ML20032B118
| ML20032B118 | |
| Person / Time | |
|---|---|
| Site: | Ginna  |
| Issue date: | 10/14/1981 |
| From: | ROCHESTER GAS & ELECTRIC CORP. |
| To: | |
| Shared Package | |
| ML17258A289 | List: |
| References | |
| PROC-811014-01, NUDOCS 8111040511 | |
| Download: ML20032B118 (23) | |
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ROCHESTE'R CAS AND ELECTRIC CORPORATION GINNA STATION i
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PROCEDURE NO.
SC-1.2A REV. NO.
3 UNUSUAL EVENT 1
TECHNICAL REVIEW PORC
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DATE
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APPROVED FOR USE S&m
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DATE QA k
NON-QA CATEGORY 1.0 REVIEWED BY:
THIS PROCEDURE CONTAINS 3
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SC-1.2A: 1 L
-SC-1.2A L
UNUSUAL EVENT 1.0
. PURPOSE:
1.1 This procedure provides instructions on the actions which should be. takenL in response to an Unusual Event at Ginna Station. This includes notification of of fsite and plant organizations, actions to be taken by the Control Room and/or other plant personnel and guidance for continued evaluation.
1.2 To ensure that the plant operating 'staf f recognizes ' init'iating conditions, takes' appropriate actions, and comes to a state of readiness to respond to more significant conditions.
2.0 -
REFERENCES:
2.1
-SC-1 Radiation Emergency Plan 2.2 SC-1.lA Cinna Station Event-Evaluation and Classification 3.0 INSTRUCTIONS' 3.1 An Unusual Event is an of f-normal plant condition which by itself does not constitute an energency condition but which indicates a' potential degradation of the level of safety of the plant, if appropriate. action is not t aken. See SC-1.lA for conditions which lead to an Unusual Event.
3.1.1 The attached table indicates the degree of severity of plant conditions which would classify an event as unusual. More specific action levels
.or these conditions are given in appropriate operational procedures.
3.2 Immediate actions 3.2.1 The' Control ' Room Operator on becoming aware that an Unusual Event has occurred will notify the Shif t Su pe rviso r.
3.3 The Operator will take appropriate action to limit'or correct the condition i
so as to prevent more serious consequences.
3.4 The Shift Supervisor shall report to the Control Room, evaluate the condition and direct res ponses as necessary. He - is Emergency Coordinator until-relieved.
3.5
~ A Control Room Operator will make an appropriate call to the Plant Super intendent and Duty Er.gineer.
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3.5.1 If conditions warrant the Technical Support Center may be manned (See SC-1.3D).
An appropriate announcenent should be made on the Plant PA System.
3.6 Notify NRC Operations Of ficer using Red Phone.
"If Red Phone is not operating use the alternate notification methods identified in Attachment II".
?.7 Notify State, Wayne, and Monroe Counties that an Unusual Event has occurred at F.inna Station using telephone numbers in 0-9.3, Immediate Notification.
3.7.1 Information as to the nature of the condition and any changes will be reported as they occur.
3.8 The Shift Supervisor shall call for assistance from maintenance personcel and staff as needed.
3.9 Pl at. : condt ions shall be watched closely so that if the emergency classification becomes more severe appropriate agencies will be notified and ac; ions take r..
3.!0 When conuf tions are under control a verbal closeout with the NRC will be made.
3.11 State and County Authorities will be notified of closeout of unusual event.
3.12 An A-25.1 or other appropriate report of the unusual conditio'n will be made.
3.13 A written summary will be sent to the NRC within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br /> of eloseout.
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NOTE: TheHealthPhyt.i[: Network Pdone will not have a dial tone, nor will there be any indicatiot,of a ring. A high pitched tone indicated the system is in use and the nd :c alternative method should be used.
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. d, hJATION MONkTO' ING ON-SITE SUkVEY TEAM #9E (BLUE)
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SC-1.7E:1 SC-1.7E EMERGENCY RADIATION MONITORING GN-SITE SURVEY TEAM #9E (BLUE)
1.0 PURPOSE
1.1 The prime objective of the on-site radiation monitoring teams is to rapidly survey areas immediately surrounding the restricted area in order to help determine the extent and magnitude'of any uncontrolled release of radioactive material following an incident. Decisions regarding extent and types of protective action 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 foot' locker 9E (Blue), if seal is broken inventory equipment as per list inside.
3.2 Obtain following equipment not stored in foot locker:
3.2.1 Personnel film badge and TLD from guard house rack or from emergency center supply.
3.2.2 Dosimeter ( 0 - SR High Range) and sign-in on dosimeter log sheet.
3.2.3 Radio (it may be necessary to obtain radio frori guards).
3.2.4 Portable low volume air sampler with filter holder.
3.2.5 High range survey instrument.
3.2.6 RM-14 radiation monitor with HP-190 probe.
3.3 Check operation of survey meters, portable air se.mplers, radio, and RM-14 as.per attachment I.
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SC-1.7E:2-a.4 Don Equipment'8elt and attach needee equipment, includes a full face respirator with charcoal filter.
NOTE:
Protective clothing and/or-respirato need only be worn upon Health Physics orders.
3.5 Report by radio to Technical Support Center that Survey Team 9E (Blue) is commencing survey.
3.6 Log date,. time, and team members on. your survey map.
3.7 Sign-out on tag board and proceed along survey route- (listed below) taking and recording results on survey map,. Attachment II.
While on survey route change filters in air monitor stations 4, 3, and 2 as you go '(See.
Attachment I).
Radio contact should be made with the Technical Support Center immediately upon start of survey and as you proceed as you proceed to keep center aware of your location.
NUIE:
During your survey you will report any abnormal increases in radiation readings to survey center and survey area closely.
Anytime a reading in excess of 5 MR/hr. and/or 11,000. CPM is found; report the location to Survey Center immediately.
3.7.1 The portable air sampler will be placed in operation at the start of the survey and one member of the teen will wear sampler during survey unless
.otherwise directed by Health Physics.
3.8 Follow prescribed survey route (Attachment II - Map).
3.8.1 Proceed East of information center - across lawn.
3.8.2 South across lawn to Manor House service road to air monitor station #4 and change filters.
3.8.3 East along Manor House road to open field behind farm.
3.8.4 North thru field to air monitor station #3 and change filters.
3.8.5 South and West thru field and woods to Manor House service road.
3.8.6 North on Manor House service road to lake shore to air monitor station #2 and change filters.
3.8.7 West alc g lake shore to plant fenc e '.
3.8.8 Proceed along plant fence to plant parking lot and then to guard house.
Report to Technical Support Center by radio giving them your location and a particulate and iodine reading from your portable air sampler.
SC-1.7E:3 3.8.9 Enter the inside plant fence' are? thru guard office by identifying yourself over the radio to guard manning Central Alarm Station who will notify guard manning SAS to grant access, obtain card key /and hard key to vital areas from guard and survey area, east and south of plant,. unless otherwise directed.
3.8.10 Return to guard house and report to Technical Support-Center by radio.
If no further surveys are required at this time, return card key and hard key to guard _in SAS.
3.8.11 Return to Emergency Center insuring guard house door is locked and closed.
3.8.12 Sign in on Emergency Center Status Board.
3.9 Give survey map ( Attachment II) to connunications aide.
3.10 Return all equipment to proper location.
3.11 Inventory foot locker and seal if complete. Note any discrepancies on inspection log and give to Health Physicist.
3.12 Stand-by for further orders.
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SC-1.7E:4 ATTACHMENT I Environmental Sample Station - Filter Changing In the event of an emergency, the first semples will be collected from the environmental 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 which are shown on the accompanying figures.
Procedure for Changing Environmental Particulate Filterc - Emergency Plan 1.
Check ~ vacuum gauge and record.
.2.
Switch off pump.
3.
Record on the envelope lef t from previous sample change the reading of the system vacuum, date, time, gasmeter cu. 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 carcridge is in use, unscrew the-inside retaining ring and remove the charcoal cartridge.
Emplace a new GY-130 cartridge cnd reassemble the 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 holdet 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 nsw envelcpes for next collection, bring old envelopes into 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 reef in "BATT-OK".
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-1.7E:3 ATTACHMENT I (Cont'd)
FIELD CALCULATIONS FOR LOW VOLUME AIR SAMPLES USING RM-14 1)
Particulate - Filter Removed from Holder:
(2.4X10-5
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uCi/cc Particulate
=
(Volume of Sample in g) 2)
Iodine - Cartridge Inlet Face to Probe - End Cap _ Removed:
(8.34X10-5 )
uCi/cc Iodine
=
(Volume of Sample in CC)
TAKING SAMPLE:
LOW VOLUME AIR SAMPLER CHECK:
1.
RECORD: Date, Time, Location, and 1.
Connect Battery Pack to Totalizer Reading (A).
Pump Unit.
2.
Turn Unit ON and sample for approxi-2.
Turn switch ON - Check mately 30 minutes.
flow meter for movement.
3.
. Turn Unit OFF - RECORD:
Date, Time, 3.
Turn Unit OFF.
Location & Tot &lizer Reading (B).
4.
Sample Volume = (B-A) (Calibration-4.
INSURE Filter Assembly Factor) = cc.
contains a GY-130 cart-ridge and a particulate NOTE:
Calibration Factor is noted on filter.
side of sampler.
5.
Read filters with RM-14 aad save in marked envelopes.
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kTTnCHMENTI(Cont'd)
RADIO USE PROCEDU_RE 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
" Technical Support Center" 6.
Speak in normal voice, slowly and distinctly, into' speaker / mike 7.
Release switch to receive-8.
Base station will terminate with its call sign 9.
If during a drill preceed all calls with "This is a drill" AUTO DIGI-MASTER DOSE RATE METER 1.
Turn unit on 2.
Take readings noting if they are MR/HR or R/HR.
NOTE:
Un'.t reads out every 2 seconds.
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l Gi.'iM A STAT!CN UNIT #1 ROCHESTER GAS AND ELECTRIC CORPORATION GINNA STATION DATE :-
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CONTROLLED COPY NUMBER PROCED'JRE NO.
SC-1.7F REV. NO.
I1-EMERCENCY RADIATION MONITORING OFF-SITE SURVEY TEAM 9F (GREEN)
TECHNICAL REVIEW PORC C.'%'@d
/6 -W4/
/QCREVIEW DATE APPROVED FOR USE 3
7Alw in FI P Q4T SUPERINTENDENT
~ DATE QA /
NON-QA
_ CATEGORY 1.0 REVIEWED BY:
THIS PROCEDURE CONTAINS 10 PAGES l
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SC-1.7F:1 SC-1.7F l
1 EMERGENCY RADIATION MONITORING OFF-SITE SURVEY TEAM 9F (GREEN)
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 radioactive materials following an incident.
It should be stressed that initial of f-site s urvey 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.!B Determination of Iodine or Particulate
3.0 INSTRUCTIONS
3.1 Obtain foot locker 9F (Green), if seal is broken, check equipment as per list ins ide.
3.2 Obtain equipment not stored in foot locker:
3.2.1 Personal film badge and/or TLD from guard house rack or from 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 guards).
1 3.2.4 RADECO H-809C Portable High Volume Air Sampler.
3.2.5 RM-14 radiation monitor with RP-190 probe 3.2.6 Dosimeter (0-500 MR) and sign-in on dosimeter log sheet.
3.3 Check operation of RM-14, portable air s ampler, and radio as per Attachment I.
3.4 Report by radio to Technical Support Center that survey tean 9F (Green) is commencing survey.
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3.5 Sign-out on tag board, then.obtain transportation and check for contamination prior to departure.. If > 2000 CPM above BKG, contact -
Technical Support Center., Establish radio contact when leaving site, call
- '* Technical Support Center" Log date, time, and team members. on cervey map.
3.5.1 Drive along route listed below (proceed slowly) usktg the RM-14 radiation monitor with probe held cut 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 cf rc:ults and of your progress. Anytime's reading in excess of 5 MR/HR and/or 11,000 CPM is found, report.the results and locations to the communications aide immediately.
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3.6 First Stage Survey l
NOIE: Numbers given in parentheses are intersection designations on survey maps. Mileages given are approximations.
3.6.1 Travel west on Lake Road to Lakeside Road (1.7 miles). Place a TLD near the intersection of Lake Road and Lakeside Road (#17). Hammer a nail into-a Telephone pole' and hang the TLD from the nail with tape.
Record Telephone Pole Number and location details, date, time and TLD number on back of map.
3.6.2 Go south on Lakeside Road to Boston Road (1.0 miles). Complete an air sample near the intersection of Lakeside Road and Boston Road -(#16)
-then continue on survey route. 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/off 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 of f sampler and record stop time.
- 3.6.2.6 Calculate volume of air sampled, as follows:
Volume Sampled Cubic Fee; =
minutes sampled x CFM 3.6.2.7 Take a background reading with RM-14, record reading in CPM.
3.6.2.F Remove GY-130 cartridge from holder and read with RM-14 holding probe on inlet' side of filter, record reading in CPM.
)
I SC-1.7F:3 3.6.2.9 Messare particulate activity as in previous step, but do not touch filter with prube. Record reading in CPM.
3.6.2.10 Report the following data to Technical Support Center:
1.
Sample location 2.
Time sample taken 3.
Volume of air s ampled 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 NOTE:
Field calculation of airborne activity may be performed as described in Attachment I.
3.6.3 Continue south on Lakes ide Road to Route 104 (2.0 miles).
3.6.4 Go east on Route 104 to Ontario Center Road (1.6 miles).
3.6.5 Go north on Ontario Center Road to Brick Church Road (2.1 miles).
Place a TLD near the intersection of Ontario Center Road and Brick Church Road
(#3). Record location details, date, time and TLD number on back of map.
3.6.6 Continue north to Lake Road then contact Technical Support Center for further directions.
3.6.7 Follow second stage survey as directed.
3.6.8 If radio contact cannot be made, re port by phone.
315-524-6711 315-524-4446 315-524-4891 (Control Room) 315-524-7601 (Station 13A)
NOTT: There are two second stage survey routes.
Depe nding 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 east to Pultneyville. ' Place a TLD in the Pultneyville area -(#28).
Record location details, date, time and TLD number on back of map.
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SC-1.7F:4 3.7.2 Go south from Pultneyville on doute 21 to Pound Road (2.4 miles). Place a TLD along Route 21 south of Pound Road (#48).
Record location details, date, time and TLD number on back of map.
3.7.3 Continue south on Reute 21 to Farnsworth Road (4.6 miles).
Place a TLD near the intersection of Route 21 and Farnsworth Road (#47). Record location details, date, time and TLD number on back of map.
3.7.4 Continue south on Route 21 and into the Village of Marion (3.0 miles).
3.7.5 Phone report to Survey Center (see step 3.6.10).
3.7.6 Return to Main Street in the Village of Williamson on Route 21 (5.3 miles).
Turn left onto Main Street and then left into driveway about 300' from intersection leading to substation #207.
3.7.7 If you have an RG&E compar.y key, change particulate filter and iodine cartridge at environmental monitor #11 located in the subs tation.
3.7.8 Radio report to Technical Support Center or phone if necessary (see step 3.6.7).
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 to Route 250. Place a TLD near intersection of Lake Road and Route 250 (#45).
Record location details, date, time and TLD number on back of map.
3.8.2 Continue west on Lake Road to Whiting Road (1.8 miles).
3.8.3 Go south on Whiting Road to Klem Road (1.8 miles).
3.8.4 Go west on Klem Road to Five Mile Line Road (0.4 miles).
3.8.5 Go south on Five Mile Line Road to Plank Road (3.4 miles).
Place a TLD near the intersection of Five Mile Line 1 ui and Plank Road (#51).
Record location details, date, t ime and TLD number on 'oack of map.
3.8.6 Continue south on Five Mile Line Road to Penfield Four Corners (intersection with Penfield Road, Route 441) (3.6 miles).
Place TLD near back of Baptist Church parking lot, 500' east of intersection on north side of Penfield Road.
Record location details, date, t ime and TLD number on back of map.
3.8.7 Phone report to Technical Support Center (see step 3.6.8). If no further surveys are required at this t ime, return to Emergency Survey Center.
3.9 Sign-in upon arrival at emergency survey center.
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'N 3.10 Give survey map'(Attachment II) to the. communications-aide.'
3.11 Return all equipment to proper locati~ns.
o 3.12~
Inventory foot locker - and seal if ' complete. Note any discrepancies on inspection log and_give to Health Physicist.
3.13 Stand-by. for further orders.
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SC-1.7F:6 i
' ATTACHMENT I Environmental Sample Station - Filter Changing
'In the event of an emergency, the first samples will be collected from the environmental 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 Environmental Particulate Filters - Emergency Plan 1.
Cneck vacuum gauge and record.
2.
Switch off pump.
3.
Record on the envelope left from previous sample change the reading of the system vacuum, date, time, gasmeter cu. ft. and hour readings in column labeled i
"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 GY-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 information for a new cartridge and label it Iodine Cartridge.
8.
Put new glass fiber filter into holder, replace retaining rirg and reconnect holder back to pump at quick disconnect joint.
9.
Da 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 into Emerg'ncy 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.
5.
All readings must be multiplied by range switch setting for proper readings.
_A*
-1 SC-1.7F:7-
' 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 f
(Volume of Sample in CC)
[
.2)
Iodine - Cartridge Inlet Face to Probe - End Cap Removed:
(8.34X10~S )
pCi/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 mov ment.
3.
Turn Unit.0FF - RECORD: Date, Time, 3.
. Turn Unit OFF.
Location & Totalizer Reading (B).
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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.
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side of sampler.
5.
Read filters with RM-14 and save in marked enve opes.
RADECO H 809C HIGH VOLUME AIR SAMPLER CHECK:
1.
Connect cables to power source, Red clip to positive and Black clip to negative.
4 2.
Turn on swicch 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.
=
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s.
. -a.7F:8 ATTACHMENT I (Cont'd) 3.
Record the flow rate in cfm. (Normal is 1.5 cfm) 4.
Sample volume = flow rate in efm X minutes sampled.
5.
Read filters eith RM-14 and save in marked envelopes.
FIELD CALCULATIONS FOR HIGH VOLUME AIR SAMPLES USING PJi-14:
1.
Particulate - Filter removed 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 )
pCi/cc Iodine-131
=
(Volume o. Sample in Cubi Feet)
I' r
SC-1.7F:9 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
" Technical Support Center" 6.
Speak in normal voice, slowly and distinctly, into speaker / mike 7.
Release switch to receive 8.
Base station will terminate with J
its call sign 9.
- If during a drill preceed all calls with "This 'is a Drill" AUTO DIGI-MASTER DOSE RATE METER 1.
Turn unit on 2.
Take readings noting if they are MR/HR i
or R/HR.
NOTE: Unit reads out every 2 seconds.
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