ML20135E785
| ML20135E785 | |
| Person / Time | |
|---|---|
| Site: | Wolf Creek  |
| Issue date: | 12/12/1996 |
| From: | Birk D, Brinkmeyer M, Dees D WOLF CREEK NUCLEAR OPERATING CORP. |
| To: | |
| Shared Package | |
| ML20135E731 | List: |
| References | |
| NUDOCS 9703100192 | |
| Download: ML20135E785 (201) | |
Text
_ _ _ ._ ._. . _ .
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> 1997 Field Exercise 25 February 1997 TIN GE-77-356-10 Rev. 0 l 1
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SCENARIO DEVELOPMENT COMMITTEE REVIEW:
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12/12M D. E. BIRK M 5- DATE:
h 12/11M M. D. BRINKMEYER DATE:
12/12M D. L. DEES DATE:
EAST DATE:
IN" T. F.
R. P. EVENSON . b4fm DATE:
1 13M h 1313M l
. E. B. FREEMAN DATE:
1313 2 N. G. HIVELY DATE:
B. E. KAYSER W DATE:
I I*
' '"* 1 13/96 M. T. KERVING DATE:
2b 1 1M6 W. H. KETCHUM DATE:
12/12/96 J. P. KNAPP DATE:
- I 13 "
M. R. McKINNEY M DATE:
12/12 2 D. C. MICHEL _
DATE:
i I*
G. W. REEVES [' d DATE:
12/1M6 R. L. RIETMANN , DATE:
1 12/96 K. M. THRALL DATE:
1997 FIELD EXERCISE
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9703100192 961219 PDR ADOCK 05000482 .
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- l SECTION
1.0 INTRODUCTION
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i 1997 FIELD EXERCISE Page 1.0 l
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- The Exercise should demonstrate that those individuals and agencies who are assigned responsibilities in ;
j a radiological emergency are adequately trained to perform according to current plans and procedures. ;
4 Furthermore, this Exercise will provide training for emergency response personnel, and identify any :
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potential problem areas in the overall emergency rssponse system.
4 This manual has been prepared to assist the Exercise controllers, evaluators, and observers in the conduct and evaluation of the Exercise. It contains all of the information and data necessary to properly !
j conduct this Exercise in an efficient and coordinated manner, and is organized as follows:
a .
l Section 2.0 Obiectrves and Guidehnes f f
- This sechon defines the Exercise objectives for the licensee, State of Kansas, and Coffey County, and !
j sets forth guidelines for the conduct of the Exercise to meet those objectives l Sachon 3.0 Scenano and Timeline ;
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! This section describes the postulated sequence of events occurring at WCGS which requires the ERO to l respond. l t :
i Sachon 4.0 Controller Messages This sechon contains the Exercise messages used to control the development of the Exercise scenario.
i i Section 5.0 Plant Data j This sechon contains information concoming designated plant parameters These parameters are updated every 15 minutes throughout the Exercise. To ensure that adequate operational data is available
, in the event of a simulator failure, tables of plant parameter information have been included in this sechon 1
- I i Sachon 6.0 Meteorological Data l I
f This section contains informahon about the meteorological conditions in the Coffey County area during the j conduct of the Exercise. These parameters are updated every 15 minutes throughout the Exercise. To
{ ensure that adequate meteorological data is available in the event of a simulator failure, tables of plant
,~ parameter information have been included in this section.
Section 7.0 Onsite Radiological Data
{ This section contains information about radiological conditions at the various onsite monitoring locations.
Also included in this sechon is information concoming primary and secondary systems radiochemistry, containment atmosphere radiochemistry, and in-plant radiation levels. These parameters are updated every 15 minutes when parameters are changing. To ensure that adequate chemistry data is available in the event of a simulator failure, tables of plant parameter information have been included in this section.
Section 8.0 Offsite Radiological Data This section contains information about radiological conditions at the various offsite monitoring locations.
Section 9.0 Controllers' instruchons !
This section provides general instructions to the Exercise controllers in the conduct of the Exercise. For j this Exercise, separate evaluators shall also evaluate the responses of the Exercise participants and the progress of the Exercise. Evaluator notes shall be included on the controllers log sheets.
I 1997 FIELD EXERCISE Page 1.1
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l SECTION 2.0 OBJECTIVES AND GUIDELINES SECTION 2. 0 2 .'-
NRC EXERCISE OBJECTIVES 2.1 ONSITE GUIDELINES 2.2 OFFSITE GUIDELINES 2.4 !
EEMA EXER.CISE OBJECTIVES 2.5 l l
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1997 FIELD EXERCISE Page 2.0
Objectives To Be Demon;trated NRC EXERCISE OBJECTIVES
- 1. The Technical Support Center / Operations Support Center (TSC/OSC), and Emergency Operations Facility (EOF) and Public information E-Plan Organization will be staffed and activated according to the instructions in the Emergency Planning Procedures (EPPs).
- 2. Management of the Control Room, TSC/OSC, EOF and Public information Organization will respond effectively to the emergency The lead personnel in tnese facilities will make timely and effective decisions ;
regarding emergency response efforts. l
- 3. The staff in the Control Room, TSC/OSC and EOF will assess the emergency conditions in order to prepare appropriate mitigative priorities, properly classify the events and to recommend offsite protective I actions. (Each facility may not perform each of these actions depending on the timing of tumover of l l responsibilities between facilities.) ;
4 Notification of emergency conditions or protective action recommendatioris to the State of Kansas, Coffey County and the mock NRC will be performed by the Control Room, TSC/OSC and the EOF. (Each facility may not perform each of these actions depending on the timing of tumover of responsibilities between facilities.)
This will include the use of the Emergency Notification System (ENS) and Health Physics Network (HPN)in contact with onsite controllers.
- 5. Communications (e.g., phone, fax or radio) between facilities and teams in support of emergency response
- activities will be demonstrated using primary communication (or backup if appropriate).
. 6. Radiological exposure to persons stafring the facilities and teams will be maintained as low as reasonably achievable (ALARA).
- 7. Rumors identified dunng tne Exercise will be confirmed or denied as part of the activities of the information Clearinghouse, Phone Team or the Media Center.
- 8. Field Teams will collect environmental samples as directed by either the Dose Assessment Coordinator in the TSC or the Radiological Assessment Supervisor in the EOF. These samples may include air, water, soil or vegetation. (Esch team is not required to collect all samples.)
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- 9. The objectives of a semi-annual Health Physics Drill will be demonstrated, by obtaining direct measurements, an airbome sample and environmental samples, as part of this exercise.
- 10. Dispatch and coordination of emergency repair and damage control teams will be demonstrated by the Control Room and the TSC/OSC.
- 11. The radiological release from the plant will be characterized by either the Control Room, TSC/OSC or the EOF radiological assessment staff as to its magnitude and offsite impact. (Esch facility may not perform each of these actions depending on the timing of tumover of responsibilities between facilities.)
- 12. Post-accident sampling may be demonstrated. (It is a requirement to include a post accident sampling system analysis in a Health Physics drill, annually.)
- 13. Personnel accountability will be maintained within the Control Room. TSC/OSC, and EOF.
- 14. Habitability of the Control Room, TSC/OSC and EOF will be periodically assessed.
- 15. The Public information Organization will disseminate accurate and timely information either through l scheduled news conferences, news statements or Phone Team communication.
. 16. The TSC/OSC and EOF shall demonstrate assistance and support to the Control Room for mitigation of the emergency conditions.
- 17. Good radiological protection practices shall be demonstrated within the Control Room, TSC/OSC and the
- EOF.
- 18. Good scenario preparation and exercise control will be demonstrated throughout the Exercise.
- 19. Site accountability shall be performed. .
1997 FIELD EXERCISE Page 2.1
Objectives To Be Demon:trated ONSITE GUIDELINES These guidelines define the licensee participants' extent of play in demonstrating the previously listed objectives.
A. For Graded Exercises, participants will not have prior knowledge of the scenario. For Quarterly training drills, scenario da'a will be treated discreetly however, knowledge of the scenario will not preclude participation in the drill.
B. There will be pre-staging of licensee participants in:
- a. The Wolf Creek Generating Station (WCGS) Simulator as of 0730 hours0.00845 days <br />0.203 hours <br />0.00121 weeks <br />2.77765e-4 months <br />.
- b. The Operations Relief Area for Station Operators personnel only. They should be at the Operations Relief Area 30 minutes before the start of each exercise. Their normal dispatch point is from the Control Room. This pre-staging reduces impact to normal Control Room activities and provides a central location for repair teams to be dispatched, prior to activation of the TSC.
- c. The 'D' Public Information Team will be pre-staged in the breakroom of the State Defense Building at 0800. They will delay setup one hour from the time the decision is made to establish the Topeka Public information Facilities.
C. Personnel will be notified of emergency conditions through methods normally employed in making notifications (e.g., Gai-tronics, peger activation or Security). The site evacuation alarm will be activated at ALERT, or higher classifications.
D. The following emergency response facilities / functions will be participating in the Exercise:
Control Room (CR)
Technical Support Center / Operations Support Center (TSC/OSC)
Security (SEC)
Offsite Monitoring Teams (OMTs)
Emergency Operations Facility (EOF)
Information Clearinghouse (IC)
Rumor Control (GO KCPL)
Media Center (MC)
Phone Team (IC)
E. The CR will be simulated from the plant simulator. l l
F. For exercise purposes, all communications to the Control Room should be directed to the Simulator l Control Room. I G. All communications involving the CR will be duplicated in the simulator, except for the Emergency Notification System (ENS) dedicated line and the State / County radios. A telephone will be used in the simulator for the ENS. If the State or County need to be notified as part of the exercise by radio from the Control Room, the Shift Clerk will use the radios in the EOF, since there are no radios in the simulator. !
H. Operational and meteorological initial conditions will be established prior to the start of the exercise and will be distributed to those players who would, under actual conditions, be aware of this information.
1997 FIELD EXERCISE Page 2.2
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, Objectives To Be Demon:trated j l. Participation by onsite personnel directly involved with emergency response shall be carried out to the fullest extent possible without affecting plant operations or plant safety. Dispatch of teams into the power block will occur as required. Use of respirators and PCs are not expected to be simulated but will be dictated by environmental conditions the day of the exercise. Safety Services personnel will make the t
, decision on what to simulate on the moming of the exercise.
J. During actual emergency conditions, certain administrative controls may be bypassed (i.e. clearances, fire watches). For the purposes of performing a walk through, steps, such as clearances, need not be demonstrated.
K. For exercise purposes, the need for a fire watch shall be determined on a case by case basis.
L. The phrase,"This is a drill", will begin and end all radio, Gai-tronics and telephone transmissions performed in response to scenario events.
M. If the scenario requires that any personnel working for an organization not participating be contacted, they shall be contacted for the purpose of checiung communicates only.
N. Additional ERO personnel may be called in to supplement the regular ERO staffing O. If Potassium lodide is recommended for use by emergency workers, its actual ingestion will be simulated.
P. If parts or tools are needed from the Warehouse / Tool Shop they will be procured and brought to the check out counter, confirmed to be the correct tool / part, then retumed to ine Warehouse / Tool Shop.
L Q. Exercise participants will simulate entry into hazardous areas of plant if they are raouired to do so by the scenario.
R. When demonstration is required, the annual performing of a PASS sample shall be met by collecting and analyzing a PASS sample.
S. The TSC/OSC and EOF may review and discuss plant recovery and reenty activities following the termination of the release.
L a
1997 FIELD EXERCISE Page 2.3
Objectives To Be Dem:n:trated OFFSITE tlBulDELINES A. Personnel will be notified of emergency conditions through methods normally employed in making notifications (e.g., telephone calls, use of Gal-tronics).
B. The following groups WILL participate:
Information Clearinghouse, Media Center, Phone Team, KCPL Rumor Control-Rumor Control Center (GO KCPL)
Simulator / Control Room, TSC/OSC, EOF, State of Kansa. -including, among others:
State of Kansas PlO KDHE st EOF & Topeka, KDEM at EOF & Topeka, FEMA State Liaison, FEMA PlO, ,
Other State Agencies at the Topeka EOC, Dept. of Ag., Highway Patrol, National Guard, Dept. of Trans., Dept. of Wildlife
& Parks State Forward Staging Area -including:
Highway Patrol, National Guard, Dept. of Wildlife & Parks Coffey County PlO-at information Cleannghouse Coffey County- at the EOF:
County Commissioners, PIO, JRMTs, Coffey County - at the Coffey County EOC:
Wolf Creek Rap, County Commissioners, Emergency Preparedness, Shortff's Dept., Highway Dept., Health & Medical Management Team Shelter Systems' Officer, Coffey County Highway Dept. Shop, WISW Radio, Sunset Manor in Waverly Feb 24 @ 10:30, Coffey County Highway Department Access Control Feb 24 @ 12:45, Coffey County Decon Feb 24 @ 13:15, Anderson County Recepton Center Feb 24 @ 19:00, j i
Coffey County Hospital Medical anti Shelter Feb 26 @ 08:00, Coffey County Ambulance Feb 26 @ 08:00, Burlington Health Care Center Feb 26 @ 13:00, USD 245 LeRoy 26 Feb @ 15:00 l
C. The following groups WILL NOT participate:
PIOS - Westem Resources, KCPL and KEPCo, NRC PIO, _
NRC/ FEMA /FRMAC I
NOTE: At any point, the recipient of an off site notification may request the termination of further notifications.
D. Actual off-site siren and tone alert radio activation will be simulated E. The phrase,"This is a drill", will begin and end all radio, Gai-tronics and telephone transmissions performed in response to scenario events.
If the scenario requires that any personnel working for an organization not participating be contacted, they shall be contacted for the purpose of checking communications only.
Page 2.4 1997 FIELD EXERCISE
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M i d I SECTION 3.0 SCENARIO AND TIMELINE i 1 SECTION 3. 0 3.0 SCENARIO 3.1
'1 INITIAL CONDITIONS PRIMARY LAB o.2 PRIMARY LAB 3.3
' 3.4 SHOP LAB TURBINE LAB 3.5 RCS del / GROSS ACTIVITY LIMITS 3.7 CHEMISTRY TURNOVER SHEET 3.9 CONTROL ROnM TURNOVER SHEETS 3.10 NARRATIVE
SUMMARY
3.20 l I TIMELINE 3.21 l i i 1997 FIELD EXERCISE Page 3.0 1
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4 SCENARIO A summary of the scenario events is provided in the following subsection.
- Operational events will be conducted as written. Other events may vary from those written according to the actions of the players.
INITIAL CONDITIONS Ooeratens The plant is operating at 100% power at the middle of cycle. The fuel has developed several defects On ! 24 February 1997, the plant entered failed fuel action level 4. Currently, the plant is in Technical Specification 3.4.8. Plans are being made to begin the next refueling outage eariy. I Chemistry is pulling samples of the RCS every two hours,in accordance with AP 02-002. The next scheduled sample is 0800. RCS results are expected approximately 0845. Chemistry estimates the number of defects to be 5-10. i Tha 'A' motor driven feedwater pump is out of service. It has been out of service since 0800,24 Feb
; 1997. The pump is being rebuilt and is expected to be operational by 1800,26 Feb 1997.
Meteorolopmal ] ! A cool day is expected with highs in the upper 30's to lower 40's. The winds are out of the Northwest from i 10-15 mph. A front is expected to move into the area mid-moming. This front will bring an increased chance of rain. t i 1 4 i f 1997 FIELD EXERCISE Page 3.1 f-5
PLANT CHEMISTRY
SUMMARY
SHEET LABORATORY : PRIMARY LAB Dita: Mond y, February 24,1997 Time Analysis Results Out of Spec Remarks
\ l l ESSENTIAL SERVICE H2O TRAIN A l 0830 GRS ACT 0 UCl/CC i ESSENTIAL SERVICE H2O TRAIN B I 0820 GRS ACT 0 UCl/CC REACTOR COOLANT ALL SAMPLE PTS 0830 B 768 P 0830 CL 15 0830 COND 23.
0830 DO \*PB 0830 F PPB 0830 H2 0 CC/KG 0830 LI 2.20 PPM 0830 PH 6.3 PH 0830 PH@T 6.91 PH 0830 SIO2 214 PPB 0830 VCT 35.4 PSIG 0915 1.16E+0 UCl/CC 0915 1 1.25E+0 UCl/CC 0915 GAS ACT 2.18E+0 UCl/CC 0915 GRS ACT 6.50E+0 UCl/CC l 1 0915 MODE 1 Remarks: FRI Action Level 4. T.S. 3.4.8 entered. 1115 DEI
- 1.16E+0 UCl/CC Remarks: T.S. 3.4.8 ,
1310 DEI 1.17E+0 UCl/CC Remarks: T.S. 3.4.8 1510 DEI
- 1.15E+0 UCl/CC Remarks: T.S. 3.4.6 1525 H2 27.5 CC/KG 1525 VCT 36.3 PSIG 1710 DEI 1.16E+0 UCl/CC Remarks: T.S. 3.4.8 l
1997 FIELD EXERCISE Page 3.2 j l l
PLANT CHEMISTRY
SUMMARY
SHEET LABORATORY : PRIMARY LAB D*ta: Monday, February 24,1997 Time Analysis Results Outof Spec Remarks 1830 DEI
- 1.15E+0 UCl/CC Remarks: T.S. 3.4.8 2030 DEI
- 1.14E+0 UCl/CC Remarks: T.S. 3.4.0 2230 DEI
- 1.13E+0 Remarks: T.S. 3.4.8 %
RMWST T 0825 CAT 56 US/CM 0825 CL <2 PPB 0825 COND 0.14S US/CM 0825 DO 27.9 PPB 0825 F <2 PPB 0825 PH 6.2 PH 0825 0 <10 PPB 0850 CDRIES 0 Cl 0850 GRS ACT 0 UCl/CC RWST 0900 BNSAMP 2 1=EC 2=LO 0900 BORON 2473 PPM 0900 CL <2 PPB 0900 CURIES 0.113 Cl - 0900 F <2 PPB 0900 GRS ACT 7.22E-5 UCl/CC 0900 NGT ACT 7.22E-5 UCl/CC 0900 PH 4.7 PH 1997 FIELD EXERCISE Page 3.3 l
PLANT CHEMISTRY
SUMMARY
SHEET LABORATORY : SHOP LAB Date: Monday, February 24,1997 Time Analysis Results Out of Spec Remarks
\
Y CIRCULATING WATER DISCHARGE 1030 BCDMH 80 GPM 1030 FAC <0.01 PPM 1030 TRC 0.04 PPM 1030 TRCVD 1038 TIME LAKE OVERFLOW SERVICE WATER CHLORINATION 0909 BCDMH 15 0909 FAC PM 0909 PH PH 0909 TRC 6 PPM 0909 TRCVD 0911 TIME 1997 FIELD EXERCISE Page 3.4
1 PLANT CHEMISTRY
SUMMARY
SHEET LABORATORY : TURBINE LAB Dita: Monday, February 24,1997 Time Analysis Results Out of Spec Remarks AK BED IN SERVICE 0955 ACETATE 0.7 PPB % 0955 BED # 1 0955 CAT 0.064 US/CM 0955 CL <0.5 PPB 0955 COND 0.059 US/CM 0955 F <0.20 PPB 0955 FORMATE 0.8 PPB 0955 NA 0.04 PP4 0955 SO4 <0.5 , k AUXILIARY BOILER 1125 DO PPB 1125 N2H4 PPM 1125 PH 9.9 PH CONDENSATE STORAG K% 1045 CL <0.5 PPB 1045 CU 0 Cl 1045 150 PPB 1045 T 0 UCl/CC 1045 7.3 PH 1045 SO4 <0.5 PPB 1045 TSS <10 PPB DEMIN WATER STORAGE TANK 1100 ACETATE <0.5 PPB 1100 CL <0.5 PPB 1100 F <0.20 PPB 1100 FORMATE <0.5 PPB 1100 NA 0.20 PPB 1100 PH 6.0 PH 1100 SiO2 <5 PPB 1100 SO4 <0.5 PPB 1100 TSS <10 PPB REBOILER 1410 DO <5 PPB 1410 N2H4 88 PPM 1410 PH 10.1 PH RM CONDENSATE PUMP DISCHARGE 0925 DO 3.4 PPB 0925 NA 0.20 PPB 0925 TSS <10 PPB 1997 FIELD EXERCISE Pa99 3,5
PLANT CHEMISTRY
SUMMARY
SHEET LABORATORY : TURBINE LAB Date: Monday, February 24,1997 Time Analysis Results Out of Spec Remarks RM S/G FEEDWATER 0945 COND 6.40 US/CM 0345 DO <0.1 PPB 0945 ETA 1.6 PPM 0945 HYDRAZINE 100 PPB fO 1300 N2H4 0.140 PPM 0935 ACETATE 3.8 0935 BLDN 16 0935 CAT S/CM 0935 CL PPB 0935 F 5 PPB 0935 FORMATE 3.4 PPB 0935 NA 3.72 PPB 0935 PH 9.60 PH 0935 SiO2 39 PPB 0935 S 14.7 PPB RECENTLY REESTABLISHED BLOWDOWN STEAM GENE R AVERAGES 0835 GRS ACT 0 UCl/CC 0835 H-3 1.21E-5 UCl/CC Remarks: HIGH DUE TO BLOWDOWN OUTAGE. i l l l l 1997 FIELD EXERCISE Page 3.6
i RCS DEI / GROSS ACTIVITY LIMITS RCS del / GROSS ACTIVITY LIMITS APF 02-007-09-01 I. EVENT: RCS exceeds Tech Spec. Limits of 1 pCi/ml DEI or Gross i Radioactivity exceeds 100/E-Bar pCi/ml. Tech Spec. Limit exceeded (D/T) 2/24/97_/ Activity back in spec. (D/T) / /*I. l II. ACTION: Notify the primary Lab Superviso
\ 1Ery (Shif t Chemist) immediately.
Notified (D/T) 2/2%/ko\ / 1013 The Supervisor (Sh ist) will make further notifi-cations per A Determine w ine Activity and DEI once per 2 hours until withi mite le #1 RCS Sampled (D/T) 2/25/97__/ 0010 Nuclide Activity (pCi/ml) I-131 7.99E-1 I-132 7.70E-1 I-133 9.71E-1 1-134 6.2BE-1 I-135 5.60E-1 DEI 1.15 Sample #2 RCS Sampled (D/T) 2 /2 5 / 97_/_ZL12_ Nuclide Activity (pCi/ml) I-131 B.06E-1 I-132 7.62E-1 I-133 9.26E-1 I-134 6.34E-1 i I-135 5.53E-1 l DEI 1.16 Sample #3 RCS Sampled (D/T)_ 2/25/97__,_/_Aill _ Nuclide Activity (pCi/ml) I-131 9.13E-1 I-132 7.56E-1 l I-133 ___9.7BE-1 I-134 ~~~6.4CE-1 , I-135 5.53E-1 l l DEI 1.16 I l l i 1997 FIELD EXERCISE Page 3.7 l l l 1
RCS DEI / GROSS ACTIVITY LIMITS l APF 02-007-09-01 I I I. EVENT: RCS exceeds Tech Spec. Limits of 1 pCi/ml DEI or Gross Radioactivity exceeds 100/E-Bar pCi/ml. Tech Spec. Limit exceeded (D/T)_ 2/24/97 / 09 E Activity back in spec. (D/T) / OX/ II. ACTION: Notify the Primary Lab Superviso mi (Shif t Chemist) immediately. Notified (D/T) 2 1013 The Supervisor (Sh ) ill make further notifi-cations per AP Determine ne Activity and DEI once per 2 hours until within mits\ le #1 RCS Sampled (D/T)_2 /2 5 / 97 ,_/E_ uclide Activity (pci/ml) l I-131 _B 07E-1 I-132 _7 65E-1 I-133 _9.66E-1 I-134 _ 6 32E-1 I-135 _5 52E-1 DEI _ 1 15 Sample #2 RCS Sampled (D/T) / , Nuclide Activity (pCi/ml) I-131 I-132 I-133 I-134 , I-135 DEI Sample #3 RCS Sampled (D/T) / Nuclide Activity (pCi/ml) I-131 I-132 I-133 I-134 , I-135 I DEI l l 1997 FIELD EXERCISE Page 3.8 I 1
APF 0241071400 97JEXt,s Cham Tumower 12/13/B6 0146 PM Chemistry Turnover Checklist Date 2/25/97 Tech Spec /ODCM LCO Required Sampling On-coming: C. Woodruff som R.auer.o s rro.ou. o i.mm. serra.o Off-going: K. Mitchell RCS DEI 0030 / 2/25/97 0030/2/25/97 Mode: 1l RCS DEI 0230 / 2/25/97 0230/2/25/97 Nights: l Days: T RCS DEI 0430 / 2/25/97 0415/ 2/25/97 RCS DEI 0615 / 2/25/97 0600/ 2/25/97 Abnormal Conditions RCS DEI 0800 / 2/25/97 (Check all that apply) (Explain in comrnent section) Work items Carried Over Gas Decay Tank Adds 1. 2-hour RCS sampling for DEI per AP 02-002, ok to use PASS if dose
>15% TPC at SJ panel is too high.
Mode 3-2/2-3 change Rad Monitors inoperable: HB-RE 18 HF-RE 45 BM-RE-52 LE-RE 59 HF-RE-95 Pre-Relief Reviews Abnormal Conditions Comment Offgoing: 1. RCS DEI > 1.0 uCl/mL - Tech Spec 3.4.8 Pager tumed over: X , R-2 Sheet reviewed X Review ticklers X CTMT Press. X Oncoming: i R 2 Sheet reviewed Equipment Problems / Action Requests / Nice to Know Review ticklers 1. APF 02-007-09 sheet for today's RCS results is in the hot lab daily log. Place procedure 2. BAT *B'is on recire - 1508 / 2/24/97 chgs inside lab books l l 3. PZR hauid space is lined up at 0545 / 2/25/97 Review Process 4. There is a marinelli on D1192 for UV sample - BKG is counting. monitor log l l Review Radwaste tank levellog l l Review essential reading l l Notify control room of on-coming Shift Chemist l l Watch Pelieved Off-going (init) On-coming (init) Chem ops Action Forms 1997 FIELD EXERCISE Pope 3 9
CONTROL ROOM TURNOVER SHEETS CONTROL ROOM TURNOVER SHEETS APF 21-001-01, Rev. 01 Page 1 of 2 K02-001A SHIFT SUPERVISOR RELIEF CHECKLIST i i OFF-GOING SHIFT (CHECK BOX) DATE OFF-GOINC SS (PRINT) l DAYS O NIGHTS [El 2/25/97 ,ON-COMILG SS (PR /
~
PLANT STATUS
SUMMARY
ON-COMING SS REVIEW PRIOR TO ASSUMING SH N" MODE 1 , ddi ibnal Pages EVOLUTIONS IN PROGRESS: 100% power, MOL _V kW
. \d
_ \>- fA SIGNIFICANT MAINTENANCE RESTORATION IN PRO E A' MDAFWP being rebuilt. , a\ h\V
. \ \'
_ M' : Chemistry pulling TS 3.4.8 required I SIGNIFICANT TESTING /RESTORAT ! I PROGRESS: ccmples of the RCS every d h ,s er AP 02-002. TS 3.4.8 entered 24 February 1997 at 0915. Fuel Action ley l 4 V AP 19B-001 has been entered. T1 AX~
/\)
RADWASTE STA : GENERAL: REVIEW THE FOLLOWING PRIOR TO ASSUMING SHIFT: (CHECK BOX)
] SHIFT SUPERVISOR LOG ] ACTION STATEMENT
SUMMARY
] CONTINGENCY PLANS ] FIRE PROTECTION IMPAIRMENTS OUT OF SERVICE LOG ] EQUIP. ] COMBUSTIBLE M.TERIAL LOG ] ESSENTIAL READING ] BREECH AUTHORIZATIONS ] SHIFT CREW COMPOSITION ] IGNITION SOURCE PERMITS ] SURVEILLANCE SCHEDULE ] LICENSED OPERATOR QTR SIGN-OFF LOG UPDATED /
REVIEW THE FOLLOWING AFTER ASSUMING SHIFT: (CHECK BOX) TEMP. MODIFICATION LOG ] DISCHARGE PERMITS IN EFFECT
] CLEARANCE ORDER INDEX ] CONTROL ROOM LOG
] OPERATIONS TRACKING PROGRAM UPDATED /
] ENSURE BLDG WATCHES REVIEW ESSENTIAL READING OFF-GOING SS ON-COMING SS INITIALS INITIALS 1997 FIELD EXERCISE Page 3.10
i l APF 21-001-01, Rev. 01 P:ga 2 of 2 K02-001A SHIFT SUPERVISOR RELIEF CHECKLIST m SHIFT COMPOSITION } l SHIFT SUPERVISOR / j eV> t\ SUPERVISING O M T V j iI4 I V I i\ l REACTOR OPERATOR _ Q11 @ GINEER BALANCE OF PLANT
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X, l TESTING IN PROGRESS /PENDING: Chemistry pulling TS 3.4.8 required samples of the RCS every 2 hours per AP 02-002. TS 3.4.8 entered 24 February 1997 at 0915. Fuel Action levels discussed in AP 19B-001. Currently in Action level 4. 1997 FIELD EXERCISE Page 3.12
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APF 21 001-02 rav 05 P ge 3 cf 4 K02 001C CONTROL ROOM TURNOVER CHECKLIST l REACTOR POWER 100 % RCS 586.5 *F 2235 PSIG ROD CONTROL AUTO X l MANUAL D CONTROL BANK D 229 STEPS RCS BORON (C ) 766 PPM S DATE/ TIM ODAY t & LEAK RATE (GPM): IDENTIFIED .01 .02 e DATE/ TIME 0400/TODAY UNIDENTIFIL1~ A \ TANKS AP FILLING O AN FILLIN BL FILLING O mL ON RECIRC x CONDENSATE DEMINS IN SERVICE A g C O D D E O F O l ES @ STLS PANELS AND REACTOR TRIP / BLOCK PANEL REASON l PANEL W O!WhArsnIP/ BLOCK SA066X MAINTENANCE f A \ TALO1A l SA066X SA066X \/ w l l l l 1997 FIELD EXERCISE Page 3.14 l
I AFF 21-001-02 REV 05 Page 4 cf 4 102 001C CONTROL ROOM TURNOVER CEECKLIST l OFF-GOING S ','3E/RO/ BOP REVIEW (CI.ecx Box) CONTROL ROOM READINGS O AUX BLDG READINGS O RADWASTE READINGS O TURB BLDG READINGS O ON COMING CREW COMPOSITION ATTACHED O SITE READINGS O
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- ON-COMING SO/SE/RO/ BOP REVIEW (Checx Box PRIOR TO ASSUMING WATCH SO SE RO BOP
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SUMMARY
N/A N/A N/A CONDUCT SHIFT BRIEF N/A N/A P-2 SCHEDULE I.TTACH ANY ADDITIONAL PAGES NEEDED TO DESCRIBE PLANT CONDITIONS. MARK THE NUMBER OF ADDITIONAL PAGES OFF-GOING ON-COMING SO. SO RO RO BOP BOP SE SE , INITIALS INITIALS 1997 FIELD EXERCISE Page 3.15
l ALARM WINDOW DESCRIPTION l 018F NBO1 BKR NOT OPERABLE Maintenance on "A" MDAFW Pump 97-1001 Qv
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SUMMARY
E-PLAN FIELD EXERCISE SCENARIO TIMELINE This scenario is based on a steam generator tube rupture with failed fuel. There is an unfiltered, unmonitored release of radioactivity, initial conditions establish the plant operating normally at 100% power in the middle of the fuel cycle. The fuel is at action level 4 with several defects. The plant is in Technical Specification 3.4.8 and plans are being made to begin the refueling outage early. Due to cold weather, electricity demand in the area is high. The motor driven auxiliary feedwater pump 'A' is out of service being rebuilt. The scenario begins with an operational basis earthquake (OBE). Based on an OBE, an ALERT should be declared. Due to the earthquake, cladding damage occurs. The CVCS letdown monitor alarms approximately 10 minutes later. RCS results indicate fuel failure. The 'A' MDAFWP Room Cooler develops a bad leak. The Condensate Storage Tank (CST)line to the suction of the AFW pumps develops a large leak also. A plant worker suffers a heart attack. Approximately one hour into the scenario, a steamline break of the 'A'steamline in area 5, upstream of the MSIV occurs. A reactor trip and Si signal is generated isolating the containment building. The auxiliary feedwater system starts up. The 'B' motor driven auxiliary foodwater pump starts but fails after 10 seconds due to electrical problems in the motor. Based on a faulted steam generator with defective fuel and no steam generator tube rupture, a SITE AREA EMERGENCY should be declared. Approximately 10 minutes after the main steamline break, PG11 fails due to the steam leak. Approximately two and one-half hours into the event, steam generator 'A' ruptures. A GENERAL EMERGENCY should be declared at this time based on a ruptured, faulted steam generator with defective fuel. There is an unfiltered, unmonitored release of radioactivity from site. Approximately two hours into the release, a mcjor wind shift occurs. The release will last until the plant is cooled down; approximately four to four and one-half hours from the steam generator tube rupture. The drill is terminated at approximately 1500. I l l l 1997 FIELD EXERCISE Page 3.20
l TIMELINE
SUMMARY
i i TIME' PLANT EVENT
SUMMARY
l i 0730 (H40:30) Initial conditions are provided to the Shift Supervisor 0800 (H+00:00) Drill activities begin. 1 0810 (H+00:10) ALERT
- Operational Based Earthquake l
'A' MDAFWP Room Cooler Leak develops j Worker suffers heart attack CST Makeup to Condenser Line Leak develops 4
i 0845 (H+00:45) RCS results indicate failed fuel 0900 (H+01:00) SITE AREA Main steamline break 'A' EMERGENCY * 'B' MDAFWP Motor Failure Reactor Trip 0910 (H+01:10) PG11 bus fails j 1030 (H+02:30) GENERAL Steam Generator Tube Rupture in 'A' Steam Generator EMERGENCY' I 1230 (H+04:30) Wind shift
-1430 (H+06:30) Plant cools down resulting in termination of release,
. 1500 (H+07:00) Drill activities are terminated. i i
' Times are approximatons based on previous simulator runs. Operabonal events will occur as stated in the timehne; however, 4
times may vary slighty in order to provide players " freedom to play *. a ALERT should be cedared based on EAL NP 1,2,4,5. ALERT.
- SITE AREA EMERGENCY should be dedared based on EAL MSLB 1,2,3. 4,12. SITE AREA EMERGENCY.
- GENERAL EMERGENCY should be cedared based on EAL SGTF 1,2,3,4,5, GENERAL EMERGENCY.
1997 FIELD EXERCISE Page 3.21
l l SECTION 4.0 CONTROLLER MESSAGES J MESSAGES 4,1 MINI SCENARIOS 4.36 MEDIA / PHONE TEAM PACKAGE 4.41 E i 0 1997 FIELD EXERCISE Page 4.0
MESSAGE No: .1 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. l TO: Shift Supervisor FROM: CR Lead Controller TIME: 0730 i NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. l MESSAGE: Brief the Shin Supervisor on the initial conditions on pages 3.1 through 3.19 of this scenario. j i l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.1
._ . . . . .-. .. . . . ._. .- . ~
MESSAGE No: 2 i THIS IS A DRILL l ! I DO NOT initiate actions affecting normal plant operations. TO: Facility Lead Controllers FROM: Drill Lead Controller TIME: 0800 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. 1 l MESSAGE: Drill activities have begun. l l l l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.2 l
t l l l MESSAGE No: .3 ) i THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. l TO: SS ; I FROM: Control Room Controller TIME: 0810 1
\
l i NOTE: This message is only given in case of simulator failure. 1 i MESSAGE: You have just experienced an OBE. 1 l l i i i THIS IS A DRILL 1997 FIELD EXERCISE Page 4.3 i
l 4 MESSAGE No: _4 l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: SS l FROM: Control Room Controller as Security, Water Treatment, Chemistry Health Physics TIME: 0810+ 4 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. , NOTE: The controller should call into the SS as several people. These workers will be in a highly anxious state. The below messages should be used as examples. I MESSAGE. 1. What the heck's going on? I heard a loud noise and the ground was shaking.
- 2. I think we just had an earthquake or something like it.
- 3. Was there an explosion? I heard a really loud rumble noise and felt a tremble.
- 4. I don't know if you guys felt anything there but there was a rumble and I i felt the ground moved a little.
THIS IS A DRILL 1997 FIELD EXERCISE Page 4.4
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. MESSAGE No:3 THIS IS A DRILL j DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Simulator Booth Operator [ j
)
TIME: 0820 NOTE: This message is only given in case of simulator failure. MESSAGE: The Process Rad Monitor Hi-HI alarm is sounding due to SJRE01. l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.5
MESSAGE No: .3 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Control Room Controller as an excited plant worker TIME: 0825 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: I'm on the 2016 level of the Control Building outside the Battery Room and my buddy is feeling really bad. He is complaining of chest pains and I'm afraid to move him. I think he might be having a heart attack. Can you send someone to help him? THIS IS A DRILL 1997 FIELD EXERCISE Page 4.6
1 i i I I MESSAGE No: 1(Q THIS IS A DRILL l DO NOT initiate actions affecting normal plant operations. I TO: Shift Supervisor FROM: CR Lead Controller TIME: 0825+ NOTE: DO NOT pass this message without the consent of the l Drill Lead Controller. l l MESSAGE: An ALERT should have been declared per the WCGS Emergency Plan due to the OBE. EAL NP 1,2,4,5, ALERT. i i 1 THIS IS A DRILL 1997 FIELD EXERCISE Page 4.7
l l MESSAGE No: 1 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor l FROM: Simulator Booth Operator as Aux Watch TIME: 0840 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: This is the Aux building watch. There are tool chests tumed over and some debris M the Hot Machine Shop. Other than some debris scattered on the floor from supply areas throughout the Aux building, everything looks fine. I I THIS IS A DRILL 1997 FIELD EXERCISE Page 4.8
MESSAGE No: .9 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Simulator Booth Operator as Radweste Watch TIME: 0843 NOTE: DO NOT pass this message without the consent of the I Drill Lead Controller. MESSAGE: This is the radweste building watch. There are some deconning materisis scattered around. Some insulation that has fallen. Lots of PCs on the floor. But the systems appear to be in tact. THIS IS A DRILL 1997 FIELD EXERCISE Page 4.9
MESSAGE No: .10 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Simulator Booth Operator as Water Treatment Watch TIME: 0844 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: This is the Water Treatment Watch. I've checked everything out. My procedure cabinets are a mess but the systems look fine. THIS IS A DRILL 1997 FIELD EXERCISE Page 4.10
, .. . . . . - - - . _~ - ..-- . .. -
MESSAGE No: .11 THIS IS A DRILL l I l DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor j FROM: Simulator Booth Operator as Turbine Building Watch TIME: 0847 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. l MESSAGE: This is the turbine building watch. There is leak on the auxiliary feedwater supply i line at valve APV015 Condensate Storage Tank Outlet to AFW Pumps iso. It's a big leak. The turbine looked fine just some fallen lagging here and there. I'm going to check area 5 now. i THIS IS A DRILL 1997 FIELD EXERCISE Page 4.11
MESSAGE No:.j2 ; e a THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. 1 TO: Shift Supervisur i FROM: Simulator Booth Operator as Turbine Building Watch ; TIME: 0850 l J NOTE: DO NOT pass this message without the consent of the Drill Lead Controller, j l MESSAGE: This is the turbine building watch. There is leak on the room cooler in the 'A' l ' MDAFWP recam. The component number is SGF02A. The leak is off the inlet flange. It's a pretty l big leak. l l 1- ) i
- l I
I J J i I i THIS IS A DRILL 1997 FIELD EXERCISE Page 4.12
MESSAGE No: .13 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Simulator Booth Operator as Site Watch TIME: 0854 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: This is the site watch. The ESW is fine, the switchyard is fine, the outside tanks look fine. The systems appear to be in tact. There is a lot of broken glass from building windows around site. I've also noticed some pieces of siding here and there. Things look pretty good though. , I i l l THIS IS A DRILL f 1997 FIELD EXERCISE Page 4.13
MESSAGE No:.14 4 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor l FROM: Siniutator Booth Operator TIME: 0900 NOTE: This message is only given in case of simulator failure.
. MESSAGE: There is an indication of the following:
i
- 1. Higher steam flow in 'A' Steam generator
, 2. Increased feed flow to the 'A' Steam generator
- 3. Increased reactor power
- 4. Failure of the 'B' MDAFWP i
1 1 3 f THIS IS A DRILL 1997 FIELD EXERCISE Page 4.14 4
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MESSAGE No:.1 fig THIS IS A DRILL DO NQI initiate actions affecting normal plant operations. TO: Wolf Creek PIO FROM: Lead Public information-WC t TIME: 0900+ NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: This message could be passed if the PIO decides to staff the Topeka facilities but falls to make an announcement to the plant. MESSAGE: You should have made the following message over the Gal-tronics: THIS IS A DRILL. ATTENTION IN THE PLANT. (Repeat) Public information Team 'D'should report to Topeka to activata the Emergency Public information Facilities. (Repeat) THIS IS A DRILL. THIS IS A DRILL 1997 FIELD EXERCISE Page 4.15
. - - - - - -- . ._. .. _ _ = __ . - -_ _. - _ _ .
MESSAGE No: 16 l l l l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Security Lead Controller TIME: 0905 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: Call the Control Room Simulator at ext. 5800 to report: There is a lot of steam coming out of the area 5 exhaust pipe on the 2000 level of the turbine building. THIS IS A DRILL 1997 FIELD EXERCISE Page 4.16
7 MESSAGE No: 1Z THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: Turbine Building Watch via plant Gai-tronics: 1 TIME: 0905 l 1 NOTE: DO NOT pass this message without the consent of the , Drill Lead Controller. , 1 MESSAGE: I had to leave the Turbine building due to the steam. l , 1 l l a THIS IS A DRILL 1997 FIELD EXERCISE Page 4.17 i
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1 l l MESSAGE No: 16 ; 1 1 THIS IS A DRILL j
; DO NOT '.nitiate actions affecting normal plant operations.
TO: Shift Supervisor FROM: CR Controller a TIME: 0910 i NOTE: This message is only given in case of simulator failure. 1 . MESSAGE: There are indications that the PG11 bus has failed. I I i ! l 1 i 4 THIS IS A DRILL 4 1997 FIELD EXERCISE Page 4.18
MESSAGE No: 191C) , THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: DED a FROM: TSC Lead Controller TIME: 0915+ - NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. I MESSAGE: Based on a Main steamline break with fuel failure, no steam generator rupture and CHARMS readings <2.8E+4, a SITE AREA EMERGENCY should have been declared. EAL MSLB 1,2,3,4,12, SITE AREA EMERGENCY. i W i i THIS IS A DRILL 1997 FIELD EXERCISE Page 4.19
MESSAGE No: 20LC) THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: DED FROM: TSC Lead Controller TIME: 0915+ NOTE:' DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: A PAR to evacuate John Redmond Reservoir and Wolf Creek Cooling Lake should have been made due to classification of an SAE. l i I THIS IS A DRILL 1997 FIELD EXERCISE Page 4.20 i
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MESSAGE No: 21 THIS IS A DRILL DO NOT initiate actons affecting normal plant operations. TO: Shift Supervisor FROM: Control Room Lead Controller TIME: 1030 NOTE: This message is only given in case of simulater failure. MESSAGE: The following indications are noted in the Control Room:
- 1. Decrease in Pressurizerlevel
- 2. Decrease in RCS pressure
- 3. Indicated steam flow in the 'A' Steam generator THIS IS A DRILL 1997 FIELD EXERCISE Page 4.21
MESSAGE No: 22fC) THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: CR Lead Controller . TIME: 1030+ NOTE: DO NOT pass this message without the consent of the ! Drill Lead Controller. I MESSAGE: An unmonitored, unfiltered release from area 5 has begun, i l 1 THIS IS A DRILL l 4 1997 FIELD EXERCISE Page 4.22
MESSAGE No: 23 1 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor i FROM: Security Lead Controller 1 I TIME: 1037 i NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: Call the Control Room Simulator at ext. 5800 to report: The Security Portal Monitors and frisker are alarming. i l l l i l , 1 4 THIS IS A DRILL l ( 1997 FIELD EXERCISE Page 4.23
l l MESSAGE No: 24(C) THIS IS A DRILL l DO NOT initiate actions affecting normal plant operations. TO: DED or DEM FROM: TSC or EOF Lead Controller TIME: 1045+ NOTE: DO NOT pass this message without the consent of the : Drill Lead Controller. l MESSAGE: Due to a steam generator tube leak > 1 GPM with defective fuel, a Steam Generator Tube Rupture greater than the capar:ity of one CCP with a faulted ruptured generator that cannot be stopped before the generator boils dry, a GENERAL EMERGENCY should be declared. EAL SGTF 1,2,3,4,5, GENERAL EMERGENCY. I THIS IS A DRILL 1997 FIELD EXERCISE Page 4.24
l i 4 4 i MESSAGE No: .25 l l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: DEM l FROM: EOF Lead Controller TIME: 1045+ i NOTE: DO NOT pass this message without the consent of the
- Drill Lead Controller.
- NOTE: This message should only be given if off site PARS ,
! beyond 10 miles are being considered. The timing of ) this message is important. Pass AFTl!R the decision to issue PARS beyond 10 j miles is made AND AFTER the paperwork for those j PARS is prepared BUT BEFORE any actual communication has been made. MESSAGE: DO NOT TRANSFER ANY PARS BEYOND 10 MILES FROM THIS FACILITY. IF ANY COMMUNICATION HAS BEEN MADE INDICATING A PAR BEYOND 10 } MILES IS BEING MADE THEN CORRECT THOSE COMMUNICATIONS. l l i N THIS IS A DR.'t : j 1997 FIELD EXERCISE Page 4.25 4 4
MESSAGE No: 26 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Control Room, TSC, and EOF FROM: Facility Lead Controller TIME: -11:30 (Coordinated with Evaluator) l NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: The State RAM and Joint Field Team Director should perform a shift change at 12:00. I I I l l l l ! THIS IS A DRILL 1997 FIELD EXERCISE Page 4.26
I l MESSAGE No: 27(C) l l l l 3 THIS IS A DRILL i DO NOT initiate actions affecting normal plant operations. TO: Shift Supervisor FROM: CR Lead Controller j TIME: 1430+ NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: Due to the fact that the cooldown might not end at j exactly 1430, the time for this message is approximate. j NOTE: This message should only be passed in the event that l the Control Room crew is unaware that the release has j onded and are not looking for evidence that the release ; will terminate. I MESSAGE: The release has been terminated. ThJ IS A DRILL ' 1997 FIELD EXERCISE Page 4.27
I 4 i MESSAGE No: .28 l l THIS IS A DRILL l DO NOT initiate actions affecting normal plant operations. TO: Field Team Controllers FROM: EOF Lead Controller TIME: Release termination + 00:15 DIRECTION: Issue this message once the plant has reached 212*F. NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. MESSAGE: THIS IS A DRILL FIELD TEAM CONTROLLERS, GO TO MAP 8.57 AT THIS TIME. (REPEAT) PLEASE ACKNOWLEDGE TRANSMISSION. THIS IS A DRILL THIS IS A DRILL 1997 FIELD EXERCISE Page 4.28
l MESSAGE No: .22 l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. 1 TO: Field Team Controllers l FROM: EOF Lead Controller . TIME: Release termination + 00:30 5 NOTE: DO NOT pass this message without the consent of the i Drill Lead Controller, j NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. MESSAGE: THIS IS A DRILL l FIELD TEAM CONTROLLERS, GO TO MAP 8.59 AT THIS TIME. (REPEAT) PLEASE ACKNOWLEDGE TRANSMISSION. THIS IS A DRILL l l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.29
MESSAGE No:.aQ THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Field Team Controllers FROM: EOF Lead Controller TIME: Release termination + 00:45 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller, NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. MESSAGE: THIS IS A DRILL FIELD TEAM CONTROLLERS, GO TO MAP 8.61 AT THIS TIME. (REPEAT) PLEASE ACKNOWLEDGE TRANSP iSSION. THIS IS A DRILL THIS IS A DRILL 1997 FIELD EXERCISE Page 4.30 l l
i l i MESSAGE No: 11 l THIS IS A DRILL I DO NOT initiate actions affecting normal plant operations. TO: Field Team Controllers FROM: EOF Lead Controller TIME: Release termination + 01:00 NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. MESSAGE: THIS IS A DRILL FIELD TEAM CONTROLLERS, GO TO MAP 8.63 AT THIS TIME. (REPEAT) PLEASE ACKNOWLEDGE TRANSMISSION. THIS IS A DRILL i l l THIS IS A DRILL 1 l [ i 1997 FIELD EXERCISE Page 4.31
l l I' MESSAGE No: 32 THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: Control Room Simulator FROM: Security Lead Controller ; i TIME: Release termination + 00:07 I NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in i relation to release termination. j MESSAGE: Call Control Room Simulator at ext. 5800 to report: ; There is no longer a plume of steam that can be seen coming from the Turbine Building. 1 I THIS IS A DitlLL 1997 FIELD EXERCISE Page 4.32
l MESSAGE No:.23 1 1 l THIS IS A DRILL l DO NOT initiate actions affecting normal plant operations. TO: Control Room Simulator FROM: Security Lead Controller TIME: Release termination + 00:10 l NOTE: DO NOT pass this message without the consent of the . Drill Lead Controller. NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. l MESSAGE: Call Control Room Simulator at ext. 5800 to report: l The Portal Monitors and frisker are no longer alarming. l l THIS IS A DRILL iPd7 FIELD EXERCISE Page 4.33
l l l MESSAGE No:14 l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: RAS l FROM: EOF Facility Lead Controller TIME: Release termination + 00:15 I NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. NOTE: Due to the fact that the plant cooldown may not end at exactly 1430, the time for this message is given in relation to release termination. MESSAGE: Direct one field team, with a FEMA Evaluator, to obtain and transfer to the EOFC environmental samples of soil, vegetation and water. One air sample should also be transferred to the EOFC if not already transferred. 1 l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.34
l I ! MESSAGE No:.35 , l THIS IS A DRILL DO NOT initiate actions affecting normal plant operations. TO: DEM FROM: EOF Lead Controller TIME: 1500+ NOTE: DO NOT pass this message without the consent of the Drill Lead Controller. MESSAGE: The drill has been terminated. I l THIS IS A DRILL 1997 FIELD EXERCISE Page 4.35 l
I i l l l I Mini Scenario 1 '
'B' MDAFWP Motor Failure i
'B' MDAFWP Motor Failure Time - H+01:00
- 1. Overview The "B" train motor driven auxiliary feedwater pump fails. A short to ground will occur in the stator windings of the motor. The motor will trip ano will not restart.
- 2. Alarms and Indication Annunciator 130A will annunciate in the Control Room.
Amber light on handswitch ALHIS22A (Cont;ol Room) and ALHIS228 (Aux. Shutdown Panel) willlight.
- 3. Computer Points ALD0044A will change from a 1 to a 0 when the lockout relay is tripped.
ALD0044B will change from a 1 to a 0 when the lockout relay is tripped. 4
- 4. Observation in the Field 186/M lockout relay will be tripped on breaker NB0205.
The A-phase instantaneous overcurrent relay will be flagged Smell of buming electrical insulation in the area. If the interior of the motor is viewed, the motor stator will have extensive damage. , if the motor windings are insulation resistance tested, a short to ground will been seen. If Operations tries to re-start the motor, the motor will trip the same at initially. ;
- 5. Typical Repair Options Motor rewind (long term resolution)
Motor replacement (long term resolution)
- 6. Requirements to Return to Service This pump will not be retumed to service during the drill.
NOTE: This equipment should not be returned to service until the Simulator Control Booth Operator has been contacted at extension 5112 or via Gai-tronics. Also contact the Lead Controller at x5818. 1997 FIELD EXERCISE Page 4.36
5 4 1 4 Mini Scenario - 2
'A' MDAFWP Room Cooler Leak
- 'A' MDAFWP Room Cooler Leak Time - H+00
- 10 l The OBE loosens the 4" inlet flange to the A MDAFW pump room cooler, SGF02A and water is
- raining down on the A MDAFW pump. The A MDAFW pump is out of service and will not be back i until tomorrow therefore no priority should be placed on getting it back. The OBE causes a 100 4
gpm leak at the inlet flange which is flowing down the floor drain into the area 5 sump on 1974' of 2 the Auxiliary Building, PLE12A/B. This is a 5'X5'X5' or 935 gallon sump, with 2 air operated l Sandpiper pumps, each with a 75 gpm capacity when supplied with 110 psig service air. One i pump comes on when level reaches 30" from the sump bottom, both pumps come on if level reaches 31.5", the Control Room high level alarm comes in at 38". This is the same sump that the leakage flow from the CST is coming into, mini scenario 5. When the Turbine Building watch reports this leakage, the Control Room may have him isolate the ! j room cooler by closing the inlet valve EFV047 and the out let valve EFV048 in the SW comer of the room. If the Control Room does not instruct him to isolate the room cooler then the steam line l break will deny access to the pump room from the Turbine Building. The steam line break will occurjust minutes after this report Steam will be exhausting from the 20" blowdown drain line l right by the door into area 5 on 2000' level of the Turbine to Auxiliary Building. This steam i exhaust will fail the air compressors which provide air to operate the PLE12A/B sump pumps. The control room drill controller will have to inform the TSC controller as to the status of the action taken by the Control Room crew when they hear from the Tustaine Building l watch. j If the Turbine Building watch does not close these valves, which will probably be the case, then a j ( team will have to be sent out to isolate these valves. This team will have to come from below area ; i 5 on the 1974' level of the Auxiliary Building up through the hatch and then into the A MDAFW l
- pump room. By the time this teams gets to the 1974' level of the Auxiliary Building the water will l i be overflowing the sump and running out on the floor on 1974' of the Auxiliary Building. When the team closes both inlet and out let isolation valves the leakage will be stopped and success can be reported.
f 1 . NOTE: This equipment should not be returned to service until i the Simulator Control Booth Operator has been contacted at extension 5112 or via Gai-tronics. Also contact the Lead Controller at x5818. T i a 4 i 1997 FIELD EXERCl?E Page 4.37 4 I E
,, , --. - , -. .,, ,. ~ . . , _
i Mini Scenario - 3 Heart Attack { Heart Attack Time - H+00:10 j At approximately 10 minutes in to the drill the Control Room Simulator should contact security and request medical personnel respond to a possib's heart attack victim on the 2016 elevation Control Building, just outside the NK battery room. It is expected that security EMT's and possibly the site physician's assistant will respond to the j medical emergency and give the level of care to the non-contaminated victim that they are trained j to perform. 1 NOTE: Offsite assistance will be s imulated if requested by the i responding medical team. No ambulance will respond to Wolf Creek for the purpose of this drill. 4 l l 4 4 l .\ l 4 l l J d 1997 FIELD EXERCISE Page 4.38
i Mini Scenario - 4 PG11 Bus Failure N PG11 Bus Failure Time - H+01:10 1
- 1. Overview PG11 will experience a short (phase to phase) due to steam in the turbine building. The Solid State Trip (SST) device will trip PG1101 (feeder breaker to PG11). Power will be lost to "A" and "C" condenser vacuum pumps,"C" instrument air compressor, MCC PG11K, MCC l PG11J, aux. boiler draft fan, aux. boiler feedwater pump, *A" chilled water pump, and the main hydraulic fluid pump (EHC).
- 2. Alarms and Indication j The amber light on handswitch PGHISS will be lit (located in the CR).
Annunciator location E17 (PG XFMR UV) will alarm in the control room.
- 1
- 3. Computer Points 1 PGE0003B (PG11 Under Voltage) will change from a 0 to 1.
PGD00038 (PG11 Under Voltage) will change from a O to 1. PGE0011 (LC MN FDR 52PG1101) will change from a 1 to 0.
- PGQ0011 (LC MN FDR 52PG1101) will change from a 1 to 0.
- 4. Observation in the Field Steaming in the area will need to be stopped before this can be looked at.
The undervoltage relay 27/B will be flagged on PG11. There is not a flag for the SST device. i The voltmeter and ammeter on PG11 will be zero. The breaker will be tripped as indicated on breaker PG1101 (feeder breaker to PG11).
- 5. Typical Repair Options Steaming in the area will need to be stopped.
] The moisture in PG11 will need to be removed. i if the tie breaker (PG1116) between PG11 and PG12 is closed while PG11 still contains i moisture, then the tie breaker will trip. The SST will need to be reset. 4
- 6. Requirements to Return to Service There is not a time requirement.
NOTE: This equipment should not be returned to service until the Simulator Control Booth Operator has been contacted at extension 5112 or via Gal-tronics. Also contact the Lead Controller at x5818. 3 i i 1997 FIELD EXERCISE Page 4.39
i d MiniScenario 5 . CST Leak at APV015 4 h i
- CST Leak at APV015 Time - H+00:16
)
l The OBE loosens the 12" flange connection at APV015 on the CST side of APV015. This valve is 4 the CST isolation valve in the only supply line to the suctions of the AFW pumps. The OBE causes a 150 gpm leak at this flange which is flowing down into the CST and DWST trench and then draining into the area 5 sump on 1974' of the Auxiliary Buliding, that is PLE12A/B. This amount of leaksge from the CST of 150 gpm will go undetected because the CST is a 390,000 4 gallon tank and its level indication reads out in about 4,608 gallon /% At this rate it will take a half i hour before a 1% level loss is incurred. l The PLE12A/B sump is a 5'X5'X5' or 935 gallon sump, with 2 air operated sandpiper pumps, each with a 75 gpm capacity when supplied with 110 psig service air. One pump comes on when level l reaches 30" from the sump bottom, both pumps come on if level reaches 31.5", the Control Room j [ high level alarm LELAH64 comes in at 38". j The 150 gpm leakage from the CST will basically match the capacity of both sump pumps. This is the same sump that the leakage now of 100 gpm from the A MDAFW pump room cooler is coming i into, m!nl scenario 2. At these leakage rate conditions, combined total 250 gpm, the one sump pump will come on in i minute after the OBE, the second will be on in just a few seconds later. The CST and DWST trench Control Room alarm LELAH68 will come also in about a 1.5 minutes after the OBE and stay in. The high level alarm LELAH64 will conm in and stay in after 2 minutes, and in about 6 minutes the sump will be over flowing out onto the 1974' floor of the Auxiliary i Bui! ding at a rate of 100 gpm. ! The steam line break will occur exhausting steam from the 20" blowdown drain line right by the I door imo area 5 on 2000' level of the Turbine to Auxiliary Building. This steam exhaust will fall the l air compressors which provide air to operate the PLE12A/B sump pumps. With the air compressors out of service, the sump pumps will start to diminish in their operation and the leakage out onto the 1974' floor of the Auxiliary Building will increase up to the total combined leakage rate of 250 gpm. If the SGF02A cooler valves are isolated, mini scenario 2 then the leakage rate will only be 150 gpm. A couple of minutes before the steam line break the Turbine Building Watch will report the leakage in the CST valve house at ALV015. The leakape from this flanged connection is on the tank side of the valve which will prevent isolating the valve and stopping the leak. A team will have to be sent out to tighten up on the botting to diminish the leakage. This team, after going to APV015, can then be led over tc the leaky flange mock up in the shop building. When the team tightens up on the bolting on the mock up the actual results at the flange can be reported. This team can have a successful mission. NOTE: This equipment should not be returned to service until the Simulator Control Booth Operator has been contacted at extension 5112 or via Gal tronics Also contac, the Lead Controller at x5818. t 1997 FIELD EXERC!SE Page 4.40
\
Media /nhone team controllar evaluator nacknae l l l l l l 1997 FIELD EXERCISE Page 4.41 l I
l l r Reminder: Scenario information is confidential l Players for the field-exercise are from Emergency Response Organization team. The emphasis of the exercise is to demonstrate that individuals and agencies assigned responsibilities in a radiological emergency are adequately trained to pe: form according to current plans and procedures. In addition, this exercise provides training for emergency response personnel, and helps identify any potential problem areas in the overall emergency response system. [ l it is important to read and understand the general controller functions in Section 9.0 of the l 1997 FIELD EXERCISE. l l l Some of these instructions are: l
+ Controllers and Evaluators assigned to the Public Information Team should report to their assigned facility at least 30 minutes before drill activities begin.
1
+ Follow instructions of the Lead Public information Controller. + Synchronize watches with the Lead Public information Controller.
I 1997 FIELD EXERCISE Page 4.42
I I Seneral olddgjines for phone team controller / evaluators Make calls into the phone team. Phones are available in the Media Room (lower level of the l Eisenhower Learning Center, room 110.) Phone Team Controllers / Evaluators will remain at the l Eisenhower Leaming Center throughout the Field Exercise. l The phone team controller / evaluators are responsible for making telephone calls to 1-800-362-1137 the from 8:15 a.m. until Phone Team transitions in Topeka. After transitions make i telephone calls to 1-800-364 3831. i As you make these calls, sometimes play the role of a media representative, at other l times play a member of the public. You are encouraged to ask both general and event-specific I questions of phone team mambers. It is expected that the phone team would receive many calls during this type of event. To be sure the phone team is prepared it is important that you continuously call the phone team with a variety of questions. Your purpose is to help prepare phone team members to appropriately answer questions during an actual emergency event at Wolf Creek Generating Station. To make this a leaming process for the phone team members, feedback is needed! Please provide your comments and j suggestions on the evaluator / controller log forms in Section 9.0 of the 1997 FIELD EXERCISE ; SCENARIO. ' Phone Controller Obiectives:
- 1. Determine whether the phone team has an understanding of how individuals j with special needs would be identified and addressed during an evacuation.
- 2. Determine whether the phone team has an understanding of how school being in session would effect the need to evacuate a subzone.
- 3. Determine whether the phone team has an understanding of how questions i regarding employee injuries would be handled.
- 4. Determine whether the phone team can give a summary of the sheltering requirements for people in subzones encouraged to
- Shelter in place."
If you have any questions about your responsibilities prior to the Exercise, plesse call Nola Hively, ext. 4074, 1997 FIELD EXERCISE Page 4.43
d l I The following are examples of questions to ask when serving as a phone team controller.
, (Reminder: These are examples of questions you might ask. Please plan to prepare some ,
questions of your own in advance, or you may make up questions as you go along during the play
- using scenario information, information you receive from the phone team, or from statements made during news conferences.)
Samole nuantions from the _n_nhtir l l
*l just heard from my neighbor that the plant has declared an emergency. What does that mean?" "My husband works at Wolf Creek. Do you know if he is still there?" "My son's class was in route to the Environmental Education Area at Wolf Creek this moming. Do you know where he is?" *l live in Hartford. I just heard on my ham radio that there has been some kind of event at Wolf Creek. What is going on out there?
! *l was supposed to bring 150 of our fifth graders down there for a tour today Then I heard on the radio that there has been an emergency declared at the plant. Should we cancel our tour?"
"My sons is in second grade at Burlington Elementary. I've heard that they're going to be evacuating all the schools in Coffey County. Where do I pick up my son?"
- i 1
l 1 1 4 1997 FIELD EXERCISE Page 4.44
l When evaluating the phone team, please note the following:
)
- What image of Wolf Creek does the phone team memberprovide? The image we're looking for j is that Wolf Creek Generating Station is safe, responsible, organized, concemed about its employees and the public, honest, etc.
Please note your obse,rvations in this area.
- ls the answer received accurate to the best of your knowledge?
- ls the person answering your questions courteous and helpful?
- Does the phone team member seem concerned about you, your questions and getting accurate information to you in a timely manner? )
- If the phone team doesn't know an answer to a particular question, do they get back with you on it, or do they speculate or give you their opinion of what they "think" may be happening or about to happen?
- If you call to ask a question relating to a rumor, do you get a timely response to the validity of the rumor?
- If you ask the same question of several phone team members or spokespersons at virtually the same time, do you receive virtually the same answer? ;
- What do you feel are the phone team members' strengths and weaknesses? l I
Please provide your comments and suggestions on the evaluator /controllerlog forms in section 9.0 of the 1997 FIELD EXERCISE SCENARIO package. 1 l l l 1 i 1997 FIELD EXERCISE Page 4.45 l
] Guidelines for media Controllers / Evaluators Your purpose as a media controller is to help prepare the State, County and Wolf Creek spokesperson to appropriately answer questions during an actual emergency event at Wolf Creek Generating Station. 1 i To make this a learning process feedback is needed! Please provide your comments and suggestions on the evaluator / controller log forms in Section 9.0 of the 1997 FIELD EXERCISE SCENARIO packet. As a media representative controller you are responsible for evaluating news conferences in the Media Center and the answers to media questions provided by the State, County and Wolf Creek spokespersons and technical support representatives. You should also disregard any scenario information that you may have (except initial conditions) while serving as a media representative during a news conference. However, you should use your scenario information while asking questions of the phone team members. While playing your role as a media representative, you need to pretend you are a real
- media person and not a Wolf Creek employee, in this capacity you will have some knowledge of I Wolf Creek and the nuclear industry in general. Please do not use your detailed job-specific '
knowledge to ask questions or form your assessments of the news conference. Of course, if you know from your job that an answer provided is obviously incorrect or misleading, you need to note l this in your log. ) Remember, as a member of the media you have needs to be met. For example, you j have deadlines and you require a great deal of information in a timely manner. Make sure that 1 you portray this sense of urgency during news conferences. If you're not receiving information that you need to write your story or complete your newscast, let that be known. Ask questions. Be as polite as you perceive media would be in this situation-some are very polite, others are . somewhat less than polite, but be aggressive enough to get what you need and get your job done. After each news conference you are responsible for writing a headline and one paragraph i of a news story based on the information you gleaned from the news conference. Your stories should be submitted with your controller / evaluator log sheet at the end of the drill. When you are not in a news conference or writing a story, try to find other information by hounding the media haison or calling the phone team with questions. Call 1-800-362-1137 the from 8:15 a.m. until Phone Team transitions to Topeka. After transition make telephone calls to 1-800-364-3831. t 4 4 1 1997 FIELD EXERCISE Page 4.46
When evaluating news conferences, please note the following: ,
- What image of Wolf Creek does the spokesperson/ phone team member provide? The image we're looking for is that Wolf Creek Generating Station is safe, responsible, organized, concemed about its employees and the public, honest, etc. Please note what your observations are in this area,
- ls the answer given accurate to the best of your knowledge?
- la the person courteous and helpful?
- Does the spokesperson/ phone team member seem genuinely concerned about your questions and getting information to you in a timely manner?
- If they don't know an answer to a particular question, do they get back with you on it, or do they speculate or give you their opinion of what they "think" may be happening or about to happen?
- If you cail in or ask a question relating to a rumor, do you get a timely response to the validity of the rumor?
- If you ask the same question of several phone team members or spokespersons at virtually the same time, do you receive virtually the same answer?
- What do you feel are the phone team members'/spokespersons' strengths and weaknesses?
Please provide your comments and suggestions on the evaluator /controllerlog forms provided in Section 9.0 of the 1997 FIELD EXERCISE SCENARIO package. 1997 FIELD EXERCISE Page 4.47
l 4 Following are examples of questions to ask when serving as a phone team or news conference ce1 troller. l l Samnie auestions ; (Reminder: These are examples of questions you might ask. Please plan to prepare l some questions of your own in advance, or you may make up questions as you go along cluring the play using scenario information, information you receive from the phone team. or from 4 statements made during news conferences.)
\\ l l
\
Sample questions from the media-
'\ * "This is from KMBC-TV of Kansas City. Since your plant is not operating and electricity \
demands are at a peak, what are you going to do to replace this lost generation?" 'N ,
* "This is the Chicago Tribune. How long is this accident at Wolf Creek expected to last? I'm doing a story on the plant and I need to know exactly what has happened inside the plant. Can
^ you fax me diagrams depicting what has happened there and the equipment involved? What was the cause of this accident?"
* "This is the Ottawa Herald. We want to send a team of reporters down to the plant to interview some maintenance folks and some plant officials. What time can we do this interview and photo 4
shoot? Can we get inside to take pictures of the damaged equipment?"
* "This is WIBW radio in Topeka. I'd like to run a tape for the news show at noon. Do you mind? l
- We've received word that there's been an accident similar to that at Three Mile island? How is ;
this accident similar and dfferent from that one? Has there been a release of radiation into the alr? Are the people who live in this area going to receive any radiation? And if so, how much? How far will the wind send this deadly toxin? Will it reach Topeka?" l
* 'This is ABC-lV. What's the status of the accident at Wolf Creek. Where are you located? I Where can I land my television helicopter?"
- * "This is the Kansas City Star. What will this accident do to KCPL electric bills? What about the availability of service? Will KCPL have enough electricity to serve their customers? How many customers does KCPL serve? Where will electricity come from since Wolf Creek is shut down?
* 'This is KMBZ-l've discovered that your plant has received a series of fines for problems at the plant and employee and equipment errors. What can you tell me about these fines? Since you people can't seem to run your plant efficiently, do you think you'll be allowed to restart the plant?" " " Word is in that Govemor Graves has overreacted in declaring a General Emergency at the plant today. What are your comments on this? Who's in charge of the situation there-the Nuclear Regulatury Commission, Wolf Creek, or the State of Kansas?" * "This is Mark Petterson, Coffey County Chronicle. My sources tell me that you're seeing signs of an unfiltered /unmonitored release at the plant. Can the release cause cancer? Can your confirm this? What is happening? Can i quote you? I have a 2 p.m. deadline, if I can't get more information from you l'Iljust have to go to press with this unconfirmed report."
1997 FIELD EXERCISE Page 4.48 4
1 l l i i l Other general information type nuestions?
- Who owns Wolf Creek Generating Station? l l
How much did this facility cost? j l is this like the accident at Chemobyt? l
, I Were your employees on drugs? Is that why this happened?
I Where do people go when they are ask to evacuate? I , How much electricity does this plant produce? I What do you perceive is the future of nuclear power? 4 4 l i 4 i i i 4 l 4 i i i 1997 FIELD EXERCISE Page 4,49
- Phone Controller / Evaluator Rumor & Question Assignments Rumor Assignments Jennifer Anderson Begin at 8
- 50 a.m. -My neighbor just told me she heard KSNP was reporting the earthquake this moming has caused radiation to run out of the plant. Where is the radiation going?
4 Begin at 11:00 a.m.--My grandmother is in the nursing home in Waverly. I heard on the radio l that they are closing the home? Where will my grandmother go? 4 Rumor Assignments -Terri Fraker i
- Begin at 9
- 15 a.m. -My neighbor said that the children in Lebo school were being evacuated.
Where will I find my boy? Begin at 12:15 - I was watching KTWU and they said that all of the roads in Coffey County are , blocked. Is that true?
- Rumor Assignments -Janet Osmundson Begin at 9
- 30 a.m. - My neighbor heard on TV inat there were people killed at Wolf Creek this moming. My husband is out there. Can you tell me if he is okay?
)
J Begin at 1:00 p.m. The Emporia radio station is saying that everyone in Coffey County has to move away. Where do I go? l Rumor Assignments -Mark McMullen Begin at 10:50 a.m. -l just heard on KTWU that the rain is full of radiation f om the problem at Wolf Creek? What does it mean to " shelter in place?" Will that help? Begin at 2:00 p.m.- KSNP is telling us three people were buried alive during the earthquake. Do you know who they are? i 1997 FIELD EXERCISE Page 4.50 1 I
- g. Rumor Control Rumor Assignments
'%
- These rumors are provided to KCPL as a video for their viewing. Rumors timeline is as follows.
Rumor Assignment #1 yjay at 9.00 a.m. Wolf Creek Generating Station's containment building has collapsed under the shaking caused by the early moming earthquake in the Burlington, Kan. area. View at 9:30 a.m.-Three employees of the Wolf Creek Generating Station have been buried alive under rubble created by tode/s earthquake. i 1 View at 10:00 a.m.-Radiation being released from the Wolf Creek Generating Station is kilkng I wildlife in the area. Wildlife is wandering onto the roadways in the area. Beware of the additional { traffic concem. l View at 10:30 a.m.-Rural Water customers from Burlington to Gamett will be without water after ! 2:00 p.m. due to the water contamination caused by the Radiation being released from the Wolf j Creek Generating Station near Burlington, Kans. ' View at Noon -Residents of Coffey County are captives of their homes. Radiation raining in the sky from Wolf Creek is keeping them from escaping. View at 1:00 n.m.-Public School children are being orphaned. The children have been taken to l evacuation centers, but their parents are captives of their homes. There is no one at the i evacuation center taking care of the children. 1997 FIELD EXERCISE Page 4.51
l l l l SECTION 5.0 l PLANT DATA PLANT PARAMETERS 5.1 PASS SAMPLE DATA 5.2 l CORE DAMAGE ASSESSMENT 5.3 l l l 1 l l l i 1997 FIELD EXERCISE Page 5.0 l l
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f 1 4 PASS SAMPLE DATA i 4 l PASS SAMPLE DATA
- The Post Accident Sample System / ' ASS) sample should be tv Dined using the data on pages 7.1 and 7.2 for the appro sriate time, if the sample is to be simulated, a time i
delay of one hour should be allow .d from the time a post-accident sampling system sample is collected to when the sample is analyzed and the results are obtained. i ( ) i i i t I l 1 i ) 2 P { 1997 FIELD EXERCISE Page 5.2
__. _ _ . . _ _ __ . . ~ -- - . _ - - -._ -_. _ _ . _ _ i i CORE DAMAGE ASSESSMENT f CORE INVENTORY , CORRECTED FUEL PELLET
- NUCLIDE INVENTORY j l
KR-83M 1.48E+07 KR-85M 4.62E+07 KR-85 1.46E+06
- KR-87 8.32E+07
, KR-88 1.17E+08 XE-133M 4.93E+06 XE-133 2.00E+08 XE-135M 5.55E+07 XE 135 1.91 E+08 XE-138 1.70E+08 l-131 8.94E+07 l-132 1.36E+08 l 1-133 2.00E+08 , 1-134 2.34E+08 I l-135 1.82E+08 l RB-88 1.07E+08 CE-144 6.80E+07 TE-132 2.30E+08 CS-134 3.7DE+07 CS-137 1.80E+07 CS-138 7.01E+07 LA-140 2.93E+08 LA-142 3.00E+07 BA-140 2.70E+08
)
ASSUMPTIONS:
- 1. Clad gap activities can be assumed to be 10.0% of fuel pellet activity for all isotopes except KR-85 which is 30% of core activity.
- 2. Radioactive decay, time after shutdown, is a factor for accident assessment.
- 3. Reactor coolant system volume is static at 10600 cu. ft. (3.00E+08 cc).
RESULTS: Some cladding failure should be identified for this scenario. There is no zircoloy-water reaction therefore there is no hydrogen production. 1997 FIF.LD EXERCISE Page 5.3
I 1 I SECTION 6.0 l METEOROLOGICAL DATA l l I l 4 1 l l l l 1997 FIELD EXERCISE Page 6.0
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)
TURBINE BUILDING SUMP 7.7 AREA RADIATION MONITORS 7.9 IN-PLANT SURVEYS 7.10 i ON-SITE PLUME MAPS 7.20 TURBINE BUILDING STEAM MAPS 7.25 l I l 1997 FIELD EXERCISE Page 7.0
I PROCEse- _ im Q FE)tLSMC8 RCS(ssCunW) 12r13feuoi de Pat a l I i i Time eeAs 00:15 00:30 08:45 etAs 01:15 91:30 01:48 92-00 92:15 02:30 02:45 03A0 03:15 ' T.i 7.h1N) 03-3e 03:45 Actual (Het: TAN) 00-80 00:15 00:30 00:45 00 00 00:15 00:30 00:45 1920 10:15 10:30 10:45 1120 11:15 11:30 11:45 Nuclide Ar-41 196E42 8 70E41 127E+00 138E+00 1.24E+00 1.13E+00 102E+00 9 31E41 8.47E-01 7.71E41 7.01E41 6 38E41 580E41 5.28E41 4 80E 01 4 37E-01 , Kr45m 619E42 105E+01 1.88E+01 2 01E+01 193E+01 188E+01 1.79E*01 1.72E+01 1 eeE+01 1.5eE+01 153E+01 1.4eE+01 1.42E+01 1.37E+01 1.31E+01 120E+01
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^ --- GNt) 12 90 12:15 12:30 13:45 13 99 13:15 13:38 13-48 14 08 14:15 14:30 14:45 15 90 15:15 18:30 i Nuc#de Ar-41 3 97E41 3 81E41 3 29E41 2.9eE41 2.72E41 2 47E41 2.25E41 205E41 188E41 t eeE41 1.54E41 1.40E41 1.20E41 1. tee-01 1.00E41 Kr45m 1.22E+01 1.17E+01 1.13E+01 1.08E+01 1.0eE+01 1.00E+01 9 84E+00 927E+00 892E+00 8 58E+00 8.28E+00 7A5E+00 7.SeE+00 7.35E+00 7 08E+00 i Kr45 <8 87E-03 <8 87E43 <8 87E43 <8 87E43 <8 87E43 <8 87E43 <8 87E43 4 87E43 <8 87E43 <8 87E43 <8.87E43 <8 87E-03 <8 87E44 <8 87E45 <8 87E46 [
Kr47 8 34E+00 7.28E+00 835E+00 554E+00 4 9eE+00 4.22E+00 3 00E+00 3.22E+00 2 81E+00 2 45E+00 2.14E+00 1.87E+00 te3E+00 1.42E+00 124E+00 ' wr48 4 88EC1 4 58E+01 4 31E+01 4 0$E+01 3 81E+01 3 5eE+01 3.37E+01 3.17E+01 200E+01 2 81E+01 2 84E+01 2.40E+01 2.3eE+01 2.20E+01 2 07E+01 l' xe.133m 7 48E+01 7 44E+01 7.42E+01 7.30E+01 7.37E+01 7 35E+01 7.32E+01 7.30E+01 7.2eE+01 7.25E+01 7.23E+01 7.21E+01 7.18E+01 7.1eE+01 7.14E+01 xe133 9 93E+02 9 85E+02 9.77E+02 9 98E+02 990E+02 9.52E+02 9 44E*02 9.38E+02 9.2eE+02 9 20E+02 9.12E+02 9.DeE+02 8 97E+02 8 eeE+02 8 82E+02 j xe-135m 5.74E42 2 95E42 1.51E-02 7.78E43 39eE43 2.05E43 1.05E43 5 41E44 2.78E44 1.43E44 7.33E45 3 77E45 193E45 9 93E-05 5.10E4e f Xe.135 2 98E+01 2 91E+01 2 85E+01 200E+01 2.74E+01 2.80E+01 284E+01 2.50E+01 2 54E+01 2 40E+01 2.48E+01 2.40E+01 2.30E+01 2.31E+01 2.27E+01 l ToteI Nobio Geo 1.17E+03 1.15E+e3 1.14E+03 1.13E+03 1.11E*e3 1.1GE+es 1 AGE +03 1. WEE *03 1AFE+03 1AE+43 1 M *03 1.edE+03 1.esE+es 1A1E+03 1.00E+03 ; I c131 1.52E+02 152E+02 151E+02 1.51E+02 1.51E+02 1.51E+02 1.51E+02 1.51E+02 1.51E+02 1.50E+02 1.50E+02 150E*02 1.50E+02 1.50E+02 1.50E+02 [ t-132 4 22E*01 3 93E+01 3 85E+01 3 3eE+01 316E+01 2A3E*01 2.73E+01 254E+01 2.3eE+01 2.19E+01 2 04E+01 1.00E+01 178E+01 184E+01 1.52E+01 t-133 120E+02 1.19E+02 1 18E+02 1.17E+02 1. tee +02 1.15E+02 1.14E+02 1.13E+02 1.12E+02 1.11E+02 1.11E+02 1.10E+02 1.0eE+02 1.08E+02 1.07E+02 1134 855E+00 5 38E+00 4 41E+00 3 62E+00 2 97E+00 2 44E+00 2.00E+00 1.04E+00 1.35E+00 1.11E+00 9 00E41 7.45E41 8.12E41 5.02E41 4.12E-01 1-135 894E+01 879E+01 858E+01 841E+01 825E+01 600E+01 5 93E+01 5 79E+01 503E+01 5.48E+01 5.34E+01 520E+01 5 07E+01 4 94E+01 4 81E+01 t Totalleelne 3.90E+02 3 03E+et 3.77E+02 3.79E+02 3 M +02 3.NE*03 3.5E+0E SAGE *et 3A E+et 3 AGE +0E 3.3E*02 3.3EE+er 3.30E+et SJ4E+0E 3.20E+02 [ DEI 1.92E+02 1.91E+02 1.9eE*e2 1.90E+03 1ASE+02 1ABE+et 1.OSE*et 1 ATE +et 127E+0E 1 M *02 1 M +et 1 M +et 1 AGE +0E 1 AGE *02 1ASE+02
?
Rb.88 151E+01 142E+01 1.34E+01 1.20E+01 1 18E+01 1.11E+01 105E+01 9 05E+00 9.2eE+00 8.71E+00 8.20E+00 7.71E+00 7.20E*00 8 83E+00 042E+00 i Cs.134 4 75E+00 4,75E+00 4.75E+00 4 75E+00 4.75E+00 4.75E+00 4.75E+00 4.75E+00 4.75E+00 4 7W+00 4.75E+00 4.75E+00 4 75E+00 4 75E+00 4.75E+00 . Cs.138 488E41 4 85E-01 4 85E 01 4 e5E41 4 85E41 4 84E-01 4.94E41 4 84E41 4 94E41 4 83E41 4 83E41 403E41 483E41 4 82E41 4 82E41 ! Cs.137 2 25E+00 2.25E+00 225E+00 2.25E+00 2.25E+C0 2.25E+00 2.25E+00 225E+00 2.25E+00 2.25E+00 2.25E+00 2.25E+00 2.25E+00 225E+00 2.25E+00 ! Cs-138 3 49E41 2.53E41 1.83E-01 1.33E41 9 00E42 895E42 5.03E42 3.84E42 2.04E42 1.91E42 1.3eE42 1.00E-02 7.25E43 5 25E43 3 80E43 La.140 2 24E41 2.23E41 2.22E41 221E41 2.20E41 2.19E-01 2.18E41 2.17E41 210E41 2.15E41 214E41 2.14E41 2.13E41 2.12E41 211E41 ; Ba.140 3 88E41 3 88E-01 3 88E-01 3.00E-01 3 esE41 3 87E41 3 87E41 3 87E41 3 87E41 387E41 3 eeE41 3 seE41 3 00E41 3 88E41 3 88E41 1 Co-144 5 04E41 5 04E41 5 04E41 5 DeE 01 5 DeE41 5 00E41 504E41 5 OeE41 5 DeE41 5 04E41 5 00E-01 5 04E41 504E41 5 04E-01 5 DeE41 Total Pereculate 2AeE+01 2.30E+01 2.21E+01 2.13E+01 2 M +01 1.90E+01 1A1E+01 1.00E+01 1.7eE+01 1.73E+#1 1.esE+01 1ASE*01 1.53E+01 1.54E+01 1.53E+01 Tatet Acevley 1.NE+03 1 M +03 1.5E+03 1.5tE+03 16 16 16 16 1A E*e3 1A1E*e3 1 M +03 1 M +03 137E*e3 1.3E*e3 1.3E+03 i l REtEasE RATE moeLE GASICrSoc) 2.58E+01 2 55E+01 2.52E+01 2.49E+01 2.48E+01 2 43E+01 2 41E+01 2.3eE*01 2.3eE*01 2.33E+01 0 0 0 0 0 ; p00 nee tcrSoet 8 82E+00 8 48E+00 8.31E+00 8.18E+00 8 05E+00 7A3E+00 7.81E+00 7.70E+00 7.80E+00 7.50E+00 0 0 0 0 0 5 PART. tcreact 5 30E41 5 08E41 4 88E41 4 70E41 4.52E41 4.3eE41 4.21E41 4 07E41 3 9eE41 3 82E41 0 0 0 0 0 t 1 i
$stWe 1 ReguRS De beted On M n0I @. INRe 1997 FIELD EMERCISE I escne 2 tware emum be t et between PASS ceasesen auf prend>g foeues Psee T2 [
f I ___._ .m _ . _ _ . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ _ . _ - __m . . . _
-> - - - - ~ ~ . ~ . - ~ - - ..-~ - - -- ~ - . - - . - ~ ~ ~ . - - ---.+..~w.-- + -- - -~a ~-- . . ,-
PNCe98 _ _ .m OFJERLS CONT Cert Asmos 1pCWtti 12r13fue01 as Pts I 1 Thre Notettwe(Hft.MN) 00:08 00:15 00:30 90:48 3120 01:15 pt:3e 01:48 02 00 02:15 02:30 02:48 93 00 03:15 93:30 93:45 Actuel(HR:MN) 00Ae 00:1$ 00:30 00:49 Skee 90-19 00:30 00t48 1990 10 19 19:38 10 48 1920 11:15 11:30 11:48 DiscItse Ar-41 158E4e 190E46 2 02E48 2 3eE40 2.13E4e t eeE46 11eE40 1.00E48 2.37E48 2.15E4e 19eE40 17eE4e t e2E4s 147E46 1.3eE4e 122E46 Kr45m <100E49 <100E4e <100Eco <100E4e <100E40 <1.00E4e <t.00E49 <100E4e 5.25E47 5 0SE47 4 00E47 3 9eE47 31eE47 S eeE47 3.StE47 3.37E47 p Kr45 *100E4e <100E4e et 00E4e <100E4e <10DE45 <100E4e <t.00E4s <t.00E4e <100E40 <t.00E4e <1.00E40 <100E4e <100E40 <t 10E40 <100E4e <100E4e Kr47 <t00E40 <t.00E4e <100E4e *100E4e <t 00E4e <100E4e <t.00E49 <10eE4e 9 45E47 e 25E47 7.20E47 e 2SE47 5 40E47 4 fee 47 410E47 3 85E47 ; Kr48 129E46 8 22E45 13tE44 140E44 1.32E44 1.24E44 1. tee 44 1.10E44 1.37E41 120E41 1.21E41 e seE42 0 0SE42 7.5eE42 7.13E42 8 71E42 to-133m <100E49 <100E4e et 00E49 <100E4e <100E49 <100E4e <100E49 <100E4e 5 ODE 40 5 SSE4e 5SEE48 4 20E48 419E40 4.17E4e 4. tee 40 415E4e to-133 2 34E45 1.12E43 2.38E43 2 52E43 2 50E43 2 4eE43 2 40E43 2.44E43 S.50E*00 $45E+0s 54tE*00 4 02E+00 3 9eE*00 3 95E*00 3 02E*00 3 80E*00 l Me-135m <100E49 <t ooE4e <10DE40 <100E4e <1.00E4e <100E4D <100E4e <100E4e 8.31E47 3 24E47 12eE47 4 73E47 2 43E47 1.25E47 8 41E40 3 2eE4e Me-135 8 58E48 315E44 6 82E44 7 DeE4s e M44 8 82E4e e esE44 e 57E4e 1.4eE+00 1.37E*00 1.3SE*c0 9 00E41 9 7tE41 0 S2E41 0 SeE41 017E41
- Tote 190etito Gee 3.29E45 1 SeE43 3.19E43 3.37E43 3.33E45 3JeE43 3.2SE43 3.21E43 7ASE+00 9AeE*00 SA7E*e0 0.10E+es SAGE +00 tesE+et 403E+0e 4A7E+00 L131 7 52E-12 5 87E-11 1.20E-10 152E-10 1.52E-10 1.52E-10 1.52E-10 132E-10 1.5E47 I SSE47 153E47 1.15E47 1.15E47 1 *SE47 1.15E47 115E47 1 1-132 812E-12 4 81E-11 9 75E-t1 1.2eE-10 t 15E-10 107E-10 9 85E-t t 9 25E-11 1.3E47 12eE47 1.15E47 0 02E48 7.4eE4e 8 93E40 8 45E48 S 90E48 t-133 0 91E-12 8 7tE-11 142E-10 1 e1E-10 119E-10 1.7eE-10 1.7E10 1M-10 3GE47 390E47 3 seE47 2 seE47 2 eE47 2 03E47 2 31E47 2 tee 47
- b134 $ 7eE-12 4 35E-It 0 20E-11 1.17E-10 9 50E-11 7.00E-11 8.45E-11 5.2eE-11 1.15E47 9 47E4e 7.77E40 410E4e 3 03E4e 3 22E48 2 85E48 217E40 i-135 4 tee 12 315E-11 8 85E-11 e 45E-11 e 23E-11 e 01E-11 7 etE-11 7 eDE-11 1 SSE47 14eE47 145E47 t esE47 1 OE47 101E47 9 82E4e 0 57E4e Totallodless 3J5E-11 2.4sE-te S. tee-te 9 SOE 10 SJeE-te SAGE-10 S. fee-te SAeE-te SAGE 47 9 tee 47 e 77E47 8.37E47 S.1eE47 0.00E47 S.SeE47 S.7eE47 I 4
Rb48 S 40E-13 0 09E-12 3 90E-11 7 80E-11 7.15E-11 0 72E-11 e 33E-11 5 05E-11 e e1E40 8 4tE4e 803E4e 4.25E4e 4 00E4e 3 7eE48 3 SeE48 3.33E4e Cs-134 <100E 14 1.5eE-13 7.71E-12 1.0eE-11 10eE-t t 10eE-11 1.0eE-11 1.0eE-11 4.S4E40 4 SeE4e 4 S4E4e 3 4tE4e 3 4tE4e 3 4tE4e 3 4tE4e 3 41E40 Cs-138 e100E-14 1 SSE-14 911E-14 5.3eE-13 S SeE-13 5.SeE-13 5.33E-13 S.33E-13 8 SE-12 8 94E-12 e tee-12 8 82E-12 e 92E-12 6 82E-12 e etE-12 6 81E-12 Co-137 <100E-14 0 79E-14 4 0tE-13 4 73E-12 4 73E-12 4 73E-12 4 73E-12 4 73E-12 9 87E-10 S C7E-10 t e7E-10 7.25E-10 7.25E-10 7.25E-10 7.25E-10 7.2SE-10 Cs-138 2 5eE-13 S 49E-12 2 70E-11 $ 20E-11 S e3E-f t 2 77E-11 2 01E-t t 145E-11 S 3eE4e 800E4D 4JeE4e 2 30E48 1.73E49 1.25E4e 9 0SE-10 8 55E-10 Totel Perticulates 111E 12 1.3eE-11 7 91E-11 1AeE-te 1JeE-te 1.11E-te SAGE-11 9 ATE-11 SJeE4e TAGE4e 7ASE4e 4.00E4e 4AW4e 4.30E4e 4AEE40 SA1E4s feest Acesuggy 3JeE45 1.SeE43 3.19E43 3 37E43 SJ3E43 SJeE43 SJeE43 3.21543 7ASE+00 SA W+0e 427E+00 S. tee +0e SAW+ee 4.00E+00 4.93E+00 4AFE+0D i I tee? FIELD EXERCISE
- Note 2 There shotdd tio 1 Hr tusseeen PASS enescean amt prowhEng retuNe Pete 7.3 {
k __m_______ . _ _ _ _ _ _ . _ _ . _ . . _ _ _ _ ___ _ _ _ . - _ _ . - _ - _ _ - . _2_ - . . _ _ _ _ _ -
PROCESSR - - mY CFJE RLS CONT Core Annom tpCWec) 12/13f9801 as Pts Time stelstive{HR:0IN) 04-00 04:15 04:38 84:4S e5:00 eS:tS e5:30 05:49 00:00 00:15 08:30 00:49 07-se e7:15 07:30 Actest(HR:9RN) 12 00 12:15 12:30 12:4S 13-00 13:15 13:30 13:45 14-98 14:15 14:30 14:45 15m 15:15 15:30 Nucilde 441 1 1 tE46 101E46 918E47 8 35E47 7.80E47 6 01E47 6 29E47 5.72E47 5 20E47 4 73E47 4.30E47 3 92E47 3 5eE47 324E47 2.95E47 445m 3 25E47 312E47 3 00E47 2 89E47 2.78E47 2 67E47 2 57E47 2 48E47; 2.3&E4J 2.20E47 2.20E47 212E47 2 04E47 10sE47 189E47 4 45 <100E49 <100E45 <100E4e <100E49 <1.00E45 <100E4e <100E4e <1.00E4e <t.00E49 <t.00E49 <1.00E45 <100E40 <1.00E49 <1.00E49 < t.00E49 Mr47 318E47 2 78E47 2 42E47 212E47 185E-07 16tE47 141E47 1.23E47 107E47 9 35E48 818E4e 7.12E48 6 22E4e 5 43E48 4.74E46 Kr48 6 3f E42 SO4E42 5 58E42 5 25E42 4 04E42 4 65E42 4.37E42 4.12E42 3 87E42 3 64E42 3.43E42 3 22E42 3 03E42 2 85E42 2 69E42 xe-133m 413E48 412E48 411E46 4 09E48 4 08E48 4 07E-08 4 05E48 4 04E48 4 03E48 4 02E48 4 00E4e 3 00E48 3 88E48 3 97EM 3 0$E46 te-133 3 85E*00 3 82E*00 3 toe +00 3.7eE+00 3 72E+00 3etE+00 3SeE*00 3 83E+00 300E+00 3 57E+00 3 $4E*00 35tE*00 3 48E*00 3 45E+00 3 42E*00 te-135m 169E48 8 68E49 4 46E49 229E4e 118E49 6 04E-10 3.10E-10 15eE-10 818E-11 4 20E-11 2. tee-11 1.11E-11 S eeE-12 2 02E-12 1.50E-17 We-135 8 09E41 e 82E41 8 SSE41 e 49E41 e 33E41 818E41 e 02E41 7 87E41 7 72E41 7 58E41 7 43E41 729E41 715E41 7.02E41 6 09E41 Total Notde One 4.82E+00 4.70E+0e 4.7tE+0e 4. gee +00 4.etE+08 4.SeE+ee 4 51E+ee 4.40E+0e 4.41E+ee 4.3eE+0e 4.32E+0e 4 27E+0e 4.22E+00 4. tee +ee 4.13E+ee t-131 114E47 114E47 114E47 1.t4E47 1.14E47 114E47 1.14E47 1.14E47 1.14E47 1.14E47 1.13E47 113E47 113E47 1.13E47 1.13E47 L132 5 57E48 51SE46 4 82E4e 4 4eE48 418E48 3 57E48 3 60E48 3 35E48 311E48 2 89E48 2 89EM 2.50E48 2 33E48 218E48 2 01E48 l-133 2.7eE47 2.74E47 2 71E47 2 0eE47 2 67E47 2 84E47 2 62E47 2 00E47 2 58E47 2.5eE47 2 53E47 2.51E47 2 40E47 2.47E47 2 45E47 L134 1.78E48 14eE48 120E48 9 05E49 0 00E4e 6 63E4e S 44E45 4 47E4e 3 87E4e 3 0tE4e 247E45 2 03E4e 1.SeE49 1.3sE4e i t2E4e L135 9 32E48 0 08Ef3 e 84E48 8 6tE48 e 3eE48 817E4e 7 SSE48 7.78E48 7.SeE48 7.38E48 7.17E 08 6 99E4e 6 80E48 6 63E46 6 4eE48 Totallodine S.57E47 S.4 % 47 5.34E47 SJ4E47 S.14E47 S 09E47 4.07E47 4.seE47 4.02E47 4.79E47 4.esE47 4.01E47 4.59E47 4 AGE 47 4.44E47 Rt>48 3.13E4e 2 95F40 2 77E48 2 81E46 2 45E48 2.31E48 2.17E46 2 04E48 1.92E46 1.etE 06 1.70E48 t e0E 08 151E48 142E48 1.33E46 Cs-134 3 41E4e 3 4tE45 3 41E40 3 41E4e 3 41E45 3 41E4e 3 41E45 3 4 tE4e 3 41E4e 3 41E4e 3 41E4e 3 41E-09 3 41E4e 3 4 tE49 3 41E4e Cs-13e 8 81E-12 6 00E 12 6 80E-12 6 5eE-12 6.5eE-12 8 59E-12 8 58E-12 6 58E-12 6.58E-12 6.57E-12 8 57E-12 6 5eE-12 6 5eE-12 6 58E-12 6 55E-12 Cs-137 725E-10 7.25E-10 7.25E-10 7.2SE-10 7.25E-10 7.25E-10 7.2SE-to 725E-10 7.25E 10 7.25E-10 7.25E-10 7.25E-10 7 25E-10 7 25E-10 7.2SE-10 Cs-t 38 4 75E-10 3 44E-10 2 40E-10 100E-10 130E-10 945E-tt 6 84E-11 4 95E-11 3 SOE-19 2 80E-11 188E-11 1.3sE-11 0 88E-12 7.1.E-12 S 17E-12 Totel Paeticulates 3.SeE48 3ASE48 32tE48 3.04E4e 2.seE48 2.73E4e 2.5eE4s 2 40E40 2.34E48 2 23E4e 2.12E4e 2.02E4e 1.02E4e 1.03E4e 1.79E4e Total Activity 4.e2E+ee 4.7eE+00 4.71E+ee 4.eeE+49 4.01E+0e 4SSE+ee 4StE+4e 4 AGE +es 4A1E+ee 4.30E+0e 4.32E+et 4J7E+ee 422E+00 4.18E+ee 4.13E+es Note 1 R+mirs are besett art tcRectort, net artafyos. Sme 1997 FIELD ENERCISE Neen ? There arcued be 1 Hr between PASS cepecean erut prowdMg restats Page 7 4
MIOCEEDISONITORS 9?JEJtLS GAS Gaseous (pcar) 12tmeeSt es Pea
.J Time Relative (HR:MN) 00:00 00:30 01:00 01:30 02-00 02:30 03:00 03:30 04 00 04:30 05-00 05:30 00 00 06:30 07 00 07:30
#" "-- ^" .MN) 00:00 00:30 00:00 00:30 10.00 10 30 11-00 11:30 12 00 12:30 13 00 13:30 14-00 14:30 15 00 15 30 GTRE 21A- P 1.69E-13 1.73E-13 1.71E-13 1.61E-13 1.70E-13 1.69E-13 1.73E-13 1.75E-13 1.70E-13 1.78E-13 1.78E-13 1.74E-13 1.74E-13 1.73E-13 1.74E-13 1.74E-13 GTRE 21A-l 621E-15 6.45E-15 6.00E-15 6.39E-15 5.98E-15 6.08E-15 6.31E-15 6.35E-15 6.13E-15 6.49E-15 6.17E-15 6.22E-15 628E-15 6.30E-15 6.35E-15 6.35E-15 GTRE 21B - G 4.76E-06 4.70E-06 4.67E-06 4.75E-06 4.95E-06 4.98E-06 4.84E-06 4.88E-06 4.70E-06 4.73E-06 4.88E-06 4.87E-08 4.83E-06 4.78E-08 4.82E-06 4.82E-08 GHRE 10A - P 1.77E-13 1.70E-13 1.71E-13 1.82E-13 1.84E-13 1.73E-13 1.70E-13 1.73E-13 1.74E-13 1.79E-13 1.72E-13 1.73E-13 1.72E-13 1.72E-13 1.70E-13 1.70E-13 GHRE 10A - 1 3.44E-14 3.46E-14 3.42E-14 328E-14 3.47E-14 3.80E-14 3.54E 14 3.32E-14 3.29E-14 3.58E-14 3.57E-14 3.57E-14 3.58E-14 3.55E-14 3.52E-14 3.52E-14 GHRE 108 - G 1.86E-06 1.82E-06 1.90E-06 1.85E-06 1.89E-06 1.89E-06 1.78E-06 1.88E-06 1.81E-06 1.82E-06 1.94E-06 1.93E-08 1.92E-06 1.91E-08 1.89E-061.89E GE GLRE 60 - P 1.07E-10 1.02E-10 1.04E-10 1.00E-10 1.05E-10 1.04E-10 1.12E-10 1.08E-10 1.07E-10 1.07E-10 1.10E-10 1.10E-10 1.10E-10 1.11E-10 1.10E-10 1.10E-10 i
GKRE 41 - P 124E-11 128E-11 1.19E-11 1.28E-11 1.29E-11 1.21E-11 1.30E-11 1.21E-11 1 ~28E-11 1.21E-11 1.19E-11 1.20E-11 1.19E-11 1.18E-11 1.19E-11 1.19E-11 GGRE 27/28 - P 3.86E-15 4.04E-15 4.02E-15 3.98E-15 3.87E-15 3.79E-15 3.90E-15 3.70E-15 3.82E-15 3.75E-15 4.05E-15 4.08E-15 4.07E-15 4.08E-15 4.08E-15 4.08E-15 GGRE 27/28 - 1 3.82E-15 3.89E-15 3.74E-15 3.83E-15 3.98E-15 3.99E-15 3.89E-15 3.81E-15 3 82E-15 3.88E-15 3.71E-15 3.70E-15 3.08E-15 3.65E-15 3.82E-15 3.62E-15 GGRE 27/28 - G 1.70E-06 1.62E-06 1.62E-06 1.64E-06 1.74E-06 1.85E-06 1.78E-06 1.88E-06 1.72E-06 1.78E-06 1.64E-061.85E 08 1.67E-06 1.88E-08 1.89E-06 1.89E-06 GERE 92-G 4.50E-07 4.66E-07 4.80E-07 4.34E-07 4.55E-07 4.58E-07 8.52E-07 6.85E-06 1.38E-05 1.37E-05 1.37E-05 1.30E-05 1.35E-05 1.35E-05 1.34E-05 1.35E-05 ! i' l GTRE 22/33 - P 6.67E-15 6.55E-15 6.73E-15 6.49E-15 6.54E-15 6.39E-15 6.88E-15 6.99E-15 6.88E-15 6.40E-15 6.53E-15 6.54E-15 6.58E-15 6.80E-15 a 8i4E-15 6.64E-15 GTRE 22/33 -1 3.04E-14 3.72E-14 3.48E-14 3.77E-14 3.48E-14 3.55E-14 3.52E-14 3.57E-14 3.59E-14 3.52E-14 3.67E-14 3.70E-14 3.71E-14 3.74E-14 3.71E-14 3./1E-14 GTRE 22/33 - G 5.13E-06 5.08E-06 5.01E-06 5.05E-06 5.08E-06 5.22E-06 5.38E-06 4.90E-06 4.95E-06 5.00E-06 5.32E-06 5.33E-08 5.31E-06 5.35E-08 5.38E-06 5.38E-06 GHRE 22 - P 6.94E-15 7.18E-15 6.7?E-15 6.67E-15 7.00E-15 6.88E-15 6.81E-15 6.94E-15 6.80E-15 6.98E-15 6.99E-15 6.95E-15 6.90E-15 6.92E-15 6.89E-15 6.89E-15 i i GHRE 23 - G 2.34E-06 2.35E-06 2.33E-06 2 37E-06 2.30E-06 2.30E-06 2.30E-06 224E-06 2.35E-06 2.37E-06 2.27E-06 2.28E-08 2 28E-06 2.27E-05 229E-06 229E-08 i GKRE 04/05 - P 6.59E-15 6.80E-15 629E-15 6.77E-15 6.80E-15 6.55E-15 6.58E-15 6.47E-15 6.40E-15 6.77E-15 6.48E-15 6.53E-15 6.50E-15 6.54E-15 6.58E-15 6.58E-15 GKRE 04/05 - 1 3.26E-14 3.33E-14 3.39E-14 3.21E-14 3.18E-14 3.42E-14 3.18E-14 3.22E-14 3.25E-14 3.38E-14 3.23E-14 3.20E-14 3.18E-14 3.16E-14 3.19E-14 3.19E-14 ! GKRE 04/05 - G 2.59E-06 2.65E-06 2.53E-06 2.58E-06 2.88E-06 2.49E-06 2.58E-06 2.58E-06 2.5tE-06 2.88E-06 2.67E-06 2.88E-08 2.65E-06 2.62E-05 2.63E-06 2.63E-06 i GTRE 31/32 - P 5.38E-13 4.55E-12 2.47E-11 7.70E-11 2.91E-09 2.92E-09 1.88E-09 1.85E-09 1.88E-09 1.88E-09 1.65E-09 1.64E-09 1.84E.09 1.88E-09 1.64E-09 1.64E-09 GTRE 31/32-l 6.56E-12 8.00E-11 1.70E-10 2.17E-10 1.04E-07 1.04E-07 6.92E-08 6.93E-06 6.94E-08 6.99E-08 7.01E-06 6.94E-08 7.01E-08 6.97E-08 6.91E-08 6.92E-06 i GTRE 31/32- G 1.08E-05 4.94E-04 1.04E-03 1.11E-03 1.47E+00 1.47E+00 102E+00 102E+00 102E+00 1.02E+00 1.02E+00 1.02E+00 1 M +00 102E+00 102E+00 101E+00 GTRE 59f80(Rthr) 7 30E-01 1.92E+00 5.28E+01 5.74E+01 1.64E+02 1.57E+02 1.51E+02 1.47E+02 1.42E+02 1.30E+02 1.35F+02 1.31E+02 129E+02 1.26E+02 1.23E+02 1.21E+02 [ f FCRE 385 Aux. TT.(mR/hr) 2.60E-01 2.55E-01 3.02E-01 3.02E-01 3.05E-01 4.07E-01 4.10E41 4.09E 01 4.09E-01 4.07E-01 4.11E-01 4.07E-01 4.04E-01 4.03E-01 4.04E 013.02E-01 ABRE 114 - SG A(mR/hr) 3.30E-01 3.15E-01 3.95E-01 3.98E-01 3.94E-01 4.80E-01 4.78E-01 4.72E 01 4.71E-01 4.73E-01 4.78E-01 4.77E-01 4.78E-01 4.72E-01 4.89E-01 3.95E-01 , ABRE 113 SG B(mR/hr) 3.10E 01 320E-01 3.51E-01 3.50E-01 3.51E-01 4.61E-01 4.57E-01 4.58E-01 4.58E-01 4.80E 01 4.62E-01 4.64E-01 4.09E-01 4.68E-01 4.T1E-01 3.51E-01 ABRE 112-SG C(mR/hr) 3.40E-01 3.27E-01 3.95E-01 3.93E-01 3.94E-01 4.78E-01 4.75E-01 4.71E-01 4.89E-01 4.67E-01 4.63E-01 4.65E-01 4.70E-01 4.65E-01 4.63E-01 3.95E-01 ABRE 111 - SG D(mR/hr) 3.60E-01 3.58E-01 4.20E-01 4.23E-01 4.22E41 5.15E-01 5.19E-01 5.18E 01 5.17E 01 5.14E41 5.18E-01 5.19E-01 5.17E-01 5.21E-01 5.22E 01420E-01 [ ! i 4 1 j 1997 FIELD EXERCISE Page 7 5 [ i l 5
- ___m.__._._ . _ _ . _ _ _ _ _ _ . _ _ _ . . _ _ . _ _ _ . _ _ _ . _ _ . _ . _ _ _____.-_m__-_.<_____=__..____.___.m_._ _ ..._.___._."
/
PRocessu0M70RS CF_FE.XLSLIQUlO thtuid (pC3hi) 12/13480148 PM Hose 2, w eie ante bunding sump ;s ened up twough enannor so. then use mankr 95 values for menmar se and wie verse. Time Reiseve(HR.MN) 00:00 00:30 01:00 01:30 92:00 02:30 03:00 03:30 84:00 04:30 05:00 95.30 08:00 00:30 07:00 97:30 Actual (HR:IAN) 00:00 00:30 00:00 00:30 10:00 19:30 11 99 11:30 12:00 12-30 13:90 13:30 14:00 14 30 15:00 15:30 esenttor LERE 59 Turbine Bldg. Drain 2 00E-07 2.03E-07 2.01E 07 2 0iE-07 2.02E47 2.12E-07 2.12E-07 2.12E-07 2.12E-07 2.12E-07 2.12E-07 2.12E-07 2.12E-07 2.12E47 2.12E-07 2.12E-07 (High Se* point 3 OE 07) HFRE 95 Waste Water Triment 2.00E-07 2.04E-07 2.03E47 1.99E-07 1.98E-07 1.96E47 (4.94E-04) (5.24E44) (5.56E-04) (5.92E-04) (6.22E-04) (6.23E-04) (5.90E 04) (5 56E-04) (5.27E44) (5.00E44) (Hi9h Se4xnnt t.0E-05) HF RE 45 Sec tiquid Waste 1.92E-04 1.90E44 1.90E-04 1.87E44 1.86E-04 1.89E-04 1.88E-04 1.90E-04 1.90E-04 1.91E 04 1.88E-04 1.86E-04 1.87E44 f.88E44 f.92E-04 1.86E-04 Aux. Steam Cond. FBRE50 Recovery Tar
- 4.23E-07 4.15E-07 4.09E-07 4.05E47 3.97E-07 3.92E-07 8.16E47 2.3tE-06 2.33E-06 2.35E46 2.32E46 2.32E-06 2.30E-06 2.30E-06 7.56E45 7.45E-05 EGRE 9/10 CCW 2.74E-07 2.77E47 2.75E-07 2.70E-07 2.99E47 2.73E 07 2.89E-07 2.89E-07 2.72E47 2.73E-07 2.73E-07 2.78E-07 2.83E-07 2.83E47 2.84E-07 2.84E-07 SJRE 02 S!G Liquid 4.35E-07 4.32E-07 4.30E-07 4.22E-07 4.25E-07 4.18E-07 8.95E-07 2.63E-06 2.88E-06 2.73E46 2.78E46 2.74E-06 2.77E-06 2.73E-06 6 62E-05 6.73E-05 '-
BMRE 25 StG Blowdn Promss 5.12E-07 5 09E-07 5.17E-07 5.24E-07 5.17E-07 5.27E47 1.27E-06 3 96E-06 4.02E 06 3.96E-06 3.92E 06 3.87E-06 3 95E46 3 89E-06 8.75E-05 8.82E-05 BMRES2 StG Biowdown Dseg 3 46E-07 3 42E47 3.37E-07 3.32E47 3.30E-07 3.32E47 3.29E-07 3.24E-07 3.23E47 3.17E-07 3.23E47 3.19E47 3.17E-07 3.20E-07 3.16E-07 3.16E47 l t SJRE 01 CVCS letdown 823E*0 4 54E*02 (100E*03) (100E*03) (100E+03) (1.00E*03) (100E*03) (100E*03) (100E+03) (1.OnE*03) (100E*03) (100E*03) (1.00E*031 (100E*03) (100E*03) (100E*03) i HERE16 Boron Recyde Dst. 3.16E-07 3.22E 07 3.23E-07 3.19E-07 3.18E 07 3.17E-07 3.18E-07 315E47 3.15E-07 3.15E-07 3.09E47 3.08E-07 3.07E-07 3.04E-07 3.01E-07 3.01E-07 HBRE18 Liquid Waste Dscfig 6.71E-05 6.78E-05 6.69E-05 6.59E-05 6.69E-05 6.80E-05 6.79E-05 6 86E-05 6.69E45 6.81E45 6.57E 45 6.83E-05 6.77E-05 6.87E-05 6.89E45 8 91E-05 , i i b i Nose 1: Values in parentieses kidiare HtHI Alarm Segoint would be encoeded, reteese vie tes pe9moy wouM be heminand 1997 FIELD EXERCISE ; Pese 7 8 l 1 k
i Pmocee8- _-m Twtine tede Swnp ^I Tutene Bede Sun 91pCM) 12rt3fge01 as Ptf f e 'f t r t Time > _ , c 4N) es-se 00:15 00:30 88:45 01 Se 01:15 01 38 01:45 0210 e2:15 at:30 02:45 9328 03:15 03:30 03:45 ~; Actu.IqHR:R4N) 0840 00:15 se:30 se:45 Mee 99-1S 00:30 es:48 te se 19:15 19:30 to:45 11 00 11:15 11:30 11:45 ; N*C*** , Ar 41 <4 34E48 <4 34E46 <4 34E 08 <4.34E-06 <4.34E-08 <4 34E48 <4 34E48 <4.34E48 <4.34E-08 <4.34E-08 <4 34E-08 <4.34E-08 <434E-08 <4 34E48 <4.34E. e4LE48 i Kr45m <3 01E48 <3 01E-06 <3 01E48 <3 01E 08 <3 01E48 <3 01E48 <3 01E48 <3 01E48 <3 01E48 <3 01E48 <3 01E48 <3 01E48 <3 01E. <3 01E48 401E-08 <301E48 + Kr45 <9 29E48 <9 29E48 <9 29E48 <9.29E-08 <9 20E48 <9 2eE48 <9 2eE 08 <9 20E. <9.2eE-08 <9 29E 08 <S29E48 429E-08 42eE48 <92eE48 <S 20E-08 <9 2eE-08 ! Kr47 c1.51E of <151E 07 <1.51E47 <1.51E47 <1.51E 07 <1.51E47 <1.51E47 <1.51E47 <1.51E47 <1I1E47 <1.51E 07 <1.51E47 <151E-07 <151E47 <151Eil7 <t 51E47 i Kr48 416E47 <1.18E-07 <1.18E47 <1.18E47 <11eE47 <1. tee 47 <1.18E47 <1.18E-07 <1. tee 47 418E47 <1.10E47 <1.1eE47 <1.18E47 <1.ieE-07 <1.18E-07 <1.18E 07 [ (e-133m <2.12E47 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E-07 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E 07 <2.12E 07 <2.12E-07 i Ke.133 <4.34E47 <4 34E 07 <4 34E-07 <4 34E47 <4.34E47 <4 34E47 <4 34E47 <4.34E47 <4.34E47 <4.34E47 <4.34E 07 <4.34E-07 <4.34E47 <4.34E-07 <4.34E-07 <4 34E47 to-135m <2 74E46 <2.74E48 <2.74E48 <2.74E48 <2.74E 08 <2 74E48 <2.74E48 <2.74E48 <2.74E48 <2.74E48 474E 08 <2.74E-08 474E-08 <274E 08 <2.74E-08 <2 74E-08 Ko-135 <8.34E48 <8 34E48 <8 34E48 <8.34E48 <8.34E-08 434E48 <8 34E48 <8.34E-08 434E-08 <8 34E48 434E48 <8.34E48 434E48 <8.34E-08 434E46 <8.34E 08 ! 7.e.i n. nee co c.esE+ee e.seE+ee e.esE+ee e.seE+es e.esE+es e.esE+es e.esE+es e.esE+ee e.esE+ee e.seE+es emE+ee e.esE+0e e.stE+es 8.seE+es e.seE+0e 0.00E+00 'h I-131 <317E-08 417E-09 <3.17E-10 417E-11 <317E-12 <3.17E-13 417E-14 417E-15 <3.17E-18 417E-17 417E-18 2.00E-08 1.etE44 1.78E44 188E44 198E44 I-132 <5 39E48 <5 3eE-09 <5 3eE-10 <5.3eE-11 <53eE-12 43eE-13 <5 3eE 14 43eE-15 <5.3eE-16 43eE-17 <5 30E-18 1.04E48 8 20E45 6 tee 45 5 04E-05 5 92E45 t I-133 <3 51E-08 <3 51E49 <3 51E-10 <3 51E-11 <3 51E-12 451E-13 <3 51E-14 <3 51E-15 <3 SIE-te 451E-17 <3 51E-18 2.15E-08 1.3eE44 1.45E44 1.51E44 1.58E44 I-134 <2 89E47 <2 89E-06 <2 8eE4e <2 8eE-10 <2 08E-11 <2.8eE-12 <2.8eE-13 <2 8eE-14 <2.8eE-15 <2.8eE-16 <2.9eE-17 301E47 1.00E45 1.3eE45 120E45 104E45 l t-135 <2 34E47 <2 34E-08 <2.34E Og <2 34E-10 <2.34E-11 <2.34E-12 <2.34E-13 <2.34E-14 <2.34E-15 <2.34E-16 <2.34E-17 1.35E4B 8 5eE45 8.80E45 S O4E45 0.20E 05 Tot.t I.dene 0.eeE+0e e.eOE+ee e.etE+ee 9.00E+0e e.eeE+0e e.seE*ee 9.00E*e8 e.esE+et SeEE+ee e.eEE+0e e.seE+ee 7.44E4e 4.71E44 4.87E44 S.03E44 5. tee 44 . Rb48 <2 77E48 <2.77E48 <2 77E48 <2.77E 08 <2.77E-08 <2.77E48 <2.77E45 <2.77E-08 <2.77E48 <2.77E 08 <2.77E-08 3 50E47 2.14E45 2.12E-05 2.11E-05 2.0eE-05 e I Cs-134 <4 95E48 <4 95E48 c4 95E-08 c4 95E48 <4.95E48 <4 95E48 <4 98E48 <4.95E48 c4.eSE. <4ME48 <4 95E-08 <4 95E 08 <4 e5E-08 <4 95E48 c4 95E48 <4 95E-08 Cs-138 <4 88E48 <4 88E-08 <4 88E 08 <4 88E-08 <4 e8E r8 <4 SaE 08 <4 seE-08 <4 8eE 08 <4 88E4e <4.88E48 <4.8eE48 <4 88E48 <4.88E48 <4 80E 08 <4 88E48 c4 88E4B Cs.137 <5 34E48 <5 34E-08 434E48 <5 34Es08 c5.34E48 <534E48 c5.34E48 434E48 434E-08 <5.34E-08 434E 08 <5.34E-08 434E48 434E-08 <5.34E48 434E-08 , Cs-138 <3 23E-07 <3 23E-07 <3 23E47 <3 23E47 <3.23E47 423E47 <323E47 <323E47 423E47 423E47 <3 23Es07 300E48 1.30E48 1.00E-08 8.23E47 8.2eE47 L.-140 <3 09E48 <3 09E-08 <3 00E48 <3 00E48 <3 00E48 <3.0eE48 <300E48 400E-08 <3 00E48 <3 00E48 <3 00E 08 <3 0eE 08 <3 00E48 <3 00E48 <3 00E48 <3 00E 08 . Be-140 <2 28E-06 <2.28E48 428Es08 <2.28E48 <2.2eEs08 <220Es08 <2.20E 08 <2.20E48 <2.20E48 <2.20E48 <2 20E48 <2.20E48 420E48 <2.20E-08 <2 20Es08 <2 29E48 l Co.144 <2.81E-08 <2.81E-08 <2 81E48 <2.81E 08 <2.81E-08 <2.81E-05 <2.81E48 <2 81E48 <2.81E 08 <2.81E48 <2.81E48 <2.81E48 <2 81E48 <2.81E48 <2 81E48 <2.81E 08 7 ,0 . m E.98 .mE.e. . m E.e. . m E.es .mE. . m E.es . - E.es e. . m E.co . m E.e5 . E+0. 3-E. 2=. usE. ueE. uSE. 7 A.ee.,7 . m E.es .mE+es .mE. emE. emE. emE. eOE . .uE. .mE. emE. .mE. 7mE. 4 4E. emE. ueE. SmE.
-+
k I t f Nose 1 Reeues are bened on conochen. not anespoe. ame 1997 FIELD EKERCISE Note 2 There shoted be 1 Hr belwoon sempts % and provasyg meu.s- Pope 7 F I r
l t e l Pn0Cass -h . Tny Tweme suas swme Totene Sido sun,wcung 12r13rsee1 as Pts Thne ' Relative (HR:MN) 04:00 04:15 04:30 04:45 e5 08 e5:15 05:30 05:45 0 20 00:15 08:30 00:45 07:08 07:15 07:30 ActuaI(HR:MN) 12:00 12:15 12-30 12:45 13-08 13:15 13:3e 13:48 14 2. 14:15 14:30 14:45 1520 15:15 15:30 Nucikle , Ar-41 <4 34E-06 <4 34E-06 <4 34Em <4 34E48 c4 34E48 <4 34E48 <4 34E48 <4 34E48 <4 34E-06 <4 34E-06 <4 34E-08 <4 34E48 <4 34Em <4 34E46 <4.34E48 Kr45m <3 01E46 <3 01E-08 <3 01Em <3 01E48 <3 01E48 <3 01E 08 <3 01E-08 <3 01E-08 <3 01E-08 <3 01E48 <3 01E48 <3 01E48 <3 01E-08 <3 01E-08 <3 01E48 Kr-85 <9 29E46 <9 29E-08 <9 29Em (9 29E-08 <9 29Em <9 29E 06 <9 29E48 429Em <9 29E-08 <9 29E-08 <9 29E46 429E-08 429Em <9 29Em <9 29E48 Kr-87 <151E-07 <1.51E47 <151E-07 <1.51E47 <151E-07 <1.51E-07 <1.51E-07 <1.5tE-07 <1.51E-07 <1.51E47 <1.51E47 <1.51E-07 <151E47 <1.51E47 <1.51E-07 Kr.88 <1.18E47 <1.18E-07 <1.18E47 <116E47 <1.18E-07 <1.16E47 <1.16E47 <1.18E47 <1.16E-07 <1.16E47 cf.19E47 <1.1eE47 <1.18E47 <1.18E47 <1.1eE-07 te-133m <2.12E-07 <212E47 <2.12E 07 <212E-07 <2.12E 07 <212E47 <2.12E-07 <2.12E47 <2.12E47 <2.12E47 <2.12E47 <2.12E 07 <212E-07 <2.12E-07 <2.12E-07 [ xe-133 <4 34E47 <4 34E-07 <4 34E-07 <4 34E47 <4 34E47 <4 34E-07 <4 34E-07 <4.34E47 <4.34E-07 <4 34E-07 <4.34E 07 <4.34E-07 <4 34E 07 <4 34E47 <4 34E-07 ' xe-135tn <2.74Em <2 74E48 <2.74E48 <2.74E-08 <2.74E-08 <2.74E-08 <2.74E46 <2.74E48 <2.74E-06 <2.74E48 <2.74E-08 <2.74E48 <2.74E-08 <2.74E-08 <2 74E46 o Me-13S <8 34E48 <8 34E4e <8 34E46 <8 34E 08 <8.34Em <8 34E48 <8.34EM <8.34E-08 <8.34E48 <8 34E48 434E48 <8.34E48 434E48 <8 34E48 <8.34Em i Total Noble Gas 0.00E+0e 0.00E+00 0.00E+0e S.eOE+ee 0.00E+00 0.00E%e 8.etE+4e S.SSE+et GAGE +ee 9.00E+00 SJeE+0e S.SSE+08 0.esE+00 0.00E+0e 0.8eE*e8 t.131 2 00E44 2.17E44 2 31E-04 2.30E44 2.50E44 2 81E44 2.58E-04 2.54E-04 2.51E44 2.47E44 2.43E44 2 40E44 2.38E44 2 32E44 2.27E44 , 1-132 5 78E-05 5 83E45 5 58E-05 5 30E-05 5 22E45 5 08E-05 4 87E 05 4.28E45 3 93E-05 3 80E-05 3.30E45 3 02E-05 2 85E45 2 88E45 2.52E 05 1-133 185E44 1.71E44 180E44 185E44 192E44 2 00E44 1.98E44 191E44 1.88E44 183E44 1.79E44 1.75E44 198E44 153E 04 1.57E44 1-134 8 98E46 7.71E46 8.78E-08 5.72E-08 4 91E46 4 22E-08 3 43E48 2.77E-06 2.25E-08 1.82E48 147E-08 1.19E 06 9 88E47 8 20E47 6 81E-07 i 1-135 9 49E45 0 89E45 9 92E45 1.01 E-04 1.03E44 105E-04 1.01E44 9 75E-05 9.38E-05 0 00E-05 8.85E45 8 29E-05 8.19E45 8 08E45 7.98E-05 Totallodine 5.35E44 5.40E44 5.72E44 5.84E44 0.82E44 e.21E44 .AE44 5.etE44 S.74E44 5.50E44 5.43E44 5 2sE44 5.1E44 SA3E44 4.OSE44 Rt>48 2 08E45 2.03E-05 2 01E45 1.90E45 1.95E45 193E45 1.79E45 t e8E45 1.54E-05 1.43E-05 1.33E-05 1.23E 05 1.17E-05 1.12E45 1.08E-05 Cs 134 <4 95E-08 <4.95E-08 <4 95E-08 <4 95E-08 <4 95E48 <4 95E-08 <4 95E48 <4 95E-08 <4 95E-06 <4 95E48 <4 95E 08 <4 95E46 <4 95E48 <4.95E-08 <4 95E46 Cs-138 <4 88EM <4 88E-08 <4 88E48 <4.88E46 <4 88E48 <4.88E48 <4.88E48 <4 88E48 <4 88E-08 <4 88E48 <4 88E4B <4 88E48 <4 88E48 <4 88E48 <4 88E48 Cs-137 <5 34E-08 <5.34E-08 <5.34E48 5.34Em <5.34Em <5 34E48 <S 34E48 <S.34E48 <5.34E-06 <5 34E4e 434E-08 <5.34E48 <5.34E48 <5.3aE48 <5.34E-08 Cs-138 4 77E-07 3 82E-07 288E47 2 00E-07 1.50E-07 1.20E-07 881E m 8.15E 08 4 40E-06 3.14E48 2.24E-08 180E46 1.17E48 8.58E49 6.29E-09 La-140 <3.09Em <3 09E-08 (3 09E48 r 100Em <3 09Em <3 00Em <3 09E-08 <3 00E48 <3 09E-08 <3 00E 08 <3.00Em 400E-08 c309Em 400E-08 <3 09E-08 Ba-140 <2.28E-08 <2.28Em <2.28E-08 < *.28E48 <2.28E 08 <2.28E-08 <2 28E-06 <2.20E-08 <2.28E-08 <2.28E 08 <2.28E48 <2.28E48 <2.20E 08 <2 28E48 <2 28E-08 Co-144 <2 81E48 <2.81E 08 <2 81E-08 < 81E-08 <2.81E48 <2.81E 08 <2 81E.08 <2.81E 08 <2.81E-08 <2.81E46 <2.81E-08 <2 81E-08 <2.81E48 <2 81E46 <2 8tE-08 Total Parsculate 2.11E45 2 ATE 45 2.04E45 190E45 1.97E45 1.04E45 1.0eE45 1A7E45 1.54E45 1.43E45 1.33E45 123E45 1.17E45 1.12E45 1.seE-05 1.taiaceenf 5.5eE . 5.7eE m SmEm st4Em, 0.20 ~ 40E m e.23E m .ASE. 5.seE m (72E m 5.seE m 5xEm SmEm 5.i4E m 5.0eE m nees 1 no ues are t es amasenan, nas eine rse. eme 1997 FIELD EXERCISE i Note 2 There shoukt be 1 Hr between semple Cohocean and prownfrgp tesues Pego 7 8 t
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' I IN-PLANT SURVEYS . I i I RADIATION in-plant survey map data is provded in the following subsection. Data is provided, as appropriate, i for each floor level of the auxiliary, fuel and diesel generator and turbine buildings. Scenario data IS NOT provided if readings are to be used as found in the plant. If a map is provided, the data is 1 designated by a letter and corresponds to the circled letter zones on the map. Radiation data is j provided in the units indicated. Rediation levels indicated with a < sign indicate areas where readings will generally be below the lower level of detectability for instruments used in determining radiation levels. 2 ! Area radiation monitors are designated on the maps as the monitor number preceded by an *SD". The data for time monitors is provided in the area radiation monitoring data. t 1 1 1 1 J i e J i i i 1997 FIELD EXERCISE Page 7.10
__ y l TSC / OSC HABITABILITY RESULTS PARTICULATE BODINE DOSE RATE NET COUNTS NET COUNTS PER MINUTE uCi/cc PER MINUTE uCi/cc mR/Hr TIME 0830 25 1.99E-10 1 3.84E 10 <0.2 0900 25 1.99E 10 1 3.88E 10 <0.2 0930 25 1.99E 10 - 1 3.88E 10 <0.2 1000 30 2.38E 10 2 7.66E-10 <0.2 1030 30 2.38E 10 2 7.66E-10 2.0 1100 35 2.78E 10 2 7.66E 10 5.0 1130 35 2.78E 10 2 7.66E 10 5.0 1200 40 3.18E 10 2 7.66E-10 5.0 1230 40 3.18E 10 2 7.66E-10 5.0 1300 40 3.18E-10 2 7.66E-10 5.0 1330 40 3.18E 10 2 7.66E-10 5.0 1400 45 3.58E-10 2 7.66E 10 5.0 1430 40 3.18E 10 2 7.66E 10 5.0 1500 40 3.18E 10 2 7.66E 10 1.0 1530 40 3.18E 10 2 7.66E 10 0.5 l l SECURITY BUILDING HABITABILITY RESULTS l PARTICULATE LODINE DOSE RATE NET COUNTS NET COUNTS PER MINUTE uCi/cc PER MINUTE uCi/cc mR/Hr TIME
- * ~40 25 1.99E 10 1 3.88E-10 <0.2 0 25 1.99E 10 1 3.6.E 10 <0.2 0930 25 1.99E-10 1 3.88E 10 <0.2 1000 30 2.38E 10 2 7.66E 10 <0.2 1030 30 2.38E 10 2 7.66E 10 12.0 1100 35 2.78E 10 2 7.66E 10 20.0 !
1130 35 2.78E 10 2 7.66E 10 20.0 1200 40 3.18E-10 2 7.66E 10 20.0 1230 40 3.18E-10 2 7.66E 10 20.0 1300 40 3.18E 10 2 7.66E 10 5.0 1330 40 3.18E-10 2 7.66E-10 5.0 1400 45 3.58E 10 2 7.66E 10 5.0 1430 40 3.18E 10 2 7.66E 10 5.0 i 1500 40 3.18E 10 2 7.66E 10 1.0 1530 40 3.18E 10 2 7.66E 10 0.5 i 1997 FIELD EXERCISE Page 7.11
I J EOF HABITABILITY RESULTS I PARTICULATE LODINE DOSE RATE l NET COUNTS NET COUNTS PER MINUTE uCl/cc PER MINUTE uCl/cc- mR/Hr TIME l 0830 25 1.99E 10 1 3.88E 10 <0.2 0900 25 1.99E 10 1 3.88E 10 <0.2 0930 25 1.99E 10 1 3.88E 10 <0.2 1000 30 2.38E 10 2 7.66E 10 <0.2 1030 30 2.38E-10 2 7.66E 10 <0.2 1100 35 2.78E 10 2 7.66E 10 <0.2 15 '.,0 35 2.78E 10 2 7.66E 10 <0.2 , 1200 40 3.18E 10 2 7.66E 10 <0.2 l 1230 40 3.18E 10 2 7.66E 10 <0.2 1300 40 3.18E-10 2 7.66E-10 <0.2 1330 40 3.18E-10 2 7.66E 10 <0.2 1400 45 3.58E-10 2 7.66E 10 <0.2 1430 40 3.18E 10 2 7.66E 10 <0.2 1500 40 3.18E 10 2 7.66E-10 <0.2 l 1530 40 3.18E 10 2 7.66E 10 <0.2 l 1 l
)
1997 FIELD EXERCISE Page 7.12
RPF02-210-1(Q)REV 1 Page e:f _ Data Time 2065' TURBINE BLDG Survey Data h DPM/100cm2 ; 7600 7S60 no. - n i l 2 I \do WPW I (gg V I "g ^* yh , M 8 ;apone9' i 5 --
.t b > 4 stJo ibd i n O :u '
i;C o, s cob "
*E 0 0 h a
~
h' l IN I O!: q .:tSo4(, V ; n H l bg 4 250 ;2 , l W ! la ATo b8
! l
;~77% Vs n -
Il 190 %' ' ,
- i -
i 236 40,
; ll : r 7700 '
I2 - _?E = g 3,g gs3 50W D"~, l l O@ M sf 110 1 0*~ xso V&h.s' N ' 1780 \# g
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mm m.o., F/no WRciss- . 0 ,o 1m i , ,,,c. R)Dh//// PNV/MA + / A -- ~/o ~/ - - /4 mm. Performed Byi ! Reviewed sy HP Tectmicaan ! ACAD HP Supervisor Operations Date
- All Dose Rates in area /hr unless specified
- 4. a,- a a a. o. .~ m
- 1. men nemom ansa A.nor masmeta ntonaar amea
- All Dose Rates <2 mrem /hr unless specified ,$ . tocsED uen nala& Tion AREA k.amsoRNE RamWl"TMTV aASA
- All smears =1000 dpm/100c,a (SETA/Gwe4A1 unicos specified A.cowranassavuo mmeA
- All smears counted for Alpha 20 dpe/100cea unless specified dn.ameonme neoncturv anar our vo noma nas
- a. .ma.e6v cowtanmenarto ansa (3.neoncvwe enarenw.s ameA
= All Large Area Smears (LAS) e1000 dps/1A5 unless specified 3. m nor mants:ta amaa At..= my cowrnourn amea (REF RPP 02-210) 1997 FIELD EXERCISE Page 7.13
.. . ns~. . - -
^ - - ^ ' - '^ ^
l l ," RPF02-210 1(Q)REV 1 Page ef _ Data Time 203.T TURBINE BLDG Survey Data DPM/100cm2 j
@[~ "i I" No. i m - -,
- -. -@- W l L6oK # A>
s .. a. -
==1 - g$,CC -
6900 mei woe
.s 4704 l
' = 3 I
@ 4 WGC p=-== @~ &
b ' - 3 6 450 R 6@ 6 7 450 K O ' s HmK e 5 i%) K c
@ 0
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I m is)/.,es 1D987///// RWY////t / / / / n u nns W:10CC? O e GAITROMCS P e PHONE Ut a LADOER RACK Performed By: ! Reviewed By: ! HP Tectmacian ACAD MP supervasor Operat&ons Date 4.magnata mea 1.not PaRTicts mea
- All Dose Rates in mrem /hr unless specified i. mon nachaTON MGA d e mot PaRTCL18TOnAag aAGA All Doee Ratas <2 eJtem/hr unieae specified
- All seests <1000 dpm/100cm (5 a ETA / Gate 9A) unless specified 4* LocMED eson naamton ansa & asiaansanaconcTufvansA A.cowraammatto amaa 6.amteonma naccacTurv ameA Duf fo moeLE Qas
** All smears counted for Alpha <20 dom /100cea unless specified All Large Area smeart (IAs) <1000 apa/LAs unless specified 6..soest contaammarro amaa 6.naccacTwa isaranuu masA 4.,ortwr. ,MotPantruantA da e^=~^urcourmouscameA (REF RPP 0'*-210) 1997 FIELD EXERCISE Page 7.14
- m. =2aumeu. mmr -
mo2.no.uaim 2 e __ , _ .e ,1.e
- _ Survey Data
~
, DPM/100cm2 c
No. ff \
*L W
' nod k A
@ SW@, 1 nov O n v wm
$ 490 E I
L M30 2 1 6@ M~ ,@ "I NIT I I l f usoE
. .. . _~
l D ; 1 s4DK O ldboK 1' s ',j V i! ; il 4301/ J l g 500C/ L ; i L_ o w .
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35 9 # # 4 .- W) @ p!..c, R. M o, - i u p :l o,' .' oa N :
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.. _ _. - _ = _ _ __ . . _ \ l F! ELD Wenceser -_ . _ . . ;
in,,w.,e9 @ 9h'Ilit/ PH1/////2 n/A-- W/.4- M A-- w /e 4 l Rama V:scoo I i i Performed By: ! HP Tecrunactan Reviewed By: ! ACAD HP supervasor Operstaons Date A.no.vun,am. A. n aarnas uma
- All Dose Rates in arem/hr unless specified A* spaamaramassa A. sun wruss evanass anaa
- All Dose Rates <2 mrem /hr unless specified A.uumagemo.namatumeanna 4.amamme -
- All smears <1000 dpm/100cW (tETA/GApoio unless specified - - anna A.emmans asunaman An.ammans namonewavv aans as to soma eas *
- All smears counted for Alpha .30 dpm/100calunless specified 4..esav eannassaniss ansa is.nemcema nnessiss aama
. ul urge Area smears tusi .2000 apatus unless specified A. % , % si.-- v -a (REF RPP C2 210) 1997 FIELD EXERCISE Page 7.15
- - - - - . ..- -. . ... ...,....... . .- .. _ . - - - . . . .~.- - - -
l RPF02-210-1(Q)REV 1 Page _ gt _,,,,,,, Dace Time I 2000' TURBINE BLDG i ! O,~ N/ [ Yi T 5:' Survey Data
- .b 5, h 4[,_/ -
o
.v v - '~'3@j DPM/100cm2 i ~ l/N U No. '
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*==*=== * '
i
@ .v m
~
v v U F- O - i 2. 260W
'A00 % t, ./e a . _ _ _
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- ~=D 1=
- @, 55 s 260 48
g 250 % 4 Y &g r1% ~ Q6A $ bcD%vL 1
- g~ 4 gs c, R60%(
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- s= 1 240 ite' i z: :s o R5 Dest l el:x:::::::-=xe. .
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Performed By: ! Reviewed By: ! KP Technician ACAD KP Supervisor Operations Date 4.nacunomanaa A.nor numets amaa
- All Dose Rates in arem/hr unless specified .ie mea nnounan amaa A .nor masmcLa svonaos amaa
- All Dose Rates s2 mrem /hr unless specified 1.tocesp oseM aacunom anaA 4.e MRoonNa RADonCTMrv aASA
- All Smears s1000 dpm/100cm3(EETA/GApetAl u11ess specified 4.cowf aamutto amaa h a astsamma naamacturv anar ous to mosLE sas
- All Srmars counted for Alpha <20 dpa/100cu unless a specified i. oestcouvaamentroaa A $.nAponctw auttamts amaa
- All Large Area Smears (LAS) <1000 dpm/LAS unirss specified e . ,ortwnai serr easmets ameA M e "- tY coNinou.1D aar.a (RET RFP 02-210) 1997 FIELD EXERCISE Page 7.16
RPF02-210-1(Q)REV 1 Page ,,,,_ e.f ,,,.,,,, Data Time 1983 TLRB BLDG. Z -- Survey Data ,l
- . hm y .
DPM/100cm2 ; h; No. _ _ b - I HC04 WM
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- All Dose Rates in eres/hr unless specified .t. MeH Anthatson ansa
- All Dose Rates <2 mrem /hr unless specified t e not amicta sfonaes maa
- 4. Locaso seen magnation ansa sp . ammonma naccacturv anta
- All smears <1000 dpe/100ce,a garTA/CAmAl unlese specified .4.couraum avsoamea
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- All Large Area Smears (LAS) <1000 dpe/LAS unless specified 4. cortsmak uot panteta ansa on. aia~ --ev cowinousc anta (REF RPP 02 210) 1997 FIELD EXERCISE Page 7.17
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- All Dose katee <2 summan/hr utless specified A.tacamosannamentumsameA A.asmosessamanacwrvasam
- All smeare <1000 dpm/100amt(aETA/Q4setA) imless specified A.cowrassentmeaman A.ammama numsuem?v amm aus te ammta ans
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SURVEY REASON [/00 O' RWPS t POWER 1 ,,,,,iac, .gu'ilill RHWillik a/ + MAV .MA - d 4-REMARKS DENOTES CONTAMINATED AREA (s). HS . HOT SPOT CIRCLE DAY COMPLETED FOR M Tu W Th F S Su i Perfermed Byr HP Technician ACAD Reviewed By: HP Supervisor Operations
! Date All Dose Rates in mrem /hr unless specified d* namatom anaA do nor maavas amaA All Dose Rates <2 mrem /hr unless specified A. omaamatemamma Aenov pemcLa svonace amaa ** All smears <1000 dpm/100cm3(BrTA/cAMMA) unless specified A.wenso naciatiomuna A.amnoa.e RacCaCTMfY adEA All smears counted for Alpha <20 dpm/200ce unless a specified A.cournamenvuoamaa A.amsome nnocacrMrv ameA mm vo nom.s ans All Large Area smears (LAS) <1000 dpm/LAS unless specified A..soes.v cowransseafro amaa A.maconemt enaw amaa i A* DOTEsmnL.sof par?tcLa aAEA A. "" "^d Y Ccomtouso anEA '
(REF RPP 02-210) 1997 FIELD EXERCISE Page 7.19 1
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l 1997 FIELD EXERCISE Pege 7.20 l l l
1997 GRADED EXERCISE ONSITE.XLS ONSITE PLUME DATA 12/13/961:11 PM TIME 10:30 10:45 11:00 11:15 11:30 11:45 12:00l12:15 12:30 R/HR t Point of Release 960 792 710 634 571 54 480 440 416 A1 480 396 355 317 286 257 240 220 208 A2 240 198 178 158 143 128 120 110 104 A5 24 19.8 17.76 15.84 14.28 12.84 12.00 11.00 10.40 B 2.400 1.980 1.776 1.584 1.428 1.284 1.200 1.100 1.040 C 0.048 0.040 0.036 0.032 0.029 0.026 0.024 0.022 0.021 PAGE 7.21
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! 1997 FIELD EXERCISE Page 7.30
_ _ . . . _ _ . . . . _ . . . . _ . ___._._..__ ...._ _..._ .._.___ _ .._.__ _._ ..___.._ _.... _.. _~~.._ _....___ 4 1 d r
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1997 GRADED EXERCISE N SOT 1XL5 OFF-SITE FIELD DATA PREPCRED USMG EDCP i 12/13% 1140 AM i L TRAE: ACTUAL 10:49 AAB REl.ATNE 2:40 POST RELEASE 3:19 P1C DOSE s-2 DIST CPEN CLOSED BETA TEDE RATE PART PART l-2 1-2 CDE (801) X7Q RERWHr RERWHr RERWHr (anRAnin) CPM tsCuce CPM uCWee REaIHr EA8 0.75 1.32E45g 8.611 8.824 7.948 7.294 110.4 050 6.83E49 177,500 7.85E45 21.791 2 RIl 2.00 3.77E.06 X 2459 1 892 2 270 2 058 31 5 245 195E49 50.718 219E45 6224 ' AA 2.50 5.57E.04 3.634 2.795 3.354 3.940 48.8 362 2.stE49 74,933 3.23E45 9.195 XO 3.15 3.23E46 2.110 1 623 1 948 1.765 27 0 213 187E4e, 43.511 188E45 5 339 Page8 2 m_________. -.._-_-_-___-.__m___.._ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ - _ _ _ _ _ _ _ _ -_ ._m_ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _ -
1997 GRADED EXERCISE TIME: 10:49 Q @~ p- 8, g-H+ 2:49 ~ g- @~ g R+ 0:19 g O 8 8' d9 g g[d'q& a Eil',[n2?Jfo' s t A HON i wco[ ) 7
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1997 GRADED EXERCISE WN-SHFT1.XLS OFF-SITE F8 ELD DATA PREPA2D USING EECP 12/5/96. 9 33 AM F TIME: ACTUAL 10:53 AM RELATIVE 2:53 POST RELEASE 0:23 Plc OOSE l-2 OtST OPEN CLOSED BETA TEDE RATE PART PART M l-2 CDE - (aBI) X/O RERWHr REtWHr REggHr pnRhnin) CPEB uCWee CPel esCUce REIRHr EA8 0.75 1.32E45 14.610 12.777 15.333 7.895 213.9 975 7.75F.49 201,587 8.00E45 84.991 2 Ret 2.00 3.77E46 4 813 3 702 4 443 2 298 61.7 282 2 25E49 58.412 2.52E-05 24 366 AA 2.50 5.57E46 7.111 5.479 8.584 3.300 91.2 417 3.32E49 98,301 3.72E46 38.000 XO 3.15 323E46 4.129 3.178 3 811 1 A3 52.9 242 193E-09 50.111 216E-05 20 904 X1 3.06 2.01E45 2 561 1970 2.364 1 217 32 8 150 1.20E-09 31.083 1.34E-05 12 964 i 1 Page 8 4 ; 6 k _ _ _ _ - - _ _ _ - - - - - - - - - - - - - - - - - - - - - - - - - -- - - - - - - - - - - - -- - - - - - - - - - - ~ - - - - ~ ~ ~ - - - ~
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1997 GRADED EXERCISE MN-SHFT1 XLS OFF-SITE FIELD DATR PREPARED LCWG EDCP 1?>5/96. 9 33 AM F t TitAE: ACTUAL 10:58 AaB RELATWE 2:99 POST RELEASE 0:29 PIC DOSE t-2 DIST OPEN CLOSED BETA TEDE RATE PART PART 02 E.2 CDE (RAI) KlO REGAHr RERAMr REWHr (mR#mbi) CPW wCuce CPtf uCWce RERAMr EAB 0.75 1.32E45 j 16.419 12.777 15.333 7.096 213.0 975 7.75E49 201,$87 8.89E45 84.091 2 RAI 2.00 3.77E46I 4 744 3 649 4 379 2 255 60 8 278 2 21E49 57,575 2 48E-05 24 017 AA 2.50 5.57E45 7.111 5.470 8.984 3.300 91.2 417 3.32E49 88,301 3.72E45 36.000 XO 3.15 3.23E46 4 129 3.178 3 811 1 983 $2.9 242 193E49 50.111 2.16E45 20 904 X1 3.86 2.01E48 2 581 1 970 2 384 1 217 32 8l 150 120E-09 31.083 1.34E-05 12 986 X2 4.84 1.10E48j 1.500 1 154 1.385 0 713 19.2 88 7.00E-10 18.209 7 85E-06 7.596 Page 8 6
1997 GRADED EXERCISE C' TIME: 10:59 p- @
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1997 GRADED EXERCISE WM-SHFT1 XLS OFF-SITE FIELD DATA PREPARED USMG EDCP 12@98.9 33 AM TitAE: ACTUAL 1128 ARI RELATWE 328 POST RELEASE 3:38 PIC DOSE M DIST OPEN CLOSED BETA TEDE RATE PART PART l-2 62 CDE (aAQ X/O REtWHr REEWHr RFW Hr indtmuin) CPW uCiRx: CPM wCWce 9tEWHr EAfs e.75 1.32E45g 14.389 12 591 15.119 7.780 209.9 SOS 7.84E493 198,856 8 58E-05 82 888 2W 220 3.77E48 Q 4 744 3 649 4 379 2 255 80 8 278 2 21E-os1 57.575 2 4eE45 24 017 AA 2.50 5.57E45 7.089 5.392 S.479 3.332 09.9 411 95,984 3.87E45 35.484 3.27E49l XO 3.15 3.23E48 4 070 3 131 3 757 1 934 52 2 239 190E494 49.393 213E45 20 804 X1 3.86 2.01E46l 2 5=1 1 970 2.384 1 217 32 8 150 120E-09 31.083 134E-05 12 986 X2 4.84 1.10E46I 1500 1 154 1 385 0713 19 2 88 7 00E-10l3 18.209 7 85E46 7 596 5 W f BS 5.00 1.09E4S g 1392 1 070 1 205 0 881 17.8 82 6 49E-10~ 16.888 7 28E48 7 045 X3 5.94 1.15E46 e 1 470 1 131 1 357 0 000 18 8 88 8 08E-10 17.844 7 89E46 7 444 s i 9 Page8 8
1997 GRADED EXERCISE Q' TIME: 11:06 p- p- @~ 8 #. p-H+ 3:06' @~ g S g
# jF R+ 0:36 g
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1997 GRADED EXERCtSE INN-SHF T1 XLS OFT-SITE FC2LD (MTA PREPARED USING EDCP 125% 9 33 AM TIME: ACTUAL 11:12 AAA SUM ATIVE 3:12 POST stELEASE 0:42 Plc DOSE 44 DIST OPEN CLOSED BETA TEDE RATE PART PART 52 1-2 CDE (WII) K/O REWWHr RERWHr RERWHr (mRhnen) CPGB uCUce CPEI uCWee RE4WHr EAB 0.75 1.32E45 18.389 12.591 15.119 7 798 20t.9 908 7.64E49 198.486 5.5SE48 82 see 2 Mt 2.00 3 77E-06 4 744 3 649 4 379 2 255 60 8 278 2 21E-096 57,575 2 48E45 24 017 AA 2.50 5.57E48 I 7.009 5.392 8.470 3.332 89.9 411 3 27E49 95.004 3.87E45 35.484 KO 3.15 3 23E46 I 4 070 3 131 3 757 1 934 52 2 239 190E-C9 49.393 213E45 20 604 K1 3.96 2 01E-06 2 524 1 942 2 330 1 200 32 4 148 1.18E49 30.637 1.32E45 12 780 X2 4.84 118E46 1 500 1 154 1 385 0713 19 2 88 7 00E-10 18,209 7 85E.06 7 596 5 Mi t BS 5.00 109E45 l 1.392 1 070
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1997 GRADED EXERCISE TIME: 11:12 Q 8' g . 8 Q-H+ 3:12 ~ P~ @~ R+ e 0:42o g a wotr entes
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' \ .
loth RD. sta ta Y ' ' ' a ,edC># ' s 1 mR/Hr y 4- & 91H Ro. X3 $' m / v h=# #[ BTH RD. s#Y
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7TH RO.
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yjp V PAGE 8.11
---____.---------w--.----,,a.- - - - _ _ - . - - - _ _ _ - - - - - - _ _ . _ - - - - - - ___- _-- a - - m. - .s
1997 GRADED EXERCISE WN4HFT1 XLS OFF-SITE FIELD DATR PREPARED USING EDCP 12596.033 AM TIME: ACTUAL 11:18 AAA RELATVVE 3:18 POST RELEASE 3:40 , j PIC DOSE M DIST ' OPEN CLOSED BETA TEDE RATE PART PART 52 54 CDE (RN) Xf0 REN Hr REfmHr REWHr (mRNnin) CPW uCuce CPM uCDec RESBHr EAB 0.75 1.32E45g 14.309 12.991 15.110 7.700 209.9 82.888 2W SOS 7.04E49l 190856 S.SSE45 2.00 3.77E46 4 4 875 3 598 4 315 2 222 50 9 274 218E-091 56737 2 45E-05 23 ese AA 2.50 5.57E46 S.907 5.313 S.375 3.283 08.8 83028 3.81E46 34.988 X0 405 3.22E49l 3.15 3.23E46 4 070 3 131 3 757 1934 52 2 239 190E-00l 49393 213E-05 20 604 K1 3.95 2.01E45g 2 524 1 942 2 330 1 200 32.4 148 1.18E-Og 30637 132E45 12 780 X2 4.84 1.18E46 p 1 479 1 138 1 365 0703 19 0 87 8 90E-10 17948 7 74E-Os 7 487 5 Mt i 88 5.00 1.99E46l 1 372 1.055 1 206 0 652 17 8 90 6 40E-10 19646 718E-06 6944 X3 5.94 1.15E483 1 470 1 131 1 357 0 899 to 9 em 6 seE-10 17844 7 89E46 7 444 K4 7.01 1.549 1.192 1.430 0.738 19.9 91 7.23E-19 19502 S.19E46 7.843 CC 7.50 1.21E4Sl 1.24E46 i 1 583 1 218 1 401 0752 20 3 19212 8 29E 06 93 7 39E-10 8014 K5 7.95 9.94E47 s 1 268 0 975 1 171 0 6034 16 31 74 5 92E-10 g 15394 6 64E46 6422 i PageB 12
1997 GRADED EXERCISE Q TIME: 11:18 - p- p - R . f g
}}
- FrJE I G S TAltON '
-m[ ,
O ISTH RD.
\ #
'x T ,
, 14TH RD.
< c >> e s ,
e'
, e 13TH RD.
5 TR IR gs , w
,9 - g-l l\
i X0
/ -' -. \
5 mi / BB $ 88 TO _GARNETT 12TH- RD. N
~
v 11 T H RD-g TJpy as $
?
CC , g3ofs p I 4 10TH RD. Sru tu jf C " ! , g w
} g!' ? ,
* ,1 mR/Hr , "
9TH RD. X3 2 pf'N / 5 m e
,p ,
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- 1. %, _ , / ,*
"~ " -
X5s-
~ _ _ -3 , GTH RD.
8 : #g 5
"+ee +
, I PAGE 8.13
1997 GRADED EXERCISE iM(-SHFT1 XLS OFF. SITE FIELD DATA PREPARED USMG EDCP - 12/5f96. 9 33 AM TitAE: ACTUAL 11:30 AAA RELATIVE 3:30 POST RELEASE 140 P1C DOSE t-2 DIST OPEN CLOSED BETA TEDE, RATE PART PART 3-2 82 CDE (W) X/Q RERWHr REWHr RENHr (mRhnen) CPGB uCWec CPtB wCWee RESWHr EAB 0.75 1.32E.05 g 14.127 12.405 14 987 7.006 298.8 948 7.83E49 198723 S.44E46 81.845 2W 2.00 3.77E4611 4 808 3 543 4 252 2 189 59 ti 270 215E49 55000 2 41E45 23 318 AA 2.50 S.57E45 g 8.987 S.313 S.378 3.283j OS S 408 3.22E49 83528 3.81E45 34.988 XO 3.15 3 23E489 4 011 3 085 3 702 1 9061 51 4 235 187E-09 48874 210E45 20 304 X1 3.86 2.91E45 2 488 1 914 2 296 1.182j 31 9 146 1.16E49 30192 130E-05 12 594 X2 4.84 1.10E48 1 457 1 121 1 345 08031 18 7 88 8 00E-10 17687 7 62E48 7 378 5 W i BS 5.00 1.99E46 1.352 1.040 1.248 0 642 79 6 31E-10 16404 7 07E46 6 543 17.3g X3 5.94 1.15E48 . 1449 1 115 1338 0 SOS 18 6 g 85 6 79E-10 17508 7 SeE46 7 337 K4 7.01 1.21E46 1 527 1.175 1.410 90 0 726h 19 6l 7.13E-10 18533 7 90E-06 7.731 CC 7.58 1.24E45 1.500 1.200 1.440 9.742l 20.01 92 7 3AE-19 19977 5.10E48 7 999 R$ 7.95 1.250 0 962 1.154 0594 73 5 83E-10 1M 74 6 54E-06 6 330 10 W ,DD 20m 9.94E47l 4.w47 . 834 ute ..W3 .284l 1 16 u 0l 31 2.NE-1. l Sm 2.m 48 2.782 i f
~ Page 8 14 i
._. , ._ * ' ~ ' '~
1997 GRADED EnERCISE Q TIME: 11:30 p- p "Ul"/f /// / *//-' iFr4FF S T A i TON i1
=co[ , i 1STH RD.
?
g
\ T
, 14TH RD.
c . r,4 , t v . '\ h Ulfdddle \ \ M5 d'<..r 13TH RD. c ei In ain - g o i X0 N ,..; 5 mi / BB - s- To _GARNETT 3( f , N .
',' \ i, 12TH RD.
O ' off ss 11TH RD. TJ"J "S $' CC '# X1 X2
~
wa tu f
!j >3 (v' ,
g.
*- 1 mR/Hr g 10TH RD.
grl 9TH RD. X3 #
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.gr/ 8TH RD.
X4 .10 mi / DD es @?Y nn tu. , i 7TH RD. j I X5s
/c/
y , GTH RD. d'g l 8 :
\ /
D . __ / , I / PAGE 8.15
1997 GRADED EXERCISE WN4HF T1 XLS OFF-SITE FIELD DATQ PREPARED USING EDCP 13596. 9 33 AM TIME: ACTUAL 11:45 Att RELATfWE 3:48 POST RELEASE 1:15 PIC DOSE t-2 DtST (W) Xt3 IOPEN CLOSED BETA TEDE RFRAHr REW Hr REESHr RATE (mRhnin) PART CPIE PART uCWce 02 CPal eCWee 6-2 CDE REttHr EAB 0.75 1.32E45 s 15.948 12.268 14.719 294.4 9.30E+92 2M 2.00 3.77E46 $ 4 554 7.579j 7.44E49) 193524 8.34E45 88.727 3 503 4 204 2 165s 58 4 2 67E+02 213E4s t 55272 2 38E45 23 056 AA 2.50 5.57E46 4.895 5.235 S.282 3.235 87.2 3.99E+02 32509 3.5EE45 34.452 X0 3.15 3.23E46 c 3 951 3 040 3 648 1878 50 7 232E+02 3.18E49l' 184E49 47956 2 07E.05 20 005 X1 3 SS 2 451 1 885 2 262 1.165 31.4 144E+02 2.01E45l 1.14E49 29746 128E-05 12 406 X2 4 84 1.18E488 1 436 1105 1 325 0883 18 4 843E+01 6 70E-10 17426 7 5tE.06 7 269 5 M f BB 5.00 1.332 1 024 1 229 0633 17.1 7.81E+01 8 21E-10 16162 6 97E-06 1.99E48l 6 742 X3 5.94 1.15E45 R 1 428 1 099 1 310 0 679 18 3 8 30E+01 6 88E-10 17332 7 47E-08 7.230 X4 7.01 1.595 1.158 1.359 19.3 5.83E+et 7.92E-19 1_21E48g 9.71Sg 18263 7.87E45 7.810 CC 7.50 1.24E45 a 1.838 1.183 1.419 0731g 19 7 9.82E+01 7.18E-10 19082 8 04E48 7 795 X5 7.95 9.9eE47j 1250 0 962 1.154 16 0 7.34E+01 5 83E-10 15174 6 54E46 0594l 6 330 10 RAIf DO 10.00 4.19E47l 0.826 0.406 S.408 4.290l 8.7 2.4SE-10 8304 3.88E+01 2.78E45 2.883 Page 8 16
1997 GRADED EKERCISE TIME: 11:45 p- 8 F
":J:0 / / / . @'/ / /y/g/
I??hEnE"ifo ' i ' wwf , g ~ 15T H RD.
? ,
s s 4 i N 3
" 14TH RD
!!U$il< j g}\ J ** '
13TH RD. ta na
,#s g, 5 g 5 mi / BB $: TO _GARNETT
_j j
.- \ ep 12TH RD.
l a J TJm"d *S o cc g s,ep 11 TH RD. X1 X2 ' f . s u 10TH RD.
, . < ~ Y b ." ! *
# c i) /
w- 1 mR/Hr " gi f',.? ' 9TH RD.
\ X3 h' f9 o*' X l..
'.a 9%
10 mi / DD
*f}
/ / 8TH RD.
18 c e5[. n., on. a i,
# 7TH RD.
i. I X51
. //
s i GTH RD. 8 - . I p '
' STH RD.
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PAGE 8.17
1997 G8CDED EXERCISE WN,SHFT9 XLS OFF-SITE FCZtD DATA PREPCLIO USENG EDCP 12/5% 9 33 AM T W E: ACTUAL 12:00 PM RELATIVE em POST RELEASE 1-30 P1C DOSE b2 DIST CLOSED BETA TEDE RATE PART PART l2 52 CDE (tet) XiQ lOPEN
. REW Hr REW Hr REWHr pnRhusist) CPM esCWec CPM uCWee REagfHr EAB 0.75 1.32E45 15.785 12.127 14.582 7.493 282.1 9.2SE+92 7.38E49j 191324 S.25E45 79.810 22 2 00 3.77E46 4 502 3 463 4 156 2 140 57 7 2 64E+02 210E-09 I 54643 2 36E-05 22 794 AA 2.50 5.57E-06 6.729 5.176 S.211 3.190 38.3 3.90E+02 81061 3.52E45 34.955 x0 3.15 3.23E46 a 3 907 3 005 3 607 1857 50 1 2 29E+02 3.14E49l:
182E-09 47417 2 04E.05 19 780 R1 3.96 2.01E-06 g 2 423 1 864 2 237 1.152 31.1 142E+02 1.13E-09 j 29412 127E-05 12 269 X2 4.84 1.10E48 R 1 420 1 092 1 311 0 675 18 2 8 33E+01 6 63E-101 17230 7 43E-06 7 188 5 miBB 5.00 1.09E46l 1.317 1 013 1 215 0 626 to 9 7.73E+01 614E-10 15900 6 89E-06 6 666 K3 5.94 1.15E-05l 1 407 1 082 1 299 0 869 18 0 82eE+01 6 57E-10 17078 7 3eE-06 7 123 K4 7.01 1.21E4811 1.483 1.140 1.309 19.0 S.79E+01 6.92E-10 17994 7 75E45 7.508 8.705l CC 7.50 1.24E4El 1515 1 165 1 398 0720s 19 4 000E+01 7.07E-10 19386 7 93E-06 7 670 K5 7.95 9.94E47l 1.232 0 946 1.137 15 8 7.23E+01 5 75E-10 14953 6 45E-06 6 236 0586l 10 M f DD 10.00 4.10E47! 8.518 0.399 0.478 0.248I S.4 3.94E+01 2.42E-te 8291 2.71E46 2.824 I I Page 8 18
1997 GRADED EnERCISE TIME: 12:00 g- 8
@~ p- P' H+ 4:00 @~
fy R+ 1:30 EfrYnE075 f+ f &q& f h f J q ~ 15TH RD.
?
C N T x 14TH RD
] \'N l ,
s I ii t j s
'j"Nt bu
\ '
~
a 13TH RD. I
' f.
5 mi / BB 1(5. TO _GARNETT _J ,% \i eD 12TFi RD. I
)
I
\N CC g
11TH RD. TJ."J a5 o X1 X2 - g~ .~ # # '3 . s *
.,r.,<~ s? 'v ",' ' 10TH RD.
e.
.! / 4- 1 mR/Hr "g 5 '
9TH RD. k X3 fm / f
>..?
'* cf
- p. s. */ 8TH RD.
X l10 mi / DD 4> sg?Y nn tu.
\.
l
. / /
# 7TH RD.
X5s ' f GTH RD. i 3 / E '
"'o
' NW y , Efp '
PAGE 8.19 STH RO. e
1997 GF ADED EXERCISE YM-SHFT1 XLS OFF-f ITE FIELD DATA PREPAREO USING EDCP 12/5/96,9 33 AM i T10AE: ACTUAL 12:15 PRI RELATIVE 4:15 POST RELEASE 1:45 PlcOOSE 62 DIST OPEN CLOSED BETA TEDE RATE PART PART I-2 12 CDE (RIO X/Q REEWHr REIAHr REINHr (mRhesin) CPER uCNcc CPtf uCWee RERIHr . EAB 0.75 1.32E45 15.883 11.987 14.385 7.407 199.8 9.14E+02 7.27E49 199125 S.19E45 78.993 2M 2.00 3.77E46 4 451 3 424 4 108 2 113 57 1 2 81E+02 2 08E-09 54015 2 33E-05 22 532 s AA 2.50 5.57E45j S.852 5.117 S.141 3.162 3.90E+02 3.10E49 OS.3l 98733 3.40E45 33.877 XO 3.15 3.23E.08 ! 3 863 2 971 3 566 1 836 49 51 2 27E+02 180E49 46878 2 02E45 19 555 ? X1 3.98 2.81E-06 2 396 1843 2 212 1 139 18 0 141E+02 112E49
- 29078 125E-05 12 130 X2 4 84 1.18E46 1 404 1 080 1 296 0 867 18 0 8 24E+01 6 55E-10 17035 7 34E46 7106 5RAIfBB 5.00 1.09E48j 1302 1 001 1 202 0619 16 7 7.64E+01 6 07E-10 15799 6 81E46 6 590 X3 5.94 1.15E463 1 391 1 070 1 284 0 est 17 8 818E +01 6 49E-10 18885 7 M.06 7 043
- X4 7.01 1.408 1.128 1 353 0.897 18.8 1.21E4S g 5.00E+01 S.84E-te 17791 7.67E45 7.422 CC 7.50 1.24E.86 i 1498 1152 1 383 0712 19 2 8 79E+01 6 99E.10 18179 7 84E-06 7 583 X5 7.95 1 214 0 934 1.121 0 577 15 6 7.12E+01 9.94E47g 5 66E.13 14732 6 35E.06 6145 10 2811 DD 10.00 4.18E47 p 9.511 9.393 S.471 0.243 S.S 3.50E+91 2.30E 10 0198 2.47E48 2.585 l
3 I i i I j t Page 8 20
199F GRADED F%ERCsSE TIME: 12:15 g- p~ @~ r////g/ p- @~
":j:: //
- EIfr$nENo" S T ATION ,
a wmf - 15TH RD,
?
- y. %
1 N ~ g " 14TH RD. kf((' t ' 5 ' 13TH RD. Idi i n g) XO 5 mi / BB 5 ( 7 TO GARN ETT
- 7' k
_t\ / ~
-4w tt 12IH RD. '
a d 11TH RD. CC g' , ,,# 3 TL"J aS 8 X1 t X2 cs 'y -w-
~
l ,
. > 10TH RD.
~~<~ 2 '
- ' 1 mR/Hr p.
X3
$' f Y
fn / 9TH RD.
.Y " 7 '//
r o* X 110 mi / DD
*"/ 8TH RD.
j ep g?Y nn tu.
! 7TH RD.
l l- . X5s
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/ -
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"'h i /,lilliH PAGE 8.21
- _ _ _ _ _ . - . _ _ _ _ _ _ _ _ _ . . - _ _ . . _ _ _ _ _ . _ . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ ______A___ m__. _. _
1997 GRADED EXERCISE YM SHFT1 XLS OFF. SITE FGLD DATA PREPARED USWG EDCP 125/96. 9 33 AM TIME: ACTUAL 12:30 PRI RELATIVE 4:30 POST RELEASE 2 90 PIC DOSE u DIST OPEN CLOSED BETA TEDE RATE PART PART M l-2 CDE (W) KlO REGAHr REINHr RERIHr (mR7 men) CPEI wCuce CPel uCWee RE1AHr EAB 0.75 1.32E45 g 15.402 11.848 14.218 7.321 [ 197.8 9.04E+02 7.19E49 198926 8.96E46 77.975 2 RAI 2.00 3.77E46 p 4 39e 3 364 4 061 2 091 I 56 4 2SeE+02 2 05E49l 53387 2 30E-05 1 22 270 AA 2.50 5.57E.05) 8.575 5.058 4.879 84.3 3.SSE+02 79005 3.44E45 33.290 3.126l 3.87E49 j XO 3.15 3.23E4611 3 818 2 937 3 525 1 8154 49 0 2 24E+02 178E49i 46340 2 00E45 19 330 X1 3.86 2.01E46l 2 366 1622 2.186 1 126 30 4 ?.39E+02 28743 124E45 11 990 111E49j X2 4.84 118E465 1 387 1 067 1 281 0 659 17 8 814E+01 6 47E.101 18639 7 26E-06 7 024 5181i BB 5.00 1.09E-06 ' 1 287 0990 1 186 0 612 16 5 7 55E+01 6 00E-10 15617 6 73E-06 6 515 K3 5.94 1.15E-06 1 375 1 058 1 270 0 654l' 17 6 8 07E+01 6 42E 10 18693 7 20E-06 6 963 K4 7.01 1.21E.01j 1.449 1.115 1.338 10.6 8.50E+01 0.889j S.76E-10l 17589 7.58E46 7.337 CC 7.50 1.24Ee 5 1 481 1 139 1 367 0 704 B. 19 0 8 69E+01 8 91E-10 q 17973 7 75E-06 746 XS 7.95 9.94E47 j 1 200 0 923 1 106 0 571 15 4 7 04E+01 5 60E-10 14567 6 28E-06 6 076 101At iDD 10.00 4.18E47 k. 0505 0 386 0 ese 0240 65 2 96E+01 2 36E-10l y 6128 2 64E-06 2 556 i I Page 8 22
i 1997 GRADED EnERCISE TIME: 12:30 h p- p~ @~ @
":J:::// e//f/g/
p.
==
ti T A TION i 1STH RD.
? ,
s #,. t '
~
14TH RD.
'q\
,,,,,,y -
lj'yj!,'rk. i 5 ' t ik% N 13TH RD. f
}'
3 L X0 . ,s 5 mi / BB' 5 TO G ARN ETT l\_ t
; f \ 4D
+
I 12TH RD. l l 9 ' c c g& , , v's 11 TH RD.
*rl."J "S f $ X1 X2 ~
i s " L 10TH RD. fv 'v
' ce~ ~ '
,r<- " !
. -I w- 1 mR/Hr ~~
g
$ ' , '- 9TH RD.
X3 fm g/ f .. #
'a
#' X4 . 10 mi / DD 8TH RD.
g?Y nn en.
7TH RD. X55
., s+/
5 5 # GTH RD. w
"' STH RD.
" '"* % _ y,l$di '
PAGE 8.23 _ _ . _ _ _ _ _______.--mr
1997 GRADED ExERCfSE VA :412 ES MISC OFF. SITE FGLD DATQ PREPARED USMG EDCP 125961 Of PM NOTE Due to the stuftmg wmd descean, cente tme data es not prtmded ures the wrd dwecten stat:*ms tsadose readmgs are avanotne so that a trend of data changes can be noted For exangte. N a team ts on the side of the plume lowenis vd*$ the wind is now moveg. then ther estrumentshon shell begin to respond Date should be prtmded Indicating changes in the dose raies
. .:@,6 yfrom the maps that are pnmde for 9ws tenstenal period TIME: 12:33 PRI RELATNE 4:33 POST RE' LEASE 223 PIC DOSE F2 OPEN CLOSED BETA TEDE RATE PART PART l-2 1-2 CDE REIEMr RERWHr RERWHr IneRAusin) CPtB uCWee CPGB uCWec RERWHr EAS 23.879 18.215 21.887 11.209 383.8 1.30E+03 1.97E40 279990 1.29E44 115.981 AA 4.999 3845 4815 2 388 64 1 2 85E+02 2 28E49 58902 2 54E-05 24 486 BB 1.900 1 523 1.829 0 930 25 4 1.13E+02 23335 101E-05 9 701 8 97E-10l CC tiet 0 877 1 052 0 540 14 6 649E+01 517E-101, 13433 5 79E-08 5 584 DO 0.778 0 597 0 716 0.367 99 4 42E+01 3 51E-10 9138 3 94E-06 3 799 PAGE 8 24 I
_ _ _ e -- - - _ _ __h_ _ - - -- - - - -
1997 GRADED EXERCISE p' TIME: 12:33 p. p- @~ . p-H+ 4:33 @~ e 8 + B a R+ 2:03 g
==
[& S T ATION wco[ 5 1STH RD.
?
c j y\ T g a 14TH RD. lEs/rld . , N h"z
#'"^'
,h cyg , 13TH RD.
t,E r voth @
<- , BB 5 TO GARNETT
* ,e ',j\,
'88 12TFi RD 6 N 11TH RD.
n,w-s 8 # cc g ,a sss.
. y f 10TH RD.
er-<~ # e4- 1 mR/Hr e I 3 e
/ "&
,' 9TH RD.
& $Q f
,' a
- i l
j DD $ 4[. 8TH RD.
,, qW n,. m
,,+,# 7TH RD.
I GTH RD. l- 8 $ #
'", w .
esc ## cw +-s STH RD.
' ~
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1997 GRADED EXERCtSE WW4-SHFT2 XLS M!SC OFF-SITE FIELD DATA PREPARED USING EDCP 12/596101 FM NOTE Due to the stufbng wind drechon, centertne data es not provuSed urttd the wind dreckon statWizes isodose resengs are swastable so that a trend of data changes can be noted For example. E a team is on h sede of the plume towards wtuch me wind is now rnoving then ther instrumentaban shas begon to respond Dets stead be proeded kidicaeng changes in the onse rates interpoiahng trorn the maps that are provide for this trenteenal period TttAE: 12:36 PRR RELATNE 4:38 POST RELEASE 2-98 Plc DCSE 64 OPEN CLOSED BETA TEDE RATE PART PART l-2 l-2 CDE RERWHr RERWHr REttHr lenRNutin) CPGB uCWee CPIB UCWec MEEEfHr EAB 22.969 17.888 21.292 19.873 2948 1.31E*S3 1.94E40j 279829 1.17E44 112.582 AA 4.849 3 730 4 476 2 295 62 2 2 79E+02 2 20E-091 57135 2 46E-05 23 751 88 1.921 1 476 1 773 0 909 24 6 1.09E+02 8 70E-10 22635 9 76E46 9 41' CC 1.106 0851 1 021 0 524 14 2 630E+01 5 01E-10 13030 $ 82E-06 5 417 00 0.752 0579 0 694 0356 96 4 29E+01 3 41E-10 8864 3 82E-06 3 685 PAGE 8 26
1997 GRADED EXERCISE S O' o Q- [f[* /g//// g p. @. 5 &
"='" /
v / / / TO GARNETT
+
~~* ', ' i'a woor cneck 16TH RD.
TIME: 12:36,' y
- jf;WQ"*
H+ 4:36 ,g,, , 1STH RD.
~ --
;,m;r R+ 2:06 N e E"O
~ "
'"- 1, ' corre'
' h ,,e'N i ,
N 14TH RD.
-) EST i- 13TH RD.
.BB ' / E E sunLINGTON $($33 -
10_GARNE I l Mrs tre rrE E!3 5 {IE C{ OOCK # fAggwA,.7 Ed h . 12TFi RD. g8 cfey!%- [$j g 11TH RD. _ = " , , , c , ,Q $
. . s a m
91 mR/Hr = = <(% ' '" " - H L t. s
.-g CC, 4 l' 9TH RO.
n ovm
- [! \
t - BTH RD.
=
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$ DD
Noeru
- 7TH RD.
h, ! ' 5 I 6TH RD. TH LN. C"O STH RD. mo
\ PAGE 8.27
1997 GRADED EXERCISE WP4-SHFT3 XLS tAISC ' OFF-SITE FQLD DATA PREPARED USMG EDCP 12/596101 PM l l I NOTE. Due to the s: %vwowt & A centertne data es not provused unts the wed duetton statutzes. Isodose resengs are avadatee so that a trend of data changes can be noted. For example. N a team is on the side of the plume towards wNch the wnd is now moving. then thew instrumentation shot begin to respond. Data should be provided kuficagng changes et sie dose rates w*rptgatmg from the maps that are provu$e for 9ws trarismanal period TIME: 12:39 PGA RELATIVE 4 39 POST RELEASE 220 PIC DG5E 6-2 OPEN CLOSED SETA TEDE RATE PART PART t-2 B-2 CDE REttHr REERMr REIAMr - (mmimin) CPtf uCWee CPM uCWce REtWHr EAB j 22.279 17.138 29.888 19.S46 295.6 1.27E+03 1.81E48 l 252S19 1.13E44 109.127 AA l 4.704 3 618 4 342 2 227 60 3 2 68E+02 213E-09 55421 2 39E-05 23 039 BB 1.983 1 433 1 720 0 882 23 9 108E+02 8 44E-10 21956 9 46E-06 9 127 CC 1.073 0 825 0 990 0 508 13 8 611E+01 4 86E-10 12639 5 45E-06 5 254 DD 0.730 0 561 0674 0.345 94 4.18E +01 3 31E-10 8598 3 71E-06 3 574 PAGE O 26
-- - ~ . - - _ _ _ _ - 1997 GRADED EXERCISE e @. p- @~ . f p-4?
# e?l$Y//ff GARNETT
~
TIME: 12:39"* ,
' S" H+ 4:39 - . . .
O -
. . .g +
1STH RD. AT,7 j , R+ 2:09 % 5 .3,~ t, ( BB 17
/
14TH Ro.
* - - y % ' '
1
'n8MN '
13TH RD BURLINGTON 4 3 p.
%2h bin nocx rd ]?5! . I;7 t~~
*r .
_i O GARNEIi N y duYry*55%;We-asiDD. EA 12TH RD. a.o c, . 11TH RD. cwenv k i
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I
1997 GfUDED EXERCISE VW8-SHFT2.KLS MISC (#F-SITE FIELD DATA PREPARED USING ED"P 12/5/96151 PM NOTE Due t) the shNig wed de centenne dets is not proveed uned the wed procean samtmes esodose reedmes are avadetWe so that a trend of data changes can be noted For energie. W e team ts on the see et me plume towards whidi me mW is now rnoving. then ther instrumentation sha8 begin to respond. Data should be prouded Iru9caling dienges in the dose rates mterpotatmo from the enaps that are provide for this transitanal period TitIE: 12:42 PRR RELAffWE 4:42 POST stELEASE 2:12 PIC DOSE s-2 OPEN CLOSED BETA TEDE RATE PART PART I-2 5-2 CDE ftEWHr RES Hr 9tEWHr {mRenin) CPM uCuce CPER uC#cc REtWHr EAB 21.611 16.624 19.949 18.238 277.1 1.23E+03 9.TSE49 254835 1.19E44 198.SS3 AA 4.562 3 510 4 212 2 160 58 5 2 80E+02 2 07E49 53758 2 32E45 22 348 BB 1.908 1 390 1 668 0 856 23 2 103E+02 819E-10 21297 918E-06 8 853 CC , 1.041 0 800 0 980 0 493 13 3 5 93E+01 4 71E-10 12260 5 28E46 5 097 00 0.700 0 544 0 653 0 335 91 4 03E+01 3 21E-10 8340 3 60E-06 3 467 l PAGE 8 30
1997 GRADED ERERCISE D~ p. h @' gh' p- e' p- p- p. p.
$$ff T "h
GARNETT TIME: 12:42-
-- wotr encex i i ' ,,, a i
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1997 GRADED EXERCISE Y#i SM T2 XLS MISC OFF-SITE FIELD DATA PREPARED USpeG EDCP 1MS61 et PM NOTE. Due to the g.Ja., wax e A carnertme data es not provided unbl the wmd drecean ==8*w teosome readmgs are evadetde so that a trend of data changes can be noted. For example, N a team is on Sie side of Bie plume kiwerds whdi the wnd is rm rnowmg then ther instrumentshon shot begm to respond. Data should be prowded indiming h m the dose rates
;..;m ~;.6y frorn the maps that are provide Ibr thrs tranemonal perted TIME: 12:45 PRI RELATIVE 4:48 POST RELEASE 2:15 PIC DG5E l-2 OPEN CLOSED BETA TEDE ftATE PART PART l-2 1-2 CDE RERAHr RERWHr ftERAHr JJ , CPIB wCWce CPel uc#cc REEWHr EAS 29.953 19.125 19.350 9.923 285.8 1.19E+03 9.90E45 240908 1.0SE44 192.677 AA 4.428 3 404 4 085 2 095 56 7 2 52E+02 2 00E-00 52145 2 25E-05 21 677 BB 1.753 1 349 1 618 0 830 22 5 9 99E+01 7 94E-10 20658 8 90E-06 8 588 CC 1.009 0 776 0 932 0478 12 9 5 75E+01 4 57E-10 11892 5 13E-06 4 944 DD 0.887 0528 0634 0.325 88 l 3 91E+01 311E-10 8090 3 49E 06 3 363 i
i PAGE 8 32 s _ _ _ _ _ _ _ _ . . _ _ _ _ _ _ _ _ _ _ . _ _ _ . _ _ _ _ . _ _ - _ _ _ ___________.-_______m. _ _ _ - - -_ _ m-_ - _ _
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TIME: 12:45l"
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1997 EXERCISE n%SHfT2XLS OFF-SITE FIELD DATA PREPARED USMG EDCP 12596.1300 AM TintE: ACTUAL 12:59 Pet RELATfvE 4:99 POST RELEASE 2:29 PIC DOSE 2 DIST OPEN CLOSED BETA TEDE RATE PART PART l-2 1-2 CDE (met) X/O REttHr RESOHr NESIHr (mRnnin) CPIB uCWee CPtl uCNec REtWHr EAB 0.75 1.32E45 26.008 20.087 24.001 12.349 334.5 1,438 1.10E40 307.379 1.32E44 127.7T9 2 Mt 2.00 3.T7E-08 7.451 5 731 6 870 3 527 95 5 424 3 38E49 87.789 3 78E45 36 495 KO 2.32 3.00E46 S.004 4.000 5.616 2 000 78.0 347 2 78E49 71,005 3.00E46 29.000 r t i l Page 8 34
1997 GRADED EXERCISE
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1997 EXECCSE WN SOT 2 XLS OFF. SITE FtELD DATA PREPARED USING EDCP 1?)5.96,10 00 AM i i TIREE: ACTUAL 1M PW RELATIVE SW POST RELEASE 2:30 PIC DOSE l-2 DIST OPEN CLOSED BETA TEDE RATE PART ' + ': 1-2 l-2 CDE (801) XM2 RENHr RENHr REN Hr (mRhudn) CPM 3% CPM uCDec RERSHr EAB 0.75 1.32E4S 25.773 19.828 23.791 12.200 330.4 1,400 1.17E48 303,678 1.31E44 128.240 7 l 2W 2.00 3.77E48i 7 451 5 731 8 878 3 527 95 5 424 3 38E49 87,799 3 78E-05 36 495 i XO 2.32 3.00E46 6.004 4.800 5.614 2. set 78.0 347 2.78E49 71,685 3.99E45 29.000 AA 2.50 2.79E48 5 508 4.237 5 064 2 807 70 5 314 2.50E49 64.993 2 80E-05 26 977 X1 3.78 1.59E45 3 147 2 421 2 905 1 490 40 3 179 143E-09 37.078 160E45 15 413 i i I Page 8 36 ; i e
1997 GRADED EMERCISE f S TIME: 1:08 =
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1997 EXERCISE uvN-SHFiaALS OFF-SITE FIELD DATA .%hT3 USING EDCP ti/5/96,90 00 AM T14EE: ACTUAL 1:11 PRI RELATWE 5:11 POST RELEASE 2:41 PIC DOSE I-2 DIST OPEN CLOSED DETA TEDE RATE PART PART M l-2 CDE (RAI) XAQ REWHr REIWHr REW Hr gnR4 mini CPIB UOke CPM uC0cc RESOHr EAR 015 1.32EW 28.T73 10 026 23.791 12.200 330.4 1,400 1.17E40 303,876 1.31E-04 12e 240 L 2 RII 2.00 3.77E48 7 451 5 731 8 078 3 527 05 5 424 3 30E40 07.700 3 70E45 36 405 RS 2.32 3.00E46 S.004 4.500 S.614 2.000 70.0 347 2.70E40 71,808 3.00E45 20.000 AA 2.50 2.70E45 5 500 4 237 5 004 2 807 70 6 314 2 50E40 64.003 2 00E-05 26 077 K1 3.70 1.00E48 3 147 2 421 2 005 1 490 40.3 170 1.43E-Of 37,078 180E-05 15 413 i X2 4.33 1.32E45 2617 2 013 2 418 1 230 33 6 140 1.10E40 30.035 133E-05 12010 l l l, Page0 30 l
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_. . m 1997 EXERCISE WN.SHFT2 XLS OFF-SITE FIELD DATA PREPARED USING EDCP 12/5/9R.10 CO AM l l l l I ThlAE: ACTUAL 1:18 Pts Rf LATNE W:18 POST RELEASE 2:48 P1C DOSE l-2 DIST OPEN CLOSED BETA TEDE RATE PART PART I-2 82 CDE (RAI) XfQ REtWHr REttHr REWHr (mRhudn) CPGB wCWec CPtl uCWce RERWHr EAR 0.75 1.32E45 26.773 19.828 23.791 12.200 330.4' 1,480 1.17E48 303,476 1.31E44 128.240 2 RAI 2.00 3 77E.06 7 361 5 862 6795 3 484 94 4 419 3 33E-09 86.732 3.74E-05 36 055 X0 2.32 3.00E48 S.011 4.924 5.540 2.848 77.1 342 2.72E49 79,822 3.esE45 29.441 AA 2.50 2 79E-06 C441 4 186 5 023 2 576 80 8 310 2 47E-09 64.112 2.76E45 26 052 X1 3.75 1.59E-06 3.147 2.421 2.905 1.490 40.3 179 143E-09 160E-05 15 413 37.076 X2 4.33 132E-06 J 2617 2 013 2 416 1 239 33 6 149 119E4e 30.835 133E-05 ' 12 816 5 IAI f B5 5.00 109E46 2 154 1.657 1.906 1020 27.6 123 9 76E-10 25.382 109E45 10 551 X3 5.18 104E-06 2 064 1 508 1 f*05 0 977 26 5l 118 9 35E-10 24,317 105E-05 to 109 I Page8 40
1997 GRADED EMERCISE e .
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_ m . . _ . . . . .. ._ --m - .' - - - 199F EXERCTSE WH SHFT2 XL5 OFF-SITE FIELD DATA PREPARED USING EDCP 12/5/96,10 00 AM TWE: ACTUAL 1:25 PM RELATNE 8:25 POST RELEASE 2:55 P1C DOSE 4-2 DIST OPEN CLOSED BETA TEDE RATE PART PART l-2 F2 CDL (M) XfQ REP 1Hr RERWHr RERWHr (snRhnin) CPM uCWec CPM uCWee REttHr EAB 0.75 1.32E45 ' 25.459 19.584 23.501 12.052 328.4 1,450 1.15E48 299973 1.29E44 124.700 2 Mt 2.00 2.77E46 7 361 5 862 6795 3 464 94 4 419 3 33E49l 86732 3 74E45 36 055 KO 2.32 3.00E-06 S.011 4.624 5.548 2.845 77.1 342 2.72E49 70822 3.05E45 29.441 AA 2.50 2.79E46 5 441 4 186 5 023 2 576 89 8 310 2 47E49 64112 2.76E-05 26 652 K1 3.78 1.59E46 3 109 2.391 2.870 1 472 39 9 177 1.41 E-09 36631 158E45 15 228 X2 4.33 1.32E46 2 617 2 013 2 416 1 239 33 6 149 119E49 30835 133E-05 12 818 5 M i BB 5.00 1.09E46 2 154 1 657 1988 1.020 27.6 123 9 TSE-10 25362 109E-05 10 551 X3 5.16 1.04E461 2 064 1 588 1 905 0977 26 5 118 9 35E-10 24317 105E-05 10 109 K4 S.61 7.40E47 1.483 1.125 1.381 0.893 18.8 83 S 83E-10 17239 7.43E46 7.188 s Page 8 42
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199F EXERCISE uN SHFT3 XLS OFF. SITE FIELD DATQ PREPARED USING EDCP 12t5/98.10 00 AM l i l l r i TitAE: ACTUAL 1:33 PGA REtATIVE 5:33 POST RELEASE 343 Plc DOSE l-2 DIST OPEN CLOSED BETA TEDE. RATE PART PART l-2 6-2 CDE (tet) X/Q REttHr REIWHr REISMr (mRfmin) CPtB wCWec CPGI uCWee RERWHr EAB 0.75 1.32E451 25.459 19.584 23.501 12.952 326.4 1459 1.15E48 ' 299973 1.29E44 124.700 2 RAI 2 00 3.77E46 k 7 271 5 593 6 712 3 442 93 2 414 3 2WE-09 85674 3 69E-05 35 615 R0 2.32 5.937 4.547 5.481 2.811 78.1 338 2.89E49 69958 3.02E45 2*.002 3.00E46l AA 2.50 2.79E46 R 5375 4 134 4 961 2 544 68 9 306 2 44E49 63330 2 73E-05 26 326 X1 3.78 1.59E46 W 3 109 2 391 2.870 1 472 39 9 177 141E-09 36631 158E45 15 228 X2 4.33 1.32E48 $ 2 585 1 989 2 367 1 224 33 1 147 117E49 30464 131E-05 12 664 5 RAIi BB 5.00 1.09E-08il 2 128 1.637 1.965 1 007 27.3 121 9 64E-10 25076 1.08E-05 10 424 X3 5.16 1.04E44l 2 039 1 568 1882 0 965 26 1 116 9 24E-10 24024 104E45 9 987 X4 6.61 7.40E47 1.463 1 125 1.351 0 693 18 8 83 6 63E-10 17239 7 d*"A 7.166 CC 7.50 8.22E47 1.230 9.948 1.135 0.582 18.8 70 5.57E-10 14499 ', RE46 8.023 K5 8.03 5.86E47 1.119 0860 1 033 0 530 14 3 64 5 07E-10 13180 5 68E-06 5 479 Page 8 44 F
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1997 EXERCISE we aie I2 ALS OFF-SITE FIELD DATA PREPARED USfMG EDCP 12/5/96.10 00 AM TIME: ACTUAL 2:15 PM RELATIVE 8:15 POST RELEA52 3:48 Plc DOSE 62 DIST OPEN CLOSED BETA TEDE RATE PART PART l-2 82 CDE (MI) XfQ REMHr REWHr RENHr (mRAnin) CPM WCWec CPM uCWee RERWHr EA8 0.75 24.726 19.020 22.824 11.794 317.0 1.41E+03 1.12E40 291332 1.2SE44 121.108 1.32E45 p 2M 2.00 3.77E46, 7 062 5 432 6519 3 343 90 5 4 02E+02 3 20E49 83206 3 59E-05 34 589 XO 2.32 3.00E46 ' 5.795 4.436 5.323 2.730 73.9 3.20E+42 2.61E49 87943 2.93E45 20.244 AA 2.50 2.79E48 5 220 4 015 4 818 2 471 88 9 2 97E+02 2 36E-09 81505 2 65E-05 25 568 X1 3.78 3 008 2.314 2 776 1.424 38 6 1.59E46l 1.71E+02 1.36E49 35440 1.53E45 14 733 X2 4.33 1.32E46l 2.501 1 924 2 309 1.184 32 1 14?E+02 1.13E-09 29473 127E.05 12 252 5 mi BB 5.00 1.09E46l 2 059 1584 1 901 0 975 26 4 1.17E+02 9 33E-10 24261 105E45 10 065 X3 S.16 1.04E461 1997 1 537 1844 0 946 25 6 1 14E+02 9 05E-10 23535 101E-05 9 784 X4 E.61 7.40E47 j 1.416 1.009 1.307 0.870 18.2 0.07E+01 S.42E-10 18885 7.19E45 S.936 CC 7.50 8.22E47l 1190 0 916 1 099 0 563 15 3 6 78E+01 5 39E-10 14023 6 04E46 5 830 X5 8.03 5.86E47 - 1 092 0 840 1.006 0 517 14 0 6 22E+01 4 95E.10 12663 5 54E-06 5 347 XS 9.41 4.55E47 0 877 0675 0 810 0 415 11 2 500E+01 3 97E-10 10333 4 45E-06 4 296 10 M f DD 10.00 4.10E47 0 806 0 620 0.744 0 362 to 3 4 59E+01 3 65E-10 9499 4 09E46 3 949 It Page 8 52
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WOLF CREEK NUCLEAR OPERATING CORPORATION EVALUATION LOG SHEET Evaluator: Date: Assignment: Page: _j_ OF TIME l i l I 1997 FIELD EXERCISE Page 9.16
WOLF CREEK NUCLEAR OPERATING CORPORATION EVALUATION LOG SHEET Evaluator: Date: Assignment: Page: _f_ OF TIME 1997 FIELD EXERCISE Page 9.15
i l f i l l WOLF CREEK NUCLEAR OPERATING CORPORATION l EVALUATION LOG SHEET l Evaluator: Date: Assignment: Page: J_ OF l ' TIME l l 1
~
4 l 1 l l 1997 FIELD EXERCISE Page 9.14
l 1 WOLF CREEK NUCLEAR OPERATING CORPORATION ;
\
EVALUATION LOG SHEET l Evaluator: Date: Assignment: Page: _2_ OF l TIME 1 l l l l 1997 FIELD EXERCISE Page 9.13
i WOLF CREEK NUCLEAR OPERATING CORPORATION EVALUATION LOG SHEET Evaluator: Date: l l Assignment: Page: 1 OF TIME i I 2 a T W L 1997 FIELD EXERCISE Page9.12
_ _ _ - . _ _ _ _ _ _ . _ . . _ . . . _ . _ - . _ _ . - . _ , , . . _ . , _ . - ~ . . . _ . _ . . . . . , _ _ _ . . . . . _ . - _ . _ . . _ . . _ _ . - CONTROLLER CHECKLIST l At the EOF, was interaction with offsite officials / agencies acceptable to those agencies? Was assistance and support to the Control Room from the TSC/OSC adequate? l l l Were briefings of onsite teams adequate? l Was dispatch of onsite teams well coordinated? Was data regarding onsite teams updated on the status boards? Were facility priorities properly identifed and clearly communicated to all personnel within the facility? l I Did the offsite feld teams adequately define the plume edges? Did the offsite feld teams maintain their dose ALARA? Did the offsite field teams obtain centeriine data? Was release of information to the public/ media timely and accurate? Was release of information to the public/ media convincing? l 1997 FIELD EXERCISE Page 9.11
l CONTROLLER CHECKLIST - l CONTROLLER / EVALUATOR GUIDE Was the TSC, IC/MRC, EOF activated in an adequate amount time (Note amount of time required)? Was the TSC, IC/MRC, EOF staf fed with the proper number of positions (Note any missing positions)? I l Was communication of data to/from the g'oup timely and accurate? Was the amount of data brought to the group suffcient? I l l Was the data generated within the group transferred to the appropriate organizations? i l Were notifications to outside organizations timely and accurate? l Were dose assessments timely? l Were assumptions for dose assessment reasonable? Were PARS timely and consistent with the guidelines? i l Was acc; dent assessment at the Control Room, TSC and if appropriate, the EOF timely and accurate? l l Was accident classification at the Control Room, TSC and if appropriate, the EOF timely and accurate? l l i l 1997 FIELD EXERCISE Page 9.10 1 j ! i 1
I CONTROLLER CHECKLIST
- FEBRUARY 25.1997 EMERGENCY PLAN FIFI D EXERCISE CRITIOUE ITEMS l
- 1. Simulator / Control Room I
l Issue Ownership PIR
- 2. TSC/OSC Issue Ownership PIR
- 3. EOF Issue Ownership PIR
- 4. Public Information Oronalratinn Issue Ownership PIR
- 5. Drill Control Issue Ownership PIR 1
l
- 6. Other issue Ownership PIR l
1997 FIELD EXERCISE Page9.9
i I CRITIQUE OUTLINE EOF DRILL AND EXERCISE PLAYER CRITIQUE OUTLINE TO BE USED BY THE EOF LEAD CONTROI I FR OR THE DEM TO DIRECT THE FACILITY PLAYER CRITIQUE
- 1. Staffino and Facility Activation i 2. Facility Accountability I
l
- 3. Accider t Analysis and Classification 1
- 4. Dose Assesscnent
- 5. fMBE
- 6. Offsite Notrfications
- 7. Facilitv Communications (between and within)
- 8. Public information (includino Rumor Control)
- 9. Activation and Control of Offsite Teams
- 10. Facility Manaoement
- 11. Offsite Acenev Interface
- 12. Scenario and Drill Control
- 13. Safety Concems related to scenario situations l 14. Safety Concems related to drill conduct bv olavers l 15. Other (Recoverv. S'1ift Tumover. etc)
I 1997 FIELD EXERCISE Page 9.8 l
i l CRITIQUE OUTLINE 1 l TSC/OSC DRILL AND EXERCISE PLAYE.fLCRITIQUE l OUTLINE TO BE USED BY T HE TSC LEAD CONTROLLER OR THE DED TO DIRECT THE FACILITY l PLAYER CRITIQUE
- 1. Staffino an1E VJii,^.div.ghgD
- 2. Site and Facility Accountabh
- 3. Accident Analvsis and Classification
- 4. Dose Assessment
- 5. f%Ba
- 6. Offsite Notifications
- 7. Facility Communic tions (between and within)
- 8. Public Information (includino Rumor Control)
- 9. Control of Onsite Teams
- 10. Activation and Control of OffsiteJBamE
- 11. Faci!ity Manaoement l
- 12. Scenario and Drill Control
- 13. Safety Concems re!ated to scenario situations
- 14. Safety Concems related to drill conduct bv otavers
- 15. Other (Recoverv. Shift Tumover. etc) !
1997 FIELD EXERCISE Page 9.7
CONTROLLER lNSTRUCTIONS
- 7. Conduct a facility controllers critigt.e after the player's critique. This critique shall be used by the facility lead controller to collect issues and assign ownership of those issues. Important timeline information should also be captured in this meeting.
- 8. Participate in the drill critique. The facility lead controller should bring issues and owners of these issues to the drill critique. Important timeline information should also be brought to this meeting.
I l l I 1 l 1997 FIELD EXERCISE Page 9.6
1 1 CONTROLLER INSTRUCTIONS Drill Lead Controller shall i l
- 1. Provide for the overall management and technical direction of the controller team. !
I
- 2. Monitor the progress of the drill to ensure that the scenario develops in an orderly and I coordinated manner. )
l
- 3. Coordinate the issuance of drill messages with the other members of the controller team. j
- 4. Approve the initiation of changes if an alteration in the schedule or sequence of events in the scenario should occur.
Note: Only the Drill Lead Controller may authorize such activities as described below.
- 5. Temporarily freeze play after simulator failure. The Drill Lead Controller will communicate with all Lead Facility Controllers to ensure that play resumes at the same time with accurate data. The Drill Lead Controller shall determine if further play is simulator or hard-copy-driven.
- 6. Provide for sufficient communications with the other members of the controller team.
- 7. Maintain a log of all major player actions, scenario-driven activities, alterations in scenario l sequence of events, and other pertinent data or information; include a list of deficiencies, l weaknesses, improvement items and other observations if you are also acting as an evaluator. ;
- 8. Conduct a drill critique the day after the drill with the evaluators, facility lead controllers, and facility lead players. The purpose of this meeting is to capture timeline information, issues for resolution, owners for these issues, strengths, and determine whether drill objectives were met.
Facility Lead Controllers shall:
- 1. Coordinate with the Drill Lead Controller on the issuance of drill messages within the assigned facility, and in case of a simulator failure.
- 2. Monitor the data being received and released from the facility to ensure consistency with the scenario.
- 3. Maintain a log of all major player actions, scenario-driven activities, alterations in scenario sequence of events, and other pertinent data or information; include a list of deficiencies, weaknesses, improvement items and other observations if you are also acting as an evaluator.
- 4. Supervise the facility support controllers.
- 5. Collect all logs and paperwork generated by facility support controllers and players.
- 6. Ensure that all controllers, evaluators and players are prepared to attend a player's critique immediately following the drill. The critique shall be held in each facility. Facility Leads shall request that the players spend approximately 15 - 30 minutes after the drill to identify and assign drill improvement issues, strengths, weaknesses and important timeline information.
1997 FIELD EXERCISE Page 9.5
. - - - - - . ..~ _ _- . -. . -. .- . .. - -. . . . ~ . . . .
CONTROLLER INSTRUCTIONS ' General A. Controllers shall pre-position themselves in the appropriate emergency response facility no later than 0730. i B. Controllers must comply with instructions from the Drill Lead Controller. C. Prior to the commencement of drill activities, controllers shall test telecommunications and synchronize watches with the Drill Lead Controller. D. Controller messages, specifically scenario and public information messages, must be approved 4 by the Facility Lead Controller prior to issuance. j ~ E. Special messages and messages designated as contingency must be approved by the Drill Lead Controller prior to issuance. F. Information regarding scenario events or data must only be provided upon request from the appropriate players. G. Information regarding scenario events or data must not be provided prior to the time noted on the message or data sheets. H. Controllers will ensure that players do not use radios in Area 5 of the plant. Communications l A. Gai-tronics will be operable frorn the simulator. Channel 5 shall be used for drill l communications, and the phrase "This is a drill" MUST be used to distinguish drill play from normal operating traffic. B. The following radio channels have been cleared for drill use: I
- Channel
- radio checks
- Channet t in-plant teams
- Channel 4: field teams 1997 FIELD EXERCISE Page 9.4
CONTROLLER ASSIGNMENTS .
, EVALUATOR CONTROLLER ASSIGNMENT NAME i
EOF Field Team Control Tim Patten ! EOF Communic'ations Betty Sayler Lead Public information-Topeka Tom Hood Luis Solorio
- Lead Public information-WC Webb Nifong Gary Burchart
, Information Clearinghouse-WC Bill Selbe j information Clearinghouse-Topeka Terry Damashek i Media Center-WC Robert Londo 3
Media Center-Topeka Susan Maycock i Phone Team-WC Mindy Sadowski Phone Team-Topeka Jim Roush i HPN Chris Reekie (X-5209) ENS Steve Lucas
- (X-5054)
County Art Mah State E O C Brian Winzenried ] l l FAKE MEDIA AND PHONE TEAM CONTROLLERS-Topeka l j ASSIGNMENT EVALUATOR CONTROLLER 1 i MEDIA John Lyle MEDIA Jack Stokes
- MEDIA Johnny Fraeman
; MEDIA Mona Grimsley-Hett
! MEDIA Lance Lane 4 j FAKE MEDIA AND PHONE TEAM CONTROLLERS-Wolf Creek (WC) j ASSIGNMENT EVALUATOR CONTROLLER i MEDIA Dan Dandrelo { MEDIA Tony Palmer MEDIA Chester Berg MEDIA Clayton Fry MEDIA Jim Wesbrooks i z PHONE TEAM Jennifer Anderson PHONE TEAM Terri Fraker
, PHONE TEAM Mark McMullen
! PHONE TEAM Janet Osmundson i 1997 FIELD EXERCISE Page 9.3 1 4
4 CONTROLLER ASSIGNMENTS , EVALUATOR CONTROLLER I
, ASSIGNMENT NAME j Drill Lead Controller Tim East '
Asst. Lead Controller Jeanne Dagenette Control Room Controller Bob Evenson CR (Simulator) Controller Glenn Reeves j l CR (Simulator) Controller (Asst) Jesse Smith I CR HP / Chemistry Craig Swartzendruber
, CR Communications Betty Sayler !
CR Plant Teams Tim Fraker i Wes Weller Max Nichols j Security Montie McKinney ~ TSC/OSC Lead Controller Dennis Moseboy Chris Younie j TSC Lead Controller (Asst) Dave Does Ron Miller OSC Lead Controller (Asst) Dale Williams TSC Dose Assessment and Field Edward Holman Team Control TSC Engineering Greg Kinn TSC/OSC Health Physics Edward Holman TSC/OSC Onsite Tearns Steve Robinson Mike Watson Dennis Stoop ! Alex Hawley l TSC Communications Davs Donohoe PASS Team Bruce Reischmann Offsite Monitoring Teams Don Eccles Ron Gilliam Ray Ryan Dwight Christiansen EOF Lead Controller Ken Craighead Richard i Flannigan l EOF Lead Controller (Asst) Ken Thrall Tom Moreau l EOF Dose Assessment Craig i Swartzendruber ' 1997 FIELD EXERCISE Page 9.2
~ CONTROLLER PHONE NUMBERS CONTROLLER POSITIONS NAME PHONE NUMBER DRILL LEAD Tim East Ext. 5818 364-7583 (PAGER) Simulator Operator Glenn Reeves Ext. 5112 , Control Room Lead (Simulator) Bob Evenson Ext. 5112 TSC/OSC Lead Dennis Mosebey Ext. 4509 l EOF Lead Ken Craighead Ext. 5071/ 5368 JRMT Vehicles Vehicle 1024 _ (316)437-6609
- Vehicle 1042 (316)437-6614 Vehicle 1043 (316)437-6613 State vehicle (913)221 2814/
(913)221-6788 Secunty Lead Montie McKinney Ext. 4999/5376 State EOC N/A N/A l County EOC N/A N/A State Forward Staging Area N/A N/A Information Cleannghouse Lead- Topeka Luis Solorio (913)267-0603 Informahon Clearinghouse Lead-WC Gary Burchart (316) 364-8831 Ext. 5429 From a Rolm single line phone: To Transfer: Flash Dial 2nd # Flash Announce Caller Hang-up i To Conference: Flash Dial 2nd # Flash (can repeat up to 5 , times) i Frequently Used Facility / Position Phone Numbers > , Control Room EOF Shift Supervisor 4802 DEM 5342 1 Relief Crew NSOs 4805 ARM 5378 ' Simulator RAM 535- ; Shift Supervisor 5800 or $802 Technical Advisor $368 OAC 5680 DAC 5353
)
Relief Crew NSOs 4805 Engineering Team Coordinator 5310 TSC Ops Status Recorder 5387 DED 5341 OSTD 5361 REC 5352 Onsite Plc 5396 or 3644152 OEC 5345 Operations Status Recorder 5704 MEC 5347 DAS 5356 AEC 5375 RAS 5391 SEC 4399 Offsite PIC 5372 Public information-WC Public information-Topeka WCPIO 5431 WCPIO (913)267-0651 Spokesperson 5430 Spokesperson (913)267-0649 Technical Support 5432 Technical Support (913)267-3238 Recording Editor 5429 Recording Editor (913)267-0603 Phone Team Manager 5312 Phone Team Manager (913)267 1441 Phone team controllers / evaluators 1-800-362 1137 Phone team controllers / evaluators 1 800 354-3831 should call. should call. l The ENS and HPN should call the numbers listed for HPN and ENS Controller Assignments. 1997 FIELD EXERCISE Page 9.1 l 1
I e ! SECTION 9.0 l i l i i CONTROI I FR ASSIGNMENTS AND INSTRUCTIONS ) l l l SECTION 9. 0 9.0 l l CONTROL i FR PHONE NUMBERS 9.1 CONTROL t FR .*?SIGNMENTS 9.2 CONTROLI FR INSTRUCTIONS 9.4 1 t General l 9.4 ,' j j Communications 9.4
- Drill Lead Controller 9.5 j Facility Lead Controllers
9.5
- 1 TSC/OSC DRILL AND EXERCISE PLAYER CRITIQUE OUTLINE 9.7 I i
EOF DRILL AND EXERCISE PLAYER CRITIQUE OUTLINE 9.8 !
- CONTROLLER / EVALUATOR GUIDE 9.10 i 3
EVALUATION LOG SHEET 9.12 , i l 1997 FIELD EXERCISE Page 9.0 r}}