ML13331A113
| ML13331A113 | |
| Person / Time | |
|---|---|
| Site: | San Onofre  |
| Issue date: | 05/29/1981 |
| From: | Baskin K Southern California Edison Co |
| To: | Crutchfield D Office of Nuclear Reactor Regulation |
| Shared Package | |
| ML13331A112 | List: |
| References | |
| NUDOCS 8107020431 | |
| Download: ML13331A113 (23) | |
Text
Southern California Edison Company P. 0. BOX 800 2244 WALNUT GROVE AVENUE ROSEMEAD. CALIFORNIA 91770 K. P. BASKIN TELEPHONE MANAGER OF NUCLEAR ENGINEERING.
(213) 572.1401 SAFETY. AND LICENSING May 29, 1981 Director of Nuclear Reactor Regulation Attention:
D. M. Crutchfield, Chief Operating Reactors Branch No. 5 Division of Licensing U. S. Nuclear Regulatory Commission Washington, D.C.
20555 Gentlemen:
Subject:
Docket No. 50-206 Emergency Plan San Onofre Nuclear Generating Station Unit 1 Your letter dated March 19, 1981, provided NRC comments regarding the San Onofre Unit 1 Emergency Plan. Submitted as Enclosure 1 to this letter are responses to those comments. Two additional enclosures are also included. Enclosure 2 provides change pages for the Emergency Plan in response to Item B.3 of Enclosure 1. These changes clarify the normal and emergency organizational structure discussed in the Plan. is the Initial Notification Forms which are provided in response to Item E.4 of.
Ten copies of this letter and the enclosures are provided for your use. If you have any questions regarding this matter, please let me know.
Very truly yours, Enclosures cc: R. H. Engelken, Director (3)
Office of Inspection and Enforcement Region V 5
MONAL PRIVACY INFORMATION DELETED IN ACCORDANCE WITH THI FF=O M OF INFORUKvATIONq AZT~
8107020 03
SAN ONOFRE UNIT I EMERGENCY PLAN Q-1 Questions and Responses B. ONSITE EMERGENCY ORGANIZATION B.5 It is not clear, based on the information in Sections 5.2.2 through 5.2.9 and Table 5.2, that SONGS Unit 1 has satisfied the emergency staffing level in Table B-1 of NUREG-0654. Revise the Plan to show that your staffing level and emergency augmentation capability conform with Table B-1 requirements.
RESPONSE
It is expected that the shift manning requirements in Table B-1 of NUREG-0654, can be met by July 1, 1982. This compliance is predicated on using the Health Physics Technician and Nuclear Chemical Technician added to the shift to also meet the 2 HP Technician requirement for Protective Action (in-plant).
We must take exception to the 30-minute augmentation manning. A 30-minute response from most people working at San Onofre cannot reasonably be achieved due to their physical living location.
Personnel could be called, proceed to the plant and arrive within 30-minutes; however, we cannot assure that all will in fact arrive in 30-minutes. We intend to initiate call outs immediately and expect that some personnel will arrive within 30-minutes and that all required personnel would be present in 60-minutes.
B.3 The titles of persons who are in line to become emergency coordinators are confusing. For example, it is not clear if "Superintendent Unit 1" (p. 5-2) is the same as "Superintendent" (Figure 5.1), and the position "Nuclear Plant Manager" cannot be found in Figure 5.1.
RESPONSE
Provided as Enclosure 2 are revised pages 5-1 through 5-18 of the San Onofre Unit 1 Emergency Plan.
These revised pages clarify the succession of authority at the station and reflect currently effective position titles.
C. EMERGENCY RESPONSE SUPPORT AND RESOURCES 1.b Describe the specific Federal resources expected, and specific local support available to these resources.
RESPONSE
The Emergency Plan does not require Federal resources other than that provided by the U. S. Marine Corps at Camp Pendleton. Southern California Edison has not made arrangements for local support to Federal resources.
-2 2.b Provide for dispatch of a representative to principal offsite governmental emergency operations centers.
RESPONSE
The Emergency Plan provides for Southern California Edison liaison representation at the Primary Emergency Offsite Center in San Clemente.
Representation elsewhere is not considered necessary.
3.c Identify radiological laboratories and their general capabilities to provide monitoring and analysis services during an emergency.
RESPONSE
Southern California Edison maintains a contract with Environmental Analysis Laboratory (EAL) in Richmond, California for radiological analysis services.
EAL is a full service radiation analysis laboratory.
E. NOTIFICATION METHODS AND PROCEDURES E.4 Provide a copy of the form you described on p. 6-9 of your plan.
The information contained in this form should conform with items a-n of this sub-criterion.
RESPONSE
The Notification Forms which conform with items a-n are provided as.
E.7 Describe in some detail the messages you would provide for the public in accordance with provisions of this sub-criterion.
RESPONSE
Messages to the public have not been drafted. These messages will be prepared as a joint effort involving local government and Southern California Edison on a schedule beginning in June, 1981.
H. EMERGENCY FACILITIES AND EQUIPMENT H.1 Provide information on the design of your Technical Support Center, in accordance with NUREG-0696, Revision 1.
H.2 Provide information on the design of your Emergency Operations Facility, in accordance with NUREG-0696, Revision 1.
RESPONSE
The conceptual design of the Technical Support Center and the Emergency Operations Facility will be provided by June 5, 1981.
-3 H.3 Provide meteorological instrumentation and procedures which satisfy the criteria in Appendix 2, NUREG-0654, Revision 1.
RESPONSE
The meteorological instrumentation at San Onofre is described in detail in Section 2.3 of the San Onofre Units 2 and 3 Final Safety Analysis Report. The approved implementing procedures which utilize the meteorological data were included in the April 24, 1981 submittal to the NRC.
H.12 It is not clear that the TSC has the capability to support the functions described under this sub-criteria. What equipment does the TSC have to perform such functions?
RESPONSE
The presently installed TSC currently meets the requirements set forth in the NRC's requirements letter dated September 13, 1979 for the TMI 1/1/80 deadline. The capabilities delineated in criterion H.12 will be provided in the final TSC design.
I. ACCIDENT ASSESSMENT 1.9 Your radio iodine detection capability, as stated on page 6-19, is orders of magnitude lower than the sensitivity we stated in NUREG-0654. Justify this difference.
RESPONSE
Offsite air samples will be obtained utilizing portable air samplers using either silver zeolite or charcoal filters.
The silver zeolite will be used in the event of high noble gas concentration.
These samples will be analyzed either in the field or using onsite equipment to measure activity levels. The onsite equipment have a lower limit of detection (LLD) for 1-131 of 1 x 10- 12 ACi/ml, for noble gases of 1 x 10-6
" Ci/ml and for particulates of 1 x 10-11 ACi/ml.
The LLD for the field analysis will be 1 x 10-7 Ci/cc. Similar equipment is also available at San Onofre Units 2&3 for analyses.
J. PROTECTIVE RESPONSE J.10.b Please provide population distribution maps as described in NUREG-0654.
RESPONSE
Population distribution maps can be found in Section 2.1.3 of the San Onofre Units 2 and 3 FSAR.
ENCLOSURE 2 5.0 ORGANIZATIONAL CONTROL OF EMERGENCIES The onsite emergency organization and its augmentation and extension offsite are discussed in this section. Included are the authorities and responsibilities of key individuals and groups, and the communication links for notifying, alerting, and mo bilizing emergency personnel.
5.1 NORMAL OPERATING ORGANIZATION The normal SONGS operating organization is shown in Figure 5-1.
The diagram illustrates levels and lines of responsibility within the station and gives the typical number of personnel in each job category during normal working hours (8 am - 4 pm weekdays, excluding holidays). The minimum shift crew at all other times consists of:
One (1) Watch Engineer One (1) Shift Technical Advisor One (1) Control Room Operator One (1) Assistant Control Room Operator One (1) Plant Equipment Operator One (1) Health Physics Technician Ten (10) Security Personnel Additional station personnel can be called in from offsite to supplement the minimum staff as needed.
The Watch Engineer has immediate responsibility and authority for operation of the plant and will direct the initial response to any emergency. The Watch Engineer is assisted by the Shift Technical Advisor in evaluating the status of plant systems and in projecting probable effects of abnormal conditions, particularly those involving degradation of the level of plant safety. Authority and responsibility for the Watch Engineer to assess and direct initial emergency responses is delegated in writing from the Station Manager.
5-1
5.2 ONSITE EMERGENCY ORGANIZATION Figure 5-2 shows the SONGS onsite emergency organizations. These organizations apply to long-term emergency conditions, i.e., those lasting more than about two hours.
The organizations may begin with the minimum shift crew and expand to include others as they are needed and available.
This section describes the positions, functions, and responsibilities of the onsite emergency organizations.
An overall emergency organization duty roster is maintained by the Watch Engineer to ensure that personnel to fill key positions within the emergency organization can be notified rapidly of the declaration of the emergency. Section 6.1 describes the activation of the onsite emergency organization.
5.2.1 EMERGENCY COORDINATOR The Watch Engineer shall assume the position of Emergency Coordinator until such time as relieved of that responsibility by the Station Manager, or designated alternate. Alternates to the position are:
First Alternate - Assistant Station Manager Operation Second Alternate - Superintendent Unit 1 The Watch Engineer shall ensure that the Station Manager, or designated alternate, is promptly notified of an emergency condition.
Full responsibility for implementation and administration of the Emergency Plan shall be assumed by the SONGS Emergency Coordinator.
In this role, he shall assess plant conditions, declare the applicable emergency classification and ensure all necessary emergency response agencies are notified expeditiously. He shall have the authority to act on the behalf of SCE in all matters concerning an emergency, at least until such time as the scope, severity and potential radiological consequences have been assessed, and the appropriate pro tective and corrective actions have been implemented.
Following that critical period, but still with complete regard for health and safety, major decisions and Corporate commitments are the responsibility of SCE management.
5-2
5.2.2 EMERGENCY ADVISOR This role will be filled by the Assistant Station Manager Operations.
In the event that he is acting as Emergency Coordinator, this position will.remain vacant until he is properly relieved. This individual, if not already onsite, can normally be onsite within one hour following notification.
The Emergency Advisor reports to the Onsite Technical Support Center and assumes the following responsibilities:
- 1)
Assists the Emergency Coordinator in completing assessment activities
- 2)
Advises the Emergency Coordinator in taking corrective and/or protective actions
- 3)
Temporarily fills in for any missing key Onsite Technical Support Center personnel if necessary Is responsible for the coordination and direction of personnel in the Technical Support Center and to serve as an interface between the Emergency Coordinator and the TSC staff. The Emergency Advisor and TSC Coordinator may assign TSC personnel, as appropriate, to activities such as:
- 1)
Analyzing mechanical, electrical, instrument and control, effluent control, and radiation dose rate problems; determining alternate solutions, designing and coordinating of short-term modifications installation.
- 2)
Analyzing thermohydraulic and thermodynamic problems and developing problem resolutions.
- 3)
Assisting in the development of Emergency Operating, and other procedures, as necessary for conducting emergency operations.
- 4)
Analyzing conditions and developing guidance for the Emergency Coordinator and operations personnel.
5-4
- 5)
Resolving questions concerning Operating License requirements with NRC representatives.
- 6)
Providing accurate input to Public Information Department personnel for dissemination to the public media.
5.2.3 ENGINEERING LEADER The Assistant Station Manager Tachnical reports to the Onsite Technical Support Center and assumes the role of Engineering Leader. Alternate to the position is the Supervising NSSS Engineer.
One of these individuals, if not onsi te, can normally be onsite within one hour following notification. The Engineering Leader is responsible for development of emergency-related engineering requirements. Backup in these efforts is provided by corporate engineering and engineers from the NSS Supplier and plant constructor.
5.2.4 OPERATIONS LEADER This position will be filled by Superintendent Unit 1.
Alternate to this position is the Supervisor of Plant Coordination.
Primary responsibility of the Operations Leader is to advise the Emergency Coordin ator on matters concerning plant operations.
The Superintendent Unit 1, or designated alternate reports to the Onsite Technical Support Center immediately upon notification of the occurrence of an event requiring its activation. These individuals, if not already onsite, can normally be onsite within one hour following notification.
5.2.5 ADMINISTRATIVE LEADER This position will be filled by the Station Services Manager for both short and long term emergencies. Alternates, in order of preference, are the Administration Supervisor and the Warehouse Supervisor.
One of these individuals, if not onsite, can normally arrive within one hour following notification.
The Administrative Leader reports to the Onsite Technical Support Center and assumes the following responsibilities:
5 - 5
- 1)
Coordinate provisions for transportation, food, and other logistical support for emergency personnel
- 2)
Provide personnel and work schedules for relief of emergency personnel
- 3)
Act as liaison with outside groups in providing additional resources such as manpower, equipment, supplies, and transportation
- 4)
Coordinate communications and maintain records:
o Coordinate and ensure proper notification of offsite organizations o
Function as liaison for emergency-related communications between the Emergency Coordinator and onsite and offsite emergency groups o
Maintain records concerning the emergency The Administrative Leader will appoint Communications Aides and Recorders from the onsite pool of available personnel.
5.2.6 HEALTH PHYSICS LEADER This position will be filled by the Health Physics Manager.
Alternates for the position are, in order of preference, Health Physics Supervisor Unit 1 and the Health Physics Engineer. One of these individuals, if not already onsite, can normally arrive at the Onsite Technical Support Center within one hour following notification.
Responsibilities to be assumed by the Radiation Protection Leader include:
- 1)
Appoint and direct onsite and offsite monitoring personnel
- 2)
Perform dose projections for onsite and offsite areas
- 3)
Provide health physics services for onsite emergency activities
- 4)
Provide technical advice to the Emergency Coordinator on radiological aspects of onsite emergency activities 5-6
- 5)
Provide technical advice to the Emergency Coordinator concerning recom mendations for offsite protective actions
- 6)
Coordinate offsite monitoring activities with State and local agencies
- 7)
Ensure issuance and proper use of radiological protective equipment 5.2.7 SECURITY LEADER This position will be filled by the Supervisor of Station Sacurity.
The alternate is ffie uiper vising Officer.
One of these individuals will be onsite at all times.
The respon sibilities to be assumed by the Security Leader upon reporting to the Onsite Technical Support Center include:
- 1)
Maintain plant security and institute emergency contingency measures as appropriate
- 2)
Account for personnel in accordance with emergency Implementing Procedures 5.2.8 EMERGENCY GROUP LEADER This position will be filled by the Assistant Station Manager Mainternce.
The alternate is the Supervisor of Plant Maintenance Unit 1.
One of these individuals, if not onsLte, can normally be onsite within one hour after notification and reports to the Onsite Operations Support Center (established in the Administration and Control Building Conference Room).
Responsibilities to be assumed by the Emergency Support Leader include:
- 1)
Functional supervision of the Onsite Operational Support Center
- 2)
Coordination of emergency support team activities such as first aid, rescue, fire brigade, and damage control and repair
- 3)
Provide advice to the Operations Leader for plant operational functions related to the emergency
- 4)
Coordinate nontechnical aspects of recovery and re-entry activities, which may involve onsite and offsite groups 5-7
o Scudder Ambulance Company o
Superior Ambulance Copany o
South Coast Con.mity Hospital o
Tri-City Hospital o
Camp Pendleton Marine Corps Base Fire Brigade Specific methods for notification of these organizations are contained in Emergency Procedures.
Letters of agreement fran each organization to provide their respective emergency assistance to the SOMS are contained in Appendix A.
5.4 COORDINATION WITH PARTICIPATING GOVRMENTAL AGENCIES Coordination with participating offsite response agencies is identified in Table 5-3.
The Orange County Department of Health, San Diego Office of Disaster Preparedness, the Camp Pendleton Marine Corps Base, the City of San Clemente, the City of San Juan Capistrano, and the Pendleton Coast Area Office of the State Department of Parks and Recreation are designated as primary response agencies due to their involvement and need for imediate, independent response.
Information concerning an emergency at the Station is transmitted to offsite response organizations by the Watch Engineer or the System Operating Supervisor at the Energy Control Center.
Table 5-4 outlines offsite response agencies to be notified, whoD makes the notification, and the camniications systes to be used.
All available pertinent information will be transmitted including a description of the event, the current classification, and recomendations.
During a Site or General Emergency, each of the primary offsite response agencies will operate from an Emergency Operations Center.
However, each of the primary response agencies will send representatives to the near-site Emergency Operations Facility.
SCE will send liaison representatives to the EDF.
In addition, the Station will dispatch a Health Physics Engineer to the interim EOF inediately upon declaration of a Site or General Emergency.
5-9
Station Manager Asst. Station Asst. Station Asst. Station Health Physics Station Manager Manager Manager Manager Services Operations Maintenance Technical Manager Supervisor of Supervisor of Supervising Health Physics Administration Station Security Plant Maintenance, S01 Engineer, I&C Supervisor, SOl Supervisor Plant 1 Maintenance Supervisor of Plant Foremen, S01 Industrial Superintendent, SOl Foremen, S01 Instrumentation, Sol Safety & Fire ITechnicians, 01 Protection Maintenance Foremen, S01 Supervisor Watch Supervisor of Personnel, 501 Radwaste Engineers, Plant Technicians, SOl Supervisor Accounting and Sol Coordination, S0l Clerical IChemistry Supervisor Technicians Supervisor Operating Operating Foremen, S01 Foremen, S0l oremen Dosimetry Warehouse Maa e
hManSupervisor Supervisor Tehnchniciaage lant Foremen Operators, S01 Compliance Engineer ALAR A Supervising Engineers
-Engineer Engineers Shift Technical Advisors, 501 FIGURE 5-1 STATION ORGANIZATION
0 ENCLOSURE 3 AM Time:
PM Date:
NUCLEAR POWER STATION Unusual Event - Initial Notification Form This is the San Onofre Nuclear Generating Station. The following is a notification of an Unusual Event.
Record the information to follow on this form.
- 1. There has been an Unusual Event at the San Onofre Nuclear Generating Station.
- 2.
Event number listed on the back of this page describes the 1
nature of the occurrence.
- 3. There has/has not been a release of radioactivity to the 2
3 The release has/has not been stopped. There is/is not a
4 5
potential for an additional release.
- 4. There is no need for protective action beyond the site boundary.
Stand by until further notification is received.
- 5. Implement your Standard Operating Procedures for an Unusual Event.
- 6.
Call to verify this message.
6
lVENI NO.
SIMPLIFIED DESCRIPTION - UNUSUAL EVENT
- 1.
Minor release of radioactive liquid exceeding Instantaneous Technical Specification Limit
- 2.
Minor release of gaseous radioactivity exceeding Instantaneous Technical Specification Limit
- 3.
Minor loss of control over radioactive material - confined to a single room or facility
- 4.
Reactor coolant system temperature low - shutdown of plant required by procedures
- 5.
Reactor coolant system pressure high - shutdown of plant required by procedures 6a.
Reactor coolant system leak exceeding operating limit - plant shutdown required by procedures 6b.
Steam Generator tube leak exceeding operating limit - plant shutdown required by procedures
- 7.
Radioactivity in reactor coolant system above limit - plant shutdown required by procedure
- 8.
Reactor coolant System safety or relief valve failure to close
- 9.
lemperature of reactor coolant system high - plant shutdown required by procedures
- 10.
Reactor coolant system pressure low - procedures require plant shutdown
- 11.
Safety Injection System started to provide auxiliary core cooling
- 12.
Minor loss of containment integrity requiring plant shutdown
- 13.
Loss of engineered safety feature requiring plant shutdown
- 14.
Loss of fire protection feature requiring plant shutdown 1b.
Loss of control room indicators, annunciators, or alarms
- 16.
Toxic or flammable gases released onsite or nearby environs
- 17.
Loss of onsite backup AC power generation capacity
- 18.
Loss of all offsite AC power
- 19.
Onsite Tornado. Probable impact on station
- 20.
Hurricane with probable affect on station
- 21.
Earthquake detected on plant seismic instruments.
- 22.
Explosion within security protected area - no significant damage to station
- 23.
Not assigned
- 24.
Flood or Tsunami warning - probable affect on operations
- 25.
Aircraft crash onsite - outside of protected area
- 26.
Fire requiring activation of plant fire brigade - not under control within 10 minutes
- 27.
Contaminated/injured person transported by ambulance to local hospital for treatment
- 28.
Security compromise
AM Time:
PM Date:
NUCLEAR POWER STATION Alert - Initial Notification Form This is the San Onofre Nuclear Generating Station. The following is a notification of an Alert. Record the information to follow on this form.
- 1. There has been an incident classified as an Alert at the San Onofre Nuclear Generating Station.
- 2.
Event number listed on the back of this page describes the 1
nature of the occurrence.
- 3. There has/has not been a release of radioactivity to the The release has/has not been stopped. There is/is not a
4 5
potential for an additional release.
- 4. There is no need for protective action beyond the site boundary. Maintain Alert status until further notification.
- 5. Implement your Standard Operating Procedures for an Alert Event.
- 6.
Call to verify this message.
6
EVENT NO.
SIMPLIFIED DESCRIPTION - ALERT
- 1.
Release of radioactive liquid exceeds 100 times the Instantaneous Technical Specification Limit
- 2.
Realease of gaseous radioactivity exceeds 100 times the Instantaneous Technical Specification Limit
- 3.
Accident resulting in unexpected inplant radiation levels greater than 1000 times normal 4a.
Reactor coolant system leak greater than 50 gallons per minute but less than 250 gallons per minute 4b.
Steam generator tube leak greater than 50 gallons per minute but less than 250 gallons per minute
- 5.
Main steam line break - concurrent with steam generator tube leak greater than 10 gallons per minute
- 6.
High radioactivity in reactor coolant system - possible fuel failure
- 7.
Reactor not shutdown after valid shutdown signal(s)
- 8.
Capability to place reactor in cold shutdown condition lost
- 9.
Loss of all control room alarms (annunciators) -
for more than 5 minutes but less than 15 minutes
- 10.
Control room evacuation anticipated or required - shutdown system control extablished at remote locations
- 11.
Toxic or flammable gases present inside facility - access to certain locations impaired
- 12.
Security compromise
- 13.
Temporary loss of offsite power and onsite backup AC power generation capability
- 14.
Loss of onsite vital DC power
- 15.
Tornado impact on vital plant structures
- 16.
Hurricane winds onsite near design level
- 17.
Earthquake greater than operational basis with known damage to facility affecting operation
- 18.
Fire onsite with significant potential for affecting safety systems
- 19.
Explosion onsite damaging facility and affecting operation
- 20.
Aircraft or missile strikes a plant structure inside protected area 21a.
Other -
Flood or Tsunami causes known damage to facility affecting operation 21b.
Other
AM Time:
PM Date:
NUCLEAR POWER STATION Site Emergency -
Initial Notification Form This is the San Onofre Nuclear Generating Station.
The following is a notification of a Site Emergency. Record the information to follow on this form.
- 1. There has been an incicent classified as a Site Emergency at the San Onofre Nuclear Generating Station.
- 2.
Event number listed on the back of this page describes the 1
nature of the occurrence.
- 3.
There has/has not been a release of radioactivity to the 2
3 The release has/has not been stopped. There is/is not a
4 5
potential for an additional release.
- 4. There is/is not a need for protective actions beyond the site 6
boundary. Affected areas include 7
The recommended protective action is 8
Maintain Site Emergency status until further notification.
- 5. Implement your Standard Operating Procedures for a Site Emergency.
- 6.
Call to verify this message.
9
EVENT NO.
SIMPLIFIED DESCRIPTION - SITE EMERGENCY
- 1.
Release of airborne radioactive materials corresponds to a projected exposure to people offsite of greater than 170 mrem to the whole body or child thyroid, but less than 500 mrem whole body or 25 rem child thyroid at the site boundary.
- 2.
Major damage to spent fuel due to fuel handling accident.
- 3.
Uncontrolled decrease in fuel pool water level exposes fuel.
4a.
Leak in reactor coolant system greater than capacity of makeup pump.
4b.
Steam generator tube leak greater than 250 gallons per minute with loss of offsite power.
- b.
Main steam line break - concurrent with 50 gallons per minute steam generator tube leak and indication of fuel failure.
- 6.
Degraded reactor core. Possible loss of collable core geometry.
- 7.
Loss of capability to achieve hot standby status.
8a.
Loss ot all Control Room alarms for more than 15 minutes - plant not in cold shutdown status.
8b.
Loss of Control Room alarms and uncontrolled plan transient occurs.
- 9.
Evacuation of Control Room required - Control of plant using local stations not established within 15 minutes.
- 10.
Toxic or flammable gases in vital plant areas restricting necessary access.
- 11.
Security compromised - iiiinent loss of physical control of plant to outside persons.
- 12.
Loss of all offsite power and all onsite AC power for more than 15 minutes.
- 13.
Loss of vital DC power for more than 15 minutes.
- 14.
Winds in excess of design level site instrumentation
- 15.
Earthquake greater than safe shutdown level - severe damage to safe shutdown equipment.
lb.
Fire affecting safety systems required for shutdown.
- 17.
Explosion causing severe damage to safe shutdown equipment.
- 18.
Aircraft crash onsite affecting vital structures and/or safety systems by impact or fire.
19a.
Other - Flood or Tsunamic causes severe damage to safe shutdown equipment 19b.
Other
AM Time:
PM Date:
NUCLEAR POWER STATION General Emergency -
Initial Notification Form This is the San Onofre Nuclear Generating Station.
The following is a notification of a General Emergency. Record the information to follow on this form.
- 1. There has been an incident classified as a General Emergency at the San Onofre Nuclear Generating Station.
- 2.
Event number listed on the back of this page describes the 1
nature of the occurrence.
- 3.
There has/has not been a release of radioactivity to the 2
3 The release has/has not been stopped. There is/is not a
4 5
potential for an additional release.
- 4. There is/is not a need for protective actions beyond the site 6
boundary. Affected areas include 7
The recommended protective action is 8
Maintain General Emergency status until further notification.
- 5. Implement your Standard Operating Procedures for a General Emergency.
This notification takes precedence over other pending communications.
- 6.
Call to verify this message.
9
EVENT NO.
SIMPLIFIED DESCRIPTION - GENERAL EMERGENCY
- 1.
Release of airborne radioactive materials corresponds to a projected exposure to people offsite of greater than 500 mrem to the whole body or 25 rem to a child thyroid at the site boundary.
- 2.
Loss of 2 of the 3 barriers between the fuel in the reactor and the environment and high potential for loss of final barrier (clad, reactor coolant system boundary, containment sphere).
- 3.
Control of the plant loss to outside party.
- 4.
Condition of the plant is such that releases of large amounts of radioactive material within a short time are possible.
0
Follow-up Notification Form The following data represent the most current and most accurate information, projections, and/or prognosis available at the time that this notification was made.
Time:
on 198.
By:
Title:
Return phone number (714)
- 1.
Affected Facility:
Power Station.
- 2.
Emergency Declared at:
am/pm on
- 3. Current Plant Conditions:
- 4.
Prognosis for Worsening or Termination of Emergency:
- 5.
Emergency Response Actions Underway:
- 6. Request for Support:
- 7.
Recommended Protective Actions:
- 8. Others:
-2 Time/Date of Data:
- 9. Dose Projections/Measurements at Site Boundary Measured Projected Whole Body Dose Rate mRem/hr mRem/hr 2-Hour Whole Body Dose mRem Annual Whole Body Dose mRem Thyroid Dose Rate mRem/hr mRem/hr 2-Hour Thyroid Dose mRem Annual Thyroid Dose mRem
- 10.
Dose Projection/Measurements Offsite 2 miles 5 miles 10 miles Whole Body Dose Rate, mRem/hr 2-Hour Whole Body Does, mRem Annual Whole Body Dose, mRem Thyroid Dose Rate, mRem/hr 2-Hour Thyroid Dose, mRem Annual Thyroid Dose, mRem Direction From Plant Location
- 11.
Meteorology Data:
Wind Direction Wind Speed mile/hour Wind Direction Persistence (Sigma)
Stability Class (Delta T)
Preci pitation
-3 Time/Date of Data:
- 12.
Release Data:
Actual Projected Time of Release Start Release Duration hrs.
hrs.
Release Rate cc/sec cc/sec Noble Gas Release Rate Ci/sec Ci/sec Radioiodine Release Rate Ci/sec Ci/sec Release Height
- m.
- m.
- 13.
LIQUID RELEASE Time of Release Start Release Duration hrs.
hrs.
Release Volume gal.
gal.
Total Activity Ci Ci.
Radionuclide(s) in Release
- 14.
Air/Water Sampled:
Time/Date of Sample Location of Sample Measured Activity uCi/cc.
Radionuclides Present JRBrown:wpb