors, RM-063L, RM-063M, and RM-063H, each share a common sample line and are designed to switch between the three monitors as certain setpoints are reached. When not sampling, the monitors are in standby mode. , Iodine and particulate calculations have been calculated under the assumption that all charcoal- ' cartridges and particulate filters were replaced and are new as of 0600. Cumulative buildup of iodine is presented in the radiation monitor summaries (travel time for moving particulate filter paper is taken into account in the calculation). If participants replace filters at any time during the scenario the activity buildup on the new filter starts at background at the time of , replacement. Example: Participants replace the iodine cartridge on RM-063 at 1100 and again at 1300. What is the iodine activity on the cartridges? I Solution: Act1000 (activity @ 1100) = Act1100 - Act0600 Solution: Act1400 (activity @ 1300) = Actl300 - Act1100. f GWUWMUA15 ROC 5.WP5 5-2 REV. 4/20/93

Id* RADIATION MONihlNG DATA SUMMARIES PROCESS RADIATION MONITORS aM4m aMast a M esa nsles) nues44 aMes4s ioy hewManWnh W6.NMI Tome ,, ,, ,, ,, ,, , , ,

        ,I!kgod      3 22E+03       4 85E+02      6 90E+01      350E+03        1 58E + 02      3 44E+ 02
                                                                                                            ' " * "                                          "      -         '  Maunhanapakahahah lov 84    0 00E4 00 ?     0 00E + 00

• 100E+ 01 ? I 00E+ 0i ? I 00E + 0i ? I00E+01 ? i nnE.ru ,,, H Alert 3 58E+ 04*  ?.17E + 04
• 2 50E +0$* l .66E + n4* I onE+03* I t0E+ 03* , ,g g '

Illah 5.60E + 05" 8 00E+05" 100E + 06** 2 97E+ 04 ** 8.2?E + 03" l 46E+03" "/ 1 low 74 I n0E 4 06"? t 00E +06"? I00E+06"? I 00E + 06**? I OnE + 06"? 1.00E + 06"? I *E N i* . . - -- =va - g' RM050 6 00 3.22E + 03 - 4.85E+ 02 6 90E + 01 3 50E+03 1. 58 E + 02 3 44E+02 I mE +cs _ Il 6 IS 3.22E+ 03 4 85E+02 6 90E4 01 3 50E403 1.5 8 E + 02 3.44E + 02

                                                                                                               ~

[ , _ . W OM 6.30 3.22E + 03 4 85E + 02 6 90E4 01 3 50E + 03 l.58E+02 3 44E+ 02 ggggggggggd- ~~ 6 45 3.22E

• 03 4 85E +02 6 90E + 0i 3.50E + 03 1.580 + 02 3 44E + 02 i n0E +0) gyg p4p? pygggpy ,

7 00 3.22E + 03 4 85E+02 6 90E+ 0i 3.50E 4 03 1.58E 4 02 3.44 E + 02 , , , 7-15 3 22E403 4 85E

• 02 6 90E4 01 3.50E + 03 1.5 B E + 02 3 44E+ 02 7.30 3.22E + 03 4.85E + 02 6.90E + 08 3.50E 4 03 1.58E + 02 3.44 E + 02 t enE 4 os s ; m . , . - m 7:45 3.22E 4 03 4 85E+02 6.90E + 0 t 3 50E+03 1.58E + 02 3.44E + 02 I mE 4 m - - ---

8 00 3 22E+03 4.85E + 02 6 90E + 01 3 50E+03 1 58 E + 02 3.44E + 02 sm 7m em 9m so m li m 12m um 14m 8:15 322E+03 4.85E + 02 6 90E+ 0i 3 50E + 03 1 58E + 02 3.44 E + 02 4 85E

• 02 6 90E+ 08 150E+ 03 l .58 E + 02 1.44 E + 02 crm Process Radiation Monitors RM4)52,RM-053 8:30 3.22E + 03 ' " * '~ ~ ~ -- '- ~~~

! 8.45 8 38E+04* 6 4 t E + 02 6 90E+ 08 3.50E + 03 3.50E + 03 1.58 E + 02 l.58E + 02 3.44 E 4 02 3.44E + 02 <>,4> ,45 ,4> ,4>,o,45,4>,o,<>,<r ,4>,o,4>,<>,ooo

                                                                                                                                                                                                                     ~ {

9 00 8.66E + 05* 8.20E + 02 6.90E + 01 9.15 1.88E 4 0$* 9 68E+ 02 6 90E+ 01 3.50E+03 1.58E + 02 3.44 E + 02 9 30 1.00E + 06"? 4 85E+02 6 90E401 1.50E +03 1.58E + 02 3 44E+02 e aw es - - _ - - - - -- - _ _ _. _- _ _ _ 9 45 1.00E + 06'*? 4 85E+02 6 90E +0i 3 50E+01 1.58E + 02 3.44E + 02 _ _ _ . _ _ 10.00 1 00 E + 06**? 4 85E+02 6 90E+ 01 3.50E + 03 1 5B E + 02 3.44 E + 02

                                                                                                                                                                                                                                                                  - -- RM 052 10.15    1.00E+ 06"? 4 85E+02          6.90E+ 0i     3.50E

• 03 1.58E + 02 3.44 E + 02 10:30 1.00E + 06"? 4 85E+ 02 6.90E + 01 3.50E + 03 1.58E + 02 3 44E+02 nimagiigniillgelinininggiggisilunifgu g--ngu

                                                                                                                                                                                                                                                                  - ~- + - RM 053 to 45    l 00E +06"? 4 85E+02          6 90E4 01     3.50E+03        1.58 E + 02    3.44E + 02 11:00    1.00E + 06"? 4 85E+02         6.90E 4 08    3.50E + 03      1.5 B E + 02   3 44E4 02 18:15    100E + 06"? 4 85E+02          6 90E+ 08     3.50E + 03      1.585 + 02     3.44E + 02    I EE + 0!       --            --     -      -~     -         --              -  -      -       -         -       -          -     -

18:30 1.00E 4 06"? 4 85E+ 02. 6.90E + 0i 3 50E + 03 1.58E + 02 3 44E + 02 11:45 1.00E + 06"? 4 85E+02 6.90E + 01 3.50E + 03 1.58E + 02 3.44E + 02 12.00 1.00E + 06"? 4 85E+02 6.90E + 01 3.50E+03 1.58E + 02 3.44E + 02 , ,___ _ _ _ i . 12:15 1.00E + 06**? 4.85E4 02 6.90E + 08 3.50E + 03 1.58E + 02 3 44E+02 '" '" ** "" "" "" "" 12.30 1.00E+ 06**? 4 85E+02 6.90E + 0i 3.50E 4 03 1.58E + 02 3.44E 4 02 12:45 1.00E + 06"? 4.85E + 02 6.90E + 0i 3.50E + 03 1.58E + 02 3.44 E+ 02 Process Radiation Monitors RM-054A,RM-054B cEm 13:00 1.00E + 06**? 4 85E+02 6.90E + 0i 3.50E+ 03 1.58E + 02 3 44E + 02 s NE m 13.15 1.00E + 06"? 4.85E+ 02 6.90E + 0i 3.50E 4 03 1.58E+ 02 3.44E+ 02 13:30 1.00E 4 06"? 4.85E+02 6 90E+0t 3.50E + 03 1.58E + 02 3.44E+ 02 13.45 8.00E + 06**1 4 85E4 02 6.90E + 01 3.50E + 01 1 58E+ 02 3.44E + 02 14 00 0 00E + 06**? 4 85F+02 600E+0i 150E + 03 1 58 E + 02 3.44 E + 02 11511E113H5115115115115H5HEH511E HRHallgHWH 1.0DE + 02

                                                                                                                                                                                                                                                             - E - PM 454A
                                                                                                                                                                                                                                                              ---+- RM 054B
                                                                                                              , eg ,i         _                                _        _         _

Moeirer iberripalese RM-050 etmt atm part RM.053 component cooling water RM OSI cimt atm gea RM454A S/G A blowdown RM 452 stack mes RM 454B S/G B blowdown a mE 400 -- - -- --- - - .- .--- em tw  := om som sta um om um EXERCISE \RADPCSI.XLS 5-3 Rev. 4/19/93

RADIATION MONITORING DATA SUMMARIES 2dd PROCESS RADIATION MONITORS cpm Process Radiation Monitors RM-055,RM-055 A RM459 RM455A RM456A RM4568 RM457 RM459 e ang,os ____p. r - - - -+ r 1 E** ennu esos esse nem ryse epen e 1131!B113 09H311W1151151151131131131B311511993$ Ilkgnd_ $ 13E+ 04 5.16E+ 03 5 58E+ 02 5.30E + 04 J 70E* 01 3.29E + 02_ _ lav lm 100E + 01 7 l.00E + 0! 7 8.OnE+0i ? 100E + 01 7. t onE

• 01 7 100li + 01 7 t c0E + 6e . -- -- - - - - -  % - -- - - - - g Alert 6.70E + 04* 500E+04* 4 40E+03* 8 10F + 04* 4 00E + 0l* I 69E + 03
• 4+++++++>9<>94>94+++>9994>94>

Illah 7.70E + 04" 6.55E + 04** 5 50E + 03" 9 00E+ 04" 3 60E + 04" 3 05E+03" I ME + 01

                                                                                                                                                                                                                                                                                                                                                ~

m - - -- -~ i OnE + 06**f I onE + 06"? I 00E + w*t i OnE + 06**? I 00E + 06"? I 00E + 06"?

                                                                                                                                                     +         -     -       -~       -                -            -          -       -

In,111 - E -' - RM 055 6 00 5.35E + 04 5. 8 6E + 03 5. 58 E + 02 5 30E+ 04 170E+ 08 3 29E4 02 6 15 5. 35E + 04 5.16E + 03 5 58E*02 5 30F + 04 3.70E + 0! 3 29E + 02 __._., i W.

• e2 - - - - -- -- - - - - ~ - - -- - . MN 6 30 5.3 5E + 04 516E + 03 5 5tE+02 5.30E + 04 3 70E601 3.29E + 02

                                                                                                                                                                                                                                                                                                                 ~ ~ ~ ~ ~ ~ - - ~ ~ ~

6.45 5.35E 4 04 516E403 5 58E+02 5.30E + 04 3.70E + 0! 3 29E+ 02 7.00 5 3 5E + 04 516E+01 5.58E+02 5.30E + 04 3.70E 4 01 129E + 02 , og, , ,, _ _- _ _ _ _ _ _ _ _ __ 7.15 5.3 5E + 04 5.16E + 03 5 $sE+02 5,30E + 04 3.70E + 0i 3 29E+ 02 j 7.30 5 35E+04 5.16E 4 03 5.58 E + 02 5.30E + 04 3.70E + 08 3.29E + 02 7.45 535E+04 5.16E + 03 5.58 E + 02 5.30E + 04 3.70E + 0! 3.29E + 02 g ees ,og .._ _ - _._ __-- _. _ _ _ 9 00 5 35E+04 5.16E + 03 5 5BE+02 1.30E + 04 3 70E+08 3.29E + 02 sea im s co se to ne ties 12e um tem B:IS 5.35E + 04 5.16E + 03 5.58 E + 02 5 30E+04 3.70E+0! 3.29E + 02 S.30 5.35E + 04 5.16E + 03 5 58E402 5.30E + 04 3.70E + 01 ' 3.29E+ 02 (rat Process Radiation Monitors RM-056A RM-056B

                                                                                                                                     '" '~~~

8.45 5.35E 404 5.16E + 03 5 5tE+ 02 5 30E+04 3.70E + 0i 3.29E + 02 3.29E + 02

                                                                                                                                                                                                                                                                                               *4 9 00    5.3 5E + 04   5.16E + 03     5.5sE+02     5.30E + 04   3.70E + 0!

9 IS 5 35E+04 516E + 03 5.58E + 02 5.30E + 04 3.70E 4 01 3.29E + 02 , ,gg , __ _ _ _ _ . . _ _ _ _ _ _ _ 9 30 5.35E+ 04 5.16E+ 03 5 5tE+02 5 30E+04 3 70E+01 1.19E 4 02 9 45 5 35E+04 5.16E 4 03 5.58E + 02 5.30E + 04 3.70E + 01 129E + 02 _ _ . _ . . _ _ 10 00 5.35E + 04 5.16E + 03 5.58E + 02 530E+SS 3.70E + 05 3 29E 4 02 i enE oi .-- ----- --- -. - , --- - - -. - - - _ g _ _ RM -056 A 19 85 5.35 E + 04 5. I6E + 03 5.5sE + 02 5.30E4 04 3.70E + 0! 3.29E + 02 IlWHWHBOWHEUWHetimileumiteilslimlisilslinn 5.35E + 04 5.16E + 03 5.5tE + 02 5.30E + 04 3.70E + 01 3.29E + 02

                            . 10.30 5.30E+04     3.70E+ 08        3.29E 4 02      100E + 02 --+-                         --                -        -        -                    --        -           -      -             -          -         --                   - * ---- RM.056B IO 45    535E+04       516E + 03      5 5tE+02 88.00    5.53E + 04    5. 86E + 03    5.58E + C2   5.30E + 04   3.70E + 0!       3.29E + 02 81:15    5 35E+04      5.16E+03       5.58E 4 02   5.30E+04     3.70E + 0!       3.29E + 02 329E+02         i OBE 4 0t -     --             -     -             --   -       --         ---         -        +        *-          -        -          ~          w-18:30    5.35E 4 04    5.16E+ 03      5.58E+ 02    5. 30E + 04  3.70E + 01 18:45   5.35E + 04    5.16E + 03     5.58E + 02   5.30E + 04   3.70E + 08       3.29E + 02 12 00   5.3 5E + 04   5.16E + 03     5.StE + 02   5.30E + 04   3.70E + 01       3.29E 4 02      ,            ,_         _         _ ,                                                                _     _                 _             _

5 35E+04 5.16E 4 03 5.58F + 02 5 30E+04 3.70E 4 01 1.29E+ 02 12:15 '" #" ** '" '** "" "" "* " 82:30 5.35E + 04 5.16E+ 03 5.5tE + 02 5.30E + 04 3.70E+ 01 3.29E + 02 12.45 5.35E+04 5.16E + 03 5 58E+02 5.30E + 04 3.70E+ 0! 3 29E+02 3 29E+ 02 . cpm Process Radiation Monitors RM-057.RM-059 13 00 5.35E + 04 5.16E+ 03 5.58E + 02 5.30E + 04 3.70E + 0! I coE +es 13.15 5 35E +04 5.16E + 03 5 58E+02 5.30E + 04 3.70E + 0i 1.29E + 02 , 13.30 5.35E+ 04 5.16E + 03 5.58 E+ 02 5.30E + 04 3.70E 4 01 3.29E + 02 13:45 5.35E + 04 5.16E + 03 5.58E + 02 5.30E + 04 3,70E + 01 3.29E + 02 '++++" * "C+++++++++"*i" 14 00 5 35E+04 5.16E + 03 5 5tE+02 5.30E + 04 3.70E + 0! 329E+02 1.UDE

• 02 -- - - - - - - -- --- -

                                                                                                                                                                                                                                                                                                                       - E - RM 057 neuenensunnannouemunnenmoanensuun
                                                                                                                                                                                                                                                                                                                             - C-- RM 459 g aes ,,i        -     . _ _

Moeiler Ibarrisalems: RM455 overboard heeder RM-0568 raw water RM-055A overboard header RMC57' condenser RM456A' raw enter RM 459 weste concentratar tenE + ao -- - - --- -- -- - - - - . - - -

. e co

reco 4

em im s <is ism sta isen tem 5-4 Rev. 4/19/93 EXERCISE \RADPCS2.XLS _ _ _ _ _ . __ _ _ _ _ _ _ _ - -,. - - v - . , . - , . , . , , . - -- n ..r.- -

                                                                                                                                                                                                                                                                                                    --y.                          .~                , _ _ , ,
                                                                                                                                                                                                                                                                                                                                                              .~.,m ,

4 Sd' RADIATION MONITL ,G DATA SUMMARIES PROCESS RADIATION MONITORS cpm Process Radiation Monitors RM-060,RMG1 RM 460 Bt461 D1462 RM463L D1463M R.mt 463Il I mE+ 20 D"' epm een epm erm esmo epm _Ithged In,1m I.55E + 02 840E+01 3.70E + 01 1.70E + 01 3.50E + 0i 553E401 1.00E+0I ? 1.00E 4 01 7 1.00E+0i ? I 00E+0I 7 1.00E + 0t 7 1.00E + 0i ? t mt e te r 0+@4w4 ,$

                                                                                                                                                                                                                                                                  -~      "

Alevt 6.00E + 03* t.00E + 04* 5.90E + 03

• N/A N/A N/A , g, g j

                                                                                                                                                                                                                                                                                       --'     ' ~ ' - ~ ~ -

Ittah 9.30E + 03** 3.25E + 04** 7.00E + 03** N/A N/A N/A 1 00E + 06**7 1 00E406**7 1.nnE + n6"? I 00E +06**? I onE + 06"? I 00E + n6"? I OPE e 12 - gggi 1, Ill ,,,.7

                                                                                                                                                                                                                                                                                           --- E - RM M 6.00    1.55E + 02     8.40E + 01    3.70E + 0I     1.70E + 01   3 50E+01     5.53 E + 01    I mE

• to 88 '

6:15 1.55E4 02 8.40E + 01 3.70E + 0i 1.70E + 01 3.50E + 01 5.53 E + 01 N' -+ - RM 061 6:30 3.70E + 01 1.70E + 0! 3.50E + 0i 5.53E + 01 6:45 1.55E + 02 1.55 E + 02 8.40E + 01 8.40E + 01 3.70E + 01 f.70E + 01 3.50E+ 0t 5.53 E + 01 f fnE 606 _.

                                                                                                                                                                                                    }"               -

e

                                                                                                                                                                                                                                                                                     ~~'       - ~ ~ ~ ~

7:00 1.55E + 02 8.40E + 01 3.70E + 01 1.70E + 01 3.50E + 01 5 53E+0! , ,g , 1 7:15 1.55E + 02 8.40E + 0i 3 70E+0i 1.70E 4 01 3.50E+ 01 5.53 E + 0! , ,. 1.70E+ 0I 3.50E + 0i 5.53 E + 0! I ME + 02 ,,, m ..,, , , , .,y .., m , u y ,. 7:30 1.55E+ 02 8.40E + 0! 3.70E + 01 7:45 1.55E+ 02 8.40E + 01 3.70E + 0! l.70E + 01 3.50E + 01 5.53 E + 01 I mE + oo 8 00 1.55E + 02 8.40E+ 01 3.70E + 0t 1.70E + 01 3.50E + 0! 5.53E + 01 eco 3.m em , co tome it:no 12m t3m tem

8. I5 t.55E + 02 8.40E + 0! 3.70E + 01 1.70E + 01 3.50E + 01 5.53 E +01 8 30 1.55E + 02 8.40E + 01 3.70E+ 0! 3.70E + 01 3.50E + 0B 5.53 E + 01 crm Process Radiation Monitors RM-062,RM43L 8 45 1.55E + 02 8.40E + 08 3.70E+ 01 t.70E + 01 3.50E+ 0! 5.53E+01 I.

9 00 1.55E 4 02 8.40E+ 01 3.70E + 0! t.70E+ 01 3.50E + 01 5.53E + 0i y ll 885g 0 9:15 1.55E 402 8.40E + 01 3.70E + 01 1.70E + 0! 3.50E+ 0i 5.53 E + 01

                                                                                                                                                                                                                                                        .)

3.50E+0! 9.30 1.55E + 02 8.40E + 01 3.70E + 01 1.70E + 0! 5.53 E + 01

                                                                                                              ##                                                    "       "         "   ~                                                                '

9:45 1.55 E + 02 8.40E + 0i 3.70E + 01 1.70E + 01 3.50E 4 01 5.53E+01 - - . 10 00 1.55E+ 02 8.40E + nt 3.70E + 01 I .70E + 01 3.50E + 01 5.53 E + 0i _ , _ _ 10:15 1.00E+ 06"? 1.00E + 06"7 1.00E + 06**t t .00E + 06"? 2.50E + 02 5.53 E + 08 1000 t .00E + 06"? I .00E + 06**7 1.00E + 06**7 1.00E + 06"? 3.55E+02 5.53 E + 01 j 1 *E

• 88 + RM 063L 10 45 1.00E + 06**7 1.00E + 06'*7 1.00E + 06"? l.00E + 06"? 4 65E+ 02 5.53 E + 01 11.00 t.OnE + 06"? 1.00E + 06"? l .00E + 06"? 1.00E + 06"? 4.3 BE + 02 5.53E+0!

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11:35 1.00E + 06"? 1.00E + 06"? 1.00E + 06**? 1.00E + 06"7 3.86E + 02 5.53 E + 01 usHWHensc i 13:30 1.00E + 06"? 1.00E+ 06"7 1.00E + 06"7 1.00E + 06"? 3.35E 4 02 5.53 E+ 01 o+o+o+o+o+o+<+oto-1835 1.00E + 06**7 t.00E + 06"? 1.00E + 06"? t.00E + 06"? 2.91E + 02 5.53 E + 01 12:00 1.00E + 06"? 1.00E + 06"? 1.00E+ 06"? 1.00E + 06**? 2.53 E+ 02 5.53 E + 01 12:15 1.00E + 06**7 t.00E + 06"? t .00E + 06"7 1.00E + 06**7 2.19E+ 02 5.53E+0! "" 12:.%0 100E + 06"? t .00E + 06"? 1.00E + 06"? 1.00E + 06"? 1.92E+ 02 5.53 E + 01 I2:45 1.00E + 06"? 1.00E + 06"? 9 08E + 05" I .00 E + 06"? 1.44E + 02 5.53 E + 0! Process Radiation Monitors RM-063M,RM-06311 crm 13.00 1.00E + 06"7 1.0nE+ 06"? 3.36E + 05'* t .00E + 06**7 7.60E + 0i 5.53 E + 01 g ,g ,,3

13

15 100E + 06"? 1.00E+ 06"7 1.03 E + 05" 7.20E + 04 4 00E+0i 5.53E+01 . _ .

13:30 1.00E + 06* *7 t.00E+ 06**7 4.94 E + 04" 5.90E + 04 3.61E401 5.53E+01 _

                                                                                                                                                   ~

_ '. WH W p 13:45 100E + 06"? 1.00E + 06**? 3.13 E + 04" 4 83E+04 3.50E+ 0I 5.53 E 4 01 - g E gg 14:00 1.00E + 06**? I 00E+n6"7 2 22E+04" 3.96E + 04 3 50E+01 5.53 E + 0i s8' i mE . 2 N - n: . .. il:

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                                                                                                                                                                                                                                                                                     -M- RM 063I1 img.m .. _ . _            ___             ___                                                   _            _           __._         ._         _       _

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RADIATION MONihlNG DATA SUMMARIES Id' PING RADIATION MONITORS muer ve.1 mm.r i eT,m, Ping Radiation Monitors RM-067NG,RM-0671 mMwNo mM ea71 v e um.No vent mm.1 D"' epe eye ene eps cres eps. B}ged 1.00E 4 02 1.23E 4 02 1.25E + 02 250E+01 R 50E 4 01 650E+02 Ins la N/A N/A NIA N/A N/A N/A Alert 100E + 02* 2 00E + 03

• 2 00E+ 0F 5 70F 4 02* 2.90E + 02* 14tF.+03' liialk 4.10E + 02** 3 00E 4 03** 13 5E 4 01" 183E403" 8.10E + 02" 3 28E+ 03** IDE*M lIIlI$ll8ll8ll8lI8lI$lI$lI$llIlI$ll$l loll 8ll8ll$ll - - - ~ - - - -

                                                                !ne lli               N/A         N/A          N/A           NtA             N/A                   N/A                                                                                                                                                                - - - R - RM E7NG 6 00          l.%E + 02    1.25E + 02  1.25E 4 02   5 00E+08         1.20E + 02            1.75E 4 02 6.15          100E 402    1.25E + 02   1.25E + 02   3 00E

• 01 l.20E + 02 1.75E + 02 _ - - + - R M 0671 6.30 1.00E + 02 1.25E 4 02 1.25E + 02 5.00E + 01 1.20E 4 02 1 75E + 02

                                                                                                                                                                            '               ~~     ~     ~~            ~         ~       ~                     ~      ~        ~    ~      ~      '"    ~        '
                                                                                                                                                                                                                                                                                                                                          ~          ~~

6 45 1.00E + 02 125E + 02 125E + 02 5 OnE 4 01 120E 4 02 175E402 7 00 8 00E402 1.25E+ 02 1.25E + 02 5 00E + 01 l.20E + 02 1.75 E + 02 7.15 1.00E + 02 1.25E 402 1.25 E + 02 5 00E 4 01 1.20E + 02 1.75E + 02 7.30 1.00E + 02 1.25 E + 02 l.25E + 02 5 00E4 01 1 20E + 02 I 75E + 02 7.45 100E + 02 1.25E + 02 1 25E + 02 5 00E + 01 1.20E + 02 175E+02 t wE.co ._._. _ _ _ _. _ . .._ . _ __ __ _ _. _. 8 00 l .00E + 02 125E402 1.25E 402 5 00E+0! 1.20E + 02 8.75E + 02 eco tco em ,a to co iam ifm i3eo sem 8:15  ! .00E + 02 1.25E

• 02 1.25E 4 02 5 00E401 1.20E 4 02 1.75E + 02 8.30 1.00E + 02 1.25E + 02 1.25E + 02 5.00E + 01 1.20E + 02 1.75E + 02 cr'n Ping Radiation Monitors RM-067P, Vent Rm-NG

                                                                                                                                                                            '"*U 8 45         1.00E + 02   1.25E+ 02    1.25E + 02   5 00E + 01      120E+ 02              l .75E + 02 l                   ' pug %7 M 9 00         8.00E + 02   1.25E + 02   1.25E + 02   5 00E+0i        1.20E 4 02            f .75E + 02
                                                                                                                                                                             '"*U                                -                                                 -

M l.20E 4 02 1 75E + 02 l#E*H , 9 85 1.00E 4 02 1.25E + 02 1.25E + 02 5.00E 4 01. 5 00E4 01 1.20E+ 02 1.75E 4 02 l enE + te ., , y 9.30 1.25E + 02 100E 4 02 1.25E + 02 1.25E + 02 5 00E+0B 1.20E 4 02 f.75E + 02 I eDE +09 , , y , , . _ _ _ _ . .,,,_ 9 45 1.00E 402 1.25E + 02 , 10.00 1.00E + 02 125E + 02 1.25E + 02 5.00E + 01 1.20E + 02 1.75E + 02 l #8' + 0B .-

                                                                                                                                                                                                                                                                                                                                                   -- RM 067P 10.15         1.00E + 02   1.25E+ 02    1,2S E + 02  5.00E + 0i       1.20E + 02            175E + 02     I mE 407 10:30         1.00E + 02   1.25E + 02   1.25E + 02  2 00E + 11" 1.45E + l4" 8 22E+ 14**                   ImE +ce                                                                 ...

1.25E + 02 6 76E+ ll" 5.07E+ 14" 2.63E + 15"

                                                                                                                                                                                                                                                                                                                                   - ~ *- Vent Rm-NG 10 45         1.00E4 02    1.25E 402                                                                      i .coE e os                          ,                             ,

1 37E + 12** 1.06E + 15" 4 95E + 15" 11:00 1.00E4 02 1.2SE + 02 1.25E+02 cos , , , 11:15 1.00E + 02 1.25E + 02 1.25E 402 2. l l E + 12" 8.69E + 15" 6 93E + 15** g ,g .,, 11:30 18:45 1.00E+ 02 1.00E 4 02 1.25E + 02 1.25E + 02 1.25E + 02 1.25E+02 2.67E + l2** 2.2i E + l 5** 2.99E + 12" 2.56E + 15** 780E+15" 7.69E + l 5*

• imE + 02 l$.$$$hgg@Hhm,1Wmmitenen 12:00 1.00E+ 02 1.25E + 02 l.25E+02 3. llE + I2** 2.74 E + 15" 7.03 E + 15"

                                                                                                                                                                                      #                                                                                                                        ~~

12.15 1.00E + 02 1.25E+ 02 1.25E + 02 3.08E + 12" 2.79E + 15" 6.l!E+15" 12:30 100E + 02 1.25E + 02 1.25E + 02 2.95E 412" 2.75E + 15" 5.24E + 15" 1.00E + 02 1.25E 4 02 1.25E + 02 2.76E + 12" 2.65E + 15" 4 39E + 15** 12.45 cm

                                                                                                                                                                            , ,g ,r,,                Ping Radiation Monitors Vent Rm-I, Vent Rm-P 13.00          1.00E 4 02  1.25E+ 02     1.25E + 02 2.54 E + 12" 2.50E+15"                5.64E + 15" 13 15          1.00E + 02  1.25E+ 02     1.25E 4 02 2 22E+12" 2.27E + 15"                 2.89 E + 15"   g ag,,3                                                                                       MBilWimuwO9dah 13 30          1.00E 402   1.25E + 02    l 25E+02   f .84E + 3 2" l.96E + 15"             2.12E + 13**   ImE *l4          _                              ,                                                                                            [

13:45 1.00E + 02 1.25E + 02 1.25E4 02 1.46E + 12** l .65E + 15" l 49E + 15" imEen , y , s , , . m. , . 14 00 100E + 02 1.25E + 02 1.25E + 02 1 14 E + 12" I 17E + 15" 1.02E + 15" i.o0E + u ,,_ y, .,. , , n . 100E s ti i r' . , i 1 cDE + te  ; 1.00E 609 - . - E - Vent Rm I IEE4W y , I,e0E 497 ., , + Vent Rm P 1.00E + 06 q. _ t enE *05 . . r i mE W . g , , Mentlee lberrittlest ~ ~ Vent Rm-N ventilation room ges 7=r I:.2.V=.I RMENG TSC gas ' {

• RM.067I TSC iodine Vent Rm-l ven6letion room iodine , agg , ,, [ , ,

RM-067P TSc rart Vent Rm.P ventilation tmm rert l eDE e es -- 4e9 ?co Seo 9e0 ' 1990 tim 12 2 13M 14eo G:\6084\ EXERCISE \RADDATTRADPCSS.XLS 5-7 Rev. 4/19/93 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . . _ _ _ __ _ _ _ . . __ _ _ . - - . _ ... - ~ ._ _ _ _ _ _ __ - _ _ _ . _ _ _ _ _ _ _ _

2as RADIATION MONITORING DATA SUMMARIES l'ING RADIATION MONITORS Ping Radiation Monitors Cor 4-NG.Cor 4-1 c.,4 No ce,4 i Coe 4 P Cor 20NG Coe 26 I Cor 2&P , rune ,, ,, ,, ,, ,, ,g , , , , , , _,,,,,,,,, -,,,_m, _ luged 2 20E 4 01 7 WE + 01 5 00E+ 02 2 40E + 01 9pnE+01 6 floe +02 I nDF

• la  ;: ;:: ;.,;,

N!A N/A N/A N/A N/A N/A I M *ll -mid

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3. 30F + 02* l . IIE + 03* Iw+f2 ,

Al<rt 4 20E+ 02* 3 30F402* I 24E4 0l* 3 00E 4 02* Iliate 3 35E+03** 9 00E + 01" 2 90E + 01" 8.21E+01" 8 20E4 02** 2 24E+ 01" $$81H ##SilWlIK In, Ili NIA NtA NIA NIA NIA N/A " E- Cut 4 NG I onE e 09 . 6 00 3 50E + 0i 6OnE+01 4OnE+02 4 00E + 0i 1.00E+ 02 2.70E + 02 l GDE + CR wirme- ew.i. 6 15 350E+0i 6 00E+ 01 4 00E + 02 4 00E+ 0t I 00E + 02 2.70E + 02 i GDE e et , 7, g .rieww=nwm + pp, 4 g 6-30. 3 50E + 01 6 00E + 0i 4 00E+ 02 4 00E + 0i 100E + 02 2.70E + 02 I mE 6 06 wem 4 00E + 01 1.00E + 02 2.70E + 02 I mE + 01 _, y yewww.m 6 45 3.50E + 01 6 00E+01 4 00E + 02 I NE m , my , ,. 7 00 3.50E 4 01 6 00E +el 4 00E4 02 4 0nE 4 01 I .00E + 02 2.70E + 02

                                                                                                                                                                                                                                ~"""

7-15 3 50E 4 01 6 00E+Cl 4 00E + 02 4 00E + 0i 1.00E 4 02 2. 70E + 02 7.30 150E + 0i 6 00E4 01 4 00E + 02 4 00E + 0i 100E 4 02 2 70E4 02 IEEEIEENE IEU " ' ' 7 45 3.50E + 0i 6 60E + 01 4 00E+ 02 4 00E4 01 100E + e2 2.70E 4 02 1 anE + eo CM7 'I IM" 8 00 150E + 01 6 00E4 01 4 00E+ 02 4 00E4 08 100E 6 02 2 70E + 02 em te m ,e tem nm 12m lie um 8 15 1.50E 4 01 6 00E+ 01 4 00E 4 02 4 00E +01 100E + 02 2.70E + 02 8 30 150E4 01 6 00E+ 01 4.00E + 02 4 000+0i 100E + 02 2.7nE+ 02 (Pm Ping Radiation Monitors Cor 4-P.Cor 26-NG S 45 350E401 6 00E + 08 4 00E+ 02 4 00E+ 0i 1.00E + 02 2 70E+ 02 't-- g

                                                                                                                            ^

9 00 3 50E4 01 6 00E+ 0i 4 00E+ 02 4 00E + 0i I 00E4 02 2.70E 4 02 l ', "simil 9 15 3 50E408 6 00E + 0i 4 001:* 02 4 00E4 of I00E+02 2.70E 4 02 i enE , n

                                                                                                                                 ~

Ml' ' Tg 9.30 3.50E 4 01 6 00E 4 01 4 00E+ 02 4 00E+ 0i 100E + 02 2.70E 8 02 l CDE + 12 yim . 6 00E+ 01 4 00E + 02 4 00E + 01 1.00E + 02 2 70E 4 02 100F

• ll , . ,. ._ _ _

9 45 3.50E 4 01 .) t onE 4 Ie 10 00 3 50E + 01 6 00E+ 0i 4 n0E + 02 4.00E + 01 1.00E + 02 2.70E 4 02 .

                                                                                                                                                                                                                                                    '       ~

C"' 4 P 10.15 3.50E + 01 6 00E+ 01 4.00E + 02 2.llE+13" E33E + 16" 1.01E+ 17" ' *" '" 10 30 3 85E 4 09** 4 29E + 12** 1.4 5 E + 13" 454E+13" 2 84 E + I6" 2.09E + 17*' '" ^*~ Cor 26 NG 10.45 l .81 E + l0" 2.13E+l3" 6 58E + 13" 7 06E+ l3" 4.S t E + I6" 3.07E + 17u '-~ - --- - 18 00 ! ?2E+l0" 4 45E + 13** l.27E + 14** 8 3tE+ ll" 5.41 E + 16** 3.27E + I?" i nnE + 01 " 18:15 5 63E+ 10" 6 92E + 13** l .76E + 14" 7.77E + ll** 5.12E + 16" 2 69E417" I mE + os ... f l. 11:30 6 7 t E+ 10** 8 47E+ ll" 1.8 8 E + 14" 6 77E+ 13" 4.4 8E + 16" 2 05E+ 17" I NE

• 01 ggg ggggggggggh_ggggQ.

B u *st m,y 11 45 6 89E + 10" 8 89E+ 13" I .70E + 14** 5.78 E + Il** 3.82E + l6" 1.56E+ 17'* pg.p9999,yyg g gggy , 12.00 6 552 + 10" 8 63E+ 11" 1.42E + I4" 4 9tE+ 13" 3.24 E + 16" 1.20E + I ?**

                                                                                                                    'gj "               i'i"^r                       #W"N'                      m        . --

12.15 6 00E + 10** 8 03E + 13" 8.15E + 14** 4.16E+ l3** 2.74 E + 16** 9.34E + 16" m m im He 82m um um 12.30 5 39E4 80** 7 32E+l3" 9. 26E + 13" 3 52E+ 13** 2.31 E + l 6" 7.42E + 16" 12 45 4.78E + 10** 6 60E+ 13** 7.4 5 E + 13 ** 2.98E + 13** 1.95E + 16** 5 98E+ 16" c Ping Radiation Monitors Cor 26-1'Cor 26 P 13.00 421E+l0" $89E+13" 6 03E+ I3" 1.67E + 13 *

• I.12E + 16** 3.27E + I6" , , P,m ,,

                                                                                                                                                                                     'f 13:15  149E + 10" 5 01E+ 11**      4 60E + l3** 6 47E+ 12" 4.53 E + 15" l.26E + 16**          1.mE

• lt il 30 2.54E + 10" 384E+13" 304E+13" l 96E+ 12" 1.48E+ 15" 3 BIE+ 15" 10DE*l? [.

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• W N.._.$gg I .80E + 13" 6.25E + 1 t ** 5.22E + 14" I.17E + 15**

i r e 4 1345 t.70E + 40" 2.76E + 13** 1.14E + 10** 2 0nE + I!** 104E+I1" 2 44E + ll** 2 11 E + 14** 3.99E + I4" ,,,g 91 14 00 , _ I mE 4 ll _ I mE s t2 , , , , ,, n7 , I mE e ll 4 , , . , , , Cor 26 I I 01E + 10 . , ,. ,, , I ccE *08 . _ , . I mE 40s , , , , , , ,

                                                                                                                                                                                                                                                 -~+- - Cor 26.P 8 "'M                                ,             ,                                              ii               ,                    _. _

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I CDE +01 . MwHer therl#m ,,g,,, _ Cor 26-NG corridor 26 gas I enE 691 Cor 4-NG corridor 4 gas N$MSNM b

                                                                                                                                                                          ,5 Cor 4-i       corridor 4 iodine              cor 261      corridor 26 iodine            8, mE                                               '

Cor 4-P corridor 4 rert Cor 26-P earvidor 26 l ert I enE 4 00 - -- - [ ' T 6 00 1m Em 9m tem li m 12m lim te os 5-8 Rev. 4/lW93 EXERCISE \RADPCS6.XLS

RADIATION MONITuntNG DATA SUMMARIES 8d5 PING RADIATION MONITORS r.: the.NG r.1 the-I Fenwe.P Ping Radiation Monitors Pal Door-NG, Pal Door-I l unE Time ,,,,, ,,,,,, ,,,,,, , ...n n ewmmTbg J gn4, 2.70E + 01 110E402 7.40E 4 02 I mE

• te _

lae lm N/A N/A N/A tmE

• ll "

pirWIPWilW$5jp '"' Alert 4 00E4 02* 3 00E 4 02* 1. 30E + 03

• I NE + 12 ,

                                                                                                                                                  ,,                           Sogg Itish   1.26E + 03"    8.75E + 02" 3.10E + 03 **                              ',"                                 -                                                            - - - - - - - -

le, Iti N/A N/A N/A 8 00E *M .,

                                                                                                                                                                                              -~~- E - - Pal h b 6 00   4.50E + 0B     9.00E + 08    6 00E +02                         a nnE408 6:15   4 50E+ 0B      9.00E + 0i    6 00E+01                          3.coE , yr

_ .- + ' - Pd h1 6.30 4.50E+ 0! 9 00E+ 0! 6 00E+ 02 s ooE +ce , e oneee 6.45 4.50E + 01 9.00E + 03 6 00E + 02 r ,, , 7 00 4.50E+ 0! 9 00E+0i - 6 00E+ 02

                                                                                    '"'"'                                         i -    ,

7:15 4,50E 4 01 9 00E+ 0! 6 00E 4 02 1,uLym:z nz:n ' ' '

                                                                                                        '-''-'~----

7.30 4.50E+ 0! 90nE+01 6 00E+ 02 t eoE a st " 7.45 4.50E + 0i 9 00E 4 01 6.00E 4 02 IEE e co 2 00 4.50E + 01 9 00E+ 0t 6.00E + 02 eco ya ,,' ,e tem sie its nea 14e 8.15 4.50E + 0! 9 00E 4 01 6.00E + 02 s.30 4.50E + 0i 9.00E 4 08 6 00E+ 02 crm Ping Radiation Monitors Pal Door-P 1NESU 5.45 4.50E + 01 9.00E + 0B 6 00E+02 ..nu 9.00 9.15 4.50E4 01 4.50E+ 0! 9 00E + 0i 9 00E +0! 6 000 + 02 6 HOE +02 l t onE

• le II" "

                                                                                                                                                                   ., p  .

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2-14 RADIATION MONITOluNG DATA SUMMARIES AREA RADIATION MONITORS RM 976 RM477 RM478 RM479 l RM4gG RM491 . ._ _ _ , U"' mR/hr mR/br mR!be atR/be  ? mRibe mRlbe ' U 84 B571g "U g _B6 god 8 %E 08 9 72E 02 3.40E 01 100E-01 ? 1 ACE 08 1.00E 01 ? 9.50li 91 1.00E 01 ? 9.93E 02 I 00E-01 ? I anE e 92 [ sg ler Im I 005 01 ? 1.00E 01 7

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Alert 5.00E + 0J' 3 00E+00* 3.00E + 00* 3 00E + 00* 9 00E + 00* 5 00E 4 00* l l Itish 1.50E + 0l** I .50E + 01" 1.50E + 01" 1.50E + 0l ** 100E 4 01" 1 50E+ 0l** l onE + st - - - -- - - - - - - -. for IH I 00E 4 07'*? l onE + 07"? 1.00E + 07*+t l onE + 07"7 I nnE4 07"? 1 00E + 07"? _ , _ g _, ' RM O76 6.00 4 66E-Ol 9.72E 02 7 3.40E-01 1.00E 01 1.50E 03 9.93E 02 ? 4 66E 01 9.72E-02 7 3 40E 01 1.00E Of I 50E 08 9.93E 02 ? _, .. 6:15

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6:30 4 66E01 9.72E-02 ? 3.40E-01 8.00E 01 1.50E 01 9.93E02 ? " " " " - ' - ' ' ' ~ ~ - - - 6 45 4 66E 03 9.72E O2 7 3 40E 01 1.00E 01 1.50E 08 9.93E-02 ? 7.00 4 66E.01 9 72E-02 ? 3 40E 01 1.00E 01 1.50E01 9 93E-02 ? ,m , 4 _ _ _ _ _ _

      ?.15   4 66E DI      9.72E 02 ?    3.40E 08     1_00E 08       1.50E-01      9.91E-02 ?

7.30 4 66E 08 9.72E02 ? 3 40E-01 100E 01 1.50E 01 9.93E-02 7 7:45 4.66E 08 9.72E 02 7 3.40E 08 I .00E 01 1.50E 08 9 93E-02 ? cose _. ___ I.00 4.66E 03 9.72E02 7 3.40E On 1.00E 01 1.50E 08 9 93E 02 ? em ,e em 9m som iim s2m um um 8.15 4.66E 01 9.72E 02 7 3.4alLOS l.00E 05 150E 01 9 93E 02 7 150E01 9.93E 02 ? mR/hr Area Radiation Monitors RM-078,RM-079 8.30 4.66E 03 9.72E 02 7 3.40EV1 3.00E 01 9.93E 02 ? 8 45 4 66E-Ol 9.7?EM2 7 3.40E.01 8.00E05 1.50E-01 9 00 4.66E 08 9.72E Oi ? 3.40E-0 s 1.00E 01 1.50E-Ol 9.93E.02 7 9.15 4.66E01 9.72E.02 i 3.* JF St 1.00E O! l 50E 03 9 93E 02 7 9 93E02 7 NIIEUg

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9,30 4.66E01 9.77E 02 7 3 E-01 1.0nE 01 1.50E-01 e aDE *02 - - - 88I s 9 45 4.66E 08 9.72E02 7 3.40E-Ol 5.00E-01 1.50E-01 9 93E-02 ? Ug 4 66E01 9.72E02 ? 3.40E-01 I n0E OR I.50E 01 9.93E 02 ? I g #% g

                                                                                                                                                                                                                                    ,% H                                                    - E - RM 072 to 00 10.15   4.66E-01      9.72E.02 ?    3 40E-01      1.00E01       1.50E 01      9.93E-02 ?

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1.53 E 4 02" 1.31 E + 02" 8.27E + 00* 4.25E-01 1.20E+ 02" 1.20E + 02" 19 30 ~ ~+~~ RM 079 10.45 3 57E +02" 3.56E 4 02" 3.65E + 0l** 5.40E + 00* 2.72E + 02" 2.72E + 02" 11:00 5.56E + 02** 5.56E + 02" 7.02E + 01" 1.44 E+ 0l

• 4 32E+02** 4 32E + 02" 18:15 6 69E + 02" 6 6th i m" 1.0lE 4 02** 2.49E + 01" 5.36E + 02** 5.3 5E + 02" i anE+0e . -- - -- - -- - - - - - _

6 62E + 02** 6 62E402*' .15E + 02** 3.32E+01" 5.59E + 02" 5.59E + J2" - 11:30 HEHEHE . H EllEllEHEHE818 II;45 6.04E + 02** 6.03E+ 02** 1.14E + 02** 3 66E+0l" 5.44E + 02** 5.43 E + 02" 5.34 E + 02" 5.34E + 02" 1.06E 4 02** 3.61 E + 0 l ** 5.12E + 02" 5.12E + 02" * ~ 12 00 4.74 E + 02"

                                                                                                    '"        '            #                                                                                                                    ~

12;15 4 69E +02** 4 6tE + 02** 9.48E+ 0l** 3.35 E + 01" 4.74E 4 02" em 1m 8e 9m um He 12m um um 12.30 4.10E + 02** 4.09E + 02" 8.40E + 0l** 3.02E + 0l" 4.34E + 02** 4.34 E4 02" 3.94 E + 02" 12.45 3.57E 4 02" 3.57E + 02** 7.40E 4 0l** 2.69E + 0l** 3 94E + 02** eaMabnbnb WM MW 13 00 3.08 E + 02** 3.08E + 02" 6.49E + 0l** 2,3 8E + 0l" 3.5 t E + 02** 3.5 3 E + 02" l WE + 03 2.3 t E + 02" 2.3 t E+ 02" 5.4 t E + 0l** 2.07E 4 0l" 2.87E + 02" 2.86E + 02** p nWH5tigg81g y,8 13.15 13:30 1.56E + 02** 1.56E + 02" 4.03E+0l" 1.67E 4 01" 2.22E 4 02** 2.22E + 02" 13 4% l .05E + 02" 1.05E + 02** 2.8 tE4 01" 1.24E+ 0l* I.72E402" 1.72 E + 02" I mE m -- - - - - ,Il- -- ' 81 14 00 f.57E + 01" 7 53E4 0l** 1.97E + 0l ** 8.77E + 00* l .16F 4 02" 1.36E + 02** j l CoE

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                                                                                                                                                                                                                                                                                                                          --- RM ORI imE+m .              -

M**8" IMO"*' I anE41  ! [ --- -- - - RM-076 sua blog, rm4F,989* RM4)79 aux blog, cor4B,989* , RM.077 aux bids, cor4E,989* RM480 eux bids, rm25 A,1013* . RM 078 eux tilda. cor4C. 989* RM481 sus bfda, rm22.1013* e corea 6 410 fc0 400 9 c0 19e lle 12m lim tem 5-11 Rev. 4/19/93 EXERCISE \RADAREA2.XLS

Sd* RADIATION MONITORING DATA SUMMARIES AREA RADIATION MONITORS n Area Radiation Monitors RM-082,RM-084 n,4:2 sueu plan Ruew muen Rm4ss ,,oEyr enlWe mR'he mRAr mRfhr mR!bt mIUhr* Enged 1.56E 01 9.48E 02 9 37E 01 187E 01 4.17E05 t ot E 01 f onE +05 , y+

  . Ime lm       1.00E01 7       100E 05 7       1.00E 01 7         1.00E05 7     100E-01 t    100E.08 7                                                                                7                                    b4 3 00E + 00*  3 00E+ 00*            N '"                                                                                     g Meet      3.00E + 00*     3 00E + 00*    I 00E4 02*          3.00E + 00*
                                                                                                                                                                                                                             """8 I .50E + 0l" 1.50E + 01"       1. 20E + 02** I 50E + 0l** I 50E + 01" 1.50E + 01" M                                                            11 Ilish                                                                                                         '                                                                                                      ~

lee Ill 100E + 07'*7 100E 4 07"? I 00E + 07'*7 1.00E + 07"? I DOE 407'*7 1 00E + 07"? - m - - " RM 082 6.00 1.56E ol 9 48E 02 7 9.37E05 187E 05 4.17E-01 1.01E 01 l 00E

• e2 417E 01 i OIE-01 I ._ -+. - py og4 6 15 1.56E 01 9 48E 02 7 9 37E01 1.87E 01 9.37E-01 187E01 4.17E 01 1 ole 01 100E + 01 6:30 1.56E-01 9 48E-02 7 ~-

6 45 1.56E-01 9.48E 02 7 9.37E-On I 87E01 4.17E 08 1.01E 01 I enE

• m 7 00 1.56E 01 9.48E 02 7 9.37E of I 87E.01 4.17E 01 1.0lE01 7:13 1.56E03 9.48E 02 7 9.37E01 1.87E 01 4.17E01 1.0l E-01 ,, lgggggggg , , , .

7;30 1.56E-01 9.48E02 7 9 37E 01 1.87E 01 417tLOI 1.01 E-01 187E01 4.17E 01 l ORE of - - - - - ImE42 7 45 1.56E-Ol 9 48E-02 7 9 37E.01 8 00 1.56E 01 9.48E 02 7 9.37E-01 1.87E.01 4.17E 01 1.01E 0t soO w em m toe 0 it m i2m tw teco 8:15 1.56E 01 9.48E02 7 9.37E.01 I.87E 08 4.17E 05 l ole-Ol 4.17E-08 I .clE 01 mR/hr Area Radiation Monitors RM-085,RM-086 B.30 1.56E 01 9 48E02 7 9.37E 01 1.87E 08 ~ ~ ~ ~ ~ 8.45 l.56E 01 9 48E 02 7 9.37E01 l.87E-Ol 4.17E01 1.0lE01 9 00 1.56E01 9 48E-02 7 9.37E-01 1.87E01 4.17E-01 1.01E DI y++>+4g , 9.15 1.56E-01 9.48E-02 ? 9.37E01 1.87E 01 4.l?E 01 1,0lE01 , ,og ,,3 _._ . - . -- -. -

                                                                                                                                                                                 -            -         OE 1paHBUmqU                                                "

9.30 1.56E 01 9.48E.02 7 9 37E 01 l.87E05 4.17E 01 * ,71E-01 g- su 9.45 1.56E-01 9 48E 02 7 9.37E 01 5.87E01 4.17E01 i OIE-01 10 00 1.56E 01 - 9.48E.02 7 9.37E-01 1.87E.08 4.17E Ol 1.0lE-01 s onE .o2 -- - - - - - - - -. - - . - - . . _ ,, _ RM 085 9.53 E + 02" 3.24 E + 04 ** 9.37E cl I.87E 01 4.17E-OI 1.01E 01 j 10.15 10.30 3.30E + 03** 6. 54E + 04** 3.48E + 01 2.98 E + 02** 2.97E + 02" 2.98E + 02**

                                                                                                                                                                                                                                                                                ' + --- RM -OR6 t eDE

• 01 10.45 4. 20E + 03 ** 9.58E + 04** 1 87E + 02** 9.34E + 02" 9.57E + 02" 9.34E + 02** 1 11.00 5 00E + 03" 8.04 E + 05** 4. 8 7E + 02" 1.76E + 03" 1.83E + 03" 1.75E + 03" -

11:15 5.00E 4 03 ** 9.02bve q.2402" 2.54E+ 03" 2.68E + 03" 2.54E+ 03" 8 94 E + 02" R E+03** 3.26E + 03" 3.0$ E + 03**

                                                                                                                      ' 88E

• 88 3********F8 ~ " - -- - -

18:30 4.40E + 03 " 7.37E+ 04*' l .02E + 03" 3.2910 03 " 3.54E + 03" 3.29E + 03" 4.10E+03" II.45 5.98E + 04 ** 4 89E+04** 1.07E+ 03" 3.3 3 E + 1m'" 3.6 t E + 03 ** 3.33 E 4 03"

                                                                                                                                      ;4"O      .. "0 0-30 "0 '+**

12 00 3.80E + 03** 12:15 3.40E + 03" 4.03 E+ 04" 8.07E+03" 3.24E + 03* ' 3.53E + 03" 3.24 E + 01" * * * * '* "" I* "* '" 12:30 3.20E + 03" 3.34E + 04" 1.03 E + 03" 3.08 E + 03" 1.36E + 03" 3.08 E + 03 *

• 12:45 2.80E + 03" 2.78E + 04" 9 72E+02" 2.87E + 03" 3.14E + 03** 2.87E+03" Area Radi uon Monitors RM-o87,RM-088 13.00 2.70E + 03" l.56E+01" 9.04 E + 02** 2.64E+03" 2.90E + 03" 2.64E + 03" , -

                                                                                                                                                                                                                                                      ~

2.59E + 03" 6.16E+03" 8 18E + 02" 2.33 E + 03" 2.56E + 03** 2.33 E + 03** 5]5tig,9 13.15 13:30 1.93 E + 03" 8.94E + 03** 7.05E + 02** l.95 E + 03" 2.16E + 03** l .95E + 03" g >94 l54 0 13.45 1.35E 403" 6 52E +02" 5.84E + 02" 1.59E+ 03** 1.77E+03" 1.59E4 03** WEm -- - - - -- . 14 00 1.02E + 03 ** 2 flE+ 02** 4 74E +02** I 28E+03" 1.47E + 03" 1 28E 4 03" I m l.00E pr2 _ g_ gg pg7

                                                                                                                                                    -    ~~~              -        -~                                               -
                                                                                                                                                                                                                                         -       -               m
                                                                                                                                                                                                                                                                                -+- RM 083 t 00E e et .----

M*"" *' IW5* '**" 3 me ,o0 R.M482 eux bidg, cor26E,1013' RM-086 aux bldg, im69,1025' i [a naosunonnaoaoe08 RM-084 eux bldg. cor26B,1013' RM-087 . eux bldg. rm 69,1025' RM485 aux bida, em87.1025' RM-088 oux bida, rm69.1025' t coEen <+ +:;:::::;  :+4 + + + . _ _ _ 6m 740 teo 9m IGeo 1140 12m 13e9 14 00 5-12 Rev. 4/19/93 EXERCISE \RADAREA3.XLS

                                                                                                                                                                                                                                    *d4 RADIATION MONITOklNG DATA SUMMARIES AREA RADIATION MONITORS R/hr                                 Area Radiation Monitors RM-089 RM4M        RM49f A       W e'l5       RM493                       i Time          mR/br         R/hr          R/br       mR/br                  i f     I-Bhged_      I 01E 01      1.77E02     8 72E-03     1.OnE Of law la     100E01 7       100E 01 ?   I 00E05 7        N/A Alevt   3.00E4 00* 2.50E + 03

• 250E+03* l n/a Iligh 1.50E + 01" 1.00E 4 04" l 00E + 04** s30E 4 0i" 8Me -- - - - - - - -- - - - -

Ine ill I DOE + 07'*7 1.00E + 07"7 I OnE + 07**7 N/A 6 00 1.0lE 01 3.53E 02 ? 1.75E02 ? I.00E 01 ---- 5 --- - Rht 039 6 15 1.0lE-Of 3.53E02 7 1.75E02 7 100E-01 ~ ~ 6:30 1.01E Of 3 53E-02 7 f.75E 02 7 1.00E 01

                                                                                      ' " ' ' 3'E'IEIIEIIEllEI'EllE9El'EllEllE31E8158158150 81:

6 45 101E 01 3 53E 02 ? 1.75E 02 ? 1.00E GI 7 00 1.01E 01 153E-02 ? I 75E.02 7 100E 08 7:15 1.0lE-01 3 53E-02 ? 1.75E 02 7 100E 01 7 30 8.01E.01 3.53E 02 ? 1.75E-02 7 1.00E 01

                                                                                                                                                                                            ----- I 7.45     I OBE DI      3 53E-02 ?   1.75E 02 ?  1.00E Of                         I cDE42      -       - -   - - -    - - -              - - - -   - -

8 00 1.01 E 01 3.53E-02 ? I.75E 02 ? 1.00E 0I em te em em tem um um om um 8:15 1.0lE-01 3.53E 02 ? 1.75E 02 ? I 00E-Of R/hr Area Radiation Monitors RM-09I A RM-09iB 8 30 1.01E-05 3.53E-02 ? l.75E-02 ? l.00E Of

                                                                                    '"#                                            r 5.45     1.0lE-01      3.77E-02 7   1.99E 02 7  1.00E-01                                                                                   ~""77"{'"W7                lie 4 04E 02 ? 2 28E 02 7    1.00E 01 9 00 9.15 1.01E-Of 1.01 E48      4 26E-02 ? 2.53E02 ?     1.00E 01 if I15h~/

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13:15 1.0lE01 7.03 E + 02 6.13 E + 02 l.00E-01 , 13:30 1.01E-01 5.53 E+ 02 5.36E + 02 1.00E-01 13:45 1.0lE DI 5 2tE+02 5.18E

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__.. g -~- RM 093 Monster therbetener RM 089 ~ control suom, cor72,103 RM-093 TSC, eml0,1007' RM-091 A cimt 1914g high, south,1036' RM-001B cimilIda hinh. =rth.1036' i eue4 li alimiingi ulimlin e a lis iia n nie n d e s miluli mlis ti 6.m 7 03 l' a 9m tem He 12 m lim He 5-13 Rev. 4/19/93 EXERCISE \RADAREA4.XLS

RADIOLOGICAL DATA ERFCS DISPLAY - PROCESS MONITORS. PAGE 360 I An example of the emergency response facility computer system (ERFCS) display, " Process  ; Monitors", Page 360, is provided under this heading. Displays reflect the summaries provided in the " PROCESS RADIATION MONITORS" section of this scenario. A complete set of displays is included in a participant message packet to be issued during the controller briefing. This data is intended to be issued to participants only if , the simulator or the computer link between the simulator and the emergency response facilities fails. NOTE: The examples provided in this scenario submittal are only examples to depict the layout and configuration of the screens. The actual volume of screens to be available for the exercise will be produced from the tables of data. The data reflected in the examples enclosed may not necessarily reflect actual exercise  : data. F G l 1 1 2 i 1

                                                                                                   )

I amuwmuruTocs.wr5 5-14 REV. 4/20/93 i l l 1 t I

MONITOR V ALUE ' MONITOR - VALUE MONITOR VALUE (CPM) (CPM) (CPMI RM050 3.221 E + 03 RM055A 5.162E + 03 HM062 3.700E + 01 RM051 4.850E + 02 RM056A 5.580E + 02 RM063H 5.525E + 01 RM052 6.900E + 01 I .RM0568 5.300E + 04 RM063M 3.500E + 01 - RM053 3.495E + 03 RM057 3.700E + 01 RM063L 1.700E + 01 RM054A 1.580E + O2 RM059 3.290E + O2 RM064 1.200E + 01 RM054B 3.440E + O2 RM060 1.550E + O2 RM066 0.000E + 00 RM055 5.350E + 04 RM061 8.400E + 01 R0214 1.597E + 06 PROCESS MONITORS PAGE 360 S AFEGUARD SIGNALS lRXl lVAXl l 1 l l P l PPLS SIAS DAS1 MODE 1 29 JUN 93 CPHS CIAS - DAS2 CRHS VtAS - SS1 RAS STLS 'SS2 l CHR l- l RCS l l Cl l l 3 MODE SELECTION 06:00:00 CSAS AUTOMATIC -- 5-15 4/19/93

                 - ExEaCISETAGENORS

RADIOLOGICAL DATA ERFCS DISPLAY - PROCESS MONTTORS. PAGE 361 An example of the emergency response facility computer system (ERFCS) display, " Area Monitors", Page 361, is provided under this heading. Displays reflect the summaries provided in the " AREA RADIATION MONTTORS" section of this scenario. A complete set of displays is included in a participant message packet to be issued during the controller briefing. This data is intended to be issued to participants only if the simulator or the computer link between the simulator and the emergency response facilities fails. t NOTE: The examples provided in this scenario submittal are only examples to depict the layout and conf%uration of the screens. The actual volume of screens to be available for the exercise will be produced from the tables of data. The data reflected in the examples enclosed may not necessarily reflect actual exercise data. l. E ownwounxroes.wr5 5-16 REV. 4/20/93 i

MONITOR VALUE MONITdR VALUE MONITOR VALUE (MRMR) (MRiHR) (MR/HR) RM070 1.490E + 01 RM077 9.716E-02 RM084 . 9.475E .02 RM071 6.703E + 00 RM078 3.398E-01 RM085 9.373E-01 RM072^ 3.908E + 00 RM079 1.004E-01 RM086 1.870E-01

      -RM073                        1.987E + 02       RM080                     1.502E-01         RM087                          4.172E 01 -

RM074- 3.534E + 01 RM081 9.928E-02 RM088 1.014E-01 RM075 1.745E+ 01 .RM082 1.562E-01 RM089 1.007E-01 RM076 4.664E-01 --------= ---- ----- - - =--- (RMR) (R/HR) RMO91A 3.534E-02 RM091B 1.745E-02 AREA MONITORS PAGE 361 SAFEGUARD SIGNALS I Rx 1 I vAx l . I ii i P l PPLS SIAS DAS1 MODE 1 29 JUN 93 CPHS CtAS DAS2 CRHS VIAS SS1 RAS STLS SS2 lCHRj l RCS l - l Cl l l l MODE SELECTION 06:00 :00 AUTOMATIC CSAS 5-17 4/19/93 EXERCISEVAGE361.xu .

RADIOLOGICAL DATA l IN-PLANT DOSE RATES. CONTAMINATION LEVELS. AND PLANT MAPS In-plant exposure and contamination levels are provided under this heading. Surface contamination levels are summarized for all levels of the auxiliary building, Control' l Room, Technical Support Center, and the Operations Support Center. ' Additionally, data is j provided for levels outside onsite areas. The boundary of the map provided in this section is  ! approximately.at the 0.25 mile mark. Plant maps are provided'with ' areas divided up into

      " compartments". The corresponding compartment number label matches up .with the dose rate           ,

and contamination levels given in each table. 7 2 Loose surface contamination levels are provided per 100 cm , the size of an average smear taken l during a survey. .

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RADIOLOGICAL DATA ON-SITE PLUNTE SHINE SECTOR Nf AP R b n n . a C < [@ \ u h s " ~ #gN! ! I  ;:; IISSOURI RIVE g n \ \ l Y / $\ jus I h N/ $ N [ ] ;j

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• TABLE of CONTENTS 6-1
• REACTOR CORE INVENTORY 6-2
• ISOTOPICS 6-3
• REACTOR COOLANT SYSTEM ISOTOPIC 6-4
• CONTAINMENT BUILDING SLBIP ISOTOPIC 6-10
• CONTAINMENT BUILDING ATMOSPHERE ISOTOPIC 6-16
• AUXILIARY BUILDING ISOTOPIC 6-22
• VENTILATION STACK ISOTOPIC .

6-28

• POST ACCIDENT SAMPLING SYSTEM ANALYSIS REPORTS 6-34 P

GWUWANUAIXTOC6.WP5 6-1 4/20/93' .] RADIOCHEMICAL DATA REACTOR CORE INVENTORY Values for 100% core activity and release fractions were taken from document EA-FC-91-001, " Fort Calhoun Coolant Activity". Maximum fuel damage is indicated as 10,05% clad gap activity release, 0% fuel pellet over-temperature, and 0% fuel cladding oxidation. 4 i a:wuMANUAL\ toc 6.WP5 6-2 4/20/93 RADIOCHEMICAL DATA ISOTOPICS Isotopic summaries are provided under this heading. Isotopic summaries are for controller reference only. Participants will be issued isotopic data through the use of post accident analysis system (PASS) reports. An example of a PASS report is included in this scenario. Isotopics are included for the following systems: Reactor Coolant System Containment Building Sump Containment Building Atmosphere Ventilation Stack Isotopic Auxiliary Building Isotopic Isotopics take into account decays from reactor trip. Activities less than 1.00E-12 are indicated as less than the lower limit of detection (< LLD) in the isotopic summaries. l l G:462341ANUA1.\ toc 6.WPs 6-3 4/1/93 l i I l RADIOCilEMICAL DATA d8 Reactor Coolant System Isotopic (uCi/cc) e600 esas coe ends e7ee 0715 8730 0745 esos esas 000 # 4.85 0900 09:s N.hle e ec. Kr85m 5.2SE-03 5.2SE-03 5.252-03 5.25E03 5.25Ed3 5.25 E-03 5.25E.03 5.25E-03 5.25E-03 5.25E-03 5.25E41 5.11 E c1 4 851003 4.5sE03 KrRS < 11D < LID < IJD < IID < llD < IJ.D < t1D < 11D < 11D < 11D < 11D < 11D < UD <UD Kr87 1.132-02 1.13 E-02 1.13E-02 1.13E 02 I.13 E-02 1.13 E-02 1.13 E-02 1.13 E.02 I.13E42 1.13 E-02 1.13 E-02 103 E-02 8.870-03 7.59E 03 Kres 1.35E-02 1.35E.02 1.35E-02 1.35E-02 135E-02 1.35E 02 135E-02 1.35E-02 1.35E 02 I .35 E-02 1.35E 02 I .10E02 1.20E 42 l.IlE,02 Kr#9 < UD < llD < 11D < LLD < LLD < IID < UD < 11D <UD < IlD <11D < UD < IlD <UD Xel33 m < UD < 11D < llD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < Lt.D Xel33 2.85E 02 2.85E 02 2.85E 02 2.85E-02 2.85E 02 2.85E 02 2.85E42 2.850-02 2.85E 02 2.85E42 2.85E42 2 R$E 02 2.R01502 2.75E42 Xel35m 4.40E 02 4.40E 02 4.40E42 4.40E02 4.40E 02 4.40E02 4.40E.02 4 40E42 4.40E-02 4.40E 02 4.40E 02 2.80E 02 1.40E-02 6.95243 Xe135 4.2IE-02 4.2IE.02 4.21E-02 4.21E 02 4.2IE-02 4.2iE.02 4.21E-02 4.2lE42 4.21E 02 4 21E-02 4.21E-02 4.16E 02 4 02E02 387E42 Xel37 < 11D < llD < 11D < LLD < LLD < LLD < LLD < LLD < LLD < LLD < l.LD < LLD < LLD < LLD Xel38 < LI D < LI D < 11D < LLD < I LD < l.LD < I.I D < LI D < I.LD < LI D < IID < I L1) < I 1.I) < t.1 D Twel I 45E01 1.45E 01 1.45 E-01 1.45E-01 1.45E.01 1.45E 01 1.45E-01 1.45E 01 1.4 5 E-O t 1.45E-01 1.45E 01 1.26E-01 1.08 E-01 9.64602 Italatees 1131 I.90E-03 1.90E 03 1.90E.03 1.90E 03 1.90E-03 f.90E-03 1.90E.03 I.90E 03 1.90E 01 1.90E 03 1.90E03 1.901-03 I.87E 03 1.33E43 1832 2.74E-02 2.74E42 2.74 E-02 2.74E-02 2.74E-02 2.74E 02 2.74E-02 2.74E-02 2.74E42 2.74E41 2.74E42 2.60E42 2.3RE02 2.16E42 Il33 2.19E 02 2.192 02 2.19E-02 2.19E02 2.19E-02 2.19E-02 2.198 42 2.19E-02 2.19E42 2.19E-02 2.19E42 2.IBE42 2.13E42 2.07E 02 Il34 5.26E42 5.26E42 5.26E-02 5.26E42 5.26E-02 5.26E42 5.26E-02 5.26E42 5.26E42 5.26E42 5.26E-02 4.61E02 3.73E.02 3 00E42 1835 3.77E-02 3.77E-02 3.77E-02 3.77E-02 3.77E02 3.77E42 3.77E42 3.77E 02 3.77E42 3.77E-02 3.77E 02 3.70E02 3.56E 02 3.40E 02 Total I.42E-01 1.42E-01 1.428 01 1.42E-01 1.42E-01 1.42E 01 1.42E 01 1.42E-01 1.42E 01 1.42E05 1.42E 05 13}E Dt 1.20E 01 I .08 E-01 Alkall metals Cel34 < 11D < llD < llD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LI D Cet37* < llD < 11D < llD < LtD < LLD < LLD < LLD < LLD < t.LD < LLD < LLD < LLD < LLD < LLD Cel38 6.07E42 6.07E 02 6.071502 6.07E-02 6.07E-02 6.07E42 6.07E-02 6 07tLO2 6.07E02 6.071502 6.07E42 4.R9E 02 3.49E 02 2.4RE42 Total 6.07E02 6.07E-02 6.07E02 6.07E-02 6.07E-02 6.07E-02 6.0?E.02 6.07E 02 6.07E-02 6.07E 02 6.07E-02 4.8vE 02 3.49502 2.48E-02 Rb,5b,Te Rh88 2.llE-02 2.llE-02 2.llE-02 2.llE-02 2.IlE42 2.llE42 2.IIE42 2.111L02 2.llE42 2.111502 2.llE 02 1.43E02 7.82tLO3 4.26E 03 Rh89 I.70E-02 1.701502 1.70E 02 1.70E-02 1.70E-02 1.702-02 1.70E 02 1.70E-02 1.70E 02 1.70E 02 f.70E 02 1.08E 02 5.44E 03 2.72E 03 Tel19 < IID < llD < LtD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < t.LD < LLD Tel32 1.32E04 1.325 04 1.32E.04 1.32 E-04 1.32E-04 1.32E-04 1.32E-04 1.32E-04 1.32E04 1.32E-04 1.32E-04 1.32E 04 1.30E44 1.27E-04 Tel34 < IID < llD <UD < LLD < 11D < LI D < 1 LD < LLD < Lt D < LLD < LLD < l.LD < l LD < LI.D Total 3.82E-02 3.82502 3 82E 02 3.82E.02 3 82E-02 3.82E02 3.82E-02 3.82E-02 3.82E-02 3.R2E02 3.82E.02 2.52E42 1.34E 02 7.10E-01 Altanne earthe Sr89 < 11D < 11D <UD < LED < IID < IlD <UD - < llD < 11D < IlD ' < 11D < - 1D < 11D < IlD 8r91 < 11D < 11D < IID < IID < LID < IID < llD < 11D < 111) < llD < 11D < J ID < UD <UD Y91 < UD < llD < 11D < UD <UD < LID <UD < IID < IlD < U.D < UD < ' ID < 11D < 11D Ealde < IID < 11D <UD < 11D < 11D < 11D < ISD < ISD < 11D < 11D < 11 D < U1) < 11D < 11D Total < UD < LLD < LU) < 11D < llD < llD < llD <11D < IID < UD < 11D < til- <UD < 11D Rcso emsthe Nb 5 <tLD < LLD < 11D < 11D < UD < UD < 11D <llD < llD < LtD < 11D < t1D < ELD < E1D Zu*5 < llD < t1D <UD <llD < llD < l1D <UD <UD < TID < UD <UD <UD <UD <UD 1%Ia99 < 11D <LLD < 11D < LID <UD < 11D < 11D < 11D < 11D < UD < 11D < UD < l1D - < UD Lalde < UD <11D <11D < 11D < 11D < 11D < llD < llD < 11D <UD < 11D < 11D < LED < 11D Bese < 11D < llD <llD < LtD < IID < LtD < llD <LLD < IlD < llD < 11D < 11D < UD <UD Rul03 <UD < t1D < llD < tlD < llD <UD < l1D < tJD < UD < t1D < t3D < 11D < l1D < t1D Tetel < t1D < llD <UD < I1D < l1D < t1D < TID < t1D <UD < llD <UD < t1D < l.lD <UD EXERCISE \RCS.XLS 6-4 Rev. 4/26/93 r l RADIOCHEMICAL DATA 2 of e Reactor Coolant System Isotopic (uCi/cc) 0930 0945 1000 1015 1930 1045 1100 1815 1836 1945 1200 1215 1230 Noble gnees Kr85m 2.59E + 00 1.27E + 00 9.31E + 00 1.84E + 0I 4.3dE + 0i 7.63E + 0i 6.22 E + 01 3.00E + 01 4.12 E + 01 336E+01 2.73 E + 0i 2.22E + 08 i SIE+ 0i Kr85 2.54 E.01 1 28 E-01 9.24 E-01 182E4 00 4 60E + 00 7.93E + 00 6 71 E + 00 5.68E + 00 4 BIE+ 00 4 07E+00 3.4. E + 0n 2.91 E + 00 2.47E 4 00 Kr87 1.34E + 00 6.10E-Of 4.70E + 00 9.31E + 00 2.20E + 0i 3.45E + 0i 2.55E + 01 1.88E + 0! I 39E+ 01 1.02E + 0! 7.57E + 00 5 59E + 00 4.13 E 4 00 Kras 4.24E + 00 2.04E + 00 1.52E 4 01 3.00E + 01 7.36E + 01 1.2 t E + 02 9 e6E + 01 7.69E + 01 6.12E + 01 48AE+0i 3.8 8 E+ 01 3.04E + 0! 2 46E+0i Kr89 1.37E + 0! 1.40E + 00 5. IOE4 01 9.44E + 0i 8 94E+0i 3.57f? + 01 8. I I E + 00 3.4H E 02 1.08fi 03 3.3 8 E- 05 1.06E 06 3.29E 08 1.0.3E.09 ' Xel3tm 5.43E + 02 2.73 E + 02 1.97E + 03 3.89E + 03 9.83E + 03 1.69E 4 04 1.43E + 04 1.2 t E + 04 1.02E + 04 8.67E + 03 7.33 E + 03 6 20E+ 03 5.24E + 03 Xet33 5.58E + 02 2.80E + 02 2.03 E + 03 3.99E + 03 1.01E + 04 I.74E + 04 1.47E + 04 1.24 B + 04 1.05E + 04 8.86E + 0) 7.49E + 03 6.33E 4 03 5.35E + 03 Xel35m 133E-04 4.22 E-02 439E-01 8.69E-01 1.6t E + 00 1.79E + 00 7.69E.01 330E01 1.42E 01 6 07E-02 2 60E-02 1.12E 02 4.79E 01 Xel35 1.02E + 0i 5.03 E + 00 3.67E + 0i 7.22E + 01 1.8 t E + 02 3.078 + 02 2.55E + 02 2.I2E + 02 1.76E+ 02 1.46E + 02 1.2 t E + 02 1.0l E + 02 837E401 Xel37 3.7 t E + 0! 4.50E + 00 1.35E + 02 2.5IE + 02 2.6E E 4 02 1.25E+ 02 6.98E + 00 3.89E 01 2.16E 02 1.20E 03 6.70E 05 3.73E 06 2 08E-07 Xel38 5.27E-Ol 1.63 E.01 1.78E + 00 3.52E 4 00 6.38E 4 00 6.R6f' + 00 2.78E + 00 t .12 E + 00 4.55F,01 1.84E 01 7.46E 02 3.02E.02 1.22E.02 Tesal 1.17E + 03 5.68B+ 02 4.26E + 03 8.36E + 03 2.06 E + 04 3.50E+ 04 2.94E + 04 2.49E+ 04 2.10E+ 04 1.7BE + 04 1.50E + 08 1.27E + 04 l .07E + 04 Italogees 1831 4.26E + 02 2.14E + 02 1.55E + 03 3.05E + 03 7.7tE + 03 133 E + 04 1.12E + 04 9.498 + 01 8.02E + 03 6.79E + 03 5.74E + 03 4.85E + 03 4.10E + 0) 1831 7.35E + 00 3.50E + 00 2.62E + 01 5.18 E + 01 1.26E + 02 2.06E + 02 1.6 t E + 02 1.27E + 02 9.93 E + 01 7.79E 4 01 6.llE 41 4.79E+0i 3.76 E + 01 1833 9.33 E + 0i 4.66B + 0I 338E+ 02 6.66E + 02 1.68E + 03 2.87E + 03 2.4 t E + 03 2.03 E + 03 1.70E + 03 1.43 E + 03 1.20E + 03 1.01 E + 03 8.44 E 4 02 1834 3.86E + 00 1.69 E + 00 134E+01 2.66E + 0! 6.12E + 01 9.17E 401 6.37E + 0i 4.42E + 0i 3.07E + 01 2. t 3 E + 0i 1.4 8 E + 0t 1.03E + 01 7.15E + 00 1835 233E + 08 135 E + 08 9.85E + 0! l.94E402 4.85E + 02 8.20E + 02 6.76E + 02 5.57E + 02 4 59E4 02 3.7sE + 02 3.12E + 02 2.57E + 02 2.12 E + 02 Tagal 5.58E+ 02 239E+02 2.02E+ 03 3.99E+ 03 1.01 E + 04 1.73 E + 04 t.45E + 04 1.22E + 04 1.03 E + 04 8.69E+03 7.32E + 03 6.17E + 03 5.20E + 03 Mtall adata Cel34 2.02E + 01 1.0lE + 01 7.32E + 0! l.44E + 02 3.65E + 02 6.28E + 02 532B + 02 4.50B + 02 3.8 t E + 02 3.22E + 02 2.73 E + bi 2.31 E 4 02 f .96E + 02 Cal 37+ t.30E + 01 6.53 E + 00 4.72E + 01 9.30E + 0i 2.35E + 02 4.05E + 02 3.43 E + 02 2.90B + 02 2.46E + 02 2.0R E + 02 1.76E + 02 1.49E + 02 1.26E + 02 Cel38 134E + 02 5.39E + 0! 4.60E 402 9.15E + 02 t.99E + 03 2.74 E + 03 f .68 E + 03 1.03E+ 03 6 30E4 02 3.86E + 02 2.37E + 02 1.45E + 02 889E+nt Tagal t .67E+ 02 7.06E + 01 5.8 t E + 02 1.15E + 03 2.59E + 03 3,77E + 03 2.55E 4 03 1.77E + 03 1.26E + 03 9.17E + 02 686E402 5.25E + 02 4.10E + 02 Ib,5b,Te Rb88 4,37E + 0i 1.49E + 0! 1.48E4 02 2.94E+ 02 5.67E + 02 6.64 E4 02 3.12E + 02 1.478 + C2 6 9tE+0i 3.25E + 0! t.53 E + 0I 7.19E+ 00 3.38 E 4 00 RbR9 5.33 E+ 08 1.72E + 01 1.80E + 02 3.57E+ 02 6.63 E +02 7.39E+ 02 3.18E + 02 1.37E + 02 5.9t E + 0i 2 55E+0i 1. InF + 01 4.73 E + 00 2.04 E + 00 Tet29 2.75E 4 01 IJ8E+01 1.00E + 02 1.97E + 02 4.98E + 02 8.53E + 02 7.26E + 02 6.14E + 02 5.20E4 02 4.40E4 02 3.72E + 02 3.15E + 02 2.67E 4 02 Tel32 1.24E + 02 6.20E + 0i 4.48E + 02 8.83E + 02 2.23E + 03 3.84E + 03 3.24E + 03 2.74E + 03 2.3 t E + 03 1.95E + 03 1.65E + 03 1.39E + 03 1.18E + 03 Tel34 1.26E + 02 S.362+0! 439E + 02 833E+02 1.96E + 03 2.84E + 03 1.58 E + 03 1.24E + 03 8.20E + 02 5.47E + 02 3.58E 4 02 2.36E + 02 1.56E 4 02 Total 3.75E + 02 1.6t E+02 1.32E+ 03 2.60E+ 03 5.92E +03 8.94 E + 03 6.47E + 03 4.88E + 03 3.78E + 03 2.998 + 03 2.40l!+ 03 f.96E &O3 1.60E + 03 MksJine earthe Sr89 < 11D < llD < llD < LID < UE < IlD < U.D < flD < IID < llD < UD ' < ilD < fl.D Sr91 < 11D < 11D < llD . < IID < UD < UD < t tD < 11D * < UD <UD < 11D < IlD < llD Y91 <11D < 11D < 11D < UD < UD < 11D <UD < 11D < 11D < 11D <UD < 11D <UD 18a140 < 11D < 11D < 11D < 11D <UD < I1D < 11D < 11D < 11D < 11D < ISD < 11D < l.lD Total < UD < 11D < UD < 11D <11D < 11D < UD < UD < UD < 11D < llD <UD < t1D h eeessthe Nhe5 < 11D < llD < 11D < 11D < 11D <11D <UD <11D < 11D < 11D < 11D <UD < 11D Ze95 <UD <UD <UD < llD <UD < IID < 11D < llD <11D < IlD < UD < llD < UD Me99 < 11D < 11D < LLD < IID < 11D < UD < 11D <UD < UD < i1D < t1D <UD < UD 14140 < 11D < IlD < 11D <UD < llD < UD <UD <IJD < IID <IJD < 11D < 11D <UD Er84 . < 11D < t1D < UD < llD < UD ~ < 11D < 11D < IID < 11D < 11D <UD < I1D < UD Rul03 <UD <IJD < I1D < llD <UD <UD < I1D < 11D <UD < 11D < 11D <UD < 11D ' Taeal < 11D < 11D < 11D < 11D < 11D < (1D < 11D ' < 11D < 11D < 11D < t1D < 11 D < ISD EXERCISE \RCS.XLS ~ 6-5 Rev. 4/26/93 RADIOCHEMICAL DATA 3 *' 8 Reactor Coolant System Isotopic (uCi/cc) 1245 1300 8315 1330 Noble amara Krt$ne 5.64 E + 00 128 E + 00 2.57E01 4.52E-02 Kr85 7.98E-01 189E01 3.93E-02 7.18E-03 Kr87 1.17E + 00 2.4tE01 . 4.37E-02 6.%E.03 Kr88 7,50E + 00 1.67E + 00 3.27E.01 5.61 E.02 KrR9 1.22E t t < flD < 11D < U.D Xel3tm 1.70E+ 03 4.01E+ 02 8.34E401 1.52E + 01 Xel33 1.73E + 03 4.09E + 02 8.49E + 01 1.55F + 0! Xel35m 7.86E-04 9.43 E-05 9.94E-06 9.20607 Xel35 2.66E + 0! 618E + 00 1.26E + 00 2.26E-01 Xel37 4.42E-09 6 88E-tl < llD < llD Xet38 I 89E03 2.15E-04 213 E-05 1.86E D6 Total 3.47E+ 01 8.20E+ 02 1.70E + 02 3.10E+ 01 Italogene - 1131 1.33 E + 03 3.14E + 02 6.52E+ 01 1.19E + 01 1832 1.13E + 0! 2.48E+ 00 4.77E.01 8 07E.02 1833 2.7 t E+ 02 6.36E + 01 1.3 t E + 01 2.37E + 00 1834 1.90E+ 00 3.69E.01 6.30E-02 9.44 E-03 1835 6 6RE+0! 1.54E4 01 3.12 E + 00 5.55E01 Tetet 1.68E + 03 3.96E +02 8.20E + 0! l.49E + 0! Alkall adals Cst 34 6.33 E+ 01 1.50E +0i 3.llE + 00 5.69E-01 C 137* 4.08E + 01 9.66E + 00 2.01E+ 00 3.67E 01 Cel38 2 08E+01 3.57E + 00 5.3 7E-Ot 7. I t E.02 Tesal 1.25E +02 2.82E + 0! 5.6AE + 00 1.0tE+ 00 lb,Sb,Te Rh88 6.08E01 8.00E 02 9.25& O3 9.39E-04 Rb89 3.36E-Ol 4.04E02 4.28E03 3.98E.04 Tel19 8.63 E+ 01 2.04E 401 4.24E + 00 7.75E01 . Tel32 3.80E+ 02 8.97E + 01 1.86E + 0! 3.39E+ 00 Tel34 3.95 E+ 01 7.30E + 00 1.18E+00 I.69E 01 Tesal 5.06E+ 02 1.18E + 02 2.40E + 01 4.34E+ 00 Alkaline earthe 5r59 < llD < IlD - < 11D < 11D Sr91 < IID < llD ~ < IlD < 11D ' Y91 < IlD < IlD < IID < IlD Beide < IID < 11D < UD < IJD Total < IID < IID < UD < 11D 2ere emethe Nh95 < llD < IlD . ' < UD < 11D Er95 < 11D < UD . < IlD <UD Mo*9 < 11D < IID . < llD < 11D 12140 < 11D < 11D ~ . < 11D < IlD .Br84 < 11D < 11D < 11D <11D Rut 03 < IJD ' < IJD ~ < UE ' < IJD Tesel < IID <UD <IJD < 11D EXERCISE \RCS.XLS 6-6 Rev. 4/26/93 RADIOCHEMICAL DATA **'8 Reactor Coolant System Isotopic (uCi/cc) eM*e 0615 000 0645 0700 0713 SUO e745 ewo ents 000 0445 0000 mit F9eitelente Rel33g . 2.13 E + 00 2.t!E + 00 2.13 E + 00 211E + 00 2.13 E + 00 2. t 3E + 00 2.13 E + 00 2.13 E 4 00 2.13 E & 00 2.13 E 4 00 213 E + 00 l ME4 00 1.56E + 00 1 3AE + 00 1131g 6 74E.03 6.7 t E-03 6.7t E 03 6 7tE 03 6.7 t E-03 6 7t E-03 6.7t E 03 6.71 E-03 6.71E-03 6.7 t E 03 6. 7 l E-03 6 6AE 01 6.49E.01 6 2*E-03 Cet37% 143E 01 143E of 5 41E of 143E-01 141E 01 3 41E.01 3 41E 01 141E 01 3 43E.01 3 43E 01 3 41E01 2 62E of I .76110t 1.ISF At 1 ,cyc, Reactor Coolant System Equivalents (uCi/cc) 8 t .005 + 05 e , c w;d;"+ . , _ , , T E~s ; ~.- t.00E + 04 mv en r- m - - n; r -w- ~ g g ;. '. -, 4 _ ,: . W%w A 1.00E + 03 - ,s x e 7y n:m my m s. e Y4 , .kQ - g .*. \wg - I.00E+02 --m em u . u~. I r gp - ~ Ng _, _ Xeiyy eq .. ~ . . - y_ Ah. , remy g m- ym -m m l + - Il31 eq l.00E401 -q g.g , mf j.y 4e~ ; u > " - , . 9 pag _ ;;.u- /

u. n. .

ILei-IGM " e,." . . . - . . . _ Files%g. - - - - 1.00E + 00 ym i;g;: gg g3 yg ygag- ;g e were tyw u nn w - - - \ 7 i A- Col 37 e1 4 d_U_ tk M_&kmS_E. tk 4. _5&. 3 1.00E ~~ ~.- ; -r r. g v q.~ m ~r v- ~~~ ~m r ~ ~ ~ -- ; wk , . _ . . _ . _ . _ 3. _.. . . . . . _. .~- . - - 1.008 02 . g,pr ie ce m r. ,v,, - r., ;, +,p.n m gr g. gry y ,2 r ,. ,, } } l.& :Eh =U lIl$' .:l'. h" 'l 1.00E-03 0600 0630 0700 0730 0800 0830 0900 0930 1000 1030 1100 1830 3200 I230 1300 1339 1400 9fcess velume (seg . 5.02E + 04 5.02E 4 04 5.02E + 04 5.02E+ 04 5.02E + 04 5.02E + 04 5 02E+04 5.02E+ 04 5.02E+04 5.02E+ 04 502E+04 4 NE+04 4.89E + 04 4 86H+M (ce) 1.90E+08 l.90E + 08 1.00E+ 08 1.90E+ 08 1.90E405 8.90E+ 08 1.90E + 08 1.90E+08 1.90E + 0S I.90E + 08 1.00E+ 05 1.87E+ 08 l.85E+ 08 1.84 E + 08 pasen] (ppm) 7.58E4 02 7.58E + 02 7.59 E + 02 7.58E + 02 7.58E+ 02 7.58E4 02 7.58E + 02 7.58 E + 02 7.58E + 0! 7.58E+ 02 7.58E+ 02 7.58E + 02 7.58 E + 02 7.58 E 4 02 (Cbbr6de] , (ppen) 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 0.00E +00 0 00E + 00 0.00E + 00 [Hydroscal (ee/ba) 280E+01 280E+0i 2 80E+0! 2.80E+ 01 2.80E + 0 t 280E+01 2 80E+0! 2.80E + 0! 2 80E+DI 2 80E+0i 2.80E+0i 280E+01 2.80E + 0! 2.80E + 0i Fass 1%se Rates (mR/hr) ' hyle Contact 8.95E + 01 8.95E + 0i 8.95E + 01 8.95E + 01 8.95E + 01 8.95E + 0i 8.95E + 01 8.95E + 01 8.95E + 01 8.95E 4 01 8.95E + 01 7.55E + 0! 6.08E + 0i 2.70R 4 01  %,le + rsg en coatmet t.78 E + 0! 1.78 E + 0 1.7sE + 01 1.7eE + 0! 1.78E + 01 I.78E + 01 1.78E + 01 1.78 E + 01 1.78 E + 01 I.78E + 01 f.78E + 01 1.46E + 0! l.12E + 01 9.70E.02 L EXERCISE \RCS.XLS 6-7 Rev. 4/26/93 RADIOCllEMICAL DATA 6 "' " Reactor Coolant System Isotopic (uCi/cc) 0936 0945 1000 1915 1e30 1645 lace 1885 113e 3145 1100 1285 123e Feivalente Xe133eq 2.17E + 03 6.60E + 02 7.93E+ 03 1.52E + 04 2 68E+04 3 63E+M 2.77E +04 2.28E+04 I 89E+04 1.57E + 04 13tE+M i 09E+ M 9 09E+01 1831.q 4.42E + 02 2.27 F.+ 02 1.6t E + 03 3.16E + 03 8 00E + 01 1.3 8E + 04 1.16E+04 9.R3 E 4 03 8.3 tE + 01 7.01 E + 01 S ME+03 5.02E + 03 4.25E + 03 Cs137eq 1.10E + 03 4 40E+ 02 191 E + 03 7.55E 4 03 1.63E + 04 7.25E + 04 1.42E + 04 9 21E4 01 6.20E + 01 4.79E + 01 101F + 01 7 21E+ 01 167F + nt (gel) 3.14E4 04 5.02E+ 04 1.59E + 04 8.40E+03 5.89E+03 3.70E + C3 3.70E+ 03 3.70E + 03 3.70E + 03 3.70E + 03 3.70E + 03 3.70E + 03 3.70E + 01 1 sydem Velwee (eep I.19E + 08 l.90E + 08 6.00E + 07 3.18E + 07 2.23E + 07 1.40E+ 07 f.40E+07 f.40E + 07 1.40E + 07 1.40E + 07 1.40E + 07 1.40E + 07 5.40D07 - (ppm) 7.58E+ 02 7.58E+02 7.58E+02 7.58E+02 7.58E + 02 7.58E +02 7.58E+02 7.58E + 02 7.58E+ 02 7.58E+ 02 7.58E+ 02 7.5RE + 02 7.58E+ 07 (Beren] 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 4 00 0 00E+ 00 0.00E + 00 0.00E + 00 (Chierldel (ppm) (ifydrogen! (ceaa) 2.80E + 0! 1R0E+01 2.80E + 01 2 808+01 280E+01 2. ROE + 0! 2.80E + 01 280E+01 2 ROE 4 01 2 ROE 401 2 ROE +01 2. 8r1F + 01 280E+(i Pass Dose Rates (mR/br) 1.14 E + 05 2.75E + 05 2.88B + 05 4.87E + 05 5.00E + 05 4.00E + 05 3.26E + 05 2.68E + 05 2.22E + 05 I.84E + 05 1.54E + 05 1.29E + 0$ Sample Contact 1.52E + 05 5.88E + 02 4.27E + 02 f.05E + 03 1.10E + 03 1.82E + 03 1.8 t E + 03 1.38E + 03 1.09E + 03 8.69E + 02 7.04E + 02 5.77E + 02 4.76E + 02 3.95E + 02 Sarnple + Pig on Contact 6-8 Rev. 4/26/93 EXERCISE \RCS.XLS +4

RADIOCHEMICAL DATA e et e -

- Reactor Coolant System Isotopic (uCi/cc) 1249 13ee - 1315 1338 e Fquien8 ente ' Xel33eq 2,90E + 03 6.76E + 02 1,39E + 02 2.50E+ 01 . It31eq 1.37E + 03 . 3.2$ E + 02 6.74E + 0! 3.23E + 01 - Cel37eg 4.90E + 02 t .07E 4 02 2 09E+0! 3.61E + 00 t 1: 9ysseen Volumn . -(seh 3.70E+03 3.70E + 03 3.70B+ 03 3.70E +03 J tee) 1.40E+ 07 t.40E4 07 I.40E+ 07 1.40E+ 07 [Bereal- - (pymm) 7.598402 7.598 + 02 7.5BE+ 02 7.54E+ 02 e (ppus) 0.00E + 00 0.00E + 00 0.00E+00 0,00E +00 [Chiedd ] i [Hydreasel (edha) 2.80E + 08 2.00E401 2.90E + 0i 2.90E + 01 Paes Dest Rates (EBILW) Sameple Contact 4.14E + 04 9.73E + 03 2.01'E + 03 3.66E + 02 Sempte + Fig ou Castect ; t.268 + 02 2.94E401 6.05E + 00 1.10E + 00 EXERCISE \RCS.XLS -- 6 .Rev. 4/26/93 - .g.. - , . . . + . . . . - u.,e.-au. w: .m-wv-.. . . . - ..y. ..ww. m ,- ww ev + 4.-m- 4 ye .a ,3r.. - g .S e.wp 3,.3.. ., , .cs, p,._. .~,m , e-c.,g - i a' 8 RADIOCtmMICAL DATA Containment Building Sump Isotopic (uCi/cc) 0600 0615 000 0645 0700 . 0715 0730 0745 cano eats eco esas ego e,ts < 11D < 11D < 11D < llD < LLD < LLD < LLD < LLD < LLD <ItD < ILD < Lt D < t 1D Noble seees Ert5m < 11D < 11D <IJD < llD <IJD < IJD <UD < IJD < IJD <UD <ljD <IJD < IJ D < IID Krt5 < llD < UD < UD < IID < llD < llD <11D < llD < 11D < LLD < t.LD < l.! D < 11 D < LI D < 1ID K V7 < LID < llD < UD < ELD <UD < tJD < 11D < llD <tJD < tJD < tJD Kr8R < 11D < ilD < llD < 11D < tJD < 11D < 11D <IJD < 11D < IJD <IJD < IJD < IJD <UD Kr*9 < IJ D < IID < IlD < llD < 11D <UD < 11D <UD < 11D < IJD <IJD <IJD <UD < IJD < IJD < llD Xet3tm < llD ' < 11D < LLD < LLD < LLD < Lt.D < LLD < Lt D < 1 LD < 11 D < 11 D Xel33 < IJD < UD <(JD < IJD <UD < UD < LLD < LLD < LI D < Lt.D < t LD < L t.D < 11D < t1D < t LD Xel35m <11D < 11D < IJD < llD <IID < llD < llD < LLD < Lt D < LLD < 11D < LLD < 1 LD < llD < I !.D < l I.D Xe135 < llD <UD < IJD < IID <UD < IJD < LLD < ILD < LLD <lLD <LLD < t LD < LI D < !! D < t.t D Xel37 < 11D < IJD < IJD <UD < IJ D < t t.D < Lt.D < 11D < 11 D < l.I D < t LD < tid <tiI < llD Ll39 < TID < TID < UD < t1D <UD < t1D <tJD <tJD < tJD <UD < t ID < LID Tenal < UD < llD < TID <LLD < tLD < LI D < LI.D <LLD < LLD 1.27E 4)I 3.15150 4.99E .01 Italogens it3I <11D < tJD < IID < tlD < LLD < LLD < 11D < Lt D < I LD < Lt D I,74E + tu s onE + m) 5 8sE + mi Il32 < L1D < IJD <11D < 11D < IJD < UD < t1D <UD <tJD < LLD < tLD < LE.D < l tD < l l.D < TID I .46E + ts) 3.5E E + mi 5 63E + m) I 33 < llD <UD < LLD < LLD < LLD < Lt.D < LLD < LLD 3.09E + to 6.27E + 00 2.37E+tu 1834 < 11D < LID <IJD < llD < t3D < tLD < t1D < LID < t.l.D < ll D <ItD 2 4AE + tul 5 9AE +mt 9.24E + m 8835 < ljD <tJD < TID < llD < 11D < 11D < IlD < 11D <IJD <IJD <UD < 11D 8.9E + 00 2 0E + 01 2 9E + 01 Tesel < 11D < llD < IlD <IJD <UD < I1D <UD < LLD <11D < l I.D < 11 D < l LD < Lt D < l.1 D <tLD < l .1 D Mkall adate Cel34 < UD < Lt D < 11D < LLD < LLD < Lt.D < Lt.D < Lt.D < 11D < t LD < LLD Cel37* <UD < IID < IID < llD 5 HI!

• 00 6.75E + 00

< 11D <UD < IID < IID < l t.D <11D <IID < 11 D < l .I.D < tid 3 2RE + tu Ces3s <IJD 6 fli+ tt) < 11D <UD <11D <IJD < LID < alD 3.3 E + 00 5 9E + 0t? Tesel < tJD < 11D < llD <UD < UD < t1D <UD < TID <tJD < LLD < LLD < l tm < t t.D < t LD 9.55E 01 1.3 t E + 00 1.16E + mi Ob, Sb, Te Rb99 < t1D < IJD < UD < 11D < IID < IJD < ljD < 11D <IJD 7.26E 01 915ti o 7.39E 01 Rbe9 < L1D < IJD < IID <11D < LJD < IID <tJD < LLD < LLD < LLD < 11.D < LLD < TID < LID < t.l.D <11D Tet19 < llD < llB < IID < 11D <UD < IID < LLD < LLD < LL D < Lt.D < LLD < L LD 8.83E 03 LI A!! O2 3.45E 02 Tel32 < IJD <IJD <IJD < IJD < LLD < I1D < I LD < LI D <11D < t.l D <ttD < t .1 D <fID

• Tel34 <IJD < llD

< IJD < IJD <UD < LJD < 11D <IJD 1.7E + 00 2. 31? + 00 1.9 ti + m Tesal < 11D < llD < 11D < eld < IlD < 11D < UD < 11D < llD <UD < IJD <IJD <UD < 1]D < IlD Alkalise eartha Br89 < flD <UD < llD < llD < IlD < 11D < 11D <UD <UD ' < 11D < tJD < LLD < IJD < IJD Sr91 < llD <IJD < llD < IlD < Ilb < UD <IJD < 11D < UD < llD <IJD <(JD <UD < 11D W91 <UD < 11D < tJD < llD <11D < LJD < IJD <IJD < tJD < IJD < 11D <IJD < IJD <IJD Bales < IID < IJD < IID < IlD 4 < 11D <UD < 11D < 11D <UD < UD < llD <tJD < IID < 11D Tonal < t1D < llD <11D < UD < 11D < 11D < IID < IJD <UD < IJD <IJD <UD < IJD <IJD R,re enrebe Nbt5 < llD < tJD < IID < llD < IlD < TID < t1D < flD < UD < l1D <(JD < llD < llD Er+5 < IlD < llD < 11D < 11D < llD < UD <llD < LID < llD < t1D < UD < lJD < lJD < llD < LID Me99 <llD <11D < IID <tLD < 11D < 11D < LID < (JD < tJD < tJD < (1D < 11D < lJD < I1D taide < llD < L1D <UD < llD <UD < 11D < IID <UD <IJD <IJD < 11D < 11D < 11D < IID BrS4 <11D < 11D < IJD <11D < t1D < 11D < 11D < tJD < tJD < tJD < t1D < tJD <UD < 11D <(JD < IJD 1te!03 < I1D < IJD < 11D < IID < 11D <LJD < IJD <IJD < IJD <IJD < IJD <IJD < IJD Tot al <UD < IJ D < IID 6-10 Rev. 4/20/93 EXERCISE \CONTSMP.XLS 2 of e RADIOCutiMICAL DATA Containment Building Sump Isotopic (uCi/cc) 0930 e945 lees tels low 1849 line ill5 1830 1149 1200 1285 12 4 1249 %ble gemes KrR5m < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < llD <IJD <UD <IJD <UD < IID Krts < [1D < IJD < IJD < IID <11D < IID <IJD < IJD < fjD <IJD <IJD < IJD < IJD <11D Kr87 < LLD < LL D < Lt.D < LLD <ILD < LLD < l.t D < LI D < 11D <LJD < IID <ljD < IJD <UD Krs8 < UD < 11D < llD <IJD < llD <UD < 11D <IJD < 11D <IJD <IJD <IJD < IJD <IJD KrW9 <IJD < IlD < 11D <UD <LJD <!JD < llD < 11D < IID <IJD < IJD < IJD <IJD < tJD Kel3tm <UD < 51D < llD < t1D <IJD < IJD < LJD <tJD < l1D < tJD < IID <UD < I1D < lJD Xel33 < LLD < LLD < LLD < LLD < Lt.D < LID < LLD < I.ID < 11D < IJD <IJD < IJD <IJD < 11D Xel35m < LLD < LLD < LLD < t LD < Lt D < LLD < LLD < 11 D < IID < IID <IJD < IJD <. I J D < IJD < LLD < LLD < LLD < Lt D < LLD < LI D < IJD <tJD < IJD < IJD < tJD < ljn Xel35 < l.l.D < LLD Xel37 < LLD < Lt.D < LLD < LLD < LLD < Lt D < Lt.D < I.LD < 11D < IJD <IJD <UD < tJD < IJD Xel38 < LI D <Lt.D < t.l.D < I LD < LI D <ll.D < t.LD < llD <tJD < tJD ( IJD < IJD < l]D < tJD Tenel < t1D < t1D <UD < t1D < t1D < t1D < t1D < llD < iJD < t1D < tJ D < t1D < l1D < tJD 8.46E + 05 1.3 t E + 06 2.98 E + 06 2.93 E + 06 3. I IE + 06 3.46E + 06 3.75E + 06 3 98E4 06 4 18E + 06 4 33E+06 4 46E+ 06 4 56E + 06 5 0lF +06 linies no  !!31 2.88E + 05 5132 4.89E + 03 1.36E + 04 2.01E + 04 4.59E + 04 4.20E + 04 4.2 t E + 04 4.4 t E + 04 4.48E + 04 4 45E+04 435E+04 4 2 t E 4 04 4 01E + M 18 lE + M 1 e6E + M tt33 6.29 E + 04 l.84E + 05 2.84E + 05 6.43 E + 05 6.29E + 05 6.64E + 05 7.3 4E + 05 7.90E + 05 8 35E405 8 69E

• 05 8.96E4 05 915E+05 9 3nli+05 102E + M 6.36E + 03 8.76E + 03 2.03E + 04 1.66E + 04 1.52E + 04 1.45 E + 04 L33E + 04 1.18 E + M l .03 E + 04 8 92E4 0) 7 6 f E 4 01 6 44ti403 5 9BE+01 1834 2.50E + 03 1135 1.84E + 04 5.29E + 04 8.07E + 04 l .84E + 05 1.76E + 05 f.83 E + 05 2 00E + 05 2.12E + 05 7 7Cli+ 05 2 2iE +0% 72Rh*0% 2 295:40% 779F+0% ?47E405 1.7E+06 3.9E + 06 3.8 E + 06 4 OE + 06 4 5E + 06 4 BE + 06 5. l E + 06 5.3 E + 06 5 5E4 06 5 7E
• 06 5 RE + 06 6 3 E + 06 Twel 3 8E+05 1. lE + 06 CeI54 1.362 + 04 4.00E + 04 6.2 t E + 04 I.41E + 05 1.39E405 1.48B + 05 164E + 05 1.78E + 05 1 89E + 05 5.99E + 05 2 06E + 05 283E+05 2.18ti + 05 2 40E+05 61te5 meente 2.58E + 04 4.00E + 04 9.10E + 04 8.94E + 04 9 $1E+ 04 1.06E + 05 E .15 t! + 05 1.22E + 05 l.7A E + 05 1 13E4 05 817E 4 05 I 40E4 05 1. 55 E + 05 Cel37' 8.78 E + 03 6 05E + 05 4.42E + 05 3 69E + 05 1.2 t E + 05 2.65t! + 05 2alF405 165E + 05 126E 4 05 9 %AF + 04 717E 4 04 5 9%F + 04 Cel38 8 29E +04 1.96E + 05 2.54 E + 05 3.6E + 05 8.4E + 05 6.7E 4 05 6. l E + 05 5 9E+05 5.6E + 05 5 2E+05 4 9E+ 05 4 7E+05 4 5E+05 4 3E4 05 43E4 05 Tesel l . lE + 05 2.6E + 03 5.86E + 04 1.50E + 05 8.64E+ 04 6 05E + 04 4.38E + 04 2.90E + 04 1. 83 E + 04 1. I2 E 4 04 6 6RE + 01 3 92E+ 03 2 2RE+03 149E401 Rb,$b,Te Rbst 2.52E + 04 5.02E + 04 Rb89 2.99E + 04 5.65E+ 34 6.44E + 04 168 E + 05 9.00E + 04 5 99E + 04 4 08E + 04 2.520 + 04 147E + 04 8 21E + 03 454E40) 2 4%E + 01 1 11 t' + 03 7 00E 4 02 8.44E + 04 I.89E + 05 2.01E + 05 2.24E + 05 2 43E + 05 2.58 E + 05 2.7 t E 4 05 2 8 t E + 05 2 9nE
• 05 2 97E+ 05 3 27E+ 05 Tel29 8.86E + 04 5.47E + 04 1.93 E + 05 8.45E + 05 8.97E 4 05 9.96B + 05 1.08E + 06 1. l4 E 4 06 1.20E + 06 I .24 E + 06 1.28E + M l .10li + 06 144 E 4 06 T.I31 8.34E+04 2.45E + 05 3.79E + 05 8.62E + 05 2.6?E + 05 6.272 + 05 4.912 + 05 4.32E + 05 3 97P +05 3.49E + 05 7 9s E + 05 2 49E+ 05 2OiE+05 167F + 05 8 14F + 04 1.19E 405 Tel34 8.00E + 04 t.99E + 05 6.0E + 05 8SE+05 2.0E + 06 l.7E+ 06 I.7E+06 1.7E+06 1.7E + 06 I.7E+06 1.7H + 06 l.7ti4 06 f .7E + 06 I.7E + 06 1.9E+06 Tesal 2.4 E + 05

< 11D < 11D < 13D < 11D < 11D < UD < IJD <tJD < IJD < IJD <11D <11D Alkaline earthe Srs9 < 11D < IID * <IJD < IID < IlD < 11D < 11D <tJD <UD < IJD < 11D <IJD < IJ D < ifD < IID Sr91 < IID Y91 <UD <UD < IJD < UD < IJD <11D < IJD < 11D < UD < IID < IJD < IJD < IJD < tJD < IJD < 11D <UD <IJD <UD ( IJD < IID < 11D < IJD < IJD < IJD <UD Bel 40 <UD <IJD < 11D < 11D < 11D <IJD < SJD < llD < 11D < 11D < LJD < 11D < 11D <UD < 1]D Telet < UD < LSD < 11D < 11D <tLD < tJ D < tJD < I1D < 11D < (1 D <IJD <tJD <UD nue eerthe N6e5 < t1D < 11D Zr9$ <IJD < IID <IJD < 11D < 11D <11D <tJD < llD < tJD <IJD <UD <IJD < tJD < IID < 11D < 11D < 11D < 11D < t1D <UD < 11D < lJD < t3D <UD Me*9 < 11D <UD < 11D < tJD < 11D < IJD <IJD <UD <IJD < 11D <IJD <IJD < IJD < IJD < IJD Ist40 < 11D < 11D ' <IJD <11D < 11D < UD < 11D < 11D < IID < IJD < 11D < LID <UD < tJD <UD nrR4 < 11D < 11D < 11D < tJD < \JD <IJD < IJD < IJD <IJD < lJD <tJD < IJD <UD Rele3 < ilD < EJD < IID <IJD < LJD < IJD <IJD <IJD <UD < IJD <tJD < U 1) < IJD < IJD Tes al < UD < 11D <IJD 6-11 Rev. 4/20/93 EXERCISE \CONTSMP.XLS r 3 *' ' RADIOCricMICAL DATA L Containment Building Sump Isotopic (uci/cc) 8308 83t5 33M e ~ %ble gense Krit%s .< UD . < IID < UD ~ KrSS < ilD < llD < ilD Krt7 < E1D - < t1D .<11D Ks98 < 11D < UD ~ < llD Krep < 11D < 11D <UD Xet3tua - < 11D < 11D < UD Xel33 < UD < IID < 11D Xel35an < llD < 11D - <UD Xel39 - ,,< UD <UD < llD . Xe131 < (1D <11D < UD ' Xet38 ' < IID < IJD < 11D Tasal - < UD .- .<UD <UD-Hales aa II31 5. tSE4 06 S.2 t E + 06 5.2t E + 06 1832 3.79E + M 3.54E+ 04 3.29E+ 04 1833 104E+06 t .04 E + 06 t.03E + 06 1134 S.09E + 03 4.2t E + 03 3.46E 4 03 4135 2 44E+03 2.41E + 05 2.37E + 05 . Tesal 6.5E+c6 6.5 E + 06 6.5E 4 06 Anab anetain CeD4 2.47E405 2,49E + 0) 2.49E+ 05 Cet37* . l.59E + 05 1.6t E + 0i 1.6t E + 05 Cet38 - 4 49E + 04 1.29E 4 04 218E + 04 - Total 4.5E+ 05 4.4E+ 05 4.3 E + 05 4 lb,Sb,Te RbSS 8.69E 4 92 4 B9E + 02 2.72E + 02 Rbe9 4.2)E+ 02 2.lsE+02 t.llE + 02

• Tet29 3.37E+ 05 3.39E + 05 3.40E+ 05 Tel33 - 1.49E + s6 1.48E 406 I.48E + 06 Tel34 . 9 6tE +M 7.62E + 04 5 96E+04 i Tesel - 1.9E + 06 - 1.9E+96 1.9E+06 Alhaume esdho SrS9 < UD < llD < llh 5r98 2< IID < 11D ~ < llD Y93 < llD < 11D - =<11D +

3 140 : < IJD ' < llD < llD Total <UD .<51D < tLD Rave eedha - ^ Nbe5 < 11D - < UD . < UD < .En99 <UD <UD < UD Mee9 <UD < UD ' ' < llD

taide - '< IID ' . < 51D < UD

, pre 6 . ' < 11D ' - < UD ' . < UE . Re193 ' < 11D < IID ' < UD Totat < UD - < UD < tin 6-12 Rev. 4/20/93 - EXERCISE 1CONTSMP.XLS - .- . .. . . . . - . . . . , . - - --- . w . . . . , . - . . . . . . . . . - , . - . - - . - , , :., . - . , , - -. . . ,-.a d a' 8 RADIOChcMICAL DATA Containment Building Sump Isotopic (uCi/cc) was noe . ms e730 ns Owe Oms Ovo Ous 0+00 Oeis meo 0+is m3e 0 00E + 00 0.00E 4 00 0 00E+ 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00fi+ 00 0 00E + 00 0 00E + 00 Fqelenleese Xel335 0 00E+ 00 0.00E + 00 0 00E + 00 0 00E+00 0 00E + 00 0.00E + 00 0 0nE + 00 0 00E + 0G 0 00E 400 0.00E + 00 0 00E + 00 0 00E+ no 0 00E + 00 4 46E nt l u9E + 00 1.7 t E + 00 Il31sq 0 00E + 00 0 00E + 00 0.00E + C0 O nnF+ 00 0 00E + 00 0 00E400 0 00E + 00 0 00E + 00 0 00E + 00 O nnF 4 00 0 00E + n0 176E + 0i 2 96E 4 08 3.24E + 01 Cel37.q 0 00E +00 0 00E + 00 0 00E 4 00 Containment Building Sump Equivalents (uci/cc) ocirce

. :_ ,, .o s. . , , , . _.

.-ODUM-1.00E + 07 -- r i h 4 ~*~*"*-*-+-+ 1.00E + 06 4 4 7p,,, , .y ,# . / ., .. i . , ~ 7 .. . l 1.00E + 05 - np,ogi ... n r y v ryg. 3 .m i m a y g m - n- ~- u __ g _ g l.00E+ 04 - nr r . , , 4 in 4 - .3. s -~~w n - y e---- ,*--r -.- " - - - - -O - 113i eq 1.00E +03 w r ,--n y n - - re n t e w- rap : n Csi37eq m - e m r ~ e :: e r- - i l 00E+02 - 4 n tv :re w r +---* eywm - --w r - e-m ~; r mz. - + --'r 1.00E + 0i -e-m- -rw - in .- + + , -r 1.00E + 00 - 3 9 q egg.  : wy . r n i * --H + t f-+ - i , - 1 1.00E 01 %M f 0900 0930 1000 1030 1800 1830 1700 1230 1300 1330 1400 0600 0630 0700 0730 0800 0830 6-13 Rev. 4/20/93 EXERCISE \CONTSMP.XLS s ne e RADIOLi.cMICAL DATA Containment Building Sump Isotopic (uCi/cc) e,w eies two seis new no4s vioo niis inw sies ireo inis inw I :s Xe:33eq 0.00E + 00 0 00E+ 00 0.00E + 00 0 00E + 00 0 00E+00 0 00E + 00 c ouE + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00li+ 00 0 00E+ 00 O m1E + 00 0.00E + 00 F,dealeese ll3teq 2.99E + 05 8.77E + 05 1.36E 4 06 3.09E + 06 3.03E 4 06 3.22E + 06 3.58E + 06 3 BsE+06 4. i ?E + 06 4 32E+M 4 4tE4M 46:E+M 4 72E 4 06 5 20E + 06 Col 37eq 6.7tE + 05 160E + 06 2.s oli + 06 50iE+06 3.75E + 06 3.27E + 06 3 02E+ 06 2.7:E+ d6 142E + 06 7 i7E+M i .97F 4 M i t E+M i aRE+ M i llF 4 0s 6 14 Rev. 4/20/93 EXERCISE \CONTSMP.XLS .- - ._. 2, . e os e RADIOCiteMICAL DATA Containment Building Sump Isotopic (uCi/cc) 1300 1315 t33e Meelente Xel33eg 0 00E+ 00 0.00E + 00 0.00E + 00 Il3teg 5.35E+ 06 5.3tE+ 06 5.39E + 06 Cal 37 g 1.6?E + 06 I ME + 06 1.54E + 06 E e 6-15 Rev. 4/20/93 EXERCISE \CONTSMP.XLS 'w ^ e- , ..y.. 'd8 RAD 10CucMICAL DATA Containment Building Atmosphere Isotopic (uCi/cc) mee mis ww was me ms me ces m ens em ous m eeis em %ble gas.e Krn5as < Lt.D < Lt.D < LLD < LLD < LLD < LLD < LLD < t LD < LLD < 110 < LLD 5.29E 07 1.26tMM t 92P 44 2.64E Of Ke85 < 11D < IID < 11D <UD < 11D < LLD < LLD < LLD < LLD < LLD < LL.D < t.1 D < Lt D < tid 2.65E 04 Krt? < LLD < LLD < LLD < LLD < LLD < LLD < t.LD < LLD <tLD < LID < Lt.D I 07E 06 2.30!Mm 1 191506 1.36E41 Krss < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < 11D < LLD t.34E 4% 3.t2E 06 4 66E 06 4.17E41 Kr#9 < 11D < 11D < 11D < LID <11D < LLD < LLD < LLD < 11D <11D < f1D < IJD < IID < 11D 5 01E 01 Xe13lm < LLD < LLD < LLD < LLD < 11D < LLD < 11D < LLD < LLD < LLD < t tD < LLD < LLD < 11D 5 Meat Xel33 <1LD < Lt.D < LLD < LLD < LLD < 11D < LLD < LLD < LI D < t LD < LI.D 2.94E 06 7.28E 06 1.152-05 isin.01 Xel35m < LLD < LLD < I LD < LLD < LLD < LLD < LLD < LLD <11D < LL D < LLD 2 99P 06 3.612 06 2 92E (M I.22E C4 < LLD < LLD < LLD < LLD < LLD < LLD < LLD < Lt.D <11D < I I.D <11D 4.30E 06 f.04E 05 1.621005 I 06E 02 Xet35 Xet37 < 11D < UD < 11D < 11D < LID < LLD < LLD < LLD < Lt.D < ELD < 11D < LI D < 11D < 11D I 66E 01 X ,138 < Lt D < Lt.D < t1D < LLD < t1D < t LD < t1D < LLD <Lt.D <tLD < t i.D <ltD < llD < llD 4.48E 64 Teal < 11D < IID < 11D < llD < 11D < LID < 11D < llD < 11D < 11D <UD t.11 E 05 2 ROE 05 4 SiE 05 1.19E 4 00 I 31 < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LLD < LI D < LLD I 96E-09 4 851509 7 69E 09 l .33 E44 Italogens 1132 < LLD < LLD < LLD < LLD < LLD < LLD <11D < Lt D < Lt.D < LLD <11D 2.69E 08 6.tRE OR 9 081508 2.26E 4M 1133 < LLD < LLD < LLD < LLD < LLD < LLD < tid < LLD < Lt D < Lt D < LLD 2.251! 02 5.51E 08 a 69E 08 2.9 t Eo5 5134 < LLD < LLD < LLD < LLD < LLD < LLD < LL.D < LLD < LLD < LLD < Li D 4.76E 08 9.68E OR I.262-07 1. 86E 06 <LLD < Lt D < E LD < LLD <11D < l l .D < l.I D < I1D 181P O4 9 21E nt I.41E 07 s.50E4m 1835 < t I.D < Lt.D < LLD < 11D < 11D < 11D < UD < 11D < 11D I.37E 07 311L 07 4,54E 07 4.74E 04 Twel < 11D < llD < IlD < 11D < LtD <11D < LLD < t1D < LLD < LI D < llD <LLD < LI D ( Illi < ll D < t.!.D < Lt.D < tt D e.30E4m Mnaa mdans cel34 - <LLD < LLD < LLD < LLD <11D < 11D < Lt D < LLD < 11D < LLD < LLD < Lt.D <11D < L1D 4.06E 06 cet37* < LLD Cel39 < IID < 11D < 11D <UD < 11D < t.t D < 11D < t LD < tid < I.I D <ttD 5 06E 08 9 07E 03 104E 07 3 R41501 < 11D < 11D < IlD < 11D <11D < IlD < 11D < UD < 11D < 11b < 11D 5.06E.08 9.07E 08 1.04E 07 4 8TE 05 Tdal < LLD < LLD < LLD < 11D < LLD < Li D 1.47E*8 2 01E-01 1.79E 08 1,16E si lb.Sb,Te Rbas < LLD <11D < LLD < LLD < LLD Rbs9 < LLD < LLD < LLD < LLD < L LD < LLD < LLD < 11D <11D < ilD < LLD 1.121508 1415! 0A 1.14fMis 3.19E 05 < 11D <11D < 11.D < LLD < (1D < LLD < LLD < LLD <11D < LLD < ilD < LLD 3.611004 Tet29 < 11D < 11D < LLD < LLD < LLD < Lt.D . < LLD < Lt.D < LLD < t1D < LLD <11D < LLD l.36E-10 3.37E.10 5.31E.10 3.86E OS Teist < I.I D <UD < 11 D < 11D <tJD < 1LD <11D < 11D < LI.D <1LD < t.t.D < t ID < I.I D 1.70P.05 T ,134 < 11D < 11D <UD < 11D <UD < 11D < LU) 2.61 E-08 3 47E 08 2 98E 08 1 10E 04 Td at ' < 11D < LID < t1D < 11D <UD < 11D <11D < 11D < 11D <UD < 11D < 11D < UD <UD <UD < 11D < 11D Ukasse emdhe Se99 <UD < LtD < K1D 8r9t <UD < ELD < 11D <UD < t1D < LID <UD < 11D <UD * < t1D < L1D < 11D < t1D < l1D < l1D < 11D <11D <UD < 11D < 11D < IID < 11D < l1D < 11D < t1D < IJD < ESD < t1D T98 < 11D < 51D < TID < 11D < t1D < 11D < l1D < 11D < 11D < tJD < 11D < t3D < 11D Bal40 < 11 D < 11 D < 11D < 11D < 11D < 11D < UD < (1D < 11D <UD < 11D < 11D < (1D < f1D < E1D Teal < 11D < 11D <UD <tLD <UD <11D <UD <IJD < llD < K1D < l1D < 11D < IID < ilD liste renbe Nb9S < llD <UD < il.D < 11D < ilD < t1D <UD <UD <UD < t1D < 11D < (1D <UD < (1D 1e9s < UD < t1D < 11D < t1D < llD < llD < LLD < (JD <UD < llD < 11D < llD < 11D < 11D < l1D < 11D < 11D < IJD bto*9 < t1D <11D < t1D <UD ' < tLD <UD <UD < 11D <UD < (1D < 81D <LLD < 11D < t1D < 11D tante < 11D < t1D < 11D <11D < (JD < (1D < I1D < 11D < 11D < t1D < 11D < 11D <UD 81s4 <UD < 11D <UD < 11D < t1D

l. < 11D < 11D < 11 D < 11D < 11D < (1D < t3D < 11D < i1D < 11D < 11D L'

Re193 < l1D < 11D < 11D < 11D < E1D < t1D < IID < 11 D < 11D < l1D < l1D < 11 D < l1D < 11D __ Tdel <UD < 11D < 11D < 11D < llD l 1 i l 6-16 Rev. 4/20/93 l EXERCISE \CONTATMS.XLS R5DIOli.cMICAL DATA 2 *' 8 Containment Building Atmosphere isotopic (uCi/cc) 0945 10mg 1915 lete 8045 1800 1855 1130 1945 lies 1215 123e t245 I M!0 Noble gnose KrS$an 9.6t E 03 I .61 E-02 3.9B E-02 4.f10E-02 4.29 E472 4.63E.02 486E42 4 99E 02 5 05E 02 5 06t 02 5 010-02 4 96E 02  % 79E n2 5 25E 02 Rets 9.79E-04 1.68 E-03 4.4 5E-03 433E.03 4.79E43 5.32E-03 5.772 01 614E03 6 45E 03 6 69E 03 6 00E03 7 06E 01 7 79E ol 8 03E 03 Kat? 4.53E-03 7.16E-03 1.73E 02 l.648 02 163E-02 1.63E 02 1.57E-02 1.48E02 1.3 7E 02 1.25E 02 l 13E 02 I 02E 02 9 94E On 8 99E 03 Kr#4 8.54E-02 2.53E 02 63 t E-02 6.22E-02 6.55E 02 6.94E-02 1.142 02 7.19E 02 7.14E 02 7.00E 02 6 SOE 02 6 57E 02 6 87E 02 6.670 02 KrS9 3.40E 03 8 57E-03 2 30E-02 2 00E03 I.37E43 1.45 E-04 8 28E-06 3 95E-07 1.74E 08 7.25E-le 2.94E It I 16E 12 <UD k tJD Xel31as 2.09E + 00 3.fcE + 00 8.87E + 00 9.23E + 00 1.02E + 0! 1.14E + 0i 1.23E + 08 1.3 t E + 08 137E + 05 1.4 2E + 0 B 1.4 7E + 01 1 50E + 01 16eE + 0i 1.70E + 0i 3.69E + 00 9 09E +00 9.46E + 00 1.05E + 0i 1.162 + 0i 1.262 + 0 B l.14 E + 0i I 40E+ 08 1.4 5 E + 01 1.50E + 01 151E 4 01 I 69E +01 1.73 E + 0 4 Xel33 2.15E + 00 3.41E.04 9.56E-04 5.40E-04 3.72E44 2.53E 04 1.55E-04 9 03E 05 5 06E-05 2.77E 05 189E 05 7.91 E 06 4 75E 06 2 53E 06 Xel35am 2.75E 04 Xel35 3.85E 02 6.538-02 1.61E-0 8 1.652 Of I.79E 01 I.978-01 2.102 08 219E 01 2.26E 01 2.3 t E 08 235E-01 2 34E 01 2.55E 01 2 57E 08 Xel37 l.4tE 02 2.75E02 8.07E 02 9 62E 03 536E03 9.59E-04 9 57E 05 8.10E-06 6 3tE 07 4 69E 08 3.38E 09 2 39E10 1.+9E ll 140E.12 132243 8.61E-04 5 06E-04 7 79E 04 1.48E 04 7 6pE 05 1.9t E os i e6E 05 1.12E 05 5 63E n6 Xel38 1.02E 03 1.28E 03 3.68E43 f .97E-03 4 32E+00 7.44 E+ 00 1.84E + 0i 1.90E + 08 2.10E + 01 2 33E+0i 2.52E 4 01 2 68E+08 2.81E + 08 2.9t E + 0i 100E + 0i 306E+0i 3 38E+05 3.45E + 0 5 Total 4.92E-04 8.46E-04 2.09E43 2.17E 03 2.40E-03 2.67E-03 2.89E.03 1.07E 03 3.2 2E 03 3.34E 03 3 44E.01 3 52E 05 188E 03 3 99E03 Innt. gens 1131 7.90E-06 IJOE-05 3.21E-05 3.12E-05 3.25E45 3.40E-05 3 45E-05 3 43E 05 336E05 3.25E 05 3.II E 05 2 96E 05 306E05 2 93E 05 1832 4.51E 04 4.67E.04 5.13E44 5.61E 04 6.10E-04 6 44E 04 6.7tE nl 6 9tE 04 7.06E 04 7.17E 04 7 HEN 8 03E 04 It33 1.07E 04 1.83E-04 1.42E 05 1.23E 03 1.17E45 1.12E.05 1.028-05 9.11E 06 7.98E 06 689E06 5 87E 06 4 57E 06 4 6tE 06 3 92E 06 1834 3.70E.06 5.65 E-06 1.28 E44 131E 04 1.4 I E.04 1.54E 04 8.63E.04 t 70E.04 1.74E 04 1.76E 04 177E 04 f.76E 04 1.wil 04 I 91E e4 1835 3.08E 05 5.21E 05 2.7t E03 2.8 tE 05 3.10E 03 3.43E 01 3.71 E 03 193E 03 411E03 4.25E 03 4.3hE.03 4 45E05 4 89E-03 5 02E 03 Total 6.4 t E-04 1.10E-03 1.14E44 1.27E-04 137E-04 1.460 04 153E 04 1.59E 04 5 64E 04 164.04 195E 04 191E 04 Mhall metale CsI34 2.33E-05 4.0lE45 9.88E 05 f .03 E.04 637E-05 6.63E-05 734E-05 8.16E-05 8.85E-05 9.42E US 9 SIE 05 l 03E 04 1.06E 04 1.05E 04 1.20E 04 1.23E 04 Cel37' l .50E-05 2.58E 05 4.23E-04 3.28 E.04 2.85E-04 2.48E-04 2.04E-04 16tE04 I 27E04 9 75E 05 738E05 553005 4 59E05 3 46E 05 Cel38 . 1.142-04 1.64E.04 3.86E-04 4.98E04 4.72E04 4.56E 04 4.30E04 4.03 E 04 3.79E 04 3 59E 04 3.44E 04 3 3BE 04 3 SIE04 3.49E 04 Tatal 1.52E 04 2.30E OS 1.78E-05 1.05 E44 6.41E-05 4.67E45 3 381505 2 24E 05 1.4 t E05 8 63E 06 5.15E-06 3 03E on 1.76E 06 1 15E 06 6 7tE 07 Ith, $b, Te Iths8 2.92E 05 4.15E-05 1.18E-04 6.68E.05 4 62845 3.15E-05 1.948-05 1.13E 05 6 38E 06 3 5IE 06 8 89E-06 I ole 06 6 09E-07 3 26E 07 Rbs9 3.29E-05 1.35E 04 1.4IE44 1.55E44 l.73E.04 1.87E.04 199E 04 2.00E 04 2. 8 7E-04 2 24E 04 2 29E 04 2 53E04 2 60E 04 Tel29 3.18E-05 5.478 05 2.45 E-04 6.03E44 6.27E44 6.92E44 7.69E44 832E-04 8 83E 04 9 25E 04 9 59E-04 9 86E 04 I OIE 03 8. llti o) I 14E03 Tel32 1.42E44 4.39E-04 1.64E.04 3 31E44 3.07E-04 2.69E-04 2.30E 04 f .92E 04 158E 04 129E 04 104E04 9 20E05 1.47E 05 Tel34 f.16E 04 1.72E44 3.52E-04 3.5 3 E 04 1.40E 03 1.26E 03 1.27E-03 l.3 t E-03 .1.3 3 E-03 134E03 134E03 1.34E 03 134E03 I.34E 05 1.46E 03 1.48E 03 Tesal l <UD < 11D < 11D < 11D < IID <UD <UD < 11D < 11D <IJD <UD <UD < tJD Minitar emetbe Sr99 < llD < 11D < 11D < UD <UD < IID < 11D <11D <'UD < 11D < t1D <UD < IID <UD sr98 < 11D < t1D < 11D < 11D < 11D < 11D < 11D < 11D <UD < 11D <UD <UD < (JD < 11D Di < 11D ' < 11D < 12 D <tJD < 11D <tJD < 11D <IJD < IJ D < IJD < ljD < 11D < ljD < IID Bales < LID <UD <tJD < 11D < UD < llD <UD < 11D < LID <UD <UD < IID < llD Tesel <UD <11D <UD <11D < 11D < IJD < llD < 11D < 11D < 11D < IID <UD < (1D < UD < LID ltare enreb. Nb95 < IID < 11D < LID < 11D <UD < 11D < 11D <UD < t1D < 11D < 11D < 11D , 2 e5 < UD < 11D < llD <UD < 11D <UD <UD < 11D < UD <UD <11D <UD < 11D <IJD < t1D < IJD < IID l Mo99 <UD < UD - <tJD <11D < UD <IJD <11D < IID < llD < tJD !' telde < llD < UD < 11D <UD < t1D < 11D < 11D < IJD <IJD <tJD <UD < 11D < I G, <UD <UD Br84 < 11D <UD < 11D < 61D < t1D <IJD < 11D < 11D < llD < ljD < 11D <IJD < 11D < 11D Re193 <IJD < 11D < tJD < 11D <tJD < IID < 11D <UD <UD <IJD < t1D <UD < 12 D < 11D Tesel < 11D <IJD < t1D 6-17 Rev. 4/20/93 EXERCISE \CONTATMS.XLS 7 - - "' S - RADIOCs. MICAL DATA s Containment Building Atmosphere isotopic (uCi/cc) + . 1315 1339 i Noble geese Ket$m 3.09 E.02 4 90E 02 i %rts 3.08E-03 8 09E 03

Krf7~ 7.99E el- 6 90E 03 KrSS 6 32E-02 5.96E-02 .

Kr#9 s lib < 11D ' Xet3f es t.7 t E + 0! I.72E+ 01 Xet33 - 1.74E + 0i 1.74E + 01

Xel3Se 1.30E-06 600E07 Xel39 ' 2.$4E-Ol 2.50E 08 Rel37 :- '< tjD <UD Xel39 - 2 73E-06 1.3 t E 06 Teest ; 3.49E + 08 3.50E + 01 fielegees ' ~ Il38 -

• 02E-03

,. 4.92E 03 1832 2 73E.05 2.54E-05 1833 3.02E 04 7.96E.04 f t 34 3.2SE 06 2 67E.06 -II)$ I 87E-04 I 83E 04 Teset 5.04E-03 3.03E 03 Alkeu inesens Cot 34 8.92E.04 ' ' t.92E-04 Cal 37* - 3.24E-4pi 1.24 E.04 Cs139 . 2.53E.05 - t.94E.05 Tetet 3 4tILO4 3.35E 04 Qb. $b. Te . Rhes 3.77E.07 2.10E-07 Rbe9 1.68E-07 9.58 E-08 ^ Tet29 2.62E 04 2.62E 04 Tel32 1.14E-03 1.14E 03 - Tel34 5 99E.05 4 60E 03 , . Total 1.47E 03 1.45E-03 i Alkallee emetta. Bree < UD < 11D - Sr91 .<11D < 11D < t1D < t1D Y95 Balde . '< 11D <IJD Teest - < 11D - < IID Rare earths ' ~ Nb99 < 11D - < IlD - E:45  ; < UD < 11D neue9 < 81D - - < t1D - 14:48 < 11D . < IID Bree < IID - < 11D - 'Re193 < IID - < 11D - Tasal < IJD < IJD.___ l '6 Rev. 4/20/93 ' EXERCISE \CONTATMS.XLS .' . _ _ - ~ . . . _ . - . . - _ . - - - . _ _. .. a -- , . . . . , -. - -.c~ . . - . . . - , . . _ , . . _ . , . . . . . , - _. t 0 3E USEEg ++++.:, t 9 WWWEg e i l w; :u. 2 c-+ o-ne , m, e _ s 3 o + F 8822* U EEc - +++ w S www g e i g & ;28 m m g J! m c y*E*W$ W . - o a n< - -m - o-~~- g j x : u EEE il 8 2, +++ , 228 mw_ . 1 mumww <-~ c <e ,, . ,. , s- * .g- ,-, o-~~o g; i 38E j 8SEEE +++++ y www EfEfW . &: ,a - 8 5ce-5 -.o ,  ; o-~~* i t. yT ,g j 2 r ggggg ggg { . o - .++++ wwwww R -Ei  ?. * * , *  ; O r E. t *-E r 8EEE8 i ". ;h 4 5b3 f T p e-swo i 3, L. [ **c gi g-  ; I j *1 i 1D 4  !  ! + 8 _5 5* fv fr f 83ES8 h' it=. i. r . 8 , 7 +++++ .?

• S. n! ~ +

F f ST L= E > a 3 r = wwwww = r5 *8 E I- I 3 8EE&8 i5 E-t =k . j . }; u )y [ ib qi: [ T tr [gg., [ I' y , ', ]. - -E eamw M v $88 $,s; $ 5 I ILT I i ' - E i g eo . '*l ~ ~ g + U J* +*2 U f ; W u i.r i r i; F, l wwwww g g g g; g w$ e  : [ i; ~; +yE r-3 88o - :e r- j [r i y i i' i } I e o-WWo u {o ~

• c . '  ;

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• rte- s.

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• O Og:

a=c - #$ u .m U r.d = 2 W

• g I 3
• X 1

2 w ,- I E. ,e E . .E. > = 6 8 RA'DIOChcMICAL DATA Containment Building Atmosphere Isotopic (uCi/cc) leM IM3s 1500 til$ 1830 1149 1200 till file 3245 IMO 0445 5000 1915 2.12E + 08 2.26E + 01 2.36E + 0i 2 44E + 01 2.50E + 0B 2 53E+01 2 56E405 2 79E+0B 2 91E+ 0i 4.4 7E + 00 7.75E + 00 1.93 E + 01 1.80E 4 08 194 E + 0i Fquiv aleed e Xel33% 3 56E01 3.64E 01 4 02E 03 4.13E 01 2 25E-03 2 4*E03 2.76E 03 2.99E-03 3.lSE 03 1.34E 01 3 46E-03 Il3feq 3.10E 04 577E04 2.96E 03 - 2 52E-03 2.31E-03 2.09E C3 1 87E-03 I 68E 03 l.52E 03 140E 01 130E 01 134fLO3 179501 Cel37eg 9 28E-64 135E 01 3 51E 03 2.79E-03 0.00E+ 00 0.00E + 00 0 00E+ 00 0.00E + 00 0 00E400 0 00E 4 00 0 00E + 00 0 00E + 00 0.00E +00 0.00E + 00 0.00E + 00 0.00E + 00 0 00E+ 00 Pseeswee (ph) 0 00E+ 00 1.5t E 4 02 1.5 t E + 02 1.5tE+02 1.53 E + 02 1.51E + 02 1.5 t E + 02 1.3 t E + 02 1.51E + 02 l.64E+02 1.59E + 02 1.55E + 02 1.5 t E + 02 1.51E + 02 feetwasure (F) 1.72E + 02 2 97E + 10 2.97E + 10 2.97E + 10 2.97E +10 2.97E + l0 2.97E + 10 2.97I8 + 10 2.97E+ 10 2 97E+10 197E + l0 297E+le ' 2.97E+ IO 2.97E + IO - 2.97E +10 veleine Tried 2 39E+ 10 239E+10 2.39E + l0 2.19E + IO 2 39E+10 2.39E + 10 2.39E + 10 2.34E+ 10 2.36E + l0 2.3 BE+ 10 2.39E + 10 2.39E + 10 2.39E + l0 81? (ed 2.3 t E + 10 1.14E03 1.14 E03 1.14E 03 l l4E 01 1.14 E 03 l l4E03 1.IIE 03 1.13E 03 1.14E-03 I I4E-03 I l4E-03 1.14E-03 [Ilydr gm]  % l.04F 03 100E-03 6-20 L Rev. 4f20/93 _ EXERCISE \CONTATMS.X13 **'8-RADIOL.. n11 CAL DATA Containment lluilding Atmosphere Isotopic (uCi/cc) 1315 1330 , @eleeto Xel33eq 282E+0i 2.79E + 01 It3teg ' 4.15E-01 416E-03 Cal 3"..g 1.21F 01 1.19E-03 Pressere (pds) 0 00E+ 00 0.00E4 00 Tengeresore W) 0.00E + 00 0.00E + 00 Vetene TP (u) 2.97E+ 10 2.97E+ 10 STF (ee) 3.18E + 10 3.18E + te [Il fdr*asel  % 0 0cE+00 0.00E + 00 l l i 6-21 Rev. 4/20/93 - EXERCISE \CONTATMSXS .._ . . -. - - ~. _ - - . - .-. ' a' 8 RADIOL..cMICAL DATA Auxiliary Building Atmospheric isotopic (uCi/cc) ,0715 ene e74s onno 0415 000 es43 cooo eens e,w e600 ont$ 000 0645 0700 < t1D < TID < t3D < tLD < tlD <tLD < tLD <ttD < ttD < tt D <tLD < tt D <ttD <tLD <tLO %ble gam KrR5m < tJD <WD < TID <UD < TID <UD < TID < TID < t1D < TID < llD < TID <!1D ReeS <WD < TID < t1D < t1D < tJD ( IID <UD < t1D < TID < t1 D < tJD < t1D < TID < t1D KrS1 <UD < t1D < t1D < t1D < t1D <UD < t3D <t1D < t11' < t3 D <UD < tJD < t1D < t1D < t1D < tid Kune < t1D < t1D <t1D <UD < t1D < t1D < t JD <UD < t1D <UD < t 1D < t1D <UD < t.lD < tin < t1D <UD Krnt < TID < tJD < TID < t1D < t1D < t1D < t1D < t1D (UD < t1D (UD < TID < TID < t1D X*I33m < t1D < t1D <UD <t1D <UD < TID <UD <t3D <t1D <t1D < t1D < t1D Kel33 <t1D <UD <UD <t1D <UD < TID <UD <UD < t1D < TID < t1D < t1D <UD < t1D <t1D <!JD < TID Xel35m < TID < TID < t1D < TID < t1D < TID <t1D < TID < TID < TID < t1D < t1D < t1D < tJD Xet)$ < t1D < TID < TID < t1D < t3 D < TID <t1D <t1D < t1D <llD <t3D < llD < t1D <t1D xes31 < llD <UD <UD <t1D < t1D < TID < tJ D <t3D < TID <tJD <t3D <tJD < t1D <tJD Xel39 <t3D < t1 D <UD < t3 D < t1 D < t1D < t1D < L1D < t1D < t1D < t1D < t1D < t1D < t3D <uD < t1D Tdat < t1D < t1D < TID < t1D < t1D < t1D < TID < t1D <tJD <t1D <11D < t1D < t1D < ilD < tJD flatenese 1831 < t1D <t1D <t1D < t3D < g1D <UD < t1D < t1D < t1D <t1D < t1D < TID < t1D <t1D < t3D < t 1D < t s ts <tii) 1831 < t1D < t1D < TID < TID < t3 D <UD < t1D < t1D < t1D < t1D <t1D < t1D <!1D 1:33 < llD <WD <WD < t1D <WD <UD < t1D < tJD <UD < TID <UD < t1D <t3D < TID 3:34 < t1D < t1D < t1D < t1D <t1D < t1D <t3D < t1D <tJD < t JD < t1D < tJD < !1 D < 11D < t1D < TID #135 < t1 D <t1D < t1 D <11D < 11D < t1D < 11D < 11D < t3D < 11D < 11D < IJD < t1D < tiv Ta ni < 11D < UD < 11D < t1D < t1D < t1D <t1D <t1D <t3D <t1D <t1D <t1D < t1D <t1D <t3D (UD Mun emenste Cet34 <t1D <UD <t1D <t1D < t1D < t1D < 11D < t1D < !1D < t1D < t1D <UD < t1D < !1D < tip Cet31* <t1D < t1D <t1D < TID < t1D <UD < t1D <t3D < tJD < t1D <t3D < t1D < tin < t3D Cet38 < t1D <t3D < t1D < t1D < 11D < 11D <11D < llD < 11D < t1D < 11D < 11D < 11D < tip Tdat < t1D < 11D <UD < 11D < UD < t1D <UD <UD < llD < t1D < t1D < t1D < t1D <t3D < t1D < TID Oh, $b, Te Rhsts < t1D < TID < t1D < t1D < TID <t1D <11D <t1D < t3D <UD < t1D <t1D < TID < t1D < t1D Rht9 <t1D < t1D < t1D < t1D < t1D <t1D < TID <t1D < t1D < t1D < t3D < tin <t3D <t3D < t1D Tet19 <t1D <UD <t3D e t1D < t1D < TID < tJD < t3D < tJ D < t1D < t1D < t1D < t1D Tel31 <t3D < t1D <UD <t1D < TID < llD < TID <t1D < TID < TID < t3D < t1D < t1D < tin < tin < t3D Tet34 <WD < tJ D < t1D < TID < llD < 11D < llD <IJD <UD < 11D < IID < 11D < IID <UD Tmat < 11D < t1D < llD <UD < IID < IlD < TID < t1D < t3D <!1D < t1D < t1D < t1D < TID < t3D < t3D <tJD <UD < t1D Mkesse ennho Pr99 < t1D <WD < t1D <t1D < t1D <UD < TID < tJ D u< TID < f1D < TID < l1D < t1D Erst < t1D < t1D < TID < TID < t1D < TID < tJD <UD < TID < t1D <lin < l1D < t1D V91 < t1D <UD < t1D < !1D <UD < t1D <t1D <t1D <t3D < 11D <t3D < t1D <t3D < llD <tJD < t1D < t1D itel40 < f1D < llD < t3 D <t1D < tJD < t1D < TID < t1D <UD < t1D < t1D < t1D 1 dst < t1D ' < UD < t1D < TID < t1D < t1D < t1D <11D < L1D <11D <llD < 11D < 11D < 11D < 11D < 11D Rare eerths 1495 <t1D < 11D <11D < 11D <11D < 11D < t1D < TID <t1D < t1D <t1D < llD < t1D < t3D < t1D < t1D tr95 < t1D < t1D < t1D < t1D <UD < t1D < t1D <UD < t1D <UD < t3D < t1D < t1D Me+9 < t1D <t1D <UD < t1D < t1D <t1D <t1D < t1D < tJD < t1D < t1D <t1D <UD < t1D <t3D < TID <t1D tateo < t1D < t1D < t1D <t1D < TID <t3D < t1D < t1D <UD < t1D <t1D <UD Br84 < t3D <t1D < t1D < TID <UD < t1D <t1D < tid < t3D < 11D < t1D <UD < t1D <t3D < TID < t1D <t1D <t3D <t3D Rett) < t3D < t3D < TID < t1D < 11D < IID < 11D < 11D < 11 D < 11D < tip < t1D < 11 D < (1D Td at < t1D < t1D < t1D < 13 D < llD

6. 22 - 4/20/93 EXERCISE \AUXATMS.XLS

.___ ___ - _ _ . . _ _ _ _ _ _ _ _ _ _ __ -_- . _ _ _ _ _ _ . _ . , ~ _ _ _. _ .. - . . _ . _ _ _ 2d8-R5DIOCrit:MICAL DATA ~ Auxiliary Building Atmospheric Isetopic (uCi/cc) 1930 leds , 1190 tilS tile 1I49 1800 1983 1130 1243 1300 0*45 6000 let5 < LLD I .28E 01 1.87E 01 2.43E03 2.84E 01 1.75E-03 1.43E 03 1 16E.03 9.47E 04 7.7 t E 04 6 28E 04 402End 1.10E 04 Neede gence Kr85am <LtD < llD - 2.52E04 2.3?l! 04 1.97E 04 1.66E 08 1.4t E 04 1.19E 04 10lE 04 8 55E 05 5 6Albos 4.62ILOS ErtS < t1D l.27E 04 1.89E 04 <UD < LID 6.50E-04 9.05E 04 . l.10E-03 8.75E.04 6.50E 04 4 SIE 04 . 3.55E-04 2.62E 04 I NE 04 1.41E 04 8.10E 05 2 07E 05 Er87 . 3 02E-03 3.86E 03 3.32E 03 2ME 03 2.12E 03 1.69E 03 1.35E 03 1.07E 03 8 53E 04 5 34E 04 144E04 Eres < llD <IJD 2 09E01 <UD 3.67E 03 5.14E-03 3.83E 05 1.20E-06 3.76E 08 l.87E 09 3 66E.ll l .14 E-12 < TID <l3D < llD Kr89 < t1D 6.59E03 <UD 4.92E 01 4.19E 01 3.55E of 3 00E01 2.54E 01 215E01 1 R2E 01 1.2 E E.01 3 45E-02 * ' Xel33sm < llD 2.7 TIE 01 4.04E 01 - - 5.38E01 4.14 E-01 .5.52501- 5 04E 01 4.29E-01 3 63E 01 107E 01 2 59E01 2.19E Of I 85E01 415E 01 3 5tE 02 Xel33 (UD. < llD 2.79E 01 5.70E05 2.64E 05 1,14E 05 4 90E 06 - 2.10E 06 9 02E07 3 87E07 1 ME 07. 5 60E 08 8 IIE-09 Xel35ee - <UD <llD 6 07E-05 6 62E-05 8.78E03 134E 03 6.10E 03 5 07E03 4.21E 03 3 49E 03 2 90E 05 f.89E03 5 3 tE 04 Xel33 < llD . <llD 5.04E05 7.43E 03 9.78E.03 1.2915 10 7.19E-12 <lJD < t1D 1.35E 05 7.49E 07 4. l7E 08 2 32E-09 Xel37 < !1D <UD l.76E 02 1.07E02 3.99E 03 . 2.40E-04 2 67tkO4 ' 218E04 9.55E 05 3 89E 05 1.58E 05 619E06 2 59E06 1.05E 06 4 24E 07 I 35E 07 i S4E08 Xel38 cijD < tJ D 2 46E 04 8.0lE + 00 8.6t E 01 7.28E 01 6.16E 05 5.20E.00 4 40E.01 3.72E 01 2 47E 01 7.05E 02 Tatel < llD ; < TID 5 54E.01 8.46 E01 1.llE + 00

4. ole-08 3.42E.01 2 00E01 2.45E-01 2 07E 1.75E 01 1.4EE 01 9.89E 02 2 47E-02 timleteen 1838 < llD . <UD 2.20E 01 3.24E01 4.33 E-01 6 72E 03 . . 5.76E.03 - 4 56E 03 3.58E-03 2.8 t E-03 2.2t E 03 1.73E 03 1.36E03 a 4tE 04 2.26E 04 1332 < llD - .<UD 3.73E03 5.30E03 9,39E 02 ~ 8.61E-02 ' 7.30E-02 6.13E 02 5.15E 02 4.32002 3.63E-02 3.04E 02 2 02E 02 5.8 t E-03 1833 < t1D < llD - 4 80E.02 7.03E.02

.1.99E-03 2.27E 03 1.59E 03 1.llE03 7.70E.04 5 35E 04 3.7t E.04 2.58E 04 14iE G4 3 37E 05 1834 < t1D <llD 1.92E03 - 2.57E 03 - 2 68E 02 2 41E 02 2 ele-02 1 ME 02 I 17E of 1.15E 02 9 28E of 7 65E 01 4 9AE03 14 t 001 1835 < !1D <UD I .40E-02 2 04E02 5.64E 01 5.19E 01 4.4 t E 01 - 3.72001 3.14E01 2 64t>01 2.23E 05 18tE01 1.25E 01 1.6tE 02 . Teenf < TID < llD - 2.87E.01 4.23E-01 4 86E02 1.56E.02 1.30E 02 1.08E 02 9 05E-03 7.59E03 6 llE 01 4.19E.01 1.17E05 Mbeu meeele Cel34 <UD <UD 9.36E 03 1.46E 02 2.011L02 .1.20E O2 1.00E 02 8 35E 01 6 97E03 5 84E-03 4.90E 03 4 IIE 01 2.70E-03 7.53E 04 Cal 37* <11D < LID - 6.03E-03 9 44E03 . 1.29E.02 7 96E 02 8.75E 02 5 85E 02 3 55E02 214 E-02 I 30E-02 7 R5E 01 4.77E01 2 90E 01 13RE On 2 78E-04 Cel38 < llD < llD 5 94E 02 ~ 1.20501 8 90E-02 6.llE 02 4.27E 02 3 07E02 2.27E02 8.73E 02 1,14E02 8.27E05 2 20E-03  ; Tesel < llD < LID 7.48E-02 , l.04E-01 i ~'2.12E02 1.09E.02 . 5.07E 03 2.35E 05 1.09E 01 3.07E-04 2.36E04 1.10Ent 4 0lE05 6 24E 06 Rb88 < tJD <11D 1.91 E.02 ' 2.27E 02 Itb.5b Te 2.0lE 01 8.54 E-04 3 64E-04 1.55E04 6.65E 05 2 22E 05 3.15E 06 Rb89 ' <UD , < llD . 2.31E 02 2.66E 02 2.36E 02 1.llE-02 4.74E-03 2.53E-02 2.12E02 . l.77E 02 1.48E-02 1.23E 02 104E02 8.70E 03 5.7 t E 01 159E 05 Tel29 < llD <t1D 1.28E02 2.00E-02 2.74E.02 I,13E-01 ~ 9 46E02 7.86E.02 6.55E 02 5471402 4.58E 02 384E02 2 SIE 02 ' 6.99E 03 Tel32 <11D < llD 5.73502 8.95E-02 1.23E Of 6 55E.02 4.29E 02 2.79E 02 8 82E-02 1 19E02 7.77E 03 5. lee 01 2 ele 01 5 69E04 Tel34 < tJD <llD - 5 66E-02 786E02' 9 08E02 1.68E01 1.29E 01- 1.00E 01 7.98E.02 6.43 E 02 5.24E 02 3.35E 02 9.16E 03 < llD < 11D 1.69E 01 2.371901 2.86E 01 2.26E Tesel <l1D <11D < t1D < 11D <UD < L1D <UD ' <UD < llD <UD Mbahne eartbe Sr09 ' < llD < llD <llD < TID ' I ' <UD <UD <tJD <UD <t1D <IJD < tJD < tJD se91 <UD. '<UD ' <llD < t1D < lib < tlD <13D <tJD <UD < TID <t1D ' ' <llD <l1D < TID < t1D <l3D < t1D < TID T91 < t3D <UD' <UD clJD < tJD <llD < tJ D <UD <UD < tJD < tJD < TID <tJD < tJD < tJD  ! Bel 40 < TID < UD < UD < TID < t1D < llD < t1D < UD <UD <UD < tJD < tJD Total <UD < llD < t1D <UD <UD . <t1D < t1D < t1D . '<UD < t3D <l1D <UD < t1D <UD <UD Rseeeer4be NbeS. < llD <UD < t1D <t1D <t1D . - < llD <t1D <UD <UD <UD <UD <tJD < t JD <l1D t.r+S ' <UD. <t1D _ < ljD <11D < t1D <tJD < t1D >See9 - <UD < t1D ~ , - <11D < llD < TID. <UD. <UD <t1D < llD -<UD < t1D <uD <t1D < 11D ' <t3D <tJD <t3D <UD < t3D - tales .- . < t3D 1 <UD .< TID  : <!JD - < t1D -^ L <nD <UD <t1D <llD - '<UD <UD <tJD . < tJD <t1D <UD 4 t1D 'Ered < llD <llD < t1D <1JD < LID <tJD <UD ' < tJD < tJD < t3D - <UD < tJD <UD ' Ret 03 . < t1D <UD~ < llD < l1D <IJD < llD < l1D < llD < llD < IJD <tJD e l1D <tJD <tJD < lJD Tesel ' < llD < llD l- . ~ k > L .6-23 4/20/93 EXERCISE \AU%ATMS.XLS . __ . - _ _a . - _ . . .- ._- . . - _ . - . . ._ . a. ,_ - .: _ . . a. . .a ..u . . - -- , n , t: 3 a' * - RA'DIOChuallCAL DATA ' Auxiliary Building Atmospheric Isotopic (uCi/cc) 8315 13.'le , t Neble geese . Ke95m 1.32505 1.39E 06 Kre$ 2,0lE 06 2.20E 07 Kre? 2.24E 06 2.84E 07 Kres 1.67E05 I.72F 06 Kr89 < TID < TID - Xel33= 4.27E01 4 67E04 t-Xel33 4.35 E 03 4.75E04 Xel39es 5 09E10 2 91E.it Xel3$ ' 6.45E-05 6.93E 06 Xel37 < IID . <11D Xel38 ' I 99E09 5.72E-II Total ' 8.71B43 - 9.33E04  : Ifelegens 1931 3.74 E413 4.47E-04 8132 2.74E05 3.03E06 ' 1933 - 7.53E-04 8 92E-05 ' 1134 3 6tE 06 ' 3.$4507 1135 1.79E 04 2 etE 05 Total . 4.7tE 03 3.60E-04 JJhell sweek _ Cel34 1.35E.04 1.44E.05 Col 37*. 8.68E05 9.25E 06 Cel38 2 32E05 I.79E06 ,, Tes el . '245E04 2.54E05 lb,5b, Te 'RbSS 4.00E 07 ' 2.37E-08 Rb89 - 1.85E 07 1.00E.08 Tel29 1.84E 04 - 1.96E-05 Tet32 8.0$E04 8.35B 05 Tel34 5.12E-05 4.26E 06 Total 1.04E03 1.09E04 ..i Albellee eereba 5:09 < TID <llD 5:*I < llD .. < TID ' Y98 < TID ' <t10 t telee <tJD $ '> ~ + Tenet . <11D',. 11D ame, eastbo - ' Nb95 ' .<MD ~ <11D .' Zr99 ' <11D <IlD i Me99 ' < 11D . < IID tales - <11D . ~ < 11D ..  ! Be04 -<llD <llD . , ' Ret 03 < llD < TID Tesel <11D < IJD 4 6-24 4/20/93 EXERCISE \AUXATMS.XLS , . ,_ .. ..a . . - , _ - . . . . . . . . .. - _ ....... .._.._.-__.a . . . _ . _ . _ . _ . _ . _ - - . . . . , .- . _ . . . . . . . , . . _ . , ~ .- . . . . . 808 CCC +++ y +++ www www m e E 888 888 e. O *' eno ooo *- d. 888 +++ Y v -r 888 +++ i -m www  : -  ; www & 888 - E - 888 ooo , x = 0 6oo 1 > 858 I i I 888 +++ 4 ++ .www a c . mww 888 'I 588 . i oo. I I f  ! 888 888 +++ e +++ g wwm 3 mmw ggg o 88g -JO _,* ~+- ooo '/. f - ooo ' u, /1 , o ' 888 - ~ + = 888 +++ y +++ www www o 888 888 . ooa 8 ooo .i = 888 f "/~s e .* > 888 - m +++ .) o +++ www .i - * *** ~ 8 888 g , m @i , j; l: 888 ooo m u ooo a - u Q 0 - 9 ~ s 888 m - *s- r- 888 +++ y - .qs/ - 3 I* +++ www 888 j = f,t r - o www 888 ,t ooo = ooo ,o q 3 .j,. c, , . kc *+ t 2 888 +++ <w a www -m .s' a' ' -- 8~ mww 888 O 'o~ 888 u r r' * ,,) .4 , es cg . s 6es N :- ..-e. I I U rf # 3 o 4 j,, y ,' = y 888 'E . et1s Mie .  ? E 888 +++ +++ rs . . .d : o $r u su _ g www , a - www i - o E 888 "p 2 I > 888 ' 4 - <eo (m . , t 9J .E - oeo n. .  : 4 o E 6eo .', 4.rr . 1< .. <  ; tr; ' ei ,' < F ggg l gmo. c . 8g8 +++ J EP: _  ;  %~ z! . O.; a .. o a ++. www  ; C :g= www g e o , 7 7 , s E- 888

4. 888 'm t c! F e >' "

< a oea 4 1.> ', ~ , ':L q,i' i . J: 6eo , =: m y ;E , r. y e,  ; g. b' 888 = ~ ' F L' 1 m 8 888 +++ 8 +++ == < "o ' ' t www .= g www a S x &+ + , j 888 < 0. . - > sh , ~ - l 1* y A" - o 888 y eoo , , ,' g oeo 4 < n ,

j.  ;  ;

888 r t!< 888 m ++ ,

e. -g 8-e + ++ q- .

www , , s- . i www E 888 0 888 eoo a 66o , . . o . TM e i .e i ' 3 888 s.+ m . s... a., m.v - 3 . ,  ! .i, s o 888 ., +++ . ' +" y Wgg jd w W 4' 888 " , , 8 888 , ooo m E ooo ' ~ , i , 888 " " ,  ;- e - 888 - +++ , +++ g . n w ooo pp 3 . y 66. 9 .888 s 8' s s-w s a w s-w 8 w 888 www 1 2 I www 888 ooo 8+ B _g + w - -? E w 8 8 8. ' 8 888 ooo e< . -X D a <: Er! Ex; 4- v# E , -~=u .n a ' U' , ;! =: m 4 a t X. 1 ', e .m i I 8 .d ce l .J e -. c q 5 a' 8 RADIOChuallCAL DATA Auxiliary Building Atmospheric Isotopic (uCi/cc) 0945 0000 lets 1830 1945 , 1100 1815 1830 1145 1200 1215 IIM 1245 1300 Fquheleeto X 133cq 0 00E + 00 0 00E+ 00 106E+00 1.10E + 00 1.15E + 00 9.52E 01 7.94E-0! 6 56E 08 5 46E 01 454E01 3.79E 01 315E 0f 2 tmE 01 5 8tE02  !!3teg . 0.00E + 00 0 00E4 00 2.28E 01 3 36E 01 4.49E-Ot 4.15E Of 3 54E-Of 3 00E.0t 2 54E-Ot 214 E-Ot I stE of I 53E 0t t 0?E-01 2 96E-02 Cot 37% 0 00E + 00 0 00E + 00 4 90E 01 6 53E 01 7.20E 06 4 95R 01 3.19E 01 2.ll E 01 1.44E 01 t otE 01 7.34E 02 5 4AF 02 3 24E 02 8 35F.03 4.86E+ 02 4.86E + 02 4.86E + 02 4.86E + 02 4.86E + 02 4 56E + 02 4.56E + 02 4 86E+02 4 86E+ 02 4 86E+02 4 96E + 02 4 86E+02 4 86E4 02 Cted Breach (<fm) 0.00E + 00 2 43E+03 2.43 E + 03 2.43E+ 03 2.43 E + 03 2.43E + 03 2.4 3 E + 03 2,43E + 03 2.43 E + 03 2.43 E + 03 2.41E + 03 2.43 E + 03 9t .  ; Vol te0 0 00E+00 2.43 E + 03 2.43 E + 03 6SSE+07 6 88E+ 07 688E+0? 688E+07 688E+0? 6. 8 A E + 07 6_ tRE + 07 6 8tE+07 6 8tE 4 07 6 RRE+07 6 9tE407 698E+07 6$8E407 (u) - 0.00E + 00 6-26 4/20/93 EXERCISE \AUXATMS.XLS RADIOCiteMICAL DATA e c' O Auxiliary Building Atmospheric isotopic (uCi/cc) ins n.= . Opdve W e Xel33cq - 7.10E 01 7 6tE-04 Il3Ieq 3 87E 05 4 62E-04 Cel37+g 9 04E 04 916E-05 Cent Breech pftm) 0 00E+ 00 0.00E + 00 Qveaming Vol (c0 0 00E+00 0.00E + 00 (ce) 0 00E+00 0.00E + 00 EXERCISE \AUXATMS.XLS 6-27 ' 4/20/93 RADIOCHiiMICAL DATA '* Ventilation Stack Isotopic (uCi/cc) 8645 9700 8715 CD0 Ends ogos egl5 OEM 0545 peos 0915 oew Moo 0615 00s %ble gance Krtse < LLD < LLD < LLD < LLD < LLD < Lt.D < IID < LLD < LLD <11D < Lt D < LL D <1ID < t.I D < 1ID Ket5 <UD < IJD < 11D < LJD < tJ D < LLD < Lt.D < LLD < LtD < LLD <LLD < i tD < tin < II D < l ID Ker? < LLD < I1D < LLD < LLD < LLD < LLD < LLD < LL D < 11D <11D < Lt.D < LLD < LLD < Li D < I.1 D Krss < IlD < llD < tJD < IID <UD < llD < IJD < 13D <IJD < 11D < Lt D < Lt D < t ID < t ID < Lt D Kdo < LID < IID < 11D < UD < llD < LLD < LLD < LLD <IJD < 11D < LLD <UD < IID < 11D < IID xel3lm < IJD < IlD < llD < llD <UD < llD < UD <11D <UD < LLD < LLD < 11 D < Lt.D < 1 ID < LLD Lt33 < TID < t1D < tlD < TID <WD <UD <tJD <UD < t1D < tLD < tLD < Lt.D < ll D < i t.D <ltD ht 35m < 11D < UD < llD < IlD < llD <UD < llD <11D <tJD < LLD < LLD <.11D <. 1.t D ( l.t D < t.t.D xel32 <11D < IJD < 11D <UD <UD < IJD <IJD <11D <11D < LLD < 11 D < I1D < llD < Lt D < LtD Xel37 <11D < tJD <11D < llD < 11D <tLD c.11 D <11D < LLD <11D < llD < Lt D < l.lD < IJD < IJD xe139 s llD <UD <IJD < IID <IJD < ilD <IJD < 11D <IJD < Lt D < I1D < I.I D < LID < IID < !ID Teest < Ll 9 < IlD < llD < 11D < tJD < llD < llD < llD <IJD < IID < IID < UD <IJD < 11D < IJD < LLD < tLD < LLD < LLD < LLD <Lt.D < t1D <LLD < I tD < LL D <ttD < TID < l.t p < itu < TID trasegees 1831 < LLD < LLD < LLD <LLD < tLD < t1D < LLD < LLD < LLD < Lt D < LLD < LLD < LI D < t.i n < t LD 1t32 < LLD <Lt.D <LLD < LLD < tLD <LLD < LLD < LLD < t.l D < t1D <ttD < t.t D < TID < I l l) < t.t D 1:33 1134 < LLD < tLD < LLD <LLD <LLD < tLD <LLD < LLD < I LD < l.t D < t1D < LI D <ttD < TID < tI D < Lt.D < I .t D < I LD < LLD < LLD < tid < t1D < llD < t 1.D < 1ID < Lt.D < t.t D < t.1 D < TID e TID 1835 Total < llD < IlD < llD < 11D < llD < llD <UD <UD < tJD <LJD <IkD <IJD <IJD < IJ D < l1D < 11D < llD < llD < 11D < llD < LLD < LLD < LLD - < Lt.D < l 1.D < LLD < t.t D < TID < 11D < Lt D Mhan maale cet34 < 11D < 11D < IJD <UD < LID < g1D < Lt.D < LL D <11D < LLD < LLD < LID < l.t D < TID <1LD cel37* cat 3s <IJD < IJD < IlD < IJD < tJD < LLD <11D < t1D < llD < 1I D < 11 D <ItD < t1D < t .1 D < t. D < UD < 11D < 11D <UD <11D < IlD < 11D < 11D < LID <UD < IID < Ill) <11D < 11D < IJD Te4al < 11D < 11D < llD <UD < LLD < LLD < LLD < LLD < LLD < LLD < l.t D < Lt D < ILD < LLD Itb,Sb,Te RbSS < IJD < IID <UD < 11D < (JD <UD < LLD < LLD < LLD < Li D < 11D < LLD < t I.D < Lt.D < LLD < LLD Rh89 < 11D < LLD < LLD < LLD < LLD < llD < LLD < LLD < LtB < LLD < t LD TetJ9 < 11D <UD < IID < llD < IID <UD < IJD < LLD < LLD < LLD < LLD <tLD < LLD < 11D <11D < Lt.D < LLD Tet32 < llD < IlD <tJD <UD < tJD < Lt D < t LD < t1D <tt.D < ILD < TID < TID < l.I D < I.I D < TID Tet34 <UD < tJD < 11D < ;1D < IlE < llD < 11D < 11D <UD <11D <11D <UD < LID <UD < IlD Tesal <UD < llD < 11D < tlD < eld < t1D < 11D < (JD < 11D < llD <ILD < 1JD <IJD < t3 D Mkstine earek SuB9 <UD < IID < llD 9,91 <11D < 11D <UD

• 11D

. <UD < IlD <11D < IlD < 11D < llD <UD < UD < 11D <IJD < IJD < 11D c glD < 11D < IJD < UD <IJD < 11D < IJD <IJD <IJD <(JD <IJD <IJD WI < IID < UD <UD <UD < IID < tJD < IJD < tJD < IJD < IJD < IID <UD < IJD Bel 40 < IJD < IJD < llD < llD < 11D < IlD < UD < IlD <UD < IID < IID < 13D < UD < IID < UD <IJD < LID < IID Teint < IID < 11D <UD <UD <11D < 11D < glD < llD < 11D <11D <11D <IJD <IJD Qar, ,the Nbes < glD < 11D < IID <11D < llD < t1D <UD < IlD <UD < IJD < 11D <UD <llD <UD <UD Tr+5 < 11D < 11D < IID <UD < 11D <UD < 11D <UD <UD <UD <UD <IJD <tJD < 11D <11D hl.99 < LJD <UD < IJE < LLD < 11D < 11D < IID <llD < IlD < 11D <IJD < llD .<tJD <IJD <llD < llD gat 40 < 11D < t1D < 11D <11D < IID ' < 11D < UD <UD < llD < IID <tJD <IJD <IJD <IJD <UD BrM <UD <11D < 11D <UD < 11D < 11D < 11D < IID <IJD <UD < IID <IJD <UD < IJD < IID < IJD <IJD R.103 <UD <UD <UD < tJD <UD < 11D - < UD < IID <IJD <IJD < tJD <IJD Teemi <UD <IJD < IID 6-28 Rev. 4/27/93 EXERCISEWENTSTCK.XLS - 2 of e R DIOCHEMICAL DATA Ventilation Stack isotopic (uCi/cc) 1930 1945

• liet till 1130 1845 1200 1213 1230 1245 8.10e e945 1980 1915 3.50E44 4.62E 04 4.20E 04 3.5 t E 44 2.90E04 2.38E 04 8 95E 04 -160E 04 I IIE 04 8 7sE 05 3 llE-05 Noble geene Kr45m < LLD < LLD 2.33 E44 4.53 E-05 3.94E45 3.38E.05 2.89E 05 2 46E 05 2 09E 05 1.78E05 1.24E 05 4 6tE-06 KrtS - < LLD < LLD 2.31E 45 3.53 E45 4.79E 1.69E44 2.06E 04 1.72E-04 1.30E44 9.76E 05 7 27E 05 5 4lE-05 4.02E 05 2 98E 05 i BlE05 587E06 Kr07 - < LLD < LLD 1.tBE44 5.658 04 7.33E44 6.52E44 5.34E44 4.31E 04 3.46E-04 2.77E-04 2.22E 04 1.78E 04 8.17E 04 4 07E 05 Erna < LLD < LLD 3.8 tE44 6 87E 04 2.I6E 04 7.52E-06 2.4 t E-07 7.63609 2.40510 7.54E-12 < 11D < 11D < 11D < 11D Kre9 < LID < UD I.20E03 7

7.53E42 1.02E45 9.67E42 8.41E42 7.2 t E-02 615E-02 5 24E 02 4.45E 02 3.7CE 02 2 64E 02 9.79E 01 Xel31me < LLD - < LtD 4.94E42 ' 7.75E42 9.90E42 8.61E 02 7.37E 02 6 29E 02 5.35E 02 4.55E 02 3 R6E02 2 69E 02 9 97E 01 Xel33 <LLD < LLD 5.07E-02 1.05E-01 5.19EJ06 2.29E-06 9.96E-07 4.3 t E-07 186E-07 8 03E 08 3.46E 08 1.2?E08 2 30E 09 Xel35as < LLD < LLD 1.10E45 1.24E45 1.08E 05 1.39E43 1.86E43 1.72E43 1.47E-03 1.24E-03 1.04E 03 8 67E 04 7.24E 04 6.05E 04 4. 44ti 04 1 SIE 04 Kel35 < LLD < LLD 9.lTE44 4.7tE 05 2.70E06 1.52E.07 8 54E49 4.79E.10 2.68E-f l 1.50E l2 < t1D < llD Xet37 < t1D < t1D 3.19E-03 2 00E03 7.59E 04 4.15E45 1.87E45 1.80E46 3.20E 06 1.31E 06 5 33E 07 217E 07 8 81E 08 2 95E 08 5 23E 09 Xel38 < Lib < l.LD 4 47E45 -4.90E45 8 09E02 - 1.08E 01 - 1.01E.08 8.75E02 7.50E 02 6 39E02 5 44E-02 4.62E 02 3.92E02 2.73E02 1.clE 02 Twel < TID < TID 5.49E02 3.35E-05 3.20E-03 2.80E43 2.41E 03 2 06E 03 I.76E 03 150E 03 8.?RE03 9 05E-04 3.55E04 Italogene 1133 < tLD < LLD 1.62E43 2.46E43 4.6t E 05 3.74E45 2.98E 05 2.37E 05 188E 05 148E05 1.17E 05 7.691 06 2 ROE 06 1832 - < llD < LLD 2.75245 4.02EM 5.19E-05 7.25E-04 6.88244 5 98E44 S ilE04 - 4.34E 04 3 68E 04 3 ilE 04 2.63E 04 185E 04 7.20E-05 - 183) < LLD - < LLD 3.54E44 5.35E-04 1.82E45 8.3 t E-05 9.23E 06 6 49E06 4.55E 06 3.19E 06 2 23E 06 1.30E 06 418E 07 e 1834 < LLD < LLD 1.41E-05 1.95E45 2.5 t E-05 175E 05 1.93E 04 1.64 E44 1.3RE-04 1.15E 08, 9 5EE OS 7 96E-05 6 62E 05 4 96E 04 1835 < LLD < LLD I03E44 s.55E44 2.07E 04 4.35E03 4.15E 03 3.62E 03 3.10E-03 2.6440' 2.25E-03 l 9tE 03 8 62E 03 114Ec1 4 48E 04 Te4al ' < TID - < TID 2.12E03 3 21E03 1.35E45 1 14 E-05 9.60406 8.05E-06 6.76E 06 5 68E-06 3 90E 06 1.40E 06 Altak medals CsI34 < LLD ' < LLD 7.21EM l.16E45 1.63E 05 1.57E-05 1.01E45 8.73EM 7.37E-06 6.I' E 06 5.19E 06 436E06 3 6hE 06 2 511006 9 04E 07 Col 37* < LLD < LLD 4.65EM 7.49EM t_05E 05 4.95E45 3.09E 05 I 89E 05 1.I NE 05 6 98E 06 4 74E06 2 58E 06 3 28ft06 314E 07 - Cal 38 < LLD < LLD 4.58845 6.32245 7.10E 05 5.32E-05 3.77E-05 2 7 E-05 2.02E05 1.54E-05 1.19E 05 7.69E.06 2 64E 06 Tsaal < 11D <11D 5.76E 05 8.24E05 9.77E05 7.53 E-05 9.2 t EJ06 4.42E-06 2.07E-06 9.67.507 4.5tE 07 2.10E 07 9 82E 08 3.75ft08 7.50E.09 Rb, Sb. Te RbnB < LLD < LLD 147E45 I.81E45 1.72E45 ' 4.12E-06 I .77E-06 7.58E 07 3.24E 07 t.38E 07 5.91E 08 2 07E 08 3.79E49 Rbs9 - < LLD < LLD I.7;E 45 2.llE45 1.91E45 9.39 E-06 I.P5E'05 1.56E-05 1.3 t E65 1.10E-05 9 22E 06 7.74E 06 5.3 t E-06 1.9 t E-06 Tel29 < LLD ( LLD 9.85E46 1.59E45 2.22E45 2.14E45 9.56E45 8.23E45 6.94E 05 5.81E05 4.86E45 4.07E-05 3.41 E-05 2.341ac5 8.40E 06 Tel32 < LLD < LLD 4.42E45 7.llE45 9.94E45 7.368-05 5.54E 45 3.73245 24eE05 1.6t E-05 1.06E 01 6 92E-06 414E06 2.41E 06 6 R1E 07 Tel34 < 11D - < LLD 4.36E45 6.24E45 1.91E 04 E.47E-04 I.53E 04 8 9tE 05 7.09E 05 5.72E-05 4 66E 05 3.12E 05 I.10E-05 Teeel - , AfD$ < 11D I.30E04 I.99504 2.32E.04 k 5 < 11D <UD <UD < 11D < (1D <UD AI6ammeearsk 8sep {f Y < 11D < 11D < 11D < 11D < 11D . < t1D ' <11D < 11D .<11D. < UD < llD < UD <UD <UD < 11D < 11D <UD sr91 11$ < 11D - < 11D < LID < 11D < (1D < UD < tih <UD < 11D < UD < 11D < 11D WS $0D < 11D : < 11D < 11D < 11D < 11D < l1D < 11D < t3D < t1D < 11D <UD < llD ~< 11D - <UD < 11D <1JD < IID nelet < llD < 11D < LLD < 11D < UD < IlD < 11D <11D <UD < LID <UD < UD <UD , Teaal ' <UD < UD < 11D < 11D . < 11D < ILD <UD < 11D < 11D < IlD <UD aare emethe NWe9 <UD < 11D < 11D < LID < llD < UD < LED < 11D < 11D < 11D < UD < tin < 11 D - 2,95 < 11D < 11D < IlD <UD- < 11D < IID '<UD < 11D < 11D < UD < E1D - < 11D < 11D < IID < UD < 11D Me99 < 11D < 11D < 11D < 11D . < 11D - < LID <UD < UD < t1D < 11D <UD < 11D - <UD lat48 < 11D < UD < 11D <UD _< 11D - <UD <UD < 11D < IlD <UD . <UD <UD < 11D < 11D < IID pre 4 - <UD < UD < IlD < 11D <UD '<UD < TID < 11D < 11D < t1D < t1D < 11D < UD < 11D Ret 03 < 11D < UD < 11D <UD <UD < IID <UD < IID < 11D <UD <UD <UD < 11D -<UD Te4al <11D < UD < IID < UD 6-29 Rev. 4/27/93 - EXERCISEWENTSTCK.XLS - , .-p4..:- +.r-wa.- -c -ye, y .4y..- + .,w-..c-, - - . , ,, , +--a , - , 5 ,,,,u, c, ,-..,w .m,v .% - w .3ti w- ,y- ,v,.,. .,w, . . - * . n- RADIOCHEMICAL DATA - a or e ' - Ventilation Stack Isotopic (uCi/cc) 1315 1330

• Noble geese - ErtSee 9.29E-M 427506 ErtS 1.42E 06 6.79E07 Ert? -- 1.58E06 6.58E07 Kees 1.18E-05 . 5 SIE-06 Er99 < 11D < 11D Ol3tes 3.01E03 1.44E03 Xe*33 3.07E-03 1.44503 Xellsie 3.$9E.10 8 ?OEli Nel3S 4.55E05 2.13E05 X,137 < 11D - < flD Xel38 - 7.7 t E-10 1.76E l9 Twel 3.llE03 1.48503 Italogene 1831 8.26E04 . 6.92E-0$

1832 9.24E.07 4.70E07 1833 2.34E-05 1.38E05 1834 ' ~ 1.22E-07 5.49E00 1835 - 6.04E-06 3.23E 06 Tesel 1.59E 8.67505 Alkab uses ale Cel34 ' 3.97E07 8.66E-07 Cel37* 2.56E-07 1.075-07 Cel38 6 86E 08 2.07E06 , ' Tesel . 7.22E-07 2.93E07 i Rb,Sb,Te Rb80 - 1.19E09 2.74 Ele ' Rhs9 J 3.46EIS 3.16E-10 Tel29 ' 5.42507 2.26507 Tel32 2.37E-06 9.88E07 Tel34 1.5 t F.07 4.92E-06 Teest 3.07E06 1.26E06 - Altenme earth Sr89 < UD .- < IID - 3 91 - <UD ' < 11D Y91 <11D' < 11D Balet ' < 11D - <UD . Tesel < 11D_.- < 11D t

Rare seethe . Nb95 - < IID- < 11D ,

tues . ' < 11D < 11D peset < l.1D < UD Imide -- < 11D - < 11D Esee . ' < 11D < 11D ltele3 - <UD < IJD Tesel - < 11D < 11D EXERCISEWENTSTCK.XLS _ 6-30 Rev. 4/27/93 i' l - - ~u..-,. , ; . - . - - - - - .- ,, ..-.a.. . . - . - . ~ . . -- - . - . . - . . . - -. RADIOCitt:MICAL DATA ** - Ventilation Stack isotopic (uCi/cc) sees Mts see sed $ Mee eTIS e7M M4s - esos onts esM esos esse sets o*M Xel33g 0.00E + 00 0.00E 4 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 0 00E + 00 0 00E+ 00 0.00E + 00 gr,,i,aisuse It31eg 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 0.00E4 00 0 00E+00 0 00E400 0.00E + 00 0 00E+00 Col 3?eg 0 00E + 00 0.00E 4 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 0.00E + 00 0 00E 600 0 00E + 00 a

vevec Ventilation Stack Equivalents (uci/cc) 1.00E + 00 - -- =ymz. r 3mn m: . = =-- - . w n .= , ,. = - - - - . - _ 1. ^

.' ~ :

[ - - g_hk . I.00E.01 m a u._ . 2:n - ~m = =. : ":=i c - V- 'i8-34h; 5 2-1E. "7= . Zi? ' _. - ', ~ [5 :;ii- . ~ s ~ . . , . - . .  % ~ I.00E 02 -=- a~=-, s - e ---- Xel33 eq ik. 2 m , f : , , y=g- -Q. n. - - .gz , -- - -- - -l1 O ll3l eq 1.00E 03 -

- :rg a ,..g._ _ _

M -+-- Csl37 eq . r;  ;- - ~ c.. - I 1.00E 04 9 -u= ~E E :':h IRE E E-

. = =,i m :- ,

29 = '+=-w ir: .. _ ~

a _  : :.C H -t 2 - _ c ..~ b .2 ~ T;r :Z Tr "_. ~ ::rT - - _ . r: - _ - . _ ' _ N~ TC .' Z _l., . _ _ . 21 1.00E.05 " ' F EM00 0630 ' 0700 0730 0900 0830 ' 0900 0930 ~ 1000 ~ 1030 1100 1t30 1200 1230 1300 1330 1400 4.80E+04 4.80E + 04 4.80E+ 04 4.90E + 04 4.80E + 04 4 80E+04 4.80E + 04 4.90E + 04 0 00E +00 0 00E+ 00 8 90E 402 men y).. (che) 4.30E + 04 4.80E+ 04 4.90E+04 4.90E + 04 2.27E + 07 2 278+07 2.27E+ 07 2.27E + 07 2 27E+07 2 27E+07 2.27E + 07 2 27E+07 0 00E+ 00 0 00E+00 4. 20E + 05 (eels) 2.27E+07 2.17E + 07 2.27E + 07 2.27E +07 1 6-31 Rev. 4/27/93 EXERCISEWENTSTCK.XL.S : s el 0 RADIOCHEMICAL DATA Ventilation Stack Isotopic (uCi/cc) etes lose 1989 18 4 1945 1100 Ill5 1830 II45 1200 1285 1230 8243 1300 000E + 00 1.93E05 2.05601 2.20E-01 1.87E 01 1.59E-01 1.33 E-01 1.12E-et 9.36E-02 7.84 E-02 6 56E-02 4.5 t E 02 165E 02 Fehalensa Xel33eq 0.00E + 00 4.15E-02 6 30E02 8.5SE02 8 20E02 7.18E 02 6.17E-02 5.28E-02 4 5tE-02 3.84E 02 3 27E 02 2.3 t E 02 9 0sE03 II3teg 0.00E +00 0.00E+ 00 0.00E + 00 0 00E + 00 8 93E 02 1.23E01 13tE01 9 90E02 6 57E02 4.40E 02 3.02E-02 213E42 iME 02 1 15E 02 7. 8 3E 03 2 37E 03 Cel37aul 2.40E + 04 2.40E + 04 2.40E + 04 2.40E+04 2.40E + 04 2.40E+ 04 2 40E4 04 2.40E + 04 2.40E + 04 Seek Mew (chm) 9.30E +02 2.50E+ 04 2.40E+ 04 2.40E+ 04 2.40E + 04 f .t3E + 07 1.13E + 07 f.13 E + 07 1 13 E + 07 1.13 E + 07 1 15 E + 07 f .13E + 07 I 13E+ 07 1.13 E 4 07 (eels) 439E+03 I.llE4 07 1.13 E + 07 1.13E + 07 1.13 E + 07 6-32 Rev. 4/27/93 EXERCISEWENTSTCK.XLS c- , RADIOCHEMICAL DATA 8 ='. e - Ventilation Stack Isotopic (uCi/cc) 1315 8330 Fquivalene . Xel33eq 5 ole-OS 2.37E 03 It3 Beg 1.22E-01 3.77E-05 Caf37eg a 308 04 2.50E 04 9teek p1,e (efhn) 2.40E404 2.40E +04 (ee/4 1.13 E + 07 1.13E + 07 6-33 Rev. 4/27/93 EXERCISEWENTSTCK.XII 1____ RAI>.'OCHEMICAL DATA POST ACCIDENT SAMPLING SYSTEM ANALYSIS REPORTS An example of a post accident sampling system (PASS) analysis report for the RCS Coolant is included under this heading. A complete set of reports, including the containment building atmosphere, containment sump, ventilation stack, and auxiliary building analyses will be-included in a controller packet to be issued during the controller briefing. Reports are included for each time period indicated in the isotopics for the reactor coolant ' system, containment building sump, containment building atmosphere, auxiliary building and the ventilation stack. Reports are to be issued to participants only upon proper operation of the ' PASS. + One library ofisotopes was used to generate all PASS analysis reports. Therefore, all detectable isotopes for a sample at any time will be indicated on the sLqc analysis report included for that sample and time. Pure beta emitting isotopes (Csl37, Sr89 and Sr90) are not detectable through PASS analysis and hence are not indicated on PASS analysis reports. PASS analysis reports must nel be issued independently of PASS operation. Participants will receive PASS data only in response to actual operation of the PASS. It is important to note that, although the PASS may be powered and operational, the associated valves to obtain samples may not have power or instrument air and hence are not operational. In these cases Participants are unable to obtain PASS samples. c:aummuADToC6ms 6-34 4/20/93 RAD 10 CHEMICAL DATA EQST ACCIDENT SAMPLING SYSTEM ANALYSIS REPORT OPPD FT. CALHOUN CANBERRA SERIES-90 SAMPLE: RCS 6:00 DATA COLLECTED ON 29-JUNE-93 AT DECAY TO 0. DAYS, 0.0000 HOURS BEFORE THE START OF COLLECT RADIONUCLIDE ANALYSIS REPORT ACTIVITY CONCENTRATION IN uCi/gr ENERGY COMPARISON NUCLIDE DECAY (KEV) MEASURED ERROR CORRECTED ERROR EXPECT DIFF Kr85m 5.25E-03 + -4.52E-04 5.25E 03 +-4.52E-04 151.32 Kr85 < LLD < LLD < LLD < LLD 514.00 Kr87 1.13E-02 +-9.72E-04 1.13E-02 +-9.72E-04 402.58 1.35E-02 + -1.16E-03 1.35E-02 +-1.16E-03 196.28 Kr88 Kr89 < LLD < LLD < LLD < LLD 220.90 Xe131m < LLD < LLD < LLD < LLD 233.18 2.85E-02 +-2.45E-03 2.85E-02 + -2.45E-03 81.00 Xe133 4.40E-02 + -3.78E-03 4.40E-02 +-3.78E-03 526.62 Xe135m Xe135 4.21E-02 +-3.62E-03 4.21E-02 +-3.62E-03 249.74 Xc137 < LLD <LLD < LLD < LLD 455.40 Xe138 < LLD < LLD < LLD < LLD 258.31 1131 1.90E-03 +-1.63E-04 1.90E-03 +-1.63E-04 364.46 1132 2.74E-02 + -2.36E-03 2.74E-02 +-2.36E-03 667.68 1133 2.19E-02 + 1.88E-03 2.19E-02 +-1.8BE 03 529.89 1134 5.26E 02 +-4.52E-03 5.26E-02 + -4.52E-03 847.03 1135 3.77E-02 +-3.24E-03 3.77E-02 +-3.24E-03 1260.41 Cs134 < LLD < LLD < LLD < LLD 795.81 Cs137* < LLD < LLD < LLD < LLD 649.00 Cs138 6.07E-02 +-5.22E-03 6.07E-02 +-5.22E-03 1435.79 Rb88 2.11E-02 + -1.81E-03 2.11E-02 +-1. 81E-03 1836.01 Rb89 1.70E42 +-1.46E-03 1.70E-02 +-1.46E43 1031.94 Tel29 < LLD < LLD < LLD < LLD 111.57 Te132 1.32E-04 +-1.14E-05 1.32E-04 +-1.14E-05 228.30 Te134 < 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 537.38 Nb95 < LLD < LLD < LLD < LLD 871.10 Zr95 < LLD < LLD < LLD < LLD 756.72 Mo99 < LLD < LLD < LLD < LLD 739.58 La140 < LLD < LLD < LLD < LLD 1596.49 Br84 < LLD < LLD < LLD < LLD 881.50 Rul03 < LLD < LLD < LLD < LLD ' 497.08 l TOTAL 3.85E-01 +-3.31E-02 3.85E-01 +-3.31E-02 I l EXERCISE \PASSFRM1.XLS 6-35 Rev. 4/20/93 ! s . . . .. ._ - . . . _ = _ . _ . . . . . i 1 DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS  : TABLE of CONTENTS j Page .) I

• TABLE of CONTENTS- 7-1 ~ s;
• METEOROLOGICAL DATA SUhm1ARY .7-2. '
• ERFCS DISPLAY - MET AND RAD DATA, PAGE 197 7
• VENTILATION STACK RELEASE 7  :
• PLUME EXPOSURE DATA 7-8 ~
• FIELD TEAM EQUIPMENT DATA 23
• FORT CALHOUN INSTRUMENTS 7- 24 .;
• STATE OF NEBRASKA INSTRUMENTS 7- 39  :
• STATE OF IOWA INSTRUMENTS 7- 54.  !

~; J l .j J ) i 'I q ,l i . GMDMANUAIXTOC7,WP5 7-1 4/28/93 1 -p 1 DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS METEOROLOGICAL DATA

SUMMARY

The summary for the meteorological data is provided under this heading. The data is modeled after typical meteorological conditions surrounding the site during the summer. The predominate average stability class is F, stable. Typical days are clear with some clouding. l G:WDWANUAUToC7.WP5 7-2 4/28/93 i i l l

DOSE ASSESShENT DATA and PLUhE MAPS METEOROLOGICAL DATA

SUMMARY

(Cont) Wind Direction Wind Speed Delta Temp Ambient Temp. Pasquill Target Time (From) (mph) PC/100m) (*C) Class Sectors 110m 45m 10m 10m 110m 45m 10rn 10m 10m 10m 10m 06:00 0822 081.8 080.0 080.8 7.1 68 5.0 5.8 -1.5 1.6 -1.5 22.5 22.7 22.5 C N 06:15 0872 086.8 085.0 085.8 8.1 7.8 6.0 6.8 -1.5 -1.6 -1.5 22.8 23.0 22.8 C N 06:30 085 2 084 8 083.0 083.8 8.6 8.3 6.5 7.3 -1.5 1.6 -1.5 22.8 23.0 22.8 C N OS 45 086 2 085.8 084.0 084 8 9.1 88 7.0 7.8 -1.5 -1.6 -1.5 22.9 23.1 22.9 C N 07:00 0872 086.8 085.0 085.8 8.6 8.3 6.5 7.3 1.5 -1.6 -1.5 23.0 23.2 23.0 C N 07.15 088.2 087.8 086.0 086 8 9.3 90 7.2 8.0 -1.5 -1.6 -1.5 23.5 23.7 23.5 C N 07:30 092 2 091.8 090.0 090.8 8.6 8.3 6.5 7.3 -1.3 1A -1.3 24.0 24.2 24.0 D N 07.45 103 2 102.8 101.0 101.8 83 8.0 6.2 7.0 -1.3 1A -1.3 24.1 24.3 24.1 D N 08:00 1042 103.8 102.0 102.8 7.9 7.6 5.8 6.6 -1.3 -1 A -1.3 24.0 242 24.0 D P 08:15 1062 105.8 104.0 104.8 7.6 7.3 5.5 6.3 -1.2 -1.3 -1.2 24.2 24.4 242 D P 08.30 1082 107.8 106.0 106.8 7.2 6.9 5.1 5.9 -0.8 -0.9 -0.8 24.8 25.0 24.8 D P 08 45 111 2 110.8 109.0 109.8 7.1 6.8 5.0 58 -0.7 -0.8 -0.7 25.2 -25.4 25.2 D P 09.00 1122 111.8 110.0 110.8 7.3 7.0 6.2 6.0 -0.5 4.6 -0.5 25.0 25 2 25.0 D P 0915 114 2 113.8 112.0 112.8 7.1 6.8 5.0 5.8 -0.4 -0.5 -0.4 25.3 25.5 25.3 D P 09.30 1132 112.8 111.0 111.8 72 6.9 5.1 5.9 -0.2 4.3 -0.2 26.5 26.7 26.5 E P 09.45 1142 113.8 112.0 112.8 7.1 6.8 5.0 5.8 0.0 4.1 0.0 27.3 27.5 27.3 E P 10.00 1132 112.8 111.0 111.8 7.3 7.0 5.2 6.0 0.0 4.1 0.0 28.0 282 28.0 E P 10:15 1192 118.8 117.0 117.8 6.9 6.6 4.8 56 2.1 2.0 2.1 28.1 28.3 28.1 F P 10:30 1182 117.8 116.0 116.8 6.8 6.5 4.7 5.5 2.0 1.9 2.0 28.2 28.4 28.2 F P 10.45 1202 119.8 118.0 118.8 6.5 62 4A 52 2.2 2.1 2.2 28.0 28.2 28.0 F P 11:00 1182 117.8 116.0 116.8 64 6.1 4.3 5.1 2.1 2.0 2.1 28.1 28.3 28.1 F P 11:15 1212 120.8 119.0 119.8 6.8 6.5 4.7 5.5 2.2 2.1 22 28.0 28.2 28.0 F P 11:30 1212 120.8 119.0 119.8 7.1 6.8 5.0 5.8 2.3 2.2 2.3 28.2 28.4 28.2 F P 11:45 1962 195.8 194.0 194.8 6.6 6.3 4.5 5.3 2.1 2.0 2.1 28.0 28.2 28.0 F B 12:00 210.2 209.8 208.0 208.8 6.5 6.2 4A 52 2.1 2.0 2.1 28.1 28.3 28.1 F B 12:15 2122 211.8 210.0 21 0.8 6.7 64 4.6 54 2.0 1.9 2.0 28.0 28.2 28.0 F B 12.30 2142 213.8 212.0 212.8 6.9 66 4.8 5.6 2.1 2.0 2.1 28.2 28.4 28 2 F B 12.45 213 2 212.8 211.0 211.8 6.9 6.6 4.8 5.6 2.0 1.9 2.0 28.0 28.2 28.0 F B 13.00 2122 211.8 210.0 210.8 7.0 6.7 4.9 5.7 2.2 2.1 22 28.1 28.3 28.1 F B 13:15 2102 209.8 208.0 208.8 7.2 6.9 5.1 5.9 2.1 2.0 2.1 28.0 28.2 28.0 F B 13:30 210.2 209.8 208.0 208.8 72 6.9 5.1 5.9 2.1 2.0 2.1 28.2 28.4 28.2 F B Pasauill Clan Definitions Note: Bold faced data (first set of data for 10m elevation) is data used to calculate offsite x c= -1.9 very unstable A radiological releases. -1.9 < x <= -1.7 unstable B

                                                                           -1.7 < x <= 1.5 slightly unstable          C
                                                                           -1.5 < x c= -0.5      moderate             D 0.5 < x c= +1.5 shghtly stable            E
                                                                           +1.5 e x == +4.0       stable              F x > +4.0 very stable              G Meteorolocical Forecast 06/29/93: Clear stan to the day with possible late morning clouds. Temperatures expected from a low of 65'F to a high of E5'F.

Mild breezes from the east are expected of about 5 mph during most of the day and are expected to shift to the south. A 30% chance for precipitation is forecast for the late morning. Skies should clear again in the afternoon. r.xtacisrurrstmoa.s 7-3 Rev. 4/26/93

5 1 DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS ERFCS DISPLAY - MET AND RAD DATA FC-197. PAGE 197 An example of the emergency response facility computer system (ERFCS) display, " Met and Rad Data", page 197, is included under this heading. A complete set of displays is included in a participant message packet to be issued during the controller briefm' g. A display is included for each time period included in the " Meteorological Data Summary", page 7-3. Displays are to be issued to panicipants only upon proper inquiry of the ERFCS and must not be issued to participants before the time indicated on the sheet. , e ca66ummuuxroc7.wrs 7-4 4/28/93

1 METEORLOGICAL DATA (15 MINUTE AVERAGES)

1. STACK FLOW RATE 48000 CFM

2. CONDENSER OFF G AS FLOW R ATE N/A

3. S AT. STE AM FLOW N/A

4. WIND SPEED AT 10 METERS 5.0 5.8 MFH 80 0 80.8 45M 81.8 110M 82.2 DEGREES

5. WIND DIRECTION FROM IOM

6. AMBIENT TEMPERATURE 10 METERS 22.5 22.7 22.5 DEG C

                                                                                                  -1.5         -1.6             -1.5         DEG C

7. TEMPERATURE DIFFERENCE lt RADIOLOGICAL DATA 8. CONTAINMENT MOMTOR READINGS RM070 14.898 MR/HR

1. RM062 37.000 CPM RM071 6.703 MR/HR RM072 3.908 MR/HR

2. RM060 155.000 CPM RM073 198.663 MR/HR CPM RM074 35.338 MR/HR

                                 , 3. RM061                84.000 RM075               17.453          MR/HR

4. RM063 L 17.000 CPM CPM RM091 A O.035 R/HR RM063 M 35.000 CPM RM091B 0.017 R/HR RM063 H 55.250

5. RM063 FILTER - N/A CPM

6. RM057 37.000 ' CPM

7. RM064 12.000 CPM S

MET AND RAD DATA FC-197' PAGE 197 S AFEGUARD SIGN ALS I Rx ll IvAxl - l-e I i P l PPLS SIAS DAS1 29 JUN 93 CPHS CIAS DAS2 MODE 0 CRHS VIAS SSI RAS STLS -SS2 l CHR j ' l RCS l l Cl l l l MODE SELECTION 06 :00 :00 CSAS AUTOMATIC i i Flev. 4/1/93 -

                   ~
                 - EXERCISE \PAGE197.XI.S                                                                               z7-5'

DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS VENTILATION STACK RELEASE - Ventilation stack release data and graphs are included under this heading. Ventilation stack flow rates, release concentrations and rates for noble gas, iodine, and particulate is summarized in a data table and graphs. This data is for use by controllers as a reference and will not be issued to participants. i G:WUMMUAUTOC7.WP5 7-6 4/28/93

DOSE ASSESSMEN'l 1A AND PLUME MAPS Ventilation Stack Release

                                                                                                                           " cc                                        Stack Concentration Levels uCi/cc conce.tr.wn ocyn)                    rio-a.te                 sete    n.i <cv.1            1.00E + 00 -        e-.-

Time NO 1 I Pod efm ec/s NG ! 1 ( Pad . _ .

                                                                                                                                                              ~~~
                                                                                                                                                                                                      ~
                                                                                                                                                                                                                           '~'

6:00 0.00E + 00 0.00E + 00 0.00E + 0D 4.80E+ 04 2.27E 4 07 0.00E+ 00 0.00E+ 00 0.00E + 00 6:15 0.00E + 00 0 00E+00 0 00E+ 00 4 80E+04 2.27E + 07 0 00E+00 0.00E + 00 0.00E+ 0n 6.30 0.00E+ 00 0.00E+ 00 0.00E4 00 4.80E+ 04 2.27E+ 07 0.00E+00 0.00E + 00 0.00E+ 00

                                                                                                                                                                                          '~
                                                                                                                                                                                                                           u "E                                                                     ~~

ik45 0.00E + 00 0.00E + 00 0.00E + 00 4.80E + 04 2.27E + 07 0.00E + 00 0.00E + 00 0.00E + 0n 1.00E01

                                                                                                                                     ~

N. r 3,Ng,- '

                                                                                                                                                                                                                                                                                                         --.--m - - gg 7:00  0.00E4 00 0.00E400 0.00E + 00        4.80E 404 2.27E + 07 0 00E+ 00 0.00E+ 00 0.00E+00                                             ~ _ "f g-7:15  0.00E + 00 0.00E+ 00 0.00E + 00      4.80E+04 2.27E+ 07 0.00E + 00 0.00E + 00 0.00E + 0c
                                                                                                                                             ~
                                                                                                                                                                                                                                      ~
                                                                                                                                                                                                                                                                  ~'\                                    -+               g 7:30  0.00E+ 00 0.00E + 00 0.00E+ 00       4 80E+04 2.27E+ 07 0 00E+00 0 00E+00 0.00E+00                                                 -.-                                                                                                            -~g-7:45  0.00E 4 00 0.00E + 00 0.00E+ 00      4.80E + 04 2.27E + 07 0.00E + 00 0.00E + 00 0.00E + 0          1.00E      ...z
                                                                                                                                                                                                                                                                                                         - b-~ P 8.00  0 00E+00 0.00E + 00 0.00E + 00       4.80E 4 04 2.27E+07 0 00E+00 0.00E + 00 0.00E + 00                           7 _.                    _ ..                                      ,

8.15 0.00E + 00 0.00E+ 00 0.00E+00 4.80E + 04 2.27E+ 07 0.00E+00 0.00E + 00 0.00E+ 00 . . _ _

                                                                                                                                                                                                                  ~~
                                                                                                                                            ~ --                                        '

8:30 0.00E + 00 0.00E4 00 0.00E + 00 4.80E + 04 2.27E+ 07 0.00E + 00 0.00E+ 00 0.00E+ 00 8:45 0.00E + 00 0.00E+ 00 0.00E+ 00 4.80E+ 04 2.27E + 07 0.00E +00 0.00E+ 00 0.00E + 00

                                                                                                                                                           "~

U, 9:00 0.00E + 00 0.00E 4 00 0.00E +00 0.00E + 00 0.00E+ 00 0 00E+00 0,00E + 00 0 00E+00 1.00E.03 9:15 0.00E + 00 0.00E + 000.00E+ 00 0.00E4000.00E + 00 0.00E + 00 0.00E + 00 0.00E +00 6 00 7.00 8.00 9.00 10.00 II:00 12 00 13:00 14 00 9:30 0.00E + 00 0.00E+ 00 0.00E + 00 8.90E+02 4.20E 4 05 0.00E + 00 0.00E + 00 0 00E+ 00 0.00E + 00 0.00E + 000.00E+00 9.30E+ 02 4.39E+ 05 0,00E + 00 0.00E + 00 0.00E + 00 cfm 9.45 Stack Flow Rate (cfm) 10.00 0.00E4 00 0.00E + 00 0.00E + 00 2.50E + 04 1.18E+07 0.00E+ 00 0.00E + 00 0.00E + 00 1.00E+05 n w mwu v r3 n .m m i a m- - 10:15 1.06E-01 2.12E03 1.88E04 2.40E+ 04 t.13E+ 07 1.20E + 00 2.41E-02 1.IIE03 IFe-m e-a-a-a- a-a m- m -e .. ' : .. . . . _ . . . .. .- . . .

                                                                                                                                               ~            ~ ~ ~ ~                                      ~~~               ~~
                                                                                                                                                                                                                                             ~~~WWWWWWEEEEEEEEE5B 10:30   1.58E01 3.2tE-03 2,71E.04          2.40E + 04  t.13E 4 07 1.79E +00 3.58E-02        1.65E-03 2.2tE 03       1.00E 4 04          gg=mm-ar f                                                      n                   -- -               4        - m:mm                       m                 -=.

10 45 2.12501 4.35E03 3.29E 04 2.40E + 04 1.13E + 07 2.40E + 00 4.80E-02 ~ 11:00 1.99EOl 4.l5E03 2.66E04 2.40E + 04 l.13E+07 2.25E + 00 4.50E-02 2.07E-03 j7 5 0 22" _ 11:15 t.73 E-0 t 3.62E-03 2.00E-04 2.40E + 04 1.13 E 4 07 1.96E+ 00 3.9t E-02 1.80E03 1.00E+03 - - 3 4_ c 3 yg ;- 4 ' % 11:30 1.48E-01 3.10E03 1.5 tE04 2.40E +04 1.13E + 07 1.68E+ 00 3.35E02 1.54 E03 11:45 1.26E01 2.64E-03 1.16E04 2.40E + 04 1.13 E + 07 f.43 E + 00 2.86E02 1.3 t E03 T r-]T r_ ~ a-- 12:00 1.07E01 2.25E03 9.12E05 2.40E+ 04 1.13E+ 07 t.22E + 00 2.43E 02 1.12E-03 1.00E+ 02 - ==. 4 - > - == - ' 12:15 9.12E 02 1.9t E-03 7.26E05 2.40E 404 1.13 E+ 07 t.03 E +00 2.07E-02 9.50E-04 ,f] } ; --i ~ ~ - 12:30 7.73E-02 1.62E.01 5.85E-05 2.40E + 04 1.13E+ 07 8.77E 01 1.75E.02 8.07E-04 T T~ ._ _ .._ _ . . _ . . 1.13 E+ 07 6.llE-01 1.22E.02 5.63E04 - 1.00E401 ,im, s -4 -. i. 12:45 5.40E.02 1.14 E.03 3.89E-05 2.40E+ 04 mm mimm ~

                                                                                                                                                                                                        ==-..: .

13:00 2.00E-02 4.48E 04 1.36E-05 2.40E+04 1.13 E+ 07 2.27501 4 53E-03 2.08E 04 .-2:h= -.

                                                                                                                                                                                                                        ~~

1.13E+ 07 2.79E-02 5.58E-04 2.57E 05 CCl I 13:15 6.15E-03 1.59E-04 3.79E06 2.40E + 04 2.30E05 1.00E + 00 13:30 2.93E-03 8.67E.05 1.56E-06 2.40E + 04 1.13E+ 07 2.50E02 5.00E04 t.94E 01 6:00 7.00 8:00 9.00 10:00 11:00 12.00 13.00 14 00 13:45 1.86E.03 6.06E-05 8.26E 07 2.40E + 04 1.13E + 07 2.10E-02 4.2t E-04 14.00 1.37E03 4 66E.05 4 91E-07 2 40E+G4 1.13E + 07 1.49E 02 2.98 E.04 1.37E05 . Stack Release Rates (Ci/s) 1.00E+0! gy g -m mrmon~.ru.-4.. ~ pm g g y n m m

                                                                                                                                          .u.21_ . ; ~- ' - ~ ~ ' . . -

1gEgg, t.00E+00 4m e-rm m.m-mm E. m 53- tn

                                                                                                                                             .:.1..-.-                                    _: :a                        u.. -                . 22.                     i.

l.00E-01 myywegr w qw pp r.y p pr u _g_ 4 e.4 _ ._ Q

                                                                                                                                                .-.._.....mn.-                                                  -

g. . .

_ - . +g. s. e, ..

                                                                                                                                                                                                                                                                                                                   +

1.00E 02 ; 7sp v.ri m mr m n mr.m = +i p;rve mpmy 1 _- % :"="~- ^~ "

                                                                                                                                                                                                                                        ..=.                          -

J.'_ :. ; ~ ~ _- _

                                                                                                                                                                                                                          . 1pf .. MAP                       . . _ . . _ .
                                                                                                                                                                                                                                                                                  + . _ . ,' " _g 1.00E-03                                                                                                ^.L . ,

6.M Ud100E 8:00_00 E3:it0.00]1:00

                                                                                                                                                                                                                       ,j                           M12,: 00-1.00E-04 -p 3h q : _                                                                      2. gg,                      ._ r.gemy ,                                  e.g

h?:( h: -. ,::. . :2:q ::} .y:.

A 1.00E "- - - - - - - - -- - - - 7-7 Rev. 4/28/93 EXERCISEWENTRELXLS

DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS PLUME EXPOSURE DATA Offsite monitoring data and maps are included under this heading. Controllers may find it necessary to modify the data to correlate with actual sample procedures used in the field, i.e. smaller sample volumes or shorter counting times. i owuWANUAIJTOC7.WP5 7-8 4/28/93

                                                                                                                     '0

DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS PLUME EXPOSURE DATA T:ML 06 30- 1015 Whole Body Thyrod Concentrauons* Done Rams Done Rate

• Total Plume Ground (ChDd) Grose !  !!31 Part -

Centerkne Maximum, (mrem %r) ImRem!hr) (mrem /hr) (mrem %r) (vCUce) (uCUcc) (uCUec) 2.00 nd < 1 E-4 < 1 E-4 < 1 E-4 < 1.OOE-04 <1.OE-08 < 1.OE-08 < 1.OE-08 5 00 nu < 1 E-4 <1E4 < 1 E-4 < 1.OOE-04 < 1.OE-08 < 1.OE-08 < 1.OE-08 10 00 nd <1E 4 < 1 E-4 < 1 E-4 < 1.OOE-04 <1.OE-08 < 1.DE-08 < 1.OE-08 e P

                                                                                          ~

Site Boundarv Detance f none Special Recerrors none

                                                                                                                                'i Encryearv Monitorier Poiou nous

• Contro11erlevaluator referrace date only.

                                                                                                                                  ]

EXERCISE \OFFSITE.XLS 7-9 Rev. 4/28/93 a

2 or 14 DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS PLUME EXPOSURE DATA TIME- 30.15- 1030 Wie bod.v nyroni Concentrations

• Dnae Rates Dose Rate
• Total Phune Ground (Child) Gross I l 1131 Part Centerline Maximums (mrem /bri (mRemtr) (mkem/hr) (mRembri fuci/cc) ! (uCi/cc) fuci/ce) 2.00 au < 1.0E 04 < 1.0E 04 < 1.0E 04 < 1.00E-04 < 1.0E-06 < 1.0E-08 < 1.0E 08 5 00 mi < 1.0E-04 < 1.0E 04 < 1.0E-04 < 1.00E.04 < 1.0E-08 < 1.0E-08 < 1.0E-08 10 00 nu < 1.0E 04 < 1.0E-04 < 1.0E-04 < 1.00E 04 < 1.0E-08 < 1.0E-08 < 1.0E-08 E

Site Boundarv Datance sector P 0.73 mi 4.8E + 00 4 BE + 00 1.15E + 02 6.24 E-08 4.77E-08 8.45E-07 Special Recepton none I j i 6 Emerresev Monitoring Points PI 0.50 mi 4.4E + 01 4.3E + 01 4.0E-01 9.BSE + 02 5.24E-07 4.01E-07 5.96E-06 P2 0.60 mi 2.2E-01 2.2E 01 < 1.0E-04 S.14E + 00 < 1.0E-08 < 1.OE-08 3.42E48 i l l i

• Controller /cvalussor reference data only.

EXERCISE \OFFSITE.XLS 7-10 Rev. 4/28/93

i

• • • Cs *S%F D **

NN % ** e* ,, m.m fC 'N f, Y g* 4F" e

                                         ,""""*=.$

~ ~ *=

                       >-       ,,'                 C C C C                                                                                                                         j.;                        ,,
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3 F 14 DOSE ASSESSMENT DATA r2d OFFSITE PLUME MAPS PLUME F'IrOSURE DATA '! T1kE: 1030 - 1485 Whole Body Thyrod Concentratens' Do.e btes Dose Rate

• Total Plume Ground (Chiki) GroesI 1131 . Part t Cemerhne Maumums (mrem %r) (mrem %r) (mrem %r) (mrem /hr) (uCuce) (uCUce) (uCVec)~ i 2.00 mi 5.7E + 00 5.7E + 00 < 1.0E-04 1.61 E + 02 8.76E 08 6.71E-08 j 1 '52E-06  !

5 00 mi < 1.00 04 < 1 OE .04 i < 1.OE-04 < 1.00E-04 < 1.0E-OB < 1.0E-08 i < 1.0E-08 10 00 mi < 1.OE-04 < 1.OE-04 < 1.0E-04 < 1.00E-04 < 1.0E-08 < 1.0E 08 < 1.OE-08 i Siu Bounders Datarut sector P O.73 mi 1.9E + 01 1.9E + 01 < 1.0E-04 4.58E + 02 2.48E-07 1.90E-07 3.41E 06 3pecial Reccotors none Emerrency Monstorine Points F1 0.50 ml 2.9E + 01 2.8E + 01 6.0E-01 6.38E + 02 3.46E-07 2.65E-07 3.90E-06 P2 0.60 mi 1.7E + 00 1.7E + 00 < 1.0E-04 3.88E + 01 2.10E-08 1.61 E-08 2.62E 07 P G

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d ' ' ' DOSE ASSESSMENT DATA and OFFSITE PLUME MAPS PLUME EXPOSURE DATA TIAE 1945 - 1100 W ie Body Ibyroid Concentrsuons' Doec Rates Dose Rate

• Total Pimne Ground (Ch.iki) Groes ! - 1131 j Pari Centerhoe Maumume (mrem %r) . l (mrem %r) (mRemtr) (mrem %r) (uCi/ce) duci/cc) I (uCi/cc) 2.00 au 1.2E + 01 l 1.1 E + 01 2.0E 01 3.30E + 02 1.79E-07 1.37E 07 3.11 E-06 3 00 nd 3.7E + 00 i 3.7E + 00 < 1.0E.04 1.18E + 02 6.44E-08 4 93E-08 1.02E-06
• 5.00 uw < 1.0E-04 < 1.0E-04 l < 1.0E-04 < 1.00E-04 < 1.0E 08 < 1.OE-08 < 1.OE-08 10 00 mi < 1.0E-04 < 1.0E 04 < 1.0E-04 < 1.00E-04 < 1.0E-08 < 1.0E-08 < 1.0E-08 I  :

i I I , Site Boundarv Detance sector P 0.73 mi 3 4E + 00 3.1E + 00 2.4E-01 7.61 E + 01 4.13E-08 3.16E-08 5.81 E-07 Special Iteceptori Blair 3 22 mi 1.8E + 00 1.8E + 00 < 1.OE 04 6.08E + 01 3.32E-08 2.54E-08 5.11E-07 Emerrenev Monitonne Points I F1 0.30 mi 1.6E + 02 1.6E + 02 2.0E + 00 3.73E + 03 2.02E-06 1.55E 06 - 2.37E-05 P2 1.20 mi < 1.0E-04 < 1.0E-04 < 1.0E-04 2.00E + 00 < 1.OE-08 < 1.0E-08 1.39E-08 P4 1.80 mi 1.0E + 00 1.0E + 00 < 1.OE-04 3.31 E + 01 1.80E-08 1.38E-08 2.79E-07 , 6 h i

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