ML20244C147
| ML20244C147 | |
| Person / Time | |
|---|---|
| Site: | Point Beach  |
| Issue date: | 03/15/1989 |
| From: | WISCONSIN ELECTRIC POWER CO. |
| To: | |
| Shared Package | |
| ML19313C881 | List: |
| References | |
| NUDOCS 8904200064 | |
| Download: ML20244C147 (400) | |
Text
{{#Wiki_filter:- -. -. .. . . . j J l l POINT BEAG NUCI. EAR PM DIERGENChr PLAN EXERCISE - MARG 15,1989 i
) .
I I XO 'l00 (P ' 890420_0_0_6_4 -.-.,.-v-070 " i.t. . .
,,yw,,
w
i
)
EP EXERCISE 1989 CONTENTS 1.0 INTRO?UCTION 2.0 PARTICIPATING ORGANIZATIONS i
- 3.0 OBJECTIVES 4.0 EMERGENCY EXERCISE SCOPE 5.0 INITIAL CONDITIONS 6.0 TIME SCHEDULE OF REAL AND SIMULATED SCENARIO EVENTS 7.0 DETAILED SCENARIO EVENTS WITH CUE AND CONTINGENCY CARDS 8.0 INDEX OF CUE AND CONTINGENCY CARDS 9.0 DRILL DATA BASE 9.1 Plant Parameters - Digital 9.1.1 Plant Parameter Display (PPD)
,, 9.1.2 Plant Process Computer System (PPCS) , 9.2 Plant & Meteorological Parameters - Analogue 9.3 Radiation Monitoring System l 9.3.1. RMS Simulation Data (IBM-PC)
~~
9.3.2 ~ RMS Rea~ dings for Unaffected Mcnitors j 9.3.3 Analogue 9.4 In-Plant Radiological Conditions - 9.5 Offsite Environmental Survey Data 9.6 Chemistry Sample Results 9.6.1 Reactor Coolant Isotopic Data 9.6.2 Primary Coolant - PASS (0750-0852) 9.6.3 Primary Coolant - PASS (0852-1700)
]
9.6.4 Secondary Coolant Isotopic Data l 9.6.5 Containment Atmosphere Isotopic Data j 9.6.6 Containment Atmosphere - PASS 10.0 SAMPLE OFF-SITE DOSE PROJECTIONS 11.0 PUBLIC INFORMATION. , i 12.0 EXERCISE TELEPHONE DIRECTORY h
- >, : . - j
4 e EP EXERCISE 1989 Section 1 i i
1.0 INTRODUCTION
4 i 0
EP EXERCISE 1989 Section 1 POINT BEACH NUCLEAR PLANT EMERGENCY PLAN EXERCISE MARCH 15, 1989
1.0 INTRODUCTION
1.1 This is a " full participation" exercise for Wiscon' sin Electric Power Company. It will require a full activation of human and physical resources which are predesignated components of the Point Beach Nuclear Plant Emergency Plan. ! 1.2 The exercise will last from 7 to 10 hours during daylight hours. 1 1 1
)
'i l
l l l 9qt 1
EP EXERCISE 1989 Section 2 l l l 2.0 PARTICIPATING ORGANIZATIONS i 1 i l ______.__o
~% EP EXERCISE-1989 Section 2 e 2.0 PARTICIPATING ORGANIZATIONS 2.1 'fisconsin Electric Power Company
'2.1.1 Nuclear Power Department 2.1.2 Communications Department 2.1.3 Other departments as required 2.2 Manitowoc County 2.2.1 Sheriff's. Department The Sheriff's Department will support the exercise from'a-communications standpoint. . Communicators will participate from the department's dispatch desk.
2.2.2 Emergency Operations Center (EOC)' Manitowoc County Emergency Government will support the , exercise from a communications standpoint. Communicators will participate from the county EOC. 2.3 Kewaunee County 2.3.1~~ Sheriffs Department The Sheriff's Department will support the exercise from a-communications, standpoint. Communicators will participate from tA departer.at's dispatch desk. . 2.3.2 Emergency Operations Center (EOC) Kewaunee County Emergency Government will support the esercise from a communications standpoint. Communicators i will participate from the County EOC. l- 2.4 State of Wisconsin 2.4.1 Division of Emergency Government The Division.of Emergency Government will support the exercise from a communications standpoint. Communicators will participate from Warning Center 2 at the State EOC. 2.4.2 Department of Health and Social Services The Department of Health and Social Services may support the exercise from a communications standpoint. Consnunicators may receive, provide and evaluate data. l Page 1 l
)
_ _.. I
)
EP EXERCISE 1989 Section 2 e
}
2.5 United States Nuclear Regulatory Comunission (USNRC) l The USNRC will participate in the exercise with an expanded site team. Team members will participate at the following facilities: i 2.5.1- ' Control Room
)
. - 2 5.2 Technicel Support Center 2.5.3 Emergency OperationE Facility 2.5.4 Joint Public Information Center-2.6 Other Organizations Other organizations which may participate include, but are not limited to, the following:
2.6.1 Wisconsin State Patrol 2.6.2 United States National Weather Service . 2.6.3. United States Coast Guard 2.6.4 Wisconsin Public Service Corporation 1 1 I Page 2
, .s
C e 1 EP' EXERCISE 1989 Section 3 l l
'I l
1 3.0 OBJECTIVES j i l i 1 1 i 1 i
EP EXERCISE 1989 Section 3 i 3.0 OBJECTIVES 3.1 Control Room 3.2 Technical Support Center 3.3 operations Support Center 3.4 Emergency Operation Facility 3.5 Offsite Health Physics Facility 3.6 Security 3.7 Joint Public Information Center
.-e .
___ , ___mM_m._-___m- - - _ _ _ _ _ - - - - _ - . _ - - - - - - -
EP EXERCISE 1989 Section 3 EXERCISE OBJECTIVES 3.0 OBJECTIVES 3.1 Control Room
~
3.1.1 Demonstrate the ability of control room staff to correctly classify an emergency event using the EPIPs. 3.1. 2 - Demonstrate the ability to notify on-site personnel of emergency classifications using the plant Gai-tronics system. 3.1.3 Demonstrate the ability to fully alert, mobilize and j activate personnel for both facility and field-based emergency functions based upon specified emergency action ! levels. 3.1.4 Demonstrate the ability to notify on-site personnel of an ) evacuation using the plant Gai-tronics and alarm system. ] l (This objective may be demonstrated, in part, from the TSC.) J
. I 3.1.5 Demonstrate the ability to perform:
- a. An evacuation of plant personnel to predesignated on-site assembly areas. (This objective may be demonstrated from the TSC.)
)
- b. An evacuation of contractor personnel to the SBCC.
(This objective may be demonstrated from the TSC.)
, c. Personnel accountability within about 30 minutes of sounding a plant evacuation alarm. (This objective may be demonstrated from the TSC.)
NOTE: FOLLOWING COMPLETION OF PERSONNEL ACCOUNTABILITY, CONTRACTORS AND PLANT EMPLOYEES NOT DIRECTLY INVOLVED IN THE EXERCISE WILL RETURN TO THEIR WORK STATIONS AND WILL BE CONSIDERED INVISIBLE. TO THE REMAINDER OF THE EXERCISE. 3.1.6 Demonstrate the ability of the control room staff to provide data in a timely fashion to the TSC. 3.1.7 Demonstrate the ability to direct, coordinate and control emergency activities. Page 1
m- .-
-)
1' EP EXERCISE 1989 Section 3
. i l
3.2 Technical Support Center 3.2.1 Demonstrate the ability to adequately staff the TSC to support emergency operations.
)i 3.2.2 Demonstrate the ability of TSC staff to correctly classify an
-emergency event using the EPIPs. -
q 3.2.3 Demonstrate the ability to notify on-site personnel of emergency classification using the plant Gai-tronics system. (This objective may be demonstrated from the control room).
.i 3.2.4 . Demonstrate the ability to maintain meteorological status l boards with current data (e.g., not more than 20 minutes )
old). 3.2.5 Demonstrate the ability to announce the activation of the TSC and the assumption.of TSC responsibilities to appropriate ] personnel. 3.2.6 Demonstra% the ability to provide regular (e.g., hourly) , status reports to appropriate state and county agencies. J (This objective may be demonstrated from the EOF.) 3.2.7 Demonstrate the ability to develop appropriate offsite-protective action recosumendations using the EPIPs. (This objective may be demonstrated from the EOF.)" 3.2.8 I Demonstrate the ability to conduct a plant evacuation to ' on-site assembly areas. (This objective may be demonstrated from the control room.) 3.2.9 Demonstrate the ability to control contamination in the TSC/OSC. 3.2.10 Demonstrate the ability of TSC personnel to maintain an emergency reentry team status board. 3.2.11 Demonstrate the ability of TSC staff to provide accurate ! and timely information regarding plant and emergency event status to the EOF. I 3.2.12 Demonstrate the adequacy of facilities, equipment, displays . and other materials to support emergency operations. 3.2.13 Demonstrate the ability of personnel using radios to communicate effectively. Page 2 i j i I
EP EXERCISE 1989 Section 3 s! 3.2.14 Demonstrate the ability to perform computer calculation of
)
offsite radiological consequences based upon a monitored i release path. J 3.2.15 Demonstrate the ability of the TSC.to provide requested j information while staff meetings are in progress. , 1 3.2.16 Demonstrate the ability of TSC personnel to maintain the i personnel status board up-to-date. 3.2.17 Demonstrate.the ability to fully. alert,' mobilize and activate a personnel for both facility and field-based emergency j functions based upon specified emergency action levels. 1 3.2.18 Demonstrate the ability to direct, coordinate and control emergency activities. 3.2.19 Demonstrate the ability to communicate with appropriate emergency response facilities. 3.3 operations Support Center , 3.3.1- Demonstrate the ability to adequately staff the OSC to support , emergency operations. 3.3.2 Demonstrate the ability to organize, dispatch, and manage a search, maintenance, operations,' health phys'ics', chemistry or damage assessment team in accordance with the EPIPs. 3.3.3 Demonstrate the ability to dispatch and control-in-plant reentry teams. 3.3.4 Demonstrate the ability to announce the activation of the OSC and the assumption of the OSC responsibilities to I appropriate personnel. 3.3.5 Demonstrate the ability to control contamination in the TSC/OSC. 3.3.6 Demonstrate the ability to maintain an OSC emergency team ; status board. )1 3.3.7 Demonstrate the ability to monitor and control exposure of all persons assigned to the OSC. 3.3.8 Demonstrate the ability of personnel using radios to communicate effectively. 1 Page 3
A EP EXERCISE 1989. Section 3
. I 3.3.9 DemonstrateLthe ability and resources necessary to properly outfit reentry teams with protective' clothing based upon
-anticipated environmental conditions.'
3.3.10 Demonstrate the ability of the Health Physics director to-direct on-site radiological monitoring teams. 4
'3.3.11 Demonstrate the use ~ of respiratory protection equipment and associated communications equipment (ear mikes, boom
~ ' '
boxes, etc.). 3.3.12 Demonstrate the ability of the OSC to organize a " STANDBY" team following dispatch of reentry teams. 3.3.13 Demonstrate the: ability of. supervisory staff (e.g., Chemistry-and Health Physics) to keep the,0SC' director informed of significant findings, and/or events. 3.3.14 Demonstrate the adecuacy of facilities, equipment, displays and other materials to-support emergency operations. 3.3.15 Demonstrate the ability.to direct, coordinate.and control
. emergency activities.
3.3.16- Demonstrate the ability to communicate with appropriate emergency response facilities. 3.4 Emergency Operations Facility 3.4.1 Demonstrate the ability to adequately staff the EOF to-support emergency operations. 3.4.2 Demonstrate the adequacy of facilities, equipment, displays and other materials-to support emergency operations. 3.4.3 Demonstrate the ability to provide accurate and appt'oved j status reports to state and county offices of emergency 1 government, on a regular basis (e.g.,-hourly). ) l 3.4.4 Demonstrate the ability to provide accurate and approved 'l status reports to the NRC, on a regular basis (e.g., hourly). 3.4.5 Demonstrate the ability to perform computer calculation' of offsite radiological consequences based upon a monitored release path. 3.4.6 Demonstrate the ability to announce the activation of the EOF and the assumption of EOF responsibilities to appropriate y personnel. I i Page 4 s :. e -
l EP EXERCISE 1989 Section 3 -
. e, 3.4.7 Demonstrate the ability to estimate total population exposure.
3.4.8 Demonstrate the ability to provide accurate and timely information to the JPIC. 3.4.9 Demonstrate the ability to evaluate radiological survey information and recommend appropriate protective actions based on PAGs and plant conditions. 3.4.10 Demonstrate the ability to maintain facility status boards with recent data (e.g., not more than 30 minutes old). l 3.4.11 Demonstrate the ability to develop a coordinated, preliminary action plan for on-site recovery. 1 3.4.12 Demonstrate the ability to make the decision, based on predetermined criteria, whether to issue KI to emergency j workers. ! 3.4.13 Demonstrate the ability to direct, coordinate and control emergency activities. q j 3.4.14 Demonstrate the ability to communicate with appropriate emergency response facilities. 3.5 Offsite-Health Physics Facility 3.5.1 Demonstrate the ability to adequately staff the OSHPF to-support emergency operations. l 3.5.2 Demonstrate the ability to maintain meteorological status . boards with recent data (e.g. , not more than 30 minutes old). I 3.5.3 Demonstrate the ability to mobilize and deploy field monitoring teams in a timely fashion. 3.5.4 Demonstrate the ability to routinely inform offsite survey teams of changes in plant conditions and/or emergency classifications. 1 Page 5
1 EP EXERCISE 1989' section 3
. il 3.5.5 Demonstrate the ability of the offsite Health Physics
' director to direct offsite radiological monitoring teams to: '
- a. Perform radiological surveys in order-to characterize the plume.
- b. Report survey results to appropriate emergency response'
.. ' facilities.
- c. Collect ambient' air samples. s
~
- d. Transport radiological samples to the appropriate ]
laboratory facility, in a timely manner. ) 3.5.6 Demonstrate the ability to coordinate actions necessary to control the release of evacuated plant personnel'from the SBcc. 3.5.7 Demonstrate the ability of offsite survey teams to include' complete radiological sample information with samples to be 1 analyzed. 3.5.8 Demonstrate appropriate equipment and procedures for. measurement of airborne radiciodine concentrations as low as E-07 pCi/cc in the presence of noble gases. 3.5.9 . Demonstrate.the adequacy of facilities, equipment, displays. l l and other materials to support emergency operations. 3.5.10 Demonstrate the ability to direct, coordinate and control emergency activities. l 3.5.11 Demonstrate the ability to communicate with appropriate ', emergency response facilities. 4 3.6 Security 3.6.1 Demonstrate the ability to accomplish personnel accountability. l within 30 minutes of a plant or limited plant evacuation. 3.6.2 Demonstrate the ability to control access to the plant site. 3.6.3 Demonstrate the ability to dispatch guards to the site. 1 boundary, prior to the arrival of evacuated plant personnel.-
'l 3.6.4 Demonstrate the ability to direct, coordinate and control emergency activities.
3.6.5 Demonstrate the ability to communicate with appropriate j emergency response facilities. Page 6
, l
'i LLe --__ -- _
-i
EP EXERCISE 1989 Section 3 6 3.7 Joint Public Information Center (Communications Dept.) 3.7.1 Demonstrate'the ability to provide accurate and timely information to the public. 3.7.2 Demonstrate the ability to mobilize personnel and activate: the JPIC in a timely manner. 3.7.3 Demonstrate the ability to brief the media in an accurate, understandable and timely manner. 3.7.4 Demonstrate the ability to establish and operate'a utility rumor control program at the JPIC. 3.7.5 Demonstrate the ability to provide advance coordination with offsite agencies of information released to the public. 3.7.6 Demonstrate the ability to communicate with appropriate company locations and offsite organizations. 3.7.7 Demonstrate the adequacy of facilities, equipment, displays and other materials to support emergency operstions. 3.7.8 Demonstrate the ability to direct, coordinate and control emergency activities. 3.7.9 - . Demonstrate the ability to communicate with appropriate-emergency response facilities. Page 7 - - _ _ _ _ _ _ - - _ - _ = _ _ - _ _ _ - - _ . - - _ _ _ _ _
V EP EXERCISE 1989 Section 4
. s es*
40 EMRGENCY EXERCISE SCOPE o m e 9 l i l l l _ = - _ _ - _ _ _ _
l EP EXERCISE 1989 Section 4
. l 4.0 EMERGENCY EXERCISE SCOPE 4.1 Overview 4.1.1 The 1989; Point. Beach Nuclear Plant' Emergency Plan exercise scenario will require activation of the Wisconsin Electric TSC, OSC, EOF, JPIC and various corporate support facilities.
4.1.2 Scenario events will provide opportunities to identify, classify and mitigate emergency events. 4.1.3 Scenario events will escalate to the General Emergency level. 4.1.4 Scenario events lead to an environmental release of radioactivity of sufficient magnitude to be tracked by field teams. 4.1.5 Protective action recommendations will be required due to plant conditions. 4.2 Sequence of Events 4.2.1 The scenario begins with PBNP Units 1 and 2 at 100% power. 4.2.2 On PSNP Unit 1, reactor coolant pump IP1A breaks apart. Loose parts result in an instantaneous seizure of the pump
-- rotor. -control room indications of the event include the "RCP 1PlA Vibration High" and " Loose Parts Monitor" alarms.
4.2.3 The reactor trips on low flow. 4.2.4 Loose parts are hypothesized to have migrated to the bottom of the reactor vessel restricting flow through the core. Localized overheating occurs. - 4.2.5 Some fuel clad failure occurs resulting in a significant increase in primary coolant activity. Primary coolant activity ultimately ramps to >600 mR/ hour as indicated on the failed fuel monitor (1RE-109). UNUSUAL EVENT and ALERT classifications are warranted when the activity reaches 120 and 600 mR/hr, respectively. 4.2.6 Coincident with the seizure of the reactor coolant pump, a small leak (7 gpm) initiates through the pump casing. Control room indications of the leck include: Sump "A" drain high level alarm, an increase in containment humidity, and containment radiation monitors (RE-102, RE-107, RE-211 and RE-212). Page 1
EP EXERCISE 1989 Section 4 4.2.7 The ALERT declaration will result in notification of offsite authorities and activation of the Technical Support Center. Although not required, it is likely that a limited plant evacuation of the primary auxiliary building will be conducted as a result of the high primary coolant activity in the letdown lines.
. - 4.2.8 Plant operators will begin cooling the plant to <500*F as a result of the high primary coolant activity.
4.2.9 Sometime later, the leaking pump casing fails catastrophically resulting in a large break cold-leg loss of coolant accident. Containment radiation monitors detect an increase in activity to >6000 R/ hour and containment pressure increases to
>25 psig. A GENERAL EMERGENCY classification is warranted based upon Category 3, " Containment high radiation with the ,
potential for~ loss of containment integrity." 4.2.10 As containment pressure . increases, a diaphragm valve , (1-H2 V-4) in the post-accident containment venting and o monitoring system fails, becoming a release path from the , containment to the auxiliary building and ultimately to the environment. Effective operations or maintenance activities can successfully terminate the environmental release. Dose / benefit considerations, however, may preclude such ! activities. 4.2.11 Improper valve alignment prevents addition of NaOH to containment spray. Operations activities can restore NaOH addition to the spray. !
\
4.2.12 As a result of the GENERAL EMERGENCY declaration," protective action recommendations are required. The recommendations, at a minimum, should include sheltering all sectors to two miles and downwind sectors from two to five miles. l 4.2.13 containment sump recirculation will be established to provide for long-term core cooling. 4.2.14 After having run for a period of time, RHR pump 1P10B trips > ! as a result of a breaker failure. Breaker replacement can fully restore pump operability.
'4.2.15 Recovery activities will commence following establishment of long-term core cooling. ;
4.2.16 The exercise will be terminated at the discretion of the main exercise controller. Page 2
l i I EP EXERCISE 1989 ' Section 5 1 i ) 5.0 INITInl CONDITIONS w . , W l l 9 s e e e
----.......m'__ __ _
- 1 EP EXERCISE 1989 Section 5 B
i
-5.0 INITIAL CONDITIONS
]
5.1 Pre-exercise Events - Station Log & Shift Turnover Checklist Attached j l 5.2 Unit 1 at 0630 Hours j a
.5.2.1 100% power 5.2.2 RCS temperature = 570*F 5.2.3 RCS pressure = 1985 psig 5.2.4 Boron concentration = 20 ppe 5.2.5 Generator output =.515 MWe gross 5.2.6 Equipment out-of-service
- a. Charging pump'(IP2A)
Red tagged out for seal leakage. ,
- b. Containment spray ptmp (1P148) red tagged out for i suction check valve (ISI-8588) body-to-bonnet leak (48 hour LCO).
5.3 Unit 2 at 0630 Hours. . . 5.3.1 100% power 5.3.2 RCS temperature = 570*F 5.3.3 RCS pressure = 1985 psig 5.3.4 Boron concentration = 330 ppe 5.3.5 Generator output = 515 MWe gross 5.4 Common at 0630 Hours 5.4.1 (Common) service water pump (P328) ' Tagged out for burned motor replacement. 5.4.2 (Common) service water pump (P321). e
- a. .IT-07 completed at 0330 hours
- b. In required action range for vibration.
Page 1
KP EXERCISE 1989 . Section 5 j
. e 5.5 Control Room Status Boards - Units 1 & 2 - See attachments to this section.
5.6 . Radiological / Meteorological Status at 0630 Hours 5.6.1 No known releases -' system normal 5.6.2 Wind speed (primary tower) = 16 aph 5.6.3 Wind direction (primary tower) = 112' 5.6.4 Stability Class = G
- a. Sigsa Theta = 1.0*
- b. Delta T/35 meters = -0.2*F 5.7 Contro11ers ' and observers The following individuals are controllers or observers and for the purpose of this drill are on' simulated vacation. Therefore, they are ,
not available to respond to the emergency. M. F. Baumann R. E. Heiden I. L. Bleeker R. W. Holzer L. R. Booth M. A. Hoynacki P. D.-Bronk ' J. Z. LaPlante G. A. Casadonte T. C. Lucas C. A. Castell T. G. Malanowski R. J. Chojnacki W. J. Namerow E. J. Epstein A. Z. Pusztai W. B. Fromm J. C. Reisenbuechler C. A. Gates D. D. Schoon D. R. Gesch J. G. Schweitzer S. G. Gucwa D. R. Stevens Attachments i
- 1. Station Log (
- 2. Shift Turnover Checklist j
- 3. Unit 1 Equipment Status 1
- 4. Unit 1 Equipment Out-of-Service I
- 5. Unit 2 Equipment Status l
- 6. Unit 2 Equipment Out-of-Service
- 7. Chemistry " Control Room Summary Sheets for March 14, 1989" Page 2 l
., - ~
W M M MANT ' WABONLM 8 =** " 5 Attachment 1 DATE Tag EN W 3/n/M /LG (M AWA ' psis GnnMd / 6 A w wMz No# At8' avoPwiz /) e Jal/Au'VMsus 3?-6 5. Vb &
#34e4% ' V 1 -
osw Gee,clend i. 7=d7 ScO. Aem.c %Au %? \ P#4 du.61u'1005 ak PJ L& /Ji4c%
~
GBYb Cm<.s&&daS dWo mzr-d9 km ww 1-ads.< i e4 </ M.AL [ 122 Ji #kk &M )) , a51 S' A%rb-ed/MYA sMem' & Attoic.-<-. #M NI/tst73&AAr 1 i; 21d & V . k/ -7 h - m 9 M MM e, e-
,. 1 ,l
<ii et p m p e p
e p e p m p p p p p 9 . 8 m 9 e _ 1 t 3 8 a _ b E S I5 n t S 3 7 D 2 C e 3 I _ Rnm _ E oh Xi c Et a n n n n n f f ct o o o o o Pet r r r r r [ ES A o o o o o 4 b b b b b A t s t s t s t s t s [ I a a a a a I L L L L L . I .. r u h t e e e e e /
' t t t t s a a a a a b D D D D D l K e f E & t f I K D a
~
E 1
- - t
' f f 3 I S A D /
8 F U - ' T A O 6 f " l T S
/ _
0 6 B O T 7 N E 2 2 0 M P t t I U i i O O O O r n n Q T T T T h U U E R R R R / 1 - - - s
- - b l
T Y Y Y Y K I T T T T g N P P P P i U M M M M s E E E E p F F F F 1
/
F F F F 2 O O O O 1 N N N N A i n i t n 3 O O O O " U o t g o e g n t i
) r t H ) e g a t O H r h e i O c S L H a s h i r
( ( rw oo c s D o t
"A "B "A B
tl i r a aF r D e l
" " " t u en k a g d
e r o r o nw n W e B eo a R t a t a Gd T e
. n w c g d
e r o r o o mo . i H x b b i t al t u v r i e e a eB T M D D t e e C C S N S V s
1 4 9 8 9 1 4 E
- S t I5 n C e Rnm -
E oh Xic Et a ct Pet ESa g E _ C I V R E S A F 1 O TT
- 7 .
I U , NO - U T N E o, I M P a U Q E n / p A e m m u c P f t e O s wV e W U m A o S b c r A b 2 A B S 2 f 3 b #
/
/
P, m
/ /
l ll
2 E 8 C Rnm e 3 )' ' Eoh 8 Xi c Et a n n n n n 2 ct o o o o o - Pet r r r r r 2 ESA o o o o o b - b b b b 0 t t t t t - s s s s s a a a a a 2 L L L L L / 1 r h e e 'e e e / t t t t t s a a a a a b D D D D D l K e t p a 7 f f Y 9 f [ff f [ ! / 2 [ /, f f O # 2 r 7 I f S o [3 ! _ U [/ - T A T S
/
/
l I I O M
/ l l
"B U T /
N / _ E 2 2 M P t t I i i _ U O O O O r n n _ Q T T T T h U U , _ E R R R R / 2 s
- - - - - b l
T Y Y Y Y Y K I T T T T T g I R P P P P P i 1 M M M M M s _ E E E E E p F F F O F l O _ O 1
" i t 3 N N N N A n O O O O " U
_ o _ t g o e n _ ) t g r i t H ) e g a t _ O H r h e _ i 0 c S L H a s ( ( rw h c i D r o oo s t A "B "A "B tl i r a , _ aF D e l
" " " " r t u
_ en k a g _ d e r o r o nw n W e eo a R B d t r a t a r o n Gd mo w T
. i e
c H 2 e o o i al t v - x b b t eB u r T e i e a t e e C _ M D D C S N S V,
< ){j 9~
8 9 1 ' 6 E S t I5 n C e
- Rnm Eoh Xic Et a -
ct '-
. Pet
. ESA -
g _ E C I V R E S F 2O TT I U NO U T N E e M P I U . . Q E o/ - o, m n u u P P -
~
w u c . s s . A s < 2 2 3 3 P_ P _ 1. , .
.- l l ll 11L1 .
1 EP EXERCISE 1C89 .] Saction 5 Attaclunant 7 CONTROL ROOM
SUMMARY
SHEET FOR 15-MAR-89 Page 1
~
UNIT 1 CONCENTRATIONS
. 1 BORON RCS NOTLEG/RRR 20.0 ppa 14-MAR-1989 08:21 PER 19.0 ppa 14-MAR-1989 08:21 BAST A 13.0 %. Boric Acid 13-MAR-1989 10:46 B 12.3 % Boric Acid 13-MAR-1989 10:48 RNST (OLD) -2125.0 ppm 2-MAR-1989 09:36 (NEN) 2146.0 ppm 9-MAR-1989 08:47 i
SF PIT (OLD) 2426.0 ppm 3-MAR-1989 08:54 (NEN) 2431.0 ppa '10-MAR-1989 07:50 RMNT B 1.7 ppm 9-MAR-1989 07:50 ACCUM A 2098.0 ppm 23-FEB-1989 11:30 8 2087.0 ppm 23-FEB-1989 11:30
% NaOH SPRAY ADD TR 31.6 % NAOH 14-MAR-1989 07:58
~~
"35.00
~
H2 RCS cc/Kg
~14-MAR-1989-10:25 ACTIVITIES PRIMARY GROSS 0.30 uCi/cc 14-MAR-1989'08:21 i 100/E 1.20 uci/cc 12-JAN-1989 13:25 GASEOUS 0.56- uci/cc 14-MAR-1989 10:25 STM GEN A 9.07E-07 uci/cc 14-MAR-1989 08:00 B 1.07E-06 uCi/cc 14-MAR-1989 08:00 PRIMARY TO SECONDARY LEAKAGE SECTION CHEM MEAS PRI/SEC LEAK RATE 0.67 gpd 14-MAR-1989 10:25 LEAK RATE CORR FACTOR 0.46 14-MAR-1989 10:25
EP EEERCISE 1989 Ssetion 5 Att* Chi"t 7 CONTROL ROOM
SUMMARY
SHEET FOR 15-MAR-89 Page 2 l UNIT 2 CONCENTRATIONS BORON RCS HOTLEG/RHR 330.0 ppa 14-KAR-1989 08:14 ] PZR 327.0 ppa 14-MAR-1989 08:14 ) BAST B 12.3 % Boric Acid 13-MAR-1989 10:48 C 12.3 % Boric Acid 13-MAR-1989 10:50 RWST (OLD) 2205.0 ppm 3-MAR-1989 09:40 (NEW) 2221.0 ppa 10-MAR-1989 08:50 ACCUM A 2218.0 ppm 2-MAR-1989 10:56 B 2192.0 ppa' 2-MAR-1989 11:00
% NaOH SPRAY ADD TK 31.7 % NAOH 2-MAR-1989 08:02 H2 RCS 33.60 cc/Kg 13-MAR-1989 09.96 .
1 ACTIVITIES PRIMARY GROSS 0.17 uCi/cc 14-MAR-1989 08:14 j 100/E 1.08 uCi/cc 09-JAN-1989 10:06 GASEOUS 0.35 uCi/cc 14-MAR-1989 09:56 STM GEN A 1.86E-06 uCi/cc 14-MAR-1989 08:01 B 7.33E-07 uci/cc 14-MAR-1989 08:01 i PRIMARY TO SECONDARY LRAKAGE SECTION CHEM MEAS PRI/SEC LEAR RATE 3.23 gpd 13-MAR-1989 10:02 LEAK RATE CORR FACTOR 0.20 13-MAR-1989 10:02 4 __m_ . . _ _ -___-__.------._-__-O
n-- .. .__ _ _ e s EP EXERCISE 1989 Section 6 i 1 4 6,0 TIME SCHEDULE OF REAL AND SIMULATED SCENARIO EVENTS l e o l i l I I l I l
)
1 l l
EP EXERCISE 1989 Section 6 l 6.0 TIME SCHEDULE OF REAL AND SIMULATED SCENARIO EVENTS 06:30 Exercise is initiated in the control room with a shift turnover. 07:12 " Loose Parts" and "High Vibration and Smoke" alarms come in and then clear.
- 07:47 " Loose Parts" and "High Vibration and Smoke" alarms are again received in the control room.
07:48 Reactor coolant pump 1P1A breaks apart, the pump seizes and the reactor trips on a " low-flow" signal. 07:48+ Concurrent with the pump failure; a reactor coolant leak initiates through a crack in the RCP casing. 07:48+ Loose parts which have migrated to the bottom of the reactor vessel restrict flow through the core resulting in localized overheating. Some fuel clad failure occurs. 07:53+ " Radiation Monitoring System" alarms are received as a result of , the fuel clad failure and the reactor coolant leak. 08:00 The failed fuel monitor (1RE-109) indicates 600 mR/ hour. 08:10 containment sump "A" drain alarm. This alarm is a result of the reactor coolant pump casing leak. (08:15)* Plant Operations manager declares an " alert" based upon Category 3, " Core Fuel Damage." Alert response procedures are initiated. (08:25)* To aid in leak quantification, operations may drain containment sump "A" drain to the auxiliary building'El. -19' sump. This evolution, if initiated, will have a small but noticeable impact on auxiliary building radiological conditions. (08:30)* Offsite agencies are notified of the " alert" classification. (08:45)* The technical support center is manned. 08:52 RCS cooldown is initiated per OP-3C, " Hot Shutdown to Cold Shutdown." (09:00)* Repositioned WE Headquarters support personnel will be allowed to begin manning the EOF.
- Time is approximate and dependent upon player actions.
Page 1
- v. 3 EP EXERCISE 1989 Section 6'
- v (09:15)* Technical support center is operational.
(09:30)* Repositioned NRC site team will be allowed to begin manning site emergency response facilities. 09:39 Reactor coolant pump (IP1A) casing fails catastrophically. . Control room operators receive alarms and indication of an SI
. - actuation with, injection.
09:39+ ' Containment high range monitors indicate >6000 R/hr. Containment pressure increases, actuating containment spray. .A closed manually operated valve.(ISI-831B) prevents NaOH addition-to containment spray discharge. 09:39:30 A valve in the post-accident containment venting and sampling I system (1-H2 V4) ruptures its diaphragm, coincident with peak containment pressure. A release from containment to the primary ) auxiliary building begins. ;l 09:40+ " Radiation Monitoring System" alarms are received from auxiliary building area monitors due to the release from containment. .. 09:44:30 " Radiation Monitoring System" alarm is received from the auxiliary. building vent stack monitor (RE-214) indicating that an offsite release is in progress. - l (09:54)* Plant Operations-manager declares a " General Emergency" based j upon Category 3, " Gross Fuel Damage," and loss of three fission product barriers. Protective actions should include, at a minimum: Sheltering of ' all sectors 0-2 miles and 4 or 5 downwind sectors from 2-5 miles. (10:00)* An evacuation of plant personnel to onsite assembly areas is-conducted. E PBNP offsite monitoring teams are dispatched. (10:09)* Offsite agencies are notified of the GENERAL EMERGENCY ! classification. (10:10)* Reentry teams will install lead shielding in C59 areas and perform local valve manipulations in preparation for containment sump recirculation.
- Time is approximate and dependent upon player actions.
Page 2
~
EP EXERCISE 1989 Section 6 (10:20)* Reentry team may be dispatched to determine source of containment leak and evaluate reasons for failure of NaOH addition to containment spray. 10:38 Containment sump recirculation is established. (10:54)* The emergency operations facility is manned by cite personnel. (11:00)* In-plant search teams locate the missing individual. (11:30)* Chemistry may attempt acquisition of post-accident liquid sample. (11:54)* The emergency operations facility and joint public information center are manned by corporate support personnel. 12:42 RHR pump (1P108) breaker trips as a result of a breaker problem. Breaker can be replaced and pump will run. Any attempts to restart the pump without breaker replacement are unsuccessful. (13:00)* . Maintenance / repair team is dispatched to evaluate and repair i, cause of RHR breaker trip. , (14:30)* Emergency support manager considers securing'from the emergency classification and beginning recovery activities. (17:00)* The exercise is terminated by the main exercise controller.
- Time is approximate and dependent upon player actions.
i Page 3 , i 1 r
_ y. . - - EP Ex;rcisa 1989 Section 7 4
\
7.0 fi! AILED SCENARIO EVENTS WITH CIT AND CONTINGENCY CARDS i i I & _. m i l l l ____._.A___ _ ______m._.____ _ . . _ _ _ - . - - _ . . . - _ . _ _
1 EP EXERCISE 1989 j Section 7 e 7.1 0630 - Exercise Initiation i 7.1.1. Plant and Meteorological Conditions 1
- a. Unit 1:
- 1. 100% power, normal operating pressure (NOP) and normal operating temperature (NOT)
- 2. Spurious " Loose Parts" and "High Vibration and Smoke" alarms were received on previous shift.
- 3. Entered a 48-hour LCO at 0515 hours due to isolation of one train of containment spray for repair of leaking ,
i check valve (ISI-858B). j
- 4. Equipment 00S (a) Charging pump (IP2A) -
(b) Containment spray pump (1P14B) i (c) Service water pump (P32A) , (d) Service water pump (P32B) .
- 5. Work in progress-l
-(a) Repair of seal leakage on IP2A -initiated 03/13/89.
(b) Job preparations for repair of check valve ISI-8588. t
- b. Unit 2 100% power, normal operating pressure (NOP) and normal operating temperature (NOT)
- c. Meteorology 1 l
- 1. Wind Speed = 16.0 mph
- 2. Wind Direction = 112.0*
- 3. Sigma Theta = 1.0*
- 4. Lapse Rate = -0.2*F
- 5. Stability Class = G Page 1
EP EXERCISE 1989 Section 7 i 7.,1.2 Emergency Action Level
- a. Classification: None -
- b. Category: None.
7.1.3 Emergency Organization Response None expected nor required. h h o e= e . 9 { i l 1 l Page 2
.1
.i
EP EXERCESE 1989 Section 7 s CARD NO. 1 CONTROLLER INSTRUCTION TIME: 0630 MESSAGE FOR: Control Room Controller MESSAGE: Commence a Shift Turnover. Review the following items with the oncoming DSS.
- Station log
- DSS turnover materials
- Plant status boards
- Control room summary sheet for 03-14-89 (Chemistry)
THIS IS A DRILL' CONTROLLER NOTES:
- a. Location - Drill Control Room *
- b. See irtitial -a-dd+da-- ---*d on of this scenario package.
EXPECTED PLAYER RESPONSE:
- a. Players should acclimate to the " drill" control room.
- b. May initiate assessment actions relative to the " Loose Parts" and "High vibration" alarms. j i
I Page 3 { ___-________ __= -_
l i
.EP EXERCISE 1989 Section 7 -
CARD NO. 2 CONTINGENCY TIME: 0630 MESSAGE FOR: Actual DSS MESSAGE: Use Gai-Tronics to announce the following:
" Attention all personnel Attention all personnel We have commenced an Emergency Plan Exercise.
I repeat. We have commenced an Emergency Plan Exercise. All exercise-related RADIO communications should be conducted on CHANNEL-1. All exercise-related RADIO communications should be conducted , on CHANNEL-1." . THIS IS A DRILL . - CONTROLLER NOTES:
- a. Location - Real Control Room
- b. Have the DSS in the real control room make this announcement.
EXPECTED PLAYER RESPONSE: Shift channel selector on portable radios to Channel 1. e Page 4 l
.p EP' EXERCISE 1989 Section 7.
CARD NO. 3 CONTROLLER INSTRUCTION TIME: 0630 MESSAGE FOR: Auxiliary. Building Controller-MESSAGZ: Obtain and' ready mock-up for work on SI valve (1SI-8588). l THIS IS A DRILL - - CONTROLLER NOTES:
- a. Location - PAB
- b. A spare 6-inch 150 lb Powell swing check valve will be used for the mock-up. (Lot No. 9193499)
- c. The valve should be moved to the 8' spray pump area on March 14, 1989.
The RWP area should be set up,
- d. On March 14, 1989, the drill maintenance mechanics can move the valve into position and ready tools for the job.
- e. Ensure that the staged equipment is clearly marked "FOR DRILL USE ONLY -
DO NOT MOVE."
- f. Drill " Red Tags" should be installe# as required,
- g. This' repair is being performed under a 48-hour LCO.
Page 5
EP EXERCISE 1989 Section 7 e CARD NO. 4 CONTINGENCY.
. TIME: 0630 - 0748 MESSAGE FOR: DSS, Control Operator MESSAGE: Do not trip the reactor coolant pump. Do not trip the reactor. Do not reduce power.
The decision to trip the reactor coolant pump and/or the reactor may have been appropriate, however, in order to keep scenario data on track a trip will not be allowed. J
~~ ~
THIS IS'A DRILL ~ CONTROLLER NOTES:
- a. Location - Drill control room
- b. This is to be given to the DSS if, in response to the RCP high vibration alarms and loose parts monitor alarms, he decides to trip the reactor or the affected RCP.
1 Page 6 s L. -
EP EXERCISE 1989
'Section 7 l 1
CARD NO. 5 i CUE (If asked) I TIME: 0640 + MESSAGE FOR: TSC and/or EOF MESSAGE: Weather Forecast
- a. Highs today in the mid to upper 40s
- b. Lows tonight in the mid 30s i c. Winds will be out of the east - southeast today at 8 to 20 mph becoming ,
I westerly late this afternoon or evening, j i
- d. Skies will be mostly cloudy with a 30% chance of precipitation. I I
I THIS IS A DRILL j H l CONTROLLER NOTES:
- a. Location - TSC and EOF
]
- b. Issue this cue to any player after he/she has obtained a forecast from the National Weather Service (NWS). In the TSC, the weather forecast may be obtained via NAWAS.
EXPECTED PLAYER RESPONSE:
- a. Advise Chemistry director or radcon waste manager of forecast,
- b. Update status board.
Page 7
'l I
EP EXERCISE 1989 Section 7 ; 1
. . s' I CARD NO.. 6 CUE.
TIME: 0650 MESSAGE FOR: TSC , MESSAGE: RMS II - Values are "as read."
~~ ' ~
THIS IS A DRILL' CONTROLLER NOTES: .
- a. Location - TSC 'I
-i
'b. Tape the upper portion of this card below the RMS II meters. "As Read" readings are valid for the entire scenario. l 1
a 1<
)
Page 8
~
1
'EP EXERCISE 1989 Section 7 i CARD NO. 7
^
CUE i TIME: 0650 MESSAGE FOR: EOF MESSAGE: RMS II - Values are "as read." THIS IS A DRILL -
-l CONTROLLER NOTES:
- a. Location - EOF ,
i
- b. Tape the upper portion of this card below the RMS II meters. "As Read" readings are vaMd for the entire scenario. j l
Page 9
1
)
EP, EXERCISE 1989. i Section 7-I
. 6 CARD NO. 8 CONTROLLER INSTRUCTION TIME: 0700 MESSAGE FOR: Controller (maintenance)
MESSAGE: Instruct the drill maintenance supervisor to report to the drill control' room to get paperwork associated with the day's maintenance activities. i
~~ '
THIS IS A DRILL ~ CONTROLLER NOTES:
- a. Location - As required
- b. Conduct a brief turnover discussion with the drill maintenance supervisor as he becomes involved in drill play. Use materials from the initial !
conditions package as necessary. j 1 l l l
+
l Page 10 s
EP EXERCISE 1989 Section 7
. i 7.2 0712 -
Loose Parts and Vibration Alarms , 7.2.1 Plant and Meteorological Conditions
- a. Unit 1:
- 1. 100% power, NOT and NOP
- 2. Brief loose parts and RCP high vibration alarms occur (1 minute duration)
- b. Unit 2:
100% power, NOT and NOP
- c. Meteorology
- 1. Wind Speed - 13.0 mph
- 2. Wind Direction = 119.0* !
- 3. Sigma Theta = 2.0*
' ~
l
- 4. Lapse Rate = -0.4*F 5 .' Stability class = G 7.2.2 Emergency Action level
- a. Classification: None
- b. Category: None 7.2.3 Emergency Organization Response Operators may implement AOP-1B, " Reactor Coolant Pump Malfunction."
Page 11
EP EXERCISE 1989 Section 7 i; CARD NO. 9 l CUE I i TIME: 0712 MESSAGE FOR: Control Room Personnel MESSAGE: Alarms- I
. l
~
ASIP Panel. t
" Loose Parts" {
IC04 "High Vibration and Smoke" l 4 . THIS IS A DRILL 4 CONTROLLER NOTES: l
- a. Location - Drill Control Room e
- b. Use the alarm sounding device to alert control room personnel of the alarms.
i
- c. Provide this cue to the control operator after sounding the alarm.
- d. These alaras result due to problems with the "A" reactor coolant pump.
l EXPECTED PLAYER RESPONSE: 1
- a. Implement AOP-1B, " Reactor Coolant' Pump Malfunction."
- b. Investigate smoke alarm panel in the rod drive room.
- c. Listen to loose parts audio monitor on the ASIP panel or computer room,
- d. Inspect loose parts monitor display in the computer room.
- e. Monitor RCP vibration on the monitor in the rod drive room.
Page 12
1 EP.. EXERCISE 1989 Section 7
~ CARD NO. 10 CONTROLLER INSTRUCTION;
)
TIME: 0712 - 0713 MESSAGE FOR: Operator monitoring loose parts noise MESSAGE: AStP indications for loose parts monitor _ . audible (on channel 752 1R2.)
. - Using the staged tape recorder, play the tape of " LOOSE PARTS NOISE" when channel 752 is selected. The "as heard" condition is appropriate for all other channels.
]
)
1 I THIS IS A DRILL l CONTROLLER NOTES:
- a. Location - Drill Control Room, ASIP
- b. Provide this cue to any control room person who attempts to listen to 1'
the ASIP loose parts monitor between 0712 - 0713 hours. EXPECTED PLAYER RESPONSE Report observation to DOS or DSS. Page 13 l 1
.a.' _ _ _ .__ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _
.i l
)
EP EXERCISE.1989 Section 7' CARD NO. 11' -1 CUE (If asked)
)
TIME: '0712 - 0713 MESSAGE FOR: Operator monitoring LPM.
.1 MESSAGE: This is the display you just received (show LPH printout). .)
)
LOCN: 1R2 MAX AMPL: 9.9 DATE: 89/03/15-CM #: 752 AVE AMPL: 7.8 TIME: (CURRENT) -l SETP: 2.0 ' MAX RATE: '6 M EVENT TIMES 1
#>SP: 11- AVE RATE: 0.0 FIRST: 01:02:27 LAST: 07:12:00
#<SP: 0 EV ELSWR:- 0
{
# EV PERIODS (MIN) : 2' AMPL: 9.2 i
i .. , )
~' '
THI~S IS A DRILL' l CONTROLLER NOTES:
- a. Location - Computer Room
- b. Issue this card and show the attached LPM printout to the operator if he successfully obtains a display for channel 752 (IR2) for the time period 0712 - 0713. Event data is in memory.
- c. At all other times, the display actually obtained is valid for the exercise.
EXPECTED PLAYER RESPONSE Report observation to DOS or DSS. Page 14
EP EXERCISE 1989 Section 7 CARD Nd. 12 CUE (If asked) TIME: 0712 - 0713 MESSAGE FOR: Operator who goes to rod drive room to monitor RCP vibration and smoke. . MESSAGE: Indication on vibration monitor. RCP IP1A - Motor shaft indicator = 12 mils Motor frame indicator = 3 mils RCP 1PIB - As read Indication on smoke alarm panel is "as read." THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Rod Drive Room
- b. If the operator is wanitoring the indicators between 0712 - 0713 hours, provide the above indications, at all other times, indications will be "as read."
- c. Smoke alarm status is "as read" from 0712 - 0747 hours.
EXPECTED PLAYER RESPONSE: i
- a. Operator may advise DSS or DOS of observations.
- b. Implement AOP-1B, " Reactor Coolant Pump Malfunction."
Page 15 t
EP EXERCISE 1989 Section 7 , e CARD NO. 13 CUE TIME: 0713 I i NESSAGE FOR: DSS / Control Operator l l NESSAGE: Alarms clear I ASIP Panel
" Loose Parts" (clear)
IC04 "High Vibration and Smoke" (clear)
~~ ~
THIS IS A DRILL" CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This indicates that the RCP vibration has ceased.
EXPECTED PLAYER RESPONSE: Implement AOP-1B, " Reactor Coolant Pump Malfunction." J Page 16 L 4 s j
EP EXERCISE 1989 Section 7 o CARD NO. 14 CUE TIME: 0730 + MESSAGE FOR: Team Repairing ISI-858B MESSAGE:
. - a. (Valve inspection / pre-disassembly) - Some of the studs appear corroded.
- b. (During valve disassembly) - The bonnet comes off easily and no problems are noted with the gasket seating surface. The valve internals stroke freely and appears to be in good condition. Two studs are severely corroded.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - With 1SI-858B repair team, (El._8.5', SI pump area of PAB)
- b. Initial problem description - Significant leakage had been noted at the body-to-bonnet joint.
- c. A valve mock-up will be available for players to actually disassemble and evaluate. The corroded studs, once removed, can be simulated new for reassembly.
- d. Give the information above to the team at appropriate times during the valve repair evolution.
- e. This team's work may be impacted by a limited plant evacuation at about 0750 hours.
EXPECTED PLAYER RESPONSE:
- a. Replace corroded studs.
- b. Reassemble valve. ~
- c. Return system to service by clearing tag series.
Page 17 i
;n --
1 EP EXERCISE 1989 Section 7 CARD N0'. 15' CUE TIME: 0730 + ) MESSAGE FOR: Team Repairing Service Water Pump P32A MESSAGE:
. - a. You can feel the pump vibrating and there is noise coming from.the upper bearing area of the motor.
- b. The upper bearing on the motor shows signs of damaged races and pitted balls.
- c. Upper bearing replacement (in place) will take about 6 hours. If'the motor is to be pulled to check the lower radial bearing, it will take 2-3 days for a single shift. -
THIS IS A DRILL , CONTROLLER NOTES:
- a. Location - With P32A repair team, (vital area of the pumphouse)
- b. Players should talk through, in detail, the actions required to disassemble and repair the pump.
- c. If the repair team operates the pump to verify the vibration, message "a" i above should be given. .,
i
- d. When the repair team reaches the point of inspecting the upper bearing, j message "b" should be given.
- e. If the team is asked by supervisory personnel how long it will take to repair the pump, message "c" applies.
- f. This tease s work activities may be impacted by a plant evacuation at about
't000 hours,
- g. Players shall assemble tools, complete required paperwork, etc., necessary to complete the evaluation and repair option selected.
EXPECTED PLAYER RESPONSE:
- a. Advise Maintenance supervisor of evaluation.
l b. Initiate repairs.
- c. Respond to evacuation alarms and announcements if required.
Page 18 l
EP EXERCISE 1989 Section 7 CARD NO. 16 CONTINGENCY TIME: 0735
. MESSAGE FOR: Actual DSS l
MESSAGE: Use Gai-Trtmic:: to Minounce the following:
. - " Attention all personnel Attention all personnel An Emergency Plan Exercise is in progress.
I repeat. An Emergency Plan Exercise is in progress. All exercise-related RADIO communications should be conducted on CHANNEL-1. All exercise-related RADIO communications should be conducted on CHANNEL-1." THIS IS A DRILL-CONTROLLER NOTES:
- a. Location - Real Control Room
- b. This announcement is made to advise all personnel arriving at the 07:30 start time of the exercise in progress.
EXPECTED PLAYER RESPONSE: Shift channel selector on portable radios to channel 1. l l Page 19
EP EXERCISE 1989
'Section 7:
l CARD NO. 17 CONTROLLER INSTRUCTION TIME: 0745 + l i
'i i
DELETED a MESSAGE FOR: MESSAGE:
)
1 I l l l l l Page 20 ; i i
m t EP EXERCISI 1989 i Section;7.[ S
-l.
7.3 0747 -
" Loose ? arts" Alarm and "High Vibration and Smoke" Alarm \
7.3.1 Plant and Meteorological Conditions
- a. Unit 1:
- 1. 100% power NOT, NOP
- 2. RCP 1P1A breakup begins.
- b. Unit 2:
100% power NOT,1NOP
- c. Meteorology
- 1. Wind Speed = 13.0 mph
- 2. Wind Direction = 139.0*
- 3. Sigma Theta = 12.0*
- 4. Lapse Rate = -0.5'F ,.
- 5. Stability Class = D -
I 7.3.2 Emergency Action Level
- a. Classifications- None 't i
- b. Category: None '
7:3.3 Emergency Organization Response. l Implement AOP-1B, " Reactor Coolant Pump Malfunction." 7.3.4 Offsite Organization Response None expected. l 4 j r Page 21 j 1 l
l EP EXERCISE 1989 Section 7 CARD NO. 18 ) CUE TIME: 0747 1 MESSAGE FOR: Control Room Personnel MESSAGE: Alarms
- ~
ASIP Panel
" Loose Parts"
'f i
IC04 l
"High Vibration and Smoke" f '
i l J 3 . . f l
. 4 THIS IS A DRILL f
~
CONTROLLER NOTESi~
~ '
j
- a. Location - Drill Control Room
- b. Use the alarm sounding device to alert control room personnel of the alarms. .
- c. Provide this cue to the control operator after sounding the alarm.
- d. These alarms are indicators of the impending failure and breakup of the RCP.
EXPECTED PLAYER RESPONSE:
- a. Implement AOP-1B, " Reactor Coolant Pump Malfunction."
- b. Investigate RCP smoke alarm panel in the rod drive room.
- c. Listen to loose parts audio monitor on the ASIP panel or in the computer room,
- d. Inspect loose parts monitor display in the computer room.
- e. Monitor RCP vibration on the monitor in the rod drive room.
Page 22 -
n EP EXERCISE'1989 Section 7 CARD NO. 19 CONTROLLER INSTRUCTION TIME: 0747 - 0748 MESSAGE FOR: Operator monitoring loose parts noise MESSAGE: ASIP indications for loose parts monitor - audible (on channel 752 1R2) Using the staged tape recorder, play the tape of " LOOSE PARTS NOISE" when channel 752 is selected. The "as heard" condition is appropriate for all other channels; THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room, ASIP
- b. Issue this cue to any operator who attempts to listen to the ASIP loose parts monitor between 0747 - 0748 hours.
EXPECTED PLAYER RESPONSE
, Report observation to DOS or DSS.
e 4 Page 23
i
'. j EP. EXERCISE 1989' Section;7
]
. i CARD NO. 20 CUE.(If asked)
TIME: 0747 - 0748 MESSAGE.FOR: Operator monitoring LPH. MESSAGE: This is the display you just received (show LPM printout). 1 3
.LOCN: 1R2.. MAX AMPL: 9.9 DATE: .89/03/15 l CH #: 752 AVE AMPL: .7.8' TIME: (CURRENT)
SETPs. 2.0 MAX RATE: 6' M EVENT TI1!ES
#>SP: 12 AVE RATE: 0.0. FIRST: 01:02:27-
-#<SP: 0 EV ELSWR: 0- LAST: 07:47:00
# EV PERIODS (MIN) : 2 AMPL: '9.2 )
)
I
.l 1 J
~' ~ ' 1 THIS IS & DRILL' 1 CONTROLLER NOTES:
- a. Location - Computer Room
- b. Issue this cue to the operator if he successfully obtains a display for the time period 0747 - 0748. Event data is in memory,
- c. At all other times, the display actually obtained is valid for the exercise.
EXPECTED PLAYER RESPONSE: . Report observation to DOS or DSS. l 1 i
.I l
i Page 24
.~. - - .
EP EXERCISE 1989 Section 7 0 CARD NO. 21 CUE (If asked) TIME: 0747 - 0748 MESSAGE FOR: Operator who goes to rod drive room to monitor RCP vibration and smoke. MESSAGE: Indication on vibration monitor RCP 1PlA - Motor shaft indicator = 27 mils
~
Motor frame indicator = 8 mils RCP IPIB - As read Indication on smoke alarm panel is "as read." THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Rod Drive Room
- b. If operator monitors RCP 1 PIA vibration between 0747 - 0748 hours, provide this indication.
- c. After 0748, the "A" RCP is stopped, therefore vibration = 0. The "B" pump remains "as read."
- d. Required action for high vibration - secure the pump.
EXPECTED PLAYER RESPONSE:
- a. Report observation to DOS or DSS.
- b. Trip reactor coolant pump.
l Page 25 1 I
~
l EP EXERCISE 1989 ' Section 7 I 7.4 0748 - RCP IP1A Seizes / Reactor Trip J 7.4.1 Flant and Meteorological Conditions
- a. Unit 1:
- 1. IP1A RCP seizes
- 2. Reactor trips on RCP trip
- 3. Small reactor coolant system leak ($7 gpm) begins from RCP 1 PIA casing.
-4. Loose parts from the failed RCP have migrated to-the-bottom of the reactor vessel restricting some flow. This results in some localized overheating. Some ft<31 clad failure results.
- 5. Unusual event conditions are reached at 0758 hours.
- 6. Alert conditions are reached at 0800 hours.
s
- b. Unit 2: .
- 1. 100% power NOT, NOP
- 2. Unit 2 remains in this condition for the remainder of the exercise.
- c. Meteorology
- 1. Wind Speed = 14.0 mph ;
- 2. Wind Direction = 139.0*
- 3. Sigma Theta = 12.0*
- 4. Lapse Rate = -0.5'F
- 5. Stability Class = D 7.4.2 Emergency Action level
- a. Classification: None
- b. Category:' None 1 >
Page 26 ; i 8 t___ .. .i_..._ . . _ _ .
EP EXERCISE 1989-Section 7 l
. i 7.4.3 Emergency Organization Response
'a. Control room staff should initiate EOP-0, " Reactor Trip or Safety Injection," and E0P-0.1, " Reactor Trip Response." )
- b. When time permits, they may review AOP-1B, " Reactor Coolant Pump Malfunction."
- c. DSS should notify the DCS and DTA of'the event and initiate EPIP 1.1,_" Plant Operations Manager Initial Response."
7.4.4 Offsite Organization Response None expected at this time. . 1 o i I
-i i
l i j i I i I Page 27 i ! i y*'_
O EP EXERCISE 1989 Sec' tion 7 CARD No. 22 CUE TIME: 0748 ; MESSAGE FOR: DSS MESSAGE: Alarms _ IC04 h Reactor coolant Lo-flow Loop A E Reactor coolant ptamps trip (First cut)
-E.
o s-Turbine trip
<is Reactor trip 1C04 O RCP vibration or smoke detector alarm RTD bypass loop Lo flow
]l
_ Reactor coolant pump breaker channel alert C Motor breaker trip alarm ["I Motor overload
- i. ICO3
- Reactor coolant Lo flow Loop A channel alert 1 O
- RCP 1A or 1B lab seal AP Lo i
1 RCP 1A No. 1 seal water flow Hi-Lo ASIP _, Loose parts monitor THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This eue provides the alarms associated with the failure of the RCP, its seisure and the subsequent reactor trip on low flow.
EXPECTED PLAYER RESPONSE:
- a. Initiate E0P-0 and subsequent procedures.
- b. Initiate EPIP 1.1 and subsequent procedures. ,
l Page 28
EP EXERCISE 1989 Section 7 s CARD NO. 23 CONTROLLER INSTRUCTION TIME: 0748 MESSAGE FOR: Drill Control Room Controller l MESSAGE: See completed E0P-0 and E0P-0.1 attached. THIS IS A DRILL-CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. As the control room crew proceeds through the procedures, provide only that information from the procedures not provided via PPCS, computer or strip charts.
Page 29
EP EXERCISE 1989 Section 7 i E0P-0, " Reactor Trip or Safety Injection" (This procedure is attached to the master copy of the scenario.) Page 30
EP EXERCISE 1989 , Section 7. !
- i; t
.EOP-0.1, " Reactor. Trip' Response" (This procedure is attached to'the anaster copy of the scenario.).
1 l l l l J l l
]
1 t ! l l i Page 31 j i l-l 4 '
EP EXERCISE 1989 Section 7 i CARD NO. 24 CONTINGENCY TIME: 0748 - 0852 MESSAGE FOR: DSS MESSAGE: Do not cooldown.
~
The decision to cooldown may have been appropriate, however, in order to keep scenario data on track, cooldown will not be allowed to commence at this time. l
~~
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. It is .ppropriate that operators make preparations to cooldown the plant.
However, if the order is given to begin dumping steam, this card should be given to the DSS.
- c. The attached, completed OP-3C, " Hot Shutdown to Cold shutdown," can be used to provide operators with information as they prepare for cooldown.
Page 32
~
EP EXERCISE 1989 ! Section 7 1 l i i l l 1 OP-3C, " Hot Shutdown to cold shutdown" (This procedure is attached to the master copy of the scenario.) i Page 33
+
EP EXERCISE 1989 Section 7 s CARD NO.. 25 i CONTINGENCY d J TIME: 0750 + i l MESSAGE FOR: DSS i MESSAGE: Do not alter letdown. i l
.- Although it may be appropriate to secure or alter letdown, this will not be allowed in order to keep scenario data on track. ]
1 l l l THIS IS A DRILL - CONTROLLER NOTES:
- a. Location - Control Room ,
i
- b. AOP-1A, Step 7.4 suggests that operators initiate excess letdown or secure letdown as part of RCS leak assessment. Scenario data does not allow for alteration of letdown flow.
- c. Players should talk through leak assessment actions. At appropriate times they should be advised that securing letdown does not stop the RCS leak.
i Page 34
EP EXERCISE 1989 Section 7 i CARD NO. 26 CUE TIME: 0753 MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm
~
, THIS IS A DRILL . CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed.
- c. The following alarms come in: 1RE-109 - Alert Alarm RE-116 - Alert Alarm 1RE-212 - Alert Alarm
- d. To determine which alarms have come in, operators will have to use PPCS or RMS-CT.
- e. These alarms come in as a result of the failed fuel and the RCS leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
, EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitors are in alarm and to obtain a value and/or trend,
- b. Initiate AOP-8A, "High Reactor Coolant Activity," procedure.
- c. Report observation to DSS or facility manager.
Page 35
i EP EXERCISE 1989 Section 7 i; CARD NO. 27 CUE TIME: 07:53:25 MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm
, - 8 l
l l l* . THIS IS A DRITA CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed. '
- c. The following alarm comes in: 1RE-102 - Alert Alarm
- d. To determine which alarm has come in, operators will have to use either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the RCS leak.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. I EXPECTED PLAYER RESPONSE: a.
. View PPCS'or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trund.
- b. Report observation to DSS or facility manager.
Page 36 l
- w. _ _ _ _ - _ _
_ _ _ _ _ _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - ~- --- - - EP EXERCISE 1989 Section 7 CARD NO. 28 CUE TIME: _ 07:53:40
. MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm l
1 THIS IS A DRILL CONTROLLER NOTES r -
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed.
- c. The following alarms come in: 1RE-211 - Alert Alarm 1RE-116 - High Alarm
- d. To determine which alarms have come in, operators will have to use PPCS or RMS-CT.
e. These alarms come in as a result of the failed fuel and the RCS leak. f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. EXPECTED PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitors are in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 37
EP EXERCISE 1989' Section 7 i CARD NO. 29 CUE TIME: 07:54:20 _ MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm E' THIS IS A DRILL . CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed.
- c. The following alarms come in: 1RE-106 - Alert Alarm 1RE-107 - Alert Alarm 1RE-102 - High Alarm 1RE-211 - High Alarm
- d. For players to determine which monitors are in alarm they must view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of the failed fuel and RCS leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 38
EP EXERCISE 1989 Section.7 i CARD NO. 30 CUE TIME: 0755 MESSAGE FOR: Drill Control Room /PPCS Terminals HESSAGE: RMS Alarm l THIS IS A DRILL
~
CONTROLLER NOTEST~
~ ~
l
- a. Location - Drill Control Room /PPCS Terminals i
- b. This cue will be required only if the RMS-PC has failed. ,
- c. The following alarm comes in: 1RE-109 - High Alarm
- d. To determine which alarm has come in, operators will have to.use PPCS or RMS-CT.
- e. This alarm comes in as a result of the failed fuel.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAIER RESPONSE:
)
a, I View PPCS or RMS-CT to deterinine which monitor is in alarm and to obtain 1 a value and/or trend. '
- b. Report observation to DSS or facility manager.
Page 39 '
-__----_---------ua
EP EXERCISE 1989' Section 7' CARD NO. 31' CONTINGENCY TIME: 0755 +
' MESSAGE FOR: DSS MESSAGE: Do not open a second charging orifice. Although your actions may be appropriate, in order to keep e enario data on track, this evolution will
- % not be allowed.
1 1 l l THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. Issue this message if the DSS has decided to maximize purification flow to reduce the high coolant activity concentration.
I i l Page 40 l h . p
EP EXERCISE 1989-Section 7 e CARD NO. 32 CUE TIME: 0756 MESSAGE FOR: Control Room /PPCS Terminals MESSAGE: RMS Alarn THIS IS A DRILL CONTROLLER NOTES: I
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed.
- c. The following alarm comes in: 1RE-107 - High Alarm i
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
l
- e. This alarm comes in as a result of the RCS leak.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in ! section 9.3 of this package. EXPECTED PLAYER RESPONSE: *
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 41
.. ; v
EP EXERCISE 1989 Section 7 CARD NO. 33 CUE-TIME: 07:57:30 MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm l l l i s . THIS IS A DRILL l CONTROLLER NOTESr* ^
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC h'as failed,
- c. The following alarm comes in: 1RE-106 - High Alarm
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT. 3 1
- e. This alarms comes in as a result of the failed fuel.
- f. If a player requests an RMS trend, af ter viewing PPCS, use graphs in {
section 9.3 of this package. l l 1 EXPECTED PLAYER RESPONSE: -
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain s a value and/or trend. 1
- b. Report observation to DSS or facility manager.
1 Page 42 l s < J
\
EP EXERCISE 1989 Section 7 i CARD NO. 34 CUE
. TIME: 07:59:25 i-MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm THIS IS A DRILL CONTROLLER NOTES:- - -
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if the RMS-PC has failed.
- c. The following alarm comes in: 1RE-136 - Alert Alarm
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarms comes in as a result of the failed fuel.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. j l
EXPECTED PLAYER RESPONSE: l
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 43 )
't.
EP EXERCISE *1989
.Section 7
. CARD NO. 35
- CONTINGENCY TIME: '0800'+
MESSAGE FOR: PASS Sampling Team MESSAGE:' Do not actually draw primary coolant sample.
. - Perform all procedural steps as required, but DO NOT manipulate valves.
All' valve manipulations should be simulated. 4 l THIS IS'A DRILL CONTROLLER NOTES: 1
- a. Location - With PASS team. ,
- b. The control room may order a primary sample drawn. By the tame chemistry is prepared to sample, the failed fuel monitor indicates primary activity may be too high to get a normal sample; therefore, they should attempt to get it via the PASS.
- c. Proper equipment and shielding should be obtained and set.up;. procedures should be used and communications with control conducted; however, no valve manipulations should occur.
O Page 44 l
1 EP EXERCISE 1989 Section 7 , 7.5 0800 - Failed Fuel Monitor = 600 mR/ hour 7.5.1 Plant and Meteorological Conditions 1
- a. Unit 1:
- 1. Reactor shutdown .
l
- 2. Small coolant leak (7 gpm) is in progress from the seized RCP casing.
- 3. Fuel clad failure has occurred.
- b. Meteorology
- 1. Wind Speed = 17.0 mph
- 2. Wind Direction = 141.0*
- 3. Sigma Theta = 19.0'
- 4. Lapse Rate = 0.6*F
- 5. Stability Class = B 7.5.2 Emergency Action Level
- a. Classification: Alert
- b. Category: 3, Core Fuel Damage )
l 7.5.3 Emergency Organization Response
- a. DSS should ensure that EPIP 1.1, " Plant Operations Manager i Initial Response" is initiated,
- b. When the alert is declared, notification calls should be made to counties, the state, WE Corporate Headquarters (Emergency Support Manager and Communications Department) and the NRC.
(EPIPs 2.1 and 2.2) ; 7.5.4 Offsite Organization Response ,
- a. The state and counties will acknowledge the notification '
call.
- b. NRC officials, because they are participating in this exercise, may begin activation of'their response organization at Region III and HQ.
Page 45
,g EP EXERCISE 1989 Section 7 CARD NO. 36 CONTROI1ER INSTRUCTION TIME: 0800+-
MESSAGE FOR: .TSC or Control Room Controller MESSAGE: Advise the DCS implementing EPIP 3.1, " Plant and' Company Personnel Notification," that the ESM is repositioned at the SBCC and should be { notified at Ext. 392. l
)
I
)
THIS IS A DRILL - CONTROLLER NOTES:
- a. Location - Control Room or TSC
- b. This card is required as a result of repositioning of corporate response personnel for this exercise and should be issued when the DCS is about to l notify the ESM per EPIP 3.1, " Plant and Company Personnel Notification."- l l
1 e l l Page 46
EP EXERCISE 1989 j Section 7 i
~
i i! CARD NO. 37 CUE TIME: 0802 ! MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS Alarm l i i j THIS IS A DRILL l CONTROLLER NOTES r -
- a. Location - Drill Control Room /PPCS Terminals l b. This cue will be required only if the RMS-PC has failed.
- c. The following alarm comes in: 1RE-211 - Failed High
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alar 1ms comes in as a result of the RCS leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in I section 9.3 of this package. !
I l l EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 47
~
EP EXERCISE 1989 Section 7 ' 4 7.6 0810 - Containment Sump "A" Drain Alarm 7.6.1 Plant and Meteorological Conditions
- a. Unit 1:
- 1. . Reactor Shutdown 1
1
- 2. Small RCS leak (%7 gpe) fram reactor coolant pump.1 PIA l
. - causes the Unit I containment sump "A" drain to alare.
- b. Meteorology
- 1. Wind Speed = 18.0 mph
- 2. Wind Direction = 141.0'
- 3. Sit;pna Theta = 15.0*
- 4. Lapse kate = -0.5'F
- 5. Stability Class = C - D 7.6.2 Emergency Action Level
- a. Classification: Alert
- b. Category: 3, Core Fuel Damage 7.6.3 Emergency Organization Response
- a. Implement AOP-1A, " Reactor Coolant Leak."
- b. Operators may attempt to quantify the leak by draining the sump and recording the time it takes to refill to the alarm setpoint.
- c. PON should be implementing EPIP 1.1, " Plant Operations Manager Initial Response."
- d. An alert is expected to be declared at about 0815 hours.
Page 48
~
EP EXERCISE 1989 Section 7
- e. Upon declaration of .an Alert and completion of EPIP 1.1, the following procedures should be implemented:
- 1. EPIP 1.3, " Emergency Event Immediate Actions"
- 2. EPIP 2.1, " State and County Agency Notifications"'
- 3. EPIP 2.2, "NRC Notification"
- ' 4. EPIP 3.1, " Emergency Event - Plant & Company. Personnel' Notification"
- 5. EPIP 3.3, " Notification & Response-for Headquarters Support Personnel".
- 6. EPIP 4.1, " Technical Support Center Activation"
- 7. EPIP 7.1.1, " Chemistry and Health Physics 'On Site !
Notification and Response." i 1 7.6.4 Offsite Organization Response , a. None expected until an alert is declared. .
- b. When the alert is declared, state and county personnel will limit their participation to receiving and verifying event notifications and status update calls.
~'
- c. The'NRC'may begin mobilizati~on.
-]
l l . j i l Page 49 l
EP EXERCISE 1989 Section 7 1 CARD Nd. 38 cue TIME: 0810 MESSAGE FOR: Control Room MESSAGE: Alarm
, - C01 Unit 1 Containment Sump "A" Level Hi l
l l I THIS IS A DRILL-- CONTROLLER NOTES: l a. Location - Drill Control Room
- b. Use the altra sounding device to alert control room personnel of the alarm.
- c. This alarm is a result of the RCP casing leak.
- d. Attached is a completed AOP-1A, " Reactor Coolant Leak," to be used by the controllers to provide the operators with plant information as they.
progress through the procedure. I 1 EXPECTED PLAYER RESPONSE: l
- a. Initiate AOP-1A, " Reactor Coolant Leak," procedure.
- b. Evaluate draining sump "A" drain in order to quantify the RCS leak.
Page 50 1 _ - _ _ . - - __x__ _.
i EP EXERCISE 1989 Section 7 e' 1 AOP-1A, ' REACTOR COOLANT LEAK" (This procedure is attached to the' master copy of the scenario.) i j l 1 I I Page 51 1 J i
EP EXERCISE 1989 Section 7 .
- i CARD NO. 39 CUE TIME: 0810 - 0939 MESSAGE FOR: Control Operators MESSAGE: Alarm clear C01 Unit 1 Containment Sump "A" Level Hi (clear)
* ~
Plant parameter display of sump "A" drain level (LI-4107) is no longer valid. THIS IS A DRILL CONTROLLER NOTES: l
- a. Location - Drill Control Room
- b. Issue this card if sump "A" is drained at any time between 0810-0939 hours.
- c. If, after the draining evolution is completed, operators request sump "A" drain level, use the chart provided to give the proper' indication up to 100% when PPD data is again valid,
- d. Indication is of meter LI-4107 on C01.
e e. At 8 minutes after a drain (80% level). issue card No. 40 for sump "A" - drain high level alarm. TIME AFTER DRAIN IS SECURED (MIN.) % _Q.0 0 0.5 5 1.0 10 1.5 15 2.0 20 2.5 25 3.0 30 3.5 35 4.0 40 4.5 45 l 5.0 50 5.5 55 6.0 60 6.5 65 I 7.0 70 I 7.5 75 ! l
- 8.0
- 80 8.5 !
85 ' i 9.0 90 l l 9.5 95 10.0 100 "
- See controller note "e".
EXPECTED PLAYER RESPONSE: l a. Implement AOP-1A, " Reactor Coolant Leak." l
- b. Quantify leak.
Page 52 l
EP EXERCZSE 1989 Section 7 CARD Nd. 40 CUE TIME: 0810 - 0939 MESSAGE FOR: Control Room Personnel MESSAGE: Alarm
,_ C01 Unit 1 Containment Sump "A" Level Hi l
l l THIS IS A DRILL-CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This card is associated with cue card No. 39 and should be issued at the appropriate time following sump "A" draining.
- c. Use the alarm sounding device to alert control room personnel of the alarm.
- d. Provide this card to the control operator after sounding the alarm.
EXPECTED PLAYER RESPONSE
- a. Implement AOP-1A, " Reactor Coolant Leak."
- b. May redrain to further quantify leak.
Page 53
EP EXERCISE 1989 Section 7 CARD No. 41 CUE TIME: 0810 - 1038 MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm PPCS, RMS-PC and AMS trend graphs are no longer valid for the following
~
RMS monitor: RE-113 I i j
. l THIS IS A DRILL CONTROLLER NOTES:
1
- a. Location - Drill Control Room /PPCS Terminals '
- b. This cue is required if operators drain containment sump "A" to.the El. -19' sump.
j
- c. The following alarm comes in: RE-113 - High Alarm l
- d. This alarm comes in as a result of draining containment sump "A".
l' e. If a value is requested, this monitor reads 135 mR/hr. This value is l valid until containment sump recirculation is established at 1038 hours. l
- f. At 1038 hours, PPCS, RMS-PC and RMS graph data again become' valid.
I EXPECTED PLAYER RESPONSE:
- a. Participants may ask the reading of this monitor.
- b. Advise DSS or facility manager of alarm /value.
Page 54
.e- -
l EP EXERCISE 1989 i Section 7 l i s! CARD NO. 42 . j CUE : I
' TIME: 08:18:35 l MESSAGE FOR:' Control Room Personnel /PPCS Terminals -j
.i MESSAGE: RMS Alarm !
i THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-136 - High Alarm
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the high coolant activity.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Advise DSS or facility manager of observations.
l l Page 55 i <
EP EXERCISE 1989
, Section 7 I
. CARD NO. 43 CUE TIME: 0823 MESSAGE FOR: Drill Control Room /PPCS Tenninals j t!ESSAGE: RMS Alarm l
),
l j l THIS IS A DRILL CONTROLLER NOTES:
- a. Locaticn - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-212 - High Alarm l
- d. For players to det9rmine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the RCS leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
i EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trena.
- b. Report observation to DSS or facility manager.
Page 56
V EP EXERCZSE 1989 Section 7 s CARD NO. 44 CUE TIME: 0830 MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-215 - Alert Alarm
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the high coolant activity.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. EXPECTED PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Report observation to DSS or facility manager.
Page 57 l
EP EXERC2SE 1989 Section 7 e CARD NO. 45 CONTINGENCY TIME: 0830 MESSAGE FOR: POM MESSAGE: Declare an Alert Declare an alert based upon Category 3, " Core Fuel Damage." (Failed fuel monitor is >600 mR/hr.) THIS IS A DRILL CONTROLLER NOTES: -
- a. Location - Drill Control Room or Technical Support Center
- b. This should be given to the POM if he has not, or is not in the process of declaring an alert.
I i EXPECTED PLAYER RESPONSE: If the DSS /POM has not yet declared an alert, EPIP 1.1, " Plant Operations Manager Initial Response," should now be implemented. Page 58 l
EP EXERCISE 1989 Section 7 CARD NO. 46 CONTINGENCY TIME: 0830 - 0940 MESSAGE FOR: DSS MESSAGE:
. - Although the work on the containment spray system valve has been completed, you will not be allowed to authorize clearing the tag series.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This is required to keep the scenario data on track.
- c. This contingency should be issued at any time during the period 0830 - 0940 that work on the containment spray system has been completed and a request to clear the tag series has been initiated.
Page 59 1 I
EP EXERC2SE 1989 Section 7 CARD NO. 47 CONTINGENCY TIME: 0840 MESSAGE FOR: DSS . MESSAGE: Increase pressurizer level program setpoint per OP-3C, " Hot Shutdown to Cold Shutdown."
- a. This is required to keep the scenario data on track.
- b. Continue with OP-3C from this point.
b THIS IS A DRIIL-CONTROLLER NOTES:
- a. Location - Drill Control Room EXPECTED PLAYER RESPONSE:
Initiate or continue with OP-3C, " Hot Shutdown to Cold Shutdown." Page 60
l EP EXERCISE 1989 Section 7 l 7.7 6952 - Cooldown of the Primary System Comumences 7.7.1 Plant and Meteorological Conditions
- a. Unit 1:
- 1. Reactor shutdown .
- 2. Cooldown casunences using the condenser steam dumps. )
'b. Meteorology
- 1. Wind Speed = 21.0 mph
- 2. Wind Direction = 146.0* .
- 3. Sigma Theta = 2.0*
- 4. Lapse Rate = -0.5*
- 5. Stability Class = G 7.7.2 Emergency Action Level
- a. Classification: Alert
- b. Category: 3, " Massive Fuel Failure" 7.7. 3 - . Emergency Organization Response
- a. The technical support center should be fully operational by' '
about 0915 hours (1 hour after Alert).
- b. The site manager may have decided to activate the EOF (optional until a site emergency is declared). .If this occurs, repositioned WE HQ personnel will be allowed to participate following the arrival of plant personnel at the E0F assigned to activate the facility.
c. J The JPIC may be in the process of activation (optional until j a site emergency is declared). i 7.7.4 Offsite Organization Response
- a. Verification call-backs from state and county officials regarding the alert should have been completed.
- b. NRC Region III may be activating their emergency response organization.
i Page 61
)
l EP EXERCISE-1989- l Section 7 f CARD No.; 48 CONTINGENCY l TIME: 0852 MESSAGE FOR: DSS MESSAGE: Commence Cooldown Although you may have decided otherwise, commence cooldown. This-is necessary to keep scenario data on track. l
~~ ~ ~ '
THIS IS A DRILL'
\
CONTROLLER NOTES: ,
- a. Location - Drill Control Room
- b. Scenario data assumes a cooldown rate of approximately 70'F/hr by dumping steam to the condenser.
l EXPECTED PLAYER RESPONSE: _ Continue with OP-3C, " Hot Shutdown to Cold Shutdown." l Page 62 _____:_____-1.- --__1-_----__---
~/-- , .
-l I
EP EXERCISE 1989-Section 7 s CARD NO. -49 CUE TIME: 08:52:10 ' MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm THIS IS A DRILL CONTROLLER NOTES--
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-212 - Falled High
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT. {
~
- e. This alarms comes in as a result of the RCS leak.
)
- f. If a player requests an RMS trend, af ter viewing PPCS, use graphs in section 9.3 of this package.
I EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain I
a value and/or trend.
- b. Report observation to DSS or facility manager. ;
Page 63 l j l l
,__s. _t- ;
-EP EXERCISE 1989 _
. Sect' ion 7- ')
CARD No. 50 > CUE 08:53:40
~
-TIME:
MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm
.f I
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill' Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarms come in: 1RE-102 , Failed High 1RE-106 - Failed High 1RE-107 - Failed High 1RE-109 - Failed High ,
I
- d. For players to determine which monitors are in alarm, they must view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of the failed fuel and the RCS leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE's ., 1 I
- a. View PPCS or RMS-CT to determine which monitor is 'in alarm and to obtain !
a value and/or trend. .l
.i
- b. Report observation to DSS or facility manager. 1 Page 64
!S 1
i
, a
EP EXERCISE 1989 Section 7 . 4 CARD NO. 51 CONTROLLER INSTRUCTION TIME: %900 MESSAGE FOR: EOF Controller MESSAGE: Announce to corporate personnel, "WE HQ staff may begin play." l I
~~
THIS IS A DRILL l CONTROLLER NOTES:
- a. Location - EOF
- b. Issue this cue to any WE HQ staff at the SBCC at the time of arrival of plant personnel assigned by the TSC to activate the EOF.
- c. For the purpose of the exercise, EOF players will be allowed to l preposition and participate earlier than real time. I Page 65 i
EP EXERCISE 1989 Section 7 4 CARD NO. 52 CONTROLLER INSTRUCTION TIME: %930 MESSAGE FOR: EOF Controller MESSAGE: Announce to the NRC, "You may begin participation in the exercise." THIS IS A DRILL ~ CONTROLLER NOTES: a! Location - EOF
- b. The NRC site team will arrive at the EOF at a time mutually agreed upon by the NRC and WE emergency planner.
- c. Issue this announcement about 15 minutes after the EOF has formally assumed responsibilities for all appropriate functions from the TSC.
- d. For the purpo'se of this exercise NRC players will be allowed to preposition and participate earlier than real time.
l l Page 66
EP EXERCISE 1989 Section 7 CARD NO. 53 CONTROLLER INSTRUCTION TIME: 0930 - 0935 MESSAGE FOR: PAB Controller near C59 MESSAGE: Inform the actual PAB cuxiliary operator that the service air connection at H-11 will be opened as part of the exercise simulation. Inform the actual PAB auxiliary operator that you will be testinsg the C59 panel area monitor (RE-111) for drill purposes. His response to the alarm is not required. THIS IS & DRILL CONTROLLER NOTES:
- a. Location - Auxiliary Building near C59 b.
The air leak noise siaulates the leak at valve 1-HzV c. Place the air hose in the predesignated position.
- d. It will rammin open until exercise players fix the problem by closing upstream valve 1-Hz V -1.
l Page 67
~.. _________1------_---_
EP EXERCISE 1989 Section 7 CARD NO. 54 CUE TIME: 0,935 MESSAGE FOR: Control Room Personnel /PPCS Teminals MESSAGE: RMS Alarm i 1 THIS IS & DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating. j l
- c. The following alarm comes in: RE-225 - Alert Alarm 1 d. For players to detemine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the high coolant activity.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to detemine which monitor is in alarm and to obtain a value and/or trend.
l l b. Report observation to DSS or facility manager. Page 68
__y-- - - _ _ _ _ .--- _ - - - - - _ _ _ _ . - - - EP EXERCISE 1989 Section 7
' CARD NO. 55 CONTROLLER INSTRUCTION TIME: 0935 - 0940 MESSAGE FOR: PAB Controller Near C59 -
MESSAGE: Inform the real control room that you will soon be testing the"C59 panel area monitor (RE-111) for the drill, and that actual response-is not required.
~-
THIS IS A DRILL l CONTROLLER NOTES:
- a. Location - C59 panel in PAB
- b. At 0935 hours, make the above notification to the on watch DSS.
- c. At 0940 hours, locally test the alarm for the drill.
l l Page 69
l i EP EXERCISE 1989- I Section 7 ,i e 7.8 0939 - RCP Casing Fails 7.8.1 Plant and Meteorological Conditions ,
- a. Unit 1:
- 1. Temperature = 495'F '
- 2. Pressure = 1985 psig
- 3. Reactor shutdown j 1
- 4. The A reactor coolant pump casing fails catastrophically l from damage resulting from the pump seizure. This is a large break LOCA. Safety injection occurs.
- 5. This break and associated fuel damage and overtemperature I conditions result in the containment high range radiation monitors increasing to >6000 R/Hr.
- 6. The diaphragm in valve 1-H2 V-4 (post-accident containment venting and sampling system) ruptures. This is'a failure c of containment; auxiliary building radiation levels rise ' .
and a monitored release through the auxiliary building vent begins.
- 7. An initial condition tag series created a valve lineup '
which prevents NaOH addition to containment spray.
- b. Meteorology
- 1. Wind Speed = 16.0 mph
- 2. Wind Direction = 145.0'
- 3. Sigma Theta = 2.0*
- 4. Lapse Rate = 0.5'F l
- 5. Stability Class = G 7.8.2 Emergency Action Level l
- a. Classification: General Emergency
- b. Category: 3, " Core Fuel Damage" and loss of three fission product barriers l
l l Page 70
-1 l \
l
' - EP EXERCISE 1989. j Section 7 j i
i 7.8.3 Emergency Organization Response i
- a. Control room personnel will implement EOP-0, " Reactor Trip or Safety Injection," and E0P-1, " Loss of Reactor or Secondary Coolant."
- b. TSC personnel will implement EPIP 1.l', " Plant Operations.
Manager Initial Response," to evaluate for escalation of the
' declared event. j
- c. If not already commenced, EOF activation will be required when a general emergency is declared.
i
- d. If not already completed,ta plant: evacuation will be conducted in accordance with EPIP.1.1 or EPIP C.2, " Plant Evacuation to On Site Assembly Areas."
- e. EPIP 6.6, " Personnel Ass'e'mbly and Accountability," will be
' implemented when the evacuation is completed.
- f. Teams may be dispatched to the auxiliary building to.
investigate the containment failure.
- g. A team may be dispatched to investigate the cause of the NaOH injection failure.
- h. A team may be' dispatched to locate a missing person.
- 7. 8.4 - - Offsite Organization Response When the general' emergency is declared, offsite agencies will receive and verify the event declaration. No additional response is espected.
- k, F . , ; 4 l
l = l Page 71 .
l
'l EP EXERCISE 1989 ,
Section 7 !
. i l CARD No. 56 CUE TIME: 0939 MESSAGE FOR: DSS MESSAGE: Alarms
~
1C04 Pressurizer Lo Press SI
\
E Pressurizer Lo Press 1 0 Pressurizer Press Hi-Lo Pressurizer Level Hi-Lo Charging Pump Speed Control limit Hi-Lo THIS IS A DRILL CONTROLLER NOTES _:, ,
- a. Location - Drill Control Room
- b. Use the alarm sounding device to alert control room personnel of the alarms,
- c. Provide this cue to the control operator after sounding the alarm.
- d. These alarms are a result of the large break LOCA and subsequent safety injection. ,
- e. The attached completed E0P-0, " Reactor Trip or Safety Injection," and E0P-1, " Loss of Reactor or Secondary Coolant," will be used to provide operators with control room indication as they go through the procedure.
EXPECTED PLAYER RESPONSE:
- a. Implement EOP-0, " Reactor Trip or Safety Injection," and EOP-1, " Loss of Reactor or Secondary Coolant."
- b. Advise the TSC, via the ringdown circuit, of changing plant conditions.
l l l Page 72 l __.mu-_____- _-mmm- ___ ~-
y_----_____-- . - . - - _ _ - -
..1 1
-l
'EP EXIRCISE 1989 i Section 7 l i'
- i E0P-0, " Reactor Trip or Safety Injection" (This procedure is attached to the inaster copy of the scenario.)
i 1 1 1
)
1
';. ?.p
';f[,
,y.
..' 1 l
l l J I l l i j i Page 73 f
EP EXERCISE 1989.
.Section 7 20P-1, " Loss of Reactor or. Secondary Coolant" (This procedure is attached to the master copy of the scenario.)
. 'j 1
l
)
i
'I i
Page 74 ______:__-,__________-___________2 . _ _ _ _ _ _ _ _ _ _ _ . _ ..
l 4 EP EXERCISE 1989 Section 7 i CARD No. 57 CONTROLLER INSTRUCTION-TIME: 09:39:20
.. MESSAGE FORs. Controller Near U1 Pipeway No. 2 MESSAGE: Using the previously installed air hose, open the service air valve,for connection #H-11 to simulate the air leak through the containment sampling-and vent system valve.
i
. -i l
4
~' ' ~ ^
DilS IS & DRILL" CONTROLLER NOTES:
- a. Location - PAB
- b. Open (the service air valve) enough to achieve the desired effect.
EXPECTED PLAYER RESPONSE:
- a. Players in the area may investigate the source of the air noise.
- b. If the noise source is identified, this information should be communicated to the TSC/OSC.
1
- c. If the TSC is advised of the leak location, efforts should commence to {
identify a method of securing the. leak. j l l i Page 75 1 E__________u._____________._n__.___1______._________r_____.__
EP EXERCISE 1989 Section 7 e CARD No. 58 3 CUE. { TIME: 09:39:47 MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS alarm. i THIS IS"A DRILL CONTROLLER NOTES:
- a. Location - Drill' Control Room /PPCS Terminals ,
- b. This cue is required only if.the RMS-PC ls not operating.
- c. The following alanns come in: 1RE-216B - Fails High RE-111 - Alert Alarm RE-114 - Alert ~ Alarm'
- d. For players to determine which monitors are.in alarm, they must view either the PPCS or the RMS-CT. .
- e. These alarms come in as a result of the containment leak.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitors are in alarm and to obtain values and/or trends. l
- b. i This indication of containment failure should be considered by players in 1 their event classification.
- c. Report observations to DSS or facility manager.
)
i
- d. Participants may send an operator or a team into the auxiliary building to try and locate the containment failure. )
-{
}
I Page 76 i {
1 i EP EXERCISE 1989
- Section 7 CARD N0'. 59
' CUE TIME: 09:40:10 MESSAGE FOR: Drill Control Room /PPCS Terminals MESSAGE: RMS alarm.
L I THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Roots /PPCS Teminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarms come in: RE-111 - High Alarm RE-114 - High Alarm RE-110 - Alert Alarm RE-112 - Alert Alam 2RE-2168 - Fails Alarm
- d. For players to determine which monitors are in alarm, they must' view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitors are in alarm and to-obtain values and/or' trends.
- b. This indication of containment failure'should be considered by players in their event classification.
- c. Report observations to DSS or facility manager.
l
- d. Participants eventually may send an operator or a team into the auxiliary building to try and locate the containment failure.
Page 77
.. . . _ s EP EXERCISE 1989
.Section 7 I
CARD NO. 60 0 CONTROLLER INSTRUCTION TIME: 0940 + l MitSSAGE FOR: Drill Controllers, Auxiliary Building MESSAGE: !
- Inform the main exercise controller when the containment spray NaOH addition valve alignment problem is corrected. .,.,,
1' 9 91; 1 ' l THIS IS A DRILL
- CONTROLLER NOTES:
- a. Location - With the team that fixes the containment spray NaOH addition valve alignment problem. )
, .N
- b. The main exercise controller will tell other con, trollers.,both offsite and ,
onsitethatNaOHhasbeeninjectedandtheradio'iodinfp.e reduced by a ! factor of 100 (multiply by 0.01) over a period 6f 30 minutes. 1 c. ThemainexercisecontrollerwilladvisetheTSCfand'h*p[ujedho controllersthatthesprayaddtanklevelcueshouldh ' (Cue No. 61); I ar. te -i l Page 78 , , , d i
. ., 1
EP EXERCISE 1989 Section 7
.I CARD NO. 61 CUE (If asked)
TIME: 0940 + MESSAGE FOR: Control Room Operator /PPCS Terminals MESSAGE: Sodium Hydroxide Tank Level Tank level is decreasing at a rate of about 10 gps. Plant parameter display (PPD) and PPCS data for spray add tank level is nc longer valid.
~'
- THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. If players discover and correct the valve problem and get NaOH injection back, issue this cue when instructed by the main exercise controller.
- c. Ensure the mainiezercise controller is notified when NaOH addition is initiated. This is required to assure that in plant and offsite radiological data reflect the NaOH benefit.
EXPECTED PLAYER RESPONSE:
- a. Advise the TSC that NaOH addition to spray has occurred.
Page 79 _ _ _ _ = _ - _ _ _ _ _ _ - - _ - _ _ _ _ _ _ ._ _ ___
EP EXERCISE 1989 Section 7 l 4 CARD NO. 62 CONTROLLER INSTRUCTION TIME: 0940
- MESSAGE FOR: Controller with team in auxiliary building.
MESSAGE:
- a. The TSC will probably send out a team to investigate the containment failure. If this team locates the valve with the failed diaphrap and i identifies how to isolate it, secure the service air valve. I
- b. Inform the main exercise controller that the containment leak has been-isolated and of the time the leak was secured. l l
- c. The main exercise controller should infom other controllers that the containment leak has been isolated and the release has stopped. The residual airborne activity in the auxiliary building will continue to be released through the auxiliary building stack until gone,
- d. The main exercise controller should also inform other controllers that )
Cue Card No. 63 should be implemented. This card covers the changes to . RMS readings as a result of the containment leak isolation. THIS IS A DRILL l I CONTROLLER NOTES:
~
Location - With team in auxiliary building, l i l l Page 80
EP EXERC8SE A989 Section 7 CARD NO. 63' CUE TIME: 0940 + MESSAGE FOR: Control Rooe/TSC Personnel Monitoring RMS MESSAGE:
, .- PPCS, RMS-PC and RMS trend graphs are no longer valid for the following RMS monitors: RE-111 RE-114 RE-214 l 1RE-216B 2RE-216B RE-221 RE-315 RE-317 RE-319 FI-325 RE-327 THIS IS A DRILL .
CONTROLLER NOTES:
- a. Location - Drill Control Room or TSC
- b. Issue this cue after personnel, monitoring RMS data, have been informed that the containment leak has been isolated.
- c. If a player requests a value or trend data for these monitors, the following information applies:
Minutes Following Release Termination Adjustment l 0-10 No decrease, use graph value 10-20 1/2 of graph value 20-30 1/4 of graph value
- 30 + Background i i
i Page 81
EP EXERCISE 1989 Section 7 i s1 CARD NO. 64 CUE TIME: 09:40:35 MESSAGE FOR: Control Room Personnel /PPCS Terminals
]
MESSAGE: RMS Alarms 1 THIS IS A DRILL { CONTROLLER NOTES:
) * . I
- a. Location - Drill Control Room /PPCS Terminals !
i
- b. This cue is required only if the RMS-PC is'not operating.
- c. The following alarms come in: RE-110 - High Alarm
~* ~ {
RE-112 - High' Alarm j RE-140 - Alert Alarm 1RE-104 - Alert Alarm 2RE-104 - Alert Alarm l 1
- d. For players to determine which monitors are in alarm, they must view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in I section 9.3 of this package, i
EXPECTED PLAYER RESPONSE: !
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain values and/or trends. , I
- b. Participants may send an operator or a team into the auxiliary building !
to try and locate the failure. l Page 82 L.____--____-_-.
- _ - _ - - _ - - . .__--z
_y-____ _ _ _ _ _ _ _ _ _ _ _ _, i EP EXERCISE 1989 , Section 7 ! l O' CARD NO. 65 CUE TIME: 0941 MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarms = THIS IS A DRILL ' C0KIROLLER NOTES:
- a. L'ocation - Drill Control Room /PPCS Teminals
- b. This cue is required only if.the RMS-PC is not operating.
- c. The following alarms come in: 1RE-104 High-Alarm' 2RE-104 - High Alarm
- d. For players to determine which monitors are in alarm, they must view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in t' i section 9.3 of this package.
1 EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain values and/or trends. 3 i
- b. Participants may send an operator or a team into the auxiliary building j to try and locate the failure. j i
i i Page 83 1 m_:______________
EP EXERCISE 1989 Section 7
.c
. CARD No. 66 CUE TIME: 0941 MESSAGE FOR: Control Room Personnel MESSAGE: Alarms
.- C01
" Refueling Water Tank Level Alert"
3oric Acid Tank Level Lo-Lo" THIS IS A DRILL CONTROLLER NOTES:
E. Location - Drill Control Roce
- b. Use the alarm sounding device to alert control room personnel of the alarms.
- c. Provide this card to the control operator after sounding the alarm.
- d. This is indication to control operators that the switchover from the BAST l to the RWST has taken place due to safety injection.
1 1' Page 84 "f 9
EP EXERCISE 1989 Section 7 i CARD NO. 67 CUE TIME: 0943 MESSAGE FOR: Control Room Personnel and PPCS Terminals HESSAGE: RMS Alarm Clears THIS IS A DRILL-CONTROLLER NOTES:
- a. Location - Drill Control Room and PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following RMS alarm clears: RE-225
- d. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitor has cleared and to obtain its value and/or trend.
- b. Advise DSS or facility manager of observations.
Page 85
I i EP EXERCISE 1989 Section 7 i f CARD NO. 68 . CUE TIME: __ 09:44:30 MESSAGE FOR: Control Room Personnel and PPCS Terminals - MESSAGE: RMS Alarm I l
. - j
.I l
i i THIS IS A DRILL CONTROLLER NOTES:
- a. Locatl6n - Drill' Con' trol Room and PPCS Teirminals
- b. This cue is required only if the RMS-PC is not operating,
- c. The following alarm comes in: RE-214 - Alert Alarm
- d. For players to determine which monitor is in alam, they must view either the PPCS or the RMS-CT. '
- e. This alarm comes in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
l l EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain- i value.
- b. Initiate a dose projection on MAD-CR using EPIP 1.1.1 due to the release {
path monitor alarm.
- c. Advise DSS or facility manager of observations.
Page 86 1 i
~ -
___:a__.: _.J EP EXERCISE 1989 Section 7, c. CARD NO. 69 - CUE TIME: 09:45:30 MESSAGE FOR: Control Room Personnel and PPCS Terminals MESSAGE: RMS Alarm , THIS IS A DRILL , CONTROLLER NOTES:
- a. Locatio,n - Drill Control Room and PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: RE-214 - High Alarm I
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. !
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Initiate a dose projection on MAD-CR using EPIP 1.1.1 due to the release path monitor alarm. '
- c. Advise DSS or facility manager of observations.
1 Page 87
EP EXERCISE 1989
- Section 7
{
.,1 CARD NO. 70 g.
TIME: 09:45:50 MESSAGE FOR: Control Room Personnel and PPCS Terminals l MESSAGE: RMS Alarm i l l I
. . i THIS IS A DRILL- )
CONTROLLER NOTES: a. Locatl6n - Drill ^ Control Room and PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating. !
- c. The following alarm comes in: RE-214.- Fails High ;
- d. For players to determine which monitor is in alarm, they must view either !
the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the containment leak.
'f. If.a player requests an RMS trend,~after viewing'PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Initiate a dose projection on M&D-CR using EPIP 1.1.1 due to-the release path monitor alarm.
- c. Advise DSS or facility manager of observations.
Page 88
- - - - - 1A a s J -.A -- - -s- --a-----_ _mu.m , -.a
1 EP EXERCISE 1989 Section 7 ! CARD N0'. 70.1 'l CUE l TIME: 09:46 i MESSAGE FOR: North Gate Security Guards 1 MESSAGE: Portal monitors have started to alarm. 1 l THIS IS A DRILL
- CONTROLLER NOTES:
- a. Location - North Gatehouse. -
- b. The portal monitor alarms are a result of plume passage,
- c. Attempts to silence the alarm by depressing the reset / acknowledge button are not effective; and the alana continues.
EXPECTED PLAYER RESPONSE:
- a. Attempt to reset the alarm.
- b. Call the control room, CAS or HP to report the alarms. ;
l l Page 88a l l
EP EXERCISE 1989 Section 7 CARD NO. 71 CUE TIME: 0949 MESSAGE FOR: Control Room Personnel and PPCS Terminals MESSAGE: RMS Alarm THIS IS A DAILL CONTROLLER NOTES:
- a. Location - Drill Control Room and PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: RE-221 - Alert Alarm
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the containment leak.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. EXPECTED PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Initiate a dose projection on MAD-CR using EPIP 1.1.1 due to the release path monitor alarm.
- c. Advise DSS or facility manager of observations.
Page 89
~.-. - -_-___-_ _-_ _ _ - _
~~
EP EXERCISE 1989 Section 7 C CARD NO. 72 CUE TIME: 0950 MESSAGE FOR: Control Room Personnel and PPCS Terminals - MESSAGE: RMS Alarm O 6 THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room end PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: RE-221 - High Alarm
- d. For players to determino which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the containment leak.
- f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain j a value and/or trend.
- b. Initiate a dose projection on MAD-CR using EPIP 1.1.1 due to the release path monitor alarm.
- c. Advise DSS or facility manager of observations.
Page 90
EP EXERCISE 1989 Section 7 CARD N0'. 73 CUE TIME: 09:50:29 MESSAGE FOR: Control Room Personnel and PPCS Terminals MESSAGE: RMS Alarm THIS IS A DRILL ' CONTROLLER NOTES:
- a. Location - Drill Control Room and PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: RE-221 - Fails High
- d. For players to determine which monitor is in alarm, they must view either the PPCS or the RMS-CT.
- e. This alarm comes in as a result of the containment leak.
f. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. EXPECTED PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain a value and/or trend.
- b. Initiate a dose projection on MAD-CR using EPIP 1.1.1 due to the release path monitor alarm.
- c. Advise DSS or facility manager of observations.
Page 91
EP EXERCISE 1989 ! Section 7 s, CARD NO. '74 CONTROLLER INSTRUCTION TIME: 0950 - 1038 MESSAGE FOR: Drill Control Room Controller MESSAGE: See completed E0P-1.3 attached. I I
~~ ~
THIS IS A DRILL CONTROLLER NOTES: .
- a. Location - Drill Control Room
- b. As control room personnel progress through the procedure to initiate containment sump recirculation, use the attached E0P-1.3, " Transfer to l Containment Sump Recirculation," to provide them control room indications f and other information normally available to them.
i l i l Page 92 -
- .1-EP EXERCISE 1989 Section 7
'1 1
. - g l
E0P-1.3, " Transfer to Containment Sump Recirculation" (This procedure is attached to the master copy of the scenario.) t e
** v 4 i
+ >
l l Page 93 i
..-.1* _ _ _ .
------y
-i EP EXERCISE 1989 I Section 7 1 7.9 ,
40954 - General Emergency Declared
".9.1 Plant and Meteorological Conditions .
- a. Unit 1:
- 1. Reactor shutdown and depressurized
- 2. SI is'in progress
- 3. Containment spray was initiated (without NaOH) 4.
^
Fuel failure, LOCA and containment failure results in a-loss of all three fission product barriers and causes a offsite release through the auxiliary building vent.
- b. Meteorology
- 1. Wind Speed = 12.0 mph
- 2. Wind Direction = 145.0*
- 3. Sigma Theta = 2.0* ,
- 4. Lapse Rate = 2.0*F -
- 5. Stability Class = F-G
~ ^
7.9.2~~ Emergency A'ction Level
- a. Classification: General Emergency ,
- b. Category: 3, Core Fuel Damage i 7.9.3 Emergency Organization Response !
- a. PON should declare a general emergency at about this time.
This results in an automatic evacuation to onsite assembly areas (if not already accomplished) and the recommendation of minimum protective action recomunendations to offsite agencies. These PARS are: Shelter all sectors 0-2 miles and the 4 or 5 downwind sectors 2-5 miles. ;
- b. If the EOF is activated, the ESM's concurrence on the PARS should be obtained. I
- c. Offsite agencies will be notified of the general emergency.
7.9.4 Offsite Organization Response Receive and verify the general emergency notification calls. Page 94 i
- r-s- ' 1 EP EXERCISE 1989 4- Section 7 l CARD NO. 75 CONTINGENCY TIME: 0955 - 1038 MESSAGE FOR: DSS MESSAGE: Although your actions may be appropriate, you are not allowed to commence containment sump recirculation at-this time. This is necessary to keep scenario data on track. I l 1 THIS IS A DRILL ~ CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. This contingency should be issued only if control room operators are ready to go on containment sump recirculation prior to 1038 hours.
1
,l I
l l Page 95 r
't
1 EP EXERCISE 1989 SIction 7 CARD No. 76-CUE TINE: 1019 NESSAGE FOR: Control Room Personnel MESSAGE: Alarm i col *
" Refueling Water Tank Level Lo" l
l 1 THIS IS A DRILL 4
' ' ~
CONTROLLER NOTES:~'
- a. Location - Drill Control Room
- b. Use the alarm sounding device to alert control room personnel of the alarm.
- c. Provide this card to the control operator after sounding the alarm. l
- d. This cue indicates that RWST level has decreased to 28%.
e EXPECTED PLAYER RESPONSE: l Players will continue with E0P-1.3, " Transfer to Containment Sump Recirculation," Step 7. _; l Page 96
q EP EXERCISE 1989 Section 7 CARD Nd. 77 CUE TIME: 10:21:30 , l MESSAGE FOR: Control Room Personnel /PPCS Terminals ] l MESSAGE: RMS Alarm Clears I i l 1 1 1 THIS IS A DRILL CONTROLLERNOTESI
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating. j
- c. The following RMS alarm clears: RE-140
- d. This alarm clears because of plume decay.
- e. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package. L l
\
EXPECTEli PLAYER RESPONSE: a. View PPCS or RMS-CT to determine which monitor has cleared and to obtain its value, j
- b. Advise DSS or facility manager of observations.
Page 97
1
'EP EXERCISE 1989.
Section 7
.i CARD NO. 78 CUE TIME: 1035 1 MESSAGE FOR: Control Room Personnel MESSAGE: Alarm C01
" Refueling Water Tank Level Lo-Lo" THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room
- b. Use the alaru sounding device to alert control room personnel of the alarm.
- c. Provide this card to the control operator after sounding the alarm.
- d. This cue indicates that RWST level has decreased to 6%. This condition is required at Step 21 of E0P-1.3.
EXPECTED PLAYER RESPONSE:
- a. Proceed with subsequent steps of E0P-1.3 1.o establish containment sump >i recirculation. .
+
1 . Page 98
EP EXERCISE 1989 Section 7 ; i. CARD NO. 7 9 '-
' CUE TIME: 10:37:50 MESSAGE FOR: Ccintrol Room Personnel /PPCS Terminals MESSAGE: RMS Alarm ,
l 7 i
^
a THIS IS A DRILL CONTROLLER NOTES: ,
- a. Location - Drill-Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-134 - Alert Alarm l
' 2RE-134 - Alert Alarm
- d. For players to determine which monitors are alarming, they must view j either the PPCS or the RMS-CT.
- e. 1(2)RE-134 alarus comes in as a result-of containment recire initiation.
1
- f. If a player requests an RMS trend, after viewing PPCS, use the graphs in )
section 9.3 of this package. 'l EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to-obtain ;
its value and/or trend.
- b. Report observation to DSS or facility manager.
Page 99 i
1 EP EXERCISE 1989 Section 7 l CARD NO. 80 CONTINGENCY-TIME: 10:38 MESSAGE FOR: DSS MESSAGE:
- ~
Scenario data assumes that containment sump recirculation begins at this time (EOP-1.3,. Step 12).
~~ ~ ~
THIS IS A DRILL' l CONTROLLER NOTES: I
- a. k Location - Drill Control Room
- b. Ilayers should be ercouraged to step through E0P-1.3 to " catch up" with scenario data. l l
l l Page 100 i 3
.> j EP EXERCISE 1989 Section 7 5
I! CARD NO. 81 ; CUE TIME: 10:38:15 ' MESSAGE.FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm ) l
-. 1 1
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room l
- b. This cue ~ is required only if the RMS-PC is not operating.
- c. The following alarm comes in: 1RE-134 - High Alarm 2RE-134 - High Alarm RE-140 - High Alarm ;
RE-110 - Fails High ! RE-113 - Fails High l
- d. For players to determine which monitors are alarming, they must view either the PPCS or the RMS-CT.
- e. These alarms come in as a result of containment recire initiation.
- f. If a player requests an RMS trend, after viewing PPCS, use the graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE: . l
- a. View PPCS or RMS-CT to determine which monitor is in alarm and to obtain values and/or trends,
- b. Report observation to DSS or facility manager.
Page 101
;.a: --'
l .. _ _ _ _ _ _ .-- _ ---_-_-_ i
1
/ !
EP EXERCISE 1989 Section 7 CARD NO. 82 CUE TIME: 1040 + MESSAGE FOR: Control Room Operators /TSC PPCS Users -j MESSAGE: l
. - Containment spray pump flow is showing 1.20 E+03 gallons per :ninute flow.
i THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Control Room /TSC
- b. Issue this cue to any player observing containment spray pump flow data after sump recirculation spray is established.
- c. This cue is required to allow players to perform actions which do not follow the scenario data base.
- d. Drill control room controller should advise TSC controller when spray recirculation flow is established. '
Page 102 d_'_).m.____ _ _ _ _ _ . _ _ _ .
EP EXERCISE 1989 Section 7 i CARD NO. 83-CONTINGENCY TIME: 1040 + MESSAGE FOR: DSS . MESSAGE: Maintain bed trains of sump recirculation. Although it may be appropriate, do not secure either train of RHR d.tring sump recirculation. This'is required to keep scenario data on track. i THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Control Room
- b. This contingency should be issued any time operators have decided to secure one train of RHR recirc after sump recirculation has been established.
.)
- l Page 103 l
o
f
., EP EXERCISE 1989 Section 7 i;
CARD NO. 84 l CONTINGENCY
' TIME: 1045 3 MESSAGE FOR: POM MESSAGE: ,Although you may not agree, declare a General Emergency based on Category 3,." Core Fuel Damage," and loss of three fission' product barriers. )
i
)
?
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - T3C
- b. Issue this card if the POM has not declared a General Emergency.
i I
-l 1
i I Page 104 ,.,
EP EXERCISE 1989 Section 7 0 CARD NO. 85 CONTINGENCY TIME: 1100 MESSAGE FOR: POM MESSAGE: Conduct a plant evacuation.
, - Although you may not agree, this is necessary to demonstrate certain exercise objectives.
\ THIS IS A DRILL CONTROLLER NOTES:
- a. Location - TSC
~
- b. Issus this contingency if a plant evacuation has not been conducted at this time or if action to do so are not underway.
l Page 105
w
, EP. EXERCISE 1989 Section 7 l'
CARD No. 86 CUE TIME: 11:30 MESSAGE FOR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarm Clear 1 I J i 1 l . THIS IS A DRILL - CONTROLLER NOTES:
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating.
- c. The following RMS alarm clears: 1RE-215
- d. If a player requests an RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor has cleared and to obtain its value and/or trend,
- b. Advise DSS or facility manager of observations.
l Page 106 __-__-__:-____x_:__:_=:______________-__ __ .- - -
l EP EXERCISE 1989 l Section 7 l 1 i l 7.10 1242 - RHR Ptamp Trips - 7.10.1 Plant and Meteorological Conditions ,
- a. Unit 1
- 1. Reactor is shutdown and clepressurized
- 2. Containment stsap recirc is in progress providing core
. - cooling.
- 3. A breaker. problem causes RHR pump 1P10B'to trip.
Attempts to restart. the pump (not including breaker replacement) fail.
- 4. One train of sump recirculation continues to provide )
core cooling.
]
b '. Meteorology
- 1. Wind Speed = 17 mph
- 2. Wind Direction = 156' .
- 3. Sigma Theta = 6* , ,
- 4. Lapse Rate = -0.1*
- 5. Stability Class = E -
7.10.2 Emergency Action Level
- a. Classification: General Emergency
- b. Category: 3, Core. Fuel Damage 1
7.10.3 Emergency Organization Response
]
- a. Discussions in the TSC and EOF should take place in regards 1
to returning the tripped RHR pump to service, with the ultimate goal of assuring long-term core cooling and entering j into recovery. '
- b. A reentry team from the OSC should be dispatched to determine
-the cause of the trip and to initiate or make recommendations for repair.
- c. Offsite agencies should be notified of the change in plant status.
7.10.4 Offsite Organization Response Receive and verify the status update calls. Page 107 h _-z___-_-__________:_--__.-__-.__i________-. - _ _ _ _ _ __ ___ _ _ __ _- _ _- _ _ _ _ . _ _ _ _ .
EP EXERCISE 1989 Section 7 87 ' CARD N0'. CUE TIME: 12:42 MESSAGE FOR: Control Room Personnel MESSAGE: Alarm & Indications i IC04 (Alarm)
" Motor Breaker Trip" C01 (Indication)
"RHR pump 1P10B operating" window on SI active status panel is dimly lit.
THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Control Room
- b. This cue indicates failure of RHR pump IP10B. The failure is due to a problem with the breaker.
- c. If an attempt is made to restart the pump, the breaker will again trip.
EXPECTED PLAYER RESPONSE:
- a. Team may be dispatched to the cable spreading room to investigate the cause of the RHR pump trip.
- b. Control operator may attempt to restart the pump.
- c. Notify TSC/OSC of pump trip.
Page 108
.y EP EXERCISE 1989-Section 7 i
CARD NO. 88 ')' CUE (If asked)
. TIME: 12:42 MESSAGE FOR: Control Operator j MESSAGE: RHR pump indicating lights.
I 1C04 (Indicating lights for RHR pump 1P10B) !
. g .g g 4 THIS IS A DRILL--
CONTROLLER NOTES:
- a. Location - Control Room
- b. This cue indicates that the pump failure may be related to a breaker problem.
e l l Page 108a I m _ _ m Wr h
I I EP EXERCISE 1989 .l Section 7 3 1 l CARD No. 89 CONTROLLER INSTRUCTION TIME: 1245 + I MESSAGE FOR: Controller with team inspecting IP10B breaker. MESSAGE: i _ Do not allow players to open the cubicle door on the actual RHR breaker. When the players are at the point of inspecting the breaker, suspend drill play and lead the team to the spare breaker cubicle 22B (1B04) where drill play may restane and an actual inspection can be performed. i l . 1 _. THIS IS A DRILL.. l 1 CONTROLLER NOTES: l a. Location - Cable spreading room with breaker repair team
- b. As the team proceeds with the inspection, issue the cues that follow at appropriate times.
1
- c. Spare breakers would normally be obtained from another RHR pump or a spray pump.
l l
)
Page 109
o EP EXERCISE 1989 Section 7 CARD N0'. 90' CUE (If asked) TIME: 1255 + MESSAGE FOR: Personnel checking post-trip status of RHR pump fuses and breaker. MESSAGE:
. - a. The fuses and relays for 1P108.(1804', cubicle 176) appear normal,
- b. The breaketc for IP108 (1804, cubicle 21A) indicates "open" and there is a slight smell of hot /bunit insulation.
1 THIS IS A DRILL-CONTROLLER NOTES:
- a. Location - Cable Spreading Room
- b. Give this infonnation to any person, who is sent to determine the status of the RHR pump breaker and/or fuses, after they ask.
- c. Use card 91 for the actual inspection inside the breaker cubicle.
EXPECTED PLAYER RESPONSI:
- a. Notify control /OSC of observations.
- b. May recommend inspection / repair of breaker.
Page 110
- ~
EP EXERCISE 1989 Section 7 CARD NO. 91 CUE (If asked) TIME: 1310 + - MESSAGE FOR: Team inspecting IP10B breaker for fe'lt. MESSAGE:
' _ Upon inspecting the breaker internally, you find that the overcurrent trip device plunger is stuck in the up position (against the trip bar) and smells of hot / burned insulation.
_. . THIS IS A DP.ILL CONTROLLER NOTES:
- a. Location - Cable spreading room with repair team,
- b. The breaker used for the inspection will be the spare, deenergized breaker in cubicle 22B (1804). This spare breaker may actually be racked out for inspection.
- c. The team should talk through their inspection process (this type of breaker must be racked out and pulled out of the cubicle to see the trip {
device). 1
- d. The most time efficient way to fix the breaker problem would be to replace it with a spare.
]
EXPECTED PLAYER RESPONSE:
- a. Inform control /OSC of observations and recommendations.
1
- b. Initiate repairs.
I Page 111
)
EP EXERCISE 1989 Section 7 CARD NO. 92 ' CUE TIME: 1330 + MESSAGE FOR: Team repairing IP10B breaker. MESSAGE:
, _ 1P10B breaker closes and remains closed.
\ THIS IS A DRILL CONTROLLERNOTES$
- a. Location - Cable Spreading Room
- b. Issue this card if the repair team completes breaker replacement and the breaker is to be shut.
EXPECTED PLAYER RESPONSE:
- a. Notify drill control that the breaker is shut.
- b. Control operator will attempt to start the RHR pump.
1 l l Page 112
~
EP EXERCISE 1989
'Section 7 .
CARD NO. 93 CUE TIME: 1330 + MESSAGE FOR: Control Room Personnel MESSAGE:
~
. - RHR pump 1P10B starts and all associated. indications are normal.
l l I l.
.i THIS IS A DRILL CONTROLLER NOTES:
- a. Location - Drill Centrol Room .
- b. Issue this card if after the control room has been notified that the breaker is shut and the control operator attempts to :i. tart the pump.
- c. After issuing this card, immediately carryout the actions of ;
card No. 94. EXPECTED PLAYER RESPONSE: Notify TSC/ EOF that pump is now running. Page 113 4
EP EXERCISE 1989 i Section 7 ) I
'i CARD NO. 94 ]
CONTROLLER INSTRUCTION I TIME: 1330 + MESSAGE FOR: Control Room Controller {
'i MESSAGE: I
' a. Notify the main exercise controller and inform him that the RHR pump is now running.
- b. The main exercise controller should inform other controllers that the RHR ,
pump is operating and that PPCS values indicating RHR flow and pressure 'at 0, for RHR pump 1P108, are no longer valid. Loop A and B values should be considered equal (at about 1800-1900 gpm).
~~ ~
THIS IS A DRILL ~ I CONTROLLER NOTES: j l
- a. Location - Drill Control Room
- b. Ensure that this word is passed quickly. '
l EXPECTED PLATER RESPONSE: l Discussions regarding event deescalation or recovery should begin. i Page 114 t x__
m -
^
EP EXERCISE 1989 S:cti n 7 I CARD NO. 95 CUE TIME: 13:40
]
MESSAGE FOR: Control Room Personnel /PPCS Terminals I MESSAGE: RMS Alarm Clears j i i l _. . THIS IS & DRILL _ l CONTROLLER NOTES: I
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue is required only if the RMS-PC is not operating. ,
- c. The following RMS monitor clears its high alarm setpoint and goes I into Alert: 2RE-134 ;
- d. If a player requests an RMS trend, after viewing PPCS, use graphs in ;
section 9.3 of this package. 1 EXPECTED PLAYER RESPONSE:
- a. View PPCS or RMS-CT to determine which monitor has changed its alarm status and to obtain its value and/or trend,
- b. Advise DSS or facility manager of the change.
Page 115
EP EXERCISE 1989 Section 7 i fARD NO. 96 CONTINGENCY TIME: 1500 MESSAGE FOR: ESM and Site Manager MESSAGE: Although you may believe such activities are premature, initiate recovery procedures EPIP 12.1 and 12.2. This is necessary to demonstrate certain exercise objectives. l THIS IS A DRILL
- ~
ColfrROLLER NOTES'. -
- a. Location - EOF and TSC
- b. Issue this contingency if by 1500 hours recovery procedures have not been initiated.
EXPECTED PLAYER RESPONSE:
- a. Initiate EPIPs 12.1 and 12.2
- b. Reclassification from a general emergency to recovery.
- c. Notification of offsite authorities regarding event termination.
Page 116
EP EXERCISE 1989 Section 7
.)
-CARD No. 97 CUE TIME: 1554 .
l
. MESSAGE POR: Control Room Personnel /PPCS Terminals MESSAGE: RMS Alarms Clear 1
e .- l THIS IS A DRILL CONTROLLER NOTESY- - - ~ '
- a. Location - Drill Control Room /PPCS Terminals
- b. This cue will be required only if.the RMS-PC is not operating,
- c. The following RMS monitors clear their failed high setpoints and go into High Alarms 1RE-216B 2RE-2165 l d. If a player requests on RMS trend, after viewing PPCS, use graphs in section 9.3 of this package.
EXPECTED PLATER RESPONSI:
- a. View PPCS or RMS-CT to determine which monitor has changed its alarm status and to obtain its value and/or trend.
- b. Advise DSS or facility manager of the change.
i Page 117 l-1
~l
-______________--_d_:_:~. .__.---:_'
EP EXERCISE 1989 Section 7 i 7.11 1700 - Exercise is Terminated 7.11.1 Plant and Meteorological Conditions Not germane to this event. 7.11.2 Emergency Action Level
- a. Classification: Recovery
- b. Category: NA 7.11.3 Emergency Organization Response Secure from the exercise, return all facilities to their pre-exercise condition.
i l l l Page 118 2__-_______________-
.v.
EP EXERCISE 1989 Section 7 ; 1
. .1 CARD NO. 98 >
CONTINGENCY TIME: 1700 MESSAGE FOR: Radcon Waste Manager J MESSAGE: Calculate the total population exposure. This-is required to demonstrate certain exercise objectives. l THIS IS A DRILL-
~~ ~
CONTROLLER LOCATION: EOF l r l l i l Page 119 l
~
EP EXERCISE'1989 Section 7 i CARD NO. 99 CONTINGENCY TIME . 1700 MESSAGE FOR: DSS . MESSAGE: 1. Secure.from the exercise when the site manager indicates that information from the control roos is no longer required to complete exercise activities.
- 2. A player "minieritique" will be held in the TSC following exercise <
termination. Be sure that control room drill players are represented at that critique. l - - - - - THIS IS A DRILL - CONTROLLER NOTES:
- a. Location - Drill Control Room-
- b. Issue this contingency when so advised by main exercise controller.
I 4 Page 120 i
I i EP EXERCISE 1989 Section 7 'l i
. . i l CLRD NO. 100 CONTINGENCY f
j
-l TIME: 1700 i MESSAGE FOR: Site Manager MESSAGE: 1. The control room vill not secure without your permission.
- ~ 2. All personnel except those required to communicate with the EOF may secure from the exercise. When the EOF no longer needs information from the TSC, all personnel can secure.
- 3. Conduct a "minicritique" with TSC/OSC exercise players. Invite players from the drill control room. Identify strengths, problems .and
" areas for improvement."
- 4. Return all onsite facilities to their pre-drill condition.
- 5. A post-drill critique will be conducted in the front conference room at about hours at which time you will summarize the
}- "minieritique,a -
~~
THIS IS A DRILL' CONTROLLER NOTES:
- a. Location - TSC
- b. Issue this contingency when so advised by main exercise controller.
l l 1 i Page 121 l E_______._1m... _
~';
EP EXERCISE 1989 Section 7 CARD NO. 101 l CONTINGENCY TIME: 1700 MESSAGE FOR: Emergency Support Manager and Offsite Health Physics Director MESSAGE: 1. The TSC will not secure without=your permission.
- ~ 2. All personnel, except those required to communicate with JPIC may, secure from the exercise. When the JPIC no longer needs information from the EOF, all personnel may secure.
- 3. Notify offsite agencies of drill termination.
- 4. Conduct a "minieritique" in your facility. Discuse strengths, problems, and " areas for improvement." i
- 5. Return the EOF /SBCC to its original, pre-drillicondition. x i
- 6. A post-drill critique will be held in the PBNP front conference room at about hours. At that time, you can susanarize the
, "minieritIque." ,
~~ ~
THIS IS A DRILL CONTROLLER NOTES: .
- a. Location - SBCC
- b. Issue this contingency when so advised by main exercise controller.
l t l l I i I l
. Page 122 I l
I
' ^
, '3 ". *l ,
.i.
EP EXERCISE 1989 - Section 7-ye CARD NO. 102 l CONTINGENCY TIME: 1700 MESSAGE FOR: Site Manager HESSAGE: Using Gai-tronics announce:
.- " Attention all personnel, Attention all personnel The Emergency Plan exercise has been terminated.
The Emergency Plan exercise has been terminated."-
'l j
i THIS IS A DRILL " -
~
1 CONTROLLER NOTES:
- a. Location - TSC
- b. Issue this contingency when so advised by main exercise controller. I 1
1 Page 123 !
* ^' *
, _m z
y I
}
EP EXERCISE 1989 Section 7
)
e) CARD NO. 103 CONTINGENCY l TIME: 1700 MESSAGE FOR: JPIC Director MESSAGE: 1. Begin to secure from the exercise.
* ~
- 2. A final news briefing should be conducted to discuss sources of followup information and recovery activities if the event had been real and was to continue.
- 3. Return the JPIC to its pre-drill condition.
- 4. Conduct a "minicritique" with dri}l players. Develop a list of strengths, problems u d " areas for improvement."
- 5. A post-drill cricique will be conducted in the front conference room at the plant far major drill participants at about _ hours.
You can present the findings of your minicritique at that time. i
~~
THIS IS A DRILL ' CONTROLLER NOTES:
- a. Location - JPIC 1
- b. Issue this contingency when so advised by main exercise controller. 1 j
i l l Page 124 1 L -- - : ..
EP Exercise 1989 Section 8 i
'lJ i
l i i, 1 SECTION 8.0, "INDEX OF CUE & CONTINGENCY CARDS" l l l t l I 4 i " V -
<j )!ljj!llll{)lj{ll!l!lj' {j! IljllI)jj)!lj l l l1llji l l
m ) n - l l ll molB ll mollll l lll lll ol o ooooo& l oooooooo o ooo ooo 9 ro r drroRrP o rroRrrrr r m rrr rrr 3 t r t ettR t( r ttR ttttFFFFFtFFFo Ftt tFFFF ttt FF 9 nt n rnn en et nn ennnnOOOOOnOOOo OnnnOOOO - nnOO r 1 n on o i oervo8sn oarvooooEEEEEeEEER EoooEEEE oooEE o Co cF uCCeiC8 uoDCCeicCcC/////C/// /Ccc//// CCC// e i C O q t r 5 ocE t r CCCCC CCCeCC CCCCC CC s t l lE ell uDl8h Tll uDllllSSSSSlSSSl SSlllSSSSSlllSS i8 a ll l/ rll p l - plEll p llll T T T T T l T T T pT T lll T T T T Tlll T T c c iaBiCCF iimdi1 maLiimdiiii/////i///m//iii/////iii//F rn o re&rSSOsrroor5 ueErroorrrrRRRRRrR RaRRrrrRRRRRrrrRRO eo xi L DRPDTTEaDDCRD1PRDDDcRDDDDCCCCCDCGCSCCDDDCCCCCDDDCCE Et c P e ES j r g t a n n 2 e 2 i i m R 1 l c R 1 a l i n o p o / / - a . t os2 s n s2 kk aa
. P rd e k r ru5 m o m5 e O de s a r7 r i r7 p ee l A n "e ee i
a p l a ol . sl a t a la. sr i ll p m - gea ri gm aa l s i rch na m ahC nt S3 e ad nt r Tr g Sc e nn C ito on o fs r o CC c se t mifd Cr rP C n o-ir t o RR i do n rna s do er Re x 8R sscioo,t gg ainns i t at dd f i ii ai l a gi Rp de 8 t euct oie t eucc nn r n t ern n r 8o 5 r nnoapoiai iit ratdrt ng ratde r apoia aa o gi is l di" lA "l ge an i e - dd bt nnbaon bt nnr l lllg lll o e"l" l l nv l vt1 r or5o aari eeoverspe iii mi a i ii C e u eeen ee p vAi e e i e en na1t rrs vrt p oc ver & spe 3 uuui Fkfff gkff uuae rkl eS f pu emfkF u rl a kfi uo rt c ihi k e Pn a ra wpa pru a er t uSra oe rrvgot oorinemiis k@f en @i o n pi inomu oror Owdedddaedda oel eeehl eer ehm l gup sded el e l cs e a eda l ep t efr tt eh t sh ne h t sl1 dl lll c lld CSh i s mfl ts tii g si nis i si i tiSiii l in li Sii fi sesnnidt n rsuiiSiterwSic iclhaeosnro&do hrat cmm.aamnat4r ni) c dt nro aamn n&&0neaC.FFFnRFFlRRno f - wlFr Po a a a d C a a yC C 2 lS iff n aCarsuoCai sFRFeisdRFt r sei xrpraat s e p o sise3s c2e s p siO3l0dr- - - - - o e n
- - a ut
- a rs i oo- - lAoeo- rsl a
p aEeioeent ettt pFe t ettR hro rsra ot sssssessst asdnnt sssntPcss eeat t rfrrirsrars( r aaaaoaran e dol mmummpmmuc m ooiaumau mmn e M p o pb Pi p c D p o aoar- ncarrt raaaaa rorrraNr" aae iidrrr aeerri g a crm n euyoh11l e te11 l i eveet uTe u s nE pb l is eve r-a t t l l l l l 0oo&AJiA&oA&Ac SaAtt neaae t l l l At. E l " aaolll rtanll e scaag ' s piicccA&AaoeeA&b s m odnt l sys svPoAsys nn SSSS5 n al s mna aSSioaoPol nI oaoPaP lS mddSSSSc l nrmcmSS M e oneoeMMrol oCmaWnEol oCi0ooMMMMdoMM CARDwRRDLPlRIVSADLPLRAEDDRRRRRDRRWDCRSIIRRRRDDICRRM SSMoaMunnMMMMeonoMMa y 1 e
- e g
r r a e e P l l l l sssss ss rs r or o r r r rrrrr s. rr er ssss ss e r e e rrrr rr r l t t mm e eeeee eee l e eeee ee o l n n l l aa l l sssss sss l s ssss 3 s F o o o o ee l o l o UUUUU UUU oU UUUU 0Ut r C rrr TT rrr r mr r e g t n C: sss t oo D *oo S3SSS tSSCCCCCSCCCenC SSSatS SSSS CCCC SSo CCp a o .Orrr .DnttD tDeeetCoaaC tt EDnttDnOOPFPPPOPPPToPD TCoaaCoDDPPPPPDPPP PPPP PPp s C n/yyyn/Crr/nn CPC PPPP PP u s SiSaaaiS eeSiiSLS E/Crr/c///////////S // //// //S e RSaSlll aS ppSaaSES eeS SSSSSSSSSSSSSSS SSSSNSSSSS M CDMDPPPMDmOoDMMDDDGOODOSSMMMMMSMMMACMSDOMMMMOSSSMMQ ppS DDRRRRRDRRRPDRDCCRRRRPDDDRRH e 4 333 888 2 998 0 111 444 5 333 7 777 77 7 7 4 e 0 000 000 0 990 001 9 m - + - - - + + + - - - - + 0 i t ++ + +++ + - - - + - ++0 T 000000002222300557777888033345567900200008300002230 33334550111113334444444455555555550001 1 111233345559 66665667777777777777777777777777778888888,000000000% 0000a05600000000000000000000000000000000? 888888888 nyny : a yn e ococ i nin r e c co n o ocg ny y c yn co yyyy cccc n o p t et e i i t t ni et i inn n ni nnnn i y c gc t t ee e et eeee T u c :g un cg u ur c nu u c cgg unn g n gc nu gggg t c riri r i r r rii i ir nnnn iiii u r d t tt t t t t t t ttt t tt r a snsneeeseseeeeenseseeesnneeeeeneeenseeeeeeeennnnees nonouuununuuuuuonunuuunoouuuuuouuuonuuuuuuuuoooouun ttt t t C ICICCCCICI CCCCCCI CICCCICCCCCCCCCCCCICCCCCCCCCCCCCCI r de rb i at Ca 12345678901234%67890123456789012345678901234567890111111 111 1 N 122222222223333333333444444444455 l' I(l l! ll
9 r F 8 F t FF F FFFtFFFF eFFFt t t Ft tt FFt Ft t eeeet tF t 9 O n OO 02OOO nOOOOt OOO nnnOnnnOO n O nnrrr rnnO O n 1 n E o EE 2 EEE oEEEE aEEE oooE oooEE o E ooppppooE E o o 9/ C // /y///c////G///CCc/cCC//c /CCSSSSCc/C/ c e i 5C CC CaCCC CCCC CCC C CC C CSC l
. s t CS l SS S wSSSlSSSShSSSlll Slll SSl Sll eeeell STS l a Tlll ll lll T/T i S c c F /T B / B l i sTT/ / ST /eTTTl p/ /TTTTtTTTlll
/i / / / /Tlll r /TTl / /iii /iii / /i C C /ii b b b b ii / F / F i C F C rn 2 o L o O&R& raRRARiRRRrRRRR oRRR rrrR rrrRR rSSR rraaaarrROROrSOSF EPCPDPCCPCPCCCDCCCCMCCCDDDCDDDCCDTTCDDCCCcDDCECEDTETJ xi Et c
Pe ES r
"c c i a
n r r ) p p d o ttt i i n e k e i nnn c e c e o m un r I
) a r t eee po 1 e e a vvv R r i i l p t - l t n yyy p p da t
am s e P Ot s e) i m rrr m m el .Rt Hc mu r p
.t En rd r aaa u u h u rR e e
e e e e iii S s sc o( p o n sn o s nf r
&ur i r 2
s1 t l lll i 1 ei e iii t d li dnn o u c1 0i t f e vssxx n n bc oi s s r- - a s( s eruuu e a nae ei nr o eE Pt y a l aaaa m ot r l tt oe p O nkk se ekk e k i s ciu il s xR e s kkk aaei n . a t e *g ido tl e e eaaTl@@@ IAeead B oaa l d ( c4eMa S c e a u y s b n io nn I Lce rlI e. A uuu tl t e s l l ct acnr suod dr n i a oe ar Bmooo nw r sursnoa t cce nt s so l t ct t tMc rtt r rrr ttt oo a t nci nircf gtl eie h gf rcscoa k onr ri at n e e si a n n e enndahhh nnnCl e osuetl eerd t eenl ttt ee e l l m e gi e o r a c pi o e a e cel ea i uft cumme f mm e anr aa am eeer s nnt u mmoa cr mu ecr ar b e eu smc5 r il ga k rsl ol ec ll cueee t emnnll rynE a1t gne l as ps sst aAd1jiiil en iil5 sssaiii t m0l1 pS e1 nsaaovosaae2 aaal aaarer4 aan ai v2 nir pi n t n c - im cryr moiii pcccec i l 1i t t reidt t v2 eeeatt t eya1 t opral e-cfl - onntl t nnne lll nnnf l - 0 nim pra u E ma t e or rara a pd i e s e l ell eeeie rrr i eaE yt oon ae oli eeesooost aE1 ot st rt3 t t r0 PRt ee CCok nruC cnit T kRRR rCCC no o anol R 0 C aS l t d n1 pcontkt sAv&axsxcx f h :a a i aiare o t eee aA - ff v- - am - - E t - - - r 1 - uit el Edw d ea - c- o p Bs oal S assie nt rS eM ssR Eissssnsss Tc rl sl srsub c oGp I noynrt n aRil aobsisR s e t mme oo n& iP rC - mR vimadt r r md R uu u a m a r r - r r r rI rr rI o e a u ",i e m e u i m o cvr v r crl n aan r ll c pae dpmr ertfff ef a u u m err e g a eaa aed aa aaaa aaa3 eeaeaeafi et a m rrem at aa ecuyl all eeene g arcl sut beels&si euSll A&r m sell ellllllll rllll rl
- a yas&&n&&A&a&&&1 A & Ayt au&mpo ,k a pf & i & u r r r s i irs oaei r t - pT T p anld r neal i t cuuu s yvS vaeSSf rl vSS eSSSS rSSSP mS3SS mS adMdl pMMnpeeMM1 MMMB oI MM0uMhWM uI I I I ricnmlae paeoa oure sepEtSiSl cccnc oII nI Iaeeene e
M MARA&ORRISRRRR1RRERPRRR3SRERRSRSMDCR&BDPBRMMRI RCSSSaS l e t a r
,, , G r e e g h l a sr rssr rsss sssat ssss s s s s l rrar sns re erre errr rrrrrrrrr r r rs r o el l eel l eee eeeeoeeee e e er e r eeMe r sl l ssl l sss ssssNss4 s s s se s t mem l s s UoDoUU oF oUUU0UUUU DUDU Us UD C,UUCU o na ma0l U eU F f rC r rO r C C U C oeeeC o t f St/t SSt Rt SSS/SSSSySSSS /S/S S S/ CTTT/rSiS e a C nS nCCn/nCCCSCCCCt CCCC SCSC Cs CS
.StCSCP g t P oO OPP oC oPPPOPPPPiPPPP OPOP PC PO . . . O nP M a PCDCPPCSCPPPDPPPPrPPPP DPDP _F PD ttttD oP&P
/P P S t s T ////////u//// nnnn/C/
SMSI /s St
/ / // //// //
s CBSBSSSSS/ BESS 8SSSS cSSSSSSSSSS3/SNNSS t iiiiS e R&M&SAMM& &MM 5I I I I MeiMMMSSMSMSiRSOOI S I aaaaSRI SMCSiSiP I M MPRPCPRRPmPRRMDMMRRSRRERDDRDRDRCDPPRDmMMMMDCRERRDS I _ 5 0 38 3 4 53 9 9 00 e 0 G 1 1 m 0 - - + + * ++++ +++ + - - + 4 +++ + +++++ 57880050022550000004000000 i T 30509990W000011345569000091 93333334 44444444444455551 233334440344441 333405000000 9999999999999999999999 990000000001 1 2222333335577777 7 4000000000000000000C000001 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 11 1 1 1 1 1 1 e nn n n n no ny y yyy n n y yyyyy oo o o o oc c ccc o o c cccc e ii i i i i i n n nnn i i n nnnn p t t t t t t t e e ggy ee t t e g e ee gggg y cc c c c c cg g c c
- T uu u u u ur un n nnn u u n nnnn r
- rr r r r ri i iii r i iiiiii d t t t t t t t t t t tt t t t t t t r a s s esesees es eeeeeeceeeeesneeeeneennneeeseeeesenencnnnn nnununuununuuuuuuuuuuuunouuuuouuooouuunuuuunuouoooooo C I I CI CI CCI CI cCCCcCCCCCCCI CCCCCCCCCCCCCCI CCCcI CCCC ccCCc r d e 1 rb am C u N 555555556666666666777777777778888888888999999%7890 2345678901 234567890012345678901 2345678901 2345 9990000
.{
EP EXERCISE 1989 Section 9.0
- i; J
l l l l i 1 l l i 9.0 DRILL DATA BASE l s i
)
- l 1
f l I
.i d
l 1 i 4 l l
v I a EP EXERCISE 1989 Section 9.0 el i 9.0 DRILL DATA BASE 9.1 Plant Parameter.- Digital ) i 9.1.1 Plant Parameter Display (PPD) 9.1.2 Plant Process Computer Syster (PPCS) ' 9.2 Plant & Meteorological Parameters . Analogue 9.3 Radiation Monitoring System 9.3.1 RMS Simulation Data (IBM-PC)
- a. Alarm changes l
- b. Alarm snapshots ,
9.3.2 Anaiogue , 9.4 In-plant Radiological Conditions (Maps & Data) 9.5 Environmental Survey Data 9.6 Chemistry Sample Results I i
EP EXERCISE 1989 Section 9.1 l I j i ! 4 l i l 1 i i i
'll
')
9.1 Plant Parameters - Digital 9.1.1 Plant parameters display (PPD) l 9.1.2 Plant process computer system (PPCS)
- 1
*9- 9 l
J l;
~\;
EP EXERCISE 1989 ' Section 9.1.1 l PLANT PARAMETER DISPLAY l i TM OATA bHCH FOLLOWS REPRESENTS DATA AVALABLE ON CONTROL ROOM i l INSTRUMENTATION. IT E BE DEiPLAYED TO CCNTROL ROCM PUWERS ON COPPUTER MONTORS AS SH0 led BELOW.
- ~ r ,
Isu , um l u..... ....
. . . . .w -,
g ;
,., r.
mo . ,u......==. u. um . u..
.o.
.. .. ..u..--
- i. .. a ..
I8. tJ.,
.m m
u... u .. io..
, . , . .. -.m . u ..
, ,La F & , .. 1 ..
t.J L m . .u.... ,
.L.
t.... u .. .. ci . , . ,
., u... .u - . . ...
,in- . ,- ., u . . = == . ,
, u. . .
. m... , u...
m.. u, , u.. .
- u. .
, u.
.. . -, u ..
e , J 1 r m Isu u.a.u ....... . !
. i.,
.--m u.-==- .
- um . ,u.
u.... . m.. . m. u..
- .. .- um .
== .. u, O
. . .. n, , u. ... -
.,u.W.
* .* W 18 . m.
,u .W L.F . .tse. .It
. t.
IJ . E. 3.1.1 13 , .L f,...? S.T .' ? . .
..... ., W . ,,ta. ,
. .W ldTe - .IS , ..
,M.M 5 .* .I 84 ...
.M,- ,IA
.. IIP . ,
,UII.P .
. I.
,UI.y 1.s.
. .HI .
,u P .. ,13. .t m .. . . ... .
T- , L.. 6E ,
. P
... Whr
... U1 e. .
.L.
U.e U.~.D. 9 V.L, v.6,R.F v.67
. v.b, 4....
4.... N A Page 1
. EP EXERCISE 1989 Section 9.1.1 0 SUBCOOLING DEG F 660 5:30: 0 3.60E+01 936 7:48: 0 3.60E+01 '
937 7:48:30 7.10E+01 952 7:56: 0 8.20E+01 1064 8:52: 0 8.20E+01 1158 9:39: 0 1.35E+02 1159 9:39:30 0.00E+00 1162 9:41: 0 0.00E+00 1242 10:21: 0 1.62E+02 2160 18: 0: 0 1.70E+02
~
l 1 l 1 N31 SOURCE RANGE 660 5:30: 0 0.00E+00 936 7:48: 0 0.00E+00 I 937 7:48:30 1.00E+04 1200 los 02 0 1.00E+03 2160 18: 0: 0 1.00E+03 2 N32 SOURCE RANG 1 660 5:30: 0 0.00E+00 936 7:48 0 0.00E+00 - 937 7:48:30 3.00E+04 939 7:49:30 6.00E+03 2160 18: 02 0 9.00E+02 3 N35 INTERM RANGE 660 5:30: 0 1.00E-03 936 7:48: 0 1.00E-03 937 7:48:30 2.00E-11 2160 18: 0: 0 1.00E-12 4 N36 INTERM RANGE 660. 5:30: 0 1.00E-03 936 7:48: 0 1.00E-03 937 7:48:30 3.00E-11 2160 18: 0: 0 2.00E-12 Page 2
~
EP EXERCISE 1989 Qsction 9.1.1 i 5 N41 POWER RANGE % ' 660 5:30: 0 1.00E+02 936 7:48: 0 1.00E+02 937 7:48:30' O.00E+00 2160 18: 0: 0 0.00E+00 6 T AVERAGE DEG F 660 5:30: 0 5.70E+02
,. 936 7:48: 0 5.70E+02 937 7:48:30 5.50E+02 938 7:49: 0 .5.47E+02 942 7:51: 0 5.47E+02 1064 8:52: 0 E.45E+02 1074 8:57: 0 5.40E+02-2160 18: 0: 0 5.40E+02 7 T HOT LOOP A DEG F 660 5:30: 0 6.00E+02 936 7:48: 0 6.00E+02 I 937 7:48:30 5.50E+02 i 6 938 7:49: 0 5.45E+02
- 942 7:51: 0 5.43E+02 1064 8 52: 0 5.43E+02 1158 9:39: 0 4.95E+02 1160 9:40: 0 2.98E+02 1280. .10340s.0 9.80E+01.
2160 18: Os 0 8.20E+01 8 T HOT LOOP B DEG F 660 5:30: 0 5.98E+02 ' 936 7:48: 0 5.98E+02 937 7:48:30 5.70E+02 938 7:49: 0 5.50E+02 943( 7:51: 0 5.49E+02
+ 1064 8:52: 0 5.47E+02 1155 9:39: O 4.97E+02 1160 9:40: 0 2.98E+02 1240' 10:20: 0 8.50E+01 2160 18: 0: 0 8.00E+01 Page 3
~
EP EXERCISE 1989 Section 9.1.1 9 T COLD LOOP A DEG F . . 660 5:30: 0 5.38E+02 936 7:48: 0 5.38E+02 ' 937 7:48:30 5.36E+02 938 7:49: 0 5.45E+02 942 7:51: 0 5.46E+02 1064 8:52: 0 5.45E+02 1158 9:39: 0 4.96E+02 1160 9:40: 0 2.95E+02 1240 10:20: 0 1.90E+02 1380 11:30: 0 1.00E+02 2160 18: 0 0 9.10E+01 10 T COLD LOOP B DEG F 660 5:30: 0 5.38E+02 936 7:48: 0 5.38E+02 937 7:48:30 5.50E+02 938 7:49: 0 5.45E+02 1064 8 52: 0 5.45E+02 1158 9:39: 0 4.95E+02 1160 9:40: 0 2.95E+02 1240 10:20: 0 9.00E+01 2160 18: 0: 0 7.40E+01 11 AVERAGE INCORE T5 DEG F 660 5:30:. 0 5 . 91E+ 02-936 7:48: 0 5.91E+02 939 7:49:30 5.91E+02 1064 8:52: 0 5.62E+02 1158 9:39: 0 5.04E+02 1160 9:40: 0 3.57E+02 1242 10:21: 0 8.40E+01 2160 18: 0: 0 8.18E+01 b:.. 12 HOTTEST INCORE TC DEG F 660 5:30: 0 6.10E+02 936 7:48: 0 6.10E+02 937 7:48:30 6.25E+02 939 7:49:30 6.20E+02 942 7:51: 0 5.75E+02 1064 8:52: 0 5.70E+02 1158 9:39: 0 5.11E+02 1160 9:40: 0 3.12E+02 1242 10:21: 0 8.90E+01 2160 18: 0: 0 8.70E+01 Page 4
EP D2RCISE 1989 Section 9.1.1 13 INCORE T(E10) DEG F . o 660 5:30: 0 6.10E+02 936 7:48: 0 6.10E+02 937 7:48:30 5.70E+02 939 7:49:30 5.55E+02 1064 8:52: 0 5.50E+02 1158 9:39: 0 5.00E+02 1160 9:40: 0 3.05E+02 1242 10:21: 0 8.50E+01 2160 18: 0: 0 8.00E+01 14 INCORE T(E06) DEG F 660 5:30 0 6.08E+02 936 7:48: 0 6.08E+02 939 7:49:30 5.48E+02 1064 8:52: 0 5.46E+02 1158 9:39: 0 4.96E+02 1160 9:40: 0 3.00E+02 1242 10:21: 0 7.50E+01 2160 18: Os 0 7.50E+01 15 INCORE T(J03) DEG F 660 5:30: 0 5.99E+02 936 7:48: 0 5.99E+02 937 7:48:30 5.70E+02
-. 939- 7:49:30 5.55E+02 1064 8:52: 0 5.50E+02 1158 9:39 0 5.00E+02 1160 9:40: 0 3.05E+02 1242 10:21: 0 8.50E+01 '
2160 18: 0: 0 8.00E+01
, 16 INCORE T(JO9) DEG F 660 5:30: 0 6.09E+02 936 7:48: 0 6.09E+02 937 7:48:30 6.25E+02 939 7:49:30 6.20E+02 942 7:51: 0 5.75E+02 1064 8:52: 0 5.70E+02 1158 9:39: 0 5.11E+02 1160 9:40: 0 3.12E+02 1242 10:21: 0 8.90E+01 2160 18: 0: 0 8.70E+01 I
Page 5
t s L4 1 L S25 W M G U Szetion 9.1.1
\
17 INCORE T(C08) DEG F 660 5:30: 0 5.98E+02 i 936 7:48: 0' 5.98E+02 939 7:49:30 5.48E+02' 1064 8:52: 0 5.46E+02 1158 9:39: 0 4.96E+02 1160 9:40: 0 3.00E+02 1242 10:21: 0 7.50E+01 i 2160 18: 0: 0 7.50E+01
~
18 INCORE T(DOS) DEG F ' 660 5:30 0 6.02E+02. 936 7:48: 0 6.02E+02 937 7:43130 5.48E+02 l 1064 8:52: 0 5.46E+02
- 1158 9:39: 0 4.96E+02 l
1160 9:40 0 3.00E+02 1242 10:21: 0 7.50E+01 2160 18 Os 0 7.50E+01 19 RV LEVEL NR FEET - ' 660 5:30: 0 4.60E+01 1158 9:39: 0 4.60E+01 1159 9:39:30 1.20E+01 1161 9:40:30 3.00E+01 2160 14: 02 0 3.20E+01 20 RV LEVEL WR FEET 660 5:30 0 1.28E+02 1158 9:39 0 1.28E+02 1159 9:39:30 1.00E+01 1161 9:40:30 3.50E+01 2160 18: Os 0 3.70E+01 1 l 1 i Page 6
^ '
15 Ld1615LH3 ERW) Soction 9.1.1 21 PRZR LEVEL % 660 ' 5:30: 0 4.58E+01 936 7:48 0 4.58E+01 937 7:48:30 2.60E+01 978 8: 9: 0 2.00E+01 1040 8:40: 0 2.02E+01 1064 8:52: 0 3.00E+01 1158 9:39: 0 3.00E+01 1159 9 39:30 1.00E+01 1160 9:40: 0 0.00E+00 _ 2160 18: 0 0 0.00E+00 22 RC SYSTEM PRESSURE A PSIG 660 5:30: 0 1.98E+03 936 7:48: 0 1.98E+03 937 7:48:30 1.81E+03 952 7:56: 0 2.00E+03 1158 9:39: 0 2.01E+03 1159 9:39:30 6.00E+02 1160 9:40: 0 7.00E+01 1162 9:41: 0 1.00E+01 2160 18: 0: 0 4.00E+00 23 RC SYSTEM PRESSURE B PSIG 660 5:30 0 1.98E+03
~~
936 7:48: 0 1.98E+03 937' ~ 7:48 30 1.79E+03 952 7:56: 0 1.97E+03 1158 9:39: 0 1.97E+03 1159 9:39:30 7.20E+02 1160 9:40 0 8.50E+01 1162 9:41 0 1.60E+01 2160 18: 03 0 6.00E+00 24 PRZR PRESSURE PSIG 660 5:30: 0 1.99E+03 936 7:48 0 1.99E+03 937 7:48:30 1.80E+03 952 7:56: 0 1.98E+03 1158 9:39: 0 1.99E+03 1159 9:39:30 8.00E+02 1160 9:40 0 1.50E+02 1162 9:41: 0 1.00E+01 2160 18: 0: 0 6.00E+00 l l Page 7 l l L____ _ --- s_ l
uy LtidA95EU Map Ssetion 9.1.:L 25 PRESSURIZER RELIEF TANK 660 ' 5:30: 0 0.00E+00 2160 18: 0: 0 0.00E+00 26 TEMPERATURE DEG F 660 5:30: 0 9.00E+01
~
1158 9:39: 0 9.00E+01 2160 18: 02 0 1.40E+02 27 LEVEL % 660 5:30: 0 7.20E+01 2160 18: 03 0 7.20E+01 28 PRESSURE PSIG 660 5:30: 0 4.00E+00 1158 9:39: 0 4.00E+00 4 1159 9:39:30 0.00E+00 2160 18: Os 0 0.00E+00 { s , i 29 LINE TEMP DEG F 660 5:30: 0 1.10E+02 1158 , 1200
. 9:39:_0 1.10E+02,
]
los 03 0 1.70E+02 1 2160 18: Os 0 1.40E+02 30 LETDOWN GPM j 660 5:30 0 3.60E+01 1 1158 9:39's 0 3.60E+01 1155 9:39:30 0.00E+00 2160 18: 02 0 0.00E+00 i Page 8
EP EXERCISE 1989 Ssetion 9.1.1 31 CHARGING GPM 660 5:30: 0 2.60E+01 ' 936 7:48: 0 2.60E+01 - 950 7:55: 0 1.00E+01 978 8: 9: 0 3.30E+01 1040 8:40: 0 3.28E+01 1044 8:42: 0 9.50E+01 1064 8:52: 0 8.00E+01 1080 9 0: 0 1.10E+02 1158 9:39: 0 6.00E+01 _ 1162 9:41: 0 1.10E+02 1270 10:35: 0 1.10E+02 1271 10:35:30 0.00E+00 2140 18: 0: 0 0.00E+00 32 VCT LEVEL % 660 5:30: 0 5.00E+01 936 7:48: 0 5.00E+01 972 8 6 0 7.80E+01 980 8:10: 0 7.00E+01 1040 8:40: 0 5.50E+01 1058 8:49 0 1.70E+01 1070 8:55: 0 2.80E+01
- 1076 8:58: 0 1.70E+01 1092 9: 6: 0 2.80E+01 1098 9: 9: 0 1.70E+01 1118 9:19: 0 2.80E+01 *
~~
1126 9:23: 0 1.70E+01 1148' 9:34:"0 2.80E+01' 1158 9:39: 0 1.80E+01 1162 9:41: 0 3.90E+00 2160 18: 0: 0 3.90E+00 33 'A' STEAM GENERATOR 660 5:30: 0 0.00Z+00 2160 18: Os 0 0.00C+00 1 34 LEVEL NR % 660 5:30: 0 5.20E+01 936 7:48: 0 5.20E+01 937 7:48:30 1.00E+01 952 7:56: 0 3.20E+01 1158 9:39: 0 3.40E+01 1159 9:39:30 3.00E+01 2160 18: 0: 0 5.00E+01 l 1 Page 9 l l 1
EP EXERCISE 1989- I
' Saction 9.1.1. l 35 LEVEL WR IN 660 '
5:30: 0 3.05E+02 936 7:48: 0 3.05E+02 937 7:48:30 4.04E+02~ 952 7:56: 0 4.32E+02 1158 9:39: 0 4.40E+02 1159 9:39:30 4.30E+02- ) 2160 18: 0: 0 4.56E+02 2 36 STM FLOW PPH E+06 660 5:30: 0 3.25E+00 936 7:483.0 3.25E+00 937 '7:48:30 5.00E-01 938 7:49: 0 1.00E-01 2160 18: 0: 0 1.00E-01 37 FD FIDW PPH E+06 660 5:30: 0 3.31E+00 936 7:48: 0 3.31E+00 937 7 48:30 0.00E+00 + 2160 18: 0: 0 0.00E+00
- 38 PRESSURE PSIG
_. 660 . 5:30s.0 8.21E+02 ! 936 7:48: 0 8.21E+02 937 7:48:30 9.65E+02 939 7:49:30 9.85E+02' 960 8r or 0 9.95E+02 - 1064 8 52: 0 1.00E+03 1158 9:39: 0 6.21E+02 1380 11:30: 0 2.00E+02 2160 18: 0: 0 9.00E+01 l' '~, a 39 AUX FEED FLOW GPM ! 660 5:30: 0 0.00E+00 j 936 7:48: 0 0.00E+00 ; 937 7:48:30 3.00E+02 i 952 7:56: 0 3.00E+02 953 7:56:30- 6.00E+01 - 4 1159 9:39:30 6.00E+01 1160 9:40: 0 2.00E+02 2160 18: 0: 0 2.00E+02 i Page 10 4 _----.1 ----,-.-,,
- - r-s-- -> -;= .
_3m- .~ +- m a
EP EXERCISE 1989 ; S2ction 9.1.1 j 40 CST LEVEL FT 660 5:30: 0 1.70E+01 937 7:48:30 1.70E+01 952 7:56: 0 1.50E+01 l 1158 9:39: 0 1.20E+01 ) 2160 1.00E+01 18: 0: 0 41 'B' STEAM GENERATOR _ 660 5:30: 0 0.00E+00 2160 18: 0: 0 0.00E+00 l l 42 LEVEL NR % 660 5:30: 0 5.20E+01 936 7:48: 0 5.20E+01 937 7:48:30 5.00E+00 . l 952 7:56: 0 2.80E+01 1 1158 9:39 0 3.00E+01 2160 18: 0: 0 4.50E+01 43 LEVEL WR IN 660 5:30: 0 3.04E+02 936 7:48: 0 3.04E+02 937 , 7:48:30 3.95E+02 _, 952 7:56: 0 4.27E+02 1158 9:39: 0 4.29E+02 2160 18: 0: 0 4.50E+02 44 STM FLOW PPH E+06 660 5:30: 0 3.20E+00 936 7:48: 0 3.20E+00 937 7:48:30 1.50E+00 4 938 7:49: 0 2.00E-01 l 2160 18: 0: 0 1.00E-01 l 1 l l 45 FD FLOW PPH E+06 l 660 5:30: 0 3.28E+00 936 7:48: 0 3.28E+00 - 937 7:48:30 0.00E+00 1 2160 18: 0: 0 0.00E+00 Page 11
EP EEERCISE 1989 Ssction 9.1.1 46 PRESSURE PSIG . il 660 5:30: 0 8.15E+02 i 936 7:48: 0 8.15E+02 937 7:48:30 9.70E+02 960 8 0: 0 1.00E+03 ; 1064 8:52: 0 1.01E+03 1 1158 9:39: 0 6.23E+02 1380 11:30: 0 2.15E+02 2160 18: 0: 0 9.50E+01 1 I 47- AUX FEED FIDW GPM 660 5:30: 0 0.00E+00 936 7:48 0 0.00E+00 1 937 7:48 30 3.00E+02 952 7:56 0 3.00E+02 953 7:56 30 2.83E+02 1159 9:39:30 2.83E+02 1160 9:40: 0 2.00E+02 2160 18: 0 0 2.00E+02 48 CONTAINMENT 660 5:30: 0 0.00E+00 2160 18: 0: 0 0.00E+00 49 PRESSURE PSIG 660 5:30: 0 1.00E-01 936 7:48: 0 1.00E-01 1158 9:39: 0 5.00E-01 1159 9:39:30 3.80E+01 1163 9:41:30 3.20E+01 1179 9 49:30 _1.00E+01 , 1284 10:42: 0 5.50E+00 l 2160 18: 02 0 4.50E+00 50 TEMP DEG F 660 5:30:-0 8.00E+01 936 7:48: 0 8.00E+01 1158 9:39: 0 8.20E+01 1159 9:39:30 2.64E+02 1163 9:41:30 2.54E+02 1179 9:49:30 2.42E+02 1284 10:42: 0 1.70E+02 2160 18: 0: 0 1.60E+02 Page 12
EP EXERCISE 1989 Saction 9.1.1 l 51 HUMIDITY % . , 660 5:30: 0 2.00E+01 l 936 7:48: 0 2.00E+01 ] 1158 9:39: 0 9.40E+01 1159. 9:39:30' 1.COE+02 2160 182-0: 0 1.00E+02 52 RADIATION H.R. R/hr 660 5:30 0 1.80E+00 946 7:53: 0- 1.80E+00 962 8: 13 0 1.90E+00
- 1064 8 52: 0 2.70E+00.
1066 8:53: 0 - 7.45E+00 1157 ' 9:38:30 2.22E+02 1158 9:39 0 6.65E+03 1178 9:49: 0. 6.39E+03 1198 9:59 0 6.16E+03 1218 los 9: 0 5.93E+03 a 1238 10:19: 0 5.71E+03 1258 10:29 0 5.51E+03 1278 10:39: 0 5.31E+03 1298 10:49: 0 5.12E+03 , p 1318 10:59: 0 -4.94E+03 L 1358 11:19: 0 4.61E+03 i 1560 13: Os 0 3.33E+03 1760 14:40 0 2.50E+03 1960 16:20: 0 1.95E+03 i 2160 -18 : 0: 0 1. 57E+ 03- - J l 53 SUMP A DRAIN % 660 5:30: 0 0.00E+00 966 8: 3: 0 0.00E+00 968 8 4: 0 4.00E+00 - 970 8: 52 0 -1.50E+01-972 83 63 0 2.60E+01 974 8 73 0 3.70E+01 976 8 8 0 4.80E+01 I 978 8 9: 0- 5.90E+01 980 8:10: 0 7.00E+01 982 8:11: 0 8.10E+01 984 8:12 0 9.20E+01 986 8:13: 0 1.00E+02 2160 18: 0: 0 1.00E+02 Page 13 a _ .-_-__________:a ___---____liz
~
EP EXERCISE 1989 Stetion 9.1.1 54 SUMP B. FT . i 660 5:30: 0 0.00E+00 1158 9:39: O' O.00E+00 1159 9:39:30 1.00E+00 1160 9:40: 0 2.00E+00 1162 9:41: 0 3.00E+00 1250 10:25: 0 6.50E+00 2160 18: 0: 0 6.00E+00 55 A ACCUMULATOR LEVEL t 660 5:30: 0 3.00E+01 1158 9:39: 0 3.00E+01 1159 9:39:30 0.00E+00 2160 18: 0: 0 0.00E+00 l , 56 A ACCUMULATOR PRESS PSIG 660 5:30: 0 7.40E+02 1158 9:39: 0 7.40E+02: 1159 9:39:30 1.00E+02 0 1160 9:40: 0 5.00E+01 - 2160 18: 0: 0 2.00E+01
~~
57 B ACCUMULATOR LEVEL % 660 5:30: 0 2.90E+01 1158 9:39: 0 2.90E+01 1159 9:39:30 0.00E+00 2160 18: 0: 0 0.00E+00 58.B ACCUMULATOR PRESS PSIG 660 5:30: 0 7.48E+02 1158. 9:39: 0 7.48E+02 1159 9:39:30 1.80E+02 1160 9:40: 0 7.00E+01 2160 18: 0: 0 2.00E+01 Page 14
~- _
EP ID2RCISE 1989 Ssetion 9.1.1 59 RWST' LEVEL % 660
~
5:30: 0 9.90E+01 1160 9:40: 0 9.90E+01 1198 9:59: 0 6.00E+01-1238 10:19: 0 2.80E+01 3.250 10:25: 0 1.70E+01
.262 10:31: 0 1.00E+01 1272 10:36: 0 6.00E+00 2160 18: or 0 6.00E+00.
60 RER 660 5:30: 0 0.00E+00 2160 18: Os 0 0.00E+00 61 PUMP A DISCH PRESS PSIG 660 5:30: 0 0.00E+00 1157 9:38:30 0.00E+00 1158 9:39 0 1.28E+02 1238 10:19: 0 1.25E+02 1239 10:19:30 0.00E+00 1250 10:25: 0 0.00E+00
- 1251 10:25:10 1.21E+02 1262 10:31: 0 1.22E+02 1263 10:31:30 0.00E+00 1271 10:35:30 0.00E+00
. . . 1272 10:36:0 1.26E+02 2160 18: 03 0 1.20E+02 62 PUMP A FLOW GPM 660 5:30: 0 0.00E+00 1157 9 38:30 0.00E+00 1158 9:39: 0 1.85E+03 <
1238 10:19: 0 1.86E+03 1239 10:19:30 0.00E+00 1250 10:25: 0 0.00E+00 1251 10:25:30 1.01E+03 1259 10:29:30 1.01E+03 1260 10:30: 0 1.40E+03 1262 10:31: 0 1.39E+03 1263 '10:31:30 0.00E+00 1271 10:35:30 0.00E+00 1272 10:36: 0 1.89E+03 2160 18: 0: C 1.75E+03 l i Page 15
v up L41Mglsas 5920 Saction 9.1.1- - 63 HX A OUTLET TEMP DEG.F 1 660 5:30: 0 7.90E+01 -', ' 1156 9:38: 0 7.90E+01 J 1160 9:40: 0- 6.50E+01 < 1240 10:20: 0 7.50E+01 2160 18: 0: 0 8.00E+01 64 PUMP B DISCH PRESS PSIG )
. - 660 5:30: 0 0.00E+00 J 1157 9:38:30 0.00E+00 1158 9:39: O. 1.30E+02 1251 10:25:30 1.30E+02 i 1252 10:26: 0 0.00E+00 I 1259 10:29:30 0.00E+00 I l
1 1260 10:302'O 1.20E+02 1271 10:35:30 1.20E+02 1272 10:36: 0 0.00E+00 1289 10:44:30 0.00E+00 l 1290- 10:45: 0 1.25E+02-1524 12:42:.0 1.25E+02' ..
'1525 12:42:30 0.00E+00 1 2160 18: Os 0 0.00E+00 l 65 PUMP B FLOW GPM 660 5:30: 0 0.00E+00
_. 1157. . 9:38:30 0.00E+00 l 1158 9:39 0 1.86E+03 1251 10:25:30 1.86E+03 1252 10:26: 0 0.00E+00 1259 10:29:30 0.00E+00 , 1260 10:30: 0 1.45E+03 I 1271 10:35:30 1.45E+03 J 1272 10:36: 0 0.00E+00
)
1289 10:44:30 0.00E+00 1290 10:45 0 1.98E+03 1524 12:42: 0 1.98E+03 1525 12:42:30 0.00E+0C 2160 18: 0: 0 0.00E+00 ' 66 HX B OUTLET TEMP DEG F 660 5:30: 0- 8.00E+01 1157 9:38:30 8.00E+01 1160
- 9:40: 0 6.60E+01
, 1240 10:20: 0 -7.60E+01 !
2160 18: 0: 0 8.50E+01 -j i Page 16
^ ' ' ' '
7 y EP EXERCISE 1989 Saction 9.1.1' l 67 HP SI 660 5:30: 0 0.00E+00 'l 2160 18: 0: 0 0.00E+00 l 68 PUMP A PRESS PSIG 660 5:30: 0 0.00E+00 1157 9:38:30 0.00E+00 1158 9:39: 0 1.25E+03
- 1238 10:19: 0 1.25E+03 1239 10:19:30 0.00E+00 1250 10:252.0 0.00E+00 1251 10:25:30 9.80E+02 1259 10:29:30 9.80E+02 1260 10:30: 0 1.35E+03 1262 10:31: 0 1.35E+03 1263 10:31:30 0.00E+00
'2160 18: 0: 0 0.00E+00 69 PUMP A FLOW GPM 660 5:30: 0 0.00E+00 1157 9:38:30 0.00E+00
- 1158 9:39: 0 6.00E+02 1238 10:19: 0 6.00E+02 -
1239 10:19:30 0.00E+00 1250 10:25: 0 0.00E+00 _. 1251 10:25:30 9.90E+02. 1259 10:29:30 9.90E+02 1260 10:30: 0 6.00E+02 1262 10:31: 0 6.00E+02
- 1263 10:31:30 0.00E+00 2160 18: 0 0 0.00E+00 i
Page 17 _-__:___x=- .. .. .
EP D3RCISE 1989 Saction 9.1.1 i 70 . PUMP B PRESS PSIG ,
.l 660 5:30: 0 0.00E+00 '
1157 9:38:30 0.00E+00 1158 9:39: O' 1.30E+03 'i i 1238 10:19: 0 1.30E+03 ! 1239 10:19:30 8.80E+02 ! 1250 10:25: 0 ,8.80E+02 i 1251 10:25:30 1.33E+03 1 1252 10:26: 0 0.00E+00 'i 1259 10:29:30 0.00E+00 1 1260 10:30 0 1.40E+03 1271 10:35:30 1.40E+03 1272 10:36: 0 0.00E+00 I 2160 18: 0: 0 0.00E+00 } ( 71 PUMP B FLOW GPM 660 5:30: 0 0.00E+00 1157 9:38:30 0.00E+00 1158 9:39: 0 5.80E+02 : 1238 10:19: 0 5.80E+02 1239 10:19:30 9.70E+02 1250 10:25: 0 9.70E+02 , 1251 10:25:30 5.60E+02 1252 10:26: 0 0.00E+00 1259 10:29:30 0.00E+00 1260 10:30: 0 5.90E+02 1271 10:35:30 5.90E'02 1272 10:363.0 0. 00E+00-2160 18: 0: 0 0.00E+00 72 A CONT SPRAY PUMP FIDW GPM 660 5:30: 0 0.00E+00 1158 9:39: 0 0.00E+00 1159 9:39:30 1.20E+03 1270 10:35: O' 1.20E+03 4 1271 10:35:30 0.00E+00 2160 18: 0 01 0.00E+00 73 B CONT SPRAY PUMP FLOW GPM 660 5:30: 0 0.00E+00 , 2160 18: 0: O 0.00E+00 J Page 18
x- -
,g. s l
EP EXERCISE 1989 - Saction 9.1.1 '. l 74 SPRAY ADD TANK LEVEL. 4 , , 660 5:30: 0 7.00E+01 2160 18: 0: 0 7.00E+01. i A 6 9 O I e Page 19 1
7 EP EXERCISE 1989 See: tion 9.1.2 i 1 PPCS-SAS PLANT PROCESS COPPUTLM SYSTEM-SAFETY ASSESSMENT SYSTEM l M TMS DATA E BE DEPLAYED N TE CONTROL TSC, l AND EOF ON THE PLANT PROCESS COPPUTER MONIT J l u I l Page 2
.2 ."
w EP EXERCISE 1989 Section 9.1.2 C use EDLIN to add aa;r C amount of cessents 15 ' C this file, they can 0 on t) be added in the s-C top part of the flie. C C C C # 0fSCRIP110m 45000.0 Total scenario run time (sec.) 1985.0 0 Pi429 1 Pressurizer press 1 1 1985.0 0 Pf430 2 Pressurizer press 1 2 1985.0 0 Pf433 3 Pressertter press 1-3 1985.0 0 Pf449 4 Pressurfter press 1-4 1978.0 0 P1420A 5 RCS W Pressure Loop A ; 19141.0 0 PT4208 6 RCS WR Pressure Loop 8 45.8 0 Lf433 7 Pressurizer Level Cold Calib. " 45.8 0 Lf426 4 Presserfter Level 1-1 45.8 d Li427 9 Pressurizer Level 1 2 45.8 0 Li428 10 Pressurizer Level 1 3 574.0 0 T401 11 Incore Thermocouple Ns A07 602.0 0 fa05 12 incere Thermocouple Pos 805 601.0 0 T807 13 incorn Theraecouple Pos 807
$16.0 0 IC03 14 incore Thereoccuple.Pos C03 597.0 0 TC06 15 Incore Thermocouple Pos C06 598.0 0 TC08 16 Incore Thermocouple Pos CD8 574.0 0 T002 17 incore Thermocouple Pos 002 602.0 0 T M 5 18 Incore Thermocouple Pos 005 607.0 0 1007 19 incore Therecccepte Pos 007 i
610.0 0 TE04 20 Incore Thermocouple Pos 104 608.0 0 TE06 23 Incore Thermocouple Pos E06 563.0 0 TG01 22 Incore Thermocouple Pos G01 606.0 0 TG02 23 incore Thermocouple Pos G02 608.0 0 TG04 24 Incore Thermocouple Pos G04 568.0 0 ic11 25 incere thermocouple Pos C11 576.0 0 1012 26 Incore Thereoccuple Pos 012 610.0 0 ft10 27 Incore Thermocouple Ns (10' 607.0 0 TF08 28 Incore Thermocouple Pos F08 608.0 0 TG07 29 incore Thermocouple Pos G07 608.0 0 TH06 Jo incore Thermocouple Pos H06 592.0 0 T102 31 incore Thereccouple Pos 102 610.0 0 1104 32 lacore Thereoccuple Pos 104 607.0 0 f!O7 33 Incore thermocouple Pos 107 599.0 0 TJ03 34 Incore Thereoccuple Pos J03 611.0 0 TJ06 35 Incore thermocouple Pos J06 569.0 0 TK03 36 Incore Thermocouple Pos K03 602.0 0 TF12 .17 Incore Thereocosale Pos Fl2 606.4 0 TG12 33 Incore Thermocouple Pos GL2 608.0 O M9 39 jacore Thermocouple Pos HDS ^ M 2.0 0 TH10 40 lacore Thereoccuple Pos H10 601.0 0 TH11 41 Incore Thermocouple Pos Hll SW.0 0 TH13 42 Incore Thermocouple Pos H13 648.0 0 illo 43 Incore thermocouple Pos 110 602.0 0 TJ08 44 .lacere Thereoccuple Pos Jos
$75.0 0 1611 45 leicore Thermocouple Pos K11 607.0 0 TL67 46 incore Themnocouple Pos LOI 569.0 0 TL10 47 Incore Thermocouple Pos Ltc 560.0 0 TMoe 48 incore Thermocouple Pos no6 609.0 0 TJo9 49 incore Thermocouple Pos Jo9 0.5 0 MT1FAH1 f4 Aspirator Flow Alors 45N 1.5 0 t(126 51 Coat High-Range Radletion 1.5 0 MV28 52 Coat H19h Range Radiation 1.4 0 RE127 53 Coat M194-Ren9e Radiation 0.5 0 NT!FALO 54 Aspirator Flow Alare 41*
100.0 0 Fitti .:9 RI Coolant Flow Loop 1A.4 100.0 0 FT412 6 RX Cociant Flow Loog AA.2
- 3. RI Coolant Flow Loop 1A-3 100.0
-0.5 0 0 FT413.
NT101; * . g* $4 Tower 1.0 elta Teep 10M 45m 100.8 0 Ff414 54 RI Coolant Flow Loop 18 1 100.0 0 FT415 40 RX Coolant Flow Loop 18-2 100.0 0 FT416 61 R1 Coolant Flow Loop 18-3 2.0 0 NT!Z$r 62 Tower 1 Zero/ Span / Calculate i 170.0 0 T8% 43 i AVE Loop 1A-1 M 0.0 0 fe02 64 i Avf Loop 1A.2 5FO.0 0 7403 65 i AVE Loop 16 1 570.0 0 is04 . 66 i Avf Loop 18-2 5L 9 0 T405 67 07 Lotp 1A t 55.9 0 T404 68 01 Loo.o (A-2 e 54.5 0 T407 69 Of Locs 16-1 54.5 0 T4C8 10 gi Loot 1Lb2 - 46.0 0 Ll416 11 peactor vessel na Level 46.0 0 Lidti 12 Reactor vessel Na Level 80.0 0 f3292 73 Coat Temp Air EL 66 80.0 0 13293 74 Cont Temp Air El 46 0.0 0 F1924 15 High Head $1 flow 1-P158 0.0 0 FY925 16 High Head $1 flow 1-Pl% 36.0 3 l970 77 Subcooling Monitor 36.0 0 7971 18 subcooling monitor
- 0.10 PIMt 79 Contet Press Page 2
EP EXERCISE 1989 Section 9.1.2 k~ 0.1 0 P1947 80 Costst Press
- 0.1 0 PT949 81 Contet Press 0.1 0 Pi946 82 Contet Press 0.1 0 PT949 83 Contet Press
- 0.1 0 PT950 84 Contet Press 3.0 0 N72PREC 85 Tower 2 Precipitation '. '
f 50.0 0 LT112 86 vCT Level 20.0 0 M13208 87 Cent heeldity Unit No. !
- 20.0 0 Mi1WSHI $8 fewer 1 Wind Speed 45N 36.0 0 Fi134 Sg Letdown line flow 26.0 0 Fil28 90 Charging line flow .
0.0 0 M964 91 Coat hy6rogen conc 0.0 0 H4965 92 Coat hydrogen conc 0.0 0 HA966 ' 93 Cent hydrogen conc 0.0 0 HA967 94 Cent hydrogen conc 2.0 0 MT325C 95 fewer 3 2ero/ span / Calibrate 2.0 0 NT223C - 96 Tower 2 2ero/$ pan / Calibrate 2.68 0 REll3 97 AUX BLO EL 19 0.26 0 Nf33N 98 Solar Radiation 1.50E-06 0 R1E219 99 UI $/G Olowdown llouid red 6.6 0 RIE102 100 Containment low range 3.25 0 FT464v 101 $TN GEN 1A.! steam flow 3.25 0 FT465v 102 $iN GEN 1A 2 stees flow 3.20 0 Ff474v 103 STN GEN 18 1 stees flow 3.20 0 FT475v 104 $iu GEN 18 2 stese flow 42.0 0 MilfLO 105 Outside tower 1 Temp 10N 41.0 0 Mf31 104 Outside tower 3 fase 127.5 0 Ll494 107 Reactor vessel A Level 127.5 0 Ll495 108 Reactor vessel WR Level' 52.0 0 Lf461 109 5tese Generator Level LA.!
$2.0 0 LT462 110 Steae Generator Level 1A-2 52.0 0 LI463 111 steen Generator Level 1A.3 52.0 0 LT471 112 Steae Generator Level 18 1 52.0 0 Lf472 113 steas Generator Level 18 2 ,
52.0 0 Lid 73 114 Steae Generator Level 18 3 ' 305.0 0 LT460A 115 SG WR Level SG A WR-305.0 0 Li4608 116 SG W Level $G A WR 0.22 0 R1E104 111 Charging pump area low range 304.0 0 Lid 70A 118 SG WR tevel SG 8 WR 304.0 0 LT4708 119 $G WR Level $G 8 WR 4.2 0 R1E107 120 Seal table sonttor 321.0 0 PT468 121 Steae Generator Press 1A.1 821.0 0 PT469 122 Steae Generator Press 1A.2 821.0 0 PT482 123 Steae Generator Press 1A-3 815.0 0 PT478 124 Steas Generater Press 18 1 815.0 0 PT479 til Steae Generator Press 18 2 815.0 0 Pf483 126 Steae Generator Press 18 3 99.6 0 LT960 127 Cont $uas Level Susp 8 . 99.6 0 LT961 128 Cent $uas Level Sune 8 j 17.3 0 Lf954 129 Cont Sues Level Suse A 19.6 4-L4959 130 Conc $use Level Susp A 1 0.0 0 RE327 131 Orunning aree sping old range 1.3E.06 0 RE325 132 Orunetag area vent sping low rang 3.3 0 FT466v 133 STN GEN 1A.1 F0WTR FLOW 3.3 0 FT467V 134 SIN GER 1A 2 F0WTA FLOW 0.0 0 RE319 135 Aun blag sping high range 3.3 0 Ff476v 136 SIN GER 18 1 F0WTR FLOW 3.3 0 71477v 137 STM GEN 10 2 F0WTR FLOW 1.97E.03 0 R1E211 138 Containment air particulate 1.18E.03 0 R1E231 139 U1 Staae Release 1tne A rad 1.05t*00 0 R1E232 140 U1 steam release Ifne 8 rad 112.0 0 Mi1WOHI 141 fewer 1 Wind Otr 45N 102.0 0 N12WD 142 fewer 2 Wind Olr 95.0 0 Mi1WDALO 143 Tower 1 Wind Oir 10N.15 Min Ave - 86.0 0 Mf3WDA 144 fewer 3 Wind Dir.15 Min Ave 0.0 0 FT4036 145 $g A Ava Feel Flow 0.0 0 Ff4037 146 Sg 8 Aus Feed Flow 79.0 0 T622 147 het HI Gutlet fesp A 80.0 0 7623 148 mal HI outlet Temp 8 4.0 0 P1440 149 PRZR Relief tank pressure 0.0 0 RE317 150 Aus bidg sping Sid range 100.0 0 #41 151 Power Range 1 100.0 0 #42 152 Power Range 2 100.0 0 #43 153 Power Range 3 100.0 0 N44 154 Power Range 4 600.0 0 f4505 155 RC5 Wide range temp hot leg A 600.0 0 14500 156 RCS Wide range temp hot leg A 598.0 0 14518 157 RCS Wide range toep hot leg 8 598.0 0 f4510 158 RCS Wide range temp hot leg 8 3.0E.05 0 R1E212 159 Ut Coat gas rad:st foe 0.0 0 RE315 160 Ava bido sping low ran9e 0.0 0 RE221 161 Drussing area vent gas red 2.5 0 Rifl06 162 SANPLE ROOM LOW RANGE 538.0 0 1450A 163 RCS Wide range tamp cold leg A 534.0 0 1450C 164 RCS Wide range temp cold leg A 538.0 0 1451A 165 ACS Wide range temp cold leg 8 538.0 0 T451C 166 RCS Wide range temp cold leg 8 108.0 0 Mi1WOLO 167 fewer 1 Wind Olr 10N 88.0 0 Nf3WO 168 Tower 3 Wlad Dir 95.0 0 NT1WDAH1 169 Tower 1 Wind Otr 45N.15 Nin Ave Page 3 p ++ ~
EP EXERCISE 1989 Section 9.1.2 q 102.0 0 KT2WOA 170 Tower 2 etId Sir Ars 0.0 0 RE214 ! 171 Aus Budg eahaust vent gas rad 4.26 0 RIE134 172 Charging pues area high range non - ) 1.0 0 #31 173 Source range 1 count rate 1.0 0 N32 174 Source range 2 count rate 1.0E-03 0 N35 175 Intern range 1 current
- 1.0E-03 0 N36 176 Intere range 2 current j 99.0 0 L1972 177 Refuel wat stor tant 1v1 1 713 99.0 0 Li973 178 Refuel wat stor tant tel 1 113 I 17.0 0 Lf4038 179 Cond storage tank Ivl Tank A 17.0 0 Lf4040 100 Cond storage tant 1v1 Tank A l 0.0 0 N35R 181 IR NO. 1 start up rate 0.0 0 N36R 182 IR NO. 2 start up rate 1.5 0 PT2115 183 Condenser pressure i 90.0 0 Ta39 184 PR2R Relief Tank Liquid isep 12.0 0 tf442 185 PRZA Reitef fant Level 0.0 0 F7928 186 Low head $1 flow 8 0.0 0 Fi626 !$7 Low head 51 / RNA flow A 70.0 0 7630 188 fueR HI Inlet 19.0 0 f627 189 RHR HX Outlet .
2.0 0 MilWD50 190 Twr 1 Staded Dev of Wad Dr 10M 2.0 0 Ni2WO50 . 191 Twr 2 5tnerd Dev of und Dr 5.0 0 Nf3WO50 192 for 3 Stadre Dev of Wad Dr 17.0 0 Nf1W5LO 193 foser 1 Wind Speed 10M 4 14.0 0 Nf2WS 194 Tower 2 Wind Speed 1 8.0 0 Nf3W5 195 fower 3 Wind Speed
$24.0 0 GROSS 196 Gross megawatts output i 427.0 0 T2104 197 5/G Feedwater temp 427.0 0 T2105 198 5/G Feedwater temp 860.0 0 Pf2289 199 5/G 1A Feedveter press 857.0 0 Pi2290 200 5/G 18 feedwater press 8.4 0 R1E109 201 Failed fuel sonttor 18.2 0 RE116 202 Desineraltrer valve gallery 12.7 0 RIE136 203 PRIMARY SAMPLE ROON HIGH RANGE 1.38E.05 0 R1E215 204 Condenser air ejector gas 6.00E 02 0 R1E2198 205 Sackground monitor 0.00E+00 0 R1E222 206 STM GER blowdown tant 4.60E 05 0 RE225 207 Coettned air ejector low range 0.00E+00 0 RE226 208 Contined air ejector high range 1.05E 04 0 RE313 209 Aus bldg enhaust fodine sping 1.50E.04 0 RE323 210 Grussing area todine sping 0.5 0 MT3FA 211 fower 3 espirator flow 43.0 0 T3510 212 Lake water temp 1,9 0 RE110 213 SI pues roce low range 10.6 0 RE140 214 51 puso room high range 1.59 0 RE112 #15 Central PAS 8'il 0.2 0 R2E2168 '6 U2 containment fan coolers lig 0.2 0 R1E2168 217 U2 contalement fan coolers IIq 0.14 0 RE111 218 C59 panel 2.11 0 RE114 219 CVC5 holdup tank 0.407 0-R2E104 220 Charging suso low-range 2 1.8 0 R2(134 221 Charging puso high range 2 10.0 0 Lf931 222 5 pray add tant level 0 0 Ff962 223 Coat spray flow A 0 0 F1963 224 Coat spray flow 8 1.1 0 RE2238 225 Wh5ft DISTILLATE OVER40ARD LIQ N0 3.2 0 F1177 226 RCP 1A seal Water Flow 2.1 0 Ff178 227 RCP 18 Seal Water flow 0.0 3
- 228 ... Additional Parameter 0.0 3
- 229 ... Additional Parasef sr 0.0 3
- 230 ... Additional Paraseter 0.0 3
- 231 ... Additional Parameter 0.0 3
- 232 ... Additional Parameter 0.0 3
- 233 ... Additional Parameter 0.0 3
- 234 ... Additional Parameter 0.0 3
- 235 ... Additionel Parameter 0.0 3
- 236 ... Additional Parameter 0.0 3
- 237 ... Additional Parameter 0.0 3
- 238 ... Additional Parmeeter 0.0 3
- 239 ... Additional Parameter 0.0 3
- 240 ... Additional Parameter 0.0 3
- 241 ... Additional Paraseter 0.0 3
- 242 ... Additional Parameter 0.0 3
- 243 ... Additional Parameter 0.0 3
- 244 ... Additional Parameter 0.0 3
- 245 ... Additional Parameter 0.0 3
- 246 ... Additional Parameter 0.0 3
- 247 ... Additional Parameter 0.0 3
- 248 ... Additional ParaLeter 0.0 3
- 249 ... Additional Parameter 0.0 3
- 250 ... Addittonal Parameter 0 0 PCV430 401 Pressurizer reitef valve NO 1 430 0 0 PCV431C 402 Pressurtaer relief valve N0 1 430C 1 0 SKR122 403 Unit 1 sein generator breaker 1 0 SKR142 404 Unit 2 sein 9enerator breakee 1 0 PCV4344 406 Pressurizer safety valve 1434 1 0 PCV4354 406 Pressurtaer safety valve 1435 1 0 RfA 407 Reector trip breaker A 10 RTS 400 Reactor trip breaker B 0 0 6fA 409 Reactor bypass breaker A Page 4 l
L - -
=
EP EXERCISE 1989 Section 9.1.2 0 0 878 410 teact:r bypass breaker 8 03* 411 ---Additional Parateter 03* 412 -.-Additional Paraseter 03* 413 ..-Additional Paraseter 03* 414 ... Additional Parameter s 0 0 A5206 415 Condensate circ wtr pues j 0 0 A5212 416 Condensate circ wtr pump j 03* 417 . -Additional Paraseter 03* 418 -Additional Parameter 03* 419 ... Additional Parameter 03* 420 . -Additional Parameter 0 0 ACPA 421 Reactor coolant pues A 0 0 RCP8 422 Reactor coolant puse 8 0 0 SRSA 423 Source range trip block I O O 5RSS 424 Source range trip block 425 laters range l 0 0 NCJ50 f l 0 0 NC360 426 laters range 1 03* 427 ... Additional Paraseter 03* 428 ... Additional Parameter 03* 429 ..-Additional Parameter 03* 430 ---Additional Parameter 03* 431...Additiona l Parameter 03* 432 .--Additional Parameter 03* 433 -. Additional Parameter j 03* 434 .--Additional Paraseter j 03* 435 --. Additional Paraseter j 03* 436 ... Additional Parameter 1 03* 437 ---Additional Paraseter O3* 438 -.-Additional Paraenter '] i 03*. 439 .--Additional Paraseter I l O3* 440 ---Additional Parameter { ! 0J* 441 - Additional Parameter l 03* 442 ---Additional Paraseter ~j 03* 443 ... Additional Parameter > 03* 444 ---Additional Paraseter 03* 445 ..-Additional Parameter l 03* j 446 ---Additional Parameter 03* 447 .-.Additiona l Parameter 03* 448 . -Additional Parameter 03* 449 .-Additional Parasetor 03* 450 . -Additional Paraseter j 1 28080.0 28110.0 1800.0 0 Pressurizer Pressure, t 1 28110.0 28560.0 1984.0 0 paraseters 2.3.4. I 1 28560.0 34740.0 1985.0 0 1 34740.0 34770.0 800.0 0 1 34710.0 34800.0 150.0 0 1 34000.0 34860.0 10.0 0 t 34860.0 64800.0 6.0 0 5 28080.0 28110.0 1810.0 1 RC5 WR Pressure Loop A 5 28110 0 ,28560.0 2000.0.) l 5 28560.0 34740.0 2005.0 1 l 5 34740.0 34770.0 600.0 1 l 5 34770.0 34830.0 70.0 1 5 34830.0 34890.0 10.0 1 l 5 34890.0 64800.0 4.0 1
% 28080.0 28110.6 1789.0 1 RC5 WR Pressure Loop t 6 28110.0 28560.0 1970.0 1 6 34740.0 34770,0 720.0 1 6 34'70.0 34430.0 85.0 1 6 34830.0 34890.0 16.0 1 6 34890.0 64800.0 6.0 1 7 28000.0 28110.0 26.0 0 Pressurizer level, cou 7 28110.0 25340.0 20.0 0 parameters 8,9.10.
7 29340.0 31200.0 20.2 0 7 31200.0 31920.0 30.0 0 7 34740.0 34770.0 10.0 0 7 34770.0 34800.0 0.0 0 11 28080.0 28140.0 548.0 0 incore thermocouple, s 11 28140.0 31920.0 546.0 0 paraseters 12-24 11 31920.0 34740.0 496.0 0 11 34740~.0 34800.0 300.0 0 11 34800.0 37260.0 15.0 0 25 28080.0 28110.0 570.0 0 lacore thermocouple, c 25 28110.0 28170.0 555.0 0 paraseters 26-36 25 28170.0 31920.0 550.0 0 25 31920.0 34740.0 500.0 0 . 25 34740.0 34800.0 305.0 0 25 34800.0 37260.0 85.0 0 25 37260.0 64800.0 80.0 0 37 20080.0 28110.0 621.0 0 incere thermocouple, c 37 28110.0 28170.0 600.0 0 parameters 38-48 37 28170.0 28200.0 570.0 0 37 28200.0 28260.0 565.0 0 37 28260.0 34740.0 510.0 0 37 34740.0 34800.0 310.0 0 37 34800.0 37260.0 87.0 0 37 37260.0 64800.0 85.0 0 49 28080.0 28110.0 625.0 0 incere thereoccuple J0 49 28110.0 28170.0 620.0 0 49 28170.0 28260.0 575.0 0 Pap 5 _ _ _ _ . _ ___m_. _ __ _ n_1__ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . .
'{'
EP EXERCISE 1989
. Section 9.1.2 49 28260.0 28320.0 570.0 0 '
49 28320.0 34740.0 $11.0 0 49 34740.0 34800.0 112.0 0-49 34000.0 37260.0 #3.0 0 49 37260.0 64800.0 87.0 0 . t 51 28340.0 26460.0 1.6 0 Conr. Hl9h Range Red 51 2S060.0 31920.0 2.4 0 coupled to 52-51 31920.0 $1990.0 7.2 0 51 31980.0 34739.0 222.0 0 51 34739.0 34744.0 6650.0 0 51 34744.0 35340.0 6390.0 0 51 35340.0 35940.0 6160.0 0 51 35940.0 36540.0 5930.0 0 51 36540.0 37140.0 5710.0 0 51 37140.0 37740.0 55l0.0 0 51 37740.0 38340.0 5310.0 0 51 38340.0 38940.0 5120.0 0 51 38940.0 39540.0 4940.0 0 51 39540,0 40740.0 4610.0 0' 51 40740.0 46000.0 J330.0 0
$1 46400.0 52000.0 2500.0 0 51 $2000.0 58800.0 1950.0 0 51 58000.0 64000.0 1570.0 0 55 20000.0 28110.0 0.0 0 RX Coolat flow loop 1A 58 21900.0 23400.0 0.2 0 Delta f esp. Mit TOWER 58 23400.0 25200.0 -0.4 0 58 27000.0 28000.0 -0.6 0 58 28800.0 30600.0 -0.3 0 58 30600.0 32400.0 0.5 0 58 34200.0 36000.0 2.0 0 58 36000.0 37006.0 0.0 0 58 37000.0 39600.0 -0.2 0 53 39600.0 41400.0 -0.5 0 58 41400.0 43200.0 -0.3 0 58 45000.0 46600.0 -0.1 0 58 54000.0 55000.0 -0.5 0 58 E5400.0 57600.0 0.4 0 58 5/600.0 63000.0 -0. 6 0 $1 20000.0 28110.0 105.0 0 RX Coolant flow loop i 59 28110.0 28140.0 106.0 0 59 34060.0 34890.0 0.0 0 63 20080.0 28110.0 543.0 0 i ave ?oop 1A.1. coupt 63 28110.0 28140.0 545.0 0 parameters 64 63 28140.0 28260.0 544.0 0 63 28320.0 32100.0 540.0 0 65 28000.0 28110.0 550.0 0 T Ave loop lb l. coupt 65 28110.0 28140.0 547.0 0 parneeters 66 65 28260.0 28560.0 545.0 0 65 20620.0 32100.0 540.0 0 67 20000.0 .28110.0 LA.0 0 07 Loop LA-l. coupled -
67 28110.0 28140.0 0.0 0 pareseters 64 69 20000.0 28110.0 20.0 0 Of Loop lb.l. coupled 69 28110.0 28140.0 5.0 0 parameters 10 69 28140.0 2&260.0 4.0 0 69 28260.0 28320.0 3.0 0 69 2L120.0 34740.0 3.5 0 69 34740.0 34745.0 0.0 0 71 34740.0 34770.0 12.0 0 Reactor vessel mR leve 11 34770.0 34000.0 30.0 0 to parneeter 12. 71 34000.0 64000.0 32.0 0 73 20080.0 34740.0 &3.0 0 Cont teep 41r ft 66 73 34740.0 34770.0 264.0 0 parteeter 74 73 3477; . 34490.0 254.0 0 73 34490.0 35370.0 242,0 0 73 35370.0 30520.0 170.0 0 73 30520.0 64400.0 160.0 0 75 34739.0 34744.0 600.0 0 High head $1 flow 1.Pt 75 37160.0 37145.0 0.0 0 75 37500.0 37505.0 990.0 0 75 37790.0 37004.0 600.0 0 1 t 75 37000.0 37065.0 0.0 0 =
/d 34760.0 34745.0 500.0 0 High head $1 flow 1.P1 ;
76 37140.0 37145.0 970.0 0 76 37500.0 37505.0 560.0 0 76 37505.0 37559.0 0.0 0 76 37800.0 37805.0 5 90.0 0 76 38130.0 38135.0 0.0 '. 77 26000.0 28110.0 71.0 0 Subcoolin9 Monitor 77 28110.0 20560.0 82.0 0 coupled to 18 77 31920.0 34740.0 135.0 0 17 34740.0 34770.0 0.0 0
?? 34060.0 37260.0 162.0 0 77 21260.0 64000.0 170.0-0 79 20000.0 34740.0 0.5 0 Contet press. coupled 79 34740.0 34760.0 38.0 0 perneeters 80 84 79 34760.0 34890.0 32.0 0 79 34090.0 35370.0 10.0 0 79 35370.0 38520.0 5.5 0 79 38520.0 64800.0 - 4.5 0 66 20000.0 29160.0 18.0 0 WCT level.
Page 6 h _.
m - _ _ _ _ _ _ . _ _ _ _ _ 1 l j EP EXERCISE 1989 Section 9.1.2 86 29160.0 29400.0 70.0 0 86 29400.0 31200.0 55.0 0 i 86 31200.0 31740.0 17.0 0 l N 31740.0 32100.0 28.0 0 l M 32100.0 32200.0 17.0 0 8 86 32280.0 32760.0 28.0 0 86 32760.0 32940.0 17.0 0 86 32940.0 33540.0 28.0 0 86 33540.0 33780.0 17.0 0 86 33780.0 34440.0 28.0 0 86 34440.0 34740.0 18.0 0 86 34740.0 34860.0 3.9 0 87 20080.0 34740.0 94.0 0 Coat humidity unit no. 87 !.4740.0 34770.0 100.0 0 . 88 21900.0 23400.0 18.0 0 Tower 1 Wind speed 45m 88 23400.0 25200.0 17.0 0 84 25200.0 27000.0 13.0 0 84 27000,0 288J0.0 ' 18.0 0 88 28800.0 30600.0 '21.0 0 88 30600.0 32400.0 24.0 0 88 32400.0 34200.0 20.0 0 EL 37800.0 39600.0 15.0 0 88 39600.0 41400.0 24.0 0 88 41400.0 43200.0 22.0 0 88 43200.0 45000.0 16.0 0 88 45000.0 46800.0 32.0 0 88 46400.0 48600.0 22.0 0-88 48600.0 60400.0 21.0 0 88 50400.0 52200.0 19.0 0 88 52200.0 54000.0 23.0 0 84 54000.0 55800.0 20.0 0 88 55400.0 57600.0 18.0 0 88 57600.0 63000.0 23.0 0 89 34740.0 34745.0- 0.0 0 Letdown line flow. 90 20080.0 28500.0 10.0 0 Charging line flow. 90 28500.0 29440.0 33.0 0 90 29340.0 31200.0 32.8 0 90 31200.0 31320.0 95.0 0 90 31320.0 31920.0 80.0 0 90 31920.0 32400.0 100.0 0 90 32400.0 J4740.0 60.0 0 90 34740.0 34460.0 110.0 0 90 38100.0 38105.0 0.0 0 91 34740.0 34800.0 3.00E-02 0 Cont.H2 coupled to 92 97 38275.0 38280.0 1.00Ee04 0 Aes 81d Suse Rad. RE.1 99 28320.0 30300.0 4.50E-06 0 5ta gen blowdown liqui 99 30300.0 30720.0 4,64E-04 0 99 30120.0 34800.0 2.00E-04 0 100 28340.0 28405.0 12.5 0 Containment low ran9e 100 28405.0 -28460.0 25.0 0- - 100 28460.0 31920.0 910.0 0 100 31920.0 31980.0 7150.0 0 100 31980.0 32020.0 10000.0 0 101 20080.0 28110.0 0.5 0 STN GEN LA 1 stede flo- 4 101 20110.0 20140.0 0.1 0 to paraseter 102. I 103 20080.0 28110.0 1.5 0 STN GEN 18-1 steam fio 103 28110.0 28140.0 0.2 0 to parameter 104 ; 103 20140.0 64800.0 0.1 0 t 105 21900.0 23400.0 43.0 0 Temperature. Iower 1 1 105 27000.0 28800.0 44.0 0 coupled to 106 !, 105 36000.0 37800.0 45.0 0 - 105 37800.0 39600.0 46.0 0 105 45000.0 46800.0 48.0 0 1 1 105 52200.0 54000.0 49.0 0 105 5580r.0 57880.0 47.0 0 105 57eC4.0 63000.0 45.0 0 107 34740.0 34770.0 10.0 0 Reactor vessel WR leve 107 34770.0 34430.0 35.0 0 to parameter 108, 107 34430.0 64800.0 37.0 0 109 200 E.0 28110.0 10.0 0 steae 9enerator level 109 28110.0 2OH0.0 32.0 0 coupled to parameters 109 28640.0 32940.0 34.0 0 109 32940.0 32970.0 30.0 0 109 32970.0 64800.0 50.0 0 112 20080.0 28110.0 5.0 0 Steas generator level 112 20110.0 28560.0 28.0 0 compied to parameters 112 28560.0 34740.0 30.0 0 112 34740.0 64800.0 45.0 0 115 20080.0 20110.0 404.0 0 SG WR level $6 A W8. c 115 28110.0 20660.0 432.0 0 parameter 116. 115 28560.0 34740.0 440.0 0 115 34740.0 34770.0 430.0 0 til 34770.0 64800.0 456.0 0 117 34430.0 34840.0 5.0 0 Chargin9 area low rang 111 34840.0 34850.0 10.0 0 117 34850.0 34890.0 49.0 0 117 34890.0 34900.0 45.0 0 117 34980.0 36000.0 34.0 0 117 36000.0 36600.0 28.0 0 117 36400.0 37200.0 25.0 0 Page 7
, , -.q ,
EP EXERCISE 1989
.Saction 9.1.2 l 117 37200.0 38265.0 15.0 0 117 38265.0 38280.0 3300.0 0 117 38280.0 64800.0 1050.0 0
- 118 2 M80.0 28110.0 396.0 0 SG WR level SG B WR. c 118 28110.0 28560.0 427.0 0 paraseter 119. -
8l 118 28560.0 34740.0 429.0 0 i 118 34740.0 64400.0 450.0 0
- l 120 28380.0 20460.0 25.0 0 Seel table sonttor !
120 28460.0 20560.0 50.0 0 l 120 28560.0 31920.0 910.0 0 l 120 31920.0 31980.0 1150.0 0 120 31980.0 32020.0 10000.0 0 ') 121 20080.0 28110.0 - 965.0 0 -Steam generator presso 121 28110.0 20170.0 985.0 0 coupled to parameters l 1
- 121 28170.0 28800.0 995.0 0 j 121 28000.0 31920.0 1000.0 0 121 31920.0 34740.0 621.0 0 121 34140.0 41400.0 200.0 0 121 41400.0 64800.0 90.0 0 124 20080.0 28110.0 970.0 0 5teae 9enerator pressu 124 20110.0 28800.0 1000.0 0 coupled to 125.126 124 28800.0 31920.0 1005.0 0 124 31920.0 34740.0 623.0 0 124 34740.0 '41400.0 215.0 0 ;
124 41400.0 64800.0 95.0 0 1 127 34776.0 34796.0 111.6 0 Cont susp level 8. cou I 127 34796.0 34016.0 117.6 0 parameter 128 127 34416.0 36118.0 174.6 0 129 34750.0 34770.0 13.0 0 Cont sump level A 1 130 34750.0 34776.0 99.6 0 Cont susp level A-2 l; 130 34776.0 34793.0 109.8 0 j 131 h770.0 35370.0 2.23f-05 0 Oruestag area gas spin ; 131 35370.0 35410.0 9.69(-03 0 1 131 35410.0 35460.0 1.29f-01 0 131 35460.0 35760.0 1.60E-01 0 j i 131 35760.0 36000.0 4.78f-01 0 1 131 36000.0 36600.0 3.94E-01 0 I 131 36600.0 37200.0 3.25E-01 0 ! 131 37200.0 37860.0 2.17f-01 0 . 131 31060.0 36400.0 1.60E-01 0 131 38400.0 38430.0 1.33E-01 0 131 38430.0 39030.0 1.23E-01 0 131 39030.0 39630.0 1.18E-01 0 1 131 39630.0 40830.0 .1.135-01 0 131 40830.0 46830.0 8.40f 02 0 131 46830.0 52830.0 6.40E-02 0 4 131 52830.0 $8830.0 4.40E-02 0 - 1 131 58830.0 64800.0 3.90E-02 0 132 34770.0 35370.0 2.23E-05 0 Drussing arq sping to 132 35310.0- 35430.0 9.85(-03 0- - - " i 132 35430.0 35760.0 1.60E-01 0 132 38400.0 38430.0 1.33E -01 0 132 38430.0 39030.0 1.23E -01 0 132 JW30.0 39630.0 1.18E-01 0 132 39630.0 40830.0 1.13(-01 0 132 40830.0 46830.0 8.40f-02 0 132 46830.0 52830.0 6.40E-02 0 132 52830.0 58830.0 4.40f-02 0 132 54830.0 64800.0 3.90E-02 0 133 28000.0 28110.0 0.0 0 STN Giu 1A-1 F0WTR fio j 135 34770.0 35100.0 1.52t 05 0 Aus blog sping hten ra 1 135 35100.0 35170,0 7.65f-03 0 135 35110.0 35220.0 1.02f 02 0 135 35220.0 35940.0 2.50f*00 0 135 35940.0 35970.0 2.65f+00 0 135 35970.0 36570.0 2.20E*00 0 135 36570.0 37110.0 1.00E+00 0 135 37170.0 37800.0 1.20E+00 0 135 37800.0 38400.0 7.60f-01 0 135 38400.0 39000.0 7.00E-01 0 135 39000,0 39800.0 6.70E-01 0 135 39600.0 40800.0 6.30!-01 0 ( 135 40000.0 46800.0 4.50E-01 0 135 46800.0 52800.0 3.40f 01 0 135 52800.0 58000.0 2.60(-01 0 135 54400.0 64800.0 2.00E-01 0 136 20080.0 28110.0 0.0 0 5781 GEN 88-8 F0WTO fio 138 28300.0 28425.0 2.51 01 0 Containment air partic 138 28425.0 28470.0 5.0E-01 0 138 28470.0 28920.0 2.9t+00 0 141 21900.0 23400.0 108.0 0 Wind Of rection. couple 141 23400.0 25200.0 112.0 0 142. 143. 144 141 27000.0 28800.0 137.0 0 141,28800.0 30600.0 138.0 0 141 30600.0 32400.0 139.0 0 141 32400.0 34200.0 141.0 0 141 34200.0 36000.0 13R.0 0 141 36000.0 37800.0 144,0 0 141 31800.0 39600.0 149.0 0 141 39600.0 41400.0 157.0 0 Page 8 4 - u __ ___-__ -_ .-.._m_____m_ _m.__-- _m.
EP EXERCISE 1989 Section 9.1.2 141 41400.0 43200.0 154.0 0 141 43200.0 45000.0 159.0 0 341 45000.0 46800.0 157.0 0 141 46800.0 48600.0 156.0 0 141 48600.0 50400.0 161.0 0 141 50400.0 $2200.0 164.0 0 s 141 52200.0 54000,0 165.0 0 141 54000.0 55800.0 161.0 0 141 55800.0 $1600.0 151.0 0 141 57600.0 63000.0 157.0 0 145 28G80.0 28110.0 300.0 0 SG A Aus feed flow 145 28560.0 28590.0 60.0 0 145 34770,0 34800.0 200.0 0 146 28080.0 28110.0 3 00.0 0 SG b Aus feed flow 146 28560.0 28590.0 223.0 0 146 34770.0 34800.0 200.0 0 141 34680.0 34600.0 65.0 0 RHR H1 Outlet Temp A 147 34800.0 31290.0 75.0 0 147 37200.0 64800.0 00.0 0 148 34680.0 34800.0 66.0 0 RHR MX Dutlet Temp 8 148 34800.0 31200.0 76.0 0 148 31200.0 64800.0 85.0 W l 149 34740.0 34749.0 0.0 0 PRZR relief tant press 150 34770.0 35100.0 1.52E-05 0 Aus 61dg sping old ran 150 35100.0 35170.0 7.65E-03 0 150 35170.0 35220.0 1.021-02 0 150 35220.0 35970.0 2.65E+00 0 150 35970.0 36570.0 2.20E 00 0 150 36510.0 31170.0 1.80f*00 0 150 37170.0 37800.0 1.20E*00 0 150 37800.0 38400.0 7.60f 01 0 150 38400.0 39000.0 7.00E -01 0 150 39000.0 39600.0 6.70E-01 0 150 39600.0 40800.0 6.30f-01 0 150 40800.0 46800.0 4.50(-01 0 150 46800.0 52800.0 3.40E-01 0 150 52800.0 58800.0 2.60E-01 0 150 58900.0 64800.0 2.00E-01 0 til 20080.0 28110.0 0.0 0 Power range 1. coupled 155 28080.0 28110.0 5 50 .0 0 RC5 wide range toep ho 155 28110.0 28140.0 545.0 0 coupled with 156. 155 28140.0 28170.0 543.0 0 155 31920.0 34740.0 495.0 0 155 34740.0 34800.0 298.0 0 155 34800.0 38400.0 98.0 0 155 38400.0 64800.0 82.0 0 157 28000,0 28110.0 570.0 0 RCS wide range temp ho 157 28110.0 28140.0 550.0 0 coupled to parameter 1 157 28140,0 28170.0 549.0 0 157 28110.0 31920.0 547.0 0 157 31920.034740.0 497.0 0' 157 34740.0 34800.0 298.0 0 157 34800.0 37200.0 85.0 0 157 37200.0 64800.0 80.0 0 159 28380.0 2E385.0 5.90E-04 0 U1 coat gas radiettoa. 159 28385.0 30180.0 1.69(-02 0 . 159 30180.0 31920.0 2.981-02 0 , 159 31920.0 319J0.0 6.00!-02 0 160 34r40.0 35100.0 1.521-05 0 Aus b1dg sping low ran 160 35100.0 35160.0 4.92f-03 0 160 35160.0 35213.0 1.621-01 0 161 34770.0 35340.0 3.29E.0s 0 Drueming area vent 161 35346.0 35400.0 6.10E-03 0 161 35400.0 35405.0 8.00f-03 0 162 28320.0 28300.0 6.60E*00 0 Sample roce low range 162 28300.0 26460.0 1.25E*01 0 162 20460.0 20650.0 2.50(*01 0 162 31920.0 31980.0 1.00f*03 0 162 31980.0 32010.0 1.00E 04 0 163 20880.0 28110.0 536.0 0 RC5 wide range toep co 163 28110.0 28140.0 545.0 0 coupled to parameter 1 163 28140.0 28260.0 546.0 0 163 28260.0 31920.0 545.0 0 163 31920.0 34740.0 4 96 .0 0 163 34140.0 34806.0 295.0 0 163 34300.0 3??00.0 1 90.0 0 163 37200.0 41400.0 100.0 0 163 41400.3 64800.0 91.0 0 165 28080.0 28110.0 5 50.0 0 RC5 wide ran9e temp co 165 28110.0 23140.0 545.0 0 coupled to parameter 1 165 31920.0 34740.0 195.0 0 165 34740.0 34800.0 295.0 0 165 34800.0 31200.0 90.0 0 165 31200.0 64800.0 75.0 0 167 21900.0 23400.0 107.0 0 wtad Otraction couple 167 23400.0 25200.0 112.0 0 168. 169, 170
- 167 25200.0 27000.0 117.0 0 167 27000.0 28800.0 137.0 0 167 28800.0 30600.0 141.0 0 167 30600.0 32400.0 142.0 0 Page 9
~v.
_____ ___ _A___ _ _ _ _ _ . _ . _ _ _ - . . - - _
EP EXERCISE 1989 Sacticnn 9.1.2 167 36000.0 37800.0 146.0 0 167 37800.0 39600.0 145.0 0 167 39600.0 41400.0 159.0 0 167 41400.0 43200.0 155.0 0 167 43200.0 45000.0 156.0 0 r 167 45000.0 46800.0 162.0 0 167 46800.0 4&600.0 165.0 0 167 46600.0 50400.0 159.0 0 167 50400.0 52200.0 161.0 0 167 52200.0 54000.0 165.0 0 167 54000.0 55800.0 113.0 0 167 55800.0 57600.0 152.0 0 167 57600.0 63000.0 155.0 0 171 34170.0 35010.0 1.62E-06 0 ausilary enhaust 171 35070.0 35130.0 5. 00E -03 0 171 35130.0 35135.0 1.00E-03 0 172 34830.0 34890.0 49.0 0 Charging pump area hig 172 34890.0 -34980.0 45.0 0 112 34980.0 36000.0 34.0 0 172 36000,0 ,16600.0 28.0 0 172 36600.0 37200.0 25.0 0 172 37200.0 36265.0 15.0 0 172 38265.0 3E270.0 50.0 0 172 38270,0 38275.0 100.0 0 172 38215.0 3B250.0 3300.0 0 172 38280.0 64800.0 1050.0 0 173 20060.0 20085.0 1.0E 04 0 Source range 1 count r 173 20085.0 36000.0 1.0E+03 0 174 28080.0 28085.0 3.0E*04 0 Source range 2 count r 174 28085.0 28170.0 6.0E+03 0 174 28170.0 36000.0 9.0E*02 0 175 28080.0 28095.0 2.0E-11 0 intere range I current 175 28095.0 64800.0 1.0E-12 0 176 28080.0 28110.0 3.CE 11 0 Intero range 2 current 176 28110.0 64800.0 2.0E-12 0 177 34800.0 35940.0 60.0 0 Refuel wat storage tan 177 35940.0 37140.0 28.0 0 coupled to paraseter 1 177 37140.0 37500.0 17.0 0 177 31500.0 37860.0 10.0 0 171 37860.0 38160.0 6.0 0 179 22380.0 28560.0 15.0 0 Condensate storage tan 179 28560.0 34740.0 12.0 0 A coupled to paramete 179 34740.0 64800.0 10.0 0 183 28080.0 28110.0 10.0 0 Condenser pressure 183 28110.0 28200.0 5.0 0 1 83 28200.0 64800.0 6.0 0 184 32940.0 64800.0 140.0 0 PR2R Relief fant tiget 186 34739.0 34744,0 1860.0 0 Low head 5f/RHR flow L 186 375J0.0 37535.0 0.0 ' O 1 56 37799.0 .31904.0 1450.0 .0. 186 38159.0 38164.0 0.0 0 186 38670.0 38700.0 1980.0 0 IB6 45720.0 45750.0 0.0 0 187 34739.0 34744.0 1850.0 0 Low head 11/RHR flow L 187 34744,0 37140.0 1860.0 0 187 37140.0 37145.0 0.0 0 187 37500.0 37505.0 1010.0 0 181 37740.0 31800.0 1400.0 0 I 187 31800.0 37860.0 1385.0 0 181 31860.0 38130.0 0.0 0 187 38130.0 38160.0 1890.0 0 187 38160.0 64800.0 1750.0 0 188 34800.0 37200.0 65.0 0 RHR HX inlet Ita 37200.0 37800.0 100.0 0 184 37800.0 64800.0 160.0 0 189 34680.0 34800.0 65.0 0 RHR HX outlet 189 34800.0 37200.0 75.0 0 189 37200.0 64800.0 80.0 0 190 21900.0 23400.0 1.0 0 Sigma Theta, co n ted t 1 90 23600.0 25200.0 2.0 0 191. 192 190 25200.0 17000.0 3.0 0 190 27000.0 1$800.0 20.0 0 190 28800.0 30A00.0 4.0 0 1 90 30600.0 32400.0 2.0 0 190 37800.0 .19600.0 5.0 0 190 39600.0 41400.0 4.0 0 . 1 90 41400.0 43?00.0 6.0 0 190 46800.0 46600.0 5.0 0 190 48600.0 50400.0 4.0 0 190 50400.0 52200.0 6.0 0 190 52200.0 54000.0 5.0 0 1 90 55800.0 63000.0 4.0 0 193 21900.0 23400.0 16.0 0 Wind Sosed, coupled to 193 23400.0 25200.0 14.0 0 194. 195 193 25200.0 27000.0 10.0 0 193 27000.0 28800.0 16.0 0 193 28800.0 30600.0 24.0 0 193 30600.0 32400.0 20.0 0 193 32400.0 34200.0 17.0 0 193 34200.0 36000,0 12.0 0 { Page 10
m . EP EXERCISE 1989 Section 9.1.2 193 39600.0 41400.0 20.0 0 193 41400.0 43200.0 19.0 0 193 46800.0 48600.0 17.0 0 193 48600.0 50400.0 29.0 0 193 50400.0 52200.0 22.0 0 s 193 52200.0 54000.0 24.0 0 193 54000.0 55800.0 17.0 0 193 55800.0 $1600.0 20.0 0 193 57600.0 63000.0 22.0 0 l96 28080.0 20090.0 0.0 0 Gross Me9awatts 197 2840.0 28200.0 300.0 0 Feedwater Temperature 197 #d00.0 64800.0 250.0 0 coupled to 198 199 28080.0 28110.0 1000.0 0 feedwater Pressure le 199 28110.0 34740.0 1002.0 0 199 34740.0 34745.0 200.0 0 199 34745.0 64800.0 0.0 0 h 200 20080.0 28f10.0 1000.0 0 Feedwater Pressure Ib 200 28110.0 34740.0 1005.0 0 200 34740.0 34745.0 205.0 0 200 34745.0 64800.0 0.0 0 201 28320.0 28380.0 22.0 0 Failed fuel sonitor 201 28380.0 28500.0 30.0 0 201 28500.0 28800.0 615.0 0 201 31920.0 31980.0 2700.0 0 201 31980.0 32010.0 10000.0 0 202 28320.0 28380.0 48.0 0 Deelneralizer valve ga 202 28380.0 28184.0 50.0 0 202 28384.0 28425.0 70.0 0 202 28425.0 31920.0 1330.0 0 202 31920.0 31980.0 5850.0 0 202 J1980.0 32040.0 55000.0 0 202 32040.0 64800.0 5500.0 0 203 28320.0 28380.0 33.2 0 Primary secole room hl 203 28380.0 28769.0 50.0 0 203 28765.0 29915.'0 100.0 0 203 29915.0 31920.0 930.0 0 203 31920.0 31980.0 4080.0 0 203 31980.0 32040.0 40000.0 0 203 32040.0 64800.0 4000.0 0 204 28320.0 30600.0 4.20E-05 0 Condenser air ejector 204 30600.0 32400.0 5.001-05 0 204 32400.0 33780.0 1.50f-03 0 204 33180.0 34800.0 1.60E-03 0 204 34800.0 64800.0 0.00f+00 0 206 28320.0 30300.0 1.00E-04 0 5te 9en blowdown tank 206 30300.0 34800.0 2.00t-04 0 206 34800.0 64800.0 1.00E-04 0 207 28320.0 33300.0 1.00E-05 0 Combined air ejector 1 207 33300.0 34500.0 9.288-05 0 207 34500.0_ J4800.0 1.00E-04 0 207 34800.0 38400.0 4.60f-05 0 209 34770,0 35170.0 7.32E-04 0 Aus bid 9 enhaust vent 209 35170.0 35175.0 9.76(-04 0 209 35175.0 35190.0 7.70! 00 0 210 21900.0 34770.0 1.30E-04 0 210 34770.0 35370.0 8.00(-04 0 210 35370.0 35380.0 1.078-03 0 210 35380.0 35390.0 1.70E*00 0 212 #1900.0 23400.0 43.0 0 LAKI WAf!6 ftMP 212 27000.0 28800.0 44.0 0 212 36000.0 31800.0 45.0 0 212 31800.0 39600.0 46.0 0 212 45000.0 46800.0 48.0 0 212 52200.0 54000.0 49.0 0 212 55800.0 57600.0 47.0 0 212 57600,0 63000.0 45.0 0 213 34815.0 34820.0 5.0 0 51 pump room lou ran9e 213 34820.0 34825.0 10.0 0 213 34825.0 34860.0 96.0 0 213 34880.0 34980.0 85.0 0 213 34980.0 36000.0 15.0 0 213 36000.0 36600.0 63.0 0 213 36600.0 37200.0 52.0 0 213 37200.0 38265.0 32.0 0 213 38265.0 J8280.0 10000.0 0 214 34815.0 34835.0 50.0 0 51 pump rom low range 214 34835.0 34860.0 96.0 0 214 34860.0 34980.0 85.0 0 214 34900.0 36000,0 15.0 0 214 36000.0 36600.0 63.0 0 214 36600.0 37200.0 52.0 0 214 31200.0 38265.0 32.0 0 214 38265.0 38280.0 610000.0 0 214 38280.0 64800.0 195200.0 0 215 34815.0 34820.0 10.0 0 Central PA8 8' ele 215 34820.0 34830.0 20.0 0 215 34830.0 34860.0 85.0 0 215 34860.0 34980.0 80 .0 0 215 349f0.0 36000.0 64.0 0 215 36000.0 36600.0 07 0 0 Page 11
EP EXERCISE 1989 Ssction 9.1.2 215 36600.0 37200.0 44.0 0 215 37200.0 38265.0 23.0 0 215 38265.0 38280.0 160000.0 0 til 38280.0 64800.0 51000.0 0 l 216 34800.0 3d805.0 1000.0 0 U2 Containment fan coo l 216 57240.0 57245.0 990.0 0 l ' 216 57245.0 64800.0 500.0 0 I 217 34710.0 34775.0 1000.0 0 U1 containment fan coo ! 217 57239.0 57244,0 990.0 0 ! 217 57244.0 64800.0 600.0 0 l 218 34195.0 34800.0 10.0 0 C59 sanel 218 34800.0 34805.0 20.0 0 l l 218 34805.0 34810.0 8200.0 0 l 218 34810.0 34962.0 7600.0 0 l m 218 34962.0 36000.0 6300.0 0 218 36000.0 36600.0 5400.0 0 i l 218 36600.0 31200.0 4400.0 0 1 218 37200.0 39000.0 1700.0 0 218 39000.0 64800.0 400.0 0 219 34195.0 34800.0 10.0 0 CVC$ holdup tank 219 34800.0 34805.0 20.0 0 219 34805.0 34810.0 8000.0 0 219 34810.0 34962.0 7000.0 0 219 34962.0 36000.0 6200.0 0 i 219 36000.0 36600.0 5300.0 0 j 219 36600.0 37200.0 4300.0 0 1 219 31200.0 39000.0 1600.0 0 219 39000.0 64800.0 500.0 0 220 34830.0 34845.0 5.0 0 Charging pusp low rang 220 34845.0 34855.0 10.0 0 220 34855.0 34910.0 42.0 0 220 34910.0 34985.0 40.0 0 220 34985.0 36000.0 29.0 0 220 36000.0 36600.0 24.0 0 220 36600.0 37200.0 22.0 0 220 37200.0 38265.0 13.0 0 220 38265.0 38280.0 1600.0 0 220 38280.0 64800.0 500.0 0 221 34830.0 34905.0 42.0 0 Charging pump high ran 221 34905.0 34980.0 40.0 0 221 34980.0 36000.0 29.0 0 221 36000.0 36600.0 24.0 0 221 36600.0 31200.0 22.0 0 221 )?!0a.0 38265.0 13.0 0 Ut 38265.0 38270.0 50.0 0 221 38270.0 38215.0 100.0 0 221 38275.0 38280.0 160.0 0 221 38280.0 64800.0 50.0 0 223 34740.0 34770.0 1200.0 0 Cont spray flow A 223 38100.0 .38130.0 0.0 0. 225 35070.0 35130.0 5.0 0 225 35130.0 35205.0 10.0 0 225 35205.0 35400.0 48.0 0 225 35400.0 35520.0 42.0 0 225 35520.0 36600.0 37.0 0 225 36600.0 37200.0 32.0 0 225 37200.0 31800.0 26.0 0 225 31800.0 39000.0 16.0 0 225 39000.0 64800.0 2.0 0 403 28079.0 64800.0 0.0 0 Unit I sain gen breate 407 28079.0 64800.0 0.0 0 Reactor trip breater a . 408 28019.0 64800.0 0.0 0 Reactor trip breaker 8 421 28079.0 64800.0 1.0 0 RCP 1A 422 34855.0 64800.0 1.0 0 RCP 18 423 28079.0 64800.0 1.0 0 Source range trip bloc 424 2t079.0 64800.0 1.0 0 Source range trip bloc 1097 38295.0 64800.0 66.0 0 REll3 $1ATU$ ; 1100 28410.0 28454.0 130.0 0 1RE102 STATUS j 1100 28458.0 32016.0 132.0 0 J 1100 32016.0 64800.0 66.0 0 $ 1817 34830.0 34860.0 130.0 0 1Rfl04 STATUS 1117 34860.0 64800.0 132.0 0 1120 28458.0 28560.0 130.0 0 1RE107 STATUS 1120 28560.0 32016.0 132.0 0 1120 32016.0 64800.0 66.0 0 l 1131 35410.0 35460.0 130.0 0 Rt327 $1ATU$ 1131 35460.0 38700.0 132.0 0 l 1131 38700.0 64800.0 130.0 0 1132 35370.0 35380.0 130.0 0 Rf325 STAfu$ 1132 35380.0 35390.0 132.0 0 1132 35390.0 64800.0 66.0 0 1135 36000.0 36300.0 130.0 0 Rf319 STATUS 1134 28422.0 28458.0 130.0 0 1RE211 STATUS 1138 28458.0 28920.0 132.0 0 1138 28920.0 64800.0 66.0 0 1150 35190.0 64800.0 132.0 0 R1317 STATUS 1159 28380.0 30180.0 130.0 0 R(212 5fAius 1159 30180.0 31932.0 132.0 0 1159 31932.0 64800.0 66.0 0 1160 35130.0 64800.0 66.0 0 RE315 STATU$ Page 12
e 1 EP EXERCISE 1989. Section 9.1.2 1161 35340.0 35400.0 130.0 0 Rt221 STAfu$ list 35400.0 35418.0 132.c 0 1861 35418.0 64400.0 66.0 0 1162 28458.0 28650.0 130.0 0 1Rfl06 STAfus 1162 28650.0 32016.0 132.0 0 1162 32016.0 64800.0 64.0 O s 1171 35070.0 35130.0 130.0 0 Rf214 STAius 1171 35130.0 35148.0 132.0 0 1171 35140.0 64800.0 66.0 0 1172 38268.0 38295.0 130.0 0 181134 Status 1172 38295.0 64800.0 132.0 0 1201 28380.0 20600.0 130.0 0 RE109 STAful 1201 28500.0 32016.0 132.0 0 1201 32016.0 64800.0 68.0 0 1202 28380.0 28422.0 130.0 0 R1116 STATUS
- 1202 28422.0 64800.0 132.0 0 1203 28770.0 29910.0 130.0 0 IM136 5fATUS 1203 29910.0 64400.0 132.0 0 1204 30600.0 41400.0 130.0 0 1M 215 Status' 1207 34500.0 34980.0 130.0 0 M 225 STAfus
- I 1213 34812.0 34830.0 130.0 0 M110 STA1J5 i 1213 34430.0 38295.0 132.0 0 l 1213 38295.0 64800.0 66.0 0 l 1214 34830.0 38295.0 130.0 0 Rf140 STAful 1214 38295.0 64800.0 132.0 0 1215 34812.0 34830.0 130.0 0 RE112 STATUS q l
1215 34830.0'64800.0 132.0 0 1216 34012.0 57240.0 66.0 0 2RE2168 J q 1216 57240.0 64800.0 132.0 0 ; 1217 34788.0 57240.0 66.0 0 1RE2168 STATUS " 1217 57240.0 64800'.0 132.0 0 1218 34784.0 34012.0 130.0 0 Rf111 $fATUS 1218 34812.0 64800.0 132.0 0 1219 34788.0 34812.0 -130.0 0 RE114 STATUS 1219 34812.0 64800.0 132.0 0 1220 34430.0 34860.0 130.0 0 2R1204 STATUS 1220 34860.0 64800.0 132.0 0 - 1221 38264.0 38295.0 130.0 0 2R(134 STAfus " 1221 38295.0 49200.0 132.0 0 1221 49200.0 64800.0 130.0 0 I 1 i l 9 I 1 Page 13
~ -
~
i EP EXERCISE 1989 Section 9.2 i 9.2 Plant and Meteorological Parameters - Analogue NOTE: GRAPHS ARE ARRANGED IN THE FOLLOWING ORDER: Tave, Deg F Loop "A" T Hot /T Cold, Deg F Loop "B" T Hot /T Cold, Deg F SG A/B WR Level, Inches SG A FD water, kibm/hr SG B FD water, klbm/hr Interim Range Det, amps Source Range Det, ents RV Level WR, Ft Cont Pressure, psig Pressurizer Level, % RCS Pressure, psig VCT Level, % Subcooling, Deg F Sigma Theta, Deg Delta T/ Delta H, deg F Wind Speed, mph (Primary / Inland) Wind Direction, deg (Primary / Inland) NOTE: ALL OF THE GRAPHS ABOVE REPRESENT CONTROL ROOM STRIP CHARTS AND WILL BE AVAILABLE IN THE DRILL CONTROL ROOM. W 9 e 4 e __ -_.._.-------m- - - - -
P - ! EP EXERCISE 1989 Section 9.2 l 4 v4 i E I E ) N D o 5 5
- l l
I b a (4 osa) movusAv s Page 1
7-EP EXERCISE 1989 Section 9.2 8 e D 2 l B o 5 l h 7
//)
~~
l , . l l KS I E I R 8.I B ! " 10H1 G1031 (4 cua) sexus y dooq Page 2
EP EXERCZSE 1989 Section 9.2 1
\
i 4 2 2 8 i a l . O
&OE4 grooz (4 cua) sensa a doos Page 3
}
EP EXERCISE 1989 Section 9.2 { i i I E B O g 5 l b so E E E E ! E Y (samous) suAux um o/s Page 4
m EP EXERCISE 1989 Section 9.2 l 1 1
, l i
l l W l a w w I W J i l .) ! 8 8 8 R 8 ,8 S R R !!
- w l
1 (um/nsrxx) mosa man ca .v e/s 1 Page 5 l r c_.___.__.___.._._...
,, _ 1.
m
. EP EXERCISE 1989 .:
Section 9.3' j i
- s) l +
h-w l 8 w l O w S I w w I l
* = = e , , ,
l 4 b e g a a e s e a a =
.a (EM N) ROid E&& ad ,g, c/g Page 6 i
"4 l
1 ~. e lm L~
-EP EXERCISE 1989 Section 9.2 8
b w w l 3 s a I \ n l . 1 1i l b B B 3 8 8 8 8 8 2 : 1 1 1 I i 1 i l l M M M M M M M m m W w w w w w w w w ggg - 98N (sany) saa nouva nussur Page 7'
, 7., .;r..
- 1 EP EXERCISE 1989 Section 9.2 l
I I
'l
}
t: l\ l 1 l e l , l . g ! O N l w m 1 I / 1
)
b c 8 8 3 8' 8 8 8 s
+ + + + + + + l M M M M M M M M w w w w w w w w l
l sex tex l (ado) saa anxvis notanos Page 8
._x._. _-:_-__-
EP EXERCISE 1989 Section 9.2 l' I i i I w
=e e
_ g a 1 1 b
= \
!!!!!!sseaaeaa i
<2 e = 2 , 4.
Page 9 i
~
EP EXERCISE 1989 Section 9.2 I e f S S 9 l B C 5 j _. == _ b i 4 l gasesssaansasesssase-(ersa) munosuus swanarvsuoo ; Page 10 _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - ._ ____-----l- -_
- m. -
EP EXERCISE 1989 Section 9.2 r N
~
5 9 8 O E l O N s s b I~ , all s a = a a a a s a a e (m) 'Isourt uzum Page 11'
.a ..
EP EXERCISE 1989 Section 9.2
~
C E S 2 9 o E
- =
E e e h b o es a w + u u e u + n e o e + u a N N N N 5 5 5 5 $ $ $ $ (spum anow.t,) (ersa) munssaud sou Page 12
EP EXERCISE 1989 Section 9.2
. e t%
w i e
- I i
l I l M w m M . N b o M v w- - w H
~ ~
N m wm
=. _
O
/
c =
^
i t. i i
~
g a a e a a : s a e = l (& mod) 18iLAE7 ~10A l l l Pag'e 13 1
.h<&-.
I EF' EXERCISE 1989 Section 9.2
, i i
9I -, h w-n -- 5 I M , W
.A B
-- - . g a
v w w
'h%===mummma --
-------- ::::::::::=m m m O
.,a.
l l 9' g a s e a a s a a s. < - l
-(a osa) omrrocosas Page 14 '!
EP EXERCISS 1939- . 4 Section 9.2 I
)
I e 1 5 I -
.o4-
_ _ _ _ i
-i 1
. r o.:
i l i
---.- \, ;
I l l l __ _ w
$4 P%
a m p O
, m v
I i
- -- M e-1 I
p q
. . . i t
i l
./ i
_ -' c, - . .. i o e 8 8
- 2.4 ,48 R S e S R S S (oma) vsmus vnets Page 15
1?P EKERCISE 1989 Section 9.2 l 1 6
~
_c d f }
. .. -. .--.. -_e g t
. . _ .__ _ _ _ _ .__ .. =
)
. . . _.. _. ..._ J _ __.. . _ n, I
l N% l'
) N i
. 4- .--- ...,.
b i C l t l i 123 w ! 1 1
., . ._ .. w, .
{
\
._- ___ /.__/_._..u_.. ._ _.
\
I s\ )
\N
__.._ m f f i 4
)
I l l s ___. . _ . ._ _ _ . . . _ _ ..__. ...__. _._.. = __ e, ! i i i l } f ... _ . . . l i
} q.._ q ..
..g_ , . L._ q _ q.. e a w w + a u ;u ,e u a u + w a a N w e N n.s v.e w
l l l l was 1 i (a ono) a vansa At vanen 1 Page 16 _ _ - ___u m_._-- -_ .- _ _ -
EP EXERCISE 1989 Section 9.2
- - b
\
X f , 2 1 3 I _ _n ' n. u
# N f D
7 o i w NN.- e 1 1
.t , s I
i
/ - a:
l 1 1 1
.q .q
--. . __ __ I .- . m S 2 *
.4 S,.. S E R S S S E 2 ONV' int ABVWidd QWdM) GEEdSGMIAL 3
Page 17 I b l_ J- __ m. -C.A_'_ A - '_i-- f1
EP EXERCISE 1989 Section 9.2
~
I 0 D h
=
h t S
=
dl- . o II$ w i
- k. w
- m N; 3..
I 1 i\ r
=
I j_ pa ; 1
~
$ $ $ R i !! !
l i
)
' ONYlNI AbViolidd i (DEG) MOLLDE81G ' GMLK
~
i Page 18 4
, . . _ _ _ ___.'____.__I____--._-----
t e I \ l-1 I *
,? ,
r , 9- EP EXERCISE 1989 Sectioni9.3 i
' j.
1 1 l l i ! i 9.3' Radiation MonitorinLSLstem i 9.3.1' .RMS Simulation Data (IBM-PC). fj
._r.q
.a 9.3.1 ;RMS Readings for Unaffected Monitors '
9.3.3 Analogue _CORTRDLLER NOTE: GRAPHS ARE ARRANGED BY MONITOR IN NUFERIC. ORDER. i
* * . e, r
h. 1 $ j f< '? I i i _l g p r. .
$. ,l t >
')
i 1! L 1. i i ,
,;, ,1 4
.4 S ,/ t,' i ]
- t n
,. . r/ ]
i i { l l,
. i
- 1. ,.f',
' ib .: % '( f , ; ,c ,r 1 .c
}
! o ', .
, !- s T E
,!( -
\- {' i -j ", e r
- l i
L( : , A((g lg /j'f,
' )[
j,'
.i . , t / y. ' '
,1' *
, /s ,,
-']
.2s. bs'e.h,,if.. . [h','t",3 " .- ' -, 0,' ,1[ ff-Il
,g ,,F
- r .- 9 er' ',;u/ I - 'i- # *4.'- j r
u'+ a
_ >2 i ;
EP EXERCISE 1989 i saction 9.3'.1~ l TIME 7:53: 0 ALARM CHANGES j s : c MONITOR AIARM ; NUMBER CONDITION 4 1-109 2 ., 1-212 2 l 116 2 ! OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) < l TIME 7:53:25 ALARM CHANGES 1 MONITOR AIARM j NUMBER CONDITION 1 ______ _________ l 1-102 2 l OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) i TIME 7:53:40 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 116 3 1-211 2 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 7:54:20 ALARM CHANGES MONITOR AIARM NUMBER CONDITION 1-102 3 1-107 2 1-106 2 1-211 3 OFF(l) , ALERT (2) ,HIGH(3) , FAIL (4) ,
}
____..___________________________ j i
.)
1 i i I l i Page 1 i.
, ~ >
[ __ _
~ ~
-. v . ,
EP EXERCISE 1989 Saction 9.3.1 1 j I TIME 7:55: 0 ALARM CHANGES i
. i, MONITOR ALARM ]
NUMBER CONDITION 9 1-109 3 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 7:56: 0 ALARM CHANGES MONITOR ALARM NUMBER CONDITION )
' l-107 3 OFF(1) , ALERT (2) ,HIGH (3) , FAIL (4) l TIME 7:57:30 ALARM CHANGES 1 I
MONITOR ALARM i NUMBER CONDITION '
, _. ___ _________ j 1-106 3
/
0FF(1) , ALERT (2) ,HIGH(3) , FAIL (4)
. , , . . -. I j
TIME 7:59:25 ALARM CHANGES J MONITOR AIARM NUMBER CONDITION 1-136 2 OFF(1), ALERT (2),HIGH(3), FAIL (4) i-TIME 8: 2: 0 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 1-211 4 OFF(1) , ALERT (2) ,HIGH (3) , FAIL (4) Page 2 l 1 t
*
- g. g '
2EP EXERCISE 1989-Saction 9.3.1 TIME- 8:18:35 lAIARM CHANGES
, . e MONITOR- AIARM NUMBER CONDITION 1-136- 3 OFF ( 1) , ALERT ( 2 ) , HIGH ( 3 ) , FAIL ( 4 ) :
TIME- 8:23: 0 ALARM CHANGES' '
- MONITOR AIARM NUMBER CONDITION 1-212 3 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4)
TIME 8:30: 0 AIARM CHANGES MONITOR AIARM NUMBER CONDITION 1-215 2 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TfNE 8':52':10 AIARM CHANGES MONITOR AIARM NUMBER CONDITION 1-212 4 OFF ( 1) , ALERT ( 2 ) , HIGH ( 3 ) , FAIL'(4 ) TIME 8:53:40 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 1-102 4 j 1-106 4 :j 1-107 4 " l-109 4 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) . 9 Page 3 l I - )0 ' l. * ' (G , 4
~
EP EXERCISE 1989 Section 9.3.1 TIME 9:35: 0 ALARM CHANGES , MONITOR ALARM NUMBER CONDITION 225 2 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 9 39:47 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 1-216B 4 111 2 114 2 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 9:40:10 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 110 2 112 2 2-216B .4 111 3 114 3 OFF(l) , ALERT (2) ,HIGH(3) , FAIL (4) TIME S:40:35 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 110 3 140 2 112 3 2-104 2 ; l-104 2 ' OFF(l) , ALERT (2) ,HIGH(3) , FAIL (4) 1 Page 4 \ _____21
EP EXERCISE 1989 Ssetion 9.3.1
'JIME 9:41: 0 AIARM CHANGES' MONITOR ALARM NUMBER CONDITION 2-104- 3 1-104 3 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4)
TIME 9:43: 0 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 225 1 OFF (l) , ALERT ( 2 ) , HIGH ( 3 ) ', FAIL ( 4 ) . TIME 9:44:30 ALARM CHANGES MONITOR ALARM *
. NUMBER CONDITION
__.... ....s. 214 2 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4)
- 3 1
. . . . . . . _ _ .. 1 TIME 9:45:30 ALARM CHANGES '
MONITOR AIARM NUMBER CONDITION 214 3 OFF(l) , ALERT (2) ,HIGH(3) , FAIL (4) l TIME 9:45:50 ALARM CHANGES MON 1 TOR ALARM NUMBER CONDITION 214 4 OFF(l) , ALERT (2) ,HIGM(3) , FAIL (4)
+
l 1 Page 5
.i
. . - 1 .<; .
y - EP EXERCISE 1989 - Section 9.3.1
? =.
TIME 9 49: 0 ALARM CHAN'GES d s __ MONITOR ALARM . NUMBER CONDITION 221 2 OFF(1) , ALERT (2) ,HIGH(3 ) , FAIL (4) l TIME 9:50: 0 ALARM CHANGES MONITOR ALARM - NUMBER CONDITION 221 3 1 OFF (1) , ALERT (2 ) , HIGH (3 ) , FAIL (4 ) TIME 9:50:20 ALARM CHANGES MONITOR ALARM NUMBER CONDITION i 221 4 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 10:21:30 ALARM CRufGES MONITOR ALARM - NUMBER CONDITION 140 1 OFF(1), ALERT (2),HIGH(3), FAIL (4) TIME 10:37:50 ALARM CHANGES MONITOR ALARM NUMBER CONDITION 2-134 2 1-134 2 OFF(1) , ALERT (2) ,HIGH(3 ) , FAIL (4) e i Page 6 y a 4' .. p p oo L h o o - Jw LM 's
. EP EXERCISE 1989-Saetion 9.3.1 TIME 10:38:15 AIARM CHANGES
. i MONITOR. AIARM NUMBER CONDITION 2-134 3 1-134 3 140 3 110 4 113 4 OFF (1) , ALERT ( 2 ) , HIGH ( 3 )', FAIL ( 4 )
TIME 11:30: 0 AIARM CHANGES MONITOR AIARM NUMBER CONDITION 1-215 1 OFF(1) , ALERT (2) ,HIGH(3) , FAIL (4) TIME 13:40: 0 AIARM CHANGES MONITOR AIARM NUMBER CONDITION 2_-134 .2 . . OFF(l) , ALERT (2) ,HIGH(3) , FAIL (4) i TIME 15:54: 0 AIARM CHANGES l 1 MONITOR AIARM NUMBER CONDITION 1-216B 3 2-216B 3 OFF(1) , ALERT (2) , HIGH(3) , FAIL (4) I l
'i Page 7 i L t' .i o , ;V .<5'. , , s~w d[c_21 '
d._____'.__.J__'1__1__. _ .2 m ' i _ _ _ __ L -- l - *
-w .. EP EXERCISE 1989 Saction 9.3.1 TIME 18: 0: 0 AIARM CHANGES , MONITOR AIARM NUMBER CONDITION 2-134 - 1 OFF(1) , ALERT (2) ,HIGH(3 ) , FAIL (4) e 4 e I Page 8 1 l I
EP EXERCISE 1989 Section 9.3.1 TIME 7:53: 0 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 2 1-212 2 116 2 ALERT (2) ,HIGH (3 ) , FAIL (4) TIME 7:53:25 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 2 1-212 2 116 2 1-102 2 ALERT (2),HIGH(3), FAIL (4)
. TIME 7:53:40 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION l 1-109 .2 1-212 2 116 3 1-102 2 1-211 2 ALERT (2) ,HIGH(3) , FAIL (4) 1 l
l l Pages 1
EP EXERCISE 1989 .{ Stetion 9.3.1 > TIME 7:54:20 ALARM SETTINGS , MONITOR ALARM
. NUMBER CONDITION 1-109 2 1-212 2 '
116 3 1-102 3 1-211 3 1-107 2 1-106 2 ( ALERT (2),HIGH(3), FAIL (4) l
.1 l
TIME 7:55: 0 ALARM SETTINGS 1j MONITOR ALARM NUMBER CONDITION 1-109 3 j l 1-212 2 l 116 3 1-102 3 1-211 3 1-107 2 j 1-106 2 ALERT (2) ,HIGH(3) , FAIL (4) TIME 7:56: 0 ALARM SETTINGS MONITOR AIARM NUMBER CORITION 1-109 3 1-212 2 116 3 1-102 3 1-211 3 1 107 3 1-106 2 ALERT (2) ,HIGh(3) , FAIL (4) l Page 2 !
.--__-____x____----___--_-_-_x-___
q EP EXERCISE 1989' Saction 9.3.1 TIME 7:57:30 ALARM SETTINGS , MONITOR ALARM NUMBER CONDITION 1-109 3 1-212 2 116 3 1-102 3 l l-211 3 - 1-107 3 : 1-106 3 ALERT (2),HIGH(3), FAIL (4) TIME 7:59:25 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 3 1-212 2 116 3 1-102 3 1-211 3 1-107 3 1-106 3 ' 1-136 0' _. ALERT (2) ,HIGH(3) , FAIL (4) TIME 8: 2: 0 ALARM. SETTINGS MONITOR ALARM NUMBER CONDITION
.. ___ ....____. l 1-109 3 l 1-212 2 116 3 1-102 3 1-211 4 1-107 3 1-106 3 1-136 2 ALERT (2),HIGH(3), FAIL (4)
I Page 3
EP EXERCISE.1989 Saction 9.3.1 TIME 8:18:35 ALARM SETTINGS l MONITOR ALARM NUMBER CONDITION 1-109 3 1-212 2 116 3 1-102 3 1-211 4 1-107 3 1-106 3 1-136 3 ALERT (2) ,HIGH(3 ) , FAIL (4) TIME 8:23: 0 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 3 1-212 3 , 116 3 1-102 3 1-211 4 1-107 3 1-106 3 1-136
~^
3 ALERT (2) ,HIGH(3) , FAIL (4)
~
TIME 8:30: 0 ALARM SETTINGS i MONITOR ALARM NUMBER CONDITION l 1-109 3 1-212 3 116 3 i 1-102 3 1-211 4 1-107 3 1-106 3 1-136 3 , 1-215 2 ALERT (2) ,HIGH(3) , FAIL (4) e Psge 4
EP EXERCISE 1989 Saction 9.3.1 TIME 8:52:10 AlJJU( SETTINGS . . MONITOR ALARM NUMBER CONDITION 1-109 3 1-212 4 116 3 1-102 3 1-211 4 1-107 3 1-106 3 1-136 3 1-215 2 ALERT (2) ,HIGH(3 ) , FAIL (4) TIME 8:53:40 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION
~ _ _ . . . . _._......
1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 l 1-106 4 1-136 3 1-215 2 ALERT (2),HIGH(3), FAIL (4) d Page 5 I
EP EX'.:RCISE 1989 S3ction 9.3.1 , i TIME 9:35: 0 ALARM SETTINGS l
'l MONITOR ALARM NUMBER CONDITION l-109 4 1-212 4 4 116 3 1 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2 225 2 ALERT (2) ,HIGH(3) , FAIL (4)
TIME 9:39:47 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1;106 '4
^
l-136 3 1-215 2 225 2 1-216B 4 111 2 114 2 ALERT (2) ,HIGH(3 ) , FAIL (4) i I Page 6
~
EP EXERCISE 19A9' Saction 9.3.1 .j
-l TIME 9:40:10 AIARM SETTINGS . i; MONITOR AIARM NUMBER CONDITION 1-109 4 1-212 4 l 116 3
1-102 4 1-211 4 1-107 4 i 1-106 4 l 1-136 3 1-215 2 225 2 1-216B 4 111 3 114 3 110 2 112 2 2-216B 4 , ALERT (2),HIGH(3), FAIL (4) 4
==e. . 4 9
Page 7
. . _ _ - . _ .3
-s EP EXERCISE 1989 Saetion 9.3.1 TIME 9:40:35 ALARM SETTINGS MONITOR AIARM NUMBER CONDITION 1-109 4 1 1-212 4 i 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2 225 2 1-216B 4
- 111 , 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 2 1-104 2 ALERT (2),HIGH(3), FAIL (4) i i
l F 1 i , l l l l i Page 8 i , s_ ,
5 EP EXERCISE 19D9 Saction 9.3.1 TIME 9:41: 0 AIARM SETTINGS , , MONITOR AIARM NUMBER CONDITION WWWWWW W WWWWWWW 1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2 ! 225 2 1-2163 4 111 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 3 1-104 3 ALERT (2) ,HIGH(3) , FAIL (4) WWWWWWWWWWWWWWWWWWWWWWWWWWWWWWWWW i
- e. e . . .
l l l l l e a Page 9
~'
EP EXERCISE 1989-Ssetion 9.3.1 TIME 9:43: 0 ALARM SETTINGS .. MONITOR AIARM NUMBER CONDITION mmmmme emmmmmmme l 1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1-106 4 'q 1-136 3 1 1-215 2 l 1-216B 4 'l 111 3 d 114 1 110 J 112 3 2-216B 4 140 2 2-104 3 1-104 3 ALERT (2),HIGH(3), FAIL (4) Memmmmmmmmmmmmmmmmmmmmmmmmmmmmmme I i Page 10 l 1
EP EXERCISE 1989 Saction 9.3.1. TIME 9:44:30 AIARM SETTINGS MONITOR AIARM 1-109 4 l 1-212 4 116 3 1-102 4 1-211 4 l 1-107 4 1-106 4. 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 3 1-104 3 214 2 AI2RT(2),HIGH(3), FAIL (4) I l Page 11 l l
<=
EP' EXERCISE 1989 Saction 9.3.1 TIME 9:45:30 AIARM SETTINGS MONITOR AIARM NUMBER CONDITION 1-109 4-1-212 4 116 3 1-102 4 1-211 4 1-107 4 i 1-106 4
- l-136 3
'~ l-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 i 140 2 i 2-104 3 1-104 3 214 3 1 ALERT (2),HIGH(3), FAIL (4) l Page 12 - - - _ _ - - _ . _ _ _ _ _ _ - _ - _ - - _ _ _ _ - _ _ . - =_ , - - - -__ -.
EP EXERCISE 1989 Section 9.3.1 TIME 9:45:50 ALARM SETTINGS , MONITOR ALARM NUMBER CONDITION 1-109 4 1-212 4 116 3 , 1-102 4 l 1-211 4 1 1-107 4 1-106 4 1-136 3 1-215 2 1-216B 4 111 3 114 3 . 110 3 112 3 2-216B 4 l j 140 2 2-104 ) 3 l 1-104 3 214 4 ALERT (2) ,HIGH(3 ) , FAIL (4) l l e i i Page 13
^
EP EXERCISE 1989 S*ction 9.3.1 TIME 9:49: 0 ALARM SETTINGS i: MONITOR AIARM NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 ' 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2-1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 3 l 1-104 3 214 4
, 221 2 ALERT (2) ,HIGH(3) , FAIL (4) l Page 14 t
=._ - _- --_ -. _ - - .
w. EP EXERCISE 1989 Saction 9.3.1
-l TIME 9:50:.O AIARM SETTINGS t
MONITOR AIARM NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 1 1-211 4 l 1-107 4. 1-106 4 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 3 1-104 3 214 4 221 3 ALERT (2),HIGH(3), FAIL (4) Page 15 1
~
l EP EXERCISE 1989 Saction 9.3.1 TIME 9:50:20 AIARMSETTkNGS , 1 MONITOR AIARM NUMBER CONDITION )' 1-109 4 1-212 4 l 116 3 l 1-102 4 ! 1-211 4 1-107 4 , 1-106 4 ' 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 140 2 2-104 3 1-104 3 214 4 . 221 4 ALERT (2) ,HIGH(3 ) , FAIL (4) I I l l l 1 Page 16 1
, i 1
- . - _ _ - _ _ _ _ _ . _ _ . _ - - _ .- _ _ - - - _ _ _ - _ _ _ - - - - - _ _ _ _ _ . - - . -- .a-.. -. -
EP EXERCISE 1989 saction 9.3.1 TIME 10:21:30 AIARM SETTINGS , MONITOR AIARM NUMBER CONDITION 1-109 4 1-212 4 116 3'
'l-102 4 1-211' 4 1-107 4 1-106 4 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 2-104 3 1-104 3 214 4 221 -4 ALERT (2) ,HIGH(3) , FAIL (4) l l
Page 17 l
EP EXERCISE 1989 Section.9.3.1 TIME 10:37:50 ALARM SETTINGS MONITOR ALARM NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 3 112 3 2-216B 4 2-104' 3 1-104 3 214 4 221 4 . 2-134 2 1-134 2 ALERT (2) ,HIGH(3) , FAIL (4) i I J Page 18 ________________:a_L_x_____-_-
__x-- , l EP EXERCISE 1989 Saction 9.3.1 i
)
- TIME 10:38:15 ALARM SETTINGS i MONITOR ALARM '
NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-215 2 1-216B 4 111 3 114 3 110 4 112 3 2-216B 4 140 3 2-104 3 1-104 3 I 214 4 221 4 2-134 3 1-134 3 113 4 ALERT (2) ,HIGH(3) , FAIL (4) Page 19
EP EXERCIST: 1989 Ssetion 9.3.1-1 I TIME 11:30: 0 ALARM SETTINGS r MONITOR AIARM NUMBER CONDITION ,
.....- --...--.. I 1-109 '
4 1-212 4 . 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-216B 4 111 3 ! 114 3 ' 110 4 112~ 3 2-216B 4 140 3 2-104 3 1-104 3 214 4 221 4
- o 2-134 3 1-134 '
3 113 4 ALERT (2),HIGH(3), FAIL (4)
'1 l
j l l l 1 l \ I l l Page 20
EP EXERCISE 1989:
, Section 9.3.1 TIME 13:40: 0 '
ALARM SETTINGS MONITOR AIARM i NUMBER CONDITION 1-109 4 1-212 4 116 3 1-102 4 1-211 4 ; 1-107 4 1-106 4 1-136 3 1 1-216B 4
}
111 3 114 3 110 4 112 3-2-216B 4 140 3 2-104 3 l 1-104 3 214 4
, -221 4 2-134 2 1-134 3.
l 113 4 ALERT (2) ,HIGH(3) , FAIL (4)
- l ::--------- .......---... ..... --
l i Page 21
~
1 .
EP EXERCISE 1989 i Saction 9.3.1 i i TIME 15:54: 0 AIARM SETTINGS- '! MONITOR ALARM NUMBER CONDITION ;
... .. ___ ..... 1 1-109 4 l 1-212 4 l 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 1-216B 3 111 3 l 114 3
! 110 4-l 112 3 ! 2-216B 3 140 3 l 2-104 3 l 1-104 3 214 4 221 4 I 2-134 2 1-134 3 113 4 ALERT (2) ,HIGH(3) , FAIL (4)
- . - .....--e._e___. . ....._.....__.
~
i l i P.ge 22 I i
EP EXERCISE 1989 { Section 9.3.1 -; I TIME 18: 0: 0' AIARM SETTINGS 'l MONITOR AIARM NUMBER CONDITION 1-109 4 ! 1-212 4 116 3 1-102 4 1-211 4 1-107 4 1-106 4 1-136 3 , 1-216B 3 l 111 3 ' 114 3' 110 4 112 3 2-216B 3 140 3 2-104 3 1-104 3 214 4 221 4 1-134 3 113 4 ALERT (2) ,HIGH(3) , FAIL (4) l I Page 23 _ _ - _ =_________-____________________-____-_.
l
~EP EXERCISE 1989 Section 9.3.2. ,
9.3.2 RMS Readings for Unaffected Monitors MONITOR READING (UNITS) RE-101- 6.55E-02 (mR/hr)~ i RE-103 8.71E (mR/hr)' RE-105 1.36E+00 (mR/hr)- RE-108 5.45E+00 (mR/hr) RE-135 1.35E+01 (mR/hr) 1RE-216 2.37E-06 (pci/cc) 1RE-217 6.60E-07 (pCi/cc) RE-218 1.39E-05 (pci/cc) 1RE-219 1.56E-06 (pci/cc) RE-220 6.93E-05 (pci/cc) 1RE-222 1.91E-03 (pci/cc) RE-223 1.65E-05 (pci/cc) RE-224 2.00E-07 (pci/cc) RE-226 2.69E-02 (pci/cc) i RE-229 1.41E-06 (pCi/cc) RE-230 1.14E-07 (pci/cc) 1RE-231 1.67E-03 (pCi/cc) 1RE-232 2.99E-04 (pci/cc) RE-234 4.78E-04 (pci/cc) RE-235 1.62E-07 (pci/cc) RE-237 1 00E+01 (cpa) RE-238 4.00E+01 (cpm)
- RE-241 3.00E+01 .(cpm)
RE-242 9.50E+01 (cpa) l Page 1
m- - - - . _ _ _ _ _ _ _ _ - . _ . _ _ _ _ _ EP EXORCISO 10."^ Section 9.3.5 1 l H ,, 1 st 3 i; w 5 M j Q " i h i N is i k I
$ $ 8 n
it g he l' g o " g < i 9 eis o I E b yo kl liq lI I N M lj i i 1 h In .. gi *- D o x ' b N e 1 < 1 3 8 5 a 8 a i
+ + + + + 1 )
D D N N N N l (ER / uzeg ux) 30T33T
- r. , 1
- __-__-__-__---_____x--__-____---____--____
R O T I N O M N E H G G NI A H RI LA N WF O - L - A
- E -
R - A
- P -
M U *-- P - G
. N I
G . R 7 A H C 5 a
- 4 3 2 1 0 1 0 0 0 0 0 0
+ + + + + -
E E E E E E 1 1 1 1 1 1 Tm\$=ENv 40 ANN 4
,3
- u
_. ' ~
( Qn ;n E"'
'E n ?wL
% 7 1
R O T I _ N O 5 M 1 E G HG ~ NI A H RL A I
' 3 1
WF
)
S O - R U L - O H A E R
~ 1 1
( E M I A x T P N
\
M *- U - 9 P - G N I G R 7 A H C _ 5 . u s 4 3 2 1 0 1 . 0 0 0 0 0 0 _
+ + + + + -
E E E E E E 1 1 1 1 1 I c Tl\6.Ebv *odMNN '
,g* u
,llFl1
EP EXERCISE 1989 Section 9.3.3 H ' N M o 4r a M gg . . A b3E 9 I - 1 o D dif l 8 w " Q l
- II Q l eA M ju g i e 4
D b n ,;s, ** 3 8 8 a 8 a
+ + + + + l N D ,
5 5 5 D (.z3r/tzaegtzz) 90TEET Page 4
R EP EXERCISE 1989 Section 9.3.3 pt s
~
D M M a Q )G h c: a ko M ,, a fn N a8 1
% l N i 8 1 d'*1 5
M l O M N dK 3 A ! S 1 b dn i 4 I. , 1 i e N to N_ g, C z 4 8 8 2 5 8 g
+ + + + + i D d %
(.z H/uze guz) 40 T liEH T Page 5
)
EP EXERCISE 1989 ) Section 9.3.3 l 1 i 3 ( t
)(
u 1 8 l w n . O Ese
-5 l, < .
i 5 Q l o NA t:5 i u 5
% l A
M3& i
*l 9 Ya Qi
% 1 -
m l 4 l 2 4 l 8 8 8 5 8 s
+ + + + + l N N N N 5 N (J W 8HM) SOTEET Page 6 I
R y O T I N % O H M G I H; E G L I A N F A % R - W
- 3 O -
L % A
- E -
R
- A -
P _ M U P , I S a A 4 3 2 1 0 1 0 0 0 0 0 0
+
+ + + + -
E E E E E E 1 1 1 1 1 1 TM\6ogbw OW4Ng v mj a
.n l'
U mNMMm~$* - WRt"r
- wm _
7 1 N 5 1 R O H T G - I I NH O L I ' 3 MFA 1
)
S A - R U E O R A *-
- 1 H
( -
- 1 E L - M E I T
N-*- A - % P *- 9 - 9 5 _ C _ 7 5 4 e A 4 3 2 1 0 1 0 0 0 0 0 0
+ + + + + -
E E E E E E 1 1 1 1 1 1 Ty\ MNv u4 4NN v j* " i' , r lLlli ,l
8 L EGH - I _ H R - O T I L I A F N O - N M *- B - A - P *- L - N A
- I R -
T - ' . N E C H A 4 3 2 1 0 0 0 0 0
+ 0
+ + + +
E E E E E 1 1 1 1 1 es.M\ NNv N4 v4N
7 1 R 5 1 O , T H I G NI O H: L MIA F . 3 1 A 1 E - R -- A *1 B -. ' 1 - A 1 P *- 9
- 1 -
t . s 9 L E e 7 5 a A 4 3 2 1 0 0 0 0 1
+ + +
0
+
0 0 E E E
+ -
I 1 1 E E E 1 1 1 m M\6e:2Nv ) chem: 0 i 1I
1 EP EXERCIsi ' '9 Section 9.3. N o 1 6 e
- i I
m l s a a
%y n 3 ~
N E 1 : b E
%
- f $
% I I
- M b i 7 E A i 9 i J t 47
- i g 1 -
m'
- N 9
s
~
n 2 < E 3 a M 1 l- + + + + E
+ 8 M
W M M M M
+
W w w w m w l I ( ZH/uzeuuz) tTTEM ' i \ i l l l Prge 11 1
EP EXERCISE 1989 Section 9.3.3 D { 1 N e
%m 9
R 5 , 1 3a 5h n. i B l 8
%M *
% l N
N y f 0g f* I 1 l .-- sn N ' k N e _ b c z < B 3 8 8 8 8 8 a E 3 3 3 3 e 3 3 3 e
- .. - n - . - n -
(3W8E'Dut) OTTEM Page 12 _ . _ _-_=_ - =-
EP EXERCISE 1989 Section 9.3.3 i
'N s.
E g ,, \ h m a i B M l 8 I : g tai Ch f I b m s, i N _ . l o l l 1 m l
, 4 8 B B B 3 8 5 5 8
+ + + + + + + + +
O D D D D N N N 5 (J W 85) 95 TEM Page 13
v EP EXERCISE 1989 Section 9.3.3 l l I e N b IEl DE 3a = i - B l B M
- I N il 1 i Y N h _.
ER
$l m
D b c 8
+
B B B -3 8 El b 8
+ + + + + .+ + +
N 5 5 N N N N N N I j (.a3g/tazeg) /,3T 55 l Page 14
EP EXERCISE 1989 Section 9.3.3
'l D
_ l h m aE 3s = i B l M V 8 l $ 1 1 - l gM \ w h i l _. N -- m-D b a m 4 8 B B B 3 8 8 s+ 8
+ + + + + + + +-
N N N N N N N N N (3 W 85) 8875W Page 15
, __ _ -_ ____ -____ _ - - -__ x -
i E N9n$ * [28
- m'w 7
- 1 R
O N T I 5 N O 1 M M % EG G H I NI A A L 3 1 F ) R S R U H-G - ( O H I H *--- % 1 1 E M
- I P *- T M
U *- P - - , 9 G - N I G R A H C i 7 5 a A 4 3 3 e 2 1 1 0 0 0 0 0 0 0 0 0 0 0
+ + + + + + + + +
E E E E E E E E E 1 3 1 3 1 3 1 3 1
$ .Nlw 4aeMNw -
y_* 5
R O N T I N O M E Hl G I x
~
H G NI A A L F R _ H - G H* I N P *- M - U *- P G - N I G R A H C a A _ 4 3 3 2 2 1 1 0 0 _ 0 0 0 0 0 0 0 0 0 _ + + + + + + + + + E E E E E E E E E I 3 1 3 1 3 1 3 1 ms.M\N e 5 6" _ juM%N
?."
f l
\Ll ,
EP EXERCISE 1989 Section 9.3.3 5 D C b i k
/
$ / .
~
/
m 5 l b*$
% . l N i %l 8 %4 C
5 l = Q i E N7
- q .l. -
I k _. N
- N x ~
b N 4 e a s 8 8 8 8 8 8 e e e e e e ( 2E/ TEE *W122) 9CTEHT
'l Page 18
~
R
~
O T % I N O MHG I N E H C L I _ N A F _ A R - _ H - C
- N I -
H -
- x A -
\
E -
- q
_ R
- A P
M U 4 P I S a a 6 5 4 3 2 1 0
. 0 0 0 0 0 0 0
+ + + + + + +
E E E E E E E 1 1 1 1 1 1 1 T M\g & g - 0 wmn 4 2i
~,.
R ; O - T I ; N O M ; E H T G I H A I L U _ I , A ' _ C F I _ T - R - _ A - ; P R I * ; A - T * ; N - E - _ M : N I A T N O C - a ' 1 0 0 1 1 2 2 0 0 3 3 0 0 0 0 0 0 0
+ + + - - - - - -
E E E E E E E E E I 3 1 3 1 3 1 3 1 OO3 w w N N f. w I
?1 M
EP EXERCISE 1989 . Section 9.3.3 ' 4, . .: N 46
$ n o i h
q n w l
.i k it 9m q O i N %
5h M E 9 l $ ) q u:M I v
%i 1 U
h M M
%i
$i
%l n
~
4 h 3 ' N I l h o
~
O d. l l n T 4 aI 8 8 8 8 8 8 8 8
- i i I i i i i i i O N D D O D D D D D (08/ Ton) WTBEET Page 21
. - _ _ _ _ _ _ _ - _ _ _ _ _ . ~ .
EP EXERCISE 1989 Section'9.3.3 it '
.g 9E
_ _g b n ha ' ll!s* ,, s, u e. dl i o Dd A j 16
- g LA 2. E :
! l i
I m. N 1 b l e z 4 8 8 3 8 8 S E 8 2 l l l l l l 1 1 3 5 5 5 D O N N O D (oo/ Ton) tTWEW Page 22
T R O N T I N O \ N M H S I G A H G L \ I . A R _ F O T - C E *- h J - E --
\
R *- I - A *- R -- E _ ( _ S N E D
/ -
N O C _ .l _ H _ 2 3 6 5 6 7 8 9 0 _ - 0 0 0 0 0 0 0 0 1 E E E E E E E E E _ 1 1 1 1 1 1 1 1 1 . q* 3 e$mN e
N 7 1 R O T _ I ., N O ., u M +, 5 1 D . NGH m R G KIAF B I H L
+n
+,
+--
3 1
)
S
. +n R Q -
U O I +o L - H
* +s
( S - *s 1 1 E M R *- I T E -- *a L - O
- O -
C - I 9 N A F . T. N 7 O C 5 H A 3 2 1 0 1 0 0 0 0 0
+ + + + -
E E E E E 1 1 1 I 1 h E.mNv me4NNNw 2 u l
N R O T I N N O ; M ; D NGH : RH I G KILA X BF
. X Q -
I - X L S - R *- E -- : L O
- O -
C -
- f N
A F T. N O C H - 4 3 2 1 0 1 0 0 0 0 0 0
+ + + + + -
E E E E E E 1 L I 1 1 1 nkka.gN- A e 4. N N 2 N
~S u
4 7 R x 1 O T x I N n ' O : M % 5 1 S A H% C G ; H K I N L % O I 3 I A F 4 1 T ) S A -
% R L -
U I A O T - H N*A E - A 1 1 ( E M V
- I T
4 A - E
- R -
A - 9 G N I M M U 7 R D 5 u A 2 3 4 5 6 7 8 9 0 0 0 0 0 0 0 0 0 1 E E E E E E E E I 1 1 1 1 1 E 1 I 1 o oh o $
- w$NM o
. a* M 1
O T I N O M D G R KHG 5 1 7 1 BI H D L I 3 B V A F 1
)
S O R U K - O H N *- ( A 1 E T - - \ 1 M
- I T
E - T - L A
- L -
L I - 9 T S I D E T 7 S A W 5 A 1 1 1 1 1 0 0 0 0 0 1 1 1 1 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
+ + + + + + + + + + - - - - -
E E E E E E E E E E E E E E E 6 4 3 2 1 6 4 3 2 1 6 4 3 2 1 4%\6 y ,mNN $ Il [L! l!
EP EXERCISE 1989 Section 9.3.3 ; 1 l m t i o 6 ii . 1 m a E 2 hl o E 1 4 : E mI Q M E
* )
si : = 0 N7 i n !
/ l N4 /
l m% i i
\ - i 1 i A 1 i
cm > )
%o O
i
. l s <
B 1 3 I 8 l' 8 I kl 8 8 2 : l l 1 l 5 5 5 5 5 5 5 5 (a mo = > essau l Page 28
v-EP EXERCISE 1989 Section 9.3.3 (- , l lp .! D If i I 16 E N ' km a5
~
h
- M n a I $
@g i, ,,
.a N ,!
E oy ,, e A I 4 4 ~
@ l I
h1 D 1 h I i O E
+
8 5 8 $' 3 8 8 B B B 2
+ 1 1 I I I I I i 1 i D N D D D D D D D D D D Oon) eTemu Page 29 4
-J._ .. .-
EP EXERCISE 1989 Section 9.3.3 46 5
*t D
+e M
4t D N 4t 3:3 4
- 4t a bt kM g b h to k
N I
*t a C
h ! y D M v h i De Y N Y be 3 hM " " H I h M I
*t I
S I
- 9 N
b 1 b c
- 4 O b E 5 5 5 5 5 $ $ $ $
e (OO/TDn) GTCEE Page 30
v EP EXEP.CISE 1989 Section 9.3.3 0: I M !
$ e i
s M ts E Al 8 m i B si g Md b i :: = kh hi M
/~
oii e - R S H b b.
'l n i sn B B 3 8 E B B 3 8 E B E S N i
+ + + + 1 i i l I i i i l l J N N N N N O N O D 5 E E D D i
l (88/1Dn) 4T333 j l ! l Page 31 l l l I
. _..i
EP EXERCISE 1989 Section 9.3.3 a D M e E a m
~ n i b s, ! 8 g M
- b i
- g
@f /~ "
wl N 1 ei .. m b b 1 o m 8 8 8 8 E~8 88888EBBB*
$$$$$$$$$$$$$$$b (88/ ton) 6TCEE Page 32
-__-_-_L_______._---_-----
EP EXERCISE 1989 Section 9.3.3 lI o D If
, k II j k S 8
N lll a O i g N If 3 bl If Q
%i i e
% le O
5
%,4i Y N CE I 5 l y IE B I
N
- gl 1 m-k b
M A b-e at l
=
a 8 a E B 3 E E B 3 3
+ + i i i i i i i i i i N N N D D D D E 5 5 I Oon) cacau l
t Page 33
EP EXERCISE 1989 Section 9.3.3 e D M
] 1 s ,
m i i k o ! 4 S h 1it M = b I E Q? 5 N I nq i i : " E
$ If N I _
04 ~
~
4
$I I
- N k
4 b - N A e z 4 8 a 8 8 3 E E B E E 2
+ 1 l I I I i i 1 i i D D D D D D D D D D D ,
I (o#MDn) QWCEW l
)
Page 34 l
S A C E G N A R H G D I I H MIA L T F S U - A - - H *- X - E *- A - E
- R -
A - G N I M M U R D - " A _ 0 1 2 3 4 5 6 7 8 9 0 - 0 0 0 0 0 0 0 0 0 0 1 _ + - - - - - - - - - - E E E E E E E E E E E 1 1 1 1 1 1 1 1 1 1 1 m@3$v Nnl jmU [,
EP EXERCISE 1989 Section 9.4 - l [
) \
9.4 In-Plant Radiological Conditions (Maps & Data) a V e l I 1
\)
l l 1 -
I EP EXERCISE 1989 j Section 9.4 1
- l In-Plant Survey Data CONTROLLER INSTRUCTIONS
- 1. Radiation readings are closed window. For open window readings, multiply map values by 2.
- 2. Airborne survey results are determined by locating the sample area on the appropriate map (at the proper time) and matching the air sampla results with the radiation field that the sample was taken in. There are several items that must be taken into account:
- a. Radiation fields on the El. 26' of the PAB are caused by the i
release. When the release is terminated, the radiation levels and airborne will decrease proportionally (see table below).
- b. Radiation fields on the El. 8' of the PAB are caused initially by the release, but are then compounded by containment sump recirculation at 1038 hours. Radiation levels from the release do not exceed 100 mR/hr i at any time. When the release is terminated, and recirculation is in
! progress, radiation levels may appear to remain stable or drop slightly, { but airborne will be reduced dramatically. Radiation fields due to j recirculation must not be used to give airborne survey results (see I, ble below).
- c. If the release is terminated before sump recirculation is initiated at 1038 hours, radiation and airborne results from the El. 8' of the PAB will decrease proportionally. Radiation levels will again increase at the time containment sump recirculation is initiated.
~~
- 3. Release Termination 1
i a. Controllers will be advised of release termination time via channel 3, on the FM radio. Terminati6n message will be as follows:
" ATTENTION CONTROLLERS, ATTENTION CONTROLLERS, CODE ORANGE AT HOURS. CODE ORANGE AT HOURS."
- b. Use the table below for determining radiation and airborne levels affected by the release.
TIME PAST TEAM OR TERMINATION SAMPLE (MINUTES) LOCATION DATA 15 El. 8' RAD - drop 50 mR/hr ! AIR - based on a 50 mR/hr field 15 El. 26' 1/2 of RAD and AIR 30 El. 8' RAD - drop 100 mR/hr AIR - As, Read 30 El. 26' As Read Page 1 mA_mm.__m__-_ -- - - - - - - -
EP EXERCISE 1989 Section 9.4
. c
- 4. Contamination caused by the release will always be highest'at or near the leak. Levels will continue to increase until the leak is isolated.
Determine the contamination levels, from the maps,.at:the time.the leak is-secured and unless cleanup efforts are initiated, the levels will hold for the duration of the exercise. 1
& # m, f l
Page 2
EP EXERCISE 1989 Section 9.4 IA L Z .c c
- @ W r-l- -
, & m x '
C m T __ lit H Qg > s _ Hf 0 / W G I W~O T a L .L _ a n J C
; 2 ll O E Q g G
- 1. ,
at l l 7 += H
-2 b. 5 **
g __l g W
.'hj L .,-
s a
$g ,:
u g r-DC um - k - h} g
$L $1 m
~
N 'I .. O , I
,] D l
~~
. a!
,c
~%g 1 1
] TI1. r > 0
'I 1_.C OOOO k hL %q d o/"
i E eco Ki- !1 O
, . . . . @- - o P =a a - >
8 [.l n'F= M i ll O Hi _
%r5M9 "
F 0 e i F.. iz 1 1 L, 0 -
- /
5 O t i & S g
*l"
- [s-j =lh:d ji ap:
. sn u.g%m#Jg s .e
' s 1 1 >
N Page 3 __ ____D
EP EXERCISE 1989 Section 9.4 LA .LL L II Z I NN (D
--- O xxc p
E ii N EE W- i l ~iii.L 8 J
~
n i
= C
> h s
m Cn WD mm C C Hf i, 8 y mmg W
-j i O ,
( y Z ,i co m w z I $ ll .I L ci W O IC H Id ! I I =" l +- i"~ 8 $$ O~ g) K g p F~ l 5 N m _.i w w H$ '51 p -
! l [l ng i
f _,-Nx+14 O E E id $
~
~-
s
,e
'I
!M ,h., -
- ] f _. .
w- Om
,-ga S .
-ge I . 5 - r
/ "g%)
; - - e r oc ,
I i !],g - o gl
's b '
' r
ooool \N s.'
w; t
-rg m '.
I l'I
-# mO ' r r p.
p, c-a' I _..
""!=o
- 2 "
8 c - u . _... h.5 .O ._ . , L :!$69B "ty0 . liii i 4 . (m '
%, 10BPR " FO . .
e % l h.n. Ld M _ 1 . O .,q
'n s' /
d
~'
. . e 3 ,
gt "G' )ij m
. m ,
* =ai G@ !!;
i v .-
,, V w n
Ch~ , -- -
=
es : da + g ,
;; g I lo - -
a ;' a 6 Page 4 l
EP EXERCISE 1989 ' Section 9.4 in LL L II Z I \\ W g &x C ! __ - < r y- , ,. - @ EE W- 'l
-- , >= v mm EO !
, C m mm CC Hr i5 $ Q
.. 3 y
S mm g%W O , N i Wm w a 'J _ a y l l
; !! ll b d @ g .C.
i u; a i, ,= .
-S se In N
_i w ---a ;- n b'- he nli_.gO g; W m . JE
$7 q
Su a g j
!_"tgm C E m F- =
CC - ge l'1
$ Es
-r a
dE
~~c-.- , ,
H g N' : : .. a] Oo a - - e-JB rA qh c N I 3"
; rIL ,i o l r I ooool k' ld
" I
,. r- n il y '
w gg. s- . ,' 3 ., O O m g 1 ca o_ in
. e CD , ? te m
.. 1! u a s _=L. . Ci1J l,' ...
==
q $ 9l ,d
~g - -
, r--
.2 i & p w
! f I
=
.. q g sg R 'q 1
F ,.
- a );
E. E Page 5 l
EP EXERCISE 1989 Section 9,4 g LL' t II z ss e m _:- -j
~
a I m em EE w_
'gr h $ mm %d
-i as g > e gg a 5
- ! w i i_ o e m e, co, wem g 1. -I a E
I L- 3
!! ll I
.l "-
+F 8 m hoe9 c
0: q-
,e _
i au m [j g h - D. u. s EE$ E
-5A - -~r li l
$ "J3 d
- P m On
~ ~
I -
/r JB>- rd t!
# % ,s l i
a . -
- 1 1 ~II 9 g 7 >
Q I E
,' r- ocool k ' f g, !=- :%7 g
, 4r o -3" i ,1
=o - <=-
O' l][33 i i
.i:
- W W : 5
-l.!O
- 'iri i
ca . #:..@@d - .., - ,_O a g M* P's o
.. m i 1 -
s !
.z s 7 o :-
~f - -
+ + BT-~-
~
.1 ,
O q' u
*2 L
4* v,,, 4 f] r b - m, e e og , , i
= g! r,:
IMI l 3., - _r= ., l I
*= ..
l , Page 6 L______._______.___ _
O - 46 ES
- - HA l -
L 9
@I l -
l EN 2 . 3 '
=
O9 00 T" 00 O E ETR" I o _ tT 0 00 35 LR
>g7FAD L r :
LA I
*r - e I
*T -
a,- h- :.WA l D Ef dA . rr m _. ' 2 R M
" ]
a% gm P t r _ U P' 1 y 3 I i '_i q @- ?* ' , _4 E " O _ l P - ( i , *
)
A
' i
%E -
l i G ' i 1 {p / #' g3
, i
) I ~
Tlt s M r
' 7 ]S ,o -
"g j
0 oo [Th _E , _ ( I
. - B 0 -
mr g I @ -o .a O .y^- P U - J-i r b l O r
=
Q,3 p u O _ n:,_ lr" i' l np gN'* [ Io - E - 's _m
- - t' e
c L l E L g'
- 2, mr is a , i C f = j
,D .
i i
) #
(g.[ %%
. - f
, i
( I ga2,x=_ L 2 ,= h m . E w m a
, _ _=
w a _ _=
=
,ew .
gp, OM _ _= y,- -
V EP EXERCISE 1989
- l. ection 9.4 Z
a, y ex\ @C=
._-..T I ,
E E l8J Q gE.l- m e l C @ O') mm EC mm gy ' 3 > G g ' L-4 [ m@ g
-i I
' ;- L _ 0 c3 W T TW wu) d, - i 3.,
' _1_
=] L_]
,,,,a W @ s, i i G G re F-=
I N -
+ I--
s se oW
;u ,,-
L l I
=] .gC Gs cr)in _.j m m
-- 14 o W -,.
1C
-la 3 l-2 -
i_ m m F-C E - C - U l l llyl,l:59r -- L, pq gj n" -
- 3 l
i
!M _ N ~l I n 4;5 ^ -
O t
- S
~ ~
; c F;,rq 4
qh e
"g
~
s 1 l ril,3 7 l 9 ll 2._C N' o 0000l -
\o - t g
w l Xya + l \ al '7
'"l d " '
a b h co { _( .
..sw [3 0 F
d 8@R . $ OI a
]
# f g ,r c
*E e c fl.p i i D. -
""5 o f
v v ,
!! g " -
g am s-r,: edi._ Li a i i i I Page 8 l _-_______l__-
z zxz
, g } sg ,.cu _ac1st e.4 198
. C'T s u c
y Ec-G wy
+ 18_ g $ j > q) m d w - my g i y,"; -
i n W uh u- wo Jz m d 7 ysm 3 p W Gr i lq G o-id ; Y g'- .EEg
, EJ g___..
3 fb[ E EE gh ik
- r y- isl u$se me - -
if - 3, p-- _
- h. s
$33 -
1 I W'h':__ A
~
1
. O .
-3 ~%
' a s
; c =r 8/! *%,
I _ r i],3 7 0 S k hXM 1 C- 0000
h o
. m i o W428st o T<- 2s 9 [M~'t,$$3dd8 h PY"I"; o % '
te R } i wI BE
~g
!!! "l1 0 '
E v , r-- ~~.a ,& "a L g jE a l~ g n - - __ l9
,2 'v v ,C h . ,
g g r,1
~ .
j gtg _. I l@
// t._.;
mand s?) ca ? l Page 9
EP EXERCISE 1989 Section 9.4 Z m O- t__r b53 e m c c _ is H o..g > co xe "G M
-ir W I] m x O wm au_ a a
; 5 ll O E h hh i -! l lD 4- g -
m O w . _ _ _ _ _ _ . . E g gg .. b H " ~ l;- g b n
!- N% =
ir __ [ -- ii Dm $-~,r H *! a O "r t
-]
e-t a 3 p: "g
~
1^ l ~I Ils:" r
> 0 $
k
, r-oooo l c=
i-ca c.{] - * .:.:::Aviv::<F . :
- c >:r w:gT ;i..'-
...if-O E p t' ,
E 8 i 3 .:MW: 1E E Rs O ll l_ I t r :. [ l -
. ~ .
a.. r c 1 p i
< 7 * ,h 0 :
_- B--- i m 8h\( - d v w Ch" ,
!! a g -
E ,h h I 'i l F %\wdhj )_ E.- 7_ , Page 10
EP EXERCISE 1989 Section 9.4 u) Z h t e ra-A $ g. , IX Qg cz e c Hr E >Q W p_ cD i O co g
'j_
a L_1 _ r d - n j;
. ] .L_4 WE
,i c en O ce W l y I $ @W: ct !
!. _ l "l
= &C ,u) !
ut _ i
,LH .. g f
j m i1L_
- <'iflt ~ ~
&- 1 O
bf 1 8 - -
/r
]0 I '
Ep/ %g l
, _ _ i ~ l t L p. , 1 1 I
{ FI 1 = r > 0 lII 1__c 0000 v
%L% a o
! \
[ l d ~* anna h = a y P4 ca .cm > y.ct-- 24 l ' o E1 se- M l .o u _ d, 0949 llF0 :! 4 9 rat,,,e9L. OM C d e r- c. i b !
,, rt l i L
**f i l IE a /
rv v v A , H 8 lU 9, v v CE , , i i y$$ su H
- i U k# IJi '
l sitadd 'J R e
..t , ,, i Page 11
.E U (J.] EP EXERCZSE 1989 g Z Section 9.4 U1 s T Z-Z c I5 r U) c CT- --
i, , m O_ W '
}== IQ a m a ,,
Cz m C HI i
- g C' 1,,g >o Wp ss E Q i s "U- O o _.;;
4 y q. cn s Wc I 9 ll _ .11 l_ i W5 TI l--$ i I D +" C E sms O H[ l l ~2 Lt. H a
.. cry -I C y) ..
.3 g 1g.) b H C
}
; pq $s 3; !- No a -
-r g < < _.r ,,
U ~
. o O ae
= - -
r a p: C
. _ _ /r -
3 n
$ Tilt:" T 0
- 1C 0000 k m M d :l W O 'r R, =g: a ....
o< e-> si 2 { _g ""o m a g U. siire p i g.o ..,; . 1 E 5 98 9 F5 e
] l 7.. m? f *i1I L c O ..
5'O 62 - s 7,J - o :s
~g -
v . Br--- i & [ [ , , I s
,, v v CE . ,
u g ",: . E an o - t
,m ,
? , ,
1
* : r _ . . ., -
Page 12
"E g C
EP EXERCISE 1989 mE u Section 9.4
-. Z L. U.
_c s cpG M
. _L . .
'J '
9 ,GE- $ H e.g sr m .. C . E 0. C ' Rr A5 5 60 o- i_ 0 m '.L ,,J e mse zg d -)) .L__-j WZ 9. G G Hg i m sm i . 11 g o l i E
~ l l rr-]
" .g g sN I m . . _ . _ _ _ _ _ .
id l h, ,jg p H tj $c e df ~ C
- ho c g ..
Do i_ No E@G H N . g 1,- p'] .II. E F g -i a .s- ,c __T_.__ u v l l I'dL i e"g
~ ~
-g a e' " r,O t :: S p
~
J- ~ ** 1a e e I i Tilt:" 2_.C r 0000 (% 0 g
=iil l
_.# m .W o
. i s 9,c ,g C""> u p.s.i..
' '. o
.o tI siir. li l ii i _
d, 5 5 9 9 llF0 " d i i e . f q q- o W9E - n.. rc ii -
% Q t f _ _
" " Hr--
E i 6 g- u 3 5 E !i s k : vg .4 / i
, g v v CE~ ,
++
g , p ; l r in' Ss.h ,I Page 13
m EP EXERCISE 1989 g v E g Section 9.4 U1.u U s Q Z jGSR\ GE
=L tr .-
O m T zsr h e ,
~
C r E A. Ng,0 O W E 1ig 3 #. 5 E C gr - y'l-- O d Lhu.
$>b wz{ mggg Ts SC@Q 3g gb
- 2 n g 5 E
! l "1 ,
+{sNI I a
[ h. r
. n' ,
.is l l U
-iT ' t !
t.- L. _ _ _ _ _ s v Ar l y I
. . ac .--h %:
l r q,3 7 5, o a 1 I-' OOOO FI NE:,Md r Qh l
....$ E=. . o c-a - F a m e Jo
=a i_ :. _ ,, ,
8 1 a .
. gra m ll m
~
=o - . Br FO ::
d 78 V *Ii o tt sx R } A s - W 7 o :a h&
~3 -
s u Y--- ,J , ; E R-_ N i g1 b p j
~ ~
9,
- v. Og ,
,, j
= -:,
H m E be : l E V i)) t._.; l8 I ed I_ _ . - r i, l Page 14 1 o
N EP EXERCISE 1989 "E 6 9 W senion 9.4 guEus x L Z o _c ss Nr C N Z - ~ O-m - gNEo U) a
.. F C
m'N m E Qr Oacp a C W i 0 >b " dii b seeO GG dr a 5 W- - T y '" - I 9 O.- i.L . ll L -i J Q 4 @s s e apgb WZ g 8$7 yW c II
, f cp N i ie
!. l l="--] # C sE g -
.gM ,
WEBan-isegg " _tD 4
$ J ce:% o -mNmN
- - pq n G !- No H
-jg E- -
I-4 e .r- # ' -- - l- -
- - fi ::!:
l
'33 l l W
~
I
- _ . . e O .
JE r sE "% %,
- _ sc . - s'i l TIl,'Ig T 8
'g O S 4
M .0000 D g E PR L,,N El d Q' i
#ec t o3+ i ;
1 q ..!:: o iii E O biUd d 'o , 5 ** P..mZ*I L, i o . s W
%E 7 [ 0 t'
~$ - -
e e t--- . j! i & a 4 , N
,, v v C ,
= n :
H is c I h g r j ta=f! r Page 15
' 'lllII\l l a "N5N s*
- E O" .
E E L N B A R O . T A "m l 4 0 I L NA
)
c S _ I T O O6 A A NI S 0 h_ a I1 e H T( 0 E V 0K I s
~ A L NE 1
R L.LI L j t R l
- E1 T A IG MA M
/ A i -
- =
JLg L AE ENL AP T P R"D
. I NT OX D E A un t
r - ]
" t A9 M - CE N = H E T R hT N0 3 E O
1 nm -
- a' dO1 EN SO S T
L S L A 2C I I M:nmt : N v1 t r j; ' E n U A"
,, ! - M a@@"
I T
~q=1 ' '
1
;. b h O i
f j e
,u i
j7 9
'l'
- a. =.
1 [g, . o ( l m "-[ ,< oo0 f = e l -lh 'O ~ g r7
,_ . o s
- c n
u 4f O 5 E-t 3 e e n gN2&L gO - 0 o l gO l A L o r. 0 3
' s -
S g? *1- -
+- o m
- '-]~
j a l' J,., , 2 vu j s
.l'
>> l
" 1 p
.4 % S T
I1
~
n < 0em2 g
,a m ,
,% l0 ~
, % l[ me mQ,i &
~
0 ~
, {*
ll\ l l
--- _ i EP EXERCISE 1989 i Section 9.4 CONTAMINATION FOR 26) El._OF THE'PAB FROM 1039 - LEAK ISOLATION. '
Using the previous map, if the release continues,the following contamination levels for the shaded areas will apply.for the time 3 I
' listed. Following LEAK ISOLATION, the contamination levels at the j time of isolation will apply for the remainder of the exercise if j No decontamination effort is~made. -
2 ALL UNITS ARE IN DPM/100 CM TIME FRAME g p;.;.) $pj g 1039-1054 330-2200 2200-9900 9900-27500 27500-41800 1054-1109 360-2400 2400-10800 10800-30000- 30000-45600 1109-1124 390-2600 2600-11700 11700-32500 32500-49400 { l 1124-1139 -420-2800 2800-12600 12600-35000 35000-53200 1139-1154 450-3000 3000-13500 13500-37500 37500-57000 1154-1209 480-3200 3200-14400 14400-40000' 40000-60800 i 1209-1224 510-3400 3400-15300 15300-42500 42500-64600 1224-1239 540-3600 3600-16200 16200-45000 45000-68400 1239-1254 570-3800 3800-17100 17100-47500 47500-72200 1254-5509 600-4000 4000-18000 18000-50000 50000-76000 1309-1324 630-4200 4200-18900 18900-52500 52500-79800 1324-1339 660-4400 4400-19800 19800-55000 55000-83600 ! 1339-1354 690-4600 4600-20700. 20700-57500 57500-87400 1354-1409 720-4800 4800-21600 21600-60000 60000-91200 1409-1424 750-5000 5000-22500 22500-62500 62500-95000 1424-1439 780-5200 5200-23400 23400-65000 65000-98800 1 1 I Page 16A
EP EXERCISE 1989 { ection 9.4 cn m U1 _1 C CD (, a W W 1-- Z Z Q W .C >Om WDI- 19 W *
=- cr _
e p>Wgg a u LE ao g
!$e$s"=Ag$gagcn 55 sdsd L_ ou $m e a- W 5e*
oe n hu w W g eg g mErme
+ esc e z
i i . .i- n .w@ oW m..s*E"Ba
.. aj- WWWFMMH cW5WW W , Q+I E E C~
81 3 ggg g .) E cO E W I.LI H UCOx W-I
#pq gg g
, !- N C l-er , -
$M ~ ] r --
~ ~
- { . . a- O .
R :- Jt"rp a
"% ,1 e- tr e ^
5 Tilt: r
> 0 E 1_c 0000 kN \ E A' ' dl rit Ot E -
. <_ 1 w PR .!
scT-- !!j_ o P,s= ca -....e-> o< .
=.
a g E.J .. p ll o i m E 5 %c9 FOI d ' T (A! >f*T VO. 'E mz K } L ** w 7 o *
,g - -
, r--
.2 i & p d
y
#G _ _
L- g*
- g b"
=/ C2 I
v s CE" . , I
]
f[t { h l I- ' h I""""1
^
UEi%f! mj l Page 17
y . .. ....- ... ..-- - _ EP EXERCISE 1989 Section 9.4
.c G
5 , L.d x
,_ ~ P m C: '
s a W..g C G q3 a
}! a e @7o h g xg 4 J w s q W p- e C u)
H g .. a _c . . . _ _ _ _ _ _ . a a w J- = 5l 6 c E C -
~
x > - g
.. @ EIE, _y EL__ i ,%, '1 e i ? E+_ o .
1 -
,gis Mi c o
%g g
_ g g
, ~
i Oo a t g : *T i i <N 3
- 3 S '
GO d E t-O
. a
- :A . B E] _
r.= y
~
I
=
a 0000 O Q E g amm I ,,,,,,,
~ ~
0l0 - - g
- 1B k
- n O L--
b I
~"
gg =
, ,x :
=*.
f* Oo y-m
- l l
Q / 9 :' Q@ V i' 5 Fl , 0 H ,. ,
~
l I, l i 1 ,k -
, @[ r i. l Page 18 ,
mg c e , V - RR T _ E 0 09 ES 59 H L O9 N4 T A e u
+ EI T0 60 25 O"
E TIA : LR gFDE AM I a.
<A LA ae f 8 RT g ,9
.,k
,n '
[ e #O t . l E i s d
. h m
m m I Ec- " o
@gy d
);f
' ,I y R~~ .
j
' L j
,Q h
. .;. .EO C '
i , M h. e':yk . 0 geR,h._
, O E D0 j
g,a i
=
- p$.W h 0
- .. i O
3~ w - f e g$' ~ --
>a,J
~
k g
- a. I au vs - - J oD%"
- _ a
' S W
2<
=- -
[ E gm = _ y !
~
I _g 4 P _ r
=
U
- " ='
I o q"' _ :
=
,s1-
a "nn M s S E"ro A r r A N h rhr E" I ~. O 9 rh / h RD
. I T 4 h/ R / A EA E
m u R . A 9 Rm/ R mR m RR 0 MR T _ N V m5 0 Es T C E aR- - E 2 0 29 5 9 HA T Ii
, L EON 4 1
- O"
,J I 9
0 <125 0 61 E T A T LR i !! LA _ i FDA I E M i iaw + r k A 1 5f, i H U 8R I T I D N N i a - - I
= ,lg o
i P rO. E - . '~ I , S g5gs# i B3 5 T A i r - .
&g$ .
- g 0
=
t
.T G Q'
f J I 3
#' R r
s g ' E L
- B t -
E
, R
' . l H
L T gW l i # 0 M S i l A i , G I pW 'O l a0 l - i l l l ia ' I ;- l i' y] e, mw 0d. 3 O
., X _
~f
, 2 1
%) gkw %, &
g g E r 0 L xsg&% 6 . H g _ 2m
/ 1 -
r W" t 6 _ e g . t nd D R 2 A
=
H Ij -
- 0o2a> =
y $ J - r i
'~- -
j
- ;=,
, k '" ]=
=
y;
EP EXERCISE 1989 L ( Section 9.4 g f rL gI U) c_ L_J. Q m E \ W~O I 6 n H In m ET E Tc cg 1
$$ 0 ,, I O h EE f in m
$39 -
0 c-i; w az m e im u) J_ w) tu c l yO m Nin H t 9 E~ G O: Hb m w , , _ , _ , _ , _ , . W JZ M LO c g-
~
Fj Je _i E c i I-- gZ L m F - ITE - i le -- 1 i ; L t' ga%
~2 "E e
~e O m z q+i-1 gg
' " l
[ s_ g: O D ( Q R --- m ~
. .- gg = em g i N [.j$
W aEO
)
~
E i ! o g- _ o a g J C 2 em n g _ m e 305 r- { ~~ ro _. O g m' , w'
?:.Q . ~
f g _ Mikh.f"
,/ b u
g
' o t, Le r
- i g~
.1 OY l
m F, m
,i
"V 5 l CE~ m ,
i i 1 i 1, h
. Ek 'l !
Page 21 J i i _ _ _ _ - - - - - - _ - - - - . - - - - - - - - :i
EP EXERCISE 1989 g Section 9.4 L LL (n z r rr C ) 9 m s SS @_c b
- , s e se eW ..
d e g 0 0 t__[
.. E w m r em yy w%" cn !
y agg s we E_C o p _w pC ..
"; g El k, O W ._l C
- 'l C E C g
g% i l-- - Q RTil -
- . P s, -
i i L { - s'Kg 4 "1 e S ~e _ O ,
= '. se li s oF(p =
/%,7 Cgo)1 a g g
,g g;.g > H w
m _ i,g1 I g
._ N$$34 -
l e- 25 l ll o
~ g i
Na--
=-
- {
i" d l0l00l0
.T. 8
' m"I .
M
,E p
e . T * * * .
;gh nn i Q .
g J< o [ - . - - - - _li in,. o ~ {f b~ ag i s "V 5
. -@ g , ..
g'
, , g W
j Page 22 _l-_-________-_-__-----.----------------- - - - - - - - - - -
- ~
EP EXERCISE 1989 Section 9.4 M ! W C. l
==
C 0
% m b M Ze sEs ZE p 9 r ; g c e w M 0
$z a o sI E$
(
. !Qy@i i o "a F- E Ei J q L O p g;;W .. _J c C
- L--'
.g C-
~-
?:=1 "_
; g zH E
y' M - ie 'g' s - JE L 1 l
'i I D e
-- ~
;+_ o j
=
,, _ qi e" ,% ;
O S l* JL S n e I. _ tg I { ly
,/
M, --
= .<., ,
l $ C
.C -
. a:a '
w ;> b
~~
am - 7 O
~-
bN
~
?"5 r ._E.:cq) o
_a
' g i--
g ! F g^ h J= = i
, /
0 b i b l N
%. I as !
a
-J, iB F, -
C .,
~ '
h
~
N c-7 g Ek ' '" Page 23
I 0 rhr/mhRm E g 2 o T 0 h/ / R 9 0 R"D 0
~
A R m9 9 9 0, A E g u - 8 A Nrg . a V 1
- Rm99 9 0R R ISc _.
E 9 m 5 9 992 00 040 E
* " L N3 6 HT S
*j E O 0 2 0009 e00, I
T1 D "A 0 0 e T A: ;!!!! I 0 15 0e 31 F DE LE AIM e LR g yc$, o uJ,RT8 _ wss = AA I i l U' i q u ; ' a- ,r ay - w " )G O t s
- ' l d- 3 n
r
. n m
n
- EE ,o%Mo;g m ,
r 9 ' U
- i. s y
I mlM
,I wO -[DO C '
W j i g m i mW , f O @ m u T'O 0 ga , h -
,U_,
0 i.s - l gfs e.. . S
> n_ .
._ }B= =. .
'O ,
- m x
. 2 g _ :
" O:h#::4%f U N :.; }p g
a, t f
-F gu - - a p
s L.j _rod
- - _d
,= -
_ d}
/ ,
- gb D"'
~ -
y nb. l _. ud e v
+
.i i
- rm2
, Q .,. - : ~
- =
,l !1
A / R a _"' hN m9 0A R EA cg c - V E
/ R 9
0 E 0 0 T . 0 R m m 9 9 0, RR LN O8 t 5 0 9 0o 92 0 0, E S j EIT1 06 00 00 0H A 5-20e, 0 0,2 T " 0 TA: 6 O 5_
~
g,,,8RT 4FD I E AIM 0 21000 1 a
'1 0
1 LR L A E l
- g $ _D9"B t EIS l
i l W A g '
+
e $ n. S v
. [
r r ogD O u s .
- t I J'
[ gg E a. ,o3 O j
" g n %
o ,
- i y E p i ,I h v,f,'
_o. - o o i l i m J. a o
.,=l c l
0 l nU @ o
, 0
,.= j,-snV
$n" -
U oj j E ' a_m i .___I I
<O i
l s
- :0 o x
2 o_ di >. ; & r_ - c~. i d f h i J J f\ m , m L-g-
, O
- _ " gvr(
- a,
,s -- %"
..S ga- 2<
$ x 2 -
- ) 2 g g' 5 _ _ a. - l _ _ g, y q" " _ _-
EP EXERCISE 1989
@ Section 9.4 Z T w
- L- r: O E g,_
wp
~
a ' '
, g 5@N C-Si!
i C:O ' hd O t-4 $C @ u)b
}"'il n
jh8 W g .. C W gc -----. l H Z W J-G ko&E i C .
-E o -
e a CD g EEEE - fit- ; L e 7_g. 9# O ql p ,%
- 1 l : : J1 S 1 =
=, u ' Q u ' o %
g =
," i i k _
g H
.O 1
,-y
- 8 O g
- d. . _coco -
o " ~: % _ a= O
- _ DGs O
galo T 1 [r 08 C- 3 . g E
~
ii O
? e = *" , !3 / b
-I
=
' 0 i.
- d. - -
b y g~ 1- QN r
v g
, --, C ,
b "" 3 t i no h
., S$ ' '
l Page 26 l l
N N E EP EXERCISE 1989 g Section 9.4 MGS E C L CD N y .c Nr (/) m 5 m r o_ e i (r) Q_ Q W ;
&z Q K l 5
D WS d. h9 We H gGG gsm cp $ #
& ~O
-o
-,3 Z .N I Wc Iy i=g Wrg !E i G F a K . . _ . _ _ _ .
Hr G) $ sg m q 6z O r mN p r a dc e- e mo g=.a 4
- le -
_ F m, - i i EL_ i <= L
~*s 'N 9e e . ._ O of
=
" as Blfl r, % 1
~
A B i . = n gl o E
', ,__ g Oo g t gg -
u! , s ~ h m m
, un i
E
'O
.m 7.
p g e g t 1 0000 -':: : v o
=w -
2 . r:. -
~-
D- f%:i, {gu _T -lI - [ ,,,, UE7 __,.W %- l - E
~
59 -O
?
m+ = 4hH f b
. ~
-i
= 0 *<
g%
.. m u- - -
- i i
r g~ as v' 1
-A F'
j, Ol " h
"" i> o !
,, 3,
. Eli!"!
l Page 27
fEEXERCISE1939 a i n 9,4 m 6 m 05 m
~ on g &
vE" E c 9 l , h g Y-1e a CQ. E y#- ag&zE 'I a S aB O y p k$ 3 n s M W M O
>= $ $5
k-i b .~7,.3 h Hoh a SL , i I I ;
~
~
g m
~
-sb - O i, .
ag O y, .
~
->=8Jt
.fl,
'-- 4" e:, O l l
' " ~
3ElllE = 2, , i a h xc-._,o t g r= a
?{:-f Q 1
g
~
~
0000 ~: 8 k? , Q q ~
&%.__E;::';':'::;- :
_y llp a y Q igono - 7 ag y _T_ g
-~ .-
;w #
4 -O >T
=,'yl-g
'F =
</
. 2,j . .
- Q *t e
I n R: OQ
- ~
i , lag: b . 7 - a _ s
- sr c3 l Page gg 0
EP EDERCISE 1C89 Section 9.4 CONTAMINATION FOR 8' El. OF THE PAB FROM 1039 - LEAX ISOLATION. Using the previous map, if the release continues,the following contamination levels for the shaded areas will apply for the time listed. Following LEAK ISOLATION, the contamination levels at the time of isolation will apply for the remainder of the exercise if No decontamination effort is made. 2 { ALL UNITS ARE IN DPM/100 CM l TIME FRAME A h$ 1039-1054 330 - 2200 2200'- 9900 1054-1109 360 - 2400 2400 - 10800 1109-1124 390 - 2600 2600 - 11700 1124-1139 420 - 2800 2850 - 12600 1139-1154 450 - 3000 3000 - 13500 1154-1209 480 - 3200 3200 - 14400 1209-1224 510 - 3400 3400 - 15300 1224-1239 540 - 3600 3600 - 16200 1239-1254 570 - 3800 3800 - 17100 1254-lbb9 600 - 4000 4000 - 18000 1309-1324 630 - 4200 4200 - 18900 1324-1339 660 - 4400 4400 - 19800 1339-1354 690 - 4600 4600 - 20700 1354-1409 720 - 4800 4800 - 21600 1409-1424 750 - 5000 5000 - 22500 1424-1439 780 - 5200 5200 - 23400 Page 28A
-____L__ _ - _ _ - _ - _ _ - _ - - -
era , g a EP EXERCISE 1989 l m g,, c Jo{ WF W7 Section 9.4 . e z W Wa x J Wo so
-- M z >$
S $ C: E
- n, 3
H C g s (f) C O C W zhcJ$J[a O Fe Z(O] I m l-4 @
>m
}5 I 1 y g sW W s emW 3-cn m m y g g cog w.m
$gu O ca.,
. Jz ec m m cCrHw agt i"il Wm O G Jc G mWTJCam
** ** EWUW - ----------'
Hm W J: W WCHWJ O g gg E C E m WWW W m_ _ g F F D?omm g i co 3( . 3 e -f i 9$* O s a
"M gj p ep
~
ls n
.._,y g
vy/ = % ' t_ t% >~
- I W EA E
t- I_- LO I
~
m i e= E5,__ 1 $ 8 _ .=, E3 cm 0000 1
~
kg _ d 00' I O [# _T 1. [ .=, 00 3___o 1 . g N * -O 'E
~
', I gs W g
/
f : 9 ,\ ! ,f LQ) o tr y- _I . ., d - - ~* La
- p gm l 1 QQ 3
1 v 1 ;
, 9l O ,, ,
1 I l t ,-
,k i r.
.,, S$ ' '
l Page 29
E M CI E 1989
* =
a C I O o , O I _a i _ I I ii-4 l I4
-5.3 FT LEVEL RADIATION T ME: 0630 '0:39 hrs l l
ALL AREAS ARE "AS READ" Page 3 0
~ _ _ _ _ . - _ - _ - _ - _ - - - - - - - - - - --
EP EXERCISE 1989
':::~!':.?:':.:::: :. ; . Section 9.4
=
.<..... .....=, ... ..
.. ... ..... . .. ....*... . ~.
*, * .. . .~. *
.*. ** , . .*.* t.:..*,
.. ........ .. ..*.=.*.
. . . . . .',....*.'..= .
t
,m .. , , .... .- .
,.,.,...F- .,.. .... , . .. .,. . . . . ., , , .. ,. .',. .
. ..*.=. .. ,
. .. ,- s. .. .*. ..
. . ,. s* ,.*. .... ..... . . ... * . .*.
.*.'.. ..'I
- s. . ..... .......s.
.... . < . + , . . . .* . > .. . ,.
. .. . . . ... , . . .... . . . >.*. .=. .....* *.*.' *. ,*.
. . .=. : *.. ,.*. .*
- s. .*. . <
.. ,.. . .. . .. s. s....
. ,*. s s :.:.. .:. .. .. '.:. .:.:.
s ,. .'.. s.. s s.*. - - s..*.*.. <... s. s.*.. ... . .*
*.l. . . .'.*.*'.'. .' .
. .. s.* *.'.*....... *. . . .*
..**...t.
4...
>*......s. ... -- -
* :.c.l :.: : : : : : ': **- .*.* *.*.* *
- ? .: :.<: :.
.- s :. . . - s *
?:s.*.- *
;- s'::::::::; : +>: : :.*. . . . . . . . .'**: :*: :*: : :=* :-
s.>.*. .*:-l : : : :**. :. :. :. :.'..: '*:'.': ' :. . **::
.- s. . ..... . . . .*, *:
s.... . ..*** * . . < s,s.....*.*...*......*.......'.*..
. .- .rr,.-,... ...*.*.
.. .'.'.. .. .. . . . ..=.'.= * . .' .*,
a , ..
.........a...m..
*. ,.. s.* . ' V. . , . . .
. .. =
.. s...... . ... . .
. . ... .L'.'
- s. <
- s. ...:. . . ..<,... . .*.. ..*. ........ ...
. .:.:...* . .*. .: '.=. ..
. . s. .. . ... . .=. s.*. .
.*.- e ss.
,*...**,s s.*:
s s* . . '. .
.. ...... .'....*. ..*.*.*.j^^. .*. . -. . '.
s,
- s. .
...=...es.*.
, . *. ..c.*. '... . ;*.*. . .-..
=.' * * ' ' . . *.
...... ... . ....*. .=. . . .......... . .<. . :. . ... * *
. s. . .*.*. A,. . . 5...*..
..= .. ..*.. . .. ...
s.. s... . . =. >.:
. .. .. . .*, ,.l.. %.* . .. . .-.c : *.: .: :.,...
f_.'.*.. . .*. * ..* a.'.*.
. . . . . ..* * ' * .a.*.*.*.*.
-5.3 FT LEVEL RADIATION TIME: 10:39 hrs to END 200,000 mR/hr Page 31
,~ ,
Lifl"i'i'*' I ' a C I O o I O I _.o
~
l O a_ i O I4 l w =-
-5.3 FT LEVEL CONTAMINATION /AIRBORbE SURVEYS )
TIME: 0630-END AL_ AREAS ARE "AS READ" Page 32
- J"T: ""
PPEWAY I I I I O
~
. I I I I 9*= W N .
-19 FT LEVEL RADIATION TIME: 0630-10:39 hrs ALL AREAS ARE "AS Page 33 READ"
[- -
~, - EP EXIRCISE 1989
,:.:.:.:.*.; Section 9.4
,' .e.. *.
.,.' .*. ...* * * *. .=. *.. ...,.... . . . , ...
,'. m .. , ,
- s. * *- .
* .c .. ..
s.<. *
. .* . . ..* .=,* . . . . . -*, .* * . *, .
..s...*. . .*.*'. .*...' =.*.. * . . .., .
. * . . . . . .* < =.*.
) ' U. s. ....... s *;s s *
- s * '*::** s: : :a*:ss**
* **:*****'. .. . . ..,.. s
'.= .'.
.c.
< .=
nw. ... . .--
>.- .=.*.* .*=.',*.,.e.n.,,***.*.* . . .*.*.'
mn.
, ' . . .=. *, *** *.
.**.s *..
..* .... ,*,=. .*.. . *. . * .. .... .,..,'
.' s .* *. ,.
.*.*.. .' ,* ..,....?.* .'.. 9= * .*,. ,.'
> .-.=. .* .
. .* .= -
. * * =....
.*9=4. .*.',<
.=.,*.*.*.*.*.< .*.* s. *..'.* <
,. . . . . .. . , .,. s.. . ..
- - *: : : q.: : :*:::::
. .. , . .. . . . ~ . . . . .*.' s;;. *: . : ;t:*.:::::,: . .:
.< = s. . .',*.' . . . . . .*
s.,.. '. .. .. ..=.
.' .*.. . .' s. : :- .-, ..'. . . ...'. .. .',',.
...,,.,.....g..
*. s .
- . . .'+.+=... *
- 3. . .
*. . .. . . ..*..... .=. .= .'
.*.*. ... . . .**.*. ..*. ... ... ..*. . . =. ..-
. . . . * ' g,g
. ..*.....m *.
- s. .... . . .
- s. .
- s. - . . . - nummm.
n=== s
,.. . ...... ...... . .. . . . . . .. .. mammm ,
.......... . ... ... ..' .'.=.*... ....* . .... ..... . .=.
.* m
,.,..s.. ..... ......
.. a.m.m.a.,
s. s* * . .* m..=. ... =
- s. - .
s.
- s. -
. *.* =, . . .. .* .
'. mm.= mee,. c. .
,..s.
.. s.
s .. .,.. .*. ..: .n, *.*. ,..... .. :...** =...* . .me. mum '.*
, ,. , . ... .. .. . . ~ . .,
s. s..
...... ..*. . ... .... *... '.* *.*. =...f.<..*.**,
.*.*.*=.,'*.,*.s*.*.*.....-
,s. .. .
- s. .. * *
- s. .... .. ...<. c
..........s
.... .. . .... .. . ..... ... ..*..=.*.*...*.s.
- s. ...... .. ...*.c.s . .. *. ..... ...*.. . '.*.
. .. .c.*, * .
- s. . ....
' . * . : . . . * . . . . * . * 's
, . .* W-
- s. ' * *. . ..... .
.=.*l
. .. .. .-...c.'*... .' ....'
. .: ..- .. .. . .=. s ...
.' . .= =.
, . . . . e' s... ..'.=.s.*..
- .......c.
.c ...< .
?: -l :- .:..: : H :..: :*:..:* ., .- H* -: : : ; .:
?. .. . . .H. -+
- s. .....<....
< <..............s 9 s: s s s.. . s s .: s, s, s s s s s s s s s s s s,:,
.... .. .............. sssss a.*..e aaa.....................
, ...e..
. .s........... m. .
- s::s s s*:s s s s s s s :.s::ssssss ...
s s s s s.: :. :. :=.:.:, a
-19 FT LEVEL RADIATION TIME: 10:39 hrs to END 200,000 mR/hr Page 34
EP EXERCISE 1989 Section 9.4 l maw
'l I I I I
=
=
=
0 -
, I I I I maw
-19 FT LEVEL CONTAMINAT10N/ AIRBORNE SURVEYS TIME: 0630- END ALL AREAS ARE .
"AS READ" Page 35 I
L_ _ _ _ _ _ _ - . _ _ _ _ _ _ _ _ _ - . _ _ _ _ _
~r EP EXERCISE 1989 Section 9.4 I-1 AIRBORNE SURVEY RESULTS ALL UNITS ARE: pCi/cc Sample Taken in field of -{
(mR/hr) I' (closed Window) Nobel Gas Particulate Iodine O.1 mR/hr Xe-135 = 4.2E-7 Cs-138 =-2E-10 I-131 = 6E-11 q Xe-133 = 5.6E-7 'Rb-88 = 7.5E-10 I-133 = 2.2E-10 q Kr-85 = 1.84E-6 Ru-106 = SE-11 I-135 = 2.8E-10 l 2.82E-6 1E-9 5.6E-10 l 1 mR/hr Xe-135 = 4.2E-6 Cs-138 = 2E-9 I-131 = 6E-10 Xe-133 = 5.6E-6 Rb-88 = 7.5E-9 I-133 = 2.2 E-9 Kr-85 = 1 84E-5 Ru-106 = SE-10 I-135 = 2.8E-9 - 2.82E-5 1E-8 5.6E-9. , 5 mR/hr Xe-135 = 2.1E-5 Cs-138 = 1E-8 I-131 = 3E-9 l Xe-137 = 2.8E-5 Rb-88 = 3.75E-8 I-133 = 1.1E-8 i Kr-85 = 9.2E-5 Ru-106 = 2.5E-9 I-135 = 1.4E-8 1.41E-4 SE-8 2.8E-8 10 mR/hr Xe-135 = 4.2E-5 Cs-138 = 2E-8 I-131 = 6E-9 Xe-133 = 5.6E-5 Rb-88 = 7.5E-8 I-133 = 2.2E-8 Kr-85 = 1.84E-4 Ru-106 = 5.0E-9 I-135 = 2.8E-8 2.-82E-4 1E-7 5.6E-8 15 mR/hr Xe-135 = 6.30E-5 Cs-138 = 3E-8 I-131 = 9E-9 Xe-133 = 8.4E-5 Rb-88 = 1.13E-7 I-133 = 3.3E-8 Kr-85 = 2.76E-4 Ru-106 = 7.5E-9 I-135 = 4.2E-8 4.23E-4 1.5E-7 8.4E-8 20 mR/hr Xe-135 = 8.4E-5 Cs-138 = 4E-8 I-131 = 1.2E-8 Xe-133 = 1.12E-4 Rb-88 = 1.5E-7 I-133 = 4.4E-8 Kr-85 = 3.68E-4 Ru-106 = IE-8 I-135 = 5.6E-8 5.64E-4 2E-7 1.12E-7 25 mR/hr Xe-135 = 1.05E-4 Cs-138 = SE-8 I-131 = 1.5E-8 Xe-133 = 1.4E-4 Rb-88 = 1.88E-7 I-133 = 5.5E-8 Kr-85 = 4.6E-4 Ru-106 = 1.25E-8 I-135 = 7E-8 7.05E-4 2.5E-7 1.4E-7 30 mR/hr Xe-135 = 1.26E-4 Cs-138 = 6E-8 I-131 = 1.8E-8 Xe-133 = 1.68E-4 Rb-88 = 2.26E-7 I-133 = 6.6E-8 Kr-85 = 5.52E-4 Ru-106 = 1.5E-8 I-135 = 8.4E-8
, 8.46E-4 3E-7 1.68E-7 Page 36
v-1
'l
.EP EXERCISE 1989-Section 9.4~
. i Sample Taken in field of (mR/hr)-
(Closed Window) Nobel Gas Particulate Iodine 35 mR/hr Xe-135 = 1.47E-4 'Cs-138 = 7E-8 I-131 = 2.1E-8 Xe-133 = 1.96E-4 Rb-88 = 2.63E-7 I-133 = 7.7E-8 KR-85 = 6.44E-4 Ru-106 = 1.8E-8 I-135 = 9.8E-8 9.87E-4 3.5E-7 1.96E , 40 mR/hr Xe-135 = 1.68E-4' Cs-138 = 8E-8 I-131 = 2.4E-8 i Xe-133 = 2.24E-4 Rb-88 = 3E-7 I-133 = 8.8E-8. f Kr-85 = 7.36E-4 Ru-106 = 2E-8 I-135 = 1.12E-7 1 1.13E-3 4E-7 2.24E-7 )
.s 45 mR/hr Xe-135 = 1.89E-4 Cs-138 = 9E-8 I-131 = 2.7E-8.
Xe-133 = 2.52E-4 Rb-88 = 3.38E-7 I-133 = 9.9E-8 i Kr-85 = 8.28E-4 Ru-106 = 2.3E-8 I-135 = 1.26E-7 j 1.27E-3 4.5E-7 2.52E-7 l 50 mR/hr Xe-135 = 2.1E44 Cs-138 = IE-7 I-131 = 3E-8 Xe-133 = 2.8E-4 Rb-88 a 3.76E-7 I-133 = 1.1E-7 Kr-85 = 9.2E-4 Ru-106 = 2.5E-8 I-135 = 1.4E-7 1.41E-3 5E-7 2.8E-7 55 mR/hr Xe-135 = 2.31E-4 Cs-138 = 1.1E-7 I-131 = 3.3E-8 Xe-133 = 3.08E-'4 Rb-88 = 4:14E-7 I-133 = 1.21E-7 Kr-85 = 1.01E-3 Ru-106 = 2.8E-8 I-135 = 1.54E-7 1.55E-3 5.5E-7 3.08E-7 60 mR/hr Xe-135 = 2.52E-4 Cs-138 = 1.2E-7 I-131 = 3.6E-8 ' i Xe-133 = 3.36E-4 Rb-88 = 4.51E-7 I-133 = 1.32E-7 Kr-85 = 1.1E-3 Ru-106 = 3E-8 I-135 = 1.68E-7 1.69E-3 6E-7 3.36E-7 65 mR/hr Xe-135 = 2.73E-4 Cs-138 = 1.3E-7 I-131 = 3.9E-8 Xe-133 = 3.64E-4 Rb-88 = 4.89E-7 I-133 = 1.43E-7 Kr-85 = 1.2E-3 Ru-106 = 3.3E-8 I-135 = 1.82E-7 I 1.83E-3 6.5E-7 3.64E-7 i 70 mR/hr Xe-135 = 2.94E-4 Cs-138 = 1.4E-7 I-131 = 4.?L-8 Xe-133 = 3.92E-4 Rb-88 = 5.26E-7 I-133 = 1.54E-7 Kr-85 = 1.29E-3 Ru-106 = 3.5E-8 I-135 = A.96E-7 i l 1.97E-3 7E-7 1.92E-7 I 75 mR/hr Xe-135 = 3.15E-4 Cs-138 = 1.5E-7 I-131 = 4.5E-8 I Xe-133 = 4.2E-4 Rb-88 = 5.64E-7 I-133 = 1.55E-7 Kr-85 = 1.38E-3 Ru-106 = 3.8E-8 I-135 = 2.10E-7 2.12E-3 7.5E-7 4.2E-7 Page 37 l _ ___ __ ______ w _ - _
v EP EXERCISE 1989 Section 9.4 Sample Take'n in field of (mR/hr) (Closed Window) Nobel Gas Particulate Iodine 80 mR/hr Xe-135 = 3.36E-4 Cs-138 = 1.6E-7 I-131 = 4.8E-8 Xe-133 = 4.48E-4 Rb-88 = 6.0E-7 I-133 = 1.76E-7 Kr-85 = 1.47E-3 Ru-106 = 4E-8 I-135 = 2.24E-7 2.26E-3 BE-7 4.48E 85 mR/hr Xe-135 = 3.57E-4 Cs-138 = 1.7E-7 I-131 = 5.1E-8 Xe-133 = 4.76E-4 Ab-88 = 6.39E ' I-133 = 1.87E Kr-85 = 1.56E-3 Ru-106 = 4.3E-8 I-135 =-2.38E-7 2.4E-3 8.5E-7 4.76E-7 90 mR/hr Xe-135 = 3.78E-4 Cs-138 = 1.8E-7 I-131 = 5.4E-8 Xe-133 = 5.04E-4 Rb-88 = 6.77E-7 I-133 = 1.98E-7 Kr-85 = 1.66E-3 Ru-106 = 4.5E-8 I-135 = 2.52E-7 2.54E-3 9E-7 5.04E-7 95 mH/hr Xe-135 = 3.99E-4 Cs-138 = 1.9E-7 I-131 = 5.7E-8 Xe-133 = 5.32E-4 Rb-88 = 7.14E-7 I-133 = 2.09E-7 Kr-85 = 1.75E-3 Ru-106 = 4.8E-8 I-135 = 2.66E-7 2.68E-3 9.5E-7 5.32E-7 100 mR/hr Xe-135 = 4.2E-4 Cs-138 = 2E-7 I-131 = 6E-8 Xe-133 = 5.6E-4 Rb-88 = 7.52E-7 I-133 = 2.2E-7
~Kr-85 = 1.'84E-3 Ru-106 = SE-8 I-135 = 2.8E-7 2.82E-3 1E-6 5.6E-7 200 mR/hr Xe-135 = 8.4E-4 Cs-138 = 4E-7 I-131 = 1.2E-7 Xe-133 = 1.12E-3 Rb-88 = 1.5E-6 I-133 = 4.4E-7 Kr-85 = 3.68E-3 Ru-106 = 1E-7 I-135 = 5.6E-7 5.64E-3 2E-6 1.12E-6 300 mR/hr Xe-135 = 1.26E-3 Cs-138 = 6E-7 I-131 = 1.8E-7 Xe-133 = 1.68E-3 Rb-88 = 2.26E-6 I-133 = 6.6E-7 Kr-85 = 5.52E-3 Ru-106 = 1.5E-7 I-135 = 8.4E-7 8.46E-2 3E-6 1.68E-6 400 mR/hr Xe-135 = 1.68E-3 Cs-138 = 8E-7 I-131 = 2.4E-7 Xe-133 = 2.24E-3 Rb-88 = 3.01E-6 I-133 = 8.8E-7 Kr-85 = 7.36E-3 Ru-106 = 2E-7 I-135 = 1.12E-6 1.13E-2 4E-6 2.24E-6 500 mR/hr Xe-135 = 2.1E-3 Cs-138 = IE-6 I-131 = 3E-7 Xe-133 = 2.8E-3 Rb-88 = 3.76E-6 I-133 = 1.1E-6 Kr-85 = 9.2E-3 Ru-106 = 2.5E-7 I-135 = 1.4E-6 1.41E-2 SE-6 2.8E-6 Page 38
_ . _ _ - _ - _-_w
I EP EXERCISE 1989 Section 9.4 s I Sample Taken i in field of (mR/hr) (Closed Window) Nobel Gas Particulate Iodine 1 600 mR/hr Xe-135 = 2.52E-3 Cs-138 = 1.2E-6 I-131 = 3.6E-7 i Xe-133 = 3.36E-3 Rb-88 = 4.51E-6 I-133 = 1.32E-6 Kr-85 = 1.1E-2 Ru-106 = 3E-7 I-135 = 1.68E-6 1.69E-2 6E-6 3.36E-6 I 700 mR/hr Xe-135 = 2.94E-3 Cs-138 = 1.4E-6 I-131 = 4.2E-7 j Xe-133 = 3.92E-3 Rb-88 = 5.26E-6 I-133 = 1.54E-6 1 Kr-85 = 1.29E-2 Ru-106 = 3.5E-7 I-135 = 1.96E-6 1.97E-2 7E-6 3.92E-6 , d00 mR/hr Xe-135 = 3.36E-3 Cs-138 = 1.6E-6 I-131 = 4.8E-7 Xe-133 = 4.48E-3 Rb-88 = 6.02E-6 I-133 = 1.76E-6 1 Kr-85 = 1.47E-2 Ru-106 = 4E-7 I-135 = 2.24E-6 2.26E-2 8E-6 4.48E-6 , 900 mR/hr Xe-135 = 3.78E-3 Cs-138 = 1.8E-6 I-131 = 5.4E-7 Xe-133 = 5.04E-3 Rb-88 = 6.77E-6 I-133 = 1.98E-6 Kr-85 = 1.66E-2 Ru-106 = 4.5E-2 I-135 = 2.57E-6 2.54E-2 9E-6 5.04E-6 1000 mR/hr Xe-135 = 4.2E-3 Cs-138 = 2E-6 I-131 = 6E-7 Xe-133 = 5.6E-3 Rb-88 = 7.52E-6 I-133 = 2.2E-6
~Rr-85 = 1.'84E-2
~
Ru-106 = SE-7 I-135 = 2.8E-6 2.82E-2 1E-5 5.6E-6 1500 mR/hr' Xe-135 = 6.3E-3 Cs-138 = 3E-6 I-131 = 9E-7 l Xe-133 = 8.4E-3 Rb-88 = 1.13E-5 I-133 = 3.3E-6 ) Kr-85 = 2.76E-2 Ru-106 = 7.5E-7 I-135 = 4.2E-6 4.23E-2 1.5E-5 8.4E-6 2000 mR/hr Xe-135 = 8.4E-3 Cs-138 = 4E-6 I-131 = 1.2E-6 Xe-133 = 1.12E-2 Rb-88 = 1.5E-5 I-133 = 4.4E-6 Kr-85 = 3.68E-2 Ru-106 = IE-6 I-135 = 5.6E-6 5.64E-2 2E-5 1.12E-5 3000-4999 Xe-135 = 1.68E-2 Cs-138 = 8E-6 I-131 = 2.4E-6 (4000) Xe-133 = 2.24E-2 Rb-88 = 3E-5 I-133 = 8.8E-6
. Kr-85 = 7.36E-2 Ru-106 = 2E-6 I-135 = 1.12E-5 1.13E-1 4E-5 2.24E-5 5000 6999 I Xe-135 = 2.31E-2 Cs-138 = 1.10E-5 I-131 = 3.30E-6 !
(5500) Xe-133 = 3.08E-2 Rb-88 = 4.13E-5 I-133 = 1.21E-5 Kr-85 = 1.10E-1 Ru-106 = 2.75E-6 I-135 = 1.54E-5 1.55E-1 5.51E-5 3.08E-5 Page 39
EP EXERCISE 1989 Section 9.4 i Sample Taken in field of (mR/hr) (closed Window) Nobel Gas Particulate Iodine 7000-8999 Xe-135 = 3.57E-2 Cs-138 = 1.70E-5 I-131 = 5.10E-6 (8500) Xe-133 = 4.76E-2 Rb-88 = 6.38E-5 I-133 = 1.87E-5 Kr-85 = 1.56E-1 Ru-106 = 4.25E-6 I-135 = 2.38E-5 2.39E-1 8.51E-5 4.76E-5 9000-9999 Xe-135 = 4E-2 Cs-138 = 1.9E-5 I-131 = 5.7E-6 (9500) Xe-133 = 5.32E-2 Rb-88 = 7.13E-5 I-133 = 2.09E-5 Kr-85 = 1.74E-1 Ru-106 = 4.75E-6 I-135 = 2.66E-5 2.67E-1 9.51E-5 5.32E-5 Page 40
EP EXERCISE 1989
. Section 9.5 ,
L 9.5 Offsite Environmental Survey Data s.
-N
i EP EXERCISE 1989 1 Section 9.5 {
'i Offsite Environmental Survey Data CONTROLLER INSTRUCTIONS )
i
- 1. All map readings are in mR/hr. i 1
l
- 2. Radiation readings are closed window. For open window readings, multiply l map value by 2.
J
- 3. Whole body dose rates <1 mR/hr are not detectable for the purpose of this {
exercise. { I
- 4. Ground deposition and air particulate analyses are "as read."
- 5. Release Termination
- a. Controllers will be advised of release termination time via channel 3,
~
on the FM radio. Termination message will be as follows: " Attention ' Controllers, Attention Controllers, Code Orange at ____ hours. Code Orange at hours."
- b. Select the map and data corresponding to the time closest to the time of release termination.
- c. Use the tabic below for all offsite environmental data.
TIME PAST' ' TEAM OR TERMINATION SAMPLE (MINUTES) LOCATION DATA 10 0-5 Miles Map and Table Values 5-10 Miles Map and Table Values 20 0-5 Miles 1/2 Map and Table Values 5-10 Miles Map and Table Values I 30 0-5 Miles As Read 4 5-10 Miles Map and Table values 40 0-5 Miles As Read 5-10 Miles 1/2 Map and Table Values 50 0-5 Miles As Read 5-10 Miles As Read
>50 0-10 Miles As Read Page 1 u
'a-3 zww - --
Cas) ASS RG SI IS 90 FATED
-- % i/
. a .s t _A 1 . 2.__. _ .# . . . _ . ,_ - . . . . , , ,'*JMM.W.M'3.1
- e'n 7"sen i i u i n.1 a p '
i si ' r,
! 29 ' t I Ij 8 -
,- j F /
} _. E l l i_ c ~ '/*'**
ke_ ~Qh M T P ELIE R ,, f 1, fast Krok "j s _I o 42- ,/---"_ N I
- g( Krek, .-g's i a- i -Lw
-- e a ,
. c3 .
__33_.4l__4g .__4 _ 8%"UNE-E- 464 M8 i uJ g' 6__ _ L w_f y,4_.p _ J 4 . _', [.= _ u % w
.l s. ,_m a .
a le _.. +. . . - . r ar%.
\ 5tangelve? * ',~. . L.,. !
7 [l 80 _ _ _ _ . . 8 . FRAN J IR - mr.aJMM Ci 7 ,%-- -teso
,e *l - f 3h* '..J '5 - -F:L B - +--I" \
- P -- " ^*
~
.{ ,
h L?Me ____ o a
. 1] . _ _= ,
. ". ~N 6._-_. . ml
.. us." o xr< .d N . . ss.
'f wa .- _An b '"E h 5 k
/ lh
. w >t,U.
i 19 If88 f ^
* =' Q }C.AR'L, ll 15TON j
AJ If ,/
.Y%' <'
l SJL l >J' m 96 ""*' d
" ~a e ' ! '
"##~
.# .N 8 .# O' ,
,e
's ..
.w_ _J ^ <*/ I _. / .
6 _% wl _L. I 4_ {
+ f cas. L lt ,g / p*",/ [ / l y__
[f
-r-----As.g
?,',""l.",'l, ,,, ,
fj B- ( h /'si (~ ~ ~~f g g y
/ r /w t 4 . . &j
.. . ,2l .. / , ) [ ! #
..o..
e 2ofs b s:- i i ..
't , b '
-' .. . _ g j
..d.'( ,,___._2 g s r
~ - . .
s 7 ; v.
' . , -[2/3 .../ ....}. _ /
i_ , _fr_.r.afaL.u__ ...- w % . _ . _ _ ;___4t- :M
/- at_..,%[ p""'-'
x .. 5' 4 . m.___ _ g '".'_"""-.. A . . , I,,. ' } ".v *
- g - - -. . , q .. . ., := ~ y*L , , , ~v
. .G ,e j t. .
G1 S O$ iW - -T- w o --r n u,
, : .pd -
__u
~
'l i
\
..,,,,,,,a n
, l c- _'. D 7 [* ..
h I,..h. H y C 0_ T_ I_
%s ec a_ y_,. - .
,3 . . , . . . , . ,. , .
s.
,t a 7 ; . . a
_ . . m.. . 4., , f ,,. g .ea g g. 3 _ y. . ,
,, a; ~ f
... j.
k -;.;,_ , , 1 J --! ._ 1 1. ( LL
. . . .__. ; _ p i__ ._ - I- 4 g ..
. o.c h a i L...q w,m_. ... s. 1 w..
t _; ; _,. 7-y( ;i q s v..e. . , i gq oi s- - dt . . ?', 'J
.4 l W
- y. l
'y_g.g _,,
r nyaf i- r! - y a,h ,n- . ..:
;l'.A ~ / --D[-- -
. .. N! ,,3......
m L@.~_3 s m 't . s. ,m & _ . . M, ,, x ., g,q.w,. 2 ..,q .g- .,s a ...v... n
- 4. - .3 i
,_ g I .
vv 1 % ,... _.
. ~.
1.
.m. _ , _ ._ s, ._ .. .+...
_ _- ' . .- 9.. N- .- y J . . _ g_ / ~',, 4 a, a -
, .t .gy x .
. p. w m a i...v yi s a .r. __ . - . , , ..
j,4 S Uh T:.. H p g a.""( , -t -
, p 7 N - ,, '.!3 : , : gg
~
g
... c .- -. . L,.x ,. m : v -
u n- - -=, 53 e s.we G,e ,.n.x_.:2. - , , y
- 1. g
=sa o
/ -
r
.a . yt.
p A A, .u.s./ _
-f .q -
_2= h _ x.
. s. .
&$./ -
r , s_ y p ..
.A- # F.- 4 ,,, %
uJ.A . .\- 4'; 1 .- 1 i x^ s- , .. g ,
), ** / ' o ~Ri v e r s ,
1w 1TO
'!g .-nw
- a W O *C ( o 'N pu M. out
_ . . ~ic~l (., .1 - M c's . .,#,,. _t..w, -- su lg' "st o
.....,.x.
i 6 ba 6 6 a ' se i' I i"e e ~ s ~~ 6 ' & k~ M f [,*,'l,' ", ,* , ; _ , ,* -
....w.
l usaa nu
'--> *e- '
c><e.a.e.. t l":';""l:: lll.'.7,,;..:.
... i,
, g,.:.g*(.I
~
)*aI ,
- ' {'
JL U NI I E J L nus6mnr6xni T.T.1 . J. - -. . ..- 15 -
" 16
1 glg $@_ . 7.- - - 17 ! 48 % i 2 I
!. l El l a scwtits no_
18 I I
?
f$ i i Ol COAD _1 l g9 l_ E F . l
; _ _1 ttwnwAw i nD. g 20 I Two Creets c::t t 1 a0AD s
21
" D-i . !J0""#Al
. _ l l d T U V W X Y Z
- o T W. -9 , _.
, 22 18 la l T a pa wlN GO n0AD
'= ~ 73 i i
'. POTffT 5 E AC H '
An i i . T 5 (4,2j (NUCLEAR PL ANT z w- . ; 24 , if ! F i l '.,NUCL(Aa ROAD Osacc j 25 - o a
't l- 1 3E%oS 26 6, 0 e
B
\ y l
inesw soAD I ' I 27 E t h
=
I &/- 28 ,, .. ,.y . , ,
* ~
- n:.. :
s
=
lWhy 3 34 , p _.
M9 M E TNCs 99d5Et l 6 RPEED l e n- ,e 2NR**
. mate acer mite cas.wuo 0 1/4 10 g g g5a 1/4 1/2 0.9 I E 'mam = EI.I :s l lI TWO CREEXS -
Tb4 C3EEKS ROMO ] l
.xneg no Ott Mt.E D / l L __
l t TG ^C E ROM l
, PONGT BEA1:H MtJCLERR St AM T A
% ./.
l f* n E"" E If (l
@ R# i&
l k i Me 5% E h W 3% .3 4P
==
Page 3 __-_____2____. _ _ _ _ _ _ _ _ _ _ _ _ _ _ - - - _ _
EP EXERCISE 1989 SectIon 9 5 , NOTE: All values are for the plume centerline. Consult the appropriate map to determine correction factors for non centerline semples. Map # 1 Clock Times 0950 0955 Wfnd speed: 17 aph MELE fei Mlle Dose Rete Kr 85a Kr 87 Kr 88 xe-131m xe 133 xe 133m Ne 135 (mR/hr) (uct/cc) (uCf/cc) (uct/cc) (uct/cc) (uct/cc) (uct/cc) (uCf/cc) 1 0.52 3.87E 07 1.70E 06 1.09E 05 1.17E 09 1.18E 06 1.45E 07 1.21E 06 2 0.247 1.84E 07. 8.CJE 07 5.16E 06 5.55E 10 5.60E 07 6.88E 08 5.71E 07 3 0.152 1.13E 07 4.97E 07 3.17E 06 3.41E 10 3.45E 07 4.23E 08 3.55E*07 4 0.107 7.96E 08 3.50E 07 2.2X 06 2.40E 10 2.42E 07 2.90E 08 2.50E 07 5 0.082 '6.08E 06 2.67E 07 1.70E 06 1.83E 10 1.85E 07 2.27E 08 1.91E 07 6 0.066 4.90E 08 2.15E 07 1.37E*06 1.58E 10 1.49E 07 1.83E 08 1.54E 07 7 0.055 4.11E 08 1.81E 07 1.15E 06 1.24E 10 1.25E 07 1.54E 08 1.29E 07 8 0.047 3.5M 08 1.55E 07 9.90E 07 1.06E 10 1.07E 07 1.32E 08 1.11E 07 9 0.042 3.10E 08 1.36E 07 8.68E 07 9.34E 11 9.4X 08 1.16E 08 9.72E 08 10 0.037 2.75E 08 1.21E 07 7.7M 07 8.31E 11 8.39E 08 1.0M 08 8.65E 08 lc 19lt1HE Mlle .1 131 1 132. .I 133 1 135 (uCf/cc) (ucl/cc) (ucl/ce) (uCI/cc) l 1/4 8.97E 09 7.50E 09 1.73E 08 1.37E 08 1/2 7.19E 09 6.02E 09 1.39E 08 1.10E 08 3/4 5.47E 09 4.58E 09 1.06E 08 8.33E 09 1 4.22E 09 3.53E 09 8.14E 09 6.43E 09 l l e Page 4
m MP C3 f>Es esce l WND SPEED l C
@ rF MP41 14 2 '
h WMOLE SCDY 2APCER ftOM3 Z . Nf(6 (adtem/p) Tbc p i ES 0- i/4 1/4- 1/2 135 Ex= 110
] g gg 1/2 3/4 80 3/4- 1 65 b*"
1 2 0g t 2 1/2 0.25 > b
- H JGe'*EM CPE MLE
== =
TM ^2O ;30 ROfC, l' ' POesef SEnl:H MUCLEAR f'LRMT w _ m- - 2-i am m, n n n-- m r-- m 9 as g us y v
\
RiniH saOnc , i )
, I &
Page 5 i
i EP EXERCISE 1989 SectIon 9 5 , NOTE: Att values are for the plume centerline. Consult the appropriate map to determine correction factore for non-centerline sospies. i Nep # 2 Clock Times 0955 1003 Wfnd speed: 17aph
-a .
Mlle Dose Rete Kr 85m Kr 87 Kr 88 xe 131m Xe 133 Me 133m Xe 135 (udt/hr) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uCl/cc) (ut:l/cc) (uCf/cc) 1 63.3 4.75E 05 2.02E 04 1.32E 03 1.45E 07 1.4M 04 1.80E 05 1.50E 04 2 30.1 2.2M 05 9.59E 05 6.28E 04 6.89E 08 6.95E 05 8.54E 06 7.1 M 05 3 18.5 1.39E 05 5.90E 05 3.86E 04 4.24E 08 4.28E 05 5.25E 06 4.39E 05 4 13 9.76E 06 4.15E 05 2.72E 06 2.98E 08 3.01E 05 3.69E 06 3.00E 05 5 9.9 7.45E 06 3.17E 05 2.07E 04 2.28E*08 2.30E 05 2.82E 06 2.35E 05 6 8 6.01E 06 2.56E 05 1.67E 04 1.84E 08 1.85E 05 2.2tt 06 1.90E-05 7 6.7 5.04E 06 2.14E 05 1.40E 04 1.54E 08 1.55E 05' 1.91E 06 1.59E 05 8 5.8 4.3M 06 1.84E 05 1.20E 04 1.32E 08 1.3M 05 1.64E 06 1.37E 05 9 5.1 3.80E 06 1.61E 05 1.06E 04 1.16E 08 1.1?E 05 1.44E 06 1.20E 05 to 4.5 3.38E 06 1.44E 05 9.40E 05 1.0M 08 1.04E 05 1.28E 06 1.07E 05 1Gillt Mlle I 131 1 132 I 133 I 135 (uCf/cc) (uCf/cc) (ucl/cc).(t4f/cc). 1/4 1.31E 06 1.07E 06 2.5M 06 1.98E 06 1/2 1.05E 06 8.60E 07 2.02E 06 1.59E-o6 3/4 8.01E 07 6.54E 07 1.54E 06 7.94E 06 e 1 6.18E 07 5.04E 07 1.19E 06 9.30E 07 2 4.21E 09 3.5M 09 8.12E 09 6.40E 09 2.5 2.00E 09 1.68E 09 3.86E 09 3.04E 09 I I Page 6 l 1
.y_.
WO A
fMD 89 43 l WPC SPflID g
@ 17 PW'N 14 2*
" " " mit ,, w n,3
--- , , , , ex.
I id:i,2 3 23 x a ' i/2 3/4 250 ] H e.at o I : l , 2- 3 m ns ac ONE MLE ,
.= =
T V.^ = 3G sechsc l MUCLEAR stAMT m l
\
!I W C R EE \
lK S H
-- \ l .
l . 1 Page 7 L _ _ - - - - _ _ _ _ _ _ - _ - _ _ _ - _ _ - _ - _ _ -- - _ . - - - - -
V , N , L l O M: 10sS3 4 - , wo cut. 342* 4 l
,?
7 ] ,
"U' 08em/#e)
(
- ( gl! 1 t- 3 so A { }
331/4 gg j
5
- o. ,,
0,1
,, s f O %
13 _ I" 15 $& E f A f rwetra 17
" 7 PLANT
- M N( ,,
.m.
": : : \ ,V a_
- m.
4-L"/rm ,-. -
\ ?g
( nm
- as
. A R \
s , m --m
- 2. o n (g ' ' -
av - , .N C:43i 29
~** Y qr
-X\ u.
q as N%
~, ,C iJg. g NI,
,/
i as 3 . d - k. [ , i, \ r.pc v[:gh 8 o ', / y
% I ,
c e _ _ /_, _ sTATC rcRC 42 - p_ l A B C D E F G H I J K LM N O P Q R S T U V wxy , Page 8 ___m___________________ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
l l i EP EXEECISE 1989 I section 9.5 - NOTE: Att values are for the plume centerline. Consult the appropriate map to' determine correction factors for non centerline sogles. , Nm 8 3 I Clock Times 1003 1013 Wind speeds 17 aph EELE fdi Mlle Dose Rate Kr 85e Kr 87 Kr 88 Xe-131e Xe 133 Xe 133e Xe 135 (adt/hr) (uCf/ce) (uct/cc) (ucl/cc) (uCf/cc) (uCf/cc) (uCf/cc)'- (uC1/cc) 1 197.8 1.50E 04 6.05E 04 4.12E 03 4.6M 07 4.71E 04 5.78E 05 4.79E 04 2 94 7.12E 05 2.88E 04 1.96E 03 2.22E 07 2.24E 04 2.15E 05 2.27E 04 ! 3 57.8 4.38E 05 1.77E 04 1.21E 03 1.3M 07 1.38E 04 1.69E 05 1.40E 04 l l 4 40.7 3.08E 05 1.24E 04 8.48E 04 9.61E 08 9.69E 05 1.19E 05 9.84E 05 5 31.1 2.35E-05 9.50E 05 6.47E 04 7.34E 06 7.40E 05 9.082 06 7.51E 05 6 25.1 1.90E 05 7,66E 05 5.22E 04 5.92E 08 5.97E 05 7.37.f 06 '6.06E 05 7 21 1.59E 05 6.43E 05 4.38E 04 4.96E 08 5.01E 05 6.14E 06 5.08E 05 8 18 1.37E 05 5.52E 05 3.76E 04 4.26E 08 4.30E 05 5.2M 06 4.36E 05 9 15.8 1.20E 05 4.84E 05 3.30E*04 3.74E 08 3.TM 05 4.63E 06 3,E3E 05 10 14.1 1.07E 05 4.31E 05 2.94E 04 3.33E 06 3.36E 05 4.12E 06 3.41E 05 1GWii Mile I 131 I 132 I 133 1 135 (uCI/ce) (uCI/cc) (21/cc) (uct/cc) l 1/4 4.11E 06 3.23E 06 7.87E 06 6.12E 06 1/2 3.30E 06 2.59E 06 6.30E 06 4.90E 06 3/4 2.50E 06 1.97E 06 4.80E 06 3.73E 06 , 1 1.93E 06 1.52E 06 3.70E 06 2.88E 06 2 6.17E 07 5.00E 07 1.19E 06 9.29E 07 3 2.93E 07 2.40E 07 5.64E 07 4.42E 07 l 3 1/4 1.80E 07 1.48E 07 3.47E 07 2.72E 04 4 1.23E 09 1.03E 09 2.38E 09 1.87E 09 l 5 8.66E 10 7.26E 10 1.67E 09 1.32E 09 l l I J l t l Pag.] 9 1 l
N I i TPICs 180 L40 SPEED l f7 PWH 14 2' I 2 A*(ER 8CM \ utt w w ur) , 0 1/6 m E X LO
\
N
\ \ 'n ,n m g , ..,
3f4 C xdilLO1
- - - - 1* 2 1N
$M L
WWWBul ONE HLE I
~ ~
T M l POSMT BE Ai:H ~ MUCLEMR 8tAMT 5 t mEAR moe . 8"CC
- l f*
ma n 5% lr" h FI h
@ E#
M EN t \ l
]
I - i l i > \ Page 10 1
w ou M s 1ert3 4 a . . HND arEED rr MPH S g 3 l WND out. e i42* 7 2 wats e 2 // '! mit. casavno e [ i A 3 3 M
}
* ~ ~ ~
4 . 4 J
'l. r.', '.". m I
[v]
~
r, ll y te I
- y=
p{ * [4 pf ' i b. 19 PONT Ex Le 2e 4 en g g
@x s.1 2g i F (PLANr y
O~ 22 4-g seats n esLEs 23 ohe : 3 24 7 t o 88 as? o n g- , y'CC 39 4 McHC37
- )
3 g - p J _ b N\ 34 -- u -
~
"rQ h i i 3
4 s u a( --- as I 3 md k f, . I\ , as [', - J l a 3 7 o 39 . I
, 4e 48 - 8 _
$ /PONT BEACM ]
43 , STATC FORESr I
. .- i
' C TWO RIVERS e 4 A B C D E F G H I J K LM N O P Q R S T U V wxv2 I i
i Page 11
EP EXERCISE 1989
, sectIon 9.5 i!
NOTE: ALL values are for the plume centerline. Consult the appropriate map to determine correction factors for non centerline semples. Map # 4 Clock Ti ms 1013 1023 Wind speed: 17 aph 15EL1 li8f Mlle Oooe Rate Kr 85s Kr 87 Kr 88 Xe 131e Xe 133 Me 133s Xe 135 (udt/hr) (uCf/ce) (ucl/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/ce) (uct/cc) 1 165.7 1.2?E 04 4.81E 04 3.45E 03 4.07E 07 4.10E 04 5.03E 05 4.12E 04 2 78.8 6.05E 05 2.29E 04 1.64E 03 1.93E 07 1.95E 04 2.39E 05 1.96E 04 3 48.5 3.72E 05 1.41E 04 1.01E 03 1.19E 07 1.20E 04 1.47E 05 1.20E 04 4 34.1 2.62E 05 9.90E 05 7.09E 04 8.37E 08 8.44E 05 1.0M 05 8.47E 05 5 26 2.00E 05 7.5M 05 5.42E-04 6.39E 08 6.44E-05 7.89E 06 6.47E-05 6 71 1.61E-05 6.10E 05 4.37E 04 5.1M 08 5.20E 05 6.37E 06 5.22E 05 7 17.6 1.35E 05 5.12E-05 3.67E 04 4.32E 08 4.3M 05 5.34E 06 4.38E 05 8 15.1' 1.16E 05 4.39E 05 3.15E 04 3.71E 06 3.74E 05 4.58E 06 3.7M 05 9 13.3 1.02E 05 3.85E 05 2.76E 04 3.2M 08 3.28E 05 4.02E 06 3.29E 05 i 10 11.8 9.06E 06 3.43E 05 2.46E 04 2.90E 08 2.92E 05 3.58E 06 2.93E 05 m_. Mlle I 131 1 132 I 133 I 135 (uCf/ce) (uCf/cc) (uCf/cc) (uct/cc) 1/4 3.45E 06 2.58E 06 6.59E 06 5.05E 06 1/2 2.77E 06 2.07E 06 5.28E 06 4.05E 06 3/4 2.10E 06 1.57E 06 4.02E 06 3.08E 06 1 1.62E 06 1.21E 06 3.10E-06 2.37E 06 2 1.93E 06 1.52E 06 3.70E 06 2.88E 06 3 9.19E 07 7.22E 07 1.76E 06 1.37E 06 l 4 5.66E 07 4.45E 07 1.08E 06 8.41E 07 5 1.27E 07 1.04E 07 2.44E 07 1.91E 07 6 9.69E 08 7.92E 08 1.86E-07 1.46E-07 7 5.34E to 4.47E 10 1.03E 09 8.11E 10 7.7 4.48E 10 3.75E 10 8.63E 10 6.80E 10 l 1 { Page 12
( IOCt#3 lCC317 e WQ j 14 2' l rem e \D ,,, ,,wx,, j o.ife 2,o E M 14 , 1 - 4 3/4 1 135 C xemi _. ___jit _ m m_rs 1- 2 166 i
, --.- - m =c '
ll ONE Mt.K voeur own< :n
=
N i t
\
\
)
fc g
\l -
-- l' t i
I i / t Page 13 i
wm TF3 # 19:22 4 '
- WND DIR. e 14"f*
l 2
., m _ _ : q
- 23 79 9 - - - ---- l2l 3{
~ !:: :: - - /
f
- ll a ad
; a
'= ["3 a =-
- 44 ,. .
g l* _,_
. j,
/*ME4
( 17 EM p i y * [] g H 18 29 4 MI 77 g ggggp eax , ,, i r
. L,- -
O x== SCALE N PEl.XS 22 23 y- - obi 2 3 24 7 N *** q s o a - o n g
, (\ '
n , 28 4MSHO37
- j p J _4 31 et -- o 32 [ I 'A f 33 -* e ,
34
/
- % i ----
si a
\1 R
A
,, i
'k
/ \ V
/ : \s s
; / ,
K \ e s '
\ <
f i dl -
/
/ POINT EEACH
#2 . STATE FORCST
-TWO REVERS s
M O C D C r O H I J K LM N O P Q R S T U V W X YZ I l Page 14
f EP EXERCISE 1989 section 9.5 NOTE: All values are for the plues centerline. Consult the appropriate map to determine correction factors for non-centerline semples. Map 8 5 Clock Times 1023 1034 Wind speed: 17 aph ll5Ek1 fs&& Mlle Dose Rete Kr 85a Ke 87 Kr 88 Xe 131s Xe 133 Me 133m Xe 135 (ad/hr) (uCf/cc) (ucl/ce) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) (ucl/cc) 1 135.7 1.0M 04 3.74E 04 2.82E 03 3.46E 07 3.49E 04 4.27E 05 3.46E 04-2 64.5 5.02E-05 1.78E 04 1.34E 03 1.65E 07 1.66E 04 2.03E 05 1.65E 04 3 39.7 3.09E 05 1.09E 04 8.25E 04 1.01E 07 1.02E 04 1.25E 05 1.01E 04 4 27.9 2.17E 05 7.69E 05 5.80E 04 7.12E 08 7.18E 05 8.7BE-06 7.12E 05 5 21.3 1.66E 05 5.88E 05 4.43E 04- 5.44E 08 5.48E 05 6.71E 06 5.44E 05 6 17.2 1.34E 05 4.74E 05 3.57E 04 4.39E 08 4.42E 05 5.41E 06 4.39E 05 7 14.4 1.12E 05 3.98E 05 3.00E 04 3.68E 08 3.71E 05 4.54E 06 3.68E-05 8 12.4 9.63E 06 3.41E 05 2.57E 04 3.16E 08 3.18E 05 3.89E 06 3.16E 05 9 10.9 8.45E 06 2.99E 05 2.26E 04 2.71E 08 2.79E-05 3.42E 06 2.77E-05 10
. 9.7 7.52E 06 2.66E 05 2.01E 04 2.47E 08 2.48E 05 3.04E 06 2.46E 05 1211ll1 Mlle Js131 I 132 1 133 3 135 (uct/cc) (uCf/cc) (uCf/cc) (uct/cc) 1/4 3.35E 06 2.38E 06 6.35E 06 4.82E 06 1/2 2.68E 06 1.91E 06 5.09E 06 3.86E 06 3/4 2.04E 06 1.4SE 06 3.87E 06 2.94E 06
- 1 1.57E 06 1.12E 06 2.99E 06 2.26E 06 2 1.62E 06 1.21E 06 3.09E 06 2.37E 06 3 7.72E 07 5.TFE 87 1.47E 06 1.13E 06 4 4.75E 07 3.55E 07 9.05E 07 6.94E 07 5 3.98E 07 3.13E 07 7.62E 07 5.90E 07 6 3.04E 07 2.39E 07 5.82E 07 4.50E 07 7 2.45E 07 1.93E 07 4.69E 07 3.64E 07 8 6.55E 08 5.36E 08 1.26E 07 9.87E 08 9 5.63E 08 4.60E 08 1.08E 05 8.48E 08 10 3.37E 10 L 83E 10 6.50E 08 5.12E 10 J
Page 15 j l -. . 1 C__1-- _ c___ l
WO TMCates34 6 SPEED 6
@ f7 MPH 142Ll43' WHOLE BODY 2N(XR ROM Mlle (edlem/Nr) !
WWW 0 1/4 190 g g gg
) 1/4 1/2 155 1/2 3/4 120 b M 81 3/'- ' O w e.et k_ TWO ES
/ \\
j _ as =re
]
~\a,_
' l
.n.~e j E
4 TN RC>ec POINT WEAi:H , T NUCLEAR f1.AMT l 2 \
. - . , k l
IW I
!- 1
,- - .- .-- , . , e 1 Wn
~ Ma 5% h h 4 __ l i I J Page 16
a p, ~~~.s_ W Tm iimac o \ . [J
- -co , , s I -
/, 1 :I e om. 542-54.
Jf
.. : m . -
.3 ,,
*~
Tl 1 g
- U
; ... , n ,
?.' '
, s M f/
- ,; ': =
y'[
< ,i .., ,,
16 .
} ,
NJCLEPdt ( U Ej n k s Ex t.e at:
* (
- k. _
l' NUCLEPR
@ x e.1 21 7 I \ V P'###
y , oxei scPu are es.es as g- - I i~.
~
g /
, o secc a
N 2e
-- 4 P98&E2T 3e -- -
;g u.
<.! <, 1
-~
q _
~
as
~ NK O ds.g
\l' /
}
u '3--- r .d - k-i
'k f \ rv
/ E g \'% s
; /
,, j' j
4, 1r s e - %, .
\ svare ro -
/(% - -
'g l
. .f_ i u
A B C D E F G H I J K LM N O P Q R S T U V WxY Z Page 17
m- _ ___.________ __ __ _ _ _ i EP EXERCISE 1989 Section 9.5 i NOTE: All values are for the plume centerline. Consult the appropriate map to determine correction factors for non centerline semples. Map C 6 Clock Timer- 1034 1044 4 Wind Speed: 17 aph
)
I
!!QEk1 fe l Mlle Dose Rate Kr 85m Kr 87 Kr 88 Xe 131m No 133 Xe 133e Xe 135 (mR/hr) (uCf/cc) (ucl/cc) (uct/cc) (uCl/cc) (uCf/cc) (uCl/cc) (uCf/ce) 1 90.5 7.14E 05 2.36E 04 1.88E 03 2.41E 07 2.43E 04 2.96E 05 2.37E 04 2 43 3.39E 05 1.12E 04 8.91E 04 1.14E 07 1.15E 04 1.41E 05 1.13E 04 3 26.5 2.09E 05 6.89E 05 5.49E 04 7.04E 08 7.09E 05 8.67E 06 6.94E 05 4 18.6 1.47E 05 4.84E 05 3.86E 04 4.95E 08 4.99E 05 6.09E 06 4.88E 05 5 14.2 1.12E 05 3.70E 05 2.94E 04 3.78E 08 3.81E 05 4.65E 06 3.73E-05 6 11.5 9.04E 06 2.98E 05 2.38E 04 3.05E 08 3.07E 05. 3.75E 06 3.01E 05 7 9.6 7.59E 06 2.50E 05 1.99E 04 2.56E 08 2.58E 05 3.15E 06 2.52E 05 8 8.2 6.51E 06 2.15E 05 1.71E 04 2.20E 08 2.21E 05 2.70E 06 2.17E 05 9 7.2 5.71E 06 1.88E 05 1.50E 04 1.93E 08 1.94E 05 2.37E 06 1.90E-05 10 6.4 5.08E 06 1.68E 05 1.34E 04 1.71E 08 1.73E 05 2.11C 06 1.69E 05 12tilli Mlle I 131 1 132 1 133 1 135 (uCf/cc) (uCf/cc) (uCf/cc) _( uct/cc) ,
1/4 2.24E 06 1.51E 06 4.23E 06 3.16E 06 1/2 1.79E 06 1.21E*06 3.39E 06 2.54E 06 3/4 1.36E 06 9.20E 07 2.58E 06 1.93E 06 1 1.05E 06 7.10E 07 1.99E 06 1.49E 06 2 1.58E 06 1.12E 06 2.99E 06 2.20E 06 3 7.49E 07 5.33E 07 1.42E 06 1.08E 06 4 4.61E 07 3.28E 07 8.74E 07 6.62E 07 5 3.34E 07 2.50E 07 6.36E 07 4.48E 07 6 2.55E 07 1.91E 07 4.68E 07 3.72E 07 7 2.06E 07 1.54E 07 3.92E*07 3.01E 07 8 2.06E 07 1.61E 07 3.94E 07 3.05E 07 ! 9 1.76E 07 1.39E 07 3.38E 07 2.62E 07 10 1.55E 07 1.22E 05 2.96E 07 2.30E*07 Page 18
w. y rm. ,~ l - em p n- ,w. 2A E R RO__,, g g ,3 1 0 1/4 125 5 x i.e ,j 1/4 1/2 100 y x g,9 j 1/2 3/4 75 3/6 1 58 O waei ) _,___jit _ mo = cs t- 2
- i b.E '1 1
_. = w I I PEE I _ . E l 6I WA64800 ROM 3 POINT BE MI:H MUCLEAR s'LAMT E E t 5 l _ u n ce. noAo a s ee l' t I a f* n E"" 9U i L'N_ \ La as r"."." n, m gn <a U. k tf
-- \\
r i g i l " 4
)
l l Page 19 i l
3 . . . . . - - TIME : nes40 0 - wee sezzo irre s - - j WND 084. suf
.. r ~'
D '
){
9 -- - - ?
,,, g Tr
- r. . n a M j Id o " - L u
, } p/.E a!
ex t. 2e I 9 I_ F
~
y ix _n_ p j d e t ,_ g V, PLN4T
@ x s.1 21
~
m ~
- S m a-Qxe.at , J _,
se s IN MILES 23 ' ' secc o , 25 "' H , k 28
% > 4 g ggioyy
;'q q,1 q _ a.
n n ~
- - 1
~
~,, -
N%. o u mM u, J/
~
3.
, } Ls g
g ,y ne a o l 3, I
\ IW e n
\
\
4e 41 I $ _
/PONT BEACH 42 .
STATE FORCST TWO RIVERS
- b R B C D E F G H I J K LM N O P Q R S T U V W XYZ Page 20
EP EXERCISE 1989 Section 9.5 Y NOTE: All values are for the plume centertine. Consult the appropriate map to determine correction factore for non centerline samples. Map # 7 Clock flee 1044 1105 Wind speed: 17 sph llBL1 $81 Mlle Dose Rate Kr 85m Kr 87 Kr 88 Xe 131m Me 133 Xe-133m Me 135 (eR/hr) (ucl/cc) (uct/cc) (uct/cc) (uct/cc) (uct/cc) (uCf/cc) (uCI/cc) I 1 58.2 4.65E 05 1.44E 04 1.20E 03 1.61E 07 1.62E 04 1.90E 05 1.57E 04 2 27.7 2.21E 05 6.83E 01 5.72E 04 7.64E 08 7.69E 05 9.39E 06 7.44E 05 3 17 1.36E-05 4.20E 05 3.52E*04 4.70E 08 4.73E 05 5.78E 06 4.58E 05 4 12 9.56E 06 2.95E 05 2.47E 04 3.31E 08 3.33E 05 4.06E 06 3.22E 05 5 9.1 7.30E 06 2.26E 05 1.89E 04 2.52E 08 2.54E 05 3.10E 06 2.46E 05 6 7.4 5.89E 06 1.82E 05 1.52E 04 2.04E 08 2.05E 05 2.50E 06 1.90E 05 7 6.2 4.94E 06 1.53E 05 1.28E 04 1.71E 08 1.72E 05 2.10E 06 1.66E 05 8 5.3 4.24E 06 1.31E 05 1.10E 04 1.47E 08 1.48E 05 1.80E 06 1.43E 05 9 4.7 3.72E 06 1.15E 05 9.63E 05 1.29E 08 1.29E 05 1.58E 06 1.25E 05 to 4.1 3.31E 06 1.02E 05 8.56E 05 1.14E-08 1.15E 05 1.41E 06 1.11E 05 121E 1 l Mlle I 131 1 132 1 133 1 135 ) fuCf/cc) (uct/c'c) ('uCf/cc)'(ucl/cc) 1/4 1.44E 06 9.28E 07 2.72E 06 2.00E 06 1/2 1.16E 06 7.44E 07 2.18E 06 1.61E 06 3/4 8.81E 07 5.66E 07 1.66E 06 1.22E 06 1 6.79E 07 4.36E 07 1.28E 06 9.42E 07 2 1.05E 06 7.10E 07 1.99E 06 1.49E 06 3 5.01E 07 3.37E 07 9.44E 07 7.06E 07 4 3.08E 07 2.08E 07 5.81E 07 4.34E 07 5 3.24E 07 2.30E 07 6.14E 07 4.65E 07 , 6 2.47E 07 1.76E 07 4.69E 07 3.55E 07 ! 7 2.00E 07 1.42E 07 3.7BE 07 2.87E 07 8 1.72E 07 1.29E 07 3.29E 07 2.52E 07 9 1.48E 07 1.11E 07 2.82E 07 2.16E 07 10 1.30E 07 9.71E 08 2.47E 07 1.90E 07 1 i Page 21
mEs fees l iago specs 9 1
=- i-
-q; "l ...,
,i. i
..,,. ,, m te .
,, .1," ;; e' m g 3,4- 1 17.6 O w aet
_ __ _ __E. __
'2 ao T4 cart j - - .==
l I onc Pe E
=
MUCt. EAR ftnMT u 5 _ == a ee sw ! _ It _
'N l l l -
/
l i Page 22 l i
) W l ,
IdNO SPEED:Q MPM S g
]
wNo cm. e w4* ,/
]'
~
wuota sauf
.... _, e .s 23 8 9 --- -- l.
s S 56 3.4 g , s1 E.1
'=
- l:; M g yy
, fn ,
> se ,
( 4 ' g f ( g, I
/-
[3 N 19 ---- ---- 7 4 PONT M k8 29 1g X 81 21 ! I . EPLANT O n.- , , - - \na ( seats n Mu:s ' I 23 g SBCC 26 0 g n - , 4 99 HIC'3T 29 3. 31 32 K h p A J c (o j lh
)j 23 .
1 ,. 35
" NK- j ;- I Q
\i "I \
c -
~
- 36 .
n . p -
\ ,
3g . b g J o 39 de z [
> o , '
s , 41 - b , 3 " f/ olNT P EEACH 42 . STATE FCET j , TWO RIVERS u A B C O C F G H I J K L M N O P Q R S T U V W b vZ
, Page 23
EP EXERCISE 1989 Section 9.5 ') l NOTE: ALL values are for the plume centerline. Consult the appropriate map to determine correction factors for non centerline semples, q Map # 8 Clcck 7fae: 1105 1125 Wfnd speed: 12 sph 3
.WL1 MI Mile Dose Rete Kr 85m Kr 87 Kr 88 Me 131e No 133 ke 133s Xe 135 (aft /hr) (uCf/ce) (uct/cc) (uCf/ce) (uCf/cc) (uct/ce) (uct/cc) (uct/cc) 1 17.5 1.43E 05 3.88E 05 3.59E 04 5.21E 08 5.23E 05 6.37E 06 4.95E 05 2 6.6 5.42E 06 1.47E 05 1.36E 04 1.97E 08 1.98E 05 2.41E 06 1.87E 05 3 3.8 3.10E 06 8.41E 06 7.79E 05 1.13E 08 1.1M 05 1.38E 06 1.07E 05 4 2.6 2.10E 06 5.68E 06 5.26E 05 7.63E 09 7.67E 06 9.3M 07 7.25E 06 5 1.9 1.56E 06 4.22E*06 3.91E 05 5.66E 09 5.69E 06 6.9M 07 5.38E 06 6 1.5 1.21E 06 3.28E 06 3.04E 05 4.40E 09 4.43E 06 5.39E 07 4.18E 06 7 1.2 9.77E 07 2.65E 06 2.46E 05 3.56E 09 3.34E 06 4.35E 07 3.38E 06 8 1 8.21E 07 2.23E*06 2.06E 05 2.99E-09 3'.00E 06 3.66E 07 2.84E 06 9 0.9 7.15E 07 1.94E 06 1.80E 05 2.60E 09 2.62E 06 3.19E 07 2.47E 06 10 0.8 6.35E 07 1.72E 06 1.59E 05 2.31E 09 2.32E 06 '2.83E 07 2.20E 06 15ELllL Mite 15131 I 137 1 133 1 135 (ucl/ce) (uct/ce) (uct/cc) (uct/cc) 1/4 1.29E 06 7.49E 07 2.40E-Oo 1.7M 06 1/2 6.12E 07 3.55E 07 1.14E 06 8.19E 07 3/4 3.59E 07 2.08E 07 6.67E-07 4.81E 07 1 2.40E 07 1.39E 07 4.46E-07 3.22E 07 2 2.38E 07 1.53E 07 4.48E 07 3.30E 07 3 8.96E 08 5.75E 08 1.69E 07 1.24E 07 4 5.12E 08 3.29E*06 9.61E 08 7.11E 08 5 3.46E 08 2.22E 08 6.50E 10 4.80E 08 6 3.93E 08 2.68E 08 7.50E 10 5.61E 08 7 3.09E 08 2.08E 08 5.83E 08 4.36E 08 8 2.50E 08 1.68E 08 4.71E 08 3.53E 08 9 3.14E 08 2.23E 08 5.95E 08 4.51E 06 '
10 2.74E 08 1.95E 08 5.19E 08 3.93E 08 i Page 24
MAP W TPEs it25 lMO SPEED 12 W 14 #
". ha mit easWNr)
,' 0 1/4 90 i
1/4 1/2 42 b H 01 TWO LE 16 4,w,_ 1 2 17.5 TW CRC
- - .===
l OPC MLE j unsus'unmensuussuusumamus MUCLEAR ftmMT
'L
_ l eart_can moeo Joce c I \lx c x_ 1 i
= I= \ .
i pg i I e
// \ l -
i Page 25
k W 81D25 """" _ _ . _ . s- d
;;.- : yji s- .
I 7/ . . :: ~l"
.__ __ hs ,
l 3 1
- t' ,,
p
- ::: . s
,:::: ::: =
54 I-7 p [ e 4 f g' I n mesr y se [4 > b, 19 -- = - ---- POINT 7 N I0 20 gax , m i V r
- f x, /
gy ggg ge- [-]x., ,, mia. SCALE IN MIL D 2",
, ; SBCC
. n ,,'- , (
27 > . \ 29 3 cessc.77
~
as - d Y C v O _~ s l 32 b I % C
~
33 o 34 - 4 - - == c a 2. 27 a1 wa MI -
$- /
)
i 1A F 's / i
- 3. _ k g J 69 o /
I,
.f[
\
as I c h J
,/\
.. -t s e ,%1 ec,
{
\ svarc ec-9 C_ l 'T
/ s-1 l
i A B C D E F G H I J K LM N O P Q R S T U V W >v2 Page 26
EP EXERCISE 1989 Section 9.5 i
. NOTE: All values are for the plume centerline. Consult the appropriate map to determine correction factors for non centerline saaples.
Map # 9 Clock Times 1125 1300 Wfnd speed: 12 aph llGELE fe.1 Mlle Oose Rate Kr 85m Kr 87 Kr 88 Xe 131m xe 133 xe 133m xe 135 1 (mR/hr) (uCf/cc) (ucf/cc) (uCf/cc) (uCf/cc) (uc(/cc) (ucf/cc) (uci/cc) 1 16.5 1.38E 05 3.28E 05 3.36E 04 5.28E 08 5.30E 05 6.43E 06 4.89E 05 2 6.3 5.22E 06 1.24E 05 1.27E 04 2.00E 08 2.01E 05 2.44E 06 1.85E 05 3 3.6 2.99E 06 7.11E 06 7.28E 05 1.14E 08 1.15E 05 1.39E 06 1.06E 05 4 2.4 2.02E 06 4.81E 06 4.92E 05 7.73E 09 7.76E 06 9.42E 07 7.17E 06 5 1.8 1.50E 06 3.57E 06 3.65E 05 5.74E 09 5.76E 06 7.00E 07 5.32E-04 6 1.4 1.17E 06 2.77E 06 2.84E 05 4.46E-09 4.48E 06 5.44E 07 4.14E 06 7 1.1 9.41E 07 2.24E 06 2.30E 05 3.60E 09 3.62E 06 4.40E 07 3.34E 06 8 0.9 7.90E 07 1.88E 06 1.93E 05 3.03E 09 3.04E 06 3.69E 07 2.81E-06 9 0.8 6.89E 07 1.64E 06 1.68E 05 2.64E 09 2.65E 06 3.22E 07 2.45E 06 10 0.7 6.12E 07 1.46E 06 1.49E 05 2.34E 09 2.35E 06 2.86E 07 2.17E 06 19D.1E Mlle ~1 131 f 132' i133 I'135 (uCf/cc) (uct/cc) (uCf/cc) (uCf/ce) 1/4 1.29E 06 7.49E 07 2.40E 06 1.73E 06 1/2 6.12E 07 3.55E 07 1.14E 06 8.19E 07 3/4 3.59E 07 2.08E 07 6.67E 07 4.81E 07 1 2.39E 07 1.38E 07 4.43E 07 3.20E 07 2 2.38E 07 1.38E 07 4.41E 07 3.19E 07 3 9.01E 08 5.23E 08 1.67E 07 1.21E 07 4 5.15E 08 2.99E 08 9.57E 08 6.90E 08 5 3.48E 08 2.02E 08 6.47E 08 4.67E 08 6 2.57E 08 1.65E 08 4.83E 08 3.57E 08 7 2.00E 08 1.28E 08 3.75E 08 2.77E 08 8 1.62E 08 1.04E 08 3.03E 08 2.24E 08 9 1.36E 08 8.70E 09 2.55E 08 1.88E 08 10 1.83E 08 1.23E 08 3.45E 08 2.58E 08 Page 27
MAP 810 r.,c. -. l - -Eo y , ;
@ 29 & 16 2
- WHOLE 8007 2A G R ROeTJ "IIs l set MAP 810A (et w ur) 0- 1/4 26.6 f 1/4- 1/2 12.6 EM LO i
- 2 4. Oai
_ e _ n- - TWO CR fTW CNEks Romo
====
eqLE k '2,
\ '.
TAPAle OO RCW3 POSMT BEAi:H MUCLERR ftAMT v < l
'-t
_ NLC EAR MOAO 3SSCC 1 ff i! k.a C R EE [K S N \ A \ e amo 1 A \ Page 28
3 - M 42
~
TIME :lasse 4 ~ j ( wno sPEco :as Mew 5 g' g-g wNO CDR. I 162*
.u.
7 > - - -. - s
;.; ,., , .__ _____ _____2 8 __
S6 0.53 7 61 0.s2 I' 8 0.
, ::' '=
(
- ll -
i. 15 _ s.as 16 q NJCLEAR l l "' I ( rr E j E N [3 _ _ _ _ - - _ef - 5
,-,a
.n-Mx 'a 2. 2 Tfer, 22x .' => ' Y> r-s x, / <=-
[xe.e1 g, I m u.t. SCALE IN P9LES 23 2 (
- 3
$ __ .I 24 -
7
,, s 0 U
, 6 ==
26 Q , 22 ,
. gg .
O99 HIC 3T J
~'
as - 31 oc - o 32 k k - C U C 6
~ '
,, TK< %
i s i a< - 3. l . \_I - Q. p h t i -
,, L :
g Ja e 3, K I d, r
\
.o
_V , '
\\ <
40 41 -- -
- h _ " [PONT BEACF 42 - STATE F"CRES TWO RfVERS e
A B C D C F* O H I J K L M N O P Q R S T U V .d 8Y 2 Page 29
EP EXERCISE 1989 section 9.5 g NOTE: ALL values are for the plume centerline. Consult the appropriate map to determine correction f actors for non-centerline samples. Map # 10 Clock Times 1301 1445 Wind speed: 29 aph IIGELE Et l l Mlle Dose Rete Kr 85e Kr 87 Kr 88 Me 131m Me 133 No 133m Me 135 (aft /hr) (uCl/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uti/cc) (uCl/cc) (ucl/cc) f 1 4.91 4.45E 06 5.52E 06 9.34E 05 2.19E 08 2.19E 05 2.63E 06 1.80E 05 l 2 1.86 1.69E 06 2.09E 06 3.54E 05 8.32E 09 8.31E 06 9.96E 07 6.82E*06 3 1.06 9.63E 07 1.20E 06 2.02E 05 4.75E 09 4.75E 06 5.70E 07 3.90E 06 4 0.72 6.51E 07 8.09E 07 1.37E 05 3.21E 09 3.21E 06 3.85E 07 2.64E 06 5 0.53 4.84E 07 6.00E 07 1.02E 05 2.39E 09 2.39E 06 2.86E 07 1.96E 06 6 0.41 3.76E 07 4.67E 07 7.90E 06 1.8M 09 1.85E 06 2.22E 07 1.52E 06 7 0.34 3.04E 07 3.77E 07 6.38E*06 1.50E 09 1.50E 06 1.80E 07 1.23E 06 ) 8 0.28 2.55E 07 3.17E 07 5.36E 06 1.2M-09 1.2M 06 1.51E-07 1.03E 06 9 0.25 2.22E 07 2.76E 07 4.67E 06 1.10E 09 1.10E 06 1.31E 07 9.00E 07 10 0.22' 1.97E 07 2.45E 07 4.15E 06 9.74E 10 9.73E*07 1.17E 07 7.99E 07 1 911111 Mlle I 131 1 132 1 133 I 135 tuCI/ce) (uCf/cc) (ucl/cc). (uct/cc) 1/4 5.92E 07 1.89E 07 1.04E 06 6.45E 07 1/2 2.80E 07 8.95E 08 4.90E 07 3.05E-07 3/4 1.65E 07 5.25E 08 2.88E*07 1.79E-07 1 1.10E 07 3.51E 08 1.93E 07 1.20E 07 2 1.09E 07 3.48E 08 1.90E 07 1.19E 07 3 4.12E 08 1.32E 08 7.22E 08 4.51E 08 4 2.36E OS 7.54E 09 4.13E 08 2.58E 08 5 1.59E 08 5.10E 09 2.79E 08 1.74E 08 6 1.18E 06 3.79E 09 2.07E 08 1.30E 08 7 9.20E 09 2.94E 09 1.61E 08 1.01E 08 8 7.43E 09 2.38E 09 1.30E 08 8.14E-09 9 6.24E 09 2.00E 09 1.09E 08 6.53E 09 10 5.44E 09 1.74E 09 9.52E 09 5.96E 09 1 ! l Page 30 i f
u TPCs54e43 6 9 PEED a f r, - .P l- {L\ , : ~ ,,,,
\ \
, me ;,:
3/4- 1 6.4 la e., C M S 01 _ Q _ 'n*r
- TWO CR g CREEKS ROAD
/
==m=am pg,,g
= " m a m 1,
i^;^=:M Rona C POSNT SEAi:H MUCLEAR s'LAMT l v s { .. mcen Rmo asece
-~ -. c .- , ,, ,, \
ma 5% m mm. W 5% w neem n m o I a ac ' I A l t l Page 31 ! 1 __ - - - - - - - - _ - - - - _ - - - - - - - - - _ - - - - - - _ - - a
3 y TPIE:M45 4 - " HND SPEED : f7 >smH 5 g' - "' WND Oppt. e 16f' ' 7 } - --- ,
*mLt.ecer 3
- n. . . . , ,
9 --- ---- --- /1 6S 0.
-f 0.5 f," g ,,, 12 {y}
- ,: ::" r= " - -
'T T
,0.,,
0.. , 7
, i- ( ) _
5 mnes 16 E tt>CLEAft ( 17 b j b g p{ is [1] b 19 ---- ---- g l 3 PONT 7 H 1.9 2e i 2 [Q", X 9.1 # .! 21 I~~ y , fPLANT
><B.81 "" "
I mig SCAT E N MILES 23 ' * ~ g '
, o secc 0 0 26 Q
n F m
==
MSNC3T J _T ae - v A 33 Q c.3 7 q - s 34 - m 4-35 ' Y l g \! 9
% M u R- /
\J \ /
3e /'
]
i c
,, I dp \ -feV -
4g 41 - h _
,/PONT EEACH 42 . STATE FORES 1 s ,- _ TWO RtvEps e
A B C D E F G H I ,J H LM N O P Q R S T U V W xY Z Page 32
EP EXERCISE '989 Section 9.5 8 NOTES- ALL values are for the plume centerline. Consult the appropriate sep to determine correctton factors for non centerline semples. Nep # 11 Clock Times 1445 1620 Wind Speed: 17 sph E E E S&E i Mlle Dose Rate Kr 85e Kr 87 Kr*88 Xe 131e Xe 133 Xe 133m Xe 135 (aR/hr) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) 1 6.3 5.96E 06 3.86E 06 1.00E 04 3.79E 08 3.77E 05 4.46E 06 2.75E 05 2 2.39 2.26E 06 1.46E-06 4.09E 05 1.44E 08 1.43E 05 1.69E 06 1.04E 05 3 1.37 1.29E 06 8.36E 07 '2.34E 05 8.22E 09 8.17E 06 9.67E 07 5.96E 06 4 0.92 8.74E 07 5.65E 07 1.58E 05 5.56E 09 5.52E 06 6.54E 07 4.03E 06 5 0.69 6.49E 07 4.20E 07 1.17E 05 4.13E 09 4.10E 06 4.85E-07 2.99E 06 6 0.53 5.04E 07 3.26E 07 9.1M 06 3.21E 09 3.19E 06 3.77E 07 2.33E 06 7 0.43 4.08E 07 2.64E 07 7.38E 06 2.59E 09 2.58E 06 3.05E 07 1.88E 06 8 0.36 3.42E 07 2.21E 07 6.19E 06 2.18E 09 2.16E 06 2.56E 07 1.58E 06 9 0.32 2.90E 07 1.9M 07 5.40E 06 1.90E 09 1.89E 06 2.2M 07 1.38E 06 10 e 0.28 2.65E 07 1.71E 07 4.79E 06 1.68E 09- 1.67E 06 '1.90E 07 1.22E 06 Is1E Mite -1'131 1 132- 'I 133 I 135 (uCf/cc) (uCf/cc) (uCf/cc) (uCf/cc) 1/4 9.45E 07 1.84E 07 1.57E 06 8.72E 07 1/2 4.47E*07 8.71E 08 7.44E 07 4.13E 07 1 3/4 2.6M 07 5.12E 08 4.37E 07 2.42E 07 1 1.76E 07 3.42E 08 2.90E 07 1.62E 07 2 1.74E 07 3.39E 08 2.89E 07 1.61E 07 i 3 6.58E 08 1.28E-08 1.10E 07 6.09E 08 I 4 3.76E 08 7.34E 09 6.27E 08 3.48E 08 5 2.55E 08 4.96E 09 4.24E 08 2.35E 08 6 1.89E 08 3.68E 09 3.15E 08 1.75E 08 7 1.47E 08 2.86E 09 2.45E 08 1.36E 08 8 1.19E 06 2.31E 09 1.98E 08 1.10E 06 a 9 9.97E 09 1.94E 09 1.66E 08 9.22E 09 10 8.69E 09 1.69E 09 1.45E 08 8.04E 09 Page 33 .____-___=__. - _ _ - _ - .- -
I l MAP F12 WEs 16:28 6 9PCED g as MPH 15 2' 2ANorm Rg alle (waavur
,. ,,, , mx- -
$l$
i, . 3,'I 'l.1 3/4* 1 ,
-, k._
g __.I r.,. mr
=
oc e j
)
)
~ ~ * - I s.o. .:n nuct.cas e i.nnr )
l g i
=ce k I
c= Icc !K e
\ i
-- \
r i t l e" z
/ ,
~
Page 34
3 itj TIME : 36s2 3 4 3 WND SPEED 28 NPH 5 .L_ - - 3 woD . . ,=2 - ~# 7 p" m J 7/. f 8
'% $ )
wnott ocet 9 an. w.w o ,- j i _ g 34 0 0 g
- ,'d im M 67 13 - d -
'd '
10 11 c.is 15 "W i ' 16 qusH.XIE l i4.lCLEA ( 17
$ I A ,
Pumr pf * [] L3 19 POINT E x i.. gx ,
==
2, . i 9) r q' ')
\ L 2 ~3EACH
'ie' E-gc~
~ ~
[~lx e.es 22 . I '*'* SCALE IN MLES 23 I
, y SBC 26 (O Q
h 27 - , 28 -
/r
, < sesc:rt p J _t 3.
31 K _. ) - c 32 I % - : 33 Q g ~ s 34
~
y > Y 1 g \l *I 36 . 37 ' s 33 , g Oj / 39 40 z 7 [
'I ,TC r
_ ' flO RNEsP! s A B C D E F' O N l J K L M N O P Q R S T U .w>
- V Page 35
EP EXERCISE 1989 Section 9.5 i NOTE: All values are for the plume centertine. Consult the a p ropriate map to l determine correction factors for non-centerline sosples. Map # 12 j Clock Timbt 1620 end Wind Speed: 20.sph Mf&E fd1 i Mlle Dese mate Kr 85e Kr 87 Kr 88 Me 135m Me 133 Me 133s - Me 135 (sR/he) (ucl/cc) (uCf/cc) (uCf/cc) (uCf/cc) (Wl/cc) (uCf/cc) (uCf/cc) l 1 4.06 3.86E 06 1.30E 06 6.03E-05 3.17E 08 3.13E 05 3.66E 06 2.03E 05 j 2 1.54 1.46E 06 4.93E 07 2.28E 05 1.20E 08 1.19E 05 1.39E 06 7.70E-06 l 3 0.86 8.37E*07 2.82E 07 1.31E-05 6.862 09' 6.79E 06 7.93E 07 . 4.40E 06 4 0.59 5.66E 07 1.91E 07 8.83E 06 4.64E 09 4.59E 06 5.36E 07 2.90E 06 5 0.44 4.20E 07 1.42E 07 6.55E 06 3.44E 09 3.41E 06 3.90E 07 2.21E 06 6 0.34 3.271. 07 1.10E 07 5.10E 06 2.68E 09 2.65E 06 '3.09E-07 1.72E 06 7 0.28 2.64E 07 8.90E 08- 4.12E 06 .2.16E 09 2.14E 06 2.50E 07 1.39E 06 q 8 0.23 2.22E 07 7.47E 08 3.46E 06 1.82E 09 1.00E 06 2.10E 07 1.17E 06 ; 9 0.2 1.93E 07 6.51E 08 3.01E 06 1.58E 09 1.5M 06 1.83E 07 1.02E 06 l 10 0.18 1.71E 07 5.78E 08 2.67E 06 1.61E 09 1.39E 06 1.62E 07 9.02E 07 l i 100!NE MI I 131 1 132 1 133 I 135 (uEl/ce) (ucl/cc) . (uCf/cc) - (uCf/cc) 1/4 8.79i 07 1.05E 07 1.40E 06 6.88E 07 1/2 4.162 07 4.95E 06 6.62E 07 3.26E 07 3/4 2.44E 07 2.91E 08 3.89E 07 1.91E-(1 1 1.63E 07 1.94E 06 2.60E 07 1.28E 07 2 1.62E 07 1.92E 08 2.57E 07 1.27E U7 3 6.13E 08 7.29: 0* 9.74E 08 4.80E 08 4 3.51E 08 4.17E 09 5.5M 08 2.75E 08 5 2.38E 08 2.82E 09 3.77E 08 1.86E 06 6 1.76E 08 2.09E 09 2.80E*08 1.38E 08 7 1.37E 06 1.63E 09 2.17E 08 1.07E 08 8 1.11E 08 1.32E 09 1.76E 08 8.66E 09 9 9.30E 09 1.10E 09 1.48E 08 7.27E 09 10 8.11E 09 9.62E 10 1.29E 08 6.34E 09 Page 36
~
' ,}
i I
. I EP EXERCISE 1989 Section 9
'li 1 4
i b 1
~
i 9.6 Chemistry Sample Results 9.6.1 Reactor Coolant Isotopic Data
'9.6.2 Primary Coolant (0750-0852) 9.6.3 Primary Coolant (0852-1700) 9.6.4 Secondary Coolant Isotopic Data - Both SGs 9.6.5 Containment Atmosphere Isotopic Data .
9.6.6 - Containment- Atmosphere PASS i
)
.)
.. , .- . . . i
.~, - -
EP EXERCISE 1989 Section 9 9.6.1 REACTOR COOLANT ISOTOPIC DATA 0750-0852 0853-End (Pre-Overtemp) (Post-Overtemp). Nuclide pCi/cc pCi/cc-I-131 2.48E+02 6.15E+03 x I-132 4.01E+01 9.00E+03 I-133 1.68E+02 1.25E+04 l I-135 8.62E+01 1.10E+04 I-131 Equivalent 3.02E+02 1.08E+04
% Defect 100 100 Kr-85m 3.32E+00 1.35E+03 Kr-87 3.15E+00 2.50E+03 Kr-88 .6.99E+00 3.65E+03 l* Xe-131m 7.15E+01 4.00E+01 Xe-133 1.55E+02 1.25E404 Xe-133m 1.47E+01 1.85E+03'
_. Xe-135 , 7.87E+00 . 2.40E403 O 1 l
- l 1 <
Page 1
EP EXERCISE 1989 Section 9 8 9.6.2 Primary Coolant Unit 1: Post-Accident Sample System (Pre-Overtemp) 0'50-0852 POINT BEACH NUCLEAR PLANT REACTOR COOLANT POST-ACCIDENT SAMPLING ANALYSIS REPORT 1.0 ANALYSIS OF GASEOUS SAMPLE 1.1 Hydrogen Analysis 1.1.1 Scale / attenuation used on gas l partitioned Per " player" 1.1.2 Millivolt reading on chart recorder (if applicable) N/A 1.1.3 % hydrogen from calibration curve, or instrument output, as appropriate 0.241% 1.1.4 Volume of sample bomb in ml 19.0 , 1.1.5 Atmospheric pressure (mm/Hg) 750 0 1.1.6 cc/Kg hydrogen in coolant * (STP) '5.0
*cc/Kg H2 (STP) =
{f x y 4)x(jf x 1000 (1.1.3) x (1.1.5)
,~3.68 (1.1.4) 1.2 Radioactive Noble Gases 1.2.1 Decay time in minutes Per " player" 1.2.2 Sample count time in reconds Per " player" 1.2.3 Detector Per " player" 1.2.4 Geometry Per " player" 1.2.5 Common multiplier
- 31389 1.2.6 Volume of sidearm flask 1065 mis 280
*CM = (1.1.4) , (1.2.6) 0.5
. .6)
= 560 x( (1.1.4)
(1) See Section 5.2.2 of EPIP 7.3.2. EPIP-30 Page 1 of 4 (10-88) Page 2
EP' EXERCISE 1989 Section 9
. i 1.2.7 MCA Results I'sotope Concentration (pCi/cc)
Xe-133 1.55E+02 Kr-85m 3.32E+00 Kr-88 6.99E+00 Xe-133m 1.47E+01 Xe-135 7.87E+00 Xe-138 N/A Kr-87 3.15E+00 Xe-135m N/A l Ar-41 N/A Kr-85 N/A Xe-131m N/A 2.0 ANALYSIS OF LIQUID SAMPLE 2.1 Eoron and pH 2.1.1 Volume of sample 5.0 ml
~
2.1.2 pH of sample 8.82 2.1.3 Normality of NaOH 0.1N 2.1.4 _, Volume of NaOH used 0.093 ml 2.1.5 Concentration of boron
- 20 ppm
- ppm Boron = x (2.1.4) x 10810 2.2 Chloride Chloride concentration <0.05 ppm 2.3 Iodine Analysis 2.3.1 Decay time Per " player" min 2.3.2 Sample count time Per " player" sec 2.3.3 Detector Per " player" 2.3.4 Geometry Per"p$ayer" EPIP-30 Page 2 of 4 (10-88)
)
Page 3 k_______ -___;___--__________ _ _ _ _ _ _ _ _ _ _ _ _ - _ - _ _ .
EP EXERCISE 1989 Section 9
. e 2.3.5 Common multiplier
- Per " player"'
*CM = xF S
V, = Volume of sample (first dilution) F = Any additional dilution factors (2 or more j dilutions) See Section 5.4.3 of EPIP 7.3.2. 2.3.6 MCA Results Isotope. Concentration-(pCi/cc) I } I-130 as read I-131 -2.48E+02-
- I-132 4.01E+01 I-133 1.68E+02 .
-- I-134 - -
N/A' ' l I-135 8.62E+01-Total 5.42E+02 NOTE: THE FOLLOWING ARE NOT REQUIRED. HOWEVER, IF TIME' PERMITS, ANALYSIS OF AS MANY AS POSSIBLE WILL HELP-IN THE COMPLETION OF EPIP 1.7, " CORE DAMAGE ESTIMA-TION PROCEDURE." i Rb-88 as read l Cs-134 as read Cs-137 as read . 4 Te-132 _ as read ; Ba-140 as read La-140 as read ' La-142 as read I EPIP-30 Page 3 of 4 (10-88) l Page 4
l EP EXERCISE 1989 Section 9
. e 3.0 ROUTING AND APPROVAL Date Initials 3.1 Calculations completed by 3.2. Analysis completed by 3.3 Chemistry Director l 3.4 Health Physics Director 3.5 Technical Supp7tt Manager
)
{ I 1 EPIP-30 Page 4 of 4 (10-88) Page 5
EP EXERCISE 1989 Section 9 9.6.3 Primary Coolant Unit 1- Post-Accident Sample System (Post-Overtemp) POINT BEACH NUCLEAR PLANT REACTOR COOLANT POST-ACCIDENT SAMPLING ANALYSIS REPORT 1.0 ANALYSIS OF GASEOUS SAMPLE 1.1 Hydrogen Analysis 1.1.1 Scale / attenuation used on gas partitioned Per " player"
- 1. .I Milli; cit reading on chart recorder (if applicab1w) N/A 1,1.3 % hydrojen from cali.hration curve, or instrument outy/t, as ypropriate 0.103% ___
l.1.4 Voltane of : ample bomb f e C 19.0 1.1.S Atmospheri: pressure 4m/6ia' , 750 1.1.6 cc/Eg hydtcu n in <seusta.t (STP) 15.0
*cc/Kg H2 (STP) = x x (1 x 1000 0
= 3.68 (1 1 3) * (1 1 5)
(1.1.4) 1.2 Radioactive Noble Gases 1.2.1 Decay time in minutes Per " player" 1.2.2 Sample count time in seconds Per " player" 1.2.3 Detector Per " player" 1.2.4 Geometry Per " player" 1.2.5 Com,on multiplier
- 31389 1.2.6 Volume of sidearm flask 1065 mls 280 (1.2.6)
,g , (1.1.4) y 0.5 1.2.6)
= 560 x ((1.1.4)
EPIP-30 (1) See Section 5.2.2 of EPIP 7.3.2. (10-88) Page 1 of 4 Page 6
-_-________--__s_--- .- --
EP EXERCISE 1989 Section 9 sj 1.2.7 MCA Results j i Isotope Concentration (pCi/cc) i Xe-133 1.25E+04 _ _ , , , Kr-85m 1.35E+03 _ _ Kr-88 3.65E+03 ____ Xe-133m 1.85E+03 ___ Xe-135 2.40E+03 Xe-138 N/A Kr-87 2.50Ef,03 Xe-135m N/A Ar-41 N/A Kr-85 N/A i Xe-131c 4.00E+01 2.0 AN/1?515 0F L* QID) AMP Q l 2.1 Bo
-.r_o_n and pH l
2.1.1 Volume of sample 5.0 ml 2.1.2 pH of sample 4.50 2.1.3 Normality of NaOH 0.1 2.1.4 Volume of NaOH used 9.482 ml 2.1.5 Concentration of boron
- 2050 ppm
*ppmBoron=ff;I;3 x (2.1.4) x 10810 2.2 Chloride Chloride concentration 0.11 ppm 2.3 Iodine Analysis 1
2.3.1 Decay time , Per " player" min 2.3.2 Sample count time Per " player" sec 2.3.3 Detector Per " player" 2.3.4 Geometry Per " player" EPIP-30 Page 2 of 4 (10-88) Page 7
EP EXERCISE 1989 Section 9 2.3.5 Common multiplier
- Per *p]ger"
*CH = 1 xF V, = Volume of sample (first dilutiori)
F = Any additional dilution factors (2 or more dilutions) See Section 5.4.3 of EPIP 7.3.2. 2.3.6 MCA Results Isotope Concentration (pCi/cc) I-130 as read f I-131 6.15E+03 l .I-132 9.00E+03 l I-133 1.25E+04 l -- I-134 as read I-135 1.10E+04 Total 3.86E+04 NOTE: THE FOLLOWING ARE NOT REQUIRED. HOWEVER, IF TIME PERMITS, ANALYSIS OF AS MANY AS POSSIBLE WILL HELP IN THE COMPLETION OF EPIP 1.7, " CORE DAMAGE ESTIMA-TION PROCEDURE." g Rb-88 as read Cs-134 as read Cs-137 as read Te-132 as read Ba-140 as read La-140 as read La-142 as read EPIP-30 Page 3 of 4 (10-88) Page 8
i i EP EXERCISE 1989 Section 9 - *
. i 3.0 R0llTING AND APPROVAL Date- Initials.
3.1 Calculations completed by , l 3.2. Analysis completed by
]
3.3 Chemistry Director 3.4 Health Physics Director 3.5 Technical Support Manager 0 j l EPIP-30 Page 4 of 4 i i (10-88) Page 9 l j
. . - i. _b
l l EP EXERCISE 1989 Section 9 I 9.6.4 Secondary Coolant Isotopic Data - Both S/Gs (0750-0852) (0853-End) Nuclide Pre-Overtemp Post-Overtemp I-131 2.50E-04 1.00E-03 I-132 4.00E-05 1.60E-04 I-133 1.60E-04 6.00E-04 I-135 8.50E-05 3.40E-04 Xe-133 1.50E-04 3.00E-04 Xe-133m 1.50E-05 3.00E-05 Xe-135 7.80E-06 1.50E-05 0 Kr-87 3.10E-06 1.00E-05 Kr-88 7.00E-06 2.50E-05 i j Page 10 ( O g ,I
EP EXERCISE 1989 Section 9-9.6.5 Containment Atmosphere Isotopic Data 0820-0850 0851-0937 0938-End Nuclide pei/cc pci/cc pci/cc I-131 '3.20E-03 1.25E-01 1.20E+01 I-132 4.50E-04 1.05E-01 9.50E+00' I-133 2.20E-03 2.40E-01 2.30E+01 I-135 1.05E-03 1.90E-01 1.80E+01 Kr-85m 8.00E-05 4.30E-02. '3.90E+00 Kr-87 6.30E-05 3.90E-02 3.10E+00 Kr-88 1.60E-04 9.70E-02 8.60E+00 Xe-131m 2.00E-05 1.60E-03 1.60E-01 Xe-133 4.00E-03 5.10E-01 4.90E+01' Xe-133m 3'.80E-04 7.35E-02 '7.00E+00 Xe-135 2.00E-04 8.655-02 8.10E+00 l i l l l l
.I Page 11 l L -_ x_ .-- . - -
V i EP EXERCISE 1989 ! Section 9 POINT BEACH NUCLEAR PLANT k 9.6.6 CONTAINMENT ATMOSPHERE - POST ACCIDENT SAMPLING ANALYSIS REPORT l
. 1.0 HYDROGEN ANALYSIS 1.1 Scale / attenuation used on gas partitioned . Per " player" 1.2 Millivolt reading on chart. recorder N/A-(if applicable) 1.3 .% hydrogen from calibration curve, or instrument output, as appropriate. <0.1%
2.0 RADIOACTIVE NOBLE GAS ANALYSIS 2.1 Decay time in minutes Per " player" 2.2 Sample count time in seconds Per " player" 2.3 Detector Per " player"
)
2.4 Geometry Per " player" 2.5 Number of dilutions: (D) Per " player" 2.6 Common multiplier
- Per " player"
*CM = (D)1 x x (Pressure-Temperature Correction)
)
See Section 5.3.3 of EPIP 7.3.3. One or more dilutions may be i necessary. 2.7 Pressure-Temperature Correction (Pc + 14.7)(Tg + 459) l Pg (Tc + 459) Where Pc = Pressure in containment (psig) Per control room Tc = Temperature in containment (*F) Per control room P = Pressure in lab (psi) where 14.7 P = 14.7 x ("" "U} L 760 (mm Hg) T = Temperature in laboratory (*F) As read / EPIP-31 Page 1 of 3 (10-88) Page 12 I
-- ,s 3 EP EXERCISE 1989 Section 9
'Il 2.8 Results of MCA Isotope Concentration (pCi/cc)
Xe-133 4.90E+01 Kr-85m 3.90E+00 - Kr-88 8.60E+00 Xe-133m 7.00E+00 Xe-135 8.10E+00 Xe-138 N/A ) Kr-87 3.10E+00 l Xe-135m 8.10E+00 i Ar-41 N/A I Kr-85 N/A Xe-131m 1.60E-01 3.0 RADIOACTIVE IODINE ANALYSIS 3.1 Decay time in minutes Per " player" 3.2 Sample count time in seconds Per " player" 3.3 Detector Per " player" 3.4 Geometry Per " player" 3.5 Pressure-temperature correction (Same as Sectiod 2.7) Per " player" 3.6 Results of MCA I Isotope Concentration (pCi/cc) I-130 as read ' l I-131 1.20E+01 I I-132 9.50E+00 I-133 2.30E+01 I-134 as read I-135 1.80E+01 l , 1 EPIP-31 Page 2 of 3 (10-88) Page 13
EP EXERCISE 1989 Section 9
. , i NOTE: THE FOLLOWING ARE NOT REQUIRED. HOWEVER, IT TIME PERMITS, ANALYSIS OF AS MANY AS POSSIBLE WILL HELP IN THE COMPLETION OF EPIP.1.7, " CORE DAMAGE ESTIMA-TION PROCEDURE."
Rb-88 as read Cs-134 as read Cs-137 as read Te-132 as read Ba-140 as read La-140 as read La-142 as read 4.0 ROUTING AND APPROVAL Date Initials I 4.1 Calculations completed by 4.2. Analysis completed by 4.3 Chemistry Director 4.4 Health Physics Director 4.5 Technical Support Manager i i EPIP-31 Page 3 of 3 (10-88) Page 14
EP EXERCISE 1989 Section 10.0 1 10.0 SAMPLE OFFSITE DOSE PROJECTION l l l l
& S ,
i l 1 I e 4 _ _ _ _ _ _ _ __ ....______m__. _ _ _ _ _ _ _ m.. -- ._ _ _ .
EP EXERCISE 1989 Section 10.0-
. i, 10.0 SAMPLE OFFSITE DOSE PROJECTION' Dose projections for this scenario were performed using the AT resident
" Emergency Meteorology and Dose Assessment Program (MAD)."'
Sample projections for 16 cases follow. 4 4 i 4 e 1 1 I i Page 1 l L
EP EXERCISE 1989
'Section 10.0
************************* . e
***** TREND
SUMMARY
*** TIME OF SHUTDOWN: 748 HOURS
*** CASE
SUMMARY
CASE START DAY ELAPSED CASE SRCE CONTAIN NOBLE GAS IODINE NO: TIME: NO: TIME: LENGTH TYPE SPRAY: BASIS: BASIS: 1 945 1 1.95 0.02 LOCA OFF PLANT-DATA ESTIMATED 2 946 1 1.97 0.02 LOCA OFF PLANT DATA ESTIMATED 3 947 1 1.98 0.07 LOCA OFF PLANT DATA ESTIMATED 4 951 1 2.05 0.13 LOCA OFF PLANT DATA ESTIMATED 5 959 1 2.18 0.17 -LOCA OFF PLANT DA?A ESTIMATED 6 1009 1 2.35 0.17 LOCA OFF PLANT DATA ESTIMATED 7 1019 1 2.52 0.18 LOCA OFF PLANT DATA ESTIMATED 8 1030 1 2.70 0.17 LOCA OFF PLANT DATA ESTIMATED 9 1040 1 2.87 0.17 LOCA OFF PLANT DATA' ESTIMATED 10 1050 1 3.03 0.17 LOCA OFF PLANT DATA ESTIMATED 11 1100 1 3.20 0.33 LOCA OFF PLANT DATA ESTIMATED 12 1120 1 3.53 1.67 LOCA OFF PLANT DATA EST,IMATED 13 1300 1 5.20 0.50 LOCA OFF PLANT DATA ESTIMATED 14 1330 1 5.70 1.17 LOCA OFF PLANT DATA ESTIMATED 15 1440 1 6.87 1.67 LOCA OFF PLANT DATA ESTIMATED 16 1620 1' O.53 1'.67 LOCA OFF PLANT DATA ESTIMATED
*** METEOROLOGY
SUMMARY
CASE STAD LAKE-EFFECT WIND WIND MAXIMUM X/Q WORST NO: CLASS BREEZE SPEED DIR AT ONE MILE SECTOR 1 G NO 17.0 142 6.12E-05 NW 2 G NO 17.0 142 6.12E-05 NW 3 S NO 17.0 142 6.12E-05 NW 4 G NO 17.0 142 6.12E-05 NW 5 G NO 17.0 142 6.12E-05 NW 6 0 NO 17.0 142 6.12E-05 NW 7 G NO 17.0 142 6.12E-05 NW 8 0 NO 17.0 146 6.12E-05 NW 9 G NO 17.0 146 6.12E-05 NW 10 G NO 17.0 146 6.12E-05 NW l 11 E NO 12.0 144 2;13E-05 NW 12 E NO 12.0 144 2.13E-05 NW , 13 E NO 29.0 162 8.79E-06 NNW 14 E NO 22.0 165 1.16E-05 NNW 15 E NO 17.0 161 1.50E-05 NNW 16 E NO 20.0 152 1.28E-05 NNW Page 2
- , , _ _ - _ _ _ _ _ _ = _ _ _ _ _ EP E3ERCISE 1989 Section 10.0
'*** DOGE AND RELEASE
SUMMARY
CASE MAX DOSE AT 1 MILE WB THY EQUIVALENT PLANT RELEASES NS I NO: R/HR WB R/HR THY TREND TREND CI/SEC NO CI/SEC'I TREND TRENE 1 1.57E-06 2.65E-04 NA NA 7.63E-04 3.19E-06 NA NA 2 5.20E-04 8.79E-02 UP UP 2.53E-01 1.06E-03 UP UP 3 6.93E-04 1.17E-01 UP UP 3.37E-01 1.41E-03 UP UP 4 6.33E-02 1.29E+01 UP UP 3.00E+01 1.55E-01 UP UP 5 1.98E-01 4.03E+01 UP UP 9.62E+01 4.85E-01 UP UP 6 1.66E-01 3.38E+01 DN DN 8.06E+01 4.06E-01 DN DN 7 1.36E 3.27E+01 DN DN 6.60E+01 3.93E-01 DN DN 1 8 9.05E-02 2.18E+01 DN DN 4.40E+01 2.62E-01 'DN DN 9 5.82E-02 1.40E+01 DN DN 2.83E+01' 1.69E-01 DN DN 10 5.26E-02 1.47E+01 DN UP 2.56E+01 1.76E-01 DN UP 11 1.75E-02 4.88E+00 DN DN 2.45E+01 1.69E-01 DN DN 12 1.65E-02 4.60E+00 DN DN 2.31E+01 1.59E-01 DN DN 13 4.90E-03 2.17E+00 DN DN 1.66E+01 1.82E-01 DN UP 14 6.47E-03 2.86E+00 UP UP 1.66E+01 1.82E-01 NC NC 15 6.00E-03 3.40E+00 DN UP 1.25E+01 1.67E-01 DN DN l 16 4.06E-03 3.12E+00 DN DN 9.47E+00' 1.80E-01 DN UP
*** PLUME EXIT TIMES: .
TIME TO EXIT 5-MILE SECTOR: 0.25 HRS CLOCK TIME AT 5-MILE EXIT: 1815 HOURS TIME TO EXIT 10-MILE SECTOR: 0.50 HRS CLOCK TIME AT 10-MILE EXIT: 1930 HOURS Page 3
y - - _ _ _ _ _ _ . _ _ _ _ _ . _ _ _ - _ _ _ _ _ _ _ _ _ EP EXERCISE 1989 Section 11.0 11.0 PUBLIC INFORMATION 1 l J e e Page 1 ,
EP EXERCISE 1989 Section 11.0 l e POINT BEACH NUCLEAR POWER PLANT i PUBLIC INFORMATION j INTRODUCTION
] !
A significant aspect of emergency response is providing news-media and the ' j public with accurate and timely information about the accident. The public's perception and reaction are influenced by the information relayed to them. Certain elements within the exercise will test the Public Information response to ensure Wisconsin Electric Power Company is prepared for an emergency at j Point Beach Nuclear Plant (PBNP). The Joint Public Information Center (JPIC), I including rumor control will be activated and fully exercised. Preselected individuals will pose questions to players as concerned citizens, employees, members of the legal and financial communities, government officials, and as members of the media. A name and media outlet (print or electronic) should be used when acting as media. The following pages include questions for callers to test public information activities. Each list of questions if grouped by time in relation to specific events in the Exercise Scenario. Free play by callers is encouraged. Always precede call-in questions with "This is , a a Drill.", If you are playing a reporter at the JPIC, free play question based on the ! information given during the briefings are encouraged. Additionally, questions about Wisconsin Electric Power Company, the state or counties, background on PBNP, radiation,. protective actions, etc. can be asked. l l 1 f Page 2 w x :_ _= __ _ . - . w_ - _ - _ _ _
EP' EXERCISE 1989 Section 11.0 4 11.0 PUBLIC INFORMATION 11.1 Media Calls to the Media Hotline 11.2 Calls to the Telephone Group and Operators 11.3 Outside Calls to Various Company Locations , 11.4 Public calls to the JPIC Information Hotline
, 11.5 Public Information Message / Action '
6 Page 3 _. _ _m___ _ _ - . . _ 9 - - . = - -_----- - - - - - -- -^
1 i EP EXERCISE 1989-Section 11.0.
, i 11.1 Media Calls to the Media Hotline CAUTION: PRECEDE AND FOLLOW ALL CALLS WITH THE STATEMENT "THIS IS A DRILL."
CALL: 221-4444 or any of these questions can be called to any WE number. See company classified section. TIMI QUESTIONS 9:00 1. Manitowoc Herald-Times calling. What's happening at the Point Beach Nuclear Plant? We have a report of a problem.
- 2. Is Unit 1 operating? If not, why not?
- 3. Was the unit shut down automatically? If not, why not?
- 4. Was the reactor out of control?
9:30 5. This is the Associated Press in Milwaukee. Our station in Manitowoc tells us there's a problem at' Point Beach Nuclear Plant. What can you tell us? Can we send a reporter to the plant?
- 6. This is Tom Jameson of WTMJ-TV. We're sending a crew up to the plant. Whdre should we go? Who can we talk to up there?
10:00 7. WHBY in Appleton calling. I need a quick rundown of the accident sequence for-our listeners.
- 8. Who's to blame for this accident?
- 9. Is this going to get worse? When will you know?
- 10. Has the NRC been notified? What about the state? What's the plant status at this moment? What's the emergency level at the plant?
10:30 11. WOMT radio, Manitowoc. Are there any emergency centers set up by the county or state or WE? Where are they? Can we check in there? When will there be someone up here to talk to us live?
- 12. At what time were offsite agencies notified?
- 13. What emergency facilities is WE operating?
i 11:00 14. Calling for NBC, Chicago. Are there indications of radiation where it doesn't belong in the plant? l Page 4 J
EP EXERCISE 1989 Section 11.0 i
. TIME QUESTIONS 11:05 15. Ray Gun, WHBY radio, Appleton. I need an answer quickly please--how much radiation are your releasing and how dangerous is it?
- 16. What protective actions have been initiated for residents?
- 17. Is this going to affect power supplies in Appleton? What about your customers elsewhere in Wisconsin and Michigan?
11:15 18. CUB Radio, Manitowoc. What do you know about evacuation orders or plans? If you can't tell me, who can? 11:20 19. Bob Johnson, World News Tonight. What precipitated the accident? Which systems failed to work properly, and why? 11:25 20. This is John Jones of the USA Today calling from our Chicago bureau. We're putting together tomorrow's paper and wonder if you think you'll have this emergency under control in time for our deadline? 1
- 21. What kind of liability problems do you expect growing out of this? What's your insurance coverage?
- 22. Was operator error involved? How much radioactive water was released into containment and how " hat" was it?
11:30 23. CUB has issued a statement to the press critical of the way you run your nuclear plant. They say this wouldn't have happened if l you would have closed the plant years ago as CUB demanded. What is your response? l 11:35 24. I have it on good authority that several employees at your plant ' have mutinied. Who are they? How many are there? What are you going to do without them? 12:00 25. I'm Joe Hill from the Reuters News Service. Your stock has been up lately, but this will probably send it tumbling on the market today. You've had a good safety record at Point Beach but was this accident just a matter of time? 12:15 26. I'm Kelvin Rocks, WNFL radio in Green Bay. I'm doing the news today and I need a description of how a nuclea'r plant works and what went wrong. 13:00 27. This is Paul Hayes of the Milwaukee Journal, on deadline for the early edition. I need a quick quote from an officer about this accident, and some technical detail on what happened. Page 5
.w - . ,
EP EXERCISE 1989 Section 11.0
, . I 11.2 Calls t.o the Telephone Group and Operators CAUTION: ' PRECEDE AND FOLLOW ALL CE.I.S WITH THE STATEMENT THIS IS A DRILL."
CALL: . 221-3333, 221-3700, 221-3287, 221-3409 TIME QUESTIONS 9:00 1. ,This is Paul Jones, WE customer. Can you tell me'what's happening at the nuclear plant? What are you telling customers?
- 2. Is there any emergency at the nuclear plant? Are people ~being
. evacuated? I have relatives near Manitowoc. Are they safe:
- 3. How dangerous is the accident'at Point Beach?
9:15 ' 4. Please give me information about the nuclear disaster:
- 5. Hello. I'm a Wisconsin Electric Stockholder and I'm concerned '
about my investment. Can someone tell me whether.I.should sell?' 9':30 6. I understand there's an emergency at the nuclear plant. My home-is scheduled for an Energy Audit today. Will the person still be coming?
- 7. Will the Point Beach accident affect my supply of electricity? :I own a factory in West Bend. Should I. shut down?' If so,_who's going to pay for lost' time? '
- 8. This the Wall Street Journal in New Your_ calling about the accident at the Point Beach Nuclear Plant. What can you tell me?
10:00 9. I hear there's been an accident at your nuclear plant. Is it safe to send my children outside to play? ' They're visiting Grandma in Two Rivers.
- 10. This is Sarah Jones. My husband works for WE in the Nuclear Department. He went up to Point Beach for a meeting today. Is he safe? Where is he?
- 11. My electrical service is out. I think it's due to radiation from Point Beach. Help!
10:30 12. I'm going up to Point Beach State Forest tomorrow, will it be . safe to go there with the incident going on at the Plant? Page 6 1 4 4 _ m__ 2_ _--_m2-------- ' - - - '-"----M--"'-""--------*-~'
r ____ _ _. ..
. ?
EP EXERCISE 1989 ! Section 11.0 ) e TIME QUESTIONS
- 13. This is.the producer for "Geraldo." I want people for tomorrow's I taping to talk about the incident. .
- 14. Will the damage done to Point Beach from the accident. increase my bill?
q
- )
11:00 15. I live in Appleton. I'm afraid if Point Beach blows up the wind I will carry the radiation and blow it on us. What should I do?. 1 4 e- a-- . .. l I
'I i
Page 7 i
.**_. _ A_: . .___._._:n__ _ _ _ _ _r
EP EXERCISE 1989 Section 11.0 1 11.3 Emoloyee Calls to Various Company Locations CAUTION: PRECEDE AND FOLLOW ALL CALLS WITH THE STATEMENT "THIS IS A DRILL." ADDITIONAL INFORMATION NEEDED CAN BE SUPPLIED BY cATJRR. TIME QUESTIONS 8:45 TOUR GROUP TO ENERGY CENTER (755-4334) - This is Designer Tours, we l want to stop at the Center at 9:00 for a short tour. l 10:00 STOCKHOLDER TO STOCKHOLDER'S HOTLINE (221-2100) - I have 5,000 shares of WE stock. This accident will ruin my retirement, what should I do? l CITIZEN TO ENVIRONMENTAL DEPT. (221-2151) - What can I do to protect myself from radiation? 0FF-DUTY UNION MEMBER TO LABOR RELATIONS (221-3160) - We are going to want extra pay to go back to Point Beach if there's radiation there. 11:00 LOCAL FARMER TO CLAIMS DEPT. (221-3437) - I've got 15 pigs that died from radiation. You make arrangements to pay for them or I'll drop them at 231 W. Michigan! CITIZEN TO DIVISION OPERATIONS IN APPLETON (54-401) (354-8100) - I think radiation is leaking into my home from Point Beach electricity. What can I do? CITIZEN TO CUSTOMER RELATIONS (221-2860) - My husband has electrical medical equipment attached to him at home. Because of the accident will power be lost? The back up battery system won't last, will he die? 11:30 FARMER IN PBNP AREA TO CLAIMS (221-3464) - My farm hand ran off because he's afraid of radiation. I have work that needs to be done. I need help. It's your fault! MEDIA TO MEDICAL DEPT. (221-2840) - We would like a synopsis of the medical effects of radiation exposure. 11:45 LOCAL PBNP HOTEL OWNER TO CLAIMS (221-3437) - Some guy from WE came in and said I should hold 10 rooms for him. He said they would be needed. . .I took him at his word. No one showed up. I lost money by holding these rooms. Who's going to pay? WIFE OF PBNP WORKER TO LEGAL (221-2760) - Is my husband going to be compensated if he's exposed to radiation? STOCKHOLDER TO CORPORATE SECRETARY (221-2786) - I want to unload my WE stock. What's the fastest way? Page 8
f EP EXERCISE 1989 *
'Section 11.0 TIME QUESTIONS 12:45 SCHOOL TEACHER TO CONSUMER RELATIONS (221-2875) - I was scheduled to take my class to the Energy Center tomorrow - What should I do?
OUT-OF-WORK CITIZEN TO HUMAN RELATIONS (221-3090) - You'll probably-need extra workers to clean up the plant. I'm saady to go. Where do I sign up? i 13:00 MEDIA TO ENVIRONMENTAL DEPT. (221-4346) - We need someone from WE.to l explain the radiological' impact of the plant for the evening news. CITIZEN TO CLAIMS DEPT. (221-3437) - I have a summer cabin on Lakeshore Drive, approximately 2 miles from the plant. It's worthless now, no one would buy it. You'll buy it, won't you? 13:30 CITIZEN TO PLEASANT PRAIRIE POWER PLANT (694-8 00) - What's going on? Heard about the nuclear accident - That's you guys, right? 14:00 PUBLIC CITIZEN'S GROUP TO LEGAL DFPT. (221-2760) - We know about the accident at Point Beach. We're coming down to picket at your' headquarters. Please have someone thes a: de can talk to. ' q WISCONSIN STATE JOURNAL TO WE GENERAL. NUMBER (221-2345) - We're sending someone'over to the PSB in 5 minutes, We'll want to talk to l a spokesman.
- SENATOR' JOE STROHL'S'0FFICE"TO PUBLIC AFFAIRS '(221-2138)' - He wants to meet with a WE official to discuss the impact on the state's economy and what's being done to resolve the problem.
TV NEWS REPORTER TO STOCKHOLDER'S HOTLINE (221-2788) - What procedures do you follow in situations like the one 0; tng on at Point Beach? Page 9
EP EXERCISE 1989 Section'11.0 11.4 Public Calls to the JPIC Information Hotline j i CAUTION: PRECEDE AND FOLLOW All CAI15 WITH THE. STATEMENT "THIS IS A DRILL." j CALL: 793-5594 i CALLER TO HOTLINE SHOULD FABRICATE CALLER'S NAME, PHONE NUMBER, ADDRESS, AS APPROPRIATE. , TIME QUESTIONS I (Begin when hotline is activated) Hour'1 1. I heard sirens but don't know what to do. How do I find out? ;
- 2. I'm a farmer. What about rey animals? Who'll pay if they're sick and die?
- 3. I need to know where the radiation is going and how dangerous it is. What's being done to protect people?
- 4. I live in Mishicot. How much radiation is being released? What should I do?
- 5. I heard some sirens going off. What does that mean?
- 6. I heard over the radio that they are having problems at the nuclear plant. We're having a skating party tonight.. Should we call it off?
- 7. I'm a reporter for the Appleton Post Crescent, and I just heard that there has been a release of radioactivity detected at the nuclear plant. What caused this release?
Hour 2 8. This is Mrs. Frankel, I live near the plant. My 8-year old son and his friend are in the woods near the plant. I can't find them, what do I do? , I
- 9. *y husband and I and our two children just got back from fishing
.tt Two Creeks Park. On our way home, we heard on the radio that there has been an accident at the Point Beach Nuclear Plant. Why weren't we informed? Will we get sick because we were so close to the plant during the accident?
- 10. A man just came to my door and wanted to check my house for radiation. He said he was with the nuclear emergency team. He's upstairs now. I don't like someone just coming into my house like this. Is this guy for real?
i Page 10 i
~
l _n_- _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ - _ _ - _ _ _ _ - _ - _ - - _ _ _ - -- -
l EP LXERCISE 1989 Section 11.0 e TIME QUESTIONS
- 11. I heard at a local watering hole that a guy was missing at the plant. Somebody said that this guy sabotaged the plant to make it go wacky. Just wanted to let you know.
- 12. This is Doug Day, WOMT Radio. I'm taping this to use on today's news. I'm going to ask you some questions and use the results in the story. What's happening at the plant? What should people do?
- 13. I'm a reporter for CBS News, on my way to the "JPIP". I'm in Manitowoc now. How do I get there? By the way, what's going on at the plant?
- 14. Do you know it they'll need workers to help clean up the mess at the plant? U%re can I sign up?
Hour 3 15. I'm the head of a neighborhood committee. We've elected a spckesman, who's coming down to the Community House to speak his mind on this nuclear thing. Who should he ask for? l
- 16. This the number for the Recreation Department isn't it? Will there be boy's basketball tonight?
- 17. My husband works at Point Beach., Where is he?
~
- 18. T'in trying to reach one 'of the NRC gtiys. 'Can you get a message to him?
)
- 19. If I think I've been exposed to radiation, what do I do?
- 20. Should I pick my children up at school? They are in Two Rivers.
- 21. I was planning to go fishing this afternoon. Is it safe?
Page 11
s EP EXERCISE 1989 Section 11.0 i
.( \
\. 11.5 Public Information Message / Action 4- . 1% 1 I Page 12 i m _i.____2___.____
m R
'1' i
I EP EXERCISE 1989 l Section 11.0
. ei PI CARD R Time: 8:50 FOR: Energy Center Coordinator MESSAGE / ACTION:
I THIS.IS A DRILL i This is Artistic Tours, we would like to stop with a bus tour in about 15 minutes, we just want to look around for about half an hour.
, For Controller Use Only JPIC controller should HAND or CALL the message to ENERGY CENTER.
Coordinator will respond to the controller. Controller should note the response. ,, , , I l l Page 13
i EP EXERCISE 1989 Section 11.0 PI CARD #2
.) 1 Time: Throughout day.
After JPIC Activation ; i
-1
)
FOR: JPIC Controllers
~
i MESSAGE / ACTION: 1 THIS IS A DRILL i Use video camera and act as'a news team. Be demanding. Ask for special interview. Ask leading questions. Ask to see working area. For Controller Use Only When finished, evaluate tape. I
.. . . ~
l
)
l
'I i
i l' t i l l i Page 14
.i i
l
. .. .:__-_. . .-. _. _r _
?4'.
EP EXERCISE 1989 Section 11.0 PI CARD #3 Time: After 1st News Conference FOR: JPIC Controller MESSAGE / ACTION: THIS IS A DRILL You will represent several reporters demanding a press conference be held now. They just arrived, have deadlines and can't wait until the next news conference. l For Controller Use Only Record response to your statement. Page 15
\ $
j , e n
EP EXERCISE 1989 Section 11.0 0 PI CARD !4 Time: 12:00 FOR: Public Affairs Coordinator Assigned to PSB MESSAGE / ACTION: THIS IS A DRILI. You have just received this phone call: John Brown - Senator Kohl's office. Senator wants meeting with Mr. McNeer at 2:30 p.m., est. He will be at the PSB at that time. For Controller Use Only PSB controller should HAND or CALL the message to Public Affairs Coordinator. Coordinator will respond to the controller. Controller should note the response. Page 16
..n.
___._m. _m.___--- _ _ - - - - - - - - - - - - - - - - -
.=
EP EXERCISE 1989 Section 11.0 E PI CARD #5 Time: 12:45 FOR: Person answering general Communication Dept. number (221-2865) MESSAGE / ACTION: THIS IS A DRILL You have just received the following call through the switchboard: "We know what's going on at the plant. It should have been shut down years ago. We're coming down to picket in front of your building. We want someone to talk with us." Proceed as you would in a real situation. Remember, "This is a drill." For Controller Use Only PSB controller should HAND or CALL the message to Ger.eral Communications Dept. number. Controller should note the response. 0 l i 1 l l Page 17 l l
EP EXERCISE 1989 Section 11.0 e PI CARD #6 Time: 13:00 FOR: JPIC Director MESSAGE / ACTION: THIS IS A DRILL The emergency will have effects for several days and the JPIC will be functioning. The staff will need meals, lodging, and other items. Have someone establish an account with Purchasing. Once established, report results to JPIC controller. For Controller Use only JPIC controller should HAND the message to JPIC director. Controller should note response and time when results are reported. Page 18
ft
- l EP EXERCISE 1989 )
Section 11.0 f l PI CARD #7 Time: 13:15 J FOR: JPIC Director I MESSAGE / ACTION: THIS'IS A DRILL You have just received word that' CUB will-shortly be holding a press conference outside the JPIC in the north parking lot. How do you react to this information? For Controller Use Only- d JPIC controller should HAND or CALL the message to JPIC director. JPIC director j will respond to the controller. Controller should note response. ' 1 Page 19
.l EP EXERCISE 1989- j Section 11.0 J
. e PI CARD #8 Time: 13:30 I
.)"
FOR: Public Information Rep. at'PSB MESSAGE / ACTION: THIS IS A DRILL You have just received this telephone call: John Jar, CBS, New York. Would like an interview with company officer. They will be putting it on 2:00 p.m. CST " News Break". For Controller Use Only PSB controller should HAND or CALL the message to PSB PI Representative Representative will respond to the controller. Controller should note the response. -~ ~ - - Page 20 n : . .- . _ _ _ _ _ _ _ _ _ __ - --
'EP-EXERCISE 1989 Section 11.0' PI CARD #9' Time 13:30 FOR: Energy Center Coordinator MESSAGE / ACTION:
THIS IS A DRILL Enter JPIC. Present credentials for your newspaper, "The NO-Nuke News.". You want to attend news conference. If you get in to conference, go.into a tirade about how this plant should have been closed years ago, etc. For Controller Use Only Record response to situation. Page 21 l i .- -
\
EP EXERCISE 1989 Section'11.0 PI CARD #10 Time: 14:00 FOR: JPIC Director ; MESSAGE / ACTION: I , -THIS IS A DRIl.L 1 ALL phone service at the Community House has gone out. For Controller Use Only
- l' JPIC controller should HAND the message to the JPIC director.
1 JPIC controller should nots response. l PSB controller should note response and actions taken in the PSB. ; 1 l l Page 22 l u _ _ _ - . - - - - _ _ - - . _ _ _ _ . - -
l EP EXERCISE 1989 Section 12.0 .
'l I
12.0 EXERCISE PHONE LIST l l
>e l
l e
)
)
--_-y.------_---- _ . - - _ , _ _ . - - _ _ _ __ . - _ - - EP EXERCISE 1989 Section 12 8 EXERCISE PHONE LIST POINT BEACH NUCLEAR PLANT EMERGENCY PLAN EXERCISE
, MARCH 15, 1989-
* * *
- e e v 4
l
~~v -
-j i
EP EXERCISE 1989 Section 12 l l i 12.0 EMERGENCY PLAN EXERCISE TELEPHONE DIRECTORY 12.1 Exercise Controllers Extension Phone 12.1.1 Lead Controller 395 12.1.2 TSC/OSC 395: l. 12.1.3 Drill Control Room 374
- 12.1.4 EOF /SBCC 279 12.1.5 JPIC 269 793-2097 .i 1
12.2 Drill Control Roan - Duty shift superintendent Drill Ringdown j CR-TSC l 446 447 12.3 Technical Support Center. Drill'Ringdown TSC-CR 4 [ ? 12.4 System Control Supervisor 1-544-7007 l 12.5 All Other Onsite and Offsite Locations-l l Use the numbers which appear in the EPIP call lists. l l l Page 1 i
,_wj _ g 7_e ->t sn a e g 3 I l'- - - - - - -- i -}}