ML20236B505
| ML20236B505 | |
| Person / Time | |
|---|---|
| Site: | Robinson  |
| Issue date: | 10/06/1987 |
| From: | CAROLINA POWER & LIGHT CO. |
| To: | |
| References | |
| PROC-871006-01, NUDOCS 8710260219 | |
| Download: ML20236B505 (380) | |
Text
{{#Wiki_filter:_ _______ _ _ _ _ _ _ _ _ _ ._ _ _ _ _ - _ - _ - . _ O \ CAROLINA POWER AND LIGHT COMPANY ROBINSON NUCLEAR PROJECT DEPARTMENT PLAN FOR ANNUAL EMERGENCY EXERCISE OCTOBER 6, 1987 9 - l l
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CAROLINA POWER AND LIGHT COMPANY PLAN FOR'RNPD ANNUAL EMERCENCY EXERCISE - OCTOBER 6, 1987 TABLE OF CONTENTS PACE l MISSION AND PURPOSE OF EXERCISE 0.0-3 l l. SCOPE AND OBJECTIVES I. Scope 0.0-3 II. Objectives 0.0-3 SITUATION AND ASSUMPTIONS I. Exercise Dates 0.0-3 II. Exercise Locations / Facilities 0.0-4 CONCEPTS AND CONDUCT OF THE EXERCISE I. Exercise Scenario 0.0-5 II. Robinson Exercise Organization Activities 0.0-6
'III. Evaluation and Critique' O.0-7 IV. Exercise' Exempt Personnel 0.0-8
'V. General'Cuidance for the Conduct of the Exercise 0.0-9 COMMAND, CONTROL, AND COMMUNICATIONS I. Site Emergency Coordinator (SEC) 0.0-10
( II. Communications 0.0-10 III. Records 0.0-10 IV. - Exercise Message / Drill Card 0.0-10 V. Time 0.0-11 VI. Message Preamble and Close 0.0-11 VII. Exercise Basics 0.0-12 l l l
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p CAROLINA POWER AND LICHT COMPANY ( PLAN FOR RNPD ANNUAL EMERCENCY EXERCISE - OCTOBER 6, 1987 .1 TABLE OF CONTENTS (Continued) Section 1.0 Introduction Section 2.0 ~ Objectives and Guidelines Section 3.0 Scenario ; Section 3.1 Messages l
-Section 3.2 Plant Parameters Section 3.3 Meteorological Information
'Section 3.4 Radiological Information Section 4.0 Controller's Information Section 5.0 Evaluator's Information Section 6.0 Supplementary Material l u
l O SCN-97-3717 R:PD- 3 7-0 5-R 1 - 0.0-2 _ _ _ _ _ _ _ - - _ _ . - 1
l-l CAROLINA' POWER AND LIGHT COMPANY PLAN FOR RNPD ANNUAL EMERCENCY EXERCISE - OCTOBER 6, 1987 1 ' v' HISSION AND PURPOSE OF EXERCISE To activate and evaluate portions of Carolina Power & Light (CP&L) emergency response capabilities and other elements of the CP&L Robinson Nuclear Project Department (RNPD) Radiological Emergency Plan, associated implementing procedures and the CP&L Corporate Emergency Plans in accordance with Nuclear j Regulatory Compliance (NRC) Regulation 10CFR50.47(b). SCOPE AND OBJECTIVES I. SCOPE A simulated accident at the RNPD Plant,'which could escalate to a General Emergency, will involve emergency response actions to includet emergency classification; notification of offsite
. organizations and Plant personnell actions to correct the emergency '
conditions; and initiation of accident assessment and protective actions as necessary to copa with the accident. The exercise will simulate an emergency that results in an offsite radiological release. II. OBJECTIVES Objectives for the H. B. Robinson Annual Exercise were submitted to the Nuclear Regulatory Commission on July 21, 1987, and are contained in Section 2.0. SITUATION AND ASSUMPTIONS I. Exercise Dates A. Submit exercise scope and objectives to NRC Exercise - 76 days (July 21, 1987) B. Submit exercise scenario to NRC Exercise - 47 days (August 19, 1987) C. Final Evaluator Meeting October 5, 1987 2:00 p.m. (1400) Room #150 TSC/ EOF Training Bldg. D. Exercises October 6, 1987 6:00 a.m. (0600) to 2:00 p.m. (1400) E. Evaluator Group Meetingt October 6, 1987 3:00 p.m. (1500) to 5:00 p.m. (1700) k SCN-87-3717 RNPD-87-05-R1 0.0-3
l F. Lead Evaluator Meeting: g\ October 6, 1987, 5:00 p.m. (1700) to 8:00 p.m. l L h' (2000) C. Post Exercise Critique Report'to Players: October 7, 1987 8:00 a.m. (0800) Room #122, TSC/ EOF Training Building II. Exercise Locations / Facilities A. H. B. Robinson Steam Electric Plant, Hartsville, South Carolina 1.- Control Room (see Figure 1). The function of the Control Room is to provide plant control and initial direction of all plant related emergency operations.
- 2. Operations Support Center (OSC) (see Figure 1). The OSC will be located in the Maintenance Shop. The function of the OSC is to provide an area for assembly and briefing of support personnel and "off shift" personnel called to the site.
- 3. Technical Support Center (TSC) (see Figure 1). The location of the TSC is in the TSC/ EOF / Training Building.
The function of the TSC is to provide an assembly location for personnel who provide engineering and management fs support of plant activities following an accidents
)- direction and coordination of field and mobile radiological
'(O monitoring teams prior to Emergency Operations Facility (EOF) activations onsite dose projections; offsite dose projections prior to the EOF activations display of status of plant parametersi and provide an emergency reference collection of selected engineering and plant documents.
The TSC is activated and emergency functions are performed in accordance with the provisions of the Plant Radiological Emergency Response Plan and Implementing Procedures. The TSC will perform the EOF functions until the EOF is operational. In addition to the normal plant communications sysi3m, redundant emergency communications facilities in the TSC provide telephone contact with required agencies and other response centers, by use of the Corporate Emergency Communications System.
- 4. Plant Media Center (PHC) The Plant Media Center is located at the Information/ Visitor Center at the Robinson site.
The Center will be staffed by a CP&L Site Public Information Coordinator and other Corporate Public Information personnel. Work stations and a briefing room are available at the Center for CP&L personnel to assist the media representatives by providing immediate access to accurate emergency related information and providing equipment for document reproduction and for communications. A U SCN-87-3717 RNPD-87-05-R1 0.0-4
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- 5. Emergency Operations Facility (EOF) (see Figure 1). The I
./~~'s EOF is located in the plant TSC/ EOF Training Building. (_) When activated, the EOF is managed by the Emergency Response Manager. He will have a staff to provide support in: Technical Analysis, Ad'ministrative and Logistics, Radiological Control, and Emergency Communications. I
- 6. Meteorology Tower Located north of the TSC on the plant site. Measures wind at 10.0 meters (33 feet) and 62.8 meters (206 feet) above the ground. -
- 1. Start of Exercise: Listed Initial Conditions
- 2. Subsequent: (Sub-section 3.3)
B. Corporate Emergency Operations Center (CEOC), Raleigh. The Corporate Emergency Operations Center is located on the lith floor in the Center Plaza Building, Raleigh, NC. C. Miscellaneous Facilities
- 1. Hartsville Airport, 365 foot elevation, 3300 foot runway is located approximately 4 miles east of the RNPD Plant.
- 2. Motels Landmark Hotel, U.S. 15 Bypass and S.C. 151 i r 's Hartsville, South Carolina (803/332-2611) h
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Lakeshore Hotel, Business Route 15 North, North 5th Street, Hartsville, South Carolina (803/332-7539) Lakeview Motel 942 North 5th Street Hartsville, South Carolina (803/332-8145) CONCEPTS AND CONDUCT OF THE EXERCISE I. Exercise Scenario The exercise will simulate an off-normal incident at the RNPD Plant that may escalate to a General Emergency and require: accident recognition and classification; assessment of onsite and offsite radiological consequences; alerting, notification, and mobilization of various organizations and personnel; in plant corrective actions; activation and use of emergency facilities and equipment; effective use of communications; preparation of reports, messages, and records; implementing protective actions for site personnel; making protective , action recommendations to offsite agencies; and maintaining public l v 1 l SCN-87-3717 RNPD-87-05-R1 0.0-5
relations. .During the course of'the exercise, there will also arise LI incidents that require deployment of CP&L radiological monitoring ) V teams fos offsite monitoring. The scenario and time schedule of ' simulated plant conditions are provided in Section 3.0 of this plan. Only.the NRC, and Controllers and Evaluators listed in Section 4.0 will receive the sub-sections of Section 3.0 of the plan / exercise scenario. II. . Robinson Exercise Organization Activities The exercise organization will consist of players, the Corporate Exercise Director, the Chief Planner / Controller, Controllers, a Chief Evaluator, Evaluators, and Observers as follows:
- 1. The'CP&L Players include all plant and.other CP&L personnel assigned to perform functions the emergency positions as described in Section 5.3 of the Plant Radiological Emergency Response Plan. The success of the exercise is largely dependent upon player reaction, player knowledge of the Radiological Emergetcy Response Plan and' Implementing Procedures, and an understanding of the Exercise Plan and Exercise Objectives.
Some situations affecting player action or reaction may exist at the time the exercise play begins. However, most situations will be introduced through the vehicle of Controller Exercise Message / Drill Cards and messages generated by players. Therefore, players are responsible for initiating actions and/or messages during the exercise according to their procedures, responsibilities, and tasks outlined for their particular [n
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function in the Plant Radiological Emergency Response Plan and Procedures. Players will be identified by wearing WHITE player badges.
- 2. The Corporate Exercise Director will be responsible for overall exercise preparation; to oversee conduct of the exerciset to arrange preparation at the conclusion of the exercise of a consolidated evaluation and critique report; and to prepare and follow-up on an itemized list of corrective actions recommended as a result of evaluation and critique.
- 3. The Chief Planner / Controller will be responsible for the development of the exercise plan, scenario, and the controller input messages. During the exercise the Chief Planner / Controller will coordinate controller input as necessary to initiate player response and keep the exercise action moving according to the scenario and exercise objectives.
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i 4 .- The controllers will deliver " Exercise Message / Drill-Cards" to I G designated exercise players at various times and places during Q. the exercise; inject or deliver additional messages, as may be required to keep the exercise action moving according to the l scenario and exercise objectives'; observe the exercise at their assigned locationst maintain controller log sheet notes (see { Section 6.0); and submit recorded observations to the Chief l Exercise Evaluator prior to the scheduled critique. Controllers l will be identified by wearing a badge marked in RED LETTERS, ,
~" Controller / Evaluator" or arm band. Only the_ assigned I Controllers are' authorized to make Exercise Message / Drill Card ,
inputs _to the exercise and ALL Contingency Messages must be j given specific clearance by the Lead Exercise Controller BEFORE l being issued to the players. i l q
- 5. . -CJ3i ef Evaluator and Evaluators are CP&L or other qualified personnel who are assigned to observe and judge the {
.i effectiveness of selected organizations, personnel, functions !
and/or_ activities of the Plant Radiological Emergency Response ! Plan and Implementing Procedures. Selection of evaluatorw is l based on their expertise in, or their qualifications to evaluate the activity or area assigned. For example, health physics activities will be evaluatd by qualified Health Physics l personnel. When feasible, persons designated as Controllers for a'given function will also be assigned as evaluators of that I function. Evaluators will record their observations.using the
.p Controller Log Sheet (see Section 6.0), and if possible, provide Q recommendations on corrective actions to the Chief Exercise Evaluator prior to the scheduled critique. They will take steps whenever possible to collect data on the time and motion aspects of the activity observed for_ post exercise use in designing system improvements. Evaluators will be identified by wearing a badge marked in RED LETTERS, " Controller / Evaluator" or arm band.
- 6. Observers from various CP&L components and from other organizations may be authorized on a limited basis to participate in the exercise solely for the purpose of observing exercise activity. Observers will be identified with a blue badge.
III. Evaluation and Critique The exercise will be evaluated by Evaluators who will be assigned to 1 key locations and response activities where they will record their l observations using checklists provided in Section 5.0 as I guidelinos. Following the exercise, Evaluators will present their findings at the critiques as scheduled in Section 1.0, Paragraph I of this plan. m a i SCN-87-3717 RNPD-87-05-R2 0.0-7
l l j A. Evaluation of the exercise will include activities: LU The following facilities will be evaluated: ' I'
- 1. Control Room (C.R.) l
- 2. Operational Support Center (OSC)
- 3. Technical Support Center (TSC)
, 4. Plant Media Center (PMC) i l -- 5. Emergency Operations Facility (EOF) . ! l l l The following activities will be evaluatedt j ( 1. . Accident recognition, classification, and assessment ] l 2. Assessment of onsite and offsite radiological consequences l l 3. Alerting, notification, and mobilization activities l
- 4. In plant corrective actions !
- 5. Activation and use of emergency facilities and equipment j
- 6. Use of comununications equipment and procedures ]
, 7. Preparation of reports, messages, and records l
- 8. Protective actions for site personnel .j
- 9. Protective action recommendations to offsite agencies !
- 10. Public information and public relations )
- 11. Onsite and offsite radiological Monitoring j
- 12. First aid measures j
- 13. Security control j B. Exercise performance will be evaluated on the basis of standards
[N or requirements contained in the Plant Radiological Emergency Response Plan and Implementing Procedures. 1 C. Any deficiency in the Plant Radiological Emergency Response Plan l and implementing procedures, training, etc., that is identified through the critique process shall be documented by the Chief Evaluator and corrected by the organizations and individuals who have responsibility for the areas identified. Management controls shall be established to ensure that corrective actions q are taken as necessary. j q IV. Exercise Exempt Personnel ! Some plant personnel must be exempt from exercise participation in ] order to maintain vital plant functions such as security, normal 1 operations, chemistry, etc. j
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w r }Q .V. General Guidance for the' Conduct of-the Exercise
-A. Simulating Emergencyi Actions-Since exercises _are intended to demonstrate actual capabilities as realistically as possible, participants should act as they
. would during a real emergency. Wherever possible, actions shculd be carried out. .Only when it is.not feasible to perform an action'sho.uld it be simulated. Any orders'given by controllers, which for any. reason cannot or should not actually be periormed, should begin with the word " Simulate." For example, the order to put cut a fire that is_being hypothesized would state -" Simulate discharging the fire extinguisher."
Where such actions are being taken, it is suggested that participants inform any observers-in the area of what action really would be taken had the emergency been real. B. A_ voiding Violation of Law Intentional violation of laws is not justifiable during any_ exercise. To implement this guideline, the following actions 7 must be taken:
- 1. All evaluators and potential exercise participants must be
-specifically informed of the need to avoid intentional violation of all federal, state and local laws, regulations, ordinances, statutes, &M other legal ,
restrictions.
- 2. Exercise participants will not direct illegal actions being taken;by other exercise participants or members of the i general public.
' Exercise participants will not intentionally take illegal 3.
actions when being called out to participate in an exercise. Specifically,' local traffic laws such as speed laws will be observed. i C. Actions to Minimize Public Inconvenience It is not the intent, nor is it. desirable or feasible, to effectively train or_ test the public response during the conduct of radiological emergency exercises. Public inconvenience is to be minimized. The actions of federal, state, and county agencies and nuclear power plant operators receive continuous public notice and scrutiny; therefore, the conduct of an exercise could arouse public concern that an actual emergency is occurring. It is important that conversations that can be monitored by the public (radio, loudspeakers, etc.) be prefaced l and conclude with the words. "THIS IS AN EXERCISE MESSACEI THIS IS AN EXERCISE MESSACE." l A ' V I SCN-87-3717 RNPD-87-05-R1 0.0-9 l _ u __1_ 2___ _ _ _ _ _ _ _ _ _ _ _ J
em D. Maintaining Emergency Readiness
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U During theLperformance of an exercise the ability to recognize a
.real emergency, terminate the exercise, and respond to the new situation must.be maintained. Therefore, the exercise scenario and actions of participants will not include any actions which seriously degrade the condition of systems, equipment or supplies, or affect the detection, assessment, or response capability to radiological or other emergencies.
Actions taken by the participants will also avoid actually reducing plant or public safety. The potential for creating real radiological or other emergencies will be specifically avoided. If a real emergency occurs during the exercise, requiring the actions of Company personnel, then the exercise will be term!nated by the Lead Exercise Controller or the Emergency Exercise Director in consultation with appropriate plant management. All messages about the real events will be clearly identified as such. For example, precede a real message with:
"THIS IS NOT, REPEAT NOT AN EXERCISE MESSAGE." l COMMAND, CONTROL, AND COMMUNICATIONS I. Site Emergency Coordinator (SEC) f The SEC has insnediate and unilateral authority to act on behalf of the Company to manage and direct all onsite emergency operations
(]3 involving the facility. During the exercise, he will have responsibility also for the simulated emergency exercise operations. II. Communications Communication' equipment and procedures are described in Plant Emergency Procedure and others. The plant public address (P.A) system will be the primary means of communication. III. Records Robinson Plant Emergency Procedure, requires that plant personnel responsible for maintaining records during an emergency shall provide a copy of those records to the RNPD Specialist - Emergency Preparedness following an emergency or emergency exercise.
'IV. Exercise Hessage/ Drill Card The Exercise Message / Drill Cards" are prepared by the exercise drill planners / controllers prior to the exercise to satisfy the requirements of the exercise / drill scenario. The purpose of the message is to initiate a player response and to keep the exercise moving according to the scenario and exercise objectives. The messages that are delivered to players during the play of the exercise will allow " free play".
O, U SCN-87-3717 l RNPD-87-05-R1 0.0-10
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.V.- . Time l./'
Lx A. All CP&I. in plant. exercise participants will report time of i L , incidents, messages, etc., in accordance with time based on the_ -l
' Control Room clocks..
B. Iocal 24-hour. clock time will be used to reference time in all I
.. reports and conununications. Eastern Daylight Time (EDT) will'be !
specified as appropriate. VI. Messaae Preamble and Close The words "THIS IS~AN EXERCISE MESSACE" should be used at the { beginning and end of each message. i I I l i i O i.. l' O .SCN-87-3717 i d RNPD-87-05-R1 0.0-11
i l l i EXERCISE BASICS I
/'~h I (s-) The following is a definition of terms found in the attachments and tables l used throughout the plan and scenariot
! I. Participants 1 ! 1.. Extent of Participation Not Involved - These groups will not play. They may or may not be simulated by controllers as necessary. Limited - Play is limited to less than full participation. Evaluations by controllers will not penalize players on items caused by the limited participation. Full Play - A full staff is expected to play in the facilities involved. In areas such as the CEOC and EOF, activation of optional groups is as determined by the managers in response to the scenario. Controllers - (where checked) Controllers will be used to simulate organizations not participating. Evaluators - Evaluators will evaluate the exercise. Observers - Outside Organizations have requested to send f-~s observers to the areas checked. (' Simulated - Where controllers are not used to simulate an organization that is not participating, the entire interface with the non participating organization is simulated.
- 2. Notifications Actual - Actual notification methods and procedures are used to notify the participating organization.
Simulated - The organization is not actually notified by procedure. The notification may be made to an artificial number with a controller staged to receive the information, or it may be simulated. Start / Finish - Some organizations want notifications only at the start and finish of a drill and not continual updates. 4 SCN-87-3717 RNPD-87-05-R; 0.0-12
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- 3. Activation Actual - Actual activation may involve notifying the emergency organization members at their work place and home, and set up of the facility is performed by the participants.
Prestaged .The affected personnel may be in place or in.a nearby place on standby when the initial notification'to begin j activation is received. .
. II. Facilities !
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- 1. 'Hanning I Not Activated - No one reports to the facility.-
Single Shift'- Each position is expected to be manned by a primary or alternate designee. .No shift turnover is expected or required, but individual turnovers are acceptable if unavoidable ; schedule conflicts occur. Multiple Shift - A shift turnover is required to meet exercise . ; objectives. Augmentation'- An augmentation drill progressing from a minimum E J daily shift complement to a fully activated emergency facility is performed. ( 2. Setup Simulated - Setup of the facility is simulated. Actual - Participants are expected to set up their facilities from everyday use to emergency use. o Prestaged - Setup of the facility is already prestaged in the emergency mode. III. CP&L and Non-CP&L Activities
- 1. Extent:
Not Tested - This activity is not within the drill scope and objectives. Simulated - This activity is not within the drill scope and objectives, but it must be simulated by the players and/or controllers to assure a complete and logical drill. l l l
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,g. ' Partial'- This activity.is expected to.be performed to the
( 1 extent that plant completion can permit. Evaluators will not
\- / , penalize players for non performance of activities where they must be simulated due to circumstances beyond their controll for example, lab analyses may involve players in the lab using props
.instead of actual equipment.
Full - This activity is expected to be performed in full without simulation. For. example, full use of SCBAs and protective clothing means donning the clothing and equipment and 'using the breathing air. Evaluators will look for any problems when i evaluating a fully played activity. .
- 2. Frequency .
One Time - This activity can be demonstrated'one time to the- Y evaluators in order to fulfill drill objectives. Every Time - This activity must be performed every time as required by the players in response to the scenario.. The
~
i evaluators, when available, will observe each time the activity is. performed. I Specific Time - Where an activity is prestaged or constrained by the scenario, such as.for offsite fire participation, a specific time will be built into the scenario for the activity. f- x . 3. Times Real Time - The activity is performed as given by the players ! and the scenario for as long as it takes. q Compressed Time - Some activities take so long, such as analysis of filed collected samples in the mobile laboratory, that time l must be compressed to complete that activity within the drill . schedule. ! i
- 4. Sources i
Players - The driving force behind the activity will be player response to the scenario. No messages will be handed out to players to initiate the action. i Ccenario - Driving force for initiating the activity will be a message handed to the player from the controller. l l SCN-87-3717 RNPD-87-05-R1 0.0-14 i N. x-____________
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f CAROLINA' POWER AND LIGHT COMPANY ROBINSON NUCLEAR' PROJECT DEPARTMENT 1987 EMERCENCY PREPAREDNESS ANNUAL EXERCISE
1.0 INTRODUCTION
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1. I O I SCN 87-3501 ! RNPD-87-05-RO 1.0-0 ; l-
To assure that the public health and safety in the vicinity of the' Robinson Nuclear Project Department (RNPD) is protected in the event of a radiological (~}
\m- emergency, Carolina Power and Light Company (CP&L) is required to conduct an annual emergency preparedness exercise which tests CP&L's Robinson Plant, Corporate, State, and Local emergency response capabilities. Federal agencies will evaluate and critique the annual exercise to assure proper response in the event of an actual emergency at RNPD.
The 1987 CP&L Emergency Preparedness Annual Exercise will incl'ude the mobilization of personnel and resources, such that the capability to respond adequately to a simulated accident at RNPD can be verified. Exercise participants will not have prior knowledge of the plume release information regarding times, content, size, and weather pattern used. The exercise should demonstrate that those individuals and agencies who are assigned responsibilities in a radiological emergency are adequately trained to perform according to current plans and procedures. Furthermore, this exercise will provide training to and test emergency response personnel, and identify any potential problem areas in the overall emergency response system. The Annual Exercise, which is scheduled to be conducted on October 6, 1987, will be observed and critiqued by the Nuclear Regulatory Commission (NRC). This manual has been prepared to assist the exercise controllers, evaluators, and observers in the conduct and evaluation of the exercise. It contains all of the information and data necessary to properly conduct the Exercise in an efficient and coordinated manner and is organized as follows: O (m,/ Section 2.0 Objectives and Guidelines - this section defines the exercise objectives and sets forth guidelines for the conduct of the exercise to meet those objectives. Section 3.0 Scenario - this section describes the RNPD postulated sequence of events occurring at RNPD which will require the RNPD Emergency Response Organization, CP&L Corporate Support Organization, and various onsite and offsite organizations to respond. Included in this section are copies of the exercise messages and pertinent data which will be utilized to control the progress of the exercise scenario. Subsection 3.1 Messages - this subsection contains copies of the exercise messages which will be utilized to control the development of the exercise scenario. Subsection 3.2 Plant Parameters - this subsection contains time-related information concerning the postulated Plant conditions, which corresponds , to the development of the exercise scenario. ) { l ( . A l U l l SCNt87-3717 l i RNPD-87-05-R1 1.0-1 l 1 l _ ..-_ ___ _ _______L
. Subsection 3.3 Meteorological Information - this subsection contains 'j '[ information and deta concerning the postulated meteorological; conditions N_ / to the site area which will be utilized in the development of the exercise scenarie.
Subsection 3.4' Radiological'Information - this. subsection contains time-related information concerning radiological conditions at the l various onsite and offsite monitoring locations, which corresponds to the development of the exercise scenario. Also included in this subsection is information concerning primary and secondary systems radiochemistry, containment atmosphere radiochemistry, radiologic.1 release rates, in plant-radiation levels, and onsite emergency worker exposure and contamination levels. Subsection 4.0 Controller's Instructions - this section provides general
. instructions to the exercise controllers in-the conduct of-the emircise, as well as any required special maintenance instructions. !
Section 5.0 Evaluator's Instructions - this section provides general instructions and evaluation criteria to the exercise controllers for evaluating the responces of the exercise participants and the progress of the exercise. Section 6.0 Supplementary Material - this section contains supplementary material for use by the exercise controllers during.the course of the exercise, including log sheets. [) Copies of this manual will be provided to exercise controllers, evaluators,
\s_,/ and select'ed observers prior to the exercise. Following the exercise, copies of this manual will be distributed to key exercise participants.
I l i D l ' N_.) . i 'SCN:87-3501 RNPD-87-05-RO 1.0-2 l' l E. __ .__ _ _ _ . _ _ - - _ _ _ _ _ _ _ _ - - - - _ _ _ - _ - _ _ _
I i i ROBINSON NUCLEAR PROJECT DEPARTMENT CAROLINA PONER AND LIGHT COMPANY _ 's 1987 EMERCrNCY PREPAREDNESS 87-05 ANNUAL EXERCISE OBJECTIVES /CUIDELINES i t
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l 1 O j O SCN-87-3501 RNPD-8 7-05 RO 2.0-0 _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ - _ _ _ _ . l
-- 1987 EMERGENCY PREPAREDNESS EXERCISE OBJECTIVES A. OPERATIONAL ASSESSMENT
- 1. Demonstrate the Control Room staff's ability to recognize operational symptoms and pa ameters indicative of degrading plant Conditions.
- 2. Demonstrate the ability to properly classify emergency conditions.
- 3. Demonstrate the ability to formulate appropriate offsite protective action recommendations.
- 4. Demonstrate the ability to properly escalate the emergency response based upon event classification.
- 5. Demonstrate the adequacy of the RNPD Emergency Plan Implementing Procedures applicable to the scenario.
- 6. Demonstrate the ability to effectively coordinate emergency response with state and county emergency response agencies.
- 7. Demonstrate effective coordination of information and plant status with the South Carolina Emergency Preparedness Division (EPD) emergency response organization.
,, B. COMMUNICATIONS i k
- 1. Demonstrate that appropriate communication systems exist to accomplish notification of offsite agencies in accordance with emergency plans and procedures.
- 2. Demonstrate the ability to adequately notify and activate emergency response organization personnel.
- 3. Demonstrate the ability to effectively communicate with plant emergency teams and company environmental monitoring teams located offsite.
- 4. Demonstrate proper recordkeeping at emergency response facilities.
- 5. Demonstrate that accurate messages concerning the emergency are I transmitted in accordance with established procedures.
- 6. Demonstrate that status boards are accurately maintained and updated in accordance with emergency response plans and procedures.
- 7. Demonstrate that appropriate briefings are held and incoming )
personnel are briefed and updated. v SCN-87-3501 RNPD-87-05-R0 2.0-1
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1987'EMERCENCY PREPAREDNESS EXERCISE OBJECTIVES :
} :(Continued) . -l 4~ - '
- C. RADIOLOGICAL.AND ENVIRONMENTAL ASSESSMEN,T
- 1. - . Demonstrate the proper use of post-accident sample results to support the dose projection process.
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- 2. Demonstrate the ability to evaluate field radiological monitoring-
' data, offsite radiological dose projections,.and plant conditions, to arrive at appropriate protective action recommendations.
- 3. Demonstrate the activation,: operation, and reporting of the field monitoring teams within'and beyond the site boundary.
-4. Demonstrate the, capability to perform radistogical monitoring activities and assessments.
- 5. Demonstrate effective coordination of the radiological and environmental assessment process with the South Carolina Bureau of i
-Radiologic'ai Health.-
'6. Demonstrate the ability to support the radiological' assessment process while maintaining personnel radiation exposure ALARA.
- 7. Demonstrate the use of post-accident sampling equipment to'obtain, q -transport, and analyze samples of reactor coolant or a containment
-Q air sample under conditions ~specified by the scenario. Actual liquid. sample will be demineralized water.
D. EMERCENCY RESPONSE FACILITIES i
- 1. Demonstrate that sufficient and adequate emergency equipment. exists
-to effectively. perform.necessary emergency actions.
t
- 2. Demonstrate that adequate security of facilities can be maintained.. [
- 3. l Demonstrate that emergency response facilities (TSC, OSC, EOF, and Plant Media Center) can be activated in accordance with the ]
l emergency plan and procedures. E. PUBLIC INFORMATION
- 1. Demonstrate the activation of the Plant Media Center in accordance with the emergency procedures.
4~~
- 2. Demonstrate the ability to develop and disseminate accurate news releases in accordance with established emergency procedures.
- 3. Demonstrate that briefings concerning plant events are provided to .{
the media during the emergency.
]
(D '
- 4. Demonst sce that public information is coordinated between CP&L and state and/or county officials. "
'SCN-87-3501 i RNPD-87-05-RO 2.0-2
3
< j;; 'i - '
-s.
1987 EMERCENCY PREPAREDNESS EXERCISE OBJECTIVES I
)1 (Continued)
F.- EMERCENCY RESPONSE OR'CANIZATION
- 1. : Demonstrate that sufficient emergency response-organization personnel are'available to support the emergency response on a round-the-clock coverage schedule.-
2.: Exhibit-proper. response of emergency personnel to activate mergency-response facili' ties and carry out assigned roles and responsibilities in accordance with emergency response procedures. 3: 3.- Demonstrate the ability to transfer comn.and and control responsibilities between the Control Room, Techni cal Support Center
.and Emergency Operations Facility.
C. PERSONNEL PROTECTION
' 1. Demonstrate that the accountability process within the Protected Area can be accomplished in vccordance with emergency response procedures.'
2.- Demons'trate the ability to provide onsite access to local offsite emergency services and/or support in accordance with emergency
~
. response procedures. )
13.. ~ Demonstrate the ability to conduct area surveys under emergency conditions.
- 4.1 Demonstrate the ability to provide adequate radiation protection services such as dosimetry and personnel monitoring.
- 5. Demonstrate.the ability to provide first aid for an individual who has
.been contaminated and requires transportation to a suitably prepared medical facility for treatment.
- 6. Demonstrate the ability to coordinate with local agencies the evaluation, transportation, and treatment of a contaminated injured individual.
- 7. Demonstrate the ability to adequately control the spread of contamination and the radiological exposure of onsite and offsite emergency workers.
- 8. Demonstrate the decision-making process for consideration of thyroid-blocking agent distribution to emergency personnel.
l- 9. Demonstrate pro:jer radiation exposure recordkeeping for emergency personnel. p f" i SCN 87-3717 RNPD-87-05-RO 2.0-3
4 1987 EMERCENCY PREPAREDNESS EXERCISE OBJECTIVES
,/ (Continued)
H. CENERAL Demonstrate.the ability to conduct a controller / evaluator meeting
~
1.
.before the beginning of the exercise which addresses final concerns ,
about the conduct of the exercise.
- 2. Demonstrate the ability to self-critique and'to identify areas needing improvement.
- 3. Demonstrate that previously identified NRC deficiencies, exercise weaknesses or inspector follow-up' items (IFIs) from the 1986 annual
~
Emergency Preparedness exercise have been resolved.
-l
.l
'I O
l l t i l:
/"')' -\ J' l
SCN-87-3501 RNPD-87-05-R0 2.0-4 j {- _ _ _ - _ - - _ - 1
l -: l
" CONFIDENTIAL" L[,, l l i JN_ / Preliminary 1987 Annual ,
l 1; Exercise Guidelines ! l A.. Annual Exercise Date & Time
* ~0ctober 6,-1987-
\
06:00 (A.M.) to 14:00 (2 P.H.) i l B. Annual Exercise-Timeline & Emergency Classification Activity
- T - 60 min. (06:30)- Exercise Controllers Assembly and Delivery of Initial Plant & Exercise Conditions o' T (07:30) Declared " Unusual Event" Classification
- T + 0 Hr. 45 min. (08:15) Declared " Alert" classification j
- T + 3 Hr. 45 min. (10:15) ' Escalate to " Site Emergency" i Classification '
- T + 4 Hrs. 45 min. (11:15) Escalate to " General Emergency" Classification
/ !
E(,
- T + 7 Hrs. 30 min. (14:00) Exercise complete - Participant and l Controller facility critiques- :
i
- T + 8 Hrs. 30 min. (15:00) Controller Summary Critique l
1 t SCN: 87-3' 17 RNPD-87 13-R! 2.0-5
- ___-_ ______-____ = _ _ _ _ _ _ _ _ _ _
,._; C. Meteorological Conditions Y
Ux_-/
- All meteorological data will be " simulated."
- Initial Conditions: Hurricane Felix struck the South Carolina Coast on Sunday, October 4, 1987. This Category II storm caused severe damage and flooding along the coast from Charleston, SC to Brunswick County, NC. Winds of over 100 mph with 8 to 12 inches of rain fell f over the coastal regions during the storm.
The storm continued northwest over Sumter, Camden, and Rock Hill, SC diminishing tu a tropical storm status near Charlotte, NC and continuing north to West Virginia where it is currently breaking-up. The five county area of Chesterfield, Lee, Darlington, Florence, and Kershaw suffered winds to 55 mph, 6 to 8 inches of rain during the period before 7 A.M. on Monday morning, October 5th. From Monday morning until present, about another 0.5 inches of rain has fallen in the general area. Plant personnel have reported that numerous power outages and flooding have occurred in the area. On Monday, some areas were . restored service before dark. There has been no problem with the ! offsite power to the Plant site. For the past five (5) hours, no rain has fallen on the Plant site. The forecast from the CP&L Weather Center calls for improving (; conditions throughout the day, October 6, 1987. O Currently, skies at RNPD are partly cloudy with no precipitation. Winds are from the southwest at 5 to 10 mph. D. Extent of Participant Actions
- All RNPD Emergency response facilities will be activated. The Technical Support Center (TSC) will be incorporated into the Protected Area of the Plant.
- Plant personnel from the TSC, PMC, and OSC will not be repositioned j at their emergency response facilities. Personnel responding to the l EOF and the PMC from the Harris Energy and Environmental Center (HE&EC) near New Hill, NC or the Corporate Office in Raleigh, NC will ,
be in the vicinity of the RNPD site and will be appropriately called to the facility. The actual drive from the HE&EC and Corporate l offices will not occur. l i
- RNPD control room personnel who will " play" during the exercise will )
be positionec in the control room before the beginning of the i exercise. i l l l i t Q/ SCN:37-1717 RNPD-87-03-R1 2.0-6 l
'l
-L t
Extent of. Participant' Actions -(Continued) W (D. V/
~
~
e--
~
' Exercise lwil1 commence with simulated' Plant condition requiring I
' declaration on an " UNUSUAL EVENT," escalating to a " GENERAL EMERGENCY".- .,
ei Accident conditions will result in a simulated radiological release requiring consideration of' protective actions for the plume. Emergency, Planning Zone.'(EPZ). *
. Radiological monitoring teams will be' dispatched onsite and offsite-to; perform monitoring-and. sampling procedures. Plant-offsite environmental:monitorings teams will initially be dispatched in j accordance with Plant procedures, and then will be augmented / relieved '
by teams'from the HE&EC organization when the Emergency Operations ; Facility'(EOF) has been notified and mobilized at the Robinson ! site. The,HE&EC teams will be initially located in the HartJville area until called to activate with the EOF' staff.
-* RNPD Emergency Alarms and announcements will be demonstrated.
L> *
. Initial and continu~ous RNPD Accountability procedures will be
)
implemented.
* - Emergency Assembly of non-essential personnel will be conducted in accordance with" Plant procedures. Evacuation of non-essential personnel-of offsite locations.will be simulated.
.'RNPD Emergency Call-Out procedures, beepers,'and/or manual system-will be utilized:as appropriate.- *
*. Activities. initiated or performed by offsite governmental' emergency response agencies with.the state and counties will be demonstrated.
The monito' ring,. transportation, and treatment procedures and equipment for a contaminated and injured onsite emergency worker will be demonstrated. This includes the use of the appropriate ambulance service and the facilities at the Byerly Hospital in accordance with established procedures. 1 l A_f . SCN 87-3717
. . RNPD-87-05-R1 2.0-7
{- - . .
i j CAROLINA POWER AND LIGHT COMPANY ROBINSON NUCLEAR PROJECT DEPARDGDrf I 1987 ENERCUCY PREPAREDNESS ANNUAL EXERCISE 3.0 SCENARIO j l I O i O SCNt87-3717 RNPD-87-05-RO 3.0-0 m e
--__--,____---__---_-----_____--w--. _ . _ _ . . _ . - -
NARRATIVE
SUMMARY
This exercise scenario is initiated by a small. loss of coolant accident with elevated reactor coolant activity caused by lo.ose parts in the core. A reactor trip combined with a loss of steam dump and loose parts in the reactor core provide a transient which produces increased reactor coolant activity. During the cool down cycle the Steam Generator Power Operated Relief Valves (PORVs) will cycle open and shut continuously because the steam dump system is unavailable due to its clearance for repairs. Eventually the PORV on "C" Steam Generator will fail full open, thereby providing a potential release path to the environment. Shortly thereafter, a Steam Generator tube leak of l- approximately 600 gpm will occur in "C" Steam Generator, caused by a loose l part on the secondary side. Initial conditions establish that the Plant has been at 100% power for the last 98 days with 200 effective full power days left on Cycle 12. Maintenance on "A" Safety Injection Pump has been completed and area decontamination is scheduled for first thing that morning. Maintenance is also scheduled to rebuild the relief valve (SDN-12) on the Steam Dump Nitrogen Accumulator System. The Nitrogen System has already been cleared for repairs. The initiating event occurs when a Reactor Coolant System leak of approximately 12 gpm is detected after completing OST-051. The cause of the leak is unknown but a Reactor Coolant Pump seal failure is suspected. OST-051 was performed when an alarm on RMS 11 was received in the Control Room and RCS makeup occurred. () A conference call between the Shift Foreman and the Operations Supervisor has. established that based on increased reactor coolant activity and an unidentified RCS leak, a shutdown rate of 10% an hour will be initiated to be offline in eight hours. An Unusual Event should be declared at this time due to RCS leakage greater than 10 gpm. A Security search of the TSC should be initiated. Higher than normal RCS radioactivity has increased the sampling frequency to every two hours. The 0600 hours sample showed an I-131 Dose Equivalent of approximately 0.179 pCi/ml. Subsequent RCS sample analysis will be unavailable due to a momentary interruption of power in the E&RC Building Chemistry Lab. This will dictate the re-calibration of all counting equipment disabling the lab for approximately two hours. Several Loose Parts Monitor alarms are received in the Control Room and the dispatched Auxiliary Operator (AO) will find multiple signals collected on the lower Reactor Vessel channels. Shortly afterwards the reactor coolant activity will increase causing RMS-9 to alarm. Due to this increase of greater than SR/hr within 30 minutes, an Alert should be declared and the onsite Emergency Response Organization (ERO) should be activated. Failed fuel monitor (RMS-9) will experience detector problems at around 0925 rendering it out-of-service. A medical emergency will occur in the SI Pump Room when a IRH decontamination technician (deconner) accidently knocks his head and falls while working in a i contaminated area. Subsequent rescue efforts will mandate the transport of this contaminated individual to Byerly Hospital by the responding ambulance service. l SCN:87-3717 L_ _ _ - - - - - - - - . _ _ _ - _ - . _ _ _-
l l I l j g A Reactor trip will occur at 0945 when "C" Steam Generator (MSIV) closes j
/
1: ; causing a low low level in the steam generator. Loss of steam dump capability L b) . provides sufficient pressure to cycle all steam generator PORVs. The l i l subsequent transient increases reactor coolant activity and combined with the 1 l 35 gpm leak in the RCS increases R-32A/B to greater than 100R/hr. A Site l Emergency'should be declared at this time due to R-32A/B reading greater than 100R/hr. (Module 3.) ]
]
A radioactive release to the environment is generated when "C" PORV fails full open and a loose part on'the secondary of "C" Steam Generator produces a 600 gpm tube leak. A Safety Injectior will occur when the Pressurizer pressure decreases to less than 1760 psig or through manual initiation. Initial Heintenance efforts to isolate "C" Steam Generator PORV will be unsuccessful due to high radiation levels. The release will continue until adequate depressurization of the faulted Steam Cenerator reduces the PORV area dose rates to acceptable levels allowing Maintenance personnel to make repairs. A Ceneral Emergency will be declared around this time due to offsite dose
. projections reflecting doses greater than 1.0 Rem (Whole Body) or greater than 5.0 Rem (Thyroid). ~ The General Emergency could also be declared due to the loss of the 3 to 3 Fission Product Barriers.
The exercise will be terminated upon isolation of release and/or the Plant reaches stable operations. O N./ l A U SCN:87-3717 RNPD-87-05-R1 3.0-2
l
'l 87-05 ANNUAL EXERCISE TIMELINE i .i
( "'s) .' wi INITIATINC ,
, MESS ACE -
TIME NUMBER 0630 #1 ESTABLISH INITIAL CONDITIONS
^
Reactor Power 100% - ' Middle of Life (MOL) Cycle 12 j RMS 11 and 12 have been increasing slowly Last RCS Sample results 0.179 pCi/mi I131 dose equivalent taken at 0600 a.m. RCS Sampling frequency increased to every 2 hours Main Fcedwater Pump "A" experiencing slightly l increased vibrations and is being monitored. l Steam Dump Nitrogen Accumulator cleared for leaking I valve replacement scheduled to commence at 0730'this j morning. Safety Injection Pump "A" was returned to service j following seal replacement and SI Pump area is ; scheduled to be deconned at 0730 a.m. (Q;_,/ Lake Level is 220 Feet. Meteorological Conditions: Corporate' Meteorology has issued warning for ! _ localized flooding in area from previous heavy rainfall. Wind direction - from 231 degrees Wind speed = 5.3 mph delta T = 8.7 degrees C/100m Potential wind shift around 0900 0645 #2 Charging Pump Hi-Speed Alarm - APP-01-038 Process Monitor High Radiation Alarm on APP-02-031 (RMS - 11 ALARM) 0650 #3 Auxiliary Operator discovers HVH 1-4 indicators on CMS are all pegged high. Dew Cell shows an increase of approximately 15* on all points. , ..{'~\ l SCN:87-3717 RNPD-87-05-R1 3.0-3 L
p- { I
. -l f .
INITIATINC ' C ! MESSACE
-TIME NUMBER 0700 .f4 Chemistry Sample Counting Lab has experienced a' ]
voltage spike,' momentarily interrupting power. .j ( (A complete calibration taking approximately'y two l hours is required to return Counting Lab to : l
. operational status).
Floating 0700-0715 #5 OST-501 results indicate approximately 12 gpm leak'. rate.
-(RMS 11 and 12 and RMS 2 trending upscale).
Floating 0700-0730 #6- Operations Supervisor has determined a shutdown rate , of 10%/ hour, (Unit offline in eight hours) will be ' utilizied. ) s 20 min. $7 An Unusual Event should be declared at this time 3 after CONTINGENCY based on Module 3 (a) Unusual Event due to RCS / Message #5 ' leakage greater than 10 gpm. gg A Security search of the TSC should be initiated at this time. g , 0725 #8 Shift Foreman calls Mechanical Foreman to ensure CONTINGENCY Steam Dump Nitrogen repair is being initiated. 0730 #9 LPMS has just alarmed on APP-036-03. 3 0735 #10 Auxiliary Operator finds multiple alarm signals on , Channels 752 and 753 Lower Reactor Vessel. 1 Ao can hear audible impact signals. Monitor shows 7 l impacts above and 300 impacts below setpoint. 0750 fil Areas Monitor Alarm on APP-02-023 due to R-9. 0800 N/A R-9 reading on SPDS sheet shows an increase of more ! than SR/hr in less than 30 minutes. l l An Alert Classification should be declared at this 0820 #12 CONTINGENCY due tot ALERT Module 7(c) - R-9 increase > SR/hr within 30 minutes. TSC/OSC mobilization begins. O V .
-SCN:87-3717
.RNPD-87-05-R2 3.0-4 l
p - m (1 0 ,.rm'- INITIATING l
- (gk TIME MESSAGE NUMBER 0820- #13 Individual reports an unconscious IRM 0840 Floating : decontamination technician found in SI Pump Room.
The victim apparently fell, hit his head.and is potentially contaminated. . Floating- #14 Medical response personnel find unconscious victim 0825-0845 in SI Pump Room. Vital signs are: Blood Pressure: 168/93 Pulse: 103 Color: Pale Other indications of possible shock condition Contamination levels: 2700 to 5000 cpm on right side of body. 0840 #15 Damage Control Tesa Leader gets message that Steam CONTINGENCY Dump System is needed ASAP. p i 0900 #16 Parts for the Relief Valve on Steam Dump Nitrogen f Accumulator are incorrect. Valve must be re-lapped; i f- 0900-0930 #17 Corporate Media Center getting calls from public. i Floating Activate Rumor Control. 0900-0915 #18 Segars Mill Pond Bridge on SC-151 is out. Ambulance Floating driver to take alternate route. 0900-0910 #19 Hot Lab is now ready for sample analysis.
'0925 N/A R-9 fails "off scale low". l 0930 #20 LPMS ALARM (2nd time) APP-036-03 0935 #21 A0 finds multiple alarm signals on channels 0752, 0753, Lower Reactor Vessel.
A0 can hear audible signal impacts. l Monitor shows 400 impacts above setpoint ) 2000 impacts below setpoint l l 0945 #22 Reactor is presently at 75% power. The following alarms are received (C MSIV) APP-004-16 S/G 3 LO LO Level Trip Reactor Trips from 75% power Turbine Trip. SCN 87-3717 RNPD-87-05-R21 3.0-5
c ,
' - f'S . INITIATING
-Q- TIME MESSAGE NUMBER (NO STEAM DUMP) Due to clearance on the Steam Dump Nitrogen Accumulator. Note: Repairs cannot be done within three hours NOR can system be put back in service.
Indications are that PORVs RV-1, RV-2, and RV-3 have opened. (Reactor Trip generated by MSIV safeguard solenoid closing LO-LO S/C level in "C") 0950 #23 LPMS Alarm on APP-036-03 1000 #24 Audible signal impacts can be heard. Monitor shows 450 impacts above setpoint 2100 impacts below setpoint 1005 #25 Indications are that RV-1, RV-2 have reseated.
, RV-3 indicates valve is stuck open (Operations should isolate feed to "C" Steam Generator).
A ( ,) 1010 #26 Repairs on Steam Dump Relief Valve are complete. 1020 #27 A Site Emergency should have been declared at this CONTINGENCY time due to: Site emergency Module 3 - R-32A/B > 100R/hr. 1020 #28 Damage Control Team Leader gets information that j CONTINGENCY RV-3 is stuck open. l i 1040 #29 Mechanics discover valve operator to body bolts are loose and additional tools are needed. 1045 #30 LPMS alarms on APP-036-03 1946 #31 Multiple signals have been generated on S/C "C" primary side of tube sheet'. Channel 758 shows 5 impacts above and 100 iiupacts below. When A0 monitors all channels channel 759 has louder impacts and display indicates larger amplitudes. Same number of impacts on both sides. I 1047 $32 RMS-31C and RMS-19C are increasing rapidly and ' alarm. (Release in progress due to 600 gpm tube leak generated on "C" S/C). t' ! I i sm I. 1 SCN:87-3717 RNPD-87-05-R2 3.0-6 l
~
w 'M c vv INITIATING J l i HESSAGE 'l
' TIME ' NUMBER 1055- #33 Control Room received an SI Signal due.to Low
. CONTINGENCY- Pressurizer Pressure.
1100 #34 E&RC' coordinator told radiation levels prohibit CONTINGENCY work on RV-3.- 1110 #35 A General Emergency should have been declared due CONTINGENCY tot i Module 6 - Loss of any 2 of the 3 Fission Product Barriers. l OR Module 15 (1) any. release to the environment i resulting in excess of 1.0 REM (Whole Body) or j 5.0 REM (Thyroid). 30 min. #36 Make protective action recommendation to " evacuate - q after CONTINGENCY 5 mile radius and 10 mile downwind, shelter those a
- areas that cannot be evacuated before plume arrival.-
#31 .
AFTER 1130 $37 Questions for Plant Media Center (see Message / Drill Card). ,
'k}- g)
' - ' Radiation levels will allow PORV repair efforts to 1230 #38 commence.
CONTINGENCY 1 After 1230 #39 Questions for Plant Media Center (see Message / Drill Card)~. i 1300 #40 Repair activities on RV-3 are successful. q The valve is closed and the release is terminated-After 1300 #41 Questions for Plant Media Center (see Message / Drill ! Card). l 1330 #42 Terminate the 10 mile EPZ exercise. CONTINGENCY I () N--
]
l SCN 87-3717 RNPD-87-05-R2 3.0-7 l _ __-__ _ - - - i
i O . y CAROLINA POWER.AND LICHT COMPANY s., ROBINSON NUCLEAR PROJECT DEPARTMENT , 1987 EMERGENCY PREPAREDNESS ANNUAL EXERCISE 3.1 ITSSACES O l lO SCN:87-3717 RNPD-87-05-RO 3.1-0 t-
r m CP&L g-'s - EXERCISE MESSAGE / DRILL CARD
'u)
RNPD Plant
-Message No. 1 Date October 6, 1987 Time 0630 MESSAGE FOR: Shift Foreman, Unit 2 FROM: Control Room Controller MESSAGE / SIMULATED PLANT' CONDITIONS: "THIS IS AN EXERCISE HESSACE" Reactor is at 100% power,'on line 98 days, near middle of core life.
RMS 11 and.12 have been increasing slowly. a RCS activity at 0600 approximately 0.179 pCi/ml.I-131 Dose Equivalent. RCS Sampling is being'done every two (2) hours.
--
- Main Feedwater Pump "A" is experiencing increased vibrations. ,
g
- Nitrogen Accumulator on Steam Dump System has been cleared for-replacement of' leaking valve SDN-12. Work scheduled to begin at 0730
.this morning,
* 'SI Pump "A" has been returned to service after seal replacement and decontamination of. area will begin this morning.
Lake level is at 220 feet. Flooding has been occurring'due to recent heavy rains. l FOR CONTROLLER USE ONLY I l j ACTIONS EXPECTED: I 1 Review information and relay to appropriate personnel. r~'s , si / d l SCN 87-3717 RNPD-87-05-R1 3.1-1
a se i :i CP&L ,.,q [f t
.N -EXERCISE MESSACE/ DRILL CARD-
, RNPD Plant Message No. 2 Date October 6,.1987' Time 0645
.MESSACE FOR: Control Room'SRO FROM:' Control' Room Controller .
MESSACE/ SIMULATED PLANT--CONDITION 3: "THIS IS AN EXERCISE MESSACE"
~ Charging Pump Hi-Speed Alarm received on' APP-01-38. Alarm received on I APP-02-031,'" Process Monitor Hi, Radiation" caused by RMS-ll.'in alarm.
Alarm received on " Area Monitor Hi Radiation" on APP-02-023 caused by RMS-2.
"Cond. Coll." Alarm on APP-0D2-034. . You received. automatic make-ups at 0630 ;
and 0638.
.D 'FOR CONTROLLER USE ONLY b.
i i ACTIONS EXPECTED L j
~
'l
- Initiate AOP-004', Radiation Monitor Alarms l
- Initiate OST-051. -l
- Dispatch AO to CMS panel. I l
l 1 1
'Q .
( SCN 87-3717 RNPD-87-05-R1 3.1-2 1
CP&L EXERCISE MESSACE/ DRILL CARD-
, , RNPD
- Plant
~
. Message No. 23 ___ -Date October 6,-1987- Time 0650 iMESSAGE FOR: -Auxiliary Operator L
!FROM: ' Control Room Controller
-MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE"~
HVH 1-4: indicators onLCMS-are all pegged high. Dew Cell recorder shows-an increase of approximately 15' on all points. FOR CONTROLLER USE ONLY.- ! ACTIONS EXPECTED:
. Report conditions to Control Room.
i
.u-l l
0
-l '
i l
'l SCN:87-3717 j
, .. RNPD-8 7-0 5-R1 - 3.!-J
. i
CP&L
/~~~5 - EXERCISE MESSAGE / DRILL CARD f
)
~+.%d RNPD Plant !
Message No. 4 Date October 6, 1987 Time 0700 MESSAGE FOR: Chemistry Technician in Counting Lab FROM: Sampling Team Controller MESSACE/ SIMULATED PLANT CCNDITIONS: "THIS IS AN EXERCISE MESSAGE" The Chemistry Sample Counting Lab has just experienced a voltage spike, momentarily (approximately 5 seconds) interrupting power to the lab. FOR CONTROLLER USE ONLY I i
'^'
ACTIONS EXPECTED: Initiate activities to re-calibrate instrumentation and equipment. NOTE: No analysis can be dene until after 0900. I l
/~'%
() . l l l' SCN:57-1717 PNPU . - :'d - 31 3.1-4 l L- __ _ . - - - - . - - - - - -
p ,- _ .
< :%, - .i 0;i(
1 .. CP&L [ h, EXERCISE MESSACE/ DRILL CARD I 1
,~\
RNPD Plant- I L 1
)
.," -FLOATING 1 l..
Message No. 5: Date October 6, 1987- , Time 0700-0715 i
!!ESS ACE L FOR: . Control' Room SRO I i
.)
'FROH:- Control Room Controller.. ~i MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" 'I OST-051 results indicate an RCS leak rate of approximately 12 gpm. l
+ ]
'FOR CONTROLLER USE ONLY- .
Th'ese'results given 10 minates after OST-051.'is. begun. 1 .-
/' -
i ACTIONS EXPECTED:. I
.. Notify Ope' rations' Supervisor of LCO condition.- ~l
)
Declare an Unusual' Event'and implement PEP-102 actions based on Module.3(a). I
~l
{ i
-l O .
SCN:87-3717 KRNPD-87-05-R1 3.1-5 e u___ _m._._m--------- . - - . - - - - - -
i CP&L
-g.: EXERCISE MESSACE/ DRILL CARD x'
RNPD Plant FLOATING
' Message No. 6 Date October 6, 1987 Time' 0700-0730
-MESSAGE FOR: Shift Foreman /SEC in Control Room FROM: Control Room Controller MESSAGE / SIMULATED PLANT-CONDITIONS: "THIS IS AN EXERCISE MESSAGL" You and the Operations Supervisor have determined a shut down rate of 10%
per. hour, with the unit off-line in 8 hours. FOR CONTROLLER USE ONLY
/~h 4
'N~ 2 ACTIONS EXPECTED:
Begin shutdown at 10%/hr per GP-006.
/ \
SCN:87-3717 RNPD-87-05-R1 3.1-6
j:: f <
~
73 : , ,,; i - i N-3
-CP&L
( 'y , EXERCISE'MESSACE/ DRILL' CARD
, s,a 1kg): '- ,
RNPD Plant (i:i CONTINGENCY' 20 minutes after l Message No. '7 Date October 6, 1987 Time- message 5 , g - l i iMESSACE FOR:- Shift' Foreman. J
'FROM: ' Control Room Controller
'MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE"
' .An Unusual Event should be declared based on Module 3(a) - due to RCS leakage l greater than'10 gpm..
> l 1
FOR CONTROLLER USE ONLY . 1 t l; ,
- *. j FACTIONS-EXPECTED: . ;
' Implement PEP-102 actions.
Call for Security. search of TSC. t I ( l E SCN:87-3717-s RNPD-87-05-Rl- 3.1-7
r __ , s
-f m .. . CP&L , j}-' EXERCISE MESSACE/ DRILL CARD ~ 'u RNPD Plant j CONTINGENCY Message No. 8- .Date October 6, 1987 Time 0725 s
MESSAGE FOR: Lead Mechanical Foreman f FROM: OSC - Maintenance - Mechanical Controller MESSACE/SDIULATED PLANT CONDITIONS "THIS IS AN EXERCISE MESSAGE" l The Shift Foreman called to confirm that the maintenance on the Steam Dump l Nitrogen-Relief Valve SDN-12 is going to be done early this morning. The ; tsystem has been cleared and taken out-of-service.- ! FOR CONTROLLER USE ONLY
\
ACTIONS EXPECTED: l Dispatch Hechanics to remove valve for disc replacement. I l C.. , i l SCN 87-3717 RNPD-87-05-R1 3.1-8
i l' 1 l J CP&L i
.,s EXERCISE HESSACE/ DRILL CARD t
Li RNPD Plant-1 Message No. 9 Date October 6, 1987 Time 0730 : I MESSAGE FOR: Control Room SRO l FROM: Control Room Controller j l f MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" l Loose Parts Monitor System Alarm received on APP-036-03.
. l FOR CONTROLLER USE ONLY i
s I ( ) ACTIONS EXPECTED: N../ - { Dispatch A0 to panel to investigate. j i l 4 I
)
I o i
,eg d .
.SCN:87-3717 RNPD-87-05-R1 3.1-9
.4 1-n:
CP&L EXERCISE MESSAGE / DRILL CARD of)} Ad RNPD Plant Message No.; 10 Date October 6, 1987' Time' 0735 MESSAGE FOR: Auxiliary Operator E FROM: Control Room Controller i IMESSAGE/ SIMULATED PLANT' CONDITIONS: "THIS IS AN EXERCISE MESSAGE" i LPMSLPanelfshows multiple' alarm signals on Channels'752 and 753 Lower Reactor Vessel.. Audible signal impacts can be heard. Monitor shows 7 impacts above j setpoint andL300 impacts below setpoint. s
.i FOR CONTROLLER USE ONLY' i
-()
ACTIONS EXPECTED:
')
Reset panel alarm and relay information to.SRO. I E i I
'SCN:87-3717
-RNPD-31-05-R1 3.1-10
8 i [" CP&L
, ' EXERCISE MESSACE/ DRILL CARD E i RNPD Plant
~
-Message No.. :11' Date October 6, 1987 Time 0750
-MESSAGE FOR: . Control Room SRO
-FROM: Control Room Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCTSE MESSACE" You have:just received an'" Area Monitor Hi. Radiation" alarm on APP-02-023,
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caused by R-9 reaching alarm setpoint. FOR CONTROLLER USE ONLY "D d ACTIONS EXPECTED:
' Initiate AOP-004, Radiation Monitor Alarms Actions. . Monitor R-9 closely.
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l SCN:87-3717' RNPD-97-05-R1 3.1-11 j
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CP&L EXERCISE MESSACE/ DRILL CARD
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RNPD Plant CONTINGENCY Message No. 12 Date October 6, 1987 Time 0820 l
. I MESSAGE FOR: SEC in Control Room FROM; Control Room Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THI'S IS AN EXERCISE MESSACE" q An Alert should be declared based on an increase on R-9 of greater than 5R/hr within 30 minutes.
FOR CONTROLLER USE ONLY I i 1 1 I
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ACTIONS EXPECTED: - 1 Implement PEP-103 actions based on Module 7(c) I l i l l l l i h(~~% 4 i SCN:87-3717 RNPD-87-05-R1 3.1-12
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- I CP&L EXERCISE MESSACE/ DRILL CARD 4
e RNPD ,r , Plant l FLOATING Message No. 13 Date October 6, 1987 Time _. 0820-0840 MESSAGE FOR: Person discovering victim OR the Shift Foreman PROM: Medical Emergency Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" There is an unconscious person who appears to be an deconner down in the SI Pump Area. He apparently fell and struck his head as there is some swelling. FOR-CONTROLLER USE ONLY
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ACTIONS EXPECTED: Inform Unit 2 Control Room of injured person and if " trained" perform initial First Aid. S.F. will initiate First Aid response via OSC personnel or normal organization. l
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' RNPD-87-05-# '
3.1-13
I CP&L 7S EXERCISE MESSACE/ DRILL CARD s
/ i RNPD Plant FLOATING Message No. 14 Date October 6, 1987 Time . 0825-0845 MESSAGE FOR: RC Foreman or ANSI RC Technician on scene FROM: Medical Emergency Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" i
Victim is unconscious. His vital signs are: Blood Pressure: 168/93; Pulso: 103; Color: Pale; and there are other indications of head injury and/or shock. . FOR CONTROLLER USE ONLY
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G' ACTIONS EXPECTED: i Render immediate care for above, request an ambulance for transport, establish l person's identity, etc. Check person for potential contamination. f J r I i l 1
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(_ / j i SCN:87-3711 RNPD-d7-P -4: 3.1-14 l __________ __ A
PERSONNEL CONTAMINATION REPORT ^- INDICATE CONTAMINATED ~ AREAS AS TO LOCATION,. :
.< /') .() DEGREE OF CONTAMINATION AND DECON EFFORT j INDICATE LOCATION OF WOUNDS (Use Additional Sheets if Necessary) !
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(GLb. e r- -
) 1 a7 C1 = 5000 cpm I I
C2 = 3400 cpm , C3 = 2700 cpm 'k e C4 C4 = 5500 cpm
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ba Distance Skin-to-Probe: 0s i in.
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Type of Meter Used RM-14 #07895 (indicate model and number) Vital Signs: Blood Pressure: 168/93 Respiration: Shallow g Pulse: 103 color: Pale Temperature: 98.4*F o bb$bNbhR0 - 3.1-15
4 Primary W aitor Water 1 s.r..y =3.au. P=,. A gygg,. u.s p,. g... sw I\
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. Containment I Spray Pump. -l O .
PDFWlEI N: BATE! TIME!_,,, LOCA- . CONTACT CouTACT 18' SEAR AIRBORE INSTRUENT f!W MSCRIPTION IIIAft MRA8/E IIt/m IPM/100cm2 FCFRAC. 'TTPE & El- C SI Pump 15 35 -- 400 -- R02A 2
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E2 C SI Pump 20 40 -- 600 -- F1 Floor 20 40 -- 10.000 -- F2 Floor 10 70 in 91 nnn - ABBREVIATIE F3 Floop 90 An in 42.000 -- LHRAILectedHit F4 Finnr An inn 1m 60.000 -- iltA: Hi-Red Aret HCA: Hi-Contenia
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Areo CA! Conteeinsti: j, CPEA: Contaa. Pts Equip. Area i '. ARA Airborne 28 RA: Red Ares RMA! Red Materia
$0Pt Step-Off PE N
COMENTS: III I4410'LOCU Fl! FloorLoca@
- H68 Pot Spot Le Pege! C SCNi87-3717 L. RNPD-87-05-R0 3.1-16 L y __ _ _ _ - - - - _ _ - - - - _ - - - - - - - - - -
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-Message'No. 15 Date October 6, 1987 ' Time 0840
. MESSAGE FOR: Damage Control LeaderL
-i 3 FROMt 'OSC - Maintenance - Mechanical Controller 4
MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" The Emergency Repair Director called and said that OPS must have Steam Dump ! System back in service ASAP. Expedite repairs-to SDN-12.- ! FOR CONTROLLER USE ONLY ! f Issue this message.if OSC/ Damage Control personnel are not aware of need to
. , s' 5 expedite repair.
{x~). - ACTIONS EXPECTED: , Damage Control Leader confers with mechanics already working on the SDN-12 : Relief Valve'and.they determine that the quickest route to get the valve repaired is to continue to rebuild the valve as planned. l
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\us/ 1 el SCN:87-3717 RNPD-87-05-R2 3.1-17
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RNPD
, Plant l 4 Message No.; 16 . Date Octo>er 6, 1987' Time 0900 j
,' i MESSAGE'FOR: Mechanics on'SDN-12 Relief. Valve-Repair .l t
-FROM: OSC - Maintenance --Mechanical Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS-AN EXERCISE MESSAGE" !
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.While' attempting'to reb 911d the valve in the shop, you find that you do not j have the correct valve disc and one is not in stock._. l 1
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- FOR CONTROLLER-USE ONLY-
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' ACTIONS EXPECTED:
- l Mechanics would relap'the existing valve and return it to service in 60-90 minutes.
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,.SCN:87-3717-RNPD-87-05-R2 3.1-18
- , _ ~ - _ - - - . , 1 1 CP&L (~> EXERCISE MESSACE/ DRILL CARD l N--] RNPD 1 Plant Message No. 17 Date.0ctober 6, 1987 Time 0900-0930 1
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1 MESSAGE FOR: Personnel Arriving at the Corporate Media Center l 1 FROM: Corporate Media Center Controller l l MESSACE/, SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" Numerous calls are coming in from members of the public, concerned and afraid about a major accident at the Robinson Plant.
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People in the area have seen the Rescue Squad ambulance arrive at the Plant gate. Two callers so far have ] heard the Plant P.A. declare an " ALERT", as they were fishing on Lake l Robinson. A fourth caller asked if people were being evacuated from the area and if so where he should go. )
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) FOR CONTROLLER USE ONLY l
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ACTIONS EXPECTED: 1 Activate the Rumor Control Center. l l l l 1 1 .
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\,,/ 1 RNPD l Plant Message No. 18 Date October 6, 1987 Time 0900-0915 !
i l MESSAGE FOR: Driver of Ambulance ! FROM: Medical Emergency Controller I i MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" Due to very heavy rains from the remains of Hurricane Felix which went through South Carolina two days ago, Segars Mill Pond Bridge, SC 151 near the Intersection with SC 39 has been damaged. .one Lane is being allowed to
, Cross. -
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FOR CONTROLLER USE ONLY t' 's ACTIONS EXPECTED: Driver should transport RNPD victim to hospital using an alternate route. l 0 [D G l [ l SCN:87-3717 f RNPD-87-di-40 3.1-20
L 1 g i H. D. ROBINSON FULL PARTICIPATION EXERCISE - l STATUS REPORT AS OF 06:00/6 OCTOBER 1987 l (~Tj STORM DAMAGE IN OR NEAR RNPD
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EXERCISE MESSAGE The. hurricane recovery situation ~ has stabilized. All 1 county EOC's have closed for the night. Most flood recovery efforts were terminated for the night but will commence again when flood waters start to recede about 10:00 hours today.
-Bridge repair and utility crews'have not stopped. -
-Storm damage effects lingering as of 06:00:
I. Darlington County A. Bridges Affected Road / Areas i
- 1. Seegars Mill Pond SC-151 (one lane only)
- 2. Lynches River S-23 (out until 16:00)
- 3. Boggy Gully - Lee Crossroads US-15 (out until noon)
- 4. Boggy Swamp SC-102 (out until 11:00)
- 5. Boggy Swamp SC-115 '
(one lane only) () 6. Boggy Swamp US-15 t, j (one lane open at noon)
- 7. Swift Creek S-13 (out until 16:00)
B. Dams Affected
- 1. Prestwood Lake -- . Overflowing
- 2. McIntosh Millpond -- Washed out C. Power Outages
- 1. Town of Lydia
- 2. Doversville Area 3..Lamar
- 4. Hartsville -- intermittent D. Flood Areas
- 1. Lynches River - Lee State Park south to US 401 1/4 to 1/2 mile either side
- 2. Great Pee Dee River --- Cheraw to Society Hill 1/2 to 1 mile either side SCN: 87-3717
, RNPD-87-05-R1 3.1-20A t \._
$H .~D. ROBINSON FULL PARTICIPATION EXERCISE -
l STATUS REPORT AS OF 06:00/6 OCTOBER 1987 l A : STORM' DAMAGE IN OR NEAR RNPD
?( ) EXERCISE MESSAGE l
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(continued) l I. Chesterfield County A. Bridges Affected Road / Areas
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- 1. Lynches River - Highway US-1 l (one lane only until 13:00) j
- 2. Lynches River -- RR Bridge SCL North / South l (out until 7 Oct.) l
- 3. Lake Robinson Bridge S-346 I (one lane only until noon)
- 4. Skipper Creek (Ruby Lookout) US-1
. (out until 16:00)
- 5. Little Alligator Creek US-1 (Hebron Church) (out until 11:00 they only one way)
- 6. North Prong Creek SC-102 (Shiloh Church) (out until 7 October) +
B. Dams (All are OK!) C.
'f'J Power Outages
- 1. Patrick -- intermittent ~
- 2. Angelus 33 & 111
- 3. McBee -- intermittent D. Flood Areas
- 1. Greet Pee Dee River - Cheraw to Society Hill l 1/.2 to 1 mile either side I
- 2. Lynches River - Big Sandy Creek to US-1 1 mile either side
- 3. Lynches River - 2 SC-9 South To SC-265 to include Jefferson - 1 mile either side SCN:87-3717 RNPD-87-05-R1 3.1-20B
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H. B. ROBINSON' FULL PARTICIPATION-EXERCISE _ STATUS REPORT AS OF 06:00/6 OCTOBER-1987 STORM DAMAGE IN OR NEAR RNPD g >) EXERCISE MESSAGE j (continued) I. Lee County A. Bridges Affected Road / Areas
- 1. Lynches River US-15/SC-34 (out until 10:00 then one lane)
- 2. Turkey Creek SC-341 (Damaged -- one lane -- no trucks) s 3. Black' River US-401 f- (out until 7 October)
B. Dams (All is OK!) C. Power Outages
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- 1. Elliot -- Intermittent 2.' Lock now
- 3. Hammets Crossroads L D. Flood Areas
- 1. Lynches River - Turkey Creek south to ,
US-15/SC-34
- 2. Lynches River - Lee State Park south past US 401 ... 1/2 mile either side '
- 3. Black River - US-401 south past US-76 ---
1 mile either side
- 4. Scrap Ore Swamp -- from S-600 south to I-20 1/2 mile either side.
i t SCN:87-3717 RNPD-87-05-R1 3.1-20C -
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CP&L EXERCISE MESSACE/ DRILL CARD RNPD Plant FLOATING Message No. 19 Date October 6,1987 Time 0900-0910 l ' MESSAGE FOR: Chemistry Technician i.n Counting Room i FROM: Sampling Team Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" Re-calibration of instrumentation and equipment is now complete. FOR CONTROLLER USE ONLY O ACTIONS EXPECTED: Begin analysis of previously pulled samples. O .
.SCN:87-3717 RNPD-37 3.1-21
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RNPD j Plant l Message No. 20 Date October 6, 1967 Time 0930 l MESSAGE FOR: Control Room SRO l FROM: Control Room Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" You have just received a Loose Parts Monitor Alarm on APP-036-03. FOR CONTROLLER USE ONLY A (,,,) ACTIONS EXPECTED: l i Dispatch Ao to check panel. Request Andy Moultrie or Gary Shartzer to also l check panel. 1 I 4 I l l i i I i l
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RNPD-37-05-R2 3.1-22 i
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, 4 EXERCISE'MESSACE/ DRILL CARD <
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- i Message.No.- 21 -Date October 6,'1987 Time- 0935 4
. MESSAGE FOR:- Auxiliary' Operator 1
i FROM: Control Room Controller { l
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1 MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXCRCISE-MESSACE"
.l LHultiple. alarm signals are on Channels 752 and 753,' Lower Reactor Vessel.- 1
~ Audible signal. impacts can be heard.' Monitor shows-400 impacts above setpoint ,
and 2,000 impacts below setpoint.
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.I FOR CONTROLLER USE ONLY !
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-I ACTIONS EXPECTED:-
q
- . Reset panel' alarm and relay information to Shift Foreman.
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'1 SCN:87-3717- l RNPD-87-05-R2 3.1-23 1
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/ EXERCISE MESSACE/ DRILL CARD .
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' Message No. 22 Date October 6, 1987 Time 0945 1
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MESSACE FOR: Control Room SRO
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FROM: . Control Room Controller
.MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE-MESSACE" You have just received an. alarm on APP-004-16 "S/C 3 Lo Lo Level Trip". The Reactor and turbine have tripped. Indications show that PORVs RV-1, RV-2, and RV-3 have opened. Indication for "C" MSIV is lost.
I FOR CONTROLLER USE ONLY j
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Initiate Emergency Path Procedures, EPP-4. 1 (v) . SCN : 8 7 - 3 7 '. 'l RNN- 3 7-W 3.1-24 !
3 I, CP&L
,g EXERCISE MESSACE/ DRILL CARD ' ' ' - J RNPD ,
Plant i' Hessage No. 23 Date October 6, 1987 Time 0950 MESSACE FOR: Control Room SRO FROM: Control Room Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE"
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You have just received an alarm on LPMS APP-036-03. i i i
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i FOR. CONTROLLER USE ONLY i
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) ACTIONS EXPECTED: 1 N._ / Il Dispatch A0 to panel to investigate alarm.
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Plant Message'No. 24 Date October 6, 1987 Time 1000 MESSAGE FOR: Auxiliary Operator FROM: Control Room Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" Multiple alarms are on Channels 752 and 753. Audible signal impacts can be heard. Monitor shows 450 impacts above setpoint and 2,100 impacts below setpoint. - 1 FOR CONTROLLER USE ONLY j) 1
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k ACTIONS EXPECTED: Give information to Shift Foreman. { l,
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?NPD-37-05-R2 3.1-26 !
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Message No. 25 Date October 6, 1987 Time 1005 :{ l MESSAGE FOR: Control Room.Suo < 1 1 FROM: Control Room Controller i
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HESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" You have indications
- hat RV-1 and RV-2 have resented, but RV-3 has remained open.
l FOR CONTROLLER USE ONLY l
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,,, 1 s_ 1 ACTIONS EXPECTED: l Isolate Feed to Steam Generator "C".
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1 SCM:37-3717 3.Ni'a -3 7-G 5 -R2 3.1-27
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RNPD . Plant f l Message No.- 26 Date October-6, 1987 Time ~ 1010
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~ MESSAGE FOR:. Mechanics on SDN-12 Relief Valve Repair FROM: OSC - Maintenance - Mechanical Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS.AN EXERCISE MESSAGE"'
You have completed the repairs.
- FOR CONTROLLER USE ONLY j l
ACTIONS EXPECTED: They are to notify Damage control Leader. I. 1 l l' l > l SCN 87-3717 RNPD-87-05-R2 3.1-28 i _ - __--_ _ ______ a
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CP&L
.rw : EXERCISE MESSACE/ DRILL CARD v
RNPD Plant CONTINGENCY Message-No. 27 Date October 6, 1987 Time 1020 !
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'ESSAGE FOR:
M Site Emergency Coordinator - TSC FROM: TSC Lead Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" A Site Emergency should have been declared due to R-32 A/B reading greater than 100R/hr. 1
'FOR CONTROLLER USE ONLY rs. - ,
ACTIONS EXPECTED: Impicment PEP-104 actions based on Module 3. l 1
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RNPD Plant CONTINGENCY Message No. 28 Date October 6, 1987 Time 1020 MESSACE FOR: Damage Control Leader FROM: OSC - Maintenance - Mechanical Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" i RV-3 is stuck open - need to repair. ' FOR CONTROLLER USE ONLY
,m-( ACTIONS EXPECTED:
j Hechanics are dispatched to investigate. I i4 l l l l l I p . ln
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'9CN:87-3717 l- .1NPD-81-05-R2 3.1-30
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. / EXERCISE MESSACE/ DRILL CARD ,
RNPD Plant Message No.-. 29- Date October 6, 1987 Time 1040
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. MESSAGE FOR: Mechanics on PORV RV-3 repair mission FROM: OSC - Maintenaner - Mechanical Controller
-MESSAGE / SIMULATED PI).NT CONDITIONS: "THIS IS AN EXERCISE HESSAGE" Youfindthe; operator.cobodybolts'backedoutaddyouwillneed' additional
-tools.
FOR CONTROLLER USE ONLY. 4 A ACTIONS EXPECTED: Return to.0SC for additional tools. h SCN:87-3717 RNPD-87-05-R2 3.1-31 i 1 1
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. EXERCISE MESSAGE / DRILL CARD
, RNPD' Plant !
-. Message No. 30' _
Date October 6;-1987' Time 1045-g_ .
' MESSAGE FOR: Control Room SRO' L
i-FROM: ' Control Room Contro11'er~
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.MESSACE/ SIMULATED PLANT CONDITIONS: "THIS:IS AN EXERCISE MESSACE" !
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!You.have'just received a Loose Parts Monitor.. Alarm on APP-036-03. H
'i FOR CONTROLLER USE,ONLY. .i f -
ACTIONS EXPECTEDt Dispatch =AO td. investigate alarm. i O - i 1 SCN:87-3717.
..'RNPD-87-05-R2~ 3.1-32
t CP&L
"/ j EXERCISE MESSAGE / DRILL CARD L'Q.;
RNPD Plant-
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- Message'No. 31 Date October 6, 1987 Time '1046- i I
Person responding to LPMS Panel
- HESSAGE FOR: l 1
I
. FROM:- Control Room Controller I
. MESSAGE /SIMULATEDPLANTCONDIIIONS: '"THIS IS AN EXERCISE MESSACE" Multiple' signals generated on Channel 758 -.S/C "C" primary side of tubesheet. .It shows 5 impacts'above setpoint and 100-impacts below. Also j
. Channel 759 has louder' impacts and display indicates larger amplitudes. Same.
number of. impacts _ have occurred on both sides. FOR CONTROLLER USE ONLY
'7
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ACTIONS EXPECTED: Relay above information'.to Shift Foreman and reset panel. l, .- -
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l l l SCN:87-3717 3NP3-37-a?-R2 3.1-33
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/] CP&L EXERCISE MESSACE/ DRILL CARD' l
RNPD Plant Message No. 32 Date October 6, 1987 Time - l'047
* -MESSAGE FOR: ' Control Room-SRO
'FROM: Control ~ Room Controller-l 1
MESSACE/ SIMULATED PLANT' CONDITIONS: ~ "THIS IS AN EXERCISE MESSACE"
~
You_have just received'an Accident Monitor alarm on APP-02-047 caused by-RMS-31C. You have also received a' Process. Monitor alarm on APP-02-031' caused by R-19C.
/N FOR CONTROLLER USE ONLY,
):.
ACTIONS EXPECTED:
.j Relay information to SF. Realize that a radioactive release has just begun. i
- Recommend declaration of. General Emergency. based on Module 6.
4 l 1 ( 1 SCN:87-3717 l
- RNPD-8 7-05-R2 3.1-34
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l _ CP&L (T, EXERCISE MESSACE/ DRILL CARD L V l RNPD l Plant 1 l CONTINGENCY Message No. 33 Date October 6, 1987 Time 1055 MESSAGE FOR: Control Room SRO FROM: Control Room Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" You have just received a Safety Injection Signal due to low pressurizer pressure. FOR CONTROLLER USE ONLY
, Give this message only if SI has not been manually initiated.
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ACTIONS EXPECTED: Enter Emergency Path Procedures. I rm
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SCN:87-3717 RNPD-87-05-R2 3.1-35
_ _ _ _ _ _ _ _ _ _ _ _ _ ._ ~ a CP&L EXERCISE MESSACE/ DRILL CARD
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{ f RNPD Plant CONTINGENCY Message No. -34 Date October 6, 1987 Time 1055-1130 i MESSAGE FOR: Radiological Control Director FROM: TSC - Lead Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE"
;You should have recognized that radiation levels in area of "C" PORV preclude any repair efforts at this time.
- i FOR CONTROLLER USE ONLY O ACTIONS EXPECTED:-
-Hold future repair missions until radiation levels decrease. Re-call any repair ceams who may be in the area.
O . l SCN:87-3717 RNPD-87-05-R2 3.1-36 l
CP&L
..f % EXERCISE MESSAGE / DRILL CARD RNPD-Plant !
l CONTINGENCY
' Mes' sage No. :35 .Date' October 6, 1987 Time 1110 .1
, \
MESSAGE FOR: .TSC.-' Site Emergency Coordinator FRON:' TSC - Lead Controller l r MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE"
;V A General Emergency should have been declared based on Loss o'f 3 out of 3 Fission Product Barriers; OR_ any release to the environment resulting in doses in excess of 1.0 REM (Whole Body) or 5.0 REM.(Thyroid).
'FOR CONTROLLER USE ONLY
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-ACTIONS EXPECTED: .
Declare General Emergency and implement-PEP-105 actions based on Module 6 i or 15.
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.m, CP&L E7' 5l EXERCISE MESSACE/ DRILL' CARD
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"' l CONTINGENCY, Message No.- 36 ' 'Date October 6, 1987- Time 30 minutes after G.E. declared
.MESSACE FOR:-: Emergency Response Manager i
.FROM: EOF' Lead Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE'MESSACE" bakeProtectiveActionRecommendation'to" Evacuate'5mileradiusand.10 miles downwind". : Shelter-those areas that cannot be evacuated before plume arrival.
1
- FOR CONTROLLER USE ONLY I 1
I ACTIONS. EXPECTED: Determine affected zones and make appropriate notification.
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- SCN:87-3717 L - RNPD-87-05-R2 3.1-38
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EXERCISE MESSAGE / DRILL CARD
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RNPD Plant Message No. 37 Date October 6, 1987 Time After 1130 Page 1 of 2 - MESSAGE FOR: Plant Media Center Controller FROM: Lead Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" To the Plant Media Center Controller: You are to call the Plant Media Center and represent yourself as the local media (do not use real names of local media people ... Tim Smith or Jane Jones should be used). Ask the following questions:
"THIS IS AN EXERCISE QUESTION:"
(_,)
- Who is responsible for ordering an evacuation? By what criteria is the decision made to order an evacuation?
Are residents being evacuated at this time? And if so, when will they be allowed to return? What precautionary measures should residents living beyond evacuation zones observe? How about school bus drivers -- can you really expect them to drive 60 or more children to evacuation centers if they don't know what is happening to their own families? With the hurricane passing the area a couple of days ago, are any of the evacuation routes affected by damaged bridges or flooded roads? What is being done to protect the homes and property these evacuees are being forced to leave behind? What accommodations will be made for residents if their homes are isolated indefinitely by contamination? Have there been any traffic accidents during the evacuation? . r~'
- Did people really know what to do before all this happened? How do they
(_,) know in advance what emergency zones they live in, and what shelters they should find? SCN:87-3717 RNPD-87-05-R0 !.i-39
'CP&L EXERCISE MESSACE/ DRILL CARD
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RNPD , Plant Message No. 37 (Continued) 'Date October 6, 1987 Time After 1130
.Page.2 of:2 .
MESSAGE FOR: Plant Media Center' Controller FROM: ' Lead Controller u MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN. EXERCISE MESSAGE" (Continued)
-* How long can'. evacuation' centers be expected to' care for residents? What i measures will be.taken tc. provide food, clothing, and health' care if
- these centers must shelter people for several days?
i What about jobs? Should a release of radioactivity isolate businesses as well'as homes,for'a long time, will you find new jobs for displaced
.-e workers?
FOR CONTROLLER USE ONLY ACTIONS EXPECTED: . Respond to questions. i q ISCN:87-3717-RNPD-87-05-RO 3.1-40
'l h J'
\- -CP&L EXERCISE MESSACE/ DRILL CARD RNPD Plant CONTINGENCY Message:No. 38 Date' October 6, 1987' Time ~-1145-1209 MESSACE'FOR: Site Emergency Coordinator FROM: TSC - Lead Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE"
'For purposes of the exercise, D3 NOT authorize' overexposure (s) for repair of. -
PORV RV-3 UNTIL 1210. FOR CONTROLLER USE ONLY. O ACTIONS EXPECTED: Be unwilling to' allow any overexposure. J ii l 4 l
- SCN:87-3717
- RNPD-87-05-R2 3.1-41 E_____1---__--- . - - . - - - -
i c
.. CP&L l
Q-v ' EXERCISE MESSACE/ DRILL CARD I RNPD' Plant CONTINGENCY Message No. 39 Date October 6, 1987 Time 1145 MESSAGE FOR: OSC Leader
'FROM: OSC Lead Controller MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" For purposes of the exercise, and for the public's s 'ety and health, request overexposure authorization for the PORV RV-3 repair iaission.
i FOR CONTROLLER USE ONLY t D ACTIONS EXPECTED: Make request through proper channels. 1 i O . l. SCN:87-3717 RNPD-87-05-R0 3.1-42 o- - - - -
f , i CP&L l L aL/ ^\ r- EXERCISE MESSACE/ DRILL CARD i g- .< RJPD l l Plant Message No.'- 39 Date October 6,' 1987 Time After 1230
; Page 1 of 2- -
H -MESSACE FOR: Plant Media Center Controller
.FROM: . Lead Controller
'j MESSAGE / SIMULATED PLANT-CONDITIONS: "THIS IS AN EXERCISE MESSAGE"
.To the Plant Media. Center Controller:
You'are to call the Plant' Media Center and represent yourself as the local ] media (do not use real names of local. media people ...' Tim Smith or i Janc' Jones should'be used). Ask the following questions:
"THIS IS AN EXERCISE QUESTION:"
I understand that there has been a release of radiation at the Robinson Plant. Is this.another.Chernoby1? !
.Where can I get more itiformation about what is happening at the Plant? I And how can'the public find out what's going on?
What precautionary measures have been taken to protect the public? { I'm hearing a. lot of unconfirmed reports about what is going on at the-Plant. Why should officials in the Company's Raleigh Office know more than people in the Hartsville area about conditions in the Emergency Planning Zone? What about reports that hundreds of workers may have been injured at the Plant because of some kind of explosion? If there are injured,.where are they being treated? Do local hospitals have Emergency Room Staff and Facilities to handle injuries?'
]
Just what kind of damage has occurred at the Plant? What is the a . condition of the fuel, the' Reactor, and the Reactor Cooling Systems? Is there the risk of a meltdown? Do people who treat contamination victims run the risk of being . contaminated themselves? l Do local health facilities have the expertise to treat radiation sickness? For example, could bone-marrow treatment be performed locally? 1 i i SCN 87-3717 RNPD-87-05-R0 j 3.1-43 j na__ ____i________ _ - . _ _ _ _ _ _ _ _ _ _ _ _
.y- i l
IN , CP&L l VN EXERCISE MESSACE/ DRILL CARD ~ RNPD j Plant L ln. - Message No. 39'(Continued) Date October 6, 1987 Time After 1230- ! Page 2 of 2-J MESSAGE FOR: Plant Media-Center Controller j l -
.FROM: Lead-Controller l
,1 MESSACE/ SIMULATED PLANT' CONDITIONS: "THIS IS AN EXERCISE MESSAGE" -l
.(Continued)- 'i l
1
* .What about long-term contamination? How long will it take before the i
' full effects of contamination could be known?
i e' .When the sirens were sounded to alert the Public, did all the sirens sound? If they did not, how did people get the message? (A) '* When will the evacuation be completed? How many residents have been evacuated and where have they all gone?
- What about pets and farm animals? How will they be taken care of if the i evacuation lasts more than a few days? 3 Have you heard.from the President of the United States or any other I Government Official from Washington? }
l
- Is the-Plant keeping State and Local officals~ informed about current )
status and projected conditions? ' FOR CONTR01.LER USE ONLY ACTIONS EXPECTED: -l
'As'you ask the above' questions, you may further identify other questions which I would be appropriate to ask. Please " free play" the asking of questions which !
~will stimulate the Plant Media Center in their assigned emergency role. R 1
SCN 87-3717
- RNPD-87-05-RO 3.1-44 l
..-. .______-____--__-__.--____--_-.__-_-a
i l
- l CP&L j
<g EXERCISE MESSAGE / DRILL CARD
, ! ],
vs / ! RNPD j Plant i Message No. 40 Date October 6, 1987 Time 1300 ! I i HESSAGE FOR: Mechanics on PORV RV-3 Misston ' FROM: Mechanical Field Team Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSAGE" Your repair activities have stopped the steam leak. FOR CONTROLLER USE ONLY
,ry
( ) ACTIONS EXPECTED: wi Notify Damage Control Team Leader in OSC of above. 4 em
)
%.)
SCN:87-3717 RNPD-87-05-R2 3.1-45
l 1 l ! 1 l 1 i }'- CP&L ' s EXERCISE MESSACE/ DRILL CARD l l ! I l RNPD Plant i Message No. 41 Date October 6, 1987 Time 1300 Page 1 of 2 MESSAGE FOR: Plant Media Center Controller
/CDM: Lead Controller MESSAGE / SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE"
-To the Plant Media Center Controller:
You are to call the Plant Media Center and represent yourself as the local media.(do not use real names of local media people ... Tim Smith or Jane Jones should be used). Ask the following questions:
"THIS IS AN EXERCISE QUESTION:"
/s
(
\' '
)
- Why does it take so long to get information from you? The incident at the Plant released radiation hours ago, why can't you confirm those reports sooner? Won't a Ceiger Counter tell me what I need to know?
How about insurance? What's the status of this " Price-Anderson Act"? How much coverage does it offer and for whom? People? Power Plants? We have heard reports that if people who evacuated the area around the Robinson Plant, sent their receipts for lodging, food, etc., to the Power Plant, CP&L will pick up the cost in full? What is the address? I've been hearing reports that some white puffs of smoke have been coming out of the Plant? Is there another problem which you haven't told us about? Will CP&L have any problems meeting the electricity needs of all your customers if this Power Plant must shut down indefinitely? There are several Dairy Farms within fifty miles of the Plant. Whose responsibility is it to gauge the impact of an accident on agriculture? What has this emergency taught you? What do you know now that you did not know before?
,s We have heard reports that the National T.V. Networks have been given
/ T special or exclusive access to the Plant for T.V. coverage. Would you
'\ /# please comment on this report? ,
SCN:87-3717 RNPD-87-05-R0 3.1-46
n j 1 ( .. 1 ( l h-.-- . CP&L' [-(~'$~ EXERCISE MESSACE/ DRILL CARD l : \_ T j RNPD Plant Message No.- 41 (Continued) Date October 6, 1987 Time 1300 i Page 2 of 2 - MESS CE FOR: . Plant Media Center Controller FROM: Lead Controller I i
-MESSACE/ SIMULATED PLANT CONDITIONS: "THIS IS AN EXERCISE MESSACE" (Continued)
Have you uncovered any' defects that.may be common to some or all of your other Nuclear Plants? What impact would this emergency have'on the operation of these other plants? i
~
*. What kind of assistance from outside agencies are you getting in your efforts to restore the Plant?
d
- How do you. rely o'n Local, State, and County Officials to cooperate during this emergency?
* .How responsive have these agencies been so far to your request for assistance?
l FOR CONTROLLER USE ONLY ACTIONS EXPECTED: As you ask the above questions, you may further identify other questions which would be appropriate to ask. Please " free play" the asking of questions which will stimulate the Plant Media Center in their assigned emergency role. i i l' t-
\.
SCN:87-3717 RNPD-87-05-RO 3.1-47
k ['- CP&L-(N L- EXERCISE MESSACE/ DRILL CARD A,- .
- RNPD l Plant i
Message No.. 42 Date.0ctober 6, 1987 Time 1330 l l MESSACE FOR: Emergency Response Manager, Site Emergency. Coordinator, OSC Leader, Site Public Information Coordinator, CEOC Coordinator
, FROM: Lead Controllers in the above facilities MESSACE/ SIMULATED' PLANT CONDITIONS: "THIS IS'AN EXERCISE MESSAGE" The Annual Exercise of the 10 mile EPZ is complete and terminated. For your information, the-State of SC-and associated agencies will begin the 50 mile
. Ingestion Pathway exercise in approximately 1 hour.
j FOR CONTROLLER USE ONLY
^
DO NOT ISSUE UNTIL DIRECTED BY LEAD CONTROLLER ACTIONS EXPECTED:
.Make calls to'other personnel associated with exercise of its termination.
Cather: logs, paperwork, etc.
]
J SCN:87-3717 RNPD-87-05-R2 3.1-48 \- :
v
'n , .
O CAROLINA POWER AND LICHT COMPANY ROBINSON NUCLEAR PROJECT DEPARTMENT 1987 EMERGENCY PREPAREDNESS ANNUAL EXERCISE , \ . 3.2 PLANT PARAMETERS O l l l SCN 87-3717 RNPD-87-05-R0 3.2-0
ATTACHMENT 9.7 Pag) 1 of 1 ; SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS _ l .74 EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 [ NOTIFICATION OF UNUSUAL EVENT b ALERT Time 0630 ' SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES OlND SPEED UPPER (MPH) 5.3 PRESSURE (PSIG) 0.74 St ACTUATED: TIME-LOWER (MPH) 3.4 TEMPERATURE (*F) 120 RESET: TIME WIND DIR. UPPER (* FROM) 231 HYDROGEN CONC. (%) 0.0 CS ACTUATED: TIME LOWER (* FROM) 235 SUMP LEVEL (INCHES) 5.5 RESET: TIME , AIR TEMPERATURE (*F) 55 RWST LEVEL (%) 91 CONT. 150. A ACTUATED: TIME PASQUILL STAB. FACTOR PRIMARY SYSTEM RESET: TIME ) CONT. ISO. B ACTUATED: TIME l AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME 'l R-1 -CONTROL ROOM (MR/HR) <l PZR LEVEL (5) 53.2 SPRAY A00 TANK LEVEL (%) 67 ) R-2 CONT. AREA (MR/HR) 40 TAVE (*F) 575.3 Sl COLD-LEG FLOW (GPM) j R-3 :HP WORK AREA <1 LOOP A TH (*F) 604 St HOT-LEG INJECT START I R-4 CHG. PUMP RM (MR/HR) 20 TC (*F) 546 R-5 SPENT FUEL PIT (MR/HR) 5 AT 58
)
EQUIPMENT STATUS l R-6 SAMPLING ROOM (MR/HR)- 0.5 LOOP B TH (*F) 604 N = NOT AVAILABLE I R-7 (N-CORE INST (MR/HR) 20 - TC (*F) 546 A = AVAILABLE (NOT OPERATING) l R-8 ORUM. RM. (MR/HR) 2 AT 58 0 = OPERATING R-9 FAILED FUEL (MR/HR) 120 LOOP C TH (*F) 604 E = ENERGlZED TC (*F) 546 PRIMARY . PROCESS RADIATION MONITORS AT 58 RCP A 0 B 0 C _0 q li CV VENT PART. (CPM) 41K SUBC00 LING (*F) 60 CHG PUMP A A B A C 0 ! G12'CVVENTGAS(CPM) 1.5K CHRGNG FLOW (GPM) 35 S1 PUMP A A B ~A C A f R-14 PLT VNT GAS (CPM) 1.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 50 REACTOR POWER 99.5 RHR PUMP A A B A I R-16 CV FAN CW (CPM) 1.2K ACTIVITY HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K ' GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I31 (uct/ml) FEED PUMP A 0 B o
.R-19A S/G A BLOWOOWN (CPM) _
1000 COND PUMP A 0 8 0 G-19B S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A l
- R-190 S/G C BLOWOOWN (CPM) 1000 S/G A LEY.-WR (%) 53 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSIV A 0 0 0 C 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.35E6 ELECTRICAL STEAM (FPH) 3.33E6 EDG A A B A ACCIDENT RADIATION MONITORS ACT. (u(.l/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1 S/G B LEV.-WR (%) 53 0FFSITE A R-31A "A" MN STM (MRiHR) 15 PRESS (PSIG) 830 EMER. BUS El E E2 E n-31B "B" MN STM (MR/HR) 15 FEED (PPH) 3.35E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 3.33E6 HVE 1A A IB A l R-32A CV HI RG (R/HR) <1 ACT. (uCl/ml) HVE 2A 0 28 A I R-328 CV HI RG (R/m) <1 S/G C LEV.-WR (%) 52.5 HVE 5A A 5B A ,
R-33 MON l> LOG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A l R-34 "P" PLT VNT (CPM) 50 FEED (PPH) 3.35E6 l R-34 "l" PLT VNT (CPM) 80 STEAM (PPH) 3.34E6 LEGEND: R-34 "NG* PLT VNT (CPM) 30 ACT. (uCl/ml) OSH = OFF SCALE HIGH -
,8-35 PLT VNT GAS (MID) (MR/HR) 15 OSL = OFF SCALE LOW
( }3 PLT VNT GAS (Hl) (MR/HR) 1 OOS = OUT OF SERVICE (,d7 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED . PEP-171 Rev. 5 3,2-1 SCN:87-3717-RNPD-87-05-R0 _ _ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ -
ATTACHMENT 9.7 Pag (1of1 SAFETY PARAMETER DISPLAY SYSTEM /PL/,NT 3TATUS
,s, EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT }V} ALERT Time: 0645 l SITE AREA EMERGENCY-
{
' GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.8 PRESSURE (PSIG) 0.74 Si ACTUATED: TIME
- I LOWER (MPH) 2.1 TEMPERATURE (*F) 120 RESET: TIME WIND DIR. UPPER (* FROM) 248 HYOR0 GEN CONC. (5) 0.0 CS' ACTUATED: TIME LOWER (* FROM) 230 SUMP LEVEL (INCHES) 5.5 RESET: TIME q AIR TEMPERATURE (*F) 55 RWST LEVEL ($) 91 CONT. ISO. A ACTUATED: TIME j PASQUILL STAB. FACTJR RESET: TIME PRIMARY SYSTEM CONT. ISO 8 ACTUATED: TIME
-AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2220 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 52.5 SPRAY ADD TANK LEVEL (%) 67 i R-2 _ CONT. AREA (MR/HR) 60 TAVE ('F) 575.3 SI COLD-LEG FLOW (GPM)
R-3 HP WORK AREA <1 LOOP A TH ('F) 604 St HOT-LEG INJECT START l R-4 CHG. PUMP RM (MR/HR) 25 TC (*F) 546 l R-5 -SPENT FUEL PIT (MR/HR) 5 AT 58 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) 0.5 LOOP B TH (*F) 604 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 40 TC ('F) 546 A = AVAILABLE (NOT OPERATING) 3 R-8. DRUM. RM. (MR/HR) 2 AT 58 0 = OPERATING I R-9 FAILED FUEL (MR/HR) 130 LOOP C TH ('F) 604 E = ENERGlZED TC (*F) 546 PRIMARY f _ j PROCESS RADIATION MONI' ORS AT 58 RCP A 0 B 0 0 C 11 CV VENT PART. (CPM) 150K { SUBC00 LING ('F) 60 CHG PUMP A A B A C 0 1 9 12 CV VENT GAS (CPM) 1.5K CHRGNG FLOW (GPM) 40 St PUMP A A B A C A R-14 PLT VNT GAS (CPM) 1.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 99.5 RHR PUMP A A B A l R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 l R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY ) R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 0 0 f R-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 8 0 R-198 S/G B BLOWOOWN (CPM) 900 1000 SECONDARY SYSTEM AFW MOTOR A A B A I R-190 S/G C BLOWDOWN (CPM) $/G A LEV.-WR (%) 53 AFW STEAM A ) R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSIV A 0 B 0 0 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.35E6 ELECTRICAL l STEAM (PPH) 3.33E6 EDG A A B A ; ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1 S/G B LEV.-WR (%) 53 0FFSITE A l n=31A "A" MN STM ( m/HR) 15 PRESS (PSIG) _ 830 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 3.35E6 FANS R-31C "C" MN STM (NR/HR) 15 STEAM (PPH) 3.33E6 HVE 1A A 18 A R-32A CV HI RG (R/HR) <1 ACT. (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) <1 S/G C LEV.-WR (%) 52.5 HVE 5A A 58 A R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A R-34."P" PLT VNT (CPM) 50 FEED (PPH) 3.35E6 R-34 "l" PLT VNT (CPM) 80 STEAM (PPH) 3.34E6 LEGEND: R-34 "NG" PLT VNT (CPM) 30 ACT. (uCl/ml) OSH = OFF SCALE HIGH > R-35 PLT V!fT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE 7 CONDENSATE POLlSHER (CPM) J lSOL = ISOLATED 1 1 l PEP-171 Rev. 5 3.2-2 SCN 87-3717 l RNPD-87-05-RO
ATTACHMENT 9.7 Pagarl of I SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS [3 EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6,1987 l NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0700 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAltNENT STATUS ENGINEERED SAFETY FEATURES tlND SPEED UPPER (MPH) 5.4 PRESSURE (PSIG) 0.74 St ACTUATED: TIMF LOWER (MPH) 4.2 TEMPERATURE ('F) 120 RESET: TIME tlND DIR. UPPER (* FROM) 248 HYDROGEN CONC. (%) 0.0 CS ACTUATED: TIME LOWER (* FROM) 231 SUMP LEVEL (INCHES) 5.5 RESET: TIME I AIR TEMPERATURE (*F) 57 RWST LEVEL (5) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR l RESETt TIME j PRIMARY SYSTEM CONT., ISO. 8 ACTUATED: TIME j AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME I R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 53.2 SPRAY ADD TANK LEVEL (%) 67 ' R-2 CONT. AREA (MR/HR) 100 TAVE (*F) 575.3 SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA <1 LOOP A TH ('F) 604 St HOT-LEG INJECT START R-4 CHG PUMP RM (MR/HR) 40 TC ('F) 546 R-5 SPENT FUEL PIT (MR/HR) 5 AT 58 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) 0.5 LOOP 8 TH (*F) 604 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 120 TC (*F) 546 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 58 0 = OPERATING R-9 FAILED FUEL (MR/HR) 500 LOOP C TH ('F) 604 E = ENERGlZED TC (*F) 546 PRIMARY ESS RADIATION MONITORS AT 58 RCP A 0 8 0 C 0 1 CV VENT PART. (CPM) 300K SUBC00 LING ('F) 60 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) 1.5K CHRGNG FLOW (GPM) 45 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 1.7K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-l$ COND. AIR EJEC. (CPM) 40 REACTOR POWER 99.5 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.lK GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 8 0 R-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 8 0 R-198 S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A 8 A R-190 S/G C BLOWOOWN (CPM) 1000 S/G A LEV.-WR (5) 53 AFW STEAM A K-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSiv A 0 8 0 C 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.35E6 ELECTRICAL STEAM (PPH) 3.33E6 EDG A A 8 A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A
~
R-30 F.H. BASE HI RG (MR/HR) 1 S/G 8 LEV.-WR (%) 53 0FFSITE A R-31A "A" NN STM (MR/HR) 15 PRESS (PSIG) 830 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 3.35E6 FANS j R-31C "C" MN STM (NR/HR) 15 STEAM (PPH) 3.33E6 HVE lA A 18 A R-32A CV HI RG (R/HR) <1 ACT. (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) <1 S/G C LEV.-WR (%) 52.5 HVE 5A A 58 A j R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A l R-34 "P" PLT VNT (CPM) 50 FEED (PPH) 3.35E6 R-34 "1" PLT VNT (CPM) 80 STEAM (PPH) 3.34E6 LEGEND:
.l R-34 "NG" PLT VNT (CPM) 30 ACT. (uCl/ml) OSH = OFF SCALE HIGH I 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW 6 PLT VNT GAS (HI) (MR/HR) 15 00S = OUT OF SERVICE j R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED PEP-171 Rev. 5 3.2-3 SCN 87-3717 RNPD-87-05-R0
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y i l ATTACHMEMr 9.7 L Page'1 of 1 SAFETY PARAMETER DISPL/Y SYSTEM / PLANT STATUS
; EMERGENCY CLASSIFICATION (CIRCLE) l Date: October 6, 1987
%,/ NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0715
$1TE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES UIND SPEED UPPER (MPH) 6.3 PRESSURE (PSIG) 0.74 SI ACTUATED: TIME LOWER (MPH) 4.8 TEMPERATURE (*F) 120 RESET: TIME WIND DIR. UPPER (* FRON) 250 HYDROGEN CONC. (%) 0.0 CS ACTUATED: TIME LOWER (* FROM) 238 SUMP LEVEL (INCHES) 6 RESET: TIME I AIR TEMPERATURE (*F) 58 RWST LEVEL ($) 91 CONT. ISO. A ACTUATED: TIME ! PASQUILL STAB. FACTOR RESET: TIME j PRIMARf SYSTEM CONT. ISO. 8 ACTUATED: TIME AREA RADIAT10N MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME R-1 CONTROL ROON (MR/HR) <l PZR LEVEL (%) 53.2 SPRAY ADO TANK LEVEL (%) 67 l R-2 . CONT. AREA (MR/HR) 200 TAVE (*F) 575.3 SI COLD-LEG FLOW (GPM) R-3 HP H)RX AREA <1 LOOP A TH (*F) 604 St HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 70 TC (*F) 546 R-5 SPENT FUEL Pli (MR/HR) 5 AT 58 EQUIPMENT STATUS ( R-6 SAMPLING ROOM (MR/HR) 0.5 LOOP B TH ('F) 604 N = NOT AVAILABLE ! R-7 IN-CORE INST (MR/HR) 300 TC ('F) 546 A = AVAILABLE (NOT OPERATING) f T;-8 DRUM. RM. (MR/HR) 2 AT 58 0 = OPERATING !
;R-9 FAILED FUEL (MR/HR) 1.5K LOOP C TH ('F) 604 E = ENERGlZED l
TC (*F) 546 PRIMARY ESS RADIATION MONITORS AT 58 RCP A 0 8 0 C 0 ll CV VENT PART. (CPM) 90K SUCC00 LING ('F) 60 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CFH) 2K CHRGNG FLOW (GPM) 45 1.7K Sl PUMP A A B A C A ( R 14 PLT VNT GAS (CPM) LETDOWN FLOW (GPM) 45 CS PUMP A A B A l R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 99.5 RHR PUMP A A 8 A l R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.lK GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 0 0 l R-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 0 0 l R-198 S/G B BLOWOOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A 8 A ( R-19C S/G C BLOWDOWN (CPM) 1000 S/G A LEV.-WR (%) 53 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSIV A 0 8 0 0 0 l R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.35E6 ELECTRICAL STEAM (PPH) 3.33E6 EDG A A B A ACCIDENT RADI ATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE Hi PG (MR/HR) 1 S/G 8 LEV.-WR (%) 53 0FFSITE A l R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 830 ENER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 3.35E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 3.33E6 HVE 1A A IB A T.-32A CV HI RG (R/HR) <l ACT. (uCl/ml) HVE 2A 0 28 A R-320 CV HI RG (R/HR) <1 S/G C LEV.-WR (%) 52.5 HVE 5A A 58 A R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 50 FEED (PPH) 3.35E6 R-34 "l" PLT VNT (CPM) , 80 STEAM (PPH) 3.34E6 LEGEND: . R-34 "NG" PLT VNT (CPM) 30 ACT. (uCl/ml) OSH = OFF SCALE HIGH
/"]5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
,j3 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE R-37 CONDENSATE POL l SHER (CPM) 00S ISOL = lSOLATED PEP-171 Rev. 5 3.2-4 SCN:87-3717 RNPD-87-05-RO
r- # tv I' ~
'i .;
ATTACHMENT 9.7 Page 1 of I l SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 I NOTIFICATION OF UNUSUAL EVENT ALERT Time: 1400 SITE AREA EMERGENCY
- GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES l
- WIND SPEED UPPER (MPH) 6.3 PRESSURE (PSIG) 1.3 Sl ACTUATED: TIME LOWER (MPH) 4.1 TEMPERATURE ('F) 123
)
RESET: TIME { WIND DIR UPPER (* FROM) 325 HYOROGEN CONC. (%) O CS ACTUATED: TIME i LOWER (* FROM) 325 SUMP LEVEL (INCHES) RESET: TIME AIR TEMPERATURE (*F) 58- RWST LEVEL (%) CONT. ISO. A ACTUATED: TIME l PASQUILL STAB. FACTOR RESET: TIME l PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME i AREA RADIATION MONITORS RCS PRESSURE (PSIG) 555 i RESET: TIME R-t- CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 55 SPRAY ADD TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) St Cn d-LEG FLOW (GPM) R-3 HP WORK AREA <1 LOOP A TH ('F) 385 Sl HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 385
- R-3 SPENT FUEL PIT (m/HR) 5 6T EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 385 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH .TC ('F) 385 A = AVAILABLE (NOT OPERATING)
R-8 DRUM. RM, (MR/HR) 2 AT 0 = OPE O NG R-9, FAILED FUEL (MR/HR) OSL LOOP C TH ('F) 340 E = ENERGlZ u TC ('F) 350 PRIMARY OCESS RADIATION MONITORS AT RCP A' B C
% J11 CV VENT PART. (CPM) 0$H SUB000 LING (*F) 70 CHG PUMP A B C R-12 ~ CV VENT GAS.(CPM) OSH CHRGNG FLOW (GPM) 60 $1 PUMP A B C R-14 PLT VNT GAS (CPM) 2.8K LETOOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <15 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP CW (CPM). l.lK GROSS (uCl/ml) SECONOARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N B N R-19A S/G A BLOWOOWN (CPM) 1100 COND PUMP A 0 8 A R-198 S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A
'R-19C S/G C BLOWOOWN (CPM) ISOL S/G A LEV.-WR (5) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 210 MSIV A 0 B o C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A
' ACCIDENT RADIATION MONITORS ACT. (uCI/ml) DS/0G A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 75 0FFSITE E R-31A "A".MN STM (NR/HR) 15 PRESS (PSIG) 210 EMER. BUS El E E2 E R-318 "B" NN STM (MR/HR)- 15 FEED (PPH) 0 FANS R-31C "C" MN STM (MR/HR) 2000 STEAM (PPH) O HVE 1A N 18 N R-32A CV HI RG (R/HR) 560 ACT. (uCl/ml) HVE 2A 0 28 A !
R-328 CV HI RG (R/HR) 560 S/G C LEV.-WR (%) 85 HVE 5A A 5B A
- R-33' MON BLOG (MR/HR) 15 PRESS (PSIG) 115 HVE 15 0 15A A
!- R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 [ 'R-34 "I" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH
.[Tg34"NG"PLTVNT(CPM) 95 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
- . d 3' PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE R-37 COM)ENSATE POLISHER (CPM) 00s iSOL = ISOLATED PEP-171 Rev. 5 3.2-270
, SCN87-3717
- 0I'00*A0 _ _ _ _ _ - - _ _ _ _ _--- _---_-_____-_ _ _ _
4 { l l
. ATTACHMENT 9.7 Page I of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS l
,/ i
(' 1MERGENCYCLASSIFICATION(CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0730
$1TE AREA EMERGENCY GENERAL EMERGENCY Completd By:
I ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES ZIND SPEED UPPER (MPH) 7.8 PRESSURE (PSIG) 1.03 SI_ ACTUATED: TIME LOWER (MPH) 5.0 TEMPERATURE (*F) 120 RESET: TIME WIND DIR. UPPER (* FROM) 243 HYDROGEN CONC. ($) 0.0 CS ACTUATEC: TIME LOWER (* FROM) 240 SUMP LEVEL (INCNES) 6 RESET: TlHE I AIR TEMPERATURE (*F) 60 RWST LEVEL (%) 91 CONT. ISO. A ACTUATED: TIME I PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME j AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME ~ I R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 52 SPRAY ADO TANK LEVEL (%) 67 ! R-2 CONT. AREA (MR/HR) 250 TAVE (*F) y SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 1 LOOP A TH (*F) 602 $1 HOT-LEG INJECT START l R-4 CHG. PUMP RM (MR/HR) 300 TC (*F) 546 R-5 SPENT FUEL PIT (MR/HR) 5- 67 56 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) 0.5 LOOP B TH (*F) 602 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 400 TC (*F) 546 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 56 0 = OPERATING
'R-9 FAILED FUEL (MR/HR) 2.5K LOOP C TH (*F) 602 E = ENERGlZED TC (*F) 546 PRIMARY ESS RADIATION MONITORS AT 56 RCP A 0 B O' C 0
-11 CV VENT PART. (CPM) OSH $UBC00 LING (*F) 62 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) 2500 CHRGNG FLOW (GPM) 45 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 2.0K LETDOWN FLOW (GPM) 45 CS PUMP A A B A !
R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 97 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.lK GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 8 0 R-19A S/G A BLOWOOWN (CPM) 1000 COND PUMP A 0 B 0 R-190 S/G B BLOWOOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWOOWN (CPM) 1000 S/G A LEV.-WR (%) 53 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 835 MSly A 0 8 0 C 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.27E6 ELECTRICAL STEAM (PPH) 3.23E6 EDG A A B A
-ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1 S/G B LEV.-WR (%) 53 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 835 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) _ 3.27E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 3.23E6 HVE lA A 18 A R-32A CV HI RG (R/HR) <l ACT. (uCl/ml) HVE 2A 0 2B A R-328 CV HI RG (R/HR) <1 S/G C LEV.-WR (%) 53 HVE 5A A 5B A R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 835 HVE 15 0 15A A l R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 3.27E6 l R-34 "I" PLT VNT (CPM) 90 STEAM (PPH) 3.23E6 LEGEND:
4 "NG" PLT VNT (CPM) 35 ACT. (uC./ml) OSH = OFF SCALE HIGH Pt.T VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW 6 PLT VNT GAS (HI) (MR/HR) 15 00S = OUT OF SERVICE . l R-37 -CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3.2-5 SCNt87-3717 u__ ____ MoQ7 49_-M-----_- - --
ATTACHMENT 9.7
~
Page l of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS
/ EMERCENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT I ALERT Time: 0745 l
$1TE AREA EhCRGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATUR'ES j WIND SPEED UPPER (MPH) 6.5 PRESSURE (PSIG) 1.1 Si A'CTUATED: TIME LOWER (MPH) 4.3 TEMPERATURE (*F) 120 RESET: TIME " WIND DIR. UPPER (* FROM) 256 HYDROGEN CONC. (%) 0.0 CS ACTUATED: TIME LOWER (' FROM) 243 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 63 RWST LEVEL (%) 9I CONT. ISO A ACTUATED: _ TIME PASQUILL STAB. FACTOR j RESET: TIME _ PolMARY SYSTEM CONT. 150. B ACTUATED: TIME i AREA RADIATION MONITORS iiCS PRESSURE (PSIG) 2230 RESET: TIME , R-1 CONTROL r100M (MR/HR) <1 PZR LEVEL (%) 50.5 SPRAY ADO TANK LEVEL (%) R-2 CONT. AREA (MR/HR) 1620 67f TAVE (*F) 573 St COLD-LEG FLOW (GPM) i R-3 HP WORK AREA 1 LOOP A TH ('F) 600 Sl HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 350 TC (*F) 545 l R-3 SPENT FUEL PIT (MR/HR) 5 AT 55 EQUIPMENT STATUS R-6. SAMPLING ROOM (MR/HR) 0.5 LOOP B TH (*F) 600 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 500 TC ('F) 545 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT , 55 0 = OPERATING l R-9 FAILED FUEL (MR/HR) 3K LOOP C TH (*F) 600 E = ENERGlZED l TC (*F) 545 PRIMARY OCESS RADIATION MONITORS AT 55 RCP A 0 0 0 C 0 11 CV VENT PART (CPM) OSH SUBCOOLING (*F) 65 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) 60,000 CHRGNG FLOW (GPM) 37 $1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 2.0K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 94.5 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I U (uCl/ml) FEED PUMP A 0 8 0 R-19A S/G A 8 LOWDOWN (CPM) 1000 COND PUMP A 0 B ,, O R-190 S/G B BLOWDOWN (CPN) 1000 SECONDARY SYSTEM AFW MOTOR A A 8 A R-19C S/G C BLOWOOWN (CPM) 1000 S/G A LEV.-WR (%) 53 AFW STEAM A ; R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSIV A 0 B 0 C 0 3 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 3.16E6 ELECTRICAL STEAM (PPH) 3.15E6 EDG A A 8 A l ACCIDENT RADIATION MONITORS ACT. (ucl/ml) DS/DG A f R-30 F.H. BASE HI RG (MR/HR) 1 $/G 8 LEV.-WR (%) 53 0FFSITE A K-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 830 f EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 3.16E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 3.15E6 HVE 1A A 18 A R-32A CV HI RG (R/HR) 1.6 ACT. (uCl/ml) HVE 2A 0 28 A l R-328 CV HI RG (R/HR) 1.6 $/G C LEV.-WR (%) 53 HVE 5A A 58 A i M-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 3.t6E6 R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) 3.15E6 LEGEND: . l R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH i 5 PLT VNT CAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW q 6 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE I R CONDENSATE PollSHER (CPN) OOS ISOL = ISOLATED l PEP-171 Rev. 5 3.2-6 4 l 1 SCN:87-3717 RNPD-87-05-RO ____________________O
ATTACHNENT 9.7 l SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLASSIFICATION (ClRCLE) Date: October 6, 1987 ( ]/ NOTIFICATION OF UNUSUAL EVENT ALERT Times 0800 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
]
. . 1 ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS 8.8 ENGINEERED SAFETY FEATURES )
WIND SPEED UPPER (MPH) PRESSURE (PSIG) 1.1 SI ACTUATED: TIME ; LOWER (WH) 6.7 TEMPERATURE (*F) 120 . RESET: TIME l WIND DIR. UPPER (* FROM) 260 0.0 HYDROGEN CONC. (%) CS ACTUATED: TIME LOWER (* FROM) 245 $ UMP LEVEL (INCHES) 6 RESET: TINE Al!1 TEMPERATURE ('F) 65 RWST LEVEL (%) 91 CONT. ISO. A ACTUATED: TIME PASQU18.L STAB. FACTOR RESET: TIME l PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME I AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 50 SPRAY ADO TANK LEVEL (%) 67 ; R-2 CONT. AREA (HR/HR) 1720 TAVE (*F) 572 SI COLD-LEG FLOW (GPM)' l R-3 HP WORK AREA 1 LOOP A TH (*F) 598 31 HOT-LEG INJECT STAPT R-4 CHG.' PUMP RM (MR/HR) 400 TC ('F) 545 R-5 SPENT FUEL PIT (MR/HR) 5 AT 53 EQUIPMENT STATUS l R-6 SAMPLING ROOM (MR/HR) 0.5 LOOP B TH (*F) 598 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 650 TC (*F) 545 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 53 0 = OPERATING R-9 FAILED FUEL (MR/HR) 91( LOOP C TH (*F) 598 E = ENERGlZED iC (*F) 545 PRIMARY CESS RADIATION MONITORS AT 53 RCP A 0 8 0 C 0 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 67 CHG PUMP A A B A C 0
-12 CV VENT GAS (CPM) 60,000 CHRGNG FLOW (GPM) 39 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 2.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A ,
R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 92 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 B 0 R-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 8 0 R-198 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-190 S/G C BLOWDOWN (CPM) 1000 S/G A LEV.-WR (%) 53 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 835 MSly A 0 8 0 C 0 R-21 FUEL.HDLG UPPER (CPM) 20 FEED (PPH) 3.07E6 ELECTRICAL STEAM (PPH) 3.06E6 EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE Hi RG (MR/HR) 1 $/G B LEV.-WR (%) 53 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 835 EMER. BUS El E ,E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 3.07E6 FANS R-31C "C" MN STM (NR/HR) 15 STEAM (PPh) 3.06E6 HVE 1A A 18 A R-32A CV HI RG (R/HR) 1.7 ACT. (uCl/mi) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 1.7 S/G C LEV.-WR (%) 53 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 835 HVE 15 0 15A A
'R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 3.07E6 R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) 3.06E6 LEGEND:
R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW 6 PLT VNT GAS (HI) (MR/HR) 15 00S = OUT OF SERVICE 37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED - PEP-171 Rev. 5 3.2-7 SCN:87-3717 ,, RNPD-87-05-RO
1 ATTACHMENT 9.7 Pag > 1.of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS g' EMERGENCY CLASSIFICATION (CIRCLE)' Date: October 6, 1987
,{ j NOTIFICATION OF UNUSUAL EVENT
-V. ALERT Time: 0815 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ,
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES
;. WIND SPEED UPPER (MPH). 8.7 PRESSURE (PSIG) 1.2 Si ACTUATED: TIME LOWER (MPH) 7.7 TEMPERATURE ('F) 120 ' RESET: TIME '
WIND DIR. UPPER (' FROM) 265 HYDROGEN CONC. (%) O CS' ACTUATED: TIME LOWER (* FROM) 253 SUMP LEVEL (INCHES) 6 RESET: -TIME
' AIR TEMPERATURE ('F) 66 RWST LEVEL ($) 91 CONT. ISO. A ACTUATED: TIME PA$ QUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM. CONT. ISO. B ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 . RESET: TIME R-1 ~ CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 47 SPRAY ADD TANK LEVEL (%) 67
.R-2 CONT. AREA (MR/HR) 1735 TAVE ('F) 570 St COLD-LEG FLOW (GPM)
R-3 HP WORK AREA ~1 LOOP A TH (*F) 595 Sl HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 400- TC ('F) 544 __R -3 ' SPENT FUEL PIT (MR/HR) 5 AT 51 EQUIPMENT STATUS R-6. SAMPLING ROOM (MR/HR) 0.5 . LOOP B TH (*F) 595 N = NOT AVAILABLE R-7 I IN-CORE'lNST (MR/HR). 675 TC (*F) 544 A = AVAILABLE (NOT OPERATING) R-8. DRUM. RM. (MR/HR) 2 .AT 51 0 = OPERATING-R-9 FAILED FUEL (MR/HR) 12K LOOP C TH ('F) 595 E = ENERGlZED
-TC (*F) 544 -PRIMARY ESS RADIATION MONITORS AT 51 RCP A 0 B 0 C 0 t1 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 70 CHG PUMP A A B A C 0 12 CV VENT GAS (CPM). 70.000 CHRGNG FLOW (GPM) 41 St PUMP A A B A C A R-14 PLT VNT GAS (CPM) 2.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 88 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 0 4 0
.R-17. COMP. CW (CPM) !.IK GROSS (uCI/mi) SECONDARY R-18 WASTE DISPOSAL (CPM)- 17K' 1 131 (uCl/ml) FEED PUMP A 0 B 0 R-19A S/G A BLOWOOWN (CPM) 900 COND PUMP A 0 B 0 )
R-190 S/G B BLOWDOWN (CPM) 1,000 SECONDARY SYSTEM AFW MOTOR A' A B A R-190 S/G C BLOWDOWN (CPM) 1.000 S/G A LEV.-WR ($) 53.5 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 830 MSIV A 0 B 0 C 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED'(PPH) 2.99E6 ELECTRICAL STEAM (PPH) 2.97E6 EDG A A B A ACCIDENT RADIATION MONITORS .ACT. (uCI/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 2 S/G B LEV.-WR (%) 53.5 0FFSITE A : R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 830 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 2.99E6 FANS A-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 2.97E6 HVE 1A A IB A R-32A CV HI RG (R/HR) 1.8 ACT (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 1.8 S/G C LEV.-WR (%) 53.5 HVE 5A A 58 A Ti MON BLDG (MR/HR) 15 PRESS (PSIG) 830 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 2.99E6 .
.R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) 2.97E6 LEGEND:
R-34_"NG" Pl.T VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH q PLT VNT GAS (MID) (m/HR) 1 OSL = OFF SCALE LOW !
. [B-35 3 ^ PLT VNT GAS (Hl) (m/HR) b d7 CONDENSATE POLISHER (CPM) 15 OOS 00S = OUT OF SERVICE ISOL = 1SOLATED I i 1
. PEP-171 Rev. 5 3.2-8 SCN:87-3717 l =
.RNPD-87-05-RO l 1
ATTACHMENT 9.7 Pag) 1 of 1 SAFETY DARAMETER DISPLAY SYSTEM / PLANT STATUS
^
EMERGENCY CLAS$1FICATl0N (CIRCLE) Date: October 6, 1987
) NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0830 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER.(MPH) 9.4 PRESSURE (PSIG) 1.3 SI A,CTUATED: TIME LOWER (MPH) 7.3 -TEMPERATURE (*F) 122 RESET: TIME MIND DIR. UPPER (* FROM) 256 HYDROGEN CONC. (5) 0.0 CS ACTUATED: TIME LOWER (* FROM) 250 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 68 RWST LEVEL (%) 91.2 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. 8 ACTUATEC: TIME i AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME i R-1 CONTROL ROOM (MR/HR) <l PZR LEVEL (%) 47 SPRAY ADD TANK LEVEL (%) 67 l R-2. CONT. AREA (MR/HR) 1900 'TAVE (*F) 569.8 St COLD-LEG FLOW (GPM) R-3 HP WORK AREA 2 LOOP A TH (*F) 595 SI HOT-LEG INJECT START , R-4 CHG. PUMP RM (MR/HR) 400 TC (*F) 544.5 R-5 SPENT FUEL PIT (MR/HR) 5 AT _ 50.5. EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 595 N = NOT AVAILABLE R-7. IN-CORE INST (MR/HR) _ 870 TC (*F) 544.5 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 50.5 0 = OPERATING R-9. FAILED FUEL (MR/HR) 12K LOOP C TH (*F) 595 E = ENERGlZED TC (*F) 544.5 PRIMARY OCESS RADIATION MONITORS AT 50.5 RCP A 0 B O C 0 1 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 70 CHG PUMP A A B A C 0
-12 CV VENT GAS (CPM) 75,000 CHRGNG FLOW (GPM) 49 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 2.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 'COND. AIR EJEC. (CPM) 40 REACTOR POWER 86.5 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCI/ml) SECONDARY I R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 8 0 R-19A S/G A BLOWDOWN (CPM) I,000 COND PUMP A 0 B 0 j R-19B S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A
)
R-19C S/G C BLOWDOWN (CPM) I,000 S/G A LEV.-WR (%) 53.8 AFW STEAM A
]
R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 835 MSiv A 0 B 0 C 0 i R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 2.88E6 ELECTRICAL STEAM (PPH) 2.86E6 EDG A A B A ACCl0ENT RADIATION MONITORS ACT. (uCi/ml) DS/DG A j R-30 F.H. BASE HI RG (MR/HR) 2 S/G B LEV.-WR (%) 53.8 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 835 EMER. BUS El E E2 E I R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 2.88E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 2.86E6 HVE 1A A IB A
.R-32A CV HI RG (R/HR) 1.8 ACT. (uCl/ml) HVE 2A 0 2B A R-328 CV HI RG (R/HR) 1.8 S/G C LEV.-WR (1) 53.8 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 835 HVE 15 0 15A A j R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 2.88E6 R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) 2.86E6 LEGEND:
R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH 35 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
. PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE
- 7. CONDENSATE POLISHER (CPM) 005 ISOL = lSOLATED .
PEP-171 Rev. 5 3.2-9 SCN87-3717 RNPD-87-05-RO
;< ~
ATTACHMENT 9.7 Pagt I of I { SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS ! L j-4 'EMCRGENCY CLAS$lFICATION-(CIRCLE) ' Date: October 6,1987
) NOTIFICATION OF UNUSUAL EVENT
(
~ b ALERT.
Time: 0845 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
- ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES ClND SPEED UPPER (MPH) 11.0 PRESSURE (PSIG) 1.4 SI ACTUATED: TIME i LOWER (MPH) 8.0 TEMPERATURE (*F) 123 , RESET: TIME WIND DIR. UPPER (' FROM) 273 HYDROGEN CONC. (%) O CS ACTUATED: TIME-LOWER (* FROM) 264 $ UMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 67 RWST LEVEL (%) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME ;
-AREA RADIATION MONITORS- RCS PRESSURE (PSIG) 2230 RESET:. TIME '{
R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 46.8 SPRAY ADD TANK LEVEL (%)
-R-2 CONT. AREA (MR/HR) 2K TAVE (*F) 67 J 569 SI COLD-LEG FLOW (GPM) !
R-3 HP WORK AREA 2 LOOP A TH (*F) 594 St HOT-LEG INJECT START R-4 CHG. PUMP RM (m /HR) 400 TC (*F) 545 R-5 SPENT FUEL PIT (MR/HR) 5 AT 49 EQUIPMENT STATUS R-6 SAMPLING. ROOM (MR/HR)- <1 LOQP B TH (*F) 594 N = NOT AVAILABLE R-7 IN-CORE.lNST (MR/HR) 875 TC ('F) 545 A 's AVAILABLE (NOT OPERATING) R-8 . DRUM. RM. (MR/HR) 2 AT 49- 0 = OPERATING i R-9 FAILED FUEL (MR/HR) 12K LOOP C TH (*F) - 594 E = ENERGl2ED TC ('F) 545 . PRIMARY ROCESS RADIATION MONITORS AT 49 RCP A 0 B 0 C 0 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 71 CHG PUMP A A B A C 0
-12 CV VENT GAS (CPM) 77,000 CHRGNG FLOW (GPM) 36 S1 PUNP A,A B A C A !
R-14 PtT VNT GAS (CPM) 3.0K - LET,DOWN FLOW (GPM) 45 CS PUMP R-15 COND. AIR EJCC. (CPM) *
,o REACTOR POWER A A B A (
84 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K' ACTIVITYs. HVH 1 0 2 0 0 3 4 0
= n-17. COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-IB WASTE DISPOSAL. (CPM) 17K I I3I \(uCl/mi) FEED PUMP A 0 8 0 R-19A S/G A BLOWDOWN (CPM) 1,000 .
COND PU W A 0 8 0 R-19B S/G B BLOWOOWN (CPM) 1,000 _ SECONDARY SYSTEM AFW MOTOR A A B A
.R-19C S/G C BLOWDOWN (CPM) 1.000 S/G A LEV.-WR (5) 54 AFW STEAM R-20 FUEL FOLG BASE (CPM) 30 A (
PRESS (PSlG) 840 MSlV A 0 0 B. O C l R 21 FUEL HDLG UPPER (CPM) 20 FEED'(PPH) j 2.78E6 ELECTRICAL l STEN 1 (PPH) 2.77E6 EDG A A B A
~
ACCIDENT RADIATION MONITORS ACT.MDl/ml) "a DS/DG A R-30 F.H. BASE HI RG (MR/HR) 2 S/GB._Ed-WR(5) 34 0FFSITE A
^
R-31A "A" MN STM (MR/HR) 15 ' PRES 5 (PSIG) dd EMER. BUS El E E2 E R-318 "B" HN STM (MR/HR) 15 FEID.,fPp) 2.78E6 FANS
-.-R-310 "C" MN STM (MR/HR) 15 STEAD (PPH) 2.77E6 HVE,IA A ,1B A R-32A CV HI RG (R/HR) 1.9 AG . (uCl/mD _ HVE 2A 0 28 A R-328 CV Hi RG (R/HR) 1.9 S/G C LEV.-WR (%) 54 HVE 5A
_ A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 840 HVE 15 0
, 15A A R-34 "P" PLT VNT (CPM) 60 SEED 9PH) t 2.78E6 R-34 "1" PLT VNT (CPN) 90 ' STEAM (PPH) 2.77E6 LEGEND:
R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH 35 PLT VNT GAS (MID) (MR/HR) t , OGC = OFF SCALE LOW 6 PLT VNT GAS (HI) (MR/HR) !5 OOS = OUT OF SERVICE 7 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED J PEP-171 Rev. 5 , 3.2-10 SCN 87-3717 '
, + <
RNPD-87-05-RO' s !
~p'h" ';- !
ATTACHMENT 9.7 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS l ) EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987
- s' NOTIFICATION OF UNUSUAL EVENT ALERT Time
- 0900 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 12.6 PRESSURE (PSIG) 1.3 SI A'CTUATED: TIME LOWER (MPH) 8.7 TEMPERATURE (*F) 123 RESET: TIME UIND DIR. UPPER (* FROM) 274 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 260 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 6S RWST LEVEL (%) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 45.8 SPRAY ADD TANK LEVEL (%) 67 r R-2 CONT. AREA (MR/HR) 2.2K TAVE (*F) 568.6 SI CCLD-LEG FLOW (GPM) P-3 HP WORK AREA 2 LOOP A TH (*F) 593 St HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 400 TC (*F) 545 I R-5 SPENT FUEL PIT (MR/HR) 5 AT 48 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 593 N = NOT AVAILABLE R-7 900 TC (*F) 545 IN-CORE INST (MR/HR) _ A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 48 0 = OPERATING R-9 FAILED FUEL (MR/HR) 12K LOOP C TH (*F) 593 E = ENERGlZED TC (*F) 545 PRIMARY ESS RADI ATION MONITORS AT 48 RCP 0 0 A B C 0 11 CV VENT PART. (CPM) OSH SUBCOOLING (*F) 72 CHG PUMP A A B A C 0 i R-12 CV VENT GAS (CPM) 79,000 CHRGNG FLOW (GPM) 45 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 3.0K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 82 RHR PUMP A /. 8 A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 B 0 R-19A S/G A BLOWDOWN (CPM) 1,100 COND PUMP A 0 B 0 R-190 S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) 1,000 S/G A LEV.-WR (%) 54 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 840 MSIV A 0 B 0 C 0 0-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 2.72E6 ELECTRICAL STEAM (PPH) 2.70E6 EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 54 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 840 EMER. BUS El E E2 E < R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 2.72E6 FANS . l R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 2.70E6 HVE lA A 18 A l R-32A CV HI RG (R/HR) 2.0 ACT. (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 2.0 S/G C LEV.-WR (%) 54 HVE 5A A 58 A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 840 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) l 60 FEED (PPH) 2.72E6 R-34 "1" PLT VNT (CPM) 90 STEAM (PPH) 2.70E6 LEGEND: . R-3* "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH [ '? PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
,,J PLT VNT GAS (HI) (MR/HR) 15 OOS
- OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) OOS ISOL = lSOLATED PEP-171 Rev. 5 3.2-11 SCN:87-3717 RNPD-87-05-RO
e ATTACHMENT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS (v EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0915 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By. j 1 ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES ' WIND SPEED UPPER (MPH) 11.8 PRESSURE (PSIG) 1.3 St ACTUATED: TIME , LOWER (MPH) 9.3 TEMPERATURE (*F) 123 RESET: TIME UIND DIR. UPPER (* FROM) 280 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 265 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 68 RWST LEVEL ($) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME AREA RADIAT10N MON 1 TORS RCS PRESSURE (PSIG) 2230 RESET: TIME R-1. CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 44.8 SPRAY ADD TANK LEVEL (%) P_ R-2 CONT. AREA (MR/HR) 2.2K TAVE (*F) 567.6 SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 2.5 LOOP A TH (*F) 591 Si HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 400 TC (*F) 544 R-5 SPENT FUEL PtT (MR/HR) 5 AT 47 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 591 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 1.8K TC (*F) 544 A = AVAILABLE (NOT OPERATING) 3 R-8 DRUN RM (MR/HR) 2 AT 47 0 = OPERATING R-9 FAILED FUEL (MR/HR) 12K LOOP C TH (*F) 591 E = ENERGlZED TC (*F) 544 PRIMARY ESS RADIATICA MONITORS AT 47 RCP A 0 B 0 0 0 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 74 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) 110,000 CHRGNG FLOW (GPM) 48 St PUMP A A B A C A R-14 PLT VNT GAS (CPM) 3.0K LETDOWN FLOW (GPM) 45 CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 79.4 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 l R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 0 0 ' R-19A S/G A BLOWDOWN (CPM) 1.000 COND PUMP A 0 B 0 R-19B S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A
-19C $/G C BLOWDOWN (CPM) 1.000 S/G A LEV.-WR (%) 54 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 845 MSIV A 0 B 0 C 0 R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 2.63E6 ELECTRICAL STEAM (PPH) 2.61E6 EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A >
R-30 F.H. BASE Hi RG (MR/HR) 1.9 S/G B LEV.-WR (%) 54 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 845 EMER. BUS El E E2 E R-310 "B" >N STM (MR/HR) 15 FEED (PPH) 2.63E6 FANS R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 2.61E6 HVE 1A A 18 A R-32A CV HI RG (R/HR) 3.8 ACT (uci/ml) HVE 2A 0 2B A R-328 CV Hi RG (R/HR) 3.8 S/G C LEV.-WR (%) 54 HVE 5A A 5B A C-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 845 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 2.63E6 R-34 "l" PLT VNT (CPM) ,90 STEAM (PPH) 2.61E6 LEGEND:
- 34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH {
5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE . R-37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3.2-12 SCN:87-3717 RNPD-87-05-R0
i ATTACHME_NT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS
.' 'i )
EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT ALERT Time: 0930 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 10.7 PRESSURE (PSIG) 1.2 SI A'CTUATED: TIME LOWER (MPH) 8.5 TEMPERATURE (*F) 124 RESET: TIME UlND DIR. UPPER (* FROM) 271 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 258 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 57 RWST LEVEL (5) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR ,, RESET: TIME I PCIMARY SYSTEM CONT.. ISO. 8 ACTUATED: TIME AREA RADIAT10N MONITORS RCS PRESSURE (PSIG) 2230 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 44 67 SPRAY ADD TANK LEVEL (%) R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 567 SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 3 LOOP A TH (*F) 590 Sl HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 600 TC (*F) 544.5 R-5 SPENT FUEL Pli (MR/HR) 5 AT 45.5 EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <l L0dP B TH (*F) 590 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) 4.2K TC (*F) 544.5 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 45.5 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 590 E = ENERGlZED TC (*F) 544.5 PRIMARY ESS RADIATION MONITORS AT 45.5 RCP A 0 B 0 C 0 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 75 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) 200,000 CHRGNG FLOW (GPM) 55 S1 PUMP A A B A C A C-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) 45 CS PUMP A A B A k R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER 77 RHR PUMP A A B A f R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDA9Y ' R-18 WASTE DISPOSAL (CPM) 17K l I3I (uCl/mi) FEED PUMP A 0 B 0 k R-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 0 0 I R-19B S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW HOTOR A A B A R-19C S/G C BLOWDOWN (CPM) 900 S/G A LEV.-WR (%) 54 AFW STLAM A R-20 FUEL HOLG BASE (CPM) 30 PRESS (PSIG) 845 MSlV A 0 8 0 C 0 l R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 2.53E6 ELECTRICAL STEAM (PPH) 2.51E6 EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCi/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 54 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 845 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (flPH) 2.53E6 FANS ! R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) 2.51E6 HVE 1A A 18 A R-32A CV HI RG (R/HR) 13 ACT. (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 13 S/G C LEY.-WR (%) 54 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 845 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 2.53E6 R-34 "i" P J VNT (CPM) 90 STEAM (PPH) 2.51E6 LEGEND: - R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH ; 1
)5 PLT VNT GAS (MID) (MR/HR) OSL = OFF SCALE LOW
~ 23 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3.2-13 SCN:87-3717 RNPD-87-05-RO j
ATTACHMENT 9.7 Pag 7 I of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 r ' j NOTIFICATION OF UNUSUAL EVENT f s ALERT Time: 0945 SITE AREA EMERGENCY l GENERAL EMERGENCY Completed By: l ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 11.3 PRESSURE (PSIG) 1.5 SI ACTUATED: TIME LOWER (MPH) 7.6 TEMPERATURE (*F) 127 RESET: TIME WIND DIR. UPPER (* FROM) 279 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 263 SUMP LEVEL (INCHES) 6 RESET: TIME AIR TEMPERATURE (*F) 65 R9 iT '.EVEL (5) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME i PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME j AREA RADIATION MONITORS RCS PRESSURE (PSlG) 2230 RESET: TIME . R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 36 SPRAY ADD TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 552 SI COLD-LEG FLOW (GPM) j R-3 ~ HP WORK AREA 3.0 LOOP A TH (*F) 553 SI HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 800 TC (*F)
,_ 551 l R-5 SPENT FUEL PIT (MR/HR) 5 AT 2 EQUIPMENT STATUS j
R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 553 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 551 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 2 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 553 E = ENERGlZED TC (*F) 552 PRIMARY PROCESS RADIATION MONITORS AT RCP 0 1 A 0 0 C 0 il CV VENT PART. (CPM) OSH t12 CV VENT GAS (CPM) OSH SUBC00 LING (*F) CHRGNG FLOW (GPM) 112 16 CHG PUMP A Sl PUMP A A A B B A A C C 0 A 4 R-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) O CS PUMP A A .B A R-15 COND. AIR EJEC. (CPM) 40 l REACTOR POWER <1 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 20 3 0 4 0 R-17 COM'. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A 0 B 0 R-19A S/G A BLOWDOWN (CPM) 900 COND PUMP A 0 8 0 R-19B S/G B BLOWDOWN (CPM) 1100 SECONDARY SYSTE* AFW MOTOR A A B A l R-19C S/G C BLOWOOWN (CPM) 900 S/G A LEV.-WR (P 58 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) , 1025 MSIV A 0 B 0 C R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 46.8K ELECTRICAL STEAM (PPH) 20K EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 58 OFFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 1025 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 46.8K FANS C-31C "C" MN STM (MR/yR) 15 STEAM (PPH) 20K HVE 1A A IB A R-32A CV H1 RG (R/HR) 42 ACT. (uCs/ml) HVE 2A 0 28 A R-328 CV Hi RG (R/HR) 42 S/G C LEV.-WR (%) 60 HVE 5A A 5B A
'R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 1035 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 45K l R-34 "1" PLT VNT (CPM) 90 STEAM (PPH) 8K LEGEND:
} R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH
- R-35 PLT VMT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW M PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE
.j7 CONDENSATE POLL 3HER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3.2-14 SCN:87-3717 RNPD-87-05-RO _________
"l ATTACHMENT 9.7 Paga 1 of'l I SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS i
EMERGENCY CLASSIFICATION (CIRCLE) Date: ' October 6. 1987 . b NOTIFICATION OF UNUSUAL EVENT
/- > ALERT' Time: 1000 s SITE' AREA EMERGENCY I
GENERAL EMERGENCY Completed By: I i ENVIRONMENTAL SYSTEMS -CONTAINMENT STATUS ! ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 8.4 PRES $URE (PSIG) 1.6 .Si A'CTUATED: TIME LOWER'(W H) 4.3 TEMPERATURE (*F) 129 RESET: TIME l "IND DIR. UPPER (* FROM) 285 HYDROGEN CONC. (%) O CS ACTUATED:. TIME
' LOWER (* FROM) 280 SUMP LEVEL (INCHES) 7 RESET: TIME i AIR TEMPERATURE ('F) 62 RWST LEVEL (%) 91 CONT. ISO. A ACTUATED: TIME l PASQUILL STAB. FACTOR RESET: TIME l PRIMARY SYSTEM CONT. ISO, B ACTUATED: ' TIME -
AREA RADIATION MONITORS RCS PRES $URE (PSIG) 2190 RESET: TIME R-1 CONTROL ROON (MR/HR) <1 PZR LEVEL (%) 27 SPRAY ADD TANK LEVEL (%) 67 i R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 546 SI COLD-LEG FLOW (GPM)' R-3 HP WORK AREA 3.0 LOOP A TH (*F) 547 St HOT-LEG INJECT START l
~R-4 .CHG. PUMP RM (MR/HR) 150 TC (*F). 546 I R-5 . SPENT FUEL PIT (MR/HR) 5 AT 1 EQUIPMENT STATUS R SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 547 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 546 A = AVAILABLE (NOT OPERATING)
R-8. DRUM. RM. (MR/HR) 2 AT 1 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 547 E = ENERGlZED TC ('F) 546 PRIMARY ESS RADIATION MONITORS AT RCP 0 8 0 1 A C 0 11 CV VENT PART. (CPM) OSH SUBC00 LING ('F) 110 CHG PUMP A A ,B A C 0 R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 8 Si PUMP A A B A C A R-14 . PLT VNT GAS ' (CPM) 3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2 ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17' COMP. CW (CPM) 1.lK GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K 'I I3I (uCl/ml) FEED PUMP A 0 B A R-19A S/G A BLOWDOWN (CPM)- 1000 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWOOWN (CPM) 1000 S/G A LEV.-WR (%) 63 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 980 MSlV A 0 B 0 C R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT C RADIATION MONITORS ACT, (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 63 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 980 EMER. BUS El E E2 E R-318 "B" MN STN (MR/HR) 15 FEED (PPH) 0 FANS R-31CL"C" MN STM (MR/HR) 15 STEAM (PPH) O HVE IA A IB A
'R-32A CV HI RG (R/HR) 110 ACT. (uCI/mi) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 110 S/G C LEV.-WR (%) 63 HVE 5A A 58 A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 975 hfE 15 0 15A A R-34 "P" PLT VNT (CPM) - 60 FEED (PPH) 0 R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) O LEGEND: Y R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH 93 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW . [d3 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE 1 R-37 CONDENSATE POLISHER (CPM) OOS lSOL = ISQLATED PEP-171 Rev. 5 3.2-15 SCN:87-3717 RNPD-87-05-RO
_ _-___-___ _- - ___ - a
ATTACHMENT 9.7 Page 1 of 1' SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS [ - EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 NOTIFICATION OF UNUSUAL EVENT ALERT Time: 1015 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: 4 ENVIRONMENTAL SYSTEMS' CONTAINMENT STATUS ENGINEERED SAFETY FEATURES j WIND SPEED UPPER (MPH) 5.4 PRESSURE (PSIG) 1.6 SI ACTUATED: TIME LOWER (MPH) 4.8 TEMPERATURE (*F) 130 RESET: TIME WIND DIR. UPPER (* FROM) 320 HYDROGEN CONC. ($) O CS ACTUATED: TIME Ain TEMPERATURE (*F) LOWER (* FROM) 308 60 SUMP LEVEL (INCHES) RWST LEVEL (%) 91 8 RESET: TIME CONT. 150. A ACTUATED: TIME l PASQUILL STAB. FACTOR RESET: TIME { PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME l AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2235 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 22 SPRAY ADD TANK LEVEL (5) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 547 SI COLD-LEG FLOW (GPM) 4 R-3 HP WORK AREA 3.5 LOOP A TH (*F) 547 St HOT-LEG INJECT START f R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 547 R-5 SPENT FUEL PIT (MR/HR) 5 AT 0 EQUIPMENT STATUS R-6 SAWLING ROOM (MR/HR) <1 LOOP B TH (*F) 547 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 547 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) '547 E = ENERGlZED . TC (*F) 545 PRIMARY ESS RADIATION MONITORS AT 2 RCP 0 0 A B C 0 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 118 CHG PUMP A A B A C 0 R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 22.5 S1 PUMP A A B A C A R-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15-COND. AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY I R-18 WASTE DISPOSAL (CPM) 17K 1 131 (uCi/ml) FEED PUMP A 0 B A k R-19A S/G A BLOWDOWN (CPM) 1000 CCND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) 1000 S/G A LEV.-WR (%) 65 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 990 MSIV A 0 8 0 C N j R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL f STEAM (PPH) O EDG A A B A ! ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 65 0FFSITE A R-31A "Ad MN STM (MR/HR) 15 PRESS (PSIG) 990 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS I R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) O HVE 1A A 18 A
~
R-32A CV HI RG (R/HR) 140 ACT. (uCl/ml) HVE 2A 0 28 A j R-328 CV HI RG (R/HR) 140 S/G C LEV.-WR (%) 62 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 970 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 0 j R-34 "1" PLT VNT (CPM) 90 STEAM (PPH) O LEGEFO: .l R-34 "NG" PLT VNT (CPM) 35 ACT. (LCl/ml) OSH = OFF SCALE HIGH [ 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW j V3 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE 00S J R-37 CONDENSATE POLISHER (CPM) ISOL = ISOLATED l PEP-171 Rev. 5 3.2-16 { SCN:87-3717 l RNPD-87-05-RO .
)
ATTACHMENT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS G;i EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6. 1987 NOTIFICATION OF UNUSUAL EVENT ALERT - Time 1030 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES l WIND SPEED UPPER (MPH) 4.5 PRESSURE (PSIG) 1.6 Si ACTUATED: TIME ! LOWER (MPH) 4.1 TEMPERATURE (*F) 131 RESET: TIME WIND DIR.' UPPER (* FROM) 310 HYOROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 305 SUMP LEVEL (INCHES) 8 RESET: TIME AIR TEMPERATURE ('F) 60 RWST LEVEL (5) 91 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME-PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME AREA RADIATION MONJTORS RCS PRESSURE (PSIG) 2225 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 22.7 SPRAY ADO TANK LEVEL (%) 67 , R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 547 Sl COLD-LEG FLOW (GPM) R-3 HP WORK AREA 4.0 LOOP A TH-(*F) 548 St HOT-LEG INJECT START R-4 CHG. PuhP RM (MR/HR) 100 TC (*F) 547 R-5 SPENT FUEL PIT (MR/HR) AT 1 EQUIPMENT STATUS R-6 'SAMPLINC ROOM (MR/HR) <1 LODP B TH (*F) 548 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 547 A = AVAILABLE (NOT OPERATING)
'R-8 DRUM. RM. (MR/HR) 2 AT 1 0 = OPERATING 'l R-9' FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 548 E = ENERG1 ZED '
TC (*F) 547 PRIMARY ESS RADIATION MONITORS AT 1 RCP A 0 0 0 0 0
-11' CV VENT PART. (CPM) OSH SUBC00 LING (*F) 118 CHG PUMP A A B 'A C 0 R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (Ge)M) 30 S1 PUMP A A B A C A R-14. PLT VNT GAS'(CPM) '3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND.' AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) ~
SECONDARY R-18 WASTE DISPOSAL (CPM) 17K 1 131 (uCl/ml) FEED PUMP A 0 B A- l R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A i R-19B S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-190 S/G C BLOWOOWN (CPM) 1000 S/G A LEV.-WR (%) 63 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 990 MSIV A 0 0 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (5) 63 0FFSITE A R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 990 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS
%-31C "C" MN STM (MR/HR) 15 STEAM (PPH) O HVE 1A A 18 A j R-32A CV H1 RG (R/HR) 190 ACT. (uCl/ml) HVE 2A 0 28 A R-323 CV HI RG (R/HR) 190 S/G C LEV.-WR (%) 63 HVE 5A A 58 A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 960 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 0
'R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) O LEGEND: -
34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW I 6 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE C*-37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3.2-17 SCN;87-3717 CMMF494 - _. . _ _ _ _ _ _ _ _ . _ _ _ _ _ _ . _ _ _ _
y L , ATTACHMENT 9.7 l' Pagt I of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS 1
,n EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 i
'V)
( NOTIFICATION OF UNUSUAL EVENT-ALERT , . Time: 1045 SITE' AREA EMERGENCY GENERAL EMERGENCY Completed By: ; ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 4.7 PRESSURE (PSIG) 1.6 SI ACTUATED: TIME ! LOWER (MPH) 3.8 TEMPERATURE (*F) 131 RESET: TIME t!!ND DIR. UPPER (* FROM) 315 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM)' 312 SUMP LEVEL (INCHES) 9 RESET: TIME
-AIR TEMPERATURE (*F) 59
]
RWST LEVEL (5) 91 CONT. ISO. A ACTUATED: TIME ; PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM
)
CONT. ISO. B ACTUATED: TIME l
' AREA RADIATION MONITORS RCS PRESSURE (PSIG) 2000 RESET: TIME f R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 1.00 SPRAY ADD TANK LEVEL (5)
'R-2 CONT. AREA (MR/HR) '
OSH TAVE (*F) 546 St COLD-LEG FLOW (GPM) 67 ] l R-3: HP WORK AREA 4 LOOP A TH (*F) 546 SI HOT-LEG INJECT START l R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 546 I R-5 SPENT FUEL PIT (MR/HR) 5 AT 0 EQUIPMENT STATUS l R-6. SAMPLING ROOM (MR/H% <1 LOOP B TH (*F) 546 N = NOT AVAILABLE- . R-7 IN-CORE INST (MR/HR) OSH TC ('F) 546 A = AVAILABLE (NOT OPERATING) R8 DRUM. RM. (MR/HA) 2 AT 0 0 = OPERATING ; R-9. FAILED FUEL (MR/HR)! OSL LOOP C TH ('F) 546- E = ENERGlZED TC (*F) 545 PRIMARY ESS RADIATION MONITORS AT 0 0 1 RCP A B C 0 1 CV. VENT PART. (CPM) _ OSH SUBC00 LING (*F) 89 CHG PUMP A 0 B 0 C 0
-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 208 Sl PUMP A A B A C A R P.T VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) O CS. PUMP A A B A
'R-15 COND. AIR EJEC.-(CPM) 40 REACTOR POWER <1 RHR PUMP A A B A R-16 -CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.lK GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A' O B A R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A-
-R-19C S/G C BLOWDOWN (CPM) 1000 S/G A LEV.-WR (%) 65 AFW STEAM A
.R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) _
990 MSIV A 0 0 0 C N 0-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) ACCIDENT' RADIATION MONITORS ACT. (uCl/ml) O EDG AJ_B A DS/DG A l
-R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 66 0FFSITE A R-31 A "A" MN STM (MR/HR) 15 PRESS (PSIG) 990 EMER. BUS El E E2 E !
R-310 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS j R-31C "C" MN STM (MR/HR) 15 STEAM (PPH) O HVE 1A A IB A ) R-32A CV H1'RG (R/HR) 240 ACT. (uCl/ml) HVE 2A 0 2B A ( R-328 CV Hl RG (R/HR) 240 S/G C LEY.-WR (5) 65 HVE 5A A 58 A O-33, MON BLDG (MR/HR) 15 PRESS (PSIG) 950 HVE 15 0 15A A
.R-34."P" PLT VNT-(CPM) 60 FEED (PPH) 0 j
R-34 "l" PLT.VNT (CPM) 90 STEAM (PPH) O LEGEND: ,j R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH {
,N5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW l 15 f OOS = OUT OF SERVICE
[k37bCONDENSATE PLT VNT POL l SHERCAS (CPM) (HI) (MR/HR) OOS ISOL = lSOLATED *l i PEP-171 . Rev. 5 3.2-18
'SCN:87-3717
'RNPD-87-05-R0 l f
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I l l ATTACHMENT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLASSIFICATION,(CIRCLE) Date: October 6, 1987
,/ NOTIFICATION OF UNU5UAL EVENT ALERT Time: 1_100 l SITE AREA EMERGENCY I GENERAL EMERGENCY Completed By:
1 ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.3 PRESSURE (PSIG) 1.6 St A'CTUATED: TIME LOWER (MPH) 4.0 TEMPERATURE (*F) 130
)
RESET: TIME l WIND DIR. UPPER (* FROM) 315 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (' FROM) 311 SUMP LEVEL (INCHES) 9 RESET: TIME AIR TEMPERATURE (*F) 59 RWST LEVEL (%) 90 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 1450 RESET: TIME R-1 CONTROL ROOM (MR/HR) (1 PZR LEVEL (%) OSL SPRAY ADO TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) 'SI COLD-LEG FLOW (GPM) 180 l R-3 HP WORK AREA 4 LOOP A TH ('F) 534 Si HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 534 R-5 SPENT FUEL PIT (MR/HR) 5 AT 0 EglPMENTSTATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 534 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 534 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 534 E = ENERGlZED l TC (*F) 532 PRIMARY ESS RADIATION MONITORS AT 2 RCP A 0 B 0 C 0 1 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 60 CHG PUMP A 0 B 0 C 0 R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 200 Sl PUMP A 0 0 0 C 0 R-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A 0 B O R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N 8 N R-19A S/G A BLOWOOWN (CPM) 1100 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1100 SECONDARY SYSTEM AFW MOTOR A 0 8 0 R-19C S/G C BLOWDOWN (CPM) fSOL S/G A LEV.-WR (%) 67 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 885 MSIV A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A 0 0 0 ACCIDENT RADIATION MONITORS ACT, (uCi/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 68 0FFSITE A R-3tA "A" MN STM (MR/HR) 15 PRESS (PSIG) 885 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN $TM (MR/HR) 2700 STEAM (PPH) O HVE 1A N IB N R-32A CV HI R3 (R/HR) 280 ACT. (uCl/ml) HVE 2A 0 2B A R-329 CV HI RG (R/HR) 280 S/G C LEV.-WR (%) 71 HVE 5A A 5B A R-33 MON BLOG (MR/HR) 15 PRESS (PSIG) 870 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 0 R-34 "I" PLT VNT (CPM) 90 STEAM (PPH) O LEGENO: .
~
R-34 "HG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH / ~3 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW 15 00S = OUT OF SERVICE
) PLT VNT GAS (Hl) (MR/HR) "
R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED PEP-171 Rev. 5 3.2-19 SCN:87-3717 RNPD-87-05-RO
y ATTACHMENT 9.7 c Page 1 of.1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS m. _f V
) EMERGENCY CLASSIFICATION (CIRCLE)
NOTIFICATION OF UNUSUAL EVENT Date: October 6, 1987
-ALERT Time: 1115 SITE AREA EMERGENCY-
. GENERAL EMERGENCY- Completed By:
-ENV8RONMENTAL SYSTEMS- COWAlWENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 6.1 PPESSURE (PSlG) 1.5 St ACTUATED: TIME LOWER (WH) 4.2 TEMPERATURE (*F) 128 RESET: TIME WIND DlR. UPPER (* FROM) 318 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 315- SUMP LEVEL (INCHES) 10 RESET: TIME AIR TEMPERATURE ('F) 60 RWST LEVEL (5) 88 CONT. 150. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: . TIME PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME
. AREA RADIATION MONITORS RCS PRESSURE (PSIG) 1300 "
RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 17 SPRAY ADD TANK LEVEL (1) 67 R-2 CONT. AREA (MR/HR) OSH TAVE ('F) SI COLD-1.EG FLOW (GPM) 620 R-3> HP WORK AREA 4 LOOP A TH ('F) 506 SI HOA LEG INJECT START { R-4 CHG. PUMP RM (MR/HR)- 100 TC ('F) 495 i R-5 . SPENT FUEL PIT (MR/HR) 5 (iT EQUlPMENT STATUS R-6.. SAMPLING ROOM (MR/HR) <1 ' LOOP B TH (*F) 513 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 515 A = AVAILABLE (NOT OPERATING) j
'i R-8 DRUM. RM. (MR/HR). 2 AT G = OPERATING R-9: FAILED FUEL (MR/HR)- OSL LOOP C TH (*F) 475 E = ENERGlZED '
TC (*F) 4% PRIMARY ,- ESS RADIATION MONITORS AT RCP 0 0 A B C 0 11- CV. VENT PART. (CPM) OSH SUBC00 LING (*F) 63 CHG PUMP A 0 B 0 C 0 )
.R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 205 S1 PUMP A 0 B 0 C 0 i R-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) -0 CS PUMP A A B A R-15 COND.' AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A A B- A
=R-16c CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 0 4 0 R-17' COMP. CW (CPM) 1.1K GROSS (uci/ml) SECONDARY l R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N 8 N
'R-19A $/G A BLOWOOWN (CPM) 1000 COND PUMP A 0 B A-
.'R-198 S/G B BLOWDOWN (CPM) 13 SECONDARY SYSTEM AFW MOTOR A A B A R-190 S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (5) 68 AFW STEAM A I
'R-20' FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 715 MSIV A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEA4 (PPH) O EDG A 0 B 0 ;
ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A ! R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (5) 67 0FFSITE E,0 i R-3 t A "A" MN STM (MR/HR) 15 PRESS (P$lG) 850 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS
-R-31C "C" MN STN (m /HR) 2600 STEAM (PPH) O HVE lA N 1B N !
R-32A CV HI RG (R/HR) 320 ACT. (uCl/ml) HVE 2A 0 28 A
'R-328 CV HI RG (R/HR) 320 $/G C LEV.-WR (%) 78 HVE 5A A $8 A l 'R-33.' MON BLDG (MR/HR) 15 PRESS (PSIG) 490 HVE 15 0 15A A I
R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 0
,R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) O LEGEND:
J-34"NG"PLTVNT(CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH ! t ".5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW ! bj3 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE J R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED PEP-171 Rev. 5 3.2-20
-SCN:87-3717
_ ____RNPD-87_-O_5 _RO _ _ _ _ _ _ _ _ . _
ATT/,CHMENT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS l }' EMERGENCY CLASSIFICATION (C.RCLE) Date: October 6, 1987,
.- NOTIFICATION OF UNUSUAL EVENT j
ALERT Time: 1130 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: gylRONMENTALSYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.8 PRESSURE (PSIG) 1.5 SI A'TUATED: C TIME LOWER (MPH) 3.9 L TEMPERATURE (*F) 126 RESET: TIME WIND DIR. UPPER (* FROM) 312 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 310 SUMP LEVEL (INCHES) 10 RESET: TIME AIR TEMPERATURE (*F) 59 RWST LEVEL (%) 87 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM { CONT. ISO. B ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 1090 RESET: TIME k-1 CONTROL ROOM (MR/HR) g PZR LEVEL (5) 24 SPRAY ADO TANK LEVEL (%) 67 1 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 4 LOOP A TH (*F) 490 Sl HOT-LEG INJECT START j R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 488 { R-5 SPENT FUEL PIT (MR/HR) S AT EQUIPMENT STATUS
;<-6 <1 f
SAMPLING ROOM (MR/HR) LOOP O TH (*F) 498 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 498 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 469 E = ENERGlZED TC (*F) 488 PRIMARY ESS RADIATION MONITORS AT RCP A B C 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 58 CHG PUMP A B C
)
R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 65 St PUMP A B C R-14 PLT VNT GAS (CPM) 3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUHP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCi/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N B N R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A R-190 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWOOWN (CPM) ISOL S/G A LEV.-WR (5) 72 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 650 MSiv A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCi/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (5) 69 0FFSITE E { R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 655 EMER. BUS El E E2 E ] R-3tB "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN STM (MR/HR) 2600 STEAM (PPH) O HVE lA N 18 N
~
T,-32A CV Hi RG (R/HR) 350 ACT. (uCl/ml) HVE 2A 0 28 A R-3,79 CV HI RG (R/HR) 350 S/G C LEV.-WR (%) 85 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 455 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 60 FEED (PPH) 0 j R-34 "l" PLT VNT (CPM) 90 STEAM (PPH) O LEGEND: .{ R-34 "NG" PLT VNT (CPM) 35 ACT. (uCl/ml) OSH = OFF SCALE HIGH C ]5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW j6 PLT VNT GAS (HI) (MR/HR) 15 00S = OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED PEP-171 Rev. 5 3,2-21 SCN:87-3717 RNPD-87-05-R1
7 ~ ;,; i : [ ,1 L ATTACHMENT 9.7 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLASSIFICATION (ClRCLE) Date: October 6, 1987
/. NOTIFICATION OF UNUSUAL EVENT ALERT Times 1145 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS' CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 6.0 PRESSURE (PSIG) 1.4- St ACTUATED: TIME LOWER (MPH) 4.4 TEMPERATURE ('F) 124 ' RESET: TIME
%lND DIR. UPPER (* FROM) 314 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FRON) 312 SUMP LEVEL (INCHES) 11 RESET: TIME AIR TEMPERATURE ('F) 58 RWST LEVEL (%) 85 CONT. ISO. A ACTUATED: TIME' PASQUILL STAB. FACTOR RESET: TIME' PRIMARY SYSTEM CONT. ISO B ACTUATED: TIME ~
. AREA RADIATION MONITORS RCS PRESSURE (PSIG) 750 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 48 SPRAY ADD TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) St COLD-LEG FLOW (GPM)
R-3 HP WORK AREA 4 LOOP A TH (*F) 447 SI HOT-LEG INJECT START ) R-4 CHG. PUMP RM (MR/HR) -100 TC (*F) 446
'R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATL'S
'R-6 SAMPLING ROOM (MR/HR) (1 LOOP B TH (*F) 458 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 459 .A = AVAILABLE (NOT OPERATING)
R-8 DRUM.'RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL ' LOOP C TH (*F) 427 E = ENERGlZED TC (*F) 446 PRIMARY ' ESS RADIATION MONITORS AT RCP A B C 1 CV VENT PART. (CPM) OSH 'SUBC00 LING ('F) 53 CHG PUMP A B C' j
-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 $1 PUMP A B C j IR-14 PLT VNT GAS (CPM) 4.0K LETDOWN FLOW (GPM) O CS PUMP A A B A -
R-15 .COND. AIR EJEC. (CPM) 40 REACTOR POWER <1% RHR PUMP A A B A !
'R-16~ CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 U
'R-17, COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY
.R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N 8 N LR-19A S/G A BLOWDOWN (CPM) 1000 COND PUMP A 0 B A R-19B S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEY.-WR (%) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPN) 30 PRESS (PSIG) 390 MSlV A 0 B O C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADI ATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 72 0FFSITE E R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 425 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS A-31C "C" MN STM (MR/HR) 2500 STEAM (PPH) O HVE 1A N 1B N R-32A CV HI RG (R/HR) 390 ACT. (uCl/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 390 S/G C LEV.-WR (%) 92 HVE 5A A 5B A R-33 . MON BLOG (MR/HR) 15 PRESS (PSIG) 300 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 R-34 "l"' PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: .
R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH 5 PLT VNT CAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW PLT VNT GAS (H1) (Mt/HR) 15 00S = OUT OF SERVICE 37 ' CONDENSATE P0LiSHER (CPM) OOS ISOL = lSOLATED i PEP-171 Rev. 5 3.2-22 SCN:87-3717 RNPD-87-05-R1
ATTACHMt3 9.7 Page 1 of 1 > SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS ! I
, EMERCENC' ? g FICATION (CIRCLE), Date: October 6, 1987 NOTIFICATi4- T UNUSUAL EVENT ALERT Time: 1200 Si1E AREA EMERGENCY l GENERAL EMERGENCY Completed By: _
ENVIR0tNENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.0 PRESSURE (PSIG) 1.3 SI A'CTUATED: TIME j LOWER (MPH) 4.3 TEMPERATURE (*F) 123 RESETt TIME WIND DIR. UPPER (* FROM) 316 HYDROGEN CONC. ($) O CS ACTUATED: TIME LOWER (* FROM) 310 SUMP LEVEL (INCHES) 11 RESET: TIME AIR TEMPERATURE (*F) 60 RWST LEVEL (%) 89 CONT. ISO. A ACTUATED: TIME Pl. SQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO 8 ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 675 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 50 SPRAY ADD TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 4 LOOP A TH (*F) 435 Sl HOT-LEG INJECT START R-4 CHO. PUMP RM (MR/HR) 100 TC (*F) 435 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 440 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 440 A = AVAILABLE (NOT OPERATING) f R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 400 E = ENERGlZED TC (*F) 425 PRIMARY
~TESS RADI ATION MONITOR $ 4T RCP A B C y.1 CV VENT PART. (CPM) OSH SU8C00 LING (*F) 57 CHG PUMP A B C R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 St PUMP R-t4 PLT VNT GAS (CPM) 4.0K LETDOWN FLOW (GPM) O A__8 C CS PUMP A A B- A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <15 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 0 4 0 R-i7 COMP. CW (CPM) I.IK GROSS (uCl/mi) SECONDARY R-18 WASTE DISPOSAL (CPN) 17K I I3I (uCl/ml) FEED PUMP A N 8 N R-19A S/G A 8 LOWDOWN (CPM) 1000 COND PUMP A 0 8 A R-198 S/G B 8 LOWDOWN (CPM) 1000 S,ECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HOLG BASE (CPM) 30 PRESS (PSIG) 350 MSiv 0 8 0 A ,C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A I ACCIDENT RADI ATION MONITORS ACT, (uci/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 75 0FFSITE E R 31A "A" MN STM (MR/HR) {
15 PRESS (PSIG) 350 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" HN STM (MR/HR) 2500 STEAM (PPH) HVE 1A N IB N R-32A CV HI RG (R/HR) 430 ACT. (uCl/ml) 0 28 HVE 2A _ A l R-328 CV HI RG (R/HR) 430 S/G C LEV.-WR (%) OSH HVE 5A A 58 A l R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 250 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 1 R-34 "1" PLT VNT (CPM) 100 STEAM (PPH) O J LEGEND: R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/mi) OSH = OFF SCALE HIGH
/~" 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW J PLT VNT GAS (Hl) (MR/HR) 15 OOS = OUT OF SERVICE l RI37 CONDENSATE POLISHER (CPM) 00S ISOL = lSOLATED PEP-171 Rev. 5 3.2-23 SCN:87-3717 RNPD-87-05-R1
ATTACHMENT 9.7 Page 1 ol 1 - SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 l s_- l NOTIFICATION OF UNUSUAL EVENT ALERT Time: 1215 , SITE AREA EMERGENCY GENERAL EMERGENCY
]
Completed By:
- ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.8 PRES $URE (PSIG) 1.3 SI A'CTUATED: TIME LOWER (MPH) 4.7 TEMPERATURE ('F) 123 RESET: TIME WIND DIR. UPPER (* FROM) 312 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 312 SUMP LEVEL (INCHES) 12 RESET: TIME AIR TEMPERATURE (*F) 61 RWST LEVEL (%) 82 CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME i PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME I AREA RADIATION MONITORS RCS PRESSURE (PSIG) 625 RESET: TIME R-1 CONTROL ROOM (MR/HR) <l PZR LEVEL (%) 55 SPRAY ADD TANK LEVEL (%) 67 R-2 CONT. AREA (MRAIR) OSH TAVE (*F) St COLD-LEG FLOW (GPM)
R-3 HP WORX AREA 3.5 LOOP A TH (*F) 425 Si HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 415 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 428 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 428 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 67 0 = OPER/. TING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 380 0 = ENERGlZED TC (*F) 400 PRIMARY AT RCP A B C SCESSRADIATIONMONITORS I CV VENT PART. (CPM) OSH SUBC00 LING (*F) 66 CHG PUMP A B C j R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 Sl PUNP A B C l R-14 PLT VNT CAS (CPM) 4.0K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.lK { GROSS (uCl/ml) SECONDARY ' R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N 8 N' R-19A S/G A BLOWOOWN (CPM) 1000 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 900 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 325 MSiv A 0 8 0 C N R-21 FUEL HDLG UPPER (CPN) 20 FEED (PPH) O ELECTRICAL , STEAH (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MRhiR) 1.8 S/G B ' EV.-WR (5) 75 0FFSITE E R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 325 EMER. BUS El E E2 E R-3tB "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS l R-3tC "C" MN STM (MR/HR) 2300 STEAM (PPH) O HVE lA N 18 N ! R-32A CV HI RG (R/HR) 465 ACT (uCl/ml) HVE 2A 0 28 A l R-320 CV HI RG (R/HR) 465 S/G C LEV.-WR (%) OSH HVE 5A A $8 A G-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 180 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 R-34 "l" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: . R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH j
']5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
( ,3 PLT VNT GAS (Hl) (MR/HR) 15 OOS = OUT OF SERVICE i' R-37 ONDENSATE POLISHER (CPM) OOS l SOL = lSOLATED PEP-171 Rev. 5 3.2-24 SCN:87-3717 fMPD-87-05-R1
J , h , ATTACHMENT'9.7
~ SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS
, sm ' =
!! Y EMERGENCY CLASSIFICATION (ClRCLE) Date: October 6, 1987 b NOTIFICATION OF_ UNUSUAL EVENT ALERT' Time: 1230 SITE AREA EMERGENCY _
GENERAL EMERGENCY Completed By: ji ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES
. WIND SPEED UPPER (MPH) 5.4 PRESSURE-(PSIG) 1.3 St ACTUATED: TIME j
-LOWER (MPH) 4.0 TEMPERATURE (*F) 123 RESET: TlHE j WIND DIR. UPPER (*.FRON) 314 HYDROGEN CONC. (%) 0' CS ACTUATED: TIME '
LOWER (* FROM) 315 SUMP LEVEL (INCHES) 12 RESET: TIME AIR TEWERATURE (*F)' 60 RWST LEVEL ($) 82 CONT. ISO. A-ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSl6) 600 RESET: TIME ] R-1 CONTROL ROOM (MR/HR) <l PZR LEVEL (%) 55 SPRAY ADO TANK LEVEL (5) 67 { R-2 CONT. AREA (MR/HR) -OSH TAVE (*F) St COLD-LEG FLOW (GPM)- -} R-3 HP WORK AREA 3 LOOP A TH (*F) 415 R-4 .CHG PUMP RM (MR/HR) 100 TC (*F) SI HOT-LEG INJECT START , ) 405 i R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS l
-R-6 JSAMPLING ROOM (MR/HR) <1 LO6P B TH (*F) 420 N = NOT AVAILABLE k R-7 lN-CORE INST (MR/HR) OSH TC (*F) 420 A = AVAILABLE (NOT OPERATING)
R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING R-9 : FAILED FUEL (MR/HR) , OSL LOOP C TH (*F) 365 E = ENERGlZED TC (*F) 380 PRIMARY ESS RADIATION MONITORS- AT RCP A B C -j 11 CV VENT PART. (CPM) OSH SUBC00 LING ('F) 69 CHG PUMP A B C j R-12 CV' VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 St PUMP A B C R-14 PLT VNT GAS (CPM) 3.5K- .{ LETDOWN FLOW (GPM) O CS PUMP A A B A ;
'R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1% RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH I O 2 0 3 -0 4 0 R-17 COMP. CW (CPM)- 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL-(CPM)- 17K' 1 131 (uCl/ml) FEED PUMP A N B N R-19A S/G A BLOWOOWN (CPM) 1000 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1100 SECONDARY SYSTEM AFW MOTOR A A A B 1 R-19C S/G C BLOWOOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 300 MSIV A 0 B 0 C N j
.D-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL i STEAM (PPH) O EDG A A B A i
' ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A j
A-30 F.H. BASE Hi RG (MR/HR) 1.8 S/G B LEV.-WR ($) 75 0FFSITE E 0-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 300 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN STM (MR/HR) 2300 STEAM (PPH) O HVE 1A N IB N R-32A CV HI RG (R/HR) 500 ACT. (uCI/ml) HVE 2A 0 28 A
- R-32B CV HI RG (R/HR) 500 S/G C LEV.-WR (%) OSH HVE 5A A 58 A R-33 . MON BLDG (MR/HR) 15 PRESS (PSIG) 145 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0
- R-34 "l" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: *'
R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH
~ [) PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW ' C 2 PLT VNT GAS (HI) (lft/HR) 15 00$ = OUT OF SERVICE ~
A-37 CONDENSATE P0t.lSHER (CPM) 00S ISOL = ISOLATED l l PEP-171 Rev. 5 3.2-25 i SCN:87-3717 RNPD-87-05-R1 1
l ATTACHMENT 9.7 l Page 1 of I SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS i 1 EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 _. NOTIFICATION OF UNUSUAL EVENT ALERT f Time: 1245 l 5iTE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES t'IND SPEED UPPER (MPH) 5.5 PRESSURE (PSIG) 1.3 St ACTUATED: TIME ! LOWER (MPH) 3.8 TEMPERATURE (*F) 123 RESET: TIME l WIND DIR. UPPER (* FROM) 312 HYDROGEN CONC. ($) O CS ACTUATED: TIME LOWER (* FROM) _ 311 SUMP LEVEL (INCHES) 12 RESET: TIME ! AIR TEMPERATURE (*F) 59 RWST LEVEL (%) 80 CONT. ISO. A ACTUATED: TIME j PASQUILL STAB. FACTOR RESET: TIME i PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME O AREA RADIATION MONITORS RCS PRESSURE (PSIG) 580 R'ESET: TIME R-1 CONTTa>L ROOM (MR/HR) <1 PZR LEVEL (%) 55 SPRAY ADO TANK LEVEL (%) 67 y R-2 CONT. AREA (MR/HR) OSH TAVE (*F) SI COLD-LEG FLOW (GPM) f R-3 HP WORK AREA 3 LOOP A TH (*F) 410 $1 HOT-LEG INJECT START l R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 410 R-5 SPENT FUEL PIT (MR/HR) 5 6T EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LO6P B TH (*F) 410 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 410 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING ! R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 355 E = ENERGlZED 1 TC (*F) 365 PRIMARY SS RADIATION MONITORS AT RCP A B C 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 75 CHG PUMP A B C R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 Sl PUMP A B C R-14 PLT VNT GAS (CPM) "3.5K LETDOWN FLOW (GPM) O CS PUMP A A B A ! R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <11 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP, CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEE") PUMP A N B N R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A R-190 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM 0 j R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 285 MSIV A 0 0 0 C N l R-21 FUEL HDLC UPPER (CPM) 20 FEED (PPH) O ELECTRICAL ! STEAM (PPH) O EDG A A B A I ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A l R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (!) 75 0FFSITE E I R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 285 EMER. BUS El E E2 E l R-318 "0" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN STN (MR/HR) 2000 STEAM (PPH) O HVE 1A N 18 N F;-31A CV HI RG (R/HR) 530 ACT. (uCl/mi) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 530 S/G C LEV.-WR (%) OSH HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 130 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 R-34 "l" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: - T:-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH [ O PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW d PLT VNT GAS (Hl) (MR/HR) 15 OOS = OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED PEP-171 Rev. 5 3.2-26 SCN:87-3717 RNPD-67-05-R1
l ATTACHMENT 9.7 Page 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 l . NOTIFICATION OF UNUSUAL EVENT ALERT
- Time: 1300 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.4 PRESSURE (PSIG) 1.3 SI. ACTUATED: TIME LOWER (MPH) 3.7 TEMPERATURE (*F) 123 RESET: TIME WIND DIR. UPPER (* FROM) 320 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (' FROM) 318 SUMP LEVEL (INCHES) RESET: TIME AIR TEMPERATURE (*F) 59 RWST LEVEL ($) CONT. ISO. A ACTUAT E TIME PASQUILL STAB. FACTOR RESET: TIME PRIMARY SYSTEM , CONT. ISO. B ACTUATED: TIME AREA RADIATION MONITORi RCS PRESSURE (PSIG) 575 RESET: TIME R-1 CONTROL ROOM (MR/'R) <1 PZR LEVEL (5) __ 55 SPRAY ADO TANK LEVEL (%) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA __ 2.5 LOOP A TH ('F) 405 Sl HOT-LEG INJECT START R-4 CHG. PUMP RM (m/HR) 100 TC (*F) 405 R-5' SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/ M ) <1 LOOP B TH (*F) 405 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 405 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 350 E = ENERGlZED TC (*F) 360 PRIMARY SCESS RADIATION MONITORS AT RCP A B C
. Ndll CV VENT PART. (CPM) OSH SUBC00 LING (*F) 70 CHG PUMP A B C R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 St PUMP A B C R-14 ' PLT VNT GAS (CPM) 3.0K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1% RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCi/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCi/ml) FEED PUMP A N B N R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A R-198 S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 250 MSiv A 0 0 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCI/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 75 0FFSITE E R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 250 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C."C" MN STM (MR/HR) 2000 STEAM (PPH) O HVE 1A N IB N R-32A CV HI RG (R/HR) 560 ACT. (uCl/ml) HVE 2A 0 28 A R-329 CV HI RG (R/HR) 560 S/G C LEV.-WR (%) OSH HVE 5A A 5B A R-33 MON DLDG (MR/HR) 15 PRESS (PSIG) 115 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 R-34 "l" PLT VNT (CPM) 100 STEAN (PPH) O LEGEND:
g34"NG"PLTVNT(CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH (
, )5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW V36 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED PEP-171 Rev. 5 3.2-27 SCN;87-3717 RNPD-87-05-R1
1 ATTACHMENT 9.7 Page 1 of I SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS
, .~
EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987 2 NOTIFICATION OF UNUSUAL EVENT ALERT Time: 1315 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES WIND SPEED UPPER (MPH) 5.8 PRESSURE (PSIG) 1.3 St A'CTUATED: TIME LOWER (MPH) 4.0 TEMPERATURE ('F) 123 RESET: TIME WINO DIR. UPPER (* FROM) 323 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 320 SUMP LEVEL (INCHES) RESET: TIME AIR TEMPERATURE (*F) 59 RWST LEVEL ($) CONT. ISO. A ACTUATED: TIME PASQUILL STAB FACTOR RESET: TIME PRIMARY SYSTEM CONT. 150. hs ACTUATED: TIME AREA RADIATION MONITORS RCS' PRESSURE (PSIG) 570 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 55 SPRAY ADO TANK LEVEL (%) 67 R-2 CONT AREA (MR/HR) OSH TAVE ('F) SI COLD-LEG FLOW (GPM) R-3 HP WORK AREA 2.0 LOOP A TH ('F) 400 $1 HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 400 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 L0dP B TH ('F) 400 N = NOT AVAILABLE R-7 IN-CORE INST (MR/HR) OSH TC (*F) 400 l A = AVAILABLE (NOT OPERATING) J R-8 DRUN RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) l OSL LOOP C TH (*F) 345 E = ENERGlZED j TC ('F) 355 PRIMARY ESS RADIATION MONITORS AT RCP A B C 11 CV VENT PART. (CPM) OSH SUBC00 LING ('F) 70 CHG PUMP A B C ] R-12 CV VENT GAS (CPM)- OSH CHRGNG FLOW (GPM) 60 Si PUMP A B C ! R-14 PLT VNT GAS (CPM) 2.8K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <15 B A RHR PUMP A _A_ R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCI/ml) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUNP A N B N R-19A S/G A BLOWDOWN (CPM) 1100 COND PUMP A 0 B A R-19B S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A I R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HDLC BASE (CPM) 30 PRESS (PSIG) 245 MSIV A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/mi) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (%) 75 0FFSITE E R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 245 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) O FANS l R-31C "C" MN STM (MR/HR) 2000 STEAM (PPH) O HVE 1A N 18 N I R-32A CV HI RG (R/HR) 560 ACT. (uCi/ml) HVE 2A 0 28 A R-328 CV HI RG (R/HR) 560 S/G C LEV.-WR (%) OSH HVE $A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 110 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) O j R-34 "l" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND: - R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH .
,' 3 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW
.i6 PLT VNT GAS (HI) (MR/HR) 15 00 ~, = OUT OF SERVICE ,)
R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED l PEP-171 Rev. 5 3.2-27A i SCN 87-3717 RNPD-87-05-RO )
l ATTACHMENT 9.7 Pags 1 of.I !. SAFETY PARAMETER DlSFLAY SYSTEM / PLANT STATUS [] EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6, 1987 j - (,/ . NOTIFICATION OF UNUSUAL EVENT
- 1 ;
ALERT Times 1330 j SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: !j ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES i RIND SPEED UPPER (MPH) 6.8 PRESSURE (PSIG) 1.3 St ACTUATED: TIME
> LOWER (MPH)~ 3.7 TEMPERATURE (*F) 123
]
RESET: TIME ' 10lND DIR. UPPER (* FROM). 316 HYDROGEN CONC. (5) O CS ACTUATED: TIME l LOWER (* FROM)- 310 SUMP LEVEL (INCHES) RESET: TIME
' AIR TEMPERATURE (*F) 58 RWST LEVEL ($) CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR
-)
RESET: TIME l PRIMARY SYSTEM CONT. ISO. B ACTUATED: TIME j AREA RADIATION MONITORS RCS PRESSURE (PSIG) 565 RESET: TIME ' R-1 CONTROL ROOM (MR/HR)- -<1 PZR LEVEL ($) 55 SPRAY ADD TANK LEVEL (%) 67 ; R-2 CONT. AREA (MR/HR) OSH, TAVE (*F) Si COLD-LEG FLOW (GPM) R-3 HP WORK AREA 2.0 LOOP A TH (*F) 395 St HOT-LEG INJECT START ; R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 395 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS , R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 395 N = NOT AVAILABLE R-7 IN-CORE. INST (MR/HR) OSH TC (*F) 395 A = AVAILABLE (NOT OPERATING) R-8 DRUM..RM. (MR/HR): 2- AT 0 = OPEPATING
.R-9. FAILED FUEL (MR/HR) GSL LOOP C TH (*F) 340 E = ENERGlZED
-TC (*F) 350 PRIMARY ESS RADIATION MONITORS AT RCP A B' C 11 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 70 CHG PUMP A B C R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 Si PUMP A B C R-14 PLT VNT GAS (CPM) 2.8K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <1% RHR PUMP A A B A l
_.. R- 16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) -1.1K GROSS (uCl/ml) SECONDARY
~R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP A N B N
-R-19A S/G A' BLOWDOWN (CPM)- 1100 COND PUMP A 0 B A R-198 S/G B BLOWDOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A
]
R-19C S/G C BLOWOOWN (CPM) ISOL S/G A LEY.-WR (%) 75 AFW STEAM A } R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIC) 230 MSIV A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 0 ELECTRICAL STEAM (PPH) O EDG A A B A ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (HR/HR) 1.8 S/G B LEV.-WR (5) 75 0FFSITE E R-31A."A" MN STM (MR/HR) 15 PRESS (PSIG) 230 EMER. BUS El E E2 E l R-31B "B" MN S1H (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN STM (MR/HR) 2000 STEAM (PPH) 0- HVE 1A N 18 N R-32A CV HI RG (R/HR) 560 ACT. (uCl/ml) HVE 2A 0 28 A I
,R-328 CV H1 RG (R/HR) 560 S/G C LEY.-WR (%) OSH HVE 5A A 58 A
- R-33_ MON BLOG (MR/HR) 15 PRESS (PSIG) 100 HVE 15 0 15A A R-34 "P" FLT VNT (CPM) 70 FEED (PPH) 0
'R-34 "l" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND:
^
R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) 0$H = OFF SCALE HIGH 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW 6 PLT VNT GAS (HI) (MR/HR) 15 OOS = OUT OF SERVICE
-37 CONDENSATE POLISHER (CPM) 00S ISOL = lSOLATED PEP-171 Rev. 5 3.2-278 SCN:87-3717 RNPD-87-05-RO
_ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ o
k ATTACHMENT 9.7 l Page 1 of I SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS EMERGENCY CLAS$lFICATION (CIRCLE) Date: October 6, 1987
) NOTIFICATION OF UNUSUAL EVENT ALERT Time: 1345 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By:
ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES
'!!ND SPEED UPPER (MPH) 6.6 PRESSURE (PSIG) 1.3 St ACTUATED: TlHE LOWER (MPH) 4.2 TEMPERATURE (*F) 123 RESET: TIME WIND DIR. UPPER (* FROM) 315 HYDROGEN CONC. (5) O CS ACTUATED: TIME LOWER (* FROM) 33 SUMP LEVEL (INCHES) RESET: TIME AIR TEMPERATURE (*F) ~7 RWST LEVEL (%) CONT. ISO. A ACTUATED: TIME PASQUlLL STAB. FACTOR RESET: TIME PRIMARY SYSTEM l CONT. ISO. 8 ACTUATED: TIME i AREA RADIATION MONITORS RCS PRESSURE (PSIG) 560 RESET: TIME R-1 CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 55 SPRAY ADD TANK LEVEL (5) 67 R-2 CONT. AREA (MR/HR) OSH TAVE (*F) SI COLD-LEG FLOW (GPM)
R-3 HP WORK AREA 2.0 LOOP A TH (*F) 390 St HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100 TC (*F) 390 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS R-6 SAMPLING ROOM (MR/HR) <1 LOOP B TH (*F) 390 N = NOT AVAILABLE R-7 IN-CORE INST (HR/HR) OSH TC (*F) 390 A = AVAILABLE (NOT OPERATING) R-8 DRUM. RM. (MR/HR) 2 AT 0 = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 345 E = ENERGlZED TC (*F) 355 PRIMARY SS RADIATION MONITORS AT RCP A B C 1 CV VENT PART. (CPM) OSH SUBC00 LING (*F) 70 CHG PUMP A B C R-12 CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 Si PUMP A B C R-14 PLT VNT GAS (CPM) 2.8K LETDOWN FLOW (GPM) O CS PUMP A A B A R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <11 RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 ' R-17 CONP. CW (CPM) 1.lK GROSS (uCl/mt) SECONDARY R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCi/mi) FEED PUMP A N 8 N R-19A S/G A BLOWOOWN (CPM) 1100 COND PUMP A 0 B A R-19B S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR (%) 75 AFW STEAM A R-20 FUEL HDLG BASE (CPM) 30 PRESS (PSIG) 220 MSIV A 0 B 0 C N R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) O ELECTRICAL l STEAM (PPH) O EDG A A B A ACCIDENT RADIAil0N MONITOR $ ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEV.-WR (5) 75 0FFSITE E l R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 220 EMER. BUS El E E2 E R-318 "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" MN STM (MR/HR) 2000 STEAM (PPH) O HVE 'A N 18 N R-32A CV HI RG (R/HR) 560 ACT. (uCl/ml) HVE 2A 0 28 A d R-328 CV HI RG (R/HR) 560 S/G C LEV.-WR (%) OSH HVE 5A A 58 A l R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 95 HVE 15 0 ISA A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) 0 : K-34 "l" PLT VNT (CPM) 100 STEAM (PoH) O LEGEND:
.i R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH
/^ ~ 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW (73 PLT VNT GAS (HI) (MR/HR) 15 00S = OUT OF SERVICE R-37 CONDENSATE POLISHER (CPM) OOS ISOL = ISOLATED l PEP-171 Rev. 5 ' 3.2-27C SCN:87-3717 RNPD-87-05-R0
ATTACHMENT 9.7
' Pag) 1 of 1 SAFETY PARAMETER DISPLAY SYSTEM / PLANT STATUS 7^S EMERGENCY CLASSIFICATION (CIRCLE) Date: October 6,1987 g
") NOTIFICATION OF UNUSUAL EVENT ALERT-
=
Time: 1400 SITE AREA EMERGENCY GENERAL EMERGENCY Completed By: 1 ENVIRONMENTAL SYSTEMS CONTAINMENT STATUS ENGINEERED SAFETY FEATURES .
"IND SPEED UPPER (MPH) 6.3 PRESSURE (PSIG) 1.3 Sl ACTUATED: TIME LOWER (MPH) 4.1 TEMPERATURE ('F) 123 , RESET: TIME I WIND DIR. OPPER (FROM) 325 HYDROGEN CONC. (%) O CS ACTUATED: TIME LOWER (* FROM) 325 SUMP LEVEL (INCHES) RESET: TIME AIR TEMPERATURE (*F) , 58 RWST LEVEL (%) CONT. ISO. A ACTUATED: TIME PASQUILL STAB. FACTOR RESET: TIME l PRIMARY SYSTEM CONT. ISO. 8 ACTUATED: TIME AREA RADIATION MONITORS RCS PRESSURE (PSIG) 555 RESET: TIME l R CONTROL ROOM (MR/HR) <1 PZR LEVEL (%) 55 SPRAY ADO TANK LEVEL (%) 67
'R-2 CONT. AREA (MR/HR)
OSH TAVE ('F) St COLD-LEG FLOW (GPM) R-3 HP WORK AREA
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<1 LOOP A TH ('F) 385 Si HOT-LEG INJECT START R-4 CHG. PUMP RM (MR/HR) 100- TC (*F) 385 R-5 SPENT FUEL PIT (MR/HR) 5 AT EQUIPMENT STATUS j R-6 SAMPLING ROOM (MR/HR) <1 LOQP B TH ('F) 385 N = NOT AVAILABLE i R-7 IN-CORE INST (MR/HR) OSH - TC (*F) 385 A = AVAILABLE (NOT OPERATING)
R-8' DRUM. RM. (fR/HR) 2 AT o = OPERATING R-9 FAILED FUEL (MR/HR) OSL LOOP C TH (*F) 340 E = ENERGlZED j TC (*F) 350 PRIMARY ESS RADIATION MONITORS AT RCP A B C l 1 CV VENT PART. (CPM) OSH . SUBC00 LING ('F) 70 CHG PUNP A B C l
-12' CV VENT GAS (CPM) OSH CHRGNG FLOW (GPM) 60 St PUMP A B C l R-14 PLT VNT GAS (CPM) 2.8K LETDOWN FLOW (GPM) O CS PUMP A A B A l R-15 COND. AIR EJEC. (CPM) 40 REACTOR POWER <t! RHR PUMP A A B A R-16 CV FAN CW (CPM) 1.2K ACTIVITY: HVH 1 0 2 0 3 0 4 0 R-17 COMP. CW (CPM) 1.1K GROSS (uCl/ml) SECONDARY l R-18 WASTE DISPOSAL (CPM) 17K I I3I (uCl/ml) FEED PUMP.A N B N R-19A S/G A BLOWOOWN-(CPM) 1100 COND PUMP A O B A l
R-19B S/G B BLOWOOWN (CPM) 1000 SECONDARY SYSTEM AFW MOTOR A A B A l R-19C S/G C BLOWDOWN (CPM) ISOL S/G A LEV.-WR ($) 75 AFW STEAM A i R-20 FUEL HDLG BASE (CPN) 30 PRESS (PSIG) 210 MSIV A 0 ,B 0 C N ! R-21 FUEL HDLG UPPER (CPM) 20 FEED (PPH) 0 ELECTRICAL STEAM (PPH) O EDG A A B A l ACCIDENT RADIATION MONITORS ACT. (uCl/ml) DS/DG A R-30 F.H. BASE HI RG (MR/HR) 1.8 S/G B LEY.-WR (%) 75 0FFSITE E l R-31A "A" MN STM (MR/HR) 15 PRESS (PSIG) 210 EMER. BUS El E E2 E R-31B "B" MN STM (MR/HR) 15 FEED (PPH) 0 FANS R-31C "C" HN STM (MR/HR) 2000 STEAM (PPH) O HVE lA N 18 N
~R-32A CV HI RG (R/HR) 560 ACT. (uCl/ml) HVE 2A 0 2B A C-320 CV HI RG (R/HR) 560 S/G C LEV.-WR (5) 85 HVE 5A A 5B A R-33 MON BLDG (MR/HR) 15 PRESS (PSIG) 115 HVE 15 0 15A A R-34 "P" PLT VNT (CPM) 70 FEED (PPH) O R-34 "I" PLT VNT (CPM) 100 STEAM (PPH) O LEGEND:
R-34 "NG" PLT VNT (CPM) 40 ACT. (uCl/ml) OSH = OFF SCALE HIGH 5 PLT VNT GAS (MID) (MR/HR) 1 OSL = OFF SCALE LOW PLT VNT CAS (HI) (MR/HR) 15 00S = OUT OF SERVICE 37 CONDENSATE POLISHER (CPM) 00S ISOL = ISOLATED e PEP-171 Rev. 5 3.2-27D SCN:87-3717 RNPD-87-05-Ri
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ROBINSON NUCLEAR PROJECT DEPARTMENT 1987 EMERGENCY PREPAREDNESS ANNUAL EXERCISE ,
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3.3 METEOROLOGICAL .- DATA- .!
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~ INITIAL METEOROLOGICAL CONDITIONS
\ Hurricane Felix struck the:SC Coast at 04:00 on Sunday, October 4, 1987, at Os ~ Bulls Island, 20 miles north of Charleston, SC. This. Category II storm caused severe damage and flooding from Georgetown north to Brunswick County, NC.
Winds over 100 mph, 8 to 12 inches of rain, and a tidal surge of 8 to 10 feet accounted for most of'the damage. , i The storm continred northwest over Sumter, Camden, and Rock Hill, SC diminishing to a trop'ical storm status near' Charlotte, NC and continuing north. l! ! to West Virginia where it is beginnir.g to. break-up. l' l The'five county. area of Chesterfield, Lee, Darlington, Florence, and Kershaw suffered winds of.45 mph, gusting to 55 mph, 6 to 8 inches of rain.in most
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areas before 7 A.M. on Monday morning, October 5th. Numerous power outages.
- JJ and heavy flooding occurred in this five county area.
On Monday,' October 5th, repair crews began restoring power but many areas were inaccessible due to flooding. Public officials have been inspecting many roads, dams, bridges, and other.public facilities, trying to determine damage and their stability. By Monday afternoon, the rains had stopped in the -l Robinson Plant area and winds had returned to readings of 5 to 10 mph from the l southwest. 1
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' CAROLINA POWER AND LICHT' COMPANY . gy ,
l RNPD EMERGENCY PREPAREDNESS EXERCISE y i -.% ( J METEOROLOGICAL DATA
' OCTOBER 6,-1987' l
TIME (E.D.T.) 06:00 '06:15 '06:30 06:45 UPPER SPEED (MPH) 4.0' 4.5 5.3 5.8
. UPPER DIREC.:(DEC). 245 240 231 248 LOWER SPEED (MPH) 2.3 2.2 3.4 2.1'
!- LOWER DIREC. (DEC) 233 224 235 230 ,
.AMB. TEMP. (DEC F) 54 54 55 55 DELT. TEMP. (DEC.C/100M) 8.1' 9.3 8.7 6.3 STABILITY CLASS C C C C
/
-TIME (E.D.T.) 07:00 07:15 07:30 07:45 f%
h UPPER SPEED (MPH) 5.4 6.3 250 7.8 243 6.5 256 UPPER DIREC. (DEC) .248 LOWER SPEED (HPH) 4.2 4.8 5.0 4.3 LOWER DIREC.'(DEC)- 231 238 240 243 < AMB. TEMP. (DEC F) 57 58 60 63 DELT. TEMP.-(DEC C/100H) 5.5 4.0 3.9 1.6 STABILITY CLASS G G F F
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RNPD EMERCENCY PREPAREDNESS EXERCISE METEOROLOGICAL DATA
- j. (CONTINUED)
OCTOBER 6, 1987 i l TIME'(E.D.T.) 08:00 08:15 08:30 08:45-1 UPPER SPEED (MPH) 8.8 8.7 9.4 11.0 , i UPPER DIREC.-(DEC) 260 265 256 273 LOWER SPEED.(MFM)- 6.7 7.7 7.3 8.0 LOWER DIREC.'(DEC) 245 253 250 264 -l AMB. TEMP.-(DEC F) :65 66 68 67 DELT. TEMP. (DEC C/100M) .16 .14 .88 -1.0 STABILITY E E D D TIME'(E.D.T.) 09:00 09:15 09:30 09:45
' UPPER SPEED (MPH) 12.6 11.8 10.7 11.3 1
. UPPER DIREC.-'(DEC)' 274 280 271 279
-LOWER SPEED (MPH) 8.7 9.3 8.5 7.6 LOWER DIREC. (DEC) 260 265 258 263 AMB. TEMP.'(DEG F)- 68 68 67 65 DELT. TEMP.-(DEC C/100M) -1.62 -1.40 -1.70 -1.60 STABILITY CLASS C D B C f
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L TIME (E.D.T.) 10:00 10:15 10:30 10:45
' UPPER-SPEED (MPH)' 8.4 5.4 4.5- 4.7 UPPER DIREC. (DEC) 285 320 310 315 LOWER SPEED (MPH) 4.3 4.8 4.1 3.8 )
LOWER DIREC. (DEC) -280 308 305' 312 U AMB. TEMP. (DEC F) 62- 60 60 59 DELT,.-TEMP. (DEC C/100M) -1.6 -0.7 1.6 1.7 STABILITY CLASS C D F- F l TIME (E.D.T.) 11:00 11:15 11:30 11:45
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UPPER SPEED (MPH) 5.3 6.1 5.8 6.0 UPPER DIREC. (DEC) 315 318 312 314 LOWER SPEED (MPH) 4.0 4.2 3.9 4.4
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-LOWER DIREC. (DEC) 311 315 310 312 l
.AMB. TEMP.-(DEC F) 59 60 59' 58 DELT. TEMP.-(DEC C/100M) 1.6 1.8 1.7 1.6 l l
STABILITY CLASS F- F F F 1 l 3.3-4
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- ns CAROLINA POWER AND LIGHT-COMPANY j'N 'RNPD EMERCENCY PREPAREDNESS EXERCISE-METEOROLOGICAL DATA (CONTINUED) 7 OCTOBER 6, 1987 i
' TIME (E.D.T.) NOON 12:15 12:30 '12:45'
' UPPER SPEED (MPH) 5 . 0 '- 5.8 5.4 5;5 -
UPPER SIREC. (DEC) 316 312 314 312'
-LOWER' SPEED.(HPH) 4.3 4.7 4.0 3.8 LOWER DIREC.'(DEC) .310 :.312 315 311-AMB.-TEMP. (DEC'F) 60 61 60 59 DELT. TEMP. (DEC C/100M) 1.6 1.7' 1.6. 1.8 .
STABILITY CLASS' F F F F TIME (E.D.T.)- 13:00 13:15 13:30 :13:45
. UPPER SPEED (MPH) 5.4- 5.8 6.8 6.6 .I UPPER DIREC. (DEC) 320 323 316 315 LOWER SPEED (MPH) 3.7 4.0 3.7- 4.2 LOWER'DIREC.-(DEC) 318' 320 310 316 .l AMB. TEMP.'(DEC F) 59 59 58 57 DELT. TEMP. (DEC C/100M) 1.5 1.6 1.4 1.0 ST. ABILITY CLASS E F E E -l
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L METEOROLOGICAL DATA ~.
(CONTINUED). OCTOBER 6,'1987 TIME-(E.D.T.) 14:00 14:15 '14: 10 .14:45 UPPER SPEED (MPH)' 16.3 5.8 6;7 5.5 I UPPER DIREC. (DEC) .325 319 321. 324 LOWER SPEED (MPH) 4.1' 4.5 4.3 '4.8. -j LOWER DIREC -(DEC) 325 315 315 320 1
-AMB.' TEMP.L(DEC F) ~ 58- 59 57 56 i DELT., TEMP.-(DEC C/100M)- - .60
'- .20 - .65- .55 ;
, STABILITY CLASS :E D E 'D-1 TIME (E.D.T.)- _ _: . _!_ _!_ __
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. UPPER SPEED.(MPH)
UPPER DIREC.'(DEG) LOWER SPEED _(MPH) LOWER DIREC.=(DEC)- 'l AMB. TEMP. (DEC.C/100M) . STABILITY CLASS
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CAROLINA POWER & LIGHT COMPANY Th '!j ' METEOROLOGICAL FORECAST FORM DATEt October 6, 1987 TIME ISSUED:- 07:00 E.D.T. i ISSUED BY: Weather Center, RECEIVED BY: FORECAST LOCATION:' ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE A) NEXT 1 HOUR:
- 1) Wind Direction:. Sector WSW Deg. 230-240-
- 2) Winds should remain 5:'fting, Variable) 2a) Variation should be + or - 15 degrees
- 3) Wind Velocity: 4.0 to 8.0 miles per hour
- 4) ' Stability class: "C" to "F"
. f~s 5) Precipitation Activity will be Scattered, Steady) f ). kJ 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow) . 7)- Precipitation intensity (Light, Moderate, Severe) l B) NEXT 3 HOURS: - WINDS SHOULD SLOWLY SHIFT TO A MORE NORTHWESTERLY DIRECTION AS A WEAK FRONTAL SYSTEM MOVES INTO THE RECION. THIS FRONT WILL KEEP TEMPERATURES DOWN, AND ATMOSPHERIC STABILITIES WILL REMAIN NEUTRAL TO STABLE DURING t THE NEXT 3 HOURS. j I C) REMARKS: THERE IS NO PRECIPITATION ON THE RADAR AT THIS TIME. I 1 l l V[ SCN:3*-)
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- , CAROLINA POWER & LICHT COMPANY l - {d . METEOROLOGICAL FORECAST FORM DATE
- October 6, 1987 i TIME ISSUED: 08:00 E.D.T.
ISSUED BY: Weather Center RECEIVED BY: FORECAST LOCATION: ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE 1 I A) NEXT 1 HOUR:
- 1) Wind Direction: Sector WSW Deg. 235-250
- 2) Winds should remain Shifting, Variable) 2a) Variation should be + or - 15 degrees j
- 3) . Wind _ Velocity:. 5 to 10 miles per hour
- 4) Stability class: "E" POSSIBLY "D" p- 5) Precipitation Activity will be Scattered, Steady)
U 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow) !
- 7) Precipitation intensity (Light, Moderate, Severe)
B) NEXT 3 HOURS: CONTINUE TO EXPECT A WIND CHANCE TO THE NORTHWEST. TEMPERATURES WILL
.PROBABLY REMAIN STEADY WITH STABILITIES NEUTRAL. NO PRECIPITATION IS l EXPECTED AT THIS TIME.
C) REMARKS: THE HURRICANE CONTINUES TO MOVE AWAY FROM SOUTH CAROLINA AND WILL BE NO PROBLEM TO ROBINSON. SOME SHOWER ACTIVITY IS ALONC THE COAST WITH WINDS -'
-0F 15'TO 20 MPH.
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CAROLINALPOWER & LIGHT COMPANY.
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1 METEOROLOGICAL FORECAST FORM ! DATE: . October 6, 1987
. TIME. ISSUED: 09:00 E.D.T.
ISSUED BY Weather Center RECEIVED BY: FORECAST' LOCATION: ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE i l
'A) NEXT 1 HOURt i
,1)~ Wind Direction: Sector W OR WNW Deg. 260-275
'2)
Winds should remain (Steady, Variable) 2a) Variation should-be + or - 20 degrees 3)' . Wind Velocityt. 6 to 12 miles'per hour
- 4) . Stability class: "D" POSSIBLY BECOMINC "C" !
. 5)- Precipitation Activity will be Scattered, Steady)
- 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow)
]
- 7) Precipitation intensity (Light, Moderate, Severe) l l 1 B) NEXT 3-HOURSI -
STABILITIES SLIGHTLY MORE UNSTABLE THAN FIRST EXPECTED.DUE TO SOME l
" BREAKS" IN THE CLOUD COVER. SOME "C" STABILITY MAY BE SEEN, HOWEVER STABILITIES SHOULD BECOME NEUTRAL TO STABLE WITH COOLER AIR MOVING INTO
'THE REGION BY MID-MORNING.
I C) .REMARKSt i NONE AT THIS TIME. f l I m. 3.3-9 =__ .____:__
1 i
.. , CAROLINA POWER & LIGHT COMPANY .d]j METEOROLOGICAL FORECAST FORM DATE: October 6, 1987 TIME ISSUED: 10:00 E.D.T. l ISSUED BY: Weather Center RECEIVED BY: -
FORECAST LOCATION: ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE i A) NEXT 1 HOURI
- 1) Wind Direction:- Sector WNW TO NW Deg. 280-320
- 2) . Winds should remain (Steady, Variable)-
2a) Variation should be + or - 15 degrees
- 3) Wind Velocity: 4 to'8 miles per hour i
- 4) Stability class: "D" POSSIBLY BECOMINO "E" OR "F"
- 5) Precipitation Activity will be h Scattered, Steady) 6)-_
Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow)
- 7) Precipitation intensity (Light, Moderate, Severe)
B)' NEXT 3 HOURS: WINDS BECOMING NORTHWESTERLY AND REMAINING FROM THAT DIRECTION. WITH l COOLER AIR MOVING INTO REGION, BE AWARE THAT STABILITY MAY BECOME MORE l STABLE OVER THE NEXT SEVERAL HOURS. SOME SCATTERED PRECIPITATION MAY l FORM AROUND 1 OR 2 P.M. THIS AFTERNOON. J C) REMARKS: NONE AT THIS TIME. I I I l p pV o ; [' 9CN:37-17l1
- . , w -<'- ~0 3.3-10 l
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'. 3 CAROLINA POWER 6 LIGHT COMPANY' N
(j{. A ; METEOROLOGICAL FORECAST FORM i' .DATE:- October 6, 1987' [
. TIME ISSUED ' 11:00 E.D.T.
ISSUED BYt LWeather Center. RECEIVED BY . FORECAST LOCATION: ROBINSON NUCLEAR POWER PROJECT ...
.1987.ACCUAL.E.P. EXERCISE'
'A) 0
~NEXT 1 H'URI
(- If T' 1)- Wind' Directions. Sector NW Deg. 310-320
- 2) ' Winds should remain Shifting, Variable) 2a)~ Variation should.be + or - 10 degrees'
- 3) Wind Velocity!' 4 to 8 miles.per hour L '4) Stability class: "E" to "F"
- 5) Precipitation Activity will-be h Scattered, Steady)
O'j 6) Precipitation type (Rain, Rainshowers,: Thunderstorms, Ice, Snow) l-
- 7) Precipitation intensity (Light, Moderate, Severe).
B) NEXT 3 HOURS CLOUDY SKIES, STEADY TO SLOWLY FALLING TEMPERATURES WITH STABLE ATMOSPHERIC CONDITIONS. STILL NO PRECIPITATION ON THE WEATHER RADAR, BUT MAY DEVELOP DURING THE AFTERNOON HOURS. ' .!
' C) REMARKS 1 NONE AT THIS TIME.
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, CAROLINA POWER & LICHT COMPANY . (Q,/ - METEOROLOGICAL FORECAST FORM l
l DATE: October 6, 1987 !
-TIME ISSUED: NOON E.D.T., I i
ISSUED BY: Weather Center RECEIVED BY: FORECAST LOCATION: ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE q
)
A) .NEXT 1 HOUR: J
- 1) Wind Direction: Sector NW Deg. 310-320
- 2) -Winds should remain Shifting, Variable) 2a) Variation should be + or - 10 degrees {
- 3) Wind Velocity: 4 to 8 miles per hour
- 4) Stability classa' "F"
- 5) Precipitation Activity will be Scattered, Steady)
- 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow)
- 7) Precipitation intensity (Light, Moderate, Severe)
B) NEXT 3 HOURS: VERY STABLE AIR MASS AT THIS TIME. STABILITY SHOULD AGAIN BECOME MORE NEUTRAL AS THE COLDER AIR BEGINS TO MIX WITH AFTERNOON HEATING. NO PRECIPITATION ON THE WEATHER RADAR AT THIS TIME. C) REMARKS: AT NOON, THE NATIONAL HURRICANE CENTER HAS CONTINUED TO INDICATE THAT HURRICANE ALPHA IS MOVING AWAi FROM SOUTH CAROLINA AND WILL BE OF NO PROBLEM TO THE RNPD SITE. _f\
.Q SCN:s7-37;7
?NPr 4 7 95 et0 3.3-12
ms - s CAROLINA POWER & LICHT' COMPANY
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;Q METEOROLOGICAL FORECAST FORM
.DATE: October 6, 1987 ,
TIME ISSUED: 13:00 E.D.T. ISSUED BY: Weather Center RECEIVED BY: , FORECAST LOCATION: ROBINSON-NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE A) NEXT 1 HOUR 1)- Wind Direction: Sector NW Deg. 310-325
- 2) Winds should remain Shifting, Variable) 2a) ' Variation should be + or - 10 degrees
- 3) Wind Velocity: 3 to 8 miles per hour
- 4) Stability class: "F" BECOMING "E"
- 5) Scattered, Steady) 4 Precipitation Activity will be
- 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice, Snow)
- 7) Precipitation intensity (Light, Moderate, Severe)
B) NEXT 3 HOURS: l VERY STABLE AIR MASS AT THIS TIME. STABILITY SHOULD AGAIN BECOME MORE NEUTRAL AS THE COLDER AIR BEGINS TO HIX WITH AFTERNOON HEATING. NO PRECIPITATION ON THE WEATHER RADAR AT THIS TIME. ; C) REMARKS: 1 AT NOON. THE NATIONAL HURRICANE CENTER HAS CONTINUED TO INDICATE THAT HURRICANE ALPHA IS MOVING AWAY FROM SOUTH CAROLINA AND WILL BE OF NO PROBLEM TO THE RNPD SITE. l ! I i } e t l V ::N: 37-3717 1 {
H 7-05-RO 1-! 3 l E_ - _ _ _ _ _ _ _ l'
l CAROLINA POWER & LIGHT COMPANY
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( METEOROLOGICAL FORECAST FORM i DATE: October 6,"1987 { TIME ISSUED: 14:00 E.D.T. i ISSUED BY: Weather Center RECEIVED BY: ' FORECAST LOCATION: ROBINSON NUCLEAR POWER PROJECT ... 1987 ACCUAL E.P. EXERCISE j A) NEXT 1 HOUR:
- 1) Wind Direction: Sector NW Deg. 310-330
- 2) Winds should remain Shifting, Variable) l 2a) Variation should be + or - 10 degrees- l 1
3). Wind Velocity: 4 to 10 miles per hour 4)- Stability class: "E"
, 5) Precipitation Activity will be Scattered, Steady)
V 6) Precipitation type (Rain, Rainshowers, Thunderstorms, Ice,- Snow)
- 7) Precipitation intensity (Light, Moderate, Severe)
B)' NEXT 3 HOURS: l VERY STABLE AIR MASS AT THIS TIME. STABILITY SHOULD ACAIN BECOME MORE ; NEUTRAL AS THE COLDER AIR BEGINS TO MIX WITH AFTERNOON HEATING. NO PRECIPITATION ON THE WEATHER RADAR AT THIS TIME. l C) REMARKS: AT NOON, THE NATIONAL HURRICANE CENTER HAS CONTINUED TO INDICATE THAT HURRICANE ALPHA IS MOVING AWAY FROM SOUTH CAROLINA AND WILL BE OF NO PROBLEM TO THE RNPD SITE. l SCN:87-1717 L INPD-37-05-RO 3.3-14 1 b t
CAROLINA POWER AND LIGHT COMPANY ROBINSON NUCLEAR PROJECT DEPARTMENT 1987 EMERGENCY PREPAREDNESS ANNUAL EXERCISE 3.4 RADIOLOGICAL INFORMATION SUBSECTIONS: 3.4-A IN-PLANT RADIOCHEMISTRY SAMPLINC DATA 3.4-B IN-PLANT MONITOR READINGS AND ONSITE SURVEY DATA 3.4-C OFFSITE PLUME MONITORING DATA O l l l l 9
~
SCN:37-171' XNPD-31~ ' .- 1 ' 3.4-0
The Radiological Information Section of this scenario manual contains the
- c. a time-retatee esta ane information neee.e to coneuct the raeioto.1ca1 asp. cts of this exercise. This section contains onsite and offsite field monitoring maps, in plant. area radiation readings, in plant radiochemistry data, and field monitoring data incremented to every half-mile downwind and laterally from the plume centerline out to the plume edge. As appropriate, controllers will provide this information and data to the " players" upon request.
Time-related in plant radiochemistry data is provided in Subs'ection A for key systems'affected by the scenario. Concentration data is provided by isotope in units of uCi/ml for the reactor coolant system, containment atmosphere, and auxiliary building atmosphere. Time frames at top of page are based on the time at which the sample is collected, not when it is analyzed. Time-related onsite radiological monitoring data is provided in Subsection B. All data is provided in fifteen minute increments. Information is provided for in plant surveys and onsite plume shine readings. Onsite plume shine readings are identified. These readings correspond to the plume lines marked on the Onsite Survey Map. Readings for key in plant area and process radiation monitors are provided in Section 3.1, Plant Parameters on the SPDS/ Plant Status Sheets. Time-related offsite radiological monitoring data is contained in Subsection C and is-provided incrementally in a matrix form. Each data sheet represents a
" snapshot" of the field conditions at that point in time. The values given for the various downwind distances represent actual values at that time; these O
(/ values are not projections of future results. Wind speed, stability class, and current release rate information are provided at the top of the first page for each time period. The tabular data provided includes: closed and open-window dose rates, ground deposition, airborne concentrations, and associated count rate readings. This data is used in conjunction with the Offsite Plume Monitoring Map such that each line of data corresponds to the appropriate downwind distance and distance off centerline. As an example, the first set of data for each downwind distance covers the first line on away from centerline on the Offsite Plume Monitoring Map (i.e., A). The second set of data covers the area from the first line out to the second line, and so on. All data will be provided as raw data in the form of instrument readings. Field team personnel will be required to make the proper calculations prior to transmitting data to the data receiving points. Should an isotopic analysis be performed on any field sample, isotopic data will be provided by the controller. l l v b L SCN:87-3717 RNPD-87-05-al 3.4-1
~ - , .
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I N' r f; > l CAROLINA. POWER AND LICHT. COMPANY. I ROBINSON NUCLEAR PROJECT DEPARTMENT I
- y. , 1987 EMERCENCY PREPAREDNESS ,
. ANNUAL EXERCISE l
, i 3,4-A IN-PLANT RADI0 CHEMISTRY SAMPLINC DATA'
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' SCNt87-3717
' RNPD-87-05-R: 3.4-A-0 t .
REAL TIME'(HRS: MIN) = 06:30 t RELATIVE TIME (HRS: MIN) = H + 00:00 RADIOCHEMISTRY DATA SHEETS
-l
, d j' UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 2.20E-03 1.44E-07 KR-85 1.20E-01 3.68E-06 KR-87 6.80E-02 1.05E-06 KR-88 2.55E-01 6.09E-06 XE-133M 3.45E-02 8.70E-07 ' XE-133 1.66E-03 1.10E-07 XE-135M 4.50E-01 6.29E-06 XE-135 4.80E-01 6.76E-06 XE-138 3.20E-02 8.29E-07 l I-131 1.60E-01 6.17E-07 I-132 5.55E-02 2.17E-07 I-133 2.40E-01 8.03E-07 I-134 3.40E-02 1.40E-07 I-135 1.30E-01 4.85E-07 i RB-88 2.50E-01 1.22E-07 RU-106 __ 2.55E-05 8.61E-11 TE-132 1.70E-02 2.36E-09 CS-134 1.60E-02 2.22E-09 CS-137 8.70E-03 1.15E-09 _CS-138 4.50E-03 6.06E-10
, s. CE-144 1.95E-04 2.60E-11 i
('-- } LA-140 5.50E-04 7.25E-11 BA-140 5.40E-04 7.10E-11 PR COOLANT I-131 EQIV. 1.79E-01 IS CASES 1.44E-00 2.58E-05 IODINES 6.20E-01 2.26E-06 PARTICULATE 2.98E-01 7.76E-10 3 TOTAL 2.31E00 2.81E-05 9 ( i i
/ ~#N i
- i ;
j s_- SCN:87-3717 RNPD-87-05-RO 3.4-A-1 i
REAL TIME (HRS: MIN) = 06:45 l RELATIVE TIME (HRS: MIN) . H + 00:15 D. , RADI0 CHEMISTRY DATA SHEETS [;
./ m
] UCI/ML AND ATMOSPHERE NUCLIDE RATIOSt l
.NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 2.20E 1.44E-07 KR-85 1.20E-01 3.68E-06 KR-87 6.80E-02 1.05E-06
- KR-88 2.55E-01 6.09E-06 XE-133M: 3.45E-02 8.70E-07 XE-133 1.66E-03 1.10E-07 XE-135M 4.50E-01 6.29E-06 XE-135 4.80E-01 6.76E-06 XE-138 3.20E-02 8.29E-07 I-131 1.60E-01 6.17E-07 I-132 5.55E-02 2.17E-07 I-133 2.40E-01 8.03E-07 I-134 3.40E-02 1.40E-07 I-135 1.30E-01 4.85E-07 RB-88 2.50E-01 1.22E-07 RU-106 2.55E-05 8.61E-11 TE-132- 1.70E-02 2.36E-09 CS-134 1.60E-02 2.22E-09 CS-137 8.70E-03 1.15E-09 ,
4.50E-03 6.06E-10 CS-138 g*. CE-144 1.95E-04 2.60E-11
; LA-140 5.50E-04 7.25E-11 8A-140 5.40E-04 7.10E-11 PR COOLANT I-131 EQIV. 1.79E-01 IS CASES 1.44E-00 2.58E-05 IODINES 6.20E-01 2.26E-06 PARTICULATE 2.98E-01 7.76E-10 1
TOTAL 2.31E00 2.81E-05 i
.. l 7
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SCNt87-3717 RNPD-87-05-RO 3.4-A-2
-REAL. TIME (HRStHIN) a,07:00 .:
RELATIVE TIME'(HRS 3 MIN) = H + 00:30 I
-l RADI0 CHEMISTRY DATA SHEETS 1
I UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: NUCLIDE- PR COOLANT. CONTAINMENT "C" STEAM GEN KR-85M 2.20E-03 2.88E-07 'l KR "1.20E-01 7.20E-06 KR-87 6.80E-02 2.10E-06 KR-88 2.55E-01 1.20E-05 XE-133M 3.45E 1.56E-06 XE-133 1.66E-03 2.20E XE-135M 4.50E-01 1.25E-05 XE-135 4.80E-01 1.35E-05 XE-138 3.20E-02 1.65E-06 i I-131 1.60E-01 1.23E-06 I-132 5.55E-02 4.40E-07 I-133 2.40E-01 1.66E-06 I-134 3.40E-02' 2.80E-07 I-135 1.30E-01 9.70E-07 RB-88 2.50E-01 2.44E-07 RU-106 2.55E-05 1.72E-10 TE-132 1.70E-02 4.80E-09 CS-134 1.60E-02 4.44E-09 CS-137 8.70E-03 2.30E-09 CS-138 4.50E-03 1.21E-09 . CE-144 1.95E-04 5.20E-11
\
LA-140- 5.50E-04 1.45E-10 BA-140 5.40E-04 1.42E-10
.PR COOLANT I-131 EQIV. 1.79E-01 IS i
0 1.44E-00 CASES 5.10E-05 IODINES 6.20E-01 4.58E-06 PARTICULATE 2.98E-01 1.32E-08 TOTAL 2.31E00 5.56E-05 l
\ .d .1 I
SCNt87-3717 RNPD-87-05-RO 3.4-A-3 l
REAL TIME (HRStNIN) =~07 15 RELATIVE TIME (HRStMIN) = H + 00:45 RADI0 CHEMISTRY DATA SHEETS
- (~~% ~ j UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: j l
t NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 2.20E-03 2.36E-06 KR 1.20E-01 5.88E-05 . KR-87 6.80E-02 1.68E-05 l KR-88 2.55E-01 9.74E-05 j XE-133M 3.45E-02 1.39E-05 ' XE-133 1.66E-03 1.76E-06 XE-135M 4.50E-01 .1.00E-04 XE-135 4.80E-01 1.08E-04 i XE-138 3.20E-02 1.32E-05 ! I-131 1.60E-01 9.87E-06 l I-132 5.55E-02 3.47E-06 3 I-133 2.40E-01 1.29E-05 ; I-134 3.40E-02 2.24E-06 i I-135 1.30E-01 7.76E-06 RB-88 . 2.50E-01 1.95E-06 RU-106
'l 2.55E-05 1.37E-09 TE-132 1.70E-02 3.77E-09 l CS-134 1.60E-02 3.55E-09 i CS-137 8.70E-03 1.84E-08 g~s CS-138 4.50E-03 9.69E-09 i Q- CE-144 LA-140 1.95E-04 5.50E-04 4.16E-10 1.16E-09 ~
BA-140 5.40E-04 1.13E-09 PR COOLANT I-131 EQIV. 1.79E-01 IS ] j
-__________________________________ -I CASES 1.44E-00 4.29E-04 IODINES 6.20E-01 3.62E-05 PARTICULATE 2.98E-01 3.94E-08 TOTAL 2.31E00 4.65E-04 l l
l l l 1 lo SCN187-3717 RNPD-87-05-R0 3.4-A-4 l-
~REAL TIME (HRSIMIN) = 07:30 RELATIVE TIME (HRSIMIN) = H + 01:00
~
RADI0 CHEMISTRY. DATA SHEETS , f3 UCI/ML'AND ATMOSPHERE NUCLIDE RATIOS:
.N.N ,
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85H 2.27E-03 1.99E-06 KR-85 1.21E-01 6.66E-05 ~ KR-87 6.82E-02 2.73E-05 KR-88 2.60E 6.73E-05 XE-133M 3.42E-02 1.71E-05 3 ' _XE-133 1.66E-03 1.51E-06 XE-135M 4.56E-01 1.75E-04 XE-135 4.82E-01 1.86E-04 XE-138 3.20E-02 1.62E-05 I-131 1.61E-01 1.61E-05 ' I-132 - 5.50E-02 5.55E-06 I-133 2.45E-01 2.31E-05 ' I-134 3.40E-02 3.49E-06 I-135 1.30E-01 1.29E-05 EBT 88- 2.48E-01 1.83E-06
. RU-106 2.50E-05 9.23E-10 TE-132 1.70E-02 6.54E-08 CS-134 1.62E-02 6.21E-08 CS-137 8.71E-03 3.29E-08 CS-138 4.50E-03 1.71E-08 l
[.,m} .CE-144 1.95E-04 7.4E-10 ' V LA-140 5.53E-04 2.09E-09 BA-140 5.40E-04 2.04E-09 PR COOLANT I-131 EQIV. 2.39E-01 IS GASES 1.45E-00 5.59E-04 IODINES 6.24E-01 6.11E-05 PARTICULATE 2.96E-01 2.01E-06 TOTAL 2.37E-00 6.22E-04 l ( V) - SCH 87-3717 RNPD-87-05-R0 3.4-A-5 L - _ _ _ - . _ _ _
i
'1 REAL TIME (HRStMIN) u 07845. !
RELATIVE TIME (HRStMIN) = H + 01:15- i RADI0 CHEMISTRY DATA SHEETS l
.6 '
UCI/ML AND ATMOSPHERE NUCLIDE RATIOS I -)- j NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN 1 KR-85M '1.10E-02 3.34E-07 ! KR-85 6.00E-01 1.40E-05 - KR-87 ,3.40E-01 6.92E-06 - KR-88 1.27E-00 2.2E-05 XE-133M 1.72E-01 3.83E-03 XE-133 8.33E-03 2.54E-07 XE-135M 2.25E00 4.51E ! XE-135- 2.40E00 4.81E-05 XE-138 1.60E-01 3.59E-06 i I-131 8,00E-01 4.07E-06 I-132 2.75E-01 1.40E I-133- 1.20E00 6.0E-06 I-134 1.70E-01 8.72E-07 I-135 6.50E-01 3.29E RB - 2.50E-01 1.83E-07
> RU-106 2.55E-05 9.54E . TE-132- 1.70E-04 6.56E-09 CS-134 2.50E-02 9.29E-09 i CS-137 2.00E-02 5.75E-09 CS-138 9.20E-03 2.84E-09 i CE-144 -1.95E-04 9.80E-11 g'-
LA-140 5.50E-04 2.77E-10 BA-140 5.60E-04 2.73E-10 PR COOLANT _I-131 EQIV.. 1.19E00 IS'
' CASES 7.21E00 3.97E-03 IODINES 3.09E00 1.56E-05 PARTICULATE 5.62E-02 2.08E-07 TOTAL 1.04E+01 3.99E-03 I
i l'\ SCNt87-3717 RNPD-87-05-R0 3.4-A-6 l
l REAL TIME.(HRSIMIN) = 08:00 l
, RELATIVE TIME (HRS MIN) = H + 01:30
]
3 RADIOCHEMISTRY DATA SHEETS 1 J
,. m (s ./ . UCI/ML'AND' ATMOSPHERE NUCLIDE RATIOS! f NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 2.20E-01 3.04E KR-85 1.20E00 ~
2.88E-05 - KR-87 6.80E-01 1.53E-05 KR-88 2.55E00 '5.34E-05 XE-133M 3.45E-01 3.83E-03
'XE-133 1.66E-02 4.58E-07 XE-135M 4.51E00 1.01E-04 XE-135 4.80E00 1.07E-04 XE-138 3.20E-01 7.53E 1 I-131 8.00E-01 6.53E-06 I-132 2.75E-01 2.25E-06 !
I-133 1.20E00 6.37E-06 I-134 1.70E-01 1.4E-06 I-135' 6.50E-01 5.29E-06 RB-88 - 2.50E-04 1.83E-07 RU-106 2.55E-05 9.8E-11 TE-132- 1.70E-04 6.58E-09 CS-134 2.50E-02 -1.18E-08 CS-137- 2.00E-02 7.75E-09
'gg CS-138_ 9.20E-03 3.76E-09 CE-144 1.95E-04 SQ LA-140 5.50E-04 1.18E 3.32E-10 BA-140 5.60E-04 3.29E-10 I PR COOLANT I-131 EQIV. 1.19E00 ,
IS 1 CASES 1.43E+01 4.15E-03 IODINES 3.09E00 2.18E-05 PARTICULATE 5.62E-02 2.14E-07 TOTAL. 1.74E+01 4.17E-03 l I 1 l 1 1
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SCN:87-3717 RNPD-87-05-RO 3.4-A-7 o _ -
- J
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E4 t . - -
.REAL TIME (HRSsMIN) = 08:15'.-
y ,
-RELATIVE TIME (HRS 8 MIN)'= H'+ 01:45 si - ..
. > /~ :RADI0 CHEMISTRY DATA SHEETS kN.e
] UCI/ML-AND ATMOSPHERE NUCLIDE RAT 10St.
'NUOLIDE= PR COOLANT CONTAINMENT. "C" STEAM GEN KR-85M' =2.20E 5.75E-06 KR-85 -1.20E00' 4.36E-05 -
KR-87 6.80E 2.37E-05 - E , 'KR-88 2.55E00 8.48E XE-133M 3.45E-01 3.83E-03'
- XE-133' 1.66E-02 6.62E-07 XE-135M 4.51E00 1.57E-04 XE-135 4.80E00 1.66E-04 XE-138- 3.20E-01 1.15E-05 I-131- 8.00E-01 8.99E-06 I-132' 2.75E 3.1E-06
..I-133 1.20E00 6.74E-06 I-134 -1.70E-01 1.92E-06 I-135 6.50E-01 7.29E-06 W .RB
- 2.50E 1.83E-07
.RU-106 2.55E 1.01E-10 TE-132 1.70E 6.6E-09
.CS-134 2.50E-02 1.43E-08 CS-137- 2.00E-02 9.75E-09
^
E .CS-138 9.20E-03 4.68E-09 CE-144 1.95E-04 1.38E-10 LA-140 5.50E-04 3.87E BA-140 5.60E-04 3.85E-10 PR COOLANT I-131 EQIV. . 1.19E00 IS i CASES 1.43E+01 4.~32E-03 IODINES 3.09E00 2.80E-05 PARTICULATE 5.62E-02 2.19E-07 TOTAL' 1.74E+01 4.35E-03 L l;(
'Q .
- SCNt 87-3717
'RNPD-87-05-R0 3.4-A-8
.A y J. ,1 .5
~]i
,\
9 A s.'s - REAL TIME (HRSIMIN) = 08:30 .1
j
, s RELATIVE TIME (HRSIMIN) = H + 02:00 g
! s. 1 s -
w . ) OlsD100!EMISTRY DKM, SHEETS , , l t s , y+ 3 ,. s . .s l
\
t j UC1/ML AND ATMOSPHIrd hDCLIDE RATIOS: , i h . ., i !
- N.
i NUCLIDE i PR COOLANT CONTAINMENT "C" ETEAM GEN s l 3 KR-85M \-l 2.20E-01 8.45E-06 i ER-85 .O 1.20E00 5.84E-05 l q KR-87 ,
~
6.80E-01 3.21E-05 e KR-88 2 d'5E00 1.16E-04 XE-133M Si45E-01 3.83E-03 1 XE-133 1.M 02 . 8.66E-07 j XE-135M 4.0sE00s i 2.13E-04
]
XE-135 r 4.8 E00 s 2.25E-04 j XE-138 ~
, T 3 . 2 0 E-01- 1.54E-05 i I-131 8.00E-01 1.15E-05 "" !
~ ~
I-132 2.75E-01 ,,
^
3.95E-06 , f I-133 .
.. 1.20E00 7.11E-06
~'
/
I-134 1.70E-01 2.44E-06 I-135 6.50E-01 9.3E-06 RB-88 - 2.50E-04 1.83E-07 ,
~' ~'
RU-106 < 2.55E-05' '1,04 E-10 { TE-132 '1.70E-04 ; -6.iE-09 CS-134 s 2.50E-02 " ~~'68E-08
- l. f CS-137 2.00E-02 1.[8E-08 )
~~
"N CS-138 9.2EE-03 5.6E-09 {
! ! CE-144 - 1.95E 04 1.58E-10
' J LA-140 5.5CE 04 4.42E-10 i i BA-140 5.60E-04 4.41E-10 PR COOLANT I-131 EQIV.- 1.19E00 IS l ,
i l CASES 1.43E+01 4.50E-03 IODINES 3.09E00 3.43E-05 i PARTICULATE 5.62E-02 4.08E-07 l i j TOTAL 1.74E+01 4.53S-03 i l
/
I J i I l SCN:87-3717 RNPD-87-05-R0 3.4-A-9 i
m-. > REAL TIME (HRSIMIN) = 08:45 RELATIVE TIME (HRSIMIN) = H + 02:15 RADI0 CHEMISTRY DATA SHEETS 5
-s ,)' UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 2.20E-01 1.12E-05 . KR-85 1.20E00 7.32E-05 - KR-87 6.80E-01 4.05E-05 KR-88 2.55E00 1.47E-04 XE-133M 3.45E-01 3.83E-03 I XE-133 1.66E-02 1.07E-06 XE-135M 4.51E00 2.69E-04 XE-135 4.80E00 2.84E-04 XE-138 3.20E-01 1.93E-05 I-131 8.00E-01 1.40E-05 , I-132 2.75E-01 4.80E-06 ' I-133 1.20E00 7.48E-06 I-134 1.70E-01 2.96E-06 I-135 6.50E-01 1.13E-05 RB-88 - 2.50E-04 1.83E-07 RU-106 2.55E-05 1.07E-10 TE-132 1.70E-04 6.6E-09 CS-134 2.50E-02 1.93E-08 CS-137 2.00E-02 1.38E-08
<-- CS-138 9.20E-03 6.52E-09
( ,y) CE-144 1.95E-04 1.78E-10 LA-140
~
5.50E-04 4.97E-10 BA-140 5.60E-04 4.97E-10 PR COOLANT I-131 EQIV. 1.19E00 IS CASES 1.43E+01 4.68E-03 IODINES 3.09E00 4.05E-05 [ ARTICULATES 5.62E-02 2.3E-07 TOTAL 1.74E+01 4.72E-03
\
.)
-sa I f
q) I ( SCN:87-3717 i RNPD-87-05-R0 3.4-A-10
REAL TIME (HRS: MIN) 4 09:00 .y
, , . RELATIVE' TIME-(HRSIMIN)-=~H + 02:30' i, a
1
-D*DI0 CHEMISTRY DATA-SHEETS , ,-A
- p. ,UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
(. l
'NUCLIDE PR COOLANT CONTAINMENT. "C" STEAM GEN-KR-85M 2.20E-01 1.39E-05
-KR-85 1.20E00 8.8E-05 KR-87 6.80E-01 4.89E-05 KR-88 2.55E00 1.78E-04 XE-133M- 3.45E-01 3.83E-03 i XE-133 -1.66E-02 1.27E-06 XE-135M 4.51E00 3.25E-04 ,
XE-135 4.80E00 3.43E-04 ! XE-138 3.20E-01 2.32E-05 :
.I-131 8.00E-01 1.64E-05 'l I-132 2.75E-01 5.86E-06 I-133 1.20E00 7.85E-06 ;
I-134 1.70E-01 3.48E-06 1 I-135 6.50E-01 1.33E-05 l RB 2.50E-04 1.83E-07 { RU-106 2.55E 1.38E-10 ^ __ TE-132 1.70E-04 6.62E-09 CS-134 2.50E-02 2.24E-08 CS-137 2.00E-02 1.63E-08 CS-138 9.20E 7.65E-09
;f- 'CE-144 1.95E-04 2.02E-10 ~;
,e LA-140 5.50E -5.65E-10 i BA-140 5.60E-04 5.66E-10
.c .PR COOLANT I-131 EQIV. 1.19E-00 IS I CASES 1.43E-01 4.85E-03 10 DINES- 3.09E00 4.69E-05 PARTICULATE 5.62E-02 2.37E-07 TOTAL 1.74E+01 4.90E-03 1 SCN:87-3717 RNPD-87-05-R0 3.4-A-11
REAL TIME (HRS: MIN) = 09:15 [ RELATIVE TIME.(HRS:HIN)L= H + 02:45~ l
. RADI0 CHEMISTRY DATA SHEETS b !,/ );
\_sl' UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
y NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN f KR-85H 2.42E00 4.37E-05
'KR-85 1.32E+01- 2.50E-04 t KR-87 7.48E00 1.41E-04 [
KR-88 2.80E+01 5.22E-04 XE-133M 3.79E00 3.88E-03 ) XE-133 1.82E-01 3.51E-06 j XE-135M 4.96E+01 9.36E-04 XE-135 5.28E+01 9.93E XE-138 3.52E00 3.86E-04 1 I-131 8.80E00 8.66E-04 1 I-132 3.02E00 2.98E-04 ) I-133 1.32E00 1.35E-04 -l I-134 1.87E00 1.84E-04 1 I-135 7.15E00 7.04E-04 RB-88 2.75E-03 1.83E-07 j RU-106 2.80E-03 4.83E-10 ] TE-132 1.87E-03 6.85E-09 CS-134 2.75E-01 5.63E-08 CS-137 2.20E+01 2.72E-06 q CS-138 1.01E-01 2.0E-08 [~'h CE-144 2.14E-03 4.65E-10
\m,/L LA-140 6.0$E-03 1.31E-09 BA-140 6.16E-02 8.15E-09 PR COOLANT I-131 EQIV. 1.97E00 IS CASES 1.66E+02 7.16E-03 IODINES 2.21E+01 2.19E-03 PARTICULATE 6.73E-01 3.0E-06 TOTAL 1.88E+02 9.35E-03 I .LJ SCN 87-3717 RNPD-87-05-RO 3.4-A-12 l
REAL TIME (HRS: MIN) a 09:30 { RELATIVE TIME (HRS: MIN) = H + 03:00 l l RADIOCHEMISTRY DATA SHEETS l 'T
\ __) UCI/MT, AND ATMOSPHERE NUCLIDE RATIOSI J i
j NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN j l KR-85M 2.66E+01 3.76E-04 ) KR-85 1.45E+02 2.06E-03 KR-87 B.22E+01 1.17E-03 , KR-88 3.08E+02 4.38E-03 l XE-133M 4.16E+01 4.4E-03 l XE-133 2.00E00 2.85E-05 XE-135M 5.45E+02 7.75E-03 XE-135 5.80E+02 8.25E-03 XE-138 3.87E+01 8.70E-04 I-131 9.68E+01 1.17E-03 ) I-132 3.32E+01 4.01E-04 I-133 1.45E+01 1.80E-04 i I-134 2.05E+01 2.48E-04 j I-135 7.86E+01 9.5E-04 ]
, RB-88 3.02E-02 1.87E-07 l RU-106 3.08E-02 4.27E-09 j TE-132 2.05E-02 9.37E-09 i CS-134 3.02E00 4.28E-07 l CS-137 2.42E00 3.02E-06 !
CS-138 1.llE00 1.57E-07 ()
',_,/
s CE-144
'LA-140 2.35E-02 6.76E-02 3.36E-09 9.63E-09 l
BA-140 6.77E-02 1.65E-08 ) PR COOLANT I-131 EQIV. 1.09E+02 IS 1 CASES 1.76E+03 2.93E-02 l IODINES 2.43E+02 2.95E-03 PARTICULATE 7.39E00 4.02E-06 l TOTAL 2.01E+03 3.23E-02 i l l l l l l
. g-s.
\
SCN:87-3717 RNPD-87-05-R0 3.4-A-13 l
. . . j
'i REAL TIME (HRSiMIN) = 09:45 -j RELATIVE TIME-(HRS: MIN) = H + 03:15 l
RADI0 CHEMISTRY DATA SHEETS j
., x ' < kY UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE 'PR COOLANT CONTAINMENT' "C". STEAM CEN .. KR-85M- 3.01E+01 1.46E-03 l KR-85 1.67E+02 8.06E-03 l KR-87 9.76E+01 4.67E-03 KR-88 3.27E+02 1.61E-02 ' XE-133M < 5.78E+01 6.48E-03 XE-133 3.10E00 1.40E-04 XE-135M 5.62E+02 2.79E i XE-135 5.96E+02 2.96E-02 XE-133 4.82E+01 2.6E-03 4 I-131' 1.02E+02 2.09E-03 l I-132 3.76E+01 7.38E-04 f I-133 2.16E+01 3.74E-04 I-134 2.56E+01 4.78E-04 I-135 9.26E+01 1.78E-03 RB-88 4.20E-02 2.02E RU-106 4.02E-02 1.87E-08 TE-132 2.46E-02 1.82E-08 CS-134 4.01E00 1.87E-06 CS-137 3.26E00 4.19E CS-138 1.79E00 8.0E-07 I~'N CE-144 3.26E-02 1.51E-08
- h. LA-140 7.28E-02 3.58E-08 BA-140 7.34E-02 4.28E-08 PR COOLANT I-131 EQIV. 1.15E+02 IS
___________________________________ j l CASES 1.88E+03 9.70E-02 IODINES 2.79E+02 5.46E-03 PARTICULATE 9.33E00 7.19E-06 j I TOTAL 2.16E+03 1.03E-01 l l l l i [ \'
\/ !
i SCN 87-3717 j RNPD-87-05-R0 3.4-A-14
REAL' TIME (HRS: MIN) = 10:00 RELATIVE TIME (HRS: MIN) = H + 03:30
+
RADIOCHEMISTRY DATA SHEETS ,y~$ . k[ ~ UCI/ML?AND ATMOSPHERE NUCLIDE RATIOS: NUCLIDE. PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 6.02E+01 3.62E-03 KR-85 3.12E+02 1.9E-02 KR-87 1.86E+02 1.13E-02 KR-88 5.27E+02 3.50E-02 XE-133M 9.56E+01- 9.91E-03
.XE-133 1.26E+01 5.92E-04 XE-135M 9.56E+02 6.22E-02 XE-135 1.02E+03 6.62E-02 XE-138 9.26E+01 5.92E-03 I-131 1.96E+02 3.85E-03 I-132 7.24E+01 1.39E-03 I-133 4.02E+01 7.35E-04 I-134 4.56E+01 8.87E-04 I-135 1.70E+02 3.31E-03 RB-88 7.02E-02 2.27E-07 RU-106 8.12E-02 4.79E-08 ;
TE-132 5.42E-02 3.77E-08 CS-134 8.62E00 4.96E-06
-CS-137- 1.26E+01 8.71E-06 '
CS-138 8.72E00 3.93E-06
/ -CE-144 7.26E-02 4.12E-08 f( )) LA-140 BA-140 1.42E-01 1.02E-01 8.68E-08 7.94E-08 PR COOLANT I-131 EQIV. 2.25E+02 IS' CASES- 2.40E+03 0.214 IODINES 5.24E+02 0.010 PARTICULATE 3.04E+01 1.81E-05 TOTAL 2.95E+03 0.224
{} U SCN:87-3717 RNPD-87-05-R0 3.4-A-15
U s j REAL TIME (HRS: MIN) = 10:15 f: ' RELATIVE TIME (HRS: MIN) = H + 03:45 i L RADI0 CHEMISTRY DATA SHEETS
'% ./ - UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
i. L NUCLIDE PR COOLANT- CONTAINMENT. "C" STEAM GEN KR-85M 6.02E+01' 5.78E-03 ' KR 3.12E+02 3.0E-02 KR-87 1.86E+02 1.80E-02 KR-88 5.27E+02 5.4E-02 XE-133M 9.56E+01 1.33E-02 XE-133 1.26E+01 1.04E-03 XE-135M 9.56E+02 9.65E-02 XE-135 1.02E+03 0.103 i XE-138 9.26E+01 9.24E-03 { I-131 1.96E+02 5.61E-03 s 7.24E+01 2.04E-03
-I-132 I-133 4.02E+01 1.10E-03 y I-134 4.56E+01 1.30E-03 0 I-135 1.70E+02 4.84E-03 RB-88 2.02E-02 2.34E-07 !
RU-106 8.12E 7.71E-08 TE-132 5.42E-02 5.72E-08 CS-134 8.62E00 8.05E-06 l CS-137 1.26E+01 1.32E-05 l CS-138 8.72E00 7.06E-06 1
/' N - -CE-144 7.26E-02 6.73E-08 'l \s_) ' LA-140
1.42E-01 1.38E-07 l' BA-140 1.02E-01 1.16E-07 PR COOLANT I-131 EQIV. 2.25E+02 i IS .j CASES' 2.40E+03 0.33 IODINES 5.24E+02 0.015 PARTICULATE 3.04E+01 2.88E-5 TOTAL 2.95E+03 0.345 l
~I 1
l l l l l 1 I '~~\ - f l
+ J '% .) i i
SCN:87-3717 I RNPD-87-05-RO 3.4-A-16 I I
[J 1 REAL TIME (HRS MIN) = 10:30 j RELATIVE TIME (HRS: MIN) a H + 04:00 RADI0 CHEMISTRY DATA SHEETS
-s ;
u
' _-/ UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 6.02E+01 7.94E-03 KR-85 3.12E+02 4.12-02 l KR-87 1.86E+02 2.47E-02 ! KR-88 5.27E+02 7.29E-02 i XE-133M- 9.56E+01 1.67E-02 ! XE-133 1.26E+01 1.49E-03 XE-135M 9.56E+02 0.131 XE-135 1.02E+03 0.1396 XE-138 9.26E+01 1.26E-02 '~ I-131 1.96E+02 7.37E-03 I-132 7.24E+01 2.69E-03 i I-133 4.02E+01 1.46E-03 l I-134 4.56E+01 1.71E-03 I-135 1.70E+02 6.37E-03 l RB-88 7.02E-02 2.59E-07 l RU-106 8.12E-02 1.06E-07 ) TE-132 5.42E-02 7.67E-08 CS-134 8.62E00 1.12E-05
]g CS-137 1.26E+01 1.77E-05 CS-138 8.72E00 1.02E-05 I'T - CE-144 7.26E-02 9.34E-08
(_,) LA-140 1.42E-01 1.89E-07 BA-140 1.02E-01 1.53E-07 PR COOLANT T-131 EQIV. 2.25E+02 IS _ 1 j CASES 2.40E+03 0.448 i I6 DINES 5.24E+02 0.0196 j
^
PARTICULATE 3.04E+01 4.0E-05 1 l TOTAL 2.95E+03 0.468 1 l 1 I i
) .N-s' SCN:87-3717 RNPD-87-05-RO 3.4-A-17 I
[ - i REAL TIME (HRStMIN) = 10:45 RELATIVE TIME (HRSIMIN) = H + 04:15 RADIOCHEMISTRY DATA SHEETS
- I )
'UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN 1
.KR-85M 5.89E+01 1.0E-02 !
KR-85 3.05E+02 5.2E-02 l KR-87 1.82E+02 3.lE-02 KR-88 5.16E+02 9.1E-02 XE-133M 9.36E+01 2.03E-02 ] XE-133 1.23E+01 1.93E-03 j XE-135M 9.36E+02 1.65E-01 0 XE-135 9.98E+02 1.75E-01 j XE-138 9.07E+01 1.59E-02 ] I-131 1.92E+02 9.09E-03 I-132 7.09E+01 3.33E-03 I-133 3.93E+01 1.81E-03 I-134 4.46E+01 2.11E-03 I-135 1.66E+02 7.86E-03 l RB-88 6.87E-02 2.84E-07 RU-106 7.95E-02 1.35E-07 TE-132 5.31E-02 9.58E-08 i CS-134 8.44E00 1.42E-05 r, CS-137 1.23E+01 2.2E-05
) CS-138 8.54E00 1.33E-05 l CE-144 7.11E-02 1.19E-07 -
LA-140 1.39E-01 2.39E-07 l BA-140 9.99E-02 1.89E-07 PR COOLANT I-131 EQIV. 2.20E+02 { IS 1 2.35E+03 5.62E-01
~
CASES IODINES 5.13E+02 2.40E-02 PARTICULATE 2.97E+01 5.06E-05 l TOTAL 2.89E+03 5.86E-01 I l l l N (N l l 1 1 SCN:87-3717 l RNPD-87-05-R0 3.4-A-18
.,______7 REAL'TIMT (HRS:HIN) = 11:00' RELATIVE-TIME (HRS: MIN) = H + 04:45- ] RADI0 CHEMISTRY DATA SHEETS R _, , .y - n . (. /_ UCI/ML AND ATH0 SPHERE NUCLIDE RATIOS: l I NUCLIDE PR. COOLANT CONTAINMENT. "C" STEAM CEN ) I KR-85M 5.30E+01 1.19E-02 ! KR-85 ' 2.74E+02 6.18E-02 l KR-87 1.63E+02 -3.69E-02 4 KR-88 4.64E+02 0.108 XE-133M 8.42E+01 2.3E-02 -l XE-133 1.10E+01 2.32E-03 XE-135M 8.42E+02 0.195 XE-135 8.98E+02 0.207 ! XE-138 8.16E+01 1.88E-02 j I-131- 1.72E+02 1.06E-02 3. 71 E ! I-132 6.38E+01 3.9E-03 1.36E-01 I-133 3.54E+01 2.13E-03 7.57E-00 .I I-134- 4.01E+01 2.47E-03 8.60E-00 ) I-135 1.49E+02 9.2E-03 3.20E-01 :] RB-88 6.15E-02 3.1E-07 1.57E-02 l RU-106 7.15E-02 1.61E 1.82E-02 1 TE-132 4.77E-02 1.13E-07 1.21E-02 l CS-134 7.59E00 1.69E-95 1.93E-00 CS-137 1.10E+01 2.59E-05 2.80E-00 CS-138 7.68E00 1.61E-05 1.95E-00 [T fx_,/ ' CE-144
.LA-140 6.39E-02 1.25E-01 1.42E-07 2.84E-07 1.81E-02 3.53E-02 l l
BA-140 8.92E-02 2.21E 2.52E-02 PR COOLANT I-131 EQIV. 1.98E+02 IS GASES- 2.11E+03 0.665 ! IODINES 4.61E+02 0.0283 9.88E-01 PARTICULATE 2.67E+01 6.01E-05 6.80E-00 i TOTAL 2.60E+03 0.693 1.05E-02 l i l i-~~ SCN:87-3717 RNPD-87-05-RO 3.4-A-19 il
l REAL' TIME-(HRS: MIN) = 11:15 RELATIVE TIME (HRS: MIN) = H + 04:45 RADI0 CHEMISTRY DATA SHEETS 3 jsA UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 4.77E+01 1.36E-02 KR-85 2.46E+02 7.06E KR-87 1.46E+02- 4.2E-02 KR-88 4.17E+02 0.123 J XE-133M 7.57E+01 2.57E-02
.XE-133- 9.90E00 2.32E XE-135M 7.57E+02 0.222 XE-135 8.08E+02 0.236 XE-138 7.34E+01 2.14E-02 I-131 1.54E+02 1.20E-02 7.02E+01 1-132 5.74E+01 4.42E-03 2.59E+01 l I-133 3.18E+01 2.42E-03 1.25E+01 1-134 3.60E+01 2.79E-03 1.41E+01 I-135 1.34E+02 1.04E-02 5.27E+01 i RB-88 5.56E-02 3.3E-07 2.36E-02 RU-106 6.43E-02 1.84E-07 2.74E-02 l TE-132- 4.29E-02 1.28E-07 1.82E-02 !
CS-134 6.83E00 1.94E-05 3.88E00 CS-137 9.90E00 2.95E-05 5.57E00 CS-138- 6.91E00 1.86E-05 3.88E00
/O CE-144 5.75E-02 1.63E-07 3.41E-02 .C - LA-140 1.12E-01 3.24E-07 6.67E-02 ;
BA-140 8.05E-02 2.50E-07 4.76E-02 l PR COOLANT I-131 EQIV. 1.78E+02 j IS l CASES 1.89E+03 0.757 IODINES 4.14E+02 0.032 1.75E+02 ; PARTICULATE 2.40E+01 6.89E-05 1.35E+01 l TOTAL 2.34E+03 0.789 1.88E+02 ; i ( l i, !'Jg j l SCN:87-3717 l RNPD-87-05-R0- 3.4-A-20 l 1 \. u l .
REAL. TIME (HRS: MIN) = 11:30
' RELATIVE TIME (HRS: MIN) = H'+ 05:00 g RADI0 CHEMISTRY DATA SHEETS
,~~\ ;
.() " UCI/ML'AND ATMOSPHERE NUCLIDE RATIOS:
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN i KR-85M 4.29E+01 1.51E-02 . KR-85 2.21E+02 7.85-02 l
'KR-87 1.31E+02 4.67E-02 l KR-88 3.75E+02- 1.36E-01 !
XE-133M 6.81E+01 2.81E .XE-133 8.91E00 2.64E-03 l XE-135M 6.81E+02 2.46E-01 i
-XE-135 7.27E+02 2.62E-01 XE-138 6.60E+01 2.38E-02 !
I-131 1.38E+02 1.32E-02 8.23E+01 l I-132 5.16E+01 4.88E-03 3.05E+01 1 I-133 2.86E+01 2.68E-03 1.55E+01 )
'I-134 3.24E+01 3.08E-03 1.75E+01 )
I-135 1.20E+02 1.15E-02 6.54E+01 RB-88 5.00E-02 3.48E-07 3.75E RU-106 5.78E-02 2.05E-07 4.34E-02 I TE-132 3.86E-02 1.42E-07 2.89E-02
.CS-134- 6.14E00 2.16E-05 5.57E00 CS-137 8.91E00 3.27E-05 8.03E00 '
CS-138 6.22E00 2.08E-05 5.60E00
.fsg CE-144 5.17E-02 1.82E-07 4.83E-02
(} .LA-140 BA-140 1.01E-01 7.24E-02 3.6E-07 2.76E-07 9.45E-02 6.76E-02 i PR COOLANT.I-131 EQIV. 1.60E+02 IS CASES 1.70E+03 8.39E-01 IODINES 3.72E+02 3.5E-02 2.11E+02 PARTICULATE 2.16E+01 7.66E-05 1.95E+01 ; TOTAL 2.10E+03 8.74E-01 2.30E02 1 l
)
l I i I l-p U SCN:87-3717 RNPD-87-05-R0 3.4-A-21 i __.________________J
REAL TIME (HRS MIN) = 11:45 M . RELATIVE TIME (HRS: MIN).a H + 05:15 RADI0 CHEMISTRY DATA SHEETS ~
#M '
UCI/ML AND ATMOSPHERE NUCLIDE RATIOS 2
-NUCLIDE PR COOLANT. CONTAINMENT "C" STEAM GEN KR-85M 3.86E+01 1.65E-02 KR-85 1.98E+02 8.56E-02 KR-87 1.17E+02 5.09E-02
'KR-88 3.37E+02 1.48E-01 XE-133M 6.12E+01 3.03E-02 XE-133 8.01E00 -2.93E-03 XE-135M 6.12E+02 2.68E-0)
XE-135 6.54E+02 2. 85 E-01' '
~
XE-138 5.94E+02- 4.5E-02
- i I-131 1.24E+02- 1.43E-02 8.83E+01 I-132 4.64E+01 5.30E-03 3.28E+01 I-133 2.57E+01 2.91E-03 1.71E+01 i I-134 2.91E+01 3.34E 1.93E+01 I-135 1.08E+02 1.25E 7.22E+01 .j RB-88 4.50E-02 3.64R-07 1.64E-01 '
'RU-106 5.20E-02 2.24E-07 5.76E-02 TE-132 -3.47E-02 1.54E-07 3.84E-02 CS-134 5.52E00- 2.36E-05 7.08E00 CS-137 8.01E00 3.56E-05 1.02E+01 CS-138- 5.59E00 2.28E 7.12E00
.CE-144 4.65E-02
^ 1.99E-07 6.09E-02 !
i.A-140 ' 9.09E-02 3.93E-07 1.19E-01 d -- BA-140 6.67E-02 3.0E-07 8.53E-02 J PR COOLANT I-131 EQIV.- 1.44E+02 IS 4 1
- _ _ _ - _ - - - - _ _ _ - - - - - - - _ _ _ _ _ - -. _ - _ _ _ - - _ i CASES 1.53E+03 9.32E-01 1 10 DINES 3.34E+02 3.84E-02 2.29E+02 PARTICULATE 1.94E+01 8.36E-05 2-.55E+01 4
,k TOTAL 1.89E+03 9.7E-01 2.54E+07 I
l 1 i i l SCN:87-3717 RNPD-87-05-RO 3.4-A-22
7 j
'REAL TIME (HRS: MIN) = 12:00 RELATIVE TIME (HRS! MIN) = H + 05:30 j F -
1 RADIOCHEMISTRY DATA SHEETS -i j'~% .
,UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
)
NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN ) i KR-85H 3.47E+01 1.77E-02 i KR-85 1.78E+02 9.19-E-02 { KR-67 1.05E+02 5.47E-02 l KR-88 3.03E+02 1.59E-01 ] XE-133M '5.50E+01 3.23E-02 -l XE-133 7.21E00 3.19E-03 1 XE-135M 5.51E+02 2.88E-01 l
'XE-135 5.88E+02 3.06E-01 -l XE-138 5.34E+02 6.42E-02 I-131 1.12E+02 1.53E-02 8.61E+01 I-132 4.17E+01 5.67E-03 3.2E+01 I-133 2.31E+01 3.12E-03 1.69E+01 I-134 2.61E+01 3.57E-03 1.92E+01 -{
I-135 9.72E+01 1.34E-02 7.15E+01 l RB-88 4.05E-02 3.79E-07 1.71E-01 RU-106 4.68E-02 2.41E-07 6.76E-02
'TE-132 3.12E-02 1.65E-07 4.53E-02 CS-134 4.96E-00 2.54E-05 8.18E00 CS-137 7.21E00 3.82E-05 1.17E01 CS-138 5.03E00 2.46E-05 8.23E00 7'
a 3 CE-144 4.18E-02 2.14E-07 7.02E-02 o D) LA-140 8.18E-02 4.22E-07 1.37E . BA-140 6.00E-02 3.22E-07 9.58E-02 PR COOLANT I-131 EQIV, 1.29E+02 j IS i CASES 1.38E+03 1.02E00 IODINES 3.00E+02 4.lE-02 2.25E+02 PARTICULATE 1.75E+01 8.99E-05 3.24E+01 l TOTAL 1.70E+03 1.06E00 2.58E+02 SCN:87-3717 RNPD-87-05-RO 3.4-A-23
REAL TIME (HRS: MIN) = 12:15 RELATIVE TIME (HRS: MIN) = H + 05:45 l RADI0 CHEMISTRY DATA SHEETS
,~
l s_ ' UCI/HL AND ATMOSPHERE NUCLIDE RATIOS: NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 3.12E+01 1.88E-02 l KR-85 1.60E+02 9.76E-02 l KR-87 9.45E+01 5.81E-02 KR-88 2.72E+02 1.69E-01 l XE-133M 4.95E+01 5.0E-02 i XE-133 6.49E+00 3.42E-03 i XE-135M 4.96E+02 3.05E-01 I XE-135 5.29E+02 3.25E-01 XE-138 4.80E+02 8.14E-02 I-131 1.01E+02 1.62E-02 8.25E+01 I-132 3.75E+01 6.0E-03 3.07E+01 I-133 2.07E+01 3.31E-03 1.63E+01 I-134 2.34E+01 3.78E-03 1.86E+01 1 I-135 8.74E+01 1.42E-02 6.92E+01 l RB-88 3.64E-02 3.92E-07 1.77E-01 RU-106 4.21E-02 2.56E-07 7.64E-02 ) TE-132 2.80E-02 1.75E-07 5.14E-02 l CS-134 4.46E00 2.7E-05 9.15E00 CS-137 6.48E00 4.05E-05 1.31E+01 ! CS-138 4.52E00 2.62E-05 9.21E00 I
/~'} CE-144 3.76E-02 2.27E-07 7.83E-02
\_,/ LA-140 7.36E-02 4.48E-07 1.53E-01 l BA-140 5.40E-02 3.41E-07 1.07E-01 1 PR COOLANT I-131 EQIV. 1.16E+02 j IS l
___________________________________ l l CASES 1.24E+03 1.11E00 10 DINES 2.70E+02 4.35E-02 2.17E+02 i PARTICULATE 1.57E+01 9.55E-05 3.27E+01 I l l TOTAL 1.53E+03 1.15E00 2.50E+02 l I l j l l l l 1 1 ;"% l I
! )
N__ / l l SCN 87-3717 j RNPD-87-05-RO 3.4-A-24 j u______________ )
r REAL-TIME-(HRS: MIN) = 12:30 i [ o
' RELATIVE TIME (HRS: MIN) a~H + 06:00- g 1'
! w.- !~ RADI0 CHEMISTRY DATA SHEETS p < ~ ! i'~5 ' , . . . L 'UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: L i l: NUCLIDE PR COOLANT CONTAINMENT. "C" STEAM CEN KR-85M 2.80E+01 1.98E-02 ! KR-85 1.44E+02 1.03E-01 f KR-87 8.54E+01 6.11E-02 KR 2.42E+02 1.78E-01 ; XE-133M 4.46E+02 6.6E-02 XE-133 5.84E+00 3.63E-03
.XE-135M 4.47E+02 3.21E-01 XE-135 4.83E+02 3.42E-01 i XE-138 -4.32E+02- 9.69E-02 I I-131 9.20E+01 1.7E-02 8.25E+01 I-132 3.35E+01 6.3E-03 3.07E+01 I-133- -1.87E+01 3.27E-03 1.63E+01 I I-134 2.16E+01 3.97E-03 1.86E+01 I-135 7.86E+01 1.49E-02 6.92E+01 j
.RB-88 3.27E 4.04E-07 1.77E-01 :
RU-106 3.78E-02 2.70E-07 7.64E-02 .) TE-132 2.52E-02 1.84E-07 5.14E-02
]
CS-134 4.01E00 2.84E-05 9.15E00 o CS-137 5.83E00' 4.26E-05 1.31E+01
,CS-138- 4.06E00 2.77E-05 9.21E00 1 CE-144 3.38E-02' 2.39E-07 7.83E-02 j LA-140 6.62E-02 4.72E-07 1.53E-01
(' 'BA-140- 4.86E-02 1.04E+02 3.58E-07 1.07E-01 1 PR COOLANT I-131 EQIV.- j IS j
'l 1
l CASES 1.12E+03 1.19E00 IODINES 2.43E+02 4.54E-02 2.17E+02 PARTICULATE 1.41E+01 1.47E-04 3.27E+01 TOTAL 1.38E+03 1.236E00 2.50E+02
-l 1
i 1 i l
.t %
Q) SCN:87-3717 RNPD-87-05-R0 3.4-A-25 1 1
REAL TIME (HRS:MIH) = 12:45 RELATIVE TIME (HRS: MIN) = H + 06:15 RADI0 CHEMISTRY DATA SHEETS UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: NUCLIDE PR COOLANT CONTAINMENT "C" STEAM GEN KR-85M 2.52E+01 2.07E-02 KR-85 1.29E+02 1.08E-01
.KR-87 7.67E+01 6.38E-02 KR-88 2.18E+02 1.86E-01 XE-133M 4.01E+02 8.04E-02 XE-133 5.25E+00 3.82E-03 XE-135M 4.02E+02 3.35E-01 XE-135 4.34E+02 3.58E-01 XE-138 3.88E+02 1.11E-01 I-131 8.28E+01 1.77E-02 8.25E+01 I-132 3.02E+01 6.57E-03 3.07E+01 I-133 1.68E+01 3.42E-03 1.63E+01 I-134 1.94E+01 4.14E-03 1.86E+31 I-135 7.07E+01 1.55E-02 6.92E+01 RB-88 2.94E-02 4.15E-07 1.77E-01 RU-106 3.40E-02 2.82E-07 7.64E-02 TE-132 2.27E-02 1.92E-07 5.14E-02 CS-134 3.60E00 2.96E-05 9.15E00 CS-137 5.24E00 4.45E-05 1.31E+01 CS-138 3.64E00 2.90E-05 9.21E00 CE-144 3.04E-02 2.50E-07 7.83E-02 O L_A-140 BA-140 5.95E-02 4.37E-02 9.36E+01 4.93E-07 3.74E-07 1.53E-01 1.07E-01 PR COOLANT I-131 EQIV.
IS CASES 1.01E+03 1.267E00 IODINES 2.18E+02 0.0473 2.17E+02 PARTICULATE 1.27E+01 1.051E-04 3.27E+01 TOTAL 1. 24'E+03 1.314E00 2.50E+02
.O SCN:87-3717 RNPD-87-05-R0 3.4-A-26
v.m
<e ,
o .. >
>+
;REAL TIMEf(HRS: MIN)'= 13:00 RELATIVE. TIME (HRS MIN) = H +'06:30- j{ ,
RADI0 CHEMISTRY DATA SHEETS l l[T
;Q.
zUCI/HL AND. ATMOSPHERE NUCLIDE RATIOS - d
-NUCLIDE' PR-COOLANT CONTAINMENT. "C" STEAM GEN-KR-85M- '2.26E+01 2.15E-02 KR-85 1.16E+02 1.12E-01 1)
KR-87 6.90E+01 6.63E-02 .j
- w. KR-88 1.96E+02 1.93E-01 j XE-133M 3.61E+02 9.34E-02 J XE-133- 4.72E+00 3.99E-03 .]
XE-135M 3.60E+02 3.48E-01 1 XE-135 3.90E+02 3.72E-01 l XE-138 3.49E+02 -1.24E-01 I-131 7.45E+01 1.84E-02 8.25E+01 I-132 2.72E+01 6.81E 3.07E+01
'I-133 1.51E+01 3.56E-03 1.63E+01 ;)
I-134 1.74E+01 4.30E-03 1.86E+01 I-135 6.36E+01 1.61E-02 6.92E+01 1
.RB 2.64E-02 4.24E-07 1.77E-01 ]
RU-106 3.06E 2.93E-07 7.64E-02 i
~TE-132 '2.04E 1.99E-07 5.14E-02 .
CS-134 3.24E00 3.08E-05 9.15E00 l
.CS-137 4.71E00 4.62E-05 1.31E+01
-{
CS-138- 3.27E00 '3.02E-05 9.21E00 'j ' ' . /3 CE-144 -2.73E-02 2.60E-07 -7.83E-02' ]
.LA-140 5.35E 5.12E-07 1.53E ' '(f.
BA-140 3.93E-02 -3.88E-07 1.07E-01 PR COOLANT I-131 EQIV. 8.42E+01 IS j 1 __________________ ________________ q 1 CASES' 9.09E+02 1.-334E00 d IODINES : 1.96E+02 0.049 2.17E+02 ) PARTICULATE 1.14E+0! 1.093E-04 3.27E+01 l 1 H TOTAL 1.12E+03 1.383E00 2.50E+02 , ? l 1 l \ l 1 SCN:87-3717
.RNPD-87-05-R0 3.4-A-27
{ ,L L
i ! REAL TIME (HRSIMIN) = 13:15 RELATIVE TIME (HRS: MIN) = H + 06:45 RADI0 CHEMISTRY DATA SHEETS i _. j ( UCI/ML AND ATMOSPHERE NUCLIDE RATIOS: I NUCLIDE PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 2.26E+01 2.15E-02 KR-85 1.16E+02 1.12E-01 KR-87 6.90E+01 6.63E-02 KR-88 1.96E+02 1.93E-01 XE-133M 3.61E+02 9.34E-02 XE-133 4.72E+00 3.99E-03 XE-135M 3.60E+02 3.48E-01 X5 I35 3.90E+02 3.72E-01 XE-138 3.49E+02 1.24E-01 a I-131 7.45E+01 1.84E-02 8.25E+01 ) I-132 2.72E+01 6.81E-03 3.07E+01 l I-133 1.51E+01 3.56E-03 1.63E+01 I-134 1.74E+01 4.30E-03 1.86E+01 j I-135 6.36E+01 1.61E-02 6.92E+01 RB-R8 2.64E-02 4.24E-07 1.77E-01 ; RI^106 3.06E-02 2.93E-07 7.64E-02 T5-132 2.04E-02 1.99E-07 5.14E-02 CS-134 3.24E00 3.08E-05 9.15E00 CS-137 4.71E00 4.62E-05 1.31E+01 CS-138 3.27E00 3.02E-05 9.21E00 l [3 CE-144 2.73E-02 2.60E-07 7.83E-02 '
) LA-140 5.35E-02 5.12E-07 1.53E-01 1 BA-140 3.93E-02 3.88E-07 1.07E-01 PR COOLANT I-131 EQiV. 8.42E+01 -
IS CASES 9.09E+02 1.334E00 _ 10 DINES 1.96E+02 0.049 2.17E+02 PARTICULATE 1.14E+01 1.093E-04 3.27E+01 l 1 TOTAL 1.12E+03 1.383E00 2.50E+02 ('i Y] SCN:87-3717 RNPD-87-05-RO 3.4-A-28 l
REAL TIME (HRS: MIN) = 13:30' RELATIVC TIME (HRS: MIN) = H + 07:00 RADI0 CHEMISTRY DATA SHEETS
-UCI/ML AND ATMOSPHERE NUCLIDE RATIOS:
I )).
^ ..
1 F NUCLIDE. PR COOLANT CONTAINMENT "C" STEAM CEN KR-85M 3.12E+01 1.88E-02 45 KR-85 1.60E+02 9.76E-02 KR-87 9.45E+01 5.81E-02 KR-88 2.72E+02 1.69E-01 XE-133M 4.95E+01 5.0E-02 XE-133 6.49E+00 3.42E-03
-XE-135M 4.96E+02 3.05E-01
-XE-135 5.29E+02 3.25E-01 3 XE-138 4.80E+02 8.14E-02 .j
-I-131 1.01E+02 1.62E-02 8.25E+01 1 I-132 3.75E+01 6.0E-03 3.07E+01- ]
I-133 2.07E+01 3.31E-03 1.63E+01 1 I-134 2.34E+01 3.78E-03 1.86E+01 I-135 8.74E+01 1.42E-02 6.92E+01 RB-88 3.64E-02 3.92E-07 1.77E-01 RU-106 4.21E-02 2.56E-07 7.64E-02 TE-132 2.80E 1.75E-07 5.14E-02 CS-134 4.46E00 2.7E-05 9.15E00 1 CS-137 6.48E00 4.05E-05 1.31E+01 l CS-138 4.52E00 2.62E-05 9.21E00-CE-144 3.76E 2.27E-07 7.83E-02
-, ~ LA-140 7.36E-02 4.48E-07 1.53E-01
\_ / BA-140 5.40E-02 3.41E-07 1.07E-01 PR COOLANT I-131 EQIV. 1.16E-02 IS-CASES 1.24E+03 1.11 .
IODINES 2.70E+02 4.35E-02 2.17E+02 ! PARTICULATE 1.57E+01 9.55E-05 3.27E+01 i l TOTAL 1.53E+03 1.15 2.50E+02 i D l O SCN:87-3717 RNPD-87-05-RO 3.4-A-29
--____-_______0
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' CAROLINA POWER AND LIGHT COMPANY ROBINSON NUCLEAR PROJECT DEPARTMENT
+
1987 EMERCENCY PREPAREDNESS ANNUAL EXERCISE l 3.4-B IN-PLANT MONITOR READINGS AND ONSITE SURVEY DATA j '-l, s , 4 d 4 M*~ SCN:87-3717 RNPD-37-05-R1 < 3.4-B-0
' CONTROLLER RADIOLOGICAL DATA SHEET-ss
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- in pCi/cc ,on Sample Syringe
.;- Undiluted =
Total RCS Activity .00107 = R/hr'@ l em
-in pCl/cc- on Sample Syringe
- 2. . PASS CAS SAMPLE. .j i
. Diluted 1/400 (Normal Dilution) 4 Total'CV Activity. .00199 =
mR/hr @ l cm !
-l in uci/cc on Sample Syringe 3
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Total CV Activity- .798 = mR/hr @ l em in pCi/cc on Sample Syringe q l ( l 4 i l 4 i L tj 1 . l .D l l i SCN:87-3717 ;
- RNPD-87-05-R0 3.4-B-0A !
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SCN: 87-3717 RNPD-87-05-Ro 3.4-B-2
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AUX 3_JG E _ 226 TIME: 083o TlME: ogen MR/HR UCI/CC MR/HR UCl/CC l 3.0 3.0E- 09 .5 3 . ng- co b 4.0 4.oE-09 b 15 4.on-00 3 1,5 <2. 5E- 10 b 3 2.<v-in I- 9s &_or-no I* In 4,nn-no 5 4.0 2.os- 09 5 7 3.0s-09 6 ,.o - 2.5E- 09 6 10 2.se-oo t 100 A sr_no / 400 3.2E-oo b 1.0 l 3.5p-09 b 3.0 3.5E-09 O SCN: 87-3717 RNPD-87-05-R0 3 3 I .. .. ..
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- L = E&RC Status Board E = Haint. Planners desk H = Plant Diagram Board j
F = DCT Leader desk j N = OSC Status Board ; C = DCT area O = Storekeeper area { H = Security / Access desk Q = Private Briefing area ! R = emergency equipment ) storage S = Chemistry desk I T = Dosimetry desk Temporary Phones Number 1 - E&RC Coord. Radio-Phone #2627 - 2 - Plant Monitoring Team #2628 { 3 - Pers. Proc. and Decon Team #2629 O. n \ SCH:87-3717 ( RNPD-87-05-R1 3.4-B-10 1
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.ON' SITE FIELD DATA l AMBIENT. RADIATION READINGS OPEN' WINDOW- CLOSED WINDOW INTEGRATED
-DOSE POSTED TLD SAMPLE -DOSE RATE' ' DOSE RATE
'mR POINT- mR/hr. mR/hr A 48.1- 48.1 B 50.8 50.8
'C~. 49;9 49.9
- D 50.9 50.9 E: 52.4 52.4 F- 50.4 50'.4
'G: 50.3, 50.3
.H.. 52.8 52.8 I 51.3 - 51.3
.J 53.9 53.9 K 54.0 54.0
'L' 52.3 52.3
-M' 57.3 57.3
'j -N- 54.6 54.6 .q 1 0- 32.9 32.9- '1 P. 38.8- 38.8 OSC.1 44.6 44.6 OSC.2 20. 0 20 .0; OSC.3- 5.0 5. -0
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*"'ON SITE FIELD. DATA AMBIENT RADIATION READINGS OPEN WINDOW CLOSED WINDOW INTEGRATED l DOSE !
POSTED TLD SAMPLE- DOSE RATE DOSE RATE -mR POINT mR/hr mR/hr A 47.6 47.6 12' B 50.3 50.3 13 C 49.3 '49.3 12- i
.D- 50.3 50.3 13 E 51.8 51.8 13 F 49.8 49.8 13 G 49.8 49.8 .13 H 52.2 52.2 13 I 50.7 -
50.7 13' J 53.3 53.3 13 i K 53.4 53.4 14 q L 51.7' 51.7 13 M '56.7 56.7 14 N 54.0 54.0- 14
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'RNPD-87-05-R1 3.4-B-12
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'D~ 47.0' 47.0 25 E. 48.4 48.4 26 ,
F- 46.5 46.5 25 G~ 46.4: 46'.4' ' 25 ! -H 48.7 48.7- 26
~I 47.3 . 47.3 25 J 49.7 49.7 27 K 49.9 49.9 27
'L 48.2 48.2 26 M -52.9 52.9 29
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. SAMPLE. DOSE RATE DOSE RATE mR POINT' mR/hr mR/hr A 39.7 39.7 35 B 41.9 41.9 37 C 41.1 41.1 ~36 D- 42.0 42.0- 37 E 43.2- 43.2 38 F. 41.5 41.5 37 G -41.5 41.5 37 cH' 43.5 43.5 38 l I 42.2 -
42.2 37 J. 44.4 44.4 39 0 144.5 K '44.5 39 L 43.1 43.1 38 M 47.3 47.3 42
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-SCN:87-3717 RNPD-87-05-R1 3.4-B-14
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.4 ON SITE FIELD' DATA AMBIENT RADIATION: READINGS OPEN WINDOW = CLOSED WINDOW INTEGRATED DOSE POSTED TLD l
' SAMPLE DOSE RATE ~ DOSE RATE mR POINT-- mR/hr mR/hr .
A. 39.2 .39.2 45' 41.'4~ B 41.4 47 C 40.7 40.7 47 D 41.5 '41.5 48 E 42.7: 42.7- 49' F 41.1. 41.1' 47. G 41.0; 41.0 47 H~ '43.0 43.0 49 I- 41.8 , 41.8 48 , , J '43.9 43.9 50 '
. K' 44.0- 44.0 50 L 42.6 42.6 49 M 46.7 46.7 S4 N 44.5 44.5 ~51 f 0- 26.8 26.8 31 i'
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POINT mR/hr' mR/hr A-' 33'.0 33.0 55 i
.- B 34.9- 34.9 58
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F. 34.6 34.6 57 G 34.5 34.5 57
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' J- 37.0. 37.0 61 K- .37.1 37.1 61 L 35.9 35.9 59
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, OPEN WINDOW CLOSED WINDOW INTEGRATED DO,SE POSTED TLD
-SAMPLE- DOSE' RATE DOSE RATE mR I POINT mR/hr mR/hr A 19.1 19.1- 63 .
B 20.2 20.2 67 )' C 19.8 19.8' 65 D. 20.2 20.2 67 E 20.8 20.8 69
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SCN:87-3717 RNPD-87-05-R1 3.4-B-17
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OPEN WINDOW CLOSED WINDOW INTEGRATED DOSE POSTED TLD L' SAMPLE DOSE RATE DOSE RATE mR POINT -mR/hr mR/hr i
.JC 14.9 ~14.9 68 1 B 15.8- 15.8 72. 'l C- :15.5 15.5 70 D. 15.8 15.8 72 E 16.3. 16.3 74 F 15.6 .15.6 71 G- 15.6 15.6 71 o H 16.4 16.4 74 I' -15.9- ,
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'C 3 7.9 7.9 74 i D- 8.1 8.1 76 l
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A 4.2 4.2 73 , B 4.4 4.4 78. ;
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- 'ALL OTHER MEASUREMENTS AT THESE POINTS ARE AS READ 9
l 1 L LO 4 !- ;SCN:87-3717
-RNPD-87-05-R1 3.4-B-26 'l l
. - - - . - . . -- - - - - - _ - _ -_-___ _a
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"C" S/C PORV RADIATION LEVELS r~ R/hr N .
-Time Contact 3 Feet 6 Feet 1045 62 20 6 i
1100 60 19 6 1115 52 17.5 . 5.5 1130 50 15.7 5.0 1145 47 15.6 4.8 1200 32 11.2 3.4 1215 23 5.0 1.25 1230 18 4.0 .9 1245 8.5 1.5 .20 1300 3.2 .9 .09 ! 1315 . 46 .105 .035 1330 .170 .06 .026 A-()- . I O O SCN:87-3717 RNPD-87-05. R1 3.4-B-27
. . _ _ _ _ _ _ _-l
CAROLINA POWER AND LIGHT COMPANY
'S ROBINSON NUCLEAR PROJECT DEPARTMENT d[.
1987 EMERGENCY PREPAREDNESS ANNUAL EXERCISE e 3.4-C OFFSITE PLUME MONITORING DATA 1 l l l I
/'s LJ ;
1 1 (vD SCN:87-3717 RNPD-87-05-R1 3.4-C-0
-H. B. ROBINSON. FULL PARTICIPATION EXERCISE .-
.r STATUS REPORT AS.OF 06:00/6. OCTOBER 198'7 STORM DAMAGE IN OR NEAR RNPD EXERCISE MESSAGE The hurricane ' recovery situation. has stabilized. All county -EOC's have closed for the night.
~~
Most flood recovery efforts were terminated. for the night but .will commence again when - flood waters start to recede about 10:00 hours today. Bridge. repair and utility crews have not stopped. . Storm. damage effects lingering as of 06:00: .
'I. Darlington County i
A. Bridges Affected Road / Areas
- 1. Seegars Mill Pond SC-151 ?
(one lane only)
- 2. Lynches River S-23 (out until 16:00) _
- 3. Boggy Gully - Lee Crossroads US-15 (out until noon)
- 4. Boggy Swamp SC-102 (out until 11:00)
- 5. Boggy-Swamp SC-115
-(one lane only)
- 6. Boggy Swamp US-15 O (one lane open at noon)
- 7. Swift Creek S-13 (out until 16:00)
B. . Dams-Affected
~
- 1. Prestwood Lake --- Overflowing
- 2. McIntosh Millpond -- Washed out C. Power Outages
- 1. Town of Lydia
- 2. Doversville Area
- 3. Lamar
- 4. Hartsville -- intermittent
.D. Flood Areas
- 1. Lynches River - Lee State Park south to US 401 1/4.to 1/2 mile either side
- 2. Great Pee Dee River --- Cheraw to Society Hill 1/2-to 1 mile either side SCN: 87-3717 -
RNPD-87-05-R1 3.4-C-1 O ;
H. D. ROBINSON FULL PARTICIPATION KKERCISE , ,_ STATUS REPORT AS OF 06:00/6 OCTOBER 1987 . i-STORM DAMAGE IN OR NEAR RNPD (-) l 4 EXERCISk MESSAGE
'- ' (continued)
I. Chesterfield County A. Bridges Affected Road / Areas
- 1. Lynches River - Highway US-1 (one lane only until 13:00)
- 2. Lynches River -- RR Bridge SCL North / South (out until 7 Oct.)
- 3. Lake Robinson Bridge S-346
('one lane only until noon)
- 4. Skipper Creek (Ruby Lookout) US-1 (out until 16:00)
- 5. Little Alligator Creek US-1 (Hebron Church) (out until 11:00 they only-one way)
- 6. North Prong Creek. SC-102 (Shiloh Church) (out until 7 October)
B. Dams (All are OK!) 1 ( ) C. Power Outages
- 1. Patrick -- intermittent
- 2. Angelus 33 & 111
- 3. McBee -- intermittent D. Flood Areas -
- 1. Greet Pee Dee River - Cheraw to Society Hill 1/2 to 1 mile either side
- 2. Lynches River - Big Sandy Creek to US-1 (
1 mile either side
- 3. Lynches River - 2 SC-9 South To SC-265 to )j include Jefferson - 1 mile either side i l
l SCN:87-3717 RNPD-87-05-R1 3.4-C-1A I
. - _-_---_- - - _ - a
H. D. 20BINSCat FULL PARTICIPATION EXERCISE - -
-STATUS REPORT AS OF.06:00/6 OCTOBER 1987 p ~ STORM DAMAGE IN OR'NEAR RNPD Q -EXERCISE MESSAGE (continued)-
-I.- Lee County A.- Bridges Affected Road / Areas
- 1. Lynches River US-15/SC-34 (out until 10:00 then-one lane) 2.. Turkey Creek- SC-341
-(Damaged -- one lane'-- no_ trucks) ,
- 3. Black River US-401 l (out until~7 October)
(All.is OK!) B.- -Dams q C. Power Outages l'. Elliot -- Intermittent
- 2. Lock now
- 3. Hammets Crossroads
'D. Flood' Areas l
- 1. Lyndhes River - Turkey' Creek south'to l US-15/SC-34
- .) 2. Lynches River - Lee State-Park south past US 401 ... 1/2 mile either side
- 3. Black River - US-401 south'past US-76 ---
1 mile either side
- 4. Scrap Ore Swamp -- from S-600 south to I-20
. 1/2 mile either side.
1
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