ML20076M284
| ML20076M284 | |
| Person / Time | |
|---|---|
| Site: | 05000192 |
| Issue date: | 07/31/1983 |
| From: | TEXAS, UNIV. OF, AUSTIN, TX |
| To: | |
| Shared Package | |
| ML20076M272 | List: |
| References | |
| PROC-830731-01, NUDOCS 8310110392 | |
| Download: ML20076M284 (9) | |
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i APPENDIX Emergency Procedures l
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l 8310110392 831005 PDR ADOCK 05000192 F
Dnergency Procedures 1.0 Introduction
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. Implementation of the emer0ency plan is accomplished by emergency procedures.
1.1 'The philosophy of-an emergency response to protect personnel and the public in an emergency situation depends on 1.1.1 accident prevention or safety, 1.1.2 accident mitigation and 1.1.3 area evacuation.
- .t 1.2 The effective response in the event that an emergency situation develops is based on
- 1. 2.1 assessment of emergency conditions, 1.2.2 recognition of potential developments and 1.2.3 knowledge of applicable response procedures.
1.3 Observations by facility personnel should be a routine function that provides constant reassessment of facility conditions. The Emergency Plan identifias criteria to classify an emergency situa-tion and identifies personnel responsible for the emergency response.
Initial actions for any emergency situation are 1.3.1 classification of emergency, i
1.3.2 identification of emergency director.
i x-1.4 To supplement the decisions and management of an emergency situation several supplements are provided to these procedures as follows, 1.4.1 emergency notification list, 1.4.2 emergency supply list, 1.4.3 emergency equipment list, 4
1.4.4 radiation measurement guidelines, i
1.4.5 facility evacuation guidelines, l
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2.0 Emergency Classification Procedures 2
s-l 2.1 Non Reactor Emergency 2.1.1 Shutdown reactor and secure radiation sources if necessary to provide-the assistance or actions necessary of this class.
2.1.2 Render immediate d3sistance to victim or action to mitigate threatening condition.
2.1.3 Request assistance from appropriate emergency response i
organization.
i 2.1.4 Evaluate the circumstances of the emergency and if possible prevent reoccurrence or continuance of the specific emergency conditions.
2.2 Notification of Unusual Events 2.2.1 Shutdown or scram reactor upon assessment of this emergency classification.
2*2.2 Remove all non-staff personnel from affected facility areas.
2.2.3 Secure appropriate emergency equipment and initiate actions to minimize or mitigate consequences of emergency to public
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or facility.
4 2.2.4 Notify required' emergency response organizations, university police and university safety office.
2.2.5 Provide for security, access control and possible removal of
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personnel from adjacent site areas.
2.2.5 If a radiological event, assess extent of facility doses and limit personnel exposures appropriately.
2.2.7 Maintain effective control, security and radiological monitoring of area until event is terminated.
2.2.8 Notify NRC and state radiation authority.
2.2.9 Review recovery requirements and status of reactor safety systems and radiological measurement systems to develop specific recovery procedures, j
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Emergency Call List All Hours UT Police CTX 1234 Security Threat CTX 1234 Fi re 911 Ambulance 911 The UT Police should be called after any type of emergency call to provide security, connunication, and area access control.
Emergency In Reactor Facility Attempt to contact one staff member in the order listed.
For immediate MEDICAL AID, severe SECURITY THREAT, or FIRE, call for the SERVICE REQUIRED first, then proceed through the list until one member is contacted.
Work Home Name Responsibility Phone Phone 1.
T.L. Bauer Reactor Supervisor 471-5136 345-5044 2.
M.G. Krause Senior Reactor Operator 471-5136 452-1336 3.
N.A. Povio Senior Reactor Operator 471-5136 445-0324 s_
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H.W. Bryant Radiation Safety Officer 471-3511 452-6689 5.
D.E. Klein Facility Director 471-5136 459-0075 6.
D.G. Decker Safety Engineer 471-3511 345-5914 State of Texas (Radiation Emergencies)
(512)458-7460 U.S. NRC (Region IV)
(817)465-8222 465-8100 EP-3 s-
Supplementary Call List Work Hours 24 Hours United States NRC (Region IV)
(817)465-8100 (817)465-8100 State of Texas-Texas Department of Health (Radiation Control)
(512)835-7000 (512)458-7400 UTILITIES EMERGENCY LIST E.M. Schoenfeld Power Distribution 471-6241 PAX 3841 W.A. Worsham Air Conditioning 471-6241 PAX 3841 Saleem Tawil Communications 471-3641 PAX 2500 H.T. Ward Assistant Director Utilities 471-7403 PAX 5001 E.D.H. Berry Assistant Director Utilities 471-6241 PAX 3841 N.A. Kurio Director Physical Plant 471-7403 PAX 5001 m
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e S2. Emergency Equipment Emergency Lights (ac line charged, 6 volts):
2 room 131 2 room 125 Fire Extinguishers:
2 Carbon dioxide 15,10 lbs.
1 Dry Chemical 6 lbs.
1 Halon 2.5 lbs.
Radiation Monitors (portable):
1 Victoreen (mr/hr, cpm) 8-y, GM thin window probe a,ZnS scintillation counter probe 1 Technical Associates (mr/hr, cpm) 8-y, GM thin window probe In, Li loaded scintillator probe Radiation monitors (fixed):
1 Ludlum 4 channel y sensitive GM tubes audible alarms Particulate monitor (mobile):
1 Nuclear Measurement Corporation B-y, thin window GM warning / evacuation alarms Radiation monitors (uncalibrated) 3 Victoreen ionization chambers Model 440, civil defense type l
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Emergency Locker Inventory (Minimum Contents Required) 1.
Reference Materials:
Emergency Procedures
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Emergency Notification List University Radiation Safety Manual Triga Safety Analysis Report Health Physics Handbook 10CFR20 2.
Radiation Detection Equipment:
2-y sensitive radiation detectors with batteries 4-y sensitive pocket dosimeters 1-pocket dosimeter charging / reading unit with battery 3.
Warning Signs:
5-Radiation Area 5-High Radiation Area 5-Radioactive Material 5-Airborne Radioactivity Area 1 roll Radioactive Material tape 20 ft magenta and yellow rope 4.
Protective Clothing:
8 pair coveralls 8 pair gloves 8 pair shoe covers 8 respirators, spare filters 5.
Contamination Cleanup Material:
10 large plastic bags 1 roll lab-mat absorbent apper 1 pkg ordinary paper towels 1 bottle decontamination soap 1
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Radiation Safety Office Key 7.
First Aid Kit l
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a Radiation Measurement Guide A.
Equations:
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point source rem /hr =.5 EC/r 1
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semi-infinite cloud rad /hr = 1600 EC/v
- C - activity in curies E - energy in MeV per disintegration r --distance in meters y - one cubic meter volume
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filter activity ac/cm3 = c/(10*2.83 x 10 *3.7 x 10 *3.6 x 10 *.9*.10) 12
= c/3.4 x 10 c - counts per minute increase during,one hour
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B.
Instruments:
1.
Whole body dose (100 mrem /hr)
GMareaprobes(Ludlum) calibrated full scale GM portable. probe (Thyac III)
' calibrated 400k cpm Ionization chamber (V 440)
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Maximum permissible concentration (10 MPC restricted areas)
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Air filter monitor (GM tube NMC)'
5000 cpm
.l.5 x 10-9 pc/cm 3 Air volume monitor (S scintillator V) to be installed b
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- emergency assembly areas El
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Facility Evacuation Guide
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(Unknowncause: 400k cpm Gli or 5000 cpm air filter) l ~. When an evacuation is initiated portable survey instruments should be removed from the laboratory to the evacuation area.
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2.
Evacuation of room 131 should be to the emergency area of room 125, 3.
Alternate evacuation to room 133 should be used when events compromise the route to 125.
4.
If further evacuation of the adjacent areas are required, access control should be established in building corridors or at all building entrances.
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5.
Persons should be assigned to verify evacuation of areas south, l
east, 'and north of the laboratory facility including the second l
floor area.
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