ML20032C919
| ML20032C919 | |
| Person / Time | |
|---|---|
| Site: | Ginna  |
| Issue date: | 10/22/1981 |
| From: | Bodine J, Snow B ROCHESTER GAS & ELECTRIC CORP. |
| To: | |
| Shared Package | |
| ML17258A303 | List: |
| References | |
| PROC-811022-01, NUDOCS 8111120790 | |
| Download: ML20032C919 (36) | |
Text
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CINNA STATION CONTROLLED COPY NUMBER PROCEDURE NO.
SC-1.2B REV. NO.
1 i
ALERT CLASS CUIDELINES 4
' TECHNICAL REVIEW PORC s, C '- % - V, T
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((_ ~ r jo - N - Y /
/ QC REVIEW DATE 4
I APPROVED FOR USE f
/O 5 l 6WV PLANT SUPERINTENDENT DATE I
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NON-QA CATECORY 1.0 REVIEWED BY:
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TilIS PROCEDURE CONTAINS 2
PAGES t
8111120790 811104 PDR ADOCK 05000244 F
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SC-1.2B:1 SC-1.2B ALERT CLASS GUIDELINES
1.0 PURPOSE
1.1 This procedure provides guidance on the actions which should be taken when an event of the Alert Class occurs at Ginna Station.
1.2 This should assure the emergency personnel are available to respond if radiation monitoring is required or the situation becomes more serious.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-1.1A Ginna Station Event Evaluation and Classification
3.0 INSTRUCTIONS
3.1 Events in the Alert Class indicate an actual degradation of the level of plant safety or potential for such degradation.
See SC-1. lA for conditions which lead to an alert.
3.2 The Control Room Operator on becoming aware that an Alert Class Event has occurred at Ginna Station will notify the Shift Supervisor.
- 3.3 The Shif t Supervisor will report to the Control Room and evaluate plant parameters and conditions.
3.4 Actions will be taken to limit or correct the condition so as to prevent more serious consequences.
3.5 A Control Room Operator shall announce: " Attention Technical Support Center personnel: re port for alert res pons e." so as to activate the Technical Support Center (TSC).
3.5.1 During the of f-duty hours the TSC personnel will be called in per Procedure SC-1.3D Manning Onsite Technical Gupport Center.
3.5.1.1 The Shif t Supervisor is Emergency Coordinator until relieved.
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SC-1.2B:2' 9
1 3.6 Notify NRC Operations Of ficer, using the' Red Phone, of the Plant condition.
3.7 Notify State, Wayne and Monroe Counties that an Alert Class event has occurred.using telephone numbers in 0-9.3.
3.8 The Shif t Supervisor or TSC may call for assistance from maintenance, Radiation Survey Teams, consultants, Headquarter Recovery Groups, or other organizations.
1 3.9 Periodic Plan status updates will be made to of f-site authorities to keep them aware and capable of quick res ponse if needed.
3.10 Provide periodic meteorlogical information to of fsite authorities, and radioactive release information and dose estimates resulting from any actual releases.
s 4.0 When conditions are under control a verbal close out with the NRC will be made.
1 4.1 The State and Counties will be notifir' that the alert situation no longer exists.
4.2 An A-25.1 or other appropriate reports will be made.
4.3 A written summary of the event will be s ubadtted to the NRC ndthin 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of closecut.
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GINNA STATION Ti.tE :-
CONTROLLED COPY NUMBER PROCEDURE NO.
SC-1.3F REV. NO.
O EMERGENCY COORDINATORS DIJrIES 4
TECHNICAL REVIEW PORC \\Q -Q\\ r %\\
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QC REVIEW DAT E APPROVED FOR USE
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JWNT EUPERINTENDENT DATE QA
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NON-QA CATEGORY 1.0 REVIEWED BY:
THIS PROCEDURE CONTAINS 3
PAGES
SC-1.3F:1 SC-1.3F EMERGENCY COORDINATORS DUTIES
1.0 PURPOSE
1.1 To provide A checklist for the use of the Emergency Coordinator when responding to a radiation emergency.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan.
3.0 INTERUCTIONS
3.1 The following checklist may be used by the Emergency Coordinator as a reminder of items to be addressed.
EMERGENCY COORDINATOR CHECKLIST 1.
Take charge of Emergency Center and Brookwood Information Center.
2.
Ensure communications are established with the Control Room.
3.
Assume responsibilities of the euergency from the Shif t Supervisor on j
duty.
4.
Request an evaluation of plant conditions from the Shift Supervisor by using Status Form, At t achment I to SC-1.3A.
5.
Establish communications with the Technical Support Center and Survey Center for their evaluation of the situation.
6.
Information to Of f-Site Authorities 6.1 Relay information on Status Report form to N.Y. Stat e, 9-1-518-457-2200 or 518-457-6811, if not done by Control Room Personnel.
6.2 Relay information to Wayne County Of fice of Disaster Preparedness, 9-1-946-4878, if not done by Control Room personnel.
6.3 Relay information to the Monroe County Office of Emergency Preparedness (71-9-473-0710 or 428-7200) if the Control Room has not done so.
S C-1.3F:2 e'
i 6.4 Report accident and current status using Status Report Form At tachment I to SC-1.3A to' the Vice President of Electric Steam Production and Superintendent of Nuclear Production (Refer' to SC-1.12C).
Advise them if the Recovery Organization should be put -
on Alert.
6.5 Contact RG&E Manager of Corporate Communications, 71-2635 or 71-9-377-3828 to advise him-of the situation.
7.
Ensure weather conditions have been.obtained and the information reported to the dose estimating area. Verify that SC-1.13 is instituted and that the proper Isopleth overlay is being used to determine maximum concentration point s.
8.
Ensure that Survey Teams are being dispatched and Tag Board assignments are filled.
9.
Ensure SC-1.14A accountability of personnel has commenced.
10.
Notify the Coast Guard (9-1-716-846-4168) to keep the lake area near the plant clear of all water traffic if a General Emergency is declared.
11.
Notify Westinghouse to activate their Emergency Response Plan (9-1-412-256-7844).
See SC-1.12C.
11.1 Notify INPO to activate their Emergency Response Center (9-1-404-953-0904).
11.2 Request Radiological Assistance frma RAP team, Brookhaven if warranted (9-1-516-282-2200).
12.
Ensure that the Health Physicist is kept informed on the radiation doses.
No one shall receive > 1 REM without s pecial permission from Emergency Coordinator or the Health Physicist.
13.
Ensure that accountebility of personnel is complete (SC-1.14A) and:
a)
Based on these results institute search and rescue operations as deemed necessary.
(Refer to SC-1.14B and SC-1.9).
b)
Initiate Emergency Medical Plan using A-7 Procedure for Handling Illness or Injuries at Ginna Station as necessary, 14.
In conjunction with the Health Physicist, evaluate the data from the survey teams.
15.
Review the ' extent of the emergency, Unusual Event, Alert, Site Emergency,' or General Emergency, 'and revise if necessary.
Class of Emergency
16.
Advise N.Y.S., Dept. of Health, Bureau of RAD Health of Current Condition and any significant changes at 1-518-474-286o or EOC at 1-518-457-4203.
17.
Report Public whole body and thyroid dose projection as determined by the Health Physicist per SC-1.13_ and area survey result s.
18.
Determine which personnel shall be called to the Plant to man the Operational Support Center and asstat in recovery.
Plan for~
personnel use so that round-the-clock coverage is available if needed.
19.
If a Site Emergency has been declared or is imminent, dispatch an individual to the county EOC's (Wayne and Monroe, if they have been activated) to assist them.
20.
Ensure that personnel and cars are monitored and surveyed to assess the extent of contanination and determine any necessary decontamination measures for non-essential personnel prior to sending them home.
21.
Af ter performing any necessary decontamination, collect the film badges of non-essential personnel and send them home. The following routes should be used as determined by Emergency Coordinator.
Advise the County Sherif f of evacuation route (9-1-946-9711).
1.
Lake Road East:
When wind is from the Eas t.
2.
Lake Road West:
When wind is from the West.
3.
Route 350 South:
When wind is from the South.
4.
Lake Road East & West:
When the wind is from the North.
22.
Evaluate conditions and determine further operations as described in SC-1.11, Pos t Accident Re-entry and recove ry plan.
23.
Update report to authorities per SC-1.4 Geaeral Emergency in the event of either of the following:
23.1 Loss of fission product barriers with potential for exceeding Protective Action Guidelines off sit', or other plant conditions that make release of large amounts of radioactivity possible.
23.2 Loss of physical control of the plant.
(Take over by sabotage group).
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GINT! A STATION UN!T 01 ROCHESTER GAS AND ELECTRIC CORPORATION C;lApLg7Eg GINNA STATION gy,7g.
CONTROLLED COPY NUMBER TIME :-
PROCEDURE NO.
SC-1.7D REV. NO.
10 EMERGENCY RADIATION MONITORING OFF-SITE SURVEY TEAM #9D (RED)
TECHNICAL REVIEW 10 -1\\-b k PORC
. /b-'d*//
QC REVIEW DAT E APPROVED FOR USE
/s 4 & -6)
PLANT !!fjPERINTENDENT
' DATE QA Y
NON-QA CAT EGORY 1.0 RL.EWED BY:
THIS PROCEDURE CONTAINS 9
PAGES
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SC-1.7D EMERGENCY RADIATION MONITORING OFF-SITE SURVEY TEAM 49D (RED)
1.0 PURPOSE
1.1 The prime objective of Radiation Of f-Site Monitoring Team is to rapidly survey areas downwind of the plant site in order to determine the extent and magnitude of any uncontrolled release of radioactive materials following an incident.
It should be stressed that initial of f-site survey is of great importance, decisions regarding extent and types of protective.
actions required will be based upon data reported by survey teams.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-1.7B Determination of Iodine or Particulate
3.0 INErRUCTIONS
3.1 Obtain footlocker VD (RED), if seal is broken, check equipment as per list inside.
3.2 Obtain equipment not stored in footlocker:
3.2.1 Personal film badge and TLD from Guard House Rack or Emergency Center supply.
3.2.2 Pack of 6 environmental TLD's from lead storage container.
3.2.3 Radio (It may be necessary to obtain radio from guard).
3.2.4 RADECO H~809C Portable High Volume Air Sampler with Filter Holder.
3.2.5 RM-14 Radiation Monitor with HP-190 Probe.
3.2.6 Dosimeter (0-500MR) and sign-in on dosimeter log sheat.
3.3 Check operation of RM-14, portable air sampler, and radio as per Attachment I.
3.4 Report by radio to Technical Support Center that Survey Team #9D (RED) is commencing survey.
3.5-Sign out on Tag Board, then obtain transportation and check vehicle for contamination prior to departure.
If > 2000 CPM above BKG, contact Technical Support Center. Establish radio contact when leaving site, call Survey Communications Aide to report team 9D-Red is commencing survey.
" Log time, date, and team members on survey map.
3.S.1 Drive along route listed below.
(Proceed slowly) using the RM-14 Radiation Monitor with probe held out window surveying as you go.
Record readings on survey map (Attachment II).
If during your survey a significant increase is noted, stop and carefully survey the area.
Keep the _ Communications Aide informed of results and of your progress.
Anytime a reading is excess of 5 mr/hr and/or 11,000 CPM is found, report the results and location to the Survey Communications Aide.
3.6 First Stage Survey NOTE:
Numbers given in parentheses are intersection designations on survey maps.
Mileages given are approximations.
3.6.1 Travel east on Lake Road to Knickerbocker Road (1.1 miles).
Place a TLD near intersection of Lake Road and Knickerbocker Road (#1). Hamner a nail into a Utility pole and hang the ILD from the nail with tape.
Record location details, date, time and TLD number on back of map.
3.6.2 Go south on Knickerbocker Road to Brick Church Road (1.0 miles).
Place a TLD near intersection of Knickerbocker Road and Brick Church Road (#2).
Record location details, date, time and TLD number on back of map.
3.6.3 Continue south on Knickerbocker Road to Kenyon Road (1.3 miles).
Take an air sample at intersection of Knickerbocker Road and Kenyon Road (#9). This sampling may be cancelled or another location requested.
3.6.3.1 Install GY-130 silver zeolite cartridge and particule filter in filter holder.
3.6.3.2 Insure on/of f switch on sanpler is in "0FF" position.
3.6.3.3 Connect power cables to battery Red clip to positive Black clip to ground.
3.6.3.4 Turn on sampler and record start time and flow rate on back of survey map.
3.6.3.5 Allow sample to run for approximately 10 minutes, then shut of f s ampler and record stop time.
3.6.3.6 Calculate volume of air sampled, as follows:
Volume Sampled cubic feet =
minutes s ampled x CFM 3.6.3.7 Take a background readiag with RM-14 record reading in CPM.
3.6.3.8 Remove GY-130 cartridge from holder and read with RM-14 holding probe on inlet side of filter, record reading in CPM.
3.6.3.9 Measure particulate activity as in previous step, but do not touch filter with probe.
Record reading in CPM.
3.6.3.10 Report the following data to the Survey Communications Aide.
1.
Sample location 2.
Time sample taken 3.
Volume of air sampled in cc's 4.
Background count rate in CPM 5.
GY-130 cartridge (iodine) count rate in CPM 6.
Particulate filter count rate in CPM NUTE:
Field calculation of airborne activity may be performed as described in Attachment I.
3.6.4 Co west on Kenyon Road to Slocum Road (1.9 miles).
3.6.5 Go north on Slocum Road to Brick Church Road (1.3 miles).
Place A TLD near intersection e' 91.ocum Road and Brick Church Road (#4). Record location details, date, time and TLD number on back of map.
3.6.6 Continue north on Slocum Road to Lake Road (1.0 miles) and report to Survey Communicationd Aide for further directions.
3.6.7 Continue with second stage survey as directed.
3.6.8 If radio contact cannot be made, make phone report.
315-524-6711 315-524-4446 315-524-4891 (Control Room) 315-524-7601 (Station 13A)
NOTE: There are two second stage survey routes.
Depending on wind directions, the Emergency Coordinator will inform you as to which one to take.
3.7 Second Stage Survey - West or Northwest winds 3.7.1 Go south on Slocum Road to Route 104.
3.7.2 Go east on Route 104 to Route 350/ Ontario Center Road (1.0 miles).
m a m e.t a.7.3 Go south on Route 350 to Route 441/Walworth Road (6.3 miles).
3.7.4 Go east on Route 441/Walworth Raad to main intersection in Village of Walworth (1.0 miles).
Place a TLD near the intersection (#26).
Record locat on details, date, time and TLD number on back of map.
i 3.7.5 Report by Radio or phone to Survey Communications Aide (see step 3.6.8).
If no further surveys are required at this time, return to Emergency Survey Center.
3.8 Second Stage Survey - East or Northeast Winds.
3.8.1 Go south on Slocum Road to Route 104 3.8.2 Go east on Route 104 to Route 350/ Ontario Center Road (1.0 miles).
3.8.3 Go south on Route 350 to Plank Road (3.2 miles).
3.8.4-Go west on Plank Road to County Line Road (4.1 miles).
Place a TLD near the intersection of Plank Road and County Line Road (#46).
Record location details, date, time and TLD number on back of map.
3.8.5 Continue west on Plank Road to Salt Road (1.5 miles).
Place a TLD near the intersection of Plank Road and Salt Road (#39).
Record location details, date, time and TLD number on back of map.
3.8.6 Go north on Salt Road to Schlegel Road (4.1 miles).
Place a TLD near the intersection of Salt Road and Schlegel Road (#42).
Record location details, date, time and TLD oumber on back of map.
3.8.7 Radio a report to Survey Communications Aide. If no further surveys are required at this time, return to Emergency Survey Center.
3.9 Sign-in upon arrival at Emergency Survey Center.
3.10 Give Survey Map (Attachment II) to the Survey Center Manager.
3.11 Return all equipment to previous locations.
Note any discrepancies on inspection log and give to Survey Center Manager.
3.12 Inventory footlocker and seal if complete.
3.13 Standby for further orders.
SC-1.7D:5 ATTACHMENT I
?
Environmental Sample Station - Filter Changing J
'In the event of an emergency, the first samples will be collected. from the anvironmental stations. These samples will aid in evaluating the extent and possible off-site effects of the emergency. There are 6 on-site air samples and 5 off-site.
Procedure'for Changing Fnvironmental Particulate Filters - Emergency Plan I'
l'.
Check vacuum gauge and record.
2.
Switch off pump.
3.
Record on the envelope left from previous sample change the reading of the sy' tem vacuum, date, time, gasmeter cu. ft. and hour readings in column labeled s
"0FF".
4.
Remove filter holder at quick disconnect joint.
5.
Unscrew outside retaining ring and remove filter:from holder.
6.
Put filter into envelope and seal.
7.
If charcoal cartridge is in use, unscrew the inside retaining ring and remove
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the charcoal cartridge.
Emplace a new GY-130 cartridge and reassemble the
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sampling head.
Record the date, time, gas volume meter reading and hour meter reading. Leave a-new envelope with-the same information for a new cartridge-and label it Iodine Cartridge.
8.
Put new glass fiber filter into holder, replace retaining ring and reconnect holder back to pump at quick disconnect joint.
j 9.
On new envelope record station number, date, time, gas neter cu. ft. and hour meter readings in column labeled "0N".
10.
Turn on pump and record system vacuum.
11.
Leave new envelopes for next collection, bring old envelopes into Emergency Control Center for beta counting of sample.
1
~
RM-14 Check 1.
Disconnect power cord from back taking care not to turn test switch on.
2.
Insure that an HP-190 probe is connected to detector jack.
{
3.
Turn range switch to Batt. - should read in "BATT-OK".
l 4.
Turn range switch to XI.
Unit is ready for use.
5.
All readings must be multiplied by range switch setting for proper readings.
SC-1.7D:6 ATTACHMENT I (Cont'd)
FIELD CALCULATIONS FOR LOW VOLUME AIR SAMPLES USING RM-14 1)
Particulate - Filter Removed from Holder:
(2.4X10-5
)
uCi/cc Particulate
=
(Volume of Sample in CC) 2)
Iodine - Cartridge Inlet Face to Probe - End Cap Removed:
(8.34X10-5
)
uCi/cc Iodine
=
- (Volume of Sample in CC,)
TAKING LOW VOLUME SAMPLE:
LOW VOLUME AIR SAMPLER CHECK:
1.
RECORD: Date, Time, Location, and 1.
Connect Battery Pack to Pump Totalizer Reading (A).
Unit.
2.
Turn Unit ON and sample for approxi-2.
Turn switch ON - Check flow mately 30 minutes.
meter for movement.
3.
Turn Unit OFF - RECORD:
Date, Time, 3.
Turn Unit OFF.
Location & Totalizer Reading (B).
1 4.
Sample Volume = (B-A) (Calibration 4.
INSURE Filter Assembly Factor) = cc.
contains a GY-130 cartridge
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and a particulate filter NOTE:
Calibration Factor is noted on before taking sample.
side of sampler.
5.
Read litters with RM-14 and save in marked envelopes.
RADECO H 809C HIGli VOLUME AIR SAMPLER CHECK:
l.
Connect cables to power source, Red clip to positive and Black clip to negative.
2.
Turn on switch and check flow meter, flow meter will be off scale high with no filters in place.
3.
Turn unit off.
4.
Insure filter assembly contains a GY-130 cartridge and a particulate filter.
TAKING RADECO llIGH VOLUME AIR SAMPLE:
l.
Record:
Date, Time, and Location.
2.
Turn unit on and sample for 10 minutes.
SC-1.70: 7 ATTACHMENT I (Cont'd) 3.
Record the flow rate in efm. (Normal is 1.5 cfm) 4.
Sample volume = flow rate in efm X minutes sampled.
5.
Read filters with RM-14 and save in marked envelopes.
FIELD CALCULATIONS FOR HIGH VOLUME AIR SAMPLES USING RM-14:
1.
Particulate - Filter removed from holder:
(CPM Sample - CPM BKG) (8.38K10-10 )
uCi/cc Particulate
=
(Volume of Sample in Cubic Feet) 2.
Iodine - Cartridge Inlet Face to Probe:
(CPM Sample - CPM BKG) (3.0 X 10-9
)
uCi/cc Iodine-131
=
(Volume of Sample in Cubic Feet)
J J
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SC-1.7D:0 ATTACHMENT I (Cont'd)
RADIO USE PROCEDURE 1.
Extend antenna full (if necessary)
-2.
Channel selector on Channel 1 3.
Turn unit ON 4.
Adjust squelch 5.
Depress switch to transmit, call
" Survey Center" 6.
Speak in normal voice, slowly and distinctly, into speaker / mike 7.
Release switch to receive AUTO DIGI-MASTER DOSE RATE METER 1.
Turn unit on 2.
Take readings noting if they are MR/HR or R/HR.
NOTE:
Unit reads out every 2 seconds.
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ROCHESTER GAS AND ELECTRIC CORPORATION DATE :-
TIME :-
GINNA STATION O)
CONTROLLED COPY NUMBER PROCEDURE NO.
SC-1.7H REV. NO.
11 EMERGENCY RADIATION MONITORING OFF-SITE SURVEY' TEAM 9H - (ORANGE)
TECHNICAL REVIEW
\\Q-Q\\~$ %
/O cO 2
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~
QC REVIEW DATE APPROVED FOR USE 1'_/
/A a)2,$l
" 1 EANT SUPElGNTENDENT
' LATE 8
QA X
NON-QA CATEGORY 1.0 REVIEWED BY:
f THIS PROCEDURE CONTAINS 10 PAGES l
SC-1.7H:1 SC-1.7H EMERGENCY RADIATION MONITORING OFF-SITE SUPSEY TEAM 9H - (ORANGE)
1.0 PURPOSE
1.1 The prime objective of Radiation Off-site Monitoring Team is to rapidly survey areas downwind of the plant site in order to determine the extent and magnitude of any uncontrolled release of lease of radioactive materials following an incident.
It should be stressed that initial of f-site survey is of great importance, decisions regarding extent and types of protective actions required will be based upon data reported by Survey Teams.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-1.7B Determination of Iodine or Particulate 3.0 INSTRUCTIONS :
3.1 Obtain footlocker 9H-(Orange), if seal is broken, check equipment as per list inside.
3.2 Obtain following equipment not stored in footlocker:
3.2.1 Personal film badge and TLD from ?uardhBuse rack or Energency Center supply.
3.2.2 Radio (It may be necessary to obtain radio from guards) 3.2.3 RADECO H-809C Portable high volume air sampler with filter holder.
3.2.4 RM-14 Radiation Monitor with RP-190 Probe.
3.2.5 Dosimeter (0-500 MR) and sign in on dosimeter log sheet.
3.2.6 Packet of six environmental TLD's from lead storage container.
3.3 Check operation of RM-14, portable air sampler, and radio as per Attachnent I.
3.4 Report to Survey Communications Aide that Survey Team 9H (Orange) is commencing survey.
SC-1.7H:2 e
3.5 Sign-out on tag board.
3.5.1 Obtain transportation.
Check the vehicle for contamination with the RM-14.
If reading is less than 2,000 cpm above background, proceed with survey.
If greater than 2,000 cpm above background, call Emergency Center for decontamination instructions.
3.5.2 Log date, time and team members on Survey Map.
3.5.3 Call Survey Center and establish radio contact when leaving site.
3.5.4 Drive along route listed below (proceed slowly) using the RM-14 Radiation Monitor with probe held out window surveying as' you go.
3.5.5 Record readings on survey map (Attachment II).
If during your survey a significant increase is noted, stop and carefully survey the crea.
Keep the Communications Aide informed of results and of your progress.
Anytime a reading in excess of S mr and/or 11,000 cpm is found, report the results and location to the Communications Aide immediately.
3.6 First Stage Survey NUTE:
Numbers given in parentheses are intersection designations on survey maps.
Mileages given are approxiantions.
3.6.1 Travel east on Lake Road to Fisher Road (2.7 miles).
3.6.2 Go south on Fisher Road to Shepherd Road (0.7 miles). Take an air sample near the intersection of Fisher Road and Shepherd Road (#19F.
This sampling may be cancelled or another location requested.
3.6.2.1 Install GY 130 silver zeolite cartridge and particule filter in filter holder.
3.6.2.2 Insure on/of f switch on sampler is in "0FF" position.
3.6.2.3 Connect power cables to battery - Red clip to positive, Black clip to ground.
3.6.2.4 Turn on sampler and record start time and flow rate on back of survey map.
3.6.2.5 Allow sample to run for approximately 10 minutes, then shut off sampler and record stop time.
3.6.2.6 Calculate volume of air sampled as follows:
Volume Sampled Cubic Feet minutes sampled x CFM
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3.6.2.7 Take a background reading with RM-14, record reading in CPM.
3.6.2.8 Remove GY-130 cartridge from holder and read with RM-14 holding probe on inlet side of filter, record reading in CPM.
3.6.2.9 Measure particulate activity as in previous step, but do not couch filter and probe.
Record reading in CPM.
3.6.2.10 Re port the following data to Survey Communications Aide.
1.
Sample location 2.
Time sample taken 3.
Volume of air sampled in ec's 4.
Background count rate in CPM 5.
GY-130 cartridge (iodine) count rate in CPM 6.
Particulate filter count rate in CPM NOIE: Field calculation of airborne activity say be performed as described in Attachment I.
3.6.3 Place a TLD near the intersection of Fisher Road and Shepherd Road (#19).
Hammer a nail into a pole and hang the TLD from the nail with tape.
Record location details, date, time and TLD number on back of map.
3.6.4 Continue south on Fisher Road to Trimble Road (1.1 miles).
Place a TLD near the intersection of Fisher Road and Trimble Road (#20).
Record location details, date, time and TLD number on back of, map.
3.6.5 Continue south on Fisher Road to Kenyon Road (0.7 miles)~. Go we st on Kenyon Road to Furnace Road (1.1 miles).
Place a TLD near the intersection of Kenyon Road and Furnace' Road (#49).
Record location details, date, t ime and TLD number on back of. map.
3.6.6 Go north on Furnace Road to Lake Road (2.7 miles) and contact Survey Communications Aide for further direction.
3.6.7 Follow second stage survey,.as directed.
3.6.8 If radio contact cannot be made, report by phone.
315-524-6711 315-524-4446 315-524-4891 (Control Room) 315-524-7601 (Station 13A)
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Depending on wind
directions, the Emergency Coordinator will inform you as to thich one to take.
l Se~ond Stage Survey - West or North 5mst winds 3.7 e
3.7.1 Go south to Ridge Road.
3.7.2 Go south on Walworth-Ontario Road to Trummonds Road (2.3 miles).
3.7.3 Go east on Trummonds Road to Arbor Road (1.1 miles).
Place a TLD near the intersection of Trummonds Road and Arbor Road (#22). Record location details, date, tire and TLD number on back of map.
3. 7_. 4 Co north on Arbor Road to Ridge Road (2.3 miles).
3.7.5 Go east on Ridge Road to Eddy Ridge Road (2.2 miles).
Place a TLD near the intersection of Ridge Road and Eddy Ridge Road.
Record location details, date, time and TLD number on back of map.
3.~7. 6 Jontinue east on Ridge Road to Tuckahoe Road (0.3 miles).
' 3.7.7 Go north on Tuckahoe Road to Salmon Creek Road (2.5 miles).
Place a TLD near the intersection of Tuckahoe Road and Salmon Creek Road. Record location details, date, t ime and TLD number on back of map.
3.7.8 Radio a report to Survey Communications Aide.
If no further surveys are required at this time, return to Emergency Survey Center.
3.8 Second Stage Survey - East or Northeast winds 3.8.1 Go west on Lake Road to Roder Parkway (access road to Ontario on the Lake)
(5.1. wiles from #19).
Go north on Roder Parkway to intersection with Ontario D~ rive and place TLD near intersection (#18) (0.5 miles).
Record location details., date, time and TLD number on back of map.
/
3.8.2 Return to Lake Road, continue west to County Line Road (2.4 miles).
t 3.8.3 Go south on County Line Road to Berg /Schlegel Road (2.0 miles).
Place a TLD near the intersection of County Line Road and Berg /Schlegel Road (#36).
s J
Record location details, date, time and TLD number on back of map.
3.8.4
/c ntinue south on County Line Road to State Road (road makes a jog to right between Route 104 and Ridge Road. Turn lef t onto Ridge Road to return to
/,
County Line Road). (2.8 miles)
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SC-1.7H:5 3.8.5 Go west on State Road to Route 250 (2.8 miles).
Place a TLD at the intersection of State Road and Route 250 (#38).
Record location details, date, time and TLD number on back of map.
3.8.6 Go south on Route 250 to Plank Road (1.2 miles).
3.8.7 Go wast on Plank Road to RG&E Eastern Monree Service Center,1270 Plank Road.
Radio report to Survey Center.
3.8.8 Return to Route 250 and go north to Main Street in the Village of Webster (2.3 miles).
3.8,9 Go east on Main Street to Phillips Road (0.6 miles).
3.8.10
,. Go north on Phillips Road to substatior. #74 driveway which is 20' north of access road to Route 104 3.8.11 If -you have special substation key, change particulate filter and iodine cartridge at environmental monitor #9 located in the substation.
?
3.8.12 N Radio report to Survey Center.
If no further surveys are required at this time, return to Emergsney Survey Center.
3.9 Sign-in upon arrival at Emergency Survey Center.
3.10 Cive survey map ( Attachment II) to the Communications Aide.
3.11 Return all equipment to proptr locations.
3.12 Inventory foot locker and seal if complete.
Note any discrepancies on Inspection log and give to Health Physicist.
3.13 Star.d-by fe further orders.
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SC-1.7H:6 ATTACHMEN; I Environmental Sample Station - Filter Changing In the event of an emergency, the first samples will be collected from the cnvironmental stations. These samples will aid in evaluating the extent and possible of f-site effects of the emergency. There are 6 on-site air samples and 5 off-site.
Precedure for Changing Environmental Particulate Filters - Emergency Plan 1.
Check vacuum gauge and record.
4 2.
Switch off pump.
3.
Record on the envelope left from previous sample change the reading of the system vacuum, date, time, gasmeter en. ft. and hour readings in column labeled "0FF".
4.
Remove filter holder at quick disconnect joint.
5.
Unscrew outside retaining ring and remove filter from holder.
6.
Put filter into envelope and seal.
7.
If charcoal cartridge is in use, unscrew the inside retaining ring and remove the charcoal cartridge. Emplace a new CY-130 cartridge and reassemble the sampling head.
Record the date, time, gas volume meter reading and hour meter reading.
Leave a new envelope with the same informat' "t for a new cartridge and label it Iodine Cartridge.
8.
Put new glass fiber filter into holder, replace retaining ring and reconnect holder back to pump at quick disconnect joint.
9.
On new envelope record station number, date, time, gas meter cu. ft, and hour meter readings in column labeled "0N".
10.
Turn on pump and record system vacuum.
11.
Leave new envelopes for next collection, bring old envelopes in*o Emergency Control Center for beta counting of sample.
RM-14 Check 1.
Disconnect power cord from back taking care not to turn test switch on.
2.
Insure that an HP-190 probe is connected to detector jack.
3.
Turn range switch to Batt. - should read in "BATT-OK".
4.
Turn range switch to XI.
Unit is ready for use.
All readings must be multiplied by range switch setting for proper readings.
5.
SC-1.7H:7
=
ATTACHMENT I (Cont'd)
FIELD CALCULATIONS FOR L.OW VOLUME AIR SAMPLES USING RM-14 1)
Particulate - Filter Removed from Holder:
(2.4X10-5
)
(Volume of Sample in CC) pCi/cc Particulate
=
2)
Iodine - Cartridge Inlet Face to Probe - End Cap Removed:
(8.34X10-5
)
pCi/cc Iodine
=
(Volume of Sample in CC:)
~
TAKING LOW VOLUNE SAMPLE:
LOW VOLUME AIR SAMPLER CHECK:
1.
RECORD:
Dste, Time, Location, and 1.
Connect Battery Pack to Pump Totalizer Reading (A).
Unit.
2.
Turn Unit ON and sample for approxi-2.
Turn switch ON - Check flow mately 30 minutes.
meter for movement.
3.
Turn Unit OFF - RECORD:
Date, Time, 3.
Turn Unit OFF.
Location & Totalizer Reading (B).
4.
Sample Volume = (B-A) (Calibration 4.
INSURE Filter Assembly Factor) = cc.
contains a GY-130 cartridge and a particulate filter NOTE: Calibration Factor is noted on before taking sample, side of sampler.
5.
Read filters with RM-14 and save in marked envelopes.
RADECO H 809C HICH VOLUME AIR SAMPLER CHECK:
1.
Connect cables to power source, Red clip to positive and Black clip to negative.
2.
Turn on switch and check flow meter, flow meter will be off scale high with no filters in place.
3.
Turn unit off.
4.
Insure filter assembly contains a GY-130 cartridge and a particulate filter.
TAKING RADECO HIGH VOLUME AIR SAMPLE:
1.
Record:
Date, Time, and Location, 2.
Turn unit on and sample for 10 minutes.
SC-1.7H:8 ATTACHMENT I (Cont'd) 3.
Record the flow rate in efm. (Normal is 1.5 cfm) 4.
Sample volume = flow rate in efs X minutes sampled.
5.
Read filters with RM-14 and save in marked envelopes.
. FIELD CALCULATIONS FOR HIGH VOLUME AIR SAMPLES USING RM-14:
1.
Particulate - Filter raoved from holder:
(CPM Sample - CPM BKG) (8.38X10-10 )
pCi/cc Particulate
=
(Volume of Sample in Cubic Feet) ~
2.
Iodine - Cartridge Inlet Face to Probe:
(CPM Sample - CPM BKG) (3.0 X 10-9 )
rCi/cc Iodine-131
=
(Volume of Sample in Cubic Feet) -
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SC-1.7H:9 ATTACHMENT I (Cont'd)
RADIO USE PROCEDURE 6
1.
Extend antenna full (if necessary) 2.
Channel selector on Channel 1 i
3.
Turn unit ON 4.
Adjust squelch 5.
Depress switch to transmit, call l
" Survey Center" 6.
Speak in normal voice, slowly and p
distinctly, into speaker / mike 7.
Release switch to receive AUTO DIGI-MASTER DOSE RATE METER 1.
Turn unit on 2.
Take readings nocing if they are MR/HR or R/HR.
NOTE: Unit reads out every 2 seconds.
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GINNA STATION DAli. -
TIME :-
CONTROLLED COPY NUMBER i
PROCEDURE NO.
SC-1.15 REV. No.
19 INSPECTION OF EMERGENCY EQUIPMENT TECHNICAL REVIEW IO-Iey-El PORC i
r fo /f-f)
,/
QC REVIEW DATE
- /
APPROVED FOR USE l6 -fV-f
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ANT SUPERINTENDENT DATE QA NON-QA CATEGORY 1.0 REVIEWED BY:
THIS PROCEDURE CONTAINS 7
PAGES i-t
SC-1.15:1 SC-1.15 INSPECTION OF EMERGENCY EQUIPMENT
1.0 PURPOSE
1.1 The equipment required by the emergency plan and the means of assuring it is available is outlined in this procedure.
Ins pections will be made monthly as required by Technical Specif
- cations.
2.0 REFERENCES
2.1 SC-1, Emergency Plan 2.2 Tech. Specs., Table 4.1-1 2.3 SC-1.15A, Communications Equipment Check
3.0 INSTRUCTIONS
3.1 Inspection of Emergency Survey Center 3.1.1 Check volt age and test operability of survey instrumenta 3.1.2 Run the Battery powered air samplers for five minutes.
3.1.3 Start RADECO H-809C and H-809B2 air s amplers and allow to run 1 minute.
3.1.4 Contact Security to check operability of each radio.
3.1.5 Check center for general equipment, Appendix A.
Note date of inspection on face masks.
3.1.6 Check boxes for needed equipment, Appendix B.
If seal is unbroken assume equipnent is intact.
The boxes shall be opened, as a mini-mum semi-annually, to change batteries and verify inventory.
3.1.7 Change. chart paper on area monitor.
3.1.8 Make communications check per SC-1.15A, Section 3.2.
3.1.9 If any discrepancies are found make note on the Monthly. Inspection Log l
(Attachment I) and advise Health Physicist.
If there are no discrepencies, enter NONE on Log Sheet.
3.1.10 Discrepancies are to be corrected as soon as possible and so noted on the log sheet and filed per A-1701.
SC-1.15:2 3.2 Inspection of Control Room, Health Physics Office and Auxiliary Building Emergency Equipment.
Appendix C.
3.2.1 Check voltage and test operability of dose rate meters.
3.2.2 Check that all equipment is present.
3.2.3 If any discrepancies are found make a note on the Monthly Inspection log-Attachment I and advise the Health Physicis t.
If there are no discrepancies, enter NONE for each location.
3.2.4 Discrepancies are to be corrected as soon as possible and so noted on the log sheet and filed per A-1701.
3.3 Inspection of Technical Support Center and Operational Support Center 3.3.1 Check operability of radiation monitor.
3.3.2 Check that all equipment is present pe r Ap pend ix "C".
If there are no discrepancies, enter NONE on Log Sheet.
3.3.3 Note date of inspection on face masks.
3.3.4 Make communications check per SC-1.15A, Section 3.1.
3.3.5 Note any discrepancies on the Monthly Ins pection Log - Attachment I and advise the Health Physicist.
3.4 Turn in Trouble Cards for any needed repairs or malf unctions.
3.5 Inspect the Auxiliary Survey Center quarterly.
3.5.1 Make communications check per SC-1.15A, Section 3.3.
3.6 Perform operational check with check source on emergency plant vent monitor, monthly.
4-SC-1.15:3 APPENDIX "A" EMERGENCY EQUIPMENT FOR GENERAL USE IN SURVEY CENTER 1.
Ass ignment Tag Board 2.
Telephone, Intercom 3.
Phone Lists and Phone Books 4.
Survey Team Maps 5.
Survey Boxes and Equipment 6.
Contaminated Clothing Bin 7.
5 Beta-Gamma Survey Instruments 8.
3 High Level Dose Rate Meters 9.
Radiation Monitor, Probe and Count Shelf
- 10. 2 Dosimeter Chargers and Batteries
- 11. 10 Film Badges or Personnel TLD's
- 12. 4 Battery Operated Particulate Air Samplers
- 13. 2 RADE00 H 809 B2 Air Samplers
- 14. Filters for Air Samplers - Particulate & Charcoal
- 15. Decontamination Kit
- 16. Carton ot Additional Clothing
- 17. Six Portable Radios
- 18. Dosimeters - 6 (0-5R) and 12 (0-500MR)
- 19. Full Face Respirators - 4, Charcoal Filters - 8
- 20. 3 packages of 6 environmental TLD badges (of f-s ite only).
- 21. 4 RADE00 H 809C Air Samplers.
SC-1.15:4 g.
APPENDIX "B" EMERGENCY EQUIPMENT FOR SURVEY BOXES 1.
Coveralls, disposable 2
2.
Hoods, disposable 2
3.
Gloves, disposable pair 2
4.
Booties, disposable pair 2
5.
Hate, Surgeon 2
6.
Hoods, Rain 2
7.
Coat, Rain 2
8.
Boots, Rain pair 2
9.
Equipment Belt (s) & Bag (s) (On-Site only) 2
- 10. Flashlight and Batteries (Change batteries Jan. & July) 2
~
- 11. Plastic Bags 2
- 12. - Masking Tape 2
1
- 13. Pencil and Sharpener 2
- 14. Tablet 2
- 15. Survey Route and Maps 2
- 16. Air Sample Filters - Particulate & Silver Zeolite GY-130 2
- 17. Air Sample Envelopes (Iodine)
Minimum of 10 2
(Environmental)
Minimum of 10 2
- 18. Dimes for phones (off-site only) 10
- 19. Clipboard
- 20. Appropriate procedure for team
- 21. Hammer and nails (of f-site only)
DATE:
INITI ALS :
SC-1.15:5 t-
~
' APPENDIX "C" SITE EMERGENCY EQUIPMENT A.
CONTROL ROOM 1.
Scott Air Pack (2) 2.
High Range Dos imeters (10)
Recharger (1) 3.
Ant i-Contamination Clothing (6 sets) 4.
High Range Dose Rate Meter (1) 5.
Plant Radiation Survey Maps 6.
Smear Envelopes and Papers 7.
Potass ium Iodide Tablets B.
HEALTH PHYSICS OFFICE 1.
Scott Air Pack j
2.
High Range Dosimeter 3.
Anti-Contamination Clothing 4.
High Range Dose Rate Meter C.
AUXILIARY BUILDING 1.
Scott Air Pack (1) 2.
High Range Dose Rate Meter (1)
D.
Radiation Monitor 2.
Full Face Respirators (10) 3.
Charcoal Filters (10) 4.
Dosimeters (10) 5.
Potass ium Iodide Tablets 6.
Dosimeter Charger (1) 7.
RADECO H-809 B2 Air Sampler and Particulate and iodine cartridges (GY-130)
SC-1.15:6
.(.
APPENDIX "C" SITE EMERGENCY EQUIPMENT i
(Cont'd)
E.
OPERATIONAL SUPPORT CENTER 1.
Respirators & Filters (6) 1 2.
Flood Lights, portable (2) 3.
Anti-Contamination Clothing (6 sets) s
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SC-1.15:7 o
Refer to SC-1.15 for Instructions MONTHLY INSPECTION LOG - ATTACHMENT I i
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DISCREPANCIES NUTED - DATE, INITI ALS DISCREPANCIES CORRECTED - DATE, INITI ALS l
Survey Center i
J Date:
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Initials:
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Control Room i
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Date:
a Initials:
HP Of fice i
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Date:
Initials:
Auxiliary Building Date Initials:
Technical Support Center Date:
Initials:
Operational Support Center Date:
Initials:-
Auxiliary Survey Center Date:
l I
Initials:
Emergency Plant Vent Monitor Date:
Initials:
REVIEWED BY:
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