Latest revision as of 02:44, 19 May 2020

Text

Rev 1 to River Bend Station 1992 Emergency Preparedness Evaluated Exercise Scheduled on 920226
	ML20094E155
Person / Time
Site:	River Bend
Issue date:	12/20/1991
From:	; GULF STATES UTILITIES CO.
To:	;
Shared Package
ML19337F048	List: ML20094E155; RBG-36-153, Forwards Rev 1 to River Bend Station 1992 Emergency Preparedness Evaluated Exercise Scenario Scheduled for 920226;
References
	NUDOCS 9201060257
	Download: ML20094E155 (491)
	v • d • e

_ . _ _ _ _ . _ _ . _ . _ _ _ _ _ _ _ . _ _ _ . _ _ _ . _ _ _ _ _ _ _ , _ _ _ _ _ . _ _

QULF STATES UTIUTIES RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE FEBRUARY 26,1992

>-- -*h TLo10ho %5Wj Rev 1 12/00/91 i e .

l

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

l l

l 1

RIVER BEND STA ION l

1992 EMEROENCY PREPAREDNESS EVALU.9.TED EXERCISE

!- TABLE OF CONTENTS

,. Dan PARTI GENERAL INFORMATION

1.0 INTRODUCTION

11 2.0 KOPE AND OBJECTIVES 21 2.1 Scope 21 2.2 Objectives 21 2.2.1 Gutf States Utihties Objectives 22 2.2.2 Local and State Government Objectives 23 2.3 Simulations 2 11 l

3.0 _ EXERCISE INFORM ATION 31 3.1 Conduct of the Gercise 31 3.2 Precautions and Umitations 32 4.0 CONTROLLER INFORMATION 41 4.1 General Information 41 42 Controiler Instructions 41 4.3 Evaluation instructions 42 4,4 Personnel Assignments 43 5.0 PLAYER INFORMATION 51 5.1 Gen 6ral Information 51 5.2 Player Guidelines 51 I

6.0 SCHEDULE OF EVENTS 61 Rev.1 12/20/91

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE TABLE OF CONTENTS (Coct.)

Etan PART11 SCENARIO INFORMATION 7.0 _ EXERCISE SCENARIO 71 7.1 Scenario Timeline 7.2 Master Events Summary 7.3 Data Trends 7.4 Assumptions 8.0 MESCAGES AND PLANT DATA SHEETS 81 8.1 Messages 8.2 Supplemental Scenarios 9.0 _ RADIOCHEMISTRY SAMPLE AND OqlTE RADIATION DATA 91 9.1 Radiochemistry Sample Data 9.2 Area Radiation Data 9.3 Process Monitor Trend Data :

10.0 METEOROLOGICAL AND RADIOACTIVE RELEASE DATA 10 1 10.1 Radioactive Releasc information 10.2 Meteorological Data 10.3 Onsite Field Data 10.4 Offslie Field Data 10.5 Deposition Data 10.6 EDP Dose Projection and ProtectNe Action Recommendations Nume Position Maps 11.0 JOINT INFORM ATION CENTER M ATERI AL 11 1 l

Rev.1 12/20/91

4 ,e - --A5 - - +- -_

A544-._- - - ,, - - - - . * ~+v4- -- -4 maa- - A 4imAdaa ma - O aam.am.-Am4A2..pA4 4_h._a.. A.m a ha4_w.-

I t

SECTION 1,0 INTRODUCTION s

4

~

AlVER DEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE 1.0 JNIRQpECTION i

The Ri,cr Send Station (RDS), owned and operuted by Gulf States Utihtles (GSU). conducts an annual joint Emergency Plan Evaluated Exercise with the State of Louisiana ard the Parishes of East and West Feliciana East and West Baton Rouge, and Pointe Coupee. The evaluated exercise is conducted for the purpose of demonstrating that the health and safety of the residents of the frve parishes can be protected in the event of a radiological emergency at the plant.

The evaluated exercise will be conducted as outuned in Section 6. It witl include full mobilization of GSU State, and Parish agencies and resources, in order to demonstrate the capabilities to jointly respond to an accident at the p' ant. The evaluated exercise will demonstrate that ernergency response ctganizations are adequately trained to respond according to c Jrrent plans and procedures. Evaluated exercise participants will not have prior knowledge of the scenario.

The evaluated exerciss will be evaluated by evaluatora assigned by GSU, and governmental agencies. A critique will be conducted following the exercise to discuss exercise finoings identified. The time schedule for the critique is dentified in Section 6 and v41 be atterded by exercise Controllers, Evaluators and key exercise participants. All exercise findirvjs will be charactertzed and documented and subsequent resolution of emergency preparedness def c'encies shall be assured by management. Federal agency critique schedufes are a!!o delineated in Section 6.

This manual has been prepared to assist exercise Controllers. Evaluators and Observers in the conduct and evaluation of the exercise. This manual contains a:1 information and data necessary to properly conduct the exercise in an efficient and coordinated manner, 1-1 Rev 1 12/20/01

4 9

i

?

[

t b

SECTION 2.0 SCOPE AND OBJECTIVES 4

I k

t.

et%u:, m 'Am

._._.._._.m__._.. _ _.._._._ _._ _.___._ _.- _ . .

RIVER BEND STATION 1992 EMER0ENCY PREPAREONESS-EVALUATED EXERCISE 2.0 . 1 COPE AND OBJECTIVEft 2.1 SCOPE l

- 1he 1992 HNor Band Station Emergency Preparedness Evaluated Exercise, to be I conducted on February 26,1992, will test and provide the opportunV to evaluate h GLAf Statas Utilities' emergency plan and procedures as well as those of the State !

and local parishes. It will also test the emergency response organizations' ability to l, assess and respond to emergency conditions and coordinate efforts with other ';

agencico for protection of the health and safety of the public. !

The scenario will depict a simulated sequence of events, resulting in sufficiently ;

degraded conditions to warrant the mobilization of GSU, State and local agenclus to !

respond to the emergency. Whenever practical, the exercise will incorporate i

provisions for

free play

on the part of the participants.

2.2 OBJECTIVES I

The River Bend Station IIN2 Evaluated Exercise objectives are based on the Nuclear Regulatory Commission (NRC) requirements defineated in 10 CFR 50.47 and 10 CFR 50, Appendix E. Additional guidance is provded in NUREG 0654, FEMA-REP 1, Revision 1. l The major objective of the. exercise is to evaluate the Integrated capability of a major portion of the basic elements identified in the emergency plans and procedures. The speerfic cbjectives of the exercise to be demonstrated are listed below.

-i f

2-1 Ret 1 12/20/91 s

\

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

RIVER DEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE 2.2.1 AuJlfdaletull!!iletobjecilytt A. Demonstrate the ability to 6ssess 6nnial va!Ues of plant system and effluent parameters and provide continuing assessrnent of those parameters throughout the course of the accident B. Demonstrate the abildy to determine which emergency action level has been reached and property classify the emergency using the emergency action levels identif;ed in emergency procedures.

C. Demonstrats the ability to alert, notrty and mobihze oms.rgency response personnel, and fachties, send out initial emergency messages, and wam or advise indrviduals who rnay be in areas wrthin ths owner controlled area as necessary, D. Demonstrate the rehabildy and effective use of onstte and offsite emergency communications equipment and procedures.

E. Demonstrate the ability to coritro' radiological exposures, determine doses, control contamination, perform dose assessment, and mor4or indtvvha:s.

F. Demonstrate the abihty to make the appropnate protective action recommendations to State and local authonties utilizing all relevant factors.

G Demonstrate the abilay to provide 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months per day emergency response and the abikty to continue operation (24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months ) for a protracted period (on paper) 22 Rcv 1 17/?D/01

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE i

H. Demonstrate the line of succession for the Emergency Director /

Recovery Manager at the required emergency classification.

I. Demorsstrate the ability to fully actkate the Joint informatior' Center.

J. Demonstrate the ability to determine the magnitude and impact of the particular components of a release.

2.2.2 Local and State GovernmtnLQhjeci!ytt The Rrver Bend Station 1992 Emergency Preparedness Exercise objectives for the Parishes and State of Louisiana are based on the Federa!EmergencyManagement Agency (FEMA)requirementsdehneated in NUhEG 0654, FEMA-REP 1, Rev.1 and Guidance Memorandum Ex 3, March 1988 The spectfic objectives of the exercise to be demonstrated are listed below.

Obleettves for Parish EOCs

A. Demonstrate the abikty to monrtor, understand and use emerger.cy classtfication levels (ECL) through the appropriate implementation of emergency functions and actMtics corresponding to ECL's as required by the scenario.. The four ECL's are: Notification of Unusual Event. Alert, Site Area Emergency and General Emergency.

B. Demonstrate the abil.*y to fuffy alert, mobihze and activate personnel for both facihty and field based emergency functions C. Demonstrate the abihty to direct, coordinate and control emergency activities 23 Rev i 12/20/91

RlVER BEND STATION 1992 EMERGENCY PREPAREDNESS. EVALUATED EXERCISE D. Demonstrate the sbility to communicate wrth all appropnate locations, organizations and field personnel.

E. Demonstrate the adequacy of facerties, equipment, displays and other materials to support emergency operations.

F. Demonstrate the ability to continuously monitor and control emergency worker exposure.

G Domenstrate the abiltty to initia!!y alert the pub lic within the 10 mile EPZ and begin dissemination of an instructional message wnhin 15 minutes of a decision by appropriate State and/or local offielal(s).

H. Dernonstrate the abiltty to coordinate the formulation and dissemi-nation of accurate information and instructions to the public in a timely fashion after the initial alert and notdication has occurred,

l. Demonstrate the abildy to bnef the media in an accurate, coordinated and timely manner.

J. Demonstrate the ability to establish and operate rumor controlin a coordinsted and timely fashion (thdia briefings and interface are conducted at the Joint Information Center (JIC) at Rrver Bend Station (RBS). Rumor control is also conducted at the JIC through coordination between the Spokesperson and the EOC.).

K. Demonstrate the ability to make the decision to recommend the use of KI to emergency workers and institutionalized persons, based on

, predetermined criteria, as well as to distribute and administer it once the decision is made, if necessitated by radiciodine releases.

24 Rev i 12/20/91

k RIVER BEND STATION 1992 EMEROENCY PREPAREDNESS EVALUATED EXERCISE L Demonstrate the sbility and resources neccesary to implement appropnate protective actions for the impacted permanent and transient plume EPZ population (including transa dependent persons, special needs populations, handicapped persons and instnutionallred persorg M. Demonstrate the organizational ability and resources necessary to control evacuation traffic flow and to control access to evacuated and sheltered areas (EOC staff discussions willinclude overall trar fic control / access control problems and establishment. But, only one traffic control point / access contiof point will be established in each parish ).

N. Demonstrate the ability to identify the need for and call upon Federal and other outside support agencies' assistance.

O. Demonstrate the ability to maintain staffing on a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis by an actual shift change (local EOC spokespersons, the LOEP spokesperson, and the LRPD spokesperson assigned to the Joint Information Center will demonstrate actual shift change),

P. Demonstrate the abilny to coordinate the evacuation of onstte personnel *

West Feliciana Parish EOC only Oblectives for Mon /Decon Centers A Demonstrate the ability to fully alert, mobili2e and activate personnel for both fac3 tty and f60!d based emergency functions l 2$ Rev.I 12/20/91 l-l l

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

t RIVER BEND STAT 10N 1992 EMERGENCY PREPAREDNESS. EVALUATED EXERCISE 0, Demonstrate the ability to cornmunicate wnh all appropriate locations, organ! rations and field personnel.

C, Demonstrate the ability to continuously monitor and control .

emergency worker exposure.

D. Demonstrate the adequacy of facilities, equipment, supplies, procedures aM personnel for decontamination of emergency workers. equipment and vehicles and for waste disposal.

E. Demonstrate the abi!!ty to maintain staffing on a continuous 24-hour basis by an actual shrft change.

Obleeth'es for RfCeotion/Catt_ Centers A. Demonstrate the ability to fully alert, mobilize and acth' ate personnel for both facility and field based emergency functions.

B. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel.

C. Demonstrate the abdity to centinuously monitor and control emergency worker exposure.

D. Demonstrate the adequacy of procedures, facilkies, rquipment and personnel for the registration, radiological monitoring and decon-tamination of evacuets.

26 Rev 1 12/20/91 L

RIVER BEND STATION 1992 EMER0ENCY PREPAREDNESS EVALUATED EXERCISE E. Demonstrate the adequacy of facthties, equipment, supphes.

procedures and personnel for decontamination of emergency workers equipment and vehicles and for waste disposal.

F. Demonstrate the abihty to maintain staffing on a continuous 24 hour2.777778e-4 days 0.00667 hours 3.968254e-5 weeks 9.132e-6 months basis by an actual shift change.

fDitetNes for Our Ladretjhe_ Lake Hepjtll A. Demonstrate the abihty to fully alert, mobilize and activate personnel for both facility and field based emergency functions D. Demonstrate the ability to communicate with all appropriate locations, organintions and field personnel.

C. Demonstrate the ability to continuously monitor and centrol ,

emergency worker exposure.

D. Demonstrate the adequacy of medical facilities equipment, proce-dures and personnel for handkng contaminated, lajured or exnosed indrviduals.

Objectives for State EOC A. Demonstrate the abihty to monttor, understand and uso emergency class 6 cation !evels (ECL) through the appropriate implementation of emergency functions and activrties corresponding to ECL's as required by the scenario. The four ECL's are: Notification of Unusual Even . Alet Site Area Emergency and General Emergency.

27 Rev.1 12/20/91

t f

RIVER BEND STA110N 1C92 EMERGENCY PREPAREDNESS EVALUATED EXERCISE B. Demonstrate the ability to fully alert, mobilize and activate personnel for both faci!!!y and field based emergency functions.

C. Demonstrate the ability to direct, coordinate and control emergency activities.

D. Demonstrate the abutty to communicate with all appropriate locations, organizations and fie!d personnel.

E. Demonstrate the adecuacy of facildies, equipment, displays and other materia!s to support emergency operations.

F. Demonstrate the abDity to make appropriate protective action decisions, based on projected or actual dosage, 7PA PAG's, availabildy of adequate shelter, evacuation time estimates and other relevant factors.

G. Demonstrata the ability to initially alert the public wrthin the 10-mile EPZ and begin dissemina%n of an instructional message within 15 minutes of a decision by appropnate State and/or local official (s).

H. Demonstrate the ability to coordinate the formutation and dissemi.

nation of accurate information and instructions to the public in a timely fashion after the initial a!ert and nottfication has occurred.

t. Demonstrate the ability to brief the media in an eccurate, coordinated and timely manner.

J. Demonstrate the ability to estab5sh and operate rumor controlin a coordinated and timely fashion (Media briefings and interface are 28 Rtv 1 12/20/91

l RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE conducted at the Joint information Center (JIC) at Rker Bend Station (RBS). Rumor control is also conducted at the JIC through coordination between the Spokesperson and the EOC.).

K. Demonstrate the abildy to make the decision to recommend the use of K1 to emergency workers and institutionalized persons, based on predetermined criteria, as well as to distribute and administer it once the decision is made, if necessitated by radiolodine releases.

ObjectNes for LAPD. OPNS.RBNS EQE A. Demonstri . s the ability to monitor, understand and use emergency classification fevels (ECL) througn the appropriate implementa'Jon of emergency functions and act.vities corresponding to ECUS as required by the scenario. The four ECUS are: Notification of Unusual Event. Alert, Site Area Emergency and General Emergency, ,

8. Demonstrate the ability to fully alert, mobilize and actkate' personnel for both faellity and field based emergency functions.

C. Demonstrate the ability to direct. coordinate and control emergency activities.

D. Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel.

E. Demonstrate the adequacy of facilfties, equipment, displays and other materials to support emergency operations 2-9 Rev 1 - 12/20/91 -

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

l i

RIVER REND STATION 1992 EMEROENCY PREPAREDNESS EVALUATED EXERCISE F. Demonstrate the abi! sty to continuously monitor and control emergency worher exposure.

O, Demonstrate the ability, wrthin the plume exposure pathway, to p*oject dosage to the public via plume exposure, based on plant tnd field data.

H. Demonstrate the abdity to make appropriata protective action ,

heisions. based on projected or actual dosage, EPA PAG's, availabihty of adequate shelter, evacuation time estimates and other relevarA factors.

I Demonstrate the abihty to initially alert the public within the 10 mile EPZ and begin dissemination of an instructional message within 15 minutes of a decision by appropriate State and/or local official (s).

J. Demonstrate the abihty to coordirute the forrnulation and dissemi-tution of accurate information and instructions to the public in a

- timely fashion after the initial alert and notification has occurred.

N. Deinonstrate the ability to brief the media in an accurate, coordinated and timely manner, L Demonstrate the ability to make the decision to recommend the use of K1 to emergency workers and institutionalized persons, based on predetermined criteria, as well as to distribute and administer it once the decision is made, if necessrtated by radiolodine releases.

l' i

2 - 10 Ret 1 - 12/20/91

RIVER BEND STATION 1992 EMERCENCY PREPAREDNESS EVALUATED EXERCISE DhitetNes for J10 A. Demonstrate the ability to fuuy alert, mobilize and actkate personnel for both facilny and field based emergency functions.

B. Demonstrate the abMy to communicate with all appropnate locations organizations and field personnel.

C. Demonstrate the adequacy of faciuties, equipment, displ&ys and other materials to support emergency operattns.

D. Demonstrate the atJiity to brief the media in an accurate, coordinated and timely manner.

E. Demonstrate the abiidy to establish and operat6 rumor controlin a coordinated and timely fashion (Media briefings and interface are conducted at the Joint Ireormation Center (JIC) at River Bend Station (RBS) Rumor controlis also conducted at the JIC through coordination between the Spokesperson and the EOC.).

2.3 $!MULATIONS o Decontamination of onsite emergency workers and equipment will be simulated.

o Anti-contamination clothing will be worn, as deemed necessary by players, in response to simulated scenario conditions; however SCDAs will be worn and DQ1 activated.

o Repair actMties wi!! be simulated.

2 11 Rev.1 12/20/91

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE o Recovery actions will be limited to planning d:scussions.

o Actua! plant coolant and containment atniosphere samoles will not be drawn.

2-12 Rev 1 12/20/91

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

SECTION 3.0 EXERCISE INFORMATION i

l

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

RIVER DEND STATION 1912 EMERGENCY PREPAREDNESS EVA1.UATED EXERCISE 3.0 LYlRQ1$E INFOAMATIQlf 3.1 CONDUCT OF THE EXERCISE The exerdse will simulate an abnormal radiological incdont at the Rrver Bend Station.

The effectiveness of selected organizations, personnel and functions of tha appropriate Emergency Plans and implementing Procedures wil! be demonstrated.

The simulated emergency wdl then be terminated. The Recovery Phasa will be initiated, and the Exercise wal then be concluded i

Emergency response actions during the simulated emergency will indude:

recognition and classrfication of emergency conditions; personnoi accountability; search and rescue (if necessary); Protected Area evacuation; assessment of onsite/offsite r7diological consequences; alert /notificatico and mobilization of emergency response organizations; implementation of in plant correctNe actions, actkation/ operation of emergency response facittties and equipment; preparation of reports, messages, and record keeping; recommendation of protectrve actions (if necassary), termination of tha emergency condrticn and lirnited recovery / reentry discussions lhe Simuiator wdl be the central point for di:;tribution of exercise mess 39es and the key to ensuring that the Exercise progresses on schedule. Simutated plant parameters and annunciators will be provided to the Control Room operators usmg message forms and plant data sheets. A wide variety of plant hformation is provided so that at no time wdl the messages prompt the players or provide undue assistance in recognition of events. Information available on SPDS will also be provided in the TSC and the EOF where output consoles are located. Contingency messages (denoted by en Y after the message number) are delivered only when conditions desenbed in thr contro!!er notes have been met 31 Ru 1 12/20/01

RIVER DEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE Radiological and meteorological data (presented in Sections 9 0 and 10.0) and infonnation included in the supplemental scenarios (Section 8 2) will be disseminated by contro!! cts when players oemonstrate the capability to obtain the information from appropnate sources. At no time, unless noted specthcally as an exception, will information be interjected at a point where it would not be available in a real emergency. The Lead Controllers may interject other informatinn or change a message to ensure that the Exercise pro 0resses as planned.

The Exercise Players are expected to

free play

the scenario to the extent practical.

If corrective actions are postulated that would terminate the emergency, they should be identified to the Lead Controller in the affected facdity, so that the scenario will progress as designed. Notdications of, and contact with, supervisors, plant management, and offsite agencies will be made in accordance with the Emergency Plan Implementing Procedures. No simulations are to be aflowed unless specifically noted in the Exercise Manual or directed by a controller for scenano purposes.

3.2 PRECAUTIONS AND LIMITATIONS This section provides informstion for a!! exercise Contro!!ers and Observers related to the rules and guidelines to be followed throughout the conduct of this Exercise.

Pnor to inrtiation of the Exercise, a pre exercise briefing will be held to review the entire exercise process with all the Exercise Controllers and Observers o Should at any time during the course of the conduct o!this Exercise, an actual emergency situation arise, all activities and communications related to the Exercise will be susper.ded it will be the responsibility of any Exercise Controller or Observer that becomes aware of an actual emergency to suspend exercise response in his/her immediate area and to inform the Lead l 32 R u t-12/20/91

_ _ _ - _ ~.

. r

[_

i RIVER BEND STATION 1992 EMEHOENCY PREPAREDNESS EVAt UATED EXERCISE 1

Exercise Controller of the sittation. Upon notification of an actual emergency, ,

tne L.ead Exercise Controller may nottfy a,I other Control:ers to suspend all exercise actNities.

o Shou!d, at any time during the course of the conduct of this Exarelse, an exercise Controller or Observer witness an exercise participant undertake any action which would, in the opinion of the Controtter, plat.e either an indkidual of component in an unsafe condtlion, the Controlltst is responsible for intervening in the indNiduafs actions and terminating the unsafe actkrty immediately, o All repair activrties associated with the scenario will be simulated with extreme caution emphasted e,round operating equipment. Manipulation of any plant operating systems, valves. breakers, or controls in response to this Exercise is to be simulated There is to be no aheration of any plant operating equipment, systems, or circurts during the response of this Exercise. No pressurization of fire hoses, discharging of fire extinguishers, or initiation of any fire suppression systems will be allowed for the Exercise.

o All telephone communications, radio transmissions, and public address announcements related to the Exercise must beg.n and - end with the statement, "This is a dritr. Should a Controller witness a drill participant not observing this practice, it is the Controtter's responsibility to remind the individual of the need to fo: low this procedure. ,

o Any motor vehicle response to this Exercise, whether it be an ambulance, fire fighting equipment, police / security vehicles or field monrtoring teams, should observe all normal motor vehicle operating laws including posted speed limits, ,

stop bghts/ signs, one way streets, etc.-

33 Ro<.t 12/20/91

- 1 l

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE o Care must be taken to assure that any non panicipating irdMduals who may observe exercise actMties or overhear exercise communications are not misled into beliedng that an actual e ..ergency exists. Any Exercise Controller who is aware of an indMdual or group of irdividuals in the immediate vicinity who may have become alarmed or confused about the situation, should approach that individual or group and explain the nature of the Exercise and its intent.

34 Rev.1 12/20/91

I i

(

SECil0N 4.0 i CONTROLLER INFORMATION F

f

BlVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE {

l I

i i

4.0 CONTROLLER INFORMATION '

4.1 GENERAL INFORMATION Each Control:er shoald be familiar with the following: '

o The objectNes of the exercise (Section 2.0).

o The assumptions and precau!!cns being taken (Section 3.0),

o The exercise scenario, including the initiating events and the expected course of action to be taken (Sections 7.0 and 8.0).

o The various locations that will be invdved and the specific items to be observed at those locations.

o The eva!uation checklists provided.

4.2 CONTROLLER INSTRUCTIONS o Controllers will posnion themselves at their assigned locations 30 minutes prior to the activation of the facility for which they have responsibiiny.

o Controller comtnunications equipment wi!! be tested prior to exercise commencement. All watches and t. locks will be synchronized with the Le.2d Exercise Controller as part of the communications testing.

o All Controllers will comply with instructions from the Lead Exercise Controller.

41 Rev.1 - 12/20/91

RIVER BEND STATION 199;i EMERGENCY PREPAREDNESS EVALUATED EXERCISE o Each Controller will have copies of the messages controlling the progress of the exercise scenario. No message shall be delivered out of sequence or other than as written unless specifically authonred by the Laad Exercise Cont 4oller.

o Controllers will nqt provide information to the Players regarding scenario progression or resolution of problems encountered in the course of the simulated emergency. The exercise participants are expected to obtain information through their own organizations and exercise their own judgement in determining response actions and resolving problems.

o in the tevent any player insists that certain parts of the scenario era unrealistic, the Controllers have the Pole authority to clarify any questions regarding scenario content.

4.3 EVALUA710N INSTRUCTIONS Each Controller will take detailed notes regarding tne progress of the exercise and response of the exercise participants at their assigned locations. Each Controller should carefully note the arrival and departure times of participants, the times when major activities or milestones occur, and problem areas encountered Controllers' comments will be used for the purpose of reconstructing the Exercise chronology and preparing a written evaluation of the Exercise.

Controller evaluation forms for each facitrty/ team wi!! be distributed at the pre-Exercise controller briefing.

i i

i j 42 Rev 1 - 12/20/91

w - ae-aaa 4 A ._. 2a4.,. pas..m 2 - o* am. -

r 4.4 PERSONNEL ASSIGNMENTS b

n 'i. e m

.,;F1w 4. - . f,[r,,w.hw ' MM; .h,~. -

ij,I 'g.,,-

.a

, _ k.

N

.hn yhf?,

m u1 Qv,. .

+iu

-~.- ' , . - . ?; . . 2 s.

?

...-,av%,

-U '

' M,. , . ]i.;f'. n f)(pf.< -

i~ . w -- y

. d:?e y

_. .~' % %. .. ,1 s -rd o. ,

(i [' " [d 2k fIl k[

Y -

3EgggC2f

-J5'

&" Sl y@i ?i .;

m $hMg fi%dy;Qgh3 % ;

'j " . . 14%y[f%

~_f' G.jl y;[C *

.E4k jy 7 yQN*^- m{*4as t.

g.nkfy%)%x,eg49 %.;y.,, %. ,,-h w y;9' g[.p.g.Q; i$34,jf[ '.

..'. ~ ~.; S-aav W -j,y]04 qq 4 r, f f.T f M i-?' p. <ys.* 6 % . ,;,, ~:s .... - .

>- m**s y%,y

->- ..tu hg P x.;x%,%p,.* s ~. 4.;

..Ns e %)* .

n_ ,

L

. x yAh, .%_'. ~6'Ft-u. -es g

.r: ,. . c.n n. - w%e

,~,-~s, y.e. ~

n-fh h[Ndhk h( h +4, p.4;&}'f,;39j jk h

- - * -r j ;;:; "l <tr pp.i ?p.

,,~r;lf,q y qv,+,.g3, J., A , p:g,ZlT4-;g-@L _ p y gq+, .,57yg y

~ -

p.- -

- r- = ,-; y - 3.:9 . p y. m y:.angg, , , . -

4;.;g;,4 q :p. .

- .~y,g .g-zg s .~:-

. ,;r . .

- +,i'

.. ~ .e-g y. ,

, j ,,~ n .-

I + ~ N .,- h . .

. Ih' I

i TO SE PROVIDED BY GULF STATES UT!UT!ES b

b 1

a 4

4 1

9 c

% ,'m ,g, y

- - , - , + , , - , . , - - , -,e

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

I h

a i

SECTION 5.0 1

PLAYER INFORMATION i

f I

f t'

r 1

l r

l~

r l

I

~

m. -w'hy-' g-,- , , ,,

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE 5.0 PLAYER INFORM ATION 5.1 GENERAL INFORMATION This section provides information for all exercise Players. These guidelines should be followed throughout the conduct of the Exercise. A pre-exercise briefing will be held for key players to review the entire exercise process, including

Precautions and Limitations

in Section 3.2, and the following information.

The success of the exercise is largefy dependent on player performance. Appropri.

ate reaction to simulated emergency condrtions and demonstrated competence in the Emergency Plan and implementing Procedures are the key enteria by which the players are evaluated. It is imperative, therefore, that all player actions and activities are witnessed by a Controller. Any actions that are to be simu!ated must be brought to the attention of the Controller to ensure that credrt is awarded. The success of the exercise is based on the demonstration of the predetsrmined exercise objectives.

5.2 PLAYER GUIDELINES o Maintain a serious attitude throughout the exercise.

o Maintain courtesy and professionalism at all times.

o Teamwork is essential! Do your job and then help other people do theirs. For example, if you know certain information should be available, ask for it. This makes you look good and may reduce a deficiency for someone else.

o Think! Brainstorm and lock for all possible solutions or consequences of events. Maintain the ' big picture

of what is happening.

k I 5-1 Fev.1 - 12/20/91

RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE o identify yourself by name and function to the Controller in your area. Always wear your identification badge.

o if you are entering normal nuclear station radiation areas, observe all rules and i procedures. No one fincludina Controllers) is exempt from normal station radiolooical oractices and procedures.

NOTE: DO NOT ENTER HIGH RADIATION AREAS IN THE PLANT; FOLLOW ALARA PRINCIPLES.

o Observe a!! normal secunty procedures. All normal security procedures are in effect witheytaxeeption if a secunty condition arises, obey immediately the directions of Secunty officers o Elements of exercise play wel be introduced through use of controlled exercise messages and by information generated by Players as a result of a particular emergency actrvity performed. Therefore, be responsible for inhiating actions in accordance with instructions and responsibilities.

o Communcations should be concise and format with use of abbreviations m!.,imized. A! ways include "This is a dri!r.

o Use and demonstrate knowledge of the Emergency Plan and implementing Procedures.

o No response to an exercise situation wi!I be simulated without Controller approval. No action will be taken that reduces the margin of safety in the plant.

52 Rev.1 - 12/20/9t

l l

j RIVER BEND STATION 1992 EMERGENCY PREPAREDNESS EVALUATED EXERCISE o Keep a list of items which you believe wil! improve the plan and/or proce-dures. Paide this to your Controller / Evaluator at the end of the Exercise o Remember, one of the main purposes of an exercise is for you to assure yourself that you are adegrately prepared. Areas for improvement or lesson:

leamed, when identified, will improve your overall emergency preparedness.

I l

53 Rev.1 - 12/20/01

4 I

SECTION 6.0 SCHEDULE OF EVENTS '

b w

i 4,. c 46I % e- h " *

.. JWe' s .

~ E "

.f .

&,.s L : 6;L ' * :

M, g ... .

.ng3.<,.

~.bL

. .' .- i di g ' 4,

%.i. -- e -

w, .. ,. . , - -

' ,m. . z . . . , -

~ ,'s t, ~-u .mr.- _% C .llt%, *

.m . . . - ,x ,.

a:

. ,Q.

ggca; .. .

. _:u ;, jg.,

,;3.g.

.,.u6PQ

. ;;g h,

b' 'f, -

E' ' '

h gf bf * -h.-

[*l$$ . -- ~k$.:';. , , .

. N.,

f%: . h , h. %%$5 Uh,,,(l...?bhN:c.

m. w.!&b -

E?. . .$.?h_., ,.1J,C,ffhQ a

~}

& u.. 0g. faa.0 3 wh:w:.h hu. ~['; ;.hm. w, $ ** 5 5..ewt. .uw:v 4; ..

? 2 - .2 z .w,. $$ 4.% .

m m-, .

_$ a.4ww

.-,.u.~. .. y 7e . .-m -

5. .

.*b NN.

..t --

&fl< ? h-;-Ai.

L

'n

a :

Q9'k. s c.lYkhz? c.:., %t .M- W v** Y~ '% v;M 1 N M.hh&$dQ.5'N!g0 cc.s4. f N,#*?

~ *gW .~-;4dals:!? Wg % dtg;yv - c"VW **: ,>W-,_;, . n

ak.,,hw$e,nr.MWre q ~.~ h.;

n,

-Q -

M R ; y 9's+,-3..._ .L em 1

r- g=.h sx Q. = %q*$34f$yVc:M*,.T. c e. gx, x. y.: %g.W'.~W

+-

J 4- r./%

1

.n

Tip1MKb .;Li, h .< . +%jj' MQ,^2%itG~?^k ; '~ ~@

@ jfy+a.T** ? $?' :

. y .. , f ' , T f . J.* VSU ,

' '_ .3. .ry. Q.' ;;.3 G -. J. p p s-

-r

. s . 5- ". ,

~s'. ' r, e

- . . . , t, - , s

, ~ <

-t ,itm, . . .i

~*,a. ** ,

n-

. 1 c. m- % .;~ytp i'-* a r,

. ** p n., ' % .n . 'f 3 . L ^ -, .

. +

,,gg sc4 . c- _ . , .-~;. : .

.; ;t.g _.. e j s. , .

. 7 a.; p -

-k ^+as %- "' -

, g - 'S . 4' f,- - - - . ~ + ,

- =c.y; TO BE PROV;OED BY GULF STATES UTILITIES I

f

, a e, - A ~4 *8 ~

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

e k-SECTION 7.0 EXERCl"#E SCENARIO F

)

i V

v

, - . . . , , ., ..n,- .

1

'9 SECTION 7.1 SCENARIO TIMELINE

1 River Bend Station 1992 Evaluated Exercise Sequence of Events Clock Event Event Time Time Description INITIAL CONDITIONS 0715 00/30 RBS is currenvy operating at 100% power and has maintained 100% power for 102 continuous days. The core is near the end of core life with an exposure of 292 equivalent full power days.

Preferred Station Transformer 1RTX XSRIC is tagged out and disconnected electrica!!y to allow for investigation of high winding temperatures. Transformer oil samples are currently being taken for analysis.

Survei!!ances on the Emergency Diesel Generators were performed as required by Technical Speedication 3.8.1.1.1EGS*EG1B (Div 11 Diesel) failed the surveillance due to an inability to come up to speec within 10 seconds. The diesel generator was declared inoperable and tagged out at 0645. 1NNS SWGIA is being powered from Normal Station Transformer ISTX-XNS1C. All other 4160 volt busses are being powered from Preferred Station Transformer 1RTX-XSR10.

RWCU backwash receiving tank transfer will occur at 0745 per SOP-0090 Section 5.8.

-0745 00/00 A transfer from the RWCU backwash receiving tank to the phase separator commences. ,

0800 00/15 in the Radwaste Building a fiange break occurs at the six way valve in the six way valve room during the backwash receiving tank transfer causing a leak of high activity radwaste into the Radwaste Building on elevation 95' and 65'. ARMS alarm, readings exceed 1000 times normal readings. Health Physics is dispatched to perform air samples and local surveys. Radwaste operator is dispatched to locate leak.

7-1 Rev. 4 - 12/20/91

River Bend Station 1992 Evaluated Exercise Sequence of Events Clock Event Event Time Time Description 0815 00/30 Health Physics confirms the high radiation problem in the Rad-waste Building.

The Shift Supervisor should declare an Alert per EIP-2 001, ALERT EAL 04, ' Alarm of Area Radiation Monitors and Confirmation of Readings Greater than 1.000 Times Normal Lever.

The Shift Supervisor should direct the implementation of the following procedures:

EIP 2403,

Alert

EIP-2-006, ' Notifications

EIP-2416, ' Operations Support Center Activation

ElP-2417, " Operations Support Center - Support Functions

EIP-2418, " Technical Support Center - Activation

E!P 2419. " Technical Support Center Support Functions *-

EIP-2 023, " Joint information Center - Staff Activation and Functions

0845 01/00 Feedwater ' line ' break occurs between B21*MOV65A and B21*MOV7A in the Auxiliary Building Steam Tunnet if the Operators attempt to close B21*MOV65A, it will not operate,

- Check valve B21*VF010A (upstream of the testable check valve) is damaged and rendered inoperable when it slams shut at the time of the line break. Testable check valve (B21*AOV F032A)-

prevents a backflow of feedwater out of the Reactor Vessel.

A reactor scram occurs as Reactor Vesse! Water level decreases below level 111 (9.7 inches)c Reactor Vessel level 11 ( 43 inches) is reached. Reactor Core Isolation Cooling (RCIC) starts and begins injecting but requires an excessive period of time (approximately 90 seconds) to obtain rated speed and flow. Main Turbine Generator trip resulting in a 7-2 Rev. 4 - 12/20/91

River Bend Station 1992 Evaluated Exercise Sequence of Events Clock Event Event Time Time Description loss of 1NNS SWGI A. Div 111 diesel starts. HPCS falls to inmate due to a mechanical problem. Rx Recirc pumps trip. LOCA isolation occurs.

Reactor Vessel Level I is reached (143 inches). MSIVs close.

Division i Diesel Generator starts. Improper load sequencing creates an undervoltage condrtion on Preferred Station Transformer 1RTX XSRID followed by a loss of the transformer.

The Division i Diesel Generator picks up 1 ENS *SWG1A. The Division til Diesel Generator picks up the E22*S004. 1NNS.

SWG18,1NNS-SWG10, and 1 ENS *SWG1B are deenergized.

0900 01/15 An explosion occurs in RHR pump room A due to a build-up of oxy 0en and acetylene from an improperty secured Oxy-Acetylene rig, The explosion results in severe damage to RHR pump A motor. RHR Pump A casing, piping, and associated heat ex-changers are not damaged.

0915 01/30 RCIC turbine steam supply line break. RCIC is now inoperative.

A Site Area Emergency should be declared in accordance with EIP 2 001, SAE EAL 3, Inttlating Condition 3 *RCIC High Steam Une flow and High Main Steam Une Tunnel ambient temperature" or SAE EAL 6, intitating Condrtion 2, ' Main Condenser not available as heat sink and RHR Divisions A & B are inoperable and RCIC is inoperable *,

The Emergency Director should direct the implementation of the following procedures:

ElP 2 004, ' Site Area Emergency

EIP 2 006, ' Notifications

EIP-2420. " Emergency Operations Facildy Activation

EIP 2-021, " Emergency Operations Facilrty Support Func-tions" 7-3 Rev.4 12/20/91

. River Bend Station 1992 Evaluated Exercise Sequence of Events Clock Event Event Time Time Description EIP 2 426,

Evacuation

EIP 2427, " Personnel Accountability

EOP 1 directs the Control Room operators to reduce RPV pressure below the shutoff head of LPCS; thus allowing low pressure injection into the vessel for leves recovary.

1000 02/15 B21*AOV32A (A loop testable check valve) falls allowing reactor coolant to back flow through the break in the A Feedwater loop break. Reactor vessel begins depressurizing through the Feed-water break. Low Pressure Core Spray is injecting maintaining a stable reactor water level.

1030 02/45 A loss of Low Pressure Core Spray occurs. Reactor water level begins to decrease. A General Emergency should be declared in accordance with EIP-2401, GE EAL 2, initiating Condition 1,

Loss of any two of the following with the potential loss of the third. Fuel cladding: RCS Pressure boundary; Containment integnty".

The Emergency Director and Recovery Manager should direct the implementation of the following emergency procedures:

EIP-2-005,

General Emergency" EIP-2-006, ' Notifications

EIP-2-007, " Protective Action Recommendations

EIP-2412,

Radiation Exposure Controis' EIP-2413, "Onsite Radiological Monitoring" EIP 2-014, 'Offsite Radiological Monitoring" ElP-2-024, "Offsite Dose Calculations

1115 03/30 As Reactor Vessel Level decreases below 2/3 core height (210 inches), fuel clad degradation /fa!!ure occurs. Containmera radiation monitors and reactor coo! ant activity begin to increase, 7-4 Rev. 4 12/20/91

River Bend Station 1992 Evaluated Exercise Sequence of Events Clock Event Event Time -- Time Description 1130 03/45 An unidtered release to the environment frotn the steam tunnel via Turbine Building HVAC begins. Fuel damage worsens as water level continues to decrease.

1330 05/45 Power is restored to 1 ENS *SWG18. B21*MOV7A is shut isolating the leak. The RPV is reflooded using RHR pumps B and C. As level increases, indications show that proper overlap between the level ranges occurs. Level instrumentation is considered to be reliable.

1400 06/15 Shutdown cooling is establishec. Wrth no damage reported for

, Preferred Station Transformer 1RTX-XSRID, repowering of the transformer can be accomplished.

1430 06/45 Cold shutdown is established. A source of offs!!e power is available. Recovery and termination discussions are in progress as the trailing edge of the plume disperses.

1500 07/15 Exercise Termination.

7-5 Rev 4 - 12/20/91

a 4 <- o a + -

e i

e SECTION 7.2 MASTER EVENTS

SUMMARY

a

}

l' l

l

(^

l

3. .

e. m ea--+ma===m++=um.*af- w.sw- AAa my.cr--

-dwhma m-w wme m.mme-* gm --sa edma e mJam . ^ ma _4.whdme L4 L . , - - A AMa4Apa4__,Aah a.m s

,_s.

t

. 't s,

{

n:

s l

h '-

h ,:; >

.. -- )

r

)

f 8

I

l. .!

F b

h e

I

?- - !l 7

2 f I

)

e I

! 4 h -l t ,

- t 6

.f a

M i

)

i I

e >

3 a.

i

& . ji

!s i 1- }

e L.ATER ,

l ':

. i d h

i. .

_f 9

h 4.

4:' ,i e.-.- i g-.- r n

^

, h i

4 i 3.

i b

-h 4'-- ,4,

+

m

1. _': i -

I e

't p,. 1 j... .-

T .

j _ _:.

4 '

6

& 8

_h ,

"8 i )

/

T,..

I

1 g

al

=

J .

4.

i 2 -

& '}

- a j - -

i,

(-:

?'

--=.

.t a

1. '-

r y '- t 4-'y-*<*-'s'E g v- , rwp-grw,,ys,,eun,,,...,, ,, % r y % , m,._g .

9 SECTION 7.3 DATA TRENDS

e MO *E e d emppeF 2 1 4e 0. N Me Nm 4. N.m. eMe O e eOe O e- O O O O. O. O eO.O e w e eO Oge O zGOOOO weee

% QOuGRON@ O 0000 mmmmm w O

mm qM S e E e Ee M e EMop O. N. M. e N d. N. m, M. e-O O e eO.e e O O.. O. O. O. O. O O.e O v- Oe-C eE e. O Oe- Oe O. e eO.

%W or e N OCOOUON@ O 0000 mmmmee e- O O

e N

Om E E E 2 e e@ eer 2 4s D. N Me s3 N e 4 N. m sMe O e eveO e O O O* O * *O O Oew e O eewev O O Oerve C E OOOOOQ 4 OOOOOONOC 0009 enemm O N 5

e MO eO W E R E E Meeee W. O,N MNe d.N m.M.e c e e eODOOOOO.OOOOOOCE

+ e

eeeee eeeeec > DOOOO*

%d OOOOOONDO C000 mmmmm O* &

e e w 8e NM q eeeee r z a r x W.

OOOOOONOC O. N. M m 4 N me MN O

O* O 0000

+ O O M O O O O O O O O O O O O O Oam m m e m N N N N N m e m e m m eh e m e e e 60 M E E T E MONMm4NmMOOOOOOOOOOOOOOOOOOOO wM Meeee * *N * * *

m e m m e N N fd NNemmmmmmmem NM w l,OOOONDO 0000 ge e Om E E E E EdONMMWNmMOOOOOCQOOOOOOOOOCOOO Me eMeee * * * *N e *

emmmmeNNNNNmmmmmmmmme NM OOOOOON>O COCO e eN mc O mR T T r40NMedNmMOOOOOOOOOOOOOOOOOOOO e O O eeeee * *

e N * *

e mememNNNNNemenemmmmm

%M e

O e

OOOOQQNOO 0000 Om 04 w r m E .F W O. N M eWN .W+ N e. me O eeeee e OOOOOOOOOOOOOOOOOOO mmmmmNNNNNemmmmmmmmm

%N OOOOOONOO C000 ge e l

mO E N W E rdONMmWNmMOOOOOOOOOOOOOOOOOOOO dM Meeee * * * *N * * *

WememNNNNNemememmmmm NN OOOOOONDO C000 e eN Om Me E eEv'Ee E54DNMm4*

e e *

NmMOOOOOOOOOQOOOOOOOOOO

=

mmmmmNNNNNemmmmmmmmm

%N e eN O O O O O O N O' C' N 0000 n

b e e. amamme a e a a me W b E ^ b b b b b b eb b ^^b b b b e 4 w b r&4EE4 b & 4 b 6 4 a K4 a % e 4 N% %%% %KNA %&4% ^^ A b e %%

W w *. **

med w be NEW k k k w Nu b en %%g a b b M b4 g E E E E E E er Eg b gagw g b &g br% y b

aa WEgE w $C

4 u wwww *ww Ew%gm g E wg % %4 %aw N m b b awwa W E g% * *

wwe %n gNM E= gb r4 he = k w m= og e ew= qNo MN .weg g%. gc. . M g g a m E w , g %% gCOg w>> e w

= g e m% eeede M D= N4 New L qMMN E w w we mw %& E NNNN O M wee w. .

N k a C E Ema * *a w we 4 ew b *= = e g- e =w

e- e = O esi e *4 *4mEww b

e *OO m%@w* . gw E e a.b E w y)

- V

- O ga e+ 4&

s em 0% e mmOu

e e 'Je m3 . . mpANmc q

e y we

s t = OON= 44=

. b -

OU e s ed. ga * * * *COOa e

* .5 CO aeme *e e m. >

t w e= NO N h- t O kNwwh O

-4 e - m 3e W

> st F "I

e aw& w e ea6 e 9 W Ow ca e 3. e

+

g a m= w am eae *e *eme>

um.

v4q e em.

w e ta

. s t r

e a w ( ww 44 V @ @ @ b b e a w => Ene m

e Omw3m-h Q g wb e og es ez. e a a; C e ** O b b b ( W & e. y. ga

E F4 D W E We 3*% 4 4 6 & 7 be M 6o e t D We 44h 4 CCW W Op

- 4 w - A( m 6 o b

=

Cb oga g +b g e2 e s b . b e b eb e*

mb ** e# m W W w

0 0 e'* *s= 48 **

h Q , 3@ J e ***

C O C. w

[

o - PW D e eg g g@ 4- 4 = ww fu e W

en [ .$ s-4 o +, *-

f s e . P s 2 . c. c e6 L e e W

( (c. e M <e tw cmw. #. .

a ** .e. 2 e

obw, eJ 3l w e Q

&. e. C -C m s e C b

.e. > r E .C- s, ,0 a ., #

e e W w w . -4 .\* & ,4, . .O. - e ..c ee.

c=

2 *

'g

. o l 0 rbr ew t O b &

fe@

C m ta QOmW 11 ir rL- v. @>.s o O u uw E

eO u .o E -e4e l .- 6 C

e-b b .

es a b ,

Iewew

& w O W s @

QA G4 4 4& %

GW W O U 18v "tJ "e wb "m m .* 4 6 et GZs

b deu o ouo8EW*d h e-Q +, e$ 6

+

O * *

O b 3 3w ma ewe MeeU

=~

we b m. e. e. C

=e-& Oc w

n. o.

a- w-~

m++n& 4 74 60+ W 3 b ecowwwuuu-r

OA zm E 4 k r u p~

$ 4 <<*ub e40uvouem rameewaw w>ukuseu m aAwaw

((

=x &-+-wqmsNNeeNNM4ecoe NMvo-NM4mesma

}

, 4 0 e M 4 4 pt woc %s4memm&&&p ococoov eeee ee e e e **

Ne 3 e* *e rec ** w e v e e GT L

1 w NNev e e o e s * *

e e e e e e e a e e e. c, e s N. N. N N N N N. NNNNNNNN e e e e e n * *

e o eG w

&h eQ

,j O=

wwwwwWWwwwwwwwwwwwwwwwwwwwwwWwwwwWwwO kg g aW he% E S M E m& m E G k & W h uW E M E W M M M M E E MEN E

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

m ra t

.- esaeeez z w C. N. M. Ne-w* N m M.mOmOeOeOeONONrsN ON ON Omen

. O Om Oeen OO mO eenOO m O e O m

e eN OOOOOUNOO 0000 a

8m

%e q

zE eMeee

OOOOOONOO J O. N. M.C000 Nm4N.mMOOOOOOOOOOOOOOOOOOOO

m e m e m N N N N N en e6 eA m en m eA eA m A ge

e s mg g ErrazwCNMM4NmMOOOOOOgggDOOOOOOOOOOQ Ye Me b

e bbbObdNNd dddd * ## ## N N

O "

e 5

om e Me Ne W E R MM OO QQQQONDO EWONMMdNm.MOOOOOOOOOOOOOOOOOOOO-

* * *N *

C000 *mmmmmNNNNNmmemmmmmmm>

Me eN 4 O h mO wo W. O.O.N.N. M. O.w. C. N. M. NW eW N. m.M. e. m. N. N. e.w. N. m. e. e. N. e,0D O.O.O.M. N. M.ee Nw OMSDOOmOf?OO C0000000000"O004 *NNeQOOO ge O Om S, O. O. N. N. M. o. d. O. N. M

'Oq s mN 4. N. e. M. e. m. N. N. e. w. N. m. e. e. N. e. nQO-O. O. M. N. M. m.

NO OMDOOOmONDO OOOOOOOOOOOeOOOO .NNeOOOO Me O O

mO qm C. O. Oe N N. M. O. w. C. N. M e NG .W N. m. M. em m. N. N. m. W. N. e. e ee e N. e. b O. O e O e M. N. M. e e

%O Ne OMSDOOmONoc OOOOOOOQQOOwCOOO O. N O NeOOOO c >

e 4 e 4 m

e S. O.O. N. N. M. C.4. Q. N. N . M. m w N. e. m. e. m. N.. N. . . c.. .O4.NmeeNe&OOOMNMe

.O . . . . . .

Ne CMOOOOmONpo C00000000 C"OO00 Q

NNP. OOOO O

m e W. O. O.W.N. M. O.w.C. N. m. N 6- em O e O W O. m. m. N.N. e .m W e N.e m e e. N.e.o O O.O.O M N. m.m. e e

OMOOOOcONDO OcOOOOOOceOOOO *NN"OOOO O

Q 8m No q - C. O. O. N. N. M. o. d, O. N.NOe CMOOOOcONOO M.p e O C E O.

e e em 060000000eQ000

. m W N. m. 4. N.. e. p e.N.eO O e OOO.Me N

NN"OOOO e e M.e.

O O O

m e W O. O.Ne N. M. O. W. O. N. M.N eO eMeO Oe r o m. e. N. N. m 4. N.e. w. e. N. e.QO O. O.O.M.N. M.Me

. e

% OMDOOOmONDO OmCODOOQQeOOOO *NNeOOOO 8 n-6 m a nommme o e n m on W' k E ^ 6 k w w h h a w L aa6 L L 6

@ & w L &&&&&A L L $ % % F M 4 A&

u. % e 4%%%%%%K Nm N44% ^^ A b % ^ %%

end %ggk agt %k bag %%gM b b Mb &g b gg

& ** ** be ak L E E L EgE4 h Egga b && b g % L 4 ^ ^ L L W @@ =w 4 Lwwwwww s a a w4%%g%m w NA L b A wwe M E t QN e =w.W N+= . . wS g % 4 .w wwe % g a. % m To g 444 h o e b W ==

MM emww m. 4e4NN MN . N@ *wemEmme w L4MMN

Mg m Eg Ewp L ww t wo y aw%t a L KNN KOOK NNNN O

W .at . a g ae.ce e c c e. 4. M

= e= ..O.

w

.ewew=0M= Aqw.e g Nsn Eww4b Eme3g ETam

,= e- =

. e o g e =* u e k. 4 * . e

N N en 0 mN&w= = Kw a

w W

=L .0 e. e N e O. O. e 3. O e6 @ 3 .

e eb e o g -= 00%= eda 3e .

m O. Lgehm* m e

m. O. O. O O O. g . e mem* e*te,. *m

o e e* m 6= L

O N >= EE ON w w e.P

.Ou .e.-

W a

y e

T *3 CO*w E .ar S E e b 4

aOO@ S& O Jg C &"3.*3@

ehh e e ea

es. e e*=e to v&=

e w e. N * *w

=g ( eae*

ee

4 @ * {um W -w 8 es e e & . 4 4 *p r= m. W 3 m * "

AOKWE V & & 6 h b 9 9 m b Ef h >> fee W W

e e ed O k k k ( 4 6 m. e 4 ee **

Or 5 w

wree d a 3-===

0 6 . < t 6 c e su-a oO e e

e m

6

>< w*

. = *

< C C<*

0 0 &

W & eM- C C e Cb ow q WX *L M w d L w w=

== 0 4

g 3

- L

< 0* & ==

C' y& 0 **

DQ e-o6 L C eW C g a

a. O e 0e ee m. w* =** =* e 8 y se M =* e .ta t 3W4 & 't t t O

>Q = Oww @ % D 0 0 4 w= tw 3 h h 3M M2 W

w ==.et' w ) .o O

we m. M. .aC +C @

em e C'4C=

> g 0 0 b i.L.

wwp 44 e C { M PCw m er 0 w W b8&8 4# S **

W+

On he e

>- f4 - - h

$ M pv wp {' {+ Tw LN % Q o m m MO CZQ h e >h

-v= O b L 6 W &*

b D $ L O

@I2m W b 4 44 A w uOut--o--Com+o s . Osc4 <sse m g. W V W e-me D eo u--a - RKg g &

b ( GU

We O = 3w a

Q

+ 0 h Of a a

-w m ou awe mewu w-g L m. e. m.Ce&wCC 00 . . uO wC .O+hswt *s 3 v 3 h U O .b w 3 M Cowweuuu=E W GL 2 3 1 4L &up A $ 4 4 4 " k uvoOuuOmm rmacMwame*um usanawash O

~ t $

eO ne ceN o e m oa oooo wOeNM8OeNMamekeo OO ewe **e e ee p a N. -N.m ew e. we. oe. oe6 d e. ee.8 eA e Ne ee.Me.Ne.N me m $ oe. ON. O, N.Ns N. sNs N N N.* NNNNN.

Nw g e e e -o v r tw 3 e. e. e.

N* *b ba e p O

=

e W WWWWWWW W W WW WW WWWWWWW WWW W

& h 4 h ammM M e& W E M ak W k & W m e. h A k eW h W && # # E E N 3 e 6 WWWWWWW' o 6 W WWW U

f 01 7421P8109P1P7575668 00100000000 5

40

/3 000000M011 o-EEEEE

- - o - - - - - - - - - - - - - -

EEEEEEEE EEEEE 0a00 20 01 3 7 4 2 3. M. E. 0 0 0 0 0 6 9 1. Q.12 0 0 5 000c00 0o0C

57904233122589463233 9l11 017421281397177575668 0 000000101100100000000

+- + - - - - - - - - - - - - - - -

35

/1 EE0EEEEEEEEEEEE6EEEEE 0000 20 01 3 7 4 2 3.C.0 0 0 0 0 0 6 9 1 8 1 2 0 0 5 000000 2222 1571 44233122589463232 01 74212810971775T5668 5 0000001

+- - - - 011 + - -001 - - 000C0C00 1 0

/0 EEEEEEEEEEEEEEEEPEEEE- - - -

20 01 3 7 4 2 3 0 0 0 0 0 0 0 6 9 1 8 6 2. O.0 5 157144233122589463232 000000 0000 2222 017421 2810971 77575668 0 0000001011 00100000000

+ - - - + - - - - - - - - - - - - - -

05

/4 EEEEEEEEEEEEEEEEEE0EE 29 00 3 7 4 2 3 0 0 0 0 0 0.)t. 6 9 8.O.6 3 0 0 5 000000 0000 157144233122589563232 2222 1

017421 281097177575668 n1 000000101100100000000 e9 5

40

+- -

EEEDEEEEEEE' + - - - - - - - - - - - - - -

EEEEEEEEEE ts0 i2

/

/3 19 00 3 7 4 2 3 0.D.0 0 0 0 0 6 9.E.0 6 3 0 0 5 000000 0000 v/

e2 157144233122589563232 2222 e1 017421281097177575668 0

000000101100100000000

+ - - - - + - - - - - - - - - - - - - -

35

/1 EEEEEEEEEEEEEEEEEEEEE 374230000000698063005 000000 19 0000 00 157144233122589563232 5555 01742128107T177575668 5

0000001011

+ - - - - + -0O100000000 - - - - - - - - - - - - -

10

/0 EEEEEEEEEE(bECEEEEEEE 374230000000698063005 000005 1 9 5 0000 00 1571442331 22589563232 5555 01 74212810971 76575668 0 0000001011

+ - - - - + -00100000000 - - - - - - - - - - - - - -

05 EEEEEEEEEEEEEEEEEEEEE

/4 374230000000690073005 050000 1 8 010000 00 157144233122581563232 1 5555 01 7421281097176575668 5

0000001C11

+ - - -

00100000000

+ - - - - - - - - - - -

40 EEEEEEF&9EEEEEEEEEE9E -

/3 08 00 3.T.4 2 3 0 0 0 0 0 0 0 4 9 0 0 7 3 0 0 5 000005 080552 157144233122681563232 2 8778 0174212810971 76575663 0 0000001011

+ - - - 00100000000 35 EEEEEEEEEEEEEEEEEEEEE

/1 374230000000490073005 000005 08 080552 00 157144233122681563232 2 8778 017421281097176575668 5 000000101100100000000

+ - - - + - - - - - - - - - - - - - - -

10 EEEEEEEEEEEEEEEEEEEEE

/0 374230000000490073005 000005 08 080552 00 1571 44233122681563232 2 8778

'017421281o97176575668 000000101t001 00000000 0 + - - - - + - - - - - - - - - - - - - - -

35 EEEEEEEEEEEEEEEEEEEEE

/1 07 00 3 7 4 2 3 0 0 0 0 0 0 0 4 9. C.0 7 3 0 0 5 000005 08055?

157144233122681 1563232 2 8778

>)))

t : )

rrrr bhhh ee me r // //

)) ) h)

/ apeeee ss rs ilTf cc))) c ) ) ( ((

tk eeccce sscccs cc cc dc(

f

((A9CD t c ////// )) //

i o iiiill ccii rrrrrr rl cC ccccCc ssssss ccct oeoooo E ((((( ( ))// ss t t t t tt S ccii(()) it iiii

. )) cctc cc) ) )

I C

R t .tt tt cc//sstt cccc sh ecccccl i (( cc//cc) c c

owoooo ninnnn MMMMMM E un uuuu//CC uuli //c /

haEQDDDil sat tDDCcit c)i Y t t . . . .

E xt t t t t tC(( nn eet t(( ssics sstC/cc mmdddd eena D

E T

)

s E

muuuu(sk ssss tY aaaatt ee . . aarree(tt

( t t VV ss nn uuee

( ( c/(

si mamReR t t aaeeee A it n e .hhhh n s xxee n n V V g gh h eerre e t (A sua eennnn U n VgEEEEVV .

ddn nhh rriiii L

A U d ggBBl EE pss ph

.l rg eehh n t t LLLL es VA ( .t t t t t gS nnnnsgl1 . .

. .dd t t onssugs r omms m r ET n d e nnme aat t oetmnf urE PF aaea eeee ND A o l t a i o a d d B 9 G. C. l ll l l il l AAt ti P s sst t t t i

BsPPPPBB a nn00PP AAE u aasSSs f0 t GG f C a c

t c&iiiix nnnn .

.iibb /. /. n n t. .

n r r t .

.t

. St u f f iiii nnnn AE 1 R o uaaaaouuuu O. D. i eaao i nnWWT . . G on nr f f aaaa

$T t FRMMMNAAT T CCsMCC00SCA OOMMMM DR NO ET B!

N RO E M r V e .

8 I $

RS +s 8,8.2 2 2 2 0 0 8 8 4 4 6 6 15555PGPGPGPGPGPG 2C E

m 4 A1 1 1 111111111112111222711t 56 - - - 1 1 1 11 1 2?364 1 01 1 9O - - EEEE - - - - - - - - - - - - - - -

9R 0, 1 P 1 EECGGG.RRE D RI 23f ERRE RRR4RR EEEE R '.

RRERERE E E E F

a 4'

1992 RIVER RWD STATION EVAldATE0 EXERCISE '

PRCCESS P'Co#170R tREkD DATA i

orit! Ttee: 03/00 03/15 03/30' 03/45 04/00 04/15 04/30 04/45. 05/00 05/15 05/30. 05/45

Clock it e: 1045 1100 1115 1130 1145 1200 1215 1230 1245 1300 1315 1330 tu Arter Lexa*len (Units)

E-5A,8 f uei Bldg. Vent Exhaust (sti/sec) 1.3E+00 - 1.3E+00 1.3E+00 1.3E+00 1.3E+00 1.3E+00 1.3E+00 1.3E+00 1.2+00 ' 1.3E+00 1.3E+LD 1.3E+00 RE-6A,8 Rad.tast 8tdg. Vent Exh. (sci /sec) 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E-01 5.7E 01 5.7E-01 1GE-125 Main Plant Eshaust Duct (sti/cc) 7.4E -07 7.4E-07 7.4E-07 1.1E 05 1.6E-04 Osn OSM csp 8.9E-03 4.5E-03 1.8E 03 8.9E-04 2GE-125 Main Plant Enhaust Duct (sti/cc) 1.2E 04 1.2E-04 1.2E-04 1.1E-05 1.6E-04 OSH OSN 0$N 8.9E-03 4.5E-03 1.8E-03 . 8.9E-04 3GE 125 Main Plant Exhaust Duct (sti/cc) 4.3E-02 4.3E-02 4.3E 1.1E-05 1.6E 04 2.9E-02 2.2E-02 1.7E-02 8.9E-03 4.5E-03 1.8E-03 8.9E-04 4GE-125 Main Plant Exhaust Duct (sci /sec) 4.0E*01 4.0E+01 4.0E+01 5.0E+02 7.0E+03 1.3E+06 1.0E+06 7.5E+05 4.0E+05 2.0E+05 8.0E+04 4.0E+04 RE*110P Aux. Bldg. Vent (sCl/cc). . 2.0E-12 2.0E-12 2.0E-12 2.0E 2.0E-12 2.0E-12 2.0E-12 2.0E-12 2.0E-12 2.0F-12 2.0E-12 2.0E-12 RE*110G Auu. Bldg. Vent (sci /cc) '3.0E-08 3.0E-08 3.0E-08 3.0E 08 3.0E-08 3.0E-08 3.0E-C8 3.0E-08 3.0E-08 3.0E-OS 3.0E-08 3.0E-09 RE-11Sp furbin 8tdg. Vent (sti/cc) 3.0E-11 3.0E-11 3.0E-11 7.6E O's 1.0E-03 2.0E-01 f.4E-01 1.0E-01 6.0E-02 3.0E 02 1.0E-02 6.0E-03 RE 118G furbin 8tdg. Vent (sCl/cc) 1.0E 10 1.0E 10 1.0E-10 2.2E-05 3.0E-04 6.0E-02 4.4E-02 3.4E-02 1.8E-02 9.0E-03' 3.6E 1.8E-03 RE-124' C.O /0.G. 8tdg. Vent (sci /cc) - 2.0E-09 2.0E-09 2.0E 09 2.0E-09 2.0E-09 2.0E-09 2.0E-09 2.0E-09 2.CE-09 2.0E 09 2.0E-09 2.0E-09 RE-124G C.O./0.G. 8tdg. Vent (scl/cc) 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 2.0E-07 RE-126P Main Plant Emhaust Duct (scl/cc) 5.6E 11 5.6E-11 5.6E 11 3.8E-05 5.1E-04 9.6E-02 7.4E-02 5.6E-02 2.9E-02 1.5E-02 5.6E-03 2.9E-03

'RE-126G Main Ptar.t Exhaust Duct (scl/cc) 7.4E 07 7.4E-07 7.4E -07 1.1E-05 1.6E-04 2.9E-02 2.2E-02 1.7E-02 8.9E-03 4.5E-03 1.8E-03 8.9E-04 RE-111P Cont. Atmosphere (sci /cc) 9,1E 07 8.7E-07 8.5E -07 8.5E 07 8.3E-07 8.3E-07 8.2E-07 8.1E 07 8.0E-07 7.9E-07 7.9E-07 7.8E-07 RE-111G Cmt. Atmosrhere (sti/cc) 4.8E-05 4.7E 'J5 4.6E-05 4.6E-05 4.6E-05 4.6E-05 4.5E 05 4.5E-05 4.4E-05 4.4E-05 4.4E 05 4.3E-05 RE 112P D.W. AtmosrAere (sci /ce) 6.1E -07 5.2E-07 5.7E-07 5.7E-07 5.6E 07 5.6E-07 5.5E-07 5.5E 07 5.4E-07 5.4E 07 5.3E-07 5.2E-07 RE-112G D.W. Atsosphere (sci / c) 3.2E-05 3.1E-05 3.1E-05 3.0E-05 3.0E-05 3.0E-05 3.0E-05 3.0E-05 3.0E-05 2.9E-05 2.9E 05 2.9E-05 RE-103 SCTS Effluent (sti/ec) 2.0E-06 2.0E-06 2.0E-06 2.0E-06 2.0E-06 2.CE-06 2.0E-06 2.0E-06 2.CE-06 2.0E-06 2.0E-06 2.0E-06 RE-116 Cont. Purge (sti/cc) 3.0E-06 3.OE-06 3.0E-06 3.0E-06 3.0E-06 3.0E 06 3.CE-06 3.0E-06 3.0E-06 3.0E*06 3.0E-06 3.00 06

E-11A,8 Armlus Exhaust (sci /cc) 2.5E>08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-08 2.5E-00 of f Gas Pretreatment Monitor (4/hr) 0 0 0 0 0 0 0 3 0 0 0 0 of f Gas Postreatment Monitor (cpm) 0 0 0 0 0 0 0 0 0 0 0 0 Main Steam Line aed. Mmltor A (me/hr) . 1000 1000 3000 8000 S000 8000 8000 8000 8000 8000 8000 8000 Main Steam Line Red. Monitor 8 (se/hr) 1000 1000 3000 8000 8000 8000 8000 8000 8000 8000 8000 8000 i Main Steare tine aed. Monitor C (se/hr3 1000 1000 3000 8000 8000 8000 8000 8000 8000 8000 8000 2000 Mam Steam Line aad. Monitor D (se/hr) 1000 1000 3000 8000 8000 8000 8000 8000 8000 8000 8000 8000 sevision 1 12/20/91 i

~

1 1 --

-- w w

f 1992 RivtR BEtnD STA!!ON EVALUATED EXERCISE P!:00ESS inne:3 Toe TREno gat A Dritt Yine: ~06/00. 06/15- 06/30 06/45 07/00 07/15 Cioch iIwe: 1345 . 1400 1415 1430 1445 1500 to hunter toration (Units)

RE-5A,8 fuet Bidg. Vent Ezhaust (ati/sec) 1.3E+00 1.3E+00 1.3E+00 1.3E*00 1.3E+00 1.3E+00 RE-64,9 Radwest 8tdg. Vent Esh. (sCf/s s ) 5.7E-01 5.7E 5.7E-01 5.7E 01 5.7E-01 5.7E-01 1GE-125 Main Plent Exhaust Duct (sci /cc) 6.7E-06 1.1E-06 1.1E-06 1.1E-06 1.1E-06 1.1E-06 2CE-125 Main Plant Exhaust Duct (rCi/cc) 6.7E-06 1.1E-06 1.1E-06 1 1E-06 1.1E-06 1.1E-06 3GE-125 Fain Plant Exhaust Cuct (gCi/ce) 6.7E-06 1.1E-06 1.1E 1.1E-06 1.1E-06 1.1E-06

.4GE-125 Metr' Plant Enhaust Duct (pCffsec) 3.0E+02 5.0E+01 5.0E+01 5.0E+01 5.CE*01 5.0E+01 RE-110P Auw. stdg. vent (sti/ce) 2.0E-12 2.0E 2.0E-12 2.0E 12 2.0E 12 2.CT-12 RE+110G Aux. Bldg.' vent (sC1/ec) 3.CT 08 3.0E-08 3.0E 05 3.0E-05 3.0E-08 3.0E 08 RE-110P Turbin 8tdg. Vent (scl/cc) 8.4E-05 8.0E-06 S.0E-06 8.0E-06 8.0E-06 8.0E-06 RE-110G Turbin 8tdg. Vent (sCf /ce) 1.4E-05 4.4E 06 4.4E-06 4.4E-06 4.4E-06 4.4E-06 RE-124P C.D./0.C. Eldg. Vent (sti/cc) 2.0E-09 2.0E-09 2.0E-09 2.0E-09 2.0E-09 2.CE 09 RE-124G C.D./0.G. Bldg. Vent (sti/cc) 2.0E-07 2.0E-07 2.0E-07 2.0E 07 2.0E-07 2.M-07 RE-176P Main Plant Exhaust Duet (pti/cc) 4.4E-05 3.8E-06 3.BE-06 3.8E-06 3.8E-06 3.8E-06 RE-126G Main Plant Exhaust Duct (sci /cc) 6.7E-06 1.1E-06 1.1E-06 1.1E 06 1.1E-06 1.1E-06 RE-111P Cort. Atmos @ere (aci/cc) 7.7E-07 7.6E-07 7.6E-07 7.5E 07 7.5E-07 7.30-07 RE-111C Cont. Atmos @ ere (pCi/cc) 4.3E-05 4.2E-05 4.2E-0* 4.2E-05 4.2E-05 4.1E-05 RE-112P 0.V. Atmos @ere (aCl/cc) 5.2E-07 5.1E-07 5.1E 07 5.CE-07 5.0E-07 4.9E-07 RE-112G 0.W. Atmosphere (pCl/cc)' .2.9E 05 2.9E 05 2.9E-05 2.8E 05 2.8E-05 2.8E-05 RE-103 SGTS Ef fluent (scl/cci 2.0E-06 2.0E-06 2.0E 06 2.0E-06 2.C[-06 2.0E-06 RE-116 Cont. Purge (gCi/cc) 3.0E 06 3.0E-06 3.0E-06 3.0E-06 3.0E-06 3.0E-06 sE-114,8 Anrutus Exhaust (Acl/ce) 2.5E-08 2.5E-08 2.5E-08 2.5E-OS 2.5E-08 2.5E-08 Off Ces eretreatment Monitor (d /hr) 0 0 0 0 0 0 off Gas Ptstreatment Menitor (cpm) 0 0' O O O 6 Main Steam Line Red. Monitor A (d /hr) 8000 1000 1000 1000 1000 1000 Main Steam Line Red. Monitor 8 (d/hr) E100 1000 1000 1000 1000 1000 Main Stewn Line Rad. Monitor C (w /hr) 8000 1000 1000 1000 1000 1000 Main Steam Line ead. M<riltor D (*/hr) 8000 1000 1000 1000 1000 1000 Revision 1 12/20/91

e f

SECTION 7.4 ASSUMPTIONS l --

i l

l 1

i

l 1992 RBS EVALUATED EXERCISE CHEMISTRY AND__RADIOLQQlCAL SCENARIO ASSUMPTIONS A. Radiolocica! Parameters

1. Radioactive material released (simulated) w!Il consist of noble gases, particulates and radioiodine.

2. The dispersion factors used to calculate offsite data are those derived for use with Class A Atmospheric Dispersion Model centeriine values.

3. No fdtering credrt is allowed for iodine, particutate, or noble gases from the steam tunnel to turb ne bunding release.

4. Stack release concentrations are based upon a release flowrate of 2.2E +08 cc/sec (about 95,000 cfm) following initiation of SBGT. An unfHtered release from the turbine building at 44,000 cfm is included in the 95,000 cfm release flowrate.

B. In-Plant Radiation Data 1.

Dose rates due to airborne concentrations following the release were developed by calculating a centerpoint imrnersion dose in a semi-infinite cloud cf noble gases utilizing the formula:

D, = X,

DF, (B-1) where:

D, = gamma air dose of nuclide (i)

X, = concentration of nuclide (i)

F, = dose factor for exposure to a semi-infinite cloud of nuclide (i)

Dose factors were obtained from REG Guide 1.109 Table B-1. The isotopic ratios for the various nuclides are those listed in the dose assessment model for an (Unfdtered) Steam Line Breal

2. The dose rates due to contributions from various in-plant systems (i.e. piping, vent ducting, etc.) are calculated based on the Point Source /Une Source equations and " Radiological Health Handbook

thumbrutes given as:

R/hr @ l' = 6 _* C

E

n (B2)

Revision 1 DR, = DR, * (r,)'/(r )'s (B-3) 12/20/91

1992 RBS EVALUATED EXERCISE

("1, DR, * (r,)/(r,) (B-4) where:

C = number of curies <

E = gamma ray energy (MeV) n - gamma quanta / dis DR, = dose rate at point 1 DR, = dose rate at point 2 r, - distance from source at point I r, - distance from source at point 2 Consideration is given in areas of the plant where dose rates are due to a combination of airbome radioactivity and shine. '

3. All area radiation monitors within an affected range re!!ect contributions from airbome radioactivity and/or shine. All turbine building area monitors within an affected range reflect a contribution from the calculated doses of the release from the steam tunnel, C. Chemistry Data 1.

Post accident activity transportation assumptions are derived using the two methodologies given in NUREG-0737, Due to the loss of coolant from the reactor vessel, iodine source term transport from the feedwater line break to atmosphere is treated as an (Unfittered Steam Line Break).

2. PASS samples at each location are isotopica!!y decayed from time of reactor-shutdown.

Isotopic mix and ratios are derived from NEDO-22215 for a particular damage type and are corrected for plant specific power and volume.In addition, sample result activities account

,. for system effects (i.e. dilution, leakage, etc.).

3. Postulated core damage is approximately 10% clad fa?!ure' based on NEDO-22215 and corrected for plant specific power and volume.

4. Dose rates for PASS samples were calculated using the " Radiological Health Handbook

rule of thumb:

R/hr @ r - 5.64

C

E (C-1) where; C = number of curies E = gamma energy in MeV Gamma energy was conservatively chosen as 0.5 for iodine and 0.7 for noble gases.

Revision 1

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

1992 RBS EVALUATED EXERCISE D Field Survev Daig

1. The dovmwind gamma doses were determined ustrig the Class A etmospheric dispersion !

, model centertne values Ope.) window meter readings are the summation of plume gamma '

dose, plume beta cose, and lodine deposition gamma dose. lodine deposttion beta dose is considered to be negligitde at 3~.

2. Air sample results (cpm on silver zeolite cartridge) are back calculated from airbome actMty concentrations using plant and meter specif4 procedures.

l

3. TN kdine deposilon values were calculated as follows: ;

o. Total number of curies released for each lodine isotope was calculated using the !

stack sample analysis results and release flowrotes. .r

b. Gross iodine deposition was determined by using the summation of each decay corrected isotope from the formuta:

D, = [(C,

e )

DF) / (X * .3927) (D1) !

i 1

I where:

D, = deposition of isotope (i) in Cl/m' C, = curies released of isotope (i) ,

DF = deposition factor: REG Guide 1.111 Fig 6 9 i X = distance from source in meters I' \ = .693/ isotope half 4tfe (hours) t = time since release occurred (hours)

.3927 = are length in radians of a 22.5'section

c. The soit concentration was determined using a depth of 1* rad a denstty of 2100 g/m'.

d. The water concentration assumes the sample is drawn s' a o 9

e. Tho grass and vegetation samples were calculated org , .w e 1eposnion fractions and densities from NUREG/CR 3332 Onts $ L 4 ediolog," -

Assessment' Table 5.1fFraction of Total Deposition Retained on veptation' pg. v-lti.

r 3evision 1 U/M/$1

(-

(; i i

I

..,3 _ ~ . - , .. - - . . - . , _ , . . , _ . _ . . .~,,-.m., ,..,w, . - _ . . , . , . , . ,,, ,, , . - .r.--.. - m... ,

l l

)

l i

l 1992 RBS EVALUATED EXERCISE ;

i 4 The concentration of radiolodine in milk was calculated based on the assumption that all !

downwind dairy herds were removed from the pasture pr?or to plume arnval and kept on {

stored feed. One herd was placed on pasture or's day after plume pass >ge for four hours. :

)

a. The 1131 octWity in the mi!k sample was cetermined using the formula from ;

NUREG/CR 3332 OrlNL.5M8 ' Radiological Assessment' pg 489.90. 4 C(t) = l

D,

186E 2 * (e .11 1 *eb (D2) ,l where: ;

C = concentration in milk !

I e da#y forage consumption by the cew (kg/ day) t D, . Initial actMty on the forage (pCl/kg) _;

t u time (days)

b. The PAG preventive and emergency levels are flagged when the concentration is (

above the target level given in U.S. Dept. of Health and Human Services

Preparedness and Response in Radiation Accidents". H4S Puttication FDA 83-8211.

1 I

t I

, Re<ision 1 12/20/91

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

6 I

f SECTION 8.0 MESSAGES AND PLANT DATA SHEETS n

k h

l o

r I

t

(

i i

l f

i SECT 10N 8.1 i

MESSAGES r

b a

1 t

t t

, i.

t

,L e

t-

-h i

i S

)

I

s y y- -- t==c v- y - - - -%.- -,g y

.=,.es, w ---gy- - -w- .a rvm-wrw,- e---- -.---wmw r r-

e!

1992 EVALUATED EXERCISE N' Time

<

0715 Mw Number = I.C. Scenario Time = _-00!30 RfVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

- - TH!S IS A DRft.L ***

M m e To: Cont-ol Room initial Conditions for the exercise are as folIows:

1. RBS is currentlyoperating at 100% power and has maintained 100% power for 102 continuous days. The core is near the end of core life with an exposure of 292 equivalent fu!I power dcys.

2. Proferred Station Transformer 1RTX-XSR1C is tagged out and disconnectedelectricallyto allow for investigation cf high winding temperatures.

Transformeroil samples are currentlybeing taken for analysis.

3. Survei: lances on the Emergency 121esel Generators were performed as required by TechnicalSpecification3.8.1.1. 1EGS*EGia rDiv ft D;eser) failed the survel!!ance due to an inability to come up to speed within 10 seconds. Investigation revealed an unknown substance in thee fuel oil .

filters. The diosei generator was declaredinoperable and tagged out at 0645.

4. 1NNS-SWG1 A is being powered fcom Normii Station Transformer 1STX-XNS1C.

5. 1NNS-SWG18.1 NNS-SWG1C.1 ENS *SWG1 A, and 1 ENS *SWG1B are being powered from Prsferred Station Trans!ormer 1RTX-XSR1D.

6. An RWCU backwssh receivingtank transfer and pre-coat of the"B" RWCU filter /deminerartzerwillcommence at 0745.

Rov.1 - 12/20/91

t 1992 EVALUATED EXERCISE C'ock Time = _0715 Mesage Nurnber = 1.C. ScensioTime = -0C/30 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

- - T}ftS IS A DRit.!_ ***

Mrmsay. To: Control Rom (Continued)

7. Meteorotogicalconditions are: part'y cloudy, light winds and 35*F at 0400 this morning. Relative humidityis currently 90%

At 0740,please read the following message twice:

Attention, aII personnel We are now starting the 1992 EmergencyPreparedness Evaluated Exercise. All announcements prefaced by %is is a Dri!!" are for designatedparticipants only, AI! exercise communicationswith the drift Control Room crew should be made over gaitronics line 5 ne plant phone number 3356.*

Rev.1 - 12/20/91

9 1992 EVALUATED EXERCISE CSeekTime = _0715-Message Number = I.C.

Scenario Tune = -00 %

RfvER BEND STATION EMERGENCY PREPAREDIESS EXERCISE CONTROU.ER INFORMATION

- - THIS IS A DRILL ***

Cm.^. .A . Information; F-z a " " Actions:

Conduct pre-exercise briefing per sections 3.2 and 5.0 of the Exercise After the Control Room briefing is complete, make the emercise Manual, deliver and discuss initial conditions. commencement announcementover the gaitror.ics.

Detailed inicemation regarding Div fl Diesel Generator and Preferred Station Transformerfai!vres are includedin SupplementalScenarios 1 and 2.

Rev.1 - 12/20/91

P 1942 EVALUATED EXERCISE Clock Time - 071)

Message Number - I_C. Scer.ario Time - -00/30 RIVER BEND STATION Rev. 1- 12/20/91 DtERCENCY PREPAREDNESS EXERCISE CONTROL ROJM DATA PANEL 601/877 PAPEL 601 PANEL 680 Status Press F1av SRV RED _ __CRN AC.MN RIin A SR O , 7pgq pppy g yg. p 3

FU41A OFF ON OFF RIIR B SR 0_ FV415 OFF ON OFF R1tR C JR O CNS PIA OP WSPIA OP F041C OFF ON OFF CNS PIB _pI_ WS PIB OP F041D OFF __ON OFF LPcs sp O CNS Plc OF WS PIC _ O P _.

F041F OFF ON _ _ OFF F041C OFF ON OFF RCIC SR 0 O Total Feedvater Flow 12.4 M1bs./hr M41 L OFF ON OFF ItPCS _ SR O O F047A OFT ON OFF F0478 OFF ON OFF CRD A OP 1900 75 PANEL 808 F047C OFF_ ON OFF CRD B Av 0 0 F047D OFF ON OFF Press Temp Level FV47F OFF ON OFF S_quib Press Irvel DRTVELL O.1 112*

F0518 _OFF ON OFF SLC A LT ON O 2000 CI'MT O1 65 F051C OFF ON OFF SLC B LT ON 0- SPR PL 90" 19*8" F051D .. OFF ON OFF EV51C OFF ON OFF Press I; vel Rance PAFEL 870/601 RPV - 1020 38" UR MSW RG N WM ON OFF SSW P2A _SR *SW P2C _E._

DIV I DIESEL SR 22B ON W DIV II DIESEL OOS 22C ON .__O F DIV III DIESEL SR 22D ON OF I F028A ON OFF op.orgmATIwl; $3-s!AFJBY RZADY bb cas-w; or myter ss-secwro s;am BCDE FV28C ON .OFF D/V C00LE3tS OPERATINC cv-avar w t. 2sa -rse.airo

_r a . _ _ _ _ - _ _ _ _ _ _ _

w.W i m\

4 0 0 1 F Reu "oana'sCR::TICAL . PLANT .VFRI ABL ES sc"rnT "oana' i CONTAI!iME!IT RPU (NOThPER 4 DESIGN (14.9) ~

(SRU LIFT 1103D)U lNl PRESSI 0.1]PSIG PRESS I102clPSIG l sh.$fT l 1- 4 GPER HIi 1.7 p ( 100% BPUl 995 ) }

l PRESSR o.!(PSIG >< Mf 4 OPER HIl 90 ) 4 TRIP HI SID I GROUP TEMPI 851 T LEVEL E 383 IH " o *"

4 OPER H1 i 140) 4 SCRAM-LO 10_ D ;

TEMP E 119 5 T ' '

t POWERI 100I"4 !! ,

i 4OPER HII20- 0)

LUL@FT@IH \ ,A /

(AJh' 4 OPER LO!19- 6) 4 OPER HIi 95 ), ,

NOSCRAMl ,

TEMPI 901 SF SUPPRESSIGH SUPPRESSION POOL .; POOL RIVER BEND 8 8 8 26-Fes-1992 0 7/f .

~

2 1992 RBS EVALUATED DHiOSE povupcri 1 12/20/91

c .

02 :. RPV CONTROL--H UPW R 'c"'"'"o"" I i

1 I 201 E IN >TAF RFU LECEL CHDS/FUlpd[yt RPV pR~ {gl b -

g I 38IIN CRD lpd[ft RPV pR } {L bHl 45-UTR RPU PWR NOT PERl 30- SCRAM LOf 10]

DCIC j

lI AVAIL PR HA PMPl 0FF 15-

~

.HPCS I WTR RPU PWR PHP 3 0-TAF l-162l lAUAIL PR AURIL OFF I ,10 (' MIN) 0 P

LPCS lAy[yl PR HI Aj l.l 0 F spy RPU PRESS I101clPSIG SHUT O

! I UTR RFU PWR ! PMP l l POOL LD 114701 LPC.1

SHTDN lAUAIL PR HI AVAIL. OFF h CLG RFU PWR PHP j OPEN 1050- k ggAT cAPill251 COOLING NA PR HI,AURIL OFF 950- SRU LIFil11031 [,

egcu CLG PWR 100% BPU 995 l AVAIL AVAIL P{.

R GROUP NoISOL - g 850 g> g j g

, C fi b A AbAL AbA l Pl =

RX POUER I 1001% (RESCALE) l' 110 UAC , H.PWR TURBINE l BYPASS HACLG AUAlli AVAI_ ULU-l SHT l h%

100-' i MSL CLG U.PWR ULU DRAINS HA AVAIL SHT _

lHOSCRAnh' 90-APRM DNSCL 15l '

SLc- LIQ PWR PMP ]

AVAIL AURIL OFF I 80-

. -10 (MIN) 0 RIVER BEND 8 8 8 26-FEB-1992 C 7/f 1992 RBS EVALUATED EXERC!SE !

Revtsion 1 12/20/g1 .

030 [ RPU NORMAL B{Q's"{ { VENT CONTROL--4R POOL LEVEL 19 FT 8 IN (RESCALE)

I 20 POOL I CLG PWR PMP l g. DG \1 POOL LD 121- 31 COOLING 1 HR AVAIL OFF n [ HOT OPERl E

~

\( OPER HI 120- 0] !

DRYWELL l CLG PUR gg 19- i COOLING E AVAIL AURIL R E S RU g OPER LO i19- 61 i E SFUT I CNTt1T l CLG 'WR FRb HEAT CAPl15- 41 COOLING I AUAIL AJAIL rub l .

GROUP 3 1810 (MIH) 0 i

PRESS I ULU PWR FAF:

INoISOL I I CONTROL I SHT AVAIL rub'lE DU PRESS I 0.1lPSIG !

SBGT l VYT S A L b lHOSCRAMg 3,

~

M OPER HI 11.7 5 1-0-

~~

-10 (MIN) 0 CNTMT TEtP l 85l'F DU TEMP I 1191 'F POOL TEMP I 9ol 'F i N RPU SAT l5481 RPU Sail 5481 HEAT CAPl149] i r

l 150- 90-90- l 4

DESIGN 1185l DESIGN 1330] SCRf1 TEriPi l10 ] j 70- 100- 70- l OPER HIl 90l kOPERHII1401 '

( OPER HI i 95]

-10 '('NI'N) ' 8 -18('NI'N)8 -10 (MIHh 0 RIVER BEND 8 8 8 26-FEB-1992 07/i' j 1992 RBS EVALUATED EXERCISE {

Revtsson 1 12/20/91 '

e 1991 EVALUATED EXERCISE ClockTime = 0715 Meg Number-1.C._ Scenarb Time = -00/30 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONfTDRS ID NUMBER _ LOCATION (TYPE) READfMG 10 NUMBER LOCATION (TYPE) . READING R E- 16A.B Ctmt.PAM R.B.186*(DHRRM) 0.8 R/hr RE-194 Supt. Rm. Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-20A.B DrywellPAM D.W.114*(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 0.2 mR/hr R E-21 A,8 Ctmt. Purge Isol. R.B.141*(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr RE-139 Annul. Near Trans. Tube 114*(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123*(ARM) OA mR/hr i RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B.95*(ARM) 0.2 mR/hr R E- t 4 G Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 1.5 mR/hr

RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 67* (ARM) 0.1 mR!hr RE-162 O.G. B!dg. Regen. Area O.G. 6T(ARM) 0.4 mR/hr RE-204 Cond. Domin. Sample Rack T.B. 95* (ARM) 0.1 mR/hr R E-164 O.G. Eildg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Psnel A.B.114*(ARM) 0.2 mR/hr RE-1 G5 Cond Domin Regen Area O.G. 67*(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95*(ARM) 0.1 mR/hr R E-166 Ccnd Domin Strnr. Arna O.G. 95*(ARM) ' O.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) 0.09 mR/hr R E-167 0.G. Bldg. Valve Area O.G.137*(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70*(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65*(ARM) 0.4 mR/hr RE-214 RHR B Area East A.B. 70*(ARM) 2.0 mR/hr R E-185 Storage Tank Area R.W. 90*(ARM) 0.2 mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5 mR/hr RE-216 LPCS Area West A.B. 70*(ARM) 0.3 mR/hr RE-187 liigh Cond. Sump Area R.W. 65*(ARM) 0.3 mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR/hr R E-218 LPCS Penetration Area West A.B. 70*(ARM) 0.~4 mR/br RE-193 Refuel Floor North F.B.113*(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 0.5 mR/hr l- Indicates Alarming Revision 1 OSH - Indicatos Otiscale High 12/20/91 All other ARMS are "as rr.ed"

t 1932 EVALUATED EXERCISE rhr+ Time = 0715 Mesw Number:1.C. ScenarioTime = -40/30

. RfVER BEND STATION

, EMERGENCYPREPAREDNESS DRIU_

PROCESS MONITORS 10 NUMBER l_OCATION (TYPQ READING ID NUMBER LOCATION fTYPE) READING 4

' R E-S A Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-111P Cont. Atmosphere (PART) 1.0E-06 41/cc l R E-58 Fuel Bldg. Vent Exh. (WRGM) 1.3E+ 00 41/sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 4'/cc ,

RE-6A Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 41/sec RE-112P Drywell Atmosphera (PART) 6.7E-07 41/cc l RE-60 Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G Drywell Atmosphere (GAS) 3.3E-05 41/cc I

1GE-125 Main Plant Exh. Duct (WRGM) - 7.4E-07 41/cc RE-103 SGTS Effluent (GA3) 2.0E-06 41/cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.2E-04 Wi/cc RE-116 Cemtal:imentPurge (GAS) 3.0E-06 41/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 41/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 pC1/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+01 pCl/sec RE-118 Annulus Exhaust (GAS) 2.5E-c8 SC1/cc RE-11CP Aux. Bldg. Vent (PART) 2.0E-12 41/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 WI!cc R E-118P Turbine Bidg. Vent (PART) 3.0E-11 pCI/cc Off Gas Pre-treatment Monitor 200 mR/hr RE-118G TurbineBldg. Vent (GAS) 1.0E-10 41/cc Off Gas Post-trectment Monitor 80 epm ;

- R E-124P C.DJO.G.Didg. Vent (PART) 2.0E-09 41/cc Main Steam Une Radiation Monitor 800 rnR!hr RE-124G C.DJO.G.Bidg. Vent (GAS) 2 0E-07 41/cc Ma!n Steam Une Radiation Monitor 750 mR/hr 7 RE-126P Main Plant Exh. Duct (PART) 6.4 E-11 41/cc Main Steam Une Radiation Monitor 750 mR!hr RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 pCI/cc Main Steam Une Radiation Monitor 8?S mR!hr

~

j .

- Indicates A! arming i i OSH - Indicates Offscale High Revision 1 Att other Process Monitors are "as read

12/20/91 1

1

e 1992 EVALUATEP EXERCISE DockTirne = 0745

' ressage Nuwiner = 1 Scesserto11 sees = 00/00 RNER BEND STATION EMERGENCY PREPAREDfESS EXERCISE MESSAGE

- - THIS IS A DRILL ***

i-i i Messaoe To: Coedrol Room 4

I Pfant Status Updato 1

a-I.

I

}

f i

i k'

i l-t 4

1' i

4 t

f Rev.1 - 12/20/91

)

i .

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

c. -

1992 EVALUATED EXERCISE QeckTisseo = 0745 APg Minnber e ~ 1' Scesser6eTasses = 00 M RiWER BEND STATION EREERGENCY PREPAREDNESS EMEROSE CONTRCLIER WIFORRAATION

THIS IS A DR8LL

Contraller3rdormatiort EmmetodActions:

A transfer from the RWCU backwash receiving tank to the phase Norm separator is commencing due to the Impending regeneration of the *B* RWCU filter.

Rev.1 - 12,W91

19*2 EVA111ATED EXERCISE Clock Time - 0745 Mersage Nur-her - 1 Semrio Time - -M RIVER BEND STATION Rev. 1 - 12/20/91 EMERCDICY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PA*rEL 680 Status Press Fl" SRV .. RED CRN AC.MN Rl!R A SR O 1009 AFFM mR 38' NR F041A OFF _ON OFF RitR B SR O F041B OFF ON OFF RlfR C SR O CNS PIA OP E'JS PIA OP F041C OFF ON OFF CNS PIB _Qf_ WS PIB OP F041D .OFF ON OFF LPCS SR 0 CNS PIC OF WSPIC OP IV41F OFF ON OFF M41C OF ON OF RCIC SR O O Total Feedwater Flow 12.4 M1bs./hr F041L OFF ON OFF

!!PcS SR O O IV47A OFF ON OFF FV47B OFF ON OFF CRD A OP 1900 75 PANEL 808 F047C _QE_ _ON OFF CRD R AV O O F047D OFF ON OFF Press Teir2 level F047F OFF ON OFF-Smiib _ Press Tevel DRTVELL O.1 119' F051B OFF ON OFF SLC A LT ON O _2000 FV51C OFF ON OFF CTMT O.1 _D' Sir B LT ON O SFR PL C# 10*8" FD51D OFF ON .OFF

.mSIC OFF ON OFF Press trvc1 Rance FANEL 870/601 Rrv __1020 38' UR MSIV RED CR*i F022A ON OFF SSW P2A 1 SSW PfC _1R_

DIV I DIESEL FV228 ON OST SSW P2B SR SSW P2D SR

_ SR DIV II DIESEL OOS W22C ON OF DIV III DIESEL Sp M22D ON OF ME

.FV28A ON OFF erwrcun r. sw.sta m t atacy FV28B ON OFF N^ A *b A e or stuvrer ss-stect s starvs F028C D/W COOLERS OPERATING BCDE ON . OFF p ava m s Isa-Imt FV28D ON OFF CIMT COOIERS OPERATING AB

hl[.jl,IRPU NORMAL ECRITI0l_ PLANT VAR:: ABLES te" tnt "oana' i CONTAItiMENT DG E RPU lNGT OPERE I

4 DESIGN l14.9) (SRU LIFT :1103 )

DRYWELL b PRESSI1020E PSIG U SRU g PRESSR a.1IPSIG l SgU Q j

4 OPER HI i 1.7 p ( 100% BPU 995 )

m 2s PRESSI c. IPSIG r , , ,,

4 OPER HIi 90 P 4 TRIP HI '

51 D TEMPR 85l'F LEVELI -39EIN lI" GP.00P

"l 4 OPER HI 140 F 4 SCR AM- LO 10 &

TEMP I 119 I 'F POWERE 1001%

1OPER HIl20- OD LUL@FT@IN.W ,

ud,W W W (DPER L0l19- 6D NOSCRAMg COPER HI! 95 )

TEMPI 901*F SUPPRESSIGH .

. SUPPRESSION POOL .}. POOL l RIVER BEND 8 8 8 26-FEB-1997 07YS 1992 RBS EVALUATED EXERCISE .

. Revi*m 1 12/20 s

4 ._

' c"= "o= 1 02: RPV CONTRO _9-b R/PWR E 201 R IN >TAF RPV LEVEL CNDS/FU pyhyt RPU p g gg ,

g TRIP hit 511 WTR RPU PWR PM ) E 45-CRD lI AVAIL PR AVAIL RU4 l _

30- SCRRn L0! 101 RCIC UTR RPU PWR PMP l NOT PERl lI AVAIL PR HA OFF a 15-E WTR RPU )WR PMP. l TAF i-162] l HPCS JAIL OFF I lAUAIL PR A 0 10 (MIH) 0 LPCS lAh[fL P P

HI Aj L 0Fl g- MO RPU PRESS I102clPSIG l

SHUT POOL L9114701 8PCI I UTR P,PU )WR PMP BAVAIL PR H'I A JAIL- 0FF l' 1050- HEAT CAP 11125l SHTDH I COOLING lHACLGPR HI RPU AVAIL PWR PMP l OFF I l OPEN 950- SRU LIFTI1103]

r RUCU l A@L AbR$L Rh- l[gP. l 850 -10.. (NIH) 0

~

bOfl!R 4 A L AD Pl 110 R X P O W E R I 1 0 0 E */. ( R E S C A L E )

i i

hYAYS II AbAfL hA ST .

100- "**Gr.%g ,

i U.PWR ULU APRM ONSCL 151 MSL DRAIHS g CLS HA AVAIL SHT lH0 SCRAM l-' 90-I i

! SLC 1 LIQ PUR PMP l i l AURIL OFF I AVAIL . '

l 80 10 (MIH) 0 RIVER BEND 8 8 8 26-rea-1992 o 7'/r i

i !

i i

f 1992 RBS EVALUATED EXERCISE i i Revision 1 12/20/91 l l . . - - - - - . - _- , _ _ , - .. . -. - _. --

= e

~

030 l RPU NORMAL I {Q's""]} V !].1T C.ONTROL--H R POOL LEVEL 19 FT@ IN (RESCALE) 20 C00 11G HA A L l HOT PER DRYWELL I CLG PUR RN l 19-AUAIL AVAIL RUN 3 g OPER LO I19- 6i COOLING l S RU ~

SFliT E -HEAT CnP115- 41 CHTMT CLG 'WR FBH l COOLING lIAURIL A JAIL RuH a ig.

G 4 M0 PRESS [ ULU PWR FAH E lso{P0 0L F l-CONTROL I SHT AURIL RUN I DU PRESS I 0.IIPSIG S36I SHT A L Ohhl lHOSCRRMg ,

~

M OPER HIf1.71 1-0-

~

g

-110 ' ~O11'H)' ' 8 5 5 'F DU TEMP I119 5 'F POOL TEMP I Sol F CNTMT TEMP l

- '(RPU SATj5481 HEAT CAPl1491 RPU SATl5485 150- 90-90 L 1 DESIGN l1855 DESIGN l3305 SCRM TEMPil10]

100- 70-70-50 g

g 50 ..g.g..g 50 10 (MIH) ~s RIVER BEND e e s 2s-rsa-1992 07 6 1992 RBS EVALUATED EXERCISE Revisson 1 12/20/91

1992 EVALUATED EXERCtSE ClockTime = 0745

+

Menage Number: 1 ScenarioTime = _00!00 RIVEN BEND STAT 10N EMERGENCYPREPAREDNESS DRILL DRMS MONITDRS

D NUMBER LOCATION (TYPE) READING TD NUMBER LOCATION fiYPE) _ READING R E-16A.B Ctmt.PAM R.B.186*(DHRRM) 0.8 R/hr RE-194 Supt. Rm.Trans. Tube FE.123*(ARM) 0.2 mR/hr R E-20 A.D DrywellPAM D.W.114*(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 0.2 mR/hr RE-21 A.B Ctmt. Purge Isol. R.B.141 *(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump 8.B. 70*(ARM) 0.5 mR/hr RE-139 Annul. Near Trans. Tube 114*(ARM) 02 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr R E-201 Cond. AI; Remeval Pmp. Area T.B.95*(ARM) 0.2 mR/hr RE-146 Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 1.5 mPJhr RE-151 Sample Station Area R.B 162*(ARM) 5.0 mR/hr RE-203 Turb. B!dg. Sample Rm.T.B. 6T (ARM) 0.1 mR/hr RE-162 0.G. Bfdg Regen. Area O.G. 6T(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95* (AR M) 0.1 mR/hr R E-164 0.G. Oldg Sample Area O.G.123*(ARM) 2.0 mR/hr R E-210 PASS Panel A.B. If 4*(ARM) 0.2 mR/hr RE-165 Cond Domin Regen Area O.G. GT(ARM) 92 mR/hr RE-211 ControlRod Drtre AE.95*(ARM) 0.1 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95*(ARM) 0.3 mR/hr R E-212 HPCS Area East A.B.70*(ARM) 0.09 mR/br RE-167 0.G. Bldg. Valve Area O.G.13T(ARM) 28 mR/hr RE-213 RHR A Area West AE.70*(ARM) 2.0 mR/hr RE- 182 Recovery Sample Tank R.W. 65* (ARM) 0.4 mR/hr R E-214 RHR B Area East AE. 70*(ARM) 2.0 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 02 mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.5 mR/hr R E-216 LPCS Area West AE. 70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65*(ARM) 0.3 mR/hr RE-217 HPCS Penetration Area East A.B.70*(ARM) 0.7 mR/hr RE-192 Refuel Floor S->uth F.B.113*(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West AE. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 0.5 mR!hr 4

2- Indicates Alarming Revision 1 OSM - Indicates Offscale High 12/20/31 All other ARMS are "as road'

i r

I 1992 EVALUATED EXERCISE 4 ClockTissie= 6745 j Message Minnty r: 1 Scener6eTissue = 90tPO c RIVER BEND STATION

. 'EMERGENCYPREPAREDNESS DRILL l PROCESS MOISTORS l ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION fTYPE) READING RE-5A ' Fuel Bldg. Vent Exh. (WRGM) 1.3 E+00 . 41/sec ' RE-111P Cont. Atmosphers(PART) 1.0E-06

WI/cc RE-5B Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 iCI/sec ' RE-111G Cont. Atmosphere (GAS) 5.0E-05 $1/cc R E-6A Radwaste B!dg. Vent Exh. (WRGM) . 5.7E-01 SCI /sec RE-112P Drywell Atmosphere (PART) 6.7E-07 pC1/cc RE-6B ' Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCi/sec RE-112G Drywell Atmosphere (GAS) 3.3E-05 SCI /cc 1GE-125 Main Plant Exh. Duct (WRGM) ' 7.4 E-07 WI/cc RE-103 . SCTS Effluent (GAS) 2.0E-06 41/cc 4

2GE-125 Main Plant Exh. Duct (WRGM) 1.2E-04 pCi/cc RE-116 ContainmentPurge (GAS) 3.0E-06 C1/cc 3GE-125 ' Main Plant Erh. Duct (WRCM) ' 4.3E-02 3C1/cc RE-11 A Annutus Exhaust (GAS) 2.5E-C8 pCI/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+01 pCI/sec RE-11B Annulus Exhevet (GAS) 2.5E-c8 scl/cc RE-110P Aux. Oldg.Vnnt (PART) 2.0E-12 41/cc RE-110G Aux.Oldg.Vant (GAS) '3.0E-08 scl/cc

[ RE-118P TurbineBldg. Vent (PART) 3.0E-11 ' pCI/cc Off Gas Pre-treatment Monitor 200 e'R/hr n

i. RE-118G TurbineBldg. Vent (GAS) 1.0E-10 'scl/cc .Off Gas Post-treatment Monator 80 com RE-124P C.D/O.G. Bldg. Vent (PART) 2.0E-09 sCt/cc - Main Steam Une Radiation Monitor 600 mR/hr RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 41/cc Main Steam Uns Radiation Monitor 750 mR/hr i ME-12GP Main Plant Exh. Duct (PART) 6.4 E-11 SCI /cc Main St.sm Une Radiation Monitor 750 mR/hr RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 3C1/cc Main Steam Une Radiation Monitor 825 mR/hr

. 7 : - Indicates Alaiming OSH - Indicates Offscale High Reviskm 1

' All other Process Monttors are "as read" 12/20/91 i _

i !

{

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

- 1!V32 EVALUATED (?VERCISE : ClockTesne = .9800

% Mumber /% ScenesteTksee e .00h 5 RfvER BEND STATION EMERGENCY PREPAREDIESS EXERCISE MESSAGE

- m.

THIS IS A DRILL ***

Mw To: Control l

Armemeistors in Control Room include- .-f- -'_ _ in Control Room incW Area Radiation Monitors A1AFIM on DFIMS t

l i

1 i

4 Rev.1 - 12/20/91 9 .f. , ., +,.m w. ,,w---w'- + --

y ,"y '**"urw"y 4 wp 'W w- T " 7T' '

'M'"'#7 " ' ' -'* '

5TN?' '*""P"' ** " - ' " ' ' " ' ' * " ~ * - ~ ' ' " - * * " " -

I't92 EVALUATED EXERCISE Clock Time = 0700 Mrmsago N:,mber = . 2 Scenario Tane = 00/15 RfVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE CONTROLLER INFORMATION

- - T11tS IS A DRILL ***

ControficeInformation: E y.ct-+4 Actions:

A Radwaste transfer is postuisted to have begun at 0745 due to the Review plant conditions for anything abncemat.

impending backwash and pro-coat of the ~B* RWCU filter /

demineralizer. At 0800 a flange break occurred in the Radwaste Contact Radwaste for assessment of problem.

Building at the six way valve in the six way valve room causing a refense of high activity radwaste into the Radwaste Building Dispatch Health Physicist to survey area.

on elevation 95* and 65'. ARM readings exceed 1,000 times normal.

Sao Supplemental Scenario No. 3 for details. After confirmation of radiation readings an Alert should be declared per EIP-24)01,

Classification of Emergencies", Alert EAL 4, Initiating r;ondition 1, " Alarm of Area Radiation Monitors and Confirmation of Readings Greater Than 1,000 Times Normal Level

and direct the implementation of the followingprocedures:

EIP-2-003, " Alert

EIP-2-006, " Notifications

EIP-2-016, " Operations SuppcetCenter- Activation

EIP-2-017, " Operations SupportCenter- Support Functions

EIP-2-018, " Technical Support Cer.ter- Activation

EIP-2-019,

Technical Support Center- Support Functions

EIP-2-023, " Joint Information Center- Staff Activat:on and Functions

Rev.1 - 12/20/91

- _ . . ___-________A

f 1992 EVALUATED EXERCISE Clock Time - 0800 Message Ntmher - 2 Scenario Tisee - 00/15 RIVER BEND STATION Rev. 1 - 17/20/91 EMERGENCY PREPAREDNESS EXERCISE CONTROL ROOM DATA s

PANEL 601/877 PANEL 601 PANEL 660 Status Press F1" SRV RED CRN AC.MN POWER 100* APFM LEVEL 36" NR RitR A SR 0 FOA1A OFF ON OFF RIIR B SR 0 - F041B OFF ON OFF CNS PIA OP FWS PIA _OL RHR C SR 0 F041C OFF ON OFF CNS PIB OP WS PIB OP -

F041D OFF ON OFF CNS PIC OP WS PIC - OP-LPCS SR 0 m417 0FF_ ON OFF F041C OFF ON - OFF Total Feedwater Flow 12.4 M1bs./hr i

'RCIC SR 0 0 m41L OFT ON OFF HPCS SR 0 0 F047A 0FF EI _ 0FF F047B OFF ON OFF PAN E 808 CRD A OP 1909 75 F047C OFF ON OFF CRD B Av 0 0 FV47D OFF ON OFF Pms Tee Ir M FU47F ON OFF Sgulb_ Press Tevel OFE_ DR%M 0.1 M F051B OFF ON OFF CTMT 0.1 65' SLC A LT ON_ 0 2000 W51C OFF ON OFF SPR R 90 19'8*

SLC B LT ON O W51D OFF ON OFF PANEL 870/601 Press Irvel Ranr_e 38" VR MSIV RED. CRN RPV _]O20 F022A ON OFF SSW P2A 1 SSW P2C _liL F022B ON OFF SSW P2B SR-_ SSW P7D SR DIV I DIESEL 1 DIV II DIESEL 005 F022C ON OFF IV220 ON _OEE_ PANEL 863 DIV III DI ESEL SR M28A li_ .OFF.

F028B OFF. SCTS A _EP2 SCTS B 1 owrnarrt ss-s7Acer atacy _0N cas-out or senice ss-srecaro stares F028C ON OFF D/W COOLERS OPERATING BCDE CV-AVAILAPLE IsOL-ISOLATED CTMT COOLERS OPM ATING h EV28D ON . OFF

8 0 :. i a"u- "oana'sCRI""C: _ PLAHT U ARI AB _ES sesTnt soana' i CONTAIHMEllT I D6 I RPU IN0T OPERE 4 DESIGH ( 14.9 p 4SRU LIFT 1103D DRYWELL b U SRU S PRESSI 0.11PSIG PRESS E 192cE PSIG l gHdT hPh 4 OPER HI 1. 7 D ( 100% BPU 995) ] '2 ma PRESSI o.:IPSIG v , , , ,

4 OPER HIl 90 D 4 TRIP HI 51 D TEMPI 85 5 T LEVELE 383IN l GROUP E no 158 4 E l

4 OPER HI 140D 4 SCRAM.LO 10 D _

TEMPI 119I T POWER W OE%

^

4OPER HI!20- 0D .

l LUL 19 FT 8 IN \A/ u./N 4 OPER LOI19- 6 D' 4 OPER HIi 95 )

N0 SCRAM l TEMPI 901 T SUPPRESSION SUPPRESSIGH POOL h POOL l RIVER BEHD 8 0 8 2 6-FEF-19 92 o eco J

1932 RBS EVALUATED EXEROSE Revtsen 1 12/20/91

j ... .. . ...... ... .... .

Ic" Tnt "oana' i 02:. RPU C0FTROL~--iR/PWR l RPU LEVEL E 2015 IN >TAF CNDS/FU RAVAIL I UTR RPV PWR PMP 3 E 38 5 IN PR AVAIL RUN I 60 .

TEIP HII 515 I WTR .RPU PWR PMP E 45-CRD PR AVAIL RUN l EAVAIL SCRAM L0i 101 RCIC lgyg RPU p

PWR g-l lNOT PER i-1621

^

,RPU 8 TAF HPCS lAy[yL p

-10 (MIN) 0 P,PU PRESS Il02oIPSIG LPCS lgy[yl P P

I AbgyL Oh l Spy SHUT' IE i POOL LD l14701 I UTR RPU PWR PMP LPC7-IAVAIL PR HI AVAIL OFF l' 1050- HEAT CAPl1125l SHTDN COOLING R I CLG NA RPU PR HI AVAIL PWR PMP ]

OFF E l OPEN 950- SRU LIFT l11031

<2So%8"

RUCU

[ g$yt phlfL ROG1 Mege l -

Osa.0 1 (MIN) 0 ikkbb hiY AObkl Ob OP RX POUER I 100I% (RESCALE)

J 110 .

EP L U SH '

S 1 A CLG U.PWR ULU R 100- '#% APRM DNSCL ! 51

! MSL 3 DRAIHS g HA AVAIL SHTJ lHOSCRAM 90-SLc- I LIQ PUR PMP l l AVAIL AVAIL OFF E 8010 ' '(M'I'N) 0 RIVER BEND 8* 8 8 26-rra-1992 oevo i

1932 RBS EVALUATED EXEROSE

! Revision 1 - 12/20/91

k I {Qf. ""Q" .j 1ENT CONTROL--i R 030 lRFU HORMAL .

POOL LEVEL 19 FT 8 IH (RESCALE) 20 COOLI 4G HA AVNL Oh l HOT PER OPER HI 120- 01 DRYUELL I CLS 'WR FRH l 19-AURIL JAIL RUH u OPER L0 l19- 6 5 COOLING I A lm SRU SHUT g

I HEAT CAPl15- 45 CHTMT l CLG PWR FRH l COOLING I AVAIL AVAIL RUN E 18 i PRESS ULU PWR FRH l lyo 6;P0

0L' l CONTROL lE SHT AVAIL- RUN E DU PRESS I 0.IIPSIG Ul SBGT l gHT AUA L Oh lHOSCRAMg ,

~

I OPER Hi l1.7 5 1-l 0-l ~

-17(MIH') s CNTMT TEMP l 855'F DU TEMP E 119 I 'F- POOL TEMF 5 90] 'F RPU SAT !548 1 1 RPU SATl5485 HEAT CAPl149]

l 90- 150- 90- >

l DESIGN '1851 DESIGN 330l SCRM TEMPil10]

70- 100- 70- !

OPER HIl 901 OPER HI :1405 ~

( OPER HI i 951 i 18 ' TNIN) 's -18'TNI'N')$ -1E(MIH) 0 RIVER BEND $ $ $ 26-FEB-1992 C Pc0

, i 1932 RBS EVALUATED EXERCISE Revisr>n 1 12/20/91 j

1992 EVALUATED EXERCISE ClockTeme = 0800 Meme Number: - 2 ScenarioTune = 00/15 RIVER BEND STATION EMERGENCYPREPAREDNESS DRiti DRMS MONfTORS IDNUMBER t.OCATION GYPE) READING 10 NUMBER LOCATION (TYPE) READING R E-16A.B Ctmt.PAM R.B.1HG'(DHRRM) 0.8 R/hr R E-194 Supt. Rm. Trar:s. Tube F.B.123* (AR M) 0.2 mR/hr R E-20A.B Drywe'lPAM D.W.114*(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. "S*(ARM) 02 mR/hr RE-21 A.B Ctmt. Purge Isol. R.B.141'(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr RE-139 Annul. Near Trans. Tube 114*(ARM) 02 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-2O I Cond. Air Removal Pmp. Area T.B. 95'(ARM) 02 mR/hr R E- 146 Containment Airlock F.B.114'(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 1.5 mR/hr R E-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 Tur b. Bids. Sampla Rm.T.8. 6T (ARM) 0.1 mR/hr RE-162 0.G. Bldg. Regen. Arca O.G. ST(ARM) 0.4 mR/hr RE-204 Cond. Demirt. Sample Rack T.B. 95'(ARM) 0.1 mR/hr RE-164 O.G. Bldg Samplo Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.B.114'(ARM) 0.2 ' mR/hr R E- 165 Cond Dem!n Regen Area O.G. 67*(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) 0.1 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95*(ARM) 0.3 mR/hr RE-212 HPCS Araa East A.B.70*(ARM) 0.09 mR/hr R E-167 O.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr R E-213 RHR A Area West A.S. 70*(ARM) .0 mR/hr RE-182 necovery Sample Tank R.W. G5'(ARM) 100 mR/hr RE-214 RHR B Area East A.B. 70*(ARM) 2.0 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 10 mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr RE-186 Floor Drair Sump Area R.W. 65'(ARM) OSM mR/hr AE-216 LPCS Area West A.B.70*(ARM) 0.3 mR/hr

^

RE-187 High cond. Sump Area R.W. 65*(ARM) 5.0 mR/hr RE-217 HPCS Panstration Area East A.B. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113'(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West M3. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B.70*(ARM) 0.5 mR/hr

.- Indicates Alarming Revision 1 OSH - Indicatos Offseale High 12/20/91 All other ARMS are "as read"

-- _ .__________________________J

y,

.r-t 1992 EVALUATED EXERCISE ClockThne= 0800 ,

Mess 3ge Humtwr:l ScenarioThne = 00/12 _

f i RfvER BEND STATION EMERGENCYPREPAREDNESS DRIt.L PROCESS MONITORS 4 ID NUMBER 14 CAT 3ON (TYPQ, READING ID NUMBER, LOCATION (TYPE) READING '

i HE-5A ' Fuci Uldg. Vent Exh. (WRGMi 1.3 E4 00 $1/ssc RE-111P Cont. Atmosphere (PART) 1.0E-06 ,

pCI/cc ,i RE-58 - Fuel Cidg. Vent Exh. (WRCT4) 1.3E* 00 Wi/sec . RE-111G Cont. Atmosphere (GAS) 5.0E-05 - 41/cc

' RE-6A Radwaste Bldg. Vent Ex4 (VRGM) 5.7E-01 pCl/sec RE-112P Drywell Atmosphere (PART) 6.7E-07 f 41/cc RE-6B Radwaste Bldg. Vent Exc NGM) 5.7E-01 Wl/sec F1E-112G Drywell Atmosphere (GAS) 3.3E-05 , i v'1/cc 1GE-125 Main Plant Exh. Duct bVRGM) 7.4E-07 pC1/cc RE-103 SGTS Effluent (GAS) 2.0E-06 : pCl/cc 2GE-125 Main Plant Exh. Duet (WRGM) ~ 1.2E-041 CI/cc 'RE-116 ContainmentPurgo (GAS) 3.OE-06 ; I pCI/cc i i 3GE-125 Main Piant Exh. Duct (WRGM) 4.3E-02 ' Wi/cc RE-11 A Annulus Exhaust (GAS) 2.5E48 .

l 41/cc .

4 GE-125 Main Plant Erh. Duct (WRGM) 4.0E401 $l/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 '

Wi/cc RE-110P Aux. Oldg. Vent (PART) 2.0E-12 SCI /cc RE-110G Aux. Didg. Vent (GAS) 3.0E-08 SC1/cc .l RE-118P Turbino Bldg. Vent (PART) 3.0E-11 sci /cc Off Gas Pre-treatment Monitor 200 mR/hr RE-118G TurbineBidg. Vent (GAS) 1.0E-10 pCl/cc Off Gas Post-treatment Monitor 80 cpm ;

RE-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 pCi/cc Main Steam Une Radiation Monitor 800 mR/hr !

RE-124G . C.D./O.G. Bldg. Vent (GAS) 2.0E-07 SCI /cc Main Steam Une Radiation Monitor 750 mR/hr ,

x RE-126P Main Plant Exh. Duct (PART) 6.4 E-11 pCi/cc Main Steam Une Radiation Monitor 750 mR/hr RE-12GG Main Plant Exh. Duct (GAS) 8.9E-07 3Cl/cc Main Steam Une Radiation MonMor 825 mR/hr l

ff - Indicates Alarming -

OSH - Indicates Offscale High Revision 1 All other Frocen Monitors are "as read" 12/20/S1 l r

t e . w , - - ~ - - . s .,- . n.

~

i .-

1992 EVALUATED EXERCtSE MTiene L== ' 0815

- Mw Number = 3 ScenerkTiene 2: 00/30 MiR BEND STATION

_ .I':.S 4,:-.Le PREPAREDNESS EXERCISE MESSAGE

- - THIS IS A DRfLL ***

i Message To:1 Control Roont Plant Status Update i

i Rev.1 - 12f20/91

l 4,

. 1992 EVALUATED EXERCISE E ClockTime = 0815 Mossage Number = 3 Scenario Time = 00/30 RIVER BENO STKTION '

EMERGENCY PREPAREDNESS EXERCISE

- CONTROLLER INFORMATION

~ *** THIS IS A DDill *** -

ControllerIrvformatfore ExpectedActiome

- SpillIn the Radwaste Buildingcontinues. Continue efforts to isolate and contain the spill.

Radiation Protection should have confismed area radiation readings by this time. If they have not, find out why.

i new.1 - 12/20/s1

' e

., , , , ~ 9 , -.:4 , g og9.,...,, , 4 m. y ,g. , ,

->m .-s - + .-u , uz- . > . - . +

c o u W

8 6 - . o I a W a. s. o- 0 Y T x w w o o o c r. 3 g m m m

~

pr 3o oa

e3 o a mCE O . 5 RE r 8' 9 m a, g D i %. E.

c g RR g E@

, s

-uE. LL o e - m nm es

,. E g e

g s 2 2 . E' e 88

a. o of o 's A

t M

o o m m va o I 'O l o o eO $ M 4 mec - g e de <

k "5 "5 "5 s

[ 6E obnE R..m R O

Han RN a

m

. k O o o o o o o o o o 01 o o. o o o o

< l n<

<dA

b b b b b b b b b 5 *B zo zo zo zo zo zo zo ze eo zo ze zo zo z o o e z z d C o o o o o e E- x a o. o 8 %a We <

W A E D D I k k k I k D k I I I I I k b z e z z z z z z

>t

- u o o o o e o o e o o o o o o e o u o o o o o o o o w- s b

o b <mooaea<=uaw=aao <=ao<=oa

>NhI N N $ NNNN NNNNNNNNN

n22$$R$2$2$)2$2EER MEEEEEEEE

- o .

> 0 o C

C o o o o o o e o > c c p*:

E C h l 3 9 s : a w v o m - u Q S I

5 $ o E kk n $ 5 5 3. h..

'dej g $. u m ._

u,- e ou o' 5 E o z z e e ddd WJ t ' ii m n m n E n 8% To o : P DDD 9 Ei j 2 E l l i 59 b d E ~1 5EE E 2- . vn DE 0 UD3 m g

<au m om <= <= ---

gg

-z: t u

see aus e

a se u=

==

66 ss mm e

u cet ooa se:

'I 0 0'. ! eeu HORnauCRIECAL PLANT VARI ABLES tc"rnt scana' s CONTAINNEHT I DS- B RPU ENOT OPERE >

4 DESIGH l14.9 ) (SRU LIFT 1103 D DRYWELL 0 PRESS E te2oIPSIs ] R g l PRESSI 0.1]PSIG l gg9j ,

4 OPER HI 1,7 D ( 100% BPU 995) ]

PP,ESSI oiIPSIG ; ;g 4 OPER HIl 90 > ( TRIP HI bg TEMPI 85l'F LEVEL E '38 E IN l uf!$n-l 4 OPER HI 140 D 4SCRaN LO 10 D TEMP. I 119 I 'F POWER E.100 E % .

(OPER HI j20- O D LUL @ FT 8 IH \_.A / \_A>hv (OPER L0j19- 6 D ( OPER HI 95 )

gNOSCRRMg TEMPI 901*F i SUPPRESSIGH . SUPPRESSION POOL ,_ POOL -

RIVER BEND 0 8 9 26-FEB-1992 C8IS 1992 RBS EVALUATED EXERCfSE Revision 1 12/20/91 >

lCHTNT NORMAL l l 02:. RPV C O N T k O L~ - F R / P W R E 201 E IN >TAF RPU LEVEL CNDS/FU (Ay[yL RPU g g{ 38IIN WTR RPU PWR M TRIP HIl 511 CRD AVAIL PR AVAIL PMPl RUN 45- l i WTR RPU PWR PMP. NOT PERl 30- SCRAM L0i 105 RCIC lI AVAIL PR HA 0FF 15-

~

gpC3 I WTP, RPU PWR PMP. l TAF i-162l ;

l AVAIL PR AVAIL OFF I 0 10 (MIH) 0 LPCS lph[yL P byL Oh l RPU PRESS Il02clPSIG PR gg N i SHUT P0OL LD l14701 WTR RPU 'WR PMP LPCI AVAIL PR HI A JAIL OFF 1050- HEAT CAPl1125]

g SHTDN COOLING CLG HA RFU PR HI AVAIL PWR PHP OFF l OPEH 950- (SRULIFTl11035 .

RWCU l phG L AbAL hh ! h,gP. l 850 -10 (MIH) O hA R X P O W E R I 1 0 0 1 7. ( R E S C A L E )

ti A L OA OP TURBINE I CLG UAC H.PWR BYPASS HA AVAIL AVAIL ULU SHT -l I

100- W%dA DeSfHS I WA S

Wonff "SVTl I" *'"""I ,e. ,

A P Rf1 D N S C L 1 5 5 SLC LIQ PWR PHP l [

I AVAIL AVAIL OFF I 80 10 (M'IH) 0 RIVER BEHD 0 0 0 26-FEB-1992 08/f 1992 RBS EVALUATED EXEROSE !

Bevision 1 12/20/91 ,

030 I RPU HORMAL ICD's mix 1Er CON"ROL--sR l POOL LEVEL 19 FT 8 IN (RESCALE) i 20 POOL I CLG PUR AVAIL PMP OFFgl. B DG E POOL LD 121- 31 COOLING I HA EHOT OPERI

~

DRYUELL i CLG PUR FAN I 19-COOLING R AURIL AVAIL RUli R 4 OPER L0119- 61 S

S RU T g -

CNTMT COOLING g f CLG AVAIL

'UR AJAIL fat-Rut' l'

n AHEATCAPl15-41 GROUP 18is~(NIH) O C1 L SHT A YL IN ISOL l DU PRESS I 0.1IPSIG SBGT l U'g g

U AbfL bl lHO. SCRAM

~

M OPER HI l1.71 1-

~

0- g

-10('NI'N)O CNTMT TEMP J 851*F DU TEMP l 1191 'F POOL TEMP I 901 'F RPU S.7T 5481 RPU SATl5481 HEAT CAPl1491 90- 150- _ .

90-

~ "

(SCRM TEMPil101

~

4 DESIGli 1851 DESIGN 1330J ,

70- 100- 70-OPER HIi 90I OPER HIl1401 ~

OPER HIi 951

-1 (' MIN)s : -18 ' '('NIN)' ' $ -10 (MIH) 0 '

RIVER BEND,$,,$ $ 26-FEB-1992 08's .

1992 RBS EVALUATED EXERC:SE Revision 1 ;p g fgj

1992 EVALUATED EXERCISE ClockTime = 0815 Menago Number- 3 ScenarioTime = 00/30 RIVER BEND STATION EMERGENCYPREPAREDNESS DRiti DRMS MONITORS ID NUMBI R_ LOCATION (TYPE) READING ID NUMDER LOCATION (TYPE) READ!NG R E-16A.B Ctmt.PAM R.B.186*(DHRRM) 0.8 R/hr R E-194 Supt. Rm. Trans. Tube F.B.113'(ARM) 0.2 mR/hr R E-20A,B Drywell PAM D.W.114'(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 0.2 mR/hr RE-21 A,8 Ctmt. Purge isol. R.B.141'(ARM) 9.D mR/hr RE-196 Equip.Dra!n Sump F.B. 70'(ARM) 0.5 mR!hr R E-139 Annut. Near Trans. Tube 114'(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr R E-141 Refuel. Floor South R.D.186*(ARM) 0.2 mR/hr R E-201 Cond. Air Removat Pmp. Area T.B. 95'(ARM) 0.2 mR/hr RE-146 Containment Airlock F.B.114*(ARM) 0,3 mR/hr R E-202 Rx FeedwaterPump Area T.B. 67'(ARM) 1.5 mR/hr P E-151 Sample Station Area R.B.162'(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 67'(ARM) 0.1 mR/hr RE-162 0.G. Bldg. Regen. Area O.G. 67*(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 0.1 mR/hr R E-164 0.G. Oldg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.B.114'(ARM) 0.2 ~ mR/hr R E-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) 0.1 mR/hr RE-166 Cond Domin Strnr. Area O.G.95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) 0.09 mR/hr R E-167 O.G. B!dg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B,70'(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65'(ARM) joO mR/hr RE-214 RHR B Area East A.B.70*(ARM) 2.0 mR/hr R E- 185 Storage Tank Area R.W. 90'(ARM) 10 mR/hr RE-215 RHR C Area A.B. 70'(ARM) 1.0 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) OSil mR/hr RE-216 IJ2CS Area West A.B. 70*(ARM) 0.3 mR/hr R E-187 High Cond. Sump Area R.W. 65'(ARM) $.0 mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113'(ARM) 0.5 mRihr RE 213 LPCS Penetration Area West A.B. 70'(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B. 70'(ARM) 0.5 mR/hr

>- fnd: cates Alarming Revision 1 OSH - Indicates Offscale High 12/20/91 All other ARMS are *as read

t 1992EVAUJATED EXEllCISE Clock Time = 0815 Message Number: 3 ScenarioTime = 00/30 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL PROCESS MONTTORS ID NUMBER LOCATION (TYPE) READING ID NUMBER 1.OCAT10N (TYPE) READING ~

R E-EA Fuel Oldg. Vent Exh. (WRGM) 1.3E400 $1/sec RE-111P Cont. Atmosphere (PART) 1.0E-06 WI/cc RE-58 Fuel Bldg. Vent Exh. (WRGM) 1.3 E + C0 pC1/soe RE-111G Cont. Atmosphere (GAS) 5.0 E-05 41/cc R E-6A Radwaste B!dg. Vent Exh. (WRGM) .5.7E-01 pCI/sec R E-112P Drywel! Atmosphere (PART) 6.7E-07 pC1/cc RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G Drywell Atmosphere (GAS) 3.3 E-05 Wl/cc 1GE-125 Main Plant Exh. Duct (WRGM) 7.4 E-07 pCI/cc RE-103 SGTS Effluent (GAS) 2.OE-06 WI/cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.2 E-04 41/cc RE-116 Containment Purge (GAS) 3.0E-06 pCl/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3 E-02 pCi/cc RE-11 A Annuius Exhaust (GAS) 2.5 E-08 41/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+01 Wi/sec RE-118 Annulus Exhaust (GAS) 2.5 E-08 41/cc R E-110P Aux. Bldg. Vent (PART) 2.0E-12 Wl/cc RE-110G Aux. Oldg. Vent (GAS) 3.0E-08 pCl/cc RE-118P Turbine Bldg. Vent (PART) 3.0 E-11 41/cc Off Gas Pre-treatment Monitor 200 mR/hr RE-1111G TurbineBldg. Vent (GAS) 1.0E-10 pCl/cc Off Gas Post-treatment Monitor 80 cpm RE-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 pCI/cc Main Steam Uno Radiation Monitor 800 mR/hr RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0 E-07 WI/cc Main Steam Une Radiation Monitor 750 mR/hr R E-126P Main Plant Exh. Duct (PART) 6.4 E-11 pCl/cc Main Steam Une Radiation Monitor 750 mR/hr RE-12GG Main Plant Exh. Duct (GAS) 8.9 E-07 41/cc Main Steam Une Radiation Monitor , 825 mR/hr

.- Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are "as read" 12/20/91

.,7 1992 EVALUATtED EXERCfSE ClockTinee = 0830.

Message Number. = - 4 ScenarioTwees- = 00/45 RfvEP. BEND STATION

, E'sERGENCY a PREPAREDNESS EXEMCISE RSESSAGE

!- *** THIS IS A DRfLL *** '

Message To:

, ' Plant Status Update I

4 4 l

t

.j

'i :

i f

l Rev.1 - 12/20/91 t t

t

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

r

1992 EVALUATED EXERCISE ClockTime = OSM

~

hssegn Numter e. 4- Scenerlo Tiene = - 00/4S RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE

. CONTROUIR INFORMATION

- - THIS IS A DRILL "

Controllerinformstion: EmoctedActions-

' Control Room should be advising the TSC of plant conditions / status of the spill as the TSC becomes operational.

Maintain contact with State and local governments.

4 Rev.1 - 12/20/91

1992 EVAIEATED EXERCISE Clock Time - 0830 Message Nurnber - 4 Scenario Time - 00/45 RIVER BEND STATION ;

l Rev. 1 - 12/20/91 EMERCENCY. PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PANEL 680 S t. a t us Press Flow SRV RED CRN AC.MN RHR A SR O POVdR 100s APRM LEVEL 38" NR

,. F041A OFF ON OFF F RllR B 7. O F041B OFF ON OFF 0

CNS PIA OP WS PlA OP RHR C SR__ F041C OFF _ ON OFF CNS PIB OP FVS PIB OP F041D OFF ON OFF LPCS sR 0 CNS Plc __0P WS PIC OP F041F OFF ON OFF RCIC SR 0 0 Total Feedwater Flow 12.4 M1bs./hr F041L OFF ON OFF

!!PCS SR 0 0 F047A 0FF ON OFF W47B OFF ON OFF PANEL 808 CRD A OP 1900 75 F047C OFF ON OFF CRD B AV O O F047D OFF ON OFF Press Tete ipvel, F047F OFF ON OFF Press DRYWELL 01 119*

Elu t h Irvel F051B 0FF ON OFF CTMT 0.1 85o SIL A LT ON O 2000 F051C OFF ON OFF SPR PL 90o 19'8" SIE B LT ON.. O M51D OFF ON OFF hess Irvel Rance RPV 1020 38" VR MSIV RED CRN F022A 0F OFF SSV P2A SR SSV P2C SR F022B ON OFF SSV P2B SR SSV P2D SR DIV I DIESEL SR DIV II DIESEL 005 W22C ON OFF F022D ON OFF PANEL 863 DIV III DIESEL SR W28A ON OFF OP-crERATIn sa-stAncar army W28B ON OFF SCTS A SR ScTS B SR cos-mt or srmet ss-sect:mro stans W28C ON - OFF D/V COOIIRS OPERATING BCDE av-avattAn r Isot.-I m rro

00 :. rRev n0RnntnCRIT"ClL PLAHT UARI1BLES tcwTnt soRna'it; CONTAIHMENT I DG RPV IHO T OPERlE

~

4 DESIGH l 14. 9 ) 3 4SRU LIFT 1103P1 PRESS E 0.11PSIG

.0 . press I182aI PsIs D

~

l S

SHUT l l hh l 1 OPER HI 1. 7 g ( 100% BPU 995) j PRESSI o.1EPSIG ?4 lC

( OPER HI 90 ) ( TRIP HI 51D t

' TEMPI 85 5 F LEVELI ~38IIN l uf!![9 l 4 OPER HI- 140 D 4 SCRAM- LO 10 D TEMPI 119I T POWERI.1001% .

( OPER_HIl20- OD LUL @ FT @ IH \,_A_)

u,_/ h \/

(OPERLOj9-6} 4 OPER HIi 95 )

HOSCRRMl TEMPI 90! 'F i

SUPPRESSIGH SUPPRESSIOH-P00L __ POOL RIVER BEND 9 0 8 26-FEB-1992 0830 :

[

1992 RBS EVALUATED EXEROSE

, Revision 1 12/20/91

0 ~2 :. RPV .CONTRb'_--N R/ 3WR, ICHTMT NORMA E 201IIN >TAF RPV LEVEL CHDS/FU'lAd[yL

~~- -

RPV g gl 60 TRIP hit 515

CRD E WTR RFU PWR. PMP I 45-

IAVAIL PR- AURIL RUN I ~

30- SCRAri LOI 101 RCIC 1 UTR RPU PWR lNOT PER IAVAIL PR NA PMPl 0FF 15-

^ I UTR RPU PWR PMP E TAF l-1625 HPCD AVAIL OFF I l AVAIL PR 0 10 (MIN) 0 P RPU PRESS E 102oIPSIG LPCS lph[yL P HI A L Oh g S UT IM '

UTR RPU- )WR PMP POOL LD (1470 5 LPCI l AVAILPR HI A JAIL OFF 1050- HEAT CAPil g E MSIU R SHTDH COOLING E I CLG HA RPU . PWR PR HI ! AVAIL PMP R GFF I I OPEN I 950- SRU LIFTI1103I RUCU l pOft phlfL 'l ho 6P00P 0

85010' (MIH) 0 i

C R 1 AU L AOA Pl 110 RX POWER I 100E *4 (RESCALE)

BY A S 1 AUA L AAY SHT .

00-b' MSL CLG U.PWR APRM DNSCL i 51 :

DRAIHS g HA AVAIL ULUl SHT lH0 SCRAM l-' 90-SLC l LIQ AVAIL PWR AVAIL PMP . l OFF E -

I . .

80 10 (MIN) 0 RIVER BEND*$' $ $ 26-FEB-1992 0830-i 1992 RBS EVALUATED EXEROSE Revision 1 12/20/91 i l

030 l__RPU NORMAL I {Qi, ~~ } { .g' ET CON" ROL--F R POOL LEVEL 19 FT 8 IN (RESCALE) 20 '

I FOOL CLG PWR FMP DG 4 POOL LD l21- 3 R COOLING 1 AVAIL OFF1 -

HA HOT OPER 19-

" ' ~

DRYUELL l CLG PUR

FAN l AVAIL 4 OPER LO (19- 61 COOLING E AURIL RUN s S RU SFUT lE -

Ct1TMT I CLG 'WR FAN 1 HEAT CAPl15- 41 COOLING I AVAIL AJAIL RUH E 18. . .

6R0 PRESS l ULV- PWR FRH l lvo1s0L l DU PRESS I- 0. IIPSIG C0HIROL 'I SHT AURIL RUN I ULU SBG7 l HT A L Ohh lHOSCRAMg ,

M OPER HI l1.7] ~

1- .

=

-10 (NIH) 0 CHTili TEt1P i 851'F DU TEMP Lt.12.I 'F POOL TEMP I 901 'F 0 HEAT CAPl1491 RPU SAT 548l N RPU SAT 5481 90- ___ _ _ l 150- 90- .

DESIGN 1851 DESIGN 1330 5 SCRM TEDPM 70- 100- 70-50 . . . . g.

) j 50

_g. ..

) 5010 ~ (MIH) 0 RIVER BEND e e a 2s-rrs-1992 osso 1992 RBS EVALUATED EXEROSE Revisiort 1 12/20/91 i

1997 EVALUATED EXERCISE ClockTime = QH2O Message Number: 4 ScenarioTime = 00/45 RIVER BEND STATION EMERGENCYPREPAREDNESS DRfLL DRMS MON! TORS ID NUMBFR._ LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING R E- 16A,8 Ctmt.PAM R.B.186*(DHRRM) 0.8 R/hr R E-194 Supt. Rm. Trans. Tube F.B.123'(ARM) 0.2 mR/hr R E-20A.B DrywellPAM D.W.114'(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) 02 mR/hr RE-21 A,8 Ctmt. Purge Isol. R.B.141'(ARM) 9.0 mR/hr R E-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr R E-139 Annul. Near Trans. Tube 114'(ARM) 02 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr R E-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 0.2 mR/hr R E-146 Containment Airlock F.B.114'(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.67'(ARM) 1.5 mR/hr RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 67'(ARM) 0.1 mR/hr R E-162 0.G. Bldg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 0.1 mR/hr R E-164 0.G. Bldg Sample Area 0.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.B.114*(ARM) 0.2

mR/hr RE-165 Cond Demln Regen Area O.G.67'(ARM) 92 mR/hr RE-211 Control Rod Drlwe A.B. 95'(ARM) 0.1 mR/hr RE-1 GG Cond Domin Strnr. Area O.G.95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B.70*(ARM) 0.09 mR/hr RE-167 0.G. Bldg. Valve Aree O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70*(ARM) 2.0 mR/hr RE-182 Recovery Sample Tank R.W. 65*(ARM) 100 mR/hr R E-214 RHR 8 Area East A.B. 70*(ARM) 2.0 mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 10 mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr R E-166 Floor Drain Sump Area R.W. 65'(ARM) OSl( mR/hr RE-216 f.PCS Area West A.B. 70'{ ARM) 0.3 mR/hr

~

RE-137 High Cond. Sump Area R.W. 65'(ARM) 50 mR/hr - RE-217 HPCS Penetrat.on Area East A.B. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR!hr RE-218 LPCS Penetration Area West A.B. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr RE-219 RCIC Ares West A.B. 70'(ARM) 0.5 mR/hr

.[ j- Indicatos Alarming Revision 1 OSH - Indicates Offscale High 12/20/91 All other ARMS are *as read"

r 1992 EVALUATED EXERCISE . ClockT'wne= . 9830 Message Number: 4 ScenerloTime = .00/45 RfVER FMNO STATION EMERGENCY PREPAREDNESG DRIO.

PROCESS MONITDRS '

ID NUMBER [f) CATION (TYPE) READING ID NUMBER LOCATION fiYPE) READING RE-5A Fuel DIdg. Vent Exh. (WRGM) 1.3E400 $i/sec RE-111P Cont. Atmosphere (PART) 1.0E-OS pCl/cc ;

RE-5B Fuel Didg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 41/cc RE-6A Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 Wi/sec RE-112P Drywell Atmosphere (PART) . 6.7E-07 WI/cc RE-60 Radwaste Bldg. Vent Exh. (WRGM) . 5.7E-01 WI/sse RE-112G Drywell Atmosphere (GAS) 3.3E-05 41/cc 1GE-125 Main Plant Exh. Duct (WRGM) 7.4 E-07 pCi/cc RE-103 SGTS Effluent (GAS) 2.0E-06 scl/cc 4

2GE-125 Main Plant Exh. Duct (WRGM) ^ 1.2E-04 W1/cc RE-116 Containment Purge (GAS) 3.0E4)6 pct /cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 Wi/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 Wl/cc 4 GE-125 Main Plant Exh. Duct (WRGM) 4.0E401 pCI/sec RE-t 10 Annulus Exhaust ! GAS) 2 SE-08 41/cc RE-110P Aux. DIdg. Vent (PART) 2.0E-12 ICl/cc RE-910G Aux. Oldg. Vent (GAS) 3.OE-08 Wi/cc RE-118P Turbine Bidg. Vent (PART)- 3.0E-11 . uCl/cc Off Gas Pre-treatment Monitor 200 mR/hr RE-118G Tu.bineBldg. Vent (GAS) 1.0E-10 pCI/cc Off Gas Post-tredir.4:::* Montor 80 cpm R E-124P C.D./O.G.Oldg. Vent (PART) 2.0E-09 pCi/cc Main Steam Une Radiation Monitx 800 mR/hr

RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 pCI/cc Main Steam Une Radiation Monitor 750 mR/hr RE-126P Main Plant Exh. Duct (PART) 6.4E-11 pCi/cc Main Steam Une Radiation Monitor 750 mR/hr RE-126G Main Plant Exh. Duct (GAS) 8.9 E-07 pCI/cc Maln Steam Une Radiation Monitor 825 mR/hr t

U - Indicates Alarmmg OSH - Indicates Offscale High Revision 1

, All other Process Monitors are "as read" ' 12/20/91 t

t

.- t ~

-1992 EVALUATED EXERCISE ClockTime = 0840.

ScenerloTesne =

Message Number = _4.1x 00/55.

RfVER BEND STATION 4

EMERCANCY PREPAREDNESS EXERCISE MESSAGE

- - THIS IS A DREL ***

a Message To:. Control Room Declare an Alert in accordance with EIP-2-OO1,' " Classification of Emergencies", Alert EAL 4. Initiating Condition 1. " Alarm of Area Radiation :

Monitors and Confirmation of Readings Greater than 1.000 Times Normal Level".

Rev.1 - 12/20/91.

, -. - -sv - .s - y , a

r

' 1992 EVAL 11ATED EXERCISE . rs,4r Tiene . =. 0640 Messago Number = 4.1x ScenertoT"mie = 00/55 RfvER BEND STATION

' EnfERGENCY PREPAREDNESS EXERCISE CONTROLLER INFORGAATION f

"* THIS IS A DRK1 ***

, C.,..;..i. Information: ' ExpectedActions-Deliver this message only if an Alert has not been declared, the Shift Declare an Alert as required.

Supervisor has not recognized that events have occurred which

- require the . declaration of an Alert, .'.and no actions ' are being

' taken which would result in the declaration of an Alert. ,

P i

l

?

4 i

6 i

e b

i Rev.1 - 12/20/91 :

1

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

1992 EVALUATED EXERCtSE ClockTime = 0845 Message Number = : 5 Sch Tome = 01/00 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

- - THtS IS A Drill. ***

Message To: Control Room Annunciatorsin Co strol Room Incfude - indications in Control Room include:

Reastor Level High/ Low- P680-3A/B6 Rx FWP discharge pressure 100 PSIG Rx Fw Pumps Low Disch Press P680-03A/B02 RX FWP motor amps 409 amps RPS Trip- RHR isol Low Rx Water Level 3 - P680-06A/B04 FeedwaterFlow A C33-R604A 8 Mlbs/hr

- RPS Trip Logic A or C Activated- P680-05A/A09 FeedwaterFlow B C33-R6048 0 Mlbs/hr RPS Trip Logie B or D Activated- P680-05A/A10 B21*AOV 32A & B indicate Green IIght fit APRM Downscale - P680-06A/CO2 Red light off ,

HPCS Initiation Low Rx Water Level 2 - P601-16A/A04 HPCS Pump Motor Overcurrent- P601-16A/F05 All Control Rod Positions on RCIS and Computerare 00 HPCS Injection Line Pressure Low - P601-16A/G04 E22*F004fndicates Open Diesel Engino Running- P601- E22.*ACB02,HPCS Pump Supply Brkr, Amberand White Light Lit 1NNS-SWGI A/18/1C Dist Breakers Auto Trip- P808/86A/B8 1E51-F045 Indicrs Open 4 1NNS-SWG1 A/1B Undervoltage- P808-86A/B6 1E51-F065 and -F066 Indicate Open Turb Cmpnt Cig Water Pump Brkrs Auto Trip P870-55A/E01 RCIC Flow is Indicating 400GPM :

Div i NSSSS fnit Low Rx Water Level 2 - P601-19A/A02 Main Turbinelndicates Trippedon P680 Rev.1 - 12/20/91

, ,, , , n , , .- - - - - -- - _.__.__-___.!

I .

1992 EVALUATED EXERCISE . C$eckTines = 0645 Mow Number = 5 Scenerlo Time = 01/00 RfWER BEND STATION I ~ EMERGENCY PREPAREDNESS EXERCISE MESSAGE

- - THIS IS A DRILL ***

Message To: ~ Control Room (Ccntinued)

Annuncistorsin Control Room include: Indications in Control Room include:

Div i NSSSS Init Low Rx Water Level 1 - P601-19A/A4 1NNS-ACB07 Indicates No Ughts ut PFD STA XFMR 1RTX-XSRID Voltaga Low- P808-88A/H-1 1NNS-ACB06 Indicates Amber, White, and Green Ughts ut 1NNS-SWG1 A/1B Undervoltage,- P808-86A/B6 CCS-*-iA IndicatesWhite, Amber, and Green Ughts ut on P870 INNS-SWG1 A/1B/1C Distr Breakers Auto Trip-' P808-86A/B8 CCS-PIB and -P1C Indicates White and Red Ughts ut ENS *SWG1 A Sply or Distr Breakers Auto Trip- P877-31 A-D3 1GTS*FN-1 A and B IndicateWhite and Red Ught! .!!

ENS *SWG1B Sply or Distr Breakers Auto Trip MSL A, B, C, and D inboard and Outboard MSIV's Indicate Green Reactor Low Level- P601-17A/E2 UgMUt RHR Sys 1 Activated- P601-20A/E6 INNS-ABC15,1 ENS-ACB26, and 1 ENS-AC804 IndicateWhite, RHR Sys 2 Activated- P601-17A/E3 Amber, and Green Ughts ut Rasctor Low Level- P601-21 A/E8 RHR Pump A Breaker Indicates White and Red Ughts ut LPCS System Activated- P601-21 A/B8 E12*F014 Alndicates Red Ught Ut, Green Ught Out Div 1 LPC3 init Low Reactor Water Level 1 - P601-21 A/E8 LPCS/RHR Div 1 Initiation Heest Amber Ught is ut LPCS Pump Red and White Ugnts are ut E21*F005,LPCS Inject Isol Valve Green Ught is ut Rev.1 - 12/20/91

I

~,

.1992 EVALUATED EXERCfSE ' r%r* Tsmo = 08A$

Me : sage Number s5 ScenarioTime = 01/00 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE CONTROLLER INFORMATION

- - THIS IS A DRtLL

ControllerInformation: ExpectedActior.s;'

A .feedwater line break has occ- wf between B21*MOV65A and - Enter EOP-1, AOP-0001,0002. 0003.

B21*MOV7A resulting in a loss ed to the reactor vessel. The transient caused the feedwaterinboard and outboard check valves to Determine cause for loss of Rx waterlevel.

slam shut damaging the "A". loop inboard check valve and prevar ting it from closing completely. Review EIP-2-001,

Classification of Emergencies *.

The rapidly decreasing Rx water level reached level 1 (-142 inches) Investigate cause for loss of electrical power and attempt to within approximately1 minute resultingin a reactor scram, RCIC start - restore power. ;

LOCA isniations and a turbine trip. RCic initiated and is injecting but .

required an excessive period of time (approximately 90 seconds) to investigate cause for failure of HPCS, obtain rated speed and flow. HPCS failed to initiate due to a mechanical problem (see SupplementalScenario No. 5). UpdateTSC on current plant status.

Improper load sequencing on the LOCA ' signal resulted in an ,

undervoltage on Preferred Station Transformer 1RTX-XSR1D wkh subsequentloss of 1NNS-SWG1B,1 ENS *SWG1A and 1 ENS *SWG18. !

' Div i and til diesel generators start reenergizing 1E22-S004 and 1 ENS *SWG1 A. .j Rev.1 - 12/20/91

e 400

/ h r

8 / /

0 1 0 s l '

b e B S

-- 0 5

P O

P O O P 1 M

v e

9 F

O W O O

S S

ee 1 l 1 i

mmi TT AB c 8 C o I I l 2 B k i c r 0 L E

F P P 8 P O 3 S G oa 8 6 V S S S 0 8 e *9 '5 0 W 6 6 T N l n Ce c L E

I WWFW w o L e 1 B T1 9 S S N L C I S T E l E E A S N F N N R A M A A E P P r P P P P e s O A t s 1 1 P P P a e . .

P P S O

S O O O d

w P

r 0 0 O N O R E

e L e . O A B C F 7 O I I I L AC R

E P P P l a

1 T P AN 2

P S

W S S S t U TW o

O P

N N N C C C T T. N R R

D P

S S

S N C /

S D E

S N I

F FF FF FF FF F F C F F F F F F F F M. F F F F F F F F F F R C O O O E O O O O O O O O O O O O A

NXEA O T I

T SA SD AE T 1 N N S NM DO 0

6 R N N N N N N N N N N N N N R N N N N N N N D EO C O O O M O M O O O O O O O O O C O O O O O O N RR L O~

A E E PL B EO N A

R PTRR P E N D F F F F F F F F F F F F F D F F F F F F F V CC YO E F F F U F U F F F F F F F F F E F F F F F F F I R O O O O O O O O O O O O O O O R 0 O O O O O O R N E

C R

E AB C D F C L A B C D F 8 C D M A B C D A B C E V 4 4 4 1 1 1 I 1 I 1 7 7 7 7 7 1 1 1 V2 2 2 2 8 8 8 4 4 4 4 4 4 4 5 5 5 I 2 2 2 2 2 2 2 R 0 S F M0F M 0 0 0 0 00 0 0 0 F F F F F F F F F S 0 0 M F F N0F F0 F0F0 l 0 e w 0 e 0 c s o O O O O 8 O O 0 v 0 n Z u l

F 2

I r 2 R

a F nt a a asDt rt t

7 s mu E 7 s s l rmC r t. s S 8 s a eI

/ 0 s e 0 S t t -

I e 2 O O 0 e O O v 5 P O P s s L C5 R

1 0

6 P r 9 P

r I

r 1 O O O - - 0 a s s s s I E

X 1 L

E - 9 E s

/ N L L L D r 0 A u S S S S s b N N s 0 E E E E e 2 P t P O O P P O O e i O O s 2 SSE ES t Tb / a O O O O D n c e 4 F c A n 2 L. n ug r T T r I I I v

m 1 E EL L P D D D a WN A - r t

s E L

V e t r E g 1 I I I t a oM L a A B C A B A B I I I m t I r cA 2 s S C S ? o?

9 s v R R R C I C D D Lr V V V V o- -s A-9 e e I I

I I

I I P C P R R I i P I I I r oV 1 M R R R R L R H C C S S R D D D eo A

0 0:. I RPU NORMAL EC RI ICA _ PLANT: VARI AB _ES ncHint HORnal CONTAIHMENT D8 RPU l OPER 4 DESIGH I14.9 I ( SR9 LIF1 1103D DRYWELL 0 PRESSg92 o IPSIG U PRESSI 0.1]PSIG EE l SHUT r !

4 OPER HIi 1.7 y ( 100% BPU 995) j, wa ,,

PRESS F 0IIPSIG ' ' , , ,

1 OPER HIl 90 D 4 TRIP HI 51 D TEMPI 85I T. LEVELE-tro E IN GROUP _

4 OPER HI 140 D 4 SCRAM LO 10 D TEMPR IL9I T POWERE. o E%

(OPER HIl20- O D LUL @ FT 8 IN W u/N (OPER L0l19- 6 & . ROD 3 rn 4 OPER HIl 95 )

TEMPI 901*F SUPPRESSION SUPPRESSIGH POOL __ POOL RIVER BEND 8 8 8 26-REB-1992 0845 i

1992 RBS EVALUATED EXEROSE Revtsion 1 12/20/91

_a_________-________________.____..-__.__.m. .-

sc"T"T "oena' i 02 :. RPV CONTROL--iUMA i ta lIll >TAF RPU LEUEL g CNDS/FU fg g RPU pp j g pg g 400 TRIP HI1 52l CRD I UTR RPU PR PWR NA PMP E orr g 220- .l EAUAIL hPER 40- -

-(SCRAM L0i 9l DC'1'

- I WTR RPU PWR- PHP EAVAIL PR NA 0FF

-140-1 UTR RPU PWR PHP. I l N TAF i-162l HPCe ~

IAVAIL PR AVAIL OFF l -320

-10 (HIlO O LPCS lphgfL P I AU L SRU SHUT 1500 I POOL LD l1326]

WTP P,PU PWR PMP I LPCI lI AVAl'.PR HI AVAIL Aun i '

1000- HEAT CAP 3393l I CLG PMP l I 08Iy

"7 -l-SHTDN RPU PWR COOLING I NA PR HI AVAIL OFF E 500- SRU LIFT!11035 i CLG PWR PMP.l u GROUP I 100% BPU 1025-CUCli l AVAIL AVAIL RUN I lIsw caol 0 10 (MlH) O C 1k l 4A 0 7l 125 RX POWER I 0]%

TURBINE I CLG l UAC H.PWR ULU -l 100 BYPASS l NA i NA' AVAIL SHT I I~

11SL DRAINS I

I CLG HA U.PWR AVAIL ULU SHT l"***"l' 50-APRM DNSCL 151 E -LIQ PWR PHP I 25- '

SLC AVAIL OFF I l AVAIL 0

_10 (MIN) 0 RIVER BEND $ 4 8 26-FEB-1992 084F i 1992 RBS EVALUATED EXEROSE i Rm1 12/20/91 .

~~

030 l RPU NORMAL I {]s]{ Y {s s {Qg~~{]{ ]Q POOL LEVEL 19 FT 8 IN (RESCALE) 20 D

COOLI(G HA Ah L l OPEP 4 OPER HI 120- 0] .

CLG PWR 19- -

DRYWELL C00LlHG 1AVAIL nA R I SRV g -

OPER LO (19- 6l SHUT HEAT CAPl15- 41 CNTNT I CLG AVAIL PWR AVAIL FAH l RUN s COOLING I ig 10 (MIH) O PRESS CONTROL I I ULV SHT PUR AVAIL FRH I RUN I lN "#l-

-_ GROUP _

DU PRESS I 0.JIPSIG SBGT l ofgyV phyl l###'

l 3-

~

--( OPER HI i 1. 7 l 1- i

-10 (MIH) 0 ;

CNTMT TEMP l 851'F DU TEMP I 1191 'F P0OL TEMP I sol F ;

i

- ( RPU SAT 5481 ( RPU SAT 548] M HEAT CAPI 1491 90- 150- 90-DESIGN 1330] SCRM TEMPil101 :

DESIGN l1851 70- 100- 70-50 50 501 0 (MIH) 0 dB ' 'd'I's' 1 g

RIVER BEND s s e. 26-rra-1992 0845 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

r a992 EVALUATED EXERCISE ClockTime = 0845 Message Number: 5 Scenario T1rne = 01/00 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONITORS iD NUMBER LOCATION (TYPE) READING _ ID NUMBER LOCATION (TYPE) READING RE-16A,8 Ctmt.PAM R.B.186'(DHRRM) 0.8 R/hr RE-194 Supt. Rm. Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-2 0 A,8 Drywe!I PAM D.W.114'(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) 0.2 mR/hr RE-21 A,8 Ctmt. Purge isol. R.B.141'(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr R E-139 Annui. Near Trans. Tube 114'(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123'(ARM) 0.4 mR/hr R E-141 Refuel. FIoor South R.B.186'(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 02 mR/hr RE-146 Containment Airlock F.B.114'(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.67'(ARM) 1.5 mR/hr R E-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm. T.B. 67'(AR M) 0.1 mR/hr R E-162 0.G. D!dg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr R E-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 0.1 mR/hr R E-164 0.G. Bldg Sample Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) 0.2 mR/hr RE-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) 0.1 mR/hr R E- 166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) 0.09 mR/hr RE-167 0.G. Eldg. Valve Area O.G.137*(ARM) 28 mR/hr R E-213 RHR A Area West A.B. 70'(ARM) 2.0 nR/hr R E-182 Recovery Sample Tank R.W. 65'(ARM) jp0 mR/hr RE-214 RHR B Area East A.B. 70'(ARM) 2.0 mR/hr R E-185 Storage Tank Area R.W. 90'(ARM) 10 mR/hr RE-215 RHR C Area A.B. 70'(ARM) 1.0 mR/hr R E-186 Floor Drain Sump Area R.W. 65'(ARM) cst { mR/hr R E-216 LPCS Area West A.B. 70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) $.0 mR/hr R E-217 HPCS Penetration Area East A.B. 70*(ARM) 0.7 mR/hr R E-192 Refuel Floor South F.B.113'(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West A.B. 70*(ARM) 0.3 mR/hr

! RE-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr R E-219 RCIC Area West A.B. 70'(ARM) 0.5 mR/hr l

?- Indicates Alarming Revision 1 l OSH - Indicates Offscale High 12/20/91 All other ARMS are "as resd

i

_+-____________m_ _ _

4 T

f ..

- 1632 EVALUATED EXERCISE . ClockTime = 0645 Message Number. ScenarioTime = 01/00 :

RfvER BEND STATION EMERGENCYPREPAREDNESS drill PROCESS MONITDRS i

READING :10 NUMBER LOCATION (TYPE) READING '

ID NUMBER ' LOCATION (TYPE)

' R E-5 A Fuel Bldg. Vent Exh. (WRGM) 1.3E+ 00 pCl/sec RE-111P Cont. Atmosphere (PART) 1.0E-06 iCl/cc R E-5B Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCi/sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 lCl/cc --

RE-6A - . Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112P Drywell Atmosphere (PART) 6.7E-07 ;Cl/cc RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 : pCl/sec RE-112G Drywell Atmosphero(GAS) 3.3E-05 41/cc 7.4E4)7 iCl/cc RE-103 SGTS Effluent (GAS) 2.0E-06 iCI/c; 1GE-125 Main Plant Exh. Duct (WRGM) 1.2E-04 pC1/cc RE-116 Containment Purge (GAS) 3.0E-06 sol /cc j 2GE-125 Main Plant Exh. Duct (WRGM)"

4.3 E-02 pCI/cc Rt:-11 A Annulus Exhaust (GAS) 2.5E-08 tCl/cc ~

3GE-125 Main Plant Exh. Duct (WRGM) 4.0E401 pCl/s9e RE-11B Annulus Exhaust (GAS) 2.5E-08 pCI/cc ;

4GE-125 Main Plant Exh. Duct (WRGM)

RE-110P Aux. Oldg. Vent (PART) - 2.0E-12 pCI/cc j RE-110G Aux. Oldg. Vent (GAS) 3.0E-08 141/cc RE-118P Turbino Bidg. Vent (PART) 3.0E-11 SCI /cc Off Gas Pre-treatment Monitor 100 mR/hr ,

RE-118G TurbineBldg. Vent (GAS) 1.0E pCl/cc Off Gas Post-treatment Monitor 15 cpm f

RE-124P C.DJO.G.Bidg. Vent (PART) 2.0E-09 3Cl/cc Main Steam Une Radiation Monitor 500 mR/hr RE-124G' C.DJO.G. Bldg. Vent (GAS) 2.0E-07 SCl/cc Main Steam Une R uistion Monitor 500 mR/hr -

R E-126P Main Plant Exh. Duct (PART) 5.6E- t 1 pCl/cc Main Steam Une Radiation Monitor 500 mR/hr RE-126G Main Plant Exh. Dut/. iGAS) 8.9E-07 SCI /cc Me n Steam Une Radiation Monitor 500 mR/hr ' .

I t

it [ .. j - Indicates Alarming . t OSH - Indicates Offscale High Revision 1 i All other Process Monitors are *as read" 12/20/91 [

l t

t w ., _ ^ -

~. . ,a,, -e.v .~ _ ,..

.s 3

T t 1F32 EVALUATED EXERCtSE ClocitThune = 0900

% member = 6. ScessarleT1sume = 01115 i

RRFER BEND STATION ERSERGENCY PREPN EXERCISE asESSAGE

THIS IS A DRELL " ~

i Reessage To: Coestrol Room i

5 A..-.,.*A ein Coritrol Rooses *melesde- " _^~ _ _ ^"_ _ ise Cosierel Roosse leeciende-4 i .!

i

RHR Pump A Disch Pressure Hi/ Low 'P601-20A/C04 RHP A Loop Flow, E12-R603A Indicates o GPtE RHR Pump Motor A AutoTrip- P601-20 ATE 05 RHR Pump A Fotor Amps E12-C002A Indicate O Amps I

RHR Pump A Indicates Amber and White Ughts Ut, ;

Red and Green Ughts Out ;

I t

t i

i

! t i.

i i

1

, i

+

t 4

f Rev.1 - 12/20/91 [

i

!. i

- - . . . --,-......x- -

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

l <

4

'^

1992 EVALUATED EXERCISE C8eckTessna = 0900 f . Ew- Number = 6

, % Tissue = 01!15 -

RWER EBEND CTATION l

EasERGENCY PREPAREDNESS EXERCISE 4 CONTROLLER IN . MTION t

i 4

- - THIS IS A DRE.L ***

f i< ConteolierInformWJoeg EsupectedActiome ;

1 i An explosion has occussedin the RHR A pump room damaging the investic de the cause for the loss of the A RHR pump.

power lines to the pump motor. This results in the pump breaker ,

j tripping open.

i See Supplemental Scenario No. 6 - for details. RHR B and C are i i unavailable due to the foss of 1 ENS *SWG18. Therefore, tih results ;

, in a foss of sit RHR pumps. Only RCIC and 1.PCS are available to provide water to the core. The operators might consider reducing RPV pressure to the LPCS injection permissive pressure. Mc-..e;, ,

2he data assumes that they do not take this actian. i I-i .

2 I I

! i i <

$ i

$ I s

] Rev.1 - 12/20/91 '

1 i

r 1992 EVATEATED EXERCISE Clock Time - 000,2

?*cs : age Ntmber - 6 Scenario Time - 01/15 RIVFR BEND STATION Rev. 1 - 12/20/91 EMERGENCY PREPAREDNESS EXERCISE COPTROL ROOM DATA PANEL 601/877 PANEL 601 PANEL 683 Statu, Press _ Flow SRV RED CRN _ AC. MN POWER OS AFFM LEVEL -105 RIIR A 00s 0 F041A 0FF ON OFF EJIR R nos_ 0 m4In OFF ON OFF CNS PIA S3 WS PlA SS RIIR C DOS- 0 F041C OFF ON __ 0FF-CNS PIB SS WSPIB _.2 5 F041D .0FF ON OFF tygg Op O CNS PIC _F1. WS Plc _51_

M41 F OFF ON OFT M41C OF W OU. Total Feedwater Flev n RCIC 1033 625 K1bs./hr

__.o r__ m41L OFF ON OFF

, UPCS 00S 0 0 F047A 0FF ON OFF F047B 0FF ON OFF p,,ygg gng CRD A onS 0 0 F047C OFF CN OFF CRD 8 00S 0 0 W47D OFF ON .0FF fress Tenn Irvel F047F OFF_ ON OEF Enuib Pre :s Tevel F051B _OFF DRM 01 M 0FF CN g g,3 g$o Sir A LT 0* 0 2000 M51C OFF ON_ _ 0FF SFR E 90 19*8'

SLC B LT 0*; O M51D ON OFT ON F051C OFF ON OFF PA"iEL 870/601

, Press Irvel Panne 10,3 VR MSIV RED CRN rt~PV -1QS FD22A 0FF ON SSV P2A _Qf_ SSV P2C OP i

DIV I DIF5EL OP m228 OR. W # E E DIV II DIESEL 005 M22C OF W M22D E _L PN N DIV III DIESEL OP F028A 0FF ON ce-CrrRATIF; so-stasont arm t F0285 0FF ON . W. A 1 ScrS B y ms-en or trmct ss-srcraro stans F028C OFF ON D/W COOLDtS OPERATINC 1 av-avar uett isct-Iscurts CTMT C00IERS OPERATINC _A M28D OFF Oy

f !i} t! ; : ! !

il : ! ; > ;: L t l O E S

? I C

i R

E t D X1 E3/

a n l l 5

9 T N O

v e

D0 E2/

R R 1 I 9 T 2 0 E 0 S L 0 A Ns

- 1 s P Ur !

9 S O U L

GO I E O A r D H R 2 V M. P P N4 r 4 E n R I P 9 S 1 r E P U 1 B.

a P M S - R_

c a

l l O E T

B E

2 9 -.

w

. F 9 e.

1 .

6 S l I / 2 E u L k d u 4 8

B [ t A l D

N I E B

R .a"f R A E V

U U I R

D D

. DG I ) 5 N

,~

T 3 0 S P

9 1

5 I 0 1

E N 1 l E 9 I r o n

A i

T 3 e'i i o

i 0

I

- U 3 I t L P F I

o P B H - L E s R l I v P L E P L M A

R E

e U S 0 I E R W R.

R S R V C O E 0 T E .

L S R 1 L S P .

A ( P ( 4 4 k C

. . )G I &

I 7 S

P 0

4 T

T 1 I

1 I .

I i i 9

. L R I H

c I H

I C R E

I R E

P E S E P S P M /_ -

L O E O E T

R R A.

. n R

4P 4 \

- O N DG I D DN I )

9 S

P 0

9 T O E 6 4 l - 8 - N U T 1 ]-

5 0 9 O F N 1 1 $

2 I 1 I R 8 E

M H 0 I

H I

T F

l O SL S

l H G H 5 L E O I I I R I

9 R O F P R S S E ? R 1 R 1 T E P M E E F D S E P E P N E O L U

- 0 C O R T O U

O S 0 4P 4 ( L 4

; , ' 4

02 :. RPV CONTROL--iR/P3.R ' c"'"' " o = ' -

. I rg IIN >TAF i RFU LEUEL RPU g,{ g sos- 3 IN CHDS/FUfg$t {M,P TRIP HIi 52l !

"RD WTR RFU PWR PMP l 220, i

AVAIL PR VA orF E 40- 91 RCI.,

B UTR IAUAIL RPU PR PWR HA PMP I RUN ]

l PERl .

M SCRAM LOI I WTR RFU PWR PMP g .E^ TAF 1-162l HPCe* -320 4

IAVAIL PR AURIL OFF I 0(hlh)8 '

P M LPCS lAh[yL P I {( qy g REV PRESS I loa 3]PSIG j OPm 1500 I UTR RPU PWR !?MP

- POOL LD 113261 LPC' PR HI AVAIL IAUAIL UFF 1000-e HEAT CAP!33931 SHTDH COOLING HA l CLGPR HI RPU PWR AVAIL FMEl OFF E l-$Hur - 500-- SRU LIFill103]

Pg .l 100/. BPU 1825

]

RWCU l pOfL Abb!L lC { -

00

-1 (MiH) 8 i [$hf$[ l hqG UAg gy{ UL OP RX POWER R Bl*/' ;

125 i TURBINE I CLG UAC H.PWR ULU -I -

BYPA5s I HA NA AVAIL SHT g 100-75-11SL DRAINS CLG HA U.PWR AVAIL ULUg SHT l8"" l~ 50-A

/ ' APRM DNSCL l LIQ PWR PMP E 25- ,e !

RLC p AVAIL AVAIL OFF I 0 .. c !

-10 (MIH) 0 RIVER BEND 8 8 8 26-Fra-1992 c%0 :

. . . l I

1992 RBS EVALUATED EXERCSE Rt"vmon 1 12/20/91 i

.. .~........... .... ....... .. _ .. ....... ... ' .

f -

l

! 03 0 i eeu "oea' ' CONTAIFF EFIT C0FLTRE--s R POOL LEVEL 19 FT @ IN (RESCALE) 20

~

D i C00LI16 NA AUbL Oh l OPER M l2P 01 !

DRYUELL R CLG PWR FRN l 19 C00LIl1G R AVAIL NA O FF E sRU OPER LO l19- 6l ;

~

L. "# l CHTf1T CLG 'WR JAIL fat RUFl /HEATCAP115-4l '

COOLING AURIL A ig.

-10 ' (MIN) ' O l

PRESS ULU PWR FAH l l. GROUP Isot

, CONTROL I SHT AURIL RUN I DU PRESS I 0.IIPSIG SSGT l

Vl gpyu byL l Rcos ra ~

OPER HIl1.Tl 1 1-0- i

-110 (MIH) 0

CNTt1T TEt1P l 851'F DU TEMP R 119I 'F POOL TEMP I Sol F i 0 RPilSAi"548J pHEATC4P1149]

l RPU SAT L5481 l

l 90- l 150-

~

90- -

I

~

4 DESIGNQ185l kDESIGN12305 (SCRM TEMPI 110]

, T0- 100- 70- i i

( OPER HI' 90 l UPER till1401 OPER HI i 95l l i '

l -10 (hD6 0 -18O1'IM)8 -10 (MIH) 0 RIVER BEND $ $ $ 26-FEB-1992 OWC l

1992 RBS EVALUATED EXEROSE ;

Revtson 1 12/20/91

i ClockTime = O200 1992 EVALUATED EXERCISE ScenarioTime = 01!15 Mass. age Numter- 6 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DP.MS MONITORS ID NUMBER LOCATION (TYPE) READING LOCATION iTYPE). RE ADING .__

ID NUMDER_

R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E+ 16A,8 Ctmt.PAM R.B.186*(DHRRM) 0.8 f Sample Sink Area F.B. 95*(ARM) 0.2 mR/hr DrywcI1PAM D.W.114*(Dl; RAM) 3.0 R/hr RE-195 R E-20 A.B mR/hr RE-196 , Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr RE-21 A.B Ctmt. Purge Isol R.B.141*(ARM) 9.0 RE-2OO North Holst Area T.B.123*(ARM) 0.4 mR/hr R5-139 Annut Near Trans. Tube 114'(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B.95'(ARM) 0.2 mR hr RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 1.5 mR/hr i R E-146 Containment Airlock F.D.114*(ARM) 0.3 mR/hr RE-203 T urb. Bldg. Sample Rm.T.B.6T(ARM) 0.1 mR/hr RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-204 Cond. Domin. Sample Rsck T.B. 95* {AR M) 0.1 mR/hr RE-1G2 0.G. Bldg. Regen. Area O.G. 6T (ARM) 0.4 mR/hr 2.0 RE-210 PASS Panet AB.114*(ARM) 02 mR/hr R E-1F4 O.G. Eldg Sample Area O.G.123*(ARM) mR/hr RE-211 ControlRod Drive A.B.95*(ARM) 0.1 mR/hr RE-165 Cond Demin Regen Area O.G.6T(ARM) 92 mR!hr RE-212 HPCS Arns East A.B.70*(ARM) 0.09 mR/hr RE-1GG Cond Demin Strnr. Area O.G. 95*(ARM) 0.3 mR/hr RE-213 RHR A Area West A.B. 70*(ARM) 2.0 mR/hr R E-167 0.G. BIdg. Valve Ares O.G.13T(ARM) 28 mR/hr RE-214 RHR B Area East A.B. 70*(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65* (ARM) 100 mR/hr RE-215 RHR C Area AB. 70*(ARM) 1.0 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 10 mR/hr RE-216 LPCS Area West A.B. 70*(ARM) 0.3 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) OSH mR/hr RE-217 HPCS t'enetration Area East A.B. 70*(ARM) 0.7 mRIhr RE-187 High Cond. Sump Area R.W. 65*(ARM) 5.0 mR/hr RE-218 LPCS Penetration Area West A.B. 70*(ARM) 0.3 mR/hr R E-192 Pofuel Floor South F.B.113*(ARM) 0.5 mR/hr mR/hr RE-219 RCfC Area West AB. 70*(ARM) 0.5 mRihr RE-193 Refuel Floor North F.B.113*(ARM) 0.5 Revision 1

- Indicates Alarming 12/20/91 OSH - Indicates Offscale High A!I other ARMS are *es reed"

1932 EVALUATED EXERCISE Clock Twne = 0900 Messmyo Number- 6 ScenarioTime = 01/15 RIVER BEND STAT 10N EMERGENCYPREPAREDNESS DRILL l

PROCESS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING RE-5A Fuel Bfdg. Vent Exh. (YmGM) 1.3E+00 41/ cec RE-111P Cont. Atmosphers(PART) 9.EE-07 pC1/cc RE-50 Fus! E!dg. Vent Exh. (WRGM) 1.3 E+00 C /sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 sC1/cc RE-6A Radwasto Bldg. Vent Exh. (WRGM) 5.7E-01 Scl/see RE-112P Drywe!! Atmosphero(PART) 6.6E-07 pCL'cc

! RE-6B Radwaste Bldg. Vent Exh. (VmGM) 5.7E-01 tCl/sec RE-112G Drywe!! Atmosphere (GAS) 3.3E-05 .C1/cc

GE-125 Main Plant Exh. Duct (WRGM) 7.4 E-07 sC1/cc RE-103 SGTS Effluent (GAS) 2.0E-06 CI/cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.2E-04 pC1/cc RE-116 ContainmentPurge (GAS) 3.C{-06 tC1/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 tC1/cc RE-1 f A Annulus Exhaust (GAS) 2.5E-08 SC1'cc l 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E41 SCI /see RE-11B Annulus Exhaust (GAS) 2.5E-08 SCI /cc RE-110P Aux. Oldg. Vent (PART) 2.0E-12 pC1/cc RE-110G Aux. Oldg. Vent (GAS) 3.OE-08 ;C1/cc RE-11 SP Turbine Didg. Vent (PART) 3.0E-11 SCI /cc Off Gas Pre 4reatment Monitor 50 mR/hr RE-11BG TurbineB!dg. Vent (GAS) 1.0E-10 sCt/ec Off Gas Post 4reatment Monitor o epm RE-124P C.D/O.G. Bldg. Vent (PArt.") 2.0E-09 pCilec Main Steam Une Radiation Monitor 500 mR!hr l RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 SCl/cc Main Steam Une Radiation Monitor 500 mR/hr RE-126P Main Plant Exh. Duct (PARD 5.6E-11 SC1/cc Main Steam Une Radiation Monitor 500 mR/hr RE-126G Main Plant Exh. Duct (GAS) 8.9 E-07 pCI/cc Main Steam Une Radiation Monitor 500 mR/hr -

~

j - Indicates Alarming OSH - Indicates Offscale High Revision 1 i All other Process Monitors are "as road' 12/20/91 I

i:

s 1

9

/

5 0 6 0 1 3 7 2

/

3 1 F

0 /

2 0 0 V 1 O -

= = M 1 e e 1 v 5 e i

n e m s e.

E R T T d d n

kc or i i v

o an g a.

l i

r 1 C ec 3 m 0 S o F o V t R O u v t t M s e Uu* 1 t

h e ts ht 5 g C h g E. U gU9 n i

n U d 1 e s o e0 e r

n F t o NR vug e eO s es i

t s s a

c a aMth a t t t

i d ii c c* g c 1

E I n dn nd5 Uid n n S 1 I E.

I ei C 3 6 641 3 e2 r 0 R OOOG0 EN F F F C X

E IO

V VV eV t N T

OOO aO c O SA

MMMiM

*1 1* d

T ES M I

L. 1 n1 ANR t i

R 5 5 5 I 5

T EDO S D E E E E DR W.

l A ,

NA -

EPR S BER II. I St RP O t

. E H W YR T 1

- 1 RC T f

0 0 6 N

EON

C /A

/

D 0 GC A A/A 1

1 R 2- 2- 1 E 1 1 2-0 1 -

M -

e 0 t E 6 6 0 n d

u P P- 6 P ne c

i h h p- m i

n gi g m

m iH H mi e p o s s sT m c s R e r r i ef e f

l o

r P PD T f

f f

t f

f DiDeVnD t f i i

e c e r

C e n r o n

E i

n sr U Uob b m S yfy mA I o l p pAi C t s H i S S i c

M7 n u t mtmHi iTn n

E = n S Sn T m D r- n n s t E A MM MS T v 6 o o n m0 t !

l A m s s o oC U u i i

r /

L A N CC I it a F A1 C C lo o2

- t V

I g

E R R s i is 1 -

2 9 wr I 1

1 CC0 I I 6

9 M

v v C C P i i 1 DDR R l

l' .

1 1992 EVAI_UATED EXERCISE ClockTime = 0915 Mg Numter = ,J_ ScenarioTeme = 0t /30 RfYER BENO STATION EMERGENCY Pf*EPAREDNESS EXERCISE CONTROtt.ER INFORMATION

- - TN!S IS A DRILI. *"

ControfferInformation- ExpectedActions-6 A break has occurred in the RCIC turbine steam supply line down Declare a Site Area Emergency and direct the implementationof the stream of tha outboard Isolation valve E51*MOVFOG4. A RCIC turbine following proceduros-trip and isolation has occurred,however, the Inboard isolation valve E51*MOVFOG3 is still open because it does not have electrnealpower E1P-2-004, " Site Area Emergency" ;

to close it and the outboard Isolation vr.!ve failed to close due to E!P-2406, " Notifications

shorts caused by the high temperature / moisture environment in EIP-2-020,

Emergency Operations Facility Activation

the steam tunnel. EIP-2-021, "EmergencyOperationsFaci*ftySupport Functions

E!P-2-026, " Evacuation

Conditions have been meet to declare a Site Area Emergency, EAL 3. E!P-2-027, " Personnel Accountability' initiating Conditions 3 *RCIC High Steam Une Flow and High Main Steam Line Flow and High Main Steam Line Tunnel Ambient Benin lowering reactor pressure by cooling down at 100*F per hour.

temperature" or EAL 6, Initiating Condition 2, " Main Condenser not available as heat sinic and RHR Divisions A & B are inoperable and RCIC Is inoperable".

Control Room should begin lowering reactor 3ressure by cooling down at a rate of 100*F per hour until the LPCS injection permissive pressure is reached.

Rev.1 - 12/20/91

l llI l 5 0 r 1 3 h .

9 / / -

0 1 . -

0 ,

s l

b e 8 5 S

-- 0 S

S S

S 1

M v

e 9

P O 0 0 n S O S A ee 6 l 1 imm i

TT AB C 7 I I 0 1 C D 2 2 B ki o 0 L E

P P P 8 0

6 P P 3 S G G c r R /

oa V S 0 e 0 5 0 W W 6 T N N l

Cen 6

E 4SVV I' F E w

o F

T e 2 1

8 9 0 7 S S S S 8

C S

I I TT L 1 L 8 L c E l F E E A A S N N L N R R e A ?

F r A E A E E P P

~

P F e P s N P O O A t s 1 1 A S S S S a e . P F O F S S n S S S w 0 O O O O RR O d e

h E 2 I L

=

e OO .

AB C F AB t- O O I I I t L 2 2 AC C R P P P l T P P P E a L T S T N S t o

T MR VW T W M N N R I P t

P . WS C C T D CS S S S S C /T S D C E

S N I

C F F F F F F F F F F F F F F F F M. F F F F F F F F F F F F F F F F R C O O O O O O O O O O O O O O O O E A -

Z .

N O EA T I

SA T

AE SD 1 T N N S NM 0 R N N N N 9 N N N N N N N N N N N R N 4' N N N 9 N N EO DO 6 C O O O O 0 O O O O O O O O O O O C O 0~ O O O 0 O O D RR L -

N E A PL E

B EO N A

P R RR E PT D F F F F F F F F F F F F F F F D F F F F F F F F N E F F F F F F F F F F F F F F F F E F F F F F F F F V

I CC YO R O O O O O O O O O O O O O O O O -

R O O O O O O O O RN E

C R

E M A B C D F C L A B C D F B C D C A B C D A B C D E 1 1 1 1 1 1 1 7 7 7 7 7 1 1 1 1 V2 2 2 2 8 8 8 8 V 4 4 4 4 4 4 4 4 4 4 5 3 5 5 I 2 2 2 2 2 2 2 2 R 0 0 V0 0 S F F F F F #* 0 F F0 4 E E VV0 F F E p0F F0 tV0 S M E VVVNVVV0 F E I I E F l 0 e e 0 c

" O 0 O O 0 O 0 0 v 0 n s 1

F I r 2 R

a W t n xa rt D asE T

7 Y s s A.

7 emSl n o E 8 s s l aeI S / s s e 0 S t t =

I e 0 O 0 0 e O O v 6 P O F ss L C7 R

1 0 P r

P r

T r - O O O - - 0 s s 5 ss1 E 6 X 1 L

E - 9 E s

/ N LLL Dr t A u 5 S S S S 5 s b N N s 0 E E E E e 2' P t 0 O O P o O 0 O i O O s 0 S S S z Tb / a O O O O D 0 O u e 0 E F E A m 2 SL. 0 S q T L

T L P r 1 I I I D D D U u Ln A

1 O

N mF L V e E r, 1 I I I I T

A

&BLA a A B C A B A B I I T F t I T a 2 s . S C S 9 s v R R R C I C D D r. r V VV V F

O= my A 9 e e H H I l P C P R R t i P I I I =

P oV 1 M R R R F L R I I C C S S F D D D O c A

, :

i < i; ] ,;

, ,! * {i , J I 1

00:. I aeV " Dana'iCRITICl_ PLANT Vf RIf BL S icsTnT HORnal i C0tiTAINMENT E DG l RPU l OPER E 4 DESIGH I 14. 9 > DRYWELL PRESSR/cco EPSIG 0 SRU nSIU PRESSI 0.1]PSIG l SHUT l l 3"" l 4 OPER HIi 1.7 p ( 100% BPU 995) g PRESSI o.1IPSIG '"

( OPER HIi 90 P 4 TRIP HIl 51D TEMP l 851'F I GROUP I

~LEVELI-40 IIH 3 r50' I

( OPER HI1 140 D 4 SCRAM-LO 10 D TEMPI 1205 'F POWERI. o I'4 4OPER HIl20- 0)

LUL 19 FT@IH W udhV

( OPER LO119- 6) , ROD 3 rn 4 OPER HIi- 95 )

TEMPR 901*F SUPPRESSI0t1 . SUPPRESSION POOL __ POOL RIVER BEND 8 8 8 26-vre-1992 c9tr 1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

. ... . :..... .... .'_.. .... ......-~.....-.................... . ,

. r 02 :. PV CON"ROL:--NR/PWR I to3 IIH >iAF I c"'"'

~

"oana' '

RFU LEVEL CHDS/FMlph[yt RPU g g j WTR RPU i PWR PMP CRD AUAIL PR l NA I O H- 220-WTR RPU PWR PMP PERl 40-- -

4 SCRAM LOl 9 !!

PCIC l AVAIL PR AVAt t. off HPCS WTR RPU PWR PMP. TAF l-1625 lAUAIL PR AVAIL OFF

-320 10 (111H) 0 l LPCS lgh[yt phPg g g ~'

-- RPU' PREiS I rocolPSIG

~

~--

SHUT M00 I WTR RPU PWR . PMP. E I r\ C POOL LD l1326l LPCI IAVAIL PR HI AVAIL 'oFF I 1800- HEAT CAPl33931 l-SHTDH hCLG RPU PWR PMP l COOLING I HA PR HI AVAIL OFF ' 500- SRU LIFTil1031 j RUCU l phfL AQ L l $ 3 T .l 0-

! TURBINE I CLG UAC H.PWR .ULU-l -~

CONTROL I NA NA< AVAIL SHT E RX POWER I 0l% ,

TURBINE I CLG VAC H.PWR ULU -l BYPASS I HA NA PUAIL SHT g 100- ,

l MSL DRAINS I

I CLG HA U.PWR AVAIL ULU l SHT I l l' "5 '"l 75-50-APRM DNSCL 151 :

l LIQ PWR PMP g 25-SLC 3

~

AVAIL AVAIL OFF I .

. p ,,,,,,,,,3_ !

10 (MIH) 0 -

RIVER BEND 8 8 8 26-FEB-1992 M6 I :

1992 RBS EVALUATED EXERCISE i l

Revison 1 12/20/91 I

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

i j -

lg.gieeuHORnAt 3 ' C0b"l:: Y ENT C0bTROL--lR i POOL LEVEL 19 FT B IN (RESCALE)

I ' 20 8 I POOL CLG PWR PMP l DG - -- - POOL LD 121- T E t

COOLIHG l HA AURIL OFF u l OPER

'i

DRYWELL'l CLE PWR FRN l 19-C00LIMG I AVAIL NA OFF 3 SRU g M OPER LO 119- 61

~

SHUT I- -

HEAT CAPl15 4l

! CNTNT l CLG PWR AVAIL FAH l j COOLING B AVAIL RUN E .i.,,,,t 18-10 (MIH) ..O t PRESS CONTROL ULU SHT

, PWR 4 AVAIL FAHl RUN l 6Rg7 j DU PRESS I 0.IIPSIG SBGT l

ULU opgp phy &l Roos ta _

^

M OPER HI 11.7l j

1- l l

0-g !

-1~10 '(hl'H) 'O C N i i1 T T E ti P l 851'F DW TEMP R 120] F POOL TEMP I_ 9ol 'F

'jh(RPU SAT 5481 RPU SAT!548E " M HEAT CAPl1491 t I !

90- 150- 90-k ( DESIGN !185] DESIGHl3301 SCRM TEMPil10 ] !

T0- 100- 70-I 1 0PER HI; OPER HI1140I ( OPER HIi 95l t

~

50 ..=

90l 50 .........

50

. i ...ii .

-1 0 (NIH) 0

-10 (MIH) 0

-10 (MIN) 0 RIVER BEND $ $ $ 26-FEB-1992 0915 1992 RBS EVALUATED EXEROSE

' Remion 1 12/20/91 L

i 1992 EVAt_UATED EXERCISE ClockTime = 0915 Mesw Number- 7_ ScenanoTime = 01/30 RfVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONITORS fD NUMBER L_OCATTON (TYPE) READfNG _ ID NUMBER LOCATION (TYPE) R EAD'NG R E-16A.B Ctmt.PAM R.D.186*(DHRRM) 0.8 R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) 02 mR/hr RE-20A.D DrywellPAM D.W.114*(DHRAM) 3.0 R/h- RE-195 Sample Sink Area F.B. 95*(ARM) 0.2 mR!hr R E-21 A.D Ctmt. Purge Isol RR.141*(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump FE. 70*(ARM) 0.5 mR hr i

RE-139 Annul. NearTrans. Tube 114*(ARM) 02 mR/hr RE-2OO North Holst Area TE.123*(ARM) 0.4 mR,hr R E-141 Refuel Floor South R.B.186*(ARM) 0.2 mR/hr RE-201 Cond. Alr Removal Pmp. Area T.B. 95*(ARM) 0.2 mR/hr R E-146 Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B. 6T(ARM) 1.5 mR/hr RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 TurtA Bidg. Sample Rrr:.T.B. 6T (ARM) 0.1 mR/hr RE-162 0.G. Bldg. Regen. Area O.G. GT (ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95* (AR M) 0.1 mR/hr RE-164 0.G. Bldg Sample Area O.G.12:*(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114*(ARM) 0.2 mR/hr i RE-165 Cond Domin Regen Ares O.G. GT(ARM) 92 mR/hr RE-211 Control Rod Drive AR. 95*(ARM) 0.1 mR/hr RE-166 Cond Demln Strnr. Area O.G. 95*(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B.70*(ARM) 0.09 mR/hr RE-167 O.G. Bldg. Valva Area O.G.13T(AR*.1) 28 mR/hr RE-213 RHR A Area West A.E.7C*(ARM) 2.0 mR'br RF-182 Recovery Sarnple Tank R.W. 65* (ARM) 100 mR/hr GE-214 RHR B Area East AE.70*(ARM) 2.0 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 10 mR/br RG215 RHR C Area AB. 70*(ARM) 1.0 mRihr RE-1BG Floor Drain Sump Area R.W. 65*(ARM) OSIf mR/hr R E-216 LPCS Area West ALB.70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65*(ARM) 55 mR/hr RE-217 HPCS Penetration Arsa East A.B. 70*(ARM) 0.7 mR!hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West A.B. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) 0.5 mR/hr RE-219 RC1C Area West AB.70*(ARM) 0.5 mR,hr

- Indicates Alarming Revision 1 OSH - Indicates Offseele High 12/20/91 All other ARMS are *as read"

4' l:

1992 EVALUATED EXERCISE - CaeckTimee = 0915

. Message Number: 7 ScenerteTinee = 01130 f RfWER BEND STATION

EMERGENCYPREPAREDIESS DRILL PROCESS N ID NUMBER 1.OCATION (TYPE) READING ID NUMBER t.OCATION (TYPE) READING 1 RE-5A Fuel Bfdg.Vont Exh. (WRGM) 1.3E+00 sCl/sec RE-111P Cont. Atmosphere (PART) - 9.8E-07 Wi/cc RE-58 Fuel Bidg. Vent Exh. (WRGM) 1.3E+00 41/sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 iCl/cc i RE6A Radwaste Bfdg. Vent Exh. (WRGM) 5.7E-01 SCI /sec RE-112P Drywell Atmosphere (PART) 6.6E-07 41/cc

R E-6B Radwaste B!dg. Vent Exh. (WRGM) 5.7E-01 SCI /sec RE-112G Drywell Atmosphere (GAS) 3.3E-05 pCl/cc j 1GE-125 Main Plant Exh. Duct (WRGM) . ' 7.4E-07 41/cc RE-103 SGTS Effluent (GAS) 2.OE-06 pCI/cc 2GE-125 Main Plant Exh. Duet (WRGM).' 1.2E-04 iCl/cc RE-116 ContainmentPurge (GAS) 3.0E-06 sC1/cc

{ 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 5C1/cc RE-11 A - Annulus Exhaust (GAS) 2.5E-08 sC1/cc i'

4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+01 5C1/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 SCI /cc RE-110P Aux. Bldg. Vent (PART) - 2.0E-12 3Cl/cc

RE-110G Aux. Bldg. Vent (GAS) 3.0E-03 sol /cc RE-118P TurbinoBldg. Vent (PART) 3.0E-11 scl/cc Off Gas Pre-treatment Monitor 50 mR/hr RE-118G TurbineBidg. Vent (GAS) 1.0E-10 pCI/cc Off Gas Post-treatment Monitor o epm RE-124P C.DJO.G. Bldg. Vent (PART) 2.0E-09 sCl/cc Main Steam Une Radiation Monitor 500 mR/hr RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 ~ pCI/cc Main Steam Une Radiation Monitor 500 mR/hr j RE-12GP Main Plant Exh. Duct (PART) 5.6E-11 pCI/cc Main Steam Une Radiation Moniter 500 mR/hr RE-126G Main Ptant Exh. Duct (GAS) 8.9E pCI/cc Main Steam Une Radiation Monitor 500 mR/hr I

" 5 - Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are "as road' 12/20/91

T e

1992 EVALilATED EXERCISE N Tissue = 09M IWhnsage Number = : 8 ScestertoTessee = 01/45 RIVER BElm STATION r EMERGENCY PREPAREDIESS EXERCISE ,

L RESSAGE i

- - THIS IS A drill ***

Message To: Control Room Plant Stattes Update !

4 I

L r

r i . b i

5 v

4 l

f r

L f

I 1- Rev.1 - 12/20/91 1

.?1 4

4 ;, - , e .y e-, - - e. ., .m vn .,a. -

, v,n - , , -

.r- - , m,.,m--~- - - - - s ,-,-r- , - - . - - - - . - - _ _.-

i, ((f ;;t -!

j :> ; v ?!f .t' .jf1li hi! ih!! i!F?Ii IIi!i ![;p!i

+

1

/

9 -

5 0 0 3 /4 /

2 9 1 2 0 0 .

1 R

= = H -

R 1 ee v e

e i

en n

i W R TT .d n

kc e rl a

~

o e C l n I C ec - C '>

S s R -

n ,

i o S t

c C -

A P d H r

+

e e

. f o e e t r c w ,--

o u e r o -

s u p -

m s l -

E e l i

a a e r

p f i c

f r .

V o t c -

P n e R i o l e

t g a e E n g r o

S i i I c t s t s -

C u e e R d v r En e r i n o M o ,e e t r N En

.u u t

p -

O S a n n -

I Sn L it i

t m T fEeR n n e .

A E o o t t -

T EDo R C C A -

S pe D -

DRs A -

NA EPR S w

BERur S a eV nipv I

RP o E H sR R YR T i si s F

R C e Nm " l t

u r mro E o s e ef p er GC r n e P t E a oh t A

R h i t ,

e ec ne t

E j t

a r i nh t t S il n

aC nu t o e P.

r i

t a

ut(g e s ;b s .

m ei r slaf f r

o ' p pi a o- ,

f n x 7 vd I

7 R 8 4 sl a ee g l ib -

E a i ni t r c n ei s y i

u ut a m -

S -

- d r wa -

C eh e w R C r / pt E 8 ' sr *F 0 - u .s -

X E = t o01 ke as a

D r r a g E

T e

b ef p o mins A nr o e o s s a N er

_ t U u t r c L

A M c V l f e nw )e. de ,

E e r's r o u i .

2 d s l 9

9 1 % t al a o D c pl or es ve e ,

< ; j: , ; :

1992 EVAll. FATED EXERCISE Clock Time - 0930 Message Number - 8 Scer.ario Time - OJ/Q RIVER BEND STATION Rev. 1 - 12/20/91 EMERGENCY PRI.PAREDNESS EXERCISE CONTROL ROOM DATA PANEL (.01/R77 PANEL 601 PANEL 6RO Statun Press Flow SRV RED CRN AC.MN POWER On APFM LEVEL -85 RilR A 005 O F041A _ OFF ON OFF RifR' B 005 O F041B OFF ON OFF CNS PIA SS WSP1A SS RIIR C 005 O F1)41C OFF _ ON OFF CNS PIB SS PJS PIB SS F041D OFF ON OFT CNS PIC SS WSPIC SS LPCS OP O po41p opp ON opp F0416 OFF ON OFF 0 RCIC 00S 0 O Total Feedvater Flow M1bs./hr F041L OFF ON OFF 11PCS nos O O F047A OFF ON OFF F0478 OFF ON OFF pgNgt gog CRD A 005 O O F047C OFF ON OFF CMD B fv)s O O F047D OFF ON OFF fres, Teet> Irvel F047F OFF ON OFF Soulb Press Irvel ON OFF DRDM 0.2 M FT) Sin OFF Sif A LT ON O 2000 CIMT O.1 _H.f FT) SIC OFF ON OFF SPR PL -. 91? 19*9' SIL B LT ON O F051D ON OFF _ON W51C OFF ON OFF PANEL 870/601

, Press Irvel Ranne RPV 812 85 vg MSIV RED CRN F022A OFF ON SSV P2A OP SSW P7C OP W228 OFF ON SSV P2B _Qo.1 SSV P2D OOS

- DIV I DIESEL OP i DIV II DIESEL _Qo1 W22C OFF ON F022D OFF ON PANEL 863 l DIV III DIESEL OF i FT12BA OFF ON cP-ortaATI*c sm-stareff READY F0285 QFF ON SCT;I A OP SCTS B _QOS

s-mt or srn2ct ss-srca ro sTA-ts

F028C OF M D N COO N O N TING 1 AV-AbAILABLE {$0LetsOLATED CTMT COOIERS OPERATING A FT)28D OFF ON

0 0 :. I eev 0 A L R A iT "Dena' s C.' R : T .'. U A R :: : B L ES 1cHinT H0anat i C0HTAIHMENT I DG I RPU [ OPERI 4 DESIGN l14.9) ( SRU LIFil1103 ) U DRYUELL b PRESSI 8: 2.IPSIG U SR l opfy r PRESSI 0.11PSIG 4 OPER HIl 1,7 ) ( 100% BPU 995) ] '

PRESSI a.2 { PSIG < 2) 4 OPER HI 90 P

_ 4 TRIP HII 51 ) GROUP TEMP l 85['F LEVELI -BriIN N' 1

4 OPER HIi 140 & 4 SCRNM . L0l 10 &

TEMPI 12.s l F l POWERI o-I%

4OPER HI120- 0P VJy m JJ LUL @FTQ1H 'D 95 )

. Rov > ru ( OPER HIi 10PER L0119- 6 P TEMPI 9 t l *F SUPPRESSION l

SUPPRESSIGH POOL POOL i

I- --

RIVER BEND 8 8 8 26-Pre-1992 0930 1932 RBS EVALUATED EXEROSE

- Revmon 1 12/20/91

...... . . h. = . .. = .t.r n .........- . ......................... . . . .

.~. .

t

_. t 02 :. RPU CONTRCL~--NR/P3JR 'c"'"' "o""a' '

E 78 ]IN >TAF RW LEE

' gggfpg I WTR RPU PWR PMP ] I -e5- I IN RAVAIL PR AVAIL OFF E i 400 '

RPU l PUR 4 TRIP HI l 52]

'ED I WTR PMP l 220- / ,

PR I NA l AVAIL l OFF 3 f WTR RPU PWR PMP.

PER 40- .

CSCRAM LOI 9l RCIC l AVAIL PR HA 0FF

-140-HPCS I WTR RPU PWR PMP l TAF l-162] ;

l AVAIL PR AVAIL OFF E

-320 0 (HI'H) 0 l LPCS lgklplPyy pg gP l RPU PRESS I 812. IPSI 6

~

E WTR . RFU PWR PMP l 1 IN 4 / OL LD 11326]

LPCI oFF E l AVAIL PR HI AVAIL 1000- -

HEAT CAPl33931 SHTDH RPU PWR PMP l~ $9u l'

, COOLING E[ CLG NA PR HI AURIL OFFEl SRJ LIFT 111031 500-CUCH I CL6 PWR I PMP. l GROUP l 100*/. BPU j 1025 -

I AVAIL RUAlti orr- El E Isot 3 4

0 10 (MIN) 0 TURBINE CLG URC lH.PWR ULU-

-i CONTROL NA NA AVAIL sarl RX POWER I 01-2' ,

125

. TURBINE [ CL6 i

URC H.PWR ULU E 100-i BYPASS I NA NA AVAIL SHT I MSL DRAINS I

I CL6 HA U.PWR AVAIL ULUl SHT (8" l 75-50-j4 APRM DNSCL 151 1

SLr-I l

LIQ AVAIL PWR AVAIL PM OFF I I

25-O ... . c

[

_10 (MIN) 0 .

1 RIVER BEND 8 8 8 as-FEs-1992 092o !

i l

1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

. _ ._ .__ _ _ . _ _ _ _ __ . __ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _^

I [;!I l LIIt l

!l fli ; !([lI jfi' f(

s 1 ] 1 1 l l 1 1

) 3 0 6 T 9 0 5 E 4 9 E

. 4 1 S L - - - - 1 1 1 0 I C

A 3 C

1 0 9 5 i i I P

I 9 R 2 2 1 1 P I E M

I S A 0 X1 E

1 l 1 l H C E H E9 /

D O P R I A R T

R D0

( L H L C T M

. 2 E2/

E E 9 G P A R P T A 12 L R R E 9 O E E T I O C O 1 U H P A S F H S - L _

I O P E ' A P O O P B V E H 9 4 E

2 M 1 7

9 M> 6 E

F E

S 1 Bn I 0 R ,o 0 O2 s

T ' 2 ts .

F i

I

_ 9 v I 9e E

9 0

) S gPM ')

'l N $

i! $

1 R H SE 1

E I E T$*

it R T ME P

i

( 0D L

U - - -

gO L

- - ~1N E V 2'

- 0 D 1 0 1 O 0 0 B

- E - - ~

1 - P 9 7

- L 8--

I 0 9 E 5 1 R

L 2 1 1 E

L O S

8 4

0 3

0 4

V I

5 3 R MP 1

j 1 i _

T I A H H _

S T

I lE gg l S I S R _

U E E R P P _

D M- P t E F R O P U0 * '

i C GO D U"#

R O3 I S R7 G #

i.

2

. # 1 8

T El I l '

N

. I )

N E P

'l

. M i!

E T H' -

T '

0 U 1 I D 1 i- -

la lE lE lE 0 0 A PF HF HN HM 5

1 0

1 T MF PO Ar AU FR AU FR 1 l 5

. Fo 8 5 0 M 4 8 9

l1 lI lI 5 1

. L L L L l l l R A RI RI C RI WA PV W

PN WA PU WR PU @A T

A N G

I H _

^ .

A S I

' A A R II ll Il l1 U S E E P

. P D L F R O v

A U T M G SL GL R L A LI LI L H 1 O C H CA V

CA V

V S [fo 5 8

N A A O U l )

P R N Il lI lI lI P I I

M H G LG G L E T Ll 4 TN SO T L N EI NI SR T

O I

G 8 0 O L UL TL ET B T

M 1 P O Y0 HO RN - -

S 3 O R0 CO PO C DC C C T

N 0

9 0

7 0 O j

.. ,; i ! : q l jlj f ;i:J

e:

1992 EVALUATED EXERCtSE ClockT*wne = 0930 Message Hu nbor: 8_ ScenarioT'eme = 01/45 RIVER BEND STATION EMERGENCYPREPAREDNESS DRfU.

DRMS MONITORS ID NUMBER 1.OCAT10N (TYPfl. R EADING . ID NUMBER LOCATION (TYPE) READING R E-16 A,8 Ctmt.PAM R.B. T-3G'(DHRRM) 0.8 R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(A'tM) 0.2 mR/hr R E-20A,B DrywellPAM D.W.114*(DHRRM) 3.0 R/hr R E-195 Sample Sink Area F.B. 95*(ARM) 0.2 mR/hr R E-21 A,B Ctmi. Purge Isol R.B.141*(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump FR. 70*(ARM) 0.5 mR/hr RE-139 Annut. Near Trans. Tube 114*(AR M) 0.2 mR/hr RE-2OO North Hoist Area TR.123*(ARM) 0.4 mR,hr RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-201 Cond. Alr Removal Pmp. Area T.B. 95'(ARM) 0.2 mR/hr R E-14 S Containment Airlock F.B.114'(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area TR.6T(ARM) 1.5 mR!hr RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm.TR. 6T(ARM) 0.1 mRfhr R E-162 0.G. Bldg. Regen. Ares O.G. 6T (ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 0.1 mR/hr R E-164 0.G. B!dg Sample Area O.G.123*(ARM) 2.0 mR/hr R E- s PASS Panet AB.114*(ARM) 0.2 mR/hr RE-165 Cond Domin Regen Area O.G. GT(ARM) 9.2 mR/hr RE-211 ControlRod Drive AB.95*(ARM) 0.1 mR/hr R E-166 Cond Domin Strnr. Area O.G. 95*(ARM) 0.3 mR/hr RE-212 HPCS Area East AB.70*(ARM) 0.09 mR/hr RE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B.70*(ARM) 2.0 mR/hr RE-182 Recovery Sample Tank R.W. 65* (ARM) 100 mR/hr RE-214 RHR B Area East A.B.70*(ARM) 2.0 mR,hr RE-185 Storage Tank Area R.W. 90*(ARM) 10 mR/hr RE-215 RHR C Area A.B.70*(ARM) 1.0 mR!hr R E-186 Floor Drain Sump Area R.W. 65*(ARM) OSH mR/hr RE-216 LPCS Area West AB.70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65*(ARM) 5.0 mR/hr R E-217 HPCS Penetration Area East AB. 70*(ARM) 0.7 mR/hr RE-192 Rnfuel Floor South F.B.113*(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West d.B. 70*(ARM) 0.3 mR/hr R E-193 R efue1 Floor Horth F.B.113*(ARM) 0.5 mR/hr RE-219 RCtC Area West A.B.70*(ARM) 0.5 mR/hr

- Indicates Alarming Revision 1 GSH - Indicates Offscale High 12/20/91 All other ARMS are "as reed

e 1992 EVALUATED EXERCISE ClockTime = 0930 Message Number: 8 ScenarloTime = 01/45 RIVER BEND STATION EMERGENCYPREPAREDNESS DRIU.

PROCESS MONITORS ID NUMDER 1._OCAT10N (TYPE) R__EADING IDNUMBER LOCATION fTYPE) READING RE-5A Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-111P Cont. Atmosphere (P/.RT) 9.8E-07 SC1/cc R E-50 Fuel Didg. Vent Exh. (WRGM) 1.3 E+00 tCI/sec RE-111G Cont. Atmosphere (GAS) 5.0E-05 pCl/cc EE 'dA Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 tCI/see RE-112P Drywe!! Atmosphere (PART) 6.6E-07 SC1/cc RE-60 ~1adwaste Oldg. Vent Exh. (WRGM) 5.7E-01 scl/sec RE-112G Drywef1 Atmosphere (GAS) 3.3E-05 iCl/cc 1G E-125 Maln Plant Exh. Duct (WRGM) 7.4 E-07 tCI/cc RE-103 SGTS Effluent tr)".5) 2.0E-OS Cn/cc 2GE e25 Main Plant Exh. Duct (WRGM) ' 2.2 E-04 pCl/cc RE-116 Containr.nentPurge (GAS) 3.0E-06 SC1/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 pCl/cc RE-11 A Antratus Exhaust (GAS) 2.5E-08 pCI/cc i

43E-125 Main Plant Exh. Duct (WRGM) 4.C E+01 SC1/sec RE-110 Annulus Exhaust (GAS) 2.5 E-08 pCl/cc RE-110P Aux. D!dg.Vont (PART) 2.0E-12 pCl/cc RE-110G Aux. Dfdg.Vont (GAS) 3.0E-OR SCI /cc RE-118P Turbine Bidg. Vent (PART) 3.0E-11 pC1/cc Of Gas Pre-treatment Monitor o mR/hr RE-118G TurbineBidg. Vent (GAS) 1.0E-10 SC1/cc Off Gas Post-treatment Monitor 0 cpm RE-124P C.DJO.G.B1dg. Vent (PART) 2.0E-09 pCl/cc Main Steam Une Radiation Monitor 200 mR/hr RF 7 !4G C.DJO.G.Oldg. Vent (GAS) 2.0E-07 pCI/cc Main Steam Une Radiation Monitor 200 mR/hr RE-126P Main Ptant Exh. Duct (PART) 5.GE-11 pCl/cc Main Steam Une Radiation Monitor 200 mR/hr RE-126G Ma!n P! ant Exh. Duet (GAS) 8.9E47 tCi/cc Main Steam Une Radiation Monitor 200 mR/hr t- T.- Indicates Alarming !

OSH - Indicates Offscale High Revision 1 All other Process Monitors ara "as read" 12/20/91 i

o 19'32 EVALUATED EXERCfSE OsckTiene = .0935_

_ Mew, Number n .: 8.1x ScenarioTiene = 01/50 RfvER BEPK3 STATION EMERGENCY PREPAREDfESS ENEROSE

RAESSAGE i

~ THtS IS A DRILL

Message To: E.Tev.a, Director A Site Area Emergencyshould be declaredin accordance with EIP-2-001, " Classification of Emergencies *, SAE EAL 3. Initiating Condition 3, *RCIC

< High Steam Une Flow and High Main Steam Ur.e Tunnel Ambienttemperature*or SAE EAL 6, Initiating Condition 2.

Main condensernot available as hert sink and RHR Divisions A & B are Inoperableand FICIC is inoperable".

t z

i i

l i

i 4

Rev.1 - 12/2G/91 i

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

Clock Timee = 0935 19'32 EVALUATED EXERCISE ScenerloTassee = 0t/50 W Number e 8.1x RfvER BEND STATION EMERGENCY PREPAREDNESS EXERCISE CONTROLLER INFORGAATION

- - THIS IS A DRILL ***

Co. .m"-.cInformatierr

- Expecte(Agefons:

a l:

Deliver this message only if a Site Area Emergency has not been Declare a SHe Area Em y ,cy.

declared and the Emergency Director has not recognizedthat emis have occurredwhich requirethe declaration of a Site Area Emergency and no actions are being taken which would result In the dec!aration of a Site Area Emergency.

Rev.1 - 12/20/91

. h

.. -. . . . . . ~

f 1992 EVALUATED EXEROSE QeckTksee = 0945

"; _ cg; Nuenbec = 9 ScenarieTissue = 02/00 RWER BENC STATION EMERGENCY PREPAREDfESS EXEROSE MESSAGE

- - THtS IS A DRMl. ***

Message To:. Control Room Plant 3tatus Update i

6 i

t I

I Rev.1 - 12/20/91

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

i -

1992 EVALUATED EXERCSSE ClocitTime = 0945 "1.,+ Number = 9 ScenerloTime = 02/00 RfWER BENO STATION ERSERGENCY PREPAREDIESS EXERCISE CONTROLLER IfWORRAATION

j. *** THIS IS A DREL ***

ControfferInformation: EspectedActions:

i Data reflects operators reducing Rx pressure at rate that results in a Continuereducing RPV pressure.

cooldown rate of 100*F/hr until 487 psig (LPCS injection permissive pressure). No make-up water is available until then, therefore RPV Continueinvestigation of failure of HPCS, RCIC, and *A* RHR.

bvet is decreasing as steam is bleed off. l Attempt to restore electrical power.

a.

9 1

4 l

< Rev.1 - 12/20/91 !

r i

i m_..

1 1992 EVAll'ATED EXERCISE Clock Tisse - 0941 Message Nmnber - 9 Scemrio Time - OM.,

RIVER BEND STATION Rev. 1 - 12/20/91 EMERCENCY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/8/7 PANEL 601 PANEL 680 Statan Press Flow SRV

' RED CRN ACEM POWER 0% APRM LEVEL -108 RllR A OOS O F041A 0FF ON OFF RiiR B OOs O_ F041 B OFF ON OFF CNS PIA SS FWS PIA SS R11R C OOS_ O F041C OFF ON OFF CNS PIB S

_SS_ WS PIB _S_S_

F041D OFF ON OFF LPCS OP 0 CNS PIC __ WS PIC SS F041F OFF__ ON OFF F041C OFF ON _O FF RCIC 005 0 0 Total Feedwater Flow 0 Mlbs./hr F041L OFF ON .OFF llPCS 00S 0 0 F047A OFF ON OFF F047B OFF ON OFF PANEL 808 CRD A OOS 0 _0 F047C OFF ON . OFF CRD B OcS O O W47D OFF ON OFF fre t Temo level F047F OFF. ON OFF Squ i b__ Press level F051B 0Frm ON OFF DRN1 0.3 M CTMT O1 _Hf SIE A LT ON .0 2000 F051C OFF ON OFF SPR PL 91 19*9' Sir B LT ON O __ F051D ON OFF ON

Press level Rnnne RPV -108 UR MSIV RED CRF,

              -588                                                             SSV P2A   OP          SSW P2C                                         OP W22A      OFF        ON DIl3EL     Op                 F022B     OFF      E_              ND~W                  MN                                              W i DIV I DIV II       DIESEL     OOS                N22C      OFF      _ON W22D      OFF      _03_                            NE W DIV III DIESEL          OF F028A     OFF       J_

or-orrnATIE sn-srANDBY F.EADt F028B OFF ON SCTS A OP SGTS B 005 cos-our or navier ss-secuazo srA m W28C OFF ON D/W COOLERS OPERATING _2S_ av-AVAILABLF 150L=ISOLArt CIMT COGI J OPERATING A F028D OFF ON

                                                                                                                   ~
                                      .. 1T .   .       .           . .. . .'. . _       ..     ..

0 0 :. I RPU HORMAL 'CRI ICAL PLANT Vf ?.I?BL ES iCHrnt woRnAt : CONTAIHMENT w RPV l DhPER 4 DESIGH l 14. 9 ) DRYWELL 4SRU LIFT 1103D 0 PRESSES 68 EPSIG U SR opyy jsly PRESSR 0.1]PSIG l ~ u 4 OPER HI 1. 7 ) ( 100% BPU 995) ] '

                                                                                                                                     vs PRE?S T o 3 lPSIG                                         v,                                    , , ,

4 OPER HIl 90 P 4 TRIP HI S1 D TEMPI 851'F 'LEVELI- os R IN l [ 0 [r__l 4 OPER HI 140 D 4 SCRAM LO 10 D TEMPI 2a.I oF POWERB. o I% 4OPER HIl20- 0) LUL @ FT 9 IN W . u./AAAAAJ - MPERLOj19-6) . Roos zu 4 OPER HIl ' 95 ) TEMPE 91]'F SUPPRESSION . EUPPRESSION POOL POOL I I q. _. l .- RIVER BEND 9 8 8 25-rc* 1992 09vr I l ! 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

               .. . .             .   'T....
                                      .            ..........,.....w.:     -
                                                                          * =                                                                                                                            g 02 :.                                                RPV CONTR 3D--hR/P_blR                                                                  g ,g ,;'g'"  " " " " L' RPU LEVEL ,

WTR RPU PWR PMP l l -for R IN Cl4DS/FU I AVAILPR AVAIL OFF E 400 TRIP HIl 52 1 WiR RPU i PWR 220-CRD-AVAIL PR I NA i PMPl OFF g RCIC UTf ' RPU PWR PMP l I OPERI IAVAIL PR HA 0FF I -140-HPCS PV Ok N TAF i-1621 lA$$L pR AJ L

                                                                                                           -320 10 (HIH) 0
                                                                                                                                   ~
                                       'WR        PMP 1
                                                                                                                                                                                                     ~

WTR RPU LPCS i@ PRESS Ises IPSIG IAVAILPR HI A' JAIL RUN 3 3 SRU. E I500 I I orcN -- POOL LD 1326l LPCI WTR RPU PWR PMP_ l I AVAILPR HI AVAIL OFF E SHTDH I CLG RPU PWR PMP l I "59uf*1"- i 1000- HEAT CAPI 33931 C00LIllG B HA PR HI AVAIL OFF B - 300- SRU LIFT 11103] RWCU l gyL Ab L ll l. GRgPL g 0,

TURBIllE l CLG UAC, H.PWR ULU E - 0l% CONTROL I HA NA~' AVAIL swr 3 RX POWER I - TURBINE l CLG UAC H.PWR ULU -l BYPASS E NA NA AVAIL SHT E 100-D INS hA A{ ULU HT f" l. APRM DNSCL 151

               . LIQ                 PWR          PHP l                                                          25-SLC I

AURIL AVAIL OFF E ...... - 0 10 (MIN) B RIVER BEND 8 y $ 26-FEB-1992 0945 I 1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

                              ...     .................. ...          . . J.^2 . . . . , . . . . . . . "   .

0 3 0 ' RPU HORMAL l (('s"Q"g V MT C0sTROL--4R POOL LEVEL @ FT 9 IN (RESCALE) 90 D Ah L C00LIl1G HA l- PER I DRYWELL I CLG PWR FAH l 19 COOLING l AVAIL NA O FF 3 I SRU R CPER L0119- 61

I OE## I HEAT CAP)15- 4l CHTMT CLG PWR FFF COOLING AVAIL AVAIL Rlf l 18

                                                                                                               -L a W H) 0                                 i PRESS CONTROL I l          ULV SHT PWR AVAIL         Fgt Rh l

E l~6Rp0gPL,l r DU PRESS I 0.3E PSIG VLV SBGT l gpG t/ Ah$L R ! l R#" *] - M OPER HI (1.71 0-

                                                                                                                  -10 (MIH) O CNTMT TEMP l            851'F                                Du TEMP I 1228 F                                   POOL TEMP I      911'F RPU SATl5481                                        RPU SATl5485                              l ] HEAT CAPI 149j 90-                                                   150-_      .

90-

      ~      ~   ~~ ~

DESIGH11851 DESIGN 13303 SCRM TEMPil101 - 70- 100- 70-50,g .. ...g 50g

                      ,g                                             )                                           50 10 (NIH) 0 RIVER BEND $ $ $

26-FEB-1992 0995 ; 1992 RBS EVALUATED EXERCISE [ Revision 1 12/20/91 i

1992 EVALUATED EXERCISE ClockTime = 0945 Messago Number. 9 ScenarioTime = 02!00 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONITORS 1_DJUMBER LOCATION (TYPE) READING IDNUMBER LOCATION (TYPE) READING R E-16 A,B C?mt.PAM R.D.18G'(DHRRM) 0.8 R/hr RE-194 Supt. Rm. Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-20 A.B DrywellPAM D.W.114*(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) 0.2 mR/hr RE-21 A,B Ctmt. Purge Isol. R.B.141'(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR/hr RE-139 Annul. Near Trans. Tube 114*(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr R E-141 Refuel. Floor South R.B.186'(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. WS*(ARM) 0.2 mR/hr R E-146 Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B. 67'(ARM) 1.5 mR/hr RE-151 Sample Station Area R.B.162'(ARM) 5.0 mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 67'(ARM) 0.1 mR/hr R E-162 0.G. Oldg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr RE-204 Cond. Domin. Sample Rack T.B. 95* (ARM) 0.1 mR/hr R E-164 0.G. Oldg Sample Area O.G.123'(ARM) 2.0 mR/hr R E-210 PASS Panel A.B.114*(ARM) 0.2 - mR/hr R E-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) 0.1 mR/hr R E-166 Cond Demin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.E 70'(ARM) 0.09 mR/hr R E-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70'(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65* (ARM) 100 mR/hr RE-214 RHR B Area East A.B. 70*(ARM) 2.0 mR/hr R E-185 Storage Tank Area R.W. 90*(ARM) 10 mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr RE-18 G Floor Drain Sump Area R.W. 65'(ARM) OSH mR/hr RE-216 LPCS Area West A.B. 73'(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 5.0 mR/hr RE-217 (fx;S Penet-atlin Area East AB. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor Sou'h F B.113'(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West AB. 70*(ARM) 0.3 mR/hr R E-193 Rnfuel Floor North F.B.113*(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 0.5 mR/hr I L- Indicatos Alarming Revision 1 OSH - Indicates Offscale High 12/20/91 All other ARMS are *as read"

1992 EVALUATED EXERCISE Clock Time = 0945 Message Numt>er- 9_ ScenarioTime = 07/00 RIVER BEND ETAT 10N EMERGENCYPREPAREDNESS DRit.1. PROCESS MONTTORS ID NUMBER LO_ CATION (TYPE) READING ID NUMBER LOCATION (TYPE.1 READING RE-5A Fuel Oldg. Vent Exh. (WRGM) 1.3E+ 00 pCl/sce RE-111P Cont. Atmosphere (PART) 9.8E-07 pCl/cc R E-58 Fuel Dido. Vent Exh. (WRGM) 1.3E400 pCI/see RE-111G Cont. Atmosphere (GAS) S.0E-05 pC1/cc RE-6A Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 pCi/sec RE-112P Drywell Atmosphere (PART) 6.6E-07 scl/cc RE-6B Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G Drywell Atmosphere (GAS) 3.3E-05 ICi/cc 1 GE-125 Main Plant Exh. Duct (WRGM) 7.4 E4)7 pCl/ce RE-103 SGTS Effluent (GAS) 2.0E-06 pCl/cc 2GE-125 Main Plant Exh. Doct (WRGM) 1.2 E-04 ICl/cc RE-116 Containment Purge (GAS) 3.UE-06 pC1/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 pCl/cc R E-11 A Annulus Exhaust (GAS) 2.5E-08 pCl/cc 4GE-125 Mairi Plant Exh. Duct (WRGM) 4.0E+01 pCl/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 $1/cc RE-110P Aux. Oldg. Vent (PART) 2.0E-12 pC1/cc RE-110G Aux. Bldg. Vent (GAS) 3.0 E-08 pCl/cc RE-11BP Turbine Didg. Vent (PART) 3.0E-11 pCl/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-118G TurbineDidg. Vent (GAS) 1.0E-10 ICI/cc Off Gas Post-treatment Monitor 0 cpm RE-1249 C.0/O.G.Didg. Vent (PART) 2.0 E-09 pCI/cc Main Steam Une Radiation Monitor 200 mR/hr RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 ICI/cc Main Steam Une Radiation Monitor 200 mR/hr R E-126P Main Plant Exh. Duct (PART) 5.6E-11 WI!cc Main Steam Une Radiation Monitor 200 mR/hr RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 pCl/cc Main Steam Une Radiation Monitor 200 mR/hr f ~ - Indicates Alarming - OSH - Indicates Offscale High Revision 1 All other Process Monitors are *as read" 12/20/91

1992 EVALUATED EXERCISE ClockTime = ' 1000 Messago Number = 10 :. Scenarie Tinee ' = 02/15 RIVER HEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE r

                                                                               *** THIS IS A DRR.L ***

Message To: Control Room Annuncistorsin Control Room includ_e; indications in Control Room include: I t I' ADV-32A, Feedwater Testable Check Valve indicates both red and , green lights Ilt i

Rev.1 - 12/20/91 l w y- ~ f 4 ww = 3 -y - e +v v s.--~

1992 EVALUATED EXERCISE ClockThne = 1000 Mea: sage Number = 10 ScenadoThee = 02/15 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCfSE CONTROt1ERINFORMATION

                                                               *** TitIS IS A drill ***

ControllerInformation: ExpectedActions: 1

Data reflects operators reducing Rx pressure at rate that results in a Continuereducing RPV pressure. cooldown rate of 100*F/hr until 487 psig (LPCS Injection permissive pressure). No make-up water Is available until then, therefora RPV Continueinvestigation of failure of HPCS, RCIC, and *A* RHR. I velis decreasingas steam is bleed off. Attempt to restore electricalpower. B21*AOV32A, feedwrterloop A testable check has just failed allowing reactor coolant to backflow out of the feedwater line break into the Auxillary Building Steam Tunnel and, from there, into the Turbine Building. Coro damage has not yet occurred,however, activity levels i in the Turbine Building ventilationline are beginning to increase. Rev.1 - 12/20/91 i

l lI!l ! 0 5 r 0 1 h 0 / 1 2 0

/.s

l 0 b e 1 S S

          --                    7 2

S S S S S S 1 M v e 9 P O O O O S O S ee 1 l 1 mm ii TT AB C I I I 0 1 C D 2 2 B c o L P P P 0 P P ii 0 8 6 3 c r E o

S G m '3 5 8 0 / 6 oa 6 V S S S 8 2 0 U V 8 T N l n C e c L E

E L WWW l w o L E T e 2 8 1 9 7 8 S S L S L E C I S T A S N F N L N R A M A E A E P P r P N P P P e s A O A t s 3 1 P S S S S a e . . P O P S n S S S w r O 0 O O O R O d P E e L e O AB AB C F n O I I I i L 2 2 AC R P P P l r P P P E a g T S W O S S S N N N t o Y MR R I P W S S W TW C/ F C C C T D CS S S S D E S N I C M. F F F F F F F F F F F F F F F F R F F F F F F F F F F F F F N F E C O O O O O O O O O O O O O O O O A N X O EAT I T SA SD AE 1 N T S NM DO 0 6 R N N N N N N N N N N N N N N F N F N_N R N N N N N N C O O O O O O O O O O O O O O O O O O O O D RR N EO L O_ O C_O E A PL E N B EO P A R RR E PT N D F F F F F F F F F F F F F F F F F F F F F D F F F F F F F V CCYO E F F F F F F F F F F F F F F N F E F I R O O O O O O O O 0. O O O O O O O R O O O O O O_O RNE C R E A B C D F C L A B C D F B C D C A8 C D A B C M 1 1 1 1 1 1 1 7 7 7 7 7 1 1 1 I V 2 2 2 2 8 8 8 E V 4 4 4 4 4 4 4 4 4 4 4 4 5 5 5 S I 2 2 2 2 2 2 2 R M0 S F F0F 0 F F0F F0 F0 0 0 W0 F M0F F0 MUF S M F0F 0F 0 M0 0 0 F F F _ 0 l 0 e. w 0 e 0 r s o O O 0 9 O 0 0 0 v 0 n R Y u l e 2 a V C r F l R A E A T D R sr f Y o A. 7 B rt 7 D N t c _ E 8 s s l 7 A cI t, S - S / s s e 2 S T I 0 e 0 0 0 0 e O O v 1 P O P S se =. f C1 R 1 0 6 P r P r I r - O O O = - 0 R s 5 S s 1 E X 1 L E - 9 E

                  /     N     s                                                                                            LLL Dr       0     A     u 5        5    S               5   5    s   5           b        N N          s   5         E E E E e      2          t      0    0    O       P       0   0    0    0           l       O O          s   8         S S S              s P     a 0                                                         u                  e             E E E              c Tb       /                      0    O       O       0   0    0    0                                    4                            i r

A n I l M u 2 1 S t hL T T.

                                                                                                    !       P I I I D D D              a t

V l A - Ms EL I r B V e I E g 1 I I T tA rI eM a A B C S A B A B I I I 1 F A 2 s . C S P c" V 9 s 9 e v e R I I R RI l i I C P. I C C P D R D R LCL I V P V V V I I I O P

                                                                                                                                          =
                                                                                                                                             = A S =

oV 1 M R R R R 1 R l l C C S S R D D D O cA

      #                                                 ,*-          + . *                 .,.                 . .

00:. rRev s0RnncaCRITICAL PLANT UAR:: ABLES testn1 m Rnat i CONTAIHMENT RPU h hPER 4 DESIGH 114.9 D 4 SRU LIFT 1103Di ' DRYWELL ngin 0 U OMg PRESSI 0.11PSIG PRESS E ver E PSIG- __

==

l Suor ! g 4 OPER-HIi 1.7 y -( 100% BPV 995) PRESSI o 3 JPSIG ' ' 4 OPER HI 90 I 4 TRIP HI 51 D GROUP TEMPI 851 F LEVEL -iz. IH rsot l 4 OPER HI 140 D 4 SCRAM LO 10 D TEMP E I? 31 'F' , POWERI. o E% 4OPER HIl20- 0& LUL 19 FT @ IH W u/N , (OPER LOl19- 6P . RODS ru 4 OPER HI 95 ) 921*F TEMPE , SUPPRESSION SUPPRESSIGH POOL , POOL

I RIVER. BEND 0 0 0 26-FEB-1992 /ooo

                                                                                        .                                  1992 RBS EVALJATED EXEROSE Revhion 1          12/20/91 4

4 u - . . , ,<y ,

7. . , _,, ,

i 9 02 :. RPV C0iTROL:--NRLPF I n IIH >TAF

                                                                                                                                             !CHTNT HORMAL l                            -

RPU LEVEL Cf1DS/FWlgg RFU g gg 400 TRIP HIl 52l CRD WTR RPU. PWR PMP l 220-lR AVAIL PR INA i OF 1- g E WTR RPU. PWR PMP PERl 40- - 1 C SCRAM L0l 91 RCIC 0FF gl IAVAIL PR NA

                                                                                                       -MO-HPCS WTR.       RPU.      PWR        PHP- I                                                                     . N             TAF                     l-1621 lI AVAIL          PR    AVAIL       OFF I
                                                                                                       -320 10 (NIH) 0 LPCS   lpQ         phPg       g          gg                                                - RPU PRESS I 9erEPSIG
                                                                                      #                                            l N       C POOL LD (1326l WTR         RPU      PWR      . P M P_.

LPCI l AVAILPR HI AVAIL 'oF F

                                                                             - UOE                                                            -

SHTDil COOLING CLG

                      -HA RPU PR HI AVAIL PWR        PMP ~

OFF "I l 500- 4SRU LIFTi 1103] RUCU l gQ A)$L "P rr .l- GRgP 100 BPU 1025 0 10 (NIH) 0 TURBINE I CLG VRC H.PWR .VLU : E ~ CONTROL l HA NA' AVAIL swr l RX POWER I Ol% TURBINE l CLG UAC H.PWR ULU -E BYPASS I HA NA AVAIL SHT I 100-I" 75-MSL DRAINS l CLG HA U.PWR AVAIL ULU l SHT E l 8 85 l' 50-M DNSCL l5l I l LIQ PWR PMP 25-SLC AVAIL , AVAIL OFFsl N 0 .... ....

                                                                                                             -10 (MIH) B RIVER BEND $ $ $ 26-FEB-1992                                        /000 1992 RBS EVALUATED EXERCISE Rwision 1        12/20/91

030 l RPU HORMAL l Q Q [. " Q " [ V ] .j y QQ{ {Q Q -]Q POOL LEVEL @ FT to IN (RESCALE) 20 POOL I CLG PWR Pi1P OFF lg

COOLING l HA AVAIL l DgPER - OPER HI l20- O f DRYWELL I CLG PWR C00LlHG l AVAIL NA FRN lg OFF OPER LO 119- 6l SRU ~ U"# CNTMT l CLG 'WR AJAIL FRN HEAT CAPil5- 41 COOLING .I AVAIL RUN GROUP 1810 (NIH) O PRESS CONTROL ULU SHT PWR AURIL F9Hl RJH l ISOL DU PRESS I 0.3 ]PSIG SBGT l gUL p,,'J y pk h Roof In . M OPER HI l1.7l 0-

                                                                                                         ~~
                                                                                                             -10 (MIH) O CNTl1T TEt1P I            851'F                                DU TEMP I 123 *F                            POOL TEMP I         92]*F RPU SATl5481                                         RPU SAT l548I                                  HEAT CAPI 149]
                                                                                         ~

90- _ _ _ _ _~ ~ ~ 150- _ . . _ .. I 90- ' SCRM TEMPI 110]

    ~~       '

DESIGHl1851 DESIGH 1330 5 70- 100- 70-50 50,g........g - _g

                                                                                                                       ~
                      ,g                                                )                                 5010 (MIH) 0 RIVER BEND s 8 $            26-REB-1992 1000 1992 RBS EVALUATED EXERCISE Revision 1     12/20/91 b

1992 EVALUATTD EXERCISE ClockTime = 1000 Mesuge Humtwr- 10 ScenarioTime = 02/15

                                                                 'IVER BEND STATION EMERGL.eCYPREPAREDNESS DRitt.

DRMS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING R E-16 A,B Ctmt.PAM R.D.186*(DHRRM) 0.8 R/hr RE-194 Supt Rm. Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-20 A,8 DrywellPAM D.W.114'(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.D. 95'(ARM) 0.2 mR/hr R E-21 A,0 Ctmt. Purge lsol. R.D.141*(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70'(ARM) 0.5 mR/hr R E-139 Annul. Near Trans. Tube 114'(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123'(ARM) 0.4 mR/hr R E-141 Refuel. Floor South R.D.186'(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 0.2 mR/hr R E-146 Containment Alrlock F.D.114'(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.67'(ARM) 1.5 mR/hr R E-151 Sample Station Area R.D.162'(ARM) 5.0 mR/hr RE-203 Turb.Didg. Sample Rm.T.B. 67'(ARM) 0.1 mR/hr R E-162 O.G. Didg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 93* (AR M) 0.1 mR/hr RE-164 0.G. Bldg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panet A.D.114'(ARM) 0.2 mR/hr R E-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) 0.1 mR/hr R E-166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70'(ARM) 0.09 mR/hr RE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70*(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65'(ARM) 0.4

mR/hr RE-214 RHR B Area East A.B. 70'(ARM) 2.0 mR/hr R E-185 Storage Tank Area R.W. 90'(ARM) 0.2
mR/hr HE-215 RHR C Area A.B. 70*(ARM) 1.0 mR/hr R E-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 1.PCS Area West A.D.70'(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70'(ARM) 0.7 mRthr R E-192 Refuel Floor South F.D.113'(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West d.B. 70'(ARM) 0.3 mR/he R E-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr "E-219 RCIC Area West A.B. 70*(ARM) 0.5 mR/hr

        - Indicates Alarming                                                                                           Revision 1 OSH - Indicates Offscale High                                                                                          12/20/91 All other ARMS are "as read"

Note: Levels drop based on sump being pumpedand contaminatkm boing washed down drain.

r. s

t

-[

1992 EVALUATED EXER ( (.,E ClockTime= _1000 ? , Message Ntimtwr: 10 ScenarioTime = 02/15 - ] RIVER BEND STATION EMERGENCYPREPAREDPESS DREL ! PROCESS MONITORS > ID NUMBER ' LOCATION (TYPE)_ '. R EADING ID NUMBER - LOCATION (TYPE) . READING RE-5A Fuel Oldg. Vent Exh. (WRGM) . 1.3E+00 " . Wl/sec R E-111P ' ' Cont. Atmosphere (PART) 9.1 E-07 pCl/cc - t RE-50 Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 . WI/sec. RE-111G Cont. Atmosphere (GAS) 4.8E-05 Wl/cc . RE-6A Radwastn BIdg. Vent Exh. (WRGM)l 5.7E-01 pCl/see RE-112P Drywell Atmosphere (PART) 6.6E-07 Wl/cc , ~ RE-60 Radwaste Bldg. Vent Exh. (WRGM) 5.7 E-01, Wi/sec RE-112G Drywell Atmosphere (GAS) 3.2E-05 WI/cc ' 1GE-125' Main Plant Exh. Duct (WRGM)' 7.4 E-07 WI,'cc RE-103 SGTS Effluent (GAS) 2.0E-06 pCI/cc -

                                 - 2GE-125 Main Plant Exh. Duct (WRGM) '                         1.2E-04     Wl/cc -          RE-116       ContainmentPurgo (GAS)            3.0E-06 '   pCl/cc 3GE-125 Main Plant Exh. Duct (WRGM)                   4.3E-02      $1/cc            RE-11 A      Annulus Exhaust (GAS)             2.5E-08     pCi/cc     -j 4GE-125 Main Plant Exh. Duct (WRGM)                 . 4.0E+01      pCi/sec          RE-11B       Annulus Exhaust (GAS)             2.5E-08    pCI/cc i

RE-110P Aux. Didg. Vent (PART) 2.0E-12 Wl/cc

,                                          RE-11OG Aux. Oldg. Vent (GAS)                      ; 3.0E-08      pCl/cc i                                           RE-118P Tur,bine Bldg. Vent (PART) 3.0E-11'     Wl/cc            Off Gas Pre-treatment Monitor                    o        mR/hr RE-118G TurbineBldg. Vent (GAS)                     ' 1.0E-10     pCl/cc           Off Gas Post-treatment Monitor                   0        cpm RE-124P C.D/O.G. Bldg. Vent (pal 4T)        ,        2.0E-09      Wl/cc            Main Steam Une Radiation Monitor               200        mR/hr RE-124G C.D./O.G.Bidg. Vent (GAS)                  ' 2.0E-07      Wl/cc -          Main Steam Une Radiation Monitor               200        mR/hr        .!

RE-126P Main Plant Exh. Duct (PART) 5.6E-11 pCl/cc . Main Steam Une Radiation Monitor 200 mR/hr -i 3 i RE-12GG Main Plant Exh. Duct (GAS) ,8.9E 07 Wl/cc Main Steam Una Radiation Monitor 200- mR/hr

                                       .((*j Indicates Alarming .                                                                                                                                      i OSH - Indicates Offscale High                                                                                                     Revision 1                ;
;                                      ' All other Process Monitors are "as read

12/20/91- j s

r e r.

w fs ,. 1992 EVALUATED EXERCtSE C8eek Tksee = _1915. Message Number = ' 11 ScenarioThsee = 02/30 ' -. RNER BEM STA110N l

- EMERGENCY PREPAREDNESS EXERCtSE

! . MESSAGE 1 1

                                                     *** THIS IS A DREL ***

i Messagn To: dentrolRoom -t Plant Status Update - i 5 . j-9 i t L ( Rev.1 - 12/20/91

V

   ., ,     ,                , , , .&w  -3                c. r-     iw.-- , , .e % -. -:- - ,--e+ -+'ee'ew ~wsv    - - -          --a----A= ----

r 9 1992 EVALUATED EXERCISE - ClockTime ' = 1015. Mew Number = 11 Scener6eTinee = 02/30. RIVER BEND STATION EMERGENCY PREPARED 4ESS EXERCISE CONTROllERINFORMATION

THIS IS A DRit1 ***

ControllerInformation- ExpectedActions: When Rx pressure reaches 487 psig the :.PCS pump begins to inject Continuereducing RPV pressure. water. Rx water level increases to -112" and stops increasing due to water exiting the vessel via the feed fine through the now failed open ' Continue investigation of failure of HPCS, RCIC, and "A" RHR. testable check valve. Attempt to restore electrical power. Attempt to increase Rx vessel level to normal operating band. Rev.1 - 12/20/91

e

                                ' 1992 EVALUATED EXERCISE                                                                                                                               Clock Time - 1015 Mesnage Number -                                              11.                                                                                 Scenario Time - 02/30 RIVER BEND STATION Rev. 1 - 12/20/91                                                                                EMERGDiCY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877                                         PANEL 601                           PANEL 680 i

Status Press Flow SRV RED . CRN AC.MN RIIR A OOS O POWER OS APEM LEVEL -112 F041A OFF ON OFF RIIR B 005 O F041B OFF ON OFF 0 CNS PIA SS WSPlA SS RIIR C DOS F041C OFF ON OFF CNS PIB SS WSPIB SS. W41D OFF ON OFF LPCS OP CNS Plc SS WS Plc SS _?000 F041F OFF ON _OFF Total Feedwater Flov 0 M1bs./hr RCIC OOS O O F041L OFF ON OFF IIPCS OOS O O F047A OFF ON OFF F047B OFF ON OFF PANEL 808 CRD A OOS O O F047C OFF ON OFF CRD B 005 O O F047D OFF ON OFF Press Temo Ievel F047F OFF ON OFF Squib DRYVELL O.3 12.l' Press level F051B OFF ON OFF N 85 i SLC A LT ON O 2000 F051C _ OFF ON OFF 0 SLC n LT ON O SPR n 92 19'10" F051D OFF ON OFF Press Irvel Ranne RPV 381 -112 UR MSIV RED CRN M22A OFF ON SSV P2A OP SSV P2C OF Op F022B OFF ON SSV P2B . OOS SSV P2D 005 DIV I DIESEL DIV II DIESEL OOS F022C OFF ON W22D OFF ON PANEL 863 DIV III DIESEL OP M28A __QIT_ OF or-ortut z wc sa-stAnpsy arAar W288 OFF ON SCTS A OP SCTS B OOS cos-cut or sr=Vict ss-secuarn stArus FD28C OFF ON D/V COOLERS OPERATING _. 5 S.._ AV-AVA!!.ASLE !sOLaI N TED CIMT COOLERS OPERATING M28D OFF ON _A_

                      ..       ...                         .    .     .       .m                      . .          ..

00 :. I RPU HORnAL ECRIEClL PLANT l)ARI ABLES tcHint HORnAt i . . CONTAIHMENT. RPU l DjPER 4 DESIGH l14,9) (SRU LIFT 1103) DRYWELL. b 'PRESSI 38i IPSIG U S PRESSI 0.1]PSIG l gHYT l l NI[r l 4 OPER HI 1,7 > ( 100% BPU 995)' PRESS E o._3 ]PSIG ;; ;;) 4 OPER HI 90 P 4 TRIP HI 51 D TEMPI 851 F _

                                                                   ' LEVEL E -t 2. I IH                                        !' IsoU- l 4 OPER HI                          140 D   4 SCR AM - LO            10 D TEMP R 1231 'F POWERI.        o I%

4OPER HIl20- 0P LUL 19 FT to IN \_.,A_) \_A>N 4OPER LOl19- 6 P . RODS ru 4 OPER HIi 95 D TEMPI 9 2] *F ; SUPPRESSION . SUPPRESSION POOL- POOL RIVER BEND e 0 8 26-FEB-1992 to/i 1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

                                    ........    ........ . . . . . . . . ~ . . . . . . . . . .   . . . . . .       . . . . .      ,        .
                                                                                                                       ~

lCNTMT NORMAL ! 02 :. R 3V CONT ROL:--b R/ 3 d R- . ~ E si l IN >TTIF RPU LEVEL CHDS/FU l A%yL RPU g gg 400 TRIP HIi 52 1 CRD WTR RPU l PWR PMP l 220-lI AVAIL PR I N A OFF- g 40-- -4 SCRAM LOI 91 RCIC I WTR RPU PWR hPERl IAVAIL PR HA PHPl 0FF

                                                                                                     -140-HPCS 14TR          RPU      PWR    PMP- l                                                                                    N                    TAF     l-1621 lI AVAIL            PR   AURIL    OFF I                                                 -320 g .. g . 0 l    LPCS      lAyyL             Pyl      bg!L                                                               RPU PRESS R 3Br IPSIG P                                             3py SHUT'                       N                             i                       POOL LD l13261 LPC-1 1 UTR            RPU       PWR   PMP I IAVAIL         PR HI AURIL       OFF l                                                  1000-                             '

HEAT CAPl33931 MSIU I SHTDH COOLING I I CLG HA RPU PR HI AVAIL PWR PMP I OFF I l 3"7 g 500- SRU LIFTil103] RUCU l A$fL A L r[ lG[0UP ~ (" "' T 100'4BPU 1025 TURBINE I CLG UAC ;H.PWR ULU E NAL AVAIL sat g RX POWER I O_l /*. ; CONTROL I HA TURBIHE l CLG UAC H.PWR ULU -l 100-BYPASS I NA NA AVAIL SHT I APRM DNSCL 151 D AINS A0A SHT l. LIQ PWR PMP I 25-SLC 1 I AVAIL. AVAIL OFF I 0 .........

                                                                                                              ,:,0        (MIH) 0 RIVER BEND 8 8 8 2s-rea-1992                                       foer i

1992 RBS EVALUATED EXERCISE Revision 1 12/20/91 ya . 3.-.-,i.. --_ , .

g 3 g i Rev n0R'"' ' CD '

                                        ~~ A "

7

                                                          ' T C0 s ~~R0i --                        '

R (RESCALE) POOL LEVEL @ FT @ IN 20 C00LI1G HA AU L l~~DhPER

FAH l 19-DRYUELL I CLG PUR OPER LO 19- 61 AVAIL NA off I COOLING H S RU SFUT g - HEAT CRPil5- 41 CflTNT CLG 'WR FAN AJAIL RUN 18 COOLING AMIL -10 (MIN) 8 GROUP ULU PUR l noc, PRESS SHT AVAIL F~H l R_N DU PRESS I 0.3 IPSIG C0llTROL' SBGT ULU opg p yL lA'"' *" l - 2- M OPER HI { l.7 l 1-

0- ~ g.

                                                                                               -is ' '01'ni)' ' 8
                                                                         'F                  POOL TEMP I           921*F CNTitT TEf!P l    851 F                          DU TEMP I 123 RPU SAT  5481 '                       l p HEAT CAPl149l N RPV SATl5481 90-90-                                       150-                                                                            SCRt1 TEt1Pj l101 DESIGN l1855                                         DESIGN 1330]

7 0-* 70- 100-90 l OPER HI 140 1 (OPER HI 50_ . 50 10 (MIH) 0 g g j) j RIVER BEi1D $ $ $ 26-FEB-1992 / 0/ 5 1992 RBS EVALUATED EXERCISE Revision 1 12/20/g1

1992EVA1UATED EXERCISE ClockTime = 1015 Message fiumber- 11 ScenarloTime = 02/30 RTVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONTTORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING R E-16 A,8 Ctmt.PAM R.B.186'(DHRRM) 0.8 R/hr RE-194 ' Supt. Rm.Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-20A.B DrywellPAM D.W.114'(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B.95'(ARM) 0.2 mR/hr RE-21 A,8 Ctmt. Purge Isol. R.B.141'(ARM) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70~(ARM) 0.5 mR/hr R E-139 Annul. Near Trans. Tube 114"(ARM) 0.2 mR/hr RE-200 North Holst Area T.D.123*(ARM) 0.4 mR/hr R E-141 Refuel. Floor South R.B.186'(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95*(ARM) 0.2 mR/hr RE-146 Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B.67'(ARM) 1.5 mR/hr R E-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr R E-203 rurb. Bldg. Sample Rm.T.B. 67*(ARM) 0.1 mR/hr R E-162 0.G. Bldg. Regen. Area O.G. 67'(ARM) 0.4 mR/f r RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 0.1 mR/hr RE-164 0.G. Bldg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114*(ARM) 0.2 mR/hr R E-165 Cond Demin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARMS 0.1 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70'(ARM) 0.09 mR/hr RE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B.70'(ARM) 2.0 mR/hr R E-182 Recovery Sample Tank R.W. 65'(AR M) 0.4

mR/hr R E-214 RHR B Area East A.B.70*(ARM) e.

                                                                                                                                   *0   mR/hr R E- t 85         Storage Tank Area R.W.90'(ARM)          0.2

mR/hr RE-215 RHR C Area A.B. 70*(ARM) 1.0 mRihr R E-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 LPG Area West A.B. 70*(ARM) 0.3 mR/hr R E-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR/hr RE-218 LPCS Penetration Area West A.B. 70'(ARM) 0.3 mRshr RE-193 Refuel Floor North F.B.113'(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 0.5 mR/hr

      . - Indicates Alarming                                                                                            Revision 1 OSH - Indicatas Offscale liigh                                                                                           12/20/91 All o+her ARMS are "as read"

Nota: Levels drop based on sump being pumpedand contamination being washed down dram.

6.- 4 4,&.L $ , mA &L 4- - % T :+ m h a_4 4.. - .1-S 5,.

                                                                                                                                                                                   -i 1

1992 EVALUATED EXERCfSE C8eckT1ssee = lq13

      - Message Number: 11                                                                                                                    ScenerloTinee = 02/30 RfVER BEND STATION                                                                                     ;

4 EMERGENCYPREPAREDNESS DREL PROCESS MONITORS I

       . ID NUMBER L_OCATION (TYPE)                   READIP!G                            , ID NUMBER . . LOCATION (TYPE}                              READfMG                       l l

R E-5A Fuel Didg. Vent Exh. (WRGM) 1.3E+00 ICi/sec . RE-111P Cont. Atmosphere (PART) 9.1 E-07 pC1/cc ; RE-5B Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 tCI/sec RE-111G Cont. Atmosphere (GAS) 4.8E-05 ICl/cc RE-6A Radwaste Bidg Vent Exh. (WRG4 5.7E-01 pCl/see RE-112P Drywell Atmosphere (PARD 6.1 E-07 . (Ci/cc , , RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 6Cl/sec RE-112G Drywell Atmosphere (GAS) 3.2E-05 pC1/cc .[

                                                                                                                                                                                  .. t 1GE-12'i ' Main Plant Exh. Duct (WRGM)         '.4 E-07       SCl/cc                 RE-103      SGTS Effluent (GAS)                           2.0E-06           pCI/cc 2GE-125 ~ Main Plant Exh. Doct (WRGM) '       1.2E-04         Scl/cc                 RE-116      Containment Purge (GAS)                       3.0E-06          6CI/cc
      - 3GE-125 Main Plant Exh. Duct (WRGM)           4.L "-02        si1/cc                 RE-11 A     Annulus Exhaust (GAS)                         2.5E-08          6Cl/cc     .

4GE-125 Main Plant Exh. Duct (WRGM) 4.0" ,e1 sel/moc RE-11B Annutus Exhaust (GAS) 2.5E-08 scl/cc ; RE-110P Aux. Bldg. Vent (PART) ' *E-12 ' pC1/cc ! RE-110G Aux. Bldg. Vent (GAS) 3.0E-00 1Cth.c RE-118P TurbineBldg. Vent (PART) 3.CE-11 pC1/ec JM Gas Pre-treatmerit Monitor 0 mR/hr ~f RE-11BG TurbineBidg.Venk (GAS) 1.0E-10 pCI/cc Off bes Post-treatment Monitor o epm . RE-124 P C.DJO.G. Bldg. Vent (PART) 2.0E-09 SCI /cc . Main Gteam Une Radiation Monitor 200 mR/hr RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0E-07 3Cl/cc - W3n Steam Une Radiation Monitor 200 mR/hr I RE-12GP Main Plant Exh. Duct (PART) 5.6E-11 pCI/cc Main Steam Une Radiation Monitor 200 mR/hr RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 pCl/cc Main Steam Une Radiation Monitor 200 mR/hr 79- Indicates Alarming , OSH - Indicates Offscale High . . Revision 1 -1 All other Process Monitors are *as read

1220/91 i

a 1992 EVALUATED EXERCISE ClockThune = "M Messago Number = ' 12 - ScessertoTisses . = 02!45 RfVER BEPs STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

                                          *** THIS IS A DRR.L ***

Message To: ' Control Room Plant Status Update 4 Rev.1 - 12/20/91

1992 EVALUATED EXERCISE ClockDne = '1030 Mesw Number. = ' 12 ScenerloDune = 02/45 RfVER BENO STATION EMERGENCY PREPAREDNESS EXERCfSE CONTROLLER INFORMATION

                                                              *** THfS IS A DRILL ***

ControllerInformation: EmectedActions: .-r RPV water level is remaining constant at -112 inches due to leakage Continue injecting from LPCS. ; through the testable checkvalve. Attempt to shut B21-A0V32A. The Emergency. Director may consider declaring a precautionary General Emergencydue to a loss of 2 of 3 fission product barriers Attempt to determins why RPV level will not increase above -112 with potentialfor losing the third. Inches. L Rev.1-- 12/20/91

o 1992 EVAUJATED EXERCISE Clock Time - 1030 Message Number - 12 Scenario Timme - 07/45-RIVER BEND STATION Rev. 1 - 12/20/91 EMERCENCY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PANEL 680 Status Press Flow SRV RED CRN ACRI RilR A 005 O POWER 04 APRM LEVEL -112 UR F04'1A OFF ON OFF RifR H OOS O F041B OFF ON _ OFF RIIR C 00S O CNS PIA SS WS PIA SS F041C mOFF ON OFF CES PIB SS WS PIB SS F041D OFF ON OFF LPCS pos O CNS PIC SS WS PIC *S F041F OFF ON OFF F041C _OFF ON OFF RCIC DOS O O Total Feedwater Flow 0 Illbs./hr F041L OFF ON 0,[L IIPCS OOS O O M47A OFF ON OFF F047B OFF ON OFF CRD A DOS O O PANEL 808 F047C OFF ON OFF CRD B 005 O O 7947p cp:- c3 opp Press Tetro level W47F OFF ON _ OFF-Squib Press Irvel DRTM O.3 123 F051B OFF ON OFF SLC A LT ON O 2000 CDtT O.1 E5 F051C OFF _ON OFF SIE B LT ON O Sm n g IT IO" F051D OFF ON OFF F051C OFF ON OFF Press IEvel Ranrc PANEL B70/601 RPV 280 -112 UR MSIV RED CRN F022A OFF ON SSW P2A OP SSV P2C OP DIV I DIESEL OP W22B OF ON M M "E MN E DVV II DIESEL 005 F022C OFF ON DTV III DIESEL OP M22D OFF ON PANEL 863 W28A OFF ON op-ortsar w: sa-stasost ancy F028B OFF . ON SCTS A OP SCTS B OOS cos-cur or srnvice ss-SECURED STATUS F028C OFF ON DN COO N OP M m c 1 av-avattastr Isot-tsotaire W OF M C"D(T COON OPMTINC A

I 0 0 :. I Reu noana'iCR::T:: CAL 3L: f' VAR:::BLES tcarnt HORnat i CONTAIHMENT ~ DG RPU OPER 1 DESIGH I14.9 ) PRESSI 0.1]PSIG DRYWELL b[4SRuLIFT1103) PRESS E 2_Bo I PSIG U l g%U g g sj;pr l j 4 OPER HIi 1.7 p ( 100% BPU 995) ] & n PRESS R o.3 IPSIG

                                                                               'r ,'                                  , , ,

4 OPER HI1 90 F 4 TRIP HI 51 ) l TEMP l 851'F LEVEL 3 -ji 21 IH ls GROUP Is o t-l 4 OPER HI , 140 & 4 SCRAM. LOl 10_D TEMPI 123I 'F POWER I- o I% 4 OPER HIl20- 0) LUL 19 FT to Ill \. A _,/ . M/N

                                                    . ROD 3 ru                            ( OPER HIi           95 P 4 OPER LO!19- 6 )          -

TEMPI 9 2.1 *F SUPPRESSIGH SUPPRESSIGH POOL POOL i i -- RIVER BEND 0 8 9 26-FEB-1992 iO W I 1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

           .      .  .................... .........                 ...........e4.       ... ...     . . . . . . . . . . . . . . . .  .     . .

02 :. RPV CONTROL:--iR/PW7 lCHTNT HORMAL{ I Si IIH >TAF RPV LEVEL

  'CHDS/FUlAb[yL              RPU p       g a

g l-TRIP HIl 52 l CR0 UTR RPU PWR PMP l 22b lp AVAIL PR l NA OF 1- l WTR RPU PWR PHP PER 40-- -

                                                                                                                                                     -( SCRAM L0i        9l RCIC      lI AVAIL         PR       NA          0FF
                                                                                                            -140-HPCS WTR       RPU       PWR          P,1P. E
                                                                                                            -320
                                                                                                                                        .        N           TAF     i-162l lE AVAIL          PR    AVAIL          0 :F B -                                                          :, 0      (HIH) 0 LPCS        lphyg      plP         k $-l gg SHUT                       1500 RPU PRESS I 2 eo IPSIG b-UTR       RPU-      'WR          PHP I                                                                                                 P0OL LD l13261 LPCI       lp AVAILPR HI AJAIL              O F F ,)

1000~ --- HEAT CAP' 3393l MSIU l SHTDH C00L1HG I HA I CLG- RPU PR HI AVAIL PWR PMP l OFF ' l 59uf I 500- SRU LIFT L1103] 3

                                                                                                                       -N AyL                                                       GROUP                                                      E             100% BPU     1025l RUCU l                    AJ $L               -l                E I    ISOL l E

0- m

TURBINE I CLG VAC H.PWR ULV -I CONTROL E HA NA' AVAIL sur I RX POWER I 0_l % TURBINE I CLG VAC H.PWR VLU -I BYPASS I HA NA AVAIL SHT l 100-D A NS NA h SHTl l APRM DNSCL l5l LIQ PWR PHP 25-SLC f AVAIL AVAIL OFF O g .gg 0

RIVER BEND, e. .e a 26-rEs-1992 /oso 1992 RBS EVALUATED EXEROSE Revision 1 12/2n;g;

1 030 I RPU HORMAL E {Q g ""Q ] s Y {s {Qh""ROL--sR POOL LEVEL 19 FT 10 IN (RESCALE) ! POOL LD l21- 31 C00LIIG HA A L l Dgpg , 4 OPER HI l20- 0] ' DRYWELL l CLG- PUR FAH l 19-AVAIL NA OPER L0119- 6] 0FF 3 lu

 ' COOLING E                                                                          s qU     l              -

SF UT I CHTNT I CLG SUR FAH l HEAT CAPl15- 41 COOLING.I AVAIL A JAIL RUN I 1810 (MIN) 0 PRESS I ULU PWR FAN l l:dRgPc~l CONTROL I SHT RUAIL RUN s DU PRESS I 0.31PSIG SBGT l c[f, phyt %l lRoo5 ml 3,

M OPER HI 11.71 1-0

                                                                                                              -1
                                                                                                                -10     (MIH) 0 CNTitT TEMP l                  851'F                            DU TEMP I _12.3] 'F -                         POOL TEMP I        92.1 'F
                                                                 '                         RPU SATl5481                                  HEAT CAPl1491 RPU SAT 5481                                                                                                               .
                                                                                             ~

90- . _ _

                       ~ ~~

150- 90-DESIGH13301 SCRM TEMP 1110]

             ~ ~~

DESIGN 11851 70- 100- 70-50 _g... . ' 50,g. .....g g) 50 _ g . . .NH')' 1 RIVER BEND e s 8 26-rEs-1992 fo3c 1992 RBS EVALUATED EXERCISE

                                         ,                                                                                  Revmon 1       12/20/91
                                                                                                                                                -_  .-__a_ __

ClockTeme = f 030 1992 EVALUATED EXEPCTSE ScenarioTime = O2/45 Mesesgo Number RIVER DEND STATION EMERGENCYPREPAREDNESS DR!!J. DRMS MONETORS ID NUMBER LOCATION fTYPE_1 RCAcfNG LOCATION (TYPE). READING _ 10 NUMBER _ 0.8 R/hr RE-f 94 Supt. Rm.Trans. Tube F.B.123*(ARM) 02 mR/hr RE-16 A.D Ctmt.PAM R.B.186*(DHRRM) RE-195 Sample Sink Area F.B.95*(ARM) 0.2 mRhr R E-20 A.D Drywet1PAM D.W.114*(DHRRM) 3.0 Rih. RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mRAr RE-21 A B Ctmt. Purge Isol. R.B.141*(ARM) 9.0 mR/hr RE-2OO North Holst Ares T.B.123*(ARM) 0.4 m R'hr R E-139 Annut. Near Trans. Tube 114*(ARM) 02 mR/hr 0.2 mR/hr RE-201 Cond. Air Removat Pmp. Area T.B. 95'(Af4M) 02 mRAr RE-141 Refuel. Floor South R.B.186*(ARM) RE-202 Rx FeedwaterPump Ares T.B.6T(ARM) 1.5 mRAr R E-146 Containment A!rfocis F.B.114*(ARM) 0.3 mR/hr RE-203 Turb.Bidg.Samp!e Rm.T.B. 6T(ARM) 0.1 mR/hr RE-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-204 Cond. Damin. Sample Rack T.B. 95* (AR M) 0.1 mR!hr RE-162 0.G. Didg. Regen. Area O.G. GT (ARM) 0.4 mR/hr 0.2 mR,h-O.G. Bldg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.B.114*(ARM) RE-164 RE-211 Control Rod Drive A.B. 95* (ARM) 0.1 mRA< RE-165 Cond Domin Regen Area O.G. 6T(ARM) 9.2 mR/hr RE-212 HPCS Area East A.B.70*(ARM) 0.09 mR/hr RE-106 Cond Domin Strnr. Area O.G.95*(ARM) 0.3 mR/hr RE-213 RHR A Area West AS.70*(ARM) 2.0 mR/hr RE-167 O.G. Bldg. Valve Area O.G.13T(ARM) 23 mR/hr RE-214 RHR 8 Area East A.Ei.70*(ARM) 2.0 mR/hr RE-182 Recovery Sample Tank R.W. 65* (ARM) 0.4

mR/hr 1.0 mR,hr StorageTank Area R.*Y.90*(ARM) 0.2
mR/hr RE-215 RHR C .lrea A.B. 70*(ARM)

RE-185 RE-216 LPCS Arr-a West A.B. 70*(ARM) 0.3 mR/t r RE-186 Floor Drain Sump Area R.W. G5*(ARM) 0.5* mR/hr RE-217 HM:S Penetration Area East A.F 70*(AR**) 0.7 mR.hr RE-187 High Cond Sump Area R.W. 65*(ARM) 0.3* mR/hr RE-218 LPCS Penetration Area West A.E. 70*(ARM) 0.3 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B.70*(ARM) 0.5 mR/hr RE-193 R efuel Floor North F.B.113*(ARM) 0.5 mR/br Revision 1

          - Indicates Alarming                                                                                                12/20/91 OSH - Indicates Offscale High A:s other ARMS are "as read'

Note: Levels drop based on sump being pumpedand contaminatlon being washed down drain.

i, 4 1992 EVALUATED EXERCISE QocetThee = .1930 ] Message Numbar: 12_ SeonerteThee = 82/45 1- RfWER BOOD STATION EMERGENCYPREPARE")eESS DRIt.L i' PROCESS IrOINTORS 7 IDNUMBER LOCAT10N (TYPE)_ READING ID NUMBER LOCATION (TYPE) READING j RESA Fuel D!dg. Vent Exh. (WRGM) 1.3E+ 00 41/see RE-111P Coast. Atmesphere(PART) 9.1 E-07 W/cc RE-50 Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 41/sec RE-111G . Cont. Atmosphere (GAS) 4.8E-05 WI/cc RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 41/sec RE-112P Drywell Atmosphere (PART) 6.1 E-07 41/cc R E-6B Radwasts tsidg. Vent Exh. (WRGM) 5.7E-31 WI/sec RE-112G Drywell Atmosphere (GAS) 3.2E-05 41/cc i 1GE-125 Main Plant Exh. Duct (WRGM) 7.4E 37 41/cc RE-103 SGTS Effluent (GAS) 2.0E-06 41/cc l 2GE-125 Main Plant Exh. Duct (WRGM) ' 1 3904 pct /cc RE-116 ContainmentPurge (GAS) 3.0E-06 WI/cc l: 3GE-125 Main Plant Exh. Duct (WRGM) 4.52. G2 41/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 41/cc 4GE-125 Main Plant Exh. Duct (W9GM) 4.0E*01 pC1/sec RE-tits Annulus Exhaust (GAS) 2.5E-08 pC1/cc , RE-110P f.ux. Bldg. Vent (PART) 2.0E-12 pC1/cc i~ j RE-110G Aux. Bldg. Vent (GAS) 3.0U-08 41/cc RE-118P TurbineBldg. Vent (PART) 3.0E-11 41/cc Off Gas Pre 4reatment Monitor 0 mR/hr RE-118G TurbineBldg. Vent (GAS) 1.0E-10 $1/cc Off Gas Post-treatment Monitor 0 epm RE-124P C.D./O.G.Bidg. Vent (PART) 2.0E-09 41/cc Main Steam Line Radiation Monitor 1J00 mR/hr il HE-124G C.D/O.G.Bfdg. Vent (GAS) 2.0E-07 41/cc Main Steam Line Radiation Monitor 1400 mR/hr

l. RE-126P Main Plant Erh. Duct (PART) 5.6E-11 pct /cc Main Steam Une Hadiation Monitor 1000 mR/hr

h. RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 41/cc Main Steam Une Radiation Monitor je00 mR/lw i'

l I 7 - Indicates Alarming . i - OSH - Indicates Offscale High . Revision 1 All other Process Monitors are *ar read- 12/20/91 i i t.

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

                                                                                                                                              ,r 1992 EVALUATED ENERCISE                                                                     ,

DeckTisuse = 1945 i C o - g-- Numtser = . ' 13 ScenerdeTissue = 03/00 P!!WER BEfe STATION ; EMERGENCY PREPAREDIESS ENERCISE M .

THIS IS A DREL = !

% To- Coestrol Room i l Anmmcissors iss Control Room include; i-- T: _-'. .,Ise Cesiergf Reesse Isocipde: [ I l LFCS Injection Line Pressure Hi/ Low' P601-21 A/C07 P601C1-C001 - LPCS Motor 0 Amps P601-E214600 - LPCS Pump Flow 0GPM Rev.1 - 12/20/s1

a 1992 EVALUATED EXERCtSE ClocatTInne = .1945. Reessag=, Numtser = 13 - ScenarteTissue = 03/00 RIVER BEND STAT 3DN EREERGENCY PREPAREDIESS EMERCISE CONTROLLERINR3RBRATION i

                                                                          *** THIS IS A DREL ***

Contradierin8ermahon- Ensectee,94:sts Low pressure core spray has failed. See Supplemental Scenario The Ernergency Director and Recommy Manager should direct the No. 8 for details. [ Implementation of the ;_ _ _ is emergency procedures: !

              .                                                                                                                                                                                                  t l             No source of make-up wateris current available..                                                        EF-2-005,  " General Ernergew:y"                                                            l EF-2-006,  *Nottficaelocs*

Water level will begin dropping as the water turns to steam and exits EF-2-007, " Protective Action Recommeedations* I out the feedwaterline break. ' 'IP-2-012, "Radistices E ; : _ n Controls

j

EP-2-013, *0nello RadlelogicalMon6toring" j EF-2-014, 'Offsite RadiologicalMonitoring*

, EP-2-024, "OflJfte Dose Calculation-f i b i d

k 1 ? t a l' Rev.1 - 12/20/91

i k

                                                                                                                                                        'l 1992 EVI.WATED EXERCISE                                                                                                         Clock Time - 1045 Message Nurrber -          13                                                                                                  Scenario Time - 03/00 RIVFR BelID STATION Rev. 1 - 12/20/91                              EMERCENCT PREPAREDNESS EXERCISE CONTROL ROOM DATA i

, PANEL 601/877 PANEL 601 PANEL 680 Statun P._te s_s_ F1 w SRV RED.. A0J"I __CRN RHR A 005 0 P0b'ER 0* APFM LEVEL -160 k~i F041A OFF _0N OFF i RIIR n 005 0 m41B 0FF ,,fy: OFF RHR C OOS O CNS PM 1 FM PM SS F041C OFF ON OFF cg3 pgg _yy_ pg.S PIB SS F041D OFF ON OFF LPCS noS O CNS PIC SS EvS PIC SS F041F OFF .CN OFF FU41C OFF _ON OFF RCIC OOS 0 0 Total Feedwater Flow 0 M1bs./hr FU41L OFF _0*1 0FF IIPCS 00S._ 0 0 F047A 0FF ON OFF FV47B OFF ON _pFF Frygt nog CRD A 00S --O O FD47C OFF ON OFF CRD n OOS O O F047D 0F OFF ON _ Press Temp I/* val FV47F OFF ON OFF gnoib Press Irvel DRYWELL ,CL ],_ lla F051B 0FF ON OFF SLC A LT ON O 2000 CmT 0.1 85' F051C OFF ON OFF SLC B LT ON O 3pg pg _yf 19 10-F051D OTT ON .. OFF__ mSIC OFF ON .. OFF.... PANEL 870/601 RPV O .-165 FZ MSIV RED CRN__ yV22A QFF ON SSV P2A _QZ_ SSV P2C _pf_ DIV I DIESEL OP W22B .0FF ON NN E NN E DIV II DIESEL 005 F022C _OFF ON DIV III DIESEL OF M22D OFF ON PN N FD28A 0FF ON er-orrxATIr, sa-srAsrst asA:nr FD288 0FF ON N^ 1 N3 E m iwstPm ss-stema srAm FV28C Dfd COGI2RS OPERATING _Jj_ OFF ON QU=ATal1Juttt ISCL-15CLATED F028D OFF ON CINT C00LDt3 OPERATING A

p 00 1 Reu "oana'sGI :CE ,oMNT. Vf RIlR B .lcstnT s0anau CONTAIHMENT . DG RPU OPER 4 DECIGH ( 14. 9 ) (SRU LIFTl1183) DRYWELL U b PRESSI o IPSIG U l gygT l NIU or l PRESSI 0.11PSIG 4 OPER HI i 1.7 ) ( 100% BPU 995) ] PRESSI o3 (PSIG ;; , yg 4 OPER HIi 90 P 4 TRIP HI $1D GROUP 85I T UO '

TEMPl LEVEL I-t6r I IN ( 0PER HI 140 & 4SCRAN LOj 10 ) TEMPI #23 I T POWERI- o l% 4 OPRM DHSCLi 5 S 4OPER HIl20- 0) ' LUL@FT@IN w' 4 OPER HIi 95 ) 4OPER L0l19- 6) fEC#5 "l TEMPI 92.1 #F SUPPRESSION SUPPRESSION , POOL POOL RIVER BEND 3 8 8 26-REB-1992 /0 4 5-1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

                                                                                                                           'c"T"'      "oana' s 02 :.                                             RPV        CONTROL:--NR/PRR                          I -3 1IH >TAF P.PU LEUEL                g Rpu

.; CNDS/FW l Ab[yL PR g TRIP HIi 521 l "RD WTR RPU i PWR PMP l 21 ~ lI AVAIL PR l NA i O F F" E 40- 91 DCIC I UTR IAVAIL RPU PR PWR HA PMPl 0FF l $PERl -

                                                                                                                      -4 SCRAM LO!
                                                                                        -140-N I UTR         RPU        PWR       PMP E                                                     .                    TAF      1-1621 uPC*-                            AVAIL       OFF I IAVAIL           PR
                                                                                        -320-1 0 (MIN) 0
                                                                                               ~       ~

M[ $l

~~

LPCS lgy[yt plPh RPU PRESS l_ oIPSIG SHUT M00 - P0OL LD l13261 LPCI I UTR RPU PWR PMP E ! E. AVAIL PR HI AVAIL OFF l 1800- ' HEAT CAPl33931 i MSLV_ E SHTDH COOLING I HA E CLG RPU PR HI AVAIL PWR PMP OFF l' I SHUT E 500- - SRU LIFTil1035 I

RUCU l pSjt pk (('[g -l lGR,00P O 100 BPU 1025

;                                                                                            -10 (MIH) 0              -

TURBINE I CLG VAC H.PWR ULU I RX POWER I Ol%

t CONTROL E NA NA 9 AVAIL ssT g l 125 I

     ~YPA S          A                  UA           H    l                               100-75-MSL     I        CLG           U.PWR AVAIL ULU l SHT E         l a os zu l               50-APRM DNSCL 15]

DRAINS I HA 25-l SLC l 3 LIQ AVAIL PUR AVAIL PMP l OFF g ~ 0 .-

                                                                                             -10 (MIH) 0 l                                                                                                                                          /O '/S RIVER BEHD 9 8 8 26-FEB-1992 1992 RBS EVAWATED EXEROSE h1                12/20/91 1                                                                                                                        -_

030 l M NORMAL I{Qi"Q}}gVEFT C0bTROL--sR (RESCALE) POOL LEVEL @ FT @ IH

COOLI4G HA A L Oh l DhPER OPER HI l20- Ol CLG PUR FAN l 19 OPER LO j 19- 63 DRYUELL I COOLING B AURIL NA OFF I B SRU R - 3 SHUT I HEAT CAPII5- 41 CNTMT I CLG PWR FRN l COOLING I AVAIL AVAIL RUN 3 1810 (MIN) s PRESS ULU PUR AVAIL F{b Rt I l__ ISO GROUP DU PRESS I 0.3 J PSIG CONTROL { SHT i SSe' I #3 aCWit 5I l -> ~ l l-

OPER HI i1.7] 0-

                                                                                              ~
                                                                                                 -10 (NIH) O POOL TEMP I      924 'F CNTMT TEMP l             851'F                         DU TEMP I 1231 *F HEAT CAPl1491      l RPU SATl5485                               RPU SATl5_481 I

150- 90-90- DESIGN 13301 SCRM TEMPl1101

-~

DESIGN,185I 100- 70-T0-50 50_g..g.g.. 0 50 10 (MIN) 0

          - 0'  M' 0                                                                RIVER BEND s s s         26-rza-1992        fo ys 1992 RBS EVALUATED EXEROSE Revision 1     12/20/91

e 1992 EVALUATED EXERCISE rwTsme = 1045 Mese. age Number- 13 SeeseastoTassee = 03!00 RIVER BEps) STATION EMERGENCYPREPAREDNESS DRILL DRMS MONITORS ID NtjuBER LOCATION fTYPEl_ READING ID NUMBER . LOCATION (TYPE) READtNG RE-16A,0 Ctmt.PAM R.B.186*(DHRRM) 0.8 R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) 0.2 mR/hr R E-20A,8 Drywol1PAM D.W.114*(DHRRM) 3.0 R/hr RE-195 Sample Sink Area F.B. 95'(ARW) 0.2 mR/hr R E-21 A.B Ctmt. Purge Isol. RE.141*(AR M) 9.0 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 0.5 mR!hr RE-139 Annul.Near Trans. Tube 114*(ARM) 0.2 mR/hr RE-200 North Holst Area T.B.123*(ARM) 0.4 mR/hr RE-141 Refuel. Floor South R.B.186*(ARM) 0.2 mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 0.2 mR/hr RE-146 Containment Airlock F.B.114*(ARM) 0.3 mR/hr RE-202 Rx FeedwaterPump Area T.B. 6T(ARM) 1.5 mR/hr - R E-151 Sample Station Area R.B.162*(ARM) 5.0 mR/hr RE-233 Turb.Bidg. Sample Rm.T.B. 6T(ARM) 0.1 mR/hr RE-162 0.G. Bldg. Regen. Area O.G. 67* (AR M) 0.4 mR/hr RE-204 Cond. Demin. Sample Reck T.B. 95'(ARM) 0.1 mR/hr RE-104 0.G. Bldg Sample Area O.G.123*(ARM) 2.0 ' mR/hr RE-210 PASS Panet A.B.114*(ARM) 0.2 mR/hr RE-165 Cond Domin Regen Area O.G. 6T(ARM) 9.2 mR/hr RE-211 Cont-ol Rod Drive AB. 95'(ARM) 0.1 . mR/hr RE-166 Cond Domin Strnr. Area O.G. 95*(ARM) ' O.3 mR/hr RE-212 HPCS Area East A.B.70*(ARM) 0.09 mP/hr i RE-167 O.G. Bldg. Valve Area O.G.137*(ARM) 28 mR/hr RE-213 RHR A Area West AE.70*(ARM) 2.0 mR/hr RE-182 Recovery Sample Tank R.W. 65* (ARM) 0.4

mR/hr RE-214 RHR B Area East A.B.70*(ARM) 2.0 mR/hr

RE-185 Storage Tank Area Fs.W. 90*(ARM) 0.2* mR/hr RE-215 RHR C Area AB.70*(ARM) 1.0 mR/hr i RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.5

mR/hr RE-216 LPCS Area West AB.70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65* (ARM) 0.3* mR/hr RE-217 HPCS Penetration Area East AB. 70*(ARM) 0.7 mR!hr R E-192 Defuel Floor South F.B.113*(ARM) 0.5 mn/hr RE-218 LPCS Penetration Area West AE. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) ' O.5 mR/hr RE-219 RCIC Area West A.B.70*(ARM) 0.5 mR/hr l

1 77.. > Indicates Alarming Revision 1 OSH - Indicates Offscale High 12/20/91 I All other ARMS are *as read"

Note: Lawels droph eon sessuep boiseg puenped and casessuelseedess boiseg useshed denen drain.

1

             . , ,                          .                  , - .           -       ,  .y+   - - - - .              . . , . -       - ,  -,      ,     , , , - .             .,.,a         . . - , - - - -   _     .-- , ~ .

M i

                                                                                                                                                                        *l 1992 EVALUATED EXERCISE CscekTimee= _10e1 Message Numt>w: 13-ScenerloTimee = M RIVER BEND STATION                                                                             i EMERGENCYPREPAREDDESS DREL PROCESS MONITORS t

i ID NUMBER t_OCATION (TYPE) READfNG ID NUMBER LOCATION (TYPE) READWG RE-5A Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 $1/sec RE-111P Cont. Atmosphere (PART) ' 9.1E-07 WI/cc RE-5B Fuel Didg. Vent Exh. (WRGM) 1.3E+ 00 WI/sec RE-111G Cont. Atmosphere (GAS) t 4.8E-05 Wl/cc RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCI/see RE-112P Drywell Atmosphere (PART) pC1/cc 6.1 E-07 R E-6B Radwaste Bldg. Vent Exh. (WRGM) S.7E-o f pCI/sec RE-112G Drywori Atmosphero(GAS) 3.2E45 Wl/cc 1GE-125 Main Plant Exh. Duet (WRGM) 7.4E47 WI/cc RE-103 SGTS Effluent (GAS) 2.0E-06 pCVec 3GE-125 Main Plant Exh. Duct (WRGM)* 1.2E-04 pCl/cc RE-116 Containment Purge (GAS) 3.0E-06 41/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 Wi/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 41/cc 4GE-125 Main Ptant Exh. Duct (WRGM) 4.0E+01 WI/sec RE-118 Annutus Exhaust (GAS) 2.5E-08 41/cc [ RE-110P Aux. Bfdg. Vent (PART) 2.trE-12 pC1/cc ! RE-110G ' Aux. Oldg. Vent (GAS) 3.0E-08 pCl/cc RE-118P TurbineBldg. Vent (PART)- 3.0E-11 41/cc Off Gas Pre-treatment Monitor O mR/hr , i RE-118G TurbineB!dg. Vent (GAS) 1.0E-10 pCI/cc Off Gas Post 4reatment Monitor o epm f RE-124P C.D./O.G. Bldg. Vent (PART) 2.0E-O'J $1/cc Main Steam Une Radiation Monitor jdOO mR/hr RE-124G C.DJO.G.Stdg. Vent (GAS) 2.0E-07 pCs/cc Main Steam Une Radiation Monitor 1000 mR/hr I RE-12GP Main Plant Exh. Duct (PART) 5.6E-11 $1/cc Main Steam Une Radiation Monitor 1000 mR/hr I RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 pCI/cc Main Steam Une Radiation Monitor 1000 mR/lw l 4 t

             '                                                                                                                                                            I
                  . ;- Indicates Alarming i

OSH - Indicates Offscale High Revision 1 ; All othar Process Monttors are *as read" 12/20/91 i

N,- 4 e 1992 EVALUATED EXERCISE QockTisuse = 1100 a4essagn Number = 14 %11ssee = 03!15

RIVER BENO STATION EMERGENCY PREPAREDNESS EXEROSE

                                .                                                         RSESSAGE 4

?

                                                                              *** THIS IS A DREL

Messaga To: Corstrol Rcom i

;                              Plant Status Update i

f 1 i i t l 1 2 Rev.1 - 12/20/91

                      ., , ,                             , --,,,r ,--      -~     -
                                                                                           ,. ,, -,----v - , - , , m,    - -- - - - - -            --    - - - - - - - - - - - - - - - - - - - - - - - - '

a 1992 EVALUATED EXERCfSE C8eckTineo = .1100 "C ..-% Number = 14 Scenartolinee = .93/15 RIVER bEM3 STATION EMERGENCY PREPAREDIESS EXERCISE CONTROLLERINFORGBATION

                                                                                     "* THIS IS 4 DREL" ControMerinformWien:                                                                               EmoctedActions-
                 ' RPV level continues to decrease as reactor coolant boils away.                  Investigateloss of LPCS.

Continue efforts to restore sources of make up water and electrical power. i Rev.1 - 12/20/91 i

.x/

Clock Time - 1100 1992 EVAIEATED EXERCISE Scenario Time - 03/15 nessar,e Number - 14 RIVER BEND STATION EMERCENCY PREPAREDNESS EXERCISE Rev. 1 - 12/20/91 CONTROL ROOM DATA PANEL 601/877 PANEL 601 PAN E 6RO Status Prce:s Flow SRV RED _ CRN_ AC.MN POWER On APRM LEVEL -160 RilR A OOS O F041A OFF. ON OFF R11R B OOS _ O FV41B _ 011 _ _ON___ OFF CNS PIA SS WS PIA SS RIiR C NS O F041C OFF ON OFF WS PIB _ES_ CNS PIB 1 F041D OFF ON OFF WSPIC SS CNS PIC SS ; LPCS nos. O FV41F OlF__ ON OFF i FV41C OFF OFF 0 Mibs./hr _ON Total Feedwater Flow RCIC 005 O O- F041L OFF ON _0_f_F_ liPCS OOS O O F047A OFF ON OFF F047B OFF ._ ON OFF PANEL 808 CRD A 005_ O O F047C OFF ON OFE_ CRD B N S .. O __ O F047D OFF ON OFF Press Ten I' vel F047F OFF ON O FF - r,RYWELL 0 , '4 123' S<ru ib Press Irvel F051B OFF ON OFF CTMT O .1 85' Sir A LT ON_ 0 2000 PJ51C OFF ON OFF SPR PL g 19*10* Sir B LT ON__ O F051D _.O_EE_ ON OFF FV51C OFF ON OFF PANE 870/601 Press Irvel Rnnne MSIV RED _ CPS RPV O -188 q SSW P2A OF SSV P2C _Qf_ FV22A OFF ON SSW P2B _.QQ2 SSV P2D OOS FV22B . OFF ON DIV I DIESEL OP FV22C OFF ON DIV II DIESEL 005 ' PANEL 863 FV22D OFF ON DIV III DIESEL OP F028A OFF ON SGTS A OP SCTS B _QOS sR.$7AF097 RIA:Y 1928B OFF ON cP-ortstatire ON D/V COOLERS OPERATINC 1 COMM OF Mvitt ss.1ECUR E STATUS FV28C OFF Isot rsotaito ON CTMT COOLERS OPERATINC L sv.4vart.Astr F028D OFF

00:. l RFU HORMAL RO RI ::ClL 3LANT VlRIlBLES .r.:sTnT "0PnAt i CONTAIHMENT DG RPU OPER 4 DESIGH l14.9) 4 SRU LIFTl1103 D MSIU I DRYWELL 0 0 I SRU R I _suur I PRESSI 0.1]PSIG PRESS LO IPSIG # l SHUT I I ( OPER HIl 1.7 y ( 100% BPU 995) ] PRESSI o 3 (PSIG >I ?O ( OPER HIl 93_P 4 TRIP HI 51 ) El i TEMPI 851 T 1.EVEL I-1681 IN !. 4 OPER HI 140 ) MCRAM-LO- 10_) TEt1P R 123_I T

                                             , POWERE.       o l%                                                                ,

(OPER HI '20- 0) Md NV LUL@FT@IN W i 4 OPER HIl 95 ) 4 OPER LOl19- 6 > l. Rov 5 In.l TEMPI 92]*F SUPPRESSIGH SUPPRESSION POOL i .- l POOL i 26-FEB-1992 II CO RIVER BEND 8 8 8 1992 RBS EVALUATED EXERCISE RNS& 1 12/201g1

c

                                                                                                                                                    'c"'nt "oana' i 02 :.                                                 RPU CCNTROL'--NRtP_hlR                                              B -2 6 ]IH > tar RPU LEVEL                              Ig                                                                            ;

RFu g,Ie8 CNDS/FWlpdjfL PR A'g gP g P TRIP HI' 52l WTR RPU i PWR PMP . 220-CRD l AVAIL PR I H A' ' OFF

40- -4 SCRAM L0l 91 ; PERl WTR RPU PWP, PMP n' RCIC lI AVAIL PR HA 0F jF PWR l TAF i-1621 ' I WTR RPU

                                                                                                   -320 l

HPCS IAVAIL PR AURIL F MP'"Il OFF

                                                                                                           -10 (MIN) U LPCS   lphAfL          PR P

g .gy) g gpg RPU PilESS I o lPSIG I UTR -RPU FWR PMP.I SHUT l 1500 - W POOL LD 11326l LPCI OFF l IAVAIL PR HI A'J A IL . 1000- ' HEAT CAP 33931 i i 8

SHTDN I RPU PWR PMP l l- MSIU SHUT ~l E SRU LIFTil103l COOLING l NA CLG PR HI AVAIL OFF u '

500-1025 RWCU l phft phlft h[-l GROUP 0

r- 1 -

                                                                                                                                            '         100     BPU TURBINE     CLG            URC         H.PWR        ULU-                                                 RX POWER E                         Ol'd i'

CONTROL HA NA< AVAI_ swr ' 125 ULU E l

TURBINE I CLG URC H.PWit 100-BYPASS I HA NA AVAIL SHT l D AINS hA RO ULU SH l8"" l: ,

APRM DHSCL 151 25-SLC l ph$L A L 0 0

gg0 RIVER BEND. 8 8 8 26-rEs-1992 //00 i 1992 RBS EVALUATED EX:L"90SE Revision 1 12/20/S1

                     +--                                                             -
                                                                                                      -iv     -    _ _ - _ ' - _ _ _ _ . _                     _ _ _ _ _ _ . _ _ _ _ . _ _ _ _ _ - _ _ . _ _ . - _ _ _ . _

030 l RPU HORMAL l {Qf.; lit 1ENT COM ROL--NR POOL LEVEL @ FT to IN (RESCALE) t 20 I

FOOL CLG PWR PHP l g DG E POOL LD 121- 31 i

COOLING l HA AVAIL OFF E l OPERI OPER HI l20- 0] : DRYWELL l CLG PWR FAN l 19-COOLING I AUAIL NA OM E g an g ~ OPER LO l19- 6l ! SFUT E

CNTMT l CLG NJAIL NP FAN l HEAT CAPl15- J ~ '
COOLING I AVAIL RUN s 18

                                                                                                                                  -10 (MIN) 0 PRESS           E          ULU        PWR             FRH                            I~~~r GROUP so t- I ~g j   CONTROL I                    SHT     AVAIL             RUN lE                                                                     DU PRESS I 0.3 ]PSIG V'V SBGT l         oPst/     AEL                         l                    l##"' *l                                    3-2-

-( OPER HI 11. 7 l 1- ;

0- g

                                                                                                                                   ~1~16 ' ypsy ' O P0OL TEMP I      92< *F CNTNT TEMP l                85]'F                                   DU TEMP E 1231 F-                                                                                                                .

RPU SATl5481 RPU SATl5481 pHEATCAPi1491 90- - ! 90- l 150-

            ~ ~ ~ ~

OgSIGN '185] DESIGH 3301 (SCRM TEMPil10] 70- 100- 70- l OPER HIl1401 OPER HIi 95] ! 50 OPER HIi 90 l 50,1g . 7gIgy . g (ngg g _14 50 10 (MIN) 0 RIVER BEND $ $ $ 26-FEB-1992 f/oo P 5 1932 RBS EVALUATED EXERCISE Revisson 1 12/20/91 i L

                                                                                                                ,,r                            n              - - - - - -          - - . - - - - -

                                                                                                                                                                                                  *l 1992 EVALUATED EXERCISE                                                                                                                                           ClockTissue = .1_19R Mesuge P3 umber- 14                                                                                                                                       ScenarieTissue = 03/15 REVER BE983 STATION EMERGENCYPREPARED9ESS DRILL DRMS MOKfTORS ID NUMBE_R_          t_OCATION frYPE)                  READfMG _          ID NUMBER LOCATION (TYPE)                                                                          READING R E-16A,8      Ctmt.PAM RR.186*(DHRRM)                 0,8    R/hr        RE-194   Sept. Rm.Trans. Tube F.B.123*(ARM)                                                      02    mR/hr R E-20A,B      DrywellPAM D.W.114*(DHRRM)              3.0    R/hr        RE-195   Sample Sink Area F.B. 95'(ARM)                                                          0.2   mR/hr R E-21 A,8     Ctmt. Purge Isol. R.B.141*(ARM)         9.0   mR/hr        RE-19G   Equlp. Drain Sump F.B. 70'(ARM)                                                         0.5   mR/hr RE-139         Annul. Near Trans. Tube 114*(ARM)       0.2   mR/hr        RE-200   North Holst Area T.B.123*(ARM)                                                          0.4   mR/hr R E-141        Refuel. Floor South R.B.186*(ARM)       02    mR/hr        RE-201   Cond. Air Removal Pmp. Area T.B.95'(ARM)                                                02    mR/hr RE-146         Containment Airlock F.B.114*(ARM)       0.3   mR/hr        RE-202   Rx FoodwaterPump Area T.B.6T(ARM)                                                       1.5   mR/hr RE-151         Sample Station Area R.B.162*(ARM)       5.0   mR/hr        RE-203   Turb. Bldg.Sampie Rm.T.B. 67*(ARM)                                                      0.1   mR/hr R E-162        0.G. Bldg. Regen. Area O.G. 6T(ARM)     0.4   mR/hr        RE-204   Cond. Demin. Sample Rack T.B. 95'(ARM)                                                  0.1   mR/hr RE-164         0.G. B!dg Sample Area O.G.123'(ARM) ' 2.0     mR/hr        RE-210   PASS Panet A.B.114'(ARM)                                                                02    mR/hr R E-165        Cond Demin Regen Area O.G. 6T(ARM) 9.2        mR/hr        RE-211   Control Rod Drive A.B. 95'(ARM)                                                         0.1   mR/hr RE-166         Cond Domin Strnr. Area O.G. 95'(ARM)    0.3   mR/hr        RE-212   HPCS Area East A.B. 70*(ARM)                                                            0.09 mR/hr RE-167         0.G. Bldg. Valve Area O.G.13T(ARM)      28    mR/hr        RE-213   RHR A Area West A.B.70*(ARM)                                                            2.0   mR/hr RE-182         Recovery Sample Tank R.W. 65'(ARM)      0.4* mR/hr         RE-214   RHR S Area East AE.70*(ARM)                                                             2.0   mR/hr RE-185        Storage Tank Area R.W. 90'(ARM)         0.2

mR/hr RE-215 - RHR C Area A.B. 70'(ARM) 1.0 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5* mR/hr RE-216 LPCS Area West A.B.70*(ARM) 0.3 mR/hr RE-187 High Cond. Sump Area R.W. 65*(ARM) 0.3* mR/hr RE-217 HPCS Penetration Area East AB. 70*(ARM) 0.7 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) 0.5 mR/hr RE-218 1.PCS Penetration Area West AE. 70*(ARM) 0.3 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) 0.5 mR/hr RE-219 RCIC Area West A.B.70'(ARM) 0.5 mR/hr

(( i- Indicates Alarming Revision 1 OSH - Indicates Offscale H4Jh 12/2C,.s1 4 All of her ARMS are "as read" * - Note: Levels drop bened on sump behag , _ , dand contamheadenbehag usashed deusa drain. L 1

d l 4

    .1992 EVALUATI D EXERCISE                                                                                                     Clock 11ssee = 1100 Mossage Numtm- 14                                                                                                         Scenario 11ssee = 03/15 RfvER BEND STATION EMERGENCYPREPAREDNESS DREL

PROCESS MONITORS i-ID NUMBER l_OCATION (TYPQ READING IDNUMBER LOCATION fTYPE) READING j RE-5A Fuel Didg. Vent Exh. (WRGM) 1.3 E+00 pCI/sec RE-111P Cont. Atmosphere (PART) 8.7E-07 $l/cc

. RE-58 Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 pCl/sec RE-111G Cont. Atmosphere (GAS) 4.7E-05 pCl/cc R E-CA Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 Cl/sec RE-112P DryweII Atmosphere (PART) 5.8E-07 IC1/cc R E-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 sCl/sec RE-112G DryweII Atmosphere (GAS) 3.1 E-05 M ce 1GE-125 Main Plant Exh. Duct (WRGM) - 7.4 E-07 sCl/cc RE-103 SGTS Effluent (GAS) 2.CE-06 WI/cc l 2GE-125 Main Plant Exh. Duct (WRGM)' 1.2E-04 pCl/cc RE-116 Containment Pterge (GAS) 3.0E-06 pCl/cc i 3GE-125 Main Plant Exh. Duct (WRGM) 4.3E-02 sCl/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 pCl/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+01 SCI /sec RE-11B Annulus Exhaust (GAS) 2.5E-08 WI/cc RE-910P Aux. Bldg. Vent (PART) 2.0E-12 Wi/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 pCl/cc RE-118P Turbine Didg. Vent (PART) 3.0E-11 scl/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-118G TurbineDidg. Vent (GAS) 1.0E-10 pCI/cc Off Gas Post-treatment Monitor o epm I RE-124P C.D/O.G. Bldg. Vent (PART) 2.0E-09 5Cl/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-124G ' C.D./O.G. Bldg. Vent (GAS) 2.0E-07 5CI/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-126P Main Plant Exh. Duct (PART) 5.6E-11 pCl/cc Main Steam Une Radiation Moultor 1000 mR/hr j RE-126G Main Plant Exh. Duct (GAS) 8.9E-07 pCI/cc Main Steam Une Radiation Monitor 1000 mR/hr l- Indicaten Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are "as read" 12/20/91 t i

        ,%,   w..            .      ws . r  -~       - - -           *     - - - . -4
                                                                                      , -,                   -ww.;. _      -..     . - . _ _ . . _ _ _ --

1992 EVALUATED EXERCISE ClockTimee : = *115

   "" ..w Number = 15 __                                         ScenarioTimee = 03/30 RNER BEND STATION EasERGENCY PREPAREDIESS EXERCISE RAESSAGE Y
                                    " THIS IS A DRILL

W To: Control Room Plant Status Update i :

t Rev.1 - 12/20/91

1 I ClockTime = 1115 1992 EVALUNED EXERCtSE ScenarioTime = 03/70 Mew Number = 15 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE CONTRO11ER INFORMATION

THIS IS A DRILL ~ l l

C EmeetwfActions- ] _ ontrotterInform='i_orr RPV level has decreased to 2/3 core height. Fuol clad Observe RPV level at 2/3 core height. degradation / failure occurs resulting in elevated reactor coolant chemistry. Fission productsbegin escapingInto the Auxi!!ary Hullding Mor.itor for increasing radiation levels. Steam Tunnel and Turbine Building via the feedwater break. Perform dose projections. Continue efforts to restore electricalpower znd establish a source of make-up water. Rev.1 - 12/20/91

I - l f Clock Time Scenario Time - 03/30 _.1115 j 1992 EVAll1ATED EXERCISE t Message Ntunber - _ 15 _ RIVER BEND STATION I E2fERCENCY PREPAREDNESS EXERCISE Rev. 1 12/20/91 CONTROL ROOM DATA f _ PANEL 6PO \ _ PANEL 601 l PSET, 601/R 7_7 g' l AC MN 39 g g-RED CRN Press F1 " SRV ory St a;33; opp ny O pg4ja p,_, y OOS_ og opp g p RITR A po41g opp _,$.2_ l O OFF _$$._ FVS PIB RIER S OOS_ ON CNS PIB FV41C _ OFT f Rf!R C OOS_ O ON OFF CNS P1C S _,f_S._ FVS P1C _$.2_ FV41D OFF _ON_ OFF 0 IV41F OFF 0 _ Mlbs./hr LPCF _ 'nS_

                                                              .OU          M         04    Total Feedvater Flow j                                                         IC ON       OFf O    F041L      OFF OOS _       O                                                   OFF RCIC                                                          OFF         ON F047A                                                          .g ggg 0            0                                      OFF 11PCS              005 _                                                 ON f                                                     F047B      OFF ON        OFF 0     F047C      OFF                                                               Irvel 00S        0                                                   OFF            Press           Tew CRD A                                                        OFF         ON 0            0     F047D                                             0,)            12)*

CRD n DOS _ ON OFF DRIVELL f IV47F OFF . ON OFF CTMT . O , l_ _ g Press IfL1 F0515 OFF cry R 19'10* ESi'IIl- opp . og PR E 2000 yo5ic LT ON O OFF Sir A OFF ON j 0 FV51D PANEL 670/601~ SLC B LT O_7.[_ OFF M OG W51C f Irvel Ragar CFE SSW F2A _ QP.,_ SSiJ P2C _Of__ l Press MSIV RED l O -207 FZ OFF ON I RPV 1922A E -- @ f N223 f DIV I DIESEL _Qf_ F022C OFF ON IN DIESEL 005 OFF M DIV II M22D QP OFF ON ,,.01._ SCTS B _QQ.1 DIV III DIESEL FV28A SCTS A _55__ l F0283 OFF . QN D N COO N O N N or-crtnettr. sn-star sr air y ss-szc:mza stares F028C .. OFF _.21._ N COOW ONM _A oos-crn or scarrce OFF. ON Isot. iscutts IV28D Av-AvaILAstr

0 0 :. l RPU HORMAL iC'RIT:ClL PLANT URRIRBLES scHTnt NORnal i i- CONTAIHMENT E DG RPU L OPERl E i 4 DESIGN i14.9 ) 4SRU LIFT 1103 & DRYWELL 0 U RU ; . PRESSI 0.1]PSIG PRESS Q PSIG l SHg Sfu 4 OPER HIi 1.7 ) ( 100% BPU 995)

                                                                                                 ]                          '

m a

                                                                                                                                                                                                             ~
                                                                                                             '2 PRESSE o 3 GPSIG                                                                 r ,              __

4 OPER HIl 90 > 4 TRIP HI 51 D l GROUP TEMPI 85 3 T LEVEL I-to75 IH E IS 'l 4 OPER HI 140 & 4 SCRAM LO 10 D TEMP l 123_ I 'F POWERI.. o I% : 40PER HIl20- 0 F . LUL @ FT to IH \_A ) . u/NU (OPER LOl19- 6 P . Roos _ rn. '4 OPER HIl 95 ) TEMPI 92]*F SUPPRESSIGH SUPPRESSIGH , POOL POOL i I -- '

                                                                                         - RIVER BEND 8 8 8                26-FEB-19a2                   II '5                                             i i

1 1992 RBS EVAWATED EXEROSE l Revison 1 12/20/91 x- - r,.._.4 _. - - . , . , - , - _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _

                                                                                                                                                                                        ' c"'n' "oana' i 02 :.                                                                              RPV           CONTROL ~~-NR & R                                           I -vr]IH >TAF RPU                g            gl RPU LEUEL                                gg CNDS/FUlpy[yt                   .

4 TRIP HIi 521 , WTR RPU , PWR _PHP CRD 220-AVAIL PR 1 NA OFF PERj 40- - L -(SCRAM LOl 91 WTR RPU PWR PHP RCIC l AVAIL PR NA 0FF ! R -140-PWR PMP. I g TAF l-162l HPCS I WTR RPU -320 IAVAIL PR AVAIL OFF I -10 (111H) 0 l LPCS lgh[fL PR P g -- RPU PhS5 I M00 O IPSIG SHUT' - POOL LD :1326l l WTR RPU PWR PMP_l LPCI lE AVAILPR HI AVAIL. oFF E ggg g 10001 ' HEAT CAP- 3393l - SHTDN COOLING I lHACLG RPU PR HI PWR AVAIL PMP ] OFF E I Suur j 500- SRU LIFT 11103l 100 BPU 1025 RUCU l ghfL AQ L 'l lGP]U l 0 . . . ..

                                                                                                                                            ,10 (MIH) 0 TURBINE I CLG                  VRC :H.PWR                      .ULV I

03% CONTROL I HA N A 9 AVAI _ swr j - RX POWER E TURBINE I CLG UAC H.PWR ULU E 100- , BYPASS I NA NA AVAIL SHT I _ . I" 75- APRM DNSCL 151 U.PWR ULU l~ MSL DRAINS g CLG HA AVAIL SHT l8D5 50-25-i SLC I LIQ PWR PHP l ' J AVAIL AVAIL OFF E - O - - - - _10 (MIN) 0 RIVER BEND.8.. 8 8 26-FEB-1992 ///S .* 1932 RSS WMATED EXERCISE Revisen 1 12/20/91

                           , . .                        . _ . , _            ._.               .. ,.         _ . . _ . .                        _,____.____m     _ , _ _ . .                  - _   _ , , ,, -.       _ _ _ _ .

030 l RPU NORMAL I {Q{} }} s. 1EiT CONTROL--(R POOL LEUEL @ FT so IN (RESCALE) 20 DG POOL LD l21- 31 C00LI4G HA AVAfL Oh l pp , OM HI l20- O f DRYWELL I CLG PWR I FAN I 19 COOLING I AVAIL NA oFr: g sav OPER LO l19- 61 l - SFUT I A CHTNT CLG 'WR FAH R ' ' HEAT CAPl15- 4R COOLING lIAVAIL A JAIL RUN D gg ,,,,,,,,,,

                                                                                                                             -10 (NIH) 0 PRESS CONTROLg ULU                          PWP, AVAIL            FANG ISO' g

l. GROUP SHT RUN DU PRESS I 0.3]PSIG rw SBGT l cfu AU L l Roof l '

i OPER HI l1.7 5 1-

                                                                                                                                    -10 (MIH) 0 POOL TEMP I                       92,        F CNTMT TEMP I                 851'F                                                  DW TEMP I 1231 'F -

200 M HEAT CAPI 149l RPU SATl548 E RPU SATl5485

90- -

____ _ __I 150- 90- - DESIGN l1855 4 DESIGN 13305 SCRM TEMPI 110l I 70- 100- 70-l

OPER HIl 90l 1 0PER HIl1401 ~

( OPER HIl 95l l -10(' MIN')0 -18('M'I'th8 -10 ('MIH) 0 RIVER BEND $ $ $ 26-FEB-1992 ///f 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

i: t & t

l. 1992 EVALUATED EXERCISE CteckTime = 1115 :

W. .% Number: . MTime = 03/30 ; RlWER BE983 STATION EMERGENCYPREPAREDDEESS DREL DRMS MODETORS ID NUMBER LOCATION (TYPE) - READING ID NUMBER - LOCATION (TYPE) READINQ j - RE-16A,0 Ctmt.PAM R.B.186*(DHRRM) 600 R/hr. RE-194 Supt. Rm.Trans. Tube FE.123*(ARM) .$0 mR/hr 3 l RE-20A,B DrywellPAM D.W.114'(DHRRM) 1200 Rd.: RE-195 Sample Sink Area F.B. 95'(ARM) SC mR/hr -! < -c ! FIE-21 A,8 Ctmt. Purge Isol. R.B.141'(ARM) 2D66 mR/hr_ RE-196 Equip. Drain Sump F.B.70*(ARM) '50 mR/hr j.' RE-139 Annul. Near Trans. Tube 114'(ARM) OSM mR/hr RE-200 North Hoist Area TE.123*(ARM) 20 mR/hr ! RE-141 Refuel Floor South R.B.186*(ARM) ' OSM mR/hr RE-201 Cond. Air Removal Pmp. Area TE.95'(ARM) 20 mR/hr I RE-146 Containment Airlock F.B.114'(ARM) OSlf mR/hr ' RE-202 Rx FeedwaterPump Area T.B.ET(ARM) 20 mR/hr l RE-151 Sample Station Area R.B.162*(ARM) - OSM mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 6T (ARM) 20 mR/hr f ! RE-162 0.G. Bldg. Regen. Ares O.G. 6T (ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95' (AR M) 20 mR/hr , , RE-164 0.G. Bldg Sample Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) l$0 mR/hr l t

50. mR/hr

! RE-165 Cond Domin Regen Area O.G. 67*(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95'(ARM) ' l- RE-166 Cond Demin Strnr. Ares O.G.95'(ARM).' O.3 mR/hr RE-212 HPCS Area East AE.70*(ARM) 50 mR/hr r . RE-167 0.G. Bldg. Valve Ares O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West AE.70*(ARM) 50 mR/hr . {. RE-182 Recovery Sample Tank R.W. 65*(ARM) 0.4

mR/hr RE-214 RHR B Area East AB.70*(ARM) 50 mR/hr i

RE-185 Storage Tank Area R.W. 90*(ARM) 0.2* mR/hr RE-215 RHR C Area A.B. 70'(ARM) 50 mR/hr l Floor Drain Sump Area R.W. 65'(ARM) 0.5

mR/hr RE-216 LPCS Area West AE.70*(ARM) 50 mR/hr f RE-186 RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Aree East AB. 70'(ARM) 50 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) !50 mR/hr RE-218 LPCS Penetration Aree West JLB. 70*(ARM) $0 mR/hr .

l L 15 0 mR/hr l RE-193 Refuel Floor North F.B.113*(ARM) "50 mR/hr RE-219 RCIC Area West A.B. 70'(ARM) i I~]- Indicates Alarming Revision 1 j: OSH - Indicates Offscale High 12/20/91 , i All other ARMS are "as read"

Note: Levels drop bened on emmy being pompedand Nbeing weehod deum drain.

e l 4 i

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

I ( ClockTime = 1115 1992EVAUJATED EXERCISE ScenarioTime = 03/30 Mossage Wmtmr: 15 RIVER BEND STATION EMERGENCYPREPAREDNESS DRIU. PROCESS MONITORS IDNUMBER i.OCATION (TYPE) READING ID NUMBEF LOCATION (TYPE)_ READING Cont. Atmosphere (PART) 8.5 E-07 pCl/cc Fuel Bldg. Vent Exh. (WRGM) 1.3 E+ 00 sC1/sec RE-111P R E-5 A Cont. Atmosphere (GAS) 4.6E-05 pCi/cc Fuel Oldg. Vent Exh. (WRGM) 1.3E400 SCl/sec RE-111G RE-5B pCI/cc RE-112P Drywell Atmosphere (PAfD) 5.7E-07 RE-6A Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 tCl/sec RE-112G Drywell Atmosphere (GAS) 3.1 E-05 ICl/cc RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 scl/see 2.0E-06 pCl/cc 7.4E-07 pC!/cc RE-103 SGTS Ef"luent (GAS) 1GE-125 Main Plant Exh. Duct (WRGM) pCi/cc RE-116 Containment Purge (GAS) 3.0E-06 I 2GE-125 Main Plant Exh. Duet (VmGM)' 1.2E-04 FCl/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 SCI /cc 4.3E-02 gCl/cc 3GE-125 Main Plant Exh. Duct (WRGM) $CI/cc R E-110 Annulus Exhaust (GAS) 2.5E-08 4.0E+01 pCl/see I 4GE-125 Main Plant Exh. Duct (YmGM) RE-110P Aux. Utdg.Vont (PART) 2.OE-12 tCI/cc RE-110G Aux. Uldg. Vent (GAS) 3.0E-08 tCI/cc Off Gas Pre-treatment Monitor o mR/hr RE-118P Turbine 81dg. Vent (PART) 3.0E-11 ICl/cc 0 cpm 1.0 E-10 pCl/cc Off Gas Post-treatment Monitor RE-118G TurbineDidg. Vent (GAS) 3dOO mR/hr 2.0E-09 pCl/cc Main Steam Une Radiation Mon!!or RE-124P C.DJO.G. Bldg. Vent (PART) 3000 mR/hr 2.0E-07 3CI/ce Main Steam Une Radiation Monitor RE-124G C.DJO.G. Bldg. Vent (GAS) 3000 mR/hr 5.6 E-11 pCl/cc Main Steam Une Radiation Monitor RE-120P Main Plant Exh. Duct (PART) 3000 mR/hr 8.9 E-07 pCl/cc Main Steam Une Radiation Monitor RE-120G Main Plant Erh. Duct (GAS)

                   - Indicates Alarming                                                                                           Revision 1 OSH - Indicates Offscale H!gh                                                                                                   12/20/91 All other Process Monitors arn "as read"

1992 EVAltfATED EXERCISE ClockTissue = 1130 1 ,-, Numtwr = 16 Sceneste Timme = M41 RNER BEM3 STATION ERAERGENCY PREPAREDNESS EXERCISE RAESSAGE f- *** THIS IS A DREL *** Messarp To: Control Room ! J' 1 Plant Status Update a i i , i a i 4 v I

k

r i r f Rev.1 - 12/20/91 [ b i 6 s 4 i

                .-  y   ,, , , . . , , _., ,.,.
                                      -.        .   -r t- -  - - ' - , -    <      . .    ..

i. - 1992 EVALUATED EXERCISE ClockTissee = 1130 Message Number = 16 ScesserteT1sene = 03/45 RfVER BEND STATION

!- EMERGENCY PREPAREDNESS EXERCISE ! I CONTROLLER INFORMATION i

                                                                     *** THIS IS A DRILL ***

Co hi--Information: EmoctedActions: 4 7 - j' 1 l The release to the environment begins from the Steam Tunnel via Enter EOP-3, " Secondary Conta'h and Radiological Release 1 Turbino Building ventilation through the asain plant exhaust duct. Control. l . l Perform dose projections using effluent monitors and meteorological ! conditions. i i

) Review protective actions to ensure that previously recomsnended . actions are conservative, i-4 j l . I i i 1 ]. 1 i i t } Rev.1 - 12/20/91 ! 1' i

    .#,  , - .                  y        - - - .. -.             . , . . . . _ . . , . , . _            _ . . - -   . , - . . . - - , - . . . . _ - , . , .         . - -              .--. _,

e 0 5 r 3 4 h

1 1 3 0 R /.s - V l 0" - e

     --                   0 6

S S S S S S b 1 M v 1 9 P O 0 5 0 S O O S _ ee 1 A, mm ii l TT 0 a r 8 6 E L WWW l w o L E T e 2 1 8 9 S S S S 8 L E CI I S TT A A S P O P S t e L OO N - A B C F E P P P l P 4 r CC C N N T o S N I C F F F N X O EAT I T SA SD AE 1 T S NM DO 0 6 N R N N N R N N N N N NpN EO N RR A L E C_ O B PL N EO A R RR I YO E F F R E M AB C D F o O e 0 c F E T A 7 R $ E T T D 7 7 U C S I S / s I 6 1 e P r I r - O O O $. n S $ s S I o E X 1 L E - 9 E e 1 S A B C 0 C D k o L I I I 2 2 B i 0 P P P P P cr oa 8 E V S S S 8 3 6 S C C - 8 r 3 5 2 V V T N N l n Ce c L E N F N N R R A M A A E E P R r P P P e J' s P O O A t s 3 1 S S S S a e . . S S S w r 0 O O O O R O d P E e L AB OO I I I L 2 2 AC C R E E P P a W T S T W 5 S S t Y MR V V O R D GS P S S S S TW C / M S D C E F F F F F F F F F F R M. F F F R F F F F F F F F F F F E C O O O O O O O O O O O O G O O A N N N N N N N N N N N O O W O M O O O O O O O O O C O O O O O D 9_ f O E P E PT N D F F F F F F F F F F F F EF D F F F F F F F F V F F F F F F F F F F F F F E F F F F F F F F CC R O O 3;O O O O O O O O O O O O R O O O O O O O O RNE G L A B C D F B C D A32 C D A B C D E 1 1 1 1 1 7 7 7 7 7 1 1 1 V 2 2 8 8 8 8 V 4 4 4 4 4 4 4 4 4 4 5 5 5 I 2 2 2 2 2 2 2 2 R 0 0 0 0 0 0 0 0 0 0 0 0 0 S 0 0 0 0 0 0 S F F F F F F F F F F F F F H F F F F F F W0F l 0 e w S 0 0 0 O 0 0 0 v 0 n Z T U l , _ I r 2_ R a F D A S E t A. D R o E 8 s s l 1 N A s e 2 S 7 E - 0 0 0 O e O O v 2 P O P S t C1 R 0 6 P r

            /     N     s                                                                                L L L Dr       0     A     u   S    S     5        S      S   S      S  S        b     N N     s            E E E E e      2     P    t    O O 0               O      O   O      O O         f     O O     s            S S S                E Tb       /           aO       O 0            D      D   D      O O           u                        E E E                C e  O                              1

_ A ar 2 t l l T T r I I I V U u 1 E EL L P D D D R - LN os E E. _ A - n t V e I r r B E g a 1 A B C A B A B I 1 I 1 I T A at l ou 2 s S r u A C S rov 9 s v R R R C I C D D C C V V V V o- A

                                                                                                                          - s -

9 e e 1 1 I I t 1 P C P R R L L P I I I r ov 1 M R E R R L R I I C C S S R D D D ooA

4 L 3 ANT U R:: aBi_8 1Curnr s0Rnnt i 00:. i Rev 80Rnat iCR:: TIC AL _ l' CONTAINMENT RPU l DjPERl [ 4SRU LIFT 1103) U 4 DESIGH -114.9) DRYWELL U PRESSE _O RPSIG 3 l SR SHUT l SS)or l PRESSI 0.1IPSIG .~~g 995 ) l 4 OPER HI 1.7 p (100%BPU r' ,' m a PRESS F o 3 lPSIG Sit 4 OPER HI1 90 P 4 TRIP HI la GROUP I" TEMPI 85E T LEVELI-221 I IH - 4 OPER HI l 140 D 4 SCRAM- LO 10 ) TEMPI #23 I 'F

                                                  .POWERE-       o E*4 6 [0HSCL                          SD 40PER HI 20- OD                        j.

us,Wuh' p LUL 19 FT to IN W ,

                                                                                                         '4 OPER HIl 95 )

(OPER LO 19- 6p g Rpos ..In TEMPI 72. ] T j SUPPRESSIGH __ POOL SUPPRESSIGH n , POOL //3o

                                                                     -          - RIVER BEND 8 8 8      26-FEB-1992                   _.

1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

a.-.mmm--

                        .  .m-n - - - _ , -_ - - __._ m--------------.-y_---                - - - - - - - -
                                                                                                                                                          - - - - - - - - - e m . -. - -- - -- -ii--., ...;. .,. . . - - - - . - . . ._i.- -      samms  .m,=

m

   . k.s  ,
     ..                                                                                                                                                                                                                                                           .}

0. l :. i'

i: g .. lL, - f, ;, t-i i 6 I I

                                                                                                                                                                                                                                                                      .I; f
                                                                                                                                                                                                                                                                 .- i   .
                                                                                                                                                                                                                                                                  ..g 6

i k-i i l i 1

                                                                                                                                                                                                                                                                    'l
                                                                                                                                                                                                                                                                      'i
                                                                                                                                                                                                                                                                  -i I

i f 3.. e r

                                                                                                                                                                                                                                                                  ~,l 5
                                                                                                                                                                                                                                                                  -i
                                                                                                                                                                                                                                                                  ![

t

                                                                                                                                                                                                                                                                   'f i

I I ,, !

l. [

[- , o . [- -{ l- - ! -1

                                                                                                                                                                                                                                                                  'I l
                                                                                                                                                                                                                                                                    -i
                                                                                                                                                                                                                                                                    ' l, l -                                                                                                                                                                                                                                                                    p 9
   -y                                                                                                                                                                                                                                                             .

1 I i. r .J

g. :

[ . 1

                                                                                                                                                                                                                                                                 -1 e

e f l1 .l I

                                                                                                                                                                                                                                                                 .i t                                                                                                                                                                                                                                                                      .?

I 1

                                                                                                                                                                                                                                                                . 9 i:                                                                                                                                                                                                                                                                    '-

p -Lg i

k. . e - ,. .,.s........ - - + + . . . ....m0.... ~ ...~..#.--.,.. .w- --....---.- m - - -+ - * -*-.__ _ . _ _ _ __.e_ amore.--=+

                                                                                                                                                                                            ""'"'      "o""a' i R?U CO C RO'_--FR/FiWR 021.                                                                                                                                                                       1 -57 IIH >T AF RP LEVEL l-22.I IIH CHDS/FWlpd['k RPU p             {    gg                                                                                            TR P HIl        52 6 UTR      RPV         PUR       PMP 5                                                 220-CRD                                                       lB AVAIL          PR     l NA        0FF g 40-.                       _      -(SCRAM L0l           9l PMP I                                      PER WTR       RPV        PWR RClC                                                       l9 AVAIL         PR         HA       0FF I                                                                                            TAF    i-1621 g

PMP HPCS WTR RPV l PWR PR AVAIL OFF -320 g ig;NY 0 AVAIL ~~ RI)0 PRESS I o IPSIG LPCS lAh[yl PgPHI Ab4L br"kl g M00- POOL LD l1326l SHUT - - I UTR RPV i PWR

                                                                                     ! AVAIL. OFF {

PMP I 000-' he @P mg LPCI PR HI 3 AVAIL SHTDN 3 CLG RPU PWR RUAIL PMP l OFF s l SHUT 500-

                                                                                                                                                                                              'SRV LIFT l1103l COOLING B                                                         HA      PR   HI                                                                                                                            1025 100% BPU phfL                                                            l HUP-        l 0;

RUCU f _ A L t 01% CLG UAC H.PWR ULU - RX POWER I TURBIHE sHT CONTROL HA NA AVAIL 125

VAC H.PWR VLU i 100-TURBINE l CLG HA NA AVAIL SHT I BYPASS 5 APRM DNSCL l5l 0 D AINS HA h SHTl 25- ' 5 LIG l'WR PMP 5 ........~-- 00 (MIN) 0 AJAIL OFF E SLC l AVAIL Il 30 RIVER BEND 8 8 8 26-FEB-1992 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

CON"R0i- R 030 L RPU HORMRL 5 {Q]"l] {' g (RESCALE) POOL LEVEL 19 FT @ IN 20 CLG PWR PMP l DgPER 20- 0] POOL 000LTHG I I HA _AURIL OFF I l- OPER Hl PWR FAN l OPER LO (19- 6 5

DRYUELL l CLG COOLING I AVAIL NA oFF ' S10 SI UT N #* 4$

                                         'WR
                                                                    ~

3g. l CNTMT COOLING CLG AVAIL AJAIL $HH l -10 (MIH) 0 l PRESS ULU 'WR AJAIL Fg5,, R l GROUR. 1500 g DW PRESS I 0.31PSIG CONTROLg SHT f Roos zu SBGT U g pf,, p&g &l ~ 3_ 2- M OPER HI 11.7) g, 0-

                                                                                                              -1 10 (MIH) 0 POOL TEMP l_ 92 3 'F 851'F                       DW TEMP I 1131.'F-CNTMT TEMP.I                                                                                                                     pHEATCAPl149]

RPU SAT 15485 " RPU SAT 5481 ' 90-150- SCRM TEMPI 110 l 90- ~~ '

                                                                                      - DESIGN 1330j DESIGHl1851                                                              70-100-70-                                                                                            "
                                            "       ' ' 50,g........g 50
                                                                                                                   -10 (MIH) 0 g)                                                              26-res-1992         //3o 50g...               ..g                                                                           RIVER BEND 9 s s 1992 RBS EVALUATED EXERCISE Remson 1      12/20/91 i

I l

ClockTime = 1130 ScenarioTime = 03/45 1C92EVAlsUATED EXERCISE Messago Number:J Q_ RrER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONTTORS _ READING 1 READING ID NUMBER LOCATION (TYPE) ID NUMCER LOCAT10N (TYPE) 50 mR/hr RE-194 Supt. Hm.Trans. Tube F.B.123'(ARM) idOO !./hr $0 mR/hr RE-16A,8 Ctmt.PAM R.B.186'(DHRRM) Sample Sink Area F.B. 95'(ARM) 2000 R/hr RE-195 RE-20A,B DrywetH'AM D.W.114'(DHRRM) 50 mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) ! OslU mR/hr 50 mR/hr RE-21 A,8 Ctmt. Purge Isoi. H.B.141* (ARM) RE-200 North Holst Area T.B.123*(ARM) CSH mRfhr 20 mR/hr RE-139 Annul.NearTrans. Tube 114*(ARM) Cond. Air Removal Pmp. Area T.B.95'(ARM) OSH mR/hr RE-20 i mR/hr

                                                                                                                                 ~20 RE-141        Refuel. Floor South R.B.186'(ARM)                                    Rx FeedwaterPump Area T.B.CT(ARM)

OSff mR/hr RE-202 Containment Airlock F.B.114*(ARM) Turb. Bldg. Sample Rm.T.B. 67'(ARM) 20 mR/hr RE-1a6 RE-203 OSH mR/hr 20 mR/hr RE-151 Sample Station Area R.B. ,162'(ARM) Cond. Demin. Sample Rack T.B. 05'(ARM) 0.4 mR/hr RE-204 0.G. Bldg. Regen. Area O.G. 67'(AHM) 50 mR/hr RE-162 RE-210 PASS Panet A.B.114*(ARM) 2.0 mR/hr 50 mR/hr 0.G Bldg Sample Area O.G.123'(ARM) RE-164 RE-2 ? 1 Control Rod Drive A.B. 95'(ARM) mR/hr 50 mR/hr Cond Domin Regen Area O.G. 67'(ARM) 9.2 RE-165 RE-212 HPCS Area East A.B.70*(ARM) 0.3 mR/hr 50 mR/hr RE-166 Cond Demln Strnr. Area O.G.95'(ARM) RHR A Ares West A.B.70'(ARM) mR/hr RE-213 0.G. Bldg. Valve Ares O.G.137'(ARM) 28 50 mR/hr RE 167 RE-214 RHR B Area East A.B. 70'(ARM) 0.4

mR/hr '50 mR/hr Recovery Sample Tank R.W. 65'(ARM)

RE-182 RE-215 RHR C Area A.B.70'(ARM) 0.2

mR/hr 50 mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) LPCS Area West A.B.70*(ARM) 0.5
mR/hr RE-216 mR/hr Floor Drain Sump Area R.W. 65'(ARM) '50 RE-186 RE-217 HPCS Penetration Area East A.B.70'(ARM) 0.3
mR/hr Sd mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) LPCS Penetration Area West A.B. 70*(ARM) 5d mR/hr RE-218 Refuel Floor South F.B.113'(ARM) 50 mR/hr RE-192 RE-219 RCIC Area West A.B.70'(ARM) 5d mR/hr --

RE-193 Refuel Floor North F.B.113*(ARM) Revision 1 12/20/91 f]- Indicates Alarming OSH - Indicates Offscale High

Note:

Levels drop based on sump being pumpedand contamina6on being washed dow All other ARMS are "as read'

ClockTime= .1130 1992 EVALUATED EXERCISE ScenerloTime = 03/45 Message Number: 16 RIVER BEND STATION EMERGENCYPREPAREDNESS DRKL , PROCESS MONrrORS , READING READING ID NUMBEFi LQCATION (TYPE) ID NUMBER LOCATION (TYPE). Cont. Atmosphere (PART) 8.5E-07 pCl/cc 1.3E+00 pCl/sec RE-111P RE-5A Fuel Bldg. Vent Exh. (WRGM) 4.6E-05 pC1/cc i pC1/sec RE-111G Cont. AtmospheretGAS) Fuel Oldg. Vent Exh. (WRGM) 1.3E+00 RE-5B 5.7E-07 41/cc pCl/sec RE-112P Drywell Atmosphere (PART) Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 ! RE-6A RE-112G Drywell Atmosphere (GAS) 3.1 E-05 sci/cc Radwaste Bldg. Vent Exh. (WRGM) 5.7 E-01 pCl/sec RE-6B 2.0E-06 pCI/cc - pCl/cc RE-103 SGTS Effluent (GAS) 1 GE-125 Main Plant Exh. Duct (WRGM) JifE@S_ RE-116 ContainmentPurge (GAS) 3.0E-06 41/cc . 2GE-125 Main Plant Exh. Duct (WRGM) ' ifjk'06 C1/cc . Annulus Exhaust (GAS) 2.5E-08 41/cc , f?lE-OS' pCi/cc RE-11 A f 3GE-125 Main Plant Exh. Duct (WRGM) 2.5E-08 41/cc RE-11B Annulus Exhaust (GAS) 5.0E+02 WI/sec 4GE-125 Main Plant Exh. Duct (WRGM) RE-110P Aux. Didg. Vent (PART) 2.0E-12 Wl/cc 3.0E-08 pCl/cc RE-110G Aux Bldg. Vent (GAS) o mR/hr , 7.8845 pCI/cc Off Gas Pre-treatment Monitor RE-116P Turbine Bldg. Vent (PART) o epm pCl/cc Off Gas Post-treatment Monitor RE-118G TurbineBldg. Vent (GAS) f'It@s 8000 mR/hr 2.0E-09 3C1/cc Main Steam Une Radiation Monitre RE-124P C.DJO.G. Bldg. Vent (PART) 8000 mR/hr

                                               ' 2.0E-07       Cl/cc                Main Steam une R'adiation Monitor                                '

RE-124G C.D./O.G. Bldg. Vent (GAS) 8000 mR/hr 3.'8EM 41/cc Main Steam Une Radiation Monitor RE-126P Main Plant Exh. Dnct (PART) 8000 mR/hr pCl/cc Main Steam Une Radiation Monitor RE-126G Main Plant Exh. Duct (GAS) ((iE@is

    $372- Indicates Alarming                                                                                                    Revision 1 OSH - Indicates Offscale High                                                                                                12/20/91 All other Process Monitors are "as read

t i .a -rww s *- v- e

ClockTime = 1135

Scenario 11rne __03/50 1992 EVALUATED EXERCtSE - teessage Number = 16dx, RfvEn BEND STATION EngERGENCY. PREPAREDNESS EXERCtSE. SNESSAGE

                                                                           *** TNtS IS A DRK1. ***                                                            'i '

3 a b Snessage To: E._.;. wwfDirector . l " GE EAL 2, initiating Condition 1, A Gzneral' Emergency should be declared in accordance with EIP-2-001, *Elassification of. Emerge l

              " Loss of any two of the followingwith potentialloss of the thir                                                                                  l k

t L i ~

Rev.1 - 12/20/91 h

L ClockTksee - = 1135

        - 1992 EVALUATED EXERCISE                                                                                                   ScenarioTissue =   2-03f50 Reessage Numtser = 16.1x RIVER BEND STATION t

ERAERGENCY PREPAREDNESS EXERCISE CONTROR I FR NEORGAA110N 4 i

THIS IS A DRR.L "

ExpectedActions: , Contraller 3rdormation: Declare a General Emergency. Deliver this message only if a General Emergency has not been dzetaredand if there are no discussions in process that would resultin tho declarationof a GeneralEmergency. 4

l, f

i 4 t i i r 1 i Rev.1 - 12/20/91 !

                                                     ..               - - -   - -      . . - -      - . - . - _._________________.______.____z_.

P t ClockThuer- = .1145 1992 EVALUATED EXERCISE ScenarioTime = ' 04/00 Message Number = 1 RfWER BEND STATION EMERGENCY PREPARZDNESS EXERCISE ' MESSAGE

                                                                   *** THIS IS A DRKL ***

Message To: Control Room Pirnt Status Update O L v 5 Rev.1 - 12/20/91

f v i ClockTkne =. 1145 ScenerloThne = 04/00 1992 EVALUATED EXERCISE

 '   Message Number = 17 RIVER BEND STA110N EMERGENCY PREPAREDNESS EXERCISE CONTROLLERINFORtAATION
                                                             *** THtS (S A DRILL ***

EmectedActions: ControllerInformation: Monitor the release. Tho radioactive release to the environmentcontinues. Continue efforts to restore electrical power and.obtain a source of make-up water. Compare results of computerdose projections and field team results. i i l i f Rev.1 - 12/20/91

a Clock Time - 114) 1992 EVAlllATED EXERCISE S.:enario Tim - 04/00

 . Message Number -                            17 RIVER BEND STATION EMERCENCf PREPAREDNESS EXERCISE Rev. 1 - 17/20/91                                                               CONTROL ROOM DATA PANF.L 680 PANEL 601/877                                                                    PANEL 601 CRN   AC.MN            0% APRM_. LEVEL       -160 UR Status                     Press                Flow   SRV         RED                                   POWER 0                OFF                     ON      OFF RilR A          00S                                                 F041A 0   F041B     _OFF                      ON      OFF   CNS PIA _S_S_

S WSPIA SS RHR B OOS_ O F041C OFF ON _ 0FF - CNS PIB _g3_ WS PIB _SS_ RIIR C 00S OFF_ ON _ OFF- CNS Plc SS FWS PIC SS F041D OFF_ ON __ 0FF_ LPCS 00S.. O F041F F041C OFF ON _ 0FF Total Feedwater Flow 0 M1bs./hr O O F041L OFF on .OFF. RCIC 00S ON OFF 00S 0 0 FOA7A OFF __ IIPCS _ON OFF PANEL _8_0_8 F047B _0FF_ OFF ON OFF CRD A OOS_ O O F047C 0 F047D OFF ON OFF. Press Tcwn level CRD B OOS 0 OFF ON _ 0FF DRYWELL M 121 F047F Squib __ Press level F051B _9ff_ ON OFF g g g OFF ON OFF SPR PL _2.2 19'10" LT ON_ 0 2000 F051C SLC A OFF 0 F051D OFF ON SLC B LT ON__ F051C OFF ON OFF PANEL 870/601 Range _P_res s - Javel MSIV RED _ _CRN SSV P2C OP 0 -233 FZ SSV P2A _Qf_ RP11 F022A 0FF . QN OOS SSV P2D 005 SSV P2B N22B 0FF ON DIV I DIESEL OP ON N22C OFF PANEL 863 DIV II DIESEL OOS ON F022D OFF DIV III DIESEL OP F028A 0FF OF SCTS B _Q91 SCTS A _QE_ M283 0FF ON _S_S._ ' or-orrtArruc sm-STANDBY RF.ADY D/V COOLERS OPERATING ss-srcuaro states F028C OFF ON _b.__ e s-out or scavict CmT COOLERS OPERATING F028D OFF . Op

V ARI AB'_ES .iCHTnT HORnat 1 I00:.IRPU HORMAL ICRITIO L. PLANT I De R CONTAINMEllT RPV l- OPERE (SRU LIFT 1103D-4 DESIGH l 14. 9 ) PRESSE o EPSIG U l SR SHUT l l r l I-PRESSR 0.1$PSIG 4 OPER HI 1. 7 y ( 1004 BPU 995) j I -

                                                                                                                    ?I                                       M}

PRESSI o 3 JPSIG i 1 4 OPER HIl 90 D- 4 TRIP HI 51D l GROUP l E IJOL E TEMPR _85 j 'F LEVEL E -133 E IN 4 OPER Hi 140_) 4 SCRAM LO 10 D l TEMPI (23 1'F i l-P0lJER E. o I'/.

t 4IIPRMDHSCL!5} (OPER HIl20- O D udhA>U ; LUL 19 FT /0 IN W - 4 OPER HI 95 ) 4 O P E R L O'l 1 9 - 6 P g. Roos..ru TEMPI 92 1*F SUPPRESSION POOL SUPPRESSION , POOL I -. It 'f 6 I RIVER. BEND 9 8 0 26-FEB-1992 1992 RBS EVALUATED 12/20/91 EXERCI Revision 1

BCHTNT NORMAL l 1PV C0FTROL:-M/?h3 1 -7/ 1IN > ire 32:. RP LEVEL I-23311H RPU g gMPg " CilDS/FUlgd[yl p -- 220-I UTR RPV PUR PMP OF p-

                                                                                                                       -     ' SCRAM LOj          9l CRD        EAVAIL            PR    J NA                                                   40-P1P hPER UTR        RPU       PWR 0F                                                                                TAF    i-162 l RCIC          AVAIL           PR      HA g

RPU ')UR PMP- -320 g . (gg

                                                                                                           ...g.. 0                               ~ ~ ~

WTR OFF HPCS AVAIL ')R AJAIL o IPSIG RPU PRESS E LPCS lAb[yLPgP I Ab{L Q gg SHUT' N - ' POOL LD' 1326l PMP;j ~ HEAT CAPl3393l l- PCr' i UTR PR IAVAIL RPV HI PWR AVAIL PWR OFF E~ PMP' l- ~ g59ur 1000-500-

                                                                                                                        '\        SRU LIFTil103l CLG        RPV               OFF                                                                                        1025 SHTDH                     PR HI AVAIL                                                                                        100   BPV COOLING            HA                                                                                             3

[ GRguP' g 0 RUCU AML A$AL h[' -

                                                                                                     -10 (MIN) 0                  -

l RX POWER I 03 % VAC H.PWR ULVi AVAI sH-r _ 1' TURBINE CONTROL INACLGNA 200-VHC H.PWR ULV 5 TURBIT 4E I CLG l NA AVAIL SHT I 75- APRM DNSCL 151 BYPASS I HA J V.PWR ULU R ( pos zu : 50-MSL I CLG SHT I NA AVAIL 25-DRAINS I

                                              'WR    PMP                                                ..........

LIQ 0 10 (MIH) 0 SLC 3 AVAIL AJAIL OFF /14S l ) l RIVER BEND *e e 8 8 8 26-FEB-1992 1992 RBS EVALUATED EXERC!SE Revision 1 12/20/91

l . l . l030 l RPU NORMAL E {QQ""1" M~ s T CONRO'_ ---R 19 FT to IN (RESCALE) POOL LEVEL og C00LI G ,_ HA AVAYL Oh ! l D$PER

19-DRYWELL I CLG- I PWR FAN I OPER LO l19- 6 5 , COOLING I AVAIL N A- off E S Ry l -

                         ~                                        SFUT       I                                                  HEAT CAPl15- 41 CHTMT    B        CL6          'WR     FRH E                                              ig.

COOLING I AVAIL,_ AJRIL RUN 1. - 10 W H) s 0 PRESS I ULU PWR PAN I l-fSoy. g DU PRESS I 0.3 JPSIG CONTROL I SHT AVAIL RUN I SBGT f VlV ogg ff gylyL l R#" *l -

OPER HI I1.T l 1- '

                                                                                                             ~
                                                                                                    .0-10 (NIH) H FOOL TEMP I              72,   'F DW TEMP R 12 3] *F ;

CNTMT TEMP I 855'F ' O . RPU SRT,5485 " pHEAT CAP 1149] RPU SAT 548E I l 150-96-SCRM TEMPI 110] 90-- l DESIGN 1330l DESIGN 1851 100- i 70- OPER HI{ 951 : OPER HI l140 3 OPER HI 90 1 .. 50 ..........

                                                -10 (MIN) 0                                          50 18 (MIH) 0 f /v5 50 10 (MIH) 0 RIVER BEND 1 3 0                     26-FEB-1992 1992 RBS EVALUATED EXERCISE Revision 1      72/20/91 w      o-  v-    w      r-            a               -

e-

ClockTime = _1145 t ScenarioTime = _04/00 ! 1992 EVALUATED EXERCISE ' Message Number: 17_ RIVER BEND STATION EMERGENC(PREPAREDNESS DRIU_ i DRMS MONITORS READING l RE ADING _ 10 NUMBER LOCATION (TYPE) lDNUMBER LOCATION (TYPE) 50 mR/hr RE-194 Supt. Rm.Trans. Tube F.B.123'(ARM) 1000 R/hr 50 mR/hr RE-16 A,0 Cimt.PAM R.B.186'(DHRRM) RE-195 Sample Sink Area F.B.95'(ARM) 2006 R/hr .50 mR/hr RE-20A.B DrywellPAM D.W.114'(DHRRM) Equip. Drain Sump F.B. 70'(ARM) RE-196 Ctmt. Purge isol. R.B.141'(ARM) OSi[ mR/hr 20' mR/hr RE-21 A.B RE-200 North Holst Area T.B.123'(ARM) OGH mR/hr '20 mR/hr RE-139 Annul. Near Trans. Tube 114'(ARM) Cond. Air Removal Pmp. Area T.B.95'(ARM) OSH mR/hr RE-201 mR/hr

                                                                                                                                                                    '20 RE-141        Refuel. Floor South R.B.186*(ARM)                                                                    Rx FeedwaterPump Area T.B.67'(ARM)

RE-202 Containment Airlock F.B.114'(ARM) OSi{ mR/hr 20 mR/hr RE-146 nE-203 Turb. Bldg. Sample Rm.T.B. 67* (ARM) OSH mR/hr 20 mR/hr RE-151 Sample Station Area R.B.162'(ARM) Cond. Domin. Sample Rack T.B. 95'(ARM) 0.4 mR/hr HE-204 mR/hr 0.G. Bldg. Regen. Area O.G. 67'(ARM) '50 RE-162 RE-210 PASS Panel A.B.114'(ARM) 2.0 mR/hr 50 mR/hr 0.G. Bldg Sample Area O.G.123'(ARM) RE-164 mR/hr RE-211 Controt Rod Drive A.B. 95'(ARM) Cond Demin Regen Area O.G. 67'(ARM) 9.2 50 mR/hr RE-165 RE-212 HPCS Area East A.B. 70*(ARM) 0.3 mR/hr 50 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95'(ARM) RHR A Area West A.B. 70'(ARM) 28 mR/hr RE-213 0.G. Bldg. Valve Area O.G.137'(ARM) 50 mR/hr RE-167 RE-214 RHR B Area East A.B. 70'(ARM) 0.4

mR/hr mR/br Recovery Sampfe Tank R.W. 65'(ARM) _50 RE-182 RE-215 RHR C Area A.B. 70*(ARM) 0.2* mR/hr 50 mR/hr RE-185 Storage Tank Area R.W. 90'( ARM) LPCS Area West A.B. 70'(ARM) 0.5
mR/hr RE-216 Floor Drain Sump Area R.W. 65'(ARM) 50 mR/hr RE-186 RE-217 HPCS Penetration Area East A.B.70'(ARM) 0.3* mR/hr 50 mR/hr RE-187 High Cond. Sump Area R.W. 65* (ARM) LPCS Penetration Area West A.B. 70'(ARM) 50 mR/hr RE-218 mR/hr

                                                                                                                                                                       '50 RE-192         RefuelFloor South F.B.113'(ARM)                                            RE-219                   RCIC Ares West A.B.70*(ARM)
                                                                 ;5d mR/hr RE-193        Refuel Floor North F.B.113'(ARM)

Revision 1 12/20/91 "3 - Indicates Alarming OSH - IndicatesOffscale High

Note:

Lmvel$ drop based on sump being pumpedand contamination being washed d All other ARMS are *as read"

s ClockTime = 1145 1992 EVALUATED EXERCISE ScenarioTime = _04/_00 Messago Number- 17 RIVER DEND STATION EMERGENCYPREPAREDHESS DRILL PROCESS MONRT)RS READING READING ID NUMBER LOCATION (TYPE) ID NUMBER LOCATION (TYPE)_ 8.3 E-07 pCl/cc RE-111P Cont. Atmosphere (PART) 1.3E+00 pCl/sec R E-SA Fuel Oldg. Vent Exh. (WRGM) 4.6E-05 pCl/cc RE-111G Cont. Atmosphere (GAS) 1.3E+00 pCl/sec RE-58 Fuel Oldg. Vent Exh. (WRGM) 5.6E-07 pCl/: c pCl/sec RE-112P Drywell Atmosphere (PART) RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 3.0E-05 pCl/cc pCl/sec RE-112G Drywell Almosphere(GAS) RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 2.0E-06 pCL/cc pCl/cc RE-103 SGTS Effluent (GAS) f.6E44 pCi/cc 1 GE-125 Main Plant Exh. Duct (WRGM) . Containment Purgs (GAS) 3.0E-06 Wl/cc RE-11G 2GE-125 Main Plant Exh. Duct (WRGM) [.sE4% 2.5E-08 pCl/cc RE-11A Annulus Exhaust (GAS) i 'GE-04 WI/cc 3GE-125 Main Plant Exh. Duct (WRGM) Annulus Exhaust (GAS) 2.5E-08 Wl/cc i 7.0Ei63 $1/sec RE-11D 4GE-125 Main Plant Exh. Duct (WRGM)

2.0E-12 pCl/cc RE-! 10P Aux. Oldg. Vent (PART) 3.0E-08 pC /cc l RE-110G Aux. Bldg. Vent (GAS) 0 mR/hr QE43 WI/cc Off Gas Pre-treatment Monitor

' RE-118P Turbine Bldg. Vent (PART) 0 cpm 3.yE-T)4 Kl/cc Off Gas Post-treatment Monitor ' RE-113G TurbineBldg. Vent (GAS) 8000 mR/hr 2.0E-09 Wl/cc Main Steam Une Radiation Monitor R E-124P C.DJO.G.Didg. Vent (PART) 8000 mR/hr 2.0 E-07 $1/cc Main Steam Une Radiation Monitor RE-124G C.D./O.G. Bldg. Vent (GAS) 8000 mR/hr l 5.~f E-04 pCI/cc Main Steam Une Radiation Monitor l RE-126P Main Plant Exh. Duct (PART) 8000 mR/hr L6f%4 pCI/cc Main Steam Une Radiation Monitor RE-12;G Main Plant Exh. Duct (GAS) l Revision 1 ['7^t- Indicates Alarming 12/20/91

OSH - Indicates Offscale High All other Process Monitors are "as read"

o ClockTIssee = 1200 Mh - = . 04l15 .} 1992 EVALUATED EXERCISE Meg Number = 18_ , RfvER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

                                                     *** THis IS A DRtLL ***

Message To: Control Room - , I Plant Status Update i Rev.1 - 12/20/91 7

e ClockTime = 1200_- 1992 EVALUATED EXERCtSE ScenarioTime = 04/15 Message Number = 13 _ RfVER BEND STATION EMERGENCY MWAREDNESS EXERCISE CONTROU.ER INFORMA'I1ON

                                                                         *" THIS IS A DRILL ***

Expected Actions: pontrollerinformation: Monitorthe release. Tho radioactive release to the environmentcontinues. Continue efforts to restore electrical power and obtain a source of make-up water. Compare results of computerdose projections and fleid team results. Rev.1 - 12/20/91

Clock Time - .1200 Scenario Time - 04/15 1992 EVALUATED EXERCISE Message Number - 16 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE Rev. 1 - 12/20/91 CONT 1tOL ROOM DATA I^ PANEL 601 PANEL 601/871

                                                                                                                           -160 k~d Flev      SRV        KED CRN . AC.MN    W        0% APRM_ LEVEL Status      Prc:ss 0FF . ON         OFF.

0 __ F041A COS__ FJS PIA _ES_ R11R A ON 0

                                                                                   .~_EE-   CNS PIA 1 0FF 00S_                       0     F041B ElIR B                                                                   ON        OFF    CNS PIB ,_ES__        WS P1r ,_S.ji_

0 - F041C OFF RIIR C 005 _ _ op 0FF CNS PIC _Sj!_ WSPIC _Sji_ OFr F041D ON OFF 0 F041F OFF LPCS OOS_ - 0 M1bs./hr F041C ' 0FF . ON OFF Total Feedwater Flow ON . OFF 0 F041L OFF 00S_ 0 RCIC ON OFF 0 F047A OFF HPCS 00S_ 0 _ pgggt gog ON OFF F047B 0FF . F047C OFF Op _0_ff._ 0 _ 0_ Temp Irvel CRD A __ 005 _ OFF ON OFF press 0 0 F047D CRD D _ 00S_ OFF ON OFF. DRYWELL 0,) 12)* F047F 0FF ON . . _Of.F- CTMT 0 ,1 . _8) Press level F051B g 19'10" S3uib__ ON OFF. SPR PL 0 F051C OFT SIL A LT,_O.JL _0___ ON OFF F051D OFF SIE B LT ON_ 0 . OFF . PANFL 870/601 F051C QFF ON . Press _ Irvel Range MSIV RED. CRN SSV P2A _0_Z_ SSV P2C _Qf_ O __ -243 FE OFF Op SSW P2D _005 RPV F022A SSV P2B _QQ.1 l F022B 0FF . QF . DIV I DIESEL _.Qf F022C OFF QM PANEL 863 DIESEL _.QQS, DIV II F022D OFF OF DIU III DIESEL _.Qf._ F028A 0FF .. QN SCIS ^ EE- SCTS B _QO_1 FT)28B 0FF . OF . D/U CPLERS OPERATING _11._ OPaCFEU T!WG SR=$TANDST READY pogge _nyp_ _gg{_, _&__ ss-stccarD STATUS CIMP COOIERS OPERATING cas-out or sezvrer OFF . Op Isot-rs m Trn F028D M -N ^ttAsts

a. ... . .

L3 0 ".. IRPU NORMAL IC R" ~::0 T_ >_U V ARI 1BLES 1c" tnt "0Rnat i I DG CONTRIHMENT RPV l OPERlR 4 SRU LIFT 11103& g g ggu g g ngin 4 DESIGH l14.9 ) DRYWELL g 3 I _swur O IPSIG I SHUT I 1

)~

PRESSR . PRESSR 0.1]PSIG 4 OPER H1i 1.7 p ( 100% BPU 995 ) '

                                                                                                                                                               >O
                                                                                                                      >4 PRESSI o 3 (PSIG 4 OPER HIi 90 D                                                  4 TRIP HI    i     51 )                                                GROUP TEMPI   851 F                             LEVEll -MS R IH 4 OPER HIi 140 D 4 SCRAM LO               10 >

TEi1P 3 #23 5 'F

                                                                      -POUER I    o l%

4 0PER HIl20- O D ~ u/A\_A_A /V LUL 19 FT to IH \_,A__/ 95 )

                                                                         . Roos ru.                                              (OPERHIl 4OPER LO l19- 6 $                                                                                                       TEMPI          V2] 'F i

l SUPPRESSION 1 POOL SUPPRESSION 1 I 4 POOL /200 i RIVER BEND 8 8 8 26-FEB-1992 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

                                                                                                                                 ' '"'"'"""a

e 82 :. RPV CDNTRCL:--NV.?_hR I -81 ]IH >TAF i RPU LEVEL g_3ys g IN g RPU gMP. l CHDS/FWlgd[yt p WTR -RPU 1 PWR PMP l 220-CRD lI AVAIL PR I N A OFF g M SCRAM LO 95 40-- WTR RPU PWR PMP R h ~ hPERl RCIC lI AVAIL PR HA 0FF I

                                                                                                                 . j              _

TAF l-1625

                                       )W yPCS           WTR    -RPU AJA L       Php    l                                    -320 g        gjg.) - 0 l AVAIL        PR              O RPV PRESS I           o IPSIG LPCS P

lAb[yL PR HI Ab L f l SRU-SHUT 1500' - POOL LD ,1326l I UTR RPU )WR PMP_ (pCl l AVAIL PR'HI AJAIL. OFF l 1000- i HEAT CAPI 33935 SHTDH I CLG RPU-PR HI AVAIL PWR PMP l OFF s l-h 500- SRU LIFT L11031 COOLING I HA 100 BPU 1025 , RWCU l gyt gjlyL P

                                                     'l'          l GR0UP~

g g- ......... 0;10 (MIH) 0 -- TURBfNE I CLG UAC H.PWR ULV I RX POWER I 0]% CONTROL I HA NA' AVAIL SHT g 125-TURBINE I CLG UAC H.PWR ULU -l 100-BYPAOS I HA NA AVAIL SHT E- ._ 75- APRM DHSCL $55 MSL DRAINS I I CLG HA U.PW AVAI-R ULU l SHT E l N' " l ' 50- I 25-lE LIQ PWR PMP E .........- SLC AVAIL AVAIL OFF E 0 :

                                                                                                 ,10 (MIH) 0
                                                                                                                                                                          /aoo RIVER BEND- 8s 8      ,

9 26-FEB-1992 , 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

            ,                       vr                                                                +              ~
                                                                                                                               .%       e  .i.--,v_     _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _

i RPU HORMAL E -{Q{ ""] g Y ]"" C01", R01 -- s1 030 19 FT to IN (RESCALE) POOL LEVEL 20 ;~ CLG PWR PMP D - POOL I C00LlHG l HA AVAIL OFF l- OPER OPER HI 120- 01 i 19 DRYUELL I CLG PWR FAH l OPER L0 l19- 6I C00LlHG I AVAIL NA o n' E [a S RU SFUT R I HEAT CAPI 15- 41 - CNTMT I CLG 'WR AJAIL 2Rb Rut. g COOLING I AVAIL 18 10 (MIH) O l- U0AGROUP .j PWR I PRESS ULU Fgt RF DU PRESS I__0.3 ]PSIG CONTROLg SHT AVAIL I '

SBGT l UlU opGN AJ L l ##" *l 3 OPER HIi1,7l l 0-

                                                                                                                          -10 (MIH) O POOL TEMP F u 1'F 855'F                         DW TEMP I (231 'F .        ,

CNTMT TEMP I HEAT CAPl149] RPU SATl5485 RPU SAT.5485 "

90-150- ,330] SCRM TEMPil10] 90- ~ DESIGN > DESIGN 1185 5 70-100- OPER HI I 951 70- DPER HI .140 1 OPER HI u 90 l ~ - f ~

                                                                       -18(MIN)8
                                                                                                                              -18 (MIH) 8                           /2co

! -18 ' (MI'H) 0' RIVER BEND e $ $ 26-FEB-1992 1932 RBS EVALUATED EXERCISE Rs% 1 - MM

ClockT'eme = 1200 Scenariollme = 04/15 1932 EVALUATED EXERCISE Message Number: 18_ IINER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONfTORS READING _ READING _ ID NUMBER LOCATION (TYPE) ID NUMBER _ LOCATION OYPE) Supt. Rm.Trans. Tube F.B.123'(ARM) SC mR/hr 1000 R/hr RE-194 RE-16A,B Ctmt.PAM R.B.186'(DHRRM) Sample Sink Area F.B. 95'(ARM) 50 mR/hr 2660 R/hr RE-195 R E-20A,B DrywellPAM D.W.114*(DHRRM) Equip. Drain Sump F.B. 70'(ARM) 50 mR/hr OSH] mR/hr RE-$ 96 ' R E-21 A,8 Cimt. Purge Isol. R.B.141'(ARM) '20 mR/hr RE-200 North Holst Area T.B.123'(ARM) Annul.Near Trans. Tube 114'(ARM) OSf( mR/hr 20 mR/hr RE-139 Cond. Air Removal Pmp. Area T.B. 95'(ARM) OSH mR/hr RE-201 I!E-i41 Refuel. Floor South R.B.186'(ARM) Rx FeedwaterPump Area T.B.67'(ARM) 20 mR/hr OSH' mR/hr RE-202 RE-146 Containment Airlock F.B.114*(ARM) Turb. Bldg. Sample Rm.T.B.67'(ARM) 20 mR/hr OSH mR/hr RE-203 RE-151 Sample Station Area R.B.162*(ARM) Cond. Domin. Sample Rack T.B. 95' (ARM) 20 mR/hr 0.4 mR/hr RE-204 RE-162 0.G. Bldg. Regen. Area O.G. 67'(ARM) 50 mR/hr 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) RE-164 0.G. Bldg Sample Area O.G.123'(ARM) 50 mR/hr mR/hr RE-211 ControlRod Drive A.B.95'(ARM) RE-165 Cond Demin Regen Area O.G. 67'(ARM) 9.2 50 mR/hr 0.3 mR/hr RE-212 HPCS Area East A.B.70*(ARM) RE-1 G6 Cond Demin Strnr. Ares O.G. 95'(ARM) 50 mR/hr mR/hr RE-213 RHR A Area West A.B.70'(ARM) O.G. Bldg. Valve Area O.G.137'(ARM) 28 50 mR/hr RE-167 RHR D Area East A.B. 70'(ARM) 0.4

mR/hr RE-214 RE-182 Recovery Sample Tank R.W. 65'(ARM) 50 mR/hr 0.2* mR/hr RE-215 RHR C Area A.B. 70*(ARM)

RE-185 Storage Tank Area R.W. 90'(ARM) 50 mR/hr 0.5

mR/hr RE-216 LPCS Area West A.B.70'(ARM)

RE-186 Floor Drain Sump Area R.W. 65'(ARM) 50 mR/hr 0.3

mR/hr RE-217 HPCS Penetration Area East A.B. 70'(ARM)

RE-187 High Cond. Sump Area R.W. 65'(ARM) 50 mR/hr I5d mR/hr RE-218 LPCS Penetration Area West A.B. 70'(ARM) RE-192 Refuel Floor South F.B.113'(ARM) 50 mR/hr RE-219 RCIC Area West A.D. 70'(ARM) Refuel Floor North F.B.113'(ARM) 15d mR/hr RE-193 Revision 1 12/20/91 E7- Indicates Alarming OSH - Indicates Offscale High Levels drop based on sump being pumpedand contamination being washed down drain.

Note:

All other ARMS are "as read'

C ClockTane = 1200 1992 EVALUATED EXERCISE ScenarioTime = 04/15 Message Numtier- 18 RIVER BEND STATION EMERGENCYPREPAREDNESS DHtu. PROCESS MONITORS READ!NG READING ID NUMBER LOCATION (TYPE) ID NUMBER LOCATION (TYPE)_ Cont. Atmosphere (PART) 8.3E-07 tci/c c pCl/sec RE-111P Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 4.6E-05 pCl/cc RE-SA Cont. Atmosphere (GAS) pCi/sec RE-111G Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 tCl/cc RE-5B Drywell Atmosphere (PART) 5.6E-07 pCi/sec RE-112P RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 3.0E-05 }Cl/cc RE-112G Drywell Atmosphere (GAS) pCl/see pCI/cc RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 2.0E-06 RE-103 SGTS Effluent (GAS) 1GE-125 Main Plant Exh. Duct (WRGM) idsN tCl/cc Containment Purge (GAS) 3.0E-06 pCi/cc RE-116 fdSH scl/cc 2.5E-08 pCl/cc 2GE-125 Main Plant Exh. Duct (WRGM) ~ RE-11 A Annulus Exhaust (GAS) 2.sEM2 pCl/cc pC1/cc 3GE-125 Maln Plant Exh. Duct (WRGM) 2.5E-08 pCI/sec RE-115 Annulus Exhaust (GAS) d E406 4GE-125 Main Plant Exh. Duct (WRGM) 2.0E-t2 SCl/cc RE-110p Aux. Bldg. Vent (PART) 3.0E-08 pCl/cc mR/hr RE-110G Aux. Bldg. Vent (GAS) 0 2.0E-Oi. pCi/cc Off Gas Pre-treatment Monitor RE-118P TurbineBldg. Vent (PART) o cpm pCi/cc Off Gas Post-treatment Monitor RE-118G TurbineBidg. Vent (GAS) 6.0E42' 800'O mR/hr tCI/cc Main Steam Line Radiation Monitor 2.0E-09 8066 mR/hr RE-124P C.D/O.G.Didg. Vent (PART)

                                                                                               }CI/cc           Main Steam Une Radiation Monitor 2.0E-07                                                                       8d6D          mR/hr HE-124G C.D./O.G. Bldg. Vent (GAS) pCl/cc            Main Steam Une Radiation Monitor 9.6E-02.                                                                     8000          rnR/hr RE-126P Main Plant Exh. Duct (PART)                                                                            Main Steam Une Radiation Monitor 2.sf%f         pCi/cc RE-126G Main Plant Exh. Duct (GAS)

Revision 1

   "; ' )- Indicates Alarming                                                                                                                                  12/20/91 OSH - Indicates Offscale High All other Process Monitors are *as read"

e Clock Time = 1215. 1992 EVALUATED EXERCISE Scenerlo Time = 04/30 Message Number = 19 RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE i i

THIS IS A Drill ***

Message To: Control Room Plant Status Update 1 l Gav.1 - 12/20/91

1992 EVALUATED EXERCESE ClockTime = 1215 Musage Number = 19 Scenarto'tisuse = 04/30 RIVER BEND STATION ERAERGENCY PREPAREDNESS EXERCISE -

CONTROL 1ERINFOR84AT10N

THIS IS A DREL
Contr911erInf9rmation: ExpectedActions:

The radioactive release to the environmentcontinues. Monitorthe release. Continue efforts to restore electrical power and obtain a source of make-up water. Compare results of computerdose projections and field team results. l' Rev.1 - 12/20/91

1992 EVAUIATED EXERCISE Message Number - 19 Clock Time - 1215 Scenario Time - 04/30 RIVER BEND STATION Rev. 1 - 12/20/91 EMERGENCY. PREPAREDNESS EXERCISE CONTROL ROOM DATA PANFL 601/877 f9fEL 601 PANFL 680 Status Press Flow SRV _ RED CPJi AC.MN RIIR A _ OOS 0 F041A OFF ON __ OFF RHR B OOS 0 F041B OFF ON OFF RIIR C OOS 0 F041C OFF ON OFF CNS PIB SS WSPIB _fS_ F041D OFF ON OFF LPCS OOS O CNS PIC SS WSPIC SS F041F OFF ON _OFF F041C OFF _ON .0FF. RCIC _ OOS 0 0 Total Feedwater Flow 0 M1bs./hr m41L Opp ON OFF llPCS OOS 0 0 F047A OFF ON OFF F0478 _ OFF ON OFF CRD A OOS O O PANEL 808 F047C OFF ON .OFF l CRD B OOS 0 0 F047D OFF ON OFF F047F Press Temn level _OFF ON OFF Enuib Press Irvel F051B ^-" DRYWELL 0.3 12)

                                                               .              _ON       OFF

) SII A LT ON O 2000 poSIC ,t 1 N O.1 85' ON OFF l SLC B LT ON 0 F051D OFF . ON OFF SPR PL g 19'10" F051C __QEE_ ON OFF Press level Rane.e PANEL 870/601 RFU 0 E FZ MSIV RED - CRN F022A OFF , ON SSV P2A OP SSV P2C OP DIV I DIESEL OP F022B OFF ON SSV P2B _QQ1 SSU P2D _OQ1 DIV II DIESEL OOS F022C _. OFF _ ON ' DIV III DIESEL _OP EV22D OFF - ON ZANEL 863 ! F028A .OFF ON l op=CPERATING SR=5TAND5s MADY F028B SCTS A

                                                               . OFF           ON                                                               OP      SCTS B    .00S cas-cut or sexvict        ss-sEcuars status   IV28C       OFF AU=CUCII.ABLE             ISOL=IS0!4TED ON                                                    D/W COOLERS OPERATINC       1 F028D       OFF           ON                                                    CTMT COOLERS OPERATING        A

e f 0 0 1 i Rev soRna'sCRITICAL PLANT- VARIRBLES .sc81nt soanat i l . CONTAIMMENT. # apq g DeOPERg ' (__DESIGH 114.9 D DRWELL o EPSIG 0 MSIU PRESSR 3.1]PSIG 0 P7ES E l 3RU SHUT , l l.Snor l 4 OPER HI 1. 7 D (100*/;BPU 995 ) )_ ,, -n PRESSE o.3 EPSIG - r , , " 4 OPER HIl 90 D 1 l 4 TRIP H: $1D GROUP , TEMP L.; 8B T LEVEL E-25/ I IN l IS0'- 4 OPER HI 140 D 4 SCRAM LO- 10 D TEMP E 123 I T

h POWERE. o I% I (OPER HIl20- O D j LUL 19 FT 10 IN W ; .

u.,/NU 4OPER LO119- h R[p5_ rn. 4 OPER HI i 95 ) TEMPI 721 T SUPPRESSIGH SUPPRESSION POOL , POOL i RIVER BEND 8 8 8 26-ves-1992 / 2 /5 i 1992!!8S EVALUATED EXERCleE ! Revisen 1 12/20/91 m -- .. . . . . . . . _ _ , . . . _ - _

                                                                                                                                                                      \
                                                                                                                                                                ~

02 :. RPV C0bTROL--1R/ 3 WR I-vilIN>TAF ICHTMT NORMAL] RFU LEVEL CNDS/FWlgh[ft RPU p .{ gg I-2.stIIH WTR RPU i PWR PMP l 220-CRD lI AVAIL PR I HA < OFF" E 40- g

                                                                                                                                     -  -4 SCRAM LOl          9)

I WTR RPU PWR PHP I PER RCIC IAVAIL PR NA 0FF I WTR RPU PWR PMP. g ^M TAF J-i @ HPCS l AVAIL PR AVAIL OFF -320g.g.gg)j ' ~

P,PU PRESS I o IPSIG LPCS lgh[fL PhPb b ~ g SHUT M00 - POOL LD 11326l UTR RFU PWR PMP. I LPCI IAVAILPR HI AVAIL < OFF l HEAT C','P l33931 1800- ' SHTDN C00L1HG I I CLG HA RPU i PWR PR HI AVAIL PMP OFF ls l-hhf 500- SRU LIFTl1103l 1025 RWCU ghf( pjyg Q-l lgoP.! O ......... _10 (MIH) 0 ^ 100 BPU TURBINE CLG UAC H.PWR RX POWER I Ol% CONTROL NA NA AVAIL .ULV. sHT :l 125 i TURBfME I CLG UAC H.PWR ULU I 100 e BYPASS I HA NA AVAI!. SHT g 75-DRAINS MSL g CLG HA U.PWR AVAIL ULU SHT l8"" l' 50-APRM DNSCL 151 25-LIQ PWR PMP SLC l

AVAIL AVAIL OFF - 0 .....

                                                                                               ,10 (MIN) 0 RIVER BEND 8 8 8 26-FEB-1992                                      /2/5 1992 RBS EVAlilATED EXEROSE Revision 1      12/20/91

0 3 0 'l RPU NORMAL 1 COMQIW ET CD iROL--E POOL LEVEL 19 FT /0 IH (RESCALE) i 20 j C00LI4G HR AUA$L h l- DbPER -

                                                                                                                                                                        - 81 i        DRYWELL I              CLG                PWR         FAH l                                                      19-l        COOLING E          AVAIL                  NA          O FF m                                s ay                                                  OPER LO !!9- 61 SFUT l         CNTNT       l         CLG                fWR AJAIL FRH l                                                                                       HEAT CAPl15- 4l       -

! COOLING I AURIL SUN u - 1810 . (MW 0 ! PRESS I ULU PWR l-g0,UP_.l( t CONTROL I 'SHT AURIL FA[ RI RU DU PRESS I 0.3 ]PSIG l SBGT l o%v AUbfL R l l R0" l -

M OPER HI 11.Tl

1-0-

E

10. . (MIH) 0 t i CNTt1T TEMP L8M 'F DW TEMP R 1231 'F POOL TEMP I 921 'F

RPU SAT 5485 HEAT CAPl149] RPU SATi 348 5 I 90- __~ 150-_ ._.

                                                                                                                          . 90-DESIGN 1330I                                      SCRM TEMPI 1101
                  ~

i DESIGHl1855 i 70- 100- s 70-OPER HIl 90 E OPER HIl!403 ~ OPER HIi 955 !

           ~
         -10 ( M I'H ) ' O                                                -10'TMYH')O                                           -10 (MIH) 0 RIVER BEND 8 g e 26-res-1992                       fais    l l

i 1992 RBS EVALUATED EXERCISE I Revisscri 1 12/20/91 i 3

.i                                                                                                                                                                             [
                            .              -               .              - - - . - .       _     .                                                                            t

1992 EVALUATED EXERCISE ClockTime = 121$ Message Number: 19 ScenadoTime = 04/30 RIVER BEND STATION EMERGENCYPREPAREDNESS Drill. DRMS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING RE-16A,B Ctmt.PAM RE.186*(DHRRM) 1'Oi[0 R/hr RE-194 Supt. Rm. Trans. Tube F.B.123'(ARM) 50 mR!hr R E-20A.B DrywellPAM D.W.114*(DHRRM) 2006 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) 30 mR/hr RE-21 A,8 Ctmt. Purge Isol. RE.141*(ARM) RE-196 Equip. Drain Sump F.B. 70*' ARM) OSH} mR/hr 50 mR/hr RE-139 Annul. Near Trans.Tebe 114'(ARM) OSH mR/hr RE-200 North Holst Area T.B.123'(ARM) 20 mP./hr RE-141 Refuel. Floor South R.B.186*(ARM) OSH mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 20 mR/hr R E-146 Containment Alrlock F.B.114*(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 20 mR/hr - RE-151 Sample Station Area R.B._162*(ARM) CSH mR/hr RE-203 Turb. Bldg. Sample Rm.T.B. 6T(ARM) 20 mR/hr RE-162 0.G. Didg. Regen. Area O.G. GT(ARM) 0.4 mR/hr RE-204 Cond. Domin. Sampie Rack T.B. 95'(ARM) 20 mR/hr RE-164 0.G. Bldg Sample Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) 50 mR/hr RE-165 Cond Demin Regen Area O.G. 6T(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95*(ARM) 50 mR/hr RE-166 Cond Demin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Ares East A.B. 70*(ARM) 50 mR/hr RE-167 0.G. Bldg. Valve Area O.G.13T(ARM) 28 mil /hr RE-213 RHR A Area West AE.70*(ARM) 50 mR/hr RE-182 Recovery Sample Tank R.W. 65*(ARM) 0.4

mR/hr RE-214 RHR B Area East AS.70*(ARM) 50 mR/hr R E-185 btorage Tank Area R.W. 90*(ARM) 0.2* mR/hr RE-215 RHR C Area AB.70'(ARM) 50 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B. 70'(ARM) 50 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East AB. 70'(ARM) 50 mR/hr 7 RE-102 Refuel Floor South F.B.113*(ARM) "Sn mR/hr RE-218 LPCS Penetration Area West A.B.70*(ARM) 50 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) ;50 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 50 mR/hr M- Indic stes Alarming Revision 1 OSH - Indicatas Offacale High 12/20/91 AI! other ARMS are *as read'
Note: Levels dmp bened on sump being pumpedand contamination being washed down drain.

Clock Time = 1215 1992 EVALUATED EXERCtSE ScenarioTime = 04/30 Message Number: 19 RIVER BEND STATION EMERGENCYPREPAREDMESS DRTLL PROCESS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING RE-111P Cont. Atmosphere (PART) 8.2E-07 Wi/cc RE-5A Fuei Bldg. Vent Exh. (WRGM) 1.3E+00 41/sec Cont. Atmosphere (GAS) 4.5E-05 pCi/cc Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-111G RE-58 RE-112P Drywel1 Atmosphere (PART) 5.5E-07 41'cc HE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 41/sec Drywell Atmosphere (GAS) 3.0E-05 pCi/cc Radwaste Bfdg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G RE-6B 2.0E-06 pC1/cc WI/cc RE-103 SGTS Effluent (GAS) 1GE-125 Main Plant Exh. Duct (WRGM) ~[OSH pCI/cc RE-t 16 ContainmentPurge (GAS) 3.0E-06 Wi/cc 2GE-125 Main Plant Exh. Duct (WRGM)^ JOSH pCl/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 Wi/cc 3GE-125 Main Plant Exh. Duct (WRGM) 2.2E-02 RE-11B Annulus Exhaust (GAS) 2.5E-08 Wi/cc 4 GE-125 Main Plant Exh. Duct (WRGM) 1.0E+C6 41/sec RE-11OP Aux. Bfdg. Vent (PART) 2.0E-12 pCl/cc RE-110G Aux. B!dg. Vent (GAS) 3.0E-08 41/cc 0 mR/hr RE-118P Turbine Bidg. Vent (PART) i.4E-01 pCI/cc Off Gas Pre-treatment Monitor o epm RE-118G TurbineB!dg. Vent (GAS) 4.'4E-02 pC1/cc Off Gas Post-treatment Monitor Main Steam Une Radiation Monitor 8000 mR/hr RE-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 pCI/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-124G C.DJO.G.B!dg. Vent (GAS) 2.0E-07 pC1/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126P Main Plant Exh. Duct (PART) 7AE-D2 41/cc Main Steam Une Radiation Monitor 8000 mR/hr f.2E-02 pC!/cc RE-126G Main Plant Exh. Du-t (GAS)

           - Indicates Alarming                                                                                         Revision 1 OSH - Indicates Offscale High                                                                                        12;70/91 All other Process Monitors are *as read"

k

~,

i I 1992 EVALUATED EXERCISE MThune = W30 Meenage Number = _2!L. ScenerEoTheso = .t>4!45 fWWER BEND STATION EMERGENCY PREPAREDNESS EXERCESE MESSAGE 1 t

THIS IS A DRILL " I 17 - - ;- To: Control Room '

Plant Status Update I 6 A t k 4 1 l i 1 Rev.1 - 12/20f91

                                                          ,..rr*       v      e-  ---s a -   i..e%. , -  +_   ,.m_.   ,     _i-en-   . - . . _____ _ __ _ _ _ _ _ ._______._m._  _ _ . _ . . _ _ _ . _ . . _ _ . _ . - _ . . _

1992 EVALUATED EXERCISE CsockTkne = 1230 Message Number = 20 Scenario Twne = 04/45 RfVER BENO STATION EMERGENCY PREPAREDNESS EXERCISE CONTROLLER INFORMATION

                                                                        *** THIS IS A DRILL ***

CL "=Informa6on: ErpectedActions-The radioactive release to the environmentcontinues. Monitorthe release. Continue efforts to restore efectrical power and obtain a source of make-up water. Compare results of computerdose projectionsand field team resu!!s. Rev.1 - 12]E0/91

1992 EVALUATED EXERCISE Clock Time - 1230 Message Ntaber - 20 Scenario Time - 04/45 RIVER BEND STATION Rev. 1 - 1?/20/91 DiERCENGT PREPAREDNESS EXERCISE CONIROL ROOM DATA PANEL 601/877 PANFL 601 PANEL 680 Status Press Flow SRV RED CFN AC.MN POWER Os A PF11 IIVEL -160 VR RHR A 005 0 F041A 0FF. ON OFF R.Ict B OOS O F041B 0FF_ ON OFF RIIR C 00S 0 CNS PIA 1 BIS PIA 1 F041C OFF ON OFF BIS PIB CNS PIB _1S_ _S.L. m41D OFF ON OFF CNS PIC BTS PLC SS _S.E._ LPCS 00S O F041F OFF .ON OFF F041C OFF ON OFF Total Feedwater Flow 0 Mlbs./hr RCIC OOS O O F041L nFF ON OFF , llPCS OOS O O M47A 0FF ON OFF , W475 0FF ON OFT PAFEL 808 CRD A OOS 0 0 F047C OFF .. ON . OFF CRD B 005 0 0 F047D Off ON OFF ' Press Tm W el i F047F _.QFE._ ON OFF DRTVELL 0,} 12f Soulb Press Level F051B QFF ON OFF- oj e 85' SLC A LT ON O 2000 M51C 077 ON OFF SLE B LT ON O OFF SPR PL I 19'10 i F051D OFF ON PANEL 870/601 Press inel Ranr.e RPV O -239 Fg MSIV RED CRN F022A 0FF ON SSV P2A _QE_ SSW P2C _Qf_ SSV P2B _921 SSW P2D . 005 r DIV I DIESEL OP m22B 0FF ON ' DIV II DIESEL OOS FU22C OFF ON F022D .OFF. ON PANEL 663 DIV III DIESEL O P.. . F028A 0FF ON SCTS A CP SCTS B _ggi - OP*CFf2 Ara n sa-sTArcar n Apr F0288 0FF ON ' es-cut er stavrcr ss-szcuarn STATUS F028C OFF' ON D/W COOLERS OPERATING 1 cv-ovartaats tscL-tsotarts F028D OFF ON CINF COOLERS OPERATING L l I r

                                                                               .         a 0 0:.          I RPU        HORMAL ECRI"ICAL PLANT                                       VARIf BLES                !c"rnt s0Rnat i CONTAIHMENT                                                                                                         E       DG    l            .

RPU l OPERI t 4 DESIGN l14.9 D 4 SRU LIFTil193 D DRYWELL 0 PRESSE o EPSIG U E SRV l I MSIU ii , PRESSI 0.1RPSIG g_ E SHUT I E .5Hur l 4_OPER HI I7D ( 100% BPU ~ 995 ) j . PRESS I o.1 GPSIG >< ;O 4 OPER HI 90 & 4 TRIP HL $1D TEMPI 855'F l t LEVEL I-254 E IN IGROUPISol I ; 4 OPER HL I40 D 4 SCRAM LO 10 D j TEMP R /23 I 'F l POWERE. o I% i (OPER HIl20- O D LUL 19 FT@IN L.A / . udvh' (OPER LOl 19- 6DI ,Rops. In, 4 OPER HIi 95 ) TEM? E 121 *F l SUPPRESSIGH , SUPPRESSION POOL POOL l i I, ; RIVER BEND 8 8 8 26-FEB-1992 1230 i 1992 RBS EVALUATED EXERCISE i I Revision 1 12/20/91 ' t

                                                                                            .s, 02 :.                                            RPU C JHTROL:--NR/PldR                                                                       lCHTMT NORMAL l RPU LEVEL l -77]IH >TAF CNDS/FWlpdg               RPU fg.        gg                                                                              -

259 E IN "I I I CRD lAdAyL RPU p {WR gg , RCIC l WTR RPU PWR PMP l PERl 40-- L CSCRAM LO ! 91 RAVAIL PR HA 0FF E ' ~

    'HPCS -

WTR RPU PWR PMP. TAF i-162] AVAIL PR AVAIL OFF .

                                                                                                      -320j.g..g..f   g LPCS-    lghk phy phk                     [h l                       g                             ~NPU PRESS I                 o IPSIG LPCI          WTR      RPU       PWR       PMP l SHUT                l         1500
                                                                                                                                -.                POOL LD i1326I l AVAILPR HI AVAIL-E                                 oFF 3 1000-i   SHTDH      E CLG         RPU       PWR       PMP l                   gggy
                                                                        .S HUT ~ E g                                          \         HEAT CAPl33931 COOLING I HA            PR HI AURIL           OFF s                                                  500-                                      SRU LIFT 11031

! RWCU l qhh gjk [$-l oL uP g 0 ........c ! TURBINE CLG UAC H.PWR ULU - , CONTROL HA NA 9 AVAIL sHT RX POWER I Ol*2' TURBINE I CLG UAC H.PWR ULU -l . BYPASS I HA NA AVAIL SHT g _ 100-MSL I ULU R 5 75-DRAINS I CLG HA U.PWR AVAIL SHT E l8 "l . 50- / 4 APRM DHSCL 651 I LIQ PWR PMP g 25- / SLC l AVAIL AVAIL OFF E - 0 .........i r

                                                                                                           ,10 (NIH) B RIVER BEND 8 ,8, 8 26-FEB-1992                             /230 1992 RSS EVALUATED EXERCISE Revision 1      12/20/91
                                                                  -vmw     e    =-       e---__         _      .- __    _____m_

030 1 RPU NORMAL

                                ' CONTlI ' 1 ~~ iT        _              COM-~ R01-                   .

R l POOL LEVEL 19 FT @ IN (RESCALE) l

                                                                                             'O AUbfL     Oh l                                                                            4 POOL LD 121- 31 C00LI4G             HR l-         DhPER                   -

DRYUELL I CLG PWR FAN l 19 OM HI l20- 01 COOLING l AUAIL NA off a OPER LO I19- 6I s RU C L G AU AJ L h #I gg ' PRESS

                                                                                                -10 (MIN) , 0 ULU        PWR         H                           Of",P_l CONTROL l             SHT       AURIL     FgHl R

DU PRESS I 0.31PSIG SBGT l [pp L g{gyL l l Rcos ra M OPER HI 11.71

                                                                                                        ~ " ~ ~

0- D l

                                                                                                   -18 ' '(hl'H)' ' O CNTMT TEMP l        851'F                         DW TEMP 1 l'231 'F-                             P0OL TEMP I            n<    *F 90-iRPUSAT! 5481 150-i    RPU SAT 5481 90-l-       HEAT CAPl1491 DESIGN 1185 5                                    DESIGN 13305                                      SCRM TEMPil10]

70- 100- 70- , OPER HI. 90 1 OPER HI 140 E OPER HIl 951

   ~
                                                                                                    ~
  -1 $ ' '(hl'N) 0                             -18 ' '(MIM)' 's                                    -10     '( M I'H ) 0                             '

RIVER BEND 8 8 8 26-FEB-1992

                                                                                                                                          /22o 1992 RBS EVALUATED EXERCISE Revision 1    12/20/91

1992 EVALUATED EXERCISE Message Number: 20 Clocl&ame = 123o ScenarioTime = 04/45 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONITORS lb NUMBER LOCATION fTYPEL READING ID NUT BER LOCATION (TYPE) . READING RE-16A,B Ctmt.PAM R.B.186'(DHRRM) 1000 R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) ;50 mR!hr R E-20A.B DrywellPAM D.W.114*(DHRRM) 20_00 R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 50 mR/hr R E-21 A,8 Ctmt. Purge isol. R.B.141'(ARM) RE-196 OSH]mR/hr Equip. Drain Sump F.B. 70'(ARM) 50 mR/hr R E-139 Annul. Near Trans. Tube 114'(ARM) RE-200 OSl{ mR/hr North Holst Area T.B.123*(ARM) ~20 mR/hr F.E-141 R1 fuel.Fioor South R.B.186*(ARM) OSH mR/hr RE-201 Cond. Air Removal Pmp. Area T.B. 95'(ARM) 20 mR/hr R E-146 . Containment Airlock F.B.114*(ARM) OSM mR/hr RE-202 Rx FeedwaterPump Area T.B. 67'(ARM) 20 mR/hr RE-151 Sample Station Area R.B.162*(ARM) OSH mR/hr RE-203 Turb. Bldg. Samplo Rm.T.B. 67'(ARM)

                                                                                                                                                                                  '20   mR/hr RE-162                  0.G. Bldg. Regen. Are,. O.G. 67'(ARM)                  0.4   mR/hr     RE-204   Cond. Demin. Sample Rack T.B. 95'(ARM)                                   20 mR/hr RE-164                 0.G. Bldg Sample Area O.G.123*(ARM)                     2.0   mR/hr     RE-210   PASS Panel A.B.114'(ARM)                                                '50   mR/hr R E-165                Cond Domin Regen Area O.G. 67'(ARM) 9.2                       mR/hr     RE-211   Control Rod Drive A.B. 95'(ARM)                                          50 mR/hr RE-166                 Cond Domin Strnr. Area O.G. 95*(ARM)                    0.3   mR/hr     RE-212   HPCS Area East A.B.70*(ARM)                                              50 mR/hr RE-167                 0.G. Bldg. Valve Area O.G.137'(ARM)                     28    mR/hr    RE-213    RHR A Area West A.B. 70*(ARM)                                           50 mR/hr RE-182                 Recovery Sample Tank R.W. 65'(ARM)                      0.4

mR/hr RE-214 RHR B Area East A.B.70'(ARM) 50 mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 0.2* mR/hr RE-215 RHR C Area A.B.70*(ARM) 50 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B. 70'(ARM) 50 mR/hr R E-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Pi,netration Area East A.B. TO*(ARM) 50 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) :50 mR/hr RE-218 LPCS Penetration Area West A.B. 70*(ARM) 50 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) mR/hr RE-219 Sd. RCIC Area West A.B.70*(ARM) 50 mR/hr

   ]- Indicates Alarming                                                                                                                                               Revision 1 OSH - Indicates Offscale High                                                                                                                                        12/20/91 All other ARMS are "as read *

Note: Levels drop bened on sump being pumpedand contamination being vrashed down drain.

1992 EVALUATED EXERCISE ClockTime = 1230 Message Number: _20 ScenarioTime = 04/45 RIVER DEND STATION EMERGEWPREPAREDNESS DR!t.1. PROL SS MONITORS ID NUMBER l_OCAT10N (TYPE) READING IDNUMBER LOCATION (TYPE) READING RE-5A Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCl/sec RE-11 iP Cont. Atmosphere (PART) 8.1 E-07 pCl/cc RE-58 Fuel 8Idg. Vent Exh. (WRGM) 1.3E+00 41/see RE-1 ? 1G Cont. Atmosphere (GAS) 4.5E-05 tCI/cc R E-GA Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 pC1/see RE-112P Drywe!! Atmosphere (PART) 5.5 E-07 Wi/cc RE-6B Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G Drywell Atmosphere (GAS) 3.0E-05 pCl/cc 1GE-925 Main Plant Exh. Duct (WRGM) "OSil $l/cc RE-103 SG1S Effluent (GAS) 2.0E-06 $l/cc 2GE-125 Main Plant Exh. Duct (WRGM) ' T'"OSH pCi/cc RE-11 G Containment Purge (GAS) 3.0E-06 Wi/cc 3GE-925 Main Plant Exh. Duct (WR GM) 1.7E42 Wi/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 41/cc 4GE-125 Main Plant Exh. Duct (WRGM) 7.5E+05 $1/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 4!/cc RE-110P Aux. Bldg. Vent (PART) 2.0E-12 pct /cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 pCI/cc R E-198P Turbine Oldg. Vent (PART) 1.'0 E-Gi pCl/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-118G TurbineOldg. Vent (GAS) 3.4E-02 pCl/cc Off Gas Post-tmatment Monitor o cpm RE-124P C.DJO.G. Bldg. Vent (PART) 2.0E-09 pCI/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-124G C.DJO.G.Bidg. Vent (GAS) 2.0E-07 Ifi/cc Main Steam Une Radiation Mon! tor 8000 mR/hr ! RE-926P Main Plant Fth. Duct (PART) 5:6iE-02 WI/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126G Main Plant Exh. Duct (GAS) f.7E%2 pCl/cc Main Stosm Une Radiation Monitor 8000 mR/hr I' j - Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are *ss read" 12/20/91

e 1992 EVALUATED EXERCISE ClockTime = 1245

            "- - - ;+ Number = 1                                                                                                       ScenerloTimeo  =    .05/00 RNER BEpm STATION EMERGENCY PREPAREDNESS EXERCESE MESSAGE

THIS IS A DREL
Ze . -- To: Control Roone Plant Status Update Rev.1 - 12/20/91

. 1992 EVALIAATED EXERCISE C3eckThune = 1245 c.

Resonage Number = 21 Scenerle11sume = _0_$!_09 i RIVER BEBM STATION

'i- . EasERGENCY PREPAREDIESS EXERCISE l i CONTRns a FR proRaAATION i i I

T!4tS IS A DRit.L =

f C.e _ _ _ infornostiorg EscoctedActions-t i-

The radioactive release to the environmentcontinues. MonMor the release.

4 .. Continue efforts to restore electried power and obtain a source of make-up water. Compare results of computerdess projectionssc:! Said team results. l i 1-b Rev.1 - 12/20/91

5 0 r t 0 h 2 / 1 5 0 R L'

/.s

l 0

--

0 6

S S S S S S b 1 e v 1 S O S O S ee 1 M e 9 & O O S A mm i i T 1 TT AB C 0 1 C D k io I I I c r 0 L E F P P 8 o 0 6 M2P B oa 8 6 V S S S 0 o '3 $ 0 2

W 3 G G T N N l n Ce L I I WWW w o 8 : e T1 2 g 9 0 7 WV S S S CI I c E l L 8 S T T S E A A N F P A M R P A r e N A P s L E N A m P R R E E P P OO _ t s 3 7 P S S S a e . , P O P S S S S M, S w r 0 p O O O R R O d P E E e L L e O C A B C F t B OO I I I - L 2 R F P P l i P P AC C E

                              '                           a                    W                                              S       T S   S  S b

O P N C N C N C t T o RgS Y D R P WS S S V T C/I V M S D C _ E S N I C F F F F M. F F F F F F F F F F F F F F F R F F F F F F F F F F F F E C O O O O O O O O O O O O O 0O O X A N EA . O T I T SA SD AE 1 T S NM DO 0 N R N N N N N N N N N N N N N N N N N R N N- M 6 N N N N D RR EO L C O O O O O O O O O O O gO O O O C O QM. O O O O N APL E E B N EO A R RR P _ _ E PT N D F f. F F F F F T. F F F F F F F F D F F F F F F V I YO CC E R F O QO f F F r F F O O O O F F F F O O O F F F F O O O O E R F O F F F F F F F R N O O O O O O O _O E C R E AB C D p C L A B C D F B C DC t D 1 1 1 1 1 1 1 7 7 7 7 7 1 1 I 1 AB C D AB C D V 4 4 4 4 4 4 4 4 4 4 4 4 5 5 S 5 V 2 2 2 2 8 8 8 8 R 0 I 2 2 2) 2 2 2 2 2 S F N0F OF o0 p F0 F0F MD0 F F F0 F0F OF FO O S 0 M F HWMMW0F F 0 l 0 e w e 0 r o 0 0 0 O O 0 O O v 0 Z s l e 2 ir a F t u F ms" L R a t 7 t n a r E 7 s a s S 8

                    /     s e

s l e 7 6 S mv t t e I1 1 O 0 O O e O O v 2 P O P ss C2 r r e - - R E 0 6 P P L O, O O as ss K 1 L E - 9 E

            /       N     s                                                                                      LLL Dr       0       A     u     S    S     S        S      S  S       S  S       b       N     N     s           E   E E E e      2       P    t      O O O               O      O  O       O O        i       O     O     s           S   S S          t Tb       /             a O O O                   O      O  O       O O           u                e O         E   E E          e A m      2            t                                                          q T        T     r           I    I   I t

v Uu 1 S S L L P D D D m LN r r A - V e E g 1 I mr ro I I a A B C AB A B I I I t 2 s S C S eu 9 s v R R R C I C D D V o-9 e e t P C C V V V s R 1 1 1 I I C P R R L L P I I I p o 1 M R R R L R I I C C S S R D D D oo 4 <

0 0 :. I Reu soRaa CRITICAL- PLANT VARI ABLES .ncarnt NORnat i 00(TAIHMEHT RPU PER I 4 DESIGH 114 9 I DRYWELL ( SRU LIFTil193D 0 o EPSIG ngIn PRESSR 0.11PSIG PRESSE .

                                                                           =
                                                                             =,
                                                                                ! SYU                  S "I 1

( OPER HIi 1.7 y ( 100% BPU ~995) g i PRESS F o.3 G PSIG

4 OPER HIl 90 D 4 TRIP HL $1D TEMP 5 85I T LEVEL g -167 E IH g sa,og g 4 OPER HI 140 & 4 SCRAM. LO 10 D TEMPR #23 I T ~ POWERI. o E% 4OPER HI 20- 0D LUL 19 FT to IN W , u/hw 4 (OPER LO; 19- 6 D 4 OPER HIl 95 ) g.RoosIn, TEMPI vil T I SUPPRESSIGH SUPPRESSION POOL _,_ POOL RIVER BEND 8 8 4 26-FEB-1992 1245 t 1992 RBS EVALUATED EXEROSE 12/20/91

                                                   ,                                          Revision 1

02 :. l CHMT NORMAL l RPV CC HTROL:--NP/P_MR l-/05 ] IH > tar RPU LEUEL CHDS/FWlpd[YL RPU p g gl I-267 I IN

                                                                                                                                                                                ,M           "

CRD E WTR RPU l PWR PMP ] 220-IAVAIL PR I N A i OFF 3 __ I WTR- RPU PWR PMP l PERl 40-' - CSCRAM LOl 91 RCIC EAVAIL PR NA 0FF E l-162l TAF I WTR RPU )WR PMP d 3 HPCS EAVAIL PR A JAIL OFF I -320 g g g f LPCS lAb[yL PRP HI:A L Nbl gg- NFU PRESS I o IPSIG SHUT WO Jh I UTR RFU ' PWR PMP.I Q POOL LD i13261 LPCI EAURIL PR HI AVAIL- oFF E ' 10007 HEAT CAP "3393l l EJSL I SHTDH COOLING I I CLG HA RPU PR HI AURIL PWR PMP l OFF ' l SuuT I 500- SRU LIFTl1103] RWCU l gh[L Ab L -l l GPgUP. j 0 ........- 100% BPU 1025

                                                                                                          ,10 (MIH) 0 TURBINE I CLG             UAC        H.PWR     ULU-I                                                                                                                         ~-

CONTROL I HA NA 1 AUAIL suT E RX POWER I 01% 125 i TURBINE l CLG UAC H.PWR ULU I

BYPASS I HA NA AVAIL SHT g 100-

                                    '                                                 ~

D RIHS HA A0 SHT l LIQ PWR PMP l 25-SLC AVAIL I AVAIL OFF E . . . . . . . . - 0 10 (rlIH) 0 RIVER BEND e 8 8 26-FEB-1992 /245 1992 RBS EVALUATED EXERC2SE Rewmon 1 12/20/91

                                                                                                                 ~
                                        . .................-....    ... = -- -- - --     -    -
                                           ' Ms T A" E
                                                                 ~

030 I RPU NORMAL sT C0F TR0i--- iR POOL LEVEL 19 FT to IN (RESCALE) 20 PMP R f21- 31 POOL I CLS PWR l COOLING I HA AVAIL OFF I DhPER OPER HI i20- 0] DRYWELL I CLG AURIL PWR NA FAN I crr l SRu 19~ N W i B- 6 i COOLING l - SHUT HEAT CAP 115- 41 yg j

                                             'WR   FRb   g CNTMT -                    CLG COOLING lIAVAIL                          AJAIL  rub   I
                                                                                                  -10 (MIN) O ULU           PWR   FAF                l-_SROUP IS84         '              g ppg g                  g PRESS l

CONTROLg SHT AURIL RUF 4 lI ULV f FWR FAN l 3 SBGT OPEN AURIL Rv# I l E### *l 2- OPER HI i1.7 l g_

                                                                                                      -10 (NIH) H                                       j POOL TEMP I        V 2. <  *F CNTMT TEMP I                 851'F                         DU TEMP R 1231 'F RPU SAT 5481 HEAT CAPI 149l I                                     RPU SAT- 5481                                                                  l 150-                                          90-90-                                                                                                                           SCRM TEM?l1101

__ DESIGN 13301 DESIGN 11851 70-70- 100-

                                                                                                           ~
                                                     ' 50     ..
                                                                 ..Y0                                  -10 '(MIH) 0 50 g g ig xH RIVER BEND e 8 8           26-FEB-1992           /24rf f

1992 RBS EVALUATED EXEROSE Revision 1 12/20/91

1992 EVALUATED EXERCISE ClockTime = 1245

                              .iessage Number: 21 ScenarioTime = _05/00 RIVER BEND STATION EMERGENCYPREPAREDN!.SS DRILL DRMS MONITORS ID NUMBER                         LOCATION (TYPE)                       READING        ID NUMBER LOCATION (TYPE)                              READING R E-16A,B                  Ctmt.PAM R.B.186'(DHRRM)                    1000 R/hr      RE-194   Supt. Rm.Trans. Tube F.B.123*(ARM)           50 mR/hr RE-20A,B                    DrywellPAM D.W.114*(DHRRM)                  2000 R/hr      RE-195   Sample Sink Area F.B.95'(ARM)                50 ' mRIhr R E-21 A.B                  Ctmt. Purge Isol R.B.141*(ARM)              OSH ; mR/hr    R E-106  Equip. Drain Sump F.B. 70*(ARM)              50 mR/hr RE-139                      Annul. Near Trans. Tube 114*(ARM)           OSH mR/hr      RE-200   North Hoist Area T.B.123*(ARM)               20 mR/hr RE-141                     Refuel. Floor South R.B.186*(ARM)           OSH mR/hr      RE-201   Cond. Air Removal Pmp. Area T.B. 95'(ARM)    20 mR/hr HE-146                     Containment Airlock F.B.114'(ARM)           OSH mR/hr      RE-202   Rx FeedwaterPump Area T.B.6T(ARM)            20 mR/hr RE-151                      Sample Station Area R.B.162*(ARM)           OSH mR/hr      RE-203   Turb. Bldg Sample Rm.T.B.ST(ARM)             20 mR/hr RE-162                     0.G. Bldg. Regen. Area O.G. 67'(ARM)        0.4   mR/hr    R E-204  Cond. Demin. Sample Rack T.B. 95'(ARM)       20 mR!hr RE-164                     O.G.Bidg Sample Area O.G.123'(ARM)          2.0   mR/hr    RE-210   PASS Panel A.B.114'(ARM)                     50 mR/hr RE-165                      Cond Demin Regen Area O.G. 67'(ARM) 9.2           mR/hr    RE-211   Control Rod Drive A.B. 95'(ARM)              50 mR/hr l                        RE-166                      Cond Demin Strnr. Area O.G.95'(ARM)         0.3   mR/hr    RE-212   HPCS Area East A.B. 70'(ARM)                 50 mRihr RE-167                      0.G. Bldg. Valve Area O.G.13T(ARM)          28    mR/hr    RI:-213  RHR A Area West A.B.70'(ARM)                 50 mR/hr RE-182                      Recovery Sample Tank R.W. 65'(ARM)          0.4

mR/hr RE-214 RHR 8 Area East A.B.70'(ARM) 50 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 0.2* mR/hr RE-215 RHR C Area A.B. 70*(ARM) 50 mR/hr ,

! RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5

mR/hr RE-216 LPCS Area West A.B.70'(ARM) 50 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B.70'(ARM) 50 mR/hr l

RE-192 Refuel Roor South F.B.113'(ARM) $0 mR/hr RE-218 LPCS Panetration Area West A.B. 70*(ARM) 50 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) 50 mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 50 mR/hr f .]- Indicates Alarming Revision 1 OSH - Indicates Offscale High 12/20/91

Note: Levels drop beood on sump being pumpedand contamination being washed down drain.

l Ali other ARMS are *as read" l

i t 1992 EVALUATED EXERCISE Clock Tiene = 1245 Message Number: 21 ScenarioTime = 05/00 RIVER BEND STATION EMERGENCYPREPAREN DRILL PROCESS MONtTORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCAT'ON (TYPE) READING RE-5A Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 Wi/sec RE-111P Cont. Atmosphere (PART) 8.0E-07 Wl/cc R E-5B Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 Wi/sec RE-111G Cont. Atmosphere (GAS) 4.4E-05 $1/cc RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 41/sec RE-112P DryweII Atmosphwre (PART) 5.4 E-07 SC1'cc R E-6B Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G DryweII Atmosphere (GAS) 3.0E-05 Wi/cc 1GE-125 Main Plant Exh. Duct (WRGM) 8.9E-03 Wl/cc RE-103 SGTS Effluent (GAS) 2.0E-06 5CI/cc 2GE-125 Main Plant Exh. Duct (WRGM) 8.9E-03 tCt/cc RE-116 Containment Purge (GAS) 3.0E-06 5C1/cc 3GE-125 Main Plant Exh. Duct (WRGM) 8.9E-03 pCl/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 Scl/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0E+05 SCI /sec RE-11B Annulus Exhaust (GAS) 2.5 E-08 Sci /cc RE-110P Aux. B dg. Vent (PART) 2.0E-12 tol/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 pCI/cc RE-118P Turbine Bldg. Vent (PART) 6.0E-02 5CI/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-118G TurbineB!dg. Vent (GAS) 1.8E-02 pCl/cc Off Gas Post-treatment Monitor o epm RE-124P C.D10.G. Bldg. Vent (PART) 2.0E-09 pCI/cc Main Steam Une Rad!ation Monitor 8000 mR/hr RE-124G C.DJO.G.Biog. Vent (GAS) 2.0E-07 pCl/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126P Main Plant Exh. Duct (PART) 2.9E42 pCI/cc Main Steam Une Radiation Monitor 8000 mR!hr RE-126G Main Plant Exh, Duct (GAS) 8.sE-03 SCI /cc Main Steam Une Radiation Monitor 8000 mRchr E ,1- Indicates Alarming OSH - indicates Offscale High Revision 1 All other Process Monitors are *as read

12/20/91 <

9 1992 EVALUATED EXEROSE C8ockTinee = 1300 Aseenage Numeber = 22 ScenerteTisese = 05/15 RfWER BEND STATION ERSERGENCY PREPAREDNESS EXEROSE RAESSAGE r

THIS IS A DRN.L ***

i t

 " - , _ To: Control Roons                                                                                                                            I i

Plant Status Update ' i i I Rev.1 - 12/20/91

   .-.--_._7--_________._

e 1992 EVALUATED EXERCISE Message Nunstser = _22 CseekTisuse = 1 )00 ScenertoTispe- = 05!15 RIVER BEND STATION ERSERGENCY PREPAREDfESS EXERCISE CONTROLLER INFORRAA110N

                                                                        *** THIS IS A DRILL ***

ControllerInformation: EaspecteufActions-i The radioactive release to the environment continues. Monitorthe release. Continue efforts to restore electrical power and obtain a source of make-up water. Compare results of computerdose projectionsand field team results. Rev.1 - 12/20/31

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

1992 EVALUATED EXERCISK Clock Time _1309 Messaga Number - J 2- karlo Time g$fi$ , RIVER BEND STATION Rev. 1 - 12/20/91 EMERCFNCY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PAFEL 680 Status Press Flow SRV RED CRN AC.MN RIIR A POWER Og AFF-i LEVEL - 160 L'R OOS O po413 _ oeF ON OFF RIIR B OOS 0 F041B OFF ON OFF RIIR C OOS O CNS PIA SS WSPIA SS F041C OFF ON OFF CNS PIB SS WSPIB SS F041D OFF ON OFF LPCS OOS 0 CNS Plc SS WSPIC SS F041F OFF ON OFF RCIC OOS O O Total Feedwater Flow 0 M1bs./hr F041L OFF ON OFF llPCS DOS 0 0 W47A OFF ON OFF F047B 0 FF., ON OFF CRD A 005 0 0 PANEL 803 F047C OFF ON OFF CRD B OOS O O F047D ON OFF OFF Press Temp level W47F OFF ON OFF Squib _ Press level gg g,y g F051B OFF ON OFF SLC A LT ON O 2000 N O.1 65* M51C OFF ON _.7 # SIE B LT ON O M51D OFF _ ON _ SPR PL I 19*10* p p PANEL 870/601 RPV 0 -274 FZ MSIV RED CRN F022A OFF ON SSW P2A OF SSW P2C OP DIV I DIESEL OP F022B OFF ON SSV P2B __QQ.1 SSU P2D _22_S S DIV II DIESEL OOS M22C OFF ON DIV III DIESEL _OP F022D OFF ON _ NE N F028A OFF ON or.orturzac . sa-susent arAct W285 OFF_ ON SCTS A OP SCTS B OOS oos- a r or stavtcr ss srcaza sures W28C OFF ON D/W COOLERS OPERATING 1 W28D OFF ON CINT CDOLERS OPERATINC A

4 E 00: R P.PU NORMAL ECRIT"ClL PLANT UARI ABLES ic" Tnt H0annt CONTRIHMENT ' RPU I R DG OPERE l 4 DESIGH Il4.9 D 4SRU LIFT 1103 D DRYWELL g PRESSI 0.11PSIG PRESSE o IPSIG U SRU lSHO g l jS V)y7 l EE . 4 OPER HI i 1.7 g ( 100% BPUl 995 ) g g ! wa , PRESSla3 IPSIG " ' - , , ( OPER HI 90 D 4 TRIP HI 51 D i TEMPI 851'F GROUP ! LEVEL E -274I IN "' l ( OFER HI 140 } ( SCR9M LO 10 D TEMPI /23 1'F ' l POWERI. o I% (OPER HI: 20- O D l LUL 19 FT /o IN \ A.) uds\ A.A_A./V l (OPER LOl 19- 6P' ( OPER HIi 95 ) g.Rops ru. TEMPI 911 *r t SUPPRESSION SUPPRESSION l POOL __ POOL RIVER BEND 8 8 0 26-FEB-1992 /300 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91 i

L 02:. RPV C O N T R O L:- - N R /.P l!R

                                                                                                                  .,,, ,1g       ,,E,'

y ""*' _ RPU LEVEL ,_ WTR RPU PWR PMP. l -27'/ I IH CHDS/FUlnUAIL PR- AVAIL OFF - 400 TRIP HIi 521 i CRD WTR RPU i PWR PMP l 220-i IAVAIL PR I N A

OF F- E B DG B 40-- - CSCRAM LOI 95 i B WTR RPU PWR PMP l I OPERE RCIC i lAUAIL PR NA 0FF m _140-HPCS WTR I AVAIL RPU PR PWR AURIL PMP-OFF'l -320 10

                                                                                                             >MN UtIH)   0 TAF      u-162l       t WTR           RFU         PWR    .PMP                                                                o RPSIG LPCS                                                                                  ^- RPU PRESS I lAVAILPRHI                   AVAIL    OFF                    B   SRU. l    1500 I

SHUT E - A C POOL LD l13261 LPCI E WTR RPU PWR PMP.E \ ' l AVAIL PR HI AVAILS OFF I 1000- ' E M HEAT CAP 33931 ! SHTDH I CLG RPU PWR PMP I g-~MSlV_l 5Hur 8 l COOLING I NA PR HI AVAIL -OFF B 500- SRU LIFT' 1103] i I RWCU l CLG PWR PMP.l E GROUP I 100% BPU 1025 [ t AVAIL AVAIL oFFI E l .rSot l 00

                                                                                                 -1      (MIN) 0 t

TURBINE I CLG UAC H.PWR ULU E swr g CONTROL l NA NA< AVAIL RX POWER I Ol% i 125 UAC H.PWR ULU I ! TURBINE BYPASS NA{CLG NA AVAIL SHT g _ 100- ; 75-4 MSL DRAINS3 -l CLG. NA U.PWR AVAIL ULU SHT lg 3 m l~ 50-APRM DNSCL 15l ! LIQ PWR PMP g 25-eLC o AVAIL AVAIL OFF E

O .- I _10 (MIH) 0 f RIVER BEND 9 9 9 26-FEB-1992 /300 1

  ,                                                                                                                       1992 RBS EVALUATED EXERCISE Revision 1     12/20/91         [

l i

i ~ . ~. i- I 030 l RPU NORMAL

                                                         ' C0b TA" s PET COH kOL--@

POOL LEVEL 19 FT to IN (RESCALE)

                                                                                                                                                        'O POOL          I          CLG         PWR            PMP E                                          D COOLING I                 HA         AVAIL            OFF I                                l           OPER i
                                       -                                                                                                                                                              l20- 01    i DRYWELL I                  CLG         PWR            FAN l                                                                         io- '

COOLING E AVAIL NA orr 3 SRU OPER LO 119- 6l l CMTMT I CLG PWR FRH l SHUT l - HEAT CAP 115- 41 COOLING E AVAIL AVAIL RUN m ig. ;

                                                                                                                                                            -10 (MIN) O PRESS CONTROL E I          ULU SHT PWR AVAIL FAN I RUN I lM#    GROUP
                                                                                                                                *j                                DU PRESS Q3_j PSIG ULV SBGT l         gpgu       A@L                                                   l"##' *l                                            _
                                                                                                                                                                   ~

! M OPER HI 11.71 1-0- l .

g

                                                                                                                                                                  -I M O                                          l CNTMT TEMP I               855'F                                     DW TEMP R t131 'F                                                      POOL TEMP I          72- , 'F 4

N RPU SAT 5485 RPU SAT 548E HEAT CAPl149] 90- 150- 90- , DESIGHI185l DESIGN l330 E SCRM TEMPI 110l ; T0- 100- .. 70-1 OPER HI; 90 I OPER HIl140l ~ OPER HIi 951 50.10 ' '(MI)f)' ' O -10('N'I'N)O -10 (MIH) 0 RIVER BEND 0 $ $ 26-FEB-1992 f3o, ,

 ;                                                                                                                                                                           1992 RBS EVALUATED EXERCISE
  ,                                                                                                                                                                          Revtscri 1      12/20/91 1

i ! I i

e 1992 EVALUATED EXERCISE ClockTune = 1300 i Message Number: 22 ScenarioTwne = 05/15 RfvER BEpe STATION EMERGENCYPREPAREDNESS DREL , DRMS MONITORS ' i ID NUMBER LOCATION (TYPE) READING __ ID NUMBER LOCATION (TYPE) READING

    . RE-16A,8    Ctmt.PAM R.B.186*(DHRRM)                  i000 R/hr       RE-104    Supt.,Rm.Trans. Tube F.B.123*(ARM)                     50 mR/hr i      R E-20A,8   DryweIIPAM D.W.114*(DHRRM)               2000 R/hr        RE-195    Sample Sink Area F.B. 95* (ARM)                        50 mR/hr
   ' RE-21 A.B    Ctmt. Purge isol. R.B.141*(ARM)          OSH] mR/hr       RE-196    Equ?p. Drain Sump F.B. 70*(ARM)                        50 mR/hr RE-139      Annut. Near Trans. Tube 114*(ARM)        OSH mR/hr        RE-200    North Hoist Area T.B.123*(ARM)                         20 mR/hr      i RE-141      Refuel. Floor South R.B.186*(ARM)        OSH mR/hr        RE-201    Cond. Air Removat Pmp. Area TR.95NARM)                 20 mR/hr RE-146      Containment Airlock F.B.114*(ARM)        OSH mR/hr       RE-202     Rx FeedwaterPump Area T.B.67*(ARM)                     20 mR/hr RE-151      Sample Station Area R.B.162*(ARM)        OSH mR/hr       RE-207     Turb. Bfdg. Sample Rm.T.B. 67* (ARM)                   20 mR/hr l

RE-162 0.G. Btdg. Regen. Area O.G. 6T (ARM) 0.4 mR/hr RE-204 Cond. Domin. Sample Rack T.B. 95* (AR M) 20 mR/hr RE-164 0 G. B!dg Sample Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.B.114*(ARM) 50 mR/hr R E-165 Cond Demin Regen Area O.G. 6T (ARM) 9.2 mR/hr RE-211 Controt Rod Drive A.B. 95*(ARM) 50 mR/hr RE-166 Cond Demin Strnr. Area O.G. 95*(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) 50 mR/hr RE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B.70*(ARM) 50 mR/hr RE-182 Recovery Samp;e Tank R.W. 65* (ARM) 0.1* mR/hr RE-214 RHR B Area East A.B.70*(ARM) 50 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 0.2* mR/hr RE-215 RHR C Area AR.70*(ARM) 50 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.5

mR/hr RE-216 LPCS Area Wes: A.B.70*(ARM) 50 mR/hr RE-187 High Cond. Sump Area R.W. 65*(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 50 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) '50 mR/hr RE-218 LPCS Penetrrtion Area West AR. 70*(ARM) 50 mR/hr RE-193 Refue1 Floor North F.B.113*(ARM) ^$D. mR/hr RE-219 RCIC Area West AR. 70*(ARM) 50 mR/hr Q- Indicates Alarming Revision 1 OSH - Indicates Offocale High 12/20/91 All other ARMS are "as read *
Nste: Levels drop beood en sump being pumpedand contamination being washed doum drain.

l

e 1992 EVALUATED EXERCISE ClockTime= _1300 Message Number: 22. ScenarioTime = 05/15 RIVER BEND STATION EMERGENCYPREPAHEDNESS DRILL PROCESS MONmDRS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READtNG RE-SA Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-1117 Cont. Atmosphere (PART) 7.9E-07 SCI /cc RE-58 Fuel Oldg. Vent Exh. (WRGM) 1.3 E+00 pCi/sec RE-111G Cont. Atmosphere (GAS) 4.4 E-05 pCI/cc R E-6A Radwaste Bidg. Vent Exh. (VAGM) 5.7E-01 pCI/sec RE-112P Drywell Atmosphero(PART) 5.4E-07 5Cf/cc RE-6D Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G Drywell Atmosphere (GAS) 2.9E-05 pCI/cc 1GE-125 Main Plant Exh. Duct (WRGM) 43E43 pCl/cc RE-103 SGTS Effluent (GAS) 2.0 E-06 ICi/cc 2GE-125 Ms:n Plant Exh. Duct (WRGM) <!3E4s pcl/cc RE-116 Containment Purge (GAS) 3.0 E-06 $Ci/cc 3GE-125 Main Plant Exh. Duct (WRGM) 4.5 E-03' pCi/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 sCl/cc 4 GE-125 Main Plant Exh. Duct (WRGF/) 2.0E+05 tci/sec RE-11B Annulus Exnaust (GAS) 2.5E-08 Scl/cc RE- 110P Aux. Oldg. Vent (PART) 2.0E-12 3Ci/cc RE-110G Aux. Oldg. Vent (GAS) 3.0E-08 pCl/cc R E-118P Turbine Bldg. Vent (PART) 3.0E-02 sci /cc Off Gas Pre-treatmers 1%nitor 0 mR/hr RE-118G TurbineBidg. Vent (GAS) 9.0E-03 sci /cc Off Gas Post-treatment Monitor 0 cpm RE-124P C.DJO.G.BIdg. Vent (PART) 2.0 E-09 pCl/cc Main Steam Une Radiation Monitor 8000 :nP.Tnr RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0E-07 (Ci/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-12;P Main Plant Exh. Duct (PART) 1.5E-D2' pCi/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126G Main Plant Exh. Duct (GAS) CSE43 pCi/cc Main Steam Une Radiation Moniter 8000 mR/hr (. . j- Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are "as read" 12/20/91 i

m 9 Clock Th.w > 1315 1992 EVALUATED EXERCISE Scenario Thuw r 05/3Q Message Number = 23 __ RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE MESSAGE

                                  *** THIS IS A drill "

Message To: Control Room Plant Status Update l l l l Rev.1 - 12/20/91

e.

1992 EVALUATED EXERCISE N Tlase =, 1315'

         "";r _ "- Number = 23 Scenario 11me = .. 05/30.
                              '.                                    ' RfvER BEND STATION

_ EMERGENCY PREPAREDNESS EXERCISE i CONTROLLERINFORMATION 1

                                                                    *** MftS IS A DRILL ***

! ControllerInformation- %% f The radioactive release'to the environmentcontinues. Monitorthe release. Note: Repairs io the Div il Diesel Generator and repowering of the Continue efforts to restore efectrical power and obtain a source of ! 1 ENS *SWG1B Bus must be completed pr!or to 1330. make-up water. l Compare results of computerdose projections and field team results. Rev.1 - 12/20/91

                *g                                     -    ,,         -, _   e  __ __-_ __.       __m_____ _ . _ . _ _ - _ . _ _ _ .w ....w_.... a

- e 5 0 1 3 3 / 1 5 R " 0 W l 0

                                                    -                        e                1                  S              S
         -                     0         S    S  S                           v                '              P   O              O S 6         S    S  S                           e                9              O   O              O S ee                       1                                                              1 mm ii l

TT A~ C 1 C D k io L I P I

                                              "e P                                                 0         2 2                B 0                                         8                               6         P P c r               8      E                                             o         0     0 3

S G oa 6 V E S S S U 0 8 m 3 5 2

0 V V 6 8 T N l n e 2 C I Ce c L L WF W L T 1 8 9 S S S S L S T S E E E A N M N N R A A A E P R P P P s P O A s 3 1 S S S S e . . P O P S

                               %         S    S  S                          r 0         0                    O   O              O    R 0                                            P                                                        E L

O A B C L A B O l I I L L 2 2 AC R P P P E P P P E W T S W S S S Y MR V V T V O N N N R I P S S C / P C C C D CS S S S D E _ S N _ I _ C F F F F F F F F F F F F F F M. F F F F F F F F F F F F F F R C O O O E O O O O O O O O O O O X A ~- N EA O T I T SD SA _ AE 1 _ T S NM DO 0 N R N N N N N N N N N N N N N N N R N N N N N N N 6 C O O O _ O O O O O O O O O O O C O O O O O O O D EO N RR L E APL

           .B E

N EO A RR P R E PT N D F F F F F F F F F F F F F F D F F F F F F F V I YO CC E R F F O O O F F F F F O O O O F F F F F F F O O O O O E R F 0 F F F O O O F 0 F O F O - RN O~ O E G R E M A B C F C L A B C D F B C D AB C D A B C E 1 1 1 1 1 1 7 7 7 7 7 1 1 1 V 2 2 2 2 8 8 8 V 4 4 4 4 4 4 4 4 4 4 4 5 5 5 I 2 2 2 2 2 2 2 R 0 0 0 0 0 0 0 0 0 0 0 0 0 0 S V0 0 0 0 0 D S F F F F F F F F F F F F F F M F F F F F F F l 0 e w e 0 n o O 0 O 0 O 0 O 0 v 0 n Z Y U S l F e 2 a F D T L R E A A T D R S E T 7 Y D A B E L E 7 D R O 8 s s l 1 R U S S / s s e 8 S A cI I3 e T E = 1 O 0 O 0 e O O v 2 P O P $ s L C2 0 r r - O O O - - O R P P e ae S E 6 I ssI X 1 L E - 9 E - / N s L LL _ Dr 0 A u S S S S S S S 5 h N N s E E E E e 2 P t O O O O O O O 0 ,t O O s S S S r Tb / a O O O O O O 0 u e 0 E E E e An 2 t I T T r I I I i v l l N w 1 S O_ _ J FL L P D D D E n A - os E n L _ V e I r r B E g 1 T o A. a I I 4 I A B C A B A B I I I uT I 2 s . S C S E uA 9 s v R R R C, I C D D C C V rov 9 e e H H H C Pt L L V V V o -

                                                                                                                                  - s A.

1 R R P I I I r oV 1 M R R R R L R i C C S S R D D D ooA

     @@l,IRPU        NORMAL ECRI"ICAL PLRHT UAR:: ABLES                                                         .icHTnt NORnat i L

l l CONTAIHMEllT RPU N \ I E DG OPERE B 4 DESIGH 14.9) DRYWELL 4SRU LIFT 1103 D 0 o lPSIG'. 0 E SRU MSIU E PRESSI 0.1IPSIG PRESSI .. l SHUT l l.ssur l 4 OPER HIi 1.7 y ( 100% BPU l 995 ) } PRESSE o 3 GPSIG ( OPER HI 90 $ 4 TRIP HI $1D TEMPI 85$'F LEVEL l 181R IN !. GROUP Isor_ ! ; 4 OPER HI 140 D 4 SCRAM LO 10 D TEMPI 123 I 'F . POWERI. o:E % (OPER HI 20- O D l LUL G FT to IH \ A.) u.A_A A A A_/V (OPER LOl19- 6 D . Roos rg 4 OPER HI 95 )

                                                                                                         \         TEMPI       921'F SUPPRESSION                                             .

N SUPPRESSION 't POOL POOL . I I__ i RIVER BEND 8 0 0 26-FEB-1992 /.3 /S : 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91 4 e_ .- % - - ,_ . _ _ _ _ _

                                   ..               ....-4  a s. s ..a .

02 :. PV CONTROLi--NR/PW1 I -119 1IH >fAF

                                                                                                                                 ' CNYMT NORMAL ]          ,

RPU LEVEL CilDS/FUlg[j[yt RPU p g g - [. E-2 9 8 I IN WTR R V l. PWR- PMP CRD l AVAIL PR l NA OFF 220-

l WTR RPU PWR PMPl hPER 40-- - CSCRAM LO 95 RCIC EAVAIL PR HA 0FF I I HPCS WTR RPV PWR . g TAF -1621 l AVAIL , PR AVAIL PMPl OFF -320 g g g if LPCS lAd[fL PR k P M $'l SHUT' N RI)U PRESS X o IPSIG

WTR RPU PWR PMP - P0OL LD 1326I L PCI l AVAILPR HI AVAIL OFF 1000-g MHEATCAP33931 SHTDil C00LIl1G I flA l CLG RPU PWR PR HI AVAIL PMP l GFF I l-59uT - SRU LIFTI1103l 500-C 100 1025 RWCU l p L gjl 1l lGg0UP g l O

                                                                                                    ........c BPU TURBIl4E l CLG               UAC    H.PWR   VLU E                                                          ---                               "

CONTROL E NA NA' AVAIL , sHT g RX POWER I _ 0E% 125 TURBIllE I CLG VAC H.PWR ULU I ; BYPASS E IIA NA AVAIL SHT E 100-IISL DRAIHS I I CLG HA V.PWR AVAIL VLVh SHT E (8 *"l:: 50-A APRM DNSCL l 51

/-

SLC I

                            .I    -AVAIL LIQ         PWR AVAIL PMP g OFF E 25-0   ........-
                                                                                                                         /                                 l'

_10 (MIN) 0 RIVER BEND 8 8 8 26-FEB-1992 /3/5 _ i 1992 RBS EVALUATED EXERCtSE Revision 1 12/20/91 !

l 030 l' l RPU NORMAL

                              ' C0bTA:s v 8T CONR01-- R l                                                                                                POOL LEVEL @ FT              to           IN         (RESCALE)
                                                                                                     'O                                                                                ,
                                           , PHP 5
                                                                                        ^

POOL CLG PWR DG POOL LD 21 'l COOLINGl l NA AURIL OFF M' OPER

                                                                      ~
                                                                                                                                                                              ~

CLG PWP, FAH 19-

DRYWELL l OFF g C00LlHG I AVAIL NA sav OPER LO l19- 6J l l -

3 SF UT CHTNT COOLING lEAVAIL CLG PWR AVAIL FAF RUF lu I HEAT CAP15 41 18 H M0 PRESS CONTROL lI VLV SHT PWR AVAIL FRN l RUN I l GROUP TS ' _l DW PRESS I 0.3 J PSIG SBGT l [pfL AgL l#### I" l ' M GPER HI l1.7l 1-0- 110 (MIN) 0 CNTUT TEMP l 851 F DU TEMP F 1231 'F P0OL TEMP I 92.1 F 110 . RPU SAT 5485 RPU SAT l548] HEAT CAPl1495 90- 150- 90-DESIGN 1851 DESIGH 330 1 SCRM TEMPI 110] 70- 100- 70- _ 50 '

      -10  (MItD 0                                      -18 ' TM'I)ii ' 8                                   -10 (MIH) 0 RIVER BEND* 8 8 8          26-FEB-1992                              /3/5 i                                             (                                                                      .

1992 RBS EVALUATED EXERC!SE Revision 1 12/20/91

                                                              ,.-y         ,      r       -.           -g       - ,      ,      _ . , -.      _ _ _      - - __ _ _ _ _ _ _ _ _ _

                                                                                                                                                                                                                '%y' 4

i e 1992 EVALUATED EXERCtSE ClockTime = 131$ Message Number: 23 ScenarioTime = 05/30 RIVER BENO STATION EMERGENCYPREPAREDNESS DRILL

                                                                                                                               ' DRMS Ms ID NUMBER                                                    .1.OCATION (TYPE)                            READING        ID NUMBER LOCATION (TYPE) .                                 READING RE-16A,B                                                 Ctmt.PAM R.B.186*(DHRRM)                         i000 R/hr      RE-194      Sept. Rm.Trans. Tube F.B.123'(ARM)             "50   mR/hr R E-20A,B .                                              DrywellPAM D.W.114'(DHRRM)                       2666 Rinc                                                                                     *
                                                                                                                                     ~ RE-195 ~   Sample Sink Area F.B. 95'{ ARM)                30 mR/hr R E-21 A,8                                              Ctmt. Purge isol. R.B.141'(ARM)                   OSHim3/hr      R E-196     Equip. Drain Sump F.B. 70*(ARM)                L50 mR/hr
           ' RE-139                                                  Annut. Near Trans. Tube 114'(ARM)                 OSH mR/hr      RE-200      North Holst Area T.B.123*(ARM)                 L20 mR/hr R E-141                                                  Refuel. Floor South R.B.186'(ARM)              ' OSH mR/hr      RE-201      Cond. Air Removal Fmp. Area T.B.95'(ARM)      '20' mR/hr RE-146                                                  Containment Airlock F.B.114'(ARM)                 OSH mR/hr      RE-202      Rx Feedwater Pump Area T.B. 67*(ARM)                               '
                                                                                                                                                                                                 ~20  mR/hr RE-151                                                  Sample Station Area R.B.162'(ARM)'                OSN mR/hr      RE-203      Turb. B'dg. Sample Rm.T.B. 67'(ARM)            20 mR/hr H E-162                                                 0.G. Bldg. Regen. Arsa O.G. 67'(ARM)              0.4  mR/hr     RE-204      Cond. tiemin. Sample Rac.k T.B. 95'(ARM)       20 mR/hr RE-164                                                  0.G. Bldg Sample Area O.G.123*(ARM)              2.0   mR/hr     R E-210     PASS Panel A.B.114'(ARM)                       50 mR/hr RE-165                                                  Cond Domin Regen Area O.G. 67'(ARM) 3.2                mR/hr     RE-211      Control Rod Drive A.B. 95'(ARM)                50 mR/hr RE-166                                                  Cond Domin Strnr. Area O.G. 95'(ARM)             0.3   mR/hr     RE-212      HPOS Area East A.B. 70*(ARM)                   50 mR/hr RE-167                                                 0.G. Bldg. Valve Area O.G.137'(arf 3)             28    mR/hr     RE-213      RHR A Area West A.B.70*(ARM)                   50 mR/br R E-182                                                Recovery Sample Tank R.W. 65'(ARM)                0.4

mR/hr RE-214 RHR B Area East A.B. 70'(ARM) 50 mR/hr R E-185 Storage Tank Area R.W. 90'(ARM) 0.2* mR/hr RE-215 - RHR C Area A.B.70'(ARM) $0 mR/hr RE-186 F!oor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B. 70'(ARM) $0 r.iR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Arern East A.B. 70*(ARM) 50 mR/hr RE-192 Refuel Floor South F.B.113'(ARM) %d mR/hr RE-218 50' LPCS Penetration Area West A.B. 70*(ARM) mR/hr RE-193 Refuel Floor North F.B.113'(ARM) 3d mR/hr RE-219 RCIC Area West A.B.70'(ARM) '50 mR/hr

[]- Indicates Alarming Revision 1 OSH - Indicates Offscale High 12/20/91

           - All other ARMS are "as read'

Note: 1.mvets drop based on sump being pry +dand contamination being weehed down drain.

o 1992 EVALUATED EXERCISE Clock Time = 1315 Message Number: 23 Scena-ioTime = 05/30 RIVER BEND STATION EMERGENCYPf1EPAREDNESS DRit1. PROCESS MONITORS ID NUMBER LOCATION (TYPE) READING in NUMBER LOCATION (TYPE) HEADING R E-5A Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 tCl/sec RE-111P Cent. Atmosphere (PART) 7.9E-0 7 Wl/cc R E-58 Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCI/sec RE-111G Cont. Atmosphere (GAS) 4.4 E-05 pCl/cc RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7 E-01 pCi/sec RE-112P Drywell Atmcsphere(PART) 5.3E-07 SC1/cc RE-6B R3dwaste Bidg. Vent Exh. (WRGM) 5.7E-01 tCi/sec RE-112G Drywell Atmosphere (GAS) 2.9E-05 SC1/cc 1 GE-125 Main Plant Exh. Duct (WRGM) 1.'8E-03l pCi/cc RE-103 SGTS Effluent (GAS) 2.0E-06 SC1/cc 2GE-125 Main Plant Exh. Duct (WRGM) $8E-63 pCl/cc RE-116 Containment Purge (GAS) 3.0E-06 uCl/cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.8E-03 pCI/cc RE-11 A Annulus Exhaust (GAS) 2.5 E-08 ICi/cc 4GE-125 Main Plant Exh. Duct (WRGM) 8.0E+04 pCl/sec RE-110 Annulus Exhaust (GAS) 2.5E-08 pC1/cc RE-110P Aux. B!dg. Vent (PART) 2.0E-12 Ci/cc RE-110G Aux. Oldg. Vent (GAS) 3.OE-08 pC1/cc l RE-118P Turbine Oldg. Vent (PART) 1.0E-02 SCl/cc Off Gas Pre-treatment Monitor o mR/hr RE-118G Turbine Bldg. Vent (GAS) 3.6E43 ICl/cc Off Gas Post-treatment Monitor 0 cpm R E-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 pCl/cc Main Steam Une Radiation Monitor 8000 mR/hr l RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0 E-07 tCl/cc Main Steam Une Radiation Monitor 8000 mR/hr R E-126P Main Plant Exh. Duct (PART) 53;E-03 pCl/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126G Main Plant Exh. Duct (GAS) K8E43' scl/cc Main Steam Une Radit.tlon Monitor 8000 mR/hr 3- Indicates Alarming l OSH - Indicates Offseale High ' Revision 1 All other Process Monitors are as read

12/20/91 l

l I i

                                                                                                                                                          . _ . _ . . __m_=.m=

e 1992 EVALUATED EXERCISE ' . Clock 11me ' = M Message Number = 24 Scener'.o Time = ' 05/45 RfYER BEND STATION EMERGENCY PREPAREDNESS EXERC!SE MESSAGE

                                               .                                                                               i
                                                         ' *** THIS IS A DRILL ***                                             ,

Message To: Control Room Plant Status Update f Rev.1 - 12/20/91 a , - - - , .- - -

  -    , - _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _   _  __       __ __  -   ~ ._      __.      ___ - -_.      __      , . _ _ _ _ _ _ .       - .     . _ _

L'

.R.

A -r 3 *

                .1992 EVALUATED ERERCISE "                                                                                                              CInckTIsme = _1330 Message Noenber = ,24                                                                                                        Scenerlo Tiene            = ' 05/45 RfVER BEDE STATION
                                                                         . EMERGENCY PREPAREDNESS EXERCISE -

CONTROt1ER INFORMATION

                                                                                      *** THIS IS A DRILL ***

ControllerInformation: Emnec:edActions-

               ' Power has been restored to 1 ENS *SWG18. Tnis will allow the Control                Shut B21-MOV1A.'

Room to shut 821-MOV7A, the feedwaterloop downstream isolation valve, and isolate the leak. Poweris also available to start Rtist pumps Start RHR Pump B and C in the LPCI mode and refill the Rx vessel. B End C. Continue monitoring *be release. The release to the environmentis continuing as SBGT and Turbine , Building ventilation draw off the airborne contaminants from the Auxiliary Building Steam Tunnel'and Turbine Building. Note: The 1345 operations data reflects RHR B and C in LPCI mode. If this is net' the case, the data must be changed to reflect the

             - &ctumi condition.

Rev.1 - 12/20/91

i l ' e 0 5 r 3 4 h

3 1 5 0 R V

                                                        /.s                                                                                       E l                       0"                                        D b                         e
      --                     0 6

3 3 S S S s 1 M v 1 9 P P S S C A ee 1 e O_ O mm B l 1 ii TT B c 0 C D I l 2 2 B k io 0 L p P P 8 P P c r 8 E o 0 3 S G G oa 6 V 3 S S 0 m *1 5 2 VW 6 TN N l n Ce L E L gWW w o 8 L e 2 T1 8 9 S S S S 8 G I I S T T c E l E L E A A S N F R R A M N N E E P R r A A P P P e P s P A t s 2 1 OO g g S S a e . . P P P S S

                             %               S   S       w                       r 0            O                       O O                 O R R 0                          d                       P                                                                E E e                                                                                       L L e                                                                                       OO gIB lc         F                              T AB                       O O R           p P P L               2 2                 AC C E

W O 3 S S l t a pTM RP P P V V S T W M T gCN NC o R T P S S G /T P T D C S S S S D C _ E S I N C F F F F F F F F F F F F F R N. F F F F F F F F F F F F F E C O O O O O O O O O O O O O A N X O EAT I T A ESA SD T DO S NK 1 0 L f R N N N N " N _ N 6 N N N N N N N N R N N N N N N N N C O O O O O O O O O O D N AEO RR L O.. O O C O O O O O O O O E E B PL N EO A R RR P E PT N - D F F F F F F F F F F F F F D F F F F F F F F V CC YO E F F F F F F F F F F F F F E F F F F F F F F - I R O O O - O O O O O O O O O O R O O O O O O O O RN , E C R E M AB C F L A B C D F E C D AB C D AB C D E 1 1 1 1 1 7 7 7 7 7 I 1 1 V 4 4 4 4 V 2 2 2 2 8 8 8 8 R O 0 0 4 4 4 4 4 4 S 5 5 I 2 2 2 2 2 2 2 2 0 O 0 O S F F F W F F F F M0 M0 W F F S 0 0 0 O 0 O M F F F F F F N0F l 0 e w o 0 O O O e 0 n O O O O v 0 n Z y U S l F e 2 a F D T L R A A E T D R S E T 7 Y D A. s - E S 7 8 s s s l 9 oW! nL S O I4 / e s e 8 A C I t E - C2 1 r O O O O e O O v 2 P p P s S L 0 r - O O O - = 0 R 6 P P e a S 5 E I s S 1 X 1 L _ E - 9 E

             /      N     s            _

L L L u S Dr 0 A S S S S S b N N s_ E E E E e Tb 2

             /      P    t a O O     S     S       O      O    O         O O              l O       O    s              S S   S            E S     S       O      O    O         O O                u                   e O            E E   E            C Am       2           t                                                                 1. T           T    r              I I I I

V U u 1 S _ S L L P D D D R LN r A - os w E. 1 V e I I rB E g 1 I I T o A. - a A t 2 s A B C A B A B I I I mt l S C S E uA _ 9 s v R R R C I C D D LCL V V V V r cV o - A _ 9 e e H H H P C P R R I P I I I - s - 1 M R R R R L R l l C C S S R D D D rov oo A

NORMAL s C R :: T :: C AL 3L A iT V : .R I F B _ ES .tc" Tnt s0 ann' s hh{ 1 l RPU CONTRIHMENT [ DG OPERl RPV - 4 DESIGH l14.9> 4 SRU LIFT 1103D DR'/WEL O PRESSI o IPSIG PRESSI 0.1lPSIG l SHUT 390r ; J 4 OPER HIi 1.7 y -( 100% BPUl 995 ) }$ g PRESSI o t iPSIG >I IO 4 OPER HIl 90 D f TRIP HI 51 ) GROUP TEMP l 85l'F LEVEL I -2891 IN ! iso' 1 OPER H1 140D 10 D (SCR AM . LO TEMPIs2/ I 'F POWERI O l% (OPER HIl20- @ u/N LUL 19 FT@!H \_A_/ l

                                                  .Rops In                            4 OPER HIl         95 )

f MPERLO_19-6P' TEMPI 92]'F l SUPPRESSION SUPPRESSION __ POOL POOL RIVER BEND 8 8 8 26-FEB-1992 8330 l \ 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

02 :.. RPV CONTRJL:--NR/PW? ICHTMT NORMOL-l RPU LEVEL l-/27]IN g >TAF CHDS/FUlgd[!L RPU

                                .p       g          gP E WTR         RFU         PWR TRIP HI l                                     521 CRD                                         PMP ]                                                 220-IAVAIL          PR    l NA    4 OFF E RCIC'    l WTR :1 RPU .            PWR-                        l     IPER)                           40--                              M SCRAM L0l                                               9l    t
                .EAVAIL!          PR-       NA       PMP 0FF     :l                                          -140-HPCS-    I WTR         RPU-        PWR     ' PMP I                                                                                 gN                 TAF                            l-162]

RAVAIL PR AVAIL OFF E -320g.gg...f ) j

LPCS lAd[yL P P I g)gg( gg .l gg RPU PRESS I (> IPSIG SHUT' N ' LPCI I WTR RPU 'WR PMP I - M POOL LD l1326] IAVAIL PR HI A JAIL RUd I 1000- ' MSIU HEAT CAP- 33931 SHTDH COOLING I I CLG HA RPU PR HI- AVAIL PWR PMP l OFF E l SHUT 500- SRU LIFT! 1103l i RWCU l Ah$L- AjN!L 'l l . 6R0y 7sc 0=........-

TURBINE I CLG UAC H.PWR . ULU l CCHTROL I HA NA' AUAI. SHT g RX POWER R 01% , 129 ~ TURBINE I CLG UAC H.PWR ULU -l BYPASS I HR NA AVAI . SHT E . 100- , DPAINS A AU SHT' 5-i l LIQ PWR. PMP g 25 . SLC I AVAIL AVAIL OFF I - 0 .........- _10 (MIH) 0 RIVER BEND 9 8 8 26-FEB-1992 3330 ' t 1992 RBS EVALUATED EXERCISE Revision 1 12/20FJ1

                 ... . .... ................... ....         ...JW4.....g....                                             ..   ... .. ..        ..    .   .

o 830 l RPU NORf1AL ECDsTAIs1EsT CDsTROL--iR POOL LEVEL 19 FT to IN (RESCALE) 20 POOL LD 121- 31 C00LI4G NA AU L 0 l Dgpppg , i DRYWELL B CLG PWR FAN l 19-COOLING I AVAIL NA RuN I 4 OPER LO 119- 61 ls SHUT SRU R I - CNTMT I CLG FAF HEAT CAP!15- 47 COOLING E AVAIL #fWR JAIL rub l 1810 WH) 'O lspo{g FRESS I ULU PWR FRb I CONTROL E SHT AVAIL rub I DU PRESS R_ 0.2.J PSIG SBGT l off, lpygyL N l ##" *l - -

M OPER HI 11.7 ] i 1-0-

                                                                                                                                             ~
                                                                                                                                            -10 ' (MIH) 0 CNTHT TEMP l      855'F                         DU TEMP I 1211 'F                                                                        P0OL TEMP I       9 2.1 'F 0                                                                                                                    HEAT CAPl1491 RPV SATl5481                                                                               RPU SATl5485                              g

) 90- 150- 90-DESIGN 185l DESIGN 330l SCRr1 TEt1PI 1101 70- 100- 70-OPER HI 90 1 NOPERHI'1401 ~ ( CPER HII 95l

      ~
     -1I (MIH) 0                                -1 $ ' '('N'I}ii ' 8                                                                        -10 (MIH) 0 RIVER BEND .$. $ $ 26-FEB-1992 ID O                          !

1992 RBS EVALUATED EXERCISE I Revision 1 12/20/91 i

o 1992 EVALUATED EXERCISE Message Number: jl4_ ClockTime = 1330 ScenarioTime = 05/45 RIVER BEND STATION 1:MERGENCYPREPAREDNESS DRiti DRMS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READ (NG R E-16A,8 Ctmt.PAM R.B.186*(DHRRM) 1000 R/hr RE-194 Supt. Rm. Trans. Tube F.B.123*(ARM) '50 mR/hr RE 20A,8 ' Drywell PAM D.W.114'(DHRRM) '2000 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) 50' mR/hr R E-21 A,B Ctmt. Purge Isol. R.B.141*(ARM) OSH.' mClhr RE-196 Equip. Drain Sump F.B. 70*(ARM) 50 mR/hr RE-139 Annul. Near Trans.Tebe 114'(ARM) Os4 mR/hr RE-200 . North Holst Area T.B.123'(ARM) 20 mR/hr RE-141 Refuel. Floor South R.B.186' (ARM) OSH mR/hr RE-201 Co::d. Alr Removal Pmp. Area T.B. 95'(ARM) 20 mR/hr R E-146 Containmelet Airlock F.B.114'(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B. 67'(ARM) '20 ' mR/hr RE-151 Sample Station Area R.B.162'(ARM) OSH mR/hr RE-203 - Turb. Bldg. Sample Rm. T.B. 67* (ARM) 20 mR/hr RE-162 O.G. Bldg. Regen. Area O.G. 67'(ARM) ~ 0.4 .nR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 20 mR/hr RE-164 0.G. Bldg Sample Area 0.G.123*(ARM) 2.0 mR/hr R E-210 PASS Panel A.B.114'(ARM) 50 mR/hr RE-165 Cond Demin Regen Area O.G. 67*(ARM) 9.2 mR/hr R E-211 Control Rod Drive A.B. 95'(AR*A) 50, mR/hr R E-166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) 50 mR/hr FIE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr R E-213 RHFi A Area West A.B. 70*(ARM) 50 mR/hr RE-182 Recovery Sample Tank R.W. 65'(ARM) 0.4

mR/hr R E-214 RHR B Area East A.B. 70'(ARM) 50 mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 0.2
mR/hr RE-215 RHR C Arss A.B. 70*(ARM) 50 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.5
mR/hr RE-216 t.PCS Area West A.B. 70*(ARM) 50 mR/hr '

RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3

mR/hr R.E-217 HPCS Penetration Area East A.B. 70*(ARM) 50 mR/hr R E-132 RefuelFloor South F.B.11?*(ARM) l50 mR/hr RE-218 LPCS Penetration Area West A.B. 70'(ARM) ~50 mR/hr RE-193 Refuel Floor North F.B.113*(ARM) T50 mR/hr RE-219 RCIC Area West A.B. 70'(ARM) 50 mR/hr

 " ]- Indicates Alarming Revision 1 OSH - Indicates Offscale High All other ARMS are *as read"

12/20/91 Nota ' Levels drop bened on sump being pumpedand contamination being washed down drain.

1392 EVALUATED EXERCISE Clock Time = 1330 Message Number: 24 ScenarioTime = 05/45 RIVER BEND STATION EMERGENCYPREPAREDNESS Drill. PROCESS MONITORS ID NUMBER LOCATION (TYPE) READING _ ID NUMBER LOCATION ITYPE) READING R E-5 A Fuel Oldg. Vent Exh. (WRGM) 1.3 E+00 pCl/sec RE-111 P Cont. Atmosphere (PART) 7,8 E-07 $ci/cc R E-50 Fuel Bldg. Vent Exh. (WRGM) 1.3 E+00 pCi/sec RE-111G Cont. Atmosphere (GIS) 4.3 E-05 pCl/cc R E-6A Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112P Dryweil Atmosphere (PART) 5.2 E-07 pCl/cc RE-6B Radwaste Bldg. Vent Ezh. (WRGM) 5.7 E-01 :pCl/see . RE-112G Drywell Atmosphere (GAS) 2.9E-05 pCl/cc 1GE-125 Main Plant Exh. Duct (WRGM) 83Ess pCl/cc R E-103 SGTS Effluent (GA.S) 2.0 E-06 iCI/cc 2GE-125 Main Plant Exh. Duet (WRGM) 8.9E-04 41/cc R E-116 Containment Purge (GAS) 3.0E-06 5Ci/cc 3GE-125 Main Plant Exh. Duct (WRGM) 8.9E-04 VCi/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 iCl/cc 4GE-125 Main Plant Exh. Duct (WRGM) 4.0EiO4 1Cl/see RE-11B Annulus Exhaust (GAS) 2.5 E-08 5Cl!ce R E- 110P Aux. Oldg. Vent (PART) 2.0E-12 sci /cc RE-110G Aux. Bldg. Vent (GAS) 3.0 E-08 pCI/cc RE-118P Turbine Bldg. Vent (PART) 6.0E-03 pCl/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-t18G TurbineBldg. Vent (GAS) i'.dE43 tCl/cc Off G,s Post-treatment Monitor 0 epm R E-124P C D./O.G. Bldg. Vent (PART) 2.0E-09 pCi/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0 E-07 pCI/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126P Main Plant Exh. Duct (PART) 23E 03 pCl/cc Main Steam Une Radiation Monitor 8000 mR/hr RE-126G Main Plant Exh. Duct (GAS) s.9E44 pCi/cc Main Steam Une Radiation Monitor 8000 mR/hr

        - Indicates Alarming OSH - Indicates Offscale High                                                                                                                                           Revision 1 All other Process Monitors are "as read"                                                                                                                                12/20/91

f i 1992 EVfd.UATED EXERCISE - Csock Time = - .1345. Message Number = - 25 Scenario Time = 06/00-RfvER BEND STATION i EMERGENCY PREPAREDNESS EXERCISE

MESSAGE

                                       *** THIS IS A DRILL

Message Yo: . Control Room PI:nt Status Update Rev.1l- 12/20/91'

                                                                                                          * ? Y 1992 EVALUATED EXERCISE                                                                                              Cin:k Timo   =   1345 Message Humber = 25                                                                                               Scenario Time   =   06/00 RIVER BEND STATION EMERGENCY PflEPAREDNESS EXEllCISE CONTTIOLLERINFORMAllON
                                                                         *** THIS IS A DRILL "

Expected Actions: Controfferinformatior - Data reflects RHR pumps B and C operatingin the LPCI mode to refill Continue refillingthe Rx vessel. the Rx vessel. i Begin preparations for going inta shutdown cool!ng. f l if they are not started the data will need to be changed to reflect t i the actual situation. , I The release is continuing. l l Rev.1 - 12/20/91 a

                                ~1992 EVALUATED EXERCISE Clock Time - , 15 Message Nwsber                ___75 Scenario Time - 06/00 RIVER BEND STATION Rev. 1 - 12/20/91                                     EMERGENCY PREPt. REDNESS EXERCISE CON 1ROL ROOM DATA PANEL 601/877                                     PANEL 60,1                                             PANEL 680 Status            . Press       Flow   SRV         RED        CRN    AC.MN RHR A           OOS                            0                                                          POVER     04 APPJi LEVEL    -3 VR F041A       OFF        ON            OFF RIIR E        LPCJ_                          IR7Q  F04 I B     OFF        ON            OFF R11R C        LPCI                           1870                                                         CNS PM      SS      WS PM      SS F041C      OFF         ON            OFF CNS PIB     SS      WS PIB     SS F041D      OFr         ON           OFF LPCS           OOS                             O                                                          CNS PIC     SS      WS PIC     SS M41F       OFF       'ON      .OFF F041c      OFF         ON           OFF RCIC           005                0           0   F041L Total Feedwater Flow       0   M1bs./hr OFF        ON           OFF UFCS           OOS                O           O   F047A       OFF        ON           OFF M47B        OFF        ON      .OFF CRD A          OOS                0           0                                                                          PANEL 808 F047C       OFF        ON           OFF CRD B          OOS                0           0   F047D       OFF        ON           OFF Press      Tetro    Level F047F       OFF        ON           OFF                                         0 Squib              Press       level                                                         DRYVELL     0.1      119 FOSIB       OFF        ON          OFF SIL A        1.T ON                O          2000                                                        CTMT        0.1       85o F051C       OFF        ON          OFF SLC B        LT ON                 O                                                                      SPR PL                92o     19'10" F051D       OFF        O'i    _QFF P                        1     Re                                                                          PANEL 870/601 RFU             0                -3          WR    MSIV      . RED        CRN F022A       OFF      _ON                               SSV P2A     OP       SSV P2C  _Qf._

DIV I DIESEL Op F022B OFF ON SSV P2B _OP SSW P2D OP DIV II DIESEL OP F022C OFF .ON DIV III DIESEL OP F022D . OFF ON PANEL 863 F028A OFF ON op OPERATING 'SR-STANDBT READT F028B OFF ON SGTS A OP SGTS B AV cos-Ouf or sravice ss-SECURED STATUS FC28C OFF ON D/W COOLERS OPERATING BCDE QV=QVA!ULSLE ISOL-ISOLATED F028D E ON CTNT COOL *'RS OPEFJLTINC _63._

        ~                                                                                                                                      '

00:. i eev "oana'sORIT::ClL PLANT VAR::f BL ES .tesTnt H0ennt i CONTAINMENT DG RPU' OPER 4 DESIGN l14.9 D DRYWELL 4SRU LIFT 1103D g PRESS R 0.11PSIG PRESSE o EPSIG. w l SHUT l _suur l 4 OPER HI 1. 7 p ( 100% BPU 995) } m, m ms PRESSR ol (PSIG r , (__0PER HIi 90 D 4 TRIP HII 51 D TEMPI 85E'F LEVELE ~3 EIN GROUP I5ot + 4 OPER HIi 140 ) 4SCRAN LO 10 & TEMPRtt9 I'F POWERI o I% (OPER HI' 20- OD ; LUL 19 FT 10 IN (_A / u/N ( OPER LOl19- 6 D , RODS. m 4 OPER HIi 95 ) TEMPI 921'F SUPPRESSIGH SUPPRESSION POOL __ POOL RIVER BEND 8 8 8 26-FEB-1992 13-rf i 1922 RBS EVALUATED EXERCISE Revision i 12/20/91

                                                                                                   -,u--

          .     . ......... .........~.. T.......'~.E....... .    . ......... ...............

lCNTNT NORMAL l 02 :. RPL) CONTROL'--NR/PWR I r59 IIH >TAF RPU LEVEL CHDS/FUlgy{gt RPU g gg a 4

                                                                                                                    -3       !g PWR TRIP HIi      521 WTR      RPU                PNP CRD    - AVAIL          PR     NA     '

OFF 220- . 95 RCIC WTR lI AVAIL RPU PR PWR NA-P1P 1 0 :F I l OPERl 40-- -( SCR AM LO I . . HPC^D I WTR RPU PWR P'!)- I . N TAF l-162l EAVAIL PR AVAIL 0 ::: I

                                                                                            -320 10 (11110 0 l

LPCS lAb[yl PgPyt {gyL hk -l RPU PRESS I o IPSIG SRU SHUT N WTR RPU PWR PNP I - P0OL LD 11326l' LPCI lR AVAILPR HI AVAIL RUN I E 000- i HEAT CAP- 33931 MSIU SHTDN .I COOLING lHACLGPR HI RPU PWR AVAIL PNP I OFF I l 3#7 l 500- SRU LIFT 1103l RUCU ghfL A L l 6R0g 7 -l ......... 100% BPU 1025 0;10 (MIH) 0 TURBINE I CLG UAC' H.PWR ULU E . CONTROL E HA NA' AVAI. sHT g RX POWER I Ol% t 125 i TURBINE I CLG UAC H.PWR ULU E BYPASS I HA NA AVAIL SHT E 100-75-MSL DRAINS E E CLG HA U.PW AVAI_ R ULU R SHT E l 8 '" l 50-APRM DNSCL15l LIQ PWR PNP I 25-SLC I AVAIL AVAIL OFF E - 0 .........~ _10 (MIH) 0 RIVER BEND $ $ $ 26-FEB-1992 ' 3 * >, 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91 , s

030 lRPU HORMAL I CUs m" s 1E~~ CON ~~RO --i R P00L LEVEL @ FT to IH (RESCALE)

C00LI4G HA AVAkt Oh l l D OPER 4 OPER HI l20- O f DRYWELL I CLG PWR FAN 19 l COOLING I AUAIL NA RuN Il SRu OPER L0119- 61

                                                                                                        "        l             ~

A " *

41 C0hLNG AVA AUA L R0!! l 3, 10 (MIN) 0 GROUP PRESS l CONTROL I I ULU SHT PWR AVAIL FAN 5 RUN l l IS '-

DW PRESS I 0.iJPSIG SBGT VLU OpGN *jgyL A Ry{l goo, w l _ _ 2-M OPER HI 11.7 l

                                                                                                                                          -    ~ ~ ~ ~

0-' _i_10 (MIN) 0 DW TEMP I 119 l 'F - POOL TEMP I 92 'F ; CNTNT TEMP I 851'F RPV SAT 5481 RPU SAT 5485 N HEAT CAPl149l 90-90- 150-DESIGHl1851 DESIGN 13301 SCRM TEMPil10] 70- 100- 70-OPER HIl 909 OPER HI 140 1 ~ GPER HII 951

    -10 (MIN) 0                                    -1 ' '('N'liU' ' O                                                               -10 (NIH) 0                                      ,

RIVER BEND s 9 $ 26-FEB-1992 gyr 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

o 1992 EVALUATED EXERCISE Message Number: 25 ClockTime = 1345 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL DRMS MONfTORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) _ READING R E-16A.B Cimt.PAM R.B.186'(DHRRM) iOOd R/hr RE-194 Supt. Rm. Trans. Tube F.B.123*(ARM) 50 mR/hr R E-20A,8 DrywellPAM D.W.114'(DHRRM) 200d R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 50 mR/hr R E-21 A,B Ctmt. Purge isol. R.B.141*(ARM) . OSH] mR/hr R E-196 Equip. Drain Sump F.B. 70*(ARM) 50 mR/hr RE-139 Annul. Near Trans. Tube 114'(ARM) .OSH mR/hr R E-200 R E-141 North Holst Area T.B.123*(ARM) 20 mR/hr Refuel. Floor South R.B.186'(ARM) OSH_ mR/hr RE-201 Cond. Air Removal Pmp. Area T.D. 95'{ ARM) 20 mR/hr R E-146 Containment Airlock F.B.114'(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B. 67'(ARM) 20 mR/hr RE-151 Sample Station Area R.B.162'(ARM) OSN mRIhr RE-203 Turb. Bldg. Sample Rm.T.B. 67'(ARM) 20 mR/hr R E-162 0.G. Bldg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr R E-204 Cond. Domin. Sample Rack T.B. 95'(ARM) 20 mR/hr RE-164 0.G. Bldg Sample Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) '50 mR/hr RE-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr R E-211 Control Rod Drive A.B. 95'(ARM) 50, mR/hr RE-166 Cond Demin Strnr. Area O.G. 95'(ARM) 0.:: mR/hr R E-212 HPCS Area East A.B. 70*(ARM) 50 mR/hr R E-167 O.G. Oldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70'(ARM) 50 mR/hr R E-182 Recovery Sample Tank R.W. 65'(ARM) 0.4

mR/hr RE-214 RHR D Area East A.B. 70'(ARM) 50 mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 0.2
mR/hr RE-215 RHR C Area A.B. 70*(ARM) 50 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B. 70'(ARM) 50 mR/hr RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 50 mR/hr R E-192 Refuel Floor South F.B.113*(ARM) ~50 mR/hr RE-218 LPCS Penetration Area West A.B. 70'(ARM) 50 mR/hr RE-193 Refuel Floor Noeth F.B.113'(ARM) $d mR/hr RE-219 RCIC Ares West A.B. 70*(ARM) 50 mR/hr

  .]- Indicates Alarming OSH - Indicates Offscale High                                                                                                                                 Revision 1 All other ARMS are "as read"

12/20/91 Note: 1.mvels drop based on sump being pumpedand contamination being washed down drain.

l l 9 i 1992 EVALUATED EXERCISE Clock 11me = 1345 Message Number: 25 ScenarioTime = 06/00

RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL PROCESS MONITORS ID NUMBER , LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING RE-5A fuel Bldg. Vent Exh. (WRGM) 1.3E+00 ICI/sec RE-111P Cont. Atmosphere (PART) 7.7E-07 5Ci/cc RE-50 Fuel Bldg. Vent Exh. (WRGM) 1.3E400 pCl/sec RE-111G Cont. Atmosphere (GAS) 4.3E-05 pCl/cc RE-6A Radwaste Oldg. Vent Exh. (WRGM) 5.7E-01 Cl/sec R E-112P Drywell Atmosphere (PART) 5.2E-07 tCI/cc RE-6B Radwasto Bldg. Vent Exh. (WRGM) 5.7E-01 pC1/sec RE-112G Drywell Atmosphero(GAS) 2.9E-05 pCl/cc 1 GE-125 Main Plant Exh. Duct (WRGM) 6;7E46 pCi/cc RE-103 SGTS Effluent (GAS) 2.0E-06 pCI/cc 2GE-125 Main Plant Exh. Duct (WRGM) ~ 6;7E-OS pCi/cc RE-116 Containment Purge (GAS) 3.0E-0G 3Ci/cc 3GE-125 Main Plant Exh. Duct (WRGM) 6.7E-06' pCi/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 pCi/cc 4GE-125 Main Plant Exh. Duct (WRGM) 3.0E+02 pCl/sec RE-11 D Annulus Exhaust (GAS) 2.5E-08 pCi/cc RE-110P Aux. Oldg. Vent (PART) 2.0E pCl/cc RE-110G Aux. Oldg. Vent (GAS) 3.0E-08 pCl/cc RE-118P Turbine Bidg. Vent (PART) 8ME-05 tCi/cc Off Gas Pre-treatment Monitor O mR/hr RE-118G TurbineDidg. Vent (GAS) IAE-05' pCif e Off Gas Post-treatment Monitor o cpm R E-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 pCl/cc Main Steam Line Radiation Monitor 8000 mR!hr RE-124G C.D./O.G.Didg. Vent (GAS) 2.0E-07 tCi/cc Main Steam Line Radiation Monitor 8000 mR/hr R E-126P Main Plant Exh. Duct (PART) 04E4Sl 3Ci/cc Main Steam Line Radiation Monitor 8000 mR/hr RE-126G Main Plant Exh. Duct (GAS) 6}E46 tCl/cc Main Steam Line Radiation Monitor 8000 mR/hr E j- Indicales Alarming OSH - Indicates Offseale High Revision 1 All other Process Monitors are "as read' 12/20/91

9 1992 EVALUATED EXERCtSE Clock Time = '_.1347 i" 7 Number = J5.1x ScenarioTime = _06/02 RfVER BEND STATION

                                                  - EMERGENCY PREPAREDNESS EXERCISE-MESSAGE
                                                             *** THis IS A DRfLL ***

Message To: Emergency Director Advise the Control Room that, 'due to plant conditions,'It will not be ~ necessary to ' perform a shutdown cooling flush or pump warm-up prior 1o initiating ahutdown cooling. Rev.1 - 12/20/91

1992 EVALUATED EXERCfSE Clock Time = 1347' "f;. - T Nuenber = . 25.1x ScenarioTime = 06/02' RIVER BEND STATION EMERGENCY PREPAREDNESS EXERCISE CONTROLLERINFOHMATION

i. -

                                                                        *** THIS IS A Drill ***

Controllerinformation: ExpectedActions-Deliver this message when the decision is made to initiate shutdown initiate 'sholdown cooling without , rforming a ' flush or pump cooling. warm-up. t M Rev.1 - 12/20/91

                                                                                                                                                    .____ ___ _ d

1 1992 EVALUATED EXERCISE ' r% + Time = 1400: .

Message Number = ' 26 ' ScenerloTime . = ' ' 06/15

                                                                 > RWER BEND STATION

ERAERGENCY PREPAREDNESS EXERCISE -

RAESSAGE

                                                                 *** THIS IS A DRfLL ***

Message To: Control Room 4 Pirnt Status Update - O t l Rev.1 - 12/20/91 ,

3 .s. 71.4-.a. .'.---u-+ A.a 4.u h aes,, - m. 4 e .. .sr C Sh-.,4 w *R**,._%d-u-.hs- * * . 26 4 L.h .a. m2M-=h- - A n As... =ame- m.*+=_m so_ .sA 4-4h..e4 A m-.4-- - ,J.-Aaw , e 4 6-U U 2 e , ii . g . 8 r 2 ? t

                                                                                                              .5 1                                                                                                                          ,

e 3 E i 8 e f. ; a

I s I 3

I'f . M. f i . 1 I-I, , y ?

g 3 t e i , c h e l -- - .- ;

                    -          .. .           .:a..     .. ... .,.                    .                  ..-_...L.                        .-                          . . . .         .- . .       - -. . -- - - - - .. -

                                                                                                                                  . i i

1992 EVAll1ATED EKERCISE Message Number - 26 Clock Time - 1400 Scenario Time - 06 /M ' RIVER BEND STATION i Rev. 1 - 12/20/91 EMERGENCY PREPAREDNESS EXERCISE j CONTROI. ROOM DATA PANEL 601/877 PANEL 601 PANEL 680 ]- Statue, Press Flow SRV i

 '                                                          ._ RED         CRN   AC.MN RJIR A        005                     O M41A                      ON POWER      04 APF't LEVEL _ 40 NR OFF                 OFF RnR B          sDc_                 5200    F041B        Org          ON      OrF                                                ,

RER C SS O CNS PM SS PJS PIA .55 M41C OFF ON OFF ; CNS Pin _SS_ WS PIB SS m41D OFF ON .OFF . LFCS OOS O CNS F14; SS WS Plc SS F041F OFF ON OFF FO41C OFF ON OFF RCIC OOS 0 0

M41L Total Feedwater Flow O Mlbs./hr OFF ON 05T HPCS dos O O F047A ;

_OFF ON OFF t F0478 OFF ON OFF CRD A 005__ O O pgggt agg FO47C 2ET ON .OFF CRD B OOS 0 0 FC47D _QEF_ ON OFF F047F .OFF hess Tm fevel _ON .OFF S<iulb Press level F051B OFF ON OFF DRYitr1L .O1 M SIL A LT ON O _2000 CINT O.1 85* F051C OFF ON OFF 3pg g 0 Sir B LT ON O F051D OFF _ON 97 19 19- < Off. , W51G OFF ON OFF Press level Rsnr.e PANEt,870/601 RPV O 70 VR MSIV RED _ CRN F022A OFF. ON SSW P2A _Qf_ SSU P2C OP ! DIV I DTESEL OP N22M _OEF_ ON SSW P2B .,p2,,, SSW P2D 1 D'IV II DIESEL .31_ F02N OFF_ _ON l DIV III DIESEL OP FU22D .OFF ON PANEL 863 ! j F028A QFF ON owraar:M SR*sTArdif RrA:n W28B OFF ON SGTS A ,,,9f_ SCTS B _E}_ , ms-en or sema ss-srecato starts F028C

             "                                               OFF          ON           D/W COOLERS OPERATINC           BCDE         !

W28D Of? ON CIMT COOLERS OPEATING ,,6.},, r

I

7...... . 0 0 :. E aeu soana'sCRIT:: CAL PLANT URR::FBLES .ncarnt 80annt i C0'HTAIHMEitT DG

                                                                                         \                          l              p                  l 4 DESIGH 114.9 F DRWELL                                                                 ~

g SRV MSIU PRESSI 0.11PSIG PRESSE o EPSIG ] __ SHU wr l 4 OPER HIi 1.7 y (100% BPU 995) g PRESSR o-1 GPSIG r ' ' ' ' i ( OPER HIl 90 D

                                                      % u~)HI            51D GROUP TEMPI      85] T                                   LEVEL E 7o E IH                                                    "' t i

4 OPER HI 140 & 4 SCRAM LO 10 D TEMPRt!9 IT 1 . POWERR- o I% (OPER HIl20- By i LUL 19 FT to IH \_.A_./ - MJhV (OPER LOl19- 6 ) 4 OPER HIi 95 ) s m.l TEMPR 92) T l SUPPRESSION SUPPRESSION POOL POOL I I_,_ __ RIVER BEND 8 8 8 26-Fre-1992 ivoo i i 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91 !

02: . RPU CCNTRCL:--NR/PWR. I c"'n' "oena' '

RPU LEUEL. I 2.n.] IN >TilF [CHDS/FWlggg RPU g glP g 400 g CRD I WTR RPU l PWR PMP l TRIP HIl 52l RAVAIL PR I N A l OFF E 220- t RCIC E WTR RPU PWR PMP l PER 40- -(SCRAM LOl 91 IAVAIL PR NA 0FF E

                                                           '     -140-HPCS l WTR     RPU    PWR     PMP. l                                        .                 TAF    l-162l

[AURIL PR AVAIL OFF I

                                                                 -320 10 (MIH) 0 i

LPCS lpyk plPg' k $l RPU PRESS I o IPSIG SHUT N \ LPCI E WIR RPU PWR ' PMP l - ( POOL LD (1326l IAVAIL PR HI AVAIL OFT E I I a ngly a 1000-' HEAT CAPf3393l SHTDH I CLG RFU PWR FMP E l 39"7 l C00LXHG B HA PR HI AURIL Run E 500- SPJJ LIFTil103] i

RWCU l pyt pjk $fP.l 6 P 100% BPU 1025

' TURBINE I C' G URC H.PWR -10 (NIH) 0

  . CONTROL E HA     NA F RUAIL     ULU-lE say                             RX POWER I       Ol%                              ;

TURBINE I CLG URC H.PWR ULU -l BYPASS I HA NAi AVAIL SHT E - 103- ! MSL CLG. U.PWR 75-I ULU R l MPA I" .l APRM DNSCL 151 [ DRAINS E. NA AVAIL SHT E 50-SLC l E LIQ AVAIL PWR AVAIL PMP l OFF I .

                                                     .             25-                                                i
                                                .                   -18'TM'IU 0 RIVER BEND 8 8 8 26-res-1992            tyce         l f

t 4 i992 RBS EVALOATED EXERCISE l n-i 22nomi ;

r

(

               . . . .    ....... ...      .......................... 5 M4171 4fA*4      s ... 1   at..     . .. .. .-        .   .
                                                                                                                                                              . i J

t 030 ' RPU HORMAL

                                          ' C0iTAIM ET C01- R01----lR                                                                                              !
                                                                                               . POOL LEVEL                   19 FT @ IN         (RESCALE)         l l                                                                                                       20                        -
   .C00LI G                      HA       A     L                     l       DbPER                         -

OPER HI !20- 0l [ 1 DRYWELL CLG PWR FAN 19 . - COOLING AURIL { NA Run lu S RU l - 4 OPER LO j 19- 6 l SFUT E CNTMT I CLG PWR FRH l HEAT CAPl15- 41 ! ! COOLING I AURIL- AJAIL RUN E is ,,,,,, l

                                                                                                          -10,,,(,MIM) 0                                           j

PRESS I ULU PWR FRH I l* GROUP

                                                                             #"           l CONTROL I                      SHT    RURIL      RUN I                                                      DU PRESS I 0.1IPSIG                                !

V SBGT l oPEN A L (E## U

                                                                                    -l                            .

F M OPER HI 11.7I l' , i O'

l l

                                                                                                            -1
                                                                                                                -1f '('NI'N)' ' O CMTMT TEMP I                  85E'F                     DU TEMP I 119 l 'F                                POOL TEMP I              92.,   F 110                                                 200                                                110 l

RPU SAT 5485 RPU SATl5481 M HEAT CAP 11491 90- 150- 90-DESIGH 1851 DESIGN 330R SCRM TEMPI 1101 70- 100- 70- ! OPER HI OPER HI' 140 E OPER HIi 951 50- !

       -10 (MIN) 0 i 90l' 5010 (MIH) 0                                      50 10 .(MIH) 0 i

RIVER BEND 9 8 8 26-Fre-1992 i<f c o 1992 RBS EVALUATED EXEROSE f Revtsen 1 12/20/91 .[

I 1992 EVALLfATED DERCISE ClockTime = 1400 Messago Number- 26 ScenarioTime = 06/15 RIVER BEND STATION EMERGENCYPREPAREDNESS DR!LL DRMS MONITORS

READING _ ID NUMBER LOCATION (TYPE) READfNG ID NUMBER LOCATION (TYPE) 1000 R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) 10 mR/hr RE-16A.B ' Ctmt.PAM R.B.186*(DHRRM) R E-20A,8 DrprellPAM D.V.*.114*(DHRRM) 2060 R/hr R E-195 Sample Sink Area F.B. 95*(ARM) '10 mR/hr j RE-21 A,8 Ctmt. Purge Isol. R.B.141*(ARM) OSW mR/hr RE-196 L pip. Drain Sump F.B.70*(ARM) ~0 1 mR/hr OSH mR/hr RE *200 North Hoist Area T.B.123*(ARM) 5.0 mR/hr RE-139 Annul. Near Trans. Tube 114*(ARM) OSH mR/hr RE-201 Cond. Air Removal Pmp. Area T.B.95*(ARM) 5.0 mR/hr R E-141 Refuel Floor South R.B.186*(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) 5.0 mR/hr R E-146 Containment Airlock F.B.114*(ARM) OSH mR/hr RE-203 Turb.Bidg. Sample Rm.T.B. 6T(ARM) 5.0 mR/he R E-151 Sample Station Area R.B.162*(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95* (AR M) 5.0 mR/hr RE-162 O.G. Bldg. Regen. Area O.G. 6T (AR M) f 0.G. Eidg Sample Area O.G.123*(ARM) 2.0 mR/hr R E-210 PASS Panel A.B.114*(ARM) 7 10 mRehr R E-164 Cond Demln Regen Area O.G. 6T(ARM) 9.2 mR/hr RE-211 Control Rod Drive A.B. 95*(ARM) 10 mR/hr RE-165 0.3 rnR,hr RE-212 HPCS Area East A.B.70*(ARM) 10 mR/hr RE-166 Cond Demin Strnr. Ares O.G. 95*(ARM) 28 mR/hr RE-213 RHR A Area Wost A.B. 70*(ARM) '1D mR/hr ! RE-167 O.G. Bldg. Valve Area O.G.137'(ARM) Recovery Sample Tank R.W. 65* (ARM) 0.4

mR/hr RE-214 RHR B Area East A.B.70*(ARM) OSH mR/hr RE-182 0.2
mR/hr RE-215 RHR C Area A.B. 70*(ARM) 10 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B.70*(ARM) 10 mR/hr RE-186 Floor Drain Sump Area R.W. 65*(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 10 mR/hr R E-187 High Cond. Sump Area R.W. 65*(ARM)

R E-218 LPCS Penetration Area West A.B.70*(ARM) 10 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) [10 mR/hr

                                                       '10   mR/h.'     R E-219   RCIC Area West A.B.70*(ARM)                          10 mR/hr R E-193       Refuel Floor North F.B.113*(ARM)

Res slon 1 P7I- Indicates Alarming 12/20/91 OSH - Indicates Offseale High All other ARMS ere "as read"

Note: Levels drop t- sed on sump being pumpedand m.; . *.4iI:eingwashed down drain.

I 1992 EVALUATED EXERCISE Clock Time = 1400 Message Number- 26 E- snarioTime = 06/15 RIVER BEND STATION EMERGENCYPREPAREDNESS DRit I_ PROCESS MONTTORS READING ID NUMBER LOCAT!GN (TYPE) READING ID NUMBER LOCATION (P'PE) l RE-5A Fuel Bldg Vent Exh. (WRGM) 1.3E+00 SC8/see RE-111P Cont. Atmosphere (PART) 7.6E-07 Al/cc j RE-5B Fuel Bldg. Vent Exh. OVRGM) 1.3E+00 pCl/sec RE-111 G Cont. Atmosphere (GAS) 4.2E-05 5C1/cc RE-6A Radwaste B!dg. Vent Exh. (WRGM) 5.7E-01 pCI/see RE-112P Drywell Atmosphere (PART) 5.1 E-07 scl/cc i RE-6B Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 FCl/sec R E-1 ' 2G Drywall Atmosphere (GAS) 2.9 E-05 tC1/cc 1GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 (CI/cc RE-103 SGTS Effluent (GAS) 2.0E-06 5Clice i R E-116 ContainmentPurge (GAS) 3.0 E-06 pC1/cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 ICI/cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 pCi/cc R E-11 A Annulus Exhaust (GAS) 2.5 E-08 scl/cc RE-118 Annulus Exhaust (GAS) 2.5E-08 pC1/cc 4GE-125 Main Plant Exh. Duct OVRGM) 5.0E+01 Scl/see R E-110P Aux. Bldg. Vent (PART) 2.0E-12 pCI/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 SCl/cc RE-118P Turbine Bidg. Vent (PART) 3.0E-06 pCI/cc Off Gas Pre-treatment Monitor 0 mRehr 4.4E-06 FC'Jec Off Gas Post-treatment Monitor 0 cpm RE-198G TurbineBldg. Vent (GAS) RE-124P C.DJO.G. Bldg. Vent (PART) 2.CE-09 pCI/cc Main Steam Une Radiation Monitor 1000 rr.R,hr 2.0E-07 ICl/cc Malp Steam Une Radiation Monitor 1000 mR/hr l RE-124G C.D/O.G.Bida Vent (GAS) 3.8E-06 FCI/cc Main Steam Line Radiation Monitor 1000 mR/hr RE-12CP Main Plant Exh. Duct (PART) 1.1 E-06 pCI/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-126G Main Plant Exh. Duct (GAS)

     ^ - Indicates Alarrr'ng Revision 1 OSH - Indicates Offscale High 12/20/91 All other Process Monitors are *as read"

t J

                                        - 1992 EVAlIRATED OtERQSE                                                                                                                                                             CseekThune  =

E _. Message 6umtser = ,2L e ScenerloTIssue = 06l30 4 RNER BEND STA1XNG , l - ERAERGENCY PREPAREDNESS EXERCESE , , aprm : j. I .~.

                                                                                                                                   *THBC CS A DR1ti" le 4

!. Reessage,To: Control Room 7

Plant Status Update - l a

t t I t t

4 .

.                                                                                                                                                                                                                                                            I 9 .

i P , Rev.1 - 12/20/91 ! d 1

                                                               -wy,   .%. ,_ .* '- w     - . - - , w,e-*- w .mv=br-.- <w--- - ----    -w.<-  - - _ _ _   _ _ _ _ _ _ - - - - - - - _ _ _ _ _ _ _ . - - . _ - - - - _ - - -

e ClockTime = 1415 1992 EVALUATED FXERCISE ScenarioTime = 06/30 Message Number = 27 RIVER BEND STATION ( EMERGENCY PREPAREDNESS EXERCISE CONTROti.ER INFORMATION

                                                *** Tit!S IS A DRfLL ***

ExpectedActions: Controlles nfonnation: I Continue to monitor downwind conditions. i I l l i Rov.1 - 12/20/91

1992 EVAIEATED EXERCISE Measage Number - 27 Clock Time - 1415 Scenario T% - 9f4_0 RIVER BEND STATION Rev. 1 - 12/20/91 EMERCENCY PREPAREDNESS E:LERCISE CONTROL ROOM DATA PANEL 601/877 PANEL Cil PANEL 680 Status Fress Flow SRV -RED _ _ CRN AC.MN RIIR A OOS O POWER OS AFRM LEVEL 40 NR F041A OFF _ON OFF RHR B SDC 5200 W41B .OFF ON _OFF RIIR C SS 0 FV41C CNS PIA _gg_ WSPIA 1 OFF _ON 0FF. CNS PIB S _f_S_ WSPIB _EE._ F041D OFF ON OFF LPCs 005 0 CNS PIC 1 WS PIC SS FO41F OFF ON OFF RCIC OOS 0 0 F041L Total Fosdwater Flov 0 M1bs./hr __OFF ON OFF HPCS 005 0 0 F047A OFF ON OFF FV47B 0FF ON OFF CRD A OOS O O PANEL 808 F047C OFF ON OFF CRD B OOS O O F047D OFF ON _OFF F047F Press _ semp Irvel OFF ON OFF SSun_b _P_reyn Tevel DRWELL O.1 112* FV51B 0FF. _ON OFF SIE A LT ON O 2000 M51C OFF O.1 85' _ON _ OFF SIL B LT ON O SFR PL _2Lo 19'10" F051D . OFF _ON OFF p 7 g PANEL 870/601 RFU 0 70 VR MSIV hED CRN F022A OFF Og SSV P2A _Qf_ SSV P2C _QR_ DIU I DIESEL _OP M228 OFF ON Nm @ SW m OF DIU II DIESEL _QR_ F022C OFF_ _ON DIV III DIESEL OP M22D OFF ON PANEL 863 EV28A OFF ON or e nz sm-stacar army FV285 . OFF ON SCTS A _Qf_ SCTS B _g}_ cas-car or stavzcz ss-sscuazo status F028C

                   " " "                                                  OFF        ON             D/W COOLERS OPERATING                ECDE IV28D      OFF.      ON              CTMT M LERS OPERATING               ,,A_g_

00Lt.IRPU NORMAL ICRIT"C L PLAHT U 4RI AB _ES ResinT s0 sat i CONTAIHMENT - E DG I RPU R OPERI 4 DESIGN j14.9 D (SRJ LIFT 1103D DRYWER

  ~PRESSI 0.1IPSIG 0 PRESSE o IPSIG U                       l      _

SR ggUT bUr

                                ~4 OPER HI   1.7 D ( 100% BPU         995)             ]                                                                                    m PRESSI oi iPSIG                                                          ;;                                                                V e't

( OPER.HI 90 D 4 TRIP HI $1D I TEMPI 85I T. LEVEL E vo E IN l [00[ l l 4 OPER HI i 140 D 4 SCRAM LO 10 D I TEMPI st9 IT

! POWERI. o I% . 4 OPER HII20- 0 D . LUL 19 FT to IN \A/ _ u./WM 1 4OPER LO: 19- 6 D' 4 OPER HIl 95 ) g.RoosInl TEMPE 911 *F SUPPRESSION i SUPPRESSIGH POOL l FOOL i 1__ RIVER. BEND 8 8 8 26-vre-1992 r ver i 1992 RBS EVALUATED EXERCISE Revision 1 12MM1

              - __                         ,                               . . . .      -     _ _ . _ - - - - - _ _ _ _ _ _ - - - - _ - - _ - - - _                               .   .-_J

e

9 02 :. RPU CONTROL--iR/PWR - lCHTNT HORMAL l I uz.IIN >TAF RPU LEVEL

  ^HDS/FUlpypy.,        RPU p  g                                                                                         g WTR      RPU    PWR     PHP TRIP HIj      52l CP.D AVAIL        PR  NA    '

OFF 220-RCTC l WTR EAVAIL RPU PR PWR HA PMP 0FF l ~ OPER l 40-- -

                                                                                                                          " SCRAM L0l       91
                                                                                       -140-HPCS       WTR.      RPU   PWR     PMP. E                                                                   gN              TAF     l-162l l AVAIL t               PR AVAIL    OFF I                                           -320g...ggy LPCS    lpdk       phP I   {gyL b        l          SRU~

RPU PRESS I o IPSIG SHUT 1500 \ LPCI I WTR RPU PWR __EMP l 'd OOL LD 13265 EAVAIL PR HI AVAIL O Ft' 3 i s a 1800- ' HEAT CAP 33935 SHTDH I CLG C00L1HG I HA RPU PWR PR HI AURIL PMP I Run E l ngy_j 39UT 500- SRU U FT:1103] i RUCU l phk phk [p[;.l l Gg{~ T ! 0 .........

                                                                                                                                 ~
                                                                                           ~

TURBlNE I . CLG~ UAC H.PWR ULU I

CONTROL I HA NA< AURI _ ssT j RX POWER I O l ~%

TURBINE CLG l UAC H.PWR ULU - BYPASS _ NA ' NA AVAIL SHT 100-D AINS H AhAfh SYT l l. APRM DNSCL 15l LIQ PWR PhP 25-SLC AVAIL AVAIL OFF 0

                                                                                                ..g. 0 RIVER BEND       ,e 8 8 8 26-FEB-1992 twf
                         '                                                                                                                       [

l [ 1992 RBS EVALUATED EXERCISE { Revision 1 12/20/91 2

030 F RPU NORbAL E {Q\TlIMET C0FTROL--NR . POOL LEVEL 19 FT to IN (RESCALE) 20 C00LI(G HA AVA L 0 l DgPER - m - 01 [ DRYWELL I CLG PWR FAN l 19 COOLING I AUAIL' NA RUN E l S RU g OPER LO !19- 6 I I SFUT ] CNTNT l CLG PWR FRN] HEAT CAPil5- 41 COOLING H AVAIL AVAIL RUN u , J g_10 (MIH) O PRESS I ULU PWR FRH E l.Sp0UP'- ' CONTROL I SHT RUAIL RUH I DW PRESS I 0.1BPSIG

SBGT l lply L p(f}g QN g l lRoosrx 2-M OPER HI l1.7 5 1- t

0- g

                                                                                                           -10 (MIH) 0 CNTMT TEMP I               851 Y                             DU TEMP R II91 'F                           POOL TEMP R           92 4 'F                         ,

RPU SAT 5481 RPU SATj5483 HEAT CAPI 1491 i ^ 90-90- 150-

DESIGH 1851 DESIGN 330i SCRM TEMPI 110I r 70- 100- , 70-OPER HI 90 5 OPER HIl1401 ' OPER HIl 951 '

      ~
    - 1 $ ^ [M'I'H )' ' i                                    -10('M'I'HT'0                                -10 (MIH) '0                              '

RIVER BEND e s 9 26-FEB-1992 g .f, > j 1992 RBS EVALUATED EXERCtSE Revision 1 12/20/91 ; l [

1992 EVALUATED EXERCISE ClockTiene = 1415 Message Number: 27 ScenarioTime = .06!30 RIVER BEND STATION EMERGENCYPREFAREDNESS DRILL DRMS MONITORS ID NUMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING R E-16A,P Ctmt.PAM R.B.18S'(DHRRM) 1000 R/hr RE-194 Supt. Am.Trans. Tube F.B.123*(ARM) ? 10 mR/hr R E-20 A,B DrywellPAM D.W.114*(DHRRM) 200'8 R/hr RE-195 Sample Sink Area F.B. 95'(ARM) '10 mR/hr RE-21 A,8 Ctmt. Purge lsol. R.B.141'(AR M) OSW mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) 10 enR/hr R E-139 Annul. Near Trans. Tube 114'(ARM)' OSH mR/hr RE-200 North Holst Area T.B.123'(ARM) 5'0. mR/hr RE-941 Refuel. Floor South R.B.186'{ ARM) OGH mR/hr RE-201 Cond. Air Removal Pinp. Area T.3. 95'(ARM) $.0 mR/hr RE-146 Containment Airlock F.B.114*(ARM) CSH mR/hr RE-202 Rx Feedwater Pump Area T.B. 6T(ARM) 5.0 mR/hr RE-151 Sample Station Area R.B.162'(ARM) CShf mR/hr RE-203 Turb.B!dg. Sample Rm.T.B 6T(ARM) $.0 mR/hr RE-162 0 G. Bldg. Regen. Area O.G. 6T(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) SM mR/hr R E-164 0.G. Bldg Sample Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.B.114'(ARM) f10 mRihr RE-165 Cond Domin Regen Area O.G.6T(ARM) 9.2 mR/hr RE-211 ControlRod Drive A.B.95'(ARM) '10 , mRfhr RE-166 Cond Demln Strnr. Area O.G. 95'{ ARM) 0.3 mR/hr RE-212 HPCS Area East A.B.70*(ARM) 10 mR/hr RE-167 O.G. Bldg Valve Area O.G.137" ARM) 28 m n/hr RE-213 RH3 A Area West A.B. 70*(ARM) ~10 mA/hr RE-182 Recovery Sample Tank R.W. E5'(ARM) 0.4

mR/hr RE-214 RHR B Area East A.B. 70*(ARM) OSH mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 0.2* mR/hr 7.E-215 RHR C Area A.B. 70'(ARM) 10 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5* mR/hr F I-216 LPCS Area West A.B. 70*(ARM) 10 mR/hr RE-107 High Cond. Sump Area R.W. 65'(ARM) 0.3* mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) 10 mR/hr RE-192 Refuel Flo'or South F.B.113*(AnM) [10 mR/hr 14E-218 LPCS Penetration Are:: West A.B. 70*(ARM) 11 0 mR/hr HE-193 Re*uel Floor North F.B.113'(ARM) If6 mR/hr RE-219 RCIC Area West A.B.70*(ARM) :10 mR/hr

                          ~]- Indicates Alarming                                                                                                                             Revision 1
                          'OSH - Indicates Offscale High                                                                                                                     12/20/91 All other ARMS are *as re::d*

Note: Levels drop based on sump being pumpedand contamination being washed 69wn drain.

1992 EVALUATED EXERCtSE Clock'Ume = 1415 Message Number: 27 ScenadoT'erw = _06/30 f RfVER BEND STATION EMERGENCYPREPAREDNET DRILL PROCESS MONITORS ID NUMBER LOCATION (TYPE) READING 10 NUMBER LOCATION (TYPE) READING RE-5A T Fuel Bldg. Vent Exh. (WRGM) 1.3 E+00 scl/sec RE-111P Cont. Atmosphere (PART) 7.6E-07 scilec RE-5B Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 tCl/see RE-111G Cont. Atmoephere(GAS) pCI/cc 4.2E-05 ; R E-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 SCI /sec RE-112P Drywo!! Atmosphere (PART) 5.1 E-07 41/cc R E-6B Radwaste Bidg. Vent Exh. (WRGM) 5.7E-01 tCI/sec RE-112G Drywell Atmosphere (GAS) 2.SE-05 6C1/cc 1GE-925 Main Plant Exh. Duct (WRGM) 1.1 E-06 ICl/cc RE-103~ SGTS Erfluent(GAS) 2.0E-06 tCI/cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-03 pC1/cc R E-116 Containment Purge (GAS) 3.0E-06 pCi!cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 pCI/cc RE-11 A Am;uius Exhaust (GAS) 2.5E-08 pCifcc OGE-125 Main Plant Exh. Duct (WRGM) 5.0E+01 pCl/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 5C3lcc RE-110P Aux. Bldg. Vent (PART) 2.0E-12 . SCI /cc - RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 ICI/cc i RE-118P Turbine Bldg. Vent (PART) 8.0E-06 pCl/cc Off Gas Pre 4reatment Monitor 0 mR!!'r RE-118G TurbineBfdg. Vent (GAS) 4.4E-06 $Ct/cc Off Gas Post-treatment Monitor o epm

RE-124P C.D./O.C Sidg. Vent (PART) 2.0E-09 FCI/ec Main Steam Une Radiation Monitor 1000 mR/hr RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 tCl/cc Main Steam Une Radiation Monitor iC00 mR/hr i RE-126P Main Plant Exh. Duct (PART) 3.8E-06 tCI/cc Main Steam Une Radiation Monitor 1000 mR/hr l RE-126G Maln Plant Exh. Duct (GAS) 1.1 E-06 tCI/cc Main Steam Une Radiation Monitor 1000 9/hr ElG- Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are "as read" 12/20/?1

                    ,                                                                    ,         .m .                   .       . , . .-   _                   _                 ,          ___ _ __

1992 EVALUATED EXERCISE Message Nuneber = 1 ClockThune = n - Scenario Thune = .06/45 RIVER BEND STATION eMRGDeCY PREPAREDNESS EXERCISE MESSAGE

THIS IS A DRILL
1- ; To: Control Room Plant Status Update ;

.j . i-1- l f i i } 4 1- [- i Rev.1 - 12/20/91 t 4 ' ~ .- , ., - - , .-- .- , , , _ . _ . -- - , r - ..- - - ~ . . . . . . . . - .-- -- _ _ _ -- _ - _ _

e-1 1992 EVALUATED EXERCtSE C:ockTassie = 14;50 RAessage Nunobsw = 28 ScenarioTissue = 06/45 F RfVER BEND STATION ERAERGENCY PREPAREDfESS EXERCISE CONTROt.LER INFOR8AAT!ON i

                                                                       " THIS IS A DREL ***

Con *rollerindormatiore EweetedActions: Continue to monitordownwind conditions. 4 t i 1-Rev.1 - 12/20/91 2

e 1992 EVA11TATED EXERCISE Message Number - 28- Clock Time - 1430 Scenario Time - 06/45 RIVER BFND STATION Rw. 1 - 12/20/91 EMERGENCY PREPAREDNES. EXERCISE , COTCROL ROOM DATA PANEL 601/877 PANEL 601 PANEL 680 St:stus -Press Flow SRV RED _ CRN AC.!Of RIIR A 005 O POWER O. APRM IIVEL t.0 NR F041A OFF ON .OFF RIIR B SDC_ 5200 pu41g OFF ON ,_OJT-RIIR C SS 0 CNS PM 1 FVS PM SS FT)41C OFF _ 0N OFF F041D CNS PIB SS EVS PIB _SS OFF ON _0FF

LPCS OOS O CNS PIC _g}_

p041F _0FF ON _ OFF IVS PIC _ES_ F041C OFF ON OFF RCIC OOS__ 0 0 Total Feedvater Flow 0 FD41L OFF ON OFF M1bs./hr HPCS _._ 00 3 0 0 F047A OFF ON OFF F047B OFF ON OFF CRD A OOS O O PANEL 808 F047C OFF ON . OFF.. , CRD B _ OOS 0 0 F047D _9ff_ ON _OFF F047F OFF Press Tetro Irvel ON OFT i Squib Press Imvel gg 9,7 g F051B . 0FF . ON OFF SLC A LT ON O 2000 M _ Ol I FVSIC OFF _ _ON _OFF_ Sir B LT ON O gpg p., ,yf 19 10-FV51D , OFF ON OFF Pru s W1 he PANEL 870/601 RPV O 70 VR MSIV RED _CRN F022A OFF ON SSW P2A _ff_ SSW P2C OP DIU I DIESEL OP F0228 OFF _ON SW MB W SW MD OP DIV II DIESEL Op FD22C OFF ON DIV III DIESEL OP F022D _ 0FF ON PANEL 863 FD28A . OFF ON OPWD.ATIM F028B SC A -. (,? Sm B CDS 437 0F SDYICE

                         $2= STAND 8Y RZADT
                         $$= SECT RED STAM OFF       _ON                                                     A
                              ~

F028C OFF _ON D/W COOIIRS OPERATINC BCDE F028D OFF Oy CIMT COOLERS OPERATINC 1

0 0 :. < Reu "0Rnat sCRITICAL PLANT VARI ABLES !Curnt s0Rnat i CONTAltiMEftT RPU l OhPER 4 DESIGH-l14.9 D PRESSI 0.1IPSIG DRYWELL b 4SRU PRESS Q PSIG LIFT 1103D)0 l Ss lu"T l l MI" or l 4 OPER HI I 1,7 y ( 100% BPU ~ 995 ) ] <n PRESSI oi lPSIG r, , , , ER HI , 90 D 4 TRIP HI $1D l

          "'                                               LEVELI 70 lIN                                l 6((oT l 4 OPER HI.              140 D 4SCRan LO          10 &

TEMP I 1/9 I 'F POWERE- o E% i (OPER HI 20- 0$ LUL 19 FT@IN W . u/NJ I,

!  4 OPER L0l19- 6 &                                          . Roos u                              4 OPER HI        95 D

- TEMPI 92.1'F ;

                            '                                                                                                       I SUPPRESSIGH                                                                                       SUPPRESSION POOL 3

POOL y --

                                                                             - RIVER. BEND 8 8 8  26-FED-1992     1930              i 1992 RBS EVALUATED EXERCISE i

Re h 1 12/20/91 ( i

02 :. RoV C O N T R O L~ - N R / P W R ' y'" "N

                                                                                                            ,,L ,1g , ,7 RFU LEVEL ,

WTR CHDS/FU g AVAIL RPU PR AURIL PWR PHPg OFF ~ I 70 IIN 400 , 521 CRD WTR ! RPU PWR 220-

                                                                                                                    / TRIP HIl AVAILI          PR     l NA        l PMPl OFF
                                                                                                                  /
                                                                      - D6               40-                           CSCRAM LOI           95 WTR         RPU           PWR                           OPER RCT'-   gAVAIL              PR         HA         PMPg 0FF                            _g40-HPCS E WTR           RPU           PWR         PMP. I                                                                 TAF      l-1625

! [AUAIL PR AURIL OFF I

                                                                                      -320 10 (MIH) 0 WTR          RPU          PWR         PMP                                                    o RPSIG LPCS l AVAILPR HI                AVAIL         OFF                            ~~ RPU PRESS I g gRj.        l     1500                      \

I WTR RPU PWR _Pl1P R , C POOL LD l13261 LPCI [ AVAIL PR HI AVAIL OFT E

1900- ' HEAT CAPj33931

                                                     ~            g_MSlV- l

Cb $G HA P HI AU L 500- SRU LIFT (11031 phyL 100 BPU 1825 RUCU l A)b L ^l l GROUP l 0

_i6(MIhy'"O

TURBfME I CLG UAC H.PWR ULU -I -

CONTROL l NA NA' AURI_ swr j RX P00ER l Ol% TURBlHE I CLG UAC H.PWR ULU -I BYPASS l NA NA AVAIL SHT I 100-sYy l APRM DNSCL $5l I DRAINS HA AQk 50-l LIQ PWR PMP E 25-SLC . E AVAIL AVAIL OFF l .

                                                                                          -18 ' '(hIN)' ' 0 RIVER BEND 8 $ $ 26-FEB-1992                   tv30 1992 RBS EVALUATED EXEROSE l

Revision 1 12/20/91

1

030 I RPU NORMAL ' CONTA"i bT C0t1 TROL--M -

i 2 POOL LEVEL 19 FT to IH (RESCALE) 20 COOLING HA AU!$L Ob l DgPER - ! DRYWELL I CLG PWR FAN 19-COOLING l AUAIL NA RuN El OPER LO l19- 6l la s an SF UT

E l CNTMT I CLG 'WR FRH E HEAT CAPl15- 4R j COOLING E AURIL AJAIL RUH E 18 40 M 0 PiiESS ULU PWR AVAIL FAN I l- 6R0 2s g l' [ COHTROL lI SHT RUN E DW PRESS I 0.1 IPSIG ULU SBGT l opgn AbAYL khbl l Roos ra l ,

j 1-M OPER7 1I M t . _ =m ! -10 (MIH) 0 'CHTMT TEMP I 85E'F DW TEMP I 1191 'r POOL TEMP I 92.; 'F RPU SATl5481 RPU SAT 5485 HEAT CAP l1491 90- 150- 90-

DESIGH 11855 DESIGHI 330 l SCRM TEMPil101 70- 100- .

                                                                                                .                               OPER HI          90 5                                       OPER HI 140E 50 g> gg 5010 (MIH) 0 RIVER BEND e e s                            26-FEB-1992 jy30 1992 RBS EVALUATED EXERCISE Revision 1       12/20/91

e ClockTime = 1430 1992 EVALUATED EXERC!SE SwrMOTome = 06/41 Mossago Number: 28_ RIVER BEND STATION EMERGENCYPREPAREDNESS Drill. DRMS MONITORS ID NUMBER LOCATION (TYPE) READfNG ID NUMBER LOCATION (TYPE) READING __ RE-194 Supt. Rm.Trans. Tube FE.123*(ARM) '10 mR/hr R E-16 A.B Ctmt.PAM R.B.18G'(DHRRM) 1000 R/hr 2000 R/hr RE-195 Sample Sink Area F.B. 95*(ARM) 10 mR/hr RE40A.D DryweIIPAM D.W.114*(DHRRM) OSHi mR/hr R E-196 Equip. Drain Sump F.B. 70*(ARM) 10 mR/hr RE-21 A.B Ctmt. Purge Isol. R.B.141*(ARM) RE-200 North Holst Area T.B.123*(ARM) 5.0 mR/hr R E-i39 Annul. Near Trans. Tube 114* (ARM) OSH mR/hr RE-201 Cond. Air Remova' Pmp. Area T.B.95*(ARM) 5.0 mR/hr RE-141 Refuel. Floor South R.B.186*(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B.6T(ARM) $.0 mR/hr RE-146 Containment Airlock F.B.114*(ARM) OSH mR/hr RE-203 Turb. Bldg Sample Rm.T.B.6T(ARM) 5.0 mR/hr R E-151 Sample Station Area R.U.162'(ARM) OSII mR/hr RE-204 Cond. Domin. S ample Rack T.B. 95* (ARM) 5.0 mR/hr RE-162 O.G. Didg. Regen. Area O.G. GT (ARM) 0.4 mR/hr RE-210 PASS Panel A.B.114*(ARM) 10 mR/hr RE-164 O.G. Bldg Sampie Area O.G.123*(ARM) 2.0 mR/hr RE-211 Control Rod Dr!ve A.B. 95*(ARM) 10 mR/hr RE-165 Cond Demin Regen Area O.G. 67*(ARM) 9.2 mR/hr mR/hr RE-212 HPCS Area East A.B.70*(ARM) 10 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 RE-213 RHR A Area West A.B. 70*(ARM) 10 mR/hr RE-167 0.G. Bldg. Valve Area 0.G.13T(ARM) 28 mR/hr RE-214 RHR B Area East AE.70*(ARM) OSH mR/hr RE-182 Recovery Sample Tank R.W. 65* (ARM) 0.4

mR/hr RE-215 RHR C Area A.B. 70*(ARM) 10 mR/hr RE-185 Storage Tank Area R.W. 90*(ARM) 0.2* mR *hr LPCS Area West A.B.70*(ARM) ,10 mR/hr Floor Drain Sump Area R.W. 65*(ARM) 0.5
mR/hr RE-216 RE-186 RE-217 HPCS Penetration Area East AE. 70*(ARM) '10 mR/hr RE-187 High Corid. Sump Area R.W. 65*(ARM) 0.3
mR/hr RE-218 LPCS Penetration Area West AE. 70*(ARM) 10 mR/hr RE-192 Refuel Floor South F.B.113*(ARM) '10 mR/hr RCIC Area West A.B. 70*(ARM) '10 mR/hr 30 mR/hr RE-219 RE-193 Refuel Floor North F.P.113*(ARM) _

Revision 1 f]- Indicates Alarming 12/20/91 OSH - Indicates 0+fscale High All other ARMS are "as read"

Note: Levels drop based on sump being pumpedand contamination be!ng washed down drain.

_ l

1992 EVALUATED EXERCISE Qock Time = 1430 Message Number- 28 ScenarioTime = 06/45 RfvER BEMD STATION EMERGENCYPREPAREDNESS DRILL PROCESS MO.WTORS ID NUMBER LOCATION fTYPE) READING ID NUMBER LOCATION fTYPE) READtNG RE-5A Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 sci /see RE-111P Cent. Atmosphere (PART) 7.5 E-07 Ci/cc R E-5') Fuel Didg. Vent Exh. (WRGM) 1.3E+00 SCL/sec RE-111G Cont. Atmosphere (GAS) 4.2E-05 6CI/cc RE-CA Radwasts Bldg. Vent Exh. (WRGM) 5.7E-01 CI'sec RE-112P Drywell Atmosphere (PART) 5.0 E-07 scl/cc RE-6B Radwaste B!dg. Vent Exh. (WRGM) 5.7E-01 pCl/sec RE-112G DryweII Atmosphere (GAS) 2.8 E-05 scilec 1GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 pCVcc RE-103 SGTS Effluent (GAS) 2.0E-0G sci /cc 2GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 tCI/cc RE-116 Containment Purge (GAS) 3.0E-06 sci /cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 pCl/cc R E-11 A Annulus Exhaust (GAS) 2.5E-08 :CJ!cc 4GE-125 Main Plant Exh. Duct (WRGM) 5.0E+01 pCI/sec RE-118 Annulus Exhaust (GAS) 2.5 E-08 6Cl/cc RE-110P Aux. Oldg. Vent (PART) 2.0E-12 6CI/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 ICI/cc RE-118P Turbine Bldg. Vent (PART) 8.0E-06 pCi/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-118G TurbineBldg. Vent (GAS) 4.4 E-06 6C1/cc Off Gas Post-treatment Monitor o cpm R E-124P C.D./O.G. Bldg. Vent (PART) 2.0 E-09 pC1/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-124G C.DJO.G. Bldg. Vent (GAS) 2.0E-07 pCl/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-126P Main Plant Exh. Duct (PART) 3.BE-06 pCi/cc Main Steam Une Radiation Monitor 1000 mR/!w RE-126G Main Plant Exh. Duct (GAS) 1.1 E-06 ICI/cc Maln Steam Une Radiation Monitor 1000 mR/hr [~5 - Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are *as rand" 12/20/91 i

  , - - , _ _ . - - - - - - - . - - . _ . . , , . . - -   n-----. - . .--,----- - -- - - - - - . - - - . - _ - - - --_.-.--.---         -------._-.-u     -   -   - - , _ . - _ - - - _ -             . - - --_
                                                                                                                                                                                                                                                                                       +

1992 EVALUATED EXERCESE ClockTksee = 1445 L- y Nominor = _29 Scenerlo T'avne = 07/00 RIVER BEND STATION ERNERGENCY PREPAREDNESS EXERCISE REESSAGE

THis IS A Drat.L "

                    " n ; _ To: Control Roorn                                                                                                                                                                                                                                           !

Plant Status Update i

                                                                                                                                .                                                                                                                                                        t r

1 4 I, , i Rev.1 - 12/20/91 l r 1 f A

                                   . .,- ,                                                                    -                   ,s-       w                   -                         , 4 w- - -<           e,- 4---r - --- , -            --    - - - . , ,       . . . - - . . .

e 1992 EVALUATED EXERCISE Clock Thune = 1445_ Scenario 11ssee = 07/00 25essage Moneber = 1 1 RWER BEND STATION l EhdERGENCY PREPAREDfEESS EXERCISE CONTROt1ER INFORREATION

                                                        *** THIS IS A DREL *"

ExpectedActions: C . - _"_ Information: . Monitor plant and environmental conditions.

Consolidate recovery plans.

Rev.1 - 12/20/91 y.

1992 EVALUATED EXERCISE Clock Time - 1445 Message Nu:=ber - 29 Scenario Time - 07/00 RIVER BEND STATION Rev. 1 - 12/20/91 MERGENCY PREPAREDNESS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PANEL 680 Status Press Flow SRV RED _C_ RN __ AC . MN POWER 05 APFM LEVEL 40 NR RIIR A OOS 0 M41A 0FF_ _ _ON _0.JE _ RHR B SDC 5200 F041B OFF_ __0N OFF WSPIA CNS PIA SS SS RHR C SS O F041C OFF ON OFF CNS PIB _g1_ WS PIB SS W41D OFF ON OFF WS Plc CNS PIC SS SS LPCS 005 _ 9- F041F 0fF ON OFF F041C ON OFF _OFF Total Feedwater Flow 0 M1bs./hr RCIC OOS 0 0 F041L OFF ON OFF IIPCs 00S 0 0 F047A 0FF ON OFF F047B OFF ON OFF pgggt gog CRD A OOS O O F047C OFF. ON . OFF CRD B OOS 0 0 F047D OFF_ ON OFF- Temp Press levl F047F 0FF ON OFF DRYVELL 0,} 1.12 Sciufb Press level F051B OFF ON OFF CTMT 0.1 85* SLC A LT ON O 2000 M51C OFF ON OFF SPR PL 92 19'10" l SIE B LT ON_. O F051D OFF ON OFF FD51C OFF ON OFF PANEL 870/601 l Press level, Range CRN_ f 70 WR MSIV RED I RPV O SSV P2A OP SSV P2C OP W22A OFF ON SSV P2B OP SSV P2D OP F022B 0FF ON D1U I DIESEL OP FD22C OFF- ON DIV II DIESEL OP_ PA'EL 863 F922D OFF ON DIV III DIESEL _Qf_ M28A 0FF ON SCTS A OP SCTS B _E.2_ sm-stancer tract EU285 OFF ON or-orrRArips D/V COOLERS OPERATING BCDE mm'T or smrer ss-szcuazD STATUS F028C OFF ON OFF ON CIMT COOLERS OPERATING _AA. F028D

00: ePU HORnnL sCR::T::CFL 3LANT UARIf BLES IcHTnt HORnal i CONTAIHMEHT DG RPU OPER 4 DESIGH 14.9) DRYWELL-b 4SRU PRESSE LIFT 11103 D ,U o IPSIG l S SH(T )8)) l PRESSI 0.11PSIG 4 OPER HI l 1.7 p ( 100% BPU 995) }~g PRESSI o I (PSIG ;; ;g ( OPER HIi 90 > 4 TRIP HI 51 ) GROUP TEMPR 851 T LEVELE 7o IIN IS '- 4 OPER HI 140 & 4 SCRAM LOI 10 > TEMPI /19 I T POWER I. o I% 4 OPER HI120- 0 D u/hA A.J LUL 19 FT@IH \_.A /

                                                . Rov > rn 4 OPER HI            95 P 4 OPER LOl19- 6 )

TEFI 92] T SUPPRESSION SUPPRESSIGH , POOL POOL RIVER BEND 8 8 8 26-Frs-199 2 t v < +- 1992 RBS EVALUATED EXEROSE Revoon 1 12/20 S1 M

' 02 :. PU C0bTR0;--(R/ 3 MR ' 7'"' " """$'

                                                                                                           , n7 RPV LEVEL , m ,,g WTR     RPU       PWR      PMP l                                          I ~7# I yg CNDS/FUIgugit             pp    AVAIL      orr _ m                       400                                 TRIP HII        521 k WTR      RFU l PUR                                        220-CRD l AUAIL      PR ) NA       i PHPl OFF I    DG     I         40--                   -   -4 SCP,AM LOI           95 WTR     RFU       PHR                l     OPERR RCIC        AVAIL      PR      HA       PMPl 0FF                          -140-N          TAF       l-1621 HPCS      lp$A$L       PR    A     L    Oh.                          -320lg .gjgg 0 P

bgyL RPU PRESS I o IPSIG LPCS lgypfL P I gg WB SHUT' - P0OL LD 11326 l B WTR RPU PWR _EllP I LPCI IAURIL PR HI AVAIL OFT l 1000- HEAT CAP 1 33931 SHTDN COOLING B I CLG HA RPU PR HI AUAIL PWR _PliP. l un E 1 MSIV_ l 59ur a 500- '\ SRU LIFTI1103l 100 BPU I 1025l RWCU l phfL fAbNYL h I' lGR 0; ......... TURBINE I CLG UAC H.PWR ULU l RX POWER I Ol% CONTROL I HA NA' AVAIL sat g 125 TURBlNE l CLG UAC H.PWR ULV E 100-BYPASS E NA NA AVAIL SHT l onS I W WAR gTl l" " " l' 50 - APRM DNSCL 15l PHP g 25-I LIQ PWR ' SLC l AVAIL AURIL OFF I - O .. ...... _10 (MIH) 0 l RIVER BEND a 8 8 26-FEB-1992 f 44 5~ f 1992 RBS EVALUATED EXERCISE Revtson 1 12/10/91 5

                               ...     ....ee    e..    . ..... ...... e v -o w- , . . .   ,,e m . ~s  . ..'      >

030 r Rev HORnAt

                                     ' C O M 'i I F.1 E i" C O l','M 0'L --                                                't                                     '

P00L e 7_ 7E[ (RESCALE) w P00[E #21- Q i.

  . COOLING              H           AU l           Dgpgpl                          _

DRYWELL E~ CLG PWR FAN I 19 COOLING B AURIL HA Run l- l s ay l OPER LO l19- 61 CNTNT a stuT - COOLING l E CLG AVAIL A

                                       'WR MIL           :RH RUN g I                                                                              - EAT CAPl15- 41
                                                                                                                . i g.

PRESS VLV , PWR if -10 (MIH) 0

g. GROUP zgo g. ~

CONTROLI SHT AVAIL DW PRESS I 0.IIPSIG SBGT l U opf,y gjlfL _ l ##" "l 3-

1-M OPER HI (1.7 5 : 3

                                                                                                                        -10 (MIH) O                                t CNTMT TEMP I           8bJ'F                                  DU TEMP I 1101 'F -                                   POOL TEMP I        9 2.1 'F RPU SAT 548 E                                               RPU SRT 5485                                         HERT CAPI 1491 l 90-__           __

150- 90- i ! CESIGN 1851 DESIGN 330l SCRM TEMP l110l l i ~ 100- - 70-50

                                        "             '   50
                                                                                                                ' 50,g..(MIN)

_ g . . . . . ). ,g...g.g..g 0 RIVER BEND e s 3 26-FEB-1992 f yyr i 12/20/91

i

( '-

1992 EVALUATED EXERCISE CIockTime = 1445 Message Number: 29 ScenarioTime = 07/C0 R:VER BEND STATX)N EMERGENCYPREPAREDNESS DRILL DRMS MONITORS . ID NUMBER LOCATION (TYPE) READING ID NUMPER LOCATION (TYPE) READING RE-16A.B Ctmt.PAM R.B.186'(DMRRM) f000 R/hr R E-194 Supt. H m.Trans. Tube F.B.123'(ARM) 11 0 mR/hr R E-20A,B DrywellPAM D.W.114'(DHRRM) 2DOD Rihr RE-195 Sampic Sink Area F.B. 95'(ARM) 11 0 mR/hr R E-2 i A,0 Ctmt. Purge Isol. R.B.141'(ARM) OSN) mR/hr RE-196 Equip. Drain Sump F.B. 70*(ARM) ~10 mR/hr R E-139 Annut. Near Trans. Tube 114*(ARM) OSH mR/hr RE-200 North Holst Area T.B.123*(ARM) 510 r.3/hr RE-141 Refuel. Floor Suuth R.B.186'(ARM) OsH mR/hr RE-201 Cond. Alr Removal Pmp. Area T.B. 95'(ARM) 5.0 mR/hr RE-146 Containment Airlock F.B.114'(ARM) OSH mR/hr RE-202 Rx FeoowaterPump Area T.B.67'(ARM) 5:0 mR/hr RE-1,31 Sample Station Area R.B.162*(ARM) OSH mR/hr R E-203 Turb.Bidg. Sample Rm.T.B. 67*(r.RM) 5.0 mR/hr R E-162 0.G. Bidg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(ARM) 5.0 mR/hr RE-164 0.G. Bldg Sampfe Area O.G.123'(ARM) 2.0 mR/hr RE-210 PASS Panet A.D.114*(ARM) 30 mR/hr RE-165 Cond Domin Regen Area O.G.G7*(ARM) 9.2 mR/t.r RE-211 Control Rod Drive A.D. 95'(ARM) 10 mR/hr RE-166 Cond Demln Strnr. Area O.G. 95'(ARM) 0.3 mRfor RE-212 HPCS Area East A.D. 70'(ARM) ~10 mR/hr RE-167 0.G. Bldg. Valve Area O.G.137'(ARM) 28 mR/hr RE-213 RHR A Area West A.B. 70'(ARM) l10 mR/hr RE-182 Recovery Sample Tank R.W. SS'(ARM) 0.4

mR/hr RE-214 RHR B Area East A.B. 70*(ARM) OSM mR/hr RE-185 Storage Tank Area R.W. 90'(ARM) 0.2
mR/hr RE-215 RHR C Area A.B.70*(ARM) [10 mR/hr

. RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5

mR/hr RE-216 LPCS Area West A.B. 70'(ARM) 10 mR/hr RE-187 High Cond. Sump Area Ft.W. 65'(ARM) 0.3
mR/hr RE-217 HPCS Penetration Area East A.B. 70*(ARM) [iG mR/hr RE-192 Refuel Floor South F.B.113'(ARM) 71 6 mR/hr flE-218 LPCS Penetrat!on Area West A.B.70*(ARM) :10 mR/hr RE-193 Refuel Floor North F.B.113'(ARM) dC mR/hr RE-219 RCIC Area West A.B. 70*(ARM) 10 mR/hr h ]- Indicates Alarming Revision 1 OSH - Indicates Offscale High 12/20/91 All other ARMS are "as read"
Note: Levels drop based on sump being pumpedand contamination being washed down drain.

o 1992 EVALUATED EXERCISE Clock Time = 1445 Message Number: 29 ScenarioTime = 07/00 RIVER BEND STATION EMERGENCYPREPAREDNESS DRILL PROCESS MONITORS ID01 UMBER LOCATION (TYPE) READING ID NUMBER LOCATION (TYPE) READING RE-SA Fuel Bldg. Vent Exh. (WRGM) 1.3E+00 pCl/sec RE-111P Cont. Atmosphere (PART) 7.5 E-07 pCl/cc RE-SR Fuel Bldg. Vent Exh. (WRGM) 1.3E+ 00 pCl/see RE-111G Cont. Atmosphere (GAS) 4.2 E-05 pCl/cc RE-6A Radwaste Bldg. Vent Exh. (WRGM) 5.7E-01 ICI/see RE- 112P Drywell Atmosphere (PAPT) 5.OE-07 141/cc RE-6B Redwaste Bldg. Vent Exh. (WRGM) 5.7E-0 i pCl/s ac R E-112G Drywell Atmosphere (GAS) 2.8E-05 $1/cc 1 GE-125 Mrdn Plant Erh. Duct (WRGM) 1.1 E-06 pCl/cc RE-103 SGTS Effluent (GAS) 2.0E-06 pCi/cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.1 E-06 pCi/cc RE-116 Containment Purge (GAS) 3.C'E-06 iCl/cc 3GE-125 Main Plant Exh. Duct (WRGM) 1.12-06 pCi/cc RE-11 A Annulus Exhaust (GAS) 2.5E-08 Wi/cc 4GE-;25 Main Plant Exh Duct (WRGM) 5.0E+01 tCl/sec RE-11B Annulus Exhaust (GAS) 2.5E-08 Wl/cc RE-110P Aux. Bldg. Vent (PART) 2.0E-12 pCl/cc RE-110G Aux. Oldg. Vent (GAS) 3.0E-08 Wi/cc .'1E-118P Turbine Didg. Vent (PART) 8.0E-06 pCI/cc Off Gas Pre-treatment Monitor 0 mR/hr RE-1 tag TurbineBldg. Vent (GAS) 4.4 E-06 pCl/cc Off Gas Post-treatment Monitor 0 cpm RE-124P C.D./O.G. Bldg. Vent (PART) 2.0E-09 Wl/cc Main Steam Une Radiation Monitor 1000 mR/hr RE-124G C.D./O.G. Bldg. Vent (GAS) 2.0E-07 pCI/cc Maln Steam Une Radiation Monitor idOe mR/hr RE-13GP Main Plant Exh. Duct (PART) 3.8E-06 pCl/cc Main Steam Une Radiation Monitor 1600 mR/hr P.E-126G Main Plant Exh. Duct (GAS) 1.1 E-06 pCI/cc Main Steam Une Radiation Monitor j000 mR/hr @'i3- Indicates Alarming OSH - Indicates Offscale High Revision 1 All other Process Monitors are *as read

12/20/91

                                                 --- ~         ;          . . , - .

m i

      .E1992 EVALUATED EXERCISE                                                                           ClockTime = 1500 Message Number =. 30 ~                                                                        ScenarioT1me = . 07/15 RfvER BEND STATION EMERGENCY PREPAREINJESS EXERCISE InESSAGE
                                                                      *** THIS IS A DRILL ***

Message To: Recovery Manager i The Exercise may be terminatmlwith concurrenceof the Lead Exercise Controller. Rev.1 - 12/20/91

                                                                                           ^
                                                                       ,V                w   9- w 3 -+< w  4e.  %   - _ -                - - _ _

v... -. . . _.

                                                                                                                 .   .,-                    .         ,   .              =.
                                                                                                                                                                                .,7
             .._ s m                                 -

m,7,,

                                                                                                                                                                                  .,b.,

9 J1992 EVALUATED EXERCISE C M T1ssee = =1500= Message N:mitner = 30 Scenar6o Time . = . ' 07/15 ' RIVt!R BEND STATION.. <- -- ERGERGENCY PREPAREDNESS ENDICISE CONTROLLER INFORRAK3XNi

                                                                  *** THIS IS A DRKL ***

Contnmerin'ormation: EmeetedActions- - 1

                                                                                                                                                                                      '6 Doliver this message after all objectives have been evaluated.               Announce termination of Gaitronics and commencefacility critiques. -

i f 4

                                                                                                                                                                                      .f f

f i t I r

                                                                                                                                                                                        'i i

i r P nov.1 - 12/20/s1 L

                                    . . < -                         e
         ,           4                                       ,-                        ,       ,   .-   +.n  . ,   _       .nn-   - , , - .     . - ,   -                   .

o Clock Tisse - 1500 1992 EVA11JATED EXERCISE 30 Scenario Titre - 07/15 Message Number'- RIVER BEND STATION Pesy. 1 - 12/20/91 EMERGENCY PREPAREDNF.SS EXERCISE CONTROL ROOM DATA PANEL 601/877 PANEL 601 PANEL i.80 Status Press Flow SRV RED. CRN AC.MN POWER 0* AFRM LEVEL 40 NR RIIR A OOS 0 po ,1A 0FF ON OFF RIIR B SDC 5200 F041B OFF ON OFF CNS PIA SS WS PIA SS RIIR C SS 0 F041C OFF. ON OFF gg3 pyg g3 pig $3 33 F041D OFF ON OFF FWS PIC CNS Plc S S ._ SS LPCS 00S 0 F041F OFF ON OFF F041C OFF ON OFF 0 Total Feedwacer Flow M1bs./hr RCIC 00S 0 0 F041L OFF ON OFF IIPCS 00S __ _ 0 0 F047A 0FF_ ON OFF F047B 0FF ON OFF PANEL 808 CRD A 00S 0 0 F047C OFF. ON , OFF CRD B OOS 0 0 F047D OFF ON OFF. Press Term Jevel F047F OFF ON OFF DRYWELL 0.1 11.9.' Sculb Press Level F051B 0FF_ ON OFF CTMT 0.1 85' l SLC A LT ON_ 0 2000 F051C OFF ON OFF SPR PL _9f 19'10' I SIE 3 LT ON O F051D OFF ON OFF W51C OFF _ ON OFF PANEL 870/601 Press Level Range MSIV RED CRN RPV O 70 WR SSU P2A OP SSW P2C 1 F022A 0FF _pjg_ SSU .P2B OP SSV P2D OF F0225 0FF ON DIV I DIESEL OP_ FD22C OFF ON DIV II DIESEL OP PANEL 863 W?2D OFF ON I DIV III DIESEL OP F028A _pfE, Qti SCTS A _Q2_ SCTS B _y1 F028B 0FF. ON OP=0PERATING $1ta$TANDST READY D/W COOLERS OPERATING BCDE o s-cst cP sEnvicz ss-secoxEn sTATos F02BC _Q ON CIMT COOLERS OPERATING AB A*J=AVAllA3LE ISOL=ISOIATED ON M2BD OFF.

UARI:B _ES IcsTnT 80Rnat i HORMAL-ICR:.TIClL PLANT 8 0 .. I RPU CONTAIUMENT OPER l ( SRU LIFTil!03 ) 4 - DESIGH l14.9) 8 SIU o IPSIG U l l DRYWELL b PRESSE l 3gfT l or

P R E S S I 0 _. 1 1 P S I G 4 OPER HI I 1.7p ( 100% BPU 995)

                                                                                                ?g                                    yg PRESSI_o.l iPSIG 4 OPER HII           90 P                                  4 TRIP HI      D                                     f.E l TEMPI        85j'F                                         LEVELI 70 $IN                                l 1 OPER_HI       140 & 4 SCRAM-LO            10_ P TEMPI //9 I 'F POLERI. o I%

4 OPER HI 20- 0) MJN I" LUL 19 FT@IH \_A / , 4 OPER HIl 95 ) In 4 OPER LO 19- 6P l.Roa5 3

                                                                              "                              TEMPI        921'F SUPPRESSION SUPPRESSIGH                                                                                                     POOL POOL                                                                                         I__

I 26-Fra-1992 trov RIVER BEND 8 8 8 l4 1992 RBS EVALUATED EXERCISE Revision 1 12/20/91

[ CNW NORMAL l L021 RPV CONTROL--NR/PWR ~

l I z 2z.]IN >TAF . CHDS/FUlgdgyt RPV . pp g g.g RPU LEVEL g. ] 400 TRIP HI 52] CRD E WTR RPU l PWR .PMP R 220-i IAVAIL PR 1 HA OF 5- E 40-- C SCRAM L0i 91 RCyr WTR RPU PWR PMP I _ !..DhPERl - p l AVAIL I PR HA 0FF I- -140-HPCS WTR lE AVAIL RPU PWR AVAIL PMP. E. OFF E -320 J N TAF

                                                                                                                                                                      -1621.

PR: - .

                                                                                                . .g g. . 0 LPCS    lpdk       plPg f,g g. l                                  gg RPU PRESS I                  o EPSIG                                                  .!

N 3 WTR- RPU PWR _Rt1P R GHUTE - POOL LD i1326l LPCI IAVAIL PR HI AURIL OFr l ' a g 1000- ' N HEAT CAP L33931 SHTDN I CLG RPU PWR PMP, l-~ggyp 59ur C00LlHG E HA PR HI AVAIL Rou g I 500- SRU LIFT l 1103 l 4 RUCU f ph k A@L -

                                                          ~!    l6RgUP 7       g            O

_15 ' '('NI'H)" ' 0 100% BPU 1025 TURBINE l CLG UAC- H.PW R ULU E - - - - CCHTROL E NA NA< AVAI. say J RX POWER I O_l % I TURBINE l CLG UAC. H.PUR ULU l BYPASS s HA- NA AVAIL SHT g 100"! D 14S HA AD ULUl-SHT

l. APRM DNSCL 15 9 i LIQ' PWR PMP 25-SLC l AVAIL AVAIL OFF -

0 ....

                                                                                           -10 (MIH) 0 i900 RIVER BEND e { 3 26-FE3-1092 1992 RBS EVALUATED EXERCISE Revisbn 1                             12/20/91
                                                                                              .    ~,   -        - _      . _ _ - .- _ _ _ - - - _ - _

                                                                        .                                                                                t 030       ' RPU HORMAL              ' C0F TAI s M8T C0h"R0 - -;s R POOL LEVEL           19 FT       10 IN      (RESCALE)

JO% I #S ncWit 85 l l oggs,l .

y_e00tt0,21-3i l 4 OPER HI l20- 0 { PUR FAN 19, DRYWELL I CLG OPER LO I19- 6 I COOLING l AVAIL ! NA Run lI S RU 4I C0bL ! G

AUA A L bl __ gg.

                                                                                                      -10 (MItO 0                   -

PRESS R ULU PUR AVAIL FgHI RHI l.. GROUP'l IS DU PRESS I C.i JPSIG CONTROL I SHT SBGT l ULU gpGN AUbfL bl l8C#' *l 3 M OPER HI (1.7 l

                                                                                                          *~   ~g
                                                                                                          -10 (MIN) O 92.,      F DU TEMP I 119 l F                               POOLTENPJ CNTMT TEMP I              85l'F                                                                                                        HEAT CAP l149l M RPU SATl548_j                                    .

RPU SAT 5481 l _150-90-SCRM TEMPj 110 l 90- __ __l DESIGN 330] DESIGN 185i 100- 70-l 70-50, g . . .g. N')' ' 8 50 10 (MIN) 0

         ...g....g 50
                  )                                                                                                         26-FEB-1992 j5co RIVER BEND s s 4 1992 RBS EVALUATED EXERCISE Revision 1      12/20/91 s-.

1992 EVALUATED EXERCISE ClockTims - 1500 Message Numbec 30 Scenario ~Ilme = 07/15 RIVER BEND STATION EMERGENCYPREPAREDNESS drill. DRMS MONITORS ID NUMBER LOCATION (TYPE) READING ID f4 UMBER LOCATION (TYPE) . READING R E-16 A,8 Cimt.PAM R.B.186'(DHRRM) 166U R/hr RE-194 Supt. Rm.Trans. Tube F.B.123*(ARM) 2 10 mR/hr R E-20A,8 DrywellPAM D.W.114'(DHRRM) 8060 R/hr RE-195 Sampfe Sink Area F.B.95'(ARM) '10 mR/hr R E-21 A,8 Cm9. Purge Isol. R.D.141'(ARM) R E-196 Equip. Drain Sump F.B. 70'(ARM) OS$ mR/hr 10 mR/hr R E-139 Ann.4 idear Trans. Tube 114'(ARM) OSH mR/hr RE-200 North Holst Area T.B.123'(ARM) 5.0 mR/hr RE-141 Refuel. Floor South R.B.186'(ARM) OSH mR/hr R E-201 Cond. Afr Removal Pmp. Area T.B. 95'(ARM) 5.0 mR/hr RE-146 Containmant Airlock F.B.114'(ARM) OSH mR/hr RE-202 Rx FeedwaterPump Area T.B. 57'(ARM) 5.0 mR/hr RE-151 Samplo Station Area R.B.162.'(ARM) OSH mR/hr hE-203 Turb.Bidg. Sample Rm. T.B. 67'(AR M) 5.0 mR/hr RE-162 0.G. Bldg. Regen. Area O.G. 67'(ARM) 0.4 mR/hr RE-204 Cond. Demin. Sample Rack T.B. 95'(AR M) 5.0 mR/hr R E-164 0.G. Bldg Sarnple Area O.G.123*(ARM) 2.0 mR/hr RE-210 PASS Panel A.D.114'(ARM) !10 mR/hr l RE-165 Cond Domin Regen Area O.G. 67'(ARM) 9.2 mR/hr RE-211 Contro Rod Drive A.B.95'(ARM) 10 mR/hr RE-166 Cond Domin Strnr. Area O.G. 95'(ARM) 0.3 mR/hr RE-212 HPCS Area East A.B. 70*(ARM) _10 mR/hr l RE-167 0.G. Oldg. Valve Area O.G.137'(ARM) - 28 mR/hr H E-213 RHR A Area West A.B. 70*(ARM) "10 mR/hr RE-182 Recovery Sample Tank R.W. 65'(ARM) 0.4

mR/hr RE-214 RHR B Area East A.D. 70'(ARM) OSH mR/hr R E-185 Storage Tank Area R.W. 90'(ARM) 0.2
mR/hr R E-215 RHR C Area A.B. 70'(ARM) 11 0 mR/hr RE-186 Floor Drain Sump Area R.W. 65'(ARM) 0.5
mR/hr RE-216 LPCS Area West A.B. 70*(ARM) 10 mR/hr l RE-187 High Cond. Sump Area R.W. 65'(ARM) 0.3* mR/hr R E-217 HPCS Penetration Area East A.B. 70*(ARM) ;1d mR/hr RE-192 Refuel Floor South F.B.113'(ARM) hd mR/hr RE-218 LPCS Penetration Area West A.B. 70' FARM) 40 mR/hr R E-193 Refuel Floor North F.B.113'(ARM) 96 mR/hr RE-219 RC8C Area West A.B. 70'(ARM) [10 mR/hr

   @f,9- Indicates Alarming                                                                                                                 Revision 0 OSH - Indicates Offscale High                                                                                                            12/20/91 All other ARMS are "as read"

Note: Levels drop based on sump being pumpedand contamination being washed down drain.

                                                                                                          - _ _ _ _ _ _ _ _ _ _ - - - - - .            _                l

1992 EVALUATED EXERCISE Clock Time = 1500 Message Number, 30.. ScenarloTime = 07/15 RIVER BEND STATION , EMERGENCYPREPAREDNESS DRiu. PROCESS MONITORS ID NUMBER LQCATION__fTYPE) PEADING ID i"JMBER LOCATION (TYPEl READING RE-5A Fuel Bldg. Vent Exh. (WRGM) 1.3E*00 pCl/sec RE-111P Cont. Atmosphere (PART) 7.3E-07 pCl/cc RE-5B Fuel Bldg Vent Ext?. (WRGM) 1.3E+% pCI/sec RE-111G ' Cont. Atmosphere (GAS) 4.1 E-05 pCl/cc RE-GA Radwaste Bldg. Vent Exh. (WRGM) '5.7E-01 SCI /sec RE-112P Drywell Atmosphere (PART) 4.9E-07 pCl/cc . RE-6B Radw'aste Bldg. Vent Exh. (WRGM) 5.7E-01 1:Cl/see - RE-112G Drywell Atmosphere (GAS) 2.8E-05 pCl/cc 1GE-125. Main Plant Exh Duct (WRGM) 1.1 E-06 pCl/cc RE-103 SGTS Effluent (GAS) 2.0E-06 sci /cc

2GE 125 Main Plant Exh. Duct (WRGM) ' 1.1 E-06 ' pCl/cc RE-116 ContainmentPurge (GAS) 3.0E-06 pCi/cc 3GE-125 Main Plant Exh Duct (WRGM) 1.1 E-0G - SCl/cc RE-11 A Annulus Exhaust (GAS) 2~ 'O . SCI /cc 4GE-125 Main Plant Exh. Duct (WRGM) 5.0E+01 pCl/sec R E-118 Annulus Exhaust (GAS) 2.5E-08 SCl/cc RE-110P Aux. Bldg. Vent (PART). 2.0E-12 tCI/cc RE-110G Aux. Bldg. Vent (GAS) 3.0E-08 pCI/cc RE-118P Turbine Bldg. Vent (PART) 8.OE-06 iCl/cc Off Gas Pre-treatment Monitor o mR/hr RE-118G TurbineBldg. Vent (GAS) 4.4 E-06 tCl/cc Off Gas Post-treatment Monitcr o epm RE-124P ' C.D./O.G. Bldg. Vent (PART) 2.0E-09 tCl/cc Main Steam Line Radiation Monitor 1600 mR/hr RE-124G C.D/O,G.Bidg Vent (GAS) 2.0E-07 SCI /cc Main Steam Line Radiation Monitor l000 mR/hr

  ' RE-126P Main Plant Exh. Duct (PART)                                        3.8E-06          pCl/cc                                                               Main Steam Line Radiation Monitor           1C00       mR/hr RE-126G Main Plant Exh. Duct (GAS)                                    ' 1.1 E-06            pCI/cc .                                                             Main Steam Line Radiation Monitor           1000       mR/hr
    !?Q- Indicates Alarming OSH - Indicates Offscale High                                                                                                                                                                               Revision 1
  - All other Procass Monitors are "as read"                                                                                                                                                                     12/20/91 I_

a,%,a 21 3a L ..4 , N l" SECTION 8.2 SUPPLEMENTAL SCENARIOS ' I l I i l '.- 1 I l t

1992 fWU, JfND STATION CVALUATED EXERCISE SUPPLEMENTAL SCENARIOS: 1992 EVALUATED EXERCISE This section con *ains the supplemental scenario packages for the following events in the scenario: Spenario DescriptioD Preferred Station Transformer 1RTX XSRIC OOS; Ehetrical distribution line-ups.

2. 1EGS-EG1B (DMsion ll Diesel) Out of Service; 3. Flange break at six-way valve during radwaste transfer; 4. Feodwater line break; 5. HPCS tails to initiate due ta a mechanical failure G. RHR pump damaged due to exp:osion
7. RCIC steam line break: 8. Loss of LPCS in get,eral, each supplemental scenario package provides the fodowing information:

Approximate time event is postulated to be initiat@ Location (s); Brief descriptions of ever,t3 aid significance to the overall scenario, Description of any prir rtayng required to support the events; Methods by which drill padicipants are inituilly notified of the events (e.g. Control Room annunciator (s), phone call, etc.); Deta!!ed supporting informat!on/ data, ir;cluding any messages to be handeo out to participas.ts; Contit, tier notes, to ensure that cotrollers have appropriate background and other . supporting information to ensure that accurate data is provided to players; Restoraticre gukielines, which kfentify any censtraints regarding whether and when the system or equipment may be made available to support the response. i l Rev.1/mr December 20.1991 l _'_ , , _ . .__ . , . --

1992 nlVCR BEND STATION EVALUATED EXEnCISE 1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO.1 Preferrai Station Transformer 1RTX-XSRIC Out of Service Electrical Distribution Line-unj Approximato Time (s): Transformer 1RTX-XSRtC is out of service as an initial condition and romains unavailabio for the duration of the exerciso. Location: Transformer yard and Switchgear Room Description of Events: Many of the significant events in this scenario are inhiated by lossos of electrical busos and switchgoars, and requito changos to the electrical distribution line-ups to rostore power to equipment. This supplomontal scenario describos changes to the disttution at each of soverai !!mos in the scenaric, the load contors/ loads lost, and the actions toquirod of the players to respond to the sequence of events.

          ' If the operators attempt to re-energize 1 ENS *SWG1B from Preferred Station Transfo/mor 1 RTX-XSR10, breaker 1 ENS *AC806 will not closo.

Due to misalignment of the charging motor and improper clearancos between the drMng pawls, latching pawis and the ratchot assomb!y, the 4160V breaker mechanism is binding up. Several of the ratchet tooth are chipped and worn. The latching pava is cracked and dresn't engago the ratchet assornbly proporly, The shaft is also bent creating further misalignment problems. (Sco Shoot 3.) Pre-ctaging: None initial Indications: Dreaker alignment on P 870 is as indicated on Shoot 1. l l nov 1/mr December 10,1991 i

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

1W2 FWER BEND STATION EVALUATED EXEnCISE Supporting Information: Initial CondMons The transformer is tagged out because of indications of high winding temparatures. The electrical distnbution line-up is as shown on the attaa.hed diagram. (See Sheet 1.) 0845 The next major change occurs immediately after the scram and turbine tr;p, when Preferred Station Trrasformer 1RTX XSR1D is lost on an undervottage condition due to improper load sequencing following the LOCA signal. The result i.s a loss of power to INNS-SWG18, INNS-SWG1C and 1 ENS *SWG18.1E22 S004 and 1 ENS *SWG1 A are re4nergized by their respective diesel generators. (See Sheet 2.) Controlier Notes: 1 ENS *ACB06 cannot be operated to the Ct.OSE position. The controller should indicated that the jacking screw appears to be binding up as the electricians attempt to rack the breaker out to its TEST position. Restoratior Guide!Lrigm ' The controller should ensure that the breaker is repaired / replaced no sooner than 1400. I E l Rev.1/mr

l. December 20,1991 l

Sheet #1 I.C. 230 W 3W 230 KV L L I I I 22 KV NORLIAL

                                               .                                                                     axg; a l n m ,-                                 er m a w,""a a w im-          a x wa- a w im- n- n =                                a o im-er m         er n "',"   ey y n " m y           ""                         nn
                                                                                                          ~

"^' t109 i1 t

^'

27 ' ~ CEN Y25

                       '13.8 KV                    13.8 KV                  [305 l l10            29 l l28 l l20 ll DG INPS-SWGI A                 INPS-SWQB                                                                       gg i      i        l-       i       i INPS--S%CIC               OG T'                                                1A                         1 61       23 M124 3166 070 0                                  65 l OSl 04- _%                                                    27 1 ENS-SWG1 A                       ,w      g             1Eps_swgig 5l l lI04 01
           @ Closed                                                              .                   lE22-S004 O Open

Sheet #7 , 0845 230 KV 230 KV 230'KV - -

                                          .-- w I

[ 22 KV NORMAL gg T% ULk.A.> tsu-LL WQ4 UL h tg UL W m- W W ysn- (T m RWE mm mm 4, mm m m- m em [l09 11ll ll27 25 , iME4 _ men MAlfj 0 05 10 29 28 20 DG 13.8 KV 13.5 KV 1B INPS-SWG1 A INPS-SWGtB

61 23 24 66 07l l 1,3 04 0 I 65 I 27T OSI I_i, ,,, , 1 ENS-SWG10 1 ENS-SWG1 A Amc 25 HPCS OG 04 ll 01 lE22-5004 4 Closed Q Open

Sheet #3

           ?
                                                                                      'te.EC LIONS 10 h v UUb WOHe,
                                                                                                       ~

7 OPENIHG

                                                                                                                            .         \\\\\\\                  SPRING BLOWOUTq                                                                                   -

ColLS / , g

                                        /                                                                                                   e d                                                    MAIN (O)1                                              CONTACTS                            LATCH HOLDS' REAKER CLOSED
                                                                                                                                                ).        .

WHEN CLOSING TRIP, C0ll TRIP SPRING RECHARGED, -----* ARC CHUTE I ' q* l

                                                                                                                                                      \
                                                                                                                                            ,f ARCING                              .,

CONTACTS - l AIR BLAST ! L ,~, CYLINDER g/. e) 1 I

                                                                                                               ,/
                                           . SHAFT ALWAYS                                           /                       RIN                                           *
                        ^
                                                         . ROTATES IN                              /-

THIS DIRECTION ' '

                                           '                                                                                                                RECHARGING MOTOR--
                                                                                                         .                                          V O                                       -
                                                                                                                                  \\\\\\\

\ 4KV Brooker Simplified Conceptuoi Diagram Shown Open [ i . . With Closing Spring Charged

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

1992 fWER BEND STATION EVALUATED EXERCISE 1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO. 2 1EGS-EG1B (Division ii Dieset) Out of GeMeg Approximate Time (s): The Division ll Diesel Generator is out of service as an indial condition. Location: Division 11 Diesel Generator Room Description of Event: The Division 11 Diesel Generator failed to attain rated speed within 10 seconds during the performanco of survc!Ilance testing required by Technical Specification 3.8.1.1. As a result, the diesel was declared inoperable. Pre-staging: None l Initial Conditions: The maintenance rnode selector switches on P870 in the Control Room and on the local control panel are in the maintenance position. The maintenance mode LO SOL ENERG12tta status light on P870 is energized. Supporting information: i The diesel failed to obtain rated speed due to a failure of voltage - dropping resistors in the power supply circuitry of the electric govemor as d.escribed in NRC Information Notice 90-51, Supplement 1. l Controller Notes: l If the operators attempt to start the diesel, it will start but speed fluctuates between 250 acd 400 RPMs. Restorat!<sn Guidelines: Restoration will require maintenance to obtain and simulate replacing the resistor as::embly. The diesel generator must be returned to service no earlier than 1315 and no later than 1330.- Pav.1/mr December 20,1991

UNITED STATES NUCLEAR REGULUORY COMMISSION 0FFICE OF NUCLEAR REACTOR REGULATION WASHINGTON, D.C. 20555 October 24, 1991 NRC INFORMATION NOTICE 90-51, SUPPLEMENT 12 FAILURES OF VOLTAGE-DROPPING RESISTORS IN THE POWER SUPPLY CIRCUITRY OF ELECTRIC GOVERNOR SYSTEMS Addressees All holders of operating licenses or construction permits for nuclear power reactors. Purpose The U.S. Nuclear Regulatory Comission (HRC) is issuing this information notice supplement to alert addressees to a recent failure of a voltage-dropping resistor in the power supply for the electronic control module of an emergency diesel generator (EDG) governor system at the Waterford Steam Electric Station. The resistor'had been in service for approximately 15 months. The resistor failure resulted in the inoperability of the EDG. It is expected t. hat recipt-ents will review the information for applicability to their facilities and consider actions, as appropriate, to avoid similar problems. However, sugges-tions contained in this information notice are not NRC requirements; therefore, no ' specific action or written response is required. Description of Circumstances On August 20, 1991, attheWaterfordSteamElectricStation(Waterford), EDG "A" failed to maintain rated speed following a successful start during a surveillance test. After reaching rated speed of 600 rpm, engine speed began to fluctuate, dropping to a low of 280 rpm. This prompted the licensee to shut down the EDG and declare it inoperable. Th'e licensee performed an investiga-tion and determined that the spered anomaly resulted from the failure of one of-the two voltage-dropping resistors in the power supply for the electronic control module for the governor system on the EDG, The NRC staff described this failure mode in NRC Infonnation Notice (IN) 90-S1, issued August 8,1990. In IN 90-51, the staff discussed failures of voltage-dropping resistors in the power supplies for the electronic control modules for EDGs at the Commonwealth Edison Company's (CEC's) Braidwood and Byron Stations. CEC conducted e root cause analysis and concluded that normal " aging" was the most likely cause of-the resistor degradation or failure. CEC subsequently began a preventive maintenance program that included periodic replacement of the voltage-dropping resistors. After reviewing the original information notice, the Waterford licensee instituted a preventive maintenance program to replace the resistors every 18 months. However, the resistor that recently failed at the 9110210298 e

IN 90-51, Supplement I October 2a,1991 Page 2 of 2 Waterford Station had been in service for only about 15 months af ter having been replaced as part of the newly adopted preventive maintenance program. Although this is the only early failure of these voltage-dropping resistors of which the NRC staff is aware, it appears that these resistors can prematurely f ail even before 18 months and that periodic replacement may not ensure ade-quate availability of the EDGs to perform their intenced function. Following the puu dcation of' IN 90-51, Woodward Governor Company (Woodward) stated, in a letter to the NRC, that they did not concur with using periodic replacement of the two resistors, of the original design, as an acceptable 4 preventive ir.aintenance procedure. Woodward stated that wherever the battery charging system is in operation, system voltage approached the design capacity of the dual resistor assembly. The higher voltage developed by the charging system caused more current to flow through the resistors, resulting in more heat generation. The increased heat generated at the higher voltage level ! would tend to reduce the life expectancy of the assembly. The letter from Woodward described the design of the governor control system and stated that several product improvements had been made that offer certain advantages over the original design. Specifically, the letter stated that a replacement assembly for the dual voltage-dropping resistor configuration had been developed. The replacement assembly substitutes a single resistor for the dual resistor design. Besides the fact that the single resistor assembly is of greater thermal t,apacity than the dual resistor assembly, the letter states . i that, because of the design of the governor system, use of the single resistor has distinct advantages over the dual resistor configuration. I With the single voltage-dropping resistor of the replacement assembly, a resistor failure would result in a backup mechanical governor taking control of speed. The EDG would then continue to operate at rated speed. The licensee for Waterford has concluded that the new design has ad<antages over the dual resistor design and has installed the new resistor assembly in each of its EDG governor systems. This information notice requires no specific action or written response. If you have any questions about the information in this notice, please contact one of the technical contacts listed below or the appropriate.0ffice of Nuclear ReactorRegulation-(NRR)projectmanager. k +t Charles E. Rossi, Director Division of Operational Events Assessment Office of Nuclear Reactor Regulation Technical contacts: N. Fields, NRR (301)492-1173 O. Chopra, NRR (301)492-3265

Attachment:

List of Recently issued NRC Information Notices

1992 RNER BEND STATION EVALUATED EXEnCtSE 1992 EVALUATED EXERCISE I SUPPLEMENT AL SCENARIO NO. 3 Flance break at six-way valve durina radwaste transfer Approximate Time (s): 0800,(00/00) RWCU backwash receiving tank transfer begins at 0745. Location: Radwaste Building, Elevation 95' and 65' ' Description of Events: The Main Control Room is notified at 0745 (initial condrtions) that a radwaste transfer is commencing due to the impending backwash and pre-coat of the "B' RWCU idter/demineralizer. At 0800 (00/00), a break occurs on a flange on the six way valve while the transfer is in progress. The leak allows high activny radwaste to spray out into the Radwaste Building. As the leakage continues, the sludge progresses to unshielded areas in the Radwaste Building causing the Radwaste Building general area radiation levels to increase sharply in the area of the leak. The amount of increase in the ARM readings is >1000 times the normal readings. These readings wdl be verrfied by Radiation Protection personnel. Refer to radiological information presented on tables Stopping the transfer and/or isolating the leak will be successful. Pre-staging: A controller must be in the Radwaste Control Room at 0745 and in the six-way valve room at tdOO. Initial Conditions: Area Radiation Monitors alarm locally and in the Control Room. Rev.1/mr ! December 20,1991

1992 RIVE 8 DEND $TATON EVALUATED l'XInCtSE - Supporting information: Initial Conditions (07451 0745 De!Ner message SS31 to the Radwasto Control Room Operator to cause this supplementary scenario to occur. Ensure that the message is delNered within the time period that would allow for the transfer to be occurring by 0800 (00/00). 0800 DelNet mossago SS3-2 to the Operator in the radwaste building i l-i fkt 1/mr uecember 20,17J1

1993 RTVER BEND STATION EVALUATED EXERCISC Message Number _S$1d_ Real Time = .0745 Scenario Time _Q01Q0. RIVER BEND STATION EMERGENCY PREPAREDNESS 1992 EVALUATED EXERCISE MESSAGE Message for: Radwaste Control Amm Operator Message: "*THIS IS A DRILL *" Inform the Control Room that a transfer from the RWCU backwash receMng tank to the phase separator per SOP @90, Section 5.8, is commencing due to the impending regeneration of the e "B" HWCU fdter, s l I i i; l l. Rev 1/mr December 20.1991

                         &                                                                                                              /

A A:

         ,y ~ p.                             : p                                                                                      / ~ <.'O
          %"& V.                                                IMAGE EVAL.U ATION                                              ////,              A'9
     \                                                          TEST TARGET (MT-3)
                                                                                                                                       /

[ 'N[/'D'4'89'

                                 =
                                                                                                                          ;                        }y@,

8 % #$ g 4Q q.;" 4 ,q 1.0 EM' t 3

                                                                             '-                      j! 2 2 i         L . ,                   fr-3 5

im, E. U; 1[] 2.0 l,l heca M L8

                                                                                                   !l $=

L.25 }ml 1.4 = li1 1.6L g 150mm -> 6" > M, > sgy;,,k/

                                                                                                                             #k       ++s*r
        ,O,f 3

e sk/f4nn, YgW fs g

                                                                                                                                                               'N Q.                         ,

vQQ 4G* f(h,' 3

                                                        ~ $:.:e n                                              . . ~ -- . v:$ % v b                   ,   - , -

                            ' ' " " - - - -          --3--    A-       a-e     _ _. _ _ , , . _ ,         y
           ,6 A,'3. 1.
               ;                                                                                                          !.o n&"2, A,"                                                                                                                    .

l MAGE EVALUATION //// ?%

 \[O 'O*'"d#
                                                                                                                      /          I's %
        't'                           TEST TARGET (MT-3) f7    ,#

4, 4 ~y .

   '%             k                                                                                               tg s";*

4'$ <ti 1.0 F: t 2 "

                                                                  =m m
                                                                    =,        d eW4 bc il2_p l,l           .          lume ll!h!h u, v -,.                      . . . . .
                                               , ' ' " llalll 8 '+         p&j==i.o

150mm >
6" >

E f h\

.h ,

6" - j(*% , 4,. /A/&o.,,('D, (F* *~,, *'V* ,. ,a O'-[' h,'# L h^~ . . .; ,, , ;s , dgi _ [b ,9 g IMAGE EVALUATION g'j/'d/ a, p/ [Op '4 9f TEST TARGET (MT-3) _ i;o g '49 ;& 4{p l 't v c" '" I l.0 ~ 22 l- _ l,

s. .=a._=

,l l,l - 91.8 lb l I.25 i 1.4 m i.6 i_ :== mm 4 150mm -- 4 6" > 'W it ' <$ /f*% p+gg s;$> g4 in, , re _ t, e ,# zzz4s .2 , oy7, 937 =~ , , - A + t 1992 RIVER BEND STATION ~ EVAt.t!ATED EXEACISE Message Number .S311. Real Time = 0800. I Scenario Time = 00/00 ! RIVER BEND STAllON 1 EMERGENCY PREPAREDNESS 1992 EVALUATED EXERCISE MESSAGE Message for: Operator in Radwaste Budding Message: *"THIS IS A DRlLL*" There is a sluny of water and filter material coming out of the six-way valve and overflowing into the Radwaste Buading. 1 L ) 'I % ) F 5 l l[ Rev.1/mr - December 20,1991 r . L ' 1993 RrdR BEND M7A? ION - EVALUATED EXERCISE ~ I 1992 EVALUATED EXERCISE _l SUPPLEMENTAL SCENAFilo NO. 4 l Feedwater Une Break Approximate Time (sf: j 0845 (00/45): 1000 (02/00) i Location: P Auxiliary Building Steam Tunnel,114' Level

Description:

A guillotine 'line break occurs in the A loop feedwater line between B21*MOVFO65A and 821*MOV507A.- The resulting h!gh differential pressure causes the inboard and outocard check valves (B21 AOV32A) to slam shut failing the inboard check valve. B21*MOVFO65A will fall to shut if attempted; B21*MOVFO7A does not have electrical power available preventing the operators from isolating the leak. At 1000, the outboard check valve fails resulting in a release path to the environment. Pre-staging: None initial Indications:

                    - Personnel in the north end of the Turbine Building will hear increased noise levels between 0845 and 0850 and again between 1000 and 1115. Steam is visible in the north and of the Turbine Building 95' levelinear the steam tunnel.

Supporting information:

                    . See attached drawing for the location of th'e break.

l

             - Controller Notes:

Any attempt to shut 821aMOVFO65A remotely will be unsuccessful. Manual operation may be f.uccessiut after 1330.

If a recovery assessment entry is tr.ade into the Main Steam Tunnel, extensive damage will be observe to surrounding structures including destruction of the stairs leading to the 102' platform and dents in the *B' loop feedwater line. Rev.1/mr December 20,1991

 .. _ _ . _ _               . . _ . . __._             __ -._                     ._. . _ . - . . . - _ _ _ . . - - = . _ . ._.- . . .. . . _ .                . _ _ _ _ . _ _ . . . _

1992 R!VER BEND STATION EVALUATED E.XERCISE Restoration Guidelines: 1 The guillotine lins break will not be repairable. The break will be isolated between 1315 and 1330 w5en power is restored to 1 ENS *SWG1B allowing the operators to shut B21'MOVF07A. B21*MOVFO65A may be manually closed after 1330. f l I l . l Rev.1/mr December 20.1991

                                                              . . . - . . - ,-- .                             . , . , .          ---y            - - -
      - - .   .    - - , -                 -.                                                                                              ee--4

D -@ - e 1B21*AOVFO32B Turbine Building Steam Tunnel 1B21*AOVF032A .1B21*MOVFO7B i 1B21*MOVFO7A

                                   .lr L.

i.a .*. g.; .,,., . , . ; ;, 't : *.

                                                              ~
                                                                         ~;                                                     ..-

_ a .. s .- e ., 1B21*MOVFO65B ; t :2* " P9[ 1B21*MOVF06SA i di Ls

                                                                    ,,,                        s.c
                                                                    ...                                                  . J. _=.>.
                                                                    . - :.                   - : { .,.:$ v, ,           J $tr.: :

Auxiliary Building Main Steam Tunnel 97'-9" Plan EL

_ . _ . . . ._ -. _ _ _ _ - . . _ . . _ _ .. = _ _ . - . - . . _ _ _ _ . . . - . . . _ . _ .. . -_ __ .. 1992 nivER DEND STATION ' EVALUATED EXER 4CISE l 1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO. 5 HP.CS fails.to initiate Due.to_a Mechanical Failure l Approximate Tims(s): 9845 (00/45) Location: Auxiliary Building 70' level, northeast corner, dJe east of the RHR B equipment room.

Description:

Mechanical failure of HPCS pump, which precluden water injection (details later). Pre-staging: Later initial Conditions: Later Supporting information: Later Controller Notes-Later - Restoration Guidelines: Later i .. i l l Rev.1/mr December 20,1991

1992 RVER BEND ST ATION EVALUATED EXERCISE 1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO. 6 GHn Pump Damaasd Ou6 to Crs.Os;oa Approximate Time (s): 0900 (01/00) Location: RHR Pump Room A 70' !evel

Description:

Oxy . Acetylene explosion occurs due to an improperty secured w+1 ding rig. Missiles from the explosion sever the power leads to the RHR pump motor. Pre-staging: Later initial Conditions: . RHR pump A was running on recire Supporting Information: Later Controller Notes: Later Res: oration Guldelines: Later Pa 1/mr December 2n,1991

1992 RfVER BEND $T ATION EVALUATED EXERCISE

                                                                        .1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO. 7 RCIC Steam Lingfagh Approximate Time (s):

0915 (01/15) location: Auxiliary Building Main Steam Tunnel '

Description:

j A RCIC steam line break occurs immediately downstream of E51*MOVFO64. The dM:ei ed 11 RCIC l (solations are successful except that E51*MOVFOG3 falls to close because it has no O;.a mal power end E51*MOVFO64 fails to close due to the high temperature / moisture environment. Any attempt to shut E51*MOVGO64 from tiie Corcrol Room will resuit in dual indication foJtowed by no position lights lii Investigation will reveal that the valve breaker at the local MCC tripped. After it is reset, E51*MOVFO64 may be closed. Pre staging: None initial Conditions: RCIC operating iniecting into the vessel. Fbv.1/rnr December 20,1991

                   .                  . __. _                _.   ... . - - -                   ._ _.        ~ . _ ,   . _            . . . . .   .m. _ .

1992 RfVER BEND STATON EVALUATED EXERCtSE Indicatiores: OMS!ON ! RCIC ISOL MN STM SPLY UNE O!FF PRESS HIGH P601-21 A/C01 CIV ll RCIC ISOL MN STM SPLY UNE DIFF PRESS HIGH P601-21 A/DO1 RClO ISOLATION MS TNL H' AMB OR VENY OtFF TEMP P60121 A/A06 RCIC ISOL FROM STM TNL HI AMB OR DIFF TEMP IMMINENT PS01-21 A/CO6 ; E51*MOVFO63 INDICATES NO UGHT UT E51*MOVFO64 INDICATES RED UGHT UT

                               - E51*MOVF014 INDICATED GREEN LIGHTS UT E51*MOVF019 INDICATED GREEN UGHTS UT

E51*MOVFO31 INDICATED GREEN UGHTS UT E51*MOVFO76 INDICATED GREEN UGHTS UT E51*MOVCOO2 INDICATES GREEN UGHTS UT

                               - Controller Notes:

Attempts to close E51*MOVFO64 from the Control Room result in both rod and green lights lit followed by no lights lit. Tha operator dispatched to the valyc breaker will find it in the tripped postion. This cyde should repeat until after the site area emergency is declared. Restoration Guidelines: 4 E51*MOVGO64 may be closed at the first attempt after a site area emergency is declared. f L I 4 b.1/mr Ewernher 20,1931

1902 river BEND St ATION EVALUATED EXEROISE 1992 EVALUATED EXERCISE SUPPLEMENTAL SCENARIO NO. 8 Lui'GLL2Yi.2%idit CML.6PiEL Approximate Time (s): 1045 (02/45) Location: Auxiliary Building 70', Northeast corner

Description:

Later Pre-staging: None initial Conditions: Later Supporting information: Later Controller Notes: Later Restoration Ouldelines: Later Pev. t/me l I% comber 20.1991

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

1992 RBS EVALUATED EXERCISE I i i t. SECTION 9 RA010 CHEMISTRY SAMPLE AND ON SITE RADIATION DATA l. t + 4 4 e d I 1 !.e l~ Revision 1 (- a 12/20/91 . I o

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

1992 RBS EVALUATED EXERCISE SfpTION 9: Radiochemistrv Sample and On. Site Radiation Data l 9.0 Introduction J. 9.1 Radiochemistry Sample Data Table 9.1.1: Reactor Coolant Sample Data Table 9.1.2; Drywen Atmosphers Sample Data Tab.e 9.1.3: Suppression Pool Uquid Sample Data Table 9.1.4: Containment Atmosphere Sample Data l Table 9.1.5: Main Plant Stack Sample Data Table 9.1.0: Steam Tunnel Atmosphere Sample Data Table 9,1.7 PASS Radiation Data 9.2 Area Radiation Data Table 9.2.1: Area Radiation Monitor Trend Data Figurw/ Table 9.2.2: Aux. Building (EL 170'185') Hgure/ Table 9.2.3. Aux. Building (Et 141') Figure / Table 9.2.4: Aux. Building (Et 114') Figure / Table 9.2.S: Aux Budding (EI.114' PASS Station) Figure / Table 9.2.Si Aux. Building (EL 05') Figure / Table 9 2.7: Aux. Budding (El. 70') Figure / Table 9.2.8. Fuel Building (Roof) Figure /Taale C.2.9: Fuel Buading (El.14V) Figure /Tabie 9.2.10: Fuel Building (El.113') i Figure / Table 0.2.11: Fuel Building (El. 95') Figure / Table 9.2.12: Fuel Buttding (El-70') Figure / Table 9 2.13: Turbine Building (EL 123'and Above) Figure / Table 9.2,1_4: Turbine Building (EL 123') Figure / Table 9.2.15: Turbine BuUding (El 95') Figure / Table 9.2.16: Turbint Bunding (EL 65') Figure / Table 9.2.17 Radwaste Building (EL 95') . Figure / Table 9.2.18 Radwaste Building (El 65') Table 9.2.19: Outskje Areas (Plume Whole Body Dose Rates) 9.3 ~ Procese Monitor Trend Data [I

I l Revision 1 : 12/20/91 L /

1992 RPS EVALUATED EXERCISE SECTION 9.0 INTRODUCBON i Revision 1 12/20/91

f . .

       - 1992 RBS EVAL.UATED EXERCISE 9.0 IN TRODUCTION i

This section providas the loformation necessary for participants to evaluate the extent of core / clad damage

                                                                                                                    ~        )

and the effect of the release upon the in plant environment and to respond appropriately. l Ybe postulated feedwater line break and lower reactor water levet yielding approximately a 10% gap release of fission products and other radioactive isotopes to the reactor coolant. Section 9 fumishes scenario controllers the specific data necessary for providing participants the infomiation l that simulates the radiochemical and environmental cond4 ions of the postulated event. Section 9.1 includes

      - radiochemistry sample tables with tho information used to assess the extent of the core / clad damage, stack sample data, PASS radiation data, and steam tunnel sample data. Section 9.2 gives plant specific maps and tables containing area radiation levels, airbome activities, and contamination levels found throughout the affected areas of the plant. Section 9.3 gives process monitor trend data.

4 h Revision 1 l l: 12/20/91 - l-L l

I 1992 RBS EVALUATED EXEftC SE , I l I SECTION 9.1 RADIOCHEMISTRY SAMPLE DATA Revision 1 12/20/91

7AFLD 9.l.:,1-1932 RBS EVALUATED EXERCISE ?IC109 C00 LAM 'i/cd H010!! N00 0!H lHC 1100 !!M !!30 1145 130 !!15 Ir45: lei-01 1.Mi41 S.fiE42 L 50142 ; ;1541 L IGD 01 L lii+H 1.14 DH 1.26DH Ir45 2,HI42 214I42 2J4D02 214102 '..02! 4 1 2.16 E41 4.31f 41 4 22D01 4.31E01 Ir-B1 1,0!!41 910842 5d7142 2.17142 :15D01 2.13E41 3.72i41 3.24f01 2.t3E41 !

                      - Er4E                L 2iD01                2.15D01       !.fEI41              1ED01             t E E-01          IJ3DH     1.S3D 00         1,63DH         1.72EG Ie133               061DH - L 61140                      L58tiH              4.5t!40            1S0!41            4. tli41  6.02D1          L 0114!         7 Hid!

Ie-135 9.54E41

,                                                                  9.05! 4 1    8.41! 4 1            L 75!41            3,I7140           6.64DH    1.30D01          1.27t+01       125541      l TOTALli.G.         6.00D00                 5.S!!40      5.76E40              5.60D00            2ED01             068141   6.71 N 1         S. 66 D 01     f.59I41 l131               5.53I 4 2               5.53! 4 2    5.51842              5.49E02            3!!!41           7.23! 4 1 !J9D02           111842          1. tBD02 1132               7.03003                6.52143       4.83i43              3.!!!43            2.31! 4 0        LO5t+00   7.73f40          7. lg r + M    6.63DH      ,

D133 3.79f42 3,7CI42 3.64I 4 2 3.52142 L4484Cl 4.57141 S.30Edl 9.24I 4 : 115!01 I I-134 6.5Al-03 7.03i 4 3 3.15I-03 IJ4!43 L27141 1.28140 L l(D00 1.76D00 1.gtit H 1135 2.0!!-02 1.97! 4 2 1.77t42 1.55D02 1.0!!+0! 1.99D01 3.95D01 3.90I 4 ! 3.8

                       .......................................................................................................,...........0141                                           .....

10f E IM IFE 1.29D01 1.?6F41 1.171-01 1.!!!01 7.f 6D01 113D02 2.92D02 2.69D02 !.86! 4 2 C 134 0.Hf+00 0.00!40 CED00 L Hf 40 2.42i 4 0 L 64D00 9.74D00 9.7&DH 9. 76D H Cs137 LEDH L 00140 0.00D00 0. 00DH 1. HI+ 00 3.00D00 L D3D00 6.03140 0,Hl40 6.03D3 Cs 131 DEDH D.00DH OEDH 2.53i-03 4,241-03 6.16t-03 417!43 3.!

                      .....................................................,....................._........~...............................4E03                                           .....

El!!ITES 0.0GDH 0.00i 4 0 dei 40 QE!40 3RD00 LiH40 , 1.58D01 L 5Ei+01 1.!!D01 i i 1. Revision l '

                           .12/20/91 1-'*"    --Wr

.~

TA%! O 'a 1992 RBS EVALUATED EXERCISE 111:105 0001.Di Cice)

       -!!010ff                            12H -               12H                  1300           1315           1330                1345                     1400                    ju0                  tiOO Er-85:                         1Ei!W               l (7Id0              1. i(Ed;         1.41 00       1.64i+00            1.i2E40                1.61[+00                 1.Hid0               2.HI+00 Ir45                           3 90141             3.87141             3.85I 4 1        3 82141        3.79141 Ir47 3.7EI41               3.13141                   3 tidi~ 3.62h41 1.71EdC             1.10!+00             1. f H+ 00       1.Hid0        !.UI+00             1.f!!iD0               1.itida                  1,81t+00             1.5$140 Kr48                          3.UId0               3.55id0             3.HEd0           3.54[+00       3.5!!+00            3.Hida                3.46t+00                  3.40E+00             3.Hida le4133                        7.32!d1             7.27141             7.21E41           f.l(id!        7.11141             7.05!di               7.00141                  6.6Sid!               6.7H41 Ie lh                          1.51E+01            1.5E141             1. 4H61          1. 4!!d'       l.0141              1.46f dl              1.45141                   1.UE*01 1

1.40Edl TOTH li G. 9.52861 9.0141 9.3!!d1 S.31141 5,2Hdl 9.171+0! 9.10141 6.96Edl 6.82!dl I 131 - 1.21E42 1.20162 1.2 tid! !.!!!'02 1.1'id2 1.16142 1.15td! !.12E*02 1.11142 1-132 1.54Edl 1.9141 1.52141 1.0t41 1.50101 1.H!+01 1.Hid! 1,42i+0! 1.41t+01 1-133 1.32fdl 8.23141 8.20[d] 8.11101 6.03I40} 7.l(Idl 715Edl 1134 7.6441 7.55I 4 1

1. 55!d i 1.!(E+01 1.Hid! !.84141 1.82td! 1.e0gdl 1,7ggdl 1,7Hdt j,72id!

l135 4AlEd1 4.3H41 4.35141 4.31[ 4 1 4.2([41 4,21gd! 4.gggj 4,pgdl 4,ggg43 ; 70711,10MH 2,83rd 2.80142 2.7H42 2.76162 2.Uld2 2.70E42 2. Hid2 2.61142 2.Hid2 Cs 134 9.57140 3.57540 i.Hi40 9. 5H40 9.Hid0 i,Mid0 9.5HHQ t.HId0 9,Him Os 137 5.93Edt 5.93100 5S?!400 5.93E40 5.93id0 5.SH00 5.sH00 5.93g40 5,93gd3 Os 13! 2.91E01 2.91!01 2,91141 2.91141 2.911-01 2.91541 291!-01 2.91E4 2.91101

       ......................................................................,..,...,,,,,,,,,,,,,,,,,,,,_,,,,,,,,,_1                                                                             , , , , , , , , , _ ,

ALI.EURS 1.5fid! .l.58Edl l'. 5ild! 1.561+01 1.!IIdl 1. 5Hdi 1. 5H+ 01 1.58tdl 1,$ggdl ,1 l I f

           . Revision 1                                                                                                                                                                                                '

12/20/91 t

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

IEi:::: ' 1992 RBS EVALUATED EXERCISE M7kii.i A1505?iiiii n;:Uta I!C0i! ir E!;5 105i 1100 'M5 H' J45 % . J. Er-85r 5.64H7 5,63Hf L82H7 3.i(H7 4.13 H 7 Uli07 3.60 H 7 3.55H7 t!0H7 u-15 135f07 134N1 1.34 H1 1.3(1-07 1.34H7 !.34107 1.34H7 1.34Hf 1 34 H i Ir-il 534H7 5.17HT 3.0! H 7 1.i4H7 . M i-07 1 23 H i 1.liH7 1.0!H7 f.dll U tr-!! 1.251-06 1.15HE 6.25 H 7 1.24 H 7 1.13H7 L41H7 6.02H7 5.66H7 5.35H7 h-133 2.54f05 .2.53H5 2.52 H 5 2.51H5 2.50H5 2.50H6 2.50H5 2.50H5 ' 2.49H5 h-135 5.25Hi (58H6 L 63 H 6 4.2t H 6 L191-06 4 13 H 6 4.0$H6 3.97H6 3.66H5 10iA', M . 3.30H5 3.27H5 3.17H5 3.05 H 5 3.0!!-05 3. Hi-05 3.02H5 3.01H5 2.39H5 I-131 2.ifM1 2.87H1 2.85 H 7 2.85H7 0 85 H 7 2.85Hi 2.25I-07 2.84H7 2.84H7 H32 3.65 H 6 3.3H-08 2.51s-08 1.86H8 1.12H3 1,48 H 8 1.63 H S 1.37H6 1.27Hi H33 1.97H7 1.951-07 1.89H7 1.83H7 1.81H7 1.7tH7 1.80 H 7 1.77Hi 1.75H1 N34 44610! 3.f5H8 1.65H8 7.50HS (.16H9 5.Il5H3 4.141-M 3.40H9 2.73H9 g H35 M5H7 1.02Hi 9.IS H 6 8.25H8 f.HHi 7.84H8 7.65 H 6 7.4fMB 7.2EHi 10tal ICEI 6.70H1 6.55H1 .6.081-07 5.771 07 5.70 H T 5.64H7 5.581-07 5.53H7- 5.47HT

 -i b

Revision 1 1

12/20/91 l+

        ~ ;_ . _                                             . _ _ . , , . , , . , _                                                                                        .               _

l l l l i,8!2! - 1992 RBS EVALUATED EXERCISE M in!LL l! P: " ! 2 .'Jc: i... e 14,4s m .: 3..,, n .

                                                                                                                                                             . 4,.           .... -
                                                                                                                                                                                                     .m 4

Er ih 5.2!i47 5.22I-07 5.19H7 ! . lii- J .H7 5.0SH1 5.04 H 7 t ii!-U 4 E! - Ir 15 1.22f-07 1.21Hi 1.20i-07 1.19 H i

!H7 1.li H i 1. !? H7 1.15 H 7 1. M H7 I:-61 5.35i-07 ' 311-07 5 27 H 7 5 24!-G .;Mi 5.1E-07 5.1?i-01 5 Di H 7 499H7 Er-65 1.13E-Ci 1.12 Hi !.Il H i ! ll H ! 2Hi 1 09 H i 1.05 H f a UHi 1. u f. -U Ie-133 2.2!!45 2.2T H 5 2.25105 22(E-05 . 22 H 5 2.211-05 2.15H5 L10H5 2 !3 H 5 h-135 (.72Hi (.ES!-CS (.EE M E (.63Hi 4 i:Hi 4.5( H i 4.53 H i 411HE 4 40HE

     !0Til L G                  2.STH5    2.95H5              2.331-05                         2 91H5                        2 !iH5                    2.171-05           2.85i 4 5              L81E-05   2.ii H 5 H31                       2 35 H 7  2.32 H i            2.3C H 7                         2.211- 0                      .24H7                     2.22 H i           2. lSr 47              2.14 H 1  2,0iE41 I- 132                    2.95 H S   295H5              2.92H2                           1.68 H i

15i 4 6 2.621 4 ! 2. 78 H! 2.72 H S 2.E! H !

l-133 1.611-07 1.!il-01 1.57 H 1 1,$E H i '.iti-07 1.52E-07 1.50 H 7 !.411-07 1131-07 1134 36(HE 3.60 H i 3.5E H ! 3.52 H 3 ?l5H! 3.44H8 3.(C H I U21-05 3 2( H ! H35 A53H8 5.4(H! !.25HB 6.25H5 c. i(14B B.07 H i 1.ST H ! 7.i! M S 7.60I 4 ! TOTAL 10!81 5171-07 5.411-07 5.35E47 5.29HT 5.231-07 5.17 H i 5.11Hi 4.93i-07 4.iTH7 a Revision 1 12/20/91

_- . _ _ - _ _ _ ._ ._.~. _ __ _ .__ _ . _ . - ._ _ . _ - . . . _ . _..._ ._ . - _ _ _. I1!.E:9..*i 1992 RBS EVALUATED EXERCISE Ssflii!513 f0 A e!; O idiice)

                     !5070?!                  CGD            09 0 -        1000          llE        1115                1130                 !!45                 !!C:                 1215 ir4f t                 i.!!!44         L 53!44      7.30144       6.25!-H   f. 244              5.i(I H              $ !4!44              L17144              E.!;i H Ir45                   2.05i 4 4      2.03i 4 4     2. Hi-H      2.0144     :.U!44              2.041 04             2.03! 4 4           2.Hi 04              2,014; Ir41                   i. 001-H       7.54! 4 4     4.56I 4 4    2.64! 4 4  :.35f-H            2.0ll-04              1.7!I H              1,531-H Iti!
                                                                                                                                                                                   ! 33i H 1.50i 4 3       1.79E U -    1.401-03      1.10i-03  ' . E!!43          5,72! 4 4             S.11I44             6415-04              f.Mi H Ie-133                 384i42         3.Hi42        3.821-E2     3.80!-02   3.75i 4 2          3.73102              3.18142              3,711-02             3.77i-02 le-135                7.95143         7.HI43        7 Qll C3     6.481-03   3,351-03           S.26( 4 3            6.14t-03             6.01103              5.88103 7071LN.G.              5.00i 4 2       096(42        4.80!02      L671-02    4.63f02            061!02               4.58142              L55542               L52t-02 1131                  4.291-H-        4.29144      4.271 H       4.25144   4.2Ei44             4.25! 4 4            4. 251-H             4.24t-H              4.24!-H I-132                 5.451-05        5.05105      3.Hi45        2.77t45   2.57I 4 5           2.361-05 2.21! 4 5            2.05I 4 5            1.$0!05 I-133                 2.54! 4 4       2. Sit-H     2.321-04     2.73! 4 4  2.71t H             2.6S!-H              2.6(144              2.64144              2.61144 I-134                  E.f 5t45        5.45I45      2.47I 4 5     1.!!!05   9.191-0E            7.54! 4 6            f.lli-06             5,07106              4.161-H 1135                   1.56144         1.52144      1.371 4 (     !. 23i-H  1. 20!-H                                 1,1(E44 1.171-H                                   1.11! 4 4            1. 0$I.H ICIALICLINF            1.00i03         9.771-04     9. Hi-04     B.61I-04   f. 511-H            5.42i-04             8.33!04              4.25f ,              8.17I 4 4     ;

s Revision 1 12/20/91

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

IAf 1 9.' ' I 1992 RBS EVALUATED EXERCISE S H iii351H P001, L:; :: fuCi/cci i i

                    !5M0Fi -                         1230         -!!45                        1300                   1315                  133:        1345      !UD            1430                 90 Kr45:                          7 S!!44     7.83i 4 4                  7,84144                  7.79 H 4           ' 73! 4 4      7.68i 4 4

61H4 7.52.i 4 4 "4H(

Ir85 1.f t[-N 163H4 L12!44 1.80i-04 1.ifi44 Ir47 8.0!M4 1.78 H 4 L 77E-H 1.74H( 1.i!H4 i 8 03 H 4 L 97 H 4 7.92H4 7.i7104 7.81104 Erii 1.111-03 L 76E44 765E-04 7 5(H( ! 1.69103 1.Hi43 1.67E-03 1.ifM3 1.6fM3 1.Hi-03 1.61! 4 3 ti3E-03 !

                 - le-133                         3.4!M2      3.43!-02                    3.41H2                 3.3fE42             3.36i 4 2      3.341-0!   3.31H2 3.27H2               3,22[02 Ie 135                         7.14143     L0iH3                      7.HI43                  7. HH3              f.95143        f.90H3     6.!!!43        6.16! 4 3
                   ...............................................................................................................6.Hi-03 t0711, ii. G.

L 4:442 L 46!42 L43H2 4.40! 4 2 L37H2 4.341-02 4.31H2 4.25H2 (.19H2 I131 L 47E-04 3. H H 4 3. 401-H 3.37i-H 3. 34!-H 3.30H( J.27i04 3.20H4 3.13H4 ;

                -- I-132                          4.41145     L37i-05                    4.32H5                  4.28! 4 5          L24H5           4.20H5     Ll5H5         4.01E45               3.HH5 HD                              2.35! 4 4   2.35!-04                   2.33E-H                2.311-04            2.291-H         2.2fM4     2,24! 4 4     2.191-04             2.151-H HH                              5.35145     5 33!45                    5.27H5                 5.22H5              5.171-05        5.121 05   5.07H5        4.96H5                4.Hi-05 M35                             1.261 H     1.2!M4                     1.24 H 4                1.22H4             1.21E H         1.20! 4 4  1.19! 4 4     1.                    114H4
                  .......................................................................................................16!44                                                   ..................

70iAL IGl!il -8.03H4 8. 0ll-H 7.931-04 7.85H4 7.78H4 i,6i-04 7.701-04 7.62H4 7. 30!-H 4 4 s l l' l Revision 1 12/20/91 w e-.- ,,,

                                                               .s.                    -m-.-a         ,n..---, vn,,            ,, _ _ , , __

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

IA!'.!:s.:.(! 1992 RBS EVALUATED EXERCISE CUSIAUdSI AIf03IIIII 4Cii"i 150i0fi 01 0 02M IMO Mit 1100 1130 lie -!:40 n!! I:45: i. fit-07 6.53 Edi - 7.30[-07 6.2ii47 -

                                                                                                       *?i-C  5.fii4?   5.5(I47             5.371 U               6.!!?-P I 85                  2.C!i47       2.03!-H     2.04I 4 7    2. 63f 47              : UI-07    2.0(I-07  2 G3147             2.0([-07              2.03i U I:87                  3.00I 4 7     784!47      Wii-U        2.64!-07              L 3;'i47    2.011-M   1.75t47             1.53f07               1 33!47         '

I:45- 13t146 1.19506 1. Hili 1.10i 4 6 0&I4s !.721 M 9. lli-U L615s7 8.10! 4 7 Ie133 3.64145 3.6(I-05 3.82f05 3.101-05 3.73145 3.73!-05 3.78! 4 5 3.7si45 -3.77i-05 le-135 7.951 H 7.54I 4 6 7.01146 f.u!46 f.35!46 6.2CI46 6.14! 4 6 f.Oli46 5.6850E i TOTAL L G. 5.00[ 4 5 L96I-05 4.60! 4 5 (.E(I-05 4.63I-05 060I05 4.56!-s5 056E-05 4.52105 l 1-131 02i!47 4.291-07 4 27!47 025i-07 L25[47 4.251 U 1132 5. 0 1-06 L251-01 L 2(E47 -L28-H

5. 0$I4B 3.7(!46 2. 77f 48 -2.57f-C8 2.31108 2.215-06 2,05I 4 ! 1.90148 l133 2.34I 4 7 2.91f07- 2.821 U 2.73!07 2.71147 2.UI P 2.661-H 2.6H 0 2.61f F I134 6.65I4B 5.451-08 2.471-08 1.12!-08 5.19149 7.5(I-Oi 6.18!-09 5.07i03 L16t09 -

I-135 L 56!47 L52147 1.37I 4 7 1.23107 L20! U !.17!-07 1.1H 07 it!-07 L t9547 -

              .............. ............................................................... ,,,,,.. ,,....               ,,,,,,,,,,,L,,,,,,,,,, _ ,,,,,,,                       ,

I- 7071L[0iiiFi 1.00i 4 6 9.77I-07 f.08!-07 -i.61! 47 1.51id7 f.(!!47 8.33f 47 8.25!-07 8.175 0 < 5 l I 1. l . l. l l

6 i i Revision 1 12/20/91 m._.__ , ,_. , _

TA!'.!: 9 .1 ' tcgy'p"y' gt".xp"n" ~ ' " m," 3 1992 RSS EVALUATED EXERCISE f- !$0iCfi :2H 1245 1300 131!. .:n ;;45 [(gg !(3 :gg Ir451 i 33 H i 7.6tH7 7.7iHi 1.72H7 !M7 7.5!M7 7.5CH7 T. ii! 'if.

7. 221-C
It-85 1.84HT 1.62HT LICHI 1.19H7 .~7H7 1.75Hi 1.74H7 1.7)M7 167H7 tral 6.ciMi L ili 7.32H1 7,65E-07 7 78147 7.70 H T 7.63H7 7.45H7 L34H7 h4B 1.70H6 1.(91 4 ! 1,67106 1.65 H 6 . f 4H4 1.63K06 1.61!-06 1.5fHi I55Hi It133 3.45i-05 3.41H5 3.35t65 3.35H5 !]H5 3.2SH5 3.26H5 3.HI-05 3.14!.?! I h-135 7.!!MS 7.06H6 7.MH6 6.93Hi f.17HE 6.81H6 6.itt46 061145 C.49Hi f0!A5 M, 4 46 H 5 044H6 L401-05 L36H5 (JH5 L21105 L24105 016105 4.Cli45

i < I 131 3.UH7 3.44HT 3.10f 47 3.37H7 3.33( 4 7 3.30Hi 3.!ff-07 3.! M7 3.13HT !" '!132 041Hf 4.37H8 4.32E48 4.28N8 4.23Hi 4.15f 48 tl5H8 4.0f E46 3.57I 4 6 L I-133 2.38 H 7 2.15H7 2,33E-07 2.31147 2.21147 2.!!!47 F.24107 2.19147 2.1((47 j 1134 5.3SH8 5.33148- 5.27H8 5.22H8 5.17848 5.06MB ' 0 95t48 5.11! 4 8 tl5(-Oi f M35 !.?!I-Oi 1.25Hi 1.24I 4 7 1.22H7 1.111-07 '201-07 1.19H7 . 1.!(H7 1.14H7 70111,10tH1 8.tiH7 8.0lH7 7.931 7.85H7 7.77147 7.fSI-07 7.61147 7.45H7 7.2SMi i i Revision 1 12/20/91 l I.

IA5L't 3. . J. 5tEI CE!':.m

1992 BBS EVALUATED EXERCISE

           - in. .vre                      _ dC0                    -0!45      0D0          0315          li33                 0945                10H                1015          1030           j
              .. ... . _ ... ...                               ........-__ _. ........... .......... ... ... .. ...,. .. ............... ~... ... .... ..... .....
              ........... ..... .                      .                                                                                                                                           j Krf5:                        o HHi                   1.H HS     1.53HB      Lui4!          . 4i! a             1.401 4 i          1.36 E 45           .'IN!          1 !iHi Ir45                         L 15 H i                3.66i 4 9  3.66! 4 9   3.66H9        L75!49               3.761-03           3.76HS              3$1H9         L t4H!

Ir41 L84H3 L61H! 1.41! 4 5 1.24Hi '. 10 H E . 9.OH9 8.0H9 7.45H9 6.55HS Kr-8!- 36fHi 3.391-08 3 22! 4 ! LO5Hi :.HHS 2.15f at 260Hi 2.415-06 2.34 H I le-133 7.85 H i 6.!!H7 - L S0Hi 6.96E-01 telH7 7. 06f 47 i.10i-07 i.15101 7.Ill07 Xe-05 1.62H7 !.42Hf 1.36Hi 1.35H7 1.33 H 7 1.32f 47 L 30147 L26H1 - 1.2f!47 TCTAL Li L O2! 06 8.921-01 8.92!-01 8,92147 6.92Hi 8.92Hf 3.52Hf !.92H1 8.S! H i H31 2.74 H 1 2.H1-11 2.45111 2. UNI 2.54 H 1 2.bil-Il 2.62H1 2.6f -ll 2.62H1 H32- 3.46I 12 LO4H2 2.l!!-12 2.73 H 2 2.5dH2 2.44!12 2.30!12 2.161-12 2.04H2 H33 1.8! H 1 1.HH1 L66i-Il 1.681-11 L70H1 LT2H1 L131 il L5H1 1.75H1 112? 4.24H2 3.11H2 3.11112 2.61112 1.781-12 1.71H2 L52E 12 1.27!-12 1.05H2 N35 9.96! 1 HI-12 8.70H2 8.64E-12 6.591-12 8,471-12 6.42H2 8.31112 6.20H2 107Al10DIst 6.3il-ll 5.56H1 5.58EIl 5.51 H 1 5.511-11 558111 5.56HI 5.58H1 5.58H1 J m illa!!U Fl0siATI5 (Cit) lH 6.30D04 9.50H4 9.50N4 9.50N4 S.50D04 S.50H4 ~ 9,50DH 9.50DH S.50!tH SB07 0.00Ma- L25N4 1.25 D H 1.25M4 L25DH 1.25H4 L25DH 1.25D04 1.25It H

          -IlliA5! iAit 10fil5 (cCih*.cl dbl! GAS              4.HD 01                  4.00i+01   4.00M1      4,00D0!       (0000!               LHH1 - 4 00D01                         4.HD01        i.. HD 01 10D!!ii               2.50H3                   2.50H3     2.50H3      2.50H3        :.50 N 3             2.501-03           2.50I 4 3           2.50 H 3      2.50 H 3 J

b I Revision 1 12/20/91

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

_ . _ _ ~. . _ _ _. . - _ . . - _ _ _ _ . _ . _ _ _ . . . . . _ . _ _ _ . _ _ _ _ . _ _ _ _ _ . _ _ T A?'.!: i. . . !

1992 RBS EVALUATED EXERCISE i3070!i H4 11K !!B 1130 1H5 !!00 1115 1230 IM5 i

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

lt-li: n!-Oi 120i0! !. Mi H 1. 3si-U . iibH 3. 4lI-H 3.21b04 1it!-E4 L4i!;5 . It-85 L !ii-H 3,!SE03 a.92003 - 4. 93E H 931 0 1.30!04 1.00i-04 7.5AE-Di 4. Hi-H 4 Kr-!?- 6.hi B 5.05003 4.43f-03 4.87f-0! 5.38007 9.74105 6.58105 4.33b05 2. 0'!-H Ir-68 2 211-M L10i-C8 2.05168 2.35f-07 3111-H 5.4!! H 3.9sbH 2.63!-H 1.43E H ' le 133 7.23i-H 7.2!!07 i.33 07 9,170 H 1.290H 2AlbO2 1.861-02 1.401-02 Td9E-03 h-135 1.26bH .l.26 07 1.22bO? 1.52106 !.091-05 3.83103 2,lH-03 2.901-03 113103 70 fit #1 8.92bH 3.92t07 6.92007 1.12F05 1, HI-H i.901-02 2.23002 1.0b02 8.62i03 .

             . bl31'                       2.73b!!           2.75I11           2.7SI11             1.91005        212t04    4.93102        3.12002         2.92002-      1.531-02 b!32                       -1.91012            1,60512           1.Hb!!             1.07F06         1.36005  2.36t03         1.71t-03       1.22bO3       5. 911-H bl33                         1.76b11           1. 77bil          1.77b11            1.21b05        1.HbH     3.07102        2.361-02        1.79t-02      9.31503 bl34                        6 ~5E-13          7.25113           6.02E-13            3.39007        3.81b06   5.90I H        3.75bH          2.35bH        1. 0lb H b135                        E.031-12          7.97t12           7.861-12            5.27006        7.03b05   1.!9t-02       L79003          7.3OI-03      3.?!bO3 TOTAL 153I                   5.58E-il          5.55111           5.565-11            3.795-05       5.13I H   9.59FC2        7.36002         5.58b02       2.!0E02 filfIta!ICS TLNiiltI3 (Cil)

HT 950DH 9.50D04 9,50D04 9.50DH 9.50D04 9.50D04 9.50DH 9.5H+H 9.5:DH S Mt. . 1.25DM 1.25D04 1.25DH 1.25DH 1.25t*H 1.25DH 1.25DH 1.25bs4 1.25DH 5 Hlil!E !!!! TOTAL 5 Mihec)

                 - [0fLI 35                t, AD01           L HD01            L O6D01            5.00D02         7.00D03   1.30D06        1,00D06         7.50D05       4.00D05 j                    10DIH -               2.50E03- 2.50i 0                    L 50E-03             1,70D03        2.30D04   4.30DH         3.30D0!         2. 50.4 H     1,30DH l

l l t

Revision 1 12/20/91

I A!'.i. i ' ; ' 1992 RBS EVALUATED EXERCISE

u. h,l u.!!,.. :....-

                '50f0Fi                           ib'd -     D15                  ID0             D45              W                    E                    ;4H               ii4!           'm Er-85t                        4.73!45      !.!!i-05             9. 46t46                        ! !!E45 Ir45 7.09sde                                1!!!4               L IB!43 - Lili0!                  !.1BE45 2.02E-05     1.10146              L O5i46        3.04! 4 5        L;65 03              5.06i43                                 5,0i!49 5.06549                           5. til43 Kr41                          Loli45       4.0146               2.0146         1.!!E45          Liji43               ti3idi               2.53143            L53i43 tr 65 2.53iCi          ;

i.14505 2.851-05 1.OI 05 1.G7I-07 1,71E-06 1.7CE4B 1.76E08 1.76i 4 5 - 1.7f 545 ! Ie-133 3.751-03 1.50f03 7.43144 5.62E46 9.37I 4 7 9.37547 9.37!-07 9.37f 47 9.37147 ! le-135 5.66144 2.27144 1.13524 f.50147 1.42I 4 7 132E47 !J2id7 1Ali47 1A 1

               ...................................................................................................................!!47                                                         .....        i 70!!LN.G.                    (J6f43 -1.78543                   L92E04                           L l!!46 6.691-06                              L l!!46              1. 12i 4 6         L12t46         1.12i-06         I i

1131 7.7ii-03 2.94E03 1.53I 4 3 1.16( 4 5 2.00E-06 L OVI Oi 2.00146 2.001-06 2.00i 4 6 1132 3.00I 4 4 1.14t44 5.91E-05 L 50147 7.73I 4 8 7.73f-05 7.731-05 7.73I 4 8 7.73I 4 8 1433 0721-03 1.791-03 V.31I44 7,03r46 1.22I46 1.22E-06 1.228-06 1.22! 4 6 1.22E46 1134 5.14145 L95545 1.01105 f.71548 1.32I 05 1.32! 4 8 1.32E03 1.32i 4 8 1.32t45 1135 L851-03 7.14! 4 4 3.71E-04 2 13I46 4.!!i47 Li51-07 4.85147 4.85i-P1 L85t-

              ............................................................................................................ ......... 07                                                              ..

TOTAL 10DIlii 1.47E-02 !.58i 4 3 2.90i 4 3 2.21!45 3.7914f 'j.19146 3.75i 4 6 3.7SE46 3.79146 illf!LATION Fl311f!S (CFt1 IIP 9.50144 S.50!+04 9.50!iO4 9.50144 9.50D04 S.50144 L50!'04 9.50144 9.50I 4 4 SBGT L2!!44 1 25544 L25144 1,25D04 1.25f44 L25I44 1.!!!44 125D04 1.2ti44 { llliASE lat! TCTALS (cCiheel

            ...................................................e...$.......................gg.......,.g.,..,...,,...,.....,...g.......
                                             .            1                    -

U .

                                                                                                                                     .                   L                   4             e 10Dilii                6.60145        2.50145             L 30145         9.90f 42         170DC2               1.70142              1.70! 4 2          1 70142        1.70! 4 2        ,

f Revision 1 12/20/91 )

                                                                                                          .,           - , , . . .        n . _ - - ,                   ,,,         - , -               -c

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

RNER Bf ND STATION 1992 EVALUATED EXERCISE i TABLE 9.1.6.A STEAM TUNNEL 05' ISOTOPE 0000 1130 1145 1200 1215 1230 1245 1300 1315 Kr43m 4 08E 13 2.09E@ 2.66E44 7 4SE42 6 25E42 6 23E42 5 21E42 5.20E42 4 76E42 ks45m 1.1*E 12 6 05EM 815E44 2 41E41 213EC1 2.24E41 1.99E41 2mE41 191E 01 Ki-85 2.98E 12 1.68E45 2.34E 03 7 22E41 6 63E41 7.26E41 667E41 7.30E41 6 69C4' - Kr47 166E 13 8.15E47 9 94E45 2.68E42 2.14E42 2.04E42 164E42 1.56E42 1.43E42 Kr-88 1.29E-12 6 83E46 8 97E44 260EC1 2.24E41 2XE41 2 00E41 2 05E41 168E41 Kr49 0.COE + 00 0 00E + 00 02E+00 0 00E + 00 0 00E + 00 0.00E + 00 0 00E + 00 0.00E + 00 0 00E + 00 X*-131m 7 65E 12 4.2BE45 5 97E43 1.84E + 00 1 SE + 00 185E + 0S 189E + 00 1.96E + 00 1.70E + 00 Xe 133m 8 55E 12 4 79E45 6 67E43 2.05E + 00 188E + 00 *0$E+00 1.88E + 00 2 04E + 00 1.87E + 00

         ,  M 133                   4.53E-10               2.udE43      3 55E41    109E + '12   1.00E

02 1095 + 02 1ME + 02 1.10E + 02 1.01E + 02 Xe 135m 169E 13 4.82E47 3 40E45 5 33E43 2.47E43 1.38E43 6 40E44 3.55E44 3.26E44 Xe 135 2.43E 11 1.34E44 1.83E42 5 54E +00 5.01E + 00 5 36E + 00 4 84E +00 5 20E + 00 4.76E + 00 Xe 137 0 00E + CD 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E +00 0 00E + 00 Xe-138 4.12E 16 1.11E49 7.41E4 109E45 4 82E06 2.52EG 1.11E@ 5 81E C7 SEE47 TOTAL NOBLE GAS 5.00E 10 2.80E43 3EE41 1 2E+C2 1.10E + 02 1.20E + 02 1.10E + 02 12E + 02 1.10E + 02 1-131 6.78E 13 IME49 1.58E47 4 99E45 4 67E45 50$E 05 4 72E45 5.10E45 4.75E45 I132 2.65E 14 3 97E 11 5.31E49 1.56EG 1.35E-06 135EG 1.17E46 1.18EM . 1.10E46 6133 2.0$E 13 3 28E-10 4.71EG 147E45 1.37E-05 1.47E-05 1.35E45 1.46E45 1.36E45 M34 1.15E 14 1.52E 11 4 68E47 3 60E47 1.81E 09 , 319E47 2 45E47 2.17E47 2 02E47

_l135 7mE 14 1.24E 10 1.75E48 53aE46 4 90E46 517EC6 4.72E G 4 97E @ 4 62E46 , TOTAL IODINE 1.00E 12 1.60EG 2EE47 72E45 6.70E45 7.20E45 6.70E-05 7.20E45 6 70E45 m l: i l new. sim Oecemw 20. im \ ', _

l

                                                                                                                                               .I FWER BEMD STATION 1932 EVALOATED EXERCt$E
                                                                                                                                                  'j
                                                                                                                                                   )

TAIRE 91.6 0 FTEAM TUNNEL 65 ISOTOPE 1330 1345 1400 1415 14Y 1445 1500 Ks43m 1.80E43 1.27EM 1.9 ? E@ 174E45 159EG 145E48 1ME 06 Kr45m 4.93E43 3 67EE 5 85E48 5 63E48 $ 43E48 5.24E46 6 07E48 Kr45 1.31E42 102E45 1.68E C7 1.69E47 1.69E47 1.69E47 1.70E 07 Kr 87 7.33E44 (95E47 7.14E40 6 24E49 _, 5 46EM 4 76E49 4.17E49 Kr48 5.68E43 415EM, 6 44E-08 L OSE48 5 71E48 5 40E48 510E46 Kr49 0 00E + 00 0.00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 Xe 131m 3 37E42 2.60E 2 428E 07 4.31E47 4.31E47 4.31E47 4.31047 Xe-133m 3 76E42 2.91E 05 4 79E47 4 79E47 4 97EC7 4 79E47 4 79C47 Ko133 2.00E

00 1.54E43 2EE45 2 55E45 2.55E45 2EE 05 2.55E 05 Xa-135m 7.44E43 2.92E47 2 44EG 124E49 6.30E 10 3.22E 10 1.63E 10 4 135 1.07E41 8.13E45 1.32EM 109E M 1.27E46 1.25E40 123E@

Xe-137 0.00E .00 0.00E + 03 0 00E + 00 0 00E + 00 0.00E + 00 OEE + 00 0.00E + 00 Xe-138 1.8'E C6 8.73E-10 5.32E 12 2.SSE 12 1.23E 12 5.88E 13 243E 13 TOTAL-NOBLE GAS 2 20E+ 00 110E43 2 80E-05 2 SOE45 2.80E45 2.80E45 2EE 05 l 5131 8.81E 07 6.70E 10 1.10E-11 1.11E 11 1.12E 11 1.12E-11 1.13E-11 F132 3 45E-08 2.43E 11 3.70E 13 3 46E 1; 3 23E 13 3 01E-13 2EE 13 h133 2EE47 2.01E 10 3.28E 12 3 2SE 12 3.26E 12 325E 12 3.25E 12 0134 1.50E48 9 32E 12 1.26E-13 104E 13 B 59E 14 7 OSL 14 5 06E-14 0135 ' 1mE47 7.50E-11 1.22E 12 1.20E 12 1.17E 12 1.15E 12 113E 12 l TOTAL 10D!NE . 1XECG G 80E-10 1.60E-11 160E 11 1.60E 11 160E 11 IEE 11 n.v. v., 0.ceancro.nei

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

RhKR BEND STATION 1992 EVALVATED EXERCISE TAIRL 91.6 C STEAM TUNNEL QS i ISOTOFE 0800 1130 1145 1200 1215 1233 1245 1300 1315 Kt43m 4.06E 13 2.24E49 2 06E47 8 09E45 6 82E45 6.75045 5 69E45 5 ME45 52E45 Kt45m 1.12E 12 6 48E49 8 76E47 2 61E44 233E44 2 43E44 2.17E44 2EE44 2.09E44 Kr45 2.98E 12 120E48 2.52EM 7 ME44 7.24E44 7.86E44 7.27EM 7.90E44 7.30E44

Kt47 166E 13 8 73E 10 1.07E-07 2 90E45 2.34E45 2.21E45 1.79E45 169E 05 1.56E45 i Kr48 L29E-12 7.32EM 9 66E47 2 82E44 2 45E44 2 51E44 2.18E44 2.22E44 2 05E44 Kt-89 0 DOE +00 0.00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0.00E + 00 Xe-131m 7.65E 12 4.59E48 6 43EM 1.99E43 185E43 2 00E43 1.35E.03 2 01E43 1.86E43 Xe-133m 8.55E-12 513E48 7.1BM 2 22E43 2EE43 2.22E43 2EE43 2.21E43 2.04 E03 l Xo-133 4.53E 10 2.72EE 3 82E44 1.18E41 1.09E41 1.19E41 1.10E-01 1.19E41 1.10EC1 Xa 135m i.69E 13 5.16E 10 3.67E48 5.77EM 2.70E46 149E46 5 98E47 3 85E-47 3 55E4'1 Xe-135 2.43E 11 1.43E47 1.97E45 6.01E 03 5 46E43 5.81E43 5.2BE43 5 63E43 5.20E43 4 137 0.00E + 00 0 COE + 00 0 00E + 00 0 00E + 00 0 00E + 00 0 00E + 00 0.00E + 00 0 00E + 00 0.00E + 00 Xe 138 412E 16 1.19E-12 7.98E 11 1.19E48 5 2 '00 2.73E49 1.21E49 6 29E 10 ! 5.81E 10 TOTAL NOOLE GAS 5 00E 10 3 00EM 4 20E44 1.30E41 120E-01 1.30E41 1.20E41 1.30E41 1.20E41 k131 6.78E-13 8.21E 10 l L17E47 3.67E45 3 42E45 3 72E45 3 45E45 3 76E45 3 47E45 0132 2 65E 14 2.98E 11 3 93E49 1.14EM 9 90E47 9 96E47 8.57E47 8 69E47 8 04E47 F133 2.05E 13 2.46E 10 3 49EM 1.08E45 1.00E45 1ME45 995E M 1.08E45 9MEM F134 1.15E 14 1.14E 11 1.34 E49 3 44E47 2.63E47 2.35E-O'1 1.79E47 1&E47 1.48E47 F135 7.89E 14 9 30E 11 129E46 3Wd 3 59E46 3 81E46 3 45EM 3 66E46 3.38E 06

       -                                                                      sva as sa TOTAL IODINE       1.00E 12      120EM                1.70E-07   ( 5 %f Ca       4 90E45         5.30E45             4 90E45     5 30E45               4.90E45
                                                                         - mncrsare P Rev.1/me Decembee 20.1991

.- .~ ,, , . . _

I FATA DEND STMON l IW2 EWLUATED EMRO$E ! I l TAIRE 91.6 D STEAM TUNisi 95 e es, k n GOTOPE 13M 1 1400 1416 1430 r ___

                                                                                                                                                                                                                     - . _ _ _,34$-

144$ 1500 Kt43m 1.00E 40 9 70E 45 2 04E 11 L 1.87E 11 1.70E 11 1 !4E 11 142E 11 Kt45m 6.38E46 2 81E45 6 27E 11 6 03E 11 6 82E 11 6 61E 11 $ 43E 11 Kt 45 1.43EM 7.79E45 180E 10 161E 10 181E 10 181E 10 1.82E 10 Kt47 7ME47 5 7BEM 7 BSE 12 6 &*,E 12 8 DuE 12 610E 12 4 47E.12 Kt48 610E46 317E45 6 90E 11 6 51E 11 6.12E 11 6 79E 11 6 48E 11 Kr 89 0 (CE +(X) 0 00E.00 0 00E + 00 0 00E + 00 0 Cet + 00 0 ODE. 00 0 006 + 00 Xs 131m 367E45 199E44 4 (9E 10 4 59E 10 4 62E 10 4 62E 10 4 E2 Xe 133m 4.10E45 2 22E44 513E 10 613E 10 6.13E 10 6.13E 10 613E 10 Xs 133 2.1BE43 1.18E42 273E48 2 71 l .' 2 73C48 2.74E 48 2.74E 08 Xm 136m 811E47 2 24E46 1C2E 12 133L . 6 75E 13 3 abE 13 1.76E 13 _Fa 115 1.17E44 6 21E44 141E49 1.39EM 1.36E49 1.34EG 1.32E49 Xs137 O CDE e 00 0 0DE.00 Or10E 00 0 00E.00 0 00E + 00 0 00E + 00 0 00E 00 Xs 138 1.98E49 51SE49 $ 70E 15 2.74E 15 1.31E 1$ 6 30E 16 3 03E 16 707AL NOBLI GAS I 2.40E43 13 3 00E48 3 (DE48 _ - _ . _ __0E4._2- 3 00E48 300E4B _.3._00E48 1131 6 03E47 4 92E49 7.57E 12 7.6?E 12 7.67E 12 7 71E 12 7.75E 12 1132 2.3EE48 179E 10 2 54E 13 2.38E 13 2.22E 13 2 07E 13 193E 1

                                                                                                                   &13J                                                                                 182E47              148E49           2 26E 12    2 24E 12    . 24E 12      , 2.24E 12    2.24E 12 l134                                                                                 1.02E48            6 &$E 11          4 65E 14    7.15E 14    6 01E 14        4 87E 14    4 03E 14 0135                                                                                 7.02E48            6 S8E 10                      8.22E '.3   6 0$E 13        7ME 13      7.74E 13
                                                                                                                                                                                                                                           .__9 ?7E 13 TOTAL IODINE                                                                          8 90E47            7.20E40           1.iOE 11    1.10E 11    110E 11         *1          110E 11.

m 0E 11 l Rev.1/er December 10,1991

                                                                   -- .-                                                                   y                                                               . , . . _

FMR BEND STATON 1502 tiALVATED EXERCISE 1 AD11916 L STEAM 11pM1114 I l ISOTOPE 0000 1130 1145 1?00 1215 12M 1245 1303 1315 y kJ43m 4 OBE 13 157E45 197E41 5 72E 01 4 77E41 4 77E41 3 93E41 3 98E41 364E41 38?sn 1.120 12 4 54E45 6 0CE43 1 BSE + 00 163E.00 172E + 00 152E 00 160 00 546E + 00 ! FJ45 2 98E 12 120E44 1.74E42 5 54E + 03 $ 07E + 00 $ $7E + 00 $00E+00 $ $9E + 00 511E*00 Kr47 1RE 13 611EM 7.39E44 2 05E41 164E41 156E41 125E41 1.20E 01 100041 Kt48 1.29E 12 $ 12E45 6 67E43 2 00E + 00 171E + 00 1.78E + 00 1.53E

00 1.57E + 00 144E + 00 rJ43 0 00E 400 0 00E.00 _0 00E + 00 0 00E 00 000E 4 00 0 00E + 00 0 00E + 00 0 00E
00 0 00E + 00 4 131m 7 65E 12 3 21E44 4 44E42 141E + 01 129E + 01 142E 01 129E 01 143E + 01 1.30E + 01 4133m 8 55E 12 3 5DE44 4 000 02 157E+01 144 E + 01 1.57E + 01 1.44 E + 01 156E+01 143E
01 4 133 4 53E 10 191E42 2 64E + 00 8 37E + 02 7 65C + 02 8.39E + 02 7 67E + 02 8 41E +02 7 68E + 0i 413*.m _

169E 13 3 61E46 2 $3E44 4 08E42 1.89E42 1.00E42 4 89E43 2 72E43 2 49E43 4 135 2 43E 11 1.00E43 1.3CE41 4 25E.01 3 82E + 01 411E + 01 3 70E

01 3 0eE
01 3 64E
01 4 137 0 00E + 00 0 00E + 00 0 00E + 00 0 00E 00 0 00E + 00 0 00E + D) 0 00E + 00 0 00E + 0] 0 00E + 00 4 138 412E 18 8 32E49 5 51E
07 8 39E + 05 3 68E45 193E 05 8 48EOS 4 45E46 4 07E40 7OTAL N 6 00E 10 210E 42 2 00E + 00 9 20E + 02 8 40E + 02 9 20E + 02 8 40E + 02 9 20E + 02 8 40E + 02

_OB.LE G AS _._ . l I131 6 78E 13 8 21E03 1.17EM 367E44 3 42E44 3 72E44 3 45E44 3 76E44 3 47E44 k132 2 65E 14 2 98E 10 3 93E48 1.14E45 9 93E-06 9 90E46 157E 00 8 69E40 8 04EM 01*.3 2 0$E 13 2 46E49 3 48E 07 108E44 1,00E44 108E44 9 95E45 1.0BE44 9 95E45 0134 115E4 1.14E 10 1.34E48 3 ASEM 2 63E46 2.35E46 179E40 1.60E40 1.48E 00 b135 7.89E 14 9 30E 10 1.29E47 3 90E45 3 59E45 3 81E45 3 45E45 3 E4E45 3 38E45 TO7AL ODtNE 100E 12 1.20E48 1.70E46 6 30E 04 4 90C44 6 30E44 4 90E44 5 30E44 4 90E44 t l l 1 I l n+. wm on+e.. n, mi 1 1.- _ _ . _ . ~ _ _ . . _ . _ . _ . , _ , _ ,

                                                     ._.m..           - -       -.= - . - -

fWEf4 DEND STATION 1992 EVALUATED EXEf1CISE TAtRI 918 f' STEAM TUNNLL 114 ISOTOPE 1 134$ 1400 1415 _,3_10

                                 .                                                             1430 144$       1500 Kt43m l

1.3dE C2 9 70EM 143E47 131E47 1.1kE47 10DECT 9 95E O8 Kt4$m 3 81EC2 2 81EC$ 4 39E47 4 22E47 4 07E47 ,3 93E47 300E47 FJ4$ 1.01E41 7.79EC$ 120EM 12EOS 127L 06 12/EM- 1.27E4'. Kr47 S f4EC3 3 78E40 535E48' dretto _ 4 09E M 3$7E M 313EC8 Kr48 4 39E42 317E45 4 83E 07 4 :4E47 4 2AE-07 40$E47 3 82E47 l Kt40 0 00E

03, 0 00E + 00 0 00E 00 0 00E 00 0 01E + 00 0 00E +(c 0 00E 4 00 Xo 131m 2 00E41 1 199EC4 3 21Eti$ 3 21E06 3 23E06 3 23EC_6 3 23CM Xe-133m 2 91E01 2 22EC4 3$9E40 3 $9E06 359E M 3 SDEC6 3 $9E46 Xe 133 1.54E 01 1.18FC 191E44 191E 4 191E 04 192E44 1.92E44 Xe 13&n $ 7$CO3 2.24E06 183E48 9 32EC9 4 72EC9 2.41 ECD 1.22EM Xe 135 8 20E41 6.21E44 9 87E 00 970E M 9 $50 4 339E46 924E06 Xe 137 0 (CE + 00 0 00E + D3 0 00E + 00 0 03E + 00 0 00E + 00 0 005 + 00 0 00E + 00 Xo 138 1.40E4$ $ISE49 3 9)E 11 192E 11 _ 9 20E 12 4 41E 12 2.12E 12_

TOTAL NOOLE GAS 170E + 01 1.30E 42 210E44 210E C4 2.10EC4 2 *00 44 2.10C44 [131 6 44E06 4 92E49 8 20E 11 8 32E 11 8 36E 11 8 41E 11 8 46E 11 4132 2$2E47 1.79E-10 2 77E 12 2 $9E 12 2 42E 12 2 26E 12 2.10E 12

l133 195Et0 1.48E49 2 46E 11 2 45E 11 215E 11 2 46E 11 2 45E 11 0134 100E47 6 85E 11 9 43E 13 7.80E 13 8 44E-13 5.32E 13 4.39E 13 k1M 7.60F47 $ $8E 10 913E 12 8 90E 12 8 78E 12 6 62E 12 8 45E 12 TOTAL IODJNE 9 $0E06 7.20EC9 1%E 10 1.20E-10 1%E-10 1.20E 10 1.20E 10 l l l n.. um

o. . ..+< n. im

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

1 I l IWTft DLND $TA7 ION IP92 EVALUA1ED EJERCISE 1 AHLE 916 0 STEAM Tur#It 14f ISOTOPE 0800 1130 1145 1200 lit $ 12V 124$ in) 1316 I N43m 4 0EE 13 157E40 197E 44 $ 72[42 4 77E42 4 77E42 3 08E42 3 98E42 3 64E42 445,n 1.12E 12 454E40 6 (CE44 1 BSE 01 163E41 1.72E41 16?E41 160E41 1 Ak41 04S 2 98E 12 1:tE4$ 174E43 564E41 ,5 01E41 6 67E41 5 09E41 $ $9E41 $ 11E41 Kt47 1EE-13 611E47 7.39E4$ 2 0$E42 lEJE42 1EEC2 1.25E42 120E42 100E42 Kr43 129D12 612E M 8 67E44 2 00E41 1.71E 01 1.78E41 IME41

                          ,                                                                                                                                       1.$7E41                44E41 043                    0 00E.00             0 00E + 00       0 00E + 00     0 00E + 00             OCOE+C0         0 00E + 00            0 00C 4 00        O COE + 0f 0 00E + 00 Xs 131m                7 6?E 12             3 21E46          4 44E43         141E 4 00             120E.CU         142E + 00             129E

00 143E . 00 1.30E + 00 xa-133m 8 65E 12 3 53E45 4 96E43 144E 00 157E + 00 1 $7E + 00, 144E e 00 1 EE+C0 143E + 00 Xe-133 153E.10 191E43 2 64EC1 837E.01 755E.01 8 39E + 01 7 67E + 01 8 41E 01 7.EM +01

4 135m 1.69E 13 3 61E ,01 2$3E+CO 4 03E 43 1.83E 03 1(CE43 4 Bat 44 2 72E44 2 49E44 i Xs 135 2 43E 11 1.0DE44 135E47 42LE+00 3 6?E + C0 411E . 00 3 7 + E + 00 3 98E 00 3 64E + 00 Xa 137 0 00E + 00 0 00?.C0 0 00E + 0*> 0 00E + 00 0 00E.00 0 COE + 00 0 00E + 00 0 00E + 00 0 00E + 00 Xe 138 412E 16 8 32E-10 $$1E G 8 39E46 3 68E46 1.93E 40 8 48E47 4 45E47 4 07E47

                                                                                                                 . .r TOTAL NOOLE GAS               $ 00E 10            210E43            2 90E41       9 20E + 01             8 40E + 01       9 20E,01              840E+01           9 20E + 01         8 40E 4 01 1-131                   8.78E 13            8 21E 10          1;17E47       3 67E45                3 426 05         3 72E O$              3 45E45           3 76E 05           3 47E45 1 1132                       2 65E 14            2 87E 11          3 93E-09       1.14 E46              9 D3E47          9 96E4?               8 $7E47           8 69E47            8 04E47 6133                    2 0!E 13            2.46E 10          3 40EM        108E45                  100E46          108E45                9 95E46           1.08E45            9 95E46 F134                    1.15E 14            1.14E 11          1.34 E49      3 44E47                2.63E47         2.35E47                1.7DE47           160E47              14%E47 l-135                   7.89E 11            9 30E 11          1.29E48       3 95E46               3 59E46          3 81E46                3 45E45           3 66E46            3 38E 06 TOTAL IODINE            1.00E 12            1.20E49           1.70E47       $ 30: OS               4 90E45         6.30E OS               4 90C43           6 30E43            4 00E45 Os t e m trer 70., 1991 u              .- _               -          -                                     .                   . .                      -- -                       - - - .                         - - - .

l FWEh DEND SfoTON 1992 EYALUATED I.XEMISC i i Auti 910 H STEAM TUNN!114 f

                                                                                                                                                               .m ISOTOPE                  1330                 1345                         1400          1415                1430        1445          1$00 yp                         1.39E43         9 70E47                          143t48        1.3tE48             1.19E48     109E48        9 95E 09 Et45m                 3 81E43          2 81E46                          4 39E48       4 22E48             4 07E46     3 93E48       3 80E48                    '

Kr4$ 101E42 7.79E43 1 AE 47 1.20E 47 1.27E47 127E 07 127E47 Kt47 6 66E44 3 7eE47 $ 35E 49 4 68E 49 4 09 ECD 3 $7E49 313E49 Kr48 4.39E43 317E46 4 66E4B 4 28E48 7,83E 48 4 0$E48 3 82E48 Ki49 0 00E 4 00 0 00E.00 0 00E .00 0 00E

00 0 00E + 000 0 00E .00 0 00E 4 00 Xe 131m 2 60E 42 199E45 3 PIE 47 3 21E47 3 23C.07 3 23E47 3 23E47 Xe 133m 2.91E42 2 22E45 3 $9E47 - 3 $9E47 3 $9E47 3 $9E47 3 69E47 Xo.132 1.64E 4 00 1.1EE43 191E45 1.91E45 1.01E45 191E45 191E 45 Xe 135m 67$E44 2.24E47 183E49 9 32E 10 4 72E 10 1,22E 10 2 42E 10 Xe 135 8 26E42 6 21E45 987E47 070E47 9 56E47 9 39E47 9 24E47 Xe 137 0 00E,00 0 00E + 00 0 00E 4 00 0 00E + 00 0 0L OO 0 00E + 00 0 00E 400 Xe 138 1.40E45 615E 10 3 99E 12 192C 12 9.20E 13 4 40E 13 2.12E 13 TOTAL N00LE GAS 1.70E + 00 1.30E43 2.10E45 210E45

_ 2.10E 45 _ J10E45 210E 45 3 1131 644E47 4 92E 10 8 26E 12 8 32L 12 8 36E 12 0 41E 12 8 40E 12 0132 2.52E48 1.79E 11 2 77E 13 2 59E 13 2 42E 13 2 26E 13 2.10E 13 i k133 1.95E47 148E 10 2 46E 10 2 45E 12 2 45E 12 2.45E 12 2 45E 12 bild INE48 6 ESE 12 0 43E.14 7 6')E 14 6 44E 14 5 32E 14 4 39E 14 0135 7.5CE 08 5 $8E 11 913E 13 8 90E 13 8 7BE 13 2 62E 13 8 45E 13 \ TOTAL IODINE 9 60E47 7.20E 10 IEE 11 120E 11 -1.20" 11 1.20E 11 120E 11 l t l l l no. uma o.c =ber to, mi l

                   !W MS EVALUATE! ?XERCISE                                                                                     I I

i Table 9.1.7 PASS RADIATION DATA 1 Revision 1 12/20/91

 . . . - - .. .          .:.- . - . . _ . . . _ - ,-_.,-...a.:..         . - . . - - . - - - - :-. .. -..- - --. , ... -. . .

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

1 FCJ i, A'. : XT ) : , o h A c i tM.' e s nr i 1992 RBS EVALUATED EXERCISE 2A:1FuE T'ME 4 1ib l SAMPLE VuMIME (r4 4 MishDG J H I Ehi; MM bEADilhi j 8x Coolent 10.0 1 inch N"n.. 1. 3 a E + c 1 f o >t W r- :4 10E-01 1 inch :, nc h Ib 1. % E*01 , 1 fcot L 1nch Ft- 9.10 E- 02 1 inch 41nen Fh 1.32E+00 l 1 foot 4 inch IL' O .16 E- 03 { i Ex Coolant O.10 1 inch Hone 1.32E+00 , 1 fo<t None 8,10E-03 1 inch 2 inch Fb 1.32E-01 1 foot h neh Jb 9.1GE-04 1 inch 4tneh Fb 1. 32 E- 02 1 foot 4 inch Pb 9.10E-05 Gas Frorn 1. O ! Anch None la32E+01

                            ,                           Bx Coolant                                                                                               1 foot.              None                9,1GE-02       ,

1 inch 2 inch Pb 1.32E400 1 foot tinch Pb 9.1GE-03 1 inch 41nch Pb 1,32E-01 1 1'co t 41nch Fb 9.1GE-04 1 Suppresslon 10,0 1 inch Hone 3.40E-03 Pnol Liquid i foot None 2.40E-05 1 inch 31nch Pb 3.46E-04 1 fcot 21nch Ph c.40E-06 ; 1 inch 41nch Pb 5.46E-05 1 1 fc ot 41nch Fb 2.40E-07 8 Drywell 10.0 1 inch Hone 1.74E-04 *

                                                      -Atmosphere                                                                                                1 foot               None                1.21E-06 1 inch               2 inch Pb           1.74E-05 1 foot               2 inch Pb           1. 21E- 07_

1 inch 41nch Ph 1.74E-06 . I foot sinch Eb 1.21E-08 ' Containment- 10.0 1 inch lione . 2.63E-04 At moe phe re 1 foot tione 1,83E-06 . 1 $nch 2 inch Pb 2.03E-05 < 1 foot 2 inch Pb 1.83E-07 RWsion 1 1 inch 41ach Eb u,65E-06 . 4 inch Pb '. 83E 08

1 foot 12/20/91 NOTE: As c una All Dehdinu < : . 0 0E- 02 mR / hr a.s hhad - ;

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

_ _. _ _ . _ _ _ . _ _ . . - . _ ____._.._._._____,m_. J TU' O.L : A'T ION BE AlilbGF, , n.h e hr t Itm RBS EVAL.UATED CXERCISE 4 dAMI LE TIME: 1145 J AMI LE D 'LIN u.. DJ c, T ANCE CHIEi DINii ishe DING

                                                  ~Rx Coolant                                               Ib. 6                       1 in:h                  None                               b.52E M 3.63E40o ti a t             Hone 1 2 7.c h               dinch Pb                           5. 52 E.% 1                             !

I foot 41nch Pb 3.83E-01 1 Inch 41nch Pb 5.52E400 1 foot 41nch Pb 3.63E-02 i Bx Coolant O.10 1 inch None 5.52E400 1 foot None. 5.85E-02 1 inch- 2 inch Pb 5.62E-01 ! I foot 2 inch Pb 3.S3E-03 l 1' inch 4Anch Pb S . 5 2 E- 02 -- l 1 foot 41nch Pb 3.83E-04 ! i i Gae From

1. 0 1 inch Hone 5.52E+01 'l Nx Coolant 1 foo. None 3.63E-01 l 1 inch Sinch Pb -5,52E+00- i i foot 2 inch Pb 3.83E-02 -i 1 inch 4 inch Pb 5.52E-01 !

1 fcet 41nch Pb 3. 8 3 E- 03 l Suppression 10.0 1 inch None 3,38E-03 Pool Liquid i foot None 2.35E-05 i 1 inch 2 inch Pb -3,38E-04 1 feet 2 inch Pb 2.35E-00 i

1 i nch 41nch Pb 3.38E-05 l I foc.t 41nch Pb 2.35E-07 I. ,

l Drywell 10.0 None Atmosphere 1 inch 1.72E-04 1 foot None 1.19E ; 1 inch -2 inch Pb 1.72E-05 1 foot 2 inch Pb 1,19 E- 07 1 inch 41nch Pb 1.72E-06 1 1-foot 4dnch Pb 1.19E-08 ' Containment 10.0 1 inch Hone C. 60E L Atmosphere 1 foot- None 1._81 E- 06 l 1 i nch- Sinch Pb 2.60E-05 1 fact 2 inch Pb 1.81E-07 Rwision 1 r 1 ;:. , n sinch Pb C.GOE-06

                              -12/20/91                                                                                               i foot                   41nch.Pb                         L81E-06                                   '

NOTE: Assume All liesdincz :.OCE7 0 m mR/hr as Bhei. ,

   e-d       e          owo      ---e-ww ._m-s%   . , - , . . . , , . . + + - - -                    -   #-.,q  ,, , ,   , , , , .      r,   ,,-,--i.rets        =- -mv- - -r e e--n e - e- -tee -t es is v vr -se- w'- -- -w y+ 7 f-v-

f I.~' ,C : -~ i- m . 5 E n r. q c;.-

                                                                                                                   , . ,     t,1 1992 RBS EVALUATED EXERCISE 4
                                                                                 .4 AM' hE T:ME            11 r,o l                                     EAMihE        W.:.UMF i n. .                 !> 1 ? ;' ANG      'illEj in th:         .< ;< a M in ;

. Bx Cc.ojant 10.0 1 inch None 2 77E403 k f I t Ni .ea e 1. 7,:, F G (i j , ) inch C inal. E b ;? '/ 7 E + n 1 !

1 foot 2 inch Pb 1.93E-01 l 1 inch 41nch Pb 2.77E+00 l 1 foot 4 inch Fb 1.93E-02 :

l

Ex Coolant O. 10 1 inch None 2.77E+00 1 foot None 1.93E-02 l-1 inch Cinch Pb 2.77E-01 <

1 foot 2 inch Pb 3.93E-03 i inch 4 inch Pb 2.77E-02 1 foot 41nch Pb 1.03E-04 i 1 t , Gan From 1. 0 1 inch Hone 2.77E+01 i Ex Coolant 1 foot None 1.93E-01 1 ineh 2 inch Pb 2.77E+00-1 foot Cinch Pb 1.93E-02 41nch Pb 1 inch 2.17 E- 01 l 1 foot 41nch Tb j.93E-0.* i l m Suppreesion 10.0 1 aneh None 3.42E-03 . Pool Liquid 1 foot None 2.37E-05 1 inch 2 inch Pb 3.42E-04 , 1 f a c.. t hinch Pb 2.37E-06 - I inch 41nch Pb 3.42E-05 1 f c.,ot 41nch Fo 2.37E-07 L Drywell 10.0 1 inch tione 1. 73 E- 04 Atwas phere 1 foot tiene 1. 2 0E- 06 1 inch 2 inch Pb 1.73E-05 1 foot Cinch Pb 1.20E-07 l' 1 inch (inch Pb 1.73E-06 1 foot 4 inch Pb 1.20E-03 l , Containment 10.0 1 inch- None 2.62E-04 Atmosphere 1-foot None 1.92E-06 1 inch Cinch Pb k.02E-00 i foot Cinch Pb 1.62E-07

u. .; h 41nch Eb .. 62E-06 Revision 1 i foot 41nch Pb 1.625-06 12/20/01

, NOTE. acsume bli neacanar 3. 0hE 00 mR/hr as bhoi .

o .

l d

.]

1 is AD: A'; 10': S E A :':.17 isehr> T.

                ' 1992 RBS EVAL.UATED EXERCISE                                                                                                              ;

l SAMHS TH1E 1:.00 l

                                                   ;? AMi-hE          Vol.UME i -             M /J A!U'E   ShIEhDING                      BEADING Fx Coolant         10.0                     1 inch      Non-                           S.49E+02 1 ft .M      None                           :i . 81 E + 00  l 3    inch    Cinch ib                       5.49E*01         -

1 foot 2 inch Pb 3.81E-01 , 1 inch 4 inch Pb 5.49E+00 1 foot 4 inch Pb 3.61F4 02 L E Bn Coolant 0.10 1 inch Nono 5.40E+00 ' 1 font None 3.B1E-02 1 inch 2 inch Pb 5.49E 01 1 foot 2 inch Pb 3.31F-OS 1 inch 41nch Pb 5.49E-02 1 foot 4 inch Pb 3.81E-04 Gac From 1. 0 1 inch None 5.49E+01 Ex Coolant 1 foot None 3.SIE-01 1 inch 2 inch Fb 5.49E+00 - 1 foot 2 inch Pb 3.81E-02 i 1 inch 41nch Pb 5.49E-01 l 1 foot 41nch Pb 3.01E-03 , Suppressien 10.0 1 inch None 3.35E-03 Pool Liquid I foot None 2. 3 3 E- 0C. 1 inch Cinch Pb 3.35E-04 1 foot 2 inch Pb 2.33E-06 - 1.. inch 41nch Pb 3.35E-05 1 foot 41nch Pb 2.33E-07

l~

Drywell 10.0 1 inch None 1. 71 E- 04 Atmosphere i foot None 1.19E-06 l- 1 ir.ch 2 inch Pb 1.71E-05 i I f o rst ; inch Fb 1.1PE-07 1 inch 41nch Pb 1.71E-06 ' l- 1 f oo t. 41nch Fb 1.19E-08 l Containment 10.0 1 inch None 2.59E-04 r Atmosphere 1 foot None 1.80E-06 1 inch 2 inch Pb 2.59E-05 1 foot 2 inch Pb 1.80E-07 Revision 1 ! ir.cb 4 inch Pb 2.59E*06 12/20/91 1 foot 41hch Ph 1.60E 08 NOTE: Ansu;oe All Seadinu ).00E-02 mF/hr as Fhgd

1 i

                                                                                                                                     .           i /il' ! !C          . h            .D ; hi;.           ni .hr3 199? HBS hVALUATED EXERCISE u
                                                                                                                                                 ..,u.i.        _
                                                                                                                                                                  ,r . v. a.: .
                                                                         ' AMi L                                      vulnME1                    p! rA,7                        p ;i;L;,;:n;                   ;3:39tyg

16. C olant. 10. -

2,,7 n g _ ,n p ,g, g 4 g. I i !4 n -* , 7 ;) E 4 0 0 1 i n f i. ~ 1nch ! b 5.4bE+ul 1 foot 21nch ib 3 79E-01 1 inch 41och P 6,4DE,00 1 f c ot 4 inch Pb 3.79E-02 - lix Coolant O.10 i inch Hone b.4LE+00 1 foot Nonr 3 . 7 9 E -- 02 1 inch 2 inch !b 6,46E-01 1 f o 31 Cinch !L 3.79E-03 i rrc h 4inth Pb 6.46E+02 1 foot 4 inch Eb 3.79E-04 Gu F roro 1. 0 1 l'ic h D r. n *:- 5.45E+01 f<x Coolsn; ; f c 9, p t' n'* 3.79E-01 1 inch Pinch Pb 6.45E400 1 f '> o t 2 inch Fb 3.79E-02 1 inch 4 inch Pb 5.4SE-01 1 fvot 4 inch Pb 3.79E-03 puprrention 10.0 1 inch None 3.32E-03 r.'o1 Liquid -

                                                                                                                                                 ; : .; t                  None                                e.30E-05 1 inch                    2 inch Fb                               .32E-04 i'         31            Jinch Pb                            2.30E-00 1 i r.c h                41nch Pb                            3.325-06 1 6x                     41ni:h Eb                           d.50E-07 Dr yL e l .1                                  10.0                       1 inch                    Hone                                 1. 7 0 E-. 0 4 Atmospnere                                                               ) i c.o t                 None                                 1.18E 06 1 inch                   2 inch Pb                           1.70E-05

1. foot Cinch Pb 1.10 E- 07 1 inch 4 inch Pb 1. 7 0 E- ut:

1 fwt 4 inch Pb 1.18E-08 Contairanent 10.0 1 ineh Ncne 2.57E-04 Atmce phe r >- 1 foot None 1. 7 8 E- 06

                                                                                                                                                  .1 inch                  2 inch Pb                           2.57E-05 i f < 01                 2 inch I b                            1.76E-07 Hovision 1                                                                                                                   1   2 ' ., . o.           ,. 4. n. , .a.

e

                                                                                                                                                                                                                     .r. ~i r. - 0....

[ OUI 4 iljalg P 'y 1 7 8 {. [jh m > im. t. jr - w n;1 si viincx i tE , . i /jn y jg,3

F A.' ' R ADI AT !a!J RFAi)I!MT emb/hr$ 1992 RBS EVALUATEC, EXERCISE 4AMi'.E T1.% !?10

. AMP',E VOLUMEtnJ D!?.TANCE ?.H IK!. DING PEAh1NG Rx Coolant 10.0 1 inch Hone 5. 41E+ 02 l 1 fout Non 3.7CE+00 1 inch . inch Fb b,sIE+01 1 foot 2*.ch Pb 3.76E-01 1 inch 41nch Pb 5.41E400 '

1 foot 41nch Pb 3.76E-02 Rx Coolant O. 10 1 inch None 5.41E+00 1 foot None 3.76E-02 1 inch 2 inch Pb 5.41E-01 1 foot 2 inch Pb 3.76E-03 1 inch 41nch Pb 5.41E-02 1 foot 41nch Pb 3.76E-04 Gas From 1. 0 1 inch Hone 5.41E401 Rx Coolant i foot None 3.76E-01 - 1 inch 2 inch Pb 5.41E+00 1 foot 2 inch Pb 3.76E-02 1 inch 4 inch Pb 5.41E-01 1 foot 41nch Pb 3.76E-03 Suppression 10.0 1 inch None 3.29E-03 Pool Liquid 1 foot None 2.28E-05 1 inch 2 inch Pb 3.29E-04 1 foot 2 inch Pb 2.28E-06 1 inch 41nch Pb 3.39E-05 . 1 foot 41nch Pb 2.28E-07 Dryvell 10.0 1 inch None 1.69E-04 Atmosphere 1 foot None 1.17E-06 1 inch 2 inch Pb 1.69E-05 1 foot 2 inch Pb 1.17E-07 1 inch 41nch Pb 1.69E-06 1 foot 41nch Pb 1,17E 08 Containment 10.0 1 inch None 2-55E-04 Atmosphere 1 foot None 1.77E-06 1 inch 2 inch Pb 2.55E-05 1 foot Cinch Pb 1.77E-07 "1 1 inch 41nch Pb 2.55E-06 1 ioot 4. inch Pb 1.77E-08 1 NOTE: Assume All Readinge < 1. 00E- 02 mh /hr as Ekgd

                                                                                                          ;[           t                                                               a
                                                                                                                                                                                                             $1'        +     ,

1992 RBS EVALUATED EXERCISE J, AMI L E 1 : MrD 1:

                                                          , AMi ;.               Volt!ME t m                 -

lii ? T /.!K E .:li1 E Li':! , . , t i' -ls:.*

                                                                   >             10. U                            1 inch                                                  lio n .                                         '. .% . *e i    r. 41                                              N nr                                                      t+o, 1 1HC h                                                 JlUCh I 1                                       [-    '

1 foot 2 inch f l. .' W-01 1 inch 4xnch PL t '. 7 E 4 00 1 foot 4inen Fb ~.75E-ni Ex Ceolsnt 0.10 1 2nch !k> n t- 5 37E4nh I foot None 3.73E-U._

1 i nch 2 inch Eb b . 3'7 E- 01 1 foot 2 inch PF 9.73E-03 1 i nch 4 inch Ib 5.37E-02 1 foot 41nch Pl 3.73E-04 au From 1. 0 1 i nch Hone L.37E+01 E x r c <.. l a n t i f cy t lione 2.73E-01 1 inch 2 inch Tb S 37E*00 1 foot '2 inch Pb 3.73E-02 1 inch 4 inch Pb h.37E-n1 1 f r..c, c 41nch Pb 3 . 7 3 E - 0.". ( Suppression 10.0 1 inch !1one 3.25E-OS Fool h quid 1 foot None 2.2GE-05 1 inch 2 inch Pb 3.2SE-64 1 fc,ot Sinch Fb 2.CCE-06 1 inch 4 inch Pb 3.2SE-Cf o 1 foot 4 inch Eb 2,26E-07 Drywell 10.0 1 inch None 1.60E-04 Atmosphere 1 foot None 1.16E-06 1 inch 2 inch Pb 1.68E-06 1 foot 2 inch Pb 1.16E-07 1 inch 41nch Ph 1. 0 fiE- 06 1 foot 41nch Pb 1,10E-05 Contsinment 10.0 1 inch None 2.52E-04 Atr.m phere 1 foot None 1.76E-06 1 inch 2 inch Pb 2 52E-66 1 foot 2 inch Pb 1. 7 5 E-07 Revision 1 1 1..c h 4 Inen f . .. ... E - u t 12/20/91 1 foot 413.nh Ph 1.7fA-0? N- >7 R - Azoum s All INading' 1.00E-02 mb/hr w E l'.m i l 1

TA?' . D I A'T D W FEA: .U1 e .c 1992 RDS EVALUATED EXEF.0ISE

7. AMI LE T IME: 1300 J AMFi E VOLOMKin.1 D I C T AN E ?HJEl,!htm L F A1. ilM D' Ceolant 10.0 1 inch N ow, S , w E - o .,

1 foot Non- 'aF4 na 1 ihch 2 i nC h f }D f- .EE*01 1 foot 2 inch Fb 3 . '7 0 E- 01 1 inch 41uch Pb 5.33E,00 1 foot 4 inch Pb 3.70E-02 hx Coolant 0,10 1 inch None 5.33E+00 1 foot None 3.7GE.03 1 inch 2 inch Pb b.33E-01 1 foot 2 inch Pb 3.70E-03 1 inch 41nch Pb 5.33E-02 1 foot 41nch Pb 3.70E-04 Gsc From 1. 0 1 inch None 5,33E+C1 Ex Coolant i foot None 3.70E-01 1 inch 2 inch Pb 5.33E+00 1 foot 2 inch Fb' 3.7bE-02 1 inch 41nch Pb 5.33E-01 1 foot 41nch Pb 3.70E-03 i Suppression 10.0 1 inch None 3.22E-03 Fool Liquid 1 foot Hone 2.24E-05 1 inch 2 inch Pb 3.22E-04 1 foot 2 inch Pb 2.245-06 1 inch 41nch-Pb 3.22E-05 1 foot 41nch Pb 2.24E-07 Drywell 10.0 1 inch None 1.67E-04 Atmosphere i foot None 1. ICE-06 1 inch 2.tuch Pb 1.67E-05 1 foot 2 inch Pb 1,10E-07 1 inch 41nch Pb 1.67E-06 1 foot 41nch Pb 1.16E-08 Containment- 10.O i inch .None -2.50E-04 Atmosphere l' foot None 1.74E-06 1 inch 2 inch Pb 2. 5 0E- 05 1 foot 2 inch Pb 1.74E-07 Revision 1 1 incl. 41nch Tb T' C O E G r.

                   .12/20/91 i foot          41nch Pb         1.74E-00 NOTE: Ascume All Readinga  <   1. 00E-f,2 mB /hr so Bhad

i A.2 J b !.! d A"' M .4 A ! ' : M : m'bri 1992 RBS EVALUATED EXERCISE JAMI:.E TIME 'D l

                                                                                                                                                                                 \
                                                                                                                                                                                 )

3 AMPLE NLliME t n.: DICIANCE J )I ' E l.l'I N J bEAldNU t i Ox Cor13nt 10.0 1 : inch None t . 2 3 E 4.. ! 1 i s.t None :4. C h E

o n 1 inch 2 inch Ft. 2SE,u!

I foot .?lneh Pb 3. 6 f4E- 01 1 inch 41nch Pb 5.29E400 r 1 foot 41nch Pb 3.00E-02 ' Ex Coolant O. 10 1 inch None S.29E400 1 foot None 3. 6d E-0'i 1 inch 2 inch Pb 5. 2 9 E- 01 1 foot 2 inch Pb 3.682-05 1 inch 41nch Ib 5.29E-02 , 1 foot 41nch Pb 3. fib E- 04 -

                                                                     -Gae From                         1. 0               1 inch          Hone                 5.29E+01        I Ex Coolant                                         1 foot          Hone                 3. 66 E- 01     !

1 inch 21nch Pb 6.29E400 E 1 foot 2 inch Tb 3. 6B E-03 1 inch Ginch Pb 5.29E-01 1 foot- 4 inch Pt- 3.06E-03 Suppression 10.0 1 inch Nono Pool Liquici 3.10 E- 03 1 foot None 2. 21 E- 05 1 inch 2 inch Fb 3.19 E4 04 v 1 foot 2 inch ib 2; 21E- 06 ; 1-inch 41nch 1-b 3.19 E- Ob - 1 foot 41nch Pb '2.21E-07

Drywell 10.0 1 inch Atmosphere None 1.00E-04 1 foot None 1,15E-00 1 inch 2 inch Pb- 1.6bE-05 1-foot 2 inch Pb 1.10E-07 1 inch 41nch Pb 1.6LE-06 "

                                                                                                                        -1 foot          41nch Pb             1-.15E 06 Containment                       10.0              1 inch         None                  2. 4 0 E- 04 Atmosphere                                          1 foot         None                  1.72E-06         '

1 inch. 2 inch Pb 2.48E-06 1 foot 2 inch Pb 1. 72E- 07 Revlalon 1 I - iDCh 4 iD0h Il' E 4OE~ UU 12/20/91 1 foot 41nch Pb 1.72E-08 NOTE: Aeaume A1.1 Revid nes ' 1E00E-02 mB/hr ars -Bked

  ,   a,.,,,_..                                        _ _ . . , . . _.      _- .._ ._..,. _ ., _ _ ,                  -. _ _ _ ._ _ _ u .._ _ _ _._._2..:..u....._.

                                                                                                                                      .t .W    n M : M D n k E A * ' ' ;.'              -
                                                                                                                                                                                              ,ri                   i 1992 RBS EVALUATED EXERCISE

f. AMT !.F T IME l' s o

                                                                                                   . AMitE        W>I,U M E i r.1             DIST AtM E      4HIEL'*iNG                   4EA!>:Wi 8x Con!wnt. 10.0                        1 inen         No n<-

r> . :m i9 :>2 i 1 rnot. Non, L ru Oh l 1 inch 2 inch Pb f. 2f,F+01 1 foot 2 inch l'b 3.65E-01 1 inch 41nch Pb 5 -. 2 5 E 4 00 . 1 foot 41nch FL -3.65E-02 Rx Coolant 0.10 1 inch Hone 5.25E+00 i 1 foot None 3.65E-02 i 1 inch 2 inch Eb S.2SE-01 . 1 foot 2 inch Pb 3. 65E- 03 l 1 2nch 4 inch Pb 6.25E-02 i 1 foot 41nch Ph 3.65E-04 Gas From 1. 0 1 inch None 5.20E+01 Tsx Coolant 1 foot None 3.65E-01 1 inch 2 inch Pb 5.25E+00 ; 1 foot 2 inch Pb 3,65 E -02 1 inch 41nch Pb 5.20E-01 1 foot 41nch Pb 3.65E-03 . 4 Suppression 10.0 1 inch Hone 3.1GE-03 Pool I,1c uid 1 foot None 2.19E-05' 1 inch 2 inch Pb 3.1GE-04 2 inch Pb 1 foot, 2.1GE-06 l 1 inch 41nch Pb 3.16E-05 1 foot 41nch Pb 2.1JE-07 Dryuell 10.0 -1 inch Hone 1.64E-04 Atmo.s phe re - 1 foot None 1.14E-06 1 inch 2 inch Pb 1.u4E-05 ' 1 foot 2 inch Pb 1.14 E 1 inch 41nch Pb 1.64E-06 1 foot 41nch Pb 1.14E-08' Containment 10.0 1 inch None 2.40E-04 Atmosphere 1 foot None 1.71E-06 1 l 1 inch 2 inch Pb.. 2.46E-05 l 1 foot 2 inch Pb 1.-71 E - 07 i Revision 1 i inech 4 inch Pb c.46E-Or3 12/20/91 1 foot. 41nch Eb- .71E-C6 NOTD Assume All Fesdirst - 1.00E-02 mH/hr as EP.ed

[t L W1/J: ?19 hEAiHNdJ !< h e

                    ' 1992 RBS EVALUA7ED EXERCISE SAMFLE TIME. 134b 3AMFLE                                              VuLUliE t :4 3               D I.1T A NCE                            .,HIEL0iNG hEAblSG o

E y. <*alant 10,0 1 ineh tion ; b . 21 E 4 t r. 1 fvot !!n n.- 3. ii :E m. 1 inch ;.: inch F L b.c1E+ol 1 foot 2 inch Pb 3. 02 fM 1 1 inch 41nch Tb 5.21E+oo 1 foot 41nch Pb 3,62E-02 8x Cooleint O. 10 1 inch None 6.21E*00 : 1 foot thane 3.62E-02 l ' 1 inch 2 inch Fb 5.21E-01 , 1 foot 21nch Fh 3.62E 03 : 1 inch 41nch Pb 5,21E-02 1 foot 4 inch Pb 3.62E-04 i Gac From 1. 0 1 inch None 6.31E401 i Ex Coolant 1 foot. None 3.62E-01 1 inch 2 inch Pb 5.21E+00 ' 1 foot Cinch Pb 3.62E-02 1 inch 41nch Pb 5.21E-01 1 foot 41nch Pb 3.62E-03 Suppression 10.0 1 inch None 3.13E-03 Fool Liquid None 1 foot. 2.17E-05 1 inch 2 inch Pb 3.13E-04 1 foot 2 inch Pb . 2 .17 E- M 1 inch 41nch Pb 3.13E-05 1 foot 41nch Pb 2.17 E- 0*r !

                                        -Drywell                                              10.0                        1       inch                             None           1.63E-04            >

A ttaos phe re' 1 foot None 1.13E-06 - 1 inch 2 inch Pb 1.63E 1 foot 2 inch Pb 1,13E-07 1 inch 41nch Pb 1.63E-06 1 foot 41nch Pb 1.13E-08 :

                                        -Containment                                          10 i G -                   3-inch                                    None          2.43E-04' Atmosphere                                                                     1 foot                                    None           1.69E-06 1 inch                                    2 inch Pb      2, 4 3 E- 0!i 1 foot                                    2 inch Pb      1.695-07 Revision 1                                                                                           1 inch                                    4 inch Pb     2.43E-06 i

i 12/20/91 1 font 4ineh Pb 1.69E-03 SUTE: Assorne All Fesdince < 1. 008-0? rrR inr as Bked 4,- . ., , - .. . ..i,__., . . - _ . . . _ _ _ _ , _ _ _ _ . _ _ , _ _ _ . , _ _ . _ . . _ . . . . _ _ . _ ~ . _ _ . _ . _ . . _ _ . _ ~~-. -

_ ___~________m. _ _ . _ . _ . _ _ . _ . _ _.__ _ _ _ . .

                                                                        . . . u       m Im: 0.K A D I F ;7 : -!      :.<

1992 RBS EVALUATED EXEACISE UdilE TIME 14 % C AM F1.E VoulMEiti bl .7.T Aur E JH!Ec!'l M r ai>iN h x Ci .o l e. h t. in. 0 1 'n-h Nnne !. 17 E

0.;

e c+ 0 o 1 f .t N o n .- 1 inch Jinch Fb b 1/E+01 1 foot Cinch I h 3.69E-01 1 inch 41nch Fb h.17E400 l 1 foot 4 inch Pb 3.f9E-02 Tx Cools.nt O.10 1 inch None 5.17E+00 1 foot Hone 3.69E-02 1 inch 2 inch Pb b .17 E- 01 1 foot 2 inch Pb 3.59E-03 1 inch 41nch Pb S.17E-02 1 foot 41nch Pb 3.59E-04 Gac Frota 1. U 1 inch None 5.17E+01 Ex Coolant I foot None 3.bSE-Oi 1 inch 2 inch Pb 5.17E+00 1 foot 2 inch Pb 3.59E-02 1 inch 41nch Pb 5.17E-01 i 1 foot 4 inch Pb 3.59E-03 r Suppression 10.0 Fool Liquid 1 inch None 5.09E-03 1 focc None L.15E-06 1 inch 2 inch Pb :: 09E-04 1 foot 23nch Fb 2.1DE-06 1 inch 41nch Pb 3.09E-05 1 toot 41nch Pb 2 :5E-07 Dr.vuell 10.0 1 inch None 1. 6;'E- 04

                             !.tmos phere                                     i foot          None               1.13E-06
                                                                              -1 inch         2 inch Pb          1.62E-05 1 foot         2 inch Fb          1,13E-07 1 inch          41cch Eb           1.02E-06 1 foot          41nch Pb           1,13E-08 i

Contain.m nt 10.0- 1 inch None 2.41E-04' Atmosphsre 1 foot None 1. 67 E- 06 1 inch 2 inch P'- 2. 41 E- 05 1 fcet 2 inch Fo 1.67E-37 novision 1 I ' :1c :. 41nch ib ~.41E-06 12/20/91 i feot 4 inch Fb 1.07E-08 SOTh: Aesume All Readings < 1 DDE-02 mR/hr as Bhgd

i A.- J h AM A P loli bE Ai@ic iWhr' 1992 RBS EVALUATED EXERCISE S AMi LE 1 ME: Ulb j l JAMILE VOLUl:Etn.. 1+1? T A14CE 6ii1 ELD 11N Fr:Ai:M N Ex Coolsnt 10.0 1 inch flono S.17E+03 i foot Ib n +.- . ME+ 00 , 1 inch Cinch f> 5. l'i E + o i 1 foot 2 inch Pb 3.59E-01}}

ML20094E155: Difference between revisions

Latest revision as of 02:44, 19 May 2020

Contents

Text

1.0 INTRODUCTION

SUMMARY

Attachment:

Description:

Description:

Description:

Description:

Description:

Navigation menu

ML20094E155: Difference between revisions

Latest revision as of 02:44, 19 May 2020

Text

1.0 INTRODUCTION

SUMMARY

Attachment:

Description:

Description:

Description:

Description:

Description:

Navigation menu

Search