ML20085D295
| ML20085D295 | |
| Person / Time | |
|---|---|
| Site: | Diablo Canyon  |
| Issue date: | 08/21/1991 |
| From: | Neale J PACIFIC GAS & ELECTRIC CO. |
| To: | |
| Shared Package | |
| ML16341G301 | List: |
| References | |
| NUDOCS 9110160031 | |
| Download: ML20085D295 (988) | |
Text
{{#Wiki_filter:- - -_ _ _ _ - - - - - - ---- l NRC FIELD EXERCISE. SCENARIO AUGUST 1991 DIABLO CANYON POWER PLANT v.. _-n-- _s _ , J
1991Diablo Canyon AnnualExercise August 21,1991 l Prepared by: J. Neale b'd 89W - M.Sundsmo D#d25 hAe D. Marsh G4 d IM J.Toresdahl O %d,f/ f} n Revicwed by: P.Beckham OktL N /I J. Becker r ~L\,s ( [_ \/
=7- -
Approved by: E. Waage 5J M 4/,,g m , J.Gardner M Af - , - - f,- y y l l W n:- m iis. a r-ADOCK0500g;,75 CF
f c
1.0 INTRODUCTION
August 21. 1991 Diable Canyon Annual Esercise - mereen__ue _. _ r n u::: = To assure public health and safety in the vicinity of the Diablo Canyon Power Plant (DCPP)in the event of a radiological emergency, Pacific Gas and Electric Company (PG&E) conducts an annual emergency preparedness exercise which tests PG & E plant and corporate emergency response capa- , bilities State and local government agencies participate on a biennial basis. This year's exercise will be a full participation exercisc including offsite emergency response agencies. The Nuclear Regula-tory Commission (NRC) and the Federal Emergency Management A gency (FEM A) will evaluate the participation of the plant and offsite response organizations. The annual exercise is the cultnination of the emergency preparedness drill program. Prior to the conduct of the annual exercin, drills are conducted for communications, health physics, radiation monitoring, medical emergencies, individual emergency response facilities (ERFs) and combined
- ERFs.
1.1 Extent of Play The1991 AnnualExercisewillinvolvefullactivationof thePG&Eemergencyresponsefacilities, including the Technical Support Center (TS C), Operational Support Center (OS C), Emergency Opera-tions Facility (EOF), Mobile Environmental Monitoring Laboratory, and Corporate Incident Response Center (CIRC), Local agency facilities andjoint facilities that will be activated during the exercise willinclude the San Luis Obispo County EOC, the Phone Assistance Center (PAC),the Unified Dose
' A ssessment Center (UDAC), the Media Center and the county / utility field monitoring teams. Ele-ments of the County of Santa Barbara and the Statc of Califomia emergency response organizations will be participating in the exercisc on an unevaluated basis.
l _1.2 Descrip tion o f Exercis2 M a nu al Conten ts This manual has been prepared to assist the exercise controllers and evaluators in the conduct and evaluation of the exercise. lt comains all of the information necessary to properly conduct the exercise in an efficient and coordinated manner, and is organized as follows: L Section 2.0," Objectives"-This section sets fonb the objectives to be met by PG&E and thu County , of San Luis Obispo Emergency Response Organizations. ( Section'3.0,"Guid clines"-This section contains guidelines for the actions of players, controllers and observers. i L Section 4.0,"Pa rticipants"- This section contains the lists of players controilers and evaluators who s willparticipateinthe exercise. L l-1 l _ __ ._ ,_ . - ~._ _ ___ ,_ _
i 1
1.0 INTRODUCTION
August 21,1991 DiaMo Canyon Annual Esercise 4 Section 5' .0," Scenario"- This section contains all of the data that is used to conduct the exercise. The scenario is divided into the following subsections: l Subsectio n 5.1," Narrative Summa ry"- Provides a description of the scenario events that occur from the initiation of the exercise until the termination of onsite and offsite activities. Su bsection 5.2,"1nitial Conditlons"- This section contains the information that is provided to the players to initiate the ex ercise. Subsection 5.3,"laitia! Meteorological Conditions"- Contains simulated recent weather information and the forecast data. This information is available to the players upon request. Real-time meteorology (simulatei for the exercise)is available throu gh the plant meteorology system for the duration of the exercise.
. Su bsection 5.4," Scenario Timeline"-This section conatins a narrative of the changing plant '
conditions correlated to the time that events occur and the messages that are to be issued at that time. Subsection 5.6," Messages"- This section contains all of the messages used to support the scenario, including onsite and offsite exercise messages. Su bsection 5.7, " Plant Paramet ers"- Contains all of the plard data available to the players deringtheexercise. Subsection.' . 9 teorologicalInformation"- Contains all of the time-incremented data for the met a ' v.cahystem and the forecast data. Suhseetion 5.9,' Rediological Information"-The radiological data supplied for the exercise isdividedintothefollowingareas: Subsection 5.9.1,"R adiation Monitoring System (RMS) Data"-The RMS datais provided in time-incremented values for each monitor in the system. The monitor data is available to the players in the Emergency Assessment & Response System (EARS) computer. Subsection 5.9.2,"NSSS Room Data"-This section contains area dose rate informa- . tion for thc liquid sampling rooms and dose rate information for samples taken in those rooms. Subsection 5.9.3,"RCS Data"-This section contains allof the time related reactor
- =
i coolant system data for eath radionuclide and for each subsequent system involved in the release. 1-2 4 - , , . , - - - -ga = % s-, , ---e - m,, y y 9- ,- . -,.---pr,---yw v-~,, ,, v,, ---w.--,-e-,c-------*
f L
1.0 INTRODUCTION
August 21,1991 Dlatilo Canpun Annual Enerdse
~ . - . . . - - . --__
Subsection 5.9.4,"PIC Data" This section contains allof the time incremented pressurized ion chamber (PIC) data for each of the PIC locations. Subsection 5.9.5," Field Data" containsonsite field monitoring and offsite field monitoringdata. Section 6.0," Con troller Instructions"- This section contains generalinstructions for all controllers and specificinstructions for individual controller actions. Sectio n 7.0,"Evalua t ors Ins tructions"- This section contains instmetions for controller / evaluators, i includingobjective relatedevaluationcriteria. ; Section 8.0," Supplemental M aterial"- This section contains controllerlog shee ts and other exer-
- ciseadministrative materials. -
1 5
-lJ
. -- , . _ . .- - .~ _ - - . , . ,_ _ ~. . . _-- -.
2.0 OBJECTIVES
- d. August 21,IMi . tMablo Coof on Ansun) thercise -
he following objectives have been developed for the 1991 Diablo Canyon Emergency Preparedness : Annual Exercise. Each of these objectives will be evaluated using the criteria included in Section 7.0, " Evaluators' Instructions." 2.1. Control Room (Simulator) Facility Objective DertAq zate the ability of the Control Room to appropriately respond to a main transformer explosion, main steamline rupture, steam generator tube ruptum and a high primary activity condition that results in a significant radiological release to the environment. Enabline Objectives 2.1.1 Recognize and classify emergency conditions and take appropriate actions to mitigate the effects of the event and place the affected unit in a stable condition. 2.1.2 Activate / augment the Emergency Response Organization (ERO), as appropriate, to mspond to the emergency. 2.1.3 Perform initial notification of offsite agencies (Federal, state, local) of emergency conditions within applicable time limits and provide follow up notifications ar re-quired.-- 2.L4 Perform offsite dose pmjections in accordance with R-2, " Release of Airbome Radio-active Materials". (This area was identified as a deficieney during the 1990 Annual Exercise) 2.1.5 -.Make protective action recommendations as requimd by the scenario. 2.1.6- Upon activation of the TSC, perform a clear transfer of responsibility for dose assess-ment and protective action recommendations. 2.1.7 Inform onsite drill personnel of emergency status, plant conditions, and other infor- - mation whitti may effect personnel safety. 2.1.8 Initiate accountability of onsite personnel. (See objective 2.9.10) 2.1.9 Evaluate the need for early dismissal of non-essential personnel. 2.1.10 Coordinate onsite emergency response activities with the TSC and the OSC.. 2.1.11 Evaluate plant trends. 2.1.12 Maintain command and control of all emergency activities dimeted from the Control -
. Room.
2.1.13 Maintain emergency logs and records. 2.1.14 Evaluate the adequacy, availability and reliability of emergency equipment in the Control Room. 2.1.15 Upon termination of the exercise, conduct a critique of the Control Room emergency response to the scenario. d 2-1
i 2.0 OBJECTIVES { Agud 21, IM . IMo CWon Annualhalu 2.2 Technical Support Center (TSC) Facilitv0bjective Demonstrat e the ability of the Technical Support Center to nppropriat elyrespond to a main transformer explosion, main stcamline rupture, steam generator tube rupture and a high primary activity condition that resultsin a significant radiological relcase to the em'ironment. EnablinpObjectives 2.2.1 Staffand declare theTSCactivated. 2.2.2 Direct aetivation of additional ERO members and additional Emergeney Response Facilities (ERFs)asneeded. 2.2.3 Recognize and classify emergency conditions. 2.2.4 Notify offsite age ncies (Fe deral, state, local) of emergency conditions, and provide follow upnotificationsasrequired. 2.2.5 Transmit hard copies ofnotifica tions and other critical docu ments t o appropria te onsite and offsite locations as soon as th e documents become available. 2.2.6 Inform onsite drillpersonnel of emergencystatus, plans conditions and oth er infor-mation which may affect personnel safety. 2.2.7 Formulate and approve information for release to the public and the media until relieved of this function by th e Emergency Operations Facility (EOF). 2.2._8 - Evaluateonsiteradiologicalconditions.
'2.2.9 Perform offsite dose projections using EARS or RB-11 until relieved of that duty by the Unified Dose Assessment Center (UDAC),
2.2.10 MakeprotectiveactionrecommendationsuntilrelievedofthatdutybytheRecovery Manager . 2.2.11 Evaluateplanttrends. 2.2.12 CoordinateoperationswiththeOperationalSupportCenter(OSC)forthedeployment of em e rgency response personnel forin-plant activities. 2.2.13 PerformradiologicalsurveystoverifythehabitabilityoftheTSCandtokeepperson-nel exposure in the TSCis kept As to,vAs Reasonably Achievable. (ALARA). 2.2.14 Authorizeemergencyexposurelimits,asapproprinte,untilrelievedofthisfunction
- bythe EOF.
2.2.15 Gather data from the Control Room and the OSC. 2.2.16 DistributedataandprovidetechnicalassistancetotheControlRoom,OSC,EOFand UDAC 2.2.17 ProvideradiologicalaccesscontroltotheTSC. 2.2.18 PerformturnovertotheRecoveryManagerandcontinuetoprovideinformationon plant conditionsasrequested. 2.2.19 Inform Plant ERO when the recoveryphasc has beeninitiated. 2.2.20 Maintaincommandandcontrolof allemergencyactivitiesdirectedfromtheTSC. 2.2.21 Discussplantreentryandrccoveryplans. 2-2
g, 2.0. OBJECTIVES ( August 21,1991. D6eblo Canyon Annual Esmine t 2.2.22 Maintain emergency logs and records. 2.2.23 Evaluate the adequacy, availability and reliability of emergency equipment in the - Technical Support Center. 2.2.24 Upon termination of the exercise, conduct a critique of the Technical Support Center emergency response. 2.3 Open ations Support Center (OSC) ' heility Obiective
- Demonstrate the ability of the Operational Support Center to appropriately respond to a main transformer explosion, main steamline mpture, steam generator tube rupture and a high primary activity condition that results in a significant radiological mlease to the environment. .
Enabline Objectives -
'2.3.1 Staff and declare the. OSC operational.
2.3.2 - Establish and maintain communication links with the TSC and other ERFs. .
.2.3.3 Receive initial directions / briefing from the TSC. ,
2.3.4 Perform radiological surveys to verify OSC habitability. 2.3.5 Perform onsite radiological monitoring, including the use of equipment for measure-ment of airborne radiciodines in the presence of noble gases. 2.3.6 Perform contamination control for the OSC. 2.3.7 Provide access control to the Radiation Control Area and OSC. 2.3.8 l Activate and dimet the actions of the emergency response teams. 2.3.9_ Ensure that emergency teams exposures are ALARA. 2.3.10 Request emergency dose limits for OSC teams as needed.
'2.3.11 Assemble and brief teams to collect PASS samples.
2.3.12 Determine the requirements for respiratory protection and protective clothing. (This
- is an area for improvement from previous drills)
' 2,3.13 Collect and analyze a PASS sample using the safest access and egress routes.-
2.3.14 Exercise proper sample handling, contamination controls, and exposure controls during the collection of the PASS sample, 2.3.15 Perform radioisctopic analysis of air samples using standard gamma spectroscopy
~
equipment. 2.3.16_ Maintain command and control of all emergency activities din:cted from the OSC.: 2.3.17 Maintain emergency logs and records. 2.3.18 Esaluate the adequacy, availability and reliability of emergency equipment in the Operational Support Center. 2.3.19 Upon termination of the exercise, conduct a critique of the Operational Support - Center emergency response. 23
l l 2.0 OBJECTIVES { Ayd H, W1. tMo Canyon Ammmtw 2.4 Emergency Operations Facility (EOF) Facility Obiective Provide protective action recommendations and other infonnation to offsite agencies to mitigate the effects of an environmental release from a steam generator tube rupture accident resulting in a significant radiological release to the environment. Enabline Obiectives 2.4.1 Activate the EOF using the interim EOF staff. 2.4.2 Receive turnover from the TSC and assume responsibility for dose assessment, protective action recommendations, and approval of pvMk information. 2.4.3 Verify activation of the UDAC and provide accident'mformadon to UDAC person-nel. 2.4.4 Make protective action recommendations based upon plant conditions, radiological assessments and recommendations received from the UDAC. 2.4.5 Inform county and state decision makers of plant conditions, pmtective action recom-mendations, and response activities via EOF hriefings and discussions. 2.4.6 Perform coordinated decision making activities with county, state and utility person-nel. 2.4.7 In support of the TSC, determine appropriate actions to mitigate the effects of the incident. 2.4.8 Authorize emergency exposure limits as appropriate. 2.4.9 Obtain st'ppon from vendors and other outside resources. 2.4.10 Formulate and approve information for release to the public and media. 2.4.11 Maintain command and control of all emergency activities directed from the EOF. 2.4.12 Discuss plant reentry and recovery plans, per procedure OR-3. 2.4.13 Maintain emergencylogs and reconis. 2.4.14 Evaluate the adequacy, availability and reliability of eme.rgency equipment in the Emergency Operations Facility. 2.4.15 Upon termination of the exercise, conduct a critique of the EOF emergency response to the rcenario. 2-4
2.0 OBJECTIVES . August 21. IM1. Diable Cappen Annual 1:serdse m___.. . - - 2.5 Unified Dose Assessment Center (UDAC) Facility Obiecliyg Assess the radiological impact and make appropriate protective action recommea. . ions . (PARS) for an offsite release of radioactivPy from a steam generator tub: rupture resulting in a significant radiological release to the environment. Enabling Obiectives 2.5.1 - Staff and declare the UDAC operational to the staff and Recovery Manager. 2.5.2 - Establish and maintain communications with the TSC, Field Monitoring Teams (FMTs), and the Mobile Environmental Monitoring Laboratory (MEML). 2.5.3 Receive turnover from the TSC and assume responsibility for offsite dose projections , and PARS, 2.5.4 Gather data from the TSC, field monitoring teams, and the Mobile Environmental Monitoring Laboratory. 2.5.5 Perform radiological assessment and evaluate the offsite impact of releases and potential releases. 2.5.6 Perform comparison calculations using UDAC manual calculations and EARS dose projections. 2.5.7 Analyze differences between projected doses and field data and evaluate the implica-tions of these differences on protective action recommendations.
.2.5.8 Fomiulate protective action recommendations and present them to Direction and Control. ,
2.5.9 Periodically brief Direction and Control on the radiological consequences of the event. 2.5.10 Brief UDAC members of pmtective action decisions and emergency response activi-
- ties discussed at EOF briefings. (EOF Radiological Manager) 2.5.11 Direct field monitoring teams and control their radiation dose.
2.5.12 Perform quality assurance checks on all dose assessment calculations.
- 2.5.13 Maintain command and control of all emergency activities directed from the UDAC.
2.5.14 Maintain emergency logs and records. 2.5.15 Evaluate the adequacy, availability and reliability of emergency equipment in the UDAC. 2.5.16 Upon termination of the exercise, conduct a critique of the UDAC emergency re-sponse to the scenario. l t l l 25
2.0 OBJECTIVES-l Ayudt,Im . tMo Cuyon Annn! F.amh 2.6- Field Radiation Monitoring 'lhams and Mobile Environmental Monitoring Laboratory Functional Obiective Pmvide field radiological data and environmental sampling information to the UDAC in response to a relesse of radioactivity to the environment from a steam generator tube rupture accident. Enabling Obiectives 2.6.1 Report to the PG&E Service Center and form field monitoring teams. 2.6.2 Check emergency response equipment and emergency communications systems. 2.6.3 Receive briefing on plant status and protective actions. 2.6.4 Perform direct airbome radiation measurement, air sampling for radiciodines and paniculates, and contamination surveys as directed by the UDAC. 2.6.5 Perform environmental sampling of soil, water and vegetation as directed by the UDAC.
- 2.6.6 . Monitor individual radiation dose and maintain individual exposures within author-ized limits.
'2.6.7 Maintain communications with the UDAC, 2.6.8 Maintain records of monitoring activities.
2.6.9 Evaluate the adequacy, availabi!ity and reliability of emergency equipment in the MEML and Field Team kits. 2.7 Corporate Incident Response Center (CIRC)
. Facility Objective Provide support to DCPP in response to a release of radioactivity to the environment from a steam generator tube rupture accident at DCPP.
Enabling Obiectivec i-l 2.7.1 Staff and declare the CIRC activated. f 2.7.2 ' Provide engineering and operations support to the EOF. l- 2.7.3 Provide public information support to the EOF. 2.7.4 Provide Corporate support as requested by the EOF. 2.7.5 Maintain emergency logs and records. 2.7.6 Discuss reentry and recovery. L l: 2-6 1
2.0 OBJECTIVES k August 21.1991 1Xahlocanyon Annealrserdu 2.7.7 Evaluate the ade qu acy, availability and reliability of eme rgency equipme nt in the CIRC. 2.7.8 Upon termination of the exercise. conduct a critique of the CIRC emergenty response tothe scenario. {.4 n
,4 2.8 Joint Media Center p
h; 2.8.1 Activate the J oint Media cent er per CERP 3.2. '% 2.8.2 Establish and maintain communications with the EOF. 3; 2.83 Coordinate the prese itation ofplantinformation to San lais Obispo County. 2.8.4 Coordinate press briefings with San Imis Obispo County. 2.8.5 Maintain e me rgency logs and re cords. , 2.8.6 MaintainJ oint M e dia center accountability. 2.8.7 ) sonitormediabroadcasts 2.8.8 Evaluate the adequa cy, availability and reliability of e mergency e quipment in the MediaCemer. 2.8.9 Uponterminationof the exercise, conduct acritique of the Mediacenteremergency response tothe scenario. , 2.9 NRC Five Year Evaluation Objectives , 2.9.1 Conductanexerciseusingoff hoursemergencyresponsestaff. 2.9.2 Activate thc EmergencyNews Center. (See Section 2.S," Cuesta College Media
~
Center) 2.9.3 Conduct an exercise involving the use of first aid or rescue teams. 2.9.4 Conduct an exercise utilizing medical support personnel. (This objective was evalu.
. ated during a medical drill conducted on June 5,1991) 2.9.5 Demonstrate the ability of the Licensee's headquartersper3onnel to support emer-gency response and recoveryefforts at the facility. (See Section2.7," Corporate Incident Response Center')
2.9.6 Demonstrate the ability of Security to perform an expedited access of emergency r esponse personnel to the controlled area. 2.9.7 Determine the release charaete ristics (magnitude, components) and the potential impact of the radiologicai release. (DU objective willbe evaluated as a ccordinated response from the TSC, EOF, UDAC and the FMTs/MEML) 2.9.8 Obtain and analyze a post accident sampling system sample in a timely manner. (See section 23, Operational Support Center) 2.9.9 Demonstrate the ability to determine the need for, and issue potassiumiodide to emergencyworkers. 2.9.10 Performasuccessfulassemblyandaccountabilitywithin30 minutes. 2-7 l l
... - - - - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ - _ - - __ - -- ._ _ _ - - _. . - _ - . - __ __ - . _ - _ . _- _ - - . - _ _ _ . - _ l
h 2.0 OBJECTIVES l Amd H.M1.thaWoCanyon Anad F.mdae
-_ m 2.10 San Luis Obispo County Objectives N 2.10.1 Demonstrate the ability to monitor, understand and use the emergency classification levels (ECLs) through the appropriate implementation of emergency functions and y activities corresponding to ECLs as required by the scenario.
' 2.10.2 Demonstrate the ability to fully alert, mobilize and activate personnel for both facility and field based emergency functions.
\ .10.3 2 Demonstrate the ability to direct, coordinate and control emergen T 2.10.4 Demonstrate the ability to communicate with all appropriate locations, organizations and field personnel.
2.10.5 Demonstrate the adequacy of facilities, equipment, displays and other materials to
- support emergency operations.
2.10.6 Demonstrate the ability to continuously monitor and control emergency worker exposure. 2.10.7 Demonstrate the appropriate equipment and procedures for determining field radia-tion measurements. 2.10.8 Demonstrate the appropriate equipment and procedures for the measurement of airbome radioicdine concentrations as low as 10-7 microcuries per cc in the presence of noble gases. 2.10.9 . Demonstrate the ability to obtain samples of paniculate activity in the airborne plume and promptly perform laboratory analyses. 2.10.10 Demonstrate the ability, within the plume exposure pathway, to project dosage to the public via plume exposure, based upon plant and field data. 2.10.11 Demenstrate the ability to make appropriate protective action decisions, based on projected or actual dosage, EPA PAGs, availability of adequate shelter, evacuation time estimates and other relevant factors. 2.10.12 Demonstrate the ability to initially alert the puNic within the ten-mile EPZ and begin dissemination of ar instructional message within 15 minutes of a decision by appropriate State and/or local officials.
.2.10.13 Demonstrate the ability to coordinate the formulation and dissemination of accumte information and instructions to the public in a timely fashion after the initial alert and notification has occurred.
2.10.14 ' Demonstrate the ability to brief the media in an accurate, coordinated and timely manner.
. 2J0.15 Demonstrate the ability to establish and operate rumor control in a coordinated and timely fashion.
2.10.16 Demonstrate the ability to make the decision to recommend the use of K1 to emer. gency workers and institutionalized persons, based on predetermined criteria, as well as to distribute and administer it once the decision is made,if necessitated by radi-oiodine releases. 2-8
2.0 OBJECTIVES August 21,1991 INebloCaeyon Annual Enerthe
~ ~ ~ ~ ~
2.10.17 Demonstrate the ability and resources necessary to implement appropriate protective actions for the impacted permanent and transient plume EPZ population (including transit-dependent persons, special needs populations handicapped persons and institu-tionalized persons). 2.10.18 Demonstrate the ability and resources necessary to implement appropriate protective actions for school children in the plume EPZ. 2.10.19 Demonstrate the organizational ability and resources necessary to control evacuation traffic Dow and to control access to evacuated and sheltered areas. 2.10.20 Demonstrate the adequacy of procedures, facilities, equipment and personnel for the registration, radiological monitoring and decontamination of evacuees (This objec. tive will be evaluated in a separate drill) 2.10.21 Demonstrat: the adequacy of facilities, equipment and personnel for congregate care of evacuees. (This objective will be evaluated in a separate drill) 2.10.22 Demonstrate the adequacy of vehicles, equipment, procedures and personnel for transporting contaminated, injured or exposed individuals. (This objective will be etatuated in a separate drill) 2.10.23 Demonstrate the adequacy of medical facilities, equipment, supplies, procedures and personnel for handling contaminated, injured or exposed individuals. (This objective will be evaluated in a separate drill) 2.10.24 Demonstrate the adequacy of facilities, equipment, supplies, procedures and person-nel for decontamination of emergncy workers. equipment and vehicles and for waste disposal (This objective will be evaluated in a separate drill) 2.10.25 Demonstrate the ability to carry out emergency response functions (i.e., activate EOCs, mobilize staff that must repon to the EOCs, establish communications link-ages and complete telephone call down during an unannounced, off hours drill or exercise. 2-9
me . ,. 1991 EXERCISE ~ OBJECTIVE ' MATRIX - GROUP A- SCENARIO INDEPENDENT NUfEG
. COHE OBJECTIVES 0154 1989 1990 -1991' :
EMERGENCY CLASS!FICATION LEVELS 1, ; Demonstrate the ability to monRor. D.3.4. 09/13/89 Demonstration of tNo objec9ve wE occur through 'acdone talien in response to understand and usa emergency the scenario. Dernonstration of tNs objecWwe wm take piece in the County classMcation levels (ECQ through the EOC. The extent of play for tNs obpctive primarty reistes to Courey EOC appropriate implementation of emergency activities. Field riodes spedlica#y iderteed in other QrrAe; below wE also [ functions and actmties corresponding to implerment steps based on scenario drken ECLs ECUS as required by the scermrio. The four ECUS are: notmcation of unusual - ,
- event, alert, site area emergency and '
- general emergency. _
.. i MOBTUZATION OF EMERGENCY PERSONNEL.
- 2 Demonstrate the ability to fupy alert, E.1, 09/13/91 Dwonstration by the County Emergency Operations Center. FMT's, UDAC, mobilize and activate personnel for both E.2 Phone Assistance Center (PAC), Mede Center.. Local agencies wE pisy i faci!ity and field-based emergency .. through to the dspatch center for tNs objeceve MobezaWon of Gold
}- functions. (See Obgective 34 for 24-hour, personnel and Deld opersilons cerWers wE be simtdsted unless sped 8e Seed ' continuous staf'ing function witNn a sfr-year nodes are iderteed in other S.ee. Sirmdeled func9ons wE inch /.oe meio ; thrse frame) (1) deployment of sE Sre department (Except Avna Beach), low ordorcement, public works (except Egeneering Ops Corner) and congregste care and evacuee invi.;vAg and decon worfiers with the exceptione noted above. Field operations centers, such as individual fre staWons and other Deld o811ces wE nct be evaulusted acevated during the drE. TNe is consistent with the DIRECTION AND CONTROt. . 3. Demonstrate the ability to drect, coordnate . A11d, 09/13/89' Same as Obgoc9ve 1 and controi emergency activities. (3) ' __ ' A2a COMMUN' CATIONS 4 Demonstrate the abEity to communicate .. F. 09/t3/89 ARCA 1, 2 and. with as appropriate locations, organizations 4, corrected on Same as obrecitvo 2 '[ (not ARCA1 and Seid personnet (5) F.1.f.) ARCA 2 10/03/89Remedal [ AACA 4 DriE FACIUTIES EOtfiPMENT AND DtSPLAYS ]; i. tjemonsteste the adequacy of facaiUes, G3a, 09/13/89 Same as ObrectNo 2 Primary fadIIIes are County EOC, UDAC, Mede Corwer
. equipment, dsplays and other twaterlats to H13. Oncludng PAC). Field nodes identmed in other objec9ves may be invo8ved to support emergency operations.. (4) the extent that they A.~r.atiste adequecy to erzi,.W. their spetSc
'l-func9on ,
[ l
m
= n ==
700( 2 EMERGENCY WORKER EXPOSURE CONTROL K3.a b. Partial 09/13/89 The Emergency Worker Exposure Control (EWEC) fWan we be 6 Demonstrate the atAity to confirwoosty demonstrated at the County EOC with simda'ed SRD readings cased in from monitor and control emergency worker ARCA6 ARCA 7 the field (simulated readngs from Avta Beach Fire Departmerd). Field exposure. (20) Monitoring Teams wi8 report orposures to UDAC. ARCA 8 ARCA 12 Plan Rev. 5 FIELD RADIOL OGICAL MONfTOR!NG l 09/13/89 Demonstrated by UDAC and FMTs. (
- 7. Demonstrate the appropriate equipreent 1. 8.,
and procedures for determerrng fiefd 1.11. radiation measurements. (7) Plan Rev. 4
- 19. Partial 09/13/89 Demonstrated by FMTs.
8- Demonstrate the appropriate eqdpment and procedu es for the measurement of ARCA 9 airborne radioiodine concentrations as low ARCA 10 as t0-7 microcurie per cc in the presence ARCAt1 of r50t9e gases. (3) 1 09/1289 Demonstra'ad by FMTs. Participafon wth MotAe Envircs.i .+ raat Mode &g 9 Demonstrate the at$ity to obtairt samples of 1.10. Laboratory (VEMQ as per utEty partidpat:o t particulate activity in the airborne plume and promptty perform laboratory ansyses (New ObjectNe) PLUME DOSE PROJECTION i10. 09/13/89 Demonstrated by UDAC. to Demonstrate the abrJty, within the plume exposure pathway, to project dosage to the putMic via plume exposure, based on plant and fleid data. (10) i PLtFJE PROTECTNE ACTicN DECtStON MAKINO Demonstrated in UDAC with paju s Jc6 by Direcks, and Control Group in
- 11. Demonstrate the abiUty to malce appropriate J 10.rrt 09/13/89 the Courey EOC.
protecttve action dectskans, based on projected or actual dosage, CPA PAG *s, avadability of adequate shefter, evacuabon time estimates and other relevant factors. (10) ALERT, NOTIFIC ATION AND EMERGENCY INFORMATION 10/03/90 Demonstra+ed by Putfic trWormationfunction in the County EOC and at Meda Demonstrate the stety to initiary a!ert the E6. 09/13/89 12. ARCA5. Center. CaJag+rt and dstribution of CBS messages and rnedia rolesses pu'2c wdhin the 104rde EPZ and begin wm be demonstrated (Route Alerting node wt be phii ed by inten4ew wth dessemination cf an instructional message Pfan Rev. 3 a Shertrs Department Representative) Me1a Center actM5es IrwoNo { within 15 minutes of a dedsion by dernonstration as per previous exe*dses. Transmission of EBS messtges wt appropriate State and/or local ofMdai(s). be sfrndated at County EOC, Swndstions include sounding the earty waming (13) sirens, use cf EBS morftors and tone alert moedtors, not!!lcamm of PAZs 1&2. and route alerting.
4 d M A m. A e4 ..g .h J4--A AmAAi e' ---.#
.ap__._.J 4 ,
4,h-,, _a b.4mm 2 - mJ
$2 h lT ,
3,p 1 g d4 l! ih ! p!pl, y 3
- I I! !: n 0; ! 'fjgPj tl :~
l !ak4 ,! s Id i l' I!!'u'i f}> {d,,}lI . 3-
.att. . ,
1 fIi1'I.
, N tb jm ga I af 111 ! i a dllllii]sk
- 7. .
8 - e a t d j e$ ! E i i El e s
~
dit ll3 s hi I i i d e t , , 2 g f ,,,f ai~ f gisf Iva: [r
,a1 -{ hgy.4g%,g {
u,e gh~i a p n +i II -Ijg Ib ijIf IdIfl
- I .fjl I ,,l!m{i !8<!g
. * !!Ich th EHi ! !. jul4 2 ( ff s s
s y n; i. d .-
! i e s- I e n: x - - - .
a,. , une e J.9., Pending Demonstration wR tm time and scenario drfvert The initlaf County notlGca6on
- 19. Demonstrate the obTrty and resources 09/13/89 J 10.g ARCA 3 to the Cour;ty Superintendent of Schoo's wW take r.: ace. Other notelica6ons necessary to implement appropriate enay be sim $ated at the discretion of the County Supedntendent of Schoc4s.
protective actions for school chadren within Plan Rev. 2 FEMA has orpressed an interest examining the OCSS phone center. An the pfume CPZ. (19) interview with the County Superintendent of Schools ext a visit to the OCSS phone center 79 be arranged. An interview with a school teacher and bus driver snay also be possible at the dscretion of the School Superintendent. The interview and visit can take place during regular business hours. l TRAFFIC CONTROL Demonstration of this objective the County EOC. The demonstration of Trame
- 20. Demonstrate the organizational r.bility and J.to lk. 09/13/89 Plan Rev. 7 control coordination through the EOC in comt9 nation with a CHP Area Omco resources necessary to control evacuation and an interview of an omcer regardng CHP SOPS and EWEC.
tramc fbw and to control access to evacuated & sheltered eress. (16,17) ._ RELOCATION CENTERS (RCOlSTRATION. MONtTORING. CONGREGATE CARE AND DECONTAM! NATION) J.t2 09/13/89 Demonstrated by separate drR
- 21. Demonstra*e the adequacy of procedures, fachties, equipment and personnel for the ARCA 14 registration, radiological monitoring and ARCA 15 evacuee decontaminatiort (27)
J.10A 00/13/89 Demonstrated by separate ddit
- 22. Demonstrafe the adequary of facfDties, equipment and personnel for congregate Plan Rev. 6 care of evacuees. (28) __
IGEDtCAL SERVICES (TRANSPORTAT!ON AND FACILmES1 L 4. I 09/13/89 Demonstrated by separate dre 23 Demonstrate the adequacy of vehides, equipment, procedures and personnel for transporting contaminated, injured of erposed indMduais. (30) L1. 777 08/02/90 Separate Dra
- 24. Demonstrate the adequacy of medcal facruties equipment, procedures and personnet for handling contaminated, injured of exposedindMduals. (31) _
DECONTAMINATION ARCA 13 CDF County Fire is the responsit9e erny for Emergency Worker Monitsdra
- 25. Demonstrate the adequacy of faceties. K5ab.
and Decontamirumon (EWMD). The County Plan inch. des Camp San Luis as equipment, supplies, procedures and the preferred site for EWMD The County wm demonstra's this objectfve on personnel for decontamination of the Tuesday before the exerdse. For the 1991 dr5 It was empted that FEMA emergency workers, equipment and would evaluate the Camp San Luis facKrty. vehicles and for waste disposal (29) GROUP C - OTHER OBJECTIVES: NUREG 0854 1989 1990 1991 DEMONSTTMTED AT LEAST I ONCE EVERY SIX YEARS
act o - m, n = l SUPPLEMENTARY ASStSTANCE fFEDERAUOTHEm
- 26. - _ Demonstrate the atsty to ident.+f the need C.1.s.b. 09/13!89 for aad esil upon Federal and other outside suppoit agencies' assistance. (32)
INGESTION EXPOSURE PATHWAY
- 27. Demonsttre the appropriate use of L 8. .
ectipment and procedutes !ar collection J.11 and transport of samples of vegetatiers food crops, mik, meat, poultry, water and a limal feeds (indgenous to the area and stored). (9)
- 28. Demonstrate the appropriate lab operations C3, and procedures for measuring and J.11 anatyring sampfes of vegetation, food crops, nu%. meat, pout:ry, water and enWal feeds (indgenous to the area and stored)
(9)
- 29. Demonstrate the at>Ttty to protect dosage to L10.,
the public for logestion pathway exposure J.9. and determine appropriate psotective J.11. measures based on Feld data, FDA PAG's and other re!evare, factors. (11) 30 Demonstrate the abWty to implement bom J.9, preventive and emergency protectFa J.11. actions for ingestion pathway hazards. (12) i RECOVERY REENTRY AND RELOCATION
- 31. Demonstrate the at>Tity to estimata total M.4 popula' ion exposure. (34) _
i 32. Demonstrate the atAy to determine M.1. appropriate measures for cordoBed reentry and recovery based on estimated total population exposure, evadat>e EPA PAG's and &her relevant factors. (35) 31 Demonstrate the ability te implement M.1. appropriate measures for controUed reentry and recovery. (35) _ MOBrUZATION OF EMERGENCY TR3ONNEl. (?44 TOUR. CONTINUOUS BAS!T, 34 Demonstrate the ability to m4-intain stamng A.1.e., on a condnuous 244Faur basis by an actual A 4. shHt change. (2) [ Key personnel)
I t s 2
=
\
6 5 0 i O N 8 s ed N c3 2 . 2 e e f
; *E22 5 y@ s g;J: - l 1 o e. - 5 N E s
gs. 3 2 o3 o ee o 5 m a v {e k g2 4 5*s en 2 %$% E 2!
;5
$ 5 !M{$Tv 2 g 22 Hse IB <
;Ef8!*$$o E &#p FA o E 'l 8 o
z e 8too bE k $g$ b $kbb EE E 9 N E B W 5 n E - _.
4 1991 NUC11AR POWER P1.ANP IIKEROSil May9,1991 DLAluD CANYON NUOFAR 011N1tRATING EPA 110N i Oft.TECIl\TS MQ(gENCY CIASSlilCA110N LIVF15 IINA OIMEcITVE (GM PX01 1 Demonstrste the abihty to monitor, undentand and wt esmergency classi6 cation lewis (ECL) through the appropnate implementation of emergency functions and actrvities correspondmg to ECL's as required by the scenano. (D.1, D.), D.4,1.2, 1.10) SCENARIO SPEOllC OfUFCI1VES STATE OF CAlII~ORN1 A 1 Demonstrate the aN! sty to priorm the actmues spectned in the State of Cahfornia Nuclear Prwer Plant Emergency Response Plan or San 1.us ONspo County /Ottea Nuclear Po=tr Plant En.ergency Response P64n taud upon PG AU's declaration of Emergenn Gassincaison lewis (ECL). Cntena
- a. OES. State Warning Center When an 1Juergency Oausfication level (ECL) declaration is received from PO&E, noti 6 cation of the declaration mil be performed in accordance with Section 6, Prwedure EA and Sectior,7, Ptscedure E L 1he State Operatons Center (SOC) staffing mill be simulated and only Dils (EMD) and OES (NPP) will be notified by the Warning Controller. (POR 1.1)
- b. OlP San lAis ONspo Area Dispatcher When ca Emergency 04uification level (ECL) declarata is recchtd frce the San Luis ONspo County Shenff's Office, notification of the teclaration will be performed m accordance mth SOP ill.20, Section 11 (POR 1.1)
- e. CALTRANS - Distnet 05 Dispatcher When an Emergency Gassification Irvel (ECL) de44 ration is arcemd frtwi the OlP, notification of the cedaration vil be performed in accordance with SOP 11121, Secdon IL (FOR 1.1)
- d. DPR . Pismo Dunes State Vehicle Recreation Area's Canmand Center Radio Dispatch Center When an Emergenn Cassl6 canon Irvel(ECL) occiaration is recchtd from the O!P, notification of the declaration wul be yrtormed in accordance mth SOP 111.22, Attachment 1. (POR 1.1)
- c. Cal Poly . CPSU Dispatch Center When an Emergency Camincation Level (ECL) declaration is rectived from the OlP nottfication of the declaration will be performed in accordanct with SOP 11124. Section III, Part 3 0. (POR 1.1)
- f. CMC Watch Commander When an Emergency Gasuficanon level (EC1) declaration is recemd from the GIP, notification of the declaration mil be perfonned in accordance m 1P !!! 25, Section VII. (POR 1.1)
?
f MOBIUZAT10N OF EMPRGENCY PERSONNTL $^ FEMA OIUECTTVF (OM EX.3)-
- 2. Demonstrate the ability to fully alert, mobiltre and actrvate penor.nel for both facility and Dektbas.e4 emergency functicas. (P 1.,
E.2.) SCENAPJO SPEOPlc ORTFCT1\TS STNPF OF CAUFORNIA
- 1. Demonstrate the methetion and mobilization of Ernergency Resynse Personnelin accordance with the State Nudear Pomer Plant Emergency Response Plan or San !xis Obsp County / Cities Nuclear Poetr Plant Emergeng Paponse Plan.
.CDLtut
- a. OES- State Waming Center The Warning Controller wiu recer.t the initial notification of the ernergeng from PG&E and will notify State regenden prwataged oar site for resporuse accordina to Procedure St. All cuer calis wi!! be simulated. (POR 2.1, 2.2,2.3)
- b. OES and DHS . EOF and UDAC State responden to the EOF and UDAC will Prc4tage at a hotel near the site. When notified by the Warning Controuer, the OES EOF and UDAC liusons wi!I report to the EOF per Seoion 6, Psucedure Lt. The Dils UDAC personne! ani! report to the EOF per section 7 Procedure LL (POR11,212.3, 2.6)
- c. OES and DHS Media Center State responders to the Media Center wiu pre-stage at a hotel near the Media Center. When actuated, the P]O Mil report to the Media Center per Section 6, Procedure E1. (POR 2.1,2A 2A 2.6) di OES San Luis Obispo County EOC The OES Regional Manager or alternate will pre-stege at a hotel near the San Luis Obispo County EOC When actnmed. the OES .Repocal Manager will r port to the EOC per Section 7, Procedure bl. (POR 2.L112A 2 6)
- e. CHP San Luis Obispo County EOC After notification, two officers mth the rank of captain or a designated cornmandalternate report to tbc San Luis Obispo County EOC and a Cir s.6..ge 7- .o the Meda Center peu SOP Ill.20, Section C (POR 2.1,12,2A 2.6)
- f. CAL 7RANS - San Los Obisp County EOC Aftet notification, the Deputy District Director for Maintenance and Operations or a designated citernate reprts to the County EOC per SOP 11121. Section B. (POR 2.1,2,2,24 2.6)
- g. DPR San Luis Obispo County EOC After notification, the Emergency Coorcnator (Cbef Reger, SLOCD) or designated alternate reports to the County EOC per 50P IIL22, Attachmem L (POR 11,2.2,13. 2.6)
- h. CMC Sen imir Obapo County EOC After moticatbn, the CMC / County BOC Liaison wiu report to the San Luis Obspo County EOC per SOP I1125, Section VII. (POR 2.1,2.2,2A 2.6) 2
4 DIPlfilQN AND COVTROL i JLM A OF00C11VE fGM EL3 )
- 3. Demonstrate the ability to d'.u coordinate and control emergency eettvities. (A.1 d., A.2 a.,119) srTNARIO SITC111C OIUUC11VPS S1Ym Of CA11FORNIA 1 Demonstrate command and control of eme:gency respmc.
.fJ.11tal
- a. Dils and 015. EOF and UDAC OES and Dil5 will prcmde wpprt the jomt denra tnabng pnxtu for detennitung protecthe actions pr Sections 3 and 6.
- b. CitP . San Luis Obispo County COC The CllP/FOC Liamons will provide suppon the jomt decision making process for determintrig and implementmg protectnt actions pet SOP 111.20. (POR 3 8)
- c. CALTRANS kn Luis OWpo County EOC
*The CALTkANS septuentatat will prende supprt as requested from the EOC pr SOP 111.21, Sution C (POR 3.8) d DPR . km 1 un OWp Canty EOC 11e Lmeyney Coordusaic; wsil pnmde support as requeste4 from the EOC per $OP 111.22, Section I (POR 3 E)
C05151k',$]fdIlLLN3 ITMA O!UFC11VE (0)Q
- 4. Demonstrate the abdity to rtwnmenicate msth all appnTnare kraisons, organtiatwens and field personnel (F.3, EA,l'.1, J,1)
SCENARIO bPEQJ1(,OJITT1VI S FTA1F OF CM {J,31ESM 1 Demonstrate the adequacy, opersbihty and effectrst use of emergency communications prticedures and equipment er. tong appropnate facihties and pours, including fick' teams and the ds}mch ctnier, fInf.Da
- a. OES.LOF The EOF haison and OES Regional Manager sill demonstrete she abitty to catallah communication with the Media Center, as apphcaNe per Section L (POR 41,4.2,43)
- b. CllP San lets Obispo County EOC The CllP representatnt m1H demonstrate the abihty to establah communication with the San Luis Obispo Area OHn pr SOP !!L20, $cetsoe C (POR 4.1,4 2,43)
- c. CALTRANS . Ma Lais Obispo County EOC 1hc CALTRANS representatne mit! demotistrate the abihty to establish commumcation with Distnet 05 11cadquaners per SOP III.21, Section A, (POR 4.1,4.2,43)
- d. DPR San Luis ONxpo County EOC 1he Emergency Coordinator will demcststrate the abihty to estabhsh communication with the Command Center at the lleadquartets Ranger Station at Pamo State Ikach, Oceano Campground (POR 41,4.2,43) i 3
l. m_______._. _m- ____.____.. _,__ _ ___.___m
a , a h-
- c. CMC + San Luis Obispo County EOC ;
j.,_ _i he CMC /Ceunty IXsC liaison wt!! demonstrate the abihty to estabhsh communicatxm whh CMC per - ' i-> SOP 11125, Sectgm VII. (POR 41,414.3) FACI 1rrlES FOUIPMI'NT AND DISPLAYS - 4 RMA ORTECIn*E (GM EX M .
- 3. ' Denionstrate the ' adequacy of facihties, equipment, displays and other materials to support emergency operations. (0,3.a.,!!.1, ,
HJ, H.3.) ^ SCENARIO SPECIFIC OILtEC1WES 'I STATF OF CAIJFORNIA - s
- 1. Demonstrate fanhty security, the adequacy of status boards and maps and the facihty layouts and equipment support their required functions.
.C111113
'N a. 005 DHS, CllP, CALTRANS, DPR, CMC De appmpriate state support staff will demonstrate that sufficient space and equipment to support toch functon in the EOF, EOC or UDAC, as apphcable, is available. (POR 5.1,5.2)
EMERGENCY WORKFR EXPOSURE CONTROL. > EMA OlUTCTIVE (GM ELM ' -
- _6, _ Demonstrate the abihty to continuously monitor and control emergency worker esposure. (K.3.a.b.)
.SCENARJO SPECIFIC OBF.CThl$
- STATE OF CAI TFORNIA - #
' 1.' '. Monitor and control emer);mey wrker erposure Cntene 4 -
l a. - CHP -Tnfrie Contiel Officer -
. An intetview and inspection millbe conducted todeter.nine appmpriate emergency surket exposure control
.. techniques in secordance mith SOP 111.20, Attachment CHP 2. Reporting of direct reading dosimeter
, - er}uures mill be annulated. (POR 6.1,62,6.3,64 6A 6.6,6.7,6.9,6.10)
- b. - cal.TRANS . ??????
4 In accordance 3,th SOP !!!.21, Attachment Cal-3
' FIEID RADIO 1OGICA1. MONTIORING
_ EMA'OIUFCTWE (GM ELM
- 7. Demonstrate the appropriate equipment and procedures for determining field radiaten measurements. (11,I11.)
De Stau of Cahforma does not perform radiokyical field measurements during the plume pase. Field radiation measurements -
- win be performed by local jurisdictions.
N L 3
.... .,w.,. <
- gMA OIUFmVI! fGM EL3)
{_
. 8. Demonstrtie the appropriate equipment and pructdures for the measurement of sitterne radioiodine concentratiosu as lo= as 10~' (0.0aTXiol) mierucurie per cubs centimeter in the pruence et r.ot>le gases, (19.)
he State of California does ac4 perform radiological field measuresnents during the emeryney phase, but instead will rely est County and Utihty Held Teams during this time. Please refer to thcee procederca, and ecunty objectives for adequate completion of ths EMA objectM. ITMA OIUPNVE (GM EL3)
- 9. Demonstrste tbc abihty to obtain sarr-ples of particulate actmty in the airborne plume and promptly perform laboratory analyses. (lla) he State of Cahfornia does not perform radiokycal(wid measurements dutteg the emerpney phase,but instead will rely on County and Utihty neld Teams dunng this time. Picase refer to trose proceduns, and county ob;ectives for adequate complets of this EMA otjective.
fjrMr DOSE PROJFmON Tr.MA OllfFC*11VE (GM EL?)
- 10. Demonstrate the abihty, within the piume erpucure pathway, to project dosage to the pubhc via the plume esysure pathway, based on plant and fald data. (110.)
p.NARIO SFFCIFIC OIUFmVES siAlv Or CA1iTORN% .
- 1. Demonstrate the capabihty to project dcsage to the affected popu'ation.
ffMts
- a. OES UDAC The OES UDAC representatwe will venfy calculations performed by other UDAC stafIin accordance Mth SLO IIP 12. (POR 102,103,10 6)
- b. Dils-UDAC ne DilS UDAC repnsentatin Mll pc rform indegndent we nfication of the dose projecions in accontance L with SLO IIP-12. (POR 102,103,104)'
11 UME PRO 1TGVE AGON DFCISION MAKING IT_M A OIUFmVF (GM EX 31
- 11. Demace.true the abihty to make appropnate protectst action deciseons, based on projected or actual dosage, EPA PAG's, swilahihty of adeqante shelter, evacuatire time estunates and other relevant factors. (J 10.m.)
SCI 3 ARIO SPFCIFIC ODIFmVFS STATF OF CALIFORNI A
- 1. Demonstrate the abihty to make apprupnate dose estirnates and makes proteetw action recommendations to the counties based on those project ons.
- a. OFS-UDAC De OES UDAC representatm will asam in developmg protectra action recomrr-ndations based on calcuhtbrw and roun6 table discussions with PG&E, Dils representatms, Asststant UDAC Coordmator and other UDAC staff in accordance with SLO IIP 12. (POR 11.1,11.2,113,114,113,11.6,11.7)
1
- b. DilS UDAC j 1he Dils UDAC repnsentative will usist in devekving protectrve action remmmendations based on calculations and round table discussions with PGAE, DllS representatives, Assistant UDAC Coordinator and other UDAC staff in anordance mth SLO IIP.12. (POR 111,11.2,113,11.4,113,11.6,11.7)
ALFRT. NOT1MCATION AND EMFROINCY INf0ftM A110N 11NA OICECIl\T (GM l'X4)
- 12. Demonstrate the abihr) to initialty ekn the public within the 10 mile EPZ and begir. dissemination of an instnietional menage mthan 13 minutes of a decsion by appropnate State and/or local ofncial(s) (E.S 116 )
SCENARIO SPfCinC OIDFCITVFJ STATE OF CAlllDE -
- 1. Demonstrate the abihty to alert the pubisc ethin 13 minutes of the decision to implement a protective actio,1
- s. DPR - San tais Obispo County EOC DPR decision rnaker wiu make a joint decision to implement a protective action and agice to an instructional menage to be sent to the appropnate organization for dast.emination. No menage will be sent. (POR 12 4, 12.6)
ITMAOIUFCTT\T(GM M
- 13. Democ2trate the aNhty to coordinate the formulation and disseminatx>n of accurate information and instructions te the public in a time.)y fuhion aher the taitaal alert and noh6 cation has occurred. (Ei, E6, G3, O 4.b )
Tbs objectivt will not be demonstrated by the State (4 Caldornia ITMA OIUT-CTIVF (GM I'XO)
- 14. - Demonstrate the abihty to bnef the mcJia in an accurate, coordinated and timely manner. (03.a., G 4.a )
SCINARIO SPECIMC 01UFCIT4TS S'IATF OF CA11FORNIA
- 1. Demonstrate the abshty to dismeminate timely and accurate information to the news media by means of press releases and neu bnefings.
Critena
- m. O!3, DlI5 and CilP . Media Center De state PlOs mill coontanate mth other P10s at the Media Center and premde accurate and timely
- bnefings of state actmties to the media in accordance with Section 6. Prucedure IM (POR 141,14 4,14 5, 14.10, 14.12)
ITM A OIUFCn\T (GM EX4)
- 13. Demonstrate the ability to ca'abhsh and operate rumor comrul ta a coordinated and tunely fashion. (G.4 c.)
De State c4 Caldema wdl not demonstraic tha ot>pcuve. 6
USE OF K1 PEALA OIUTCITVE fGM EX 3)
- 16. Demonstrate the abihty to make the decision to recommend the use of M to emergency workers and institutionalued persons, based on predetermined entena, as well as to dattit>ute and administer it once the decision is made, if necessitated by radoodine releases. (J4 e, J.10.e,f.)
SCENARIO SPFClf1C ORIFCfl%TS STA1T OF CA1IFORNIA L Demonstrate the abihty to make the decuson to rmwnmend the ame of K1 to emergency workers to the local beslth omcers,
.CultnB
- a. DHS . UDAC ?????
Evaluate emergency worker actual or projected radioeodine exposure and recommend to jurudictions llcalth Ofreer, na the EOF, to issue K1 in accordance with the State .Nucicar Power Plant Emergency Response Plan, Section 7. E-16 and 516.1. (POR Dils will make the decuson on the use of K1 by the State's Emergency Worters per ProctJure Jk16 IMPLEMENTATION OF PROTl!CI1VE ACITONS ITMA OIUFCTTVE (GM-3)
% . Demonstrate the abihty and resources necessary to rm)iement appropnate protectht actana for the impacted permanent and transient plume EPZ populatim. (meluding transient & pendent persons, special needs p pulations, handwapped persons and institutionalued persons), (J.9., J.10.d g )
SCINARIO SPFC111C OILIFCTI\TS STATE OF CALIFORN16 1 Demonstrate the ecordmation between County of San Luv Obispo decumoni makers and thos< state officials reapomuble for the evacualm of the impacted permanent and transient p'vme ITZ population. frnena
- s. CMC San Lun Obispo County EOC The CMC / County EOC Uaison m!! demonstrate coordination betmett inn Luis Obispo County Direction and Control Group ar.d simulate protertra A1&ons 4 institutenahaed persons in accordance with SOP Ill.25. Section VII. (POR 18.1,18.2,18 4, t81,18.8,18.10)
FINA ORTCT1NT (G%f-3)
- 19. Demonstme the abihty and resources nexessary to implement appropriatepretenee a::trans for school children within the plume
- EP2. (J 9, J.10 g )
Will not be demonstratcJ by the State of Cahfornia. 7
I i
,UWT10 CONTit$
4 ITM A OfUPCT1\T QQ)
- 20. Demcestrate the orgudr.ational abihty and renounts necessary to controi evacuatum tr.ffe f.aw and 'o eteirut sema tu twevated and shchered areas. (J 10j k.)
1EMklO SPECII1C DSJ'ETLNLS STATE Of CAlliORNL$ . 1 Demonstrate the organtational abihty and rescun.ts necessary to control evacuatnm trafTg fkm and to control access to evacuated and r.hehered areas. Crttene
- a. OIP and CALTRANS? . San Lms Obispo County I'OC I):monstratron of omrdination of law cedortement agenews showing i.he orgtaustion abihty to control cw:uation trsffic (k,w ud matrol sevens inhere proteettve actions have bece smplerner.ted. Availabihty 3-of resoufres necesury mit be demonstrated with an miernew of a OIP otTacer regarding Olr $0P !!! 20, AttachmentA GIP 2 and OlP 3. (POR 204,206) m
- b. CALTRANS San 1.uas Obispo Courty FaC Equipreni necessary to control traffic and secure area mill demonstruicd with an inicrview of the cal.TRAN", represen'istive in the F.OC, Traffic anntrol points will not be estabhshed (POR 20.10)
DECOYTAMINAT10N i ITMA OilfrCTi\T (GM EX.3)
- 15. Demonstrate the adequacy of facihties, equipment. supphes, pruredures and penonnel for duontamination of emergency workers, equipment and whicles and for uste dispoul. (K $a b, k4, K.7)
SCENARIO SPFClnC OBfFCT1\TS STATE OF CAtli(?RN1A 1 Demonstrait the adequacy of f aethties, supphes, pncedures andMiwmnet for decentaminanon of eme rgency wurten fDISDE a SITARATE DRIlJ.T77 (*1:h Dils support???) UNAN'NOUNCED AND OIT-elot'RS ITM A OBriffl%T (GM l XOi E Demonstrate the abihty to carry out emergency rest x4e functiofs dur'ng i an unstaounced off-hours exertue or drill. (111.2,
- Kl.b)
JCENARIO SPECIMC OPJFCf1VES STATP OF CAIIFORNI A
- 1. Demonstrait the atnhty to carry out emergency res;unse funcuons dunng on off houn exerene.
Cmtia a OES, Dils. OIP, CALTRANS, DPR, CMC All state agency personnel wall respond dunng off-hours as the scenano dictaics (POR %2. M 4, h5, 36 0) B
3.0 GUIDELINES u 1- Aupst 21,1991 Diable Canyon Annual Esercise The following guidelines have been c'eveloped for the 1991 Emergency Preparedness Field Exercise. This year will be a full participation exercise inveho npnsite and ofisite emergency response organi-zations. 3.1 ControllerGuidelines These guid elines are to ba issued to the exercise contmilers at the controller briefing prior to the exercise. These guidelines are not for distribution to the players. 3.1.l ' The AnnualExercise willbeinitiatedbetween l800on August 21,1991 andO5000n August
;22,1991. The start time of the exercise will not be known to the players. They will be ex-pectedtocontinuenormalworkoroff hoursroutinesuntil.hecommencementof theexercise.
This does not apply to corporate personnel, who will be pre-positioned in S ar. Luis Obispo County, but will not know the start time of the exercise. 3.1.2 All Diablo Canyon Power P] ant Control Room activities associated with the exercise will take placcin tneTraining Building SimulatorRoom with the exception of those activities of the .. - Auxiliary Operators, who will report to the Operations Ready Room to simulate dispatch into the plant from the Units 1 and 2 Control Room. 3.1.3 The exercise will commence with a simulated plant condition requiring an appropriate emer-gencyresponse. 3.1.4 The scenario events will result in a simulated release ofradioactivity to the environment
- necessitating the implementation ofprotective actions for plant personnel and the public.
3.1.5 - Field Monitoring Teams (FMTs) wiu be dispatched during the exercise. They willbe expected ; to perform all FMT procedures as directed by the UDAC. 3.1.6 The Mobile Environmental Monitoring taboratory will be dispatched d uring the exercise. The Laboratory will be expected to collect and analyze samples as directeu oy the UDAC. 3.1.7 Rendezvou s locations for the FMTs and MEML personnel will be at the PG &E Service Centet at 4325 Sou th Hiquera s treet in San Luis Obispo._
'I
-3.1.8 During the exercise there will be a full activation of the Simulator,TSC, OSC, EOF, UDAC, JMC CountyEOCandtheCIRC. 4 3.1.9 Assembly and accountability will be performed during this exercise. There will not be an early dismissal performed due to the time of day the ex ercise will be conducted. However, the InterimSiteEmergencyCoordinatorshouldconsideranearlydismis alandtheControlRoom Controllers should evaluate this process.
3-1
3.0 GUIDELINES
- = = = - - - a 72: = = = - = "'"E E h!" ? O ? E " " A""" U !""
3.1.10 Participation by PO &E onsite personnel directly involved in the exercise should be carried out to the fulle st extend perrnitted by these g aldelines, including the deployment of onsite radiologi-cal manitoring teams, emergency re pair and damage controi teams, and other emergency response workers. Emergency workers should use appropriate personnel protection, including protective clothing. respirators and dosimetry. 3.1.11 The cxercise willinclude an expedited access of medical personact to respond to an injured person in the controlled area. This activity will be complete prior to the radiological events. 3.1.12 P4 ovide players withinformation as they reque st it. Do not provide information that they would not be able to access from their facility. lf the infonnationinvolves the use of a procedure, do not provide the information until they have completed the applicable pans of the procedure. Donot provide more information than they hwe requested. 3.1.13 If you have a question, ask thelead Controller for your facility. If a Lead Facility Controller cannot reseve an issue, refer the problem to the Exercise Director. 3.1.14 All controllers shall ensure that player and controller communications during the drillinclude the disclaimer:" Tills IS A DitlLL". 3.1.15 The plant siren will be sounded for the exercise. 3.1.16 1 he Early Warning System (EWS) will not be initiated for the e xercise. 2 e I 4 32 L--- _ __ _
3.0 GUIDELINES _ _._ _ _ _ a rau F.Jat w w parapantru g 3.2 PlayerGuidelines These guidelines will be issued to the players at the briefing prior to the exercise: 3.2.1 All communications shall begin and c.ad with the notice:" Tills IS A D11ILL". 3.2.2 Players shall not communicate with controllers during the exercise, exeept to obtaln or clarify data or to provide information to controllers. Exercise infomiation will be provided according to th <.cenario timeline. Do not request information that would not be available to you in a realemergency. 3?.3 Players are encouraged to be demonstrative in the conduct of their emergency responsibilities. Let the controllers and evaluators know how you are responding to the scenaric events, what procedures you are u sing. and what the expected result s are. 3.2.4 Do not take any actions that may endanger plant personnel or plant safety. If you have questions regarding an action, ask a Controller. 3.2.5 If you cannot understand PA announcements during the exercise due to equipment problems, notify the controllerinyourarea. 3.2.6 Following the exercise, a critique willbe held in your facility. If you identify items that need to be improved, make sure that the controllers record your comments at the critique, in gen-eral, recommendations for improvement should be classified into one of the following catego-ries:
- 1. procedure modifications or establishin g new proce d ure s
- 2. increasedornewtmining
- 3. modifications or enhancements to facilitie s or equipme nt.
3.2.7 This exercise :ncorporates a Control Cell to simulate response to phone calls to agencie s that may not be participating in the exercise. If you call an agency or function that is being simu-lated by the Control Cell, tell them who you are and what agency you are calling, 3.2.8 If an actual emergency should occur during the exercise,the Exercise Director may terminate the exercise or take other appropriate action. 3.2.9 Tne plar.t siren will be sounded for the exercise. 3.1.10 The Early Warning System (EWS) will not be initiated for the exercise. 3-3 , 1
3.0 GUIDELINES
. _ -.~.. -. - . - - - -
W!.)kM 33 ObserverGuidelines These guidelines are to te issued by facility controllers to exercise observers: , 3.3.1 UponyourarrivalatanEmergencyResponseFacility,requestspecifwinstructionsfromthe ! Cor: troller in the area that you will be observing. Some areas may be re stricted to observers l
- i duetocrowding.
?
. 33.2 Do not communicate with the players during the exercise, if you have a question for a player, ,
please ask before or after the exercise. Please do not engage in conversations with other l obsernis which may be leading (or misleading) to players, i Do not block aisles, status boards or clocks. J 3.33 3.3.4 Do not use teleptones that may be needed for the exercise. 33.5 lf you observe any actions that may be a threat to plant or personnel sait,ty. notify a controller. i 33.6 lfyou have comments orrecommendations forimproving emergency preparedne ss at DCPP, . please comm micate this information to the Emergency Planning staff or controllers. i i i P l a 34-L we--, w- .-,, ,w_ .wme,vw..m--.y-m..n. -_, _~,m,-ww,,,w.,,,-,,, . .,c..vww-~, y-y.,< ,,-. . - - - , w, p.,
i
, 4.0 PARTICIPANTS
_ _ _ __ _.f"8*' % fL!Wd""" MM" , - 4.1 1991 Annual Iherche Players 4.1.1 Control Room (on shift) Interim Site Emergency Coordinator (Shift Foreman or SS) Interim Emergency Evaluation and Recovery Coordinator (STA) Interim Emergency Liahon Coordinator (AO, SCO, CO ACO, SFht or SS) Interim Emergency Operations Cooroinator S.R. Fridley ControlRoom Assistant (CRA) Security Liaison (orTSC) Operators 4.1.2 Technical Support Center Site Emergency Coordinator J.D. Townsend Assistant Site Emergency Coordinator hi. Angus TSC Engineering Coordinator C.N. Pendelton System Engineer #1 J.E. Anastasio V. A. Backman System Engineer #2 R.D. Glynn bl.L. hiayer TSC Emergency Liaison Coordinator J. Welsch Emergency Liaison Assistant #1 R.J. Glaza G liutchinson L. Sawyer Emergercy Liaison Assistant #2 R. Graham E 11amann J. Becerra R. Burnside Emergency Operations Advisor (TSC) J.Skaggs Instrument hiaintenan'.e Advisor (TSC) R. Washington hiechanical h1aintenance Advisor (TSC) G. Porter Electricalhiaintenance Advisor (TSC) R.T.Hanson Emergency Radiological Advisor J, V. Boots RadiologicalData Pronssor(TSC) H.W. Fong A. O. Taylor D. R. Unger EARS Operator (TSC) R. Johnson 41
u j
. 4.0 PARTICIPANTS !
August 21. IMI Insblo Can.gon Annual l'.nwdu Security Liaison #1 J. llubble ! Security Liaison #2 B. Ryan i ComputerData AvallabilityCoordinator(TSC) D. A. Remington [ RadioOperator(TSC) S. Freeman Sitehiaterials Coordinator R. Harris . Records hianagement (TSC) C.L. hieyers ' TelecommunicationsSpecialist T. A.Gonsalves , TSC Secretary _ _ W.Sproul TSC/ EOF /OSC ClericalCalleut E hiendez , TBCC N/A- l Securityibift Supervisor A. Wells ; Security Sergeant J. Hatley TSC Clerical K.G Picree TSC Clerical - bl. Reneau TSC Clerical T.Rubio
- TSC Clerical - J. Wallace Evacuation Coordinator (on shift,ifneeded) 4.1.3 Operational Support Center Operational Support Center Supervisor R.B Willis l Emergency hiaintenance Coordinator W.Crockett Assistant Emergency hiaintenance Coordinator W.G. Crockett OSC hiechanical hialmenance Coordinator T.C. Smith -
Electrical hiaintenance Coordinator J.ht. Rappa OSC Instrument hiaintenance Coordinator J.J. htcCann
- Site RP Coordinator (OSC) R. Rogers .i' Site Chemistry Coordinator (OSC) F. A. Guerra OSC Access Supervisor D. h1 organ OSC Clerical Dina Brazil OSC Clerical hfarcia Langford OSC Clerical LauraParks C&RPin plant - On shift C&RPin plant On shift -
C&RPIn plant On shift C&RPin plant On shift . C&RPin plant On shift RP Field Team Techs Onsite On shift
- RP Field Team - Onsite On shift RPFieldTeam Offsite On shift RP Field Team Offsite - On shift 42
I 4.0 PARTICIPANTS Aumat 21.1993 I#ablo Cam)m A_amuel Easrese 4.1.8 San Lt:ls Obispo County Emergency Operations Center County positions will be filled by callout. Direction and ControlRoom Emergency Services Director Assistant Emergency Services Director County Health Officer County Fire Representative California Highway Patrol Representative County Board of Supervisors Representative Publicinformation Manager CitiesLiaisca Staff
- Sheriff's Representative Utility Liaison Message Center Staff State OES Representative Fire and Law Room SheriffLiaison Medical (EMSA) Representative State Parks and Recreation Representative Resource: Staff (as n:eded)
California Highway Patrol Representative - County Fire Representative ' California Depanment of Transportation Representative Technical Suonort Rooms
' Emergency Worker Exposure Control Staff
- CountyCommunications Staff General Services Representative County Counsel Santa Barbara County Liaison Recention Care and Evacuation Room
- County Social Services Representative 45
_ . _ . . .- ._m__
- _______..__..___..m. - - _ . . - - - _ _ . - - - _ . . __ _ _ _ _
h 4-4.0 PARTICIPANTS l-August 21. 1991 bl.lo Casten Amaus! E.serdee ,
~
Xnaerican ked LrodhMtwe Salvation Army Representative 4 l County Engineer County Schools Representative c RACES /ARESStaff
- Euh11einformationRoom -
-l PublicInformation Coordinator .
EBS Operator - . Phone Assistance Center Staff (as needed) Computer Operator : Runners (if needed)- l Other EOC Functions Watch Commander
~ Public Safety Dispatchers EOC Access Control Staff -
i
- Emergency Services Coordinators Switch Board Operators 4.2 1991 - Annual Exercise Controllers ,
P. Steiner Exercise Director ' Coordination Coritroller E. WaaSe ' P. Bishop TimelineCoordinator Operations _ M. Morris V.Wahers
- Supporti _ .
- Control Room Facility 12ad Controller J. Neale_
Control Room Radiological Controller E. Waage Control Room Engineering / Operations Controller M. Zimmerman - _; S. Fandel-Control Room Communications Controu er t ControlRoomOperationsController D. Beardon . ' R.Jett - ControlRoomSimulator Controller ~ TSC Facility Lead Controller - P. Beckham-TSC Radiological / Chemistry Controller P. Skiermont . TSCRadiological/ EARS Controller D. Marsh TSC Operations / Engineering Controller D. Shelley S. Foat '
.TSC Maintenance Controller TSCCommunications Controller M. Branum
-TSC Security Controller i L. Lunsford - ,
46- i
. . . - . ... u : . . . , .. . . . , , - .--a..--a,.-..-,_..:,, .-
4.0 PARTICIPANTS Ausst 21.1991 Diablo Campas Annual Easreise OSC Facility Lead Controller S. Joiner OSC ElectricalController M. Frauenheim OSC ElectricalController D. Albright OSC1&C Controller M. Stabler OSCI&C Controller K. O'Neil OSC Mechanical Controller Mark Neale OSC Mechanical Controller PhilTerry 1 OSC Operations Controller _ Dan Fagan OSC Operations Controller Stan Stuch OSC Operations Controller Tony Chitwood OSC PASS Controller Roberta Smith OSC PASS Controller Eric Wessel-OSC Emergency Team Controller CarmonJohnson - OSC Radiological Access Controf Controller Craig Helmen i OSC RP Controller - J.Ramirez OSC RP Controller V. Jensen OSC RP Controller D. Johnson OSC RP Controller - K. Dinnel . EOF Facility Lead Controller J. Sexton EOFPublicinformation Controller J.Thorsberg EOF Engineering Controller K.Bych EOF NRCPlayer/ Controller R. Fish l UDAC Facility Lead Controller P.Gangwisch
- UDAC Radiological Monitoring / EARS Controller M. Sundsmo ;
Joint Media Center Facility Lead Controller C. Prince JMC PublicInformationController R. Rutkowski CIRC FacilityLead Controller K. Herman CIRC Controller T. Owyang ; Onsite FieldTeam Controller KJ Brennan
. Offsite Field Team Controller L. Wright ,
Offsite Field Team Controller D. Brownrigg Offsite Field Team Controller - A. Ong
- Mobile Environmental Monitoring Laboratory Controller J. White 4-7 J
y-.-3 ,, .y ..m.-e.,-r-,,,,..ww.... .-,w,m.m.w--,.m.m,- ,,y.u.-w.-.. .,%-,_. .,._,.-r,.-,y,,.,,,,-,,,,,y,%-..%,y -,,,-..,-ey+-. 7
4.0 PARTICIPANTS i cr ==== ==== ==- - - - ...__ : - ^"'"l' ' " ' 4M"' "" """' I "*- 4.3 1991 Annual Exerche Evaluaton 4.3.1 Nuclear Regulatory Commhlon (NRC) Evaluaton (to be determined) 4.3.2 Federal Emergency Management Agency (ITJ.1A) Evaluators (to be determined) 4.4 Observers List will be issued prior to the exercise. CIRC - EARS Observer - Mike Wang 48
5.1 NARRATIVE
SUMMARY
== ======- == ""' 'b '22" ~" 272 ""%
The 1991 Field Ex er cise sce nario for the Diablo Canyon Power Plant (DCPP) e stablishe s initial Unit I conditions of full power operation with elevated RCS specific activity. Elevated readings on containme nt area monltor RE 2 have been noted over the past week, prompting daily primary system sampling. The next sample is expected this morning. Operators receive diesel generator trouble alarms in the control room. An electrical watch auxiliary 1 operator will be dispatched to locally investigate the alarm. While emoute to the diesel generator room, the operator will slip and fall, re s ulting in immobilitation. The slip occurs as the operator travels through a vital area access door. The operator has fallen and blocked the security door from re-closing. Security will respond to the unsecured door, and willidentify the injured operator. The operator will require medical attention from offsite facilities. An ambulance will h summoned and theindividual taken offsite. This transfer will entail an e xercise of DCPP Security depar*. ment personnel for expe-dited site access. The trouble alarms associated with the diesel generator are due to a rehef valve on the diesel starting air system. The relief valve lifteci at a pressure belowits setpoint; however, the relief rescated. The starting air systein then repressurized to itsnonnalstandbypressure. Anyinvestigation into the cause of the diesel trot.ble alanns will be unsuccessialin determining the cause. The diesel generator willrcmainoperable. Control room operators receis e the latest primaiy system specific activitysample. The sample results indicate a reading in excess of 300 uCi/cc. A confinned RCS sampleof girater than 300 uCi/cc is an indicatior.of fuel damage. Operators should declare an ALERT,per EP G 1, ALERT #2. Shortly afier receipt of the primary system sample, and at periodic times tiuoughout the Exercise, the loose parts monitoring system will alarm. Indications show a loose part inthe area of & Iwr reactor vessel. This loose part will be responsible for progressive fuel damage. Approximately fifteen minutes following receip: of the primary system sample, operators will note increa sing plant vent stack radiatio i monhorreadings. The monitor rea6ings willincrease to their alarm setpoints, initiating an Engineered Safety Features Actuation, Containment Ventilation Isolation. A diaphragm on a chemical and volume control system valve has shifted prod ucinh a five gal!on per minuteleak.Theleak islocatedin the Auxiliarylluilding,in the low pressure portian of the system. He leak, combined with the high RCS specific activity. constitutes a significant release to the auxil-lary building. Operators will verify the automatic ESF actuations have occurred, and willidentify the sourceof theleakage. The release will continue for approximately thirty minutes. I 5.1 1 1
5.1 NARRATIVE
SUMMARY
up.i ti. iey ty.uq c.nrnp_,,u.i rwe After th it time interval, the valve diaphragm will shift again, stopping the leak. Radiation levels in the A uxiliary B uilding will subsequently retum to nonnal. Approximately two hours and fifteen minutes into the cxercise scenario, operators in the controlI wm will r eceive rauhlple annunciation aasociated with the main transformer. Transfonner inter nal tem-perat ure s have beg un a rapid increase. Within one minute nfter the main transformer temperature annunciation, a 25/500K V output trans-fonner explode s. The explosion destroy s the transformer releases the transfonner oll to the surround-ing pavement and transformer pad, damages the transfonner delug e sy stem, and ge nerates several missiles. One of the missiles compromises Main Steam Line 1-1. The missile pierces the steamline with such force that a portion of the piping and the insulation lagging ate forcedinside the steam line. The steamline break cornpletely depressurizes Steam Generator 1 1. The transfonner explosion and steam line break result in a reactor trip and safeguards signal. Turbine driven auxiliary feedwater pump l-1, vill trip due to a failure ofits throttle and trip valve. The trip occurs four minutes after the reactor trip and safeguards signal. The pump remains inoperable for theremainderof the exercise. The sudden depressurization of S/G l-1 subjects the primary system to a sudden cooldown of approxi. matelyWF Thecooldownandturbulencefromthetran lentprovidesadditionalmotive force for the primary system Imse part. The loose parts r onitor alarm actuates in the control room onte more. ln re sponse to the decreasing primary system pre s sure du e to the rapid cooldown, operators manu ally shutdown all reactor coolant pumps approximately three minute s after the steamline break. One of two redundant safety injection pumps will uip on a motor overcurTent signal at eight mir.utes after the steamline break. The pump will remain inoperable for the remainder of the exercise. The sudden depressurization of S/G l-1 also creates a high differential pressure across the S/G tubes. The high dif ferential pre ssure initiates a primary to secondary system leak. The leak is initiated approximately ten minutes after the steam line break, and slowly increases in size to 120 GPM over the next 30 minutes. The primary water leaking into the depressurized S/G immediately flashes to steam and is released to the environment through the ruptured steam line. The main steam line radiation monitor, RE-71, alann s in the main control room. The main steam line break, combined with the S/G tube rupture and the pre-existing high RCS specific activity (fueldamage)necessitateupgradingtheEmergency ActionLevelclassification to a SITE AREA EMERGENCY. 5.1 2
5.1 NARRATIVE
SUMMARY
^*reMid"3 1% canPa ^9ani reg Twenty minutes after the steam line break, the second safety injection pump will be rendered inoper-able due to a failed pump bearing.1)oth safety injection pumps will emain inoperable for the remain-der of the exercise. Ilowever, emergency core cooling system flow is provided by the high head centrifugalchargingpumps.
Twenty five minutes after the steam line break, the control room operators will note a main annuncia-tion system trouble alarm. One of two annunciatorpower supplies has falled. The second power supply remains av 4 table, and the annunciators are still operable. One of three emergency diesel generators automatically shuts down due to a fuel problem. The fuel oil has been contaminated by a biological growth, and this growth has clog ged the fuel oil inlet filter. The diesel engine shutdown due to fuel starvation. The fuel oilinlet filter will require replacement and the fuel oil day tank uill need to be drained and refilled with new oil prior to retuming the diesel engine to service. The two redundant diesel generators remain operable, and one of two offsite AC power sourcesis available. Operators follow plant emergency procedures and begin a controlled plant cooldown and depressuriza-tion. Response personnel will note the damage from the mairi transfonner explosloa. liazards include a broken fire protection deluge system, the transformer oil spill and its affect on the environment, the main steam line break, the ongoing radioactive materials release, and damage to a security card reader door and nearby security perimeter fences. After noting the location of the steam line break and the fact that the break is unisolable, emer response personnel should escalate the emergency action level to a GENERAL EMERGENCY d assification. Operators restart a reactor coolant pump and re-e stablish normal primary sys tem pressure co emergencyprocedures. Maintenance personnel replace the defective annunciator power supply and return the redund supply to service. The annunciator operability was unaffected by the loss of the power supply, ho ever, the return of the power supply provides multiple and diverse annunciator power sources. Water prod uced from the condensation of the main steam line breach has formed pools on t ment surroundmg the main transformers. The wateris radiologically contaminated and has also mixed with the spilled main transformer oil. Response personnel must ensure that the contaminated water does not reach storm drains or surroundin g soil. Two hours and fony five minutes after the main transformer explosion, the loose pan is freed onc 5.1-3
5.1 NARRATIVE
SUMMARY
Auguat ti,1991 Diat.in Canyon Annual I terclse, again. The loose part damages additional fuel assemblies. RCS activity increases and the increase is manifested in higher RE-71 readings. RE 71 ircreases to approximately SE+ 5 counts per minute. The plant cooldown and depressurization continues for the next hree hours. Operators place the residual heat temoval system in service for plant cooldown. as instructe d in emer gency operating procedules. Approximately four hours and forty five minutes after the transfonner explosion,the steam leak to atmosphere is stopped. The primary system has been cooled, and the primary system inventory lenking into the steam generator is no longer flashing to steam. Radiation levels near the steam line break begin decreasing rapidly. One half hourlater, exercise activities are concluded. At that time, exercise participants will discuss near tenn and long-term recovery actions, and critique their perfonnance. 5.1 -4
l l I PACIFIC GAS AND ELECTRIC COMPANY DIABLO CANYON POWER PLANT 1991 FIELD EXERCISE 5.2 Initial Plant Conditions Unit 1 Reactor Status Initial plant conditions establish that Unit 1 is operating at steady state full power, in its 95th day of continuous operation. Reactor Coolant System Status Reactor coolant system boron concentration is 851 ppm. The reactor coolaat system specific activity has been elevated. The coolant activity problem began with an increase imediately following a manual reactor trip due to a pressurifer safety valve failure on May 11, 1991. The activity stabilized after unit restart. The Failed Fuel Action Plan, HPAP C-24, was implemented at that time, and coolant activity sampling was increased to a daily frequency. Also, letdown flow rate was increased to 120 gallons per minute. The estimate of the fuel degradation was three "open defects", based on tramp Uranium and other chemical /radionuclide sample results. Readings remained stable (at approximately SE-2 uti/cc dose corrected I-131) from May through August. Sample frequency was relaxed to its normal schedule and letdown flow rate reduced to its normal value of 75 gallons per minute at the Aeginning of August. Increasing readings on RE-2, the containment area inonitor, have been noted over the past week, prompting rettrrn to the daily RCS sample frequency. The next scheduied activity s~ ample is for Thursday morning. Containment Status No work in containment is in progress or planned. All containment fan coolers are operable, all containment srray pumps are operable, and containment pressure and temperature are normal. Emergency Core Cooling System Status All ECCS pumps are operable. No work is in progress on any ECCS component. PGLE-91 FE Rev. 1/ August 21, 1991 5.2-1 l
i 4 i 5.2InitialConditions(Continuedl Unit 1 (Continued) : Positive Displacement Charaina Pump The positive displacement. charging pump is available for I service, however it is not currently in service. , During a test run performed on Wednesday, a small leak was noted on a diaphragm on pump suction valve CVC$-1-8473. The leak ' stopped when the pump was shutdown. Due to ALARA concerns, operations has been requested to operate the pump only if absolutely necessary. A work package is being prepared to investigate the leaking > valve. Auxiliary Building exhaust fan E-1 was cleared at 1410, August 19, 1991 for preventive meintenance work on the fan motor breaker. The redundant fan, E-2, is operable and in service. Unit 2 Unit 2 is operating at 100% power, all parameters are normal and i steady state. The unit is in its 471st day of continuous operation. RCS Boron concentration is approximately zero. Tavg sag is expected to begt1 in about a day. C_omon Auxiliary steam is lined up to Unit 2. P PGLE-91 FE Rev. 1/ August 21, 1991 5.2-2 L
; _.s.. _.;._...-: ,~.a._ _
._1 . _ . - . c_ . _ . . _ _ _ , n .. . . _ . .
1 I 5.3INITIALMETEOROLOGY _ _ _ . . _ _ . . _ _ . . _ . . _ . _ _ . _ _ . _ _ _ . - . . . _ . . . _ . . _ _^ "f u st ,21. 1991 IHablo_ Canyon Annust I:nettise lt is a clear evening with light and variable winds. Currently the winds are out of the sontheast at approximately 4 miles per hour. NOTE: Drill meteorology is avallable in S ectico 5.8. Meteorology will also be available to the players through EARS. Meteorological infonnation should only be supplied to the players upon requ e st, and only issued for the current time. D 5.3-1
5.4 ONSITE SCENARIO TIMELINE i TIME MESSAGE PLANT EVENT SUMKARY 3:00 1 initial Plant _ Conditions Unit 1
. Reactor Power at 100%, 95ta day of continuous operation.
. Xenon steady state ;
- RCS Boron concentration is 851 ppm. !'
. RCS specific activity is elevated:
- Latest activity sample is SE-2 ,
(corrected 1-131)uC1/cc. !
- Unit is in Action Level f2 ol NPAP l C.24 " Failed fuel Action Plan". '
- Current estimate is three "open defects" based on tramp uranium and other chemical /radionuclide sample results.
- The coolant activity level increased following a manual reactor trip initiated as a result of a pressurizer safety valve failure on May 15, 1991. The activity level stabilized shortly after unit restart.
- The RCS sample frequency was increased to a daily frequency in May. Readings were stable from May to August. The sample frequency was relaxed to the normal schedule at the beginning of August. Readings have remained stable until last Monday.
- Increasing readings on RE.2, the containment area monitor, have been noted over the past week, prompting return to the daily RCS sample frequency.
- The next scheduled activity sample is for Thursday morning.
. Letdown flowrate is 75 GPM. lhe flowrate had been increased to 120 GPM in May, but has been returned to its normal value of 75 GPH. - . No work in containment is in progress or planned.
PG&E.91.fE Rev. 1/ August 21.-1991 5.4 1
5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT SUMKARY 3:00 1 Initial Plant Conditions Unit 1 (Continued)
. A small leak in the positive <
displacement pump suction line was noted during yesterday's test run. y-The leak is being evaluated for possible weld repair. Unit 2
. Reactor power at 100% 471st day of continuous operation.
- Xenon steady state.
. RCS Boron concentration is approximately zero. Tavg sag is expected to begin in about a day.
Common
. The auxiliary steam supply is currently aligned to Unit 2.
- Auxiliary Exhaust fan E-1 is out of service for motor breaker preventive maintenance.
3:10 2SlH The following alarms are received in the control room: PK1320 DIESEL 12 TROUBLE PK1709 DIESFL 12 STRY. TURBO AIR. PRESS 3:10+ 3 The Turbine Building Electric watch opt.rator sent to investigate the D/G trouble alarm falls and is immobilized. The individual has fallen while travelling through a security card key controlled door. Tb door did not re-close. 3:10+ 4 The security Central Alarm Station receives annunciation f rom the stuck open security door. PG&E.91-FE Rev. 1/ August 21, 1991 5.4 2 I l
I 5.4 ONSITE SC_ENAR10 TIMEllNE TlHE HESSAGE PLANT EVENT SUHKARY 3:10+ 5 The lurbine Building Electric watch operator is not bleeding. The operator is lucid. There is no imediate external threat to the operator's personal safety. 3:15+ 6 The initial medical response personnel at the scene find that the f allen operator has normal vital signs. g% :25 7 The primary system coolant sample results have been received. Sample indicates a primary system activity of 325 uti/cc of Dose Equinient 1 131. 3:25+ 8 Physical conditions at D/G 1 2 are normal in all respects. The local annunciator panel shows a " Turbo Air & Low Starting Air Pressure" window lit. All other meters and indication show normal readings. 3:25+ 9 The local annunciator panel alarm reset pushbutton, when depressed, will reset and clear the " Turbo Air & Low Starting Air Pressure" annunciator. 3:30 10SlH The following alarm is received in the control room: PK1111 VIB/ LOOSE PTS HONITOR 3:30 11 The vibration / loose parts monitor alarm panel indicates an alarm from the lower reactor vessel. 3:30+ 12 The security Central Alarm Station annunciation from the stuck open security door c' ears following evacuatiun of the injured individual. PGLE.91.FE Rev. 1/ August 21, 1991 5.4-3
; 5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT SurMARY 3:35 13SlH The following alarm is received in the control room:
PK1111 VID/ LOOSE PTS MONITOR 3:35 14 The vibration / loose parts monitor altrm panel indicates the alarm from the lower reactor vessel has alarmed again. 3:35+ 15 The injured individual has exited the Avila Gate. 4 3:38 16SIM The following alarms are received in the control room:
.c / PK0206 CONTMT VENT ISOLATION p
PK1125 PLANT VENT RADIATION Plant ventilation radiation monitor RE-14 shows an elevated reading and has alarmed. The RE-14 high alarm generated a containment ventilation isolation signal. qy , ,y e FCVs 678, 679, & 681 have automatically isolated, as expected. Containment area monitors RE.11 & RE.12 indicate a low flow condition, as expected by the
, p( x/ isolation signal.
a . L 3:40 l17c Contingency Message: An ALERT should be declared due to a confirmed RCS sample of greater than 300 uti/cc of equivalent 1 131 specific activity. 3:42 18SIM The plant vent high range gamma monitor RE.29 shows an elevated reading and has alarmed, at the ALERT level. 3:59 1951H The following alarm is received in the control room: PK1111 VIB/ LOOSE PTS MONITOR PGLE.91-FE Rev. 1/ August 21, 1991 5.4-4 !
l i 5.4 ONSITE SCENARIO TIMEl.INE TlHE HESSAGE PLANT EVENT
SUMMARY
l l 3:59 20 The vibration / loose parts monitor alarm I panel indicates the alarm from the lower ! reactor vessel has alarmed again.
,:10 21SIM The following alarm is received in the control room:
PK1111 VIB/ LOOSE PTS HONITOR 4:10 22 The vibration / loose parts monitor alarm panel indicates the alarm from the lower reactor vessel has alarmed again. ikk,4:15 23SlH Readings for RE-14 and RE-29 have returned to normal values. 4:45 2451H The following alarm is received in the control room: PK1111 VIB/ LOOSE PTS HONITOR 4:45 25 The vibration / loose parts monitor alarm panel indicates the alarm from the lower reactor vessel has alarmed again. 5:13 26SIM The following alarm is received in the control room: PK1421 MAIN TRANSF A local alarm condition exists. 5:14 27S1H The following alarm is received in the control room: PK1421 MA!N TRANSF Phase A main output tranformer shows a high temperature condition. I 5:15 28 An explosion is heard in the control room, followed by a loud hissing sound. , l-PGLE-91-FE Rev. 1/ August 21, 1991 5.4-5
j E.4 DNSITE SCENARIO TIMELINE TlHE HESSAGE PLANT EVENT SUKKARY 5:15 29SIM The following alarms are received in the control room: PK1421 KAIN TRANSF PK1401 UNIT TRIP PK1619 4KV BUS H AUTO TRANSFER PK1719 4KV BUS G AUTO TRANSFER PK1819 4KV BUS F AUTO TRANSFER PK1905 12KV BUS U-E AUTO TRANSFER PK1925 4KV BUS D.E AUTO TRANSFER A mcin generator trip has occurred. The
'86" breaker has opened. All busses have successfully transferred to their startup power source.
5:15 30S!H The following alarms are received in the control room: PK0411 REACTOR TRIP 1NITIATED PK0414 REACTOR TRIP ACTUATED PK0317 R09 CONT URGENT FAILURE The reactor has tripped on the turbine trip. All rods have fully inserted.
?:15 31SlH The following alarms are received in the control room:
PK1424 UNITS 500KV BKRS OPEN PK1413 EXCITEP. PK2025 500KV SWYD The main generator has successfully separated from the PGLE grid. The exciter field breaker has tripped. 5:15 32SlH The following alarms are received in the control room: PK0204 SAFEGUARD CHANNEL ACTIVATED PK0202 SAFETY INJECTION INITIATE Engineered safety features - Safety Injection - has actuated due to a steam line differential pressure signal. Steam lead il is depressurizing. PG&E-91.FE Rev. 1/ August 21, 1991 5.4-6 l 1
, . ~ . --. - .
i 5.4 ONS!1E SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:15 33SIM' The following alarms are received in the control room: PK0406 PROTECT CHANNEL AC11VATED PK0412 REACTOR' TRIP INITIATED PK0204 SAFEGUARD CHANNEL ACTIVATED PK0202 SAFETY INJECTION INITIATE Primary system pressure has decreased below 1850 PSIG, and continues to decrease rapidly. 5:15 34SIM The following alarm is received in the control room: PK0901 SG 1-1 PRESS LVL FLOW ! Steam generator 1 1 preusure has decreased to less than 650 PSIG and continues to depressurire.. Steam generators 1 2, 1-3, and 1 4 are reading approximately COO PSIG and are depressurizing at a slower rate.
.5:15 35 Operators enter Emergency Procedure EP E-0, " Reactor Trip or Safety injection".
The following steps are completed:
. Reactor is verified tripped per Step:
1.
- Turbine is verified tripped per. Step 2.
. Main Unit' output breakers are verified tripped per Step 3.
.~ Vital buses F, G, and H are verified energized (via 230 kV startup) per Ster 4.
5:15 36SIM The following alarm is received in the contro1' room:. PK0912 MAIN FEE 0 WATER PUMP TRIP Both main feedwater pumps have tripped as a result of.the plant transient. PG&E.91.FE Rev. 1/ August 21, 1991 5.4 .. _
5.4 ONSITE SCENARIO TIMEllNE TIME MESSAGE PLANT EVENT
SUMMARY
5:16 37 Operators U sinue in EP E.O. The following steps are completed:
- Safety injection has been verified as actuated per Step 5.
. The safety injection actuation has been announced on the plant page per Step 6. No personnel are in containment.
. Phase A containment isolation has actuated properly as evidenced by monitor light box B activated and status lamps, per Step 7.
- Containment ventilation isolation has actuated as evidenced by monitor light box B activated and status lamps, per Step 8.
5:17 38 Operators complete the following ste.ps in EP E.0:
- Proper engineered safety features valve and pump status have been verified by observing proper indication on monitor light box C, per Step 9.
e Feedwater isolation actuation has been verified by observing proper indication on monitor light box C. Operators position the feedwater regulating and bypass valve controllers to the closed position, per Step 10. 5:17 3951H The following alarms are received in the control room: PK0902 SG 1 2 PRESS LVL FLOW PK0903 SG 1 3 PRESS LVL FLOW PK0904 SG 1 4 PRESS t.VL FLOW Steam generators 1 2, 1 3 and 1 4 have
- depressurized to 650 PSIG, and continue to slowly depressurize. Steam generator 1 1 has fully depressurized to a reading of zero PSIG.
PGLE-91-FE Rev. 1/ August 21, 1991 5.4 8
1 i 5.4 ONSITE SCENARIO TlHELINE TlHE HESSAGE PLANT EVENT
SUMMARY
5:17+ 40 Main bank transformer Phase A is destroyed. Transformer oil and debris are scattered about the area. The 500 kV line for Phase A has fallen to the ground. A main steam line has been penetrated in an area upstream of the isolation valve, and is leaking steam. The isophase bus ducting is severed from
-the failed Phase A transformer.
The fire protection deluge system header has been broken at the header to the Phase A transformer deluge nozzle header. Water is exiting from the broken piping. 5:18 41 Ope ators complete the following steps in LP E.0:
- Containment spray and Main Steam Isolation have been verified as not necessary, as evidenced by Monitor light box 0 status lamps, per EP E-0 Steps 11 and 12.
. Emergency core cooling system charging and safety injection flow have been verified per Step 13, 5:18 42 Operators note the decreasing primary system pressure and shutdown all reactor coolant put.ips due to the continuing uncontrolled depressurization of the primary system. Primary pressure has decreased to 1275 psig.
Centrifugal charging pump minimum flow valves 8105 and 8106 are manually closed. 5:19 43 Operators take the following actions per EP E-0, Step 14.
. Condensate / Condensate Booster pumps
' 1 1 and 1-2 have been shut down,
. Reheat steam to the moisture separater i
' reheaters has been isolated.
. Feedwater pump recirculation valves FCV.53 and FCV-54 have been opened.
PGf,E.91.FE Rev. 1/ August 21, 1991 5.4-9
5.4 ONSITE SCENARIO TIMELINE 4 TIME MESSAGE PLANT EVENT
SUMMARY
5:19 44SlH The following alarm is received in the control room: PK0918 TURBINE DRIVEN AUX FW PP Auxiliary feedwater pump 1 1 turbine speed is decreasing. The turbine throttle and trip valve, FCV.152, indicates closed position. 5:20 45 Operators complete the following steps in EP E.0:
. Auxiliary feedwater flow has been verified as greater then 470 GPM, per Step 15.
. Auxiliary Building ventilation has been verified in the building and safeguards mode, per Step 15.
'~N - Control room ventilation control switches have been placed in Mode 3 pose. ion, per Step 15.
(5:20 46 After noting the disparate steam
't generator parameters while verifying 1
auxiliary feedwater flows, the control i\ operctor requested permission to manually isolate the depressurized steam generator, por emergency procedure EP
\, E.2.
\
The following annunciation in the k control room is receivcd as a result of these manual actions: PK0906 MAIN STEAM ISOLATION PK0921 STM GEN BLOWDOWN ISOL-IC The main steam isolation valve, blowdown isolation valve, and auxiliary feedwater supply valves to steam generator 1-1 have been closed. PGLE.91.FE Rev. 1/ August P1, 1991 5.4 10 l 1
i [ f-5.4 ONSITE SCENARIO TIMEllNE TIME NESSAGE PLANT EVENT
SUMMARY
5:21 47 Operators complete the following steps ; in EP E 0:
. Diesel generators 1 1, 1 2, and 1 3 :
e have been verified as running at rated ' frequency and voltage per. Step 17.
. Primery system temperature has been obser/ed to be decreasing in an uncontrolled manner. Operators verify that thi faulted steam generator has been isolated, per Step 18.
Operators cciplete-the following steps '! 5:22- 48 in EP E.0: ,
. Pressurizer Lifety and power operated relief valves ind pressurizer spray >
valves are vert'ied as closed, per Step 19.
- Operators verify ' hat the reactor coolant pumps have been shutdown-and that-adequate charg'ng and safety injection flow is prssent. -Charging pump minimum flow vahas are verified closed as per instructioniin Step 20.
- Steam generator 11 is verified to be fully depressurized. Operators. enter -
Er E-2, per EP E.O Step 21. t
- C:23 4951M The.following alarm is received in the control room:
PK0203 SI PUMPS TEMP /0C TRIP , Safety injection pump 1 2 breaker is indicating open, and the blue overcurrent trip lamp is illuminated. 4 lPG&E.91.FE Rev. 1/ August 21, 1991 5.4-11
, . - , = . . -
w . . . ..-.a..-.-. :--=__-_-_---__.-
. i s
5.4 ONSITE SCENARIO TIMEllNE j MESSAGE PLANT EVENT SlM4ARY TIME ....... i 5:23 50 Operators complete the following steps ' in EP E-2:
- Main steam isolation valve for faulted -!
steam generator 1 1 is verified closed per Step 1. ,
. Steam generators 1-2, 1 3, and 1 4 are !
verified non-faulted, and 1 1 verified as faulted per Steps 2 and 3.
- Steam generator 1 1 isolation is again verified per Step 4.
. Condensate storage tank level is verified as greater than 10% per Step 5.
5:24 51 Operators complete the following steps in EP E 2: ,
. TE.413 input switch to the subcooled margin monitor has been placed in the
" Loop Out" position, per Step 6. '
- Main steam line monitors, steam jet air ejector monitor and the steam j generator blowdown monitor readings q are verified normal, per Step 7. '
- Operators enter,EP E-1, as instructed '
in EP.E-2, Step 8. 5:25 52 Operators complete the following steps in EP E.1:
. Continuous action Step 1, requiring 4 f reactor coolant pump shutdown due to-uncontrolled primary system depressurization, has been verified completed.
. Continuous action Step 2a, which verifies that any faulted steam generators have been. isolated, has -
been verified completed for steam generator 1-1.
- The requirement to check secondary side radiation monitors (steam line monitors, steam jet air ejector, and steamgeneratorblowdownmonitor)for high radiation is completed, per continuous action Step 2b.
Rev. 1/ August 21, 1991 5.4 12 PG&E-91-FE-1
'*' -wgr Sq--- e 5 -4 g *+*'5-h-t*--yha-y e p- a- 79 gfeb4
- p
- y y %- yd 9re ty- v PWeWv g sd"#g d'r
f
- f. 5.4 ONSITE SCENARIO TIMELINE TIME HESSAGE PLANT EVENT
SUMMARY
5:25+ 53 The card reader for the B5' entry door (Security Door fl99A) to the unit 1 pipe rack area is destroyed. Access by using the security card reader is not possible. 5:25+ 54 Plant personnel inspecting the 104 foot s- - level inside the security fence note a penetration of the fence by a missile, end resultant damage to the 1-1 main steam isolation bypass valve controller. There is no observed steam leakage. The controller and air operator require repair. 5:254 55 Plant personnel walking along the 115 s__ - foot elevation to the main steam line to inspect the break note a damaged valve, the 1-2 steam generctor feedwater regulating bypass valve downstream manual isolation valve, FW.1-567. Wisps of steam are escaping from the bent valve stem. 5:E5+ 56 Inspection of the damaged main steam line identifies a circular treach of the
-line approximately twelve inches in diameter. The breach is located two feet outside the security zone barrier and just before the 22 degree pipe bend in main steam line-1-1. The security fence has several holes near the break location.
5:Zs+ 57 Inspection of the area proximate to the damaged main tranformer reveal numerous scattered debris. The debris are the remnants of the transformer bushing, portions.of the transformer internals (wood and electrical pieces), a nitrogen supply bottle, and the transformer oil coolers. The Phase B transformer suffered minor damage to its oil cooler due to missiles. The Phase C transformer is undamaged. Both auxiliary transformers are undamaged. PG&E.91.FE Rev. 1/ August 21, 1991 5.4 13
5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:25+ 58 The oil spilled during the transformer explosion is confined to a circular ground area within a radius of 20 feet of the transformer pedestal. Some oil uas splashed on the turbine building siding, the auxiliary boiler building, the pipe rack area grating, and the Phase B transformer. The oil has not ignited. 011 has contaminated the gravel surrounding the Phase A transformer pedestal, some has reached the Phase B transformer pedestal. Oil has also pooled in the ravine by the phase output line stanchions. Water centinues to flow out of the severed fire protection line, and is mixing with the transformer oil. 5:25+ 59 ine 230 kV startup transformers are operating normally cnd were not affected by the transformer explosion. 5:26 60 Operators complete the following steps per EP E.1:
. Continuous action Step 3, which
- requires checking the intact steam generator levels and verifying adequate auxiliary feedwater flow, has been completed. Motor driven auxiliary feedwater pumps 1-2 and 1 3 are supplying adequate flow to the intact steam generators.
- Continuous action Step 4, which requires a check of the pressurizer safety valves and PORVs for leakage, has been completed.
- Continuous action Step 5, which has a check of containment spray status, has been completed. Containment spray is not actuated, nor is it required at this time.
PG&E.91-FE Rev. 1/ August 21, 1991 5.4-14 l 1
6 i
? 5.4 ONSITE SCENARIO T'IMELINE :
TIME MESSAGE PLANT EVENT
SUMMARY
5:28 61 Operaters complete the following steps ' in EP E-1:
. Continuous action Step 6 has been completed. Primarysystemsgbcooling is adequate (greater than 20 F),
secondary heat sink is present, primary system pressure is increasing, and pressurizer level is greater than 4%. Emergency core cooling system flow may be decreased.
. Operators enter EP E.1.1, SI Termination, per EP E-1. Step 7.
5:29+- 62 The turbine driven auxiliary feedwater pump throttle and trip valve, FCV.152, , is closed. Pump and turbine condition appear normal. The throttle and trip valve is not' capable of being reset. It appears to have a mechanical problem. 5:29 63 Operators complete the following steps in EP E.1.1: ,
. SI signal is reset, per Step 1.
. Containment isolation Phase A signal is reset per Step 2.
. FCV.584, the instrument air isolation to the containment, has been opened, per Step 3. Instrument air pressure '
is verified adequate. 5:30 64 Operators complete the following steps in EP E-1.1:
- Centrifugal charging pump 1 1 is stopped per Step 4. Charging pump 1 2 1
remains in service.
. Primary system pressure is checked and verified stable, per Step 5.
- . Operators begin realigning charging flow per Steps 6, 7 and'8.
Rev. 1/ August 21, 1991 5.4-15 PG&E.91.FE
s 5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:31 65 Operators complete the fo110 wing steps in EP E.1.1:
. The realigning of charging flow per Steps 6, 7 and 8 continues.
- Operators check safety injection pump flow, per Step 9. Safety injection pump 1-1 continues to provide flow to the primary system. Operators are instructed to enter EP E-1.2, per Step 9.
5:32 66 Operators complete the following steps in EP E.1.2:
. Steps 1, 2 and 3 are verified as previously completed in EP E.1.1. The Safety injection and containment isolation phase A signals have been reset, and instrument air is available to the containment.
- All AC buses are verified as energized by offsite (230 kV Startup) power source, per Step 4.
5:33 67SIM The following alarm is received in the control room: PK0203 S1 PUMPS TEMP /0C TRIP The alarm reflashes in the control room. Annunciator typewriter indicates that a high bearing temperature condition exists for safety injection pump 1 1. 5:33+ 68 Safety injection pump 1-2 pump and motor oil level are normal. Motor casing temperature is room temperature. Oil cooler component cooling water flow is normal. All other visual aspects of the pump and motor appear normal, 5:33+ 69 Safety injection pump 1-2 coupling cannot be rotated. The pump or motor appear to be seized. PG&E.91-FE Rev. 1/ August 21, 1991 5.4-16 l
4 7 5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:33+ 70 Conditions'at the 4 kV vital breaker supply to safety injection pump 1 2 indicate an instantaneous overcurrent actuation. The breaker is capable of being reset. All other conditions are normal. 5:35 71 Operators complete the following steps " in EP E.1.2:
- Primary system pressure is verified as greater than 300 PSIG. .Both residual heat removal pumps are manually shut down, per Steps 5 and 6.
. Charging flow has been realigned to its normal configuration. Charging f?cw has been reduced to approximately 50 GPM in order to reduce pressurizer
._ level. '
/ '5:35 #) -72SIM The following alarm is received in the .-
control room: l.g PK1118 MAIN STM LINE HI RAD bI~
-RE.71 monitor reading indicates a high alarm. condition. Operators enter EP E-3.
5:35 73SIM The following alarm is received in the control room: PK0203 SI PUMPS. TEMP /0C TRIP The alarm reflashes in the control room. Safety injection pump-1-1 breaker is indicating open,-and the blue overcurrent trip lamp is illuminated. PG&E-91-FE Rev. 1/ August 21, 1991 5.4-17
-Ws
' --w--ae mm-w n * + y- ' - w y n r
5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:37 74- Operators complete the following steps in EP E.3:
- Reactor coolant pumps are verified shutdown, per Step 1.
- The ruptured steam generator, 1 1 is identified via high readings on RE.71, '
per Step 2.
- Flow from the ruptured steam generator is verified isolated, per Step 3.
- Auxiliary feedwater flow to the ruptured steam generator is verified to be isolated (due to the ruptured generator also being a faulted generator) per Step 4.
5:38 75 Operators complete the following steps s in EP E-3: 4
- The pressurizer safety valves and power operated relief valves are i verified closed and available for overpressure protection, per ccntinuous action Step 5.
- Intact steam generators 1-2, 1-3 and 1 4 pressure is verified stable, per Step S.
- Intact steam generators level is verified acceptable, per Step 7.
5:39 76SIM The following alarm is received in the control room: PK1522 MAIN ANNUN SYSTEM TROUBLE Conditions indicate a main annunciator power supply undervoltage condition. 5:39+ 77 The turbine driven auxiliary feedwater pump throttle and trip valve, FCV-152, cannot be reopened. The valve is bound internally. The valve will need to be disassembled for further repairs. P PG&E-91-FE Rev. 1/ August 21, 1991 5.4 18
L
- l l5.4 ONSITE SCENARIO TIMELINE l 4-
+
TIME MESSAGE- PLANT EVENT
SUMMARY
-5:39 18 -Operators complete the following steps in EP E-3: l 4 - Safety infection signal is verified reset per Step 8.
- Containment isolation phase A signal is verified reset per Step 9. .
- Instrument air is verified as ;
available to the containment per Step
- 10. .
- All AC buses are verified energized by
- offsite-(230 kV Startup)' power source, per Step 11.
= Residual heat removal pumps are verified shutdown per Step 12.
. Primary system pressure is verified as
-greater than 300 PSIG, per Step 13.
- 5:40 '79SIM- The following alarm is received in the control room:
PK1815 DSL GEN ~13-. SHUTDOWN RELAY TRIP. The control room indication for diesel generator.1-3 indicates the engine speed
- is decreasing.
- 5:40- 80 Operators complete the following steps '
~1n EP E-3:
--The ruptured steam generator is-verified isolated per Step 14.
- The ruptured-steam generator pressure t.
-is less than 240;PSIG, prompting the-operators to enter EP ECA-3.1,-per 1
- -Step 15. ,
5:40+- 81 The annunciator AC power supply breaker, 52-1532, is closed. All other
. conditions appear normal.-
f:40+ 82- The annunciator DC power supply breaker, !
~
72-1132,:is tripped. No other abnormal conditions exist. l- PG&E-91-FE Rev. 1/ August 21, 1991 5.4-19
t gn 5.4~ 0NSITE- SCENARIO TIMELINE
- TIME MESSAGE PLANT EVENT
SUMMARY
5:42 83 Operators complete the following steps in EP ECA.3.1:
- Safety injection is verified reset per Step 1.
- Containment isolation phase A signal '
is verified reset per Step 2.
- Instrument air is verified as available to the containment'per Step 3.
- All AC buses are verified energized by effsite(230kVStartup)powersource, per StepL4.
- Containment spray is verified as not necessary, and properly secured, per Step 5.
5:43+ 84 Any attempts to restart safety injection-pump'1 2 result in immediate overcurrent trips._ Local observations during the restart attempt reveal'no shaft rotation. 5:43+ 85 Results of further inspection of safety injection pump 1 2 indicate the pump is
' damaged-internally. The pump will'have
~to be disassembled to effect repairs. +
5:43 86 Operators complete the following steps .
- in EP ECA-3.1:
- Residual heat removal pumps are-verified shutdown, per' Step 6.
o -Primary system pressure.is verified as
. greater than 300 PSIG per Step 7; '
- Operators' check instrumentation for pressurizer relief tank, containment structure- sump, and radiation nonitors
+
located-outside containment for abnormal readings, per Step 8. No abnormal conditions are identified. PG&E-91-FE Rev. 1/ August 21, 1991 5.4-20 y --s -- y
. . = . . . - -. . . - .- .
i_ 5.4 ONSITE SCENARIO TIMELINE TIMEL -MESSAGE- PLANT EVENT.
SUMMARY
-5:44 87 Operators. complete the following steps in EP ECA-3.1:
- Intact steam generators 1 2, 1 3, and 1-4 pressure is verified stable, per Step 9.
- Intact steam generator level is verified as adequate, per Step IG.
. Adequate shutdown margin is verit ;o6-
' per Step 11.
5:45 88 Operators _ complete the following step > in EP ECA-3.1:
- A controlled cooldown using steam dump to the condenser is-initiated, per Step 12..
5:45+. 89 -Safety, injection pump 1-1 pump and motor oil level-are normal. _ Motor casing - temperature.is room temperature... Oil cooler component cooling wster flow is normal. The inboard pump bearing appears to have overheated (paint L discoloration).- 5:45+ 90 Safety injection pump 1 1: coupling
.is mildly deftymed. The pump shaft appears to he torsionally deformed.
L 5:45+ 91 Conditions-at--the:4 kV vital breaker b supply to. safety injection pump 1 1 in.iicate an. instantaneous overcurrent.
-actuation. The breaker is capable of being reset. LAll other conditions are-
- normal . --
5:46 92 Operators' complete the following steps-in EP.ECA-3.1:-
-Primarysystemgubcoolingisverifind-L greater than 20.F. per Step 13..
-_ Refueling water storage tank level is-verified-greater than 60%, per Step 14a. .
. Ruptured steam generator 1-1 leval is.
verified less than'96%, per Step 14b. Rev. 1/ August 21, 1991 5.4-21 PG&E.91-FE
5.4 ONSITF SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
5:47 93 Operators complete the following step in EP ECA.3.1:
* . Emergency core cooling system (ECCS) operation is checked. Only one pump, charging pump 1-2, is in operation in its normal charging flowpath. There-fore, ECCS is not in service. EP ECA-3.1 Step 15 directs operators to Step 24, 5:48 94 Operators complete the following steps in EP ECA.3.1:
- Charging flow is verified in service and controlling pressurizer level, per Step 24.
- Actions to start a reactor coolant pump are initiated, per Step 25.
- p. . _ _ _
(g:50 ~, 95c AntingencyMessagej A SITE AREA ;7 EMERGENCf snoutete dechd-durto a steam line break with a primary to secondary leak of greater than 50 GPM and indication of fuel damage. 5:50+ 96 Conditions at the entrance to the 1-3 diesel generator room 6ppear normal. Annunciation indicates a trip due to low lube oil pressure. All meters next to the annunciator panel read normal except the fuel cil pressure, which reads approximately 20 PSIG. 5:50+ 97 Conditions at the rear of the 1-3 diesel generator, next to the day tank and priming pump, art: no mal . no leakage noted. Pl.1023, the primary fuel oil filter differentia'l p* essure meter, is pegged high. Fuel o'.1 pressure instrument PI-642 reads approximately 20 PSIG. 5:50+ 98 If a manual start is attempted, the diesel engine will not start. Indications of a high differential pressure across the fuel oil filter are noted. PG&E-91-FE Rev. 1/ August 21, 1991 5.4-22
5.4 ONS11E SCENARIO TIMELINE TIME HESSAGE PLANT EVENT
SUMMARY
5:50+ 99 The annunciator power supply cabinets, frontside,(PK009&PK009) inspection reveals the following:
- Switches RA 800 and AN100 are tripped.
- Annunciator DC ameter reads 0 amps.
5:50+ 100 The annunciator pover supply cabinets, rear side (PK008 & PK009) inspection reveals the following:
- Transformer T4 appears to have overheated.
- Possible damage to capacitors C1 & C2.
5:53 101 Operators complete the following step per EP ECA-3.1:
- Reactor coolant pump 1-2 is restarted and is in service. The restart effort was in accordance with EP ECA_3.1, Appendix B.
5:53+ 102 Results of the motor meggar, if performed, for safety injection pump 1 2 indicate acceptable motor condition. 5:54 103SIM The following alarm is received in the control room: - PK1111 VIB/ LOOSE PTS MONITOR 5:54 104 The vibration / loose parts monitor alarm panel indicates an alarm from the lower reactor vessel. The alarm can be reset. 5:55^ 105 Any attempts at restarting safety injection pump 1-1 will result in an overcurrent trip after approximately ten seconds of operation. Local observations during the restart attempt reveal shaft rotation, however, the
~~
motor obviously labors, manifesting this via a loud hum. All indications are that the pump rotation is overcoming significant obstruction. PG&E-91-FE Rev. 1/ August 21, 1991 5.4-23
j 5.4 ONSITE SCENARIO TIMELINE TIME HESSAGE PLANT EVENT
SUMMARY
5:55+ 106 Further inspection of safety injection pump 1 1 reveals a damaged iaboard pump bearing. The pump will require disassembly to effect repairs. 5:55 107 Operators complete the following step in EP ECA.3.1:
- Pressurizer level is verified as greater than 77%. A contiolled depressurization of the primary system will not be performed per instruction in Step 26.
. Tha primary system cooldown via condenser steam dump continues.
5:58 108 Operators complete the following step in EP ECA-3.1:
- Shutdown margin is verified adequate per Step 27.
5:59 109 Operators complete the following steps in EP ECA-3.1:
. Emergency core cooling system flow is verified as not r6 quired, per Step 28.
- Subcooling and pressurizer level are checked and verified adequate. The accumulators may be isolated, per Steo 29.
6:00 110 The leakage from the main stcam line continues. A missile generated from the main transfctmer explosion that pierced the main steam line wound up inside the line. The missile had sufficient force to push some of the pipe lagging into the line. 6:00+ 111 Disassembly of the 1 3 diesel generator fuel oil filter indicates the filter is fouled by what appears to be a biological growth. The limited amount of fuel oil that was p esent in the fuel line is also fouled with this growth. PG&E.91-FE Rev. 1/ August 21, 1991 5.4-24
I 5.4 ONSiTE SCENARIO TIMELINE i-TIME MESSAGE PLANT EVENT
SUMMARY
6:00+ 112 A sample of the 1 3 diesel generator fuel oil day tank indicates severe biofouling. 6:05+ 113 The operator sent to energize accumulator isolation motor operated valves 8808 A, B, C & D has completed the operation. 6:05 114c Contingency Message: A GENERAL EMERGENCY should be declared due to an unisolable steam line break outside containment with indication of a steam generator tube rupture requiring entry into Emergency Procedure EP E-3, and indication of fuel damage. 6:06 115 Operators complete the following step in EP ECA.3.1: Accumulator isolation valvec 8808 A, B, C & D have been closed from the main control room, per Step 29. 6:08 116 Operaturs complete the following step in EP ECA.3.1:
- Diesel generators 1-1 and 1 2 have been manually shutdown and placed in standby, per Step 30. Diesel generator 1-3 remains ihutdown and is inoperable.
6:10 117 Operators complete the following step in EP ECA-3.1:
- Condensate reject valve LCV-12 has been closed per Step 31a.
- Condensate demins have been isolated by opening FCV.230 and closing FCV-231 per Steo 31b.
- Auxiliary steam has been verified as aligned to Unit 2, and does not require realignment as directed by Step 31c.
- The blowdown outlet valves FCV.498 and FCV-499 have been aligned to the equip.
ment drain receiver tank per Step 31e. PG&E-91-FE Rev. 1/ August 21, 1991 5.4-25 j
f f a
-j l 5.4 ONSITE SCENARIO TIMEtlNE TIME- HESSAGE PLANT EVENT
SUMMARY
6:12 118 Operators complete the following steps in EP ECA.3.1: I
- Reactor coolant pump cooling is verified adequate, per Step 32.
. Reactor coolant pump seal return flow has been re-established by openi.19 the return flow isolation valves 8100 and 8112, per Step 33.
6:13- 119 Operators complete the following step in EP ECA 3.1:-
- Source range detectors have been-verified energi2?d per-Step 34.. The highest reading ;ource' range monitor
'has been selected on recorder NR-45.
Operators complete the following_ step 6:15 120 in EP ECA.3.1:
. The heater 2 drain pump has'been-verified shutdown per Step 35.
- Condensate / condensate booster. pumps 1 1 Land 1 2 are verified shutdown, per Step 35.1
- Condensate / condensate booster pump 1 3 is verified as-in service per Step 35.
. The 4 kV and 12 kV auto transfer logic-
'has been reset, as directed in Step-35.
-6:16 121 Operators' complete the following step in EP ECA.3.1:
--Containment fan! cooler units have been realigned to their normal operational mode, per Step 35.--All five' units remain in service.
. ASW pump 1-1 has been shutdown per Step 35.
PG&E.91-FE Rev. 1/ August 21, 1991 5.4-26
L 5.4 ONSITE SCENARIO TihELINE TIME MESSAGE PLANT EVENT SDKdRY 6:18 122 Operctors com')1ete the following steps in EP ECA.3.1:
. Component (.ooling water pump 1-2 has been shutd)wn per Step 35. Pumps 1-1 and 1-3 re. main in service.
. Ruptured !, team generator level is checked and verified at zero. This value is ecceptable because the ruptured steam generator is also faulted. Continuous action Step 36 has been completed.
. Reactor coolant pump seal differential pressure has been verified acceptable per continuous action Step 37.
6:20 123 Operators complete the following steps in EP ECA-3.1:
-Primarysystemtempgratureisverified as greater than 350 F, per Step 38.
Operators are directed to Step 41.
-Primarysystemtempgratureisverified as greater than 200 F, per Step 41.
Operators are directed to return to Step 10. 6:25 124 Operators complete the following steps in EP ECA-3.1:
- Steps 10 and 11 are verified completed.
- Step 12 directs that a cooldown to cold shutdown be initiated. The cooldown is in progress.
- Steps 13, 14 and 15 are verified completed. The procedure directs operators to Step 24.
- Steps 24 and 25 are verified completed.
PGLE-91-FE Rev. 1/ August 21, 1991 5.4-27
I
! 5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
6:27 125 Operators complete the following steps in EP ECA.3.1:
- Operators will continue to monitor pressurizer level and reactor coolant system subcooling. A controlled depressurization will be initiated when conditions permit, per Step 26.
. Steps 27 through 37 have been verified completed.
. Operators will continue to monitor primary system temperature, as directed in Step 38.
6:30+ 126 The replat; rant of the mein annunciator power supply is progressing smoothly. However, the anticipated time to repair the power supply and return it to service has been extended to approximately 7:10, 6:30+ 127 The fouled fuel filter for 1-3 diesel generator has been replaced. The fouled fuel oil in the fuel line has also been removed and the line flushed. 6:30+ 128 Work continues on the drain and refill of the day tank. Expected completion time is in approximately two hours. 6:30+ 129 If the 1-3 diesel generator restart is attempted following fuel filter replacement and without full flush of the fuel oi'. day tank, the diesel will start and is-operable. 6:30 130 Steam at the site of the steamline breach has condensed and is pooling in low spots on the pavement surrounding the main transformers. 6:50 13151M The following alarm is received in the
- control room:
PK1111 VIB/ LOOSE PTS MONITOR Rev. 1/ August 21, 1991 5.4 28 j PG&E-91-FE l
l l I 5.4 ONSITE SCENARIO TIMEllNE TIME MESSAGE PLANT EVENT
SUMMARY
6:50 132 The vibration / loose parts monitor alarm panel indicates the alarm from the lower reactor vessel has alarmed again. 6:51 133SIM RE.71 readings begin increasing. 6:52 134SIM The plant cooldown and depressurization is continuing. Primary system 0 temperature has decreased to 350 f. 6:58 135SIM RE.71 readings have stabilized at a value of BE+5 counts per minute. 7:04 136SIM The following alarm is received in the control room: PK0510 PORV LOW SET POINT CUTOUT Primarysystemtgmperaturehasdecreased to less than 330 F. 7:10+ 137 The annunciator DC power supply replacement work has been completed. The annunciator DC supply breaker can be reclosed. 7:15+ 138 The operator dispatched to close the DC power supply breaker for the main annunciator reports that is has been reclosed. No problems were noted. 7:15+ 139 T'ie following annunciation is noted in the main control room: PK1522 MAIN ANNUN SYSTEM TROUBLE The alarm clears. The annunciator window is dark. 7:20 140 The water resulting from the condensation of the main steam line leak has formed large pools in low spots on
, the pavement surrounding the main transformers. Some of this water is contaminated with transformer oil. The water pools are large enough that they may begin draining to local storm drains.
Rev. 1/ August 21, 1991 5.4 29 PGLE.91.FE
j 5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
7:30 141SIM The plant cooldown and depressurization is continuing. Primary system temperature is approximately 3050F. 7:34 142 Operators complete the following step in EP ECA-3.1: - Primary system Low Temperature Overpressure Protection is cut in by operating the cutout switches for PCV.455C and PCV.456, per Step 39. 7:38 143 Operators complete the following steps per Operating Procedure OP E-5:ll,
" Auxiliary Saltwater System . Operation During Plant Cooldown":
. Auxiliary saltwater supply to the 1-2 component cooling water heat exchanger has been placed in service.
- Auxiliary saltwater pump 1 1 has been
} restarted from the main control room.
7:40 144 Operators complete the following step per Operating Procedure OP F.2:V,
" Component Cooling Water System -
Operation During Plant Cooldown":
- Component cooling water to the 1-2 heat exchanger has been placed in service.
7:42 145 Operators complete the following step per Operating Procedure OP F-2:V,
" Component Cooling Water System -
Oper6 tion During Plant Cooldown":
- Component cooling water pump 1-2 been restarted from the main control room.
7:45 146 Operators complete the following step per OP B-2:V, "RHR - Place in Service During Plant Cooldown";
~
. Ccmponent cooling water outlet val.es for each RHR heat exchanger (FCV-364 and FCV-365) have been opened per Step 6.2.4.
PG&E-91.FE Rev. 1/ August 21, 1991 5.4-30
5.4 ONSITE SCENARIO TIMELINE TIME MESSAGE PLANT EVENT
SUMMARY
7:52 147 ~0perators complete the following step per OP B-2:V, "RHR . Place in Service During Plant Cooldown":
. MOV St.8980, RHR Suction f rom the RWST has been closed, per Step 6.2.8.
7:53 148 Operators complete the following steps per OP B-2:V, "RHR . Place in Service During Plant Cooldown":
. RHR suction isolation valves 8701 and 8702 have been opened, per Step 6.2.9.
. RHR flow control valves FCV-637 and FCV.638 are closed, per Step 6.2.10.
. RHR flow control valve FCV.670 is verified closed, per Step 6.2.10.
7:54 149 Operators complete the following steps per OP B-2:V, "RHR Place in Service
' During Plant Cooldown":
- RHR pump 1 1 has been started and the minimum flow valve has been verified open, per Step 6.2.11.
. RHR flow control valve FCV-670 will be slowly opened to heatup the system, and RHR flow will be stabilized, per Steps 6.2.12 and 6.2.13.
7:55 150SIM The following alarm is received in the control room: PK1111 VIB/ LOOSE PTS MONITOR 7:55 151 The vibration / loose parts monitor alarm panel indicates the alarm from the lower reactor vessel has alarmed again. PG&E.91.FE Rev. 1/ August 21, 1991 5.4-31 u _ _ _ _ _ _ _ _ _ _ _ _ ____ ___ _ ___ _ _ _ _
b 5.4 ONSITE SCENARIO TIMELINE TIME MESSACE PLANT EVENT
SUMMARY
7:59 152- Operators complete the following steps per OP B.2:V, "RHR - Place in Service-
'During. Plant Cooldown":
- RHR pump ~1 2 has been started and the minimum flow valve has been verified open, per. Step 6.2.14.
- RHR flow will be increased and a primary system cooldown initiated, per Steps 6.2.15 and_6.2.16, 8:30+ 153 The-1 3 diesel generator fuel oil day tank has been drained and refilled with-fresh fuel oil. Tiie diesel is available for service.
9:00 154SIM The plant couldown and depressurization is continuing. Primary. system agerage , temperature is approximately 272 F. 9:30_ 155SIM- The plant cooldown and depressurization is continuing.-. Primary system average 0 temperature is approximately 239 F. 9:55 156SIM -RE.71 readings have decreased significantly. The offsite release has been terminated.- 9:55 -157- The steam release has stopped. Local radiation readings are rapidly declining.
-10:00 158SIM- The plant cooldown and depressurization is continuing. Primary system average 0
temperature is approximately 204 F, 10:15 159S1M The plant cooldown and depressurization is continuing. Primary system average 0 temperature is approximately 192 F. 10:24 160 ' Primary system het and_ cold leg temgeratureshavedecreasedtobelow 200 F. The plant has entered Mode _5. 10:30 161 Exercise activities are terminated. Rev. 1/ August 21, 1991 5.4 32 PG&E-91-FE
l-i 5.6 MESSAGES Message No.: 0 Page 1 of this message
........... 2.....................................................
THIS IS A DRILL T0: 1991 Emergency Exercise Players LOCATION: Player Briefing MESSAGE: The following message pruvides " turnover" information related to the plant conditions for the 1991 Emergency Exercise: Unit 1
- Reactor Power at 100%, 94th day of continuous operation. Xenon steady state.
- RCS Boron concentration is 851 ppm.
- RCS specific activity is elevated:
- Latest activity sample is SE-2 (corrected 1-131) uti/gm.
- Unit is in Action Level #? of NPAP C-24 " Failed fuel Action Plan".
- Current estimate is three "open defects" based on tramp uranium and other chemical /radionuclide sample results.
- The coolant activity level increased following a manual reactor trip initiated as a result of a -
pressurizer safety valve failure on May 15, 1991. The activity level stabilized shortly after unit restart.
- The RCS sample frequency was increased to a daily frequency in May. Readings were stable from May to August. The sample frequency was relaxed to the normal schedule at the beginning-of August.
Readings have remained stable until last Monday.
- Increasing readings on RE-2, the containment area monitor, have been noted over the past week, prompting return to the daily RCS sample frequency.
~ THIS MESSAGE CONTINUES ON THE FOLLOWING PAGE THIS IS A DRILL 1
PG&E-91-FE l 1
S.6 MESSAGES Message No.: O Page 2 of this message
......................................................s...........
THIS IS A DRILL T0: 1991 Emergency Exercise Players MESSAGE: The following message provides " turnover" information related to the plant conditions for the 1991 Emergency Exercise: Unit 1 (Continued)
- Letdown flowrate 1~ 75 GPH. The flowrate had been increased to 120 GRi in May, but has beer c< durned to its normal value of 75 GPM.
- No work in containment is in progress or planned.
- A small leak in the positive displacement pump suction line was noted during yesterday's test run.
The itak is being evaluated for repair.
- Auxiliary Exhaust Fan E-1 is out of service for motor breaker preventive maintenance.
Unit 2
- Reactor power at 100%, 470th day of continuous operation.
- Xenon steady state.
- RCS Boron concentration is approxicately zero. Tavg sag is.exp cted to begin in about a day.
Common
- The auxiliary steam supply is currently aligned to Unit 2.
...........=...................=..................................
THIS IS A DRILL
=........==.......=====......=...............==...=.... .u...===..
PGLE-91-FE 2
)
1
. , , _ _ . _ _ . . _ _ _ . _ . _ . - . - ~ _ - _ . .._
.5.6 MESSAGES' Message:No.: 1 Pagef1 of this message THIS IS A DRILL TO: Shift _ Foreman, Control Operator, Control Room Personnel Shift Chemistry and Radiation Protection Personnel
. LOCATION:' Control-Room (Simulator Room)
-Operator Ready Room Access Control-1 TIME:- 03:00- (H+0:00)'
-MESSAGE:- The.following message details the DCPP initial conditions for the 1991 emergency exercise: _
Uni t - 7
- Reactor Power at 100%, 95th day of continuous operation ~.
Xenon steady state-
-: RCS Boron concentration is 851 ppm. -
-lRCS specific activity?isfelevated:
- Latestsactivity samplefis SE-2_(corrected I-131) zuCi/gm. '
-
- Unit is:in Action-Levelf!2-ofLNPAP.C-24 " Failed
' Fuel Action Plan".-
- Current estimate is three~"open defects"' based on-
' tramp uranium and otherfchemical/radionuclide sample 1results. . .
,~ - *;The coolant activity leve1' increased following;a manual reactor trip initiated as a result of a - o_ pressurizer safety valve failure on May 15, 1991'.- The: activity level _ stabilized-shortly <after unit restart, p n . . L THIS' MESSAGE-CONTINUES ON THE-FOLLOWING PAGE THIS IS A DR:.LL E-
....=.......s................................=z.....r......a......
l-I L PGLE-91-FE Rev. 1 l August 21, 1991 5.6-1 ll K
, , . - . . . - . - , - , . . . . ~ . _ . , . . --
l l 5.6 MESSAGES Message No.: 1 Page 2 of this message THIS IS A DRILL
...n..............................................................
TO: Shift Foreman, Control Operator, Control Room Personnel Shift Chemistry and Radiation Protection Personnel LOCATION: ControlRoom(SimulatorRoom) Operator Ready Room Access Control TIME: 03:00 (H+0:00) MESSAGE: The following n.essage details the DCPP initial conditions for the 1991 emergency exercise: Unit 1 (Continued)
- RCS specific activity is elevated:
(continued from page 1)
- The PCS sample frequency was increased to a daily frequency in May. Readings were stable from May to August. The sample frequency was relaxed to the normal schedule at the beginning of August.
Readings have remained stable until last Monday.
- Increasing readings on RE-2, the containment area monitor, have been noted over the past week, prompting return to the daily RCS sample frequency.
- The next scheduled activity sample is for Thursday morning.
- Letdown flowrate is 75 GPM. The flowrate had been increased to 120 GPM in May, but has been returned to its normal value of 75 GPM.
- No work in containment is in progress or planned.
- A small leak in the positive displacement pump suction line was noted during yesterday's test run.
The leak is being evaluated for repair.
~
THIS MESSAGE CONTINUES ON THE FOLLOWlHG PAGE
.........................................................u........
THIS IS A DRILL
............. ....................................== .............
PG&E-91-FE Rev. 1 , August 21, 1991 5.6-2 ) t
I 5.6 MESSAGES Message No.: 1 Page 3 of this message THIS IS A DRILL TO: Shift Foreman, Control Operator, Control Room Personnel Shift Chemistry and Radiation Protection Personnel LOCATION: Control Room (Simulator Room) Operator Ready Room Access Control TIME: 03:00 (H+0:00) MESSAGE: The following message details tie DCPP initial conditions for the 1991 emergency exercise: Unit 1 (Continued)
- Auxiliary Exhaust Fan E-1 is out of service for motor breaker preventive maintenance.
-Unit 2
- Reactor power at 100%, 471st day of continuous operation.
- Xenon steady state.
- RCS Boron concentration is approximately zero. Tavg sag is expected to begin in about a day.
Common
- The auxiliary steam supply is currently aligned to Unit 2.
THIS IS A DRILL PG&E-91-FE Rev. 1 ! August 21, 1991 5.6-3 j k.
0300 RCS Activity Concentrations. Isotope RCS (Cl) (uCi/cc) 1-131 1.24el 3.5e-2 I-132 4.43e0 1.2e-2 I-133 1.69el 4.7e-2 I-134 2.24e0 6.3e-3 I-135 9.29e0 2.6e-2 Xe-133 1.23e3 3.47e0 Xe-133m 1.42e1 4.0e-2 Xe-135 2.47e1 7.0e-2 Xe-135m 1.76e0 4.9e-3 Xe-138 2.37e0 6.7e-3 Kr-85 2.63el 7.4e-2 Kr-85m 8.22e0 2.3e-2 Kr-87 4.49e0 1.3e-2 Kr-88 1.41e1 4.0e-2 Te-132 1.30e0 3.7e-3 Cs-134 8.7e-1 2.4e-3 Cs-137 1.56e0 4.4e-3 Cs-138 0 0 Ru-106 0 0 Ce-144 0 0 La-140 6.3e-3 1.8e-5 Ba-140 1.8e-2 5.0e-5 Rb-88 0 0 Total 1.38e3 3.87e0 a l
* "Q?; t' ;
i (, r .
+
W l O
. =.~
g _
- 5;6'AESSAGES-
~
- Message;No.: -2SIM- Page 1 of this message y::;q Ef
, m ammas..m ses.s m a a m massa m m e s.s sm an s.sk:.a s ses siass am m a mar ca s s.am a s a s .
THIS IS A--DRILL
~
= PASS ONLY IN CASE OF SIMULATOR FAILURE
.....................................................s............-
TO:- Control' Operator l LOCATION:..ControlRoom(SimulatorRoom) ,
; TIME: 03:10'_(H+0:10)
MESSAGE:. The following alarms ano annunciator printout are noted in the control room: PK1320 . DIESEL 12: TROUBLE & -A031012i1187JA DIESEL GEN 1-2 TROUBLE-PK1709 1 DIESEL 12 STRT-TURB0-AIR-PRESS
;A031009l0184A.DSL-1-2 START-TURB0' AIR ~PRESSL0 f .1 1
-t f
[! T-t' !-4 _ f s )E b , s ? t<
- +-
e q >J -==============================================.=================== THIS-IS A DRILL- !?- massmaammanass'asssammassammasass====ss==========ss==========.m=.sm PG&E-91-FE Rev. 1-l August 21, 1991 5.6-4
- ..m , . _ -
~
. :k i
=5.6 MESSAGES 1 MessageLNo.: - 3 3
'Page 1 of this message
......................u.................................... ......
.THIS IS A DRILL-
........................................... 2.....................
s- - P:- .TO: - Turbine Building Electrical Watch
- LOCATION: Turbine Building, 85' Level, Security Door (188 TIME: 03:10+ (H+0:10+)
f
- MESSAGE: You,have fallen while passing throughLthe security -
- door. The fall has
- injured-your back.
Your legs are r : immobilized. You cannot walk or' crawl. . The security
- door has closed against your body.
e: ' b T' t-.
- e. .
4 d A it' , :1 4
- c
,- ;- i n 4 k-a x 4 THIS IS A DRILL.
...................................=...........==================.
PG&E-91-FE Rev. 1 l August'21, 1991 5.6-5 c 1
- . - - l- - ~ c. ; _ ,m ..4. , , , , - - , . . . . . . . , . . . . . , _ - , - - , _
_ . , ~. -- , . , - . -
' 5.6 MESSAGES Metsage No.: 4 Page 1 of this message
............us.....u..,...........................................
THIS !$ A DRILL
....e..n.4.......................................aa...............
TO: Security Central Alarm Statio* Jperator LOCATION: Central Alarm Station TIMEt 03:10+ (H+0: 10+) , MESSAGE: The security Central Alarm Station indicates that security door nuinber 188 did not reclose following the latest personnel entry.
................... ..... 4.............................=.........
THI3 IS A DRILL
............. .......................o..2................. ....... -
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-6 l
- w
I t l S 6 MESSAGES Message No.: 5 Page 1 of this message THIS 15 A DRlLL 10: Security Officer LOCATION: Turbine Building 85' Level; Security Door #188 T1HE: 03:10+(H+0:10+) HESSAGE: The turbine building electric watch operator condition based on your initial inspection is as follows: The operator has not suffered any flesh wounds. There - is no bleeding. The operator is lucid; speech and hearing are unaffected. Ho apparent problems with breathing. There is no immediate external threat to the operator's personal safety. THIS !$ A ORILL i Rev. 1 l August 21, 1991 5.6-7 PG&E-91-FE
5.6 HESSAGES Message No.: 6 Page 1 of this message
................................................n.................
. THis IS A DRILL 10: Medical Emergency Response Personnel LOCATION: Turbine Building, 85' Level; Security Door #188 TIME: 03:15+ (H+0:15+)
MESSAGE: The fall victim's vital signs are normal. The victim's back is bruised from the fall. Indications are that any movement of the victim should be done very carefully. THIS IS A DRILL
........................ ........................,..........=....=
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-8
l 5.6 HESSAGES l Message No.: 7 Page 1 of this message l
.................................................................. l T1115 IS A DRILL TO: Control Room Shift Supervisor LOCATION: Control Room (Simulator Room)
T1HE: 03:25 (H+0:25) : MESSAGE: Chemistry has provided primary coolant sample results. THIS IS A ORILL PGLE-91-FE Rev. 1 l August 21, 1991 5,6-9
RCS Sample Analysis Gamma Spec. Results Sr.mple Time: 8/22/91 02:15 1sotope RCS (uCi/cc) 1-131 2.69e2 1-132 4.32e1 1-133 1.72e2 1-134 4.35e1 1-135 9.48e1 Xt-133 4.27e2 Xe-133m 6.70e0 Xe-135 1.70e1 Xe-135m 2.70e0 Xe-138 1.81e1 Kr-85 4.66el Kr-85m 1.31e1 . Kr-87 1.33e1 i Kr-88 2.86el s Te-132 2.le-3 C;-134 1.4e-3 Cs-137 2.5e-3 Cs-138 0 Ru-106 0-Ce-144 0' La-140 9.9e-6 Ba-140 2.Be-5 Rb-88 0 Total: 1.20e3 ~ I-131 Dose Equivalent: 3.25e2 uCi/cc i (by CAP D-14 Method) k. 1 i
l 1 5.6 ME$$ AGES Hessage No.: 8 Page 1 of this message
.................................... e.............................
THIS IS A DP.!LL TO: Operations Personnel LOCA110N: Turbine Building, 85' Level Diesel Generator 1-2 Local Annunciator Panel TlHE: 03:25+ (H+0:25+) HESSAGE: Upon entering the 1-2 diesel generator ' room, your initial inspection finds physical ccnditions of the diesel are normal. No visual abnormal conditions exist. The inspection of the local annunciator panel shows a
" Turbo Air & Low Starting Air Pressure" annunciator window lit. All other annunciation and instrumentation appear normal.
The starting air compressors, starting air receivers, starting air header, and all associated piping and ' restraints are normal. No abnormal conditions exist.
................................. .c..............................
THIS IS A DRILL
..............,.........................r.........................
PG&E-91-fE Rev. 1 l August 21, 1991 5.6-10
5.6 MESSAGES Message No.: 9 Page 1 of this message
......................................e...........................
THIS IS A DRILL T0: Operations Personnel LOCATION: Turbine Building, 85' Level. Diesel Generator 1-2 Annunciator Panel TIME: 03:25+ (H+0:254) ; MESSAGE: The local annunciator reset pushbutton, when depressed, will reset and clear the " Turbo Air & Low Starting Air Pressure" annunciator. All other instrumentation readings remain normal. i THIS IS A DRILL
............................................................=.=..=
Rev. 1 1 August 21, 1991 5.6 1: PGLE-91-FE
1 5.6 MESSAGES Hessage No.: 10S!H Page 1 of this message
......................n...........................................
Tills IS A DRILL )' PASS ONLY IN CASE Of SlHULATOR FAILURE T0: Control Operator LOCATION: Control Room (Simulator Room) TlHE: 03:30 (H+0:30) 1 MESSAGE: The fe' lowing alarm and annunciator printout is noted in the control room: PK1111 VIB/ LOOSE PTS MONITOR A033008 1101 A VIB/ LOOSE PARTS HONITORING SYSTEM THIS IS A DRILL
.................................................= ........-======
PG&E-91-FE Rev. 1 l August- 21, 1991 5.6-1?
5.6 MESSAGES Hessage No.: 11 Page 1 of this message THIS 15 A ORILL TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 03:30 (H+0:30) HESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of small to moderate magnitude. The actuation is capable of being reset. t n THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-13
5.6 MESSAGES Message No.: 12 Page 1 of this message
..........................................u.......................
THIS IS A DRILL TO: Security Central Alarm Station Operator LOCATION: Central Alarm Station TIME: 03:30+ (H+0:304) HESSAGE: The security Central Alarm S*,ation indicates that security door number 188 has reclosed following evacuation of the injured individual. The door alarm condition has cleared. THIS IS A CRILL Rev. 1 l August 21, 1991 S.6-14 PG&E-91-fE
.-. _, _ _ _-- ._ . _ . _ _ _ . . _ _ . u. . . _2
5.6 HESSAGES Message No.: 13SIM Page 1 of this message THIS 15 A DRILL PASS ONLY IN CASE Of SIMULATOR FAILURE TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 03:35 (H+0:35) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK1111 VIB/ LOOSE PTS MONITOR A033538 1101 A VIB/ LOOSE PARIS MONITORING SYSTLM THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-15 PGLE-91-fC
5.6 HESSAGES Message No.: 14 Page 1 of this message THl$ IS A DRILL 10: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 03:35 (H+0:35) HESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of small magnitude. The actuation is capable of being reset. THIS IS A DRILL
............................................=........= ...........
Rev. 1 l August 21, 1991 5.6-16 PGLE-91-FE
5.6 MESSAGES Message No.: 15 Page 1 of this message THIS IS A DRILL
...a..........s........>..........................................
TO: Avila Gate Security LOCATION: Avila Gate Security Station TIME: 03:35+ (N+0:35+) P MESSAGE: The injured individual has exited the site.
.........r..............._........................................
THIS IS A DRILL l Rev. 1 l August 21, 1991 5.6-17 l PG&E-91-FE
5.6 MESSAGES Message No.: 16SIM Pagt 1 of this message l
.................................c................................
I
< i THIS 15 A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE ,
TO: ' Control Operator j
- LOCATION: ControlRoom(SimulatorRoom) l TIME: 03:38 (H+0:38)
MESSAGE: The following alarms and annunciator printout are noted 4
.in the control room:
f PK0206 .-CONTMT VENT ISOLATION A033825 0452 A CONTMT VENT 150L PK1125 PLANT VENT RADIATION A033850 1160 A PLANT VENT RM-14A, 28A HI RAD A033850 1162 A PLANT VEN1 RM-14B. 28B HI kAD Control Board Observations: Plant ventilation radiation monitor RE-14 shows an
- elevated reading and has alarmed.
The RE-14 high alt.rm generated a containment ventilation isolation signal. FCV-678 FCV-679 and'FCV-681 have automatically. isolated, as' expected. Containment atmosphere monitors RE-11 and RE-12 indicate a low flow condition, as-expected by the isolation signal. THIS IS A ORILL l PGLE-91-FE 'Rev. 1 l August 21, 1991 5.6-18 t." . - .-
f 5.6 MESSAGES Message No.: 17c Page 1 of this message i CONTROLLER INFORMATION . NOTE: 00 NOT ALLOW ANY PLAYERS 10 SEE TH15 PORTION Of THE CONTINGENCY MESSAGE ! The contingency eessage on the preceeding page should not be 5 passed without the consent of the Exercise Director. LThe contingency message is timed to be passed 15 minutes after the ; occurrence of the event requiring the declaration of an ALERT due to'a: confirmed RCS sample of greater than 300 uti/cc of equivalent 1-131 specific activity. The last RCS sample was received at 3:25. The sample results indicate the RCS activity has exceeded values necessary for the declaration of an ALERT..
-If this message is passed, the Control Room Lead Controller shall log the time the message was passed.
i i F 1 L < > l: L l h PGLE-91-FE Rev. 1 l. August 21, 1991 5.6-19
.2 .. . - . _ . . _ _ _ _ . _ . _ . _ . . _ . _ _ _ _ _ . .__.__..__......_...u,.
m.~ c , -: _
S.6 NESSAGES Message No.: 17c Page 2 of this message THIS 15 A DRILL TO: Shift foreman LOCATION: Control Room (Simulator Room) TIME: 03:40 (H+0:40) HESSAGE: Contingency Message Conditions warrant declaration of an ALERT, because of a confirmed RCS sample of greater than 300 uti/cc of equivalent 1-131 specific activity. . Emergensy Procedere EP G-1. Section !!!. Item 2, requires an ALERT action level be initiated in the event of a confirmed RCS sample of greater than 300 uti/cc of equivalent 1-131 specific activity. The reactor coolant system sample was received at 3:25. The sampic results indicate the I-131 equivalent activity is 325 uti/cc. l l
~
...............................................................o..
l THIS IS A DRILL L PG&f-91-FE Rev 1 l August 21, 1991 5.6-20
5.6 MESSAGES Hessage No.: 18SlH Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE Of SIMULATOR FAILURE 10: Control Operator LOCATION: Control Room ($1mulator Room) TIME: 03:42 (H+0:42) HESSAGE: The plant vent high range gama monitor, RE-29, shows an elevated reading and has alarmed, at the ALERT level.
...................................................... ..........e THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21. 1991 5.6-21
5.6 HESSAGES Message No.: 1951H Pa;e 1 of this nessage THis IS A DRILL PASS ONLY IN C)!E OF SlHULATOR FAILURE T0: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 03:59 (H+0:59) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK1111 VIB/ LOOSE PTS HONITOR A035926 1101 A VIB/ LOOSE PARTS HONITORING SYSTEM
..................................................u...............
THis IS A DRILL L .................................................................. PGLE-91-FE Rev. 1 l August 21, 1991 5.6-22
~ . .
1 5.6 MESSAGES Message No.: 20 Page 1 of this message THIS 15 A DRILL u..........................................................,...... TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) T!HE: 03:59 (H40:59) HESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of moderate magnitude. The actuation is capable of being reset, u , THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21. 1991 5.6-23
5.6 MESSAGES Message No.: 21SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMllLA10R FAILURE 10: Control Operator LOCATION: ControlRoom(SimulatorRooa) TIME: 04:10 (H+1:10) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK1111 VIB/ LOOSE PTS MONITOR A041023 1101 A V!B/ LOOSE PARTS HONITORING SYSTEM
.........n........................................................
l THIS IS A DRILL l
.s............................s...........ss.........s............
l PGLE-91-FE Rev. 1 l August 21, 1991 5.6-24 l
5.6 MESSAGES j Message No.: 22 Page 1 of this message THis 15 A DRILL TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 04: 10 (H+1:10) MESSAGE: The local indication for the vibretton/ loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of small magnitude. The actuation is capable of being reset. i THIS 15 A DRILL PGLE-91-fC Rev. 1 I August 21, 1991 5.6-25
b.6 ML,SSAGES Message No.: 23SIM Page 1 of this message
.................................................................,, l THIS IS A Dr.llL PASS ONLY IN CASE Of SlHULATOR FAILURE l
TO: Control Operator l l l LOCATION: ControlRoom(SimulatorRoom) TIME: 04:15 (H+1:15) MESSAGE: Control Board Observations: Readings for RE-14 and RE-29 have returned to normal values. The high alarm on tiie radiation monitors can be reset. Th's containment ventilation isolation signal can be re',et, and flow control volves FCV-678. FCV-679 and FC/-681 can be reopened. M THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-26
1 5.6 MESSAGES Message No.: 24SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE Of SlHULATOR FAILURE TO: Control Operator LOCATION: Control Room (Simulator hoom) TIME: 04:45 (H+1:45) HESSAGE: The following- alarm and annunciator printo'it is noted in the control room: PK1111 VIB/ LOOSE PTS MONITOR A044522 1101 A YlB/ LOOSE PARTS MONITORING SY.1 TEM
.......................................................=.=...=....
THIS IS A DRILL
....................e........c...............................e....
Rev. 1 l August 21, 1991 5.6-27
'PGLE-91-fE
5.6 HESSAGES Hessage No.: 25 Page 1 of tnis message
....................r.............................................
THIS !$ A DRILL
..................................e...............................
TO: Control Operator LOCATION: Control Room (Simulator Room) TlHE: 04:45 (H+1:45) HESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of moderate to high magnitude. This latest actuation is the strongest noted this shift. Additionally, indications show an small increase in background noise for the upper vessel. The actuation is capable of being reset. THIS IS A DRllL Rev. 1 l August ?l, 1991 5.6-28 PGLE-91-FE I N -- - - - ---___-_-__________ ___ _ __ _ __ _ _ _
i 1 5.6 MESSAGES l Message No.: 26SIM Page 1 of this message THIS IS A ORILL PASS ONLY IN CASE Of SIMULATOR FAILURE TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:13 (H+2:13) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK142) MAIN TRANSF A051302 0829 A MN BK Xf RMR ANNUN AND UV d THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-29
5.6 MESSAGES Message No.: 2751M Page 1 of this message THl; IS A DRILL PASS ONLY IN CASE Of SIMULATOR FAILURE TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) i- TIME: 05:14 (H+2:14) MESSAGE: 1he following alarm and annunciator printout is noted in the control room: PK1421 KATH TRANSF 051410 0828 A MH BK XFRHR TEMP H! m+
..............................................................rs..
'f.il5 IS A DRILL PGtE-91-fE Rev. 1 l August 21, 1991 5.6-30
5.6 MESSAGES Message No.: 28 Page 1 of this message THIS IS A ORILL
............................s............................ .......
TO: Control Room Personnel LOCATION: ControlRoom(SimulatorRoom) TIME: 05:15 (H+2:15) MESSAGE: An explosion has occurred. The explosion is of sufficient magnitude that it could be readily heard in t the control room. The noise of the explosion has been followed by a loud hissing sound. The hissing sound could also be heard in the control room, but is rapidly subsiding. THIS IS A DRILL i
.............................................. ..................=
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-31
l l 5.6 MESSAGES Message No.: 2951H Page 1 of this message
.............................n....................................
THIS IS A DRILL PASS ONLY IN CA$r, Of $1HULATOR FAILURE 10: Control Operator LOCATION: ControlRoom(SimulatorRoom) TlHE: 05:15 (H+2:15) HESSAGE: The following alarms and annunciator printout are noted in the control room: PK1421 MAIN TRANSF A051501 0827 A HN BK XfRHR SUDDEN PRESS TRIP PK1401 UNIT TRIP A051501 0798 A UNIT TRIP PK1619 4KV BUS-H AUTO XfR A051501 0275 A 4KV BUS-H AUTO XFR PK1719 4KV BUS-G AUTO XFR A051501 0200 A 4KV BUS-G AUTO XFR PK1819 4KV BUS-f AUTO XFR A051501 0120 A 4KV BUS-f AU10 XFR PK1905 12KV BUS 0-E AUTO TRANSFER A051501 0882 A 12KV BUS-D AUTO XfR A051501 OLB3 A 12KV BUS-E AUTO XFR PK1925 4KV BUS 0-E AUTO TRANSFER A051501 0937 A 4KV BUS-D AUTO XFR A051501 0938 A 4KV BUS-E AUTO XFR Control Board Observations: A main generator trip has occurred. The 86 breaker has opened. All busses have successfully transferred
- to their startup power source.
THIS IS A DRILL Rev. I l August 21, 1991 5.6-32 PG&E-91-FE
p a-5.6 MESSAGES
' Message No.: '30SIM1 Page 1 of this message 1 THIS IS A DRILL
- PASS ONLY IN CASE OF. SIMULATOR FAILURE TO: Control. Operator a LOCATION: Control. Room-(SimulatorRoom)
+
- TIME: 05:15 (H+2:15)
The following alarms ana annunciator printout are-noted-
~
p MESSAGE: _ in the control room: LPK0411 REACTOR TRIP INITIATED A051502 0010 A~1 URB TRIP AND P9'2/2 REACT TRIP REACTOR TRIP ACTUATED
-PK0414 l A051502 0492 A UNIT-1 REACT-TRIP PK0317 . ROD CON 1 URGENT FAILURE A051502 0473 A ROD CONT SYS URGENT FAILURE-Control Board Observations:
6The reactor has tripped on the turbine trip signal. All rods have fully _ inserted. 1 ( THIS-IS A DRILL ~- , I
..........................................................=.......
Rev. 1 l Augast 21.-1991 5.6-33
-PG&E-91-FE. - =
e , a e c 5.6 MESSAGES Message No.:--31SIM= Page 1-ofEthis message
...........................................or.....................
THIS IS A DRILL
- PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Controli0perator LOCATION: Control. Room (SimulatorRoom)
..z TIME: 05:15-(H+2:15)-
7
' MESSAGE:: The following alarms and annunciator printout are noted in'the control room:
, PK1424- UNITS 500KV BKRS 0 PEN A051502 0840 A 500KV PCB'S 532 AND 632 OPEN c
PK1413? EXCITER-A051502 0816 A EXCI1ER CLD BKR. TRIP
'PK2025- 500KV SWYD A051502 1003:A GENERATOR'PCB 632 TRIP-A051502 1004 A GENERATOR PCB 532 TRIP-Control Board Observations:
The main generator has successfully separated from-the PG&E grid.LThe exciter fleid breaker has tripped. i
+
]
p ;
...........ec...........................................r..........
THIS IS A DRILL
.........................................=.........................
l PG&E-91-FE Rev. 1 l August 21, 1991 5.6-34 l-l l .' I
.. . ~ . . .. i.
5.6 MESSAGES Message No.: 32SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE 10: Control Operator LOCATION: Control Room (Simulator Room) a TIME: 05:15 (H+2:15) MiSSAGE: The following alarms and annunciator printout are noted in the control room: PK0204 SAFEGUARD CHANNEL ACTIVATt0 A051507 0044 A STML 1-1 DIFF PRESS 1/3 PK0202 SAFETY INJECTION INITIATE A051508 0020 A STML 1-1 DIFF PRESS 2/3 S.I. Control Board Observations: ingineered safety features - Safety Injectior. - has actuated due to a steam line differential pressure signal. Steam lead 1-1 is depressurizing.
................................... 3- t...........................
THIS IS A PRILL
...............................,,.........w............. ........=
Rev. 1 I August 21, 1991 5.6-35 PGLE-91-FE
5.6 MESSAGES Message No.: 33SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:15 (H+2:15) HESSAGE: The following alarms and annunciator printout are noted in the control room: PK0406 PROTECT CHANNEL ACTIVATED A051511 0040 A PZR PRESS LO 1/4 PK0412 REACTOR TRIP INITIATED A051512 0016 A PZR L0 PRESS AND P7 2/4 REACT TRIP PK0204 SAFFCUARD CHANNEL ACTIVATED A051526 0059 1 s7R PRESS LOW 1/4 PK0202 SAFETY INJECTION INITIATE A051527 0015 A PZR LO PRESS 2/4 S.I. Control Board Observations: Primary system pressure has decreased below 1850 PSIG, and continues to decrease rapidly. THIS IS A ORILL Rev. 1 l August 21, 1991 5.6-36 PGLE-91-FE
S.6 MESSAGES Message No.: 34SIM Page 1 of this message THIS IS A DRILL PA.S ONLY IN CASE OF SIMULATOR-FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:15 (H+2:15) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK0901 SG 1-1 PRESS LVL FLOW A051533 0245 A STEAM GEN 1-1 PRESS L0 Control Board Observations: Steam generator 1-1 pressure has decreased to less than 650 PSIG, and continues to depressurize. Steam generators 1-2. 1-3 and 1-4 are reading approximately 900 PSIG and are depressurizing at a slower rate. THIS IS A DRILL
....== .......................................====...====c........
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-37 i
5.6 MESSAGES Message No.: 35 Page 1 of this message THIS IS A DRILL-T0: Shift foreman, Control Operator Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:15 (H+2:15) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Emergency Procedure EP E-0, " Reactor Trip or Safety injection" has been implemented. The reactor is verified as tripped per step 1.
- The turbine is verified as tripped per step 2.-
- The main unit output breakers are verified opened p'er step 3.
- Vital buses F G, end H are verified energized _ (via 230 kV startup power source) per step 4.
................................r.................................
THIS IS A DRILL
........... ..................=.................==......... ......
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-39
. . , -. ,, . ~. - - --_-.- . ~ _ - - _ - - . - . . . - . . .
4 l 1
-l
~!
5.6 MESSAGES' w Page 1 of this message-Message No.: '36SIM l
.................................................................. ?
THIS IS A DRILL PASS ONLY IN CASE OF-SIMULAT0k FAILURE
.- TO: ~ Control Operator.
LOCATION:: ControlRoom(SimulatorRoom)- 11ME: -05:15E(H+2:15) MESSAGE:L The following alarm and annunciator printout'is noted in the control room: ! PK0912- MAIN FEEDWATER' PUMP TRIP ' TA051502 0557 A FWP TURB:1-l' TRIP A051502 0558 A FWP TURB 1-2 TRIP
-=
' Control' Board Observations:-
Both main feedwater pumps have tripped as a result pf
-the-plant transient. Feedwater pump turbine-speed is '
decreasing.- 2 w W
'I t
g THIS IS A DRILL
........................=.........................=..............
Rev. 1 l August 21, 1991 5.6-39 L PGLE-91-FE
- - -e-4ga pir yg.- 6 4r y (+r4 r---& t- 4-I'CPF w-wr-'t"?r'S t' T J731-'1TNW-" S r MDTT W T' F *"N8- --T-Y"NM7--"%-"*T$"W- Ut na ev'-rrf '-pJFStr>- V
5.6 HESSAGES Message No.: 37 Page 1 of this message THIS IS A DRILL TO: Shift Foreman, Control Operator Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:16 (H+2:16) MESSAGE:. The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-0:
- Safety injection has been verified as actuated per step 5.
- Phase A conteinment isolation has actuated properly
- as evidenced by monitor light box "B" indication.
The red " activated" lamp is lit, and all white status lamps are extinguished, per step 7.
- Containment ventilation isolation has actuated properly as evidenced by monitor light box '8" indication. The red " activated" lamp is lit, and all white status lamps are extinguished, per step 8. -
...= .................................==..................e.......
THIS IS A DRILL
.......===r
====...===== .=====.. =====...=== ==..================
Rev. 1 i August 21, 1991 5.6-40 PG&E-91-FE l
5.6 MESSAGES Message No.: 38 Page 1 of this message THIS IS A DRILL TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:17 (H+2:17) MESSAGE: The following actions have been performed, in accordance witn Emergency Procedures: Actions continue as directed in EP E-0:
- Proper engineered safety features valve and pump status have been verified by observing proper indication on monitor light box *C". The red
" activated" lamp is lit, and all white status lamps are extinguished, per step 9.
- Proper feedwater isolation has beEn verified by observing proper indication on monitor light box "C".
The red " activated" lamp is lit, and all white status lamps are extinguished, per step 10.
- The feedwater regulating and bypass valve controllers have been taken to manual and closed, as instructed in Step 10.
)
THIS IS A DRILL
...............................................................=..
Rev. 1 l August 21, 1991 5.6-41 PG&E-91-FE
fk-4 :- . 4
- 5.G MESSAGES Message'No.: 39 SIN Page 1 of this message-Z
.THIS IS A DRILL .
PASS ONLY IN CASE OF SIMULATOR FAILURE TO: . Control Operator-LOCATION: . Control Room (Simulator Room)
.- TIME: :05:17 (H+2:17)
MESSAGE: The-following alarms and annunciator printout are noted-in the control room:
< q
.PK0902 SG 1-2 PRESS LVL FLOW
'A051710 0419 A'STM GEN 1-2 PRESS LO PK0903 SG 1-3 PRESS LVL FLOW A051711:0420 A STM GEN 1-3 PRESS L0 PK0904 . SG-1-4 PRESS LVL FLOW A051712'0325 A.STM GEN 1-4 PRESS'LO Control Board Observations:
cSteam generators 1-2, 1-3 and 1-4 have depressurized to 650~PSIG, and continue to slowly depressurize. Steam
~ generator 1-1-has fully dentessurized to a reading of-zero PSIG.
~
..... ......................................=......................=
THIS IS A DRILL
... ......................................................=...====.
Rev. 1 l August 21, 1991 5.6-42
- PG&E-91-FE
_ 1
# ~"+-~-r.,. ..,,,,,] , , , .
I 4 5.6 MESSAGES :
- Message-No.:- 40 Page 1 of this message ,
P THIS IS A DRILL i n
- T0: Response Team Personnel I:
LOCATION: 'Outside_of Northeast-Corner of the Turbine Building, > Near the Main Bank Transformers a
-_ TIME:- 05:17+- (H+2:17+)
- MESSAGE: The following are your observations based on the first
- inspection of.the main bank transformers:
~
Main bankstransformer, Phase A.Pis destroyed. Transformer oilcand debris are scattered i. bout the ~ area. -The 500 kV line for Phase A has fallen:to the.
. ground..cThe conductor and stancion for the 500 kV line-
-have'been destroyed.
- The isophase bus duct for the Phase A transformer has E :beenisevered from-the failed-transformer.
.The explosion has also severed the" fire protection- -
-deluge system at theffeeder header,_ located-
- approximately. fifteen' feet above'the ground. Water is-
- flowing.from the-broken header.1 No. fire is observed. Based'on:your initial inspection:
f of the area, the: potential forifiretis low.' . l-p- b'
~
THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-43
. - , = - -. : .- .
5.6 MESSAGES Message No.: 41 Page 1 of this message THIS IS A DRILL
.........................................................S......W.
T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Centrol Room (Simulator Room) TIME: 05:18 (H+2:18) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-0:
- Containment spray and main steam isolation have been verified as not necessary, as evidenced by monitor light box "D". The red " activated" lamp is extinguished. This action satisfies procedure steps 11 and 12.
- Emergency core cooling system charging and safety injection flow have-been verified, as instructed in step 13.
a
............=......................................== .===========
THIS IS A DRILL
.....=...................................=....====....===== ======
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-44 l l
p;
, - 5.6 MESSAGES--
- Message.No.: - 42' Page 1 of this message )
-THIS.1S A DRILL.
TO: 1 Shift Foreman, Control Operator Senior Control Operator. LOCATION: .. Control Room (Simulator Room) TIME: 05:18.(H+2:18). .
- MESSAGE:- . Personnel have noted the decreasing primary system-pressure. All reactor coolant pumps have been manually-shutdown,~in accordance with operational guidelines.
. Primary system pressure has decreased to less than 1275 PSIG, and is decreasing 11n an uncontrolled manner.
Centrifugal charging pump mininum flow-isolation valves 8105 and 8106 have been manually closed. a-I I m i
......-... 2......................=................r.............. :
= THIS IS A-DRILL-
.......e..................................=.......................
PG&E-91-FE- Rev. 1 l August 21,'1991 5.6-45 d a S --_ i_- _ e - , - - -t-- 6.- u v 7
I 5.6 MESSAGES bessage No.: 43 Page 1 of this message THIS IT ^ D"".L
. .............< ....................a...........................
T0: Shift foreman, Control Operator Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:19 (H+2:19) HESSACE: The following actions have been performed, in accordar ce with Emergency Procedures: Actions continue as directed in EP E-0:
- Condensate / Condensate Booster pumps 1-1 and 1-2 have been shutdown, per step I?
- Reheat steam tc the mei'iore separater reheaters has been isolated, per sb , 14
- Feedwe.ter pump recirculation valves FCV-53 and FCV-54 have been opened, per step 14.
~
............................................................e==...
THIS IS A DRILL PG&E-91-TE Rev. I l August 21, 1931 5.6-46
4
~
- h _s -
- l l
5.6 MESSAGES
-1 o
Message /No.: 44SIM .Page 1 of this message -'
)
- THIS IS A DRILL 3 PASS ONLY'IN CASE OF SIMULATOR FAILURE.
...........................u.e.................................... 1 TO:- . Control Operator
- j. LOCATION:' Control Rcom (Simulator Room) 1 '
TIME:' -05:19 (H+2:19) t MESSAGE: The:following alarm and annunciator printout is noted in the control room: PK0918- :-TURBINE'DP* LUX FW PP
^~ = A051922 0475: A. AL TURB 1-1-STM INLET FCV- 4 3, . SED Control. Board Observations:- <
Auxiliary feedwater pump 1-1-turb'ine speed is decreasing. The turbine throttle and trip valve, FCV-152,: indicates = closed position. l n - i
, t f
.,e
......,..................................=.......=...= .......====
THIS:15 A DRILL ,
................................#..........=......===a==..=======.
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-47
-,._:- ., - ....,,.;._.__.- ..,.;..._...... . . . , _ . , , - . ~ . . -_,-_......;-..,,..._;. .
i l-l 5.6 MESSAGES Message No.: 45 Page 1 of this message
................................................a....u............
THIS IS A DRILL
...c..... 2,.........................u,...........................
TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:20 (H+2:20) MESSAGE: The followino actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-0:
- Auxiliary feedwater flow has been verified as greater than 470 GPM, per step 15.
- Auxiliary building ventilation has been verified in the building and safeguards mode, per step 15.
Auxiliary building ex5aust fan E-1 remains out of service.
- Control room ventilation control switches have been placed in the " Mode 3" position, per step 15.
THIS IS A DRILL
.................=........................ .......................
Rev. 1 l August 21, 1991 5.6-48 PGLE-91-FE l
4 sv
'5.6 MESSAGES .
-Message No.: ~46- Page.1 of-this message THIS-15-A-DRILL TO:' Shift foreman, Control Operator. Senior Control '
Operator LOCAT10N:: Control Room (Simulator Room) i TIME: : 05:20_ L (H+2:20)- LMESSAGE: --Personnel have-noted the lower pressure and water
-inventory in-the 1-1 steam generator. The different parameters were noted while operators were verifying-auxiliary feedwater flows.
Steam generator:1-1 has been manually isolated, as is consistantwithoperationalguidelines(Emergency Procedure'EP E-2) for a1 faulted steam generator. The isolation was; accomplished by: Closing FCV-41, thel 1-1 steam generatcr main steam
. isolation--valve.
^
- Verifying. main steam isolation bypass . valve FCV-25
. closed.- . .
-LBlowdown has been isolated;from. steam generator 1-11 by closing or verifying closed the blowdown. isolation
' valves FCV-760 and FCV-250.- -
-; Auxiliary feedwater supply to steam generator:1-1 has
.been. isolated by closing 1suppTy valves LCV-106 and .
LCV-110.
-- Steam generatoriatmospheric dump valve PCV-21 is verified closed.
-The-following annunciation is' received ~ as se result of
'this1 isolation:
s PK0906- MAIN STEAM ISOLATION PK09211 STM GEN BLOWDOWN ISOL-IC THIS IS A DRILL-
..............................................=...................
PG&E-91-FE Rev. 1 [ August 21, 1991 5.6-49
5.6 MESSAGES Message No.: 47 Page 1 of this message THIS IS A DRILL T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator P.com) TIME: 05:21 (H+2:21) MESSAGE:- The following actions have been parformed, in accordance with Emergency Procedures: Actions continue'as directed in EP E-0:
. Diesel generators 1-1, 1-2 and 1-3 have been verified as running at rated frequency and voltage, per step 17.
- Primary system temperature has been observed to be decreasing in an uncontrolled manner. The faulted steam generator 1-1 has been verified isolated, as instructed in step 18.
.........S..... 3...................s............S.........s......
THIS IS A DRILL 1
............................................. ..................... j -PG&E-91-FE Rev. 1 l August 21, 1991 5.6-50 l l
l I i l
~
g' NO '
}
5,6 MESSAGES) : Message).Nos: ' 14 8 Page 1 of-this message .,
...........u......................................................
= - . THIS IS A DRILL a ,................................................................
k LT0: Shift Foreman,: Control Operator, Senior Control
- 0peratcr +
n, 1 LOCATION:: Control. Room (Simulator Room)
, 1 TIME: 105:22 (H+2:22) j MESSAGE: LTheLfo11owing actions'have:been performed, in
< accordance with Emergency Procedures: 1 Actions continue as directed-in EP E-0: - - Pressurizer-safety and power operateo_ relief valves, ;
-as well as' pressurizer spray valves have been verified closed,;per step 19, . .
-- The reactor coolant pumps'are verified shutdown, per.-
- step'20... .
- Adequate charging and safety injection flow is-2 verified, per step 20,:
The charging pump minimum flow isolation valves are- : zverified closed, per step 20. . . 4: -LSteam generatoril-1 is: verified to be-fully depressurized.- Operators enterLemergency procedure LEP.E-2,-perLirstruction in.EP E-0, step 21. 4 A v
...s...................u.......r7...................za............-
.THIS IS A' DRILL e
2s.....
...t....m...s.c...........as............*..s..............
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-51 p L r 1
5.6 MESSAGES Message No.: 49SIM Page 1 of this message
.............................................u....................
THIS IS A DRILL PASS ONLY IN CASE OF SlHULATOR FAILURE
.....r............................................................
TO: Control 0parator LOCATION: Control-Room (Simulator Room) TIME: 05:23.(H+2:23) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK0203 S1 PUMPS TEMP /0C TRIP A052333-0448 A S.I. PPS OC TRIP Control Board Observations: Safety injection pump 1-2 breaker is indicating open, and the blue overcurrent trip lamp is illuminated. The remaining emergency core cooling water pumps continue to operate.
......a....................................====....=.....= u-*=...
THIS IS A DRILL l' PG&E-91-FE Rev. 1 l August 21, 1991 5.6-52 1
- of 1 j P
, f - 5.6 MESSNGES MessageLNo.~: 50 Page 1 of.this message
.........u........................................................
THIS IS A DRILL
]
Shift Foreman,-Control Operator, Senior Control- { TO:
- Operator .,9 ' LOCATION: . ControlRoom(SimulatorRoom)
TIME:- 105:23 .(H+2:23)-
~
MESSAGE:L _-The following actions have been performed, in accordance with Emergency Procedures:
--Emergency Pr'ocediareLEP E-2, " Faulted. Steam Generator.-
Isolation" has-been implemented.
- i. t..
- Main--steam isolation valve for' faulted steam lgeneratorJ1-12is verified closed, per step 1. .
?
-: Steam generators'l-2, 1-3 and'l-4 'are_ verified non-faulted,.and'l-1 is verified as faulted,_
.per;-steps 2~and 3.-
- SteamLgenerator;1-1_ isolation is verified as completed, perJstep_4!
- Condensate storageL tank. leval--is _ verified es _gceat er
'than 10%, per step-5.
~.
m s m THIS IS A DRILL h . 3....s...s...z...................s...s.a...............e.......e , Rev. 1'l August 21, 1991 5.6-53 PGLE-91-FE- . e- , w ,, .+u + vw- +.--n , 4 -v s ,m.m --n - -,.w , , --r m ~ y n 4 m
5.6 MESSAGES Message No.: 5) Page 1 of this message
...........................................c .....................
THIS IS A DRILL l TO: Shift Foreman, Control Operator, Senior Control 1 Operator LOCATION: ControlRoom(SimulatorRoom) ! TIME: 05:24 (H+2:24) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-2:
- The loop 1-1 input switch to the subcooled ti.argin monitor, TE-413, has been placed in the " Loop Out" position, per step 6.
- The main steam line monitors, RE-71, 72, 73 and 74 and the steam jet air ejector monitor, RE-15 are all reading normal values. No monitor is in a high alarm condition. The readings were verified in accordance with step 7.
- Ooerators enter emergency procedure EP E-1, per
-instruction in EP E-2, step 8.
.u.........& ..J...............................S..................
THIS IS A DRILL
........ . ... 1m........................... ==.................
l 5.6-54 l PG&E-91-FF Rev. 1 i August 21, 1991 i i
5.6 MESSAGES Message No.: 52 Page 1 of this message THIS IS A DRILL T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:25 (H+2:25) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Emergency Procedure EP E-1, " Loss of Reactor or Secondary Coolant" has been implemented.
- Continuous action step 1, requiring reactor coolant pump shutdown due to an uncontrolled primary system denressurization,-has been verified completed.
- Continuous action step 2a, which verifies that any faulted steam generators have been isolated, has been verified completed for steam generatcr 1-1. '
- The requirement to check secondary side radiation monitors (steam line monitors, steam jet air ejector monitor, and steam generator blowdown monitor)-for high radiation is noted, per continuous action.
step 2b.
... ..........== ............==........ ...........=====.-..==.....
THIS IS A DRILL
......======......... ===......= ......==..=..===.================
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-55
5.6 MESSAGES Message No.: 53 Page 1 of this m.
- age THIS IS A DRILL TO: Response Team Personnel LOCATION: Outside Northeast corner of Turbine Building; Security Door fl99A TIME: 05:25+ (H+2:254-)
MESSAGE: The card reader for the entry door to the 85' pipe rack secured area has been destroyed by the transformer explot n. Access by using the security card reader is not pc.sible. THIS 15 A DRILL
...............uu...........................................=m....
Rev, I l August 21, 1991 5,6-56 , PGLE-91-FE I
b 5.6 MESSAGES Message No.: 54 Page 1 of this message THIS IS A DRILL T0: Response Team Personnel LOCATION: Unit 1 Pipe Rack (104' Level) TIME: 05:25+ (H+2:25+) MESSAGE: Your inspection of the 104' level of the pipe rack reveals the following information: The 1-1 main steam isolation bypass valve controller. FCV-25, has been damaged by a missile generated by the transformer explosion. The valve is closed. There is no observed steam leakage. The valve and its operator will require repair. Several miss'les have penetrated the secu-ity fence on the 104' level. The missiles have damaged localized The worst dama portions of the security fence. caused by-the eam missile which dam bypass valve. The hole in the fence from this missile is approximately eight inches in. diameter. There is no observable damage to other components on the 104' level.
.....u......................................................F....S THIS IS A DRILL l ........== ............==== ..=== .....===.......===..............
l Rev. 1 l August 21, 1991 5.6-57 PGLE-91-FE
i [ 5.6 MESSAGES : Message No.: 55 Page 1 of this message
.................................................................. }
THIS IS A DRILL TO:' Response Team Personnel LOCATION: . _ Unit 1PipeRack(115' Level)
, { TIME: 05:25+-(H+2:25+) ,
MESSAGE:n ..Your inspection of the 115' level of the pipe rack reveals-the following: As'you traverse along the outside-of the western portion of the containment structure, a damaged-valve
- is noted. zThe valve is the 1-2 steam generator
- feedwater regulating bypass ~ valve downstream manual isolation valve, FW-1-567. Wisps of steam are escaping from the valve stem. The valve stem is bent, THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 - 5.6-58
? --
P- -ehd-""4 to WwwWDe--- Gre .Nwa.y y g *=hy{9-'**'gM"' e^g T-g 4 -T"T*"'w9N'T #'"'TT y y y '"-b*+Wd*P4"*F' '@ N'TT'+3 M P-a *j
a i i
- 5.6 4ESSAGES j e
Mes' age _No.:._56' 'Page 1 of this message
...fi..........a.............s..................................s..
THIS IS A DRILL-
. TO: Response Team Personnel LOCATION: Unit l' Pipe Rack (115' Level)- =
TIME:- 05:25+.(H+2:25+); -
- MESSAGE: -Your' continued inspection of the 115' level of the pipe rack reve?.ls.the following:
As you continue'to traverse along the 115' level of the 1 pipe racks to the northern face of the containment, you
- acome across the steam. leak.- The leak isLlocated approximately two feet downstream of the 3rea where the main steam'line' penetrates the: vital security area-Lfence.uThe. breach is just upstream of.the 22 degree piping bend.-
VYou also-note several areas where:the security fence,on the outer periphery'of the pipe' rack has been damaged. Thetlargest' damaged area is right;next to the steam
'line' breach, and is:approximately one: foot in diameter.
The breach itself-is approximately:one foot-in' diameter. 3.
.......... 6-..u..........................a........................
r THIS113 A'DIILL _ u.n................. - ....... . cu.=<...................==...=. ..=
~
PG&E-91-FE Rev. I'l August 21, 1991 5.6-59 A _--a,,,
5.6 MESSAGES Message No.: 57 Page 1 of this message
................................r..... ...........................
THIS IS A DRILL
.......................................u..........................
TO: Response Team Personnel LOCATION: Outside Northeast Corner of Turbine Building; Near Main Bank Transformers TIME: 05:25+ (H+5:25+) MESSAGE: Your inspection of the area surrounding the damaged transformer reveals the following: Numerous debris are scattered about the area. The debris are the remnants of the transformer bushing, portions of the transformer internals, including electrical material and wood and other Insulator material, a '+rogen supply bottle, and pieces of the transformer u') coolers. The Phase B transformer has suffered minor damage to its oil cooler units due to missiles. No oil is leaking from the Phase B transformer. The Phase C transformer is undamaged. The two auxiliary transformers are undamaged. W ^...S........................................................... THIS IS A DRILL
.............................-...................==...............
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-60 l
5.6 MESSAGES Hessage No.: 5B Page 1 of this message
................................. ..m.. ........................
THIS IS A DRILL TO: Response Team Personnel LOCA'i10N: Outside Northeast Corner of Turbine Building; Hear Main Bank Transformers TIME: 5:25+ (H+2:25+) MESSAGE: Your insper. lor. of the area surrounding the damaged transformer reveals the following: The oil spilled during the transformer exp1nsion is, for the most part, confined to a circular ground area within a radius of twenty feet of the transformer pedestal. Some oil was splashed on the turbine building siding, the auxiliary boiler building, the pipe rack area grating, and the Phase B transformer. The oil has not ignited. Oil has contaminated the gravel surrounding the Phase A transformer pedestal, some has reached the Phase B tranformer pedestal, 011 has also pooled in the ravine by the phase output line stanchions. Water continues to slow out of the severed fire protection line, and is mixing with the transformer oil. THIS IS A DRILL 2.....
................. .......a..................................
- PGLE-91-FE Rev. 1 l August 21, 1991 5.6-61
l i 4 ' i 5.6 MLSSAGES Hessage No.: 59 Page 1 of this message ;
.................................................................. 3 THIS IS A DRILL
.........................n..........us..................... ......
TO: - Response Team Personnel LOCATION: Outside North Wall of Turbine Buildingt Startup I Transformers TIME: 5:2ti+.(H+5:25+) MESSAGE: ' Your inspection of the Startup Transformers reveals the following: The 230 kV startup transformers are operating normally and were not affected Ly the transformer explosion. [
-r t
d r A THIS IS A DRILL-
............................................................u...
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-62 l
-4,...
,,.9, ,9 3,. ,,... . .,,,,,,,,,,,f,. ..,._,,,..,.,%w.w,,,,,. , ..,,y, w.m . .. ,, .p.. ,p. ,,,,,,,%,mw, ,,.m.w, y, 9,,,.,., hf...',,dE'.,,,, y.~wp- .- w
5.6 MESSAGES Message Nn.: 69 Page 1 of this message
....................................... .................e........
THIS IS A DRILL TO: Shift foreman, Control Operator, Senior Control Oparator LOCATION: Control Room (Siculator Room) TIME: 05:26 (H+2:26) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-1:
- Continuous action step 3, which requires checking the intact steam generator levels and verifying adequate auxiliary feedwater flow, has been completed. Motcr driven auxiliary feedwater pumps 1-2 and 1-3 are supplying adequate flow to the intact steam generators.
- Continuous action step 4, which requires a check of the pressurizer safety valves and power operated relief valves for leakage, has been completed.
- Continuous action step 5, which has a check of containment spray status, has been completed.
Containment spray is not actuated. THIS IS A DRILL I
......a...............................................sn..........
I PGLE-91-FE Rev. 1 l August 21, 1991 5.6-63 u.- ,- - - . ., - - -
I 5.6 HESSAGES Message No.: 61 Page 1 of this message
)
THIS IS A DRILL TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:28 (H+2:20) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-1:
- Continuous action step 6 has been completed. Primary system subcooling is greater than 20 f. The secondary heat sink, the condenser, is avsilable. Also, primary system pressure is increasing, and the pressurizer level is curren+1y greater than 4%. The plaat is in a sufficiently stable conoition to allow for reduction in emergency core cooling flow.
- Operators enter EP E-1.1, per instruction in EP E-1, step 7.
. .............n......r..........................< .................. THIS IS A DRILL PG&E-91-fE Rev. 1 1 August 21, 1991 5.6-64
i 1 5.6 HESSAGES Message No.: 62 Page 1 of this message ' l l THIS IS A DRILL TO: Maintenance / Operations Response Team LOCATION: Auxiliary Building, 104' Level Turbine Driven Auxiliary feedwater Pump TlHE: E:29+ (H+2:29+) HESSAGE: The turbine driven auxiliary feedwater pump throttle and trip valve, FCV-152, is closed. Pump and turbine conditiori appear normal. The throttle and trip valve is not capable of being reset. it appears to have a mechanical problem. THIS IS A DRILL t
............................................a..........u..........
l l PGLE-91-fE Rev. 1 l August 21, 1991 5.6-65 l
5.6 HESSAGES Message No.: 63 Page 1 of this message THIS IS A DRILL TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:29 (H+2:29) MESSAGE: The following actions have been performed, in accordance-with Emergency Procedures: Emergency Procedure EP E-1.1. "SI Termination" has been implemented.
- The 51 signal is reset, per step 1.
- Containment isolation Phase A signal is reset per step 2.
- The instrument air supply to containment isolation valve, FCV-584, has been opened, per step 3.
Instrument air pressure has been verified as adequate. 1 THIS IS A DRILL
.........................r.......................................=
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-66 L q _ -- - --7..a
.,,,,p., . , -
p-. ->.- ggw. . y.w.,.y .g .g -g y.i,.m.p ,- 7 pyr._ - p#.g g.wp y_-.,7q - y
l l i 5.6 HESSAGES l Message No.: 64 Page 1 of this message i
.......................................................... ........ )
THIS IS A DRILL T0: Shift foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(S'.mulatorRoom) TIME: 05:30 (H+2:30) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actinns continue as die:cted in EP E-1.1:
- Centrifugal charging pump 1-1 is stopped per instruction in step 4. Charging pump 1-2 remains in service.
- Prim'"y system pressure is checked and verified stabie, per step 5.
- Steps are taken to realign the charging flow to its normal (non-ECCS) configuration, per steps 6, 7 and 8.
THIS IS A ORILL
..........s ............ .........................................
Rev. 1 l August 21. 1991 5.6-67 PG&E-91-fE
5.6 MESSAGES Message No.: 65 Page 1 of this message THIS IS A DRILL TO: Shift foreman, Control Operator Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:31 (H+2:31) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-1.1:
- The realigning of charging flow per step 3 6, 7 and 8 continues.
- The operating riafety injection pump continues to add flow to the primary system. Operators enter EP E-1.2, per instruction in EP E-1.1, step 9.
- ................................................=...............=.
THIS IS A DRILL
.........,................................................=.....=.
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-68 l l
5.6 MESSAGES Message No.: 66 Page 1 of this message .................a................................................ THIS IS A DRILL ....e.................................a........................... T0: Shif t foreman, Control Optrator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:32 (H+2:32) . MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Emergency Procedure EP E-1.2, " Post LOCA Cooldown and Depressurization" has been implemented.
- Step 1 has been previously completed, The safety injection signal has been reset.
- Step 2 has also been previously completed. The containment isolation phase A signal has been reset.
- Step 3, requiring instrument air to the containment structure be placed in service, has also been previously completed.
- All AC buses are verified as energized by offsite (230kV Startup) power source, per step 4.
THIS IS A DRILL
.........................................................==.......
PGLE-91-fE Rev. 1 l August 21, 1991 5.6-69
I 5.6 MESSAGES Message No.: 67SIM Page 1 of this message l
.................................................................. l THIS IS A ORILL PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION:- Con',rol Room (Simulator Room)
TIME: 05:33 (H+2:33) MESSAGE: The following alarm and annunciator printout-is noted in the control room: PK0203 $1 PUMPS TEMP /00 TRIP
/.053314 1092 A S.I. FP 1-1 SEAL WATER TEMP HI Control Board Observations:
The above annunciator reflashes to indicate that a high bearing temperetur? condition exists for safety injectionpump1-1.
-6 THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-70 g y , - - y y.. g. p 77 .- - ys-, .-_ .-.n- .-
g- - ) g -g-.
I I 5.6 HESSAGES Message No. 68 Page 1 of this message TH15 IS A DRILL 10: Operations / Maintenance Response Personnel LOCATION: Auxiliary Building, 85' Level, Safety injection Pump Room 11HE: 05:33+ (H+2:334) MESSAGE: Your initial inspect m safety injection pump 1-2 reveals the following: The pump and motor oil level are normal. Motor casing temperature is at room temperature. Component cooling water flow to the oil cooler is normal. All other visual aspects of the pu..:p and motor appear normal. s i THIS IS A DRILL
..................................... 43....S.h.....U.............
PC&E-91-FE Rev. 1 l August 21. 1991 5.6-71 l l
5.6 MES$ AGES Message No.: 69 Page 1 of this message
.............................................................r....
THIS IS A DRILL TO: Operations / Maintenance Response Personnei LOCAT10rt: Auxiliary Building, 85' Level, Safety injection Pump Room TIME: 05:33+ (H+2:33+) 11ESSAGE: Safety injection pump 1-2 coupling cannot be rotated. The pump or motor appear to be seized. - l-
............................s................................ 7m..
l l THIS IS A DRILL l PGLE-91-FE Rev. 1 l August 21, 1991 5.6-72 l
5.6 MESSAGES Message No.: 70 Page 1 of this message THIS IS A DRILL T0: Electricc1 Maintenance Response Team LOCATION: Turbine Building, 119' Level; 4 kV Vital Bus H Room TlHE: 05:33+ (th2:33+) MESSAGE: Your inspuction of the 4 kV breaker for the 1-2 safety injection pump rFieals the following inf ormation: The breaker indicates an instantaneous overcu* rent trip ' actuation. All other visuti conditions of the breaker are normal. , The breaker trip signal is capable of being reset. THIS IS A DRILL r................................................................. Rev. 1 l August 21, 1991 5.6-73 PGF.E F E
5.6 MESSAGES Message No.: '/1 Page 1 of this message
....u................................................s............
THIS IS A DRILL TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Contrc: Room (Simulator Room) TIME: 05:35 (H+2:35) HESSAGE: The following actions have been performed, in accordance with (mcrgency Procedures: Actions continue as directed in EP E-1.2:
- Primary system pressuro is verified as greater than 300 PSIG. Both iesidual heat removal pumps are manually shutdown, as instructed in steps 5 and 6.
- Charging flow has been realigned to its normal flowpath. Charging flow has been reduced to approximately 50 GPM in order to reduce pressurizer level.
THIS IS A ORILL Rev. 1 l August 21, 1991 5.6-74 PGsE-91-FE
l 5.6 MESSAGES Message No.: 72SlH Page 1 of this message
...................r..............................................
i THis IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator . LOCATION: ControlRoom(SimulatorRoom) TlHE: 05:35 (H+2:35) MESSAGE: The following clarm and annunciator printout b. noted in the control room: PK1118 MAIN STM LINE HI RAD A053546 0471 A MAIN STM LINE HIGH RAD Control Board Observations: RE-71 monitor reading indicates a hip. 61 arm condition. Operators enter Emergency Proce ure EP F-V. p a instruction in Emergency Proced so cont ann ,; .i:; ion steps and annunciator response procedur$e.
....a... .......r...,,. ...u............... r .. ..................
THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-75 s,w-. -,.v, < , ,
i 5 5.6 MESSAGES l 1 i Message No.: 73SIM Page 1 of this message i THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE
.............................................e....................
TO' Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:35 (H+2:35) MESSAGE: -The following alarm and annunciator printout is noted in the control room: PK0203 S1 PUMPS TEMP /0C TRIP A053556 0448 A S.I. PPS OC TRIP Control board Observations: The above annunciator reflashes to indicate that safety injection pump 1-1 has tripped due to an overcurrent condition. Safety injection pump 1-1 breaker is indicating open, and the blue overturrent trip lamp is illuminated.
- 3.................................................u..........a.,
THIS IS A DRILL PGLE-91-fE Rev. 1 l August 2), 1991 5.6-76
- - . - - . .. - ._- .- - - . - - - . - - - - . _ . . ~.. , - . . - - - . .6 5.6 MESSAGES Message No.: 74 Page 1 of this message n............r....................................................
THIS IS A DRILL TO: Shift Foreman, Control Operator, Senior Control . Operator ] LOCATION: ControlRoom(Simulata* koom)
- TIME - 05:37-(H+2r??)
l-e HESSAGE: -The following-actions have been perforrs d in tecordance W1th Emergency Procedures:
, Emergency Procedure EP E-3, " Steam Generator Tube ,
Rupture" has been implemented in response to the , main' steam line high radiation alarm conditiun. l
- Reactor coolant pumps are_ verified shutdown, per step 1.
-The-ruptured. steam generator, 1-1, is identified as ruptured due to high readings on RE-71, the loop 1-1 steam:line radiation mo11 tor, per step 2.
- Flow from the ruptured steam generator is verified isolated, per step 3.-
- Auxiliary feedwater-flow to the' ruptured steam generator is verified isolated (due to the ruptured .
generatoralsobeingafaultedgenerator)perstep4. m 5 THIS IS'A DRILL LPGLE-91-FE. Rev 1 l August 21, 1991 5.6-77 Y eaee - .. -..,y..,-,ww,e + - ,----.wm.-,-- #<, w- w -.- , n m me - ----....r3eaw.-.,--e'y y r p--- *i< v r.w-i"-
1 l
)
5.6 MESSAGES Message No.: 75 Page 1 of this message ,
. i L THIS IS A DRILL TO: Shift Foreman, Control Operator, Senior Control' Operator-LOCATION - Control Room (Simulator Room)
TIME: 05:38'(H+2:38) l
' NESSAGE: The following actions have been performed, in
- accordance with Emergency. Procedures Actions continue as directed in-EP E-3:
- 1he pressurizer safety valves an; power operated l relief valves are verified clored and available for ;
overpress te protection, per continuous action ;tep-
- 5. '
- The intact steam generators, 1-2, 1-3 and 1-4, are monitored for-pre sure. . he pressure is checked and ,
- found stable, per step 6.
- Intact steam generators are monitored for level. The !
level is checked and found acceptable per step 7. 1
...............................................u..................
Th!S IS A ORILL l
'PG&E-91-FE~ Rev.1l August 21, 1991 5.6-78 M
r, -
,.,,,s-= y y y,,,yv- yy v,,-v r- w a.e---n -w-w ve< -<---c--~w .meerrw-e nWa r ...m, --%...-m. .-A-. r . . * - 4.- -.w.me- ---=*e*-- --- -~++
\ 5.6 MESSAGES Page 1 of this message Message No.: 7651H THIS IS A DRILL PASS 'NLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:39 (H+2:39) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK1522 MAIN ANNUN SYSTEM TROUBLE A053922 0866 A MAIN ANNUNCIATOR POWER UV Control Board Observattens: Annunciators continue to operate normally. l
.................c ...............................................
THIS 15 A DRILL
.................................................................a Rev. I l August 21, 1991 5.6-79 PG&E-91-FE
- _ _ _ _ . - _ _ _ - _ _ _ _ _ _ _ _ _ ~~ _
l S.6 MESSAGES Message No.: 77 Page 1 of this message l THl$ IS A DRILL l 10: Operations /Haintenance Response Personnel LOCATION: Auxiliary Building, 104' Level, Turbine Driven Auxiliary feedwater Pump TIME: 05:39+ (H+2:39+) The turbine driven auxiliary feedwater cump throttle MESSAGE: and trip valve, FCV-152, cannot be reopened. The valve is bound internally. The valve will need to be disassembled for further repairs. THIS IS A DRILL Rev. 1 i August 21, 1991 5.6-80 PGLE-91-FE
5.6 MESSAGES . Hessage No.: 78 Page 1 of this message
..................u...............................................
THIS IS A DRILL
...........................a.........................u............
TO: Shift Foreman, Control Operator, Senior Lontrol Operator LOCATION: Control Room (Simulator Room) TIME: 05:39 (H+2:39) HESSAGE: 1he following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-3:
- The safety injection sign'1 is verified reset, per step 8.
- Containment isolation phase A signal is verified reset, per step 9.
- Instrument air is verified as available to the containment, per step 10.
- All AC buses are verified energized by offsite (230 kV startup) power source, per step 11.
- Residual heat removal pumps are verified shutdown, per step 12.
- Primary system pressure is verified as greater than 300 PSIG, per step 13.
THIS IS A DRILL
..............................................................e...
Rev. 1 l August 21, 1991 5.6-81. PG&E-91-fE
l i I
\
a 5.6 HESSAGES Message No.: 7951H Page 1 of this message
............... 2.................................................
THIS IS A DRILL PASS OilLY IN CASE OF $1MULATOR FAILURE TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:40 (H+2:40) HESSAGE: The folicwing elarm and annunciator printout is noted in the control room: PK1815 DSL GEN 13 SHUTDOWN RELAY TRIP A054029 0869 A DSL GEN 1-3 SHUTDN RELAY TRIP Control Board Observations: The control room indication for diesel generttor 1-3 indicates the engine speed is decreasing. Diesel generators 1-1 and 1-2 continue to run, but are operating in standby. The three vital busses remain powered by offsite (230 kV stattup)' power supply. l I - g 1 THIS IS A DRILL f l Rev. 1 l August 21, 1991 5.6-82 PG&E-91-FE
. _ - - - =. .. .. _. _ .
5.6 NESSAGES Message No.: 80 Page 1 of this message THIS IS A DRILL TO: Shift foreman.. Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:40-(H+2:40) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP E-3:
- The ruptured steam generator, 1-1, is verified isolated, per step 14.
- The ruptured steam generator pressure is less than 240 PSIG, prompting the operators to enter EP ECA-3.1, as instructed in EP E-3, step 15.
L o j.
....................................................c.......=.==..
THIS IS A DRILL l
................................n..................s...........r..
Rev. 1 l August 21, 1991 5.6-83 PGtE-91-FE
_, - = . . _ . -- 5.6 MESSAGES Message No.: 61 P6ge 1 of this message THIS IS A DRILL TO: Electrical Maintenance / Operations Response Team LOCATION: Auxiliary Building, 100' Level, 480 Volt Vital Bus H Room TlHE: 05:40+ (H+2:4G+) MESSAGE: The annunciator AC power supply breaker, 52-1532, is closed. All conditions of the breaker appear normal, r THIS IS A nRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-84
1 i i l 1 5.6 MESSAGES Message No.: 82 Page 1 of this message i
.........................................==..=====..============== j THIS IS A DR!ll ;
TO: Electrical Maintenance / Operations Response Team LOCATION: Auxiliary Building, 115' level, DC Switchgear Room TIME: 05:40+ (H+2:40+) HESSAGE: The annunciator DC power supply breaker, 72-1132, is tripped. No other abnormal conditions exist, l .................................................................. THIS IS A DRILL
............ 1................................................o...
Rev. 1 l August 21. 1991 5.6-85 PG&E-91-FE l-
- - , . , , r , - , - - , -
j 5.6 MESSAGES Message No.: 83 Page 1 of this message
'HIS IS A DRILL i
.......................... 4..................................... 1 1
T0: Shift foreman. Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:42 (H+2:42) MESSAGE: The following actions have been performed, in accordance with Emergency Proce6ures: Emergency Procedure EP ECA-3.1, "SGTR With Loss of Reactor Coolant - Subcooled Recovery Desired" has been implemented.
- Safety injection is verified: reset per step 1.
- Containment isolation phase A signal is verified reset, per step 2.
- Instrument air is verified as available to the containment, per step 3.
- All AC buses are verified energized by offsite (P30 kV startup) power source, per step 4.
- Containment spray is verified as not necessary, and properly secured, per step 5.
THIS IS A DRILL
.... 2...............................,............................
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-86
f 5.6 MESSAGt:$ Hessage No.: 84 Page 1 of this message THIS IS A DRILL 10: Operations / Maintenance Response Personnel LOCATION: Aux 111er Suilding, 85' Level, Safety injection Pump Room Turbine Building, 115' Level, 4 kV Vital Bus H Room . Control Room (Simulator Room) TIME: 05:43+ (H+2:43+) MESSAGE: Any attempts to restart safety injection pump 1-2 result in innediate overcurrent trips. Local observations during the restart attempt reveal no shaft rotation. i l l a
.............................................................=....
THIS IS A DRILL 8........h. Rev. 1 l August 21, 1991 5.6-87 PG&E-91-FE
5.6 HESSAGES Message No.: 85 Page 1 of this message THIS IS A ORILL TO: Electrical /Hechanical Maintenance Response Team LOCATION: Auxiliary Building. 85' Level. Safety Injection Pump Room T1HE: 05:43+ (H+2:43+) MESSAGE:- Results of further inspection of safety injection pump 1-2 indicate that the pump is damaged interot.11y. The pump will have to be disassembled to effect epairs.
...............................w.................................. .
THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-88
5.6 MESSAGES
'C Message No.: 86 Page 1 of this message
........................ ......................................v..
THIS IS A DRILL TO: Shift Foreman, Control Operator, Senior Control . Gperator
~
LOCATION: Control Room (Simulator Room) TIME: 05:33 (H+2:43) MESSAGE: The following actions have r er performed, in accordance with Emergency P- r dures: Actions continue as direc+* in EP ECA-3.1:
- Residual heat rcmoval peulps are verified shatdown, per step 6.
- Primary system presrure is verified as greeter than 300 PSIG, per step !.
- Instrumentation for pressu*it er relief tank, containuent structure sump, and radiation monitors located cutside corlainment are chacked for abnormal readirgs, per step 8. No abnorma) condiitons are identified.
\
........................n..m.............m........................
THIS IS A DRILL
................................u....................=.r........==
Rev. 1 l August 21, 1991 5.6-89 PG&E-91.FE e
M p 5.6 MESSAGES Message No.: 87 Page 1 of this_ message
.........r .................................. ...................
TnIS IS A DRILL
- TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulatte Room)
TIME:- 05:44 (H+2:44) MESSAGE: rThe following actions have been performed, in accordance with: Emergency Drocedures:
. Actions continue as directed in EP ECA-3.1:_
- Intact steam generators 1-2, 1-3 and 1-4 pressure indication is checked to verify stable-presture-conditions, per step 9. Pressure readings are-stable.
- Intact steam generator level indication-is checked to verify adequate secondary water inventory, per step '
10; Water level is. adequate.- S - Adequate shutdown. margin is-verified, per step 11. a. t c
-i, .
i ............................ 42......................==......... THIS IS A DRILL
.................s..........a.......,....=.......==......=...=.=..
g
-PG&E191-FE Rev. 1 l August 21, 1991 5.6-90 i
L ! l' <i:
+ =N s: -- . . , ,
7 17-5.6 MESSAGES Message No.:. 88 Page 1 of this message ;
=
v.............................. .................................. THIS IS A DRILL TO:' . Shift Foreman, Control Operator.. Senior Control Operator LOCATION: Control't: 3m(Simulator. Room) TIME: 05:45 (H+2:45)
' MESSAGE: The following action is performed, in accordance with-Emergency-Procedures:
-Action continue as directed in EP ECA-3.1:-
- A controlled cooldown using steam dump _to the
- ~ condenser is initiated per step 12.
d
..,.......................................................===...=.
THIS IS A DRILL
...............................................=..===..=.=====..==
Rev 1 l Augur 1, 1991 5.6-91 PLLE-91-iE-Ff ' I -Y v e m - - ~<a vr g- y v33- r- - -c,,,+
5.6 MESSAGES Message No.: 89 Page 1 of this message THIS IS A DRILL TO: Operations /Maintrnance Response Personnel LOCATION: Auxiliary Building, 85' Level Safety Injection Pump Room TIME: 5:45+ (H+2:45+) MESSAGE:- Your initial inspection of safety injection pump 1-1 reveals the following: The pump ano motor oil' level are normal. Motor casing temperature is at room temperature. Component cooling water flow to the oil cooler is normal. Visual inspection reveals that the inboard pump bearing appears to have overheated due to observed paint discoloration, y
...........................t.......s........p..............s.2..m.
THIS IS A DRILL
..============
. u......................:=.......,=....======.e.=..
Rev. 1 l August 21, 1991 5.6-92 PG&E-91-FE
l 5.6 ME? SAGES Message No.: 90 Page 1 of this message THIS IS A DRILL TO: Electrical / Mechanical Maintenance Response Personnel LOCATION: Auxiliary Building, 85' Level Safety Injection Pump Room TIME: 05:45+ (H+2:45+) MESSAGE: The safety injection pump 1-1 coupling is mildly deformed. The pump shaft appears to be torsionally deformed. t 1 ( 4 THIS S A DRILL Rev. 1 l August 21, 1991 5.6-93 PG&E-91-iE
i
?Y -
1 -o Ct.
< "%E 1 l l
't &.
/;!? -
- t se 5.6MESSAGESL ;
~
- Message . No. :' 91 Page 1 of this messagc .
..........................................m.......................-
?
THIS:IS A ORILL (i e TO:: Electrical. Maintenance Response Team-l
~
LOCATION: Turbine Building, 115' Level, 4 kV Vital Bus F-Room TIME:- 05:45+-(H+2:45+)
-MESSAGE: Your inspection of. thel 4 kV breaker for the 1-1 safety.
injection pump reveals-the following-information:. The breaker: indicates en instantaneous overcurrent trip; actua* ion. . All:other visual conditions of the' breaker are normal.
- The breaker-trip signal is capable of ceing reset.
p 1. R L 4 g
.~ :
~
e
........................'s...r......................................
THIS IS A DRILL Rev. I-l-August 21, 1991 5.6 .PG&E-91-FE.
i 5.6 HESSAGES Message No.: 92 Page 1 of this message THIS IS A DRILL TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:46 (H+0:46) NESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
-Prfmarysystemsubcoolingisverifiedgreaterthan 20 F, per step 13.
- Refueling water storage tank level is verifed greater than 60%, per step 14a.
- The ruptured steam generator level (1-1) is verified less than 96%, per step 14b.
..............................................E.....*...........S.
THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-95
$$Y .. m
- 5.6 MESSAGES--
- Message No.: =93-
- Page 1 of this message THIS IS A DRILL-
...u........................ .............'........................
TO: Shift Foreman. Control Operator. Senior Control > Operatnr-LOCATION: _. Control Room (Simulator. Room)
= TIME: . 05:47 (';+2:47) tMESSAGE: The.following actions have been performed, in accordance with Emergency Procedures:
Actions continue as-directed-in EP ECA-3.1: 4 - Emergency core cooling system (ECCS) operation is checked, Only one. pump. charging ~ pump 1-2, is in. operation:in its' normal charging flowpath.
- Therefore.:ECCS is not in service. EP ECA-3.1 step 15-directs operators to step 24.
i.,
- r THIS IS A DRILL ,.
i t Rev. I'l August 21, 1991 5.6-96 PG&E-91-FE 5 w - 4 y w w - - .% $
i i 5.6 MESSAGES Message No.: 94 Page 1 of this message 1HIS IS A DRILL T0: Shift Foreman, Cont 31 Operator, Senior Contrcl Operator LOCATION: Control Room (Simulator Room) TIME: 05:48 (H+2:48) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Charging flow is verified in service and centro 111ng pressurizer level, per step 24.
- Actions to start a reactor coole,t pump are initiated, per step 25.
t a q THIS IS A DRILL
.......=................e.... .......................... .........
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-97
[:; i _y- ). 4*- 5.6 M_ESSAGES?.
' Message No.: 95c~ Page_1 of this message I: CONTROLLER INFORMATION NOTE: DO NOT ALLOW ANY PLAYEPS L - - TO SEE.THIS PORTION OF-THE CONTINGENCY MESSAGE 7 -
The contingency message-on the-preceeding pagetshould not be ~ passed without the consent of the Exercise Director. The contingency message is timed to be' passed 15' minutes after the~
~
. occurrence.of-the event requiring the declaration.of a. SITE AREA-
. EMERGENCY due to the occurrent,a of; a ar steam line break with-
; greater than 50.GPM primary to secondary leakage and indication of
'. fuel damat '.
'The steam;11ne break event occurred at 5:15. The indication of-fuel-damage was detected via the,RCS sample received at 3:25. The y primary to'se 'ndary leak-occurred shortly after the-main steam ,
line break. The= leak manifested itself by a high alarm condition ' on RE-71.-at'5:35.;
- !v .
If this message is passed, the Control Room Lead-Controller shall $_ log tl.e: time-the message.was passed.a : N.. s , 3-y q , . hh , n' A : {- v W 4 4 1 a" - --
~
Rev. 1 l August 21, 1991 5.6-98 PG&E-91-FE4 d
Q r f 5.6 MESSAGES Message No.: ~95c Page 2 of this message j THIS-15 A DRILL
- TO:- Shift Foreman i LOCATION -
Control Room (Simulator Room) TIME: 05:50 -(H+2:50) MESSAGE:' Contingency Mcssage Conditions warrant declaration of a SITE AREA EMERGENCY,2because a steam line break with greater than " 50 GPM primary-to' secondary leakage and indication of fuel-damaae is occurring. .
-Emergency: Procedure EP G-1 Section'XII, Item 18 requires 4 a SITE AREA EMERGENCY action level be initiated if:a steam _line break-with greater than 50 GPM primary tcF secondary leakage _ and indication of fuel ,
damage: occurs. The steam'linc' break event occurred at 5:15. The indication of fuel-damage was. detected via the RCS , sample received-at 3:25. .The primary' to secondary leak ' . occurred shortly after the main steam line break. The leak manifested itself by a highialarm condition on . 3<
'RE-71 at 5:35.
p y y l ", THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-99
~- -- - .,
5.6 MESSAGES Messagc No.: 96 Page 1 of this message THIS IS A DRILL TO: Operations / Maintenance Response Team LOCATION: Turbine Building, 95' Level, Entrance to 1-3 Diesel Generator Room TIME: 35:50+ (H+2:50+) HESSAGE: The following details your observations as you enter the 1-3 diesel generator room: Visual conditions appear normal - no oil leaks, smoke, etc, The annunciator panel located next to the generator indicate a diesel generator trip due to low lube oli pressure. The instrumentation next to the annunciator panel read normal values except for the fuel oil pressure meter, which reads approximately 20 PSIG.
.... ...................... ................................a.....
THIS IS A DRILL
...........................=................. ....................
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-100 l l-
T
~
T(? : 5.16 MESSAGES Message No.: 97 Page 1 of this message-THIS IS A DRILL TO: Operations / Maintenance Response Team LOCATION: Turbine !!uilding. 85' Level.1-3 Diesel Generator Room TIME:= 05:50+ _(H+2:5D+).
-MESSAGE: ~The following details your observations as you approach the rear of the diesel generator unit:
The equipment located near the day tank and priming
. pump appear normal .no leakage noted.
Instrumentction in the' area indicates a very high fuel oil differential pressure. PI-1023, fuel oil-e differential pressure indication, is pegged high. PI-642, fuel oil-pressure, reads approximately 20 PSIG.
+
c i . 'A b' I -~, L p .
......... .......................................t................ ;
THIS IS A DRILL PG&E-91-rf Rev. 1 l August 21, 1991 5.6-101 E
.._ w
I i t 1 i r
- (:
5.6 MESSAGES
- Message No.: 98 Page 1 of this message
......,a.k.................... 2..................................
THIS IS A DRILL TO:: 10perations/ Maintenance-Response Team
~ LOCATION: Turbine Building, 85' Level, 1-3 Diesel Generator Room Contro1 Room (Simulator _ Room)
- TJHE:: '05:50+ _(H+2:50+)
MESSAGE:. If a manual start of:the-1-3 diesel engine is
-attempted, the engine _will not start.- Indications of a high differential pressure across the fu21 oil filter are noted.
t i b THIS IS A DRILL
....... ..................u.................................u....==
Rev. 1 l August 21, 1991 5.6-102 PG&E-91-FE a ';- e w e -l e- aa. -- - , ., ~ v~ w , <.~r. -- r y a e +---
2nFu i . fF
+ ,
J .5.6 MESSAGES Message No.: 99 Page 1 of this message THIS IS A DRILL
...............................,...................... ........... l TO: Electrical /I&C Maintenance Response Team ,
LOCATION: Auxiliary Building. 128' Level Front of Annunciator Electrical Panels PK008 and PK009 TIME:- ~05:50+-(H+2:5G+) '- 'MES' SAGE: -Your inspection of the front of annunciator panels PK008 and PK009 reveals tiie following: Switches RA 800 and AN100 are tripped. Annunciator DC ammeter reads zero alips. All-other visual aspects of ths cabinets appear normal. h
<- ...................................................... ..=......=.
THIS IS A DRILL
...................................... 2.,===..==.================
1 PGLE-91-FE Rev. 1 l August 21, 1991 5.6-103 l
+ ac 5.6 MESSAGES Message No.' 100 Page 1 of this message THIS IS A DRILL TO: Electrical /ILC Maintenance Response Teae. LOCATION: Auxiliary Building, 128' Level, Rear of Annunciator Electrical Panels PK008 and PK009 TIME: 05:50+ (H+2:50+) MESSAGE: Your inspection of the rear of annunciator panels PK008 and PK009 reveals the following: Transformer T4 appears to have overheated. The transformer windings are damaged. The cdor near the transformer substantiates the observation that it did overheat. Capacitors C1 and C2 may be damaged. The capacitors-appear to have bulged somewhat. All other_ visual aspects of the cabinets appear normat,
......................................................r............
THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-104 PGLE-91-FE
R 5.6 MESSAGES i Message-No.: 101 Page 1 of this message j 1
.................................................................. l THIS IS A DRILL
............................s.....................................
T0: Shift foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 05:53 (H+2:53) MESSAGE: The following action hes been performed, in accordance with Emergency Procedures: Actions contitive as directed in EP ECA-3.1:
- Reactor coolant pump 1-2 has been restarted and is operating normally. The restart effort was in accordance with EP ECA-3.1, Appendix B.
2 se
...................=..............................................
THIS IS n DRILL
.....................==.....=-=.==..=...........=================.
PG&E-91-FE Rev. 1 l August 21. 1991 5.6-105
- q,.
;i s
i _m_ m 5.6 MESSAGES
~
Message No.: 102- Page I of this_ message 1
- THIS IS A DRILL-
-TO: Electrical Maintenance Response Team LOCATION:- Auxiliary Building, 85' Level, Safety Injection Pump
~
m- Room _- , TIME: _05:53+. (H+2:53+) MESSAGE.- The results of the motor'meggar for safety injection : pump 1-2 indicateLacceptable motor condition. a=a g I (- ..f_ i 1 u f 1 i
- l. .
l .' \i . i. 1 8 (
........................................................= .=..===
f m . 1HIS'IS A DRILL -
. ...~................. .........==...s.......................====..-
t-I PG&E-91-FE Rev. l l August 21. 1991 5.6 106 J'4 F- y'.ysyapq 9.- n-fr. 9 -p pi-r-g m,. wp ,pc, qu .*,ogs, .s +rws-aw y,-,a , w- o,"-w r ei W e v-M-._._# _--'-ma *Wr-Ma+ A-'w-e
5.6 MESSAGES Message No.: 103SIM Pege 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILU7E TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) c. TIME: .05:54 (H+2:54) MESSAGE: -The following alarm and annunciator printout is noted ir the control room: PK1111 VIB/LOOSL PTS MONITOR A055410 1101 A VIB/ LOOSE PARTS MONITORING SYSTEM v
....c.............................................................
THIS IS A DRILL
............................. .......,..............r.... ........
PGLE-91-FE Rev. 1 l August 21, 1991 S.6-107 I t
I 5.6 MESSAGES Ressage No.: 104 Page 1 of this message-
.....................................................x............
THIS IS A DRILL TO: Control Operator LOCATION: Control Room (Simulator Room) TlHE: 05:54 (H+2:54) MESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actsated. - The actuation is of moderate magnitude. The actuation is capable of being reset. t 1 de THIS IS A DRILL
....................................==.............................
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-108 )1
.y-.
hi i
-5.6 MESSAGES u
Page 1 of this message Message No.: 105 THIS IS A DRILL
- ..................................................c...............
10: Operations / Maintenance Response Personnel LOCATION: ' Auxiliary Guilding, 858 Levc1, Safety l injection Pump Room
-Turbine Building, 115' Level, 4 kV Vital Bus F Room
' Control Room (Simulator Room)-
TIME: LOS:55+ (H+2:55+) MESSAGE: .Any'att'mpts-at e restarting safety injection pump 1-1< will result in an overcurrent trip after approximately-ten'reconds of operation. Lccal ob':rvations during the restart attempt reveal shaft rotation, however, the motor obviously labors, manifesting this via a loud hum.- All indications are that the pump' rotation is
' overcoming'significant obstruction.
4
~
,i_
.THIS IS A ORILL~
.................e................................. ......=......=
Rev. 1 l August 21.- 1991_ 5.6-109 PG&E-91-F(" W y + .- p 9 . g _ _
*TI 'I
f
^i 5.6 MESSAGES
. Message No.: 106 Page 1 of this nessage THIS IS A DRILL
.....................n............................................
- TO: Electrical /Mechar.ical Maini",:nce Respons* Team LOCATION: Auxiliary Building, 85' Lest i, Safety injection Pump Room f1ME:' 05:55+ (H+2:55+)
MESSAGE:- Results of further inspection o, safety injection pump L 1-1 indicate that the inboard puw.p bearing is damaged. The pump will require disassembly to effect repairs. L i i L-l
.........................................................=........
THIS IS A DRILL
.............. ......................................e....===..==.
Rev. 1 l August 21, 1991 5.6-110
- PG&E-91-FE A
. . . - . . ~ . ~ . - . .- . -- -. . . . . . ~ . _ . . - - .
Z A -
5.6 MESSAGES
. Message No.: 107 Page-1 of this. message ;
-ssessssssssssasumessssassessssamannassamassenesssssssssssssssss===
THIS IS A DRILL
- assessssssssssasi:ssessesmassssasusassessemassmammanusssammassnesas ]
I TO:~ Shift-Foreman, Control Operator, Senior. Control Operator
~
LOCATION: Control Room (Simulator Room) TIME:. 05:55--(H+2:55) MESSAGE:1 ; The'following actions-have been performed, in q accordance with Emergency Procedures: -i Actions continue ~as directed in U ECA-3.1:-
- Pressurizer level is verified'as-greater than 77%. A x c..
controlled depressurization of the primary system 5 will not be performed, per' instruction in step 26. . :
- - The primary system _cooldown via condenser steam: dump LE ' -continues.
L l -: t. !~ o L [: ; - f l? r' L messmaammygssssssssssssssssssssssssssssssssssssssssssssssssssssses THIS IS A DRILL l sssssss====ssaaresssssssssssssssmaasssan=======sammassmasassassass
~PG&E-91-FE Rev. 1 1 August 21, 1991 5.6-111 i
\
'_44 $##,'e- ...m... . _ . . . i.. . 4.v.. n ., , . - , , , , ,...m. _~ ~ .-i. v f
5.6 MESSAGES Message Nc.: 106 Page 1 of this message THIS IS A DRILL 10: Shift foreman, Control.0parctor Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 05:58 (H+2:58)- MESSAGE: The following action has been performed, in accordance with Emergency Procedures: Actions continue as directed-in EP ECA-3.1:
- Shutdown margin is verified adequate per step 27.
.................u..................................=.............
j. THIS IS A DRILL i-l
............E............................&........................
1 PG&E-91-FE Rev. 1 l August 21, 1991 5.6-112 i
k-5.6 MESSAGES Message No.: 109 Page 1 of this message THIS IS A DRILL 10: Shift Foreman, Control Operator, Senior Control Operetor LOCATION: Centrol Room (Simulator Room) TIME: 05:59 (H+2:59) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1: J
- Emergency core cooling system flow is verified as not required, per step 28.
- Subcooling and pressurizer. level are checked 6nd verified adequate. The accumulators may be isolated, per step 29.
THIS IS A DRILL
- PG&E-91-FE Rev. 1 l August 21, 1991 a.6-113
.4 4 -
n 4 .c 1
'r
?2L ,
.! 2 l
1 ?sel? 5.6 MESSAGES y 4 4s Message No.:- 110 Page 1 of this message- j 1
..................................... ...r.........................
T;;IS IS A DRILL - 7;y; 4...................
- TO: Response Team Personnel LOCATION: Outside Northeast Corner of Turbine Building; Near Main -
Bank Transformers TIME: 06:00 '(H+3:00)- ), ' > The -leakage from the ratin stear: line continues. A
~
MESSAGE: missile generated from the main transformer explosion
- that pierced the main steam line wound up inside the line -.The missile had cufficient force to push some of the pipe lagging into the line.
- n . < +
y-
;1 sc . -
Y(?""q o , . 4, w Me , p; . $?
- s. q . -
q-4
- ......................................=.........
................c THIS IS A DRILL
................................e.. ...............................
PG&E-91-FE Rev. 1 l August 21, 1991 5,6-114 L _. _
)'
n ?
?-
I 5.6 MESSAGES Message No.:. 111: Page 1 of this message THIS IS A DRILL TO: Mechanical Maintenance Team LOCATION: ' Turbine Building, 85' Level. 1-3 Diesel Generator Room TIME: 06:00+ (H+3:00+)- MdSSAGE: .The disassembly of the 1-3 diesel cenerator fuel oil filterindicates:thefilterisfouiedbywhatappears to be a biological growth. The lir.ited amount of fuel oil that was present in the fuel line is also fouled with this growth.
~
s i p i--.
,+ 1
'~
THIS IS A-DRILL
;. .........................a......................t........m........
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-115 i
i I. 5.6 MESSAGES. I Hessage No.: 112 Page 1 of this message
==.........................a......................................
THIS IS A ORILL T0: Mechanical Maintenance / Chemistry Response Personne) LOCATION: Turbine Building, 85' Level, 1-3 Diesel Generator Room TIME: 06:00+ (H+3:00+) MESSAGE: A sample of the 1-3 diesel generator fuel oil day tank indicates severe biofouling. I i l
~
..........................................................s.......
l_ THIS IS A DRILL l
......z...........................................................
l Rev. I l August 21, 1991 5.6-116 PG&E-91-FE l-l
l 5.6 MESSAGES Message No.: 113 Page 1 of this message j i
............................................................. .... l THIS IS A DRILL ........................o.........................................
TO: Auxiliary Operator LOCATION: Auxiliary Building, 100' Level, 480 V Vital Switchgear Rooms TIME: 06:05+ (H+3:05+) MESSAGE: The accumulator isolation motor operated valves, 8808 A, B, C and D, have been energized. l I l i i i
.......................................U..t.t"5....................
THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-117 PG&E-91-FE
. - . . ~.-- -
'f
)
4 5;6 MESSAGES Hessage No.:: 114c Page 1 of.this message CONTROLLER INFORKATION-
. NOTE: 00 NOT ALLOW ANY PLAYERS TO SEE THIS PORTION Of-THE CONTINGENCY MESSAGE
'The contingency message-on the preceeding page should not be passed without the' consent of the Exercise Director.
The contingency message is timed to be passed'15 minutes after the determination of the event requiring the declaration of-a GENERAL EMERGENCY due to indication of fuel datage, determination of a
- steam generator tube rupture requiring entry into EP E-3, and .
-indication of a': team line break outside containment with inability to_ isolate the break.
The steam.line break occurred at'5:15.- Initial observations of
- the steam break location should have:been made prior _to 5:45. -The determination'that the steam line break is unisolable should have been made-by 5:50. 'This information, combined with the existing '
plant ' conditions that generated the SITE AREA EMERGENCY should
- result in declaration of a GENERAL EMERGENCY.
- If thisLmessage-is passed, the Control Room Lead Controller shall log the' time the mescage was passed.
F f l !!s PGLE-91-FE Rev. 1 l August 21, 1991 5.6-118 L p
5.6 MESSAGES Message No.: 114c Page 2 of this message THIS IS A DRILL
................................c.................................
T0: Shift Foreman LOCATION: Control Room (Simulator Room) TIME: 06:05 (H+3:05) MESSAGE: Contingency Message Conditions warrant declaration of a GENERAL EMERGENCY, due to indication of fuel damage, determination of a steem generator tube rupture requiring entry into EP E-3, and indication of a steam line break outside conteinment with inability to isolate the break. Emergency Procedure EP G-1. Section 111, item 3C, requires a GEdERAL EMERGENCY action level be initiated if an unisolable steam line break outside containment occurs, with a steam generator tube rupture event requiring entry into EP E-3 concurrent with indication of fuel damage. The steam line break occurred at 5:15. Initial observations of the steam break location should have been made prior to 5:45. The determination that the steam line break is unisolable should have been made by 5:50. This information, combined with the existing plant conditions'that generated the SITE AREA EMERGENCY should result in declaration of a GENERAL EMERGENCY.
.................................................................. I THIS IS A DRILL
............................A.....................................
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-119
i ( 5.6 MESSAGES Mess ce No.: 115 Page 1 of this message THIS IS A DRILL
..................................r...... ........................
TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulctor Roor; TIME: 06:05 (H+3:06) . MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Accumulator isolation valves 8808 A. 9, C er.J D have been closed from the con' J1 room, per Step 29.
...................... ........................n..................
THIS IS A DRILL
....................=.............................................
PGLE-91-FE Rev. 1 1 August 21, 1991 5.6-120 , l l
!. 5.6 MESSAGES Message No.: 116 Page 1 of this message THIS IS A DRILL TO: Shift Foreman, Control Operator Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:08 (H+3:08) MESSAGE: The following action has been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Diesel generators 1-1 and 1-2 have been manually shutdown and placed in standby, per step 30.
Diesel generator 1-3 remains shutdown and is inoperable.
~
THIS IS A DRILL
..==.....................................................==.......
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-121
I t 1 5.6 MESSAGES Message No.: 117 Page 1 of this message THIS IS A DRILL
..c...............................................................
10: Shif t Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:10 (H+3:10) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Condensate reject valve LCV-12 has been closed per step 31a.
- Condensate demins have been isolated by opening FCV-230 and closing FCV-231 per step 31b.
- Auxiliary steam has been verified as aligned to Unit 2, and does not require realignment as directed by step 31c.
- The blowdown outlet valves FCV-498 and FCV-499 have been aligned to the equipment drain receiver tank, per step 31e.
.............=....................................................
THis IS A DRILL PG&E-91-FE Rev. I l August 21, 1991 5.6-122
^- - - . _ - .
I a 5.6 MESSAGES Message No.: 118 Page 1 of this message
.....................................................y............
THIS IS A DRILL i i T0: Shift foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Rcom) TIME: 06:12 (H+3:12) MESSAGE:- The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Reactor coolant pump cooling is verified adequate, per step 32.
- Reactor coolant pump seal return flow has been re-established by opening the return flow isolation valves 8100 and 8112, per step 33.
l l t-l
~
l ............................................................ .. l THIS IS A DRILL
...............;.............u....................................
Rev. 1 l August 21, 1991 5.6-123 PG&E-91-FE
f 15.6 MESSAGES Message No.: 119 Page 1 of this message THIS IS A DRILL T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:13 (H+3:13) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Source range detectors have been verified energized per step 34 The highest reading source range monitor has been selected on recorder NR-45.
THIS IS A DRILL l j ! PG&E-91-FE Rev. 1 l August 21, 1991 5.6-124 l
4 l 5.6 MESSAGES-Message No.: 120 Page 1 of this message
.....................................s................s........... j THIS IS A DRILL l TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room)
TIME: 06:15 (H+3:15) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- The heater 2 drain pump has hean verified shutdown per step 35.
- Condensate / condensate booster pum;/ 1-l' and 1-2 are verified shutdown, per step 35.
I' - Condensate / condensate booster pump 1-3 is verified as in service per step 35.
- The 4 kV and 12 kV auto transfer logic has been reset, as directed in step 35.
l
^
l t n-THIS IS A DRILL Rev. 1 l August 21, 1991 S.6-125 PG&E-91-FE
1 l
)
i 5.6 HESSAGES Message No.: 121 Page 1 of this message s................................................................ THIS IS A DRILL T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:16 (H+3:16) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Containment fan cooler units have been realigned to their normal operational mode, per step 35. All five units remain in service.
- Auxiliary saltwater pump 1-1 has been shutdown per step 35.
THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-126 PG&E-91-FE
1 i i_ t 5.6 MESSAGES Message No.: -122 Page 1 of this message' ; THIS IS A DRILL
.............................c....................................
TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:18 (H+3:18) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Component cooling water pump 1-2 has been shutdown per step 35. Pumps 1-1 and 1-3 remain in service.
- Ruptured steam generator level is checked and verified at zero. This value is acceptable because the ruptured steam generator is also faulted.
Continuous action step 36 has been completed.
- Reactor coolant pump seal differential pressure has been verified acceptable per continuous action step 37.
THIS IS A DRILL
............................c.....................................
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-127
5.6 MESSAGES Message No.: 123 Page 1 of this message THIS IS A DRILL T0: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:20 (H+3:20) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
-Primarygystemtemperatureisverifiedasgreater than 350 f per step 38. Operators are directed to step 41.
-Primarygystemtemperatureisverifiedasgreater than 200 f per step 41. Operators are directed to return to step 10.
THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-128
1 4
5.6 MESSAGES
Message No.:- 124 Page 1 of this message
;THIS IS A DRILL-1TO:- Shift Foreman, Control Operator Senior-Control:
Operator
-LOCATION:' Control-RoomL(SimulatorRoom)L ,
t
. TIME: 06:25-(H+3:25)-
-MESSAGE: The following actions have'been performed, in accordance with Emergency Procedures:'
- Actions continue as directed in EP ECA-3.1:
- Steps 10 and 11'are verified previously completed.
- StepL12 directs that a cooldown to cold shutdown be initiated. The cooldown is in progress.
-Steps 13.-14 and 1:5 are verified completed. The-
- procedure directs operators to atep-24.-
- Steps-24 and 25 are verified completed. .
i. l-E
~
.....s........................s....a....................s..........
THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-129
,, , . . ~ . . . . . - - ....-..m.-.m- %, , . .. ,-- _ ._ ,_
l l 5.6 MESSAGES Message No.: 125 Page 1 of this raessage THIS IS A DRILL TO: Shift Foreman, Control Operator Senior Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:27 (H+3:27) MESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions continue as directed in EP ECA-3.1:
- Pressurizer level and reactor coolant system subcooling will continue to be monitored. A controlled depressurization will be initiated when conditions permit, per instruction in step 26.
- Steps 27 through 37 have been verified as previously completed.
- Operators will continue to monitor primary system temperature, as directed in step 38.
............................ ................m....................
THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-130 PG&E-91-FE
i 5.6 MESSAGES Message No.: 126 Page 1 of this message THIS IS A ORILL TO: Electrical /l&C Maintenance Response Team LOCATION: Auxiliary Building. 128' Level. Annunciator Electrical Panels PK008 and PK009 TIME: 6:30+ (H+3:30+) MESSAGE: The replacement of the main annunciator power sursly is progressing smoothly. However, the antic'ipated cime to repair the power supply and return it to service has been extended to approxi...ately 7:10. k , THIS IS A DRILL Rev. 1 ! August 21, 1991 5.6-131 i PGLE-91-FE
f i 5.6 MESSAGES Message No.: 127 Page 1 of this message THIS IS A DRILL TO: Maintenance Response Team LOCATION: Turt,ine Building, 85' Level,1-3 Diesel Generator Room TIME: 06:30+ (H+3:30+) MESSAGE: The fouled fuel filter for 1-3 diesel generaior has been replaced. The fouled fuel oil in the fuel line has also been removed and the line flushed. G................................................................. THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-132
i 5.6 MESSAGES Message No.: 128 Page 1 of this message THIS IS A ORILL TO: Maintenance Response Team LOCATION: Turbine Building, 85' Level, 1-3 Diesel Generator Room TIME: 06:30+ (H+3:30+) MESSAGE: Work continues on the drain and refill of the day tank. Expected completion time is in approximately two hours. THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-133
l l I i 5.6 HESSAGES Message No.: 129 Page 1 of this message
......................r...........................................-
THIS IS A DRILL T0: Operations / Maintenance Response Personnel LOCATION: Turbine Building, 85' Level, 1-3 Diesel Generator Room Control Room (Simulator Room) TIME: 06:30+ (H+3:30+) MESSAGE: If a restart of 1-3 diesel generator is attempted following the fuel filter replacc ent and line flush, the diesel will start and is operable.
..........S.S.......................J.............................
THIS IS A DRILL
======= .....................m......... ..........................
Rev. 1 l August 21, 1991 5.6-134 PGLE-91 FE
( S.6 MESSAGES Message No.: 130 Page 1 of this message THIS IS A DRILL TO: Response Team Personnel LOCATION: Outside Northeast Corner of Turbine Building, Near Main Bank Transformers TIME: 06:30 (H+3:30) M!SSAGE: Steam at the site of the steamline break has condensed and is pooling in low spots on the pavement surrounding the main transformers. F i
~
THIS IS A DRILL
.... 3............................................................
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-135
I 5.6 MESSAGES Message No.: 131SIM Page 1 of this message THIS IS A DRILL PASS DNLY IN CASE OF SIMULAT0k FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:50 (H+3:50) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK1111 VIB/ LOOSE PTS MONITOR A065021 1101 A VIB/ LOOSE PARTS MONITORING SYSTEM
~
THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-136
5.6 MESSAGES Message No.: 132 Page 1 of this message THIS IS A DRILL TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 06:50 (H+3:50) MESSAGE: The local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of high magnitude. This actuation is the strongest noted to date. The actuation is capable of being reset. THIS IS A DRILL
...........................................o......................
PG&E-91-FE Rev. 1 l August 21, 1991 5.6-137
l 1 l 5.6 MESSAG_E_S Message No.: 133SIM Page 1 of this message
........................... 4..u....r7,~=..........................
THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE 10: Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:51 (H+3:51) MESSAGE: Control Board Observations: RE-71 readings begin increasing. THlf IS A DRILL PG&E-91-FE Rev. 1 l August 21, 1991 5.6-138
'[.
~ 1~
15.6 MESSAGES Message No.:z .134SIM Page 1 of this messagt. THIS IS A DRILL , PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION:' Control-Room (Simulator Room). TIME:; 06:52 (H+3:52) MESSACE:' Control-Board Observations:
'The'piant-cooldownand-depressurizationiscontgnuing.
Primary system , temperature has decreased to 350 F. j i:
.1 1 l
L' I
- -- i i
i a H l l. l-t -
,--e
...................................................==..=... =.=..=
a THIS IS A DRILL , n ............................................... .....==...===..=== PGr.E-91-FE : Rev. 1 l August 21, 1991 5.6-139- .
l i 5.6 MESSAGES Message do.: 13bSIM Page 1 of this message THIS iS A DRl!.L PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 06:58 (H+3:58) MESSAGE: Control Board Observations: RE-71 readings have stabilized at a value of 8E45 counts per minute. THIS IS A DRILL PG&E-91-FE Rev. 1 l August 21, }991 5.6-140 1 i
L l l l l 5.6 MESSAGES Message No.: 136SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator LOCATION: Control Room (Simulator Room) TIME: 07:04 (H+4:04) MESSAGE: The following alarm and annunciator printout is noted in the control room: PK0510 PORV LOW SET POINT CUTOUT A070427 1213 A PORV LOW SET P0lNT C/0 PCV-456 A070436 1193 A PORV LOW SET POINT C/0 PCV-455C Control Board Observations: Primary system temperature has decreased to less than 330 F. Primary system pressure remains above 425 PSIG. THIS IS A DRILL
.............n....................................................
Rev. 1 l August 21, 1991 5.6-141 PGLE-91-FE
i 5.6 MESSACES Message No.: 137 Page 1 of this message
..............n.......................................,...........
THis IS A DRILL
.,...... .~.......................................................
TO: Electrical /1&C Maintenance Response Team LOCATION: ALAiliary Building, 128' Level, Annuncistor Electrical Panels PK008 and PKD07 (IHE: 07:10+ Oh4ti>+) HESSACE: The annur.ciator DC power supply replacement work has been co,mpleted. The annunciator DC supply breaker can be reclosed. s
" ..................~,.................s............................
THIS IS A DRILL
.........................u........................................
PG&E-91-fE Rev. 1 l August 21, 1991 5.6-14?
7 5.6 MESSAGES Hessage No.: 138 Page 1 of this message
..................................................r.................
} 1HIS 15 A DRILL 1 iO: Auxiliary Operator l l LOCATIONt Auxiliary Building, 115' Level, DC Switchgear Room TIME: 07: 15+ (H+4:15+) MESSAGE: The DC power supply breaker for .no main annunciatrrs has bee rerlosed. No problems nottd. The DC power supply to tne annunciators is now available and in sersice. 1 l
............................e.....................................
THIS IS A DRILL PGLE-91-fE Rev. 1 l August 21, 1991 5.6-143
E 5.6 MESSAGES Message No.: 139 Page 1 of this message l l THIS IS A ORILL T0: Control Operator LOCATION: ControlRoom(SimulatorRoom)
-TIME: 07:15+ (H+4:15+)
MESSAGE: The following alarms and annunciator printout are noted in the control room: FK1522 KAIN ANNUNCI ATOR SYSTEK TROUBLE N071511 0866 N KAIN ANNbHCIATOR POWER UV The alarm clears. The annunciator window is dark.
..r...............................................................
THIS IS A DRILL t
..............................s.......................h...........
PGLE-91-FE Rev. 1 i August 21, 1991 5.6-144
i 5.6 HESSAGES Message No.t 140 Page 1 et this message
.,.e..........
THIS IS A DRILL 10: Response Team Personnel LOCATION: 09tside Northeast Corner of Turbine Building, Hear Main lask Transformers TlHE: 07:20 (H+4:20) Y $5 AGE: The water resulting from the condensation of the main steam itne leak has formed large pools in low spots on the pavement surrounding the main transformers. Some of this water is contaminated with transformer oil. The water pools are large enough that they may begin draining to local storm drains. THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-145 PG&E-91-FE
'P h 1 j 5.6 MESSAGES Message No.: 141SlH Page 1 of this message THIS 15 A DRILL PASS ONLY IN CASE OF SlHULATOR FAILURE 10: Control Operator LOCATION: ControlRoom(SimulatorRoom)
TIME: 07:30 (H+4:30) MESSAGE: Control Board Observations: Theplantcooldownanddepressurizationiscontgnuing. Primary system temperature has decreased to 305 f. THIS 15 A DRILL PGtE-91-fE Rev. 1 l August 21, 1991 5.6-146
o r - EE e a ki a s_ <
? 5.6 HESSAGES Message No.: 142 Page 1 of this message THIS IS A DRILL
................................................................r.
TO: Shift Foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator W 0-) TlHE: 07:34 (H+4: 34) HESSAGE: The following actions have been performed, in accordance with Emergency Procedures: Actions contihue as directed in EP ECA-3.1:
- Primary system low Temperature Overpressure Protection is cut in by operating the cutcut switches for PCV-455C and PCV-456, per step 39.
THIS IS A DRILL
- PGLE-91-FE Rev. 1 l August 21, 1991 5.6-147
i 5.6 MESSAGES Message No.: 143 Page 1 of this message THIS !$ A DRILL j
)
...................................................... .......... I
. l l
TO: Shift Foreman, Control Operator, Senior Control- l Operator ! l LOCATION: Control-Room (SimulatorRoom)
' TIME: 07:38--(H+4:38)
MESSAGE: The following actions have been performed, in !' accordance with Operating Proced:cre OP E-5:ll.
" Auxiliary Saltwater System - Operation During Plant '
Cooldown". as directed-by the guidorae procedure OP -; B-2:V, "RHR - Place in Service During Plant Cooldown": Auxiliary saltwater supply to the 1-2 component ; cooling water heat exchanger has been placed in , service. ; Auxiliary saltwater pump 1-1 has been restarted from the main control room. ! i P W THIS IS A ORill PGLE-91-FE Rev. 1 l August 21, 1991 5.6-148
t t f 5.6 MESSAGES l Message No.: 144 Page 1 of this message i THIS 15 A ORILL TO: Shift Foreman, Control Operator, Senior Control ; Operator LOCATION: ControlRoom(SimulatorRoom) , TIME:. 07:40 (H+4:40). , MESSAGE: The following actions have been performed, in ; accordance with Operating Procedure OP F-2:V.
" Component Cooling Water System - Operation During i Plant Cooldown*, at directed by the guidance procedure OP B-2:V, "RHR - Place in Service During Plant :
Cooldown": ;
- Component cooling water to the 1-1 component cooling water heat exchanger has been placed in service. ,
c i N e i i s 1
....................................................ss.......s..... j THIS IS A DRILL l
g 'PG&E-91-FE Rev. 1 l August 21, 1991 5.6-149 , l I
- - , . - .... ~. ,_ _ a.. . -._...a. . . . . - - . . . . . . _ . . _ . . . _ _ _ _ _ _ _ . . . . _ _ . _ _. _ ,_ _.
t 1 5.6 MESSAGES i Message No.: 145 Page llof this message l THIS IS A DRILL l a 10: Shift Foreman, Control Operator, Senior Control l Operator LOCATION: Control Room (Simulator Room) TIME: 07:42 (H+4:42) i MESSAGE: 'The following actions have been performed, in
-accordance with Operating Procedure-OP F-2tV,
- Component Cooling Water System - Operation During Plant Cooldown", as directed by the guidance procedure .
OP 3-2 V, "RHR - Place in Service During Plant ! Cooldown":
- Component cooling water pump 1-2 has been restartea from-the main control room.
t v i i i
.................................................................. t THis IS A DRILL
..................................................==...==.=.. ....
Rev. 1 l August 21, 1991 5.6-150 PG&E-91-FE . . . . - . - - ,.u.;.._,-_._,._-_.---.-_.,-;.;..--_.,.__.-.;-..,.,-,._.,_,-., ..,._..~_.0.._--
i 5.6 MESSAGES Hessage No.: 146 Psge 1 of this message THIS 15 A DRILL TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: Control Room (Simulator Room) TlHE: 07:45 (H+4:45) MESSAGE: The following actions have been performed, in accordance with Operating Procedure OP B-2:V, "RHR Place in Service During Plant Cooldowr.":
- Component cooling water outlet valves for each RHR heat exchanger (FCV-364 and FCV-365) have been opened per step 6.2.4.
..........-...ur..................................................
THIS 15 A DRILL Rev. 1 l August 21, 1991 5.6-151 PGLE-91-FE
t 5.6 HESSAGES Message No.: 147 Page 1 of this message THIS IS A DRILL TO: Shift Foreman, Control Operator Senior Control Operator LOCATION: Control Room (S*wulator Room) TlHE: 07:52 (H+4:52) MESSAGE: The following actions have been performed, in accordance with Operating Procedure OP B-2:V, "RHR - Place in Service During Plant Cooldown":
- MOV SI-8980, RHR suction f rom the refueling water storage tank has been closed, per step 6.2.B.
........................F...........'..............................
THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-152
5.6 MESSAGES Message No.: 148 Page 1 of this message
.......a..........................................................
THIS IS A ORI,L TO: Shift Foreman, Control Operator, Senior Control ! Operator i LOCATION: ControlRoom(SimulatorRoom) l l TIME: 07:53 (H+4:53) MESSAGE: The following actions have been performed, in accordance with Operating Procedure OP 8-2 V,
*RHR - Place in Service During Plant Couldown":
- RHR suction isolation valves 8701 and 8702 have been opened, per step 6.2.9.
- RHR flow control valves FCV-637 and FCV-638 have been closed, per step 6.2.10.
- RHR haat exchanger bypass flow control valve FCV-670 has been verified closed, per step 6.2.10.
THIS IS A ORILL PG&E-91-fE Rev. 1 l August 21, 1991 5.6-153
5.6 MESSAGES Message No.: 149 Page 1 of this message THIS IS A DRILL
....... r..........................................................
TO: Shift foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) T1HE: 07:54 (H+4:54) MESSAGE: The following actions have been performed, in accordance with Operating Procedure OP B-2:V,
RHR - Place in Service During Plant Cooldown":
- RHR pump 1-1 has been started and the minimum flow valve has been verified open, per step 6.2.11.
- RHR heat exchanger bypass flow control valve FCV-670 will be slowly opened to heatup the system, and RHR flow will be stabilized, per steps 6.2.12 and 6.2.13.
......... 4.......................................................
THIS IS A DRILL
........................ .............................=...........
Rev. 1 l August 21, 1991 5.6-15/ PGLE-91-FE
( l { t 5.6 MESSAGES Message No.: 150SlH Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE Of SlHULA10R FAILORE TO: Control Operator LOCATION: Control Room (Simulator Room) TlHE: 07:55 (H+4:55) HESSAGE: The following alarm and annunciator printout is noted in the control room: PK1111 VlB/ LOOSE PTS HONITOR A075502 1101 A VIB/ LOOSE PARTS MONITORlHG SYSTEM THis IS A DRILL
...................................................r....n..........
Rev. 1 l August 21, 1991 5.6-155 PGLE-91-FE
i 5.6 HESSAGES Message No.: 151 Page 1 of this message THIS IS A DRILL 10: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 07:55 (H+4:55) HESSAGE: 1he local indication for the vibration / loose parts monitor indicates a sensor for the lower reactor vessel has actuated. The actuation is of small magnitude. The actuation is capable of being reset. THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-156 PGLE-91-FE
l f l I 5.6 HESSAGES Hessage No.: 152 Page 1 of this message THIS 15 A ORILL 10: Shift foreman, Control Operator, Senior Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 07:59 (H+4:59) MESSAGE: The following actions have been performed, in accordance with Operating Procedure OP B-2:V, "RHR - Place in Service During Plant Cooldown":
- RHR pump 1-2 has been started and the minimum flow valve has been verified open, per step 6.2.14.
- RHR flow will be increased and a primary system cooldown initiated, per steps 6.2.15 and 6.2.16.
d THIS IS A DRit L Rev. 1 l August 21, 1991 5.6-157 PGLE-91-FE
5.6 MESSAGES Message No.: 153 Page 1 of this message 1 THIS IS A DRILL TO: Hechanical Maintenance Response Team LOCATION: Turbine Building, 85' Level, 1-3 Diesel Generator Room TIME: 08:30+ (H+5:30+) HESSAGE: The 1-3 diesel generator fuel oil day tank has been drained and refilled with fresh fuel oil. The diesel is available for service, t THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6 158
5.6 MESSAGES Message No.: 154SlH Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE TO: Control Operator , LOCATION: Control-Room (Simulator Room) TIME: 09:00 (H+6:00) MESSAGE: Control Board Observations: Theplantcooldownanddepressurizationiscontgnuing. Primary system temperature has decreased to 272 F.
...........................................................1......
THIS IS A ORILL
.....................n.............................................
PGLE-91-FE Rev. 1 l August 21, 1991 5.6-159
t 5.6 HESSAGES Message No.: 155SlH Page 1 of this message THIS 15 A DRitt. PASS ONLY IN CASE Of SlH' JLATOR FAILURE 10: Control Operator LOCATION: Control Room (Sir.wlator Room) TlHE: 09:30 (H+6:30) HESSAGE: Control Board Observations: Theplantcooldownanddepressurizationiscontgnuing. Primary systtm temperature has decreased to 239 F.
..........................................................v.......
THIS IS A DRILL PGLE-91-fE Rev. 1 l August 21, 1991 5.6-160
i 5.6 MESSAGES Message No.t 156SIM Page 1 of this message THIS IS A DRILL PASS ONLY IN CASE Of SIMULATOR TAILURE TO: Control Operator LOCATION: -Control Room (Simulator Room) TIME: 09:55 (H+6:55) MESSAGE: Control Board Observations: RE-71 readings have significantly decreased. THIS IS A DRILL Rev. 1 l August 21, 1991 5.6-161 PG&E-91-fE
f l 4 5.6 MESSAGES l Message No.: 157- Page 1 of this message
......................................r...........................
THIS IS A DRILL
- TO:; Response Team Personnel LOCATION: Outside Northeast Corner of Turbine Building, Near Main Bank Transformers TIME:- 09:55 (H+6:55)
MESSAGE: The steam release has stopped. 5 l I a
,t i
\
I i t' THIS IS A DRILL < I PGLE-91-FE Rev. 1 l August 21, 1991 5.6-162
'm<*- + -,+,,-,-..emw.v--m*., -.3.rm,20., ,,m,.-ww--,.vv-3,+...,-we.,.vse w ,,m v ,.wi,w.r-,-,-----=ve,-+,,,u-w,wc-.,-,,-pw-,s_,, - -c,-,- 9,o.--=,.,.--.-*.~,.,v+ryy., -, mv 9 my p,gn y.% * .-
i 5.6 MESSAGES Message No.: 158S1H Page 1 of this message THis IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE
.................u................................................
TO: Control Operator LOCATION: ControlRoom(SimulatorRoom) TIME: 10:00 (H+7:00) MESSAGE: Control Board Observations: Theplantcooldownanddepressurizationiscontgnuing. Primary systera temperature has decreased to 204 f. THIS IS A DRILL Rev. 1 I August 21, 1991 5.6-163 PGLE-91-FE
\ 5.6 HESSAGES Message No.: 159S1H Page 1 of this message
...................t. .............................................
THIS IS A ORILL PASS ONLY IN CASE OF SlHULATOR FAILURE 10: Control Operator LOCATION: Control Room (Simulator Room) TlHE: 10:15 (H+7:15) HESSAGE: Control Board Observations: Theplantcooldownanddepressurizationiscontgnuing. Primary system temperature has decreased to 192 f.
..............................n...................................
THIS IS A DRILL
.................................t................................
Rev. 1 l August 21, 1991 5.6-164 PGLE-91-FE
1 I o < i
. l I
5.6 MESSAGES Message No.: 160SIM Page 1 of this message
..................................c...............................
2 THIS IS A DRILL PASS ONLY IN CASE OF SIMULATOR FAILURE l
- r TO: Control Operator- ;
LOCATION ControlRoom(SimulatorRoom) L TIME: 10:24-(H)7:24) ,. MESSAGE: Control Board Observations: i
-Primary system hot and, cold leg temperatures have decreased to be!ow 200 f.- j The plant has entered Mode 5. .
A A 4 i i i
?
6. N THIS IS A DRILL 6 ; t l .................................................................. L Rev. 1 l August 21, 1991 5.6 165-PGLE-91-FE r
, , - _ , - c.,,.. -
~...s,.---_...
,,.._,_....-....-...a___.,__,_._,_.-._,_....I
- i*r -
5.6 MESSAGES Message No.: 161 Page 1 of this nessage THIS IS A DRILL TO All Exercise Players LOCATION: All Locations TIME: 10:30 (H+7:30) MESSAGE: Exercise activities are terminated.
-Exercise participants are to discuss-near-ternt and long-term recovery actions.
THIS IS A DRILL PGLE-91-FE Rev. 1 l August 21, 1991 5.6-166
1 l r 7
- EXERCISE MESSAGE -
DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AFITCTING NORMAL l'LANT 01ERATIONS
' Tills IS A DRILL
- TO: GRCTELEPHONEOPERA'IDR FROht: GOVERNOR'S OFFICE,5TATEOF CAU FORNIA LOCATION: ORC Tlh1E: AFTER 0730 b1ESSAGE:
'Thisis Governor's Office. We understand that Diablo Canyon had an accident last night.
We wouldlike to knowif there is any risk to the local residents and if you need any assis-tance in addition to thatbeing provided by our Office of Emergency Services." Controllers' Note: CIRC messages are routed through the CIRC Telephone Ope rator. After you contact the Operator,you will be directed to the appropriate CIRC emergency
- responder. You mayuse these messages any time after the time stated above. These mes-sages do not affeet the operational parameters of the scenario.
' Tills IS A DRILL' Controller: ControlCell Time issued: CIRC 1 j
- EXERCISE MESSAGE - -
DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 > NOTE: D9 NOT INITIATE ACTIONS AFFECTING NORhlAL PLANT OPERATIONS
' Tills IS A DRILL' t TO: ORC 1ELEPilONEOPERATOR FROM: CNN LOCATION: ORC TlME: AFTER0730 l MESSAGE:
"This is Wolf Blitzer of CNN, We heard about the accident at Diablo Canyon and we are sending people to the plant. Who should we contact at the plant to get information?"
Controllers' Note: CIRC messager ate routed tnrough the CIRCTelephone Operator. After you contact the Operator,you will be directed to the appropriate CIRC eme rge ncy
- responder. You mayuse these me ages any time after the time stated above. These mes.
_ sages do not affect the operational parameters of the scenario. i
'TIIIS IS A DRILL /
Controller: ControlCell Time Issued: CIRC 2 j
- EXERCISE MESSAGE -
i , DATE: AUGUST 21,1991 DRILL: 1991 DCPPANNUALEXERCISE NOTE: DO NOT INITIATE ACTIONS AFITCTING NORhtAL PLBT OPERATIONS
" fills IS A DRILI!
TO: CIRCTELEPHONEOPERAh.D FROM: ST.FRANCISilOSPITAL LOCATION: CRC TIME: After 0.i00 MESSAGE:
- Good morning. This is Dr. G oodfellow at St. Francis llospital. We heard about the accident on the radio this morning. We would like to knowif we should prepat e for casualties from Diablo?"
P Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. l- Alt er you contact the Operat or,youwill be directed to the appropriate CIRC emergency , ! - rt:sponder. You mayuse these messages any time after the time stat ed above. These mes-sages do not affeet the ope rational parameters of the scenario.
"flilS IS A Drill /
y Controller: ControlCell Time issued: CIRC . 3 y
- EXERCISE MESSAGE -
5 DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AITECTING NORMAL l'LANT Ol'ERATIONS
" Tills IS A DRILL" TO: CIRCTElIP110NEOPERATOR FROM: STATE OF CALIFORNIAINSURAN CE COMMISSIONER 1.OCATION: CIRC TIME: After 1000 MESSAGE:
"Thir.js John Garamendi,the State insurance Commissioner. Our Office has been flooded with calls this morning from people whe want to know if there is e ny insurance that cove rs the expenses that they are incurring as a result of their having to evacuate theit homes and businessesthis morning?"
Controllers' Note: CIRC raessages are routed through the CIRCTelephone Operator. After you centact the Ope rator, you will be directed to the appropriate CIRC eme rge ncy
- responder. You may use these messages any time after the time stated above. These mes.
sages do not affect the operational parameters of the scenario.
" Tills IS A DRILL" Controller: ControlCell ,
Time issued: CIRC - 4 g
- EXERCISE MESSAGE -
( LiRILL: 1991 DCPP ANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AITECTING NORMAL PLANT OPERATIONS
' Tills IS A DRJLL" TO: CRC TELEPHONEOPERNiT)R FROht: INPO LOCATION: ORC Tlh1E: AFTER 0800 51ESSAG E:
" Hello, thisis Donna h! iller at IN PO. We would like to offer our assistance. Could you have your staff dctermine what support they nee 6 and call us backwith alist. Our numberis (use your Control Cell telephone nu mber)."
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. After you contact the Operator,you will be directe d to the appropriate CIRC emerge ncy
- responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational parameters of the scenario.
" Tills IS A DRILL" Controller: ControlCell Time issued: CIRC 5 y
- EXERCISE MESSAGE -
DR1LL: 1991DCPPANNUALEXERCISE DATE: AUGUST 21,1991: NOTE: . DO NOT INITIATE ACTIONS AFFECTING NORhtAL PLAhT. OPERATIONS
'THIS IS A DRILL' TO: CIRCmlLEPHONEOPERATOR FROht: NOMURASECURTHES LOCATION: CIRC ,
TlME After 0900 h1ESSAGE:
" Good morning.This is Yuk] Nakagawa. l am with Nomura Securities. I would like some information on the accident at your Diablo Canyon Plant. Wiil the unit be unavailable for a longtime?"
Isjust the oneunit affected?"
"Will PG&E have to purchase power from other utilities to meet its contracts?"
"What affect doyou think the accident will have on the value of PG & E stock?"
3 Controllers' Note:_ . CIRCmessagesareroutedthroughtheCIRCTelephoneOperater. Afteryou contact the Operator,you will be directed to the appropriate CIRC emerge ncy
- responder You may use these messages any time after the time stated above. These mes-sages do not affect the operationalparameters of the scenario.
" Tills IS A DRILL" Controller: ControlCell Time Issued:- __
CIRC 6 y i I ~ ~ . - - . . . - , , .-- , _ , .s . . . . . ..w.. . s.-..-,.+..,rr.., , - . --m. , , + -
F 7
- EXERCISE MESSAGE -
1 DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITI ATE ACTIONS AITECTING NORM AL PLANT OPERATIONS
" Tills IS A DRlLL' TO: CIRClFlTSilONEOPERATOR FROht: WES11NGilOUSECORPORATION LOCATION: CIRC Tlh1E: After 0930 51ESSAG E:
" Hello, this is G.A. Ducey from Westinghouse Corporation. We have been following the news on the accident at Diablo and we would like to offer our assistance. We would like to send an essessment team to support the plant. Canyou provide us with the proper contacts at the plant?"
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operaton Afteryou contact the Operator,you will be directed to the appropriate CIRC emergency responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational param ete rs of the scenario.
' Tills IS A DRILL" Controller: ControlCell Time issued: CIRC 7 j
r 7
- EXERCISE MESSAGE -
5 DRILL: 1991DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITI ATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS
" Tills IS A DRILL' TO: CIRCTELEPIIONEOPERATOR FROM: NRCREGIONV LOCATION: CIRC TIME: After 0830
-MESSAGE:
" Hello Thisis Jim Reese with NRCat the Region V office in Wasnut Creek. I've called to informyou that ><e have activated our incident Response Center?
We are also sending our s.te team to the EOF. Theywill be transported to Camp San Luis by helicopter and will need transportation to the EOF." Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. Afteryou conta et the Operator,you will be directed to the appropriate CIRC emerge ncy
- responde.. You n.ay use these messages any time after the time stated above. These mes-sages do not affect tht: operational parameters of the scenario, "TlklS IS A DRILL" g Controller: ControlCell -
Time issued: CIRC - 8 y
F 7 l
- EXERCISE MESSAGE -
DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT IN111 ATE ACTIONS ATTECTING NORh!AL l'LANT Ol'ERATIONS
" Tills IS A DRILL' TO: CIRCTELEPliONEOPERATOR FROM: AMERICANNUCLEARINSURERS LOCATION: CIRC TIME: After 0930 MESSAGE:
"liello, this is Mildred Pierce of American Nuclear insurers. We will need to establish the liability aspects oithe accident as soon as possible. We would like to send people toboth the corporate officc and the plant, Can you provide us with contacts at both facilities and recom-mendationsonaccommodations?"
Controllers' Note: CIRC messages are routed through the CIRC Telephone operatcr. Afteryou contact the Operator,you willbe directed to the appropriate CIRC emergency
- respondn. You mayuse these messages any time after the time stated above. These mes-sages do not affect the operationalparameters of the scenario.
' Tills IS A DRILL" Controller: ControlCell Time issued: CIRC - 9 ;
r -7
- EXERCISE MESSAGE -
{ DRILL: 1991 DCPPANNUALEXERCISE- DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AFFECTING NORh!AL PLANT OPERATIONS
' Tills IS A' DRIL1/
TO: ORCTElIPilONEOPERATOR FROM: SOUTHERNCALIFORNIAEDISON LOCATION: ORC TIME: After 0800 - MESSAGE:
"Hi, this is Phil Dooley of Southern California Edison. We knowyou are very busy with the ^
accident at the plant;wejust wanted to call and offer our assistance, We have set up a special phone line so that we can expedite any requests that you may have. The number is: (give yourControlCellnumber)." l l r Controllers' Note: CIRC messages at e routed through the CIRCTelephone Operator, i Afteryou contact the Operator,you will be directed to the appropriate CIRC emergency
- responder You may use these messages any time after the time stated above. These mes-sages do not affect the operationalparameters of the scenario.
"THIS IS A DRILL" Controller: ControlCell Time issued: CIRC - 10 g l
__m - _
- n , i
- EXERCISE MESSAGE - i
- ?
DRILLi1991 DCPP ANNUALEXERCISE DATE: -AUGUST 21,1991 - NOTE: DO NOT INITIATE ACTIONS AFTECTING NORMAL PLANT OPERATIONS - I
=
'THIS IS A DRILL'-
TO: CRCTEEPHONEOPERA*1DR , FROM: ARIZONANUCIEARPOWERPIANT LOCATION: CRC TIMEi After 0830 MESSAGE:
" Good morning, this Harry Beiling at APS. We would like to knowwho we should contact at the plant to offe r our support, It looks like you will need some assistance with offsite e miron -
mental sampling and decontamination at the plant. We can probablyloan you a few RP Techs
! andsomemonitoringequipment."
L t L l-Controllers' Note: CIRC messages ate routed through the CIRCTelephone Operator. Afteryou contact the Operator,you willbe directed to the appropriate CIRC emergency
- responder. You may use these messages any time nfter the time stated above. These mes-E sages do not affect the operationalparameters of the scenario.
'THIS IS A DRILL' g Controller: ControlCell Time issued: CIRC - 11 ;
- EXERCISE MESSAGE -
DR1LL: 1991DCPPANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AFFECTING NORhtAL PLANT OPERATIONS
Tills IS A DRILL' TO: ORCTELEPilONEOPERA*1DR FROM STATE OF CAUFORNIA GOVEP4'OR'S OFFICE LOCATION: CIRC TIME: After 1000 MESSAGE:
"lii, this Cynthia Papermaster from the Governor's Office. We would like to knowifyou ,
think we will need to declare a State of Emergency for San Luis Obispo County." Controllers' Note: CIRC messages are routed through the CIRCTelephone operator. Afteryou contact the Operator.you will be directed to the appropriate CIRC emergency
~
l responder. You mayuse these messages any time after the time stated above. These mes. sages do not affect the operational parameters of the sce nario.
' Tills IS A DRILL" l Cor. troller: ControlCell - Time issued:- CIRC' 12 ;
l l- . . - .-. -. . _ . . _ -
F 7
- EXERCISE MESSAGE -
i 4= DRILL: 1991 DCPP ANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AITECTING NORhtAL PLANT OPERATIONS "THIS IS A DRILL' TO: ORCTELEPilONEOPERA'IDR FROM: MEXICANFEDERALGOVERNMENT LOCATION: CIRC TIME: After 1000 MESSAGE:
" Good morning,l am Mr. Gonzales with the Mexican Federal Government. We have been following CNN broadcasts concerning the proble ms at your Diablo Canyon plant. I have been requested by mygovernment to determine whether it may be necessa:y to t;ke protec-tive actions in Mexico." Doyou think there is a possibility Ihat we may be required to take action?"
E 1 L l' Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. l After you contact the Operator,you will be directed to the appropriate CIRC emergency responder. You mayuse these messages any time after the time stated above. These mes-sages do not affect the ope rational parameters of the scenario. l ' Tills IS A DRILL" g - Controller: ControlCell Tirne issued: CIRC - 13 ;
r m
- EXERCISE MESSAGE -
i DATE: AUGUST 21,1991 DRILL: 1991 DCPPANNUALEXERCISE NOTF: DO NOT INITIATE ACTIONS AFTECTING NORMAL PLANT OPERATIONS
' Tills IS A DRILL' TO: CIRCTELEPilONEOPERATOR FROM BECHTELENGINEERS 1.OCATION: CIRC TIME: After 0900 MESSAGE:
" Hello, this is Narwal Gupta with Bechtel Engineers. We would like to offer our services in supportingyour recovery from last night's acciden:, Can you provide uswith a summary of the work that willneed tobe completedin order to get the plant running again?"
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operatcr. After you contact the Opei ator,you will be directed to the appropriate CIRC emerge ncy responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational paramete rs of the scenario.
" Tills IS A DRILL' Controller: ControlCell Time issued: CIRC 14 1
F 7
- EXERCISE MESSAGE -
- DRILL: 1991 DCPPANNUALEXERCISE DATE: AUGUST 21,1991 .
1 NOTE: DO NOT INITIATE ACTIONS ADICTING NORMAL PLANT OPERATIONS
'THIS IS A DRILL' i TO: ORCIEEPliONEOPERA1DR FROht: *60 MINUTES" LOCATION: ORC TIM E: After 0900 MESSAGE:
" Good morning, this is Mike Wallace with '60 Minutes'. We would like to schedule an interviewwith company representatives tomorrow, so that we can have a 15 minute segment produced for our next show this Sunday. You are willing to talk to us, aren't you?"(be persistent to the point of being obnoxious) l Controllers' Note: CIRCmessages are routed through the CIRCTelephone Operator.
l After you contact the Operator,you will be directed to the appropria ta CIRC emergency
- responder. You may use these messages any time af ter the time stated above. These mes-sages do not affect the operational parameters of the scenario.
"THIS IS A DRILL" Contro!!er: ControlCell Time issued: CIRC - 15 y
r 3
- EXERCISE MESSAGE -
- DATE: AUGUST 21,1991 DRILL: 1991DCPP ANNUALEXERCISE NOTE: DO NOT INITIATE ACTIONS AFFECTtNG NOlGIAL PLANT OPERATIONS
' Tills IS A DRILL' TO: CIRCTELEPIlONEOPERNIDR FROM: CALIFORNIA DEPARTMENTOF AGRICUI 'IURE LOCATION: CIRC TIME: After 1000 MESSAGE:
"H ello, this is John Deere with the California Department ofAgriculture. We understand that alot of radiationwas released from the plant last night. We are trying to dete rmine if agricul-tural products in areas outside of San Luis Obispo County aybe affectedbythe accident.
Can you conne ct me to a person that can provide us that iniu stion." Controllers' Note: CIRC messages are routed through the CIRC Telephone Operatcr. After you contact the Operator,you will be directed to the appropriate CIRC emergency responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational parameters of the scenario.
' Tills IS A DRILL" ControlCell Time issued: CIRC - 16 j g Controller:
l 1
r 3
- EXERCISE MESSAGE -
DR1LL: 1991 DCPP ANNUALEXERCISE ITATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS ATTECTING NORMAL PLANT OPERATIONS
' Tills IS A DRILL' I
t TO: ORCTELEPHONEOPERAIDR FROM: J AY NERDLEY, LAWRENCE 13VERMOREIABORATORY LOCATION: ORC TlME: After 0830 MESSAGE: Hello. I am calling from Lawrence Livermore latboratory. We have been tracking the release of radiation from Diablo this morning. We would like to provide thir information to you. Who should we talk to inyour organization? Controllers' Note: CIRC messages are routed through the CIRCTelephone operatoi. After you contact the Operator, you will be directed to the appropriate CIRC emergency
- responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational parameter: of the scenario.
' Tills IS A DRILL' Controller: ControlCell Time issued: CIRC .17 y I
F 7
- EXERCISE MESSAGE -
A DRILL: 1991 DCPP ANNUALEXERCISE DATri AUGUST 21,1991 NOTF.: DO NOT INITIATE ACTIONS AFFECTING NORMAL PLANT OPERATIONS
" Tills IS A DRILL' TO: CRClTiEPHONEOPEIMTOR FROM: SANTABARBARAMAYOR'SOFFICE LOCATION: CIRC TIME: After 1000 MESSAGE:
'This is Mary Price with the Santa Barbara Mayor's Office. The Mayor would like to speak to the President of PG & E to discuss financial responsibility for e mergency response by the City of Santa Barbara to this accident."
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. Afteryou contact the Ope rator,you will be directed to the appropriate CIRC emergency
- responder. You may use these messages any time after the time stated above. These mes-sages do not affect the operational parameters of the scenario.
'THIS IS A DRILL" l
Controller: ControlCell Time Issued: CIRC - 18 y 1 l
I r 7
- EXERCISE MESSAGE -
DR1LL: 1991 DCPP ANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO SOT INITIATE ACTIONS AITECTING NORhtAL PLAhT OPERATIONS
" Tills IS A DRILL' TO: CIRCTELEPilONEOPERA'IDR FROM: CORPORATEAIRCRATTPERSONNEL LOCATION: CIRC TIME: After 0700 MESSAGE:
" Good morning. This is Orville Lindburg at PG & E at the Oakland Airpor t. Doyou know ifit is safe for us to 0y the company planes using our normal approach to San Luis Obispo County Airport?"
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operator. .. Afteryou contact the Ope rator,you will be directed to the appropriate CIRC emergency responder. You may use these messages any time aftcr the time stated above. These mes-sages do not affect the ope rational paramete rs of the scenario.
"T111S IS A DRILL' Controller: ControlCell Time issued: CIRC - 19 j
F 7
- EXERCISE MESSAGE -
DRILL: 1991 DCPP ANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AITECTING NORhlAL PLANT OPT. RATIONS
' Tills IS A DRILL' TO: CIRCTEEPHONEOPERA1DR FROM: SACRAMENTO M UNICIPALUTILrlY DISTRICT LOC ATION: CIRC TIMIJ: After 0830 MESSAGE:
" Hello. This is Roy12Neave with SMUD, We would like to know if'he accident is! oing to affect our powerpurchase contract with PG& E. Can we expect any. shortages?"
l l Controllers' Note: CIRC messages arc routed through the CIRC Telephone Operator. Afteryou contact the Operator,you v ill be directed to the appropriate CIRC emergency
- responder. You may use these mecsages any time after the time stated above. These mes-sages do not affect the operatic.nal parameters of the scenario.
' Tills IS A DRILL' _
Controller: ControlCell Time issued: CIRC 20 y
- EXERCISE MESSAGE -
DRILL: 1991 DCPP ANNUALEXERCISE DATE: AUGUST 21,1991 NOTE: DO NOT INITIATE ACTIONS AFFECTING NORh!AL PLAST OPERATIONS l
' Tills IS A Dl!!LL" 1 TO: CIRCTELEPHONEOPERKIVR FROM: AMERICANEAGillAIRIJNES LOCATION: CIRC TlME: After 0800 MESSAGE:
" Good morning. I am Sue Lednaf with American Eagle. We would like to knowif we should redirect ou r flights at San Luis Obispo County Airport. Doyou have any information forus?
Controllers' Note: CIRC messages are routed through the CIRCTelephone Operatot. After you contact the Operator,you willbe directed to the appropriate CIRC emergency
, responder. You may tise these messages any time after the time stated above. These mes-sages do not affeci the ope rational parameters of the scenario.
'THIS IS A DRILL" ControiCell Time issued: CIRC - 21 j
( Controller:
]
1991 OFFSITE EXERCISE CONTROL / MESSAGE TIMELINE June 2,1991 se naso Issuing ansg,e Comments / Controller Special Instructions 4:13 W C-01 4:30 W C-02 4:47 W C-03 5:00 W C-04 , 5:00 PAC-01 5:05 PAC-02 5:07 PAC-03 5:15 PAC-04 5:17 PAC-05 5:17 W C-05 5:20 PAC-06 5:23 PAC-07 5:25 PAC-OS 5:47 WC-06 6:00 PAC-09 , 6:10 PAC-10 _ _ L 6:12 P AC-11 , 6:15 PAC-12 6:16 WC-07 - 6:17 PAC-13 _ 6:20 PAC-14 6:25 PAC-15 l 6:30 PAC-16 6:33 PAC-17 6:37 PAC-18 Page 1
1991 OFFSITE EXERCISE CONTROL / MESSAGE TIMELINE jure 2,1991 6:40 PAC-19 6:45 PAC-20 6:45 W C-08 6:50 PAC-21 6:55 PAC-22 7:00 PAC-23 7:05 PAC-24 7:06 PAC-25 7:10 PAC-26 7:12 PAC-27 7:15 PAC-28 7:16 PAC-29 7:17 PAC-30 7:17 PAC-31 7:18 PAC-32 7:20 PAC-33 __ 7:25 PAC-34 , 7:26 PAC-35
.7:26 PAC-36 7:27 PAC-37 7:27 PAC-38 7:28 PAC-39 7:30 PAC-40 7:31 PAC-41 7:32 PAC-42 7:33 PAC-43 7:37 PAC-44 7:38 PAC-45 Page 2
1991 OFFSITE EXERCISE CONTROL / MESSAGE TIMELINE June 2,1991 7:40 PAC-46 l 7:41 PAC-47 7:41 PAC-48 7:45 PAC-49 7:45 W C-09 7:47 PAC-50 7:50 PAC-51 7:55 PAC-52 7:57 PAC-52a 8:00 PAC-53 8:01 PAC-54 [ 8:02 PAC-55 8:05 PAC-56 8:07 WC-10 8:10 PAC-57 8:15 PAC-58 8:30 PAC-59 8:35 PAC-60 8:40 PAC-61 8:40 WC-11 8:47 PAC-62 8:53 PAC-63 9:00 PAC-64 9:10 WC-12 9:15 PAC-65 9:30 PAC-66 9:30 WC-13 9:49 WC-14 Page 3
1991 OFFSITE EXERCISE CONTROL / MESSAGE TIMELINE l June 2,1991 DG y 4 h Page 4
1991 OFFSITE EXERCISE CONTROL / MESSAGE TIMELINE June 2,1991 I i ~ m l Page 5 l
~.
1
?THIS IS A DRILL' 3
' SCENARIO: 1991 EXERCISE - MESSAGE #:- WC - 1
. TO: -- W'ATCH COMMANDER FROM: WC CONTROLLER LOCATION:. EOC TIME: 4:13
.==========_======_======================
THIS IS-A DRILL MESSAGEi: Stuart/ Penny McPhearson'from the San Francisco Chronicle
-- We've received word that you have had an accident-at Diablo Canyon? = How
'manyl Curies of radioactivity have been released? Are offsite doses within
. federal limits or have limits been exceeded? :
-Where is the media center for this situation.
I
- --THIS ISJA' DRILL Reu June 2,1991
TM IS A DRILL SCENARIO: 1991 EXERCISE MESSAGE #: WC -2 TO: WATCH COMMANDER FROM: WC CONTROLLER LOCATION: EOC TIME: 4:30
============================= =========-_
THIS IS A DRILL 6 MESSAGE: Tony /Laurie Johnson from Business Journal .- Is Supervisor B'-kely or his designee presently available for comment if we send a reporter to the EOC? THIS IS A DRILL Rev June 2.1WI
THIS IS A DRILL SCENARIO: 1991 EXERCISE MESSAGE #: WC-3 TO: WATCH COMMANDER FROM: WC CONTROLLER LOCATION: EOC TIME: 4:47
=._==-======================u 2 .=====7 ====
tills IS A DRILL MESSAGE: George /Julie Norris from KRON radio --Is there radiation blowing from the Diablo Canyon? We would like our helicopter crew to take pictures of the plume? THIS IS A DRILL Rev June 2,194
l THIS IS A DRILL
.i .
i
- SCENARIO: 1991 EXERCISE- MESSAGE #: WC-4 1 '
- TO:- WATCH COMMANDER FROM: WC CONTROLLER LOCATION: .. EOC TIME: 5:00- ,
w
======.========_=_==.:============_==== _
THIS IS-A DRILL
- MESSAGE: Harvey/ Jill -Wilson from the Associated Press -- Is anyone .
there' technically competent who can provide us with an accurate assessment - of.the damage to the reactor building? t THIS IS A' DRILL r d Rev: June 2, IW1 i
.- - - , ..,-~, . - , , .--,v.,,, -
..-m , _ , . r ,w s w _ - , , , y r.--,,
+
- THIS IS A DRILL :
x . TSCENARIO: 1991 EXERCISE- MESSAGE #: WC t TOi - WATCH COMMANDER j FROM: WC CONTROLLER ' _ LOCATION:; E.O C
- TIME:: - Sil7-L
========================================
E Tills IS A DRILL-! MESSAGE: Kevin! Karen Hinson from the Sacramento Bee - . Is Jim- - t Shiffer,' the Sr. VP for PG&E, available for comment? Can we arrange an
-: interview with him some time this afternoon?-
- THIS IS A DRILL ii .:
- s .
Rev June 2,1991 I
% g g ? ( Jn c w ,e+~ *m-- - - an, . .-Es- - - - -
THIS IS A DRILL i SCE't'GIO: 1991 EXERCISE MESSAGE #: WC- 6 TO: WATCH COMMANDER FROM: WC CONTROLLER LOCATION: WC TIME: 5:47
========================r.==========u====
TilIG IS A DRILL MESSAGE: Joe /Laurie Carson from the Boston Globe We've received word that a Site Area Emergency has been declared at the Diablo Canyon Nuclear Generating Station. Can you give us a full account of what has happened today? THIS IS A DRILL Rm Jurie 2,1W1 l l l
THIS IS A DRILL SCENARIO: 1991 EXERCISE MESSAGE #: WC-7 T TO: WATCH COMMANDER FROM: WC CONTROLLER LOCATION: EOC , l TIME: 6:16
========_=================================
Tills IS A D}tILL MESSAGE: This is Allen /Alicia Alexander from UPI in Los Angeles. I understand that you're experiencing some problems at Diablo Canyon. Could you explain those to me? THIS IS A DRILL 1 NO.]WIC , )Wh l l
l THIS IS A DRILL SCENARIO: 1991 EXERCISE MESSAGE #: WC- 8 TO: WATCH COMMANDER i 1 FROM: WC CONTROLLER
- LOCATION
- EOC TlME: 6:45
= a ======================================
. Tills IS A DRILL MESSAGE: This is Mary / Max Martin from the LA Times. I'd like an interview with Captain Max Van Orsdel from CHP Can you arrange that for mc?
THIS IS A DRILL R n June 1 1 W1
THIS IS A DRILI i SCENARIO: 1991 EXERCISE MESSAGE #: WC 9 TO: WATCH COMMANDER FROM: WC CONTROLLER LOCATION: WC TIME: 7:45
========================================
Tills IS A DRILL MESSAGE: I'm George / Georgia Gilliam from the Sacramento Bee. What's this about an accident at Diablo Canyon? THIS IS A DRILL ites June 1 l'rs!
THIS IS A DRILL SCENARIO: 1991 EY.dRCISE hiESSAGE #: WC 10 TO: WArCll COhihiANDER FROhi: WC CONTROLLER LOCATION: EOC TIhiE: 8:07
========================================
h1ESSAGE: Sam / Sandra Snell from the New York Tribune, is the NRC present onsite? How are they participating in this event? Do you feel the NRC will takeover control of the accident like they did at Three hiite Island? THIS IS A DRILL :
\
as ks')VDC . lkJ)
Tills IS A DRILL SCENARIO: 1991 EXERCISE hiESSAGE #: WC-11 TO: WATCH COhih1ANDER FROhi: WC CONTROLLER LOCATION: WC , Tlh1E: 8:40
==aa=a==aw====uan=============a========a Tills IS A DRILL hiESSAGE: Steve / Sally Norris from the Telegram Tribune - Where can we obtain more information about the situation at Diablo Canyon?
THIS IS A DRILL l L Rr.-June 2.Iw) l
THIS IS A DRILL SCENARIO: 1991 EXERCISE hiESSAGE #: WC 12 TO: WATCH COhih1ANDER FROht: WC CONTROLLER LOCATION: EOC TlhiE: 9:10
========================================
TIIIS IS A DRILL h1ESSAGE: Adam / Alice Turkey from the hiontana Post Daily - 1 low serious is the accident at Diablo Canyon and what are the environmental consequences? THIS IS A DRILL Rev. Jurie 2, IW1
THIS IS A DRILL , SCENARIO: 1991 EXERCISE hiESSAGE #: WC 13 TO: WATCH COhlhiANDER FROM: WC CONTROLLER . LOCATION: -EOC I
- TlME: 9:30 ;
===.===================================== t Tills IS A DRILL MESSAGE: Mike / Jill Larson from the Associated Press - is an NRC spokesman present at the EOC? I prefer to speak with the NRC for an unbiased account of what happened today at Diablo Canyon?
THIS IS A DRILL l(n, June 2, lWI L.
THIS IS A DRILL i SCENARIO: 1991 EXERCISE hie 3 SAGE #: WC 14 1
. TO: WATCH COhihiANDER l l
FROht: WC CONTROLLER LOCATION: EOC A TlhiE: 9:49
==aaaaaaa=aaaaaaaa=========aaaaaaaaaaaan Tills IS A DRILL MESSAGE: Luke / Laura Holmes from KVIE radio ~ Is it safe for us to send a news crew to the security gate at Diablo Canyon? Is there any danger to our reporters or camera people if we get that close to the plant?
i THIS IS A DRILL Rev June 2.lW1 \
Tills IS A DRILL 1 1991 EXERCISE h1ESSAGE #: PAC. 01 TO: PHONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER 1 TIhiE: 5:00
=========== ==_====================_===._=
THIS IS A DRILL hiESSAGE: Ben / Betty Borden in Pismo Beach -- I thought they would sound the sirens if there was a problem at the plant. What is the NRC doing about this situation? Is anyone from the NRC there? I want to talk to them! Tills IS A DRILL l Itoison June 2, twl 1 I l 1
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 02 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PI-LONE ASSISTANCE CENTER TIME: 5:05 e
=================================.:======
Tills IS A DRILL MESSAGE: Fred /Elma Frederickson -- 1 represent the Pismo Beach Retired Persons Club. Is the media center open? I'd like to come down and ask some questions on what's going on, if that's ok? How do you get there from Pismo Beach? T111S IS A DRILL Reumn June 2.1WI l
THIS IS A DRILL 1991 EXERCISE MESSAGE #: PAC 03 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: L5:07
=========================================
THIS IS A DRILL MESSAGE: Jim / Jenny Jameson -- I just woke up and heard the news. I've got two dead birds in my backyard. How come they died? Is it from that radiation poisoning? 'Am I going to get radiation poisoning too?
.e .
..THIS IS A DRILL Revison June 2.1991
I Tills IS A DRILL 1991 EXERCISE hiESSAGE #: PAC 04 TO: PHONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 5:15
========================================
Tills IS A DRILL hiESSAGE: Doreen Dole - 1 just heard about the accident on the radio. I'm three months pregnant and I want to know if your accident is going to hurt my baby. Who do I contact to get a. ore information? Is there a doctor at your information center I can talk to? tills IS A DRILL hd O IM th . JIlf ), } D }
Tills IS A DRILL i 1991 EXERCISE hiESSAGE #: PAC- 05 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 5:17
======================================== ,
Tills IS A DRILL hiESSAGE: Bill / Betty Brown --I'm afraid of the plant blowing up What is the utility doing about it? t Tills IS A DRILL n ~ wn suu 2 2 n imi am
a .- --- - a .- n Til!S IS A DRILL ( 1991 EXERCISE h1ESSAGE #: PAC. 06 TO: PIIONE ASSIS'l ANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIh1E: 5:20 t.,====================================== Tills IS A DRILL hiESSAGE: Jake Sinipson 1 own a ranch south of the plant on Price Canyon Road near Pismo Beach. I've got 300 head of cattle and I'm worried about this accident at the plant. What should I do? Tills IS A DRILL NO l%Dfl )VltC e. ! N'3 }
Tills IS A DRILL 4 1991 EXERCISE MESSAGE #: PAC- 07 TO: PIIONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 5:23
========================================
Tills IS A DRILL , MESSAGE. Larry / Jane Wilson - Is everything alright out there at the plant? I heard on the radio that you guys had some kind of accident and I'm really reared! Tills IS A DRILL
l Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 08 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PIlONE ASSISTANCE CENTER TlME: 5:25
======================================u=
Tills IS A DRILL MESSAGE: Don /Denise Harris -- Someone down the street told me about a meltdown at the plant and lots of people are dying. Is this true? Tills IS A DRILL
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC. 09 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:00
= = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = = =
Tills IS A DRILL MESSAGE: Ken / Carol Drake -Ilive in los Osos. Is there anyone there who can tell me how much radiation is getting out of the plant? I'm not sure, but I think I can smell some radiation outside and I need to know what I should do. TlilS IS A DRILL
, , . . ~ , - . - . - - . - - - , , . .
THIS IS A DRILL {. 1991 EXERCISE hiESSAGE-#: PAC- 10 I i TO: PHONE ASSISTANCE CENTER .
.. l i
FROM: PAC CONTROLLER ! LOCATION: PHONE ASSISTANCE CENTER , l TlME: 6:10
.t
~
========================u:===============
THIS IS A DRILL ; MESSAGE: Kevin Daltrey -- I'm from San Luis Obispo and I just heard ] something on the radio about a problem at the plant. Is this a real emergency ; or nothing to worry about? '
,, : Tills IS A DRILL -1
~I i
?-
i < i-f i ..
Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC 11 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:12
=======================================r-Tills IS A DRILL MESSAGE: Nicole Hinson -- I babysit a bunch of kids here in Morro Bay.
Is there any danger to the kids? Should tell their parents when they drop them off to not leave them. I already have 3 kids here. I have a car Should I get them out of here or will we be O.K.? Tills IS A DRILL
Tills IS A DRILL ! i 1991 EXERCISE MESSAGE #: PAC- 12 i i i TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:15
._====================== a ================
TilIS IS A DRILL MESSAGE: Tomfi'anya Stucker -- A lady just knocked on my door and said we should leave. I'd like to know if we are being told the truth about what's happening at Diablo Canyon. If you people are lying to me 1 swear I'll sue you, l l T111S IS A DRII.L l l
TIIIS IS A DRILL i i 1991 EXERCISE MESSAGE #: PAC- 13 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlME: 6:17
===================_====================
Tills IS A DRILL MESSAGE: Carl / Kathy Neilsson - Was there really an accident at Diablo Canyon this morning? Isn't that the same thing that happened at that plant in Russia where all of those people died? , Tills IS A DRILL
Tills IS A DRILL 1991 EXERCISE hiESSAGE #: PAC- 14 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 6:20
=======================_================ .-
Tills IS A DRILL hiESSAGE: Dennis /hiarcia 13aker -- I'm an environmentalist who is opposed to nuclear power and I knew this would happen sooner or later. Are they going to fix that dangerous nuclear plant before we get radiation all over our bodies. Tills IS A DRILL t
THIS IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 15 TO: PHONE ASSISTANCE CENTER o-FROM: PAC CONTROLLER LOCATION: PIlONE ASSISTANCE CENTER l TlME: - 6:25
= = = = = = = = = = = = = = = = = = = = = = = = = = = = ============ :
'h Tills IS A DRILL MESSAGE: Brent /Lisa Stipanovich --I heard about an accident at Diablo
-Canyon this morning. I ate an apple off of the tree in my backyard and now- ;
- 1 have a real bad stomach ache. Do you think any radiation got on my apple ..
tree and its making me sick?' Tii!S IS A DRILL t b e
-D' '$---- b=g9 '*-V9e+r- 'tyey y---g-.y . +- r emmy -
iy-cq-nrosay,w--$- se9r y e-.pi y-em..L-W - e e e ee I 'er ->r-r ha*wrize".geteaew , a v e'e,wHm-eres.ses--gw+=' e us.- *==w, -+- --swm. mr-'e-
Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 16
. TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:30
============_===========================
Tills IS A DRILL MESSAGE: Rev. Walter Jones -- Did any people get hurt during the accident today? I would like to help out in any way I can. I used to be a Medic in the army before I became a Minister. Tills IS A DRILL
Tills IS A DRILL i 1991 EXERCISE hiESSAGE #: PAC 17 l-TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:33
===========================n============
Tills IS A DRILL MESSAGE: Jacob Greene - I'm calling about the accident at Diablo Canyon. My wife is petrified and she keeps calling me to find out if we're going to get cancer or something. You guys do have everything under control out there don't you? Tills IS A DRILL
- _ 9
tills IS A DRILL 1991 EXERCISE hiESSAGE #: PAC.18 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIhiE: 6:37 .
===================_======.==============
Tills IS A DRILL h1ESSAGE: Dan / Linda Sawyer - I'm calling from San Luis Obispo. I would like to know how much activity was in the plant and which areas around the plant will be directly affected by the radioactive release? Should we leave? TlilS IS A DRILL
~' - --~ ~ ---- _ _ _ _ _ _ - _ _ _ _ _ _ _
THIS IS A DRILL - , I. ' < 1991 EXERCISE- MESSAGE #: PAC- 19 , i l TO: PHONE ASSISTANCE CENTER i FROM: PAC CONTROLLER I h LOCATION: PHONE ASSISTANCE CE? fcR : i
-i TIME: 6:40 i
-i
================r=======================
l THIS IS A DRILL i
.-MESSAGE: Barry/ Sandy Dieter ,1 live in Santa Ynez. My grandmother
" lives in Atascadero which is near the Diablo Canyon plant. She's 86 years old- :
and she doesn^t drive. If you have to evacuate Atascadero how is she going to
-get out?
t
'THIS IS A' DRILL [
t ed l' r I
- j.
- r L- 4 l
Tills IS A DRILL i 1991 EXERCISE MESSAGE *: PAC- 20 TO:- PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:45
========u===========,==========_=====_==
Tills IS A DRILL MESSAGE: Devlin /Debra Dennison -- I live in SLO. I think I heard sirens. I want to I cow more about this accident. I have two young children and I wani tr ' m 7 hist is going to effect them? TIIIS IS A DRILL
TlilS IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 21 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 6:50 1
========================================
Tills IS A DRILL MI ' SAGE: My name is Nathan/ Nancy Nagel and my brother is an operator at the plant. I haven't been able to get a hold of him How can I find out if he is OK? I tried to call the plant but all the lines to Diablo Canyon are tied up. TllIS 13 A DRILL M h i
6 'THIS IS A DRILL j. l1991 EXERCISE MESSAGE #1 PAC. 22 4 5 TO:- PHONE ASSISTANCE CENTER FROM: -PAC CONTROLLER L LOCATION: PHONE ASSISTANCE CENTER i i TIME: 6:55
.===========_==._=====--===================
Tills IS A DRILL
' MESSAGE: Y_ou irresponsible people!--How can the County allow that plant to operate in our beautiful County after what has happened today. We-should have never let that awful plant be built in the first place! (Hang up).
TIIIS IS A DRILL i C
Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 23 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:00
====__==================================
THIS IS A DRILL MESSAGE: Rose Rosales Natomas (Avila Beach) -- I'm really scared! My husband is away on business and I'm all alone with our baby and I don't have a car! I'm scared! What should I do?
- THIS IS A DRILL
. . . . - - . - - .... . . - - - ._. - - .- . ~ - . --
- THIS IS A DRILL- .
1991T EXERCISE MESSAGE #: PAC 24- : TOi ' PHONE ASSISTANCE CENTER g (
~
.FROM: PAC CONTROLLER ;
r L LOCATION: iPHONE ASSISTANCE CENTER ;
- TIME: 7:05- ,
==================================.:======
THIS IS' A DRILL
- MESSAGE: (Don't give name; don't cooperate) I hear the plant just blew up! _What on-. earth is going _on? What are those people doing to make _
things right? THIS IS A DRILL l: I vy-* r vs P -5M&^'-=er-F ao r1--c' t
'O -M TfE+ we--T-- A +- r e m'4-m' g-I rW e e' M ga T-r w -' y- g-g wy" p tgr'waw--W re vy w grip v ve'Mrvgwsty vyv ywy pyv syiry yyv wt = g yD-p-y 9+gre r $
9 ' - 4 1 sh
'.LTHIS IS A DRILL' T :
1991 EXERCISE MESSAGE #: PAC- 25 r
^
1TO: PHONE ASSISTANCE CENTER t
. FROM: PAC CONTROL!LER F
LOCNilON:- PHONE ASSISTANCE CENTER TIME: 7:06
==============_=========================-
THIS IS A DRILL
. MESSAGE:
Dick /Jeanette lLockett -- My neighbor just drove, off with his - , wife and kid. ~ He said he's not sure what's going on at Diablo. Canyon but he's not waiting around to find out.~ 1 live in Grover City, Will I get radiation if I stay here?
-.THIS IS A DRILL 2
o __.a..--..-,.._--__
. . . . .-.; = . . - , , _ . , , _ . , - . . . ~ . . . . - . . . . - - . - . . . - . - . . , , , , - , . . - 1, , , --
i- THIS IS A DRILL r j 1991 EXERCISE MESSAGE '#: PAC- 26 -l n -i TO: PHONE ASSISTANCE CENTER k
-t FROM: PAC CONTROLLER
-i 1
- LOCATION: PHONE ASSISTANCE CENTER ,
TIME: - : 7:10 , 1
========================================
.THIS IS A DRILL-
. MESSAGE: - Andrew /Anita Hoggles -- My dog just threw up after I gave
'him some water to drink from the kitchen sink. Is there radiation in our water?
THIS IS A DRILL I i
,~. - --s 4 t 4 v - m n., ,--g --.-m- n,. - ,e~, --- =m-w r- ~ v '
~-a-n
THIS IS A DRILL 4 1991 EXERCISE MESSAGE #: PAC- 27 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:12
= = = = = = = = = = = _ = = = = = = = = = . = = = = = = = = = = = = = . , = = . _ = =
l THIS IS A DRILL MESSAGE: (Refuse to give name) -- I hope you are proud of yourself L l now, How can you support PG&E by working and helping them? What's - l wrong with you people? ! THIS IS A DRILL
- a. ,
THIS IS A DRILL' 4 1991 - EXERCISE MESSAGE #: PAC- 28 -
- TOi- PHONE ASSISTANCE CENTER .
FROMi- PAC CONTROLLER '
- LOCATION:- .
PHONE ASSISTANCE CENTER , TIME: -- 7:15
.= =======================================
lTHIS IS A DRILL ' MESSAGE:- Luke / Lilly Warm Water (Avila Beach) -- I think-I heard. some sirens. I turned on my radio and heard'something about-Diablo. . I called this number because it was on my calander. What should I do? TilIS IS A DRILL-
, , ..,a., , , -- , ,,,
1THIS l_S A DRILL I
.{ '
1491 EXERCISE MESSAGE #: PAC- 29 3 1 TO:- PHONE ASSISTANCE CENTER FROM:- PAC CONTROLLER
- LOCATION: PHONE ASSISTANCE CENTER TIME: 7:16 a
====_====================================
THIS IS- A DRILL
- MESSAGE: 'I heard a siren. I knew the plant would blow up sooner or-later: You will be sorry-for this! ,
THIS IS A DRILL M s E L -. .
l l THIS IS A DRILL 1 1991 EXERCISE MESSAGE #: PAC- 30 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER 1 OCATION: PHONE ASSISTANCE CENTER TIME: 7:17
==============._================ _ =========
THIS IS A DRILL MESSAGE: Tom /FiFi Bergingman --Ilive in Shell Beach, I don't have a car. Where can I go if I need a ride? THIS IS A DRILL
.THIS IS A DRILL-'
4
-1991 EXERCISE- MESSAGE #: PAC 31 i
TO: PHONE ASSISTANCE CENTER ! i
-FROM: PAC CONTROLLER 1
LOCATION: PHONE ASSISTANCE CENTER TIME: .7:17
= = = = = = = = = = = = = = = = = = = = = = = = = = = = = = . = = = = = = = = = . ,
THIS IS A DRILL
-MESSAGE: _ Sandra Holloway - Did anyone get hurt in the accident at
- Diablo Canyon today?- My husband works out there and he hasn't called home Lyet. I'm.really scared! Can anyone there tell me if he's alright?
THIS IS A DRILL r.
- > r- - , e m- w ars-w 1
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 32 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:18
========================================
tills IS A DRILL MESSAGE: Al/ Karen Pinckett - Is anyone still out there at Diablo Canyon? If they evacuaa the place who's minding the store? THIS IS A DRILL 0 l
THIS IS A DRILL 1991 EXERCISE MESSAGE #: 1%C- 33 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER
\
TlME: 7:20
===================._====================
THIS IS A DRILL ( MESSAGE: Albert / Rose Allenson -- I heard you had an accident at Diablo Canyon. I own a trucking company and one of my drivers has to makew a delivery to Avila Beach. 'Will the roads out there be open? THIS IS A DRILL
-- THIS IS A DRILL
- [
, 1991 EXERCISE _ MESSAGE #: PAC- 34
- TO: . PHONE ASSISTANCE CENTER -,
J '. o FROM:-- PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: - 7:25
========_================================
- THIS IS A DRILL
. MESSAGE: I' live in Arroyo Grande. -We just moved here. 'If they tell -
us to get out, where should we go? We don't have any friends or relatives to
- stay with in this state.
i
' THIS IS A DRILL ,,y * ,e , ,.x-~-., - _ . . . . . ~ _ _ . . . . . - 4__, . . ,.- - . . , ..~.
.. iTHIS IS A DRILL
[
~ 1991L EXERCISE- MESSAGE #: PAC. 35 .
1TO:-- . PHONE ASSISTANCE CENTER FROM:- PAC CONTROLLER , LOCATION: -PHONE ASSISTANCE CENTER , TIME: 7:26- ,
==========================a===========._==
THIS IS A DRILL- -
- M.ESSAGE: (Refuse to give name) -- I live in Cayucos.
People are
, starting to evacuate here. A man is going around telling everyone he is from.-
the NRC and that they should get out of town. :He said the safest place to go was Monterey. LShould-.I leave? -
'THIS IS A DRILL
(
. _ .- - _ _ . . .. .2 - __ , - , ,. ___ , , - ._
~
/ '- -
Tills IS A DRILL 5 1991 EXERCISE. MESSAGE #: PAC- 36 TO:.. PHONE ASSISTANCE CENTER
- c. .
FROM: PAC CONTROLLER . t LOCATION: - PHONE ASSISTANCE CENTER : TIME: - 7:26
==================__===================== -
THIS IS A DRILL MESSAGE: : Bill / Betty Shaver. I live in Cayucos. A man in a pickup is l
' driving around saying he'is from the NRC.- He has a loud' speaker telling people to get out. .He is saying we should evacuate to Monterey? Should we -
Ldo what he says? If not, someone should call the Sheriff and get this guy out-of here. He is scaring everybody.
+
- - ' THIS IS. A DRILL . ,
,.-w - c -. .nv,., *, -,>.e--u .,s ,, o
, .,m, , y u.,, s-, .-y..
- L..f .. - m- + w
*L=dd u A. -s. L }
4 THIS IS A DRILL
\
1991 EXERCISE MESSAGE #: PAC- 37 TO: - PHONE-ASSISTANCE CENTER . - FROM:- PAC CONTROLLER f LOCATION: P. HONE ASSISTANCE CENTER
' TIME: - 7:27-7
=========_-===============================
'THIS IS A DRILL; p
L MESSAGE:' Tom / Sally -Walker. I am in Cayucos. A nut-is driving
- around with a loud speaker telling people to evacuate. He is saying we should i
- -go to= Monterey.. Should we?
He said he is' from the Nuclear Regulation i Agency? I know different. He is from hre in town and always stirring up trouble. 1THIS IS A DRILL l l -- I
,. -_ _ . - .... -, .._.- - - . _ . . _ . , - _ _ _ _ . _ _ . - ~ _ _ - - . _ - - - - -
-1 o
5 THIS IS A DRILL
.'6 1991 EXERCISE MESSAGE #: PAC 38 TO: l PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: -PHONE ASSISTANCE CENTER ,
1 TIME: 7:27-
========================================
K T111S IS A DRILL MESSAGE: Walter /Wendy Krause -- I live in Cayucos-by-the-Sea,. Why are they evacuating here but.not all of the County? I live here and I have a right to know if my. health is in danger. Many people are leaving here, p (-
.TIIIS IS A DRILL o
ll t se e l .. w
,,s -y,,. .g *--,v--ww...~.--mw,.-, r1-g-.v* vr w -w e ,it-y-- e* v vv -t--- y y '- w--
c .
]
i
-THIS IS A DRILL Lt >
1991. - EXERCISE MESSAGE #: PAC- 39 i k TO: - PHONE ASSISTANCE CENTER l FROM: PAC CONTROLLER
+
4 LOCATION: PHONE ASSISTANCE CENTER .
- TIME:-- -7:28 - .
7
=================================._====== +
THIS IS A7 DRILL ~ '
--MESSAGE: Mike / Heather Master -- I am from the San Luis Obispo
'High SchooliDebate Team. We recently had a debate on the pros and cons of nuclear power and I'd like to know more about the series of accidents that occurred at Diablo Canyon today?
THIS IS A DRILL
.i
.c
-- -THIS IS'A DRILL f -
1991 EXERCISE: MESSAGE #: PAC 40
,TO: PHONE ASSISTANCE CENTER-l 1
FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER-i TIME: 7:30
==-=r.=__===============._==================
THIS IS A DRILL.
= MESSAGE: Btitch/Kate Soterik -- Everyone in my neighborhood isi leaving. ' A man is telling us to get out of town.- I didn't hear that on the radio
. or TV. What is going on here in Cayucos?. -What should we do?
'THIS IS A DRILL
i l THIS IS A DRILL N
- 1991 EXERCISE - MESSAGE #: PAC 1 TO: PHONE ASSISTANCE CENTER FROM:' PAC CONTROLLER a
> LOCATION: PHONE ASSISTANCE CENTER TIME: 7:31 .
======================================== .
r THIS IS A DRILL LMESSAGE: ; Randall/ Kathy. Harrison -- Can I drink the water cut of my faucets today or should I wait until the accident is under control. I'm afraid - that radiation is-in the public water supply.
-THIS IS A DRILL
/ -- l
~ . . , . - - - - _ . - -
THIS IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 42 TO: PilONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:32
=========================================
THIS IS A DRILL MESSAGE: Bob /Morreen Surewwod -- A man is telling us to evacuate Cayucos and go to Monterey. I didn't hear anything about us evacuating? What should we do? Oh? He just went by again!! He is saying over a loud speaker that the plant just blew up? Is it true? My kids are very scared! THIS JS A DRILL
_ . . . _. _ _ _ . . . _ - _ _ ~ _ _ . _ _ . -_. _ ._._ _ __- . E THIS IS A DRILL 7 q, , 1991 EXERCISE MESSAGE #: PAC. 43 . TOi PHONE ASSISTANCE CENTER s a FROM: PAC CONTROLLER 1 LOCATION: PHONE ASSISTANCE CENTER TIME: -7:33
)
2 u ========================================
- THIS IS A DRILLU MESSAGE: Larry / Florence Malone -- Is it safe for me to go outside? 1-heard that we were supposed to stay inside our houses until you cleaned up all-of that radiation at the plant?
l THIS IS'A DRILL. l
l i THIS IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 44 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:37
==_========_======================== _ ===
THIS IS A DRILL MESSAGE: Frank / Linda Garrison -- 1 live in Santa hiaria and I'm starting to feel faint; I think I rnight have radiation poison. My stomach hurts and I'm very nauseous. What should I do? THIS IS A DRILL
) .-< THIS IS 'A DRILL ' -
f.
?
- 1991 : EXERCISE - MESSAGE #: PAC- 45:
r TOi PHONE ASSISTANCE CENTER J FROM:- PAC CONTROLLER. - 1'
~b LOCATION:- PHONE ASSISTANCE CENTER TIME: 17:38. ,
P E
========================================
w lTHIS IS A DRILL a
- MESSAGE: (Refuse to give name) _-- I live in Oceano. Is the nuclear
; plant still releasing radiation? < f heard we're all going to get cancer from the radiation. How do I know if I've been exposed to the radiation? -
THIS IS.A DRILL: i w w ( e -s- 9 m q s -e p. % - - 4-m.w w y rw myq g
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC 46 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:40
====.===::=============================
THIS IS A DkiLL MESSAGE: Peter /Brenda Washington -- What precautions can I take at this point to ensure that my family is protected from the radiation?
- THIS IS A DRILL
1 T THIS IS A DRILL -
=9
- 1. :
1991 EXERCISE - MESSAGE #: PAC 47 , TO: PHONE ASSISTANCE CENTER
-i
.FROM: PAC CONTROLLER ,
i t iLOCATION: PHONE ASSISTANCE CENTER 4 T-
- TIME: 7:41 .
~ 5
===========================_=============
e THIS IS A ' DRILL : n j1- - L- . MESSAGE: - Gary /Jeanette Huckle .-- Are we supposed to evacuate from : Cayucos?L That's what my neighbor said. He hat Nft. Should we go? THIS IS -A DRILL t-M' i-
-,-..._.1_., ..
Tills IS A DillLL 1991 EXERCISE hiESSAGE #: PAC- 48 I TO: PHONE ASSISTANCE CENTiiR FROht PAC CONTROLLER LOCATION: PilONE ASSISTANCE CENTER TlhiE: 7:41
===========-----------================rs Tills IS A DRILL h!ESSAGE: Gilly /Gladis bloon 1 am all confused. I don't have enough gas or money to get to hionterey from Cayucos. Should I take Route 1 or Highway 101?
Tills IS A DRILL
l Tills IS A DRILL 1991 EXERCISE MESSAGli #: PAC. 49 TO: PilONE ASSISTANCE CENTER IfROM: PAC CONTROLLER
' LOCATION: PHONE ASSISTANCE CENTER TIME: 7:45
========_m===========================-===
'1111S IS A DRILL MESSAGE: Bruce / Anne Burroughs - If I stay in my basement will i be protected from the radiation? Someone told me that there's radiation in the air because of that accident you had at the plant?
T111S IS A DRILL
1 THIS IS A DRILL ; i 1991 EXERCISE MESSAGE #: PAC 50
- TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:47 b
========================================
Tills IS A DRILL a LMESSAGE: - Jim / Mary Nelson - 1 Live in Paso Robles. Is everything under control at:Diablo Canyon? My kids are in at my sisters house in
. Cambria. I'm very worried about-them. .
Tills IS A DRILL-l: i t
., r - - --r--,- ,%<,u, .,.6 r,--w,,, ,,-ww.-,- , , ,...,'-r -ve4,...r,,,w,yeim,-..-erv.w._,,,-,--vr e .,-----.v,
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC 51 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 7:50
= = = = = = = = = = = = = = = = = = = = = = = = = = = . - = = = = = = = = = = = = =
Till3 IS A DRILL MESSAGE: Simon Rothman I'm from Cayucos. A lot of people are getting the heck out of town because of that kook in the pickup with the bull horn. I not going leave and no one is going to make me. This is just like the Three Mile Island accident and no one got hurt there. l Tills IS A DRILis ( l
. Tills IS A DillLL i
1991 EXERCISE h1ESSAGE #: PAC 52 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLI.ER LOCATION: PHONE ASSISTANCE CENTER Tlh1E: 7:55
========================================
l Tills IS A DRILL h1ESSAGE: Harold /Rubf 1.incoln - Arc all of the roads near Diablo Canyon closed? hiy son is a rancher near there and I can't get through to him by telephone. Tills IS A DltiLL l l
Tills IS A DRILL 1991 EXERCISE hiESSAGE #: PAC- 52a TO: PHONE ASSISTANCE CENTER FROht: FAC CONTROLLER LOCAllON: P/ C Tih1E: 7:57 _.==._===================================== hiESSAGE: (Very sick, old, voice) hiy name is Trudy Alison. I hear we are supposed to evacuate the Avila area. I am in a wheel chair and I'm on oxygen sometimes. I don't have a car. How am I going to get out of here. (if the PAC ab foryour tulliress. say it is 102 San Migttel Street. If thev askfut yourphone number. give them the number.yvlLGEC callinefrom. If the PAC calls bark.1 hank 111cm for helpingJ_ Tills IS A DRILL Ronan June 2,1W1
Tills IS A DltiLL 1991 EXERCISE hiESSAGE #: PAC 53 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 8:00 4
========================================
Tills IS A DIllLL hiESSAGE: Jack Pollard - I'm calling trom the California Ret. ired Peace Officer's Association. Do you have everything under control at Diablo Canyon? Some of us here are willing to help out with this crisis in any way we can. Tills IS A DillLL
Tills IS A DRILL 1991 EXERCISE hiiESSAGE #: PAC 54 TO: PiiONE ASSISTANCE CENTER FROh! PAC CONTROLLER L LOCATION: PHONE ASSISTANCE CENTER TlhiE: 8:01
========================================
Tills IS A DRILL MESSAGE: Robert /Roberta Pope - I own a trucking company and I'm supposed to make a delivery to someone in Los Osos. They told my driver that the road was closed so he came back. You people are costing me business! Will I be compensated for my losses? Tills IS A DRILL
l L Tills IS A DitiLL i 1991 EXEllCISE hiESSAGE #: PAC. 4 TO: P1IONE ASSISTANCl! CENTEll FROht: PAC CONTitOLLEll LOCATION: PilONE ASSISTANCE CENTRil TIhiE: 8:02
=============================u===========
Tills IS A DillLL hiESSAGE: Keith/ Karen Avila -- I am in Avila 13each.1 don't have a car, Where can I get a ride out of here? I don't want to be left behind. Tills IS A DillLL
j Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 56 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 8:05
=================================._======
Tills IS A DRILL MESSAGE: Gary /Glenda Rollins --Ilive in Nipomo on Tcfft Street. We own some goats, rd like to know if it is ok for me to milk the goats today? If there is radiation in my fields I would like to know before my kids drink any of the milk. Tills IS A DRILL
Tills IS A DillLL 1991 EXEllCISE MESSAGE #: PAC- 57
- TO: PHONE ASSISTANCE CENTEll FROhi: PAC CONTitOLLEll LOCATION: PI;JNE ASSISTANCE CENTER TIME: 8:10
========================================
Tills IS A DRILL MESSAGE: Nick /llolly Jorgenson -- 1 live about 30 miles south of the Diablo Canyon plant. Am 1 far enough away to ensure that I will not get any radiation? Tills IS A DRILL i
l Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC 58 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE A3SISTANCE CENTER TIME: 8:15
========================================
Tills IS A DRILL MESSAGE: Warren /Marilynn Unger -- I'm calling from Santa Barbara. Do you know if the damage caused by today's accident will affect Santa Barbara? Tills IS A DRil.L
i l
, Tills IS A DRil.L
't 1991 EXERCISE h1ESSAGE #: PAC. 59 l TO: PHONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER Tlh1E: 8:30
==============_==============n==========
Tills IS A DRILL h1ESSAGE: Bill /Brenda Garrison of California Farm Bureau -- How much radiation was released from the plant today and is it getting into the food chain in the local farming communities? TIIIS IS A DRILL
Tills IS A DRILL i 1991 EXERCISE MESSAGE #: PAC- 60 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 8:35
========================_===============
Tills IS A DRILL MESSAGE: Matt /Julie Kelly - Are we being told the whole truth about the situation at Diablo Canyon? Every time I turn on the news I hear something different. Is there a release of radioactivity or is it just a bunch of media hype? Tills IS A DRILL l l
Tills iS A DillLL .. 1991 EXERCISE hiESSAGE #: PAC- 61 TO: PHONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 8:40
======================================== ,
Tills IS A DRILL h1ESSAGE. Phil/ Sally Liuzzi- Ilive in King City. I understand that they have evacuated the site of Diablo Canyon employees. What steps if any have been taken to protect the general public? T111S IS A DRILL I
Tills IS A DRILL 1 t 1991 EXERCISE hiESSAGE #: PAC- 62 TO: PHONE ASSISTANCE CENTER FROhi: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TlhiE: 8:47
========================================
Tills IS A DRILL h1ESSAGE: Patrickfrina hiadison, California Wine Growers Association.
-- Can you verify for our subscribers that wine growers in the state will not be affected by the radioactiv;a release?
2 Tills IS A DRILL l
THIS IS A DRILL 1 e 1991 EXERCISE hiESSAGE #: PAC. 63 TO: PilONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER
- TlhiE: 8:53
==================u=====================
TIIIS IS A DRILL .
- hiESSAGE: Wally /Nina Blackman -- Many people in the Lompoc area a are asking if the roads heading north are open. .
}
THIS IS A DRILL t I i e 'l i t v n= 6+.- 4.e+h-yed,,,,..-,.. . . , . g,+.,,' ,,,.-~,',, %,.m_,,.y.,,.y%,, , _.g,..,g.g, _, , pyy,,.,p.,, rw,,,, . .
, .. .,. .,, ,g_, , ,
Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 64 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: PHONE ASSISTANCE CENTER TIME: 9:00
========================================
TIIIS IS A DRILL MESSAGE: Mike / Carol Malone -- Is there any weather data for Diablo Canyon available? I would like to know the wind direction in order to trace the direction of the plume. Tills IS A DRILL
1
. Tills IS A DRILL 1991 EXERCISE MESSAGE #: PAC- 65 TO: PHONE ASSISTANCE CENTER FROM: PAC CONTROLLER LOCATION: I HONE ASSISTANCE CENTER TlME: 9:15
========================================
Tills IS A DRILL ' MESSAGE: Karl/ Jane Henderson - Has the food supply in the local farming communities been contaminated? e TIIIS IS A DRILL
j Tills IS A DRILL i i 1991 EXERCISE h1ESSAGE #: PAC. 66 TO: PiiONE ASSISTANCE CENTER FROht: PAC CONTROLLER LOCATION: PilONE ASSISTANCE CENTER TlhiE: 990
= = = = = .2 2 = = = = = = = = = = = = = = = = = ._ = = = = = = = = = = = = = = =
h1ESSAGE: Joe / Janet Bertrand -- Could you give me some information an / hat happened today and whether the public is in danger from this accident? Tills IS A DRILL
l 8 7 e i s c . 6
'r e
x ) ; ER 5 S E R + yW U O cOP H n R 4 N e O ( I gT rC E eAE - 3 I M T mR , E 1 2 9 9 1 1 O o o o o 0 o o e t n i
- n. c 4 c l
g =OC ,a fi ,e l lllll[ ll1lllll[ '
- i! :t jl;l ,
t_ i8 - i7 .. eE sR -
. t U i6 eS rSE eR xP i5 S
)
EM E R U yT O cSY H. nS i4 N I eT gN ( E rA M . eLO \ 3 I T
\
O
. mC *
, E l R
O 2 1T
. 9CA 9E 1R 1 H - - - - -
0 0 0 0 0 0 0 O 0 0 0 . 0 0 0 0 0 O 0 G 3 1 1 8 5 2 9 2 . 2 1 1 1 C7)L i::1 i1 4 : il ,,iI 4 i' : f,; ' i ; 1,.
-= bn. A. 4- --J4e.a.+-. ,arAa- J sN,._a.g_*p,2 4 J4 4 2, p 44_~.d_4Au,u =ya _ jg___ _j,-
I
-e C
(D p.
.e Qy - LO L %-
0 m Mj , , W .2 J l
-c V) pt,;
>.. vR ! lD o
OC ' tumme /
/ m W
M-= W g j
/
~W-Org f %
w g- m
/
f
' &s e 4
.- < -n -
A
/ H
(- EI1. W x - _ s
's v.
g _. - - -N O CD D CD -
*W I 4 4 e i C C O- O C C C C C - C- O C C C C T- -- C L*. r F. OJ - -
3 S33hl030
, )I .1ll!ll
' 8 N ' 7 x
e i s - c1 3 ' 3 r/ / e E g xL x ) sP i
' 5 S U R yC O
" U O
c0 N I I nMR ' 4 N eE
^
. I
( gI I . rT x E er ' i3 M I
^'\ T mFXE ,'
E E 1 i(
/ ~
1 R +2 O 9C 9 1 i1 m O 0 O 0 0 0 0 0 0 0 O 0 0 0 0 0 2 7 G 5 1 3 : 1 w mWN% v, 1lllll!l lI! .! !l ,ll ll!l! liltll l
I
-e .
. c.
O U2 D. - tb , 4N .l h.. ; L% C x l M: -- < L,7 C., -c CO ! pr .
-p, .,: u c j la o.
l O-o- i
, n .
h c4- ./
/
-yZ .
-o ,, W /
U- - W / (.{\ - g L -H u s
,c :
V t -f -M w s .
. , - H V~ /s g
W,w r h : uj -" Cu a . P O C- C C- C C C C C C C C C C C C r, e e -- c. o - el S338030 e
- , , . . - . , __ , . _ _ . . _ . . . . , , . . . , - . . _ , , , , . . . - . - - _ _ _ . ~ . . - . . - . . , ,
-C
/
/ -o
/
/
0 r.o <
/
.. W pJ c~
L% s g e M ,_: / - r , r_. : ,. e to
,, i 1 ce c l p
r', u . o OC / m e W u ? K o ~, -
~.
b.L r e m e . V L <
- rs w e
e- 'v, - b~ l *W \ r4 W -- 4
-N H
f CD o 1 CD
- - .m
, . , ra C C C C C O C C = c
= = e = c s e c -- e. o -
c3 S 3 3 h1 0 3 G 1
l IO N g U Z D WH
.- < " O W
'm W C-L4 4
m
'1 W V)
^ T'1 & -c
- v. L< p C O c~E -
m c
+
j -v g Ck ' m v k r 't VJ, ===
+
w?,) I I -M b
- = i Nh -
i
-N
,Z
?
O to a cn, ,.. t b
. C C C C C C O C. O C. O C.
02 l) 3 S33803G i
. i -.! ! :i2,l 1{ !![ [ v! ii [ : ,!
!7 9t i! i!! ,[ -I'
- , 8 -
/
.// ,
7 e .[ i s 6 _ c . r _ e xN 5 S
) -
EI G R - R N.s U 7 O Ty A ~ w' eM H . r
- n. D f/
4 N eE I ( rL
<O E
/-/
. ~ rO M . eC : 3 I T . l b' ., mUS E !, . 2 s 1: _ 9 _ 9 . 1 . 1 ,
+
0 o 0 0 0 0 0 0 0 0 0 . ( 5 0 5 0 5 5 0 5 , 1 1 - 2 2 1 1 - L V)wW:a: Ow a ei 4 A, . I: ! , ! lt{4!' !!: ' .1 I ! el 4
1991 Emergency L ercise CONTAINMENT TEMPERATURE C.M) - 200 j k in l N N 150 - l % l C W C 100- . N- ________ 50 i > 6 7 U 2 3 4 f' O 1 TIME (IN HOURS)
1l j llll! ! 3 7 e s i E cRU - , 6 r S eS x F, ) E R P
"'- S R
U y1 / O I c/ I nRO I l N I eT - ( gA _ E rRE -- M e N I 3 I T mEG _ E M - 2 A T n 1 E 9T S 9 1 1 1 O
)
0 0 0 O 0 0 ( 0 0 0 O 0 0 2
- 2 0 1 1 G 1 l
1 l 4@= I ll ,l l1ll l
I
-e.
s
.w a
.m W m
.O -x .e k +.
DuU5' KN - gA k _e cc x p-hQ o. O c: v
.Q; p_ .
v >\ v bi < '/ w
.~..,. m,r, . / -
g
/ r/
gene
-n -
2
- pcm H.
M _
~
_< -N 12 cn - s a g _- o ll , . . , , . o l- c C c c c c C O C C C C CJ C CO C v OJ VISd L
, :! ' ;! .=t i ;. : i! ;' . lt i t f
' 5
.7 .
a e - s E ~
. i .
eRU i6 - r S _
'e S -
xER )
.E P N 5 S R
_ U , y3-#- . O I c ' N I nRO - 4 N N I eT s A ( gA N E i- ER \ M - eN 3 I T mEG E M' i 2 A 1E - 9 T' 9 S 1 1
- O 0 0 0 0. 0 0 0 0 0 0 0 0 0 .
2 0 l f 6 1 2 1 1 s2_c), j CL J x ; ;!
& .,l !iiii:1 ; ;. j;. ,,
a i 1991 Emergency Exercise STEAM GENERATOR //4 PRESSU.RE 1200 - t 1000 - ! l . 800 - J y) G00 - 4 400-N
\.
200 - N' x 0 . .. .- i i i 4 > 0 :i! 2 3 .4 5 6 7 8 TIME (IN HOURS) ,
-e
< - r-
/
O te w%
.m m
w
/
aF<
-e
~M ,
O c:a Ac r,c n
- r" cn cc g
,I
< :2 o
~..9 C ,,
c >,=*= l i m W w - ,e Qm , . w b
- L c, ,
- / r_ec es - e
- , -n -
e-e n:= s
- </
r,
~ -
c
'w-
~
-. .c -m CD CD $
~x -m o
C C C C C C C O C C O C C O C
- r. e c. -
- e. n -
el S33MD3G ,
\l\)j!1, 8
s N* ' 7 eE sR i U s' s cTA ' 6 rR ' eE w xP ) , sM ~ s ' 5 S E R T U y - O eGE i ' N I I rL N
' 1 N
eD N' ( I gL rOC ' E e i3 MI K T m2/
/
P EP O O i2 1 L 9 S 9 C J R i1 0 0 O 0 0 o, 0 0 0 0 O 0 0 y 0 0 7 G 5 1 ,' . 1 w MWwNeWC l 1llll llqilll llt'1lllll l ll1I ll{l
, llll Il
~
x
. 7 a
i EM eE sRU cTA rR eE xP E -
~
N x
. o
, n S
)
R T - y '
- U O
cGE '
~
H nL , 4 N eD ' s' ( I gL rOC E e ,3 M I s T m3 /
/
x
~
( EP 1 O 1 OL . 2 9 9 SC 1 R ,1 o 0 O 0 0 0 0 0 0 0 O 0 0 0 0 0 7 G r 1 3 2 1 g 0WW 9 0N2c Il! ll .il l illil l1lll 11 lll!ilI
1991 Emergency Exercise RCS LOOP //4 COLD LEG TEMPERATURE 700 - 1 (;00 500 rm 'u / y. 00-100-W -s' W g 's O : zoo -. ~~.,s' S. W C '\
- 00 -- N i00 -
* *)
TIME (IN HOURS)
-e
/
/ .
- o Om me
. ~--
O E- -o L< v e-m , M r_. / ^ r , m e- ; -e to
- D
~, , :._.
i o G ,- < v
~
e w i w A e Y,
/ -n2 M y ,
xL..c ;
%~ ~
/
/ CD v .
- c; w c
1 H g% r,' L x' c
" -u O cc Qo e
o C O C C C C C C C C C C C C C b C C r 0; ) ~
.d S33HD3G i a_ - -___- ______-__ ______________________ __________________ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ _ _ _ ________ _ _ _ _ _ _ _
~
CC
/
- N 0w V) % I
*H p - C Cb L <x A
! m ME% I
/ - e: V)
X D X b ! 3 CC - ~ e WA w ,
~ 4 N
/
V'. T - - DI ' m L= E C N1
- C w h
h
~
5 j
- s f* ' C \w, C _s C - C2 y
CO QO
+% --
I
- I i &
C C C C C C C C O O O C C C C i- O L. - c- J - 3 S33hlD3G a-___-_-_-_-- - - - _ - _ --_ - - _ - - - - - _ - - - - _ - - - - - _ - - _ - _ - _ _ _ _ _ _ _
l lll - a N , > eE sR \ i U a cT w rA R e e E xP N ) E M -
- o S E ' R yT '
U O cG H nEL x
, a N -
e T , ( I g0 ' E rl e I o M I 3 T m/
\
/
q , sP
~
i
^
O l (t O e 1 L 9 S 9C 1 R ; e 0 0 0 0 0 0 0 o 0 0 0 0 0 0 0 7 6 f 4 3 2 1 w f)WW%C i ~ j l ll ) l
199:1 Emergency Exercise: RCS . LOOP //;1 IIOT LEG TEMPERATURE 700 - GOO - 500 - .j 7 (/ . i
'k U)400- )w^x W N W \.
% N' O 300- '~
W Q
' 0 0 --
~
100 - 0 i i i i i - 0 1 2 3 4 5 G 7 8 TIME (IN HOURS)
; ! i. t , ; ;f
'8
*7 .
W eO sL iF c'R i6 . rE .m eT xAW
$D E-i5
)
S R yE U cF O , n1 H . e# gR 4 N I ( rOT E eA M R . '3 I mE T N N E G . 1 i2 9 MA 9 E . 1T S i1 O g 1
, o~ 1 O Z.g O m EJLL c Mm<7. CCA wZO JJ~ s.
manns-l 1991 3m ergen c37 Exercise ! STEAM GENERATOR //2 FEEDWATER FLOW 1 1-m 1 D O
~3 C ,
L:J CL rn in s O w sa
- CQ J
TA V. C1-
~ = /.
i m
\ . ^4AIMI IAAldllAI4 7'##" \ 4 i
~
i 0 . 8 3 5 G 7 0 1 2 1 TIME (IN HOURS)
i 1991 Emergency Exercise STEAMLGENERATORf //3 FEEDWATER FLOW 1 y D O Z ,1 , M Lt] w V) d2 . ' J 7 w Z OI b i d - [4 1 !
.o , ,
1, v -- c- , , , 0 1 2 3 4 5 "G - 7- 8 TIME - (IN. . HOURS) .
l
- CC
- P-E:
Oo to a
.~ w P p:: -o
~w ,
OH d >< rg -g - A
._ e w c::
X's ;D C~ , o g%
.s v
+
v Z 61 % L O
, c (
r E- m v < ee s l
-n n
Cw - H r,, Z e w e .-
-~
CD e CD e <
+ E-cc r-- - . r e
, c. a - =
H30H H3d SSYN 87 SNOITIIK
l jl\l' l
. 8
, 7 e
i s c , G r e 1 s x# .
- )
P --
,5 S O R yO -
U c L. - O nW eO
= .
,4 H
, N gFL (
I r - E eMA - M mET ,
, 3 I
T E S 1 .
,2 9
9 1
,1 0
1
.1
. c i o cDOZ c b'aa ID < /s Q Ca U)x2aaC.
ll!l ll .llll 1ll \LlI l> l\ ll , \
t . b i 8 7 e
, i s
c 6 r e -
~
, x2 N
- E P.
i T
)
O 5 S y O.. S m R U c L. O n W- H O 4 eL N. g F. ( I - r M E eA M i n E.T. 3 I T S. aE
,1 2
,, 9
-9
- 1 1
- ~
0
, l
, '. OG I gDOZ e]LC tL OOaw O Jws CC CJ C'7.O a
, : ' : - ,f i
i
' 8 3
7 e i s c i 6 r e x3 /
/
3 P , 5 S
)
O - R yO U cL O nW H
.1 eO <
N gF L ( I r E eMA M
, 3 I mET T ES 1
- , 2 9 .
9 1
, 1
- _ . O 1
3 oG 1 n w^CCJ J)T'f.O]JZ. DC %WCL f) 31, i0
y-. .----r- - - - - - - ---:-----.-- r------ .- w-M 1. 4
..~ .
'yy
- M.
_Q : -c w y ,
-n 9 -: T- 1
^
fyl W' -
~ C ' & .- -
C # g' ':.g n Q; O-b p - p'
.;-{.-
,~ -
v .. M~ Ql:< E *
,,e,
_n - M el _"
-- i G
M
-+
2 i 4 . O
, J - C M30H M3d SSYK 8'I SNOITllN
J 1991 tEmergency Exercise STEAM GENERATOR #1. WIDE RANGE . LEVEL 100 - 8 0 -- F G O -. Z La U Ct: C.d a - 20-0 . i. > > i i . , 0 1 2 3 4 5 .. G 7- 8 TIME..(IN . HOURS)
l 1991 3mergency Exercise STEAM GENERATOR #2 WIDE RANGE LEVEL 100 -
~
~*~~~~~~'
, x- _. _.
H G O -- . *4 _.._, W i U M W e i f0 1 20 - 0 , , , , , , , , 0 1 2 3 4 5 G 7 a TIME -(IN IIOURS) e,> , ~ . . , . , ,-
~ O i
, -N i
C> \ U2 w'
- e.H
~
M
-0 CZ r,
V<x \ ^ 4 1 a LO Z f M
~ , p
.i
[ I ! O Cs S \
~
~
g n*
\s Q i
\ -
D[ e/ M / Cb I
-e 2--,
s
~ r.,
{'9
' Z, e.
Dae.e
! 4
'"c~*
CD <
- w, 1
o C O O O O O O O O w :) IN3333d
199l1 Emergen.cy Exercise STEAM GENERATOR //4 WIDE RANGE LEVEL 100 - .
~
_,m.s w a. .*W
~
4% . .[
]
H GO -
// a Z f N
O f a: W p- 40-4 t O . . .
, .. i i i 3
0 1 2 3 4 5 6 7 8 TIME (IN IIOURS) t ,
-=
N O w w 9 L ~i o x> -e
-~
w L, c, 1 e
~ ;D
>.- o o- -
e % i
- 1 Z 0.1C i c bL o
, 'I m
-a y C M L -M -
H wu
~x
( r,' -
)
- ca CD CO io C
C C C C C C C O 9
?
'2
- )
1N3Td3d
l
- C
'. -N O
CD
-O a3 __ _
h fy em r .,. 7 e _e (f) H C, g C D
- r. ~ o
~
e1 v e w- a, m Z oL gg C WL ^ e 3
>L.
e v M p W
-T 4
- 6. -n %
f n v s
'm N r,, ~
i I ~b Q w . . ~
. i i
- r. .
C C C C O C C C)
- ) C C C '~
IN33'd3d
~ . . - - _ __ . . _ - _ _ _ .
4 m s
-= -i
.a 9 I
- 2
-n i
.C ,
y . o-
-e K
.g .
. K> m pQ E, -e en
. - - . x .
yv D
- g j O x% -
u: ,. -, t- .c e-x , 0; ~- . Q o . x;
.x e- 2 4 7, t3
-O P-w m- , .
m -n D m. v
+.. , m -*
h'. t r- i i . .- O C - O. C C- C C C-N O ::- C r N 1N33'd3d t I \
}.'-.
e ,
.-y , ., ,q g s ,~
_a.y, . . . . . ., e y . .w aw's -evc e -'+--*-u-w* e'-wen ***=*r'-*T--'weerv-vwr T w m '* ' g- re e T '- "*"e-* *' -r*-
m . i
~ [%
C (D
- C O
L C m e ~ C b A, nC, N p., e '! D l
#i
- O Ov l- %
W e' g r Z v 6.t C
, c &
m a , l
~
MU
- pJ.1
}
M
[.:-l __
.__\
~
N C 07
- m i
h I C c {-
,a J.N 3.383 d l
n
l
-=
l y - D-0 w; m-
.~
h' g ~O 6z o<
,A e n Xwo -e tn %e ;o /.~ o 0~ -
Cz __ ' z o ._. - b i ::t n-
- ~ p empa c
o vm - 00 >. H C< -H
~a MC - -g z -
ca QC Q2 w . - - H co o O C C C w V O O C v OJ IX3333d
ll l l i 4 4. 1- .
, 3
( . L E , 7 - V - eE i sL . E cG G rN eA , xR % {\ ) . EW [V . 5 S O \ R -- yRR V
\
t U . N 0 . cA l f I nN y i 1 A N e2 g/ O -
/ ))A -
r R h~- v E eO i 3 M I , T mTRA f E E . N ' 2 1 E 9G 9 1 A M : E ,1 , T S , _ - - _ - 0 . g- 0 O 0 O g l f G :: FV.2OM' U
~
= ,l:
- i!: }!i .' ji! :!*
r- O i a , w - t~ 0m Cn '
.- g ag _
e Lz o<
.A c.:: .
n r, , - e-
~ -
to, o l L s e :D n o< e i o C2 - = z e . .. t - b.c % mM i
/ N Oo t -- _ n :$
Me& < ~~~ '
- a NO -
z _ ', HW , ao ' Q2
+<
w _ - F cn o O O O O c = c -- > IN3333d 4
-=
l A w .
-b 0W g'
epH e O E,, -o 3 .
'Z o< J vz r1 i
i e
~ LS o L n u '
;D AO '
o C 2. :: M
- Z .
z O- - t 6.0
-~ %_
C5 \ u
-= 2 g
bg- N
~D NO -
a z rg t
- c2 CD 0 CD 2 N --
F w
, , i >
0
= = = c = =
O 0 C ~~ 0J IN3D'd3d
-e I
1 i
-o o i Cn O 1
-e oa ,
l
,d >w NN -a w
- I x
>w D
o v% - r~ ,
-" y, aus' ,
61 N
, ha O- _a __.- -
e2 ea > s
- r. , a. 4 Ao !
- N C)
C cn s i
, . o
= l = - O -
~
c =
' C Z - n IN3033d
> ;[ ! , ;' - f I,. Itl. ;*f!i ;' !l 5 ,i .: - !ty t!l,i1: 8t
, t i
7 e i s c , c r - eLE _ xV ) E E' L' S
- n. R .
y/2 _ U _ O c/ - H nRE ,. 4 N u eT os A I ( rL - E eU-M a IM T mUC EC A ,
.1 , e _
.9 _
9 .
- 1 -
1 -
- - o _
0 0 O 0 0 O . 0 1 1 G 4 2 1 J bZWrZwa v . - ~ - 4'; I;,tlii:I i i. i ! !. ;iii!!!i!l ' 5 I:i ,. i ;! ;4 : ,
! lil1 lilj
.I i7 e
s i c >6 r eLE .- xV - ) EEL . 5 S R U y3 f - c/ O H nRE . 4 N eT gA - I ( rL E eU .
- 3 I M
t M . T nUC EC - A . 1 . 2 9 9 1
. 1
- - - 0 0 0 O 0 0 0 0 1 1 G 1 2
1 HZwUCWa
~
~
l
-=
- (~
O Cn o'
-e n
Cd - 1 a g,;<q -e m -
- c::
i
- D o~c
,s ,_
o Cem ' z
- a. r._ ~
bL'a<
~-. %
C= -e :$ pF,5 E-u Mo s - 0] Q Q
-m O
= = = = = =
0 = C 7 02 1 - IN3Jd3d
- - - - - - - - - . - - - - - - - - - , _ _ - - - . - - - - - , - - - - - . _ - _ - - _ - _ _ _ - _ - _ _ _ _ _ _ _ _ _ _ _ I-
.Iii tli*;t! (, !f
~
,8
,7 c
i s .
,6 cE rR eU xSS ) _
EE 5 S _ R _ R U yP I O _ c1 I , n/ / 4 N eR ( I ,. gO rT E _ eIA. . ,3 M I T . mUM , EUC _ C .'
,2 1
A _ 9 l 9 _ l 1 1 a 0 i 0 0 O 0 0 0 0 0 O 0 0 . G J ._
, 0 8 4 ' L.
I J.. f,@
- C _
~
[!! !i!lj.l. .
l l-;:k!!!I!,r !tj > 8 i 7 e i s _ 6 .
- c. E i
rR , l eU _ xSS ) _ EE . . 5 S . _ R . R U yP O - I c2 / I _ n/ 4 .- _ N eR _ ( I . gO _. E rTA M eL _ 3 I . nU _. T _ r) f EUC _ C . 2 1 A 9 - 9 1 . 1 0 _ 0 0 0 0 0 0 O 0 0 0 0 0 0 2
"2 0 8 6 4 1 I 1 j oC y rL _ ;[
ii ,f
!:l;ll l i s
,a _.
t ,I i _
!ii' !I . _
,7 -
e i s . c E
,6 -
rR _ eU - _ xSS ) S EE ,5 R R U yP O c3 H n /- /. ,4 N eR I ( _ gO rTA, E . eI 3 M I T - mUM . EUC - 1 C 2 - A 9 9 -. 1 1 0 .
-0 0 0 D 0 0 0
- 0 0 0 O 0 0 . m. 2 0 1 1 G 1
- 2 i 1 y
4, t CjL
- .' c ; ,. z ! ;
8
~
7 e i s 6 cE rR eU xSS -
)
EE -
. 5 S R
R U yP O c1 - H n# - 4 N eR : I ( gO E rTA M eL 3 I T mUM EUC C 2 1 A - 9
~
9 1 ,1 0
- 0. 0 0 0 0 0 0 0 0 0 0 0 0 2 0 8 G 4 n 1 1 4 )LyC
! , ! ii4 4 ,j i il1I ' 2 :i ! 3li1
! f! j i l4I ; l'
, <s!
-8 7
eE sR iU cS 6 rSE eR xP ) EK 5 S R N U ye. A O cT - I I. nFE . 4 N eI L I ( - oL, E . rR _ E . e R 3 M f T m E7, _ EI R . U 2 1 S 9S E _ 9 R 1 P 1 i
- - - - O .
0 o O 0 0 0 0 1 n G 4 :2 0 oL tC 7 , 4 ' . :. 4 : . ! 4 ! i f ill
;:!4 I!
-=
- t.
O
.~
w g -e L U i M ?= 1 m [.I.'. C, ; - c 9c., z m :D o 1 O
~u H g -,Z oe ,
v bL <,r - w L =. g- - r. n c> ; H m w 'o I r, , u
- L
-N
- ^
, g Q
Q
, , , , . e
- v C C C C C C C C C C C C C C C C C CJ C = C r 03 313NIN hl3d SKOTIYD
~...---..~..---.~~.-~~----._-,-.-i.-.---.~-3 .
t i i
-=- !
f
-l; t
t
- t.
0 in ' e p=* -
-C e
.g <
.O g is: m .
r,9 C -c M !
~ a CG k N D !
> ' ,.. O :
c~ l C r
+e
> r. ,
-n
-r
% t -M ;
' h- .*
% }. v I h[ A.
y *
-P%. we.: ~M c
w U
..g.a-l
% }
7% e== v. r _.I [: -- .
-N . ,
e
;Q' m i
- g. -*
f a.
, , i < i O i C C C C C C C O C C C C C C C .C C C. C u = = e , u
~- ~~
! i 31DNIK 83d SNOTTYD
; l
)J 6
8 1 _ tm. 7 _ r e l a a _ i s h l _ c a 6 r d u e [ x ) - E W 1-5 S . R yL O U . O cF I I nN . 4 N eW I gO ( rDT E . eE 3 I M iL r _ T r E 1 . 2 . 9 9 1 - 1 0 0 0 O 0 0 0 0 1 1 G 1 o . 1 gsDZ ' ZWCL W,oa&4.O
! , ! . j ii l ;l!< i! !i:Il!!i l!: . , .i'
_ _ _ _ _ _ _ , - - ~ ' ' " ' t ( ( -
-b C
o .e k t
$.N
.a p N
-s
,e
~bw ,
A l yb % 2O ' m WO ~K - t' to
>' 5; ! o O
o r'"* H %,
- r. .- T Z
bi z !
- < m Q. U- -
-C
,c
%XN
- i H
r,' ', p i i w .K- - 0) CD % - Y >"*'* l I
- c C C C C C e =
- e. - f-
) .) *"*
- el S33hlD30
\ jI l ll.1 lil il lil il i8 .
=
i7 P - eM . sE , iT _ c T f i6 - rE eL ' xTU rJ ) EO ,\ b i5 S R y2 U O c#R H nE eG i4 N I ( gN - rA I E , eI C i3 M I - T mXE - E' T ' L A 1 EI 2 -
.9I 9R I -
1 I - R 1
- - - 0 0 0 0 D 0 0 .
5 0 1 5 o n 1 : 1 , k J, Db uo .
' . ; ' . , . ;: j:4 !
r- C
- b=
C VJ eM
-C 9
M C M - r, _e to
*g M f', C t~ D
,- 8 a
r, O v ~ H V v Af
? <, ta
~r -
*3 L 'm v
4
-M e- s e b b Y
w - r,m -
-N C)
-e v
, O c c c C C C O O O O O C C
;, . C. 7 F. O ~
31DKlh 33d SNOTIYD
p _ i_ l
'i y >7 e
m i s +
>G c
r / eN xO
~
)
I S ET A -
>5 R
U yTR - O c N' #
- H E
nC eN y_
>4 N
( I
+
r gO E e rC M eNO 3 I m R'
/.
T EOD' _
. 2 1
9 9 1 1
~
= - - - - - -
O 0 0 0 0 0 0 0 0 0 0 5 0 5 0 5 0 5 0 7 5 C 0 7 5 2 2 1 1 1 1 72 d w
- ZW A MHZ<,1 y
; , L .' . , I : 1 <' :j # 1 >4
-=
o N, g x r
.~ -
^
h
- (O c= -
r a
\
m X I N -e to M
\
~ r^ 1 p n- -
O Cs k \ Z CO s z, t, a a i bL
- , C w v s -E I
-n d cc r es "
1 g
- s r,< -
w o -N O Q i , e i C C O c C C C C C C i~ c ) C i~ C N u - - - - 31DNIK 83d SNOTIYD
1 { 1l '
' 8
> 7 e
i s c > 6 r) e7 1 x9 ) E- >5 S I R y (F . U O cW nO I I
>4 eF L NI g (
rNO E eI >3 M I T mTEC EJ N f I I 1 >2 9 9 1 1
- O 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 < G 5 4 3 2 1 ePDZ%f, cz %N wZo2J40
!l l l l ! l ll!l [ll!l('lllll =
s ( - rs
)
O CD Q -O
% (
C y4 . a,, m
-C >
/
r,s N * ! fa # l O C.) v M f eR i >==4 m S_D X - tc
. e.,
=
1 r S. 4
-n m F
m - C, H r,- M
- -N C
Q H e
! )
O O O o o C O :O C r N IN3333d
c l l I !( j ;(t* tu P i - , "[1j i t
,f
- ,7 e -
i s cLE ,0 rV eE xL ) EKN S
,5 R
yTA _ U _ O c L I I nO _
, 4 N
eR - I ( gT r N E O M eC _ , 3 I T mEM . E U , L ,. c 1O , 2 _ 9 V . 9 . 1 .
, 1
- - ~ - 0 0 O 0 0 0 G 2 1
HV.wuZI i - !
il1 l 1)!Il. 8 . 7 e . sL - iE cV , G rE L . e - x K~ E N A , i f
)
S R y ET' U - O c G' I nA I eRO 4 N I gT ( . rS E eRE - 3 M I T mT - EAW - 1 E , 2 9 R I 9F 1
,1 O
0 0 o 0 0 0 0 1 ( G 4 2 1 HZWUZWa 1i -
- ' t t!. . i; : : !ll
-' ' (;!
i e i s 6 c r e x ) S E R U y O c S H nL eV I {. ( N I gR E r M e 3 [ I T m\ E 1 9 9 1 T o o o o 0 o n G t. 2 t P%mO%Ww , il l llII ,
1
>1
_ ^
>7 -
L . E _ eV - sE L _ i cR rE G eT A - E xW _ i 5 S
) _
K _ R yNA _ U O cT - H nE eG
~
~
4 N I ( _ gA _ R r _ E . O eT _
. 3 M
I T mSE x' k . ET A N S _ . 2 . 1 N . 9E 9D , N 1 . O . 1 C . O 0 0 O 0 0 0* 0 1 1 G 1
- 2 1
Py,,O%La a -
! t i i; i! , ',;; . . i i i!iilI 1 0
j ;!! , , N k. : ii i < r ? : r i [j! p
)
'l
. ^
p
~
~
t - t I f 7 _ L _ e f' _ i sVE . e L . G rK sN A xT .
)
E E 6 Iv
=-
- 5 S 1
R G % U yA " O cR " ,,
~
H O nT eS i 1 N I ( gR _ - E
;r E .
eT i 3 M I t A~ - T nW - EG N g L I i 2 1 L
,. 9 E U
, 9 F~
1 E R~ i 1
- - 0
. 0 0 0 0 0 1 2 0 1 . 1 l 1
)
ZwL%Wn-
- < . 4 .4;i ' * . g
F, " I
- (~
C (M
-C _
9 P, M
.T ""*"
.*?
>=m4 1
h *
*C b L., g s - {
m W f W e.) e=== l q P ' W i M
$ e l M - !
c., -
*h m ; V w I g3 V
Z.-= 4 4 / ~C W t
- 6 F
w w b ' ~ Ivl C , O
~ - ca C
m. v M i . . . i C O L, w n. . w L,7 O L". O ( '" *** Y, V6 $) $$ " ~ VISd
%[
, .y 199F Ernergency Exercise PRIMARY TO SECONDARY LEAK RATE ' 15 - i
.'i 12.5 z O.
W U] i o _- \ m \ ~_._ . W \
~
1 \~ 7.6 'u - 7 ,3 if) %.
- d. \ >
F 1 w-- - g> 7 ) CO A i 2.b ; f o- , , . r -- r - i i -' O 1
'l 4 6- G 7 II I TIME (IN 110URS)
1991 EMERGEN:Y DRILL i PAGE 1
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 0:00 ACTUAL TIME: 03:00
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- R E A C T O R S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * + * * * * * * , v .
PUWER LEVEL : Highest Average Power Range 99.9 99.9 %PTP RCS Pressure 2249.7 PSIG Int. Range 199.8 199.8 MCAMP Pressurizer Source Range .1 .1 DLCS Level 55.2 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 603.1 603.1 603.1 603.1 F (CL) 542.7 542.7 542.7 542.7 F RCS FLOW 99.5 99.5 99.5 99.5 % SG LEVEL (WF) 57.1 57.1 57.1 57.1 % (NR) 44.0 44.0 44.0 44.0 % SG PRESSURE 810.1 810.1 810.1 810.1 PSIG STEAM FLOW 35E9.4 3591.2 3589.4 3590.0 KBH FW FLOW 3616.6 361E.6 3616.5 3616.2 KBH SUBC00 LING 37.7 F RVLIS 100.0 % INCORE T/C HDTTEST 616.7 F AVERAGE 618.7 F PRT TEMP 72.3 PRT PRESSURE 2.7 PSIG PRT LEVEL B2.6 % BORON CON 851.2 PPM
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 85.6 GPM LETDOWN FLOW 75.1 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4537.0 (B) 6853.0 (C) 4310.0 GPH SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 68.7 % 90.1 % 92.9 % 36.0% ACCUM LEVEL 65.0 % -ACCUM PP 640.0 PSIG
******************************** CONTAINMENT STATUS *************=********************
PRESSURE (A) .2 (B) .2 PSIG TEMPERATURE 93.9 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY DRILL i PAGE 2 f
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ O2:10 ACTUAL TIME: 05:10
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range 99.9 99.9 %RTP RCS Pressure 2248.5 PSIG Int. Range 199.8 199.8 MCAMP Pressurizer Source Range .1 .1 DKCS Level 55.3 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 603.1 603.1 603.1 603.1 F (CL) 542.7 542.8 542.7 542.7 F RCS FLOW 99.5 99.5 99.5 99.5 % SG LEVEL (WR) 57.1 57.1 57.1 57.1 % (NR) 44.0 44.0 44.0 44.0 % SG PRESSURE 810.3 810.3 810.3 810.3 PSIG STEAM FLOW 3589.9 3591.6 3589.9 3590.4 KBH FW FLOW 3613.7 3613.7 3613.8 3613.5 KBH SUBC00 LING 37.6 F RVLIS 100.0 % INCORE 1/C HOTTEST 618.7 F AVERAGE 618.7 F PRT TEMP 72.3 PRT PRESSURE 2.7 PSIG PRT LEVEL 92.6 % BORON CON 851.2 PPM
**********************************SUPPORTSTATUS************************************
CHARGING PP FLOW 83.5 GPM LETDOWN FLOW 75.1 GPM RPR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4536.8 (B) 6853.5 (C) 4313.0 GPM 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 68.6 % 90.1 % 92.9 % 35.9% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .2 (B) .2 PSIG TEMPERATURE 93.7 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY DRILL PAGE 3
************************** PLANT PARAMETEF. STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ O2:15 ACTUAL TIME: 05:15
********************************** REACTOR STATUS *********++*************************
POWER LEVEL : Highest Average Power Range .5 .5 %RTP RCS Pressure 1609.1 DSIG Int. Range 1.0 1.0 MCAMP Pressurizer Source Range .1 .1 DKCS Level .0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 510.9 511.1 511.1 511.1, F (CL) 455.8 522.8 520.3 520.3 F RCS FLOW 109.7 101.6 101.8 101.8 % SG LEVEL (WR) 41.6 46.2 47.0 47.1 % (NR) .0 .0 .0 .2 % SG PRESSURE 351.6 831.4 829.9 832.2 PSIG STEAM FLOW 3149.0 16.2 18.2 4.0 KBH FW FLOW 373.1 373.1 259.3 264.1 KBH SUBC00LIN3 93.3 F RVLIS 100.0 % INCORE T/C HOTTEST 510.5 F AVERAGE 510.5 F PRT TEMP 72.3 PRT PRESSURE 2.8 PSIG PRT LEVEL 82.7 % BORON CON 859.1 PPM
**+++++*************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 115.8 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.7 (B) 7410.3 (C) 4282.8 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 68.2 % 90.0 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*********++********************* CONTAINMENT STATUS **********************************
PRESSURE (A) .2 (B) .2 PSIG TEMPERATURE 93.0 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL PAGE 4
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE:- 08/22/91- RELATIVE TIME: H+ 02:20 ACTUAL TIME: 05:20
********************************** REACTOR STATUS *****************+******************
POWER LEVEL :- Highest Average Power Range .0 .0 %RTP RCS Pressure 1026.6 PSIG Int. Range 1.410e-2 1.410e-2MCAMP Pressurizer Source Range .1 .1 DKCS Level .0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 463.7 463.0 _ - 462.8 462.8 F (CL) 347.3 458.2 457.0- 458.1 F
'RCS FLOW 6.6 S.5 3.7 3.8 %
-SG LEVEL-(WR) .0 55.3 57.1 57.6 %
(NR) .0 .0 .0 .0 % 512.0 551.7 PSIG
~
SG PRESSURE 24.7 523.4 STEAM FLOW 221.3 .0 .0 8.7 KBH l FW FLOW- 210.2 210.2 133.7 138.5 KBH SUBC00 LING. 80.2 F RVLIS 100.0 % INCORE T/C HOTTEST 467.7 F AVERAGE 467.7 F PR1 TEMP
- 72.4 PRT PRESSURE 2.9 PSIG PRT LEVEL 82.8 %
BORON CON 926.S PPM-
********************************** SUPPORT STATUS ************************************
l CHARGING:PP FLOW 170.E GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0- GPM RHR: PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW . (A) 4982.6 (B) 7410.2 (C) 4282.8- GPM
.SI FLOW 337.1 GPM CST RWST FWST VCT l TANK LEVELS. 66.0 's 89.3 % 92.9 -% 36.7%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG l t
******************************** CONTAINMENT STATUS **********************************
ll PRESSURE (A) 3 (B) .3 PSIG l TEMPERATURE 89.8 F
>RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL PAGE 5
*****++******************* PLANT PARAMETER STAT 05 - UNIT 1 *************************3. -DATE: 08/22/91 RELATIVE TIME: H+ 02:25 ACTUAL TIME: 05:25 -********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range - .0 .0 %RTP RCS Pressure 1379.7 PSIG Int. Ran9e 2.571e-4 2.571e-4MCAMP Pressurizer Source Range .1 .1 DEC5- Level 43.9 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 460.0 459.7 459.4 459.4 F (CL) 399.5 431.4 432.7 433.3 F RCS FLOW - 4.6 3.0 2.9 3.0 % SG LEVEL (WR) .0 63.8 62.7 63.2 %
-(NR) .0 .0 .0 _
.0 %
SG PRESSURE .4 423.3 426.4 426.4 PSIG STEAM FLOW 3.8 .0 6.4 .5.2 KBH FW FLOW .0 .0 134.0 143.9 KBH SUBC00 LING 121.0 F RVLIS 100.0 % INCORE T/C HOTTEST- 464.7 F AVERAGE 464.7 F PRT TEMP 72.4 PRT PRESSURE 3.0 PSIG PRT-LEVEL 82.9 % BORON CON 1039.6- PPM
********************************** SUPPORT. STATUS ***************************+********
CHARGING PP FLOW 111.9 GPM. LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR-PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.6 (B) 7410.3 (C) 4282.8 GPM SILFLOW 82.3 GPM CST RWST FWST VCT TANK LEVELS 64.8 % 88.3 % 92.9 % 36.7% ACCUM LEVEL- 65.0 % ACCUM PR 640.0~ PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .3 (B) .3 PSIG
' TEMPERATURE 87.7 F RECIRC SUMP LEVEL? '0-l i
l.
1991 EMERGENEY ORILL PAGE 6
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 02:30 ACTUAL TIME: 05:30
********************************.* REACTOR STATUS ********* **************************
POWER LEVEL : Mighest Average Power Range .0 .0 %RTP RCS Pressure 1691.E PSIG Int. Range 1.50Be-5 1.508e-5MCAMP Pressurizer Source Range 137.1 137.1 OKCS Level 88.7 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 475.9 476.1 475.4 475.5 F (CL) 436.3 430.9 432.8 432.4 F RCS FLOW 4.0 3.7 3.5 3.6 % SG LEVEL (WR) .0 70.9 67.2 68.0 % (NR) .0 .0 .0 .0 % SG PRESSURE .0 405.7 405.8 405.8 PSIG STEAM FLOW 6.8 .8 7.6 6.7 KBH FW FLOW .0 .0 134.3 144.5 LBH SUBC00 LING 135.4 F RVLIS 100.0 % INCORE T/C HOTTEST 477.7 F AVERAGE 477.7 F PRT TEMP 72.4 PRT PRESSURE 3.2 PSIG PRT LEVEL 83.1 % BORON CON 1089.2 PPM
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 68.0 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMr (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.7 (B) 7410.3 (C) 4282.8 GPM SI FLOW .0 GPM CS1 RWST FWST VCT TANK LEVELS 63.6 % 87.7 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*******************=************ CONTAINMENT STATUS **********************************
PRESSURL (A) 4 (B) .4 PSIG TEMPERATURE 86.6 F RECIRC SUMP LEVEL .0 % ,
I i 1991 EMERGENCY DRILL PAGE 7
.y t
ee************************-PLANT PARAMETER STATUS - UNIT-1 ***************************- DATE: 08/22/91 RELATIVE TIME: H+ 2:35 ACTUAL TIME: 05:35
********************************** REACTOR STATUS ************************************
POWER LEVEL :' Hi9hest Average Power Ran9e -.0 .0 ** RTP RCS Pressure 1505.5 PSIG Pressurizer Int. Range 1.019e-5 1.019e-SMCAMP Source Range -5.3 5.3 DKCS Level 100.0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 485.7 485.7 485.5 485.5 F
-(CL) 459.7 446.4 448.0 442.1 F RCS FLOW 4.0 3.8 3.7 3.7 % .
SG LEVEL (WP,) -.0 75.7 71.4 72.6 % (NR) .0 .0 .0 .0 % SG PRESSURE .3 418.1 418.1 418.1 PSIG
' STEAM FLOW 3.1 3.0 8.1 6.4 KBH FW FLOW .0 .0 134.1 144.1 KBH SUBC00 LING- 109.9 F RVLIS 100.0 %
INCORE T/C HOTTEST 488.2 F AVERAGE 488.2 F PRT TEMP 72.4 PRT PRESSURE 3.4 PSIG PRT LEVEL 83.3 % BORON CON- 1089,8 PPM L
*****++*************************** SUPPORT STATUS ************************************
~
i
.dARGING PP. FLOW 74.7 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGELTEMP (1) 72.0 (2). _72.0 F-CCW FLOW- (A)- 4982.7 (B) 7410.4 (C) 4282.8 GPM l
SI FLOW 15.0 GPM' I - CST -RWST . FWST VCT ! -TANK LEVELS. 62.4 % 87.5 % 92.9 %- 36.7% ACCUM LEVEL 65.0 %- ACCUM PR 640.0- PSIG
******************************** CONTAINMENT STATUS **********************************
= PRESSURE (A)' .4' (B) .4 PSIG-TEMPERA 1URE 85.7~ F RECIRC SUMP LEVEL .0 %
p l:
. ._ __ . . _ _ - . __ ~. _ . .
1991 EMERGENCY DRILL Y PAGE 8
**+++++++***************** PLANT PARAMETER STATUS - UNIT 1 ***************************
-DATE: 08/22/91 RELATIVE TIME: H+ 2:40 ACTUAL TIME: 05:40 ,
********************************** REACTOR STATUS ****+++***************************** ,
POWER LEVEL : Highest Average Power Range .0 .0- _
%RTP RCS Pressure 913.3 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 2.4 2.4 OKCS Level 100.0 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 490.1 490.1 490.2 490.2 F (CL) 445.7 446.5 452.4 451.1 F RCS FLOW 4.8 4.0 3.6 3.7 % SG LEVEL (WR) .0 78.0 74.1 74.8 % (NR) .0 25.1 -.0 .0 %
-SG PRESSURE 3.2 424.9 439.3 439.3. PSIG STEAM FLOW 28.3 .1 9.9 7.5 KBH FW FLOW .0 .0 133.6 143.4 KBH SUBC00 LING 47.2 F RVLIS 98.9 -%
.INCORE T/C HOTTEST 489.3 F AVERAGE 489.3 F PRT. TEMP 72.4 PRT PRESSURE 3.5 PSIG -PRT LEVEL 83.4 %-
BORON CON 1095.5 PPM
*******++************************* SUPPORT STATUS *****************++*****************
CHARGING PP FLOW- 69.9 GPM LETDOWN FLOW .0 GPM: ,
-RHR PUMP FLOW TO HOT LEGS 0 -GPM
- RHR PUMP DISCHARGE: TEMP-(1) 72.0 -(2) 72.0 F.
CCW FLOW (A) '49B2.7 (B) 7410.3 (C) 4282.8 GPM SI FLOW- .0- GPM RWST FWST VCT CST 61.2 % 87.5 % 92.9 % 36.7% TANK-LEVELS ACCUM LEVELL 65.0 -% ACCUM PR 640.0 PSIG'
******************************** CONTAINMENT STATUS **********************************
PRESSURE - (A)~ .4 (B) .4 PSIG
. TEMPERATURE 85.2 F-RECIRC SUMP LEVEL .0- %
l i r
n 1991 EMERGEN:Y DRILL
,. PAGE 9 .
t
************************** PI, ANT PARAMETER STATUS - UNIT 1 *=****=****=***************
OATE: : 08/22/91- RELATIVE TIME: H+ 2:45 ACTUAL TIME: 05:45
********.************************* REACTOR STATUS ************************************
POWER LEVEL : - Highest; Average
-Power-Range 0- .0 *RTP
- RCS Pressure 830.2 PSIG Int. Ran9e- 1.010e-5 1.010e-SMCAMP Pressurizer Source. Range 2.3 2.3 DKCS Level 100.0 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP-(HL) 473.6 474.8 475.6 475.5 F (CL) -391.8 435.1 452.9 451.6 F RCS FLOW 5.6 3.8 3.3 3.3 % SG LEVEL (WR) .0 76.0 76.0 77.0 % (NR) .0 44.1 8.6 14.6 %
- SG PRESSURE- 3.1 413.1 419.8 419.8 PSIG STEAM FLOW 27.7 .1 7.~ 5.6 KBH FW FLOW .0 .0 13 *, . 9 144.0 KBH SUBC00 LING 51.3 F RVLIS 91.5 %
INCORE T/C HOTTEST- 471.0 F A'/ERAGE 471.0 F PRT TEMP . 72.4 PRT' PRESSURE 3.6 PSIG PRT LEVEL -83.4 % BORON CON 1096.6 PPM
*******************************++* SUPPORT STATUS ************************************
CHARGING PP FLOW -59.0 GPM LETOOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHAP,GE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.6 (8) 7410.3- (C)- 4282.8 GPM
'SI FLOW .0 GPM CST RWST FWST- VCT-i -TANK LEVELS -60.2 % 87.4 % 92.9 % 36.7%
l ACCUM LEVEL 65.0 % 'ACCUM-PR 640.0 PSIG l L J******************************** CONTAINMENT STATUS ********************************** E PRESSURE (A) .4 (B) .4 PSIG 1 TEMPERATURE 84.7 F RECIRC SUMP LEVEL .0 %- i l e- , .c .- - ,~
- . . ~ ,
1991 EMERGENCY DRILL PAGE 10
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91llRELATIVETIME:-H+ 2:50 ACTUAL TIME: 5:50
**********************.*********** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 'aTP
, RCS Pressure 757.7 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range -2.2 2.2 DKCS Level 100.0 %
LOOP 1 LOOP 2- LOOP 3 LOOP 4 RCS TEMP (HL) 458.7 460.3 460.4 460.2 =F 4 l (CL) 368.0 443.3 444.5 440.8 F RCS FLOW 5.7 3.0 3.1 3.3 % SG LEVEL (WR) .0 77.4 78.3 78.8 %
')
(NR) .0 46,1 21.5 31.9 % ! SG-PRESSURE 6.1 381.8 381.7 380.8 PSIG l STEAM FLOW 55.0 12.6 .1 5.4 KBH FW FLOW .0 .0 134.6 145.1 KBH SUBC00 LING 56.4 F RVLIS 86.7 % 1NCORE T/C HOTTEST 467.0 F AVERAGE 457.0 F PRT TEMP 72.3 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.5 % BORON CON 1100.8 PPM
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 54.1 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 'GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.7 (B)- 7410.4 (C) 4282.8 GPM SI FLOW .0 GPM CST RWST FWST -VCT TANK LEVELS 59.5 % 87.3 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
~ ******************************** CONTAINMENT STATUS **********************************
PRESSURE- (A) .4 (B) .4 PSIG TEMPERATURE- 84.3 F RECIRC SUMP LEVEL .0- %
, --,-+,---.,w --a,-.,,-,,-.. --- - . . , . . _ _ . _ , . , . . . _
b - 1991 EMERGENCY DkILL PAGT 11 i
-.************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE. TIME: H+ 2:55 ACTUAL TIME: 05:55-
*************=2******************* REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range' .0 - .0 %P.T P RCS Pressure 681.9 PSIG Int._ Range- 1.010e-5 1.010e-SMEAMP Pressurizer Source Range 2.2 2.2 DKCS Level 100.0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP'(HL) 369.3 428.1 420.5 425.2 F (CL) 429.9 429.1 431.0 430.9 F RCS FLOW 11.0 127.8 10.5 10.4 % SG LEVEL (WR) .0 76.8 79.4 179.0 % (NR)_ .0 46.9 42.0 44.6 % SG PRESSURE 3.0 342.7 342.8 342.7 PSIG , STEAM FLOW 26.9 2.8 3.7 2.2 KBH L FW FLOW .0 .0 89.5 .0 KBH SUBC00 LING 78.4 F RVLIS- 84.0 % INCORE T/C HOTTEST 429.4 F AVERAGE 429.4 F PRT TEMP 72.3 PRT PRESSURE 3.7 PSIG -PRT LEVEL 83.5- % BORON CON 1103.6 PPM
********************************** SUPPORT STATUS ************************************
! CHARGING PP FLOW 56.2 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW'TO HOT LEGS ~O GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW -(A) 4982.7 (B) 7410.3 (C) 4282.9 GPM SI FLOW 0 GPM CST RWST- FWST VCT
-TANK LEVELS 58.9 % B7.3 % 92.9 % L36.7%
, ACCUM. LEVEL 6 5. ?- % ACCUM PR 640.0 PSIG l L ******************************** CONTAINMENT STATUS ********************************** PRESSURE' (A) .4_ (B) 4 PSIG l TEMPERATURE- 84.2 -- F RECIRC SUMP LEVEL .0 % l-p l
1991 EMERGENCY DRILL PAGE 12 f
*************************. PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 3:00 ACTUAL TIME: 06:00
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- R E A C 1 0 R S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- POWER LEVEL : Highest Average Power Rance .0 .0 %RlP RCS Pressure 681.9 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 2.2 2.2 DKCS Level 100.0 %
LOOP 1 LOOP 2 LO0r 3 LOOP 4 RCS TEMP (HL) 378.4 426.4 423.7 425.4 F (CL) 426.7 426.6 426.8 426.8 F RCS FLOW 10.9 126.0 10.4 10.4 % SG LEVEL (WR) .0 76.7 79.4 78.7 % (NR) .0 40.6 44.7 45.3 % SG PRESSURE 3.9 311.4 305.1 311.3 PSIG STEAM FLOW 35.1 8.6 .1 2.9 KBH FW FLOW .0 .C .0 .0 LBH SUBC00 LING 81.2 F RVLIS 84.2 % INCORE T/C HOTTEST 426.6 F AVERAGE 426.6 F PRT TEMP 72.2 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1108.5 PPM
****++**************************** SUPPORT STATUS **++********************************
CHARGING PP FLOW 55.9 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.7 (B) 7410.3 (C) 4282.8 GPM 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 58.9 % 87.2 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .4 (B) .4 PSIG TEMPERATuoE 84.2 F RECIRC SUMP LEVEL .0 % i
I l 1 1991 EMERGENCY DRILL PAGE 13 [
******+******************* PLANT' PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 3:05 ACTUAL TIME: 06:05
********************************** RESCTOR STATUS ************************************
POWER LEVEL /: Highest Average Power Range .0 .0 %RTP RCS Pressure 682.7 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 2.2 2.2 DKCS Level 100.0 % LOOP 1 LOOP 2 LOOP 2 -LOOP 4 . RCS TEMP (HL) 375.9 422.9 422.4 422.4 F (CL) 423.2 422.5 423.3 423.3 F RCS FLOW- 10.9 128.4 10.5 10.5 %- SG LEVEL (WR) .0 76.5 79.0 78.4 % (NR) .0 47.7 45.9 45.8 % SG PRESSURE 4.3 295.9 295.8 295.8 PSIG STEAM FLOW 38.2 38.0 5.7 9.1 KBH FW FLOW .0 .0 .0 .0 KBH SUBC00 LING B4.7 F RVLIS B4.4 % INCORE T/C HOTTEST 422.9 F AVERAGE 422.9 F PRT TEMP 72.1 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1113.2 PPM
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 55.9 GPM LET00WN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4982.7 (B) 7410.3 (C) 4282.8 GPM SI. FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 58.9 % 87.2 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
-******************************** CONTAINMENT STATUS ******************************-***
PRESSURE '(A) .4_ (B) .4 PSIG TEMPERATURE 84.1 F RECIRC SUMP LEVEL .0 % T'
-gr . m -
1991 EMERGENCY DRILL 4- PAGE 14
************************** PLANT PARAMFTER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 3:10 ACTUAL TIME: 06:10
************************.********* REACTOR STATUS ************************************
-- POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 681.3 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer
' Source Range P.I 2.1 DNCS Level 100.0- %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 370.3 417.3 416.9 416.8 F (CL) 417.7 417.1 417.7 417.7 F RCS FLOW 11.0 128.9 10.5 10.5 % SG LEVEL (WR) .0 75.7 78.7 78.2 % l (NR) .0 43.5 46.2 45.9 % i SG PRESSURE 4.1 27E.3 278.2 278.2 PSIG STEAM FLOW 37.0 36.9 6.1 6.7 K6H FW FLOW- .0 .0 .0 .0 KBH SUBC00 LING- 90.1 F RVLIS 84.7 % INCORE T/C HOTTEST 417.3 F AVERAGE 417.3 F l PRT TEMP 72.1 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % 1
-BORON CON- 1117.6 PPM
-********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 55.9 GPM - LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP ~(1) "72.0 (2) 72.0 F CCW FLOW (A)- ~4982.7 (B) 7410.4 (C) 4282.9 GPM SI FLOW .0 GPM CST. RWST FWST VCT TANK LEVELS- 58.9 % 87.1 % 92.9 % 36.7%. ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG l i
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 83.9 F RECIRC SUMP LEVEL .0 % L
l 1991 EMERGEN;Y DRILL l PAGE 16
* * * * * * * * * * * * * * * * * * * . * * * * *
- P L AN T P A R AM E T E R S T AT U S - U N I T 1 * * * * * * * * * * * * * * * * * * * * * * * * * *
- DATE: 08/22/91 RELATIVE TIME: H+ 3:20 ACTUAL TIME: 06:20
********************************** REACTOR STATUS ***********************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCI Pressure 674.2 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 2.1 2.1 DKCS Level 100.0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 358.7 404.5 404.3 404.3 F (CL) 405.0 404.3 405.0 405.0 F RCS FLOW 11.1 130.1 10.6 10.6 % SG LEVEL (WR) .0 76.5 78.2 77.7 % (NR) .0 44.3 45.9 45.3 % SG PRESSURE 6.0 239.7 239.5 239.5 PSIG STEAM FLOW 53.4 38.2 8.3 8.0 KBH FW FLOW .0 .0 .0 .0 KBH SUBC00 LING 101.5 F RVLIS 65.4 % INCORE T/C HOTTEST 404.5 F AVERAGE 494.5. F PRT TEMP 71.9 PRT PRESSURE 3.6 PSIG PRT LEVEL 83.6 % BORON CON 1126.0 PPM
***********++********************+ SUPPORT STATUS ************************************
CHARGING PP FLOW 56.2 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4Q82.6 (B) 7410.2 (C) 4282.8 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 58.7 % 87.0 % 92.9 % 36.7%- ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMEN. +fATUS ********************************** .
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 83.9 F RECIRC SUMP LEVEL .0 %
1991 EMER3ENCY ORILL q l PAGE 17 ,
- m. -
i c e************************* PLANT' PARAMETER STATUS - UNIT 1 *************************** DATE: 08/22/91 RELATIVE TIM'.- H+ 3:25 ACTUAL-TIME: 06:25
********************************** REACTOR-STATUS ************************************
' POWER' LEVEL : Highe;t Average Power Ran9e .0- .0 %RTP RCS Pressure 669.4 PSIG
-Int. Range ~ . 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 2.1 2.1 DKCS Level 98.7 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 352.7 397.8 -397.7 397.6 F 398.3 397.5 398.4 398.4 F i RCS-FLOW'(CL) 11.1 130,7 10.7 10.7 % SG LEVEL-(WR) . 0_ 76.9 77.9 77.5 % (NR) .0 44.1- 45.4 44.7 % SG PRESSURE 2.7 221.1 220.9 220.9 PSIG STEAM FLOW 24.5 37.8 10.7 10.2 KBH FW FLOW .0 .0 .0 .0 KBH
.SUBC00 LING- 107.4 F RVLIS 85.7 %
INCORE T/C HOTTEST 397.8 F_ . AVERAGE 397.8 F PRT TEMP -71.B PRT PRESSURE- 3.8 PSIG PRT LEVEL 83.6- % BORON CON 1130.1 PPM
********************************** SUPPORT STATUS ************************************
L l CHARGING PP FLOW 56.3 GPM LETDOWN FLOW .0 GPM RHR PUMP: FLOW TO HOT LEGS 0 GPM RHR; PUMP'0ISCHARGE TEMP.(1) 72.0 (2)- 72.0- F CCW FLOW (A) :4636.6 (B) 6896.2 (C) 3961.0 GPM
-SI FLOW .0_ GPM CST RWST- FWST VCT TANK LEVELS 68.5 %- 86.9- % 92.9 % .36.7%
ACCUM LEVEL 65'0. % ACCUM PR 640.0 -PSIG
-******************************** CONTAINMENT STATUS **********************************
PkcSSURE- (A) .5 (B) .5 PSIG TEMPERATURE 83.7 -F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY DRILL PAGE 18 5(
************************** PLANT PARAMETER STATUS - UNIT I ***************************
DATE:' 08/22/91 RELATIVE TIME: H+ 3:30 ACTUAL TIME: 06:30
.********************************** REACTOR STATUS *************+**********************
POWER LEVEL': Highest Average Power Range .0 .0 %RTP RCS Pressure- 663.3 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer
' Source Range 2.0 2.0 -DKCS Level 91.0 %
LOOP 1 LOOP'2 LOOP 3 LOOP 4 RCS TEMP (HL) 345.4 389.9 389.8 389.7 F (CL) 390.4 38S,5 390.5 390.5 F RCS FLOW 11.2 131.5 10.7 10.7 % SG LEVEL (WR) .0- 77.0 i 7. 7- 77.6 % (NR) .0 42.3 44.5 44.4 % SG PPESSURE- 2.5 200.4 200.2 200.2 PSIG STEAM FLOW 22.2 41.9 14.4 12.8 KBH
-FW FLOW .0 .0 .0 18.6 KBH SUBC0JLING 114.2 F RVLIS 86.0 %
INCORE T/C HOTTEST 389.9 F AVERAGE 389.9 F PRT TEMP 71.8. PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % ( BORON CON 1134.0 PPM
********************************** SUPPORT STATUS ************************************
, CHARGING PP FLOW 56.5 GPM- -LETDOWN FLOW .0 GPM-l RHR PUMP FLOW-T0 HOT LECS 0 GPM l RHR PUMP DISCHARGE TEMP (1) 72.0 .(2) 72.0 F l CCW FLOW (A) 4636.5 (B) 6896.0 -(C) 3960.9 GPM L SI FLOW .0 GPM
, CST RWST FWST VCT TANK LEVELS 58.5 %- 86.9 % 92.9 % 36.7%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************-
PRESSURE _ (A) .5 (B) .5 PSIG TEMPERATUPE 83.6 F
,RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL
;{ PAGE 19
******************.******* PLANT PARAMETER STATUS - UNIT 1 *************************** .
DATE:. 08/22/91. RELATIVE TIME: H+ 3:35 ACTUAL TIME: 06:35
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 . .0 %RTP RCS Pressure 656.6 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 2.0 2.0 ' DKCS Level 83.1 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 337.6 381.6 381.5 381.5 F (CL) ' 382.1 361.4 382.2 382.2 F RCS FLOW 11.2 132.2 10.8 10.8 % SG_ LEVEL (WR) . 0 77.5 77.4 78.0 % (NR) -. 0 44.6 43.5- 44.4 % SG PRESSURE 4.7 181.0 180.8 180.8 PSIG STEAM FLOW 42.3 50.1 12.9 11.2 KBH FW FLOW- . 0 .0 .0 15.3 KBH SUBC00 LING 121.4 F RVLIS 86.3 % INCORE T/C HOTTEST 381.6 F AVERAGE 381.6 F PRT TEMP 71.7 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1137.8 PPM
********************************** SUPPORT STATUS ************************************
l CHARGING PP FLOW 56.6 GPM LETDOWN FLOW .0 'GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4636.5 (B) ~6896.0- (C) 3960,9 GPM SI FLOW . 0 GPM CST RWST FWST VCT TANK LEVELS 58.3 % 86.8 % 92.9 -% 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
'****s*************************** CONTAINMENT STATUS **********************************
PRESSURE' (A)
. 5 (8) .5 PSIG-TEMPERATURE 83.5 F RECIRC SUMP LEVEL . 0-'%
--e wmye _ai-ry=+ rPog5y- --
+v?? *T-'e ist
199.! EMERGENCY DRILL PAGE 20 i
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91- RELATIVE TIME: H+ 3:40 ACTUAL TIME: 06:40
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 648.5 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 2.0 2.0 DLCS Level 74.2 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 329.2 371.9 372.0 371.9 F (CL) 372.5 371.3 372.6 372.6 F RCS FLOW 11.3 133.2 10.9 10.9 % SG LEVEL (WR) .0 77.7 77.8 78.3 % (NR) ,0 41.3 43.1 44.4 % SG PRESSURE 4.3 156.7 158.6 150.6 PSIG STEAM FLOW 38.7 50.5 18.6 16.9 KBH FW FLOW .0 .0 26.0 30.2 KBH
-SUBC00 LING 129.5 F RVLIS 86.6 %
INCORE T/C HOTTEST 371.9 F AVERAGE 371.9 F PRT TEMP 71.6 PRT PRESS'JRE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1141.5 PPM
********************************** SUPPORT STATUS ******+*****************************
CHARGING PP FLOW 56.9 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4636.5 (B) 6895.9 (C) 3960.9 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 58.1 % 86.8 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640,3 PSIG
******************************** CONTAINMEhT STATUS **********************************
PRESSURE (A) .5 (B) 5 PSIG TEMPERATURE 83.4 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL PAGE 21 7
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
RELATIVE TIME: H+ 3:45 ACTUAL TIME: 06:45 DATE: 08/22/91
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- R E A C T O R S T AT U S * * * * * * * * * * * * *
- POWER LEVEL : Highest Average 639.6 PSIG
.0 .0 %PTP RCS Pressure Power Range Pressurizer Int. Range 1.010e-5 1.010e-5MCAMP 64.9 %
1.9 DKCS Level Source Range 1.9 LOOP 1 LOOP 2 LOOP 3 LOOP 4 ' 318.8 362.0 362.0 362.0 F RCS TEMP (HL) 362.6 362.6 F
?62.6 361.7 (CL) 10.9 10.9 %
RCS FLOW 11.3 134.1
.0 78.1 78.4 78.8 %
SG LEVEL (WR) 43.2 44.4 %
.0 41.7 (NR) 139.3 239.3 PSIG SG PRESSURE 3.6 139.5 32.0 48.9 14.5 13.1 KBH STEAM FLOW 20.9 KBH
.0 .0 17.8 FW Fu0W 137.9 F RVLIS 87.0 %
SUBC00 LING 362.0 F 362.0 F AVERAGE INCORE T/C HOTTEST 3.8 PSIG PRT LEVEL 83.6 % PRT TEMP 71.5 PRT PRESSURE BORON CON 1145.1 PPM
********************************** SUPPORT STATUS *************+**********************
57.2 GPM LETDOWN FLOW .0 GPM CHARGING PP FLOW 0 GPM RHR PUMP FLOW TO HDT LEGS 72.0 F RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 4636.5 6896.0 (C) 3960.9 GPM CCW FL0u (A) (B) SI FLOW .0 GPM FWST VCT CST RWST
% 92.9 % 36.7%
TANK LEVELS 57.8 % B6.7 640.0 PSIG ACCUM LEVEL 65.0 % ACCUM PR
******************************** CONTAINMENT STATUS **********************************
.5 (B) .5 PSIG PRESSURE (A)
TEMPERATURE 83.3 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL PAGE 22
************************** P L ANT P AR AME T E R ST AT US - UNIT 1 * * * * * * * * = * * * * * * * * * * * * * * * * *
- 08/22/91 RELATIVE TIME: H+ 3:50 ACTUAL TIME: 6:50 DATE:
********************************** REACTOR STATUS ************************************
POWCR LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 630.7 PSIG Int Range 1.010e-5 1.010e-SMCAMP Pressurizer 1.9 1.9 DKCS Level 56.1 % Source Range LOOP 1 LOOP 2 LOOP 3 LOOP 4 i --...- ------ 309.3 352.7 352.7 352.6 F RCS TEMP (HL) 353.2 352.5 353.3 353.3 F (CL) RCS FLOW 11.3 135.0 11.0 11.0 %
.0 79.0 78.9 79.2 %
SG LEVEL (WR) (NR) .0 4*.8 43.2 44.4 % SG PRESSURE 2.3 122.7 122.4 122.4 PSIG STEAM FLOW 20.8 46.8 11.3 10.4 KBH FW FLOW .0 .0 24.4 22.5 LBH SUBC00 LING 145.8 F RVLIS 87.3 % INCORE T/C HOTTEST 352.7 F AVERAGE 352.7 F 71.4 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % PRT TEMD BORON CON 1148.7 PPM
********************************** SUPPORT STATUS ***************+********************
CHARGING PP FLOW 57.4 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM _ RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F 4636.5 (B) 6896.0 (C) 3960.9 GPM CCW FLOW (A) SI FLOW .0 -GPM RWST FWST VCT CST 57.5 % 86.6 % 92.9 % 36.7% TANK LEVELS ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
( PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 83.2 F RECIRC SUMP LEVEL .0 % l 1
1991 EMERGENCY DRILL PAGE 23 e************************* PLANT PARAMETER STATUS - UNIT 1 *************************** DATE: 08/22/91 RELATIVE TIME: H+ 3:55 ACTUAL TIME: 06:55
********************************** REACTOR STATUS ************************************ ,
POWER LEVEL :- Highest Averagt Power Range .0 .0 %RTP RCS Pressure 621.5 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.9 1.9 DKCS Level 47.6 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 299.9 344.0 344.2 344.1 F (CL) 344.7 343.9 344.7 344.7 F . RCS FLOW 11.2 135.9 11.1 11.1 % SG LEVEL (WR) .0 79.6 79.3 79.5 % (NR)' .0 45.4 43.1 44.4 % SG PRESSURE 4.2 107.9 107.7 107.7 PSIG
-STEAM FLOW 37.8 40.4 10.6 10.1 KBH FW FLOW .0 .0 28.1 27.9 KBH SUBC00 LING 152.9 F RVLIS 87.7 %
-INCORE T/C HOTTEST 344.1- F AVERAGE 344.1 F PRT TEMP 71.4 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 %
BORON CON 1152.3 PPM I i .. ********************************** SUPPORT STATUS *********+************************** CHARG!hG.PP FLOW. 57.6 GPM LETOOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM
-RHR PUMP DISCHARGE: TEMP (1) 72.0 (2) 72.0 F CCW FLOW. (A) 4636.5 (B) 6896.0 -(C) 3960.9 GPM-SILFLOW .0 GPM CST RWST FWST VCT TANK LEVELS 57.3 %. 86.6 % 92.9 % 36.7%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE '(A) .5 (B) .5 PSIG TEMPERATURE 83.1 F _RECIRC_ SUMP LEVEL .0 % -
-.,.J.,
1991 EMERGEHCY ORILL ( PAGE 24
-i************************* PLANT PARAMETER STATUS - UNIT 1 ************************.**
DATE: -08/22/91 RELATIVE' TIME: H+' 4:00 ACTUAL TIME: 07:00
.********************************** REACTOR STATUS ************************************
POWER: LEVEL : Highest Average Power Range .0 .0 -%RTP RCS Pressure 574.7 PSIG Int._ Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range- _1.8- 1.8 OPIS Level 42.1 % LOOP 1 LOOP 2 LOOP 3- LOOP 4 RCS TEMP (HL) 290.3 335.6 336.0 336.0 F (CL) 336.5 335.5 336.5 336.5 F RCS FLOW 11.4 136.7 11.2 11.2 %
-SG LEVEL'(WR) .0 79.9 79.7 79.9 %
(NR) .0 43.5 43.1 44.4 % SG PRESSURE 4.1. 94.4 94.2 94.2 PSIG STEAM FLOW 37.1 29.5 12.6 12.0 KBH FW FLOW .0' .0 26.9 21.9 KBH SUBC00 LING 153.4 F' RVLIS 87.4 % INCORE T/C HOTTEST 335.8 F- AVERAGE 335.8 F PRT TEMP- 71.3 PRT PRES 5URE 3.8 PSIG PRT LEVEL- 83.6 % 4 BORON CON 1155.8 PPM'
************++*******+****+******* SUPPORT STATUS ***************s.********************
CHARGING fP FLOW 59.2 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM- !- RHR PUMP DISCHARGE TEMP (1) 72.0- (2)- _72.0- F CCW Fle" (A) 4636.5 (B) 6896.0 (C) 3960.9 GPM l: SI FLOW 0 GPM CST RWST FWST VCT TANK LEVELS 57.0 % 86.5 % 92.9 % -36.7%~ ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE 1_ (A) .5 (B) .5 PSIG
' TEMPERATURE 83.0 F RECIRC SUMP LEVEL- .0 %
i-t.-
1991 EMERGENCY ORILL L 4 PAGE 25
. o * * * * * * * * * * * * * * * * * + * * * * * *
- P L AN T P A R AME T E R ST AT U S - UN I T 1 * * * * * * * * * * * * * * * * * * * * * * * * * *
- DATE: 08/22/91 RELATIVE TIME: H+ 4:05 ACTbAL TIME: 07:05 o * * * * * * * * * * * * * * * * * * * * * * * * * * * + + + * *
- R E AC T O R S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 531.5 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.8 1.8 DKCS Level 37.7 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 284.5 328.6 328.8 328.8 F (CL) 329.3 328.6 329.3 329.3 F RCS FLOW 11.4 137.4 11.2 11.2 i SG LEVEL (WR) .0 79.9 80.0 80.2 % (NR) .0 41.9 43.2 44.4 % SG PRESSURE 4.1 83.9 83.7 83.7 PSIG STEAM FLOW 37.0 28.0 10.8 10.1 KBH FW FLOW .0 .0 21.2 12.6 KBH SUBC00 LING 153.0 F RVLIS 87.1 % INCORE T/C HOTTEST 328.8 F AVERAGE 328.8 F PRT TEMP 71.2 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1159.5 PPM
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 60.3 GPM LETOOWN FLOW .0 GPM RHR PUMP FLOW TO HUT LEGS 0 GPM RHR PUMP OISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4636.4 (B) 6895.9 (C) 3960.9 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 56.9 % 86.5 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
********++********************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.9 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY ORILL PAGE 26 j
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 4:10 ACTUAL TIME: 07:10
*******************+************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 493.5 PSIG , Pressurizer q' Int. Range 1.010e-5 1.010e-5MCAMP 33.6 % Source Range 1.8 1.8 DKCS Level LOOP 1 LOOP 2 LOOP 3 LOOP 4 279.4 322.1 322.2 322.2 F RCS TEMP (HL) 322.8 322.2 322.8 322.8 F (CL) RCS FLOW 11.5 138.1 11.3 11.3 %
.0 80.7 80.3 80.6 %
SG LEVEL (WR)
.0 44.9 43.2 44.5 %
(NR) SG PRESSURE 3.1 75,6 75.4 75.3 PSIG STEAM FLOW 27.3 29.7 8.0 7.4 ABH FW FLOW .0 .0 4.9 12.4 KBH SUBC00 LING 152.6 F RVLIS 86.8 % INCORE T/C HOTTEST 322.4 F AVERAGE 322.4 F 71.1 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % PRT TEMP BORON CON 1163.5 PPM
********************************** SUPPORT STATUS *************+++********************
0 GPM CHARGING PP FLOW 61.4 GPM LETDOWN FLOW _ 4R PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F 4636.5 (B) 6895.9 (C) 3960.9 GPM CCW FLOW (A) SI FLOW .0 GPM RWST FWSi VCT CST 86.4 % 92.9 % 36.7% TANK LEVELS 56.7 % ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- CO N T A I NM E N T ST AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- PRESSURE (A) .5 (A) .5 PSIG TEMPERATURE 82.8 F RECIRC SUMP LEVEL .0 %
1991 EMERGEND ORlLL 4 PAGE 27
**v*********************** FLANT PARAMETEP S1A1US - UN11 1 ********=******************
DAlf: 08/22/91 RELATIVE i!ME: H+ 4:15 ACTUAL i!ME: 07:15
********************************+ REAC10R STATUS **************************t*********
POWER LEVEL : tiighest Avertge Power Range .0 .0 %P1P RCS Pressure 461.2 PSIG Int. Range -1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.8 1.0 DXCS Level 31.9 % i .. > LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 275.7 316.5 316.5 316.5 F (CL) 327.0 316.5 317.0 317.0 F RCS FLOW 11.5 138.4 11.3 11.3 % SG LEVEL (WR) .0 80.9 80.4 80.7 % (NR) .0 4!.4 43.1 44.5 % SG PP. ESSURE 4.1 68.5 68.3 68.3 PSIG STEAM FLOW 36.5 27.4 7.! 6.0 KBH FW FLOW 0 .0 26.9 .0 KBH SUBC'J0 LING 152.1 F PVLis 86.7 % INCORE T/C HOTTEST 316.6 F AuERAGE 316.6 F PRT TEMP 71.0 PRT PRESSURE 3.8 PSIG PRT LEVEL B3.6 % BORON CON 1158.0 PPM
*****,<********************.****** SUPPORT STATUS **************************;***++****
CHARGING PP FLOW 60.3 GVM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM-RHR PUMP DISCHARGE TEMP (1) 72 0 (2) 72.0 F CCW FLOW (A) 4636.5 (b) 6896.0 (C) 3960.9 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 56.5 % B6.3 % 92.9 % 36.7% ACCUM LEVEL 65.0 *, ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS ************************e*********
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.7 F RECIRC SUMP LEVEL .0 %
1991 EMERGiNCY ORlLL PAGE 28
,************************* PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELAT!vE TIME: H+ 4:20 ACTUAL TIME: 07:20
********************************** REACTOR STATUS **+********************************* l POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 432.1 PSIG Int. Range 1.010e-S 1.010e-SMCAMP Pressurizer Source Range 1.8 1.8 DKCS Level 31.0 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 272.2 312.3 312.1 312.1 F (CL) 312.7 312.2 312.7 312.7 F RCS FLOW 11.5 138.6 11.3 11.3 % SG LEVEL (WR) .0 80.5 80.6 80.8 % . (NR) .0 42.2 43.3 44.4 % SG PRESSURE 2.4 63.6 63.4 63.4 PSIG STEAM FLOW 21.6 24.3 7.8 7.1 LBH FW FLOW .0 .0 .0 18.8 LBH SUBC00 LING 150.4 F RVLIS 86.6 % INCORE T/C HOTTEST 312.4 F AVERAGE 312.4 F , PRT TEMP 70.9 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1172.7 PPM
.***********************.********* SUPPORT STATUS ************************************
CHAPGING PP FLOW 63.1 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM-RHR PUMP DISCHARGE-TEMP (1) 72.0 (2) 72.0 F - CCW FLOW (A)- 4636.5 (B) 6895.9 (C) 3960.9 GPM Si FLOW .0 -GPM - CST RWST FWST VCT
. TANK LEVELS !6.4 % 86.3 % 9?.9 % 36.7% '
ACCtIM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*****************,************** CONTA!NMENT STATUS **********************************
PRESSURE (A). .5 la' .5 PSIG TEMPERATURE- 82.6 F RECIRC SUMP LEVEL .0 %
' ) 1991 EMERGENCY DRILL l l FAGE 29 l , ee****************.******* PLANT PARAME1[R STATUS - UNIT 1 ************* *****.******* f DATE: 08/22/91 RELATIVE TIME: H+ 4:25 ACTUAL TlHE: 07:25 :
+
e************************a******** REACTOR STATUS ************************************ i PO'4!R LEVll : Highest Average Power Range .0 .0 tR1P RCS Pressure 40$.2 PS!G j int. Range 1.010e-$ 1.010e-$MCAMP Pressurizer l Source Range 1.7 1.7 OtCS level 30.2 % .i LOOP 1 LOOP 2 LOOP 3 LOOP 4 - RCS TEMP (HL) 269.1 300.2 307.9 307.9- F i (CL) 306.5- 308.2 308.5 308.5 F i RLS FLOW 11.6 13B.7 11.3 11.3 % SG LEVEL (WR) .0 81.0 80,.7 80.9 % (NR) .0 45.0 43.2 44.5 % l SG PRESSURE 2.3 69.1 50.9 58.9 PSIG STEAM FLOW 20.4 26.6 5.5 4.8 KBH FW FLOW- .0 .0 12.3 .0 KBH SUBC00 LING 148.9 F RVLIS 86.6 % INCORE 1/C HOTTEST -308.3 F AVERAGE 309.3 F PRT TEMP 70.9 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % 80RON CON- 1177.4 PPM e********************************SUPPORTSTATUS**************************+++++++*** , CHARGING PP FLOW 63.9 GPM. LETDOWN FLOW .0 GPM , . RHR PUMP FLOW 10 HOT LEGS . O GPM I RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F , I 'CCW FLOW .(A) 4636.4 (8) 6895.8 (C)- 3960.9 GPM S1 FLOW .0 GPM RWST FWST VCT CST 56.3 % 86.2 % 92.9 % 36.7% TANK LEVELS ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG oo****************************** CONTAINHENT STATUS ********************************** PRESSURE .(A)_ .5 (8) .5 PSIG TEMPERATURE- 82.5 F F
-RECIPC SUMP LEVEL .0 %-
l 1 ,
1991 EFERGENCY DRILL PAGE 30 c6************************ PLANT PARAMETER STATUS - UNIT 1 ****************+********** DATE: 08/22/91 RELATIVE TIME: H+ 4: 30 ACTUAL TIME: 07: 30 oo*********.*,******************** REACTOR STATUS ************************************ POWER LEVEL : Highest Average Power Range .0 .0 %PTP RCS Pressure 380.2 PSIG int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Sovece Range 1.7 1.7 OKCS Level 29.6 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 266.9 304.6 304.3 304.3 F (CL) 304.9 304.5 304.9 304.9 F RCS FLOW 11.6 138.9 11.4 11.4 % SG LEVEL (WR) .0 81.1 80.8 81.0 % (NR) .0 44.7 43.2 44.5 % SG PRESSURE 3.1 55.2 55.0 $5.0 PSIG STEAM FLOW 27.6 24.6 5.6 4.9 KBH FW FLOW .0 .0 16.6 4.7 KBH SUBC00 LING 146.8 F RVLIS 86.6 % INCORE T/C HOTTEST 304.6 F AVERAGE 304.6 F PRT TEMP 70.8 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1192.3 PPM o*.******************************* SUPPORT STATb5 ************************************ CHARGING PP FLOW 64.6 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HDT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4636.5 (B) 6895.9 (C) 3960.9 GPM S1 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 56.2 % 86.1 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG o******************************* CONTAINMENT STATUS ********************************** PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.5 F RECIRC SUMP LEVEL . 0' % E
I 1991 EMERGENCY LRILL PAGE 31 ; l e * * * * * * * * * * * * * * * * * * * * * * * *
- P L AN T P A R AM E T E R ST AT U S - L'N I T 1 * * * * * * * * * * * * * * * * * * * * * * * * * * * [.
I DATE: 08/22/91 REi.ATIVE TIME: H+ 4:35 ACTUAL TIML: 07:35
********************************** REACTOR STATUS ************************************ i -POWER LEVEL : Highest Average Power Range .0 .0 tRTP RCS Pressure 357.2 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.7 1.7 DKCS Level 29.3 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4
...... ...... .....e ......
RCS TEMP (HL) 265.5 332.4 301.9 301.9 F (CL) 302.6 302.4 302.6 302.6 F RCS FLOW 11.0 139.0 11.4 11.4 % SO LEVEL (WR) .0 81.0 80.8 81.1 % (NR) .0 43.9 43.2 44.5 % SG PRESSURE 3.3 53.1 52.8 52.8 PSIG STEAM FLOW 30.2 27.2 4.2 2.6 KBH FW FLOW .0 .0 .0 5.1 KBH - SUSC00 LING 143.5 F RVLIS 86.6 % lNCORE T/C HOTTEST- 302.5 F AVERAGE 302.5 F PRT TEMP 70.7 PRT PRESSUP.E 3.8 PSIG PRT LEVEL 83.6 % BORON CON 1186.9 PPM
********************************** SUPPORT STATUS ************************************
CHARGING FP FLOW $7.3 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0- GPM RHR PUMP DISCHARGE TEMP (1) 72.0 (2) 72.0 F CCW FLOW (A) 4636.4 (B) 6395.9 (C) 3960.8 GPM , 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 56.2 % 86.1 % 92.9 % 36.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG -
***************************w**** CONTAINMENT STATUS ********************************** i PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.4 F' RECIRC SUMP LEVEL .0- %
i 1991 EMERGCNCY ORILL ; [ PAGE 32 o * * * * * * * * * * * * * * * * * * * * * * * *
- P L AN T P AR AMl T E R $1 A1 U S - UN ! 1 1 * * * * * * * * * * * * * * * * * * * * * * * * * * * :
DATE: 08/22/91 RELATIVE 11ME: H+ 4:40 ACTUAL flME: 07:40
. I o * * * * * * * * *
- c e * * * * * * * * * * * * * * * * * * * *
- R E A C 10 R S T A T U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ;
. l POWER LEVEL t Highest Average
-Power Range .0 .0 %RTP RCS Pressure 335.9 PSIG y Int. Range 1.010e-5 1.010e 5MCAMP Pressurizer j Source Range 1.7 1.7 DKC5 Level 28.7 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 i RCS TEMP (HL) 264.1 300.0 299.4 299.3 f . (CL) 300.1 299.9 300.1 300.1 f ; RCS FLOW 11.6 139.1 11.4 11.4 % i SGLEVEL(WR) .0 81.5 80.9 81.2 % (NR) .0 46.1 43.2 44.5 % ; SG PRESSURE 2.5 50.6 50.3 50.3 PSIG STEAM FLOW 22.4 26.7 3.7 2.4 KBH fW FLOW .0 .0 11.8 .9 KBH
- SUBC00 LING 140.7 T- RVLIS 86.6 %
INCORE T/C HOTTEST 300.0- f AVERAGE 300.0 f l PR1 TEMP 70.6 PR1 PRES 5URE 3.8 PSIG PR1 LEVEL 03.6 % , BORON CON 1191.2 PPM o************, ******************* SUPPOR1 STATUS ***+++****************************** , CHARGING PP FLOW $7.8 GPM LETDOWN FLOW .0 GPM i
- RHR PUMP FLOW 10 HOT LEGS. O GPM RHR PUMP DISCHARGE 1EMP (1) 72.0 (2) 72.0 f CCW FLOW (A) 4640.2 (B) 6927.3 (C) 3974.8 GPM 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 56.0 % 86.0 % 92.9 % 36.8% '
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG o********++++++***************** CONTAINMENT STATUS **********************************
' PRESSURE (A) .5 (B) .5 PSIG
' TEMPERATURE 82.3 f RECIRC SUMP LEVEL .0 % !
U - f 1
- . . - , . , , - . . - - , , .. _ . ,. _ - ,.~......., = - - . , . - - . . . _ , - . . _ . - _ . _ . - . . , - . - - . . . . - . - - . . .
1991 EMERui..CY OR1LL PAGE 33 1 ee***************.******** PLANT PARAMETER STATUS - UNil 1 *************************** DATE: 08/22/91 RELA 11VE TIME: H+ 4:45 ACTUAL TIME: 07:45 . ee******************************** REACTOR STATUS *3********************************** l POWER LEVEL : Highest Average l Power Range .0 .0 %RTP RCS Pressure 316.6 PS1G i Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.7 1.7 DLCS Level 28.4 % ; LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 263.7 298.7 298.0 298.0 F (CL) 296.7 296.5 298.7 298.7 F RCS FLOW 11.6 139.2 11.4 11.4 % SG LEVEL (WR) .0 80.9 81.0 81.2 % , (NR) . 0 42.3 43.2 44.5 % , SG PRESSURE 3.0 49.2 48,9 48.9 PSIG i' STEAM FLOW 27.1 23.6 5.1- 3.4 KBH . FW FLOW . 0 .0 9.6 6.1 LBH SUBC00 LING 130.8 F RVLIS 86.7 % INCORE 1/C HOT 1EST 298.7 f AVERAGE 298.7 F PRT TEMP 10.5 PRT PRESSURE 3.8 PSIG PRI LEVEL 83.6 % BORON CON 1195.6 PFH , e ******************************** SUPPORT STATUS ************************************ - r CHARGING PP FLOW 58.3 GPM LET00WN FLOW .0 GPM
- RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP OISCHARGE TEMP (1) 72.0 (2) 72.0 T CCW FLOW (A) 9795.7 (B) 12300.8 (C) 4054.4- GPM 51 FLOW . 0 GPM CS1 RWST FWST VC1 TANL LEVELS 55.9 % 86.0 % 92.9 % 36.8%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG , s
. ****************************** CONTAINMENT STATUS **********************************
PRESSURE (A)
~
.5- (8) .5 PSIG TEMPERATURE 6?.2- F RECIRC-SUHP [EVEL . 0 - %-
--w -e-re, wa ..-,%-,,...w...,,, .e,., r..m.,,y,,w... ..,,,ys.. e+ .w,.,,,,,,,,c%,. ,, rw., +4, m. 2.%._w ...w~,.%,ww,.,. mv~,,,~e.,,+,w,,y ,w.,,, mw,.-,ns
1991 EMERGENCY ORlLL j PAGE 34
)
************************** PLANT PARAMETER STATUS - UNIT 1 *************************** ;
DATE: . 00/22/91- RELATIVE TIME: H+ 4: 50 ACTUAL TlHE: 7:50 I I
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average
- Power Range .0 .0 *RTP RCS Pressure 298.9 PSIG
-Int. Range- 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.7 1.7 DKCS Level 28.1 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 262.8 297.1 296.4 296.3 F (CL) 297.1 297.1 297.1 297.1 F RCS FLOW 11.6 139.3 11.4 11.4 % SG LEVEL (WR)_ .0 81.4 81.0 81.2 % (NR) .0 45.2 43.2 44.5 % SG-PRESSURE 2.9 47.9 47.6 47.5 PSIG
- STEAM FLOW 26.2 27 1 2.7 1.6 KBH
- FW FLOW .0 .0 5.4 3.a KBH SUBC00 LING 133.5 F RVLIS 86.9 %
'NCORE T/C HOTTESI 097.1 F AVERAGE 297.1 F PRT TEMP 70.4 PRT PRESSURE 3.8 PSIG PRT LEVEL 83.6 %
BORON CON 1200.0 PPM
********************************** SUPPORT STATUS ************************************
i CHARGING PP FLOW 58.7 GPM LETDOWN FLOW . 0 GPM RHR PUMP FLOW TO HOT-LEGS 0 GPM RHRPUMPOISCHARGETEMP.(1) '72.0 (2) 72.0 F CCW FLOW (A) 974Y.9 (B) 12240.6 (C) 4034.9 GPM SI FLOW '.0 GPM CST RWST FWST VCT TANK LEVELS 55.9 % 85.9 % 92.9 % 36.8% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
- . PRESSURE (A)- .5 (B) .5 PSIG
~ TEMPERATURE 82.1 F RECIRC SUMP LEVEL .0 %
- ,-._,%.,.,,. ., . , , _ ,o - . , , . ..._,,_..,_,y , , . . , , - . , , , - , _ . , , _ . . . , _y.,,,,. y . . . . . . , _ . - - - ~ . _ . , , , ,
l 1 1991 EMERGENCY DRlLL PAGE 35 : e 7 e************************* PLANT PARAME1ER 51ATUS - UNil 1 *************************** DAlt: 08/22/91 RELAllVE 11ME: H+ 4:55 ACTUAL 11ME: 07:55
********************************** REAC10R 51A10$ ************************************
POWER LEVEL t Highest Average , Power Range .0 .0 %RTP RCS Pressure 202.7 PSIG Pressurizer Int. Range 1.010e-5.1.010e-5HCAMP Source Range 1.6 1.6 OkCS Level 27.6 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 1 RCS TEMP (HL) 262.0 296.0 295.3 295.3 f (CL) 205.9 295.7 295.9 295.9 f RCS FLOW 11.6 139.' 11.4 11.4 % SG LEVEL (WR) .0 81.3 01.0 81.3 %
.(NR) .0 43.9 43.2 44.5 % ;
- SG PRESSURE 2.3 46.6 46.4 46.3 PS!G
-STfAM FLOW 21.0 23.0 4.3 2.9 LBH FW FLOW .0 .0 16.9 9.9 KBH SUBC00 LING- 129.8 f RVLIS 07.0 %
INCORE T/C H011EST 296.0 f AVERAGE 296.0 f PRT TEMP. 70.4 PRT PRESSURE 3.8 PSIG PRT LEVEL 03.6 % . BORON CON 1204.3 PPM
- e*********************.*********** SUPPORT STA1U5 ************************************
l CHARGING PP FLOW 59.1 GPM LETDOWN FLOW .0 GPH , RHR PUMP. FLOW T0 HOT LEGS 0 GPH f RHR PUMP O!SCHARGE TEMP (1) 71.0 (2) 71.1 CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9 GPM
- 51 FLOW .0 GPM
- C51 RWST FWST VCT TANK LEVELS 55.7 % 85.8 % 92.9 % 36.8%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG l l ******************************** CONTAINMEN1 STATUS **********************************
- PRESSURE (A) .5 (B) 5 PSIG TEMPERATURE B2.0 f i
RECIRC SUMP LEVEL .0 % ll
, .-,6.., . ...-.,,.n, .,-,...-.._.n... ,..m..n,., , , , , , ,,,,,.,-.-,,n.n.. ._,,,,,..,,..,,.n.,,g.,,,g,,e.w.+,m, ,~~ __nn.g,, ,.--.,Np.,- .g, ,.
I i 1991 EMERGENCY ORILL PAGE 36 l
************************** PLANT PARAMETER STATUS - UNIT 1 *************************** !
OATE: 08/22/91 RELATIVE TIME: H* 5:00 ACTUAL TIME: 08:00 ! 4
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average ! Power Range .0 .0 %RTP RCS Pressure 267.6 PSIG i
' Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range .1.6 1.6 DKCS Level 26.5 % ,
LOOP 1 LOOP 2 LOOP 3 LOOP 4 t RCS TEMP (HL) 259.7 293.4 292.8 292.6 F (CL) 293.6 293.2 293.6 293.6 F - RCS FLOW 11.9 139.4 11.7 11.8 % SG LEVEL (WR) .0 81.2- 81.1 el.3 % (NR) .0 43.4 43.2 44.5 % SG PRESSURE 2.0- 44.4 44.1 44.1 PSIG STEAM FLOW 18.0 24.9 3.3 1.2 KBH FW FLOW -.0 .0 .0 5.6 KBH SUBC00 LINGU 127.8 F RVLIS 87.2 % INCORE T/C HOTTEST 293.4 F AVERAGE 293.4 F
.PRT TEMP - 70.3 PRT' PRESSURE 3.7 PSIG PRT LEVEL 83.6 %
BORON CON 1223.1 PPM l
*******+************************++ SUPPORT STATUS ************************************ :
CHARGING PP FLOW 64.8 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE. TEMP (1) 71.5 (2) 63.7 F CCW FLOW (A) 9747.8 (B) 12240.5 (C) 4034.9 GPM S1 FLOW .0 GPM , r CST RWST FWST VCT TANK LEVELS 55.7 %- 85.8 % 92.9 % 37.9% . ACCUM LEVEL 65.0- % ACCUM PR 640.0 PSIG
****************** ,************ CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.1 F
~RECIRC SUMP LEVEL -.0 %
L l l
. .m _...___u____._;__. _ . , . _ _ ____
1991 EME4CENCY DRILL PAGE 37 l [ I (-
************************** PLANT PARAMETER STA105 - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 5:05 ACTUAL TIME: 08:05 o********************************* LEACTOR STATUS ************************************ POWER LEVEL : Highest Average
- i. Power Range .0 .0 %RTP RCS Pressure 253.7 PS!G Int. Range 1.010e-$ 1.010e-5HCAMP Pressurizer Source _ Range 1.6 1.6 DKCS Level 27.4 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 261.4 292.4 291.4 291.3 F (CL) 292.3 292.3 292.3 292.3 F RCS FLOW 12.1 139.4 11.9 12.0 %
- SG LEVEL (WR) .0 81.5 81.1 81.4 %
(NR) .0 44.9 43.2 44.5 % , SG PRESSURE 2.2 43.5 43.1 43.1 PSIG STEAM FLOW 19.5 26.9 2.2 3.9 kBH FW FLOW .0 .0 . 0 .0 KBH I SUBC00 LING 124.5 F RVLIS 87.4 % INCORE T/C HOTTEST 292.5 F AVERAGE 292.5 F PRT TEMP 70.2 PFT PRESSURE 3.7 PSIG PRT LEVEL B3.6 % 80RON CON 1232.0 PPM
.********************************* SUPPORT STATUS ************************************
CHARGING PP FLOW 80.7 . GPM LETOOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP O!SCHARGE TEMP (1) 63.1 (2) 79.8 F CCW-FLOW- (A) 9747.9- (B) 12240.6 (C) 4034.9 GPM S1 FLOW . 0 GPM , CST RWST FWST VCT i TANK LEVELS 55.6 % 85.7 % 92.9 % 28.6% ACCUM LEVEL 65.0 % ACCUM PR- 640.0 PSIG f
******************************** CONTAINMENT STATUS ************************++********
PRESSURE- (A)
. 5 (B) .5 PSIG TEMPERATURE 81.9 F RECIRC SUMP' LEVEL- .. 0 %
1
+
,,,--r--. ,y,-- , - , - am-,e-+-n-er w re* F-+N"
1991 EVERGENEY DRILL ; PAGE 38 { -
.************************* PLANT PARAMETER STATUS - UNIT 1 ***************************
5:10 ACTUAL TIME: 08:10 : DATE: 08/22/91 RELATIVE TIME: H+
..******************************** REACTOR STATUS ************************************ j POWER LAVEL Highest Average Power Range ., 0 .0 %RTP kCS Pressure 240.5 PSIG Int._ Range 1.010e-5 1.010e-SMEAMP Pressurizer ,
Source Range 1.6 1.6 DKCS Level 28.1 % l LOOP 1 LOOP 2 LOOP 3 LOOP 4
'RCS TEMP (HL) 258.0 289.8 289.3 289.5 F .
f , (CL) 289.8 289.6 289.8 289.8 F RCS FLOW 12.1 139.5 11.9 12.0 % SG LEVEL (WR; .0 81.C 81.2 81.5- % (NR) .0 45.2 43.2 44.5 % , 5G-_ PRESSURE 3.0 41.2 41.0 40.9 PS!G STE41 FLOW 27.0 22.4 4.2 1.5 KBH
-FW FLOW .0 .0 .0 .0 kBH i SUBC00 LING- 122.9 F RVLIS 87.7 %
INCORE T/C HOTTEST 289.8 F AVERAGE 289.8 F !
'PRT TEMP 70.. PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % -
BORON CON 1238.0 PPM
,********************************* SUPPORT STATUS ************************************
CHARGING PP FLOW 81.1 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW 10 HOT LEGS 0 GPM
.RHR PUMP DISCHARGE TEMP (1) 78.8 (2) 70. 3 _. F
.CCW FLOW (A)- 9747.8_ . (B)- 12240.6 (C) 4034.9 GPM SI FLOW .0 GPM CST RWFT FWST VCT TANK LEVELS 55.5 % 85.6 % 92.9- % 38.9%
ACCUM LEVEL- 65.0 % ACCUM PR 640.0 PSIG l
******************************** CONTAINMEN1 STATUS **********************************
- PRESSURE- (A)- .5 (B) .5 PSIG TEMPERATURE - 82.0 F ;
RECIRC SUMP LEVEL .0 % f 1 __
4 1991 Emergency Exercise L PRESSURIZER RELIEF TANK LEVEL ' 100 -
- no-L b H co - ;
x f rJ ' ct: w I a. 4 0 - 4 i i ! i
~
- l. 20 - l i
0 . . . . . . . . ; 0' 1 2 3 4 5 6 7 8 i TIME (IN HOURS) , S
1991 EMERGENCY DRILL j PAGE 39 i e************************* PLANT PARAMETER STA1US - UNIT 1 *************************** ; DATE: 08/22/91 RELATIVE TIME: H+ 5:15 ACTUAL TIME: 08:15
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- R E A C 10 R $ 1 A T U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- 4 POWER LEVEL : Highest Average !
Power Range -.0 .0 tR1P RCS Pressure 227.9 PSIG l Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.5 1.5 DKCS Level 29.0 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 , RCS TEMP (HL) 256.4 287.6 286.7 286.7 F (CL) 287.6 287.3 287.6 287.6 F RCS FLOW 12.1 139.7 11.9 12.0 %
.SG LEVEL (WR)' .0 81.8 81.3 81.5 %
(NR) .0 45.6 43.2 44.5 % SG PRESSURE 2.0 39.3 38.9 30.9 PSIG STEAM F LOW 17.8 26.3 .5 5.0 KBH FW FLOW .0 .0 3.9 2.4 KBH SUBC00 LING . 120.9 F RVLis 87.9 % INCORE T/C HOTTEST 287.6 F AVERAGE 287.6 F PRT.TEMr 70.0 PR1 PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1244.5 PPM
********************************** SUPPORT- STATUS ************************************ 3 CHARGING PP FLOW 81.5 GPM LE1DOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 79.4 (2) 72.6 F CCW FLOW. (A) 9747.9 (B) 12240.6. (C) 4034.9 GPM SI FLOW .0 GPM CST RWST FWS1 VCT TANK' LEVELS 55.5 % 85.5 I 92.9 % 39.2%
640.0 .PSIG ACCUM LEVEL 65.0 % ACCUM PR o******************************* CONTAINMENT STATUS *************************** ****** - PRESSURE (A)_ .5 (B)- .5 PSIG TEMPERATURE 82.1l r RECIRC SUHF LEVEL .0 %
1991 EMERGEN;Y DRILL PAGE 40 ; e************************* PLANT PARAMETER STATUS - UNIT 1 *************************** ; DATE: 08/22/91 RELA 11VE TIML: H+ $!20 ACTUAL TIME: 06:20
.********************************* REACTOR STATUS ************************************
POWER LEVEL : Highest Aver 6ge Power Range .0 .0 %RTP RCS Pressure 215.9 PSIG ' Int. Range 1.010e-$ 1.010e-SMCAMP Pressurizer Source Range 1.5 1.5 OKCS Level 20.7 i LOOP 1 LOOP 2 LOOP 3 LOOP 4 ! RCSTEMP(HL) 252.0 283.9 203.2 283.2 F (CL) 284.0 283.6 284.0 284.0 F j RCS FLOW . 12.1 139.9 11.9 12.0 % SG LEVEL (WR) .0 81.7 01.4 81.6 % (NR) .0 44.6 4't .2 44.5 % : SG PRESSURE .1. 7 36.3 35.9 35.9 PSIG STEAM FLOW 15.4 24.8 .3 .3 KBH l FW FLOW .0 .0 4.1 4.1 KBH SUBC00 LING 120.4 F RVLIS 88.1 %- : INCORE T/C HOTTEST 283.9 F AVERAGE 283.9 F PRT TEMP 70,0 PRf PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1250.1 PPM
**********************+*4..o******. SUPPORT STATUS ******************e***************** ;
CHtkGING PP FLOW 71.6 GPM LETDOWN FLOW 2.9 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARG1 TEMP (1) 90.1 (2). 81.6 -f , CCW FLOW (A) 9747.9 (B) 12240.6 (C)- 4034.9 GDM ! S1 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS $5.4 % 85.4 % 92.9 % 40.1% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG .!
******************************** CONTAlhMENT STATUS **********************************
r PRESSURE (A) .5 (B) 5 PSIG TEMPERATURE 82.3 F-RECIRC. SUMP LEVEL .0 %
~
y i
i 1991 EMERGENC" DRILL I PAGE 41 5 l i e*******.***************** PLANT PARAM[1ER STATUS - UNIT 1 *************************** ' i DATE: 08/22/91' RELATIVE TIME: H+ 5:25 AC10AL TlHE: 08:25 l e**********.********************** REACTOR STATUS ************************************ POWER LEVEL ; Highest Average Power _ Range .0 .0 %R1P RCS Pressure 204.2 PSIG i Int. Ran9e 1.010e-5 1.010e-SMCAMP Pressurizer l Source Range 1.5 1.5 DACS Level 27,9 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCSTEMP(HL) 248.9 279.7 278.6 278.6 F (CL) 279.9 279.5 279.9 279.9 F RCS FLOW- 12.1 140.1 11.9 12.0 % SG LEVEL (WR) .0 el 7 81.5 61.8 % (NR) .0 43.9 43.2 44.5 '% SG PRESSURE 2.5 33.1 32.7 32.7 PSIG 1 STEAM FLOW 23.1 -23.8 .0 20.9 KBH FW FLOW .0 .0 .0 2.2 KBH SUBC00 LING- 120.5 F RVLIS 88.4 % INCORE T/C HOTTEST 279.7 F AVERAGE 279.7 F ! PRI TEMP 69.9 PRI PRESSURE 3.7 PSIG PRf LEVEL 83.6 % BORON CON 1255.1 PPM
********************************** SUPPOR1 STATUS **** ******************************* l l CHARGING PP FLOW 71.9 GPM LETDOWN FLOW 3.2 GPM l
RHR PUMP FLOW 10 HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP-(1) 95.2 (2) 91.0 F
- t. CCW FLOW- (A) 9747.8 (8 )- 12240.6 (C) 4034.9 GPM el FLOW .0 GPM g 4 CS1 RWST FWST VCT L
TANK LEVELS 55.3 % 85.4 % 92.9 % 41.0% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*****..************************** CONTAINMENT STATUS ********************************** ;
PRESSURE- (A) .5 (B) .5 PSIG TEMPERATURE 82.4 F-RECIRC SUMP LEVEL .0 % 1: 4-
1991 EMEFGENCY DRILL PAGE 42 4
****** ******************* PLANT PARAMETER STATUS - UNIT 1 **=************************
DATE: 08/22/91 RELATIVE TIME: H+ 5:30 ACTUAL TIME: 08:30
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Po*er Range .0 .0 tRTP RCS Pressure 193.0 PSIG Int. Range 1.010e-5 1.010e-5MCANP Pressurizer Source Range 1.5 1.5 DKCS Level 27.5 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 245.8 275.9 274.6 274.4 F CL) 276.0 275.6 276.0 276.0 F RCS FLOW 12.1 140.4 12.0 12.1 % SG LEVEL WR) .0 E. 7 81.6 81.9 % NR) .0 43.3 43.2 44.5 % SG PRESSUPE 1.9 30.1 29.8 29.8 PSIG 17.4 21.5 4 4 KBH STEAM FLOW FW FLOW .0 .0 2.4 3.7 KBH SUBC00 LING 120.? F RVLIS 88.6 % INCORE 1/C HOTTEST 275.9 F AVERAGE 275.9 F PRT 'IEMP 69.B PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BOROM CON 1260.2 PPM
* * * * * * * * * * * + * * * * * * * * * * * * * * * * * * * * *
- S U P P O R T S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- CHARGING PP FLOW 72.2 GPM LETDOWN FLOW 2.6 GPM RHR PUMP FLOW TO HOT LFGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 94.4 (2) 90.3 F CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9 GPM
$1 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 55.2 % 85.3 % 92.9 % 41.6%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.5 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY DRlLL PAGE 43 1 A 15 ************************** PLANT PARAME1ER 51ATUS - UNIT 1 *************************** i i DA1E: 08/22/91 RELAllVE 11ME: H+ 6:36 ACTUAL 11ME: 08:36 l 1
-********************************** REACTOR STATUS ************************************ !
. POWER LEVEL : Highest Average
' Power Range .0 .0 %RTP RCS Pressure 186.4 PSIG Int. Range 1.010e-$ 1.010e-$MCAMP Pressurizer Source Range 1.5 1.5 OACS Level 26.4 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 ' RCS TEMP (HL) 240.2 279.4 271.7 276.6 F (CL) 272.6 269.8 272.5 272.3 F i RCS FLOW .8 4.8 .7 .7 % SG LEVEL (WR) .0 81.8 81.7 82.0 % (NR) .0 43.4 43.2 44.5 % SG PRESSURE ' 1.3 -28.1 27.6 27.7 PSIG ' STEAM FLOW 11.9 20.8 .1- 10.6 LBH FW FLOW .0 .0 3.7 .0 LBH
- SUBC00 LING 102.0 i RVLIS 89.1 % !
I INCORE T/C HOT 1EST 283.3 F AVERAGE 283.3 F
- ( PRT TEMP. 69.7 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 %
BORON CON 1264.4 PPM ->
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 72.5 GPM LETOOWN FLOW .0 GPM : i RHR PUMP FLOW TO HOT LEGS 0 GPM ' RHR PUMP. DISCHARGE TEMP (1) 95.0 (2) 90.8 F CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9 -GPM 51 FLOW .0 GPM , CST RWST FWST VCT TANK LEVELS 55.1 % 85.2 % 92.9 % 41.8% - ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*****.************************** CONTAINMENT STATUS ********************************** ,
PRESSURE' (A) .5 (B) .6 PSIG TEMPERATURE 82.4 F j RECIRC SUMP LEVEL. .0 %l i j '. l r v L
- 4 ,,. ...~.~.,, ~ _ - ~ _ , ,..--._-.~--.._...._.m 4 ......_...,.~L..._ .w.___--___,._,_.,
1991 EMERGli4CY DRILL 4 PAGE 44 l e************************* PLANT FARAMETER STATUS - UNIT 1 *************************** DATE: 08/22/91 RELATIVE TIME: H+ 5: 40 ACTUAL TIME: 08:40 ! e.**.******,.************.******** REAC10R STATUS ************************************ POWER LEVEL's H19 hest Average Power Range . 0 .0 tRTP RCS Fressurt. 188.4 PS1G Int. Ran9e 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 1.5 1.5 DLCS Level 24.6 % LOOP 1 LOOP 2 LOOP 3 LOOP 4
...... ...... . .... ...... 1 RCS TEMP i 283.9 286.1 283.6 284.9 f i
235.6 265.8 266.5 264.5 F RCS TLOW 3.1 1.8 1.8 1.6 % 0 82.5 81.8 82.1 % : SC LEVEL (WR) . (NR) . 0 43.9 43.3 44.4 % SG PRESSURE 1.2 28.2 28.1 29.1 PSIG ' STEAM FLOW 11.2 . 1 .1 1.8 KBH FW FLOW- . 0 . 0 .0 .0 KBH SUBC00 LING 100.6 i RVLIS 90.0 % INCORE 1/C HOTTEST 284.4 f AVERAGE 284.4 f 1 I PRT TEMP 69.7 PRT PRESSURE 3.7 PSIG PRT LEVEL B3.6 % BORON CON 1274.0 PPM l e ******************************** SUPPORT STATUS ************************************
- l. CHARGING PP FLOW 72.4 GPM LETOOWN FLOW 1.7 GPM ,
t RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 73.6. (2) 72.3 F i CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9 GPM ! 51 FLOW . 0 GPM l CST RWST FWST - VCT TANK LEVELS 54.9 % 85.1 % 92.9 % 42.2% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG , l e.****************************** CONTAINMENT STATUS ********************************** PRESSURE
. 5 (D) .5 PSIG TEMPERATURE _82.1 ( A)_F
' RECIRC SUMP LEVEL -0. %- ,
l O
- - r<a-,wn-*w., ,.e- am-a,-e_-e ,N~ ,.-n, .w,m,n.,,w..w,ng,, , , . , v.,yg.p.n,m, ,.,,_v ,,, ,.,,__,,,a_
1991 EMERGE (CY ORILL
/ PAGE 45
************************** PLANT PARAMETER STA'US - UNIT 1 ***************************
DATE: 08/22/91 . RELATIVE TIME: H+ 5:45 ACTUAL TIME: 08:45 1
********************************** REACTOR STATUS ************************************ ;
POWER LEVEL Hi9hest Average . Power Range .0 .0 UTP RCS Pressure 189.1 PSIG ! l Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.5 1.5 DKCS Level 25.8 '4 LOOP 1 LOOP 2 LOOP 3 LOOP 4 287.1 286.7 286.4 287.7 F l RCS TEMP (HL) (CL): 238.0 272.2 273.0 271.9 F RCS FLOW 3.2 1.7 1.7 1.4 % SG LEVEL (WR) .0 82.5 81.8 82.1 % (NR) .0 43.9 43.3 44.4 % SG PRESSURE .1.4 30.5 30.3 33.5 PSIG-STEAM FLOW 13.0- .1 .1 1.6 KBH FW FLOW .0 .0 .0 .0 KBH SUSC00 LING . 98.1 F RVLIS 90.7 %
.lNCORE 1/C HOTTEST 288.2 F AVERAGE 288.2 F i
h 69.6 PRT PRESSURE 3.7 PSIG PRl LEVEL 93.6 % i PRT TEMP BORON CON 1279.6 PPM
*****************.**************** SUPPORT STATUS ************************************
72.4 GPM ' LETDOWN FLOW 1.7 GPM CHARGING PP FLOW RHR PUMP FLOW-T0 HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 85.3 (2) 86.8 F _
.9747.8 (B) 12240.6 (C) 4034.9 GPM CCW FLOW (A) 51 FLOW .0 GPM RWST FWST VCT CST 85.1 % 92.9 % 42.5%
TANK LEVELS 54.9 % 65.0 % ACCUM PR 640.0 PSIG ACCUM LEVEL
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A). .5 (B) .5 -PSIG TEMPERATURE 81.8 F
~RECIRC SUMP LEVEL. .0 %
1991 EMERGENEY ORILL PAGE 46 4 ; o************************* PLANT PARAMETER STATUS - UNIT 1 *************************** .
'0 ATE: 08/22/91 RELATIVE TIME: H+ 5:50 ACTUAL TlHE: 08:50
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 188.2 PSIG : Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.4 1.4 DKCS Level 25.3 % 1 LOOP 1 LOOP 2 LOOP 3 LOOP 4 ; RCSTEMP(HL) 285.6 286.1 286.0 280.0 F (CL) 232.6 266.3 267.8 266.5 F RCS FLOW 3.2 1.7 1.7 1.3 %- SG LEVEL (WR) .0 82.5 81.8 82.0 % (NR) .0 44.0 43.3 44.6 % SG PRESSURE 1.4 32.5 32.2 35.3 PSIG STEAM FLOW 12.9 .1 .1 2.1 KBH r FW FLOW .0 .0 .0 . 0 KBH SUBC00 LING 100.6 F RVLIS 91.4 % INCORE T/C HOTTEST 204.5 F AVERAGE 284.5 F PRT TEMP 69.5 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1285.2 PPM
********************************** SUPPORT STATUS ************************************
l CHARGING PP FLOW 72.4 GPM LETDOWN FLOW 1.7 GPH i RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 94.4 (2) 91.0 F CCW FLOW (A) 9747.8 (8) 12240.5 (C) 4034.9 GPM St FLOW- .0 GPM l CST RWST FWST VCT TANK LEVELS 54.9 % 85.0 % 92.9 % 42.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG *
******************************** CONTAINMENT bTATUS *************************e********
PRESSURE (A) .5 (B) 5 PSIG
-TEMPERATURE 81.9 F RECIRC SUMP LEVEL .0 %
-->- .w.-y .-,-,,-..,r,,.-w_.w .,--..-c, ,. ,- ,- . ._w. 9,. -...,,.,~,--.,ety. =_~~,.rw~**
t' v-w-'
1991 EMERGENCY ORILL PAGE 47 t
~ (. l
..**********.************* PLANT PARAMETER STATUS - UNIT 1 ***************************
{ DATE: 08/22/91 RELATIVE TIME: H+ 5:55 ACTUAL TIME: 08:55 :
..******************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Po*er Range .0 .0 %RTP RCS Pressure 189.5 PSIG Int. Range 1.010e-5 1.010e-SMCAMP- Pressurizer Source Range 1.4 1.4 DACS Level 24.6 % ; LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 282.8 283.4 283.4 282.5 F . (CL) 231.2 P65.1 267.1 264.3 F RCS FLOW 3.2 1.7 1.7 1.2 % ^ SG LEVEL (WR) .0 82.5 81.8 82.0 % (NR) .0 44.0 43.3 44.5 % SG PRESSURE 1.4 33.4 33.0 34.4 PSIG STEAM FLOW 12.2 .1 .1 1.6 KBH FW FLOW .0 .0 .0 .0 LBH SUBC00 LING 103.8 F RVLIS 92.1 % INCORE T/C HOTTEST- 282.4 F AVERAGE 282.4 F p PRT TEMP 69.4- PRT PRESSURE 3.7 PSIG PRT LEVEL 03.6 % BORON CON 1290.7 PPM
.e******************************** SUPPORT STATUS ************************************
CHARGING PP FLOW 72.4 GPM LETD""1 FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 1 91
-RHR PUMP DISCHARGE TEMP (1) 95.6 (2) 92.1 F CCW FLOW (A)- 9747.9 (B) 12240.6 (C) 4034.9 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS
$4.9 % B4.9 % 92.9 % 43.0%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) ~.5 PSIG TEMPERATURE 81.9 F RECIRC SUMP LEVEL .0~ % I v -- ,-A+, ,n -.--n,,+-,,n-,n,=,,n-. - ni . ,-,.,--l.-
,n,9- , - , , , -
E~
1991 EMERGENCY DRILL PAGE 48 i
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 6:00 ACTUAL TIME: 09:00
********************************** REACTOR STATUS *********************v**************
POWER LEVEL :. Highest Average Power Range .0 .0- %RTP PCS Pressure 190.7 PSIG-Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.4 1.4 DKCS Lev.;l 23.9 % Looo 1 LOOP 2 LOOP 3 LOOP 4 RCSTEMP(HL) 261.0 281.5 281.5 280.7 r (CL) 228.4 262.2 264.4 260.4 T RCS FLOW- 3.1 1.7 1.7 1.3 % SG LEVEL (WR) .0 82.5 81.8 82.0 % (NR) .0 44.1 43.3 44.5 % SG PRESSURE 1.3 33.5 33.3 33.5 PSIG STEAM FLOW 11.8 .9 .1 .8 KBH FW FLOW .0 .0 .0 .0 KBH SUCC00 LING 106.1 F RVLIS 92.8 % INCORE T/C HOTTEST 280.3 f AVERAGE 280.3 F PRT TEMP 69.4 PRT PRES $URE 3.7 PSIG PRT LEVEL 83.0 % BORON CON 129E.3 PPM e********************************* SUPPORT STATUS ************************************ CHARGING PP FLOW 72.3 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP OISCHARGE TEMP (1) 104.8 (2) 103.1 F CCW FLOW (A). 9747.8 (B) 12240.6 (C) 4034.9 GPM SI FLOW .0 GPM - CST RWST FWSi VCT TANK LEVELS 54.9 % 84.8 % 92.9 % '43.3% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
***********.******************** CONTAINMENT STATUS ********************************** ,
PRESSURE (A) .5 (B) .5 PSIG ' TEMPERATURE 81.9 F-RECIRC SUMP LEVEL- .0 %
1991 EMERGENCY DRILL PAGE 49 e************************* PLANT PARAMETER STATUS - UNIT 1 *************************** DATE: 08/22/91 RELATIVE TIME: H+ 6:05 ACTUAL TIME: 09:05 e********************************* REACTOR STATUS ************************************ 4 POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 191.7 PSIG . Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.4 1.4 DKCS Level 23.2 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 276.8 277.8 277.8 276.2 F (CL) 226.4 258.6 260.1 253.1 F RCS FLOW 3.1 1.7 1.7 1.1 % SG LEVEL (WR) .1 82.4 81.8 82.0 %
-(NR) .0 44.1 43.3 44.5 %
SG PRESSURE 1.2 32.3 32.3 32.2 PSIG l 10.9 .9 .8 15.2
-STEAM FLOW KBH l FW FLOW .0 .0 .0 .0 K8H l
SUBC00 LING 110.2 F RVLIS 93.4 % INCORE T/C HOTTEST 275.9 F AVERAGE 275.9 F PRT~ TEMP 69.3 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1302.5 PPM
********************************** SUPPORT STATUS ************************************ I CHARGING PD FLOW - 83.9 GPM LElDOWN FLOW .0 GPM 1 RHR PUMP FLOW T0 HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 103.7 (2) 102.1 F 12240.5 4034.9 CCW FLOW (A) 9747.8 (B)- (C) GPM l SI FLOW .0 GPM CST -
RWST FWST VCT TANK LEVELS 54.9 % 84.7 % 92.9 % 43.4% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS ********************** ***********
PRESSURE (A) .5 (8) .5 PSIG TEMPERATURE- 82.0 F
- j. RECIRC SUMP LEVEL .0 %
1
l 1991 EMERGENCY ORILL PAGE 50 i ******************w***t*** P L ANT P AR AME T E R ST AT US - UNI T 1 * * * * * * * * * * * * * * * * * * * * * * * * * *
- DATE: 0B/22/91 RELATIVE TIME: H+ 6:10 ACTUAL TIME: 09:10
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- R E A C T O R S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- POWER LEVEL : Highest Average Power kange .0 0 %RTP RCS Pressure 192.3 PSIG Int. Range 1.010e-! . 010e-5HCAMP Pressurizer Source Range 1.4 1.4 DKCS Level 22.9 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 273.0 273.9 273.9 272.3 F (CL) 223.1 253.9 255.5 247.0 F RCS FLOW 3.0 1.7 1.7 1.1 % SG LEVEL (WR) .5 82.4 81.8 82.0 i (NR) .0 44.0 43.3 44.5 % SG PRESSURE 1.2 30.5 30.5 30.5 PSIG STEAM FLOW 10.4 .B .7 11 5 KBH FW FLOW .0 .0 .0 .0 KBH SUBC00 LING l' F L .15 94.0 % INCORE T/C HOTTEST 2/ .. F AVERAGE 272.0 F PRT 1EMP 69.2 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1309.1 PPM
*************.******************** SUPPORT STATUS ************************************
CHARGING PP FLOW 94.7 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 109.5 (2) 101.2 F CCW FLOW (A) 9747.8 (B) 12240.6 (C) 4034.9 GPM St FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 54.9 % 84.6 % 92.9 % 43.4% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.1 F RECIRC SUMP LEVEL .0 % I l
1991 EMERGENCY DRILL PAGE 51 { e************************* PLANT PARAME1ER STATUS - UNIT 1 *************************** DATE! 08/22/91 RELATIVE TIME: H+ 6;15 ACTUAL TIME: 09:15
********************************** REACTOR STATUS ********************+***************
POWER LEVEL Highest Average Power Range .0 .0 %FTP RCS Pressure 192.4 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source. Range 1.4 1.4 DKCS Level 23.2. % LOOP 1 LOOP 2 LOOP 3 -LOOP 4 RCS TEMP (HL) 268.8 269.8 269.8 268.1 F (CL) 218.8 247.4 252.0 242.0 F RCS FLOW 3.0 1.7 1.7 1.1 % SG LEVEL (WR) .8 82.4 81.7 82.0 % (NR) .0 44.0 43.2 44.5 %
- SG PRESSURE 1.2 28.4 28.4 28.4 PS!G STEAM FLOW 10.6 7 . 8 16.0 K8H FW FLOW- .0 .0 . 0 .0 kBH SUBC00 LING 118.4 F RVLIS 94.6 %
INCORE T/C HOTTEST 267.6 F AVERAGE 267.6 F .
, PRT TEMP- 69.2 PRT PRES $URE 3.7 PSIG PR1 LEVEL 83.6 %
BORON CON 1316.5 PPM
**********++********************** SUPPORT STATUS ************************************
CHARGING PP FLOW 94.2 GPM LETDOWN FLOW 1.8 GPM
- RHR PUMP FLOW TO HOT LEGS 0 GPH RHR PUMP DISCHARGE TEMP (1) 114.8 (2) 107.0 F CCW FLOW (A) 9747.8 (B) 12240.6 (C) 4034.9 GPM SI FLOW . 0 GPM CST RWST (t.s i VCT-TANK LEVELS 54.9 % 84.5 % 92.9 %' 43.7%
ACCUM LEVEL 65.0- % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE '(A) -
. 5 (8) -
.5 PSIG TEMPERATURE 82.2 F RECIRC SUMP LEVEL . 0 %
r S 4 -e e M 3 p r-.wp..- , , - , , .,y.u, e -.n ..,m_r w-, , , . ,_,---r_my.rmy_,-_,7,,,.w7+,..,,w-_,-,e.g. ,,
i 1991 EMERGENCY OR!LL i PAGE 52 , { e************************* PLANT PARAMETER STATUS - UNIT 1 *************************** ! DATE: 08/22/91 RELATIVE TIME: H+ 6:20 ACTUAL TIME: 09:20 ;
********************************** REACTOR STATUS ************************************ !
Highest Average POWER LEVEL : Power Range .0 .0 %RTP RCS Pressure 191.9 PSIG : Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer . Source Range- 1.3 1.3 DACS Level 23.3 % , LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 264.0 265.1 265.1 263.1 F ; (CL) 214.2 240.2 246.2 235.6 F f RCS FLOW 2.9 1.7 1.7 1.1 % SGLEVEL(WR) 1.3 82.3 81.8 8/.1 % (NR) .0 44.0 43.2 44.5 % > SG PRESSURE 1.0 25.9 26.0 25.9 PSIG STEAM FLOW 8.8 .5 .7 .3 KBH FW FLOW .0 .0 3.1 3.3 KBH GUBC00 LING 122.9 F RVLIS 95.1 % INCORE 1/C tt0TTES1 262.4 F AVERAGE 262.4 F i PR1 TEMP 69.1 PRT PRESSURE 3.7 PSIG PRI LEVEL 83.6 % BORON CON 1323.5 PPM o********************************* SUPPORT-STATUS ************************************ CHARGING PP FLOW- 94.2 GPH LETDOWN FLOW 1.1 GPM RHR PUMP FLOW 10 HOT LEGS - 0 GPM RHR PUMP DISCHARGE TEMP (1)- 123.3 (2) 114.1 F CCW FLOW -(A) 9747.8 (B) 12240.6 (C) '4034.9 GPH 1 51 FLOW .0 GPM , CST RWST FWST VCT L TANL LEVELS- 54.8 % 84.4 %- 92.9 % 43.9% LACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
-******************************** CONTAlhMENT STATUS **********************************
PRESSURE. (A) .6 (D) .5 PSIG TEMPERATURE 82.3 F < . RECIRC SUMP LEVEL .0 % l ; I l l I _ . . _ _ . . . ~. , _ . _ _ . _ . __._.-._..._.__.,____-____.__u_.______
1991 EMERGENEY DRILL PAGE 53 o * * * * * . * * * * * * * * * * * * * * * * * *
- P L AN T P A R AM E T E R S T A T U S - U N ! 1 1 * * * * * * * * * * * * * * * * * * * * * * * * * *
- DA1E: 08/22/91 RELAllVE 11ME: H+ 6:25 ACTUAL IIME: 09:25 o********************************* REAC10n STATUS ************************************
POWER LEVEL : Highest Average Po*er Range .0 .0 %RTP RC5 Pressure 191.8 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.3 1.3 DKC5 Level 22.9 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 257.3 258.6 258.6 256.1 F (CL) 207.5 230.1 241.7 229.5 F RCS FLOW 2.8 1.7 1.7 .9 % SG LEVEL (WR) 1.0 82.3 82.0 82.2 ** (NR) .0 43.9 43.2 44.5 ** SG PRESSURE .8 22.9 23.0 22.9 PSIG STEAM FLOW 6.9 .3 .7 22.0 kBH FW FLOW .0 .0 7.1 4.3 LBH SUBC00 LING 129.4 F RVLIS 95.6 % INCORE 1/C HOTTEST 2!5.5 F AVERAGE 255.5 F PRT TEMP 69.0 PR1 PRESSURE 3.7 PSIG PRT LEVLL 83.6 % BORON CON 1330.4 PPM
*,*********************++********* SUPPORT STATUS ************************************
CHARGING PP FLOW 94.2 GPM LE100WN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM kHR PUMP DISCHARGE TEMP (1) 125.5 (2) 109.5 F - CCW FLOW (A) 9747.9 (B) 12240.7 (C) 4034.9 GPM 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 54.8 % 84.3 % 92.9 % 44.1% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
*****************+************** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG , TEMPERATURE 82.5 F RECIRC SUMP LEVEL .0 %
\
1991 (MERGENCY DRILL PAGE 54
***********.********** *** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 6:30 ACTUAL TIME: 09:30
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 191.8 PSIG Int. Renge 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 1.3 1.3 OkCS Level 23.3 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEhP (HL) 252.5 253.4 253.4 251.7 F (CL) 205.1 225.0 237.7 225.2 F RCS FLOW 2.7 1.7 1.7 .9 % SG LEVEL (kR) 2.4 82.3 82.1 82.4 % (NR) .0 44.0 43.2 *4.5 % SG PRESSURE .7 20.0 20.0 20.0 PSIG STEAM FLOW 6.0 4 7 .3 KBH FW FLOW .0 .0 7.5 3.5 KBH SUBC00 LING 134.A F RVLIS 96.0 % INCORE T/C HOTTEST 251.3 F AVERAGE 251.3 F PRT TEMP 69.0 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1337.4 PPM
********************************** SUPPORT STATUS ************+***********************
CHARGIN. PP e'0W 94.2 GPM LETOOWN FLOW 1.6 GPM RHR PU'.~ FL 10 HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 124.7 (2) 108.5 F CCW FLOW (A) 9747.8 (B) 12240.6 (C) 4034.9 GPM SI FLOW .0 GPM CST F.WST FWST VCT 54.8 84.2 % 92.9 % 44.2% TANK LEVELS % ACCUM LEVEL 65.0 % ACCUM PR 640.0 P51G
***********************=******** CONTAINMENT STATUS **********************************
PRESSURE (A) .5 (B) .5 PSIG TEMPERATURE 82.5 F RECIRC SUMP LEVEL .0 % i
- - i 1991 EMERGENCY DRILL
{ PAGE 55 -.. .t l
*****************.******** PLANT PARAMETER STATUS - UNIT 1 ***************************
-DATE:. 08/22/91. RELATIVE TIME: H+ 6:35 ACTUAL TIME: 09:35
-e******.************************** REACTOR STATUS ************************************
POWER LEVFL : Highest Average Power Range .0 .0 %RTP RCS Pressure 191.2 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.3 1.3 OKCS Level 23.7 % LO 1 .00P 2 LOOP 3 LOOP 4 RCS TEMP (H 24c.J 249.1 249.1 247.3 F (CL) 201.0 218.4 233.2 221.2 F RCS FLOW 2.6 1.7 1.7 1.0 % SG LEVEL (WR) 3.0- 82.4 82.3 82.5 % (NR) .0 43.9 43.2 44.5 % SG-PRESSURE .6 17.5 17.5 17.5 PSIG STEAM FLOW 5.2 .2 .7 15.1 KBH FW FLOW .0 .0 6.7 4.0 KBH SUBC00 LING 138.7 F RVLIS 96.5 % INCORE T/C HOTTEST 246.8 F AVERAGE 246.8 F PRT TEMP 68.9 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1344.2 PPM
********************************** SUPPORT STATUS **we*****************************o**
CHARGINC OP FLOW 94.2 EPM LETDOWN FLOW .0 GPM RER PUMP FLOW-TO HOT LEGS 0 GPM RHR PUMP-DISCHARGE TEMP (1) 127.3 (2) 109.5 F CCW FLOW (A) 9747.9 (B)- 12240.6 (C) 4034.9 GPM SI FLOW .0 GPM CST RWST FWS1 VCT-TANK LEVELS 54.8 % 84.1 .% 92.9 % 44.2%- ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************-
PRESSURE /*' 5 (B) .5 PSIG TEMPERATURE 82.5 F RECIRC SUMP LEVEL .0 % { l
1991 EMERGENCY ORILL i ' PAGE 50 sp
** * * * * * * * * * * * < * ** * * * * * * * + P L AN T P AR AME T E R ST AT U S - UN I T 1 * * * * * * * * + * * * * * * * * * * * * * * * * *
- OATE: 08/22/911 RELATIVE _ TIME : c H+ 6:40- ACTUAL TIME: 09:40
****************************=***** REACTOR STATUS ************************************
POWER LEVEL : - Highest Average . Power K4nge - .0 .0 %RTP RCS Pressure 189.0 PSIG Int. Range' 1.010e-5 1.010e-$d:A:7 Pressurizer i
- Source Range 1.3 1.3 DKCS Level 23.3 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS 1EMP (HL) 243.8 244.6 E44.6 243.0 F
- (CL) 197.0 -212.4 226.4 218.1 F RCS FLOW 2.6 1.8 1.7 1.0 %
SG LEVEL (WR) 3.6 82.6 B2.4 82.7 t (NR) .0 43.9 43.2 44.5 % ' SG PRESSURE .5 15.2 15.2 15.2 PSIG -
. STEAM FLOW 4.8 .3 .6 12.4 KBH FW FLOW .0 .0 5.2 3.7 KBH SUBC00 LING -142.3- F RVLIS 96.9 %
i.
- lNCORE T/C HOTTEST 242.5 F AVERAGE 242.5 F
- PRT TEMP 69.8- PRT-PRESSURE 3.7 PSIG PRT LEVEL 83.6 %
- BORON CON 1349.7 PPM l ..
********************************** SUPPORT STATUS ************************************
CHARGING PP FLOW. 70.0 GPM LETDOWN FLOW .8 GPM RHR PUMP FLOW TO HOT LEGS- 0 GPM RHR PUMP DISCHARGE TEMP (1)L 129.4 (2) 111.6 F CCW FLOW- (A) 974*i.8- '(B) 12240.6. (C) 4034.9 GPM SI FLOW .0 GPM I-CST RWST FWST VCT 54.7- % 84.0 % 92.9 % 44.4% L: TANK LEVELS
' ACCUM LEVEL- 65.0 % ACCUM PR 640.0 PSIG l
******************************** CONTAINMENT STATUS **********************************
b LPRESSURE (A) ' .5 (B) .5 PSIG TEMPERATURE 82.6 F > RECIRC SUMP LEVEL .0 % h
,w a
y w- *re- g- -I'w-y---w *w v -w- , * -m e- m - =*
l 1991 EMERGENCY DRILL PAGE 57 i
.************************* PLANT PARAMETER STATUS - UNIT 1 ***************************
OATE: 08/22/91 RELATIVE TIME: H+ 6:45 ACTUAL TIME: 09:45
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 187.9 PSIG Int. Rcnge 1.010e-L 1.010e-SMCAMP Pressurizer Source Range 1.3 1.3 DECS Level 22.2 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 238.9 239.7 239.7 237.6 F (CL) 192.2 205.8 220.4 205.3 F RCS FLOW 2.5 1.8 1.8 1.1 % SG LEVEL (WR) 4.3 82.7 82.6 82.8 % (Nr.) .0 43.9 43.2 44.5 % SG PRESSURE 4 13.1 13.1 13.1 PSIG STEAM FLOW 3.6 .3 .4 .3 KBH FW FLOW .0 .0 .0 3.6 KBH SUBC00 LING 146.7 F RVLIS 97.3 % INCORE T/C HOTTEST 236.8 f AVERAGE 236.8 F PRT TEMP 68.8 PRT PRESSURE 3.7 PSIG PRT LEVEL B3.6 % BORON CON 1354.7 PPM
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- S U P P O R T S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- CHARGING PP FLOW 91.4 GPM LETOOWN FLOW GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 131.~ (2) 118.1 F CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9 GPM 51 FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 54.7 % 84.0 % 92.9 % 44.7%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAlHMENT STATUS **********************************
PRESSURE (A) 5 (B) .5 PSIG TEMPERATURE 82.7 F RECIRC SUMP LEVEL .0 %
1991 EMERGENCY DRILL PAGE 58
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 6:50 ACTUAL TIME: 09:50
********************************** REACTOR STATb3 ************************************
POWER LEVEL : Highest Average Power Ran9e .0 .0 %RTP RCS Pressure 187.8 PSIG Int. Range 1.010e-5 1.010e-5MCAMP- Pressurizer Source Range 1.2 1.2 DKCS Level 21.9 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 , P.CS TEMP (HL) 231.8 232.8 P.32.8 230.3 F (CL) 187.7 198.7 213.0 198.6 F RCS FLOW 2.3 1.7 1.8 .9 % SG LEVEL (WR) 5.0 82.9 82.8 83.0 % (NR) .0 43.9 43.2 44.5 %
'SG PRESSURE .3 10.6 10.6 10.6 PSIG STEAM FLOW 2.4 .2 4 17.1 KBH FW FLOW .0 .0 5.1 5.1 KBH
'SUSC00 LING 153.6 F RVLIS 97.7 %
INCORE1 T/C HOTTEST- 229.6 F AVERAGE 229.6 F PRT TEMP 68.7 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1361.8-- PPM
*************************-******** SUPPORT STATUS ************************************
CHARGING PP FLOW 94.7 GPM LETDOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM RHR' PUMP DISCHARGE TEMP (1) 130.2 (2)- 117.9 F CCW FLOW (A) 9747.9 (B) 12240.6 (C) 4034.9_ GPM SI FLOW .0 GPM CST dW5T FWST VCT TANK LEVELS 54.7 % J3.9 %- 92.9 % 44.7% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS ********************************** , ' PRESSURE (A) .5 (B) .5 PSIG TEMPERA 1URE 82.8 F RECIRC SUMP LEVEL .0 %
t
~_ - ~.- ,-- - .. . -- . - . - . . . ...
I ~ 1991LEMERGENCY-DRILL PAGE 59
***********+************** PLANT PARAMETER STATUS - UNIT 1 ***************************
OATE:. 08/22/91 RELATIVE TIME: H+ 6:55= ACTUAL TIME: 09:55
********************************** REALTOR STATUS ****************=*******************
POWER LEVEL _: Highest Average Power Range .0 .0: 1RTP RCS Pressure 187.5 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer , Source Range 1.2 1.2 DKCS Level 22.3 % LOOP.1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL)_ 226.5 227.1 227.1 225.3 F (CL) 785.1 194.0 208.1 193.2 F RCS FLOW 2.2 1.7 1.7 1.0 % SG. LEVEL-(WR) 5.8 83.1- 82,9 83.2 - % (NR) .0 43.9 43.2 44.5 %
- SG PRESSURE .2 8.3 8.3 -8.3 PSIG STEAM FLOW 1.6 .2 .4 17.7 KBH FW FLOW .0 .0 5.4 3.5 KBH SUBC00 LING _ 159.1 F R\LIS 98.1 %
INCORE T/C HOTTEST 224.8 F- AVIRAGE 224.8 F-PRT TEMP .68.7 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % l BORON. CON- 1368.5 PPM
********************************** SUPPORT STATUS ************************************
- CHARGING'PP FLOW 94.8 GPM LETOOWN FLOW 1.5 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM
- RHR PUMP DISCHARGE TEMP (1) 128.1 ~(2) 116.2 F CCW FLOW (A) 9747.9 (B) 12240.6 (C)- 4034.9 GPh SI FLOW .0 GPM.
L CST RWST- FWST- -VCT ,- ! TANK LEVELS 54.6 % 83.8 % 92.9 % 45.0%. < L ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMENT STATUS **********************************
PRESSURE '(A) .5 (B) .5 PSIG TEMPERATURE .82.8 F
- RECIRC SUMP LEVEL- .0 %
l l
-w -,r - - y , , , , ...--*-o .:-- .*--4
1991 EMERGENCY DRILL k- PAGE 60
- PLANT PARAMETER STATUS - UNIT 1 *******s+******************
DATE: 08/22/91- RELATIVE TIME: H+ -7:00 ACTUAL TIME: 10:00
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range- .0 .0 %RTG RCS Pressure 186.1' PSIG
. Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.2 1.2 DKCS Level 22.7 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 222.0 222.5 222.5 220.7 F (CL) 180.9 187.9 201.8 187.7 F RCS FLOW 2.1 1.8 1.8 1.0 ?. SG LEVEL-(WR) 6.6 83.3 83.1 83.4 % (NR) .0 43.9 43,2 44.5 % SG PRESSURE- .1 - 6.2 6.3 6.2 PSIG STEAM FLOW 1.0 .3 4 13.3 KBH FW-FLOW .0 .0 5.0 4.1 K8H SOBC00 LING 163.2 F RVt.tS 98.4 % INCORE.T/C HOTTEST- 220.1 F AVERAGE 220.1 F PRT TEMP 68.6 PRT PRESSURE 3.7 PSIG PRT LEVEL 93.6 % E BORON CON 1375.1 PPM
********************************** SUPPORT STATUS ************************************
L CHARGING'PP FLOW 94,8 GPH LETDOWN FLOW .0 GPM
-RHR PUMP FLOW TO HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (-1) 129.5 (2) 119.8 F
, CCW FLOW (A). 9747.9- (B) 12240.6 (C) 403d.9 GPM L SI FLOW: .0 GPM CST RWST FWST VCT l TANK-LEVELS- 54.6 % 83.7 % 92.9 % 45.3% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG L ******************************** CONTAINMENT STATUS ********************************** PRESSURE- (A) .5- (B) .5 PSIG
- TEMPERATURE 82.8 F RECIRC SUMP LEVEL- .0 %
e- '
s. 1991 EMERGENCY DRILL PAGE 61
-{ .e************************* PLANT PARAMETER STATUS - UNIT 1 *** ***********************
-DATE: 08/22/91 hELATIVE TIME: H+ 7:05 ACTUAL TIME: 10:05 6,******************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 _
.0 %RTP RCS Pressure 184.4 PSIG
-Int. Range. 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.2 1.2 DKCS Level. 23.0 %
LOOP 1 LOOP 2 LOOF 3 LOOP 4 RCS TEMP (HL) 216.1 216.6 216.6 214.4 F (CL) 177.7 183.1 193.4 178.2 F RCS FLOW u2.0 1.7 1.7 1.0 % 5G LEVEL _(WR) 7.4 83.4 83.3 83.6 % (NR) .0 43.9 43.2 44.5 % SG PRESSURE .0 4.3 4.3 4.3 PSIG
-STEAM FLOW .3 .3 .4- 13.0 KBH FW FLOW .0 .0 4.4 4.0 KBH SUBC00 LING- 168.4 F RVLIS 98.8 %
INCORE T/C HOTTEST 213.8 F AVERAGE 213.8 F PRT TEMP 68.5 PRT FRESSURE 37 PSIG PRT LEVEL 83.6 %
^
BORON CON 1381.5 PPM
- ,********************************* SUPPORT STATUS ************************************
CHARGING PP FLOW 94.9 GPM LETDOWN FLOW 1.0 GPM i RHR PUMP FLOW-TO' HOT LEGS 0 GPM RHR PUMP DISCHARGE TEMP (1) 127.6 (2) 119.0 F CCW FLOW (A) 9748.0- (B) 12240.7 (C) 4035.0 GPM SI FLOW .0 GPM CST RWST FWST- -VCT
-TANK LEVELS- 54.6 % 83.6 % 92.9 % 45.5%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 -PSIG
******************************=* LONTAINMENT STATUS **********************************
PRESSURE . (A) .5 (B) .5 -PSIG
-TEMPERATURE 82.9 F RECIRC SUMP LEVEL .0 %
lmi
l 1991_ EMERGENCY DRILL-PAGE 62 i=
************************** PLANT PARAMETER STATUS - Uf;IT 1 ***************************
DATE:' 08/22/91, RELATIVE TIME: H+ 7:10 ACTUAL TIME: 10:10
-****************************=***** REACTOR STATUS ************************************
POWER LEVEL : Highest Average
' Power Range .0 .0 %RTP RCS Pressure 182.4 PSIG Int. Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 1.2 1.2 DKCS Level 23.4 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS-TEMP (HL) 211.0 211.4 211.4 209.5 F (CL) 175.6 179.4 186.5 171.3 F u RCS FLOW 1.9 1.8 1.8 1.0 % SG LEVEL (WR) 8.2 83.6 83.5 83.7 % (NR) .0 43.9 43.2 44.5 % SG PRESSURE- ' .0 2.6 2.6 2.6 PSIG STEAM FLOW 4.9 .2 .3 21.1 KBH FW FLOW .0 .0 4.2 3.7 KBH SUBC00 LING- 172.9 F RVLIS - 99.1 % INCORE T/C HOTTEST 209.0 F AVERAGE 209.0 F PRT TCMP 68.5 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 %
. BORON CON 1387.8 PPM
********************************** SUPPORT STATUS ************************************-
CHARGING PP FLOW 78.7 GPM LETDOWN FLOW 1.2 GPM R"R PUMP FLOW.T0 HOT LEGS- 0 GPM-L RHR PUMP DISCHARGE TEMP-(1) 126.6 (2) 118.5 F
.CCW FLOW (A) -9740.0 (B) 12240.7 (C) 4035.0 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 54.5 % 83.5 %- 92.9 % 45.8%
ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG
* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- C0 t' T A I N M E N T S T A1 U 5 * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- i -PRESSURE (A)
.5 (P) .5 PSIG TEMPERATURE 82.9 F RECIRC SUMP LEVEL .0 %
I l 1991 EMERGENCY ORILL l PAGE 63 r
************************** PLANT PARAMETER STATUS - UNIT 1 ***************************
DATE: 08/22/91 RELATIVE TIME: H+ 7:15 ACTUAL TIME: 10:15
*******************************+** R E A C T O R S T AT U S * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- POWER LEVEL : Highest Average Power' Range- .0 .0 %RTP RCS Pressure 180.1 PSIG Int._ Range 1.010e-5 1.010e-5MCAMP Pressurizer Source Range 1.2 1.2 DKCS Level 23.2 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 RCS TEMP (HL) 206.6 206.8 206.8 205.2 F (CL) 174.1 176.4 179.8 165.5 F RCS FLOW 1.8 1.8 1.7 1.1 % SG LEVEL (WR) 9.1 83.8 83.7 83.9 % (NR) .0 43.9 43.2 44.5 % SG PRESSURE .0 1.1 1.1 1.1 PSIG STEAM FLOW 4.9 .1 .3 8.9 KBH FW FLOW .0 .0 .0 4.4 KBH SUBC00 LING 176.5 F RVLIS 99.4 % INCORE T/C HOTTEST 204.8 F AVERAGE 204.8 F PRT TEMP 68.4 PRT PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1392.6 PPM l
**************e******************* SUPPORT STATU3'****************************w*******
CHARGING.PP' FLOW 78.8 GPM LETDOWN FLOW .0 GPM-RHR PUMP FLOW TO HOT. LEGS 0 GPM
' RHR PUMP DISCHARGE TEMP-(1) 125.3 (2) 118.0 'F CCW FLOW (A) 9748.0 (B) 12240.7 (C) 4035.0 GPM SI FLOW .0 GPM CST RWST FWST VCT TANK LEVELS 54.5 % 83.4 % 92.9 % 45.9%
- ACCUM LEVEL 65.0 % ACCUM PR 640.0- PSIG
* ** * * * * * * * * * * + * * * * * * * * * * * * * * * * * * 'C O N T A I N M E N T S T AT U S * * * + = * * * * * * * * * * * * * * * * * * * * * * * * * * * *
- PRESSURE (A) .5 (B) .5 PSIG
-TEMPERATURE 82.0 F RECIRC SUMP LEVEL .0 %
6 m g w w - w
l 1991 EMERGENCY DRILL PAGE 64 4
****************e********* PLANT. PARAMETER STATUS - UNIT 1 **' ***********************
.DATE: 08/22/91 RFLATIVE TIME: H+ 7:20 ACTUAL TIME: 10:20
-********************************** REACTOR STATUS *********************a**************
POWER LEVEL : Highest Average
' Power Range .0 .0 %PTP RCS Pressure 178.8 PSIG Int. Range' 1.010e-5 1.010e-SMCAMP Pressurizer Source Range 1.2 1.2 DKCS Level 23.2 %
LOOP 1 LOOP 2 LOOP 3 LOOP 4 , RCS TEMP (HL) 202.4 202.5 202.6 200.9 F (CL) 173.5 173.6 172.2. 158.6- F RCS. FLOW 1.8 1.7 1.7 1.1 %
.SG LEVEL (WR) 10.0 83.9 83.8 84.0 %
(NR) .0 43.9 43.2 44.5 % SG PRESSURL .0 .0 .0 .0. PSIG STEAM FLOW 4.9 .0 .0 24.7 KBH FW FLOW .0 .0 1,9 .0 KBH SUBC00 LING 180.2- F RVLIS 99.7 % INCORE T/C HOTTEST 200.5 F AVERAGE 200.5 F PRT TEMP 48.4 PR1-PRESSURE 3.7 PSIG PRT LEVEL 83.6 % BORON CON 1397.8 PPM
**********************************-SUPPORT STATUS ************************************
n CHARGING PP' FLOW 78.8 GPM ' LETDOWN FLOW 2.2 GPM
'RHk-PUMP FLOW TO HOT LEGS ~
0 -GPM-
-RHR' PUMP-DISCHARGE TEMP (1) 124.0 (2) 117.3 F-CCW FLOW -(A) . .9748.0 (B) 12240.8 (C) 4035.0 GPM SI FLOW .0- GPM -+
CST- RWST FWST VCT TANK LEVELS 54.5 % 83.3 % 92.9 % 46.0% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG !, ******************************** CONTAINMENT STATUS ********************************** p . PRESSURE' f(A)- .5 (B) .5 PSIG TEMPERATURE 82.8 F RECIRC SUMP LEVEL- .0 %
_ . - - - ~ . - 1991 EMERGENCY DRILL PAGE 65 x
************************** PLANT PARAMETER STATUS - UNIT 1 ***************+***********
DATE:- 08/22/91 RELATIVE TIME: H+ 7:25 ACTUAL TIME: 10:25
********************************** REACTOR STATUS ************************************
POWER LEVEL : Highest Average Power Range .0 .0 %RTP RCS Pressure 177.9 PSIG Int. Range 1.010e-5 1.010c-5MCAMP Pressurizar Source Range 1.2 1.2 OKCS Level 23.4 % LOOP 1 LOOP.2 LOOP 3 LOOP 4 RCS TEMP (HL) 198.5 198.9 198.9 197.4 F (CL) 173.1 168.9 167.1 152.4 F RCS~ FLOW 1.9 1.5 1.6 1.0 t SG LEVEL (WP) 10.9 83.9 83.8 84.0 t
-(HR) .0 43.9 43.2 44.5 %
SG PRESSURE .0 .0 .0 .0 PSIG STEAM FLOW 4.9 .0 .0 4.9 KBH FW FLOW .0 .0 .0 .0 KBH SUBC00 LING 183.5 F RVLIS 100.0 % l INCORE T/C HOTTEST 197.0 F- AVERAGE 197.0 F PRT TEMP- 68.3 PRT PRESSURE 3.7 PSIr, PRT LEVEL 83.6 % l- _80RON CON 1403.1 PPM l *************+******************** SUPPORT STATUS ************************************ CHARGING PP FLOW 78.8 GPM LETDOWN FLOW 0 GPM RHR PUMP. FLOW TO HOT LEG! O GPM RHR PUMP DISCHARGE TEMP (1)- 122.5 (2) 116.4 F CCW-FLOW (A) 9748.0 (B) 12240.7 (C) 4035.0 GPM . SI FLOW .0 GPM-CST RWST FWST VCT TANK LEVELS 54.5 % 83.2 %- 92.9 % 46.1% ACCUM. LEVEL 65.0 % ACCUM PR 640.0 PSIG
******************************** CONTAINMEJT STATUS **********************************
' PRESSURE- (A) .5 (8) .5 P51G
-TEMPERATURE 82.8 F RECIRC SUMP LEVEL .0' %
l l I 1
1991 EMERGENCY DRILL _ PAGE 66 o************************* PLANT PARAMETER STATUS - UNIT 1 *************************** DATE: 08/22/91- RELATIVE TIME: H+ 7:30 ACTUAL TIME: 10:30 o*******+**********+************** REACTOR STATUS **********4*************c*********** POWER LEVEL : Highest Average Power Range- .0 .0 %RTP RCS Pressure 176.7 PSIG Int. Range 1.010e-5 1.010e-SMCAMP Pressurizer Source Range . 1.1 1.1- DKCS Level 25.1 % LOOP 1 LOOP 2 LOOP 3 LOOP 4 j RCS TEMP-(HL) 195.2 195.5 195.5 194.1 F > (CL) 171.5 165.3 164.0 148.9 F RCS FLOW. 1.8 1.5 1.5 .9 % SG' LEVEL (WR) 9.3 83.9 S3.8 84.0 % w L (NR) .0 43.9 43.2 44.5 % j SG PRESSURE .0 .0 .0 .0 PSIG L : STEAM FLOW 4.9 .0 .0 4.9 KBH
- ' FW FLOW .0 .0 1.0 .0 A8H SUBC00 LING 186.4 F RVLIS 100.0 %
INCORE T/C HOTTEST 193.9 F AVERAGE 193.9 F PRT-TEMP 68.3 PRT PRESSURE 3.6 PSIG :PkT LEVEL
- 83.6 %
BORON CON. 1408.4 PPM L o********************************* SUPPORT STATUS ************************************
-CHARGING PP FLOW - - - -:78.9 GPM LETOOWN FLOW .0 GPM RHR PUMP FLOW TO HOT LEGS 0 GPM -
RHR PUMP DISCHARGE' TEMP (1) 121.0- (2) 115.3 F CCW FLOW- (A) 9747.9 (B) 12240.5 (C) 4034.9 GPM > L SI FLOW .0 GPM CST RWST FWST VCT TANK. LEVELS 54.5 % 83.1 % 92.9 % 46.2% ACCUM LEVEL 65.0 % ACCUM PR 640.0 PSIG-o******************************* CONTAINMENT STATUS ********************************** PRESSURE (A) .5 (B) .5 PSIG L TEMPERATURE 82.7- F L RECIRC SUMP: LEVEL .0 % l
e t 1991 EMERGENCY EXERCISE NETWORK ICS DATA 1 AUGUST 21, 1991 i l
I 1991 EMERGENCY DRILL 01ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INF0 ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric 1129.4 1129.4 MWe U1169 N15 Pwr Rng Flux 99.9 99 % N0035A N15 Int Rng Flux 1 199.8 0 MCAM N0036A NIS Int Rng Flux 2 199.8 0 MCAM T0406A,19A,.. 79A AVE Tave 572.9 574.7 DEGF P0480A PZR Press 1 2 49.7 2240.8 PSIG P0481A PZR Press 2 2249.7 2234.5 PSIG F0403A+23A+43A+63- FW Flow 14467.1 14591 KBH (PO400A+PO401A)/2 Loop 1 SG Press 810.1 798 _PSIG (PO420A+PO421A)/2 Loo, 2 SG Prest 810.1 792.8 PSIG (PO440A+P0441A)/2 Loop 3 SG Press 810.1 792.5 PSIG (P0460A+PO461A)/2 Loop 4 SG Press 810.1 795.0 PSIG P1000A Containment Press .2 .1 PSIG P1001A Containment Press .2 .3 PSIG Y0701A Containment Temp 93.9 97.8 DEGF R3002A Containment Arer o 17.0 3.8 MRP U0090 Hottest T/C 48.7 634.6 DEGr DATA TIME = (1) 03:00 08-22-91 (2) 03:00 08-22-91
f 1991 EMERGENCY ORILL DIABL0 CANY0N F0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A HW Electric 1129.1 1129.4 MWe U1169 N15 Pwr Rng Flux 99.9 99 % N0035A His Int Rng flux 1 199.8 0 MCAM N0036A h!S Int Rng Flux 2 199.8 0 MCAM T0406A,19A,.. 79A AVE Tave 572 .9 574.7 DEGF PO480A P2R Press 1 2248.5 2240.8 PSIG PO481A PZR Press 2 2248.5 2234.5 PSIG F0403A+23A+43A+63A FW Flow 14455.8 14591 K8H (PO400A+PO401A)/2 Loop 1 SG Press 810.3 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 810.3 792.8 PSIG (P0440A4PO441A)/2 Loop 3 SG Press 810.3 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 810.3 795.8 PSIG P1000A Containment Press .2 .1 PSIG P1001A Containment Press .2 3 PSIG YO701A Containment Temp 93.7 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest I/C 618.7 634.6 DEGF DATA TIME = (1) 05:10 08-22-91 (2) 05:10 08-22-91
\
D 1 A E; L 0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA kersion 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric 5.9 1129.4 MWe U1169 NIS Pwr Rng Flux .5 99 % N0035A NIS Int Rng Flux 1 1.0 0 MCAM N0036A NIS Int Rng Flux 2 1.0 0 MCAM T0406A,19A,.. 79A AVE Tave 508.1 574.7 DEGT PO480A PZR Press 1 1609.1 2240.8 PSIG P0481A PZR Press 2 1609.1 2234.5 PSIG F0403A+23A+43A+63A FW Flow 1139.6 14591 KBH PO400A+PO401A)/2 Loop 1 SG Press 351.6 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 831.4 792.8 PSIG P0440A+PO441A)/2 Loop 3 SG Press 829.9 792.5 PSIG PO460A+P0461A)/2 Loop 4 SG Press 832.2 795.8 PSIG P1000A Containment Press 2 .1 PSIG P1001A Containment Press .2 3 PSIG YO701A Containment Temp 93.0 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest T/C 510.5 634.6 DEGF DATA TIME = (1) 5:15 08-22-91 (2) 5:15 08-22-91 k
l j' .
'15 t 1991~ EMERGENCY DRILL ;
D I A B?L 0 C A N;Y 0-N P 0 W E.R PLAN 1-UNITL11&_2
SUMMARY
DISPLAY-
.P-250 0ATA- Version 4/11/88 INFO ONLY os Source Description Unit.1 Unit 2 -Units t
.Y2807A' MW Electric .1: 1129.4 MWe U1169 NIS Pwr Rng clux .0 99 -% i N0035A -NIS Int-Rng Flux 1 .0 N0036A-0 -MCAM-NIS Int Rng Flux 2 - .0 0 MCAM
'T0406A,19A,.. 79A AVE Tave 446.6 574.7 DiGF
-PO480AL PZR Press-1 1026.6 PO481A 2240.8~ PSIG PZR Press 2 1026.6 2234.5 PSIG F0403A+23A+43A+63A-
=FW Flow 601.6 14591- KBH' -4 PO400A+P0401A)/2: Loop 1 SG Press- 24.7 l798 PSIG PO420A+PO421A)/2. Loop 2 SG Press - 523.4 792.8- PSIG-PO440A+PO441A)/2 ; Loop 3 SG Press:
512.0: 792.5 PS1G ' PO460A+P0461A)/2 Loop 4 SG Press- 551.7 795.8 PSIG P1000A ! Containment Press- .3 .1 PSIG ,
. P1001 A : Containment Press .3 .3 PSIG TYO701A Containment Temp- 89.8 97.8 DEGF R0002AL Containment Area R 17.0- '3.8- MRH U0090- Hottest T/C- 467.7- 634.6 DEGF DATA TIME. (1) 5:20L 22-91(2) 5:20 08-22 .
i
=-
4 l' l'
ih 1991: EMERGENCY DRILL D 1 A B L 0 C-A~N:Y 0 N P-0 W E R P L'A N T UNIT 1_& 2
SUMMARY
DISPLAY P-250 DATA -Version 4/11/88 INFO ONLY Source . Description Unit 1 Unit 2 Units Y2807A- MW Electric .0 1129.4 MWe-U1169 -- NIS Pwr Rng Flux .0 99 % __ i N0035A NIS Int Rng Flut 1 .0 0- MCAM N0036A HIS Int Rng Flux 2 .0 -0 MCAM-T0406A,19A .. 79A AVE Tave 441.9- 574.7 DEGF-PO400A iP2R. Press 1 1379.7 2240.8 PSIG PO481A . PZR Press 2 1379.7 2234.5 PSIG
- F0403A+23A+43A+63A> FW Flow 484.6 14591 KBH PO400A+PO401A /2 Loop:1 SG Press .4 '798 PSIG PO420A+PO421A /2. Loop 2 SG_ Press 423.3 792.8- PSIG PO440A+P0441A /2= : Loop 3 SG Press 426.4 792.5- PSIG P0460A+PO461A /2 ~
- Loop 4 SG Press 426.4 .795.8 PSIG L P1000A Containment Press .3 .1 DSIG' L
P1001AC Containment Press .3 .3 PSIG YO701A- . Containment: Temp 87.7 97.8 DEGF R0002A Containment-Area R 17.0 3.8 MRH
-U0090- Hottest T/C .464.7 634.6 -DEGF
^
DATADTIME= (1) '5:25 08-22-91-(2) 5:25 08-22-91 lt.. l :' 2 o-3
.._ _ _-- . _ . - . - . _ , - . _ _ ~ . . . .. . ,--._. _ - -_ _ _ _ _ _ _ . _ . _ . _ . _ _ _ _ . . _ _ _ _ _ _ _
-{c 1991 EMERGENCY ORILL DiABL0 CANY0N P0WER PLAN 1 UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Y2807A Unit 2 Units MW Electric
.0 1129.4 MWe Ull69 Nls Pwr Rng flux .0 99 %
N0035A NIS Int Rn9 Flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM T0406A,19A,.. 79A AVE Tave 454.4 574.7 DEGF PO480A l PZR Press 1 1691.6 2240.8 PSIG l PO481A P2R Press 2 1691.6 2234.5 PSIG F0403A+23A443A+63A FW Flow 486.6 14591 VBH Loop 1 SG Press l PO400A+PO401A)/2 .0 798 PSIG PO420A+PO421A /2 Loop 2 SG Press 405.7 792.8 PSIG PO440A+PO441A /2 Loop 3 SG Press 405.8 792.5 PSIG PO460A+PO461A /2 Loop 4 SG Press 405.8 795.8 PSIG 1 P1000A Containment Press .4 .1 PSIG P1001A Containment Press .4 YO701A
.3 PSIG Containment Temp- 86.6 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest T/C 477.7 634.6 DEGF DATA-TIME = (1) 5:30 08-22-91 (2) 5:30 08-22-91 1
1991 EMERGENCY ORILL 01ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit Unit 2 Units Y2807A M4 Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A . HIS Int Rng Flux 1 .0 0 MCAM N0036A NIS Int Rng Flux 2 .0 0 MCAM T0406A 19A .. 79A AVE Tave 467.3 574.7 DEGF P0480A PZR Press 1 1505.5 2240.8 PSIG PO481A P2R Press 2 1505.5 2234.5 PSIG F0403A+23A+43A+63A FW Flow 485.0 14591 KBH (P0400A+P0401A)/2 Loop 1 SG Press .3 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 418.1 792.8 PSIG Loop 3 SG Press 418.1 792.5 PSIG (PO440A+PO441A)/2 (PO460A4PO461A)/2 Loop 4 SG Press 418.1 795.8 PSIG P1000A Containment Press .4 .1 PSIG P1001A Containment Press .4 .3 PSIG Y0701A Containment Temp 85.7 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0093 Hottest T/C 488.2 634.6 DEGF DATA TIME = (1) 05:35 08-22-91 (2) 05:35 08-22-91
i i i ! 1991 EMERGENCY DRILL 01ABL0 CANY0N P0WER PLANT UNIl 1 & 2
SUMMARY
DISPLAY P-250 DATA version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A Ma' Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 MCAM N0036A NIS Int Rng Flux 2 .0 0 MCAM T0406A,19A,.. 79A AVE Tave 469.5 574.7 DEGF PO480A P2R Press 1 913.3 2240.8 PSIG PO481A PZR Press 2 913.3 2234.5 PSIG F0403A+23A+43A+63A FW Flow 483.3 14591 K8H (PO400A+P0401A)/2 Loop 1 SG Press 3.2 798 PSIG IPO420A+PO421A)/2 Loop 2 SG Press 424.9 792.8 PSIG (PO440A+P0441A)/2 Loop 3 SG Press 439.3 792.5 PSlb _(PO460A+P0461A)/2 Loop 4 SG Press 439.3 795.8 PSIG P1000A Containment Press .4 .1 PSIG P1001A Containment Press .4 .3 PSIG
-YO701A Containment Temp 85.2 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH i U0090 Hottest T/C 489.3 634.6 DEGF DATA TIME = (1) 05: 40 08-22 91 (2) 05:40 08-22-91 i
. , . , _ _ - - . _ . _. . _.- _ .--_ ._m_._ . -. __ - . - _ . . . . _ _ . _-._. > .
+
w 3 1, 11991 EMERGENCY ORILL D 1: ABL01 CANY0N P0WER PLANT UN!1 1~L'2
SUMMARY
DISPLAY P-250 DATA' _ Version 4/11/88 INFO ONLY
' Source. Description Unit 1- Unit 2 - Units
- Y2807A - MW Electric . 0 1129.4 MWe-U1169 . NIS Pwr Rng flux .0 99 %
N0035A _- NIS' Int Rng flux.1- . 0 0 - MCAM N0036A1 - NIS Int Rng Flux 2 . 0- 0 MCAM T0406A 19A,.. 79A AVE Tave 453.9' 574.7 DEGF' PO480A PZR Press 1 830.2 -2240.8 FSIG-PO481A . PZR Dress 2 830.2 2234.5 PSIG LF0403A+23A+(3A+b3A- FW. flow -277.9 14591- KBH PO400A+P0401A)/2- Loop 1-SG Press 3.1 - 798 PSIG PO420A+PO421A)/2- . Loop'2 SG Press - 413.1 792.8 PSIG_ PO440A+PO441A)/2z ' Loop 3 SG Press -419.8
- 792.5 PSIG
- PO460A+PO461A)/2: - Loop 4 SGl Press -419.8 795.8 PSIG i P1000A -- Containment. Press- .4 .1 PSIG-P1001A - Containment Press 4 .- .31 PSIG
- YO701A1 - Containment Temp - 84. 7- 97.8 DEGF
'R0002AL . Containment Area R 17.0 3.8- MRH U0090 Hottest T/C 471.0 .634.6 DEGF-DATATIME=(1)s 05:45- 08-22-91-(2)- : 05:45 08-22-91 E
r
?
3 Y L L. , t $FM P p- iG<., ,-y -
,p. > 4, g , , . - , , , ._ .,.9.y ,g-n---- e. -y.y yg--a w.4.,-.---. , ,7-,,--
.. - - .. . .. --- . - . - . . ~ . - . .
f 1 4 1991 EMERGENCY DRILL
~D'I A 8'L 0 CANY0N P 0 W-E R PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY _ _ Source. Description Unit 1 Unit 2 Units Y2807A LMW-Electric
. 0 1129.4 MWe-
-U1169- _NIS Pwr Rng Flux- . 0 99 %
N0035A- NIS Int-Rng Flux l' . 0 0 MCAM
~
N0036Ai- NIS Int Rng Flux-2 -. 0 0 MCAM
< - T0406A,19A .. 79A: AVE-Tave _ _ 442.0 574.7 - 0EGF ,
PO480A' PZR Press 1 -757.7. 2240.8 PSIG-PO481A- .
. -_ PZR Press 2 757.7- 2234.5- PSIG F0403A+23A+43A+63A _ .FW Flow 279.' 14591~ K8H PO400A+PO401A /2- Loop _1;SG Press- 6.1 798- PSIG -
PO420A+PO421A /2- , Loop 2 SG Press 381.8 792.8 - PSIG PO440A+PO441A /2_ - Loop 3 SG. Press- -381.7 792.5- PSIG-P0460A+P0461A /2 Loop.4ESG Press 380.8 795.8 PSIG P1000A. Containment Press - . 4 .1 PSIG P1001A Containment Press - . 4: -
.3 PSIG YO701A- Containment 1 Temp: 84.3 0 .8 DEGF R0002A Containment Area R 17.0: 3.8 MRH Th .U0090 -Hottest-T/C- 457.0- .634.6 DEGF~
DATA TIME * (1)L 05:50 08-22-91-(2) 05:50 08-22 . a 1 j t 1 1
~.
ge#r h y y 9-y_9 3~rykw w4 tre
, , _ = - . .-. ..
.-. , . - - . . . . . . . . . ~ . - ,
n.-. --. -. .- --, --. . _.
"i .
m 1.
-f k
1991 EMERGENCY DRILL er . 0 1 A B L 0- C.A N-Y 0 N P O W E R- P L A N T :
- UNIT-1 & 2
SUMMARY
DISPLAY
- .P-250 Of Version 4/11/88- INFO ONLY Source' Description Unit Unit 2- Units LY2807A- MW Electric .0 1129.4 MWe- 1
-U1169 NIS Pwr Rng Flux .0 99 %
N0035A1 NIS Int Rng Flux 1 .0 0 MCAM N0036A; NIS Int-Rng Flux 2 .0 0 MCAM ,
-T0406A,19A,.. 79A AVE-Tave 420.5 574.7 DEGF' -
PO480A PZR Press 1 681.9 2240.8- PSIG
-PO481Ac PZR Press 2 681.9 2234.5 'PSIG F0403A+23A+43A463A1 FW Flow 89.5 14591- xBH= ,
- Loop 1 SG Press PO400A+PO401A)/2 3.0 - 793 ~ PSIG PO420A+P0421A)/2 Lloop 2 SG Press - 342.7 :792.8- PSIG PO440A4P0441A)/2' Loop 3 SG Press '342.8 1792.5 PSIG PO460A+P0461A)/2- Loop 4 SG Press 342.7 795.8' FSIG P1000Ai Containment Press 4 .1 ' PSIGi P1001A- Containment Press 4 - .3- PSIG Containment Temp-LYO701A 84.2 97.8 DEGF
-R0002A Containment Area R 17.0 '3.8 MRH U00905 Hottest.T/C 429.4 634.6 DEGF
- 0ATA;TIMEar(1) - 05:55 .08-22-91-(2) 05:55 08-22 ,
s. k
$t _wwm- . 4c- i.. a.-, 4 ag .-.7 ,.g.%-,y -n.- y i ,.q. --
=g.g. 39 y_gyy _qg9.yp a g wg v,, 4,99 y 7- .g y g
--9 9 w-- -,w- -
9 e y
i I 'l [N,
--; 1991 EMERGENCY.0 RILL a
-0F 1 A B ~ L 0 - C A' N: Y 0 N P 0 ' W E R PLANT UNIT'1 &-2
SUMMARY
DISPLAY:
-P-250-DATA Version 4/11/88 INFO ONLY ,
Source Description Unit 1- Unit 2 _ Units: H Y2807A. MW Electric .0 1129.4 MWe U1169- lNIS Pwr Rng flux .0 99 L N0035AL NIS Int'Rng-Flux 1 .0- 0 MCAM N0036A NISLInt Rng-Flux 2 .0 0- MCAM- q
-T0406A,19A .. 79A AVE Tave 420.1-574.7 DEGF l PO480A P2R Press 1 681.9 -2240.8 PSIG i
- PO481AL _ _
P2R Press'2 681.9 2234.5- PSIG F0403A+23A+43A+63A FW Flow-
.0 14591 KBH p Loop 1 SG Press (PO400A+PO401A/2 3.9~ 798- PSIG.
L (PO420A+PO421A /2 Loop 2 SG Press 311.4 ' L .792.8 PSIG
'(PO440A+P0441A /2 Loop 3 SG Press 305.1 792.5 PSIG Loop 4 SG Press (PO460A+PO461A /2 311.3- 795.8 PSIG P1000A_ Containment Press .4~ .1 PSIG-P1001A Containment Press .4 .3 .PSIG
'YO701A- Containment Temp 84.2 97.8 DEGF-R0002A- -Containment Area R 17.0 3.8 ( MRH-
, -U0090 Hottest T/C- 426.5 634.6 DEGF l DATA. TIME =-(1). 06:00 08-22-91 (2) 06:00 22-91 3 ( a
+ )
lL L-l
* ? 4 n muue- 1 -+--w. v t- +g r 4m w *Tr '
v . ~ . - . ~ . - ~ - . . .- -- -- - .- .- - -- (- . hY ; f ~ ' 1991-EMERGENCY DRILL , O' D I A B L 0 C A N!Y 0 N P 0 W'E R 'P L:A N-T UNil 1 & 2.
SUMMARY
DISPLAY' .
.P-250 DATA - Version 4/11/88 INFO ONLY Source' Description- _ Unit 1 Jnit 2 Units
.Y2807A MW Electric .0 1129.4 MWe
-U1169 NIS Pwr Rng Flux .0-
.N0035A=
99 .L -, NIS !nt Rng_ Flux 1 .0 0 MCAM N0036A NIS Int Rng~ Flux 2- .0 0- MCAM T0406A,19A,.. 79A : AVE Tave- 417.0 .574.7 DEGF-PO480A PZR~ Press 1 682.7- 2240.8 PSIG PO481A P2R Press 2 682.7 2234.5 '" PSIG ~ : F0403A+23A+43A+63A .FW Flow .0 14591 KBH-(PO400A+P0401A)/22 -Loop-I SG Press 4.3 798- PSIG' b '(PO420A+P0421A)/2 Loop 2lSG Press ,295.9
~
'792.81 PSIG Loop 3 SG Press
-(PO440A4PO441A)/2 295.8' 792.5 PSIG (PO460A+P0461A)/2 Loop 4 SG Press 295.8 795.8 PSIG-P1000A Containment Press .4 .1 PSIG-P1001 A-- Containment Press .4 .3 PSIG- ,
YO701AL Cc~tainment Temp: 284.1- 97.8 DEGF-
'R0002A -
-Containment' Area R- 17.0 3.8 .MRH U0090 Hottest T/C 422.9-
_634.6' .DEGF - 1 DAT'ATIME=1(1): .06:05- 08-22-91(2) 06:05 08-22 , r T l \ ( l ' \
. _ .. . ._ .y ... . _ . . _ . - . . ~ . _ .- .._. ~ . ._
m i 1 i k
- 1991 EMERGENCY DRILL i
~t 031/A-B L 0 . CANY0N -P0WER PLANT UNIT._l-& 2
SUMMARY
OlSPt.AY-P 250; DATA Version:4/11/88 INFO ONLY 1 Source' Description - Unit-1 Unit 2- Units
' Y2807 A --- MW Electric .0- 1129.4 MWe 2U1169 NIS Pwr:Rng flux .0 99 %
-N0035A _NIS Int Rng flux 1 .0 0 MCAM-N0036A: . NIS Int Rng flux 2 .0 0 MCAM T0406A.19A... 79A -AVE Tave 411.4 574.7 DEGFl PO480A P2R Press 1 '681.3 2240.8 PSIG- '
~PO481A PZR' Press 2 681.3 2234.5 PSIG -
F0403A+23A443A+63A- fW flow 43.4 14591' K8H-- PO400A+PO401A /2 Loop'1 SG Press - 4.1 798 PSIG P0420A+P0421A /2: Loop 2 SG Press 278.3 . 7 92.8- PSIG PO440A+P0441A /2 lbop 3 SG Press 278.2- 792.5 PSIG-P0460A+P0461A /2 Loop 4 SC Press 278.2- 795.8 PSIG F1000A~ Containment Press -.5- - .1 PSIG P1001A1 -Containment Press. .5. '
.3- PSIG
- YO701A , Containment Temp- 83.9 97.8~ DEGF-
-R0002AE Containment Area R 17.0' 3.8- MRH LU0090- Hottest T/C 41'/ . 3 - 634.6- DEGF .
DATALTIME 1(1) 106:10' 08-22-91 (2) 106:10 08-22-91 9 f i e l 6 W 2
$- Y $" 4 e*re-w-r y e- +--- e dD--- e %ew --
e +?We+ +ee- e $
1991 EMEkGENCY DRILL C1ABL0 CANY0N POWER PLANT UN]T 1 L 2 30MMARY DISPLAY , P-250 DATA Version 4/11/89 INFO ONLY Source Description Unit 1 Unit 2 Uni-Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 MCAM N0036A NIS Int Rng Flux 2 .0 0 MCAM 10406A,19A,.../9A AVE Teve 405.3 574.7 DEGF PO489A PZR Press 1 678.3 2240.8 PSIG PO481A P7R Press 2 678.3 2234.5 PSIG F0403A+23A+43A+63A f W F!m ' 31.2 14591 K8H (PO400A+PO401A)/2 L. sop 4 ress 5.5 798 PSIG (PO420A+PO421A)/2 Lcen 2 . Preis 258.5 792.8 FSIG (PO440A+PO441A)/2 Lodp 3 SG Press 258.3 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 258.3 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PS1G YO"01A Containment Temp 83.8 97.8 DEGF k0002A Containment Area R 17.0 3.8 MRH U0090 Hottest T/C 411.1 634.6 DEGF DATA 'IME (1) 06:15 08-22-91 (2) 06:15 08-22-91
?
? 1991 IMERGENCY DRILL 01ABL0 CANY0N P0WER PLANT I UNIT 1 & 2
SUMMARY
DISPLAY P.250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A Nls Int Rng flux 2 .0 0 PCAM l 10406A 19A .. 79A AVE Tave 398.9 574.7 DEGF PO480A PZR Press 1 674.2 2240.8 PSIG ' PO481A PlR Press 2 674.2 2234.5 PSIG F0403A+23A+43A463A FW flow .0 14591 KBH (P0400A4PO401A)/2 Loop 1 SG Press 6.0 798 PSIG PO420A+P0421A)/2 Loop 2 SG Press 239.7 792.8 PSIG PO440A+P0441A)/2 Loop 3 SG Press 239.5 792.5 PSIG P0460A4PO461A)/2 Loop 4 SG Press 239.5 795.8 PSIG P1000A Containment Press .5 .1 PSIG 01001A Containment Press .5 3 FSIG YO701A Containment Temp 83.9 97.8 DECf R0002A Containment Area R 17.0 3.8 MRH UOn90 Hottest T/C 404.5 634.6 DEGr DATA TIME (1) 06:20 08-22 91 (2) 06:20 08-22-91 i l l-l l
i i 1991 EMERGENCY DRILL D1ABL0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INf0 ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 Nls Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flur 2 .0 0 MCAM T0406A 19A,.. 79A AVE Tave 392.3 574.7 DEGF PO480A PZR Press ? 669.4 2240.8 PSIG PO481A PZR Press 2 669.4 2234.5 PSIG F0403A+23A+43A463A FW flow .0 14591 KBH PO400A+PO401A /2 Loop 1 SG Press 2.7 798 PSIG P0420A+PO421A /2 Loop 2 SG Press 221.1 702.8 PSIG PO440A4P0441A /2 Loop 3 SG Press 220.9 792 5 PSIG PO460A4PO461A /2 Loop 4 SG Press 220.9 795.0 PSIG ' P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 3 PSIG YO701A Containment Temp 83.7 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRh U0090 Hottest T/C 397.3 634.6 DEGF
- DATA TIME = (1) 06
- 25 08-22-91 (2) 06:25 08-22-91 t
l l l l l
I 1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INTO ONLY Source Description Unit 1 Unit 2 Units I Y2807A MW Electric .0 1129.4 MWe ! U1169- Nls Pa'r Rng flux .0 99 % N0035A NIS Int Ang Flux 1 .0 0 MCAM N0036A NIS Int Ang flux 2 .0 0 MCAM ; T0406A,19A,.. 79A AVE Tave 394.5 574.7 DEGF ! PO480A P2R Press 1 663.3 2240.8 PSIG PO481A- P2R Press 2 6(33.3 2234.5 PSIG r0403A+23A+43A+63A FW Flo ' 125.0 14591 KBH
-l PO400A+PO401A /2 Loop 1 SG Press 2.5 798 PSIG i PO420A+PO421A /2 Loop 2 SG Press 200.4 792.8 PSIG l PO440A+PO441A /2 Loop 3 SG Press 200.2 792.5 PSIG l l PO460A+PO461A /2 Loop 4 SG Press 200.2 795.8 PSIG l- P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 83.6 97.8 DEGF ;
R0002A' Conteinment Area R 17.0 3.8 MRH l U0090 Hottest T/C 389.9 634.6 DEGF DATA TIME. (1) 06:30 08-22 91 (2) 06:30 08-22 91 l
i 1991 [M[RGENCY DRILL 01ABL0 CANY0N POWER PLANT UNIT 1 L 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2801A MW Electric .0 1129.4 MWe U1169 NIS P-r Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng Flux 2 .0 0 HCAM 10406A,19A... 79A AVE Tave 376.3 574.7 DEGF PO480A PZR Press 1 656.6 2240.8 PSIG PO481A P2R Press 2 656.6 2234.5 PSIG f0403A+23A+'3A463A FW flow 15.3 14591 KBH r (PO400A+PO401A)/2 Loop 1 SG Press 4.7 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 181.0 792.8 PSIG (PO440A+PO441A)/2 Loop 3 SG Press 100.8 792.5 PSIG (P0460A+P0461A)/2 Loop 4 SG Press 180.8 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 ...' PSIG YO701A Conteinment Temp 63.5 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRit U0090 Hottest 1/C 381.6 634.6 DEGr DATA TIME = (1) 06:35 08-22-91 (2) 04:35 08-22-91 I f e
u'q 1991 EMER$[NCY OR]LL 01ABL0 CANi0N P0WER PLANT UN!1 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit ? Units Y2807A MW Electric .0 1129.4 MWe U1169 HIS Par Rng Flux .0 99 % N0035A His Int Rng Flux .' .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM 10406A,19A,.. 79A AVE Teve 366.8 574.7 DEGF P0480A PZR Press 1 648.5 2240.0 PSIG PO481A PZR Press 2 648.5 2234.5 PSIG F0403A+23A+43A+63A FW Flow 193.3 14591 KBH PO400A+P0401A)/2 Loop 1 SG Press 4.3 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 158.7 792.8 PSIG P0440A+P0441A)/2 Loop 3 SG Press 158.6 792.5 PSIG (PO460A+PO4b1A)/2 Loop 4 SG Press 168.6 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment T mp 83.4 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest 1/C 171.9 634.6 DEGF DATA TIME (1) 06:40 08-22-91 (2) 06:40 08-22-91
1991 EMERGENCY DRILL 0IA8L0 CANY0N POWER PLANT ! UNIT 1 & 2 SUMMAPY O! SPLAY l P-250 OATA Version 4/11/88 INFO ONLY j Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 MCAM I;0036A NIS Int Rng Flux 2 .0 0 MCAM T0406A,19A,.. 79A AVE Tave 356.8 $74,7 DEGr l PO480A PZR Press 1 639.6 2240.8 PSIG l PO4BIA PZR Press 2 639.6 2234.5 PSIG F0403A+23A+43A+63A FW Flow 160.3 14591 KBH PO400A+P0401A)/2 Loop 1 SG Press 3.6 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 139.5 792.8 PSIG PO440A+PO441A)/2 Loop 3 SG Press 139.3 792.5 PSIG PO460A+PO461A)/2 Loop 4 SG Press 139.3 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG Y0701A Containment Temp 83.3 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest I/C 362.0 634.6 DEGF DATA TIME = (1) 06:45 08-22-91 (2) 06:45 08-22-91
i i 1991 EMERGENCY ORILL D1A8L0 CANY0N P0WER PLANT UN11 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2607A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A. NIS Int Rng riux 1 .0 0 MCAM N0036A Nls Int Rng Flux 2 .0 0 MCAM T0406A 19A... 79A _ AVE Tave 347.4 574.7 DEGF P0480A PZR Press 1 630.7 2240.8 PSIG PO481A PZR Press 2 630.7 2234.5 PSIG , F0403A+23A+43A+63A FW Flow 46.9 14591 KBH PO400A4PO401A /2 Loop 1 SG Press 2.3 7: ; PSIG P0420A+PO421A /2 Loop 2 SG Press 122.7 792.8 PSIG PO440A+PO441A /2 Loop 3 SG Press 122.4 792.5 PSIG PO460A+PO461A)/2 Loop 4 SG Press 122.4 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO/01A ' Containment Temp 83.2 97.8 DEGF R0002A Containment Area R 17.0 3.8 MRH U0090 Hottest T/C 36?.7 634.6 DEGF DATA TIME = (1) 06:50 06-22-91 (2) 06:50 08-22-91 1 f 1 l I
1991 EMERGENCY OR!tt
-01ABL0 CANY0N POWER PLAN 1 UNil 1 & 2
SUMMARY
DISPLAY P-250 DATA version 4/11/89 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe 91169 N!! Pwr Rng Flux .0 99 % N0035A NIS Int Rng fler 1 .0 0 MCAH N0036A NIS Int Rng flux 2 .0 0 MCAM T0406A.19A,.. 79A AVE Tave 338.0 574.7 DEGF P0480A PZR Press 1 621.5 2240.8 PSIG PO4BIA OZR Press 2 621.5 2234.5 PSIG F0403A423A+43A+63A FW Flow 56.0 14591 KBH (PO400A+PO401A)/2 Loop 1 SG Press 4.2 798 PSIG (PO420A+PO42]A)/2 -Loop 2 SG Press 107.9 792.8 PSIG (P0440A+PO441A)/2 Loop 3 SG Press 107.7 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 107.7 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Con:ainment Press .5 .3 PSIG YO701A Containment Temp 83.1 97.8 DEGF R0002A Containment Area R 2250.0 3.8 MRH U0000 Hottest T/C 344.1 634.6 DEGF DATA TIME- (1) 06:55 08 22-91 (2) 06:55 08-22-91 s . l
_ _ _ . _ _ ~ _ ___ ____ .. .__. - . _. l 1991 EMERGEt4CY ORILL 01ABlO CANY0N P0WfR PLANT UNIT 1 & 2
SUMMARY
OlSPLAY P-250 DATA Version 4/11/88 INFO ONLY 4 Source Description Unit 1 Unit 2 Units Y2807A MW [1cctric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM T0406A,19A,.. 79A AVE lave 330.4 574.7 DEGF PO480A PZR Press 1 574.7 2240 6 PSIG PO481A PZR Press 2 574.7 2234.5 PSIG f0403A423A+43A+63A FW flo- 97.3 14591 KBH (PO400A+PO401A)/2_ Loop 1 SG Press 4.1 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 94.4 792.8 PSIG (PO440A+PO441A)/2 Loop 3 SG Press 94.2 792.5 PSIG (PO460A+P0461A)/2- Loop 4 SG Press 94.2 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 83.0 97.8 DEGF R0002A Containment Area R 2250.0 3.8 MRH U0090 Hottest 1/C 335.8 634.6 DEGF
'0ATA TIMES (1) 07:00 08-22-91 (2) 07:00 08-22-91 l
,.m . - , ,m..m - . _ . . - , . - - . -. -y e
4 i 1991 EMERGENCY OPILL ! l 0!ABL0 CANY0N POWER PLAN 1 l UN!1 1 & 2
SUMMARY
OISPLAY P-250 llATA version 4/11/88 INFO ONLY I Cource Description Unit 1 Unit 2 UnitL Y2807A MW Electric .0 1129.4 MWe V1169 NIS Pwr Rn9 Flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0035A NIS Int Rng flux 2 .0 0 HCAM 10406A,19A,.. 79A AVE Tave 323.4 574.7 OEGF PO480A PZR Press 1 531.5 2240.8 PSIG PO481A PZR Press 2 531.5 2234.5 PSIG F0403A+23A+43A*03A FW flow 152.9 14591 KBH PO400A+PO401A)/2 Loop 1 SG Press 4.1 798 PSIG P0420A+PO421A)/2 Loop 2 SG Press 8349 792.8 PSIG PO440A+PO441A)/2 Loop 3 SG Press 83.7 792.5 PSIG P0460A+PO461A)/2 Loop 4 SG Press 83.7 795.9 PSIG P1000A Containment Press .S .1 PSIG P1001A Containment Press .5 ,3 PSIG YO701A Containment Temp 82.9 97.8 DEGF R0002A Containment Area R 2250.0 3.8 MRH V0090 Hottest 1/C 328.8 634.6 OEGF DATA TIME- (1) 07:05 08-22-91 (2) 07:05 08-22-91
t 1991 EMERG!NCY DP,lLL 01ABL0 C A N Y 0 N' POWER PtANT UNIT 1 & 2
SUMMARY
O! SPLAY P-250 DATA Version 4/11/08 INFO ONLY Source Descrir, tion Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 N15 Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A hlS Ir.t Rng flux 2 .0 0 MCAM T0406A,19A,.. 79A AVE Tave 317.0 574.7 DEGF PO480A PZR Press 1 493.5 2240.8 PSIG PO481A P2R Press 2 493.5 2234.5 PSIG F0403A+23A+43A+63A FW Flow 17.3 14591 KBH (PO400A+PO401A)/2 Loop 1 SG Press 3.1 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 75.6 792.8 PSIG (PO440A+PO441A)/2 Loop 3 SG Press 75.4 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 75.3 795.8 PSIG F;000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containnent Temp 82.8 97.8 DEGF R0002A Containment Area R 2250.0 3.8 HRH U0090 Hottest T/C 322.4 634.6 DEGF DATA TIM:= (1) 07: 10 08-22-91(2) 07:10 08-22-91 l l l
A i r 1991 EMERGENCY ORILL 01ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 HWe U1169 Nls Pwr Rng riux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 HCAM N0036A NIS Int Rng Flux 2 .0 0 MCAM 10406A,19A,.. 79A AVE Tave 311.6 574.7 DEGF : PO480A PZR Press 1 461.2 2240.8 PSIG PO481A PZR Press 2 461.2 2234.5 PSIG F0403A423A+43A+63A fW Flow 26.9 14591 K8H PO400A+PO401A /2 Loop 1 SG Press 4.1 798 PSIG PO420A+PO421A /2 Loop-2 SG Press 68.5 792.8 PSIG PO440A+PO441A /2 Loop 3 SG Press 68.3 792.5 PSIG PO460A+PO461A /2 Loop 4 SG Press 68.3 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PStG YO701A Containment Temp 82.7 97.8 DEGF R0002A Containment A.Ja R 2520.0 3.8 MRH U0090 Hottest T/C 316.6 634.6 DEGF DATA TIME. (1) 07:15 08 22-91 (2) 07:15 08-22-91 1
- Y. - ..
- -, _ -, ~- , - , - , , - , - ,, .v .
i 1991 EMERGENCY DRlLL DIABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA version 4/11/88 INFO ONLY Source Dr. "iption Unit 1 Unit 2 Units Y2807A MW ectric .0 1129.4 MWe Ull69 Nls Por Rng Flux .0 99 % N0035A Nis Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM
'T0406A 19A,.. 79A AVE Tave 307.4 574.7 DEGF PO480A PZR Press 1 432.1 2240.8 PSIG PO481A PZh Press 2 432.1 2234.5 PSIG F0403A+23A443A463A FW Flc,v 132.4 74591 KBH PO400A+PO401A)/2 Loop-1 SG Press 2.4 798 P51G PO420A4PO421A)/2 Loor 2 SG Press 63.6 792.8 PhlG PO440A+PO441A)/2 L oc,. ' SG Press 63.4 792.5 P$1G PO460A+PO461A)/2 Loop 4 *G Press 63.4 796.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press- .5 .3 PSIG YO701A Containment Temp 82.6 97.8 DEGF R0002A Containment Area R 2520.0 3.8 MRH U0090 Hottest T/C 312.4 634.6 DEGF DATA TIMEa (1)- 07:20 08-22-91(2) 07:20 08-22-91 l
L
l l i 1991 EMERGENCY DRILL 01A8L0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DI$ PLAY P-250 DATA Version 4/11/88 INFO ONLY l i Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 'iCAM 10406A 19A,.. 19A AVE 1cve 303.3 574.7 DEGF PO480A PZR Press 1 405.2 2240.8 PSIG PO481A PZR Press 2 405.2 2234.5 PSIG f0403A+23A+43A+63A FW flow 12.3 14591 KBH (00400A+P0401A)/2 Loop 1 SG Press 2.3 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 59.1 792.8 PSIG l (PO440A+P0441A)/2 Loop 3 SG Press 58.9 792.5 PSIG >- Loop 4 SG Press (PO460A+PO461A)/2 58.9 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 3 PSIG YO701A Containment Temp 82.6 97.8 DEGF R0002A Containment Area R 2520.0 3.8 MRH U0090 Hottest 1/C 308.3 634.6 OfGF DATA TIME = (1) 07:25 08-22-91 (2) 07:25 08-22-91 t' F
- , y
l l l 1991 EMERGENCY DRILL 01ABL0 CANY0N P0WER PLANT I UNil 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW [lectric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM 10406A 19A,.. 79A AVE Tave 299.9 574.7 DEGF P0480A PZR Press 1 380.2 2240.8 PSIG PO481A PZR Press 2 380.2 2234.5 PSIG F0403A+23A+43A+63A FW flow 21.5 14591 KBH PO400A4PO401A /2 Loop 1 SG Press 3.1 798 PSIG P0a20A+PO421A /2 Loop 2 SG Press 55.2 792.8 PSIG PO440A+00441A /2 Loop 3 SG Press 55.0 792.5 PSIG PO460A4PO461A /2 Loop 4 SG Press 55.0 795.8 PSIG P1000A Containmr;nt Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.5 97.8 DEGF R0002A Containment Area R 2580.0 3.8 MRH U0090 Hottest T/C 304.6 634.6 DEGF DATA TIME = (1) 07:30 08-22-91 (2) 07:30 08-22-f'1
i 1991 EMERGENCY OR]LL 01A8L0 CANY0N POWER PLANT UN11 1 & 2
SUMMARY
DISPLAY P-250 DAT A Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe Ull69 NIS Pwr Rng flux 0 99 % N0035A Hl$ Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 NCAM T0406A 19A .. 79A AVE lave 297.7 574.7 DEGF PO480A PZR Press 1 357.2 2240.8 PSIG ' PO481A PZR Press 2 357.2 2234.5 PSIG ! F0403A423A+43A+63A fW flow 5.1 14591 KBH i PO400A4PO401A /2 Loop 1 SG Press 3.3 798 PSIG PU420A+PO421A /2 Loop 2 SG Press 53.1 792.8 PSIG-PO440A4PO441A /2 Loop 3 SL Press 52.8 792.5 PSIG i PO460A+PO461A /2 Loop 4 SG Press 52.8 795.0 PSIG l P1000A Containment Press .b .1 h.'G P1001A Containment Press .5 .3 PSIG YO701A Containment i np 82.4 97.8 OEGF R0002A Containment ' area R 2580.0 3.8 MkH U0090 Hottest 1/L 302.5 634.6 OEGF OATA TIME = (1) 07: 35 08-22-91 (2) 07:35 08-22-91 i L l
1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLAN 1 UNil 1 & 2
SUMMARY
b!$ PLAY P-250 DATA version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW [lectric .0 1129.4 MWe U1169 NIS P.'r Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 HCAM N0036A Hl! Int Rng Flux 2 .0 0 MCAM 10406A,19A... 79A AVE Tave 295.4 574.7 DEGF PO480A PZR Press 1 335.9 2240.8 PSIG PO481A PZR Press 2 335.9 2234.5 PSIG F0403A+23A443A+63A FW flow 12.7 14591 KBH PO400A4PO40]A /2 Loop 1 SG Press 2.5 798 PSIG (D0420A+PO421A/2 ( Loop 2 SG Press 50.6 792.8 PSIG (PO440A+PO441A /2 Loop 3 SG Press 53.3 792.5 FSIG L (PO460A+PO461A)/2 Loop 4 SG Press 50.3 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containnent Temp 82.3 97.8 DEGI R0002A Containnent Area R 2580.0 3.8 MRH U0040 Hottest T/C 300.0 634.6 DEGF DATA TIME (1) 07:40 00-22 91 (v) 07:40 69-2<-91 l L L I
\
1991 EMERGENCY DRILL 01ABL0 CANY0N P0WER PLAN 1 UN11 1 & 2 $UMMARY DISPl.AY P-250 DATA Version 4/11/88 INF0,0NLY Source Description Unit 1 Unit 2 Units Y2807A MW Electrit .0 1129.4 MWe U1169 NIS Pwr Rng riux .0 99 % N0035A NIS Int Rng flux 1 .0 C KCAM N0036A His Int Rng Flux 2 .0 0 MCAM 10406A,19A.. . 79 A AVE Tave 294.1 574.7 OEGF PO400A P2R Press 1 310.6 2240.8 PSIG PO481A P2R Press 2 316.6 2234.5 PSIG F0403A+23A+43A+63A FW Flow 128.1 14591 KBH PO400A+PO401A)/2 Loop 1 SG Press 3.0 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 49.? 792.8 PSIG PO440A+PO441A)/2 Loop 3 SG Press 48.9 792.5 PSIG PO460A+PO461A)/2 Loop 4 SG Press 48.9 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.2 97.8 DEGF R000?A Containment Area R 2530.0 3.8 MRH 00090 Hottest 1/C 298.7 634.6 DEGF DATA TIME = (1) 07:45 08-22-t ?) 07:45 08-22-91
1991 EMERGENCY ORILL D1ABL0 CANY0N POWER PLANT UN]T 1 & 2 SUK4ARY DISPLAY P-250 DATA Version 4/11/8B INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A Ma* Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A N!S Int Rng flux 2 .0 0 MCAM 10406A,19A... 79A AVE Tave 292.6 574.7 DEGF PO480A- PZR Press 1 298.9 2240.8 PSIG PO481A PZR Press 2 298.9 2234.5 PSIG F0403A+23A+43A463A FW flow 8.8 14591 KBH PO400A4PO403A /2 Loop 1 SG Press 2.9 798 PSIG PO420A4PO421A /2 Loop 2 SG Press 47.9 792.8 PSIG PO440A+PO441A /2 Loop 3 SG Press 47.6 792.5 PSIG PO460A+PO461A /2 toop 4 SG Press 47.5 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.1 97.8 DEGF R0002A Containment Area R 2530.0 3.8 MRH U0090 Hottest T/C 297.1 634.6 DEGF DATA TIME (1) 07:50 08-22-91(2) 07:50 08-22-91 l 1 l 1
x 1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLAN 1 UNIT 1 & 2
SUMMARY
DISPLAY P-250 DAT A - Ver. tion 4/11/8B INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM 10406A,19A,.. 79A nVE Tave 291.6 574.7 DEGF PO400A PZR Press 1 282.7 2240.8 PS!G PO48]A PZR Press 2 282.7 2234.5 PSIG F0403A+23A+43A+63A FW flow 26.7 14591 KBH P0400A+PO401A)/2 Loop 1 SG Press 2.3 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 46.6 792.8 PSIG PO440A4PO441A)/2 Loop 3 SG Press 46.4 792.5 PSIG PO460A+PO461A)/2 Loop 4 SG Press 46.3 795.8 PSIG P1000A- Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment lemp 82.0 97.8 DEGF R0002A Containment Area R 2530.0 3.8 MRH U0090 Hottest T/C 296.0 634.6 DEGF DATATIME-(1) 07:55 08-2291(2) 07:55 08-22.91 { l l L I I
. ~ . . ,
1991 (MERGENCY DRILL 01ABL0 CANY0N POWER PLANT UNil 1 L 2 50MMARY DISPLAY P-250 DATA Version 4/11/88 INTO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Par Rng Flux . 0 99 % N0035A N15 Int Rng flux 1 .0 0 MC8A! N0036A N15 Int Rng flux 2 .0 0 MCAN 10406A,19A... 79A AVE 1 ave 289.1 574.7 DEGr PO480A PZR Press 1 267.6 2240.8 PSIG PO481A PZR Press 2 267.6 2234.5 PSIG [0403A+23A+43A+63A FW flow 70,5 14591 KBH PO400A+PO4DIA)/2 Loop 1 SG Press 2.0 798 PSIG PO420A+PO4?lA)/2 Loop 2 SG Press 44.4 792.8 PSIG PO440A+P0441A)/2 Loop 3 SG Press of 1 792.5 PSIG P0460A+PO401A)/2 Loop 4 SG Press 44.1 795.8 PSIG. P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment lemp 82.1 97.8 DEGF R0002A Containment Area R 2480.0 3.8 MRH
-00090 Hotte$t T/C 293.4 634.6 OEGF DATA TIME = (1) 08:00 08-22-91 (2) 08:00 08-22-91 g
i
A 1991 EMERGENCY ORILL D1ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA version 4/11/86 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 N!$ Pwr Rng flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 HCAM N0036A NIS Int Rng flux 2 .0 0 MCAM 104i.dA,19A, . . 79A AVE Tave 288.2 574.7 DEGF PO480A PZR Press 1 253.7 2240.8 PSIG PO481A- PZR Press 2 253.7 2234.5 PSIG F0403A423A+43A463A FW Fics .0 14591 KBH PO400A4PO401A /2 Loop 1 SG Press 2.2 798 PSIG PO420A+PO421A /2 Loop 2 SG Press 43.5 792.8 PSIG PO440A+PO441A /2 Loop 3 SG Press 43.1 792.5 PSIG PO460A+PO461A /2 Loop 4 SG Press 43.1 795.8 PSIG P1000A Containment. Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 81.9 97.8 DEGF R0002A Containment Area R 2480.0 3.8 HRH U0090 Hottest T/C 292.5 634.6 DEGF DATA T!ME- (1) 08:05 08-22-91(2) 08:05 08-22-91
1991 EMERGENCY DRILL D1ADL0 CANY0N P0WLR PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DAT A Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW L1cttric .0 1129.4 HWe U1169 N15 Pwr Rng flux .0 99 % N0035A N15 Int Rng flux 1 .0 0 HCAM N0036A NIS Int kng flux 2 .0 0 HCAM 10406A 19A... 79A AVE Tave 285.7 574.7 DEGF P0480A PZR Press 1 240.5 2240.8 PSIG PO481A P2R Press 2 240.5 2234.5 PSIG F0403A+23A+43A463A fW Flow .0 14591 KBH (PO400A+PO401A /2 Loop 1 SG Press 3.0 798 PSIG (PO420A+PO421A /2 Loop 2 SG Press 41.2 792.8 PSIG (PO440A+PO441A/2 Loop 3 SG Press 41.0 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 40.9 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.0 97.8 DEGF R0002A Containment Area R 2480.0 3.8 MRH U0090 Hottest T/C 289.8 634.6 DEGr DATA TIME = (1) 08:10 08-22-91 (2) 08:10 08-??-91 l l 2 -..___.__._____m._. _ . . _ _, _ . _ . _ _ _ _ _ . _ . ___ . _ _ _ _ _ . . _ _ _ _ _ _ . _ _ _ _ . . _ _ _ _ _ . . _ . _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ j
( 1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLANT UN11 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO,0NLY Source Description Unit 1 Unit ? Units Y2807A MW Electric .0 1129.4 MWe Ull69 NIS Pwr Rng flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A HIS Int Rng flux 2 .0 0 MCAM T0406A,19A .. 79A AVE lave 283.4 574.7 DEGT PO480A PZR Press 1 227.9 2240.8 PSIG PO481A P2R Press 2 227.9 2234.5 PSIG F0403A423A443A+63A FW flow 6.4 14591 KBH PO400A4PO401A /2 Loop 1 SG Press 2.0 798 PS!G PO420A+PO4?lA /2 Loop 2 SG Press 39.3 792.8 PSIG PO440A4PO441A /2 Loop 3 SG Press 38.9 792.5 PSIG PO460A+PO461A /2- Loop 4 SG Press 38.9 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.1 97.8 DEGF R0002A Containment Area R 2430.0 3.8 MRH U0090 Hottest 1/C 287.6 634.6 DEGF DATA TIME = (1) 08: 15 08-??-91 (2) 03:15 08-22-91 l
I I l
^
1991 EMERGENCY DRILL D1A8L0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A Mn' Electric .0 1129.4 F " U1169 N15 Pwr Rng flux .0 99 N0035A NIS Int Rng flux 1 .0 0 F. N0036A NIS Int Png flux 2 .0 0 H;te r T0406A,19A,.. 79A AVE Tave 279.9 574.7 DEGF PO480A P2R Press 1 215.9 2240.8 PSIG PO481A PZR Press 2 215.9 2234.5 PSIG f0403A423A+43A463A FW flow 8.3 14591 KBH l (PO400A+PO401A/2 Loop 1 SG Press 1.7 798 PSIG i (PO420A+PO421A /2 Loop 2 SG Press 36.3 792.8 PSIG (PO440A+PO441 A /2 Loop 3 SG Press 35.9 792.5 PSIG , (PO460A+PO461A /2 Loop 4 SG Press 35.9 795.8 PSIG
.5 P1000A Containment Press .1 PSIG P1001A -Containment Press .5 .3 PSIG YO701A Containment lemp 82.3 97.8 DEGF R0002A Containment Area R 2430.0 3.0 MRH U0090 Hottest T/C 283.9 634.6 DEGF DATA TIME = (1) 08:20 08-22-91(2) 08:20 08-22-91 l
1 0
- ~
1991 EMERGENCY OR1LL 01ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source 0*scription Unit 1 Unit 2 Units Y2807A MW ilectric . .0 1129.4 MWe U1169 HIS Pwr Rng flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A HIS Int Rng flux 2 .0 0 MCAM 10406A,19A .. 79A AVE Tave 275.6 574.7 DEGF PO480A PZR Press 1 204.2 2240.8 PSIG PO481A PZR Press 2 204.2 2234.b PSIG F0403A+23A443A463A FW flow 2.2 14591 KBH (PO400A+PO401A/2 Loop 1 SG Press 2.5 798 PSIG (PO420A+PO421A /2 Loop 2 SG Press 33.1 792.L PSIG (PO440A+PO441A /2 Loop 3 SG Press 32.7 792.5 PSIG (PO460A+PO461A /2 Loop 4 SG Press 32.7 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.4 97.8 DEGF R0002A Containment Area R 2430.0 3.8 HRH U0090 Hottest T/C 279.7 634.6 DEGF DATA 11ME= (1) 08:25 08-22-91 (2) 08:25 08-22-91 6 L 1
-_ _ ___ ____m .
1991 EMERGENCY DRILL DIABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 1Nf0 CNLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe Ull69 Nls Pwr Rng Flux .0 99 % N0035A His Int Rng Flux 1 .0 0 MCAM N0036A N15 Int Rng Flux 2 .0 0 MCAM 10406A,19A,.. 79A AVE lave 271.0 574.7 DEGF PO480A PZR Press 1 193.0 2240.8 PSIG PO481A PZR Press 2 193.0 2234.5 PSIG f0403A423A+43A463A FW flow 74.5 14591 K8H PO400A+PO401A /2 Loop 1 SG Press 1.9 798 PSIG PO420A4PO421A /2 Loop 2 SG Press 30.1 792.8 PSIG PO440A4PO441A /2 Loop 3 SG Press 29.8 792.5 PSIG kPO460A+PO461A/2 loop 4 SG Press 29.8 795.8 PSIG P1000A Containmert Press .5 .1 PSIG P1001A Containment Pres'a .5 .3 PSIG YO701A- Containment Temp 82.5 97.8 DEGF R0002A Containment Area R 2380.0 3.8 MRH 00090 Hottest 1/C 275.9 634.6 DEGF DATA TIME = (1) 08:30 08-22-91 (2) 08:30 08-22-91 l-i i
=$ a s %
~
+
h 1Q91 EMERGENCY DRILL k D1ABL0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY m P-150 DATA Version 4/11/S8 INFO ONLY J_ ... Source Description Unit 1 Unit 2 Units Mk ' YF" MW Electric HIS Pwr Rng Flux
.0
.0 1129.4 99 MWe v ._ ' _ -T hst., . Nls Int Rng Flux 1 .0 0 MCAM I' ,'
N00SvA HIS Int Rng Flux 2 .0 0 MCAM V. j3 f4 --- T0406A,19A... 79A AVE Tcvr. 269.4 574.7 DEGF M PO4 BOA PZR Prtr. 1 e 186.4 2240.8 PSIG
'! PO4TilA PZR Press 2 186.4 2234.5- FSIG
^n F0403Ai23A+43A+63A FW Flow 65.6 14591 KBH i (PO400A+P0401A /2 Loop 1 SG Press 1.3 798 PSIG
$ -(PO420A+PO421A /2 Loop 2 SG Press Loop 3 SG Press 28.1 27.0 792.8 792.5 PSIG PSIG i (PO440A+PO441A /2
. s (PO460A+P0461A /2 Leop 4 SG Press 27.7 795.8 PSIG
*k; P1000A- Containment Press .5 .1 PSIG
~^
P1001A Containment Press .5 .3 PSIG YO701A Containment. Temp 82.4 97.8 DEGF R0002A Containment Area F 2380.0 3.6 MRH U':090 Hottest T/C 283.3 634.6 CEGF DATA lime" (1) 08:35 08-22-91 (2) 08:35 08-22-91 Y I 1
. - - . . . . - . . . . _ . . - - ~. ...
- l 1
J l 56 1991 EMERGENCY DRILL , D 1-A B L 0 C A-N Y 0 N POWE . PLANT ' UN11 * ' 2
SUMMARY
DISPLAY-P-250 " .. Version 4/11/88 INFO ONLi Source Description Unit 1 Unit 2- Units Y2807A- Md Electric 0 1129.4 MWe ' l U1169 - NIS Pwr Rng flux ou 99 % N0035A: .NIS-Int Rng Flux 1 .0 0 MCt.M NC336AL HIS11nt Rng Flux 2 .0 0 MCAM
- T0406A,19A,.. 19A- AVE-Tave 271.3 574.7 DEGF ,
~
PZR Press 1 188.4 2240.8 PSIG
- PO480A.
PO481A- . P2R Press 2 188.4 2234.5 PSIG
' F040.9 <3A+43A+63A fW flow .0 14591 KBH Loop 1-SG-Press 1.2 798 PSIG
> - (PO40e ePO401A /2-PO420A+PO421A /2f Loop 2 SG Press 28.2 792.8 PSIG PO440A+PO441A /2- Loop 3 SG Press 28.1 792.5 PSIG PO460A+PO461A /2 Loop 4 SG. Press. 29.1 795.8 PSIG y P1000A Containment Press .5 .1 - PSIG P1001A -Containment Press .5 .3 PSIG
'YO701A Containrent Temp -82.1 97.8 DEGF R0032A. Containment Area R 2380.0 3.8 MRH
>U0090- Hottest T/C: 284.4 634.6 DEGF 08:40 '08-2291'(2) 08:40 08-22-91 t DATA TIME = (1) 4-b
^
9 e i h ', S l -;; o 1 m _ Ai~ <s - s L-.,- , h r: -
A 1991 LPERGENCY DRILL D1A8L0 CANY0N P0WER PLANT UNIT 1 & 2 SUMMtRY DISPLAY P-250 DA1A Version 4/11/88 INFO.0NLY Source Description Unit 1 Unit 2 Units Y2807A Md Electric .0 1129.4 MWe U1169 NIS Pwr Rng flux .0 99 % N0035A HIS Int Rt.g flux 1 .0 0 MCAM N0036A HIS Int Rng flue 2 .0 0 MCAM T0406A,19A,.. 79A AVE Tave 275.4 574.7 DEGF PO480A PZR Press 1 189.1 2240.8 PSIG PO4BIA PZR Press 2 189.1 2234.5 PSIG F0403A+23A443A+63A FW f los .0 14591 K8H (PO400A+PO401A/2 Loop 1 SG Press 1.4 798 PSIG (PO420A+P0421A /2 Loop 2 SG Press 20.5 792.8 PSIG (PO440A+PO441A/2 Loop 3 SG Press 30.3 79.' 5 PSIG (PO460A+PO461A /2 loop 4 SG Press 33.5 79d,8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 81.8 97.8 OEGF R0002A Containment Area R 2330.0 3.8 HRH U0090 llottest T/C 288.2 634.6 DEGF DATA TIME- (1) 08: 45 08-22 91 (2) 08: 45 03-22-91
7 Ib ur
- f,( -1591 EMERGENCY DRILL D 1;A B L 0 10 A N Y 0 H P 0 W E R P! ANT
~
UNil 1 & 2
SUMMARY
DISPLAY ,
- P-250 DATA: Version 4/11/88 INFO ONLY- .
+- Source Gescriptica- Unit ,\ Unit 2 . Units 5 Y2807A 1Md Electric .0 1129.4 MWe
- U1169 h!S Pwr Rng Flu: .0 99 %
N0035A N13 Int Rng flux ) .0 O MCAM N0036A . NIS Int Rng-Flux 2 .0 0 MCAM'
- T0406A,19A,.. 79A1 AVE Tave 272.0 574.7 DEGF
'PO480A PZR Press 1 188.2 2240.8 PSIG
'PO481A- PZR Press 2 188.2 2234.5 PSIE
.F0403A+23A+43A+63A: FW Flow- .0 145911 KBH PO400A+PO401A /21 Loop 1 SG Press 1.4 798- PSIG-
- PO420A+PO421A /2? LoopL2 SG--Press 32.5'- 792.8 PSIG PO440A+PO441A /25 Loop 3-SG Press 32.2 792.5 - PSIG (PO460A+iO461A/21 Loop 4 SG Press 35.3 795.8 PSIG P1000As Containment Press .5~ .1 - PSIG z.. P1001A -Containment Press .5 .3 - PSIG 4YO701A Containment. Temp 81.9 97.8 = OEGF TR0002A- Containment ~ Area R 2330.0 3.8 - MRH
.U0090 Hottest T/C '284.5 634.6 DEGF
~
~
DATA ~ TIME = (1)1 08:50 '08-22-91.s;' -08:50 08-22-91 Y t 0 f
\
o 5
+
4 e % d. m.. 'a--
. , -.m.
s - - - . , . ..a y < s .,.-.m, . .-, .- .s.e
l l 1991 EMERGENCY CRl' 01ABL0 CANY0N POWER 0LANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DAT A Version 4/11/88 IWF0 QNLY Source Description Unit 1 Unit 2 Units Y2807A MW E10ctric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .G 99 % i-.335A HIS Int Rng flux 1 .0 0 NCAM N0036A HIS Int Rng Flux 2 .0 0 MCAM AVE Tave 270,0 574.7 DEGF 10406A.19A .. 79A PO480A PZR Press 1 189.5 2240.8 PSIG PO481A PZR Prr.ss 2 189.5 2234.5 PSIG F0403A423A443A+63A FW Flow .0 14591 KBH P0400A+PO401A)/2 Loop 1 SG Press 1.4 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 33.4 792.8 PSIG PO440A+PO441A)/2 Loop 3 SG Press 33.0 792.5 PS!G PO460A+P0461A)/2 Loop 4 SG Press 34.4 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 81.9 9/.8 DEGF R0002A Containment Area R 2330.0 3.8 MRH 00090 Hottest T/C 282.4 633.6 DEGF DATA TIME- (1) 08:55 08-22-91 (2) 08.55 08 'c/-91 4
1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Ur.it 1 Unit 2 Units Y2807A MW Electric .0 1129.4 HWe U1169 NIS Pwr Rng Flux .0 99 % N0035A HIS Int Rng Flux 1 .0 0 MCAM N0036A His Int Rng Flux 2 .0 0 MCAM 10406A,19A,...EA AVE Tave 267.5 574.7 CEGF PO480A PZR Press 1 190.7 2240.8 PSIG PO481A PZR Press 2 190.7 2234.5 PSIG F0403A+23A+43A+63A FW Flow .0 14591 KBH P0400A+PO401A)/2 Loop 1 SG Press 1.3 798 PSIG P0420A+PO421A)/2 Loop 2 SG Press 33.5 792.8 PSIG PO440A+PO441A)/2 Loop 3 SG Press 33.3 792.5 PSIG P0460A+PO461A)/2 Loop 4 SG Press 33.5 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 81.9 97.8 DEGF R0002A Containment Area R 2280.0 3.8 MRH UC090 Hottesi T/C 280.3 634.6 DEGF DATA TIME = (1) 09:00 08-22-91 (?) 09:00 A-22-91
...M
i 1991 EMERGENCY ORILL D1ABL0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWt U1169 NIS Pwr Rng flux .0 99 % NOO35A NIS Int Rng flux 1 .0 0 MCAM N0036A HIS Int Rng flux 2 .0 0 MCAM T0406A 19A,.. 79A AVE Tave 263.4 574.7 CEGF PO480A FZR Press 1 191.7 2240.8 PSIG PO481A P2R Press 2 191.7 2234.5 PSIG F0403A+23A+43A+63A FW Flow .0 14591 KBH IPO400A+PO401A)/2 Loop 1 SG Press 1.2 798 PSIG PO420A+PO421A)/2 Loop 2 SG Press 32.3 792.8 PSIG PO440A<PO441A)/2 Loop 3 SG Press 32.3 792.5 PSIG
,PO450A+PO461A)/2 Loop 4 SG Press 32.2 795.8 PSIG l
P1000A Containment P*ess .S .1 PSIG P1001A Containmerc Press .5 .3 PSIG YO701A Containmen; Tct.p 82.0 97.8 DEGF R0002A Containment Area R 2280.0 3.8 MRH U0090 Hottest T/C 275.9 634.6 DEGF DATA TIME = (1) 09:05 08-22-91 (2) 09:05 08-22-91
1. i 1991 EMERGENCY OR LL { 01ABL0 CANY0N P0WER PLANT UNil 1 & 2
SUMMARY
OlSPLAY P-250 DATA Version 4/11/8B INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A HW Electric .0 1129.4 HWe U1169 NIS Pwr Rng flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A NIS Int Rng flux 2 .0 0 MCAM 10406A,19A.. . 79A AVE Tave 259,1 574.7 DEGF PO480A PZR Press 1 192.3 2240.8 PS:G P0481A' PZR Press 2 192.3 2234.5 PSIG T0403A+23A+43A+63A FW flow .0 14591 K8H PO400A+P0401A)/2 Loop 1 SG Press 1.2 798 PSIG PO420A+PO421A /2 Loop 2 SG Press 30.5 792.f3 PSIG PO440A+PO441A /2 Loop 3 SC Press 30.5 792.5 PSIG P0460A+PO461A /2 Loop 4 SG Press 30.5 7r5.8 PSIG
-P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG
-YO701A Containment Temp 82.1 97.8 DEGF R0002A Containment Area R 2280.0 3.8 MRH 00090 Hottest T/C 272.0 634.6 DEGF
-DATA TIME. (1) 09:10 08-22-91-(2) 09:10 08-22-91 I
I'
1991 EMERGENCY ORILL D1ABL0 CANYON POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA- Version 4/11/88 INF0,0NLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1159 Nls Pwr Rng Flux .0 99 % N0035A HIS Int Rng Flux 1 .0 0 MCAM N0036A HIS Int Rng Flux 2 .0 0 HCAM T0406A,19A,.. 79A AVE Teve 254.6 574.7 DEGF PO480A PZR Press 1 192.4 2240.8 PS10 PO481A PZR Press 2 192.4 2234.5 PSIG F0403A+23A+43A+63A FW Flow , .0 14591 KBH P3400A+PO401A)/2 Loop 1 SG Press 1.2 798 PSIG PO420A4PO421A)/2 Loop 2 SG Press 28.4 792.8 PSIG PO440A+P0441A)/2 Loop 3 SG Press 26.4 792.5 PSIG PO460A+PO461A)/2 Loop 4 SG Press 28.4 795.0 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.2 97.8 DEGF R0002A Containment Area R 2230.0 3.8 MRH 00090 Hottest T/C 267.6 634.6 DEGF DATA TIME = (1) 09:15 08-22-91 (2) 09: 15 08-22-91
~
,., i s
39 , u , d - 1991 EMERGENCY DRILL. D 1 A 8 L 0- C A N Y 0 N P0WER PLANT UNil 1 & 2
SUMMARY
-DISPLAY
- P-250 DATA . Version 4/11/88: INFO ONLY i Source' Description' Unit 1 Unit 2 Units
-Y2807A- MW Electric- .0 1129.4. MWe U1169- NIS P.. Rng flux .0 99- %
N0035A- N15 Int Rng flux 1 .0 0 MCAM
-N0036A -NIS Int Rng flux 2 .0- 0- MCAM T0406A 19A,.. 79A. AVE Tave 249.2 574.7 DEGF PO480A PZR Press 1 191.9 2240.8- PSIG PO481AL .
P2R F4ess 2 191.9 2234.5 PSIG-f0403A+23A+43A+63A FW flow 6.5 14591 KBH , PO400A+P04nlA)/2 Loop 1 SG Press 1.0 798- PSIG PO420A+P0421A)/2 LooD 2 SG Press 25.9 792.8 PSIG Loop.3 SG Press-PO440A+PO441A)/2 -26.0 792.5 PSIG PO460A+PO461A)/2~ ' Loop 4 SG Press 25.9- 795.8- FSIG P1000A- Containment Press .5 .1 PSIG E P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82. -97.8- DEGF
'R0002A : Containment Area R- 2230.0- 3.8 MRH-U0090 -Hottest T/C 262.4 634.6 DEGF DATA TIME L(1)- 09:20 :08-22-91 (2) 09:20 08<:?-91 1 r
1. l' b _f k I - s
-# v_
I 1991 EMERGENCY DRILL D1A8L0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Fiectric .0 1129.4 MWe U1169 NIS Pwe Rng Flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0035A HIS Int Rng Flux 2 .0 0 MCAM 10406A.19A... 79A AVE Teve 242.4 574.7 UEGF P0480A P2R Press 1 191.8 2240.8 PSIG PO481A P2R Press 2 191.8 2234.5 PSIG F0403A+23A+43A463A FW Flow 11.4 14591 KBH (PO400A+PO401A)/2 Loop 1 SG Press .8 798 PSIG (P0120A4PO421A)/2 Loop 2 SG Press 22.9 792.8 PSIG (PC 440A4 PO441 A)/2 Loop 3 SG Press 23.0 792.5 PSIG (Pa460A+P0461A)/2 Loop 4 SG Press 22.9 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO)31A Containment Temp 82.5- 97.8 DEGF R0002A Containment Area R 2230.0 3.8 MRH U0090 Hottest T/C 255.5 634.6 DEGF DATA TIME- (1)- 09:25 08-22 91 (2) 09:25 08-22-91 b
1991 EMERGENCY DRILL 01ABL0 CANY0N P0WER PLANI UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A NIS Int Rng Flux 1 .0 0 MCAM
-N0036A NIS Int Rng Flux 2 .0 0 MCAM 10406A,19A... 79A AVE Teve 238.0 574.7 DEGF PO480A PZR Press 1 191.8 2240.8 PSIG PO481A P2R Press 2 191.8 2234.5 PSIG F0403A+23A+43A+63A FW Flow 11.0 14591 K8H P0400A+PO401A /2 Loop 1 SG Press .7 798 PSIG P0/20A4PO421A /2 Loor 2 SG Press 20.0 792.8 PSIG PO440A+P0441A /2 Loop 3 SG Press 20.0 792.5 PSIG (PO460A+PO461A)/2 Loop 4 SG Press 20.0 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment lemp 82.5 97.8 DEGF R0002A Containment Area R 2180.0 3.8 MRH 00090 Hottest T/C 251.3 634.6 OEGF DATA TIME = (1) 09:30 08-22-91 (2) 09:30 08-22-91
h' 1991 EMERGENCt ORILL 01ABL0 CANY0N P0WER 9LANT UNIT 1 & 2
SUMMARY
OlSPLAY P-250 DATA Versiori4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MJ Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N00.iSA NIS Int Rng Flux 1 .0 0 MCAM N0036? N13 Int Rng Flux 2 .0 0 MCAM T0406A.19A,.. 79A AVE Tave 233.4 574.7 DEGF PO4 BOA PZR Press 1 191.2 2240.8 PSIG PO481A PZR Press 2 191.2 2234.5 PSIG F0403A+23A+43A+63A FW Flow 16.1 14591 KBH (PO400A+PO401A)/2 Loop 1 SG Press .6 798 PSIG (PO420A+PO421A)/2 Loop 2 SG Press 17.5 792.9 PSIG (PO440A+P0441A)/2 Loop 3 SG Press 17.5 792.: PSIG l (PO460A4PO461A)/2 Loop 4 SG Press 17.5 795.8 PSIG P10004 Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp '82.5 97.8 DEGF R0002A Containment Area R 2180.0 3.6 HRH U0090 Hottest T/C 246.8 634.6 DEGF DATA TIME- (1) 09:35 08-22 01 (2) 09:35 00-22-91
1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 IHf0 ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 '15 Per Rn9 flux .0 99 % N0035A NIS Int Rng flux 1 .0 0 MCAM N0036A t.'IS Int Rng flux 2 .0 0 MCAH 10406A,19A... 79A AVE Teve 229.0 574.7 DEGF PO480A PZR Press 1 189.G 2240.8 PSIG P0681A PZR Press 2 189.0 2234.5 PSIG
'0403A423A+43A463A FW flow 10.3 14591 KBH PO400A+PO401A)/2 Loop 1 SG Press .5 , 798 PSIG PO420A4PO421A)/2 Loop 2 SG Press 15.2 792.8 PSIG PO440A+P0441A)/2 Loop 3 SG Press !! .2 792.5 PSIG (PO460A+PO461A)/2 Loon 4 SG Press 15.2 795.8 PSIG P1000A Containment Press S .1 PSIG P1.001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.6 97.8 DEGF R0002A Containment Area R 2180.0 3.8 MRH U0090 Hottest 1/C 242.5 634.6 DEGF DATA TIME = (1) 09:40 08-22-91 (2) 09:40 08-22-91 t
j I
1991 EMERGENCY EnlLL 1
+-
.D1ABLO CANYON POWER PLANT UNIT l'& 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO 0NLY Source Description Unit 1 Unit 2 Units Y2807Ai M4 Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % LN0035A NIS Int Rng Flux 1 .0_ 0 MCAM N0036A: NIS Int Rng Flux 2 .0 0 MCAM
- T0406A,19A,.. 79A AVE Tave 222.9 574.7 DEGF PO48CA PZR Press 1 187.9 2240.8 PSIG PO481A PZR Press 2 187.9 2234.5 PSIG F0403A+23A+43A+63A: -FW Flow 6.6 14591 K8H-(PO400A4PO401A /2 Loop 1 SG Press .4 798 .PSIG:
~(P0420A+P0421A/2 Loop-2 SG Press 13.1 792.8 PSIG.
(P0440A+P0441A /2; loop 3 SG Press 13.1 792.5 PSIG l(PO460A+PO461A)/2 : Loop 4 SG Press 13.1 795.8 PSIG P1000A Coritainment_ Press 5 .1 PSIG
'P1001A- -Containment Press .5 . 3- PSIG Containment Temp YO701A- 82;7 97.8 DEGF "R0002A Containment Area R 2130.0- 3.8 MRH =!
U0000 Hottest T/C 236.8 634.6- 'DEGE DATA TIME = (1)' 09:45 .08-22-91 (2) 09:45 08-22-91 L 96 p . 1 l: q L L1
1991 EMERGENCY ORILL 0IABL0 CANY0N P0WER PLAN 1 UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA- Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A HIS Int Rng Flux 1 .0 0 MCAM N0036A HIS Int Rng Flux 2 .0 0 MCAM 10406A 19A,.. 79A AVE Tave 215.7 574.7 DEGF PO480A PZR Press 1 187.8 2240.8 PSIG PO481A PZR Press 2 187.P 2234.5 PSIG F0403A+23A+43A+63A FW Flow 11.3 14591 KBH (PO400A+P0401A /2 Loop 1 SG Press .3 798 PSIG PO420A+PO421A /2 Loop 2 SG Press 10.6 792.8 PSIG PO440A+P0441A /2 Loop 3 SG Press 10.6 792.5 PSIG PO460A4PO461A /2 Loop 4 SG Press 10.6 795.8 PSIG P1000A Conteinment Press .5 .1 PSIG P1001A Containment Press .5 .2 PSIG YO701A- Containment Temp 82.8 97.8 DEGF R0002A Containment Area R 2130.0 3.8 MRH U0090 Hottest T/C 229.6 634.6 DEGF DATA TIME = (1) 09:50 08-22-91 (2) 09:50 08-22-91
p - q
, , 1 i-
'1991 EMERGENCY DRILL D1ABL0 C 14 N Y 0 N. P O W E R PLANT UNIT:-1 & 2
SUMMARY
DISPLAY P-250 DATA- Version 4/11/88' INFO ONLY- - Source- : Description Unit 11 Unit:2 Units -
-Y2807A MW Electric .0 1129.4 MWe
-U1169: NIS Pwr Rng Flux' .0- 99 %
.N0035A- NIS Int Rng Flux l' .0. O MCAM N0036A . .
NIS Int Rng Flux 2 .0 0 MCAM T0406A 19A... 79A- AVE Tave 210.8- 574.7 DECF PO480AL PZR Press 1 '187.5 2240.8 PSIG- ' PO481A- PZR Press 2 187.5 2234.5 'PSIG-F0403A+23A+43A+63A' 2FW Flow 1 20.2 14591: KBH -. PO400A+PO401A /2: Loop 1 SG Press .2: 798 PSIG H PO420A+PO411A /2 Loop 2 SG Press- 8.3 792.8 PSIG ! PO440A+PO441A /2- Lloop 3 SG' Press 8.3 792.5 -PSIG L PO460A+PO461A /2- . Loop 4 SG Press: 8.3 795.8 PSIG P1000A Containment Press- .5 .1- PSIG P1001A' Containment Press .5 .3 PSIG 4YO701A Containment Temp 82.8 97.8 -0EGF - R0002A- Containment Area R 2130.0= 3.8 MRH U0090~ Hottest-T/C' 224.8, -634.6 DEGF DATALTIME- (1)_ 109:55- LO8-22-91 (2) 09:55 08-22-91 :
~
'3--,"
+
i
'. d
-'9&
gr'
'I.[
N y_;
->: [;
,1. , . + :.- . \- , - . ~ - , . . . - . . - . . _ . - . . _ , - - . . - - , . . ,,. . . , , , , . . - . . . , ,
==. ,
+
1 6
-1991 EMERGENCY DRILL y
D 1 A B L- 0 C A N Y: 0 N - P 0 W E R PLANT _
-UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INF0 ONLY LSource Oescription Unit 1 Unit-2 Unit:
.Y2807A ML' Electric .0 1129.4 MWe' U1169 NIS Pwr Rng Flux .0 99 %
N0035A -NIS-Int kng Flux 1 .0 0 MCAM N0036A NIS. Int Rng Flux 2 .0- 0 MCAM
-T0406A.19A
- .. 79A. AVE Tave 2C5.7 574.7 DEGF
- PO480A: P2R Press 1 186.1 2240.8 PSIG PO481A= -
PZR Press 2 186.1 2234.5- PSIG F0403A+23A+43A+63A FW Flow 14.1 14591' KBH'
-(PO400A+PO401A /2 Loop 1 SG Press .1- 798 PSIG '-
;(P0t.20A4PO421A /2 Loop 2 SG Press 6.2- 792.8 PSIG b '(PO440A+PO441A /2 - Loop 3 SG Press .6.3 792.5 PSIG L ;(PO460A+PO461A /2 Loop 4 SG Press 6.2 795.8 PSIG-b -P1000A' Containment Press .5 .1 PSIG L7F P1001A- Containment Press .5 .3 PSIG c.-- -YO701A: . Containment Temp 82.8 97.8 DEGF R0002A'- . Containment Area R 2080.0 3.8 MRH U0090- Hottest T/C- 220.1 634.6 DEGF
' DATA: TIME =-(1) .10:00 08-22-91 (2) 10:00 08-22-91 t
u t w
1991 EMERGENCY DRILL D l-A B L 0 CANY0N POWER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250 DATA Version 4/11/88 INFO ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rno flux .0 99 % N0035A HIS Int Rng flux 1 .0 0 MCAM N0036A HIS Int Rng Flux 2 .0 0 MCAM 10406A,19A... 79A AVE Tave 199.5 574.7 DEGF P0480A PZR Press 1 184.4 2240.8 PSIG PO481A PZR Press 2 184.4 2234.5 PSIG F0403A+23A143A+63A FW flow 8.5 14591 KBH (PO400A+P0401A)/2 Loop 1 SG Press .0 798 PSIG (PO420A+PO421A /2 Loop 2 SG Press 4.3 792.8 PS!G (P0440A+P0441A /2 Loop 3 SG Press 4.3 792.5 PSIG (PO460A+PO461A /2 Loop 4 SG Press 4.3 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Pres. .5 .3 PSIG YO701A Contaiament Temp 82.9 97.8 DEGF R0002A Containment Area R 2080.0 3.8 MRH 00090 Hottest T/C 213.8 634.6 DEGF DATA TIME = (1) 10:05 08-22-91 (2) 10:05 08-22-91
, . . .. . ~ - . _ . - ~ - - . - - - . ~ . . - .
i as ' a
,1991 EMERGENCY DRILL
- D IfA'B-L'O C A'N.Y 0 N P O W E R -P L A N T >
UNIT 1 & ?_
SUMMARY
DISPLAY P-250'0ATA version 4/11/88.. INFO ONLY--
"g Source 1 . Description- Unit 1 Unit 2 Units-Y2807A' MW. Electric .0 1129.4 MWe U1169 ' NIS Pwr Rng Flux .0 99 %
N0035A. NIS-Int Rng Flux 1 . 01 0 MCAM N0036A NIS Int Rng Flux 2 .0 0 MCAM :' T0406A,19A .. 79A _ > AVE Tave. 194.5 574.7J DEGF
.PO480A -PZR; Press 1- 182.4' 2240.8 PSIG-PO481A- PZR Press 2 182.4 2234.5 PSIG F0403A+23A+43A+63A FW Flow 7.9 14591 KBH PO400A+PO401A /2- 'oop 1 SG Press .0 798 PSIG P0420A+P0421A /2 -Loop ? SG Press 2.6 792.8 PSIG-PO440A+PO441A /2: Loop.3 SG Press 2.6 792.5_ PSIG PO460A+PO461A /2 Loop 4 SG-Press 2.6 795.8- PSIG P1000A: ' Containment Press .5 .1 PSIG-
.P1001A- Containment' Press
.5 .3 PSIG YO701r Containment _ Temp - 82.9 . 97.8 DEGF
=R0002A1 -Containment Area.R -2080.0 - 13 . 8 MRH' 100090 Hottest T/C 209.0 634.6 - DEGF DATA: TIME = (!). - 10:10 _08-22 (2). 10:10 08-22-91 4
1 _- 6
*L.., - -,- _. :-J . ,e ..,r r , , - , .r,.., , , ,( ,,
h 1991 EMERGENCY DRILL D I A B-L 0 C A N Y.0 N P0WER PLANT ' UNIT 1 &12 SUPMARY DISPLAY P-250' DATA Version 4/11/88 INFO ,0NLY-Source- Description- Unit.1 Unit 2 Units. Y2807A- MW Electric .0 1129.4 MWe U1169. N!! Pwr Rng Flux .0 99 %
;10035A -- NIS Int Ng Flux 1 .0 0 MCAM N0036A- NIf Int Rng Flux 2 .0 0 MCAM-
-10406A,19A,.. 79A;. ' AVE Tave __190.1 574.7 DEGF -
PO480A .PZR Press 1 180.1 2240.8 PSIG P0481A- PZR Press 2 180.1 2234.5 PSIG-
-F0403A+23A+43A+63A FW Flow- 4.4- 14591 K8H (PO400A+PO401A /2. Loop:1 SG Press .0 799 PSIG
-(PO420A+PO421A /2' Loop 2.SG Press 1.1 792.8 PSIG
-(PO440A+PO441A /2- Loco 3'SG Press 1.1 792.5 PSIG
.(PO460A+PO461A /2 Loop 4_SG_ Press 1.1 795.8 -PSIG P1000A Containment Press .5 -.1 PSIG-
'P1001A. Containment-Press .5 .3 PSIG
- YO701A , Containment Temp 82.8 97.8 DEGF R0002A _ Containment Area R 1930.0 3.8 MRH U0090 Hottest:T/C. 204.8 634.6 -DEGF
- DATA TIME = (1)- '10:15 09-22-91 (2)- 10:15 08-22-91 p
L .b. 4<1 .. ,- + - , , , , .- ,-, - , . n , .-
ac .
'16 1
i 1991 EMERGENCY ORILL
- 01 A B L 0 C A N Y 0 N P0WER PLANT UNIT 1 & 2
SUMMARY
DISPLAY P-250-DATA- Version 4/11/88 INFO ONLY Source. Description Unit 1 Unit 2 Units-
~Y2807A- ItW Electric .0 1129.4 MWe-U1169- His Pwr Rng Flux . 0 99 %
N0035A- 'NIS Int Rng F?ux 1 .0 0 MCAM N0036A~ NIS Int Rng riux 2 .0 0 MCAM -
-T0406A,19A,.. 79A -AVE Tave 185.8- 574.7 DEGF PO480A PZR Press 1 178.8 2240.8 PSIG PO481A- - -
PZR Press 2 178.8 2234.5 PSIG F0403A+23A+43A+63A FW Flow 10.0 14591 KBH PO400A+P0401A)/2 Loop 1 5G_ Press .0 798 PSIG PO420A+PO421A /2 Loop ? SG Press .0 792.8 PSIG b PO440A+PO441A /2 -Loop 3 SG Press- .0 792.5 PSIG-L . Loop 4 SG' Press-PO460A+PO461A /2. .0 795.8 PSIG L- .P1000A Containment Press .5 .1 PSIG
-P1001A Containment P.ess- .5 .3 .oSIG YO701A- Containment Temp 82.8 97.8 DEGF R0002A: Containment Area R 1930.0 3.8 MRH' U0090 -Hottest 7/C- 200.5- 634.6 DEGF
- DATATIME=-(1) 10:20 '08-22-911(2) 10:20 08-22-91 ;
I T 1
- , -v., -,- , er, - w ,m- w +---ww -v- m- t ,ev,v,-r=s + w me e e--w -, m,e n h ~ t * -e ta s
3 1 1991 EMERGENCY DRILL DIABL0 CANY0N P0WER PLANT i UNIT 1 & 2
SUMMARY
DISPLAY -l
- P-250 DATA- Version 4/11/88 INFO ONLY ;
Source Description Unit ) Unit 2 Units Y2807A- MW Electric .0 1129.4 MWe U1169 'NIS~Pwr Rng Flux .0 99 %
- N0035A NIS Irt Rng Flux 1 .0 0 MCAM.
N0036A NIS let Rng Flux 2 .0 0 MCAM T0406A.19A, . 79A_ AVE Tave 181.9 574.7 DEGF
-PO480A. P2R Press-11 177.9: 2240.3 PSIG P0481A' . P2R Press 2 177.9 2234.5 PSIG F0403A+23A+43A+63A FW Flow .0 14591 K8H
.(PO400A+P0401A /2- Loop 1 SG Press .0 798 PSIG PO420A+PO421A /2- Loop 2 SG Press .0 792.8 PSIG PO440A+P0441A /2 Loop 3 SG Prass; .0 792.5 PSIG '
PO460A+PO461A /2 - Loop-4 SG Press. .0 795.8' PSIG . LP1000AD Containment Press .5 .1 PSIG
.P1001A: Containment Press .5 .3 PSIG-YO701A Containment Temp 82.8 97.8 DEGF
.R0002A- -Containment Arca R 1930.0 3.8 MRH 00090 ~ Hottest T/C 197.0 634.6 DEGF .
DATALTIME= (1) ~10:25 08-22-91(2) 10:25 22-91
.T b .
1991 EMERGENCY DRILL D1ABL0 CANY0N P0WER PLANT UNIT 1 & 2 SUMMAR) OlSPLAY P-250 DATA Version 4/11/8B INF0 ONLY Source Description Unit 1 Unit 2 Units Y2807A MW Electric .0 1129.4 MWe U1169 NIS Pwr Rng Flux .0 99 % N0035A HIS Int Rng Flux 1 .0 0 MCAM N0036A HIS Int Rag Flux 2 .0 0 Mr.AM T0406A,19A,.. 79A AVE lave 178.8 574.7 DEGF PO480A PZR Press 1 176.7 2240.8 PSIG P0481A PZR Press 2 176.7 2234.5 PSIG F0403A+23A+43A+63A FW Flow 1.0 14591 KBH (PO400A+PO4014)/2 Loop 1 SG Press .0 798 PSIG (PO420A+P0421A)/2 Loop 2 SG Press .0 792.8 PSIG (PO440A+PO441A)/2 Loop 3 SG Press .0 792.5 PSIG 'a (PO460A+P0461A)/2 Loop 4 SG Press .0 795.8 PSIG P1000A Containment Press .5 .1 PSIG P1001A Containment Press .5 .3 PSIG YO701A Containment Temp 82.7 97.8 DEGF R0002A Containment Area R 1890.0 3.8 MRH U0090 Hottest T/C 193.9 634.6 DEGF DATA TIME = (1) 10:30 08-22-91 (2) 10:30 08-22-91 '
;u ,
ARMSQUEUEFILELISTER'--(MTQSEN) Julien: 234 Time: 03:01 to 03:15 l' Wind Direction 10M 135.00 degrees Sigma Theta 10M 5.65 degrees Wind: Speed 10M 1.80 m/sec.. Temperature 10M 12.00 deg C
-Temperature '46M 11.60 deg C Wind _ Direction 76M 135.00 degrees Sigma Thetal 76M 5.65 degrees Wind Speed 76M 1.80 m/sec Temperature? 76M- 11.30 deg C Dewpoint 11.00 deg C-Precipitation 0 cm Visibility 0 km-X/Q Dispersion .800H- .12E-03 sec/m*3 Sigma Y- 800M 46.60 meters-
'X/Q Dispersion l1KM: .91E-04-sec/m*3 Sigma Y 1KM 55.90 meters X/0 Dispersion- 2KM .33E-04 sec/m'3 Sigma Y 2KM 101.00 meters
-X/Q Dispersion- ;4KM . 12E-04 sec/m'3 Sigma Y 4KM - 188.00 meters X/Q Dispersion _ 6KM. .65E-05 sec/m*3 Sigma Y 6KM 271.00 meters X/Q Dispersiont BKM= .43E-05 sec/m*3 Sigma Y BKM 351.00 meters X/Q' Dispersion 10KM -.31E-05 sec/m'3 Sigma Y ICKM 429.00 meters
;X/Q Dispersion 25KM .81E-06 sec/m*3 Sigma Y- -
25KM 980.00_ meters X/Q. Dispersion 50KM .31E-06 sec/m*3 Sigma Y- . 50KM 1830.00 meters Mixing l Height ~. - L390.00 meters. Horizontal Stability 5.00 . 1 Vertical- Stability 4.00 -Downwind Sector 0-
.....................c.........................................................
,..............e...............................................................
p
- i. :
' ARMS QUEUE FILE-LISTER - -(MTQSEN) Julian: 234 Time: 03:16 to 03:30 Wind Direction-. 10M -135.00 degrees Sigma Theta 10M 5.65 degrees .
_Wind Speed _ 10M 1.90'm/sec Temperature = 10M _ 12.00~deg C: Temperature ; 46M : 11.60 deg C Wind-Direction 76M 135.00 degrees Sigma: Theta- - 76M 5.65 degrees Wind-Speeo 76M 1.90 m/sec
-Temperature- :76M _11.30 deg C Dewpoint 11.00-deg C
' Precipitation ..
O cm Visibility - 0 km X/Q Dispersion 800M .12E-03:sec/m'3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .86E-04-sec/m*3 Sigma Y- IKM 55.90 meters X/Q_ Dispersion- 2KM .31E-04 sec/m*3 Sigma Y- 2KM 101.00_ meters X/Q Dispersion 4KM . 11E-04 sec/m*3 Sigma Y 4KM 188.00 meters X/Q C.;>persion' 6KM . 62E-05 sec/m'3 Sigma Y 6KM 271.00 meters iX/QLDispersion--8KH- .41E-05 sec/m*3 Sigma Y BKM 351.00 meters
;X/Q Dispersion ;10KM: .29E-05 sec/m*3 Sigma Y -10KM 429.00 meters X/Q Dispersioni 25KM =.77E-06 sec/m'3 Sigma Y- 25KM 980.00 meters
-X/Q Dispersion -50KML =.29E-06 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing-Height _
390.00 meters Horizontal Stability- 5.00
-Vertical _ Stability 4.00 Downwind Sector 0 G,
i-
., , , , , . - ,- , , ,,,,-r,A w-- - r n- r, - .- ,
7 4 h y J
}:
g i g ..... 6.............................................................._......... Q ARMS QUEUE FILE _ LISTER -. (MTQ$EN) Julian: 234 Time: 03:31 to 03:45 Wind Direction 10M 137.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.00 m/sec Temperature Temperature 10M 12.50 deg C 46M 12.10 deg C Wind Direction 76M 137.00 degrees Sigma Theta 7EM 5.65 degrees Wind Sp;ed- 76M 2.00 m/sec
^~
1 Temperature 76M 11.80 deg C Dewpoint 11.50 deg C Precipitation 0 cm Visibility 0 km W X/0 Dispersion BOOM .11E-03 sec/m*3 Sigme Y 800M 46.60 meters X/Q Dispersion- IKM .82E-04 sec/m*3 Sigma Y 1KM 55.90 meters X/0 Dispersion- 2KM- .30E-04 sec/m*3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM
.11E-04 sec/m*3 Sigma Y 4KM 188.00 meters X/Q Dispersion - 6KM .59E-05 sec/m*3 Sigma Y 6KM 271.00 meters Ng LX/Q Dispersion 8KM . 39E-05 sec/m*3 Sigma Y 8KM 351.00 meters V X/Q Dispersion 10KM .28E-05 sec/m*3 Sigma Y- 10KM 429.00 maters T 'X/Q Dispersion 25KM .73E-06 sec/m*3 Sigma Y 25KM 980.00 meters NT X/0 Dispersion _ 50KM- .28E-06 sec/m*3 Sigma Y 50KM 1830.00 meters
% :~~ Mixing Height: 393.00 meters Horizontal Stability 5.00 R Vertical. Stability -4.00 Downwind Sector 0
..................................,..............................s.........
g, e ...........U...............&...............d................................& y ARMS-QUEUE FILE LISTER - -(MTQSEN) Julian: 234 Iime: 03:46 to 04:00
- Wind Direction'- 10M -140.00 degrees Sigma Theta 10M 5.65 degrees
. Wind Speed 10M 2.20 m/sec Temperatsre 10M 12.50 deg C.
-Temperature 46M 12.10 deg C Wind Direction 76M 140.00 degrees Sigma Theta' 76M -5.65-degrees Wind Speed Temperature ~
76M 2.20 m/sec 76M 11.80 deg C Dewpoint 11.50 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .10E-03 sec/m*3 Sigma Y BOOM 46.60 meters ," X/0 Dispersion 1KM .74E-04 sec/m*3 Sigma-Y IKM 55.90 meters X/Q Dispersion 2KM .27E-04 sec/m*3 Sigma Y 2KM 101.00 meters
- X/Q-Di3persion 44KM .97E-05 sec/m*3 Sigma Y 4KM 188.00 meters 3 X/Q Dispersion. 6KM .53E-05 sec/m*3 Sigma Y 6KM 271.00 meters X/Q Dispersion 8KM .35E-05 sec/m*3 Sigma Y 8KM 351.00 meters-X/Q' Dispersion.10KM .25E-05 sec/m*3 Sigma Y 10KM- 429.00 meters X/Q: Dispersion 25KM .67E-06 sec/m*3 Sigma-Y 25KM 980.00 meters X/Q Dispersion SCKM .25E-06 sec/m*? Sigma Y 50KM 1830.00 meters Mi_xing Height 393.00 meters Horizontal Stability 5.00
- Vertical Stability 4.00 Downwind Sector 0
9 I ARMS. QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 04:01 to 04:15 l 5.65 degrees I Wind Direction 10M 144.00 degrees Sigma Theta 10M Wind Speed 10M 2.20 m/sec Temperature 10M 12.80 deg C Temperature 46M 13.20 deg C Wind Direction 76M 144.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.20 m/sec Temperature 76M. 13.50 deg C Dewpoint 11.80 deg C Precipitation 0 cm Visibility 0 Km X/Q Dispersion 800M .14E-03 sec/m'3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .10E-03 sec/m*3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM .39E-04 sec/m*3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .15E-04 sec/m'3 Sigma Y 4KM 188.00 meters 271.00 meters X/Q Dispersion 6KM .86E ')5 sec/m'3 Sigma Y 6KM X/Q Dispersion 8KM .5BE-05 sec/m'3 Sigma Y 8KM 351.00 meters X/Q Dispersion 10KM 43E-05 sec/m*3 Sigma Y 10KM 429.00 meters X/Q Dispersion 25KM .13E-05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM- .53E-06 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing Height . 395.00 meters Horizontal Stability 5.00 Vertice.1 Stability 5.00 Downwind Sector 0
...........r........... u ......................................................
ARMS-QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 04:16 to 04:30 Wind Direction 10M 143.00 degrees Sigma Theta 10M 5.65 degrees Wind-_ Speed 10M 2.30 m/sec Temperature 10M 12.80 deg C Tenperature- 46M 13.20 deg C Wind Direction 76M 143.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.30 m/sec Temperature- 76M 13.50 deg C Dewpoint 11.80_deg C 4 Frecipitation 0 cm Visibility 0 km X/Q Dispersion 800M .13E-03 sec/m'3 Sigma Y BOOM 46.60 meters
-X/Q Dispersion 1KM .99E-04 sec/m'3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM- .37E-04 sec/m"3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .14E-04 sec/m'3 Sigma Y 4KM 188.00 meters X/0 Dispersion 6KM .82E-05 sec/m'3 Sigma Y GKM 271.00 meters X/0 Dispersion 8KM :.56E-05 sec/m*3 Sigma Y 8KM 351.00 meters X/Q Dispersion 10KM .41E-05 sec/m'3 Sigma Y 10KM 429.00 meters -X/Q Dispersion 25KM .12E-05 sec/m*3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KH .51E-06 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing Height 395.00 meters Horizontal Stability 5.00 . Vertical Stability 5.00 Down.,ind Sector 0
............... m...............................................................
ARMS QUEUE FILE LISTER -- (MTQSEN) Julien: 234 Time: 04:31 to 04:45 Wind Direction 10M 142.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.50 m/sec Temperatura 10M 12.90 deg C Temperature 46M 13.30 deg C Wind Direction 76M 142.00 degrees
. Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.50 m/sec Temperature 76K 13.60 deg C Dewpoint 11.90 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .12E-03 sec/m*3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .91E-04 sec/m*3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM .33E-04 sec/m'3 Sigma Y 2KM 101.00 meters
- X/Q Dispersion 4KM .13E-04 sec/m*3 Sigma Y 4KM 188.00 meters
! X/Q Dispersion 6KM .75E-05 sec/m'3 Sigma Y 6KM 271.00 meters I X/Q Dispersion 8KM .51E-05 sec/m'3 Sigma Y 8KM 351.00 meters l X/Q Dispersion 10KM .38E-05 sec/m'3 Sigma Y 10KM 429.00 rneters l X/Q Dispersion 25KM .11E-0'a sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM .47E-06 sec/m*3 Sigma Y 50KM 1830.00 meters Mixing Height 397.00 meters Horizontal Stability 5.00
- Vertical Stability 5.00 Downwind Sector 0 .....................I2*......3:....................T3r.........ts................ ...................................D.......L................................S..
ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 04:46 to 05:00 Wind Direction 10M 144.00 degrees Sigma Theta 10M 5.65 degrees Wind Specd 10M 2.70 m/sec Temperature 10M 13.40 deg C Temperature -46M 13.80 deg C Wind Direction 76M 145.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.70 m/sec Temperature 76M 14.10 deg C Dewpoint 12.40 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersico 800M .11E-03 sec/m*3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .84E-04 sec/m*3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM .32E-04 sec/m'3 Sigma Y 2KH 101.00 meters X/Q Dispersion 4KM .12E-04 sec/m'3 Sigma Y 4KM 188.00 meters
,X/0 Dispersion 6KM .70E-05 sec/m'3 Sigma Y 6KM 271.00 meters X/Q Dispersion 8KM .47E-05 sec/m*3 Sigma Y BKH 351.00 meters X/Q Dispersion 10KM .35E-05 sec/m'3 Sigma Y 10KM 429.00 meters X/Q Dispersion 25KM .11E-05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM .43E-06 sec/m73 Sigma Y 50KM 1830.00 meters - Mixing Height 397.00 meters Horizontal Stability 5.00 Vertical Stability 5.00 Downwind Sector 0 l
l
l BEESSS5EBREMBt34WSB5dESSESMBEWBERSMMEREERSSBBA285355SSSWESESSSW3RSRESEGtEW&EESS ( ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 05:01 to 05:15 Wind Direction 10M 144.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.70 m/sec Temperature 10M 13.60 deg C Tenperature 46M 14.00 deg C Wind Direction 76M 144.00 degrees Sigma Thete 76M 5.65 degrees Wind Speed 76M 2.70 m/sec Temperature 76M 14.30 deg C Dewpoint 12.60 deg C Precipitatien 0 cm Visibility 0 km X/Q Dispers'on 800M .11E-03 sec/m'3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .84E-04 sec/m*3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM .32E-04 sec/m*3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .12E-04 sec/m*3 Sigms Y 4KM 188.00 meters X/0 Dispersion 6KM .70E-05 sec/m*3 Sigma Y 6KM 271.00 meters N X/Q Dispersion BKM .47E-05 sec/m*3 Sigma Y BKM 351.00 meters X/Q Dispersion 10KM .35E-05 sec/m'3 Sigma Y 10KM 429.00 meters X/Q Dispersion 25KM .11E-05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM .43E-06 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing Height 400.00 meters Horizontal Stability 5.00 Vertical Stability 5.00 Downwind Sector 0
........................................................ ..............S.......
S B S E R M E E E E S E R E G E E E E E F E E N B E E S S E S S E S S E S RB E S E E S R B E R E F.R EC5 B PS W E E E M E R E M E S S R B E R B E R R E S ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 05:16 to 05:30 Wind Direction- 10M 159.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.60 m/sec Temperature 10M 14.00 deg C Temperature 46M 14.40 deg C Wind Direction 76M 159.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.60 m/sec Temperature 76M 14.70 deg C Dewpoint 13.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .12E-03 sec/m'3 Sigma-Y 800M 46.60 meters X/0 Dispersion 1KM .8BE-04 sec/m*3 Sigma Y IKM 55.90 meters X/Q Dispersion 2KM .33E-04 secim'3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .13E-04 sec/m'3 Sigma Y 4KM 188.00 meters X/Q Dispersion 6KM .72E-05 sec/m*3 Sigma Y 6KM 271.00 meters X/Q Dispersion 8KM .49E-05 sec/m'3 Sigma Y 8KM 351.00 meters X/Q Dispersion 10KM .37E-05 sec/m'3 Sigma Y 10KM 4E9.00 meters X/Q Oispersion 25KM .11E-05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM 45E-05 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing Height 401.00 meters Horizontal Stability 5.00 Vertical Stability 5.00 Downwind Sector 0 i
1 .. ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 05:31 to 05:45 Wind Direction 10M 180.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.20 m/sec Temperature 10M 15.50 deg C Temperature 46M 15.90 deg C Wind Direction 76M 180.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.20 m/sec Temperature 76M 16.20 deg C Dewpoint 14.50 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800H .14E-03 sec/m*3 Sigma Y 800M 46.60 meters X/Q Dispersion 1K8 .10E-03 sec/m'3 Sigma Y IKM 55.90 meters X/Q Dispersion 2KM .39E-04 sec/m'3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .15E-04 sec/m'3 Sigma Y 4KM 188.00 meters X/Q Dispersion 6KM .86E-05 sec/m'3 Sigma Y 6KM 271.00 meters X/Q Dispersion 8KM .5BE-05 sec/m'3 Sigma Y 8KM 351.00 meters X/Q Dispersion 10KM 43E-05 sec/m'3 Sigma Y 10KM 429.00 meters X/Q Dispersion 25KM .13E.05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM .53E-06 sec/m'3 Sigma Y 50KM 1830.00 meters Mixing Height 403.00 meters Horizontal Stability 5.00 Vertical Stabili',y 5.00 Downwind Sector 0
...L.............h.......................................W.......F....E........
ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 05:46 to 06:00 Wind Direction 10M 201.00 degrees Sigma Theta 10M 5.65 degrees Wind Speed 10M 2.20 m/sec Temperature 10M 16.00 deg C Temperatore 46M 16.40 deg C Wind Direction 76M 201.00 degrees Sigma Theta 76M 5.65 degrees Wind Speed 76M 2.20 m/sec Tetperature 76M 16.70 deg C Dewpoint 15.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .14E-03 sec/m'3 Sigma Y 800M 46.60 meters X/Q Dispersion 1KM .10E-03 sec/m'3 Sigma Y 1KM 55.90 meters X/Q Dispersion 2KM .39E-04 sec/m*3 Sigma Y 2KM 101.00 meters X/Q Dispersion 4KM .15E-04 sec/m'3 Sigma Y 4KM 188.00 meters X/Q Dispersion 6KM .86E-05 sec/m*3 Sigma Y 6KM 271.00 meters X/Q Dispersion 8KM .58E-05 sec/m*3 Sigma Y 8KM 351.00 meters X/Q Dispersion 10KM .43E-05 sec/m'3 Sigma Y 10KM 429.00 meters X/Q Dispersion 25KM .13E-05 sec/m'3 Sigma Y 25KM 980.00 meters X/Q Dispersion 50KM .53E-06 sec/m'3 Sigma Y 50KM 1830.00 meter's Mixing Height 404.00 meters Horizontal Stability 5.00 Vertical Stability 5.00 Downwind Sector 0 l l
........................................................................n...... ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 06:01 to 06:15 Wind Direction 10M 212.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 1.80 m/sec Temperature 10M 16.50 deg C Temperature 46M 16.90 deg C Wind Direction 76M 212.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 1.80 m/sec Temperature 76M 17.20 deg C Dewpoint 15.50 deg C Precipitation 0 cm Visibility 0 km X/0 Dispersion 800M .13E-03 sec/m*3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .95E-04 sec/m'3 Sigma Y IKM 77.00 meters X/Q Dispe-sion 2KM .35E-04 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .13E-04 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Oispersion 6KM .75E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .51E-05 sec/m'3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .38E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .11E-05 sec/m'3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .46E-06 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 405.00 meters Horizontal Stability 4.00 Vertical Stability E.00 Downwind Sector 0 ARMS QUEUE flLE LISTER -- (MTQSEN) Julian: 234 Time: 06:16 to 06:30 Wind Direction 10M 231.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 2.20 m/sec Temperature 10M 17.00 deg C Temperature 46M 17.40 deg C Wind Direction 76M 231.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 2.20 m/sec Temperature 76M 17.70 deg C Dewpoint 16.00 deg C Precipitation 0 cm Visibility 0 km X/Q Oispersion BOOM .11E 03 sec/m'3 Sigma Y BOOM 63.60 meters X/Q Dispersion 1KM .78E-04 sec/m'3 Sigma Y 1KM 77.00 mete s X/Q Dispersion 2KM .28E-04 sec/m'3 Sigma Y 2KH 142.00 meters X/Q Dispersion 4KM .11E-04 sec/m*3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .61E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8tM .41E-05 sec/m'3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .31E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .92E-06 sec/m'3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .38E-06 sec/m'3 Sigma Y 50KM 2580.00 meters Mixing Height 405,00 meters Horizontal Stability 4.00 Vertical Stability 5.00 Downwind (ector 0 1
l l ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 06:31 to 06:45 Wind Direction 10M 258.00 degrees Sigma Theta 10X 10.00 degrees Wind Speed 10M 2.20 m/sec Temperature 10M 17.30 deg C Temperature 46M 17.70 deg C Wind Direction 76M 258.00 degrees Sigma Theta 76M 10.00 degrees Wind 9 a d 76M 2.20 m/sec [, Temperature 76M 18.00 deg C Dewpe - 16.30 deg C Precipitation 0 cm Visibiitty 0 km X/Q Dispersion 800M .11E-03 sec/m*3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .78E-04 sec/m*3 Sigma Y 1KM 77.00 meters X/Q Dispersion 2KM .28E-04 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .11E-04 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .61E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .41E-05 sec/m'3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .31E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .92E-06 sec/m'3 Sig; Y 25KM 1380.00 meters X/Q Dispersion SCKM .38E-06 sec/m'3 Sigma Y 50KM 2580.00 meters Mixing Height 407.00 meters Horizontal Stability 4.00 " Vertical Stabili ty 5.00 Downwind Sector 0
...................==== ....................................a..................
............&...............t..........F ........s....P3........it....u.........S ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 06:46 to 07:00 -
Wind Direction 10M 279.00 degrees Sigma Theta 10M 10.00 degrees _ Wind Speed 10M 2.60 m/sec Temperature 10M 17.50 deg C Tenperature 46M 17.90 deg C Wind Direction 76M 279.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M- 2.60 m/sec Temperature 76M 18.20 deg C Dewpoint 16.50 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .90E-04 sec/m'3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .66E-04 sec/m'3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .24E-04 sec/m'3 Sigma Y 2KH 142.00 meters X/Q Dispersion 4KM .90E-05 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM' .52E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .35E-05 sec/m*3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .26E-05 sec/m*3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .78E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50K.M .32E-06 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 409.00 meters Horizontal Stability 4.00 Vertical Stability 5.00 Downwind Sector 0
i u n.n u n..u u u n...u n..=.u n....u.u....u.u.u n.u...u........... , ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 07:01 to 07:15 Wind Direction 10M 299.00 degrees Sigma Theta 10M 10.00 degrees
-Wind Speed 10M 2.70 m/sec Temperature 10M 17.50 deg C Temperature 46M 17.90 deg C Wind Direction 76M 299.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 2.70 m/sec ,
Temperature 76M 18.20 deg C Dewpoint 16.50 deg C l Precipitation 0 cm Visibility 0 km ' X/Q Dispersion 800M .87E-04 sec/m*3 Sigma Y 800M 63.60 meters ! X/Q Dispersion 1KM .63E-04 sec/m*3 Sigma Y 1KM 77.00 meters X/Q Dispersion 2KM .23E-04 sec/m*3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .87E-05 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .50E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/Q Dispersion BKM .34E-05 sec/m'3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .25E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .75E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .31E-06 sec/m'3 Sigma Y 50KM 2580.00 meters Mixing Height 410.00 meters Horizontal Stability 4.00 Vertical Stability 5.00 Downwind Sector 0
.n ..u.o u n o.n o n u o u n. .u..u. . .u u n u = = = =.u = = = u n. n u.u n.
E.......W... 83.................................... 2.............S8i............ ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 07:16 to 07:30 Wind Direction 10M 297.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 2.80 m/sec Temperature 10M 18.00 deg C ! Temperature 46M 18.40 deg C Wind Direction 76M ?97.00 degrees Sigma Theta -76M 10.00 degrees Wind Speed 76M 2.80 m/sec Temperature 76M 18.70 deg C Dewpoint 17.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .84E-04 sec/m"3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .61E-04 sec/m*3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .22E-04-sec/m*3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .84E-05 sec/m*3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM 4EE-05 sec/m*3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .33E-05 sec/m"3 Sigma Y 8KM 493.00 meters X/Q Dispersion _ 10KM .24E-05_sec/m'3 Sigma Y_ 10KM 603.00 meters X/Q Dispersion 25KM .72E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .30E-06 sec/m*3 Sigma Y 50KM 2580.00 meters Mixi,9 Height 410.00 meters Horizontal Stability 4.00 Vertical Stability 5.00 Downwind Sector 0
i
===E====a:===========sss=======sa===s3=...assm===========s.=================
ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 07:31 to 07:45 Wind Direction 10M 297.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 3.00 m/sec Temperature 10M 18.00 deg C Tenperature 46M 18.40 deg C Wind Direction 76M 297.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 3.00 m/sec Temperature 76M 18.70 deg C Dewpoint 17.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M ,78E-04 sec/m*3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .57E-04 sec/m*3 Sigma Y 1KM 77.00 meters X/Q Dispersion 2KM .21E-04 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .78E-05 sec/m*3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .45E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .30E-05 sec/m*3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .22E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .6SE-06 sec/m"3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .2SE-06 sec/m'3 Sigma Y 50KM 2580.00 meters Mixing Height 413.00 meters Horizontal Stability 4.00 Vertical Stability- 5.00 Downwind Sector 0
..........=n==.........e ......................................................
S SEESSEEEEE EEEMEF4EEEEE EEBREB53S EE R ESSEREBEESRBESSE WB BE EWS ERERSESESEEEEEE E E E SB B ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 07:46 to 08:00 Wind Direction 10M 295.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 3.20 m/sec Temperature 10M 18.00 deg C Temperature 46M 18.40 deg C Wind Direction 76M 295.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 3.20 m/sec Temperature 76M 18.70 deg C Despoint 17.00 deg C precipitation 0 cm Visibility 0 km X/Q Dispersion 000M .73E-04 sec/m'3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .53E-04 sec/m*3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .19E-04 sec/m*3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .73E-05 sec/m*3 Sigma Y 4KH 264.00 meters X/Q Dispersion 6KM .42E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .28E-05 sec/m'3 Sigma Y BKM 493.00 meters X/0 Dispersion 10KM .21E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .63E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .26E-06 scc /m*3 Sigma Y 50KM 2580.00 meters Mixing Height 414.00 meters Horizontal Stability 4.00 Vertical Stability 5.00 Downwind Sector 0 1 1
I t
.....e...........................-.............................................
. ~
LARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 08:01 to 08:15 Wind Direction 10M- 296.00_ degrees Sigma Theta 10M 10.00 degrees Wind Speed: - 10M 3.10 m/sec Temperature- 10M 18.50 deg C Temperature 46M 18.10 deg C Wind Direction 76M 296.00 degrees Sigma Theta - 76M 10.00 degrees Wiad Speed 76M 3.10 m/sec , Temperature - 76M 17.80 deg C- Dewpoint 17.50 deg C Precipitation . O cm- Visibility 0 km.
; X/Q Dispersion 800M_ . 54E-04 sec/m*3 Sigma Y 800M 63.60_ meters X/Q Dispersion- '1KM- . 39E-04-sec/m*3 Sigma Y '1KM 77.00 meters
- X/Q Dispersion -2KM -. 14E-04 sec/m'3 Sigma i 2KM 142.00 meters
- X/Q Oispersion-- 4KM -. .49E-05-sec/m*3_ Sigma Y 4KM 264.00 meters: 1 X/Q Dispersion- 6KM . 27E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM . 18E-05 sec/m*3 Sigma Y 8KM 493.00 meters X/Q Dispersion '10KH' . 13E-05 sec/m*3 Sigma Y 10KM -603.00 meters
?X/Q~ Dispersion L25KM . 34E-06 sec/m'3 Sigma Y 25KM - 1380.00 meters
._X/Q Dispersion 50KH- . 12E-06 sec/m'3 Sigma Y .50KM 2580.00 meters Mixing' Height 415.00 meters Horizontal Stability 4.00 Vertical Stability- 4.00: Downwind Sector 0 L
g ARMSQUEUEFILELISTERl---(MTQSEN) Julian: 2341 Time: 08:16 to 08:30 Wind'Directioni 10M: 295.00 degrees-Sigma Theta _ 10M -10.00 degrees-6 Wind-Speed-- -_10M _ 3.50_m/sec-' : Temperature- 10M 18.70 dcg C Temperature 46M- 18.30 deg C . Wind' Direction' 76M_ 295.00 degrees
- Sigmr Theta 76M :11.00 0 degrees Wind Speed 76M 3.50 m/sec 17.70_deg C-
- Temperature -76M -08.00 deg C Dewpoint ,
Precipitation . O cm visibility . 0 km:
-X/Q-Dispersion 800M- . 4BE-04 sec/m'3: Sigma Y 800M 63.60 meters X/Q Dispersion 1KM: . 35E-04 sec/m'3 Sigma Y - IKM -77.00 meters LX/QLDispersion- 2KM - . 12E-04_sec/m'3 Sigma.Y_ _2KM' 142.00 meters-X/Q Dispersion 4KM- . 44E-05 sec/m*3 Sigma Y 4KM _ -264.00 meters X/Q: Dispersion _ -6KM- . 24E-05 sec/m*3 Sigma Y 6KM- 380.00_ meters-
. ~ X/Q_ Dispersion 8KM: . 16E-05 sec/m'3 Sigma Y ~ 8KM_ 493.00 meters
- X/Q Dispersion 10KM- : . 11E-05-sec/m'3 Sigma Y 10KM- 603.00_ meters; X/Q Dispersion -25KM - . 30E-06 sec/m*3 Sigma Y- 1380.00 meters-X/Q Dispersion 50KM - . 11E-061sec/m*3 Sigma Y 25KM_ ~ 2580.00 meters
'50KM Mixing' Height _
415.00 meters:-Horizontal Stability 4.00 l Vertical Stability- 4.00 Downwind Sector 0 ) s'--Wg T wym wmgFv wg- yce, y 4* 1'TF V*T'f +~ 1F'
1 l l 4 ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 08:31 to 08:45 Wind Direction 10M 297.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 3.90 m/sec Temperature 10M 19.00 deg C Temperature 46M 18.60 deg C Wind Direction 7CM 297.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 3.90 m/sec Temperature 76M 18.30 deg C Dewpoint 18.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .43E-04 sec/m*3 Sigma Y BOOM 63.60 meters X/Q Dispersion 1KM .31E-04 sec/m'3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .11E-04 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .39E-05 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .22E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/0 Dispersion 8KM .14E-05 sec/m'3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .10E-05 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .27E-06 sec/m*3 Sigma Y 25KM 1380.00 meters Y/Q Dispersion 50KM .98E-07 sec/m*3 Sigma Y 50KH 2580.00 meters Mixing Height 418.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0
.........................=................=...................... ............. ..................................................................S............
ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 08:46 to 09:00 Wind Directicn 10M 298.00 degrees Sigma Theta 10M 10.00 degrees Wind = Speed- 10M 4.20 m/sec Temperature 10M 19.30 deg C Temperatui . 46M 18.90 deg C Wind Direction 76M 298.00 degrees Sigma Thet.t 76M 10.00 degrees Wind Speed 76M 4.20 m/sec Temperature 76M 18.60 deg C Dewpoint 18.30 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .40E-04 sec/m*3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .29E-04 sec/m 3 Sigma Y 1KM 77.00 meters X/Q Dispersion -2KM .10E-04 sec/m*3 Sigma Y 2KH 142.00 meters X/Q Dispersion .4KM .36E-05 sec/( 3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .20E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/0 Dispersion 8KM .13E-05 sec/m*3 Sigma Y 8KM 493.00 meters l X/Q Dispersion 10KH .94E-06 sec/m*3 Sigma Y 10KH 603.00 meters X/Q Oispersion 25KM .25E-06 sec/m'3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .91E-07 sec/m*3' Sigma Y 50KM 2580.00 meters Mixing Height 423.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0
o L ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 274 Time: 09:01 to 09:15 Wind Direction 10M 296.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 4.50 m/sec Temperature IOM 19.50 deg C Temperature 46M 19.10 deg C Wind Direction 76M 296.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 4.50 m/ set Temperature 76M 18.80 deg C Dewpoint 18.50 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .37E-04 sec/m'3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .27E-04 sec/m*3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .96E-05 sec/m'3 Sigma Y 2KM 14?,00 meters X/Q Dispersion 4KM .34E-05 sec/m*3 Sigma Y 4KM 264.00 meters X/Q Oispersion 6KM .19E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .12E-05 sec/m*3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .BBE-06 sec/m'3 Sigma Y 10KM 603.00 meters X/0 Dispersion 25KM .23E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/0 Dispersion 50KM .85E-07 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 425.00 meters Horizontal , ability 4.00 Vertical Stability 4.00 Downwind Sector 0 ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 09:16 to 09:30 Wind Direction 10M 294.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M 4.70 m/sec Temperature 10M 20.00 deg C Tenperature 45M 19.60 deg C Wind Direction 76M 294.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 4.70 m/sec Temperature 76M 19.30 deg C Dewpoint 19.00 deg C Precipitation 0 cm Visibility 0 km X/Q Dispersion 800M .36E-04-sec/m'3 Sigma Y 800M 63.60 meters V/Q Dispersion 1KM .26E-04 sec/m"3 Sigma Y 1KM 77.00 meters X/Q Dispersion 2KM .92E-05 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Dispersion 4KM .33E-05 sec/m'3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .18E-05 sec/m*3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .12E-05 sec/m'3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .84E-06 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25KM .22E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersion 50KM .82E-07 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 424.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0
l ARMS QUEUs FILE LISTER -- (MTQSEN) Julian: 234 Time: 09:31 to 09:45 Wind Direction 10M 297.00 degrees Sigma Theta 10M 10.00 degrees Wina Speed 10M 4.83 m/sec Temperature 10M 20.30 deg C Temperature 46M 19.90 deg C Wind Direction 76M 297.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 4.80 m/sec Temperature 76M 19.60 deg C Dewpoint 19.30 deg C Precipitalicn O cm Visibility 0 km X/Q Dispersion C00M .35E-04 sec/m"3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .25E-04 sec/m*3 Sigma Y 1KM 77.00 meters X/Q Dispersion 2KM .90E-05 sec/m'3 Sigma Y 2KM 142.00 meters X/0 Dispersion 4KM .3?E-05 sec/m*3 Sigma Y 4KM 264.00 meters -X/Q Dispersion 6KM .17E-05 sec/m'3 Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .11E-05 sec/m*3 Sigma Y BKM 493.00 meters X/Q Dispersion 10KM .83E-06 sec/m*3 Sigma Y 10KM 603.00 meters X/Q Dispersion 2SKM .22E-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q Dispersicn 50KM .80E-07 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 423.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0 m............................. .m..................,......................... =.....................................................,........................ ARMS QUEUE FILE LISTER -- (MTQSEN) Julian: 234 Time: 09:46 to 10:00 Wind Direction 10M 295.00 degrees Sigma Theta 10M 10.00 degrees Wind Speed 10M_ 4.00 m/sec Temperature 10M 20.50 deg C Temperature 46M 20.10 deg C Wind Direction 76M 295.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 4.9b m/sec Temper (ture 76M 19.80 deg C Dewpoint 19.50 rieg C Precipitation 0 cm Visibility 0 Ea X/Q Dispersion 800M .34E-04 sec/m*3 Sigma Y 800M 63.60 meters X/Q Dispersion 1KM .25E-04 sec/m*3 Sigma i 1KM 77.00 meters X/Q Dispersion 2KM .88t-05 sec/m'3 Sigma Y 2KM 142.00 meters X/Q Distarsion 4KM .31E-05 sec/m*3 Sigma Y 4KM 264.00 meters X/Q Dispersion 6KM .17E-05 sec/m'? Sigma Y 6KM 380.00 meters X/Q Dispersion 8KM .11E-05 sec/m'3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .81E-05 sec/m*3 Siama Y 10KM 603.00 meters X/Q Dispersion 25KM .21E-06 sec/m*3 Sigma Y 25KM 1380.00 meters .X/Q Dispersion 50KM .78E-07 sec/m'3 Sigma Y 50KM 2580.00 meters Mixing Height 423.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0
...........................................c...................................
ARMS QUEUE FILE LISTER -- (HTQSEN) Julian: 234 Time: 10:01 \o 10:15 Wind Direction 10M 298.00 degrees Sigma Theta 10M 10.00 degr:es Wind Speed 10M 5.90 m/sec Temperature ION 10.60 deg C Temperature 46M 20.20 deg C Wind Direction 76M 29t'.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 5,90 m/sec Temperature 76M 19.90 deg C Dewpoint 19.50 deg C Precipitatien 0 cm Visibility 0 km l X/Q Dispersion 800M .28E-04 sec/m*3 Sigma Y BOOM 63.6L' meters ! X/Q Dispersion - 1 KM .20E-04 sec/m*3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .73E-05 sec/m'3 Sigma Y 2KM 142.00 vieters X/Q Dispersion _4KM
.26E-05 sec/m*3 Sigma Y 4KM 264.00 uters '
X/Q Dispersion 6KM .14E 05 cec /m*3 Sigma Y 6KH 380.00 mtters X/Q Dispersion 8KM .93E-06 sec/m*3 Sigma Y 8KM 493.00 meters : X/Q Dispersion 10KM .67E-06 sec/m*3 Sigma Y 10KM 603.00 meters ) X/0 Dispersion 25KM .'BE-06 sec/m*3 Sigma Y 25KM 1380.00 meters X/Q 01spersion 50KM .65E-07 sec/m'3 Sigma Y 50KM 2580.00 meters ! Mixing Height 425.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Dcwnwind Sector 0 l
........s..................................a..................................
ARMS QUEUE. FILE LISTER -- (MTQSEN) Julian: 234 Time: 10:16 to 10:30 Wind Direction 10M 298.00 degrees Sigma Theta 10M 10.00 degrees Wi d Speed 10M 5.90 m/sec Temperature 10M 20.60 deg C
-Temperature 46M 20.20 deg C Wind Direction 76M 298.00 degrees Sigma Theta 76M 10.00 degrees Wind Speed 76M 5.90 m/sec Temperature 76M 19.90 deg C Cewpoint 19.60 deg C Precipitation 0o Visibility 0 km X/Q Oispersion 800M .28E-04 sec/m'3 Sigma Y 8')0M 63.60 meters X/Q Dispersion 1KM .20L-04 sec/m*3 Sigma Y IKM 77.00 meters X/Q Dispersion 2KM .73E-05 sec/m*3 Sigma Y 2KM 142.00 metars ~X/Q Dispersion 4KM .26E-05 sec/m'3 Sigma Y AKM 264.00 meters X/Q Dispersion 6KM .14E-05 sec/m'3 $igma Y 6rM 380.00 meters X/Q Dispersion SKM .93E-06.sec/m*3 Sigma Y 8KM 493.00 meters X/Q Dispersion 10KM .67E-06 sec/m'3 Sigma Y 10KM 603.00 meters X/Q Dispersion 25kM .18E-06 sec/m'3 Sigma Y 25KM 1380.00 meters
! y/Q Dispersion 50KM .65E-07 sec/m*3 Sigma Y 50KM 2580.00 meters Mixing Height 425.00 meters Horizontal Stability 4.00 Vertical Stability 4.00 Downwind Sector 0 l l t l l
p, _ - - -- -. - - .. .-
+t y
\(
[' e L{ f PLANT SPING DATA L -- 1This data applies to_the-following'SPINGs: L f. L 85ELEV. SENTRY' ROOM (SPING #10) ? q \. i (All SPINGs atLsormal background before 05:45) 3._______________________._______.,___________________________.. t -Iodine Partic. Nob.. Gas Area. :
- : Time; (uC1/cc)- (uci/cc) (uci/cc) (mR/hr)- :
. F I05:45 3e-10 =2e-10 le-6 -3.4e-1 !
206:00 4e-10 3e-10 1.3e-6 3.52e-1 I 306:15 4e-10 _3e-10 1.3e 3.52e-1 4 3.52e . 206:30- -4e-10 3e-10 1.3e-6
- 06:45-- '4e-10. -3e 1.3e-6 3.52e-1 207:00 'le-9 -le-9 2.4e 4.5e1 d J 07:15 1.2e-9 1.5e-9' 2.6e-6 4.7el- lj
.:07:30 1.le-9 1.6e-9 2.7e-6 4.4e1 2.7e-6 3. Bel' j 207:45.
g 308:00 1.le-S. 1.le 1.6e-9 1.6e-9 2.7e 3.3e1
'3.2e1 j
j' 308:15= 1 le-9 =1.6e-9-. 2.7e-o : E :08:30 .1.le-9 cl.7e-9 2.6e-6 3.lel i t 308:452 1.3e 1.6e-9 2.4e-6 3el- 1 L - 09:00 1;3e 1.6e-9' 2.4e-6. -3e1 i l' :09:15 1.3e 1.6e-9' 2.4e-6 2.9e1 {:09:30 1.2e-9 1.5e-9 2.6e-6 2.5el-t09:45= 1.2e-9 l'.5e-9 2.6e-6 -2.4e1
-:10:00- 1.2e-9 1.5e-9 2.6e-6 :2.4el
- 10:15 :5e-10f 3e-10~ "8e-7 2.5e0
- 10:30 4e-10 2e-10 Se-7 2.5e0 1
c 1 Y l ::.' i-
. . -_ ___. -_.. _ , . . . _ _ ._--..r,~. . - __-
. . - _. _. _ - ._. . ~ _ - -__ .. . _ - _ . . . _ . . . _
- e r
I o~ PLANT SPING DATA s 1: This data appl.ies to'the following SPINGe: .
-i 85' ELEV.-EAST HALLWAY (SPING #9) .
64' ELEV. AUX BLDG HALLWAY (SPING #8) _ (All SPINGE at normal background before 05:45) Iodine Partic. Nob. Gas Area :: Time (uC1/cc) (uC1/cc) (uCi/cc) (mR/hr) :: 4 -I. 205:45 3e-10 2e-10 le-6 3.4e si 06:00 4e 3e-10 1.3e-6 3.52e-1
-06:15 2 4e-10 3e-10 1.3e 3.52e-1: -:
- 06:30 4e-10 3e-10 1.3e-6 3.52e-1 : ::
206:45- 4e-10 3e-10 1,3e-6 '3.52e-1 c: 207:00 - le-9 le-9 2.4e-6 4.2e0 : 307:15 1.2e-9 1.5e-9 2.6e 5.3eo : 207:30 1.le-9 1.Sc-9 2.7e-6 6.le0 :
- 07: 45 3.le-9_ 1.6e-9 2.7e-6 6e0' :
200:00 1.le-9 1.6e 2.7e-6 5 9e0 il
- 08:15 1.le-9 1.6e-9 2.7e-6 5.7e0. :
g 208:30- 1.le-9 1.7e-9 2.6e-6 5.5e0 i 5.5eo L- 308:45: 1.3e-9 -1.6e 2.4e-6 T 209:001 1.3e-9 1.6e-9 2.4e-6 - 5. 4e0: : - :09:15 1.3e-9 1.6e 2.4e-6 5.le0 : x09:30-- 1.2e-9 1.5e 2.6e-6 4.9e0 :
- 09:45- 1.2e-9 1.5e-9~ 2.6e-6 4.7e0- :
210:00 1.2e-9 1;5e-9 2.6e-6' 4.7e0 -: 10:15- -Se-10 -3e-10: 8e 4.6e0 : 410:30 4e-10 -2e-10 Se-7 4.3e0 t
- _________________________________________.._________________..__3 T
r -- u L :'
- a. - ; - -. . 4 . .- - - , , -
i 1 aj
-l PLANT SPING DATA ~
j[e u
.This data applies to-the following SPINGst- I U-1-115' ELEV. GE-GW AREA (SPING $14)
U-1-115' ELEV. HALLWAl-(SPING #15) 0-l'100'ELEV. HALLWAY (SPING 812) HOT MACHINE SHOP (SPING: #13) , U-11 FUEL HANDLING.BLDGL(SPING 4). J (All SPINGs at normal-background before 05:45). .:
- _..... __.--__.... .___. ______. ....__.....________...__.... :i
- -Iodine Partic. Nob. Gas Area: :
- Time (uCi/cc) (uC1/cc) (uCi/cc) (mR/hr) ;
g......_______.. ..._____________ .__.. ________....__.___..__.;, L : - . 505:45- 3e-10 2e-10 le-6 J.4e : 206:00- 4e-10 3e-10 1.3e-6 3.52e-1 :- 306:15 4e-10 3e-10 1.3e-6 3.52e-l' ::
- 06:30- 4e 3e-10 1.3e 3.52e :>
4 206:45- 4e-10 3e-10 1.3e-6 3.52e-1 ::: l:07:00- .le-9 le 2.4e-6 -3.96e-1 -::
- 07:15 11=.2e-9 1.5e 2.6e-6 4.04e-1 :l
- 07:30 1.le-9 1.6e-9 2.7e-6 4.08e -:1
-! 807:451 1.le-9 -1.6e-9 2.7e-6 4.08e-1 si
- 08:00 .1. l e 1.6e-9 2.76-6 4.08e-1 -t i 208:15 1.le ~1.6e-9 2.7e-6 4.08e-1 :
208:30- 1.le-9 1.7e-9 2.6e 4.04e-1: ::
-:08:45 1.3e-9 1.6e 2.4e-6 3.96e :"
- 09:00 1.3e-9 1.6e-9 2.4e-6 3.96e-1 :;
309:15- 1.3e-9 -1.6e-9: 2.4e 3.96e si
-209:30- 1.2e 1.5e 2.6e-6 4.04e-1 =:1 j : 09:45' -1.2e-9 1.5e-9 2.6e-6L 4.04e-1 :l j
10:00- 1.2e 1.5e-9 2.6e-6: ~4.04e-1: L:l B - :10 : 15- Se-10 3e Be-7 3.32e-1 :5
-:10:30- 4e-10 2e-10 Se-7 3.2e-1
- .,________ . _________ .._________________________......____11g; l
I L t l_ l. L p
.n _a. . . _ _ _ _ . . - _ . - . _ . , . . __ .__n,_
ARMS QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 03:01 to 03:15 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 2-R-11 Cont Air Part 700.00 cpm _1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas 50.00 cpm 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm 2-R-14B P. Vent Gas 54.00 cpm 1-R-15 Air EJtr 3as 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Etftuent 4900.00 cpm 1-R-22 GDT Gas 57.00 cpm 2-R-2F GOT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-R-24 P. Vent Iod. O uti 2-R-24 P. Vent lod. O uCi 1-R-28A.P. Vent Part 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm 1-R-28B P. Vent Part 720.00 cpm 2-R-288 P. Vent Part 680.00 com 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr 1-R-30 Cont. Area-HI 1.00 R/br 2-R-30 Cont. Area-HI 1.00 R/hr i 1-R-31 Cont. Area-HI 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/t.r
- 1-R-32 P Vent Iodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm 1-R.33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr 1-R 95 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-1 .10E+00 mR/hr 1-Fb T P. Vent Flow .13E+06 cfm 2-FM-12 P. Vent flow .16E+06 cfm 1-FT 3 Cont. Purge O cfm 2-FT-700 Cont. Purge O cfm 0-FM-i LRW Flow 0 gpm 1-FM-75 SG Bldn Flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0-scfm 2-FIT-81 Cond. AEJ 0 scfm 1-FM-107 Circ. Flow 0 gpm 2-FM-107 Circ. Flow 0 gpm 0-FM-251 OWS Flow 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 19.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1-R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm
J ARMS QUEUE FILE LISTER -- (RMSSEN) Jelian: 234 Tine: 03:16 to 03:30 1-R-02 Cent. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 2-R-11 Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Ccnt Air Gas 5000.00 cpm 1-R-14A P. Vent Gas 50.00 cpm 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm 2-R-14B P. Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 1-R-22 GOT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 100.00 cpm 1-R-24 P. Vent lod. O uti 2-R-24 P. Vent lod. O uCi 1-R-28A P. Vent Part 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm 1-R-28B P. Vent Part 720.00 cpm 2-R-28B P. Vent Part 680.00 com 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr 1-R-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-H1 1.00 R/hr 1-R-31 Cont. Area-H1 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/hr 1-R-32 P Vent Iodine 150.00 cpm 2-R-32 P Vent lodine 140.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr 1-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent Flow .13E+C6 cfm 2-FM-12 P. Vent flow .16E+06 cfm 1-FT-700 Cont. Purge O cfm 2-FT-700 Cont. Purge O cfm 0-FM-243 LRW Flow 0 gpm 1-FM-75 SG Bldn Flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 2-FIT-81 Cond. AEJ 0 scfm 1-FM-107 Circ. Flow 0 gpm 2-FM-107 Circ. Flow 0 gpm 0-FM-251 OWS Flow 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 10.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1-R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm
I ji , N ARMS. QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 03:31 to 03:45 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont.' Area 2.30-mR/hr 160.00 cpm 1-R-ll Cont Air Part 700.00 cpm 0-R-03 OWS Effluent. 2-R-ll Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm f 2-R-12 Cont-Air Gas 5000.00 cpm 1-R-14A P. Vent Gas .llE+04 cpm , 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas .98E+03 cpm 1-R-15 Air Ejtr Gas 71.00 cpm J 2-R-14B P. Vent Gas 54.00 cpm 2-R-15 Air'Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 1-R-22 GDT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23-SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 0.00 uCi 2-R-24 P. Vent Iod. O uCi
- 1-R-24 P. Vent Iod. 2-R-28A P. Vent Part 615.00 cpm 1-R-28A P. Vent Part 3290.00 cpm 1-R-28B P. Vent Part 3300.00 cpm 2-R-2SB P. Vent Part 680.00 cpm 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr'-
1-R-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-HI 1.00 R/hr
~
1-R-31 Cont. . Area-BI 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/hr- , 1-R-32 P. Vent Iodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm l l-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm L 1-R-34-P. Vent ALARA .50E&CO mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr 1-R-35 P Vent 1 Grab-I- 42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent Flow .13E+06 cfm 2-FM-12 P. Vent Flow .16E+06 cfm 1-FT-700 Cont. Purge O cfm 2-FT-700 Cont. Purge O cfm 0 gpm 1-FM-75 SG Bldn Flow 0 gpm 0-FM-243 LRW Flow 0 scfm-2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0-sefm 1-FM-107 Cire. Flow 0 gpm 2-FIT-81 Cond. AEJ 0:gpm 2-FM-107 Cire. Flow 0 gpm 0-FM-251 OWS Flow 1.00 cpm 2-R-27.SGBT Vent 1.00 cpm 1-R-27 SGBT Vent 1-R-71 St'Line Gas-1 19.00 cpm- 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1-R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pr.p 0 cpm 2-R-16 Wste Xfer Pmp 6 cpm
L l
=============================================s================================;
ARMS QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 03:46 to 04:00 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 2-R-ll Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas .19E+04 cpm 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas .19E+04 cpm 2-R-14B P.-Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 1-R-22 GDT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-R-24 P. Vent Iod. 0.C0 uCi 2-R-24 P. Vent Iod. O uCi 1-R-28A P. Vent Part 3290.00 cpm 2-R-28A P. Vent Part 615.60 cpm 1-R-28B P.-Vent Part 3300.00 cpm 2-R-28B P. Vent Part 680.00 cpm 1-R-29.P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr
'l-R-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-HI 1.00 R/hr 1-R-31 Cont. Area-HI 1.00 h/hr 2-R-31 Cont. Area-HI 1.00 R/hr 1-R-32 P Vent Iodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm j- 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr i
! l-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P, Vent Flow .13E+06 cfm 2-FM-12 P. Vent-Flow .16E+06 cfm 1-FT-700 Cont. Purge -0 efm 2-FT-700 Cont. Purge O cfm 0-FM-243 LRW' Flow 0 gpm 1-FM-75-SG Bldn Flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 0 scfm 1-FM-107 Circ. Flow .0 gpm 2-FIT-Sl'Cond. AEJ _ 0-FM-251 OWS Flow O gpm 2-FM-107 Circ. Flow 0 gpm . 1-R-27 SGBT. Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 19.00 cpm 2-R-71 St Line-Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1-R-74 St Line: Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm R-16 Wste Xfer Pmp 0 cpm 2-R-16 Nste Xfer Pmp 0 cpm i
l
=========================================aa=================================:
ARMS QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 04:01 to 04:15 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 160.00 cpm 1-R-ll Cont Air Part 700.00 cpm 0-R-03 OWS Effluent 2-R-ll Cont Air.Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas .22E+04 cpm 2-R-14A P, Vent Gas 38,00 cpm 1-R-14B P. Vent Gas .22E+04 cpm 50.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-14B P. Vent Gas 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 1-R-22 GDT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-R-24 P. Vent Iod. 0.00 uCi 2-R-24 P. Vent Iod. O uCi 1-R-28A P. Vent Part 3290,00 cpm 2-R-28A P. Vent Part 615.00 cpm 3300.00 cpm 2-R-28P P. Vent Part 680.00 cpm 1-R-28B P. Vent Part 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr 1-R-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-HI 1.00 R/hr 1-R-31 Cont. Area-HI 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/hr 1-R-32 P Vent Iodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA 30E+00 mR/hr 1-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent Flow .13E+06 cfm 2-FM-12 P. Vent Flow .16E+06 cfm 1-FT-700 Cont. Purge 0 etm 2-FT-700 Cont. Purge O cfm 0-FM-243 LRW Flow 0 gpm 1-FM-75 SG Bldn Flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 2-FIT-81 Cond. AEJ 0 scfm 1-FM-107 Cire. Flow 0 gpm 2-FM-107 Circ. Flow 0 gpm 0-FM-251 OWS Plow 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 22.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1-R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm 1
l l
............................................. ......................... n...... j ARMS QUEUE FILE LIS'ER -- (RMSSEN) Julian: 234 Time: 04:16 to 04:30 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr !
0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm I 2-R-11 Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm ; 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas 50.00 cpm 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm 2-R-14B P. Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm , 1-R-22 GOT Gas 57.00 cpm 2-R-22 GDI Gas 51.00 cpm ) 1-R-23 SGBT Effluent 53.00 com 2-R-23 SGBT Effluent 160.00 cpm ! 1-R-24 P. Vent lod. O uCi 2-R-24 P. Vent lod. O uCi l 1-R-28A P. Vent Part 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm l 1-R-28B P. Vent Part 720.00_ cpm 2-R-28B P. Vent Part 680.00 cpm 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr 1-R-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-HI 1.00 R/hr 1-R-31 Cont. Area-HI 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/hr 1-R-32 P Vent-Iodinc 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA- .50E+00 mR/hr 1-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent flow .13E+06 cfm 2-FM-12 P. Vent Flow .16E+06 cfm 1-FT-700 Cont. Purge 0 cfm 2-FT-700 Cont. Purge O cfm 0-FM-243 LRW Flow 0 gpm 1-FM-75 SG B1dn Flow 0 gpm l 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 2-FIT-81 Cond. AEJ 0 scfm 1-FM-107 Circ. Flow 0 gpm 2-FM-107 Circ. Flow 0 gpm 0-FM-251 OWS Flow 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 19.00 cpm 2-R-71 St Line Gas 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 S6 Line Gas-3 26.00 cpm 1-R-74 St Line Gas 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm i l
l i ARMS QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 04:31 to 04:45 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 2-R-11 Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Cont Air Gas 5')00.00 cpm 1-R-14A P. Vent Gas 50.00 cpm 2-R-14A P. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm
?-R-14B P. Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 1-R-22 GOT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-R-24 P. Vent Iod. O uti 2-R-24 P. Vent lod. O uti 1-R-28A P. Vent Part 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm 1-R-28B P. Vent Part 720.00 cpm 2-R-28B P. Vent Part 680.00 cpm 1-R-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gama .10E+00 mR/hr 1-R-30 Cont. Area-H1 1.00 R/hr 2-R-30 Cont. Area-HI 1.00 R/hr 1-R-31 Cont. Area-HI 1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/hr 1-R-32 P Vent Iodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm 1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA .50E+00 m9/hr 1-R-35 P Vent Grab-1 .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent flow .13E+06 cfm 2-FM-12 P. Vent flow .16E+06 cfm 1-FT-700 Cont. Purge 0 cfm 2-FT-700 Cont. Purge O cfm 0-FM-243 LRW Flow 0 gpm 1-FM-75 SG Bldn Flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 2-FIT-81 Cond. AEJ 0 scfm 1.FM-107 Circ. Flow 0 gpm 2-FM-107 Cire. Flow 0 gpm 0-FM-251 OWS Flow 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm 1-R-71 St Line Gas-1 19.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00-cpm 1-R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm
c
? .
1
....................c.....................................................r..
ARMS QUEUE FILE LISTER -- (RMSSEN) Julian: 234 Time: 04:46 to 05:00 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 2-R-11 Cont Air Part 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas 50.00 cpm 2-R-14A P._ Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm 2-R-14B P. Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R-15 Air Ejtr Gas 70.00 cpm 0-R-1B LRW Effluant 4900.00 cpm 1-R-22 GOT Gas 57.00 cpm 2-R-22 GDT Gas 51.00 cpm 1-R-23 SGBT Effluent 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-R-24 P. Vent Iod. O uti 2-R-24 P. Vent Iod. O uCi 1-R-28A P. Vent Part 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm 1-R-2BB P. Vent Part 720.00 cpm 2-R-28B P. Vent Part 680.00 cpm 1-R-29 P.' Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gama .10E+00 mR/hr
.1-R-30 Cont Area-HI 1.03 R/hr 2-R-30 Cont. Area-H1 1.00 R/hr 1-R-31 Cont. Area-HI -1.00 R/hr 2-R-31 Cont. Area-HI 1.00 R/h*
! 1-R-32 P Vent Iodine 150.03 cpm 2-R-32 P Vent Iodine- 140.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent NobGas 10.00 cpm lT 1-R-34 P. Vent ALARA .50E400 mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr i- 1-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12'P. Vent Flow .13E+06 cfm 2-FM-12 P. Vent flow .16E+06 cfm 1-FT-700 Cont. Purge O cfm 2-FT-700 Cont.-Purge O cfm 0-FM-243 LRW Flow 0 gpm 1-FW 75 SG B1dn flow 0 gpm 2-FM-75 SG Bidn Flow 0 gpm 1s ,T-81 Cond. AEJ 0 scfm FIT-81 Cond. AEJ 0 scfm 1-FM-107 Cire. Flow 0 gpm-2-FM-107 Circ. Flow 0 gpm 0-FM-251 OWS Flow- 0 gpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 1.00 cpm ' 1-R-71 St Line Gas-1 19.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 28.00 cpm i 1-R-73 St Line Gas-3 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm 1 R-74 St Line Gas-4 20.00 cpm 2-R-74 St Line Gas-4 33.00 cpm 1-R-16 Wste Xfer Pmp 0 cpm 2-R-16 Wste Xfer Pmp 0 cpm 1
1 1 r m a m a m m a s s a m aiss e s a se s s a m a n a s s ass e s m a s s e s s e s s u m m a s s a m m a a s s w aa m e m a a s s m a m m a s s a m o ssas .q Time: 05:01 to 05:15 ARMS QUEUE FILE LISTER.-- (RMSSEN) Julian: 234 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part' 700.00 cpm 2-R-11' Cont-Air Part- 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm l 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas , 50.00 cpm L 2-R-14A P. Vent Gas 38~00. cpm 1.R-14B P. Vent Gas 62.00 cpm ~ 2-R-14B:P. Vrnt Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm l 12-R-15 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent -4900.00 cpm: 1-R-22 GOT Gas 57.00 cpm 2-R 22 GDT Gas 51.00 cpm . 1-R-23 SGBT-Effluent 53.00 cpm'- 2-Ri3 SGBT Effluent 160.00 com: R-24 P. Vent-Iod.2 - 0 uCi 2-R-i1 P. Vent' lod. O uCi 1-R-28A P. Vent Part 700.00 cpm 2-R-; 1A P. Vent Part 615.00 cpm 1-R-288 P. Vent Part 720.00, cpm R-iBB P. Vent Part 680.00 cpm 1-R-29 P. Vent Gama - .10E+00 mR/hr 2-R-29 P. Vent Gamma c.10E+00 mR/hr
-l-R-30 Cont. Area-HI. 1.00 R/hr_ R-30-Cont. Area-HI 1.00 R/hr -
._ 1-R-31 Cont.: Area-HI 1.00 R/hr- 2-R-31 Cont. Area-HI 1.00 R/hr [~ 1-R-32 P Vent' lodine 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm
- 1-R-33 P Vent NobGas 10.00 cpm 2-R-33-P Vent NobGas 10.00 com-l: 1-R-34 P. Vent ALARA1 .50E+00 mR/hr: 2-R-34 P. Vent - ALARA .50E+00 mR/hr R-35 P Vent Grab-1-- -.42E+00 mR/hr_ 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P.' Vent-Flow .13E+06 cfm 2-FM-12 P.. Vent flow .16E+06 cfm-FT-700_ Cont. Purge O cfm 2-FT-700 Cont Purge- O cfm a FM-243 LRW Flow . 0 gpm 1 FM-75 SG 81dn flow- :0 gpm
.2-FM-75 SG Bldn-Flow - O gpm 1-FIT-81 Cond LAEJ 0 scfm 2-FIT-81 Cond.-'AEJ - O scfm 1-FM-107 Circ Flow __0.gpm u 2-FM-107 Circ. Flow . O gpm 0-FM-251 OWS Flow 0 gpm 1.00 cpm 1-R-27 SGBT Vent - _
-1.00 cpm 2-R-27 SGBT Vent 1-R-71 St Line' Gas-1 19.00 cpm _ ;2-R 71 St Line Gas-1 _ 47.00 cpm l 1-R-72 St Line Gas-2 32.00 cpm ;2-R-72.St-Line Gas-2: '28.00 cpm-b 1-R-73 St Line Gas 19.00 cpm 2-R-73 St Line Gas-3: 26.00 cpm l- 1-R 74 St'Line Gas 20.00 cpm ?-R-74 St Line Gas-4 33.00 cpm-o :1-R-1F Wste Xfer Pmp 0 cpm- 2-R-16_Wste Xfer Pmp 0 cpm 3
J
-m._m m - -m
...........c...................................................................
ARMSQUEUEFILELISTER--(RMSSEN) Julian: 234 Time: 05:16 to 05:30 1-R-02 Cont. Area 17.00 mR/hr 2-R-02 Cont. Area 2.30 mR/hr 0-R-03 OWS Effluent 160.00 cpm 1-R-11 Cont Air Part 700.00 cpm 700.00 cpm 1-R-12 Cont Air Gas 135.00 cpm 2-R-11 Cont Air Part 50.00 cpm 2-R-12 Cont Air Gas 5000.00 cpm 1-R-14A P. Vent Gas 2-R-14A D. Vent Gas 38.00 cpm 1-R-14B P. Vent Gas 62.00 cpm R-14B P. Vent Gas 54.00 cpm 1-R-15 Air Ejtr Gas 71.00 cpm 2-R415 Air Ejtr Gas 70.00 cpm 0-R-18 LRW Effluent 4900.00 cpm 57.00 cpm- 2-R-22 GDT Gas 51.00 cpm 1-R-22 GDT Gas 53.00 cpm 2-R-23 SGBT Effluent 160.00 cpm 1-k.23 SGBT Effluent R-24 P. Vent lod. O uti 2-R-24 P. Vent lod. O uti 700.00 cpm 2-R-28A P. Vent Part 615.00 cpm 1-R-28A P. Vent Part 680.00 cpm 1-R-28B P. Vent Part 720.00 cpm 2-R-28B P. Vent Part 1sR-29 P. Vent Gamma .10E+00 mR/hr 2-R-29 P. Vent Gamma .10E+00 mR/hr 1.00 R/hr 1-k-30 Cont. Area-HI 1.00 R/hr 2-R-30 Cont. Area-H1 1-R-31 Cont. Area-HI 1.00 R/hr 2-R-31 Cont. Area-H1 1.00 R/hr 150.00 cpm 2-R-32 P Vent Iodine 140.00 cpm 1-R-32 P Vent Iodine 10.00 cpm 1-R-33 P Vent NobGas 10.00 cpm 2-R-33 P Vent HebGas
~1-R-34 P. Vent ALARA .50E+00 mR/hr 2-R-34 P. Vent ALARA .50E+00 mR/hr 1-R-35 P Vent Grab-I .42E+00 mR/hr 2-R-35 P Vent Grab-I .10E+00 mR/hr 1-FM-12 P. Vent Flow .13E+05 cfm 2-FM-12 P. Vent Flow .16E+05 cfm 1-FT-700 Cont. Purge O cfm 2-FT-700 Cont. Purge 0 cfm 0-FM-243 LRW Flow 0 gpm 1-FM-75 SG Bldn flow 0 gpm 2-FM-75 SG Bldn Flow 0 gpm 1-FIT-81 Cond. AEJ 0 scfm 0 scfm 1-FM-107 Circ. Flow 0 gpm 2-FIl-81 Cond. AEJ 3 gpm 0-FM-251 OWS Flow 0 gpm 2-FH-107 Circ. Flow 1.00 cpm 1-R-27 SGBT Vent 1.00 cpm 2-R-27 SGBT Vent 19.00 cpm 2-R-71 St Line Gas-1 47.00 cpm 1-R-71 St Line Gas-1 28.00 cpm 1-R-72 St Line Gas-2 32.00 cpm 2-R-72 St Line Gas-2 19.00 cpm 2-R-73 St Line Gas-3 26.00 cpm-1-R-73 St Line Gas-3}}