ML20077D985
| ML20077D985 | |
| Person / Time | |
|---|---|
| Site: | Ginna  |
| Issue date: | 06/21/1983 |
| From: | ROCHESTER GAS & ELECTRIC CORP. |
| To: | |
| Shared Package | |
| ML17255A246 | List: |
| References | |
| PROC-830621-01, NUDOCS 8307270471 | |
| Download: ML20077D985 (86) | |
Text
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I-GINNA STATION UNIT #1 COMPLETED 1 .
DATE : .
ROCHESTER GAS AND ELECTRIC CORPORATIOB GINNA STATION CONTROLLED COPY NUMBER n n PROCEDURE NO. SC-605 REV. NO. 3 SITE CONTINGENCY CALL LIST TECSNICAL REVIEW PORC REVIEW DATE h'/.h
! SM&
QC REVIEW w -
MbA PLANT SUPE p ENDENT JUN 211983 EFFECTIVE DATE QAg NON-QA CATEGORY 1.0 -
REVIEWED BY:
THIS PROCEDURE CONTAINS 2 PAGES l
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, SC-605:1 SC-685 SITE CONTINGENCY CALL LIST
1.0 PURPOSE
1.1 Provide a notification list to activate the Emergency Response organizatfon.
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2.0 REFERENCES
2.1 SC-200 2.2 SC-302 2.3 SC-312 .,
2.4 SC-322
3.0 INSTRUCTIONS
3.1 Notify the below individuals " Report to Ginna Station for a SC Response."
3.1.1 If individual is not at home leave the message.
3.1.2 If assistance is needed contact Line Operators and coordinate their assistance. (Line operator phone -) .
3.2 Individuals for Ersergency Organization:
3.2.1 3.2.2 3.2.3 ,
3.2.4 3.2.5 3.2.6 3.2.7 3.2.8 7
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- SC-605:2 3.2.9 3.2.10 3.2.11 3.2.12 3.2.13 3.2.14 3.2.15' 3.2.16 3.2.17 3.2.18 .
3.2.19 3.2.20 3.2.21 3.2.22 3.2.23 3.2,.24 3.2.25 3.2.26 3.2.27 3.2.28-3.2.29
! 3.3 After completing the above list or when contacted by Technical l
Support Center, report those people not contacted.
(Ginna Phone T' ,
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GINNA STATION -
UNIT #1-COMPLETED ROCHESTER GAS AND ELECTRIC CORPORATION
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CONTROLLED CO.PY NUMBER _
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PROCEDURE NO. SC-420 , REV. NO. 3 w -
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ESTIMATING OFF-SITE DOSES TECHNICAL REVIEW -
PORC REVIEW DATE .b" 'b ' '
h QC-REVIEW ~
PLANT SUPERIWTENDENT 1
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JUN 141983 EFFECTIVE DATE
% 9 QA Ck NON-QA CATEGORY 1.0 REVIEWED BY:
I THIS PROCEDURE CONTAINS 26 PAGES 4
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SC-42P:1.
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SC-429 ESTIMATING OFF-SITE DOSES
1.0 PURPOSE
l_ .1 The purpose of this procedure is to provide estimates of the post accident dose in the areas around the pJant and guidance for the selection of sampling locations. Infcrma ticn is needed early to decide what action be taken to limit the exposure of the general public. Steps must be taken to define the affected areas, assess the extent and significance of the release and provide data on which appropriato prctective actions can be based.
2.0 REFERENCES
2.1 Radiation Emergency Plan, SC-1 2.2 N.Y.S. Radiological Emergency Preparedness Plan 2.3 SC-IfD, SC-442, SC-450 2.4 PC-20.3, PC-23.5 and F-14.2 4 .
2.5 EPA-52C, Manual of Protective Action Guides and Prctective i
Actions fori Nuclear Incidents (Feb. 1980).
3.0 INSTRUCTIONS
3.1 The following equipment is available for use in estimating doses.
3.1.1 Xu/O Isopleths, and Xu/O tabulated values'(Table 1).
3.1.2 Map of surrounding area , U.S. Geological Survey (1 inch: '
240C0 inch scale).
3.1.3 control Rocm wind and temperature indicators.
'3.1.4 Control Rcom Radiation Monitor System.
l 3.1.5 Back-up wind speed and directicn indicators at Station 137, i
and National Weather Service.
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. .i 3.2,s Preliminary Radiological Estimates and Event Classification h.2.1 For initial notification purposes, a first-cut estimate of potential offsite doses and releases may be obtained by the Control Room using SC-240, Attachment II. Levels-are provided for various accidents' evaluated in the Ginna FSAR and in previous AEC Safety Evaluaticns for Ginna plant g siting and design. '
3.2.2 It is preferable to base offsite estimates upon measured release values. Vent activity concentrations and release-rates can be determined from curves in Procedure S-14.2, and from Procedure PC-23.5. Should vent monitors be inoperable, ,
procedure PC-23.3 should be used estimating plant and steam vent releases, respectively.
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3.2.3 An estimate of the 0-2 hr site boundary whole body dose from plant vent noble gas concentration, obtained from S-14.2 (low range monitor), PC-23.5 (hi range monitor) or PC-23.3 (back-up monitor), may be obtained using the following equation:
r Plant vent (uCi/cc) x 18 Rem = 0-2 hr whole body dose Rem uCi/cc at site boundary NOTE: The following assumptions were made for these calcula-tions:
X/Q = 4.8 x 10-4 sec/m3 (default value in lieu of actual meteorology data; assuming downwind mixing conditions 100 times more conserva- ~
tive than annual average conditions.)
Plant vent flow = 77,000 cfm (3.63 x 107 cc/sec)
EPA-520 whole body dose curve (t = Ohr)
, 3.2.4 Determine the classification of the emergency with respect to plane releases and site boundary doses from the following l
criteria (from SC-100):
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! RADIOLOGICAL ESTIMATE CLASSIFICATION ,
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Radiological effluent Technical Unusual Event Specification limits exceeded (T.S.3.9)
Radiological effluent greater than Alert 10 times Technical Specification' limits.
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FC-420:3 Effluent monitors indicate levels Site Emergency corresponding to greater than 50 mrem /hr whole body or 0-2 hr. thyrcid dose grebter than 500 mrem at the site beundary.
Cr these doses projected besed upon plent parameters, or actuel offsite measurements.
Effluent monitors show levels correspend- General Emergency ing to 500 mrem /hr whole bcdy or a F-2 hr.
thyroid dose greater than I rem. Cr these doses indicated by offsite measurements.
3.2.5 Any preliminary dose estimates used as a basis for emergency classification or protective action reccamendations shculd be refined as follows using release measurements and actuel meteorolcgical and field sampling data as they beccme available.
3.3 Use of Meteorolocical and Release Data with EPA Curves to Project Doses 3.3.1 Obtain the temperature at 33' and 250' from the " Status Report Form", Control Poem, TFC or Computer Terminal . Frem the 33' temperatures subtract the 250' temperature. If readings frem the main weather tcwer are unavailable, preceed to step 3.3.2.1.
T33'
-T250' T
3.3.1.1 The mini-computer in the Met. Trailor can be cuizzed using the TI-Silent Electronic Data 7EP terminal to obtain the l last 15 min. averages by dialing 524-5711. When carrier light comes on, type AV77 [PETURN]. The 15 min. average vill then be printed.
3.3.2 If Delta T is 2.0 or greater condition is unstable (lapse).
l If Delta T is between 0.5 and 2, c- tion is neutra.3.
t If Delta T is less than .5 or is negative (T250' > T33'),
I condition is stable (inversion).
i Ccndition is 3.3.2.1 In the event that meteorological data are unavailable from the main weather tower, the' Emergency coordinator should direct an individual to proceed to the back-up weather instrument recorder inside the Station 13A control building. The recorder i
' is located next to the communications desk on the north wall.
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. SC-42P:4 3.3.2.2 If the primary tower temperature sensors are not available to determine stability, the individue3 taking the readings should note wind speed (mph) wind direction (degrees) and approximate fluctuation in wind direction (degrees) averaged over the last hour. The wind directicn fluctuatien is determined by eyeballing or by drawing 2 average lines through the last hour's wind direction extremes, and subtracting the difference.
3.3.2.3 Station 13a wind speed, wind direction and sind direction fluctuaticn readings are reported to the Technicel Support Center by phone (ext. 500 thrcugh 507) or by the plant P.A.
The individual at Etation 13A should reauest for further instructions from the Emergency coordinater.
3.3.2.4 To determine atmospheric stability fr'om wind fluctuation, use the following table Wind Fluctuation Stability
< 45 degrees anytime stable (inversion)
> 45 degrees night time neutral' 45 degrees - 75 degrees daytime neutral
> 75 degrees daytime unstable (lapse) 3.3.3 Select the Xu/O plastic cverlay matching the cenditien determined in 3.3.2 and attach to the area map.
. ( Alt tabulated Xu/O values are given in the attached Table 1).
- 3.3.4 Cbtain wind speed and direction data from the " Status Report l Form", the Control Room, TSC, Ccmputer Terminal or alternatively l from Station 137. The direction given will be that from which the wind is blowino.
Wind Speed (mph)
Wind Direction (degrees) ,
NOTE: Supplemental weather information is also avellable from the National Weather Fervice Offices in Rochester (716-328-7633) or Buffalo (716-632-2223), if necessary.
3.3.5 Align the centerline of the overlay in the dcwnwind direction.
The mark on the centerline at the bottom of the overlay should be aligned on a compass point on the map ler degrees from the degrees given in 3.3.4. To determine this point, do one of the following:
If the degrees given in step 3.3.4 is between 186 and 360, subtract 180.
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Degrees wind is blowing from Degrees
+ or - 180 Degrees Align mark on centerline of overlay (at bottom) at
, Degrees i
, 3.3.6 The Xu/O plastic overlays and Table 1 values have, for conven-ience been calculated based upon a wind speed of 1 mph.
Thus, in order to determine X/Q ge,itisnecessaryto divide the isopleth value by the actual wind speed, in mph. i 3.3.7 To calculate the downwind concentration of noble gas, partic-ulates or radiciodine, multiply the release rate of radioac-tivity (Ci/sec) from the plant times the X/Q (sec/m 3) dispersion coefficient ation will bedeterming in Ci/m in step 3.3.6. The resultant concentra-or uCi/cc. Perform these calculations on Attachment 1 .
3.3.8 Obtain an initial estimate of release duration from the Emergency Coordinator or Recovery Manager. If this estimate is unavailable, use an initial release duration estimate of 2 hours2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> for dose projection purposes.
I 3.3.9 Whole body, gamma dose is then estimated using Figures 1 through 7, according to the approximate time af ter shutdown.
1 To estimate gamma dose rate for a given noble gas downwind concentration (right vertical scale) find the corresponding whole body dose rate (mrem /hr) along the left vertical scale.
3.3.10 To estimate whole body gamma dose, find the point on the i graph where the noble gas concentration line intersects
- the projected exposure time. The integrated whole body dose is then found along the diagonal lines on the graph.
3.3.11 To estimate child and adult thyroid dose, find the point on the Figure 8 graph where the downwind radiciodine concentra-ation line intersects the projected exposure time. The .
integrated thyroid doses for the adult and child are indicated along the diagonal lines (the child dose being twice the ad ul t 's) .
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3.3.12 Correct thyroid dose estimates for time after shutdown, by multiplying by the appropriate factor indicated in Figure 9.
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3.4 Eurvey Team Data 3.4.1 Note the sample locations on the map thet are covered by l the Xu/O overlay. The initial sample taken should be in ;
a high concentration area and on a first stage survey route.
, Using the attached list of sample locations and teams, notify proper teams where,to take sar.ples. When results are received, mark results on appropriate map and status board.
I 3.4.2 When the initial field sampling results are received, assign a Xu/O value to the sample results using the Xu/O value for the line closest to the sampic location. For the plastic overlays, all points along a given line are assumed to have the same concentration as the initial sample. The cencentration at any other point of interest can be estimated by multiplying the sample concentration by the ratio of the respective Xu/O values.
EXAMPLE: A sample taken on a Xu/O line of 5 x 10 E-6 indicated an iodine concentration of 5 x 10 E-7 uCi/cc and dose rate of 100 mrem /hr. Determine the concentration and dose rate expected at a Xu/O value of 2 X 10 E-77 EOLUTICN:
Iodine at 2 X 10 E-7 = 2 x 10 E-7 x 5 x 10 E-7 uCi = 2 x 10 E-8 uCi 5 x 10 E-6 cc e i Dose Rate at 2 x 10 E-7 x 100 (mrem /hr) = 4(mrem /hr) 5 x 10 E-6 3.4.3 Compare measured dose rates and air concentrations to predicted values, and adjust dose projections accordingly.
3.4.4 Notify'the survey team to continue surveying the affected area looking for high concentration areas .and hot spots.
3.4.5 If the wind direction changes, realign overlay using 3.3.5.
Sample new locations indicated by the overlay. ,
! 3.4.6 If the wind speed changes, recalibrate the overlay by dividing the original speed by the new wind speed and multiply by the' concentration or dose. Resample to check new overlay calibration.
3.4.7 For puff type releases multiply wind speed by elapsed time to find distance radioactive cloud has traveled.
3.4.8 Environmental TLD's, (EC-442) and Post Accident Environmental Samples, (SC-450) may be used to give better values for off-site doses.
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EC-422:7 3.5 Protective Action Guides 3.5.1 Reccmmend the appropriate measures to be followed with respect to the general public. Table 2 , 3 and 4 give the projected whole body and thyroid dose levels which verrant given protective actions (e.g. sheltering, evacuation) indicated.
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3.5.2 Weather forecast information should be considered when planning protective actions.
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SC-420:8 TAELE I Xu GINNA SITE VALUES OF 0 AS A FUNCTION OF STABILITY AND DISTANCE (computed by Pickard, Lowe & Garrick 1/82)
DOWNWIND DISTANCE
. METERS FEET MILES UNSTABLE NEUTRAL STABLE 200 660 0.1 2.42 E-4 1.17 E-3 2.e6 E-3 400 1,310 0.2 1.06 E-4 6.33 E-4 1.42 E-3 600 1,970 0.4 5.88 E-5 4.02 E-4 1.10 E-3 800 2,620 0.5 3.71 E-5 2.80 E-4 8.78 E-4 1,000 3,280 0.6 2.34 E 'i 2.13 E-4 7.17 E-4 1,200 3,940 0.7 1.62 E-5 1.68 E-4 5.97 E-4 1,400 4,590 0.9 1.19 E-5 1.36 E-4 5.05 E-4 1,600 5,250 1.0 9.13 E-6 1.12 E-4 4.42 E-4 1,800 5,910 1.1 7.18 E-6 9.45 E-5 3.91 E-4 2,000 6,560 1.2 5.20 E-6 8.22 E-5 3.48 E-4 2,500 8,200 1.6 2.83 E-6 6.02 E-5 2.70 E-4 3,000 9,840 1.9 1.99 E-6 4.67 E-5 2.23 E-4 3,500 11,500 2.2 1.69 E-6 3.76 E-5 1.88 E-4 4,000 13,100 2.5 1.46 E-6 3.10 E-5 1.61 E-4 4,500 14,800 2.8 l'.27 E-6 2.60 E-5 1.39 E-4 5,000
- 16,400 3.1 1.12 E-6 2.21 E-5 1.22 E-4 5,500 18,000 3.4 9.99 E-7 1.91 E-5 1.08 E-4
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6,000 19,700 3.7 9.11 E-7 1.68 E-5 9.78 E-5 6,500 21,300 4.0 8.53 E-7 1.52 E-5 8.89 E-5 7,000 23,000 4.3 8.03 E-7 1.38 E-5 8.12 E-5 7,500 24,600 4.7 7.58 E-7 1.25 E-5 7.45 E-5 8,000 26,200 5.0 7.18 E-7 1.15 E-5 6.86 E-5 8,500 27,900 5.3 6.82 E-7 1.05 E-5 6.34 E-5 9,000 29,500 5.6 6.49 E-7 9.72 E-6 5.88 E-5 9,500 31,200 5.9 6.19 E-7 8.99 E-6 5.49 E-5 l 10,000 32,800 6.2 5.94 E-7 8.40 E-6 5.24 E-5 l 11,000 36,100 6.8 5.53 E-7 7.50 E-6 4.79 E-5 l 12,000 39,400 7.5 5.18 E-7 6.74 E-6 4.40 E-5 '
13,000 42,700 8.1 4.86 E-7 6.09 E-6 4.06 E-5 14,000 45,900 8.7 4.59 E-7 5.54 E-6 3.76 E-5 l
15,000 49,200 9.3 4.34 E-7 5.50 E-6 3.49 E-5 16,000 52,500 10.0 4.12 E-7 4.63 E-6 3.26 E-5 NOTE: VALUES ARE BASED ON 1 MPH WINDS l
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i SC-420:9 TABLE II PROTECTIVE ACTION GUIDES FOR WHOLE BODY EXPOSURE TO AIRBORNE RADIOACTIVE MATERIALS POPULATION AT RISK PROJECTED WHOLE BODY GAMMA DOSE (REM)
GENERAL POPULATION 1 TO 5(A)
EMERGENCY WORKERS 25 LIFESAVING ACTIVITIES 75 (A)WHEN RANGES ARE SHOWN, THE LOWEST VALUE SHOULD BE USED IF
- THERE ARE NO MAJOR LOCAL CONSTRAINTS IN PROVIDING PROTECTICN AT THAT LEVEL, ESPECIALLY TO SENSITIVE POPULATIONS. LCCAL CONSTRAINTS MAY MAKE LOWER VALUES IMPRACTICAL TO USE, BUT IN NO CASE SHCULD THE HIGHER VALUE BE EXCEEDED IN DETERMINING THE NEED FOR PROTECTIVE i
ACTION.
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' TABLE III PROTECTIVE ACTION GUIDES FOR THYROID DOSE DUE TO INHALATION FROM A PASSING PLUME POPULATION AT RISK PROJECTED THYROID DOSE REM GENERAL POPULATION 5 - 25 EMERGENCY WORKERS 125 l
LIFESAVING ACTIVITIES (A) l (A)NO SPECIFIC UPPER LIMIT IS GIVEN FOR THYROID EXPOSURE SINCE IN THE EXTREME CASE COMPLETE THYROID LOSS MIGHT BE AN ACCEPTABLE PENALTY FOR A LIFE SAVED. HOWEVER, THIS SHOULD NOT BE NECESSARY IF RESPIRATORS AND/OR THYROID PROTECTION FOR RESITE PERSONNEL ARE AVAILABLE AS THE RESULT OF ADEQUATE PLANNING.
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l- l I i l PROJECTED DOSE (REM) TO l RECOMMENDED ACTIONS (a) l CCPMENTS l .
- l' k l THE POPULATION l l l l l l !.
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lWhole Body < 1 lNo planned protective actions (b) IPreviously recommended I f.
, l IState may issue an advisory to seek shelter lprotective actions may I h
- ) l Thyroid <5 l and await further instructions. lbe reconsidered or I t l l Monitor environmental radiation levels. lterminated. I C l l l l
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lWhole Body 1 to < 5 lFeek shelter as a minimum. lIf constraints exist, l l l Consider evacuation. Evacuate unless con- lspecial consideration I f.
,lThyrcid 5 to < 25 l straints make it impractical. Ishould be given for l L l l Monitor environmental radiation levels. levacuation of children l l l Control access. land pregnant women. l l i I l lWhole body 5 and above l Conduct mandatory evacuation. l Seeking shelter vould l l l Monitor environmental radiation levels and Ibe an alternative if l l Thyroid 25 and above I and adjust area for mandatory evacuation levacuation were not l 1 L
l l based on these levels. limmediately possible. l '
i l Irontrol access. l l I i i I '
a l Projected Dose (Rem) to l l l l Emergency Team Workers l l l .,
I i l l 1 i i l lWhole Body 25 IControl exposure of emergency team members lAlthough respirators l l I to these levels except for lifesaving land stable iodine 1 3 l Thyroid 125 l missions. (Appropriate controls for emer- lshould be used where 1 -
l l gency workers, include time limitations, leffective to control l i' l l respirators, and stable iodine.) ldose to emergency team l l l lvorkers, thyroid dose l lWhole body 75 l Control exposure of emergency team members Imay not be a limiting l
[{ l l performing lifesaving missions to this I factor for lifesaving l l l l 1evel. (Control of time of exposure will lmissions. l Ii l be most effective.) l l l .
r, (a)These actions are recommended for planning pur poses. Protective action decisions at the time ,[
b of the incident must take existing conditions into consideration. ~l-li !
] (b)At the time of the incident, officials may impicment low-impact protective actions in keeping __
twith the principle of maintaining radiation exposures as low as reasonably achievable. .j m.
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SC-420:12 ATTACHMENT I RELEAFE VFNT:
TIME /DATE:
PCET-FHUTCCUN' TIME: (HR)
EFFLUENT MCNITCR READINGE:
uCi/cc Gas (Monitor No. )
uCi/cc Particulate (Monitor No. )
uCi/cc Radiciodine (Monitor No. )
CFM Vent Flew (1) To convert CFM to ec/sec CFM x 2.83 x E + 4 cc/CFM x 1 min /60 sec = cc/see NCBLE GAF:
(2) To calculate release RATE in Ci/sec from monitErs uCi/cc x cc/sec x E - 6 Ci/uci = Ci/sec (3) To predict downvind concentration see-mph x Ci/see x 1/( ) mph = uCi/cc at (Xu/0) mJ (windspeed) (distance)
PARTICULATE:
(4) To calculate release RATE in Ci/sec frcm monitors uCi/cc x cc/sec x E - 6Ci/uci = Ci/sec (5) To predict downwind concentration sec-mph x Ci/sec x 1/( ) mph = uti/cc at (Xu/O) m3 (windspeed) (distance)
RADICICDINE:
(6) To calculate release RATE in Ci/see frem monitors uC1/cc x cc/see x E - 6Ci/uci = Ci/sec (7) To predict dcwnwind concentration sec-mph x Ci/sec x 1/( ) mph = uCi/cc at (Xu/C) mJ (windspeed) (distance) ,
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FC-420:12 EMERGENCY CFF-SITE SAMPLE PCINTS I I I i l C I I i C i i i ei I I I IcIR I Icl R I IcIR I I I I l P lA l l P lA l l R lA l l l 1R IE INl R IF lPl P lE l P l l l 1 IriE IcIE l F IC IE l E l C I l l ID IN lE IP lN l E l DlN l E I I s7MPLE l l l l l l l l l l 1 i PCINT l l l l l l l NUMBER l LCCATION I TEAM I FIFTT l EECCNP l
~l I I I FTACE I STACE l l l l l l l l l l 1 I I I l
l 1 l LAKE & KNICKERPCCKER l X l X l XIX l l X l l X l X l I I I I I I I I I I I I I 2 IERICK CFURCH & KNICKERPCCKFR l X l l lX l l l l l l l l 1 1 I I I I I I I I l 3 IBRICK CHURCH & CNTARIC CENTER I l X l l l X l l l l l
. I I I i l 1 I I I I I I l
l 4 IERICK CHURCH & ELCCUM lX l l lX l l I l l I I I I I I I I I i i i I 5 ILAKE & ELCCUM lX lX l X l X lX l l l X l X l l l i i i i i i i l I 6 lBFAR CREEK HARBOR I lX l X l l l X l l X l l l l 1 I I I I I I I I I I 7 lPUTMAN & FURNACE l l l X l l l X l l l l l l 1 1 I I I I I I I I I 8 lTRIMDLE & FURNACE l l lXl l l Xl I l l l l l l l l l l 1 1 I I l 9 lKNICKERPCCKER & KENYCN l l IXl l l X l l l l l 1 1 I I I I I I I I I I 10 lCNTARIC CENTER RD. & KENYON l X lX l l X lX l l l l l l 1 1 I I I I I I I I I I 11 lFLCCUM & KENYCN l X l l lX l l l l l l l l l I I l 1 I I I I I I 12 lRT-104 & CNTARIO CENTER l X IX l l l X l l X l l l l I I I I I I I I I I I l 13 lPT-le4 C KFICKERECCKER l X l l l l IX l l l l l l l l l 1 1 I I I i i i 14 IRT-lF4 & LAKESIDE I l X'l l l X l l l l l l l 1 1 I I I I I I I I I 15 leERc & LAKESIDE 'l IX l l l X l l I I l-1 I I I I I I I I I I l i 16 IBCSTCN & LAKFFICE l lX l l l X l l l l l l l l l 1 I I I I I I I i 17 ILAKE & LAKESIDE l lX l l l X l l IX l X l l I I I I I I I l l 1 I l 18 lONTARIC-CN-THE-LAKE l l l l l l l l l X l l l l l l I I I I I I I I 19 ISHEPHERD & FISHER l l l X l l l X l l l l l 1 I I I I I I I I I I I 20 ITRIMBLE & FISPER l l l X l l l X l l lX l l l l l l l l l l l 1 i l 21 lRT-104 & FISPER l l l Xi l l l l l Xl l l l l l l l 1 1 I I l-I. 22 ITRUMMONDS & ARBOR l l l Xl l l l l lX l
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FC-42ftl4 EMERGENCY OFF-SITE SAMPLE POINTS l 1 l l l C i l l C 1 l i C l l l , I IG IR l l G l R l lG IR l l l I IR IA l l R lA i l R lA l l l IR l E INl R l E l FIR l F lN l l l l E IE lG lE l F lC lE l E l C l l l l D lN l F lD lF lE l D lN l EI I SANPLE l l l l I l l l l l l 1 PCINT l l l l 1 l NUMBER I LCCATICN I TEAM i FIRST I FECCND l l l l l FTAcE I sTAcE I l l l 1 I I I I I I I I l 23 ITRUMMCNDS & WALWORTH-CNTARIC l l l Xl l l l l l X l l l l 1 I I I I i I i I l 24 IRT-350 & PADCY LANE IX l l l l l l X l l l l l l l l l l l l l l l 1 25 IRT-3se & 2e6 l xl l l l l lX i i I I I I I I I I I i l I I l 26 IWALWCRTH l X l l l l l l X l l l I I I I I I I I i i i l l 27 l STONY LCNESCME & LAKE l l X l l l l l l X l 1 I I I I I i I i i i i I l 28 lPULTNEYVILLE I l X lX l l l l l X l X l l I I I I I I I I I I l
! l 29 ISALMcN CREEK & EATCM i l lX l l l l l l X l l 1 1 I I I I I I I I I I 30 IFALMcN CREEK & RT-lC4 l l l X l l l l l l X l 1 I I I I I I I I I I i l
l 31 IRT-21 & RT-104 l l X l l l l 1 l X l- 1 l l l 1 1 I l l l I I I l l l 32 IMARICN (RG&E) EUB-STATICN l l X l 1 l l l l X l 1 1 I I I I I I I I i i l l 33 l PLANK ROAD & LINCOLN l X l l l l l l X l l l 1 I I I I i i l I I I I I 34 ICCUNTY LINE & LAKE l l X l X l l l l l X l X l I I I I I I I I i i i I
. I 35 ICCUNTY LINE & BCSTON l l l X l l l l l l X l l l l l- 1 I I I i i i l I 36 ICCUNTY LINE & BERG I I l X l l l l l l X l I i i I i i i i l i I l' I 37 ICCUNTY LINE & RT-104 l l l X l l l l l l X l l l 1 I I I I I I i i l l 38 lRT-250 & STATE l l l X l l' l l l l X l l l l l l l I I I I l l l 39 l SALT & PLANK l X l l l l l lX l l I l~ IEASTERN MCNRCE SERVICE CENTER I I l l l l l l l l l 4P l PLANK ROAD l l l Xl l l l l lXl l l l l l l l 1 1 I i l I 41 lPENFIELD l lX l l l l l l X l l l l l l i i i i l l i l l 42 ISALT & SCHLEGEL IX l l l l l lX l l l I I I I I I l l l 1 l l l 43 l SALT & WCCCWARD l X l l l l I IX l i l-1 I I l I l 1 1 I I I I l 44 lKLEM & WHITING l lX l l l* l l l X l- I
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EC-420: 15 EMERGENCY OFF-SITE FAMPLE POINTS l l 1 1 IC I I I c I I I C l l l l lG l R l l C l R I l C l P l l . I I IalA I l P l7 l l R l A l l l l R lE INIP lE INIP IE lN I l l IE IE loIE IE l e i r I r l C. i l l l D INlE IP IN IFlD lF l E l, i SANPLE l l l l l l l I l l l l PCINT I l l l l l NUMBER l LCCATION I TEAM l FIPET l FECOND l l l l l FTAcr i FTicr i I I I I I I I I I I I I
! 45 IL;KE RCAD & RCUTE 25F l lX l l l I l l X l l l I I I I i I i i I I I
, l 46 ICCUNTY LINE & PLANK lX l l l l l l X l l i I I I I I i i i I I i l l 47 lRT-21 & FARNSUCRTH I l X l l l l l l X l l l l l l l I I I I I I I I 4e 'lRT 21 & PCUND l l X l l l l l l X l l I I i I I I I I I i i l I 49 IrURNACE & KENYCN l l l X l l l Xl l l l l l l 1 I i i i i i i l l Sc IRT-25c & PLANK l X l l l l l l X l l l l l l l l I I I I I I I I 51 l PLANT & FIVE MILE LINF l IX l l l l l l X l l l l l l l .I l l l l l l 1 1 I I I I I I l l l 1
-l- 1 I I I I I I i i i l I I I I i I I I I I I I i i i i i i i i i I i i l l I I I I I I I I I l l 1 i i i I i i i i i i l I i I i I I i i i i l i l l I I i I i I i I I I l I I I I I I I I I I I I I i i I I i i i i l l I I I I I I I I I I i i I I I I i i i I I I I I I I I I I I I I I I I I I i i I I I i i i i i i I i I I i i I I i l I, I I I I I I I I I I I I I I I I I I I I I I l l l 1 I i 1 I I I I i i i l i I I I I I I I I I I I I I I I I I I I I i l l 1 -
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- 6.5 HOURS AFTER SHUTDOWN
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FC-420:24 KEY FACILITIES LCCATED ABOUT GIPNA SITF ccmpany and Prcduct Distence frem Fite Direction frer Fite Duffy-Mott Co., Inc. Williamsen 6-1/2 miles Fcutheest Br.by Fcods The Unterman Fced Prcducts Co. 3-4 miles Ecuth Fcod Processing Cntario Kraut Corp. 3-4 miles Ecuth FW 7 Railrced Ave.
Fcod Prccessing Victcr Preserving Co. 3-4 miles Fouth Fcod Processing Cntario Cold Stcrage 3-4 miles South EW Food Prccessing Waterman Fruit Prcducts Co. 3-4 miles Ecuth SW Fccd Processing Cntario Fecd Prcducts 3-4 miles South FW Food Processing Lyndan Products cc. 3-4 miles Fouth FN Food Processing Cntario Water District 1.1 mile East Williamson Water District 5 1/4 miles East Cntario Fire Department 4 miles Ecutheast Cntario Center Fire Department 3.5 miles South Unicn Hill Fire Department 5 miles southwest Cntario Town Hall 4 miles South i
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FC-420:25 PCUSES IN AND ABOUT GINNA SITE Fouse en Lake Road directly couth of plant Beebee 1,5ff ft. Fcuth Hcuse en S.U. corner of Lake Road and Ontario Ctr. Rd. Lecmis 2,0E0 ft. Ecuth FE Ucuse on North side of Lake Rd.
S.E. cf Fcience Center access Road Taillee 2,5PC ft. Foutheast Fcuse on private road north of above house 2,000 ft. Ecuthwest i
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GINNA STATION UNIT #1 COMPLETED DATE :-
ROCHESTER GAS AND ELECTRIC CORPORATION gg ,,
GINNA STATION CONTROLLED COPY NUMBER PROCEDURE NO. SC-323 REV. NO. 4 EMERGENCY OFF-SITE RADIATION SURVEY TEAMS TECHNICAL REVIEW PORC REVIEW DATE ~8"[d
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QC REVIEW PLANT SUPER {NTENDENT i
JUN 14 333 EFFECTIVE DATE 9
QA d NON-QA CATEGORY 1.0 l REVIEWED BY:
THIS PROCEDURE CONTAINS 27 ._
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FC-323:1 ~
SC-323
, EMERGENCY OFF-SITE RADIATION SURVEY TEAMS y s 1.0 PURPOSEr .,
1.1 'The prime ' objective of the Emergency Off-Site Radiation Survey Teams is to rapidly sur'.ey areas downwi~nd of the plant 7 site,in order to determine the extent and magnitude
'of any uncontrolled release of radioactive materials following i
. an incident. It should be stressed that the initial off-site aurvey is.of great importance. Decisions regarding the
'e x t e n t and types of protective actions required will be based upon data reported by the survey teams.
2.0 REhERENCES
2.1 SC-1, Radiation Emergency Plan 2.2 SC-421, Determination of Iodine or Particulate 2.3 SC-232 Voluntary Acceptance of Emergency Exposure
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3.0 INSTRUCTIONS
3.1 Obtain appropriate Off-Site Survey Team footlocker as directed by Tag Board assignment. If seal is broken, use equipment list inside . footlocker to inventory equipment. Request the assistance of the Survey Center Manager in obtaining replacement equipment if necessary.
3.2 Cbtain the following equipment which is not stored in footlocker.
3.2.1 Personal filaibadge and TLD. ,
3.2.2 One full-[ ace mask with voice emitter and cherecal filter for each team merber.' ,- ,
One.0-500 mr dosi/neter and one 0-5 R desii:teter ' for each
~
3.2.3 team iember. Sign-in on dosimeter Icg sheet.
3.2.4 Pack of 12 environmental TLD's frcm lead storagejcentainer.
3.2.5 Porta-Mobil II radio'and magnetic mount car antenna.
3.2.6 RADECO H-809C Portiable High Volume Air Sampler with filt'er ', .
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] 4 SC-323:2 3.2.7 RM-14 Radiation Monitor with HP-19E' Probe.
3.2.8 Auto-Digimaster or RC-2 dose rate meter.
3.3 Complete the following items prior to departing on the assigned survey route.
3.3.1 Check operation of radio system, portable air sampler, radiation count rate monitor, and dose rate meter using equipment check-out procedures in Appendix I.
3.3.2 Cbtain transportation and check vehicle for contamination by taking swipe survey or end window survey on the horizontal surf sces .with an PP-190 probe and count rate meter. If survey indicates surface contamination of more than 250 CPM above background contact the Survey Center Manager for decontamination instructions.
3.3.3 Load survey equipment into vehicle, fill in Survey Team
- Status Board, and inform Survey Center Manager of your depar-ture. Cbtain wind direction and speed data.
3.3.4 Log time, date, and survey team members on survey map.
l 3.3.5 Establish radio communications with Technical Support Center Radio Cperator and advise of teams departure.
3.4 Perform radiation surveys using the appropriate instructions of Appendix II while following the Primary Survey Route instructions contained in Appendix III.
l l
3.4.1 Do not enter areas where radiation levels are greater than 2 R per hour unless directed by a Health Phyicist.
3.4.2 The dose limitation of the survey team is limited to 1 REM unless the Health Phyicist or Emergency Coordinator authorizes a higher limit.
3.4.3 A one time dose limit of 75 REM may be used to save the life of an individual on a voluntary basis.
3.4.4 A one time dose limit of 25 REM may be used to insure eculpreent is operational or secured in order to prevent a greater possible hazard to the general public.
3.4.5 At each assigned survey point the team should report the following information to the Radio Operator:
-Location
! -Completed Actions
! -Results.of Surveys l -Departure for next Survey Point N- N' ,.? h... -D ! ____#___,_ _.__,t-.. '
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- 3 . 4'. 6 If radio contact cannot be made, report using a telephone.
Call collect on one of these numbers.
, GINNA E.C.F.
, 315-524-4446 315-524-4904 716-262-579P
/ * .
315-524-4973 716-262-5799
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716-546-7845 C
716-546-4015
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' -' 3.4.7 r '
Upon completien of Primary Survey Route inform radio operator 7-at the Tech Support Center.
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The Dose Assessment Manager will assign an Alternate Survey Route or direct you to return
/
- to the Survey Center.
o, i i f, 3.5 Full face masks with charcoal filters will be worn as directed by the Dose Assessment Manager. Potential internal contamination
, will be determined'by a Whole Pody Count after the survey.
3.6 Upon returning to the Survey Center perform a survey of team personnel for contamination. If any contamination greater than les CrM aeove dackground is found, contact the Survey Center Manager for decontamination instructions.
i 3.6.,1 Conduct a survey of the vehicl'e for contamination. If any contamination greater than 250 CPM above background is found contact the Survey Center, Manager for decontamination instruc-tions.
3.6.2 Give all filter cartridges, particulate filters, survey maps, and data records to Survey Center Manager.
3.6.3 Dispose of contaminated and potentially contaminated waste in an approved manner.
/
l '3.6.4 Restock, inventory, and seal Survey Team Eouipment Footlocker, V stow in an approved manner.
3.6.5 Return radio system, portable air sampler, radiation count rate meter,.and dose rate meter to the Survey Team Room ,
and place on charge as-appropriate.
3.6.6 Return 0-500 mri and 0-5 P- dosimeters and sian-out on dosimeter
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log sheet.
3.6.7 Fill out Survey Team Status Board nd inform Survey Center
( Manager of teams return. ,
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. SC-323:4 APPENDIX I EMERGENCY OFF-SITE RADIATION SURVEY TEAM EQUIPMENT CHECKOUT AND OPERATION t
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SC-.323:5 RADIC SYSTEM The radio system consists of a hand-held radio and magnetic mount car antenna. To checkout and operate the system, ccmplete the following steps.
Turn C-N Radio
- 1. Remove charger jack from lower side of the radio.
- 2. Turn the CFF-VCLUME control about half way to the right.
- 3. Turn the SOUELCH (SO) control to the right as far as possible.
A hissing sound will be heard from the speaker.
- 4. Adjust the VOLUME control until the hissing sound is easily heard but not annoyingly loud.
- 5. Turn the SOUELCH control slowly to the left until the hissing noise just fades out. This adjustment is very important, as it eliminates annoying noise when no one is calling you. It also determined how sensitive your radio will be to incoming calls.
- 6. In multi-frequency units, select the proper frequency. You are now ready to receive messages frem other radios in your system.
- 7. If radio is to be used with car antenna see mounting instructions.
. Mount Antenna on Car -
- 1. Ensure the vehicles metal roof is free of ice and snew.
- 2. Hold the magnetic mount antenna in the palm of your hand with the antenna wire pointed towards the rear or the vehicle and the base of the mount at an angle of about 45 degrees to the vehicle rcof.
- 3. Position the front edge of the mount in the approximate center of vehicle roof.
- 4. Lower the mount ont.o the vehicle roof. It will be held in place ,
by tha magnetic force.
- * * * * * * * * * * * * *
- CAUTION * * * * * * * * * * * * *
- DO NCT ATTEMPT TC MCVE THE ANTENNA BY SLIDING IT. YCU WILL SCFATCH THE SURFACE OF THE VEHICLE. ALWAYS REMOVE THE MOUNT BY LIFTING FRCM THE REARI
- * * * * * * * * * * * * *
- CAUTICN * * * * * * * * * * * * * *
- 5. Route the antenna lead wire into the vehicle between the door l _
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. SC-323:6 jamb. With any amount of weather striping the lead should not be damaged.
- 6. Affix the lead wire near the head liner with a piece of tape.
Insert the antenna connection plug into the side of the radio and tighten the locking screw in place. Do not remove the short antenna.
PRCCEDURE
- 1. The general procedure for communicating on the radio should be as follows:
a) Station called b) Red / Green / Orange Team c) Message d) "Over" During a drill or exercise all fictitious data will be preceded with the words "This is a drill...."
Examples:
" Tech Support Center, This is the Red team, at location number 1, Over"
" Tech Support Center, This is the Green team, this is a drill, Results of the general area survey at location 36 are 6,500 counts per minute above background, Over"
- 2. To transmit, depress the push-to-talk switch on the microphone.
Speak in a norm i voice across the microphone.
- 3. To receive, release the push-to-talk switch.
- 4. There may be time that the TSC or ECF will be receiving comunications from 6 team that you cannot hear. If this happens the Radio Cperator will tell you to wait or standby. After he has completed his traffic he will ask you to transmit your information. Remember this is one big party line; everyone can't talk at once. ,
- 5. When you have been directed to secure your Survey Team, turn the radio off, disconnect the antenna plug from the radio and remove the magnetic mount antenna from the vehicle by lifting up at the rear or the mount.
- 6. Connect the radio to the charger located in the Survey Team Rovm at the Survey Center, and place the magnetic mount antenna on the bench.
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SC-323:7 RADECO H 809C HIGH VOLUME AIR SAMPLER EQUIPMENT CHECK
- 1. Ensure power switch on air sampler is off.
- 2. Ensure battery charger is not plugged in and on the 12 volt position.
Black and red clips of battery charger are not touching.
- 3. Connect air sampler power cables to the battery charger, RED clip to positive and BLACK clip to negative.
- 4. Plug in battery charger.
- 5. Turn power switch on air sampler on.
- 6. Check flow meter on air sampler. Flow meter should be off scale high with no filters in place.
- 7. Turn power switch on air sampler off.
- 8. Unplug battery charger and disconnect air sampler power cables.
- 9. Separate clips of battery charger and clamp onto cabinet.
EQUIPMENT OPERATICN FRCM VEHICLE
- 1. Ensure power switch on air sampler is off.
- 2. Connect BLACK power clip to vehicle ground (engine block, chassis, etc.) and RED power clip to positive post of vehicle battery.
- 3. Ensure the filter assembly contains a GY-130 silver zeolite cartridge ,
and a particulate filter.
- 4. Turn air sampler on and record the sample date,' time, location, and air flow rate (normal is 1.5 CFM) on a sample envelope.
- 5. Run sampler for approximately 10 minutes.
- 6. Record air flow rate of air sampler in SCFM and time sampler turned off.
- 7. Turn air sampler off.
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, SC-323:8 RM-14 RADIATICN SURVEY METER EQUIPMENT CHECK:
- 1. Disconnect power cord from back of meter taking care not to turn test switch on.
- 2. Ensure that an HP-190 probe is connected to the detector jack.
- 3. Turn range switch to battery. Meter should read in the "BATT-OK" area.
- 4. Perform instrument source check. Obtain source from safe and verify meter reading corresponds to attached card then log meter reading onto source check log.
- 5. Turn range switch off.
EQUIPMENT OPERATICN:
- 1. Turn range switch to X1.
- 2. Place response switch in the " SLOW" position.
- 3. Adjust the volume control so that the audio indication (a click) can be heard.
- 4. The range switch should be adjusted such that the highest reading gives a mid-scale deflection.
- 5. All readings must be multiplied by the range switch setting (X1, X10, X100).
- 6. 2,200 CPM is approximately 1 mrem / hour. Maximum scale is 50,000 cpm or 23 mr per hour.
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! 7. Upon completion of the survey turn the unit off and return to
! the Survey Team Room. Unit should be recharged before the next use.
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. SC-323:9 AUTO DIGI-MASTER DCSE METER EQUIPMENT CHECK:
- 1. Turn unit on to be sure that the digital display lights.
- 2. Perform instrument source check. Obtain source from safe and verify that meter reading corresponds to attached card then log meter reading into source check log.
EQUIPMENT OPERATION:
- 1. Allow unit to complete one cycle (display will blink) before reading when turning unit on or when radiation level changes significantly.
- 2. Unit will automatically change from one range to the next. The reading is always direct.
- 3. The Digi-Master may be used to detect the presence of Bete but cannot be used for dose measurement of Beta. Also, Beta detection is only effective when the unit is operating in the mrem / hour range.
- a. Take a reading with the Beta window closed and record.
- b. Take a reading with the Beta window opened and record.
l l c. If the reading with the Beta window open is greater than
! the reading with the Beta window closed there is Beta radiation present.
- d. If a Beta dose rate is needed a survey with an RO-2 or equivalent instrument must be made.
- 4. Upon completion of the survey, turn off and return to the Survey Team Room. Unit should be recharged before the next use.
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, SC-323i10 RC-2 LOSE RATE METER EQUIPMENT CHECK i
- 1. Turn the function selector switch to the "BATT 1" and "BATT 2" positions. Meter should indicate above the battery cut-off line.
- 2. Perform instrument source check. Obtain source from safe and verify that meter reading corresponds to attached card then log i meter reading onto source check log.
EQUIPMENT OPERATION
- 1. Zero the meter by turning the function selector switch to "ZERO"-
and. turning the "ZERO ADJ" knob as necessary. The zero adjust may be made in a radiation field by placing the function selector switch at "ZERO ADJ".
- 2. To measure the radiation field pocition the function selector switch to the lowest range which provides a mid-scale deflection of the meter.
- 3. With the Beta shield closed the meter will read the whole body Gamma dose rate.
- 4. To obtain a Beta dose rate measurement perform the following:
CAUTION: The face of the beta window is very thin. Whenever the Beta shield is open, guard the shield against damage by puncture or contamination by dust or dirt.
Take an area measurement with the Beta shield closed.
- b. Open the sliding Beta shield on the bettcm of the case and I take an area measurement.
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- c. Subtract the closed shield reading.from the open shield reading and multiply by the Beta correction factor marked on the instrument.
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- d. This number is the Beta dose rate for that area.
- 5. When the survey is completed turn the function selector switch to OFF.
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SC-323:11 APPENDIX II RADIATION SURVEY INSTRUCTIONS l
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, SC-323:12 GENERAL AREA RADIATICN SURVEY
- 1. A general radiation area survey should be conducted while moving between defined survey points, and at the specific survey points.
- 2. The survey should be conducted using an RM-14 Radiation Monitor with an HP-190 probe. ,
- 3. When conducting a moving survey, the HP-190 probe should be installed in the mounting bracket and positioned outside a vehicle window.
The detection window of the HP-190 probe should be horizontal position and pointed to the rear of the vehicle to protected the detector from the elements and wind.
- 4. Vehicle speed should not exceed 15 mph during a mobile survey.
- 5. If the RM-14 reading changes more than 1,000 CPM stop and conduct a survey for Beta using the Auto Digi-Master or no-2.
- 6. Report the results of the mobile survey to the Radio Operator at the next survey point, or after completion of the Beta survey, t
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3 e SC-323:13 SUPVEY TO DETERMINE PRESENCE OF BETA RADIATICN
- 1. If the General Area Radiation Survey shows a change of IEOP CPM on the RM-14, or if the " plume" is suspected to be in your area, a survey to detect the presence of Beta radiation should be conducted.
- 2. Using an Auto Digi-Master, or RC-2 dose rate meter conduct the following surveys.
- a. With the detector window aimed up:
Beta shield open Beta shield closed Difference #1 = (open reading - closed reading) .
- b. With the detector window aimed down:
Beta shield open Beta shield closed Difference #2 =-(open reading - cio' sed reading)
- 3. If either difference #1 or difference #2 from Step 2 is positive this is an indication that Beta radiation is present.
- a. If both difference #1 and #2 are positive, this is an indication that you are in the plume.
- b. If only difference #1 is positive, this is an indication that the plume is overhead.
- 4. Repeat the results of the survey to the Radio Operator and await l further instructions from the Cose Assessment Manager.
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INSTALLATICN OF TLD
- 1. Specific locations for TLD's will be listed on the survey route instructions of will be given by the Dose Assessment Manager.
- 2. Hammer a nail into a utility pole at the specified location.
The nail should be positioned on the pole at head height and on the side closest to the site.'
- 4. Record the location (either survey point number or road intersee-tions), utility pole number, date time, and TLD number on the back of the survey map.
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SC-323:15 -
HIGH VCLUME AIR SAMPLE
- 1. Draw approximately 15 cubic feet of air through a CY-13P silver zeolite cartridge and particulate filter using a RADECC F P09C High volume air sampler. This will take approximately 10 minutes.
- 2. Record the sample date, time, and location (either survey point number or road intersections) on two sample envelopes and on the back of the survey map. -
- 3. Determine the background radiation level using the RM-14 Padiation Monitor and HP-190 probe. Record the reading on each envelope, and on the survey map. If background reading is greater than 200 CPM move to lower background prior to taking readings.
- 4. Using onion skins remove the GY-130 silver zeolite cartridge
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from the sample holder and read the activity level with the RM-14 Radiation Monitor and HP-190 probe by hciding the probe window on the inlet side of the cartridge filter. DC NOT TCUCH TFE PROBE WINDCW WITH THE CARTRIDGE. Record the reading on one envelope and place the cartridge in the envelope. Record the reading on the back of the survey map.
NOTE: If cartridge is reading off scale move probe approximately 1" from cartridge. Report and log data as being taken at 1". '
- 5. Read the activity level of the particulate filter using the RM-14 Radiation Monitor and HP-190 probe. DC NOT TOUCH THE PROBE WINDCW WITH THE PARTICULATE FILTER. Record the reading on the other envelope and place the particulate filter in the envelope. Record the reading on the back of the survey map.
- 6. Remove the onion skins and discard in a plastic bag. Treat as contaminated material.
l 7.. Report the following information to the Radio Operator:
l l a. Sample location
- b. Time sample was taken
- c. Volume of air sample in CF (See page 16 for calculations)
- d. Background count rate in epm
- e. GY-130 silver zeolite cartridge count rate in epm
- f. Particulate filter count rate in epm l
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SC-323:16 NCTE: Field calculations of the airberne activity level may be performed as follows:
Sampler volume in cubic feet equals the flow rate of the sampler in FCFM times minutes the sampler.
Iodine-131 (GY-130 cartridge)
(CPM Sample - CPM Background)(3.0 x E-9) =
uCi/cc (Volume of Sample in Cubic Feet) Iodine-131 Particulate (CPM Sample - CPM Background)(8.38 x E-10) =
UCi/cc (Volume of Sample in Cubic Feet) Particulate l .
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. SC-323:17 CFANGING FILTEPS AT FIXED ENVIRCNMENTAL STATICNS
- 1. Record the following information on the sample envelope left 5 rom the previous filter change:
- a. Cate
- b. Time
- c. System Vacuum (inches)
- d. Gasmeter reading (cubic feet)
- e. Total hour meter (record in column marked "CFF")
- 2. Turn pump off
- 3. Using onion skins remove the filter holder at the quick disconnect joint.
- 4. Unscrew the outside retaining ring and remove the particulate fi-iter from the holder and place in the sample envelope.
- 5. If a charcoal cartridge was in use transfer the information on the particulate filter envelope to a new envelope and place the charcoal cartridge in the envelope.
- 6. Place a new GY-130 silver zeolite cartridge in the sample head.
- 7. Place a new particulate filter in the holder, replace the retaining ring and reconn.ect holder to the pump at the quick diseraneet joint.
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- 8. Remove onion skins and place in a plastic bag. Treat as contaminated.
- 9. Turn the pump on.
- 10. Record the following information to two new envelopes. Mark one envelope "GY-130 silver zeolite".
- a. Station number
- b. Date
- c. Time
- d. System vacuum (inches) '
- e. Gasmeter reading (cubic feet)
- f. Total hour meter (record in the "CN" column)
- 11. Place the new envelopes inside the monitor cabinet.
- 12. Bring the envelopes containing the cartridge / filter removed to the Survey Center at the completion of your assigned route or
, when directed by the Cose Assessment Manager.
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FC-323:18 APPENDIX III OFF SITE RADIATION SURVEY TEAM INSTRUCTICN
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. SC-323:19 RED TEPH PRIMPRY SUPVFY RCUTF '.FSTRUCTICNS FCTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. From the Training Center driveway travel' east on Lake Road to Knickerbocker Road (1.1 miles). Place a TLD near the intersection of Lake Road and Knickerbocker Road (#1).
- 2. Go south on Knickerbocker Road to Erick Church Road (1.0 miles).
Place a TLD near the intersection of Knickerbocker Road and Erick Church Road (#2).
- 3. Continue south on Knickerbocker Road to Kenyon Road (1.3 miles).
Place a TLD near the intersection of Knickerbocker Road and Kenyon Road (49).
- 4. Go west on Kenyon Road to Slocum Road (1.9 miles).
- 5. Go north on Slocum Road to Erick Church Road (1.3 miles). Place a TLD near the intersection of Slocum, Road and Erick Church Road
(#4).
- 6. Continue north on Slocum Road to Lake Road (1.0 miles).
- 7. Report to Radio Operator for further instructions.
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PED TEAM FECCNDARY SURVEY RCUTE (WEST CR NCRTFWEST WINES) INSTRUCTICNS NOTE: Numbers given in parentheses are predesignated survey peints.
Mileages given are approximate.
- 1. From the intersection of Lake and Slocum Road.
- 2. Go east on Lake Road to Ontario Center Road (1.P mile)
- 3. Go south on Ontario Center Road to Route 104 (3.1 miles)
- 4. Continue south on Ontario Center Road / Route 350 to Route 441/Walkerth Road (6.3 miles).
- 5. Go east on Route 441/Walworth Road to main intersection in Vi13 age of Walworth (Walworth-Cntario Road, 1.f miles). Place a TLD near the intersection (#26).
- 6. Report to the Radio Operator for further instructions.
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SC-323:21 RED TEAM SECCNDARY SURVEY ROUTE (EAST CR NCRTHEAST WINDS) INSTRUCTICNS NCTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. From th.e intersection of Lake and Slocum Road.
- 2. Go south on Slocum Road to State Route 124 (3.1 miles).
- 3. Go east on State Route IP4 to State Route 350/ Ontario Center Road (1.2 miles).
- 4. Co south on State Route 350 to Plank Road (3.2 miles).
- 5. 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).
- 6. Continue west on Plank Road to Salt Road (1.5 miles). Place a TLD near the intersections of Plank Road and Salt Road (#39).
- 7. Go north on Salt Road to Schlegel Road (4.1 miles). Place a TLD near the intersection of Salt Road and Schlegel Road (#42).
- 8. Continue north on Salt Road to Lake Road and report to Radio Operator for further instructions.
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. SC-323:22 GREEN TEAM PRIMARY SURVEY RCUTE INSTRUCTICNF NOTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 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).
- 2. Go south on Lakeside Road to Boston Road (1.0 miles). Take a high volume air sample near the intersection of Lakeside Road and Boston Road (#16).
- 3. Continue south on Lakeside Road to State Route 104 (2.0 miles).
- 4. Go east on State Route 104 to Ontario Center Road (1.6 miles).
- 5. Go north on Ontario Center Road to Brick Church Road (2.1 miles).
Place a TLD near the intersection of Cntario Center Road and Brick Church Road (#3).
- 6. Continue north to Lake Road.
- 7. Report to Radio Operator for further instructions.
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SC-323:23 GREEN TEAM SECCNDARY SURVEY RCUTE (WEST OR NCRTHWEST WINDS) INSTRUCTICNS NCTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. From Lake Road and Ontario Center Road, go east to Pultneyville (7.0 miles). Place a TLD in the Pultneyville area (#28) near white settler monument at the Lake.
- 2. Go south frcm Pultneyville on State Route 21 to Pound Road (3.4 miles). Place a TLD along State Route 21 south of Pound Road
(#48).
- 3. Continue south on State Route 21 to Farnsworth Road (4.6 miles).
Place a TLD near the intersection of State Route 21 and Farnsworth Road (#47).
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- 4. Continue south on State Route 21 and into the Village of Marien (3.0 miles).
- 5. Return to Main Street in the Village of Williamson on State Route 21 (5.3 miles).
- 6. Report to Radio Operator for further instructions.
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FC-323:24 GREEN TEAM SECCNDARY SURVEY RCUTE (EAST CR NCRTEEAST WINDS) INSTRUCTICNS NCTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. From Lake Road and Cntario Center Road, go west to State *Foute 250. Place a TLD near intersection of Lake Road and State Route 250 (#45) (6.0 miles).
- 2. Continue west en Lake Road to Whiting Road (1.8 miles). ,
- 3. Go south on Whiting Road to Klem Road (1.8 miles).
- 4. Go west on Klem Road to Five Mile Line Road (0.4 miles).
- 5. Go south on Five Mile Line Road to Plank Road (3.4 miles). Place a TLD near the intersection of Five Mile Line Road and Plank Road (#51).
- 6. Continue south on Five Mile Line Road to Penfield Four Corners (intersection with Penfield Road, State Route 441) (3.6 miles).
Place a TLD near back of Baptist Church parking lot, 500' east of intersection on north side of Penfield Road (#41).
- 7. Report to Radio Cperator for further instructions.
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, SC-323:25 ORANGE TEAM PRIMARY SURVEY RCUTE INSTRUCTIONS NOTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. Travel east on Lake Road to Fisher Road (2.7 miles).
- 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 (#19).
- 3. Place a TLD near the intersection of Fisher Road and Shepherd Road (#19).
- 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).
S. Continue south on Fisher Road to Kenyon Road (0.7 miles). Go west on Kenyon Road to Furnace Road (1.1 miles). Place a TLD near the intersection of Kenyon Road and Furnace Road (#49).
- 6. Go north on Furnace Road to Lake Road (2.7 miles).
- 7. Report to Radio Operator for further instructions.
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SC-323:26 ORANGE TEAM SECCNCARY SURVEY RCUTE (WEST CR NORTHWEST WINDS) INSTRUCTICNS NOTE: Numbers given in parentheses are predesignated survey points.
Mileages given are approximate.
- 1. From Lake Road and Furnace Road, go south to Ridge Road (4.2 miles).
- 2. Go south on Walworth-Cntario Road to Trummonds Road (2.3 miles).
- 3. Go east on Trummonds Road to Arbor Road (1.1 miles). Place a TLD near the intersection of Trummonds Road and Arbor Road (422).'
- 4. Go north on Arbor Ro'ad to Ridge Road (2.3 miles).
- 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.
- 6. Continue east on Ridge Road to Tuckahoe Road (0.3 miles).
- 7. Go north on Tuckahoe Road to Salmen Creek Road (2.5 miles).
Place a TLD near the intersection of Tuckahoe Road and Salmon Creek Road.
- 8. Centinue north on Salmon Creek Road to Lake Road and report to xadio Cperator for further instructions.
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SC-323:27 ORANGE TEAM SECONDARY SURVEY ROUTE (EAST OR NORTHEAST WINDS) INSTRUCTIONS NOTE: Numbers given in parentheses are predesignated survey points. Mileages given are approximate.
- 1. From Lake Road and Furnace Road, go west on Lake Road to Roder Parkway ( access road to Ontario on the Lake) (5.1 miles). Go north on Roder Parkway to intersection with Ontario Drive and place a TLD near intersection (#18) (0.5 miles).
- 2. Return to Lake Road, continue west to County Line Road (2.4 miles) .
- 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).
- 4. Continue south on County Line Road to State Route 104 (1.2 miles).
Turn right onto State Route 104 and go to Salt Road (1.2 miles).
Turn lef t onto Salt Road to Plank Road (2.1 miles).
- 5. Go west on Plank Road to State Route 250 (2.8 miles).
i 6. Continue west on Plank Road to RG&E Eastern Monroe Service Center,
, 1270 Plank Road. Report results of surveys to Radio Operator.
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- 7. Return to Route 250 and go north on Route 250 to State Road (1.2 l miles). Place a TLD at the intersection of State Road and Route 250 (#38).
' 8. Continue north on Route 250 to Main Street in the village of Webster (2.3 miles).
- 9. Go east on Main Street to Phillips Road (0.6 miles).
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- 10. Go north on Phillips Road to substation #74 driveway which is 20' north of access road to State Route 104.
- 11. Report to Radio Operator for further instructions.
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GINNA STATION UNIT #1
_ COMPLETED DATE :-
ROCHESTER GAS AND ELECTRIC CORPORATION TIME :-
GINNA STATION '
CONTROLLED COPY NUMBER PROCEDURE NO. SC-240 REV. NO. 1 PROTECTIVE ACTION RECOMMENDATIONS TECHNICAL REVIEW PORC REVIEh DATE !p Yb c2AAM CC REVIEW SAA PLANT SU @ INTENDENT JUN 7 1983 EFFECTIVE DATE t
car x 3 NCN-QA CATEGORY 1.0 REVIEWED BY:
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SC-240:1 5C-2/8 1 -
PROTECTIVE ACTION RECOMMENDATIONS
- 1. 0 . PURPOSE *
~
1.1 Provide for the Shift Supervisor a method to estin. ate post accide'nt dose to the ' population around the Ginna Plant using Control Root:t indicaticns.
~
1.2 Provide guidance for recommending protective. actions to '
the State of New York, Wayne County and Menroe ; County during '
the first hour of an accident. ,i
2.0 REFERENCES
- I 2.1 SC-1 Radiation Emergency Plan /
2.2 NYS Radiological Emergency Preparedness Plan.
I.
2.3 EPA-520 Manual of Protective Action Guides and Protective l Actions for Nuclear Incidents (Feb. 1980) . .?
l 2.4 SC-420 Estimating of Offsite Dose ,
3 . 0. J,NSTRUCTIONS: ,
3.1 Using' Attachment II Estimated Dose Levels, determine the plant condition that best descrices the emergency situation and tecord:
Whole Body Dose Rem Thyrcid Inhalation Dose Rem l If the plant condition is not reflected on Attachment II ,'
l obtain the Plant Vent Gas reading using the SPING.
- a. Key On ,
- b. Push Data Button ~
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- c. Push 0, 2, 0, 7 Buttons -
l d. Push Enter Button I ;s ,
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- e. Record Reading _ --
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. f. . Multiply Reading by X 18
- s . Rem Khole Body for 2 Hr exposure If SPING is out of service use the Plant Vent Gas Monitor R-14 reading and refer to S-14.2 to determine release in uCi/cc s Multiply Reading by X 18
- Rem Whole Body for 2 hour2.314815e-5 days <br />5.555556e-4 hours <br />3.306878e-6 weeks <br />7.61e-7 months <br /> exposure.
- Multiplier from SC-420 Estimating Offsite Doses. '
3.2 Select the highest estimated Whole Body Dose Rem Whole Body 3.3 Determine protective action using Rem Whole Ecdy from step 3.2 (Attachment I for information only) 3.3.1 Less than 1 Rem - No protective action 3.3.2 > 1 Rem but < 5 Rem - Shelter population within 10 miles downwind.
3.3.3 ~>'5 Rem - Evacuate population within 10 miles downwind.
3.4 Select the estimated Thyroid Inhalation Dose
- Rem Thyroid 3.5 Determine protective action using Rem Thyroid from step 3.4 (Attachment I for information only) 3.5.1 Less than 5 Rem - Not protective action 3.5.2 > SR but < 25 Rem - Shelter population within 10 miles downwind l
3.5.3 > 25 Rem - Evacuate population within 10 miles downwind 3.6- Record highest protective action on Initial Notification
._ Status form SC-701 step 8.
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l Projected Deses I Roccamended Actims (a) l Ccaments (Rem) to the I i Populatim I l l I M.olo Body < 1 l No planned protective actims. (b) lPrevicusly recennended I state say: issue an advisory to seek lprotective actions may l shelter and ateit further instructions. lbe reconsidered or l t i t==i_=ted . /
Thyroid < 5 l Stanitor envircrannntal rmh t im levels.1
- I I hholo Body 1 to < 5 l See shelter as a minfaun. 'lIf u W & ts exist, I Ccmaider evacuation. Evacuate unless Ispecial ccmsideration I constraints nake it impractical. Ishould be given for >
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Ievacuatics of children I land pregnant wcmen.
7tyroid 5 to 4 25 l Mcmiter envim-wi.a1 radiation levels. l l 0:ntrol access. l I I i
hhola Body 5 and i Ocnduct Irandatory evacuaticn. ISeeking shelter w:uld -
l above l Mcmitor envim stal radiation levels Ibe an alternative if~
{- I and adjust area fcr nandatory evacuaticulevacuaticn were not '
/ n e , ,, I based en these levels. Iinmediately pessible.
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(a) 7hece 'acticos,are rea:mrended for planning purpcses. Protective act.icn decisiens at the time cf the incident nust take existing i canditirns into censideraticn.
(b) At the dine of,the incident,-officials nay implement icw-inpact protective 5:tiens in keeping with the principle of unintaining radiation exposures as icw as reasenably achievable.
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ESYDetND DOSE IJM!13 '
'INO HCUR DCSE OFFSI'IE ESTIMATED l
(AT 1500' RADIUS IBCM CUANTITIES REACIOR) RELEASED wxtr nIYBOID NDEE BCCY INHAIATICN CAc.ES I-131 (RD1) (RD1)
No Spray Ptsrps, and 2 Fans **
cn cfter proper safety injection core cooling 89 2 Ci/ day 1 Spray Ptzrp + 1 Fan cm**
cfter proper safety injecticn core coolirxJ 29 .7 Ci/ day 2 Spray Ptzrps cn after**
proper safety injection cera cooling 20 .5 Ci/ day
" Design Basis Irss Of*
Coolant Accident with Icdine rerraval by Spray &
Filter" and no breach of containtnent. 0.6 15.5 35 Ci/ day .35/ day Ga0 Decay Tank Rupture (Puff)* 0.3 < 10 150 Ci Ocotrol Bod Ejection
- 9.19 5.0 Steam Ilne Rupture Cutside*
C.V. - with tube leak negl 1.8 5 Ci .004 Ci
- no tube leak - -
Refueling Incident with*
diarcoal System Cn 0.17 1.7 1.%x104 2.7 Ci Steam Line Rupture in
- C.V.* 0.1 1.2 .005 Ci .001rci Steam Gen. Tube Rupture
- 8.003 0.15 5 Ci .5 rci
- NRC Safety Evaluaticn (for siting) values reduced by factor of 10.
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GINNA STATION
' UNIT #1 COMPLETED DATE : .
ROCHESTER GAS AND ELECTRIC CORPORATION TIME :-
GINNA STATION CONTROLLED COPY NUMBER PROCEDURE NO. SC-233 REV. NO. 2 SEARCH AND RESCUE OPERATION TECHNICAI. REVIDI PORC REVIDf DATE h-/f?B se z. n QC' REVIEW 9%Ad PLANT SUP5ftINTENDENT MAY 2 41983 EFFECTIVE DATE QA N NON-QA CATEGORY 1.0 REVIDfED BY:
THIS PROCEDURE CONTAINS 3 PAGES O
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EC-233:1 SC-233 SEARCH AND RESCUE OPERATION
1.0 PURPOSE
1.1 Provide a method for a search and rescue operation.
2.O
REFERENCES:
2.1 SC-213 Accountability of Personnel 2.2 SC-230 Immediate Entry Procedure 2.3 A-7 Procedure for handling illness or injury at Ginna Station
3.0 INSTRUCTICNS
3.1 The Security Manager at the direction of the Emergency Coor-dinator will institute a search and rescue operation based upon accountability.
3.1.1 Notify Security to scan area for missing individual (s).
3.1.2 Notify Control Poem giving the identity of missing individual (s).
3.1.3 Notify the on-site survey teams to visually scan for the missing individual (s).
3.1.4 Have an announcement made over the page phone " individual's name call security or dial phone number.)
j 3.2 The radio communicator in TEC shall notify in-plant survey teams of search and rescue operation and name of individual (s) .
3.2.1 should an in-plant survey team discover the missing individual (s):
3.2.1.1 Notify the Radio Communicator in TSC and give assistance '
as required.
3.3 Establishment of a search and rescue team, where practical, should consist of, 3.3.1 A co-worker that knows the missing individual.
3.3.2 An individual familiar with the use of radiation instruments and Health Physic practices.
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SC-233:2 3.3.3 Additional personnel as determined appropriate through discussion with Health Physics and Chemistry Manager, Maintenance Assessment Manager, and Security Manager.
3.3.4 The team shall consist of a minimum of two persons.
3.4 The search and rescue tea'm shau. tence the search as follows:
3.4.1 Initial briefing prior to beginning search to include:
3.4.1.1 Radiological concerns during search 3.4.1.2 Protective equipment needed 3.4.1.3 Dosimetry and Dose Rate Meter needed 3.4.1.4 Detailed information and description of individual 3.4.1.5 Last known location of individual 3 . 4 .1.'6 Communications during the searcit 3.4.1.7 Do not enter areas where radiation levels are greater than 2 R/hr unless given permission from the Health Physicist.
3.4.2 If dispatched from the Emergency Survey Center enter site using SC-230.
3.4.3 If dispatched from Operation Support Center use guidance of Health Physicist.
3.4.4 Commence search at last known area and expand to adjacent areas and buildings until individual is found.
3.4.5 '
Upon locating the individual give assistance as required and notify Security Manager.
3.4.6 The Security Manager will coordinate any additional assistance.
3.4.7 Upon removing the individual to a safe location (ESC, TSC, Hospital, etc.) report te Security Manager all events related to the search and rescue operation.
.2 - a . -- : :2. . . . - . . - - . . - - . - - .
SC-233:3 3.4.7.1 Pertinent information from the search and rescue operation shall be reported to the appropriate managers by the Security Manager and a rescue team. They may include:
3.4.7.1.1 Damage noted 3.4.7.1.2 Spills noted 3.4.7.1.3 Doses received 3.4.7.1.4 Radiation Reading 3.4.7.1.5 Unusual situation 3.4.8 The Security Manager will report the completion of the search and rescue operation to the Emergency Coordinator, and other emergency centers.
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GINNA STATION UNIT #1 COMPLETED DATE : .
RCCHESTER GAS AND ELECTRIC CCRPCRATICN TWE:.
GINNA STATICN CCNTROLLED COPY NUMBER PRCCEDURE NO. SC-204 REV. NO. 1 GENERAL EMERGENCY TECHNICAL REVIEW l
-["f PCRC REVIEW DATE tw m
' CC REVIEN PLANT Q ERINTENDENT l
JUN 7 1983 EFFECTIVE DATE QA NCN-CA CATECCRY 1.0 REVIEWED BY:
l THIS PRCCEDURE CCNTAINS 2 PAGES
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'x' SC-204:1 SC-284 GENERAL EMERGENCY
1.0 PURPOSE
1.1 The purpose of this procedure is to implement the Emergency Plan for a General Emergency.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-100 Event Classification
3.0 INSTRUCTIONS
3.1 Immediate Actions 3.1.1 Control Room Operator Sound the " Site Evacuation Alarm" if not already sounded.
3.1.2 Use appropriate plant procedures te limit or correct, condition.
3.1.3 Announce
" Attention Plant, we have a General ' Emergency, Emergency Response Personnel Report." ,
3.1.4 Shift Supervisor report to Control Room and:
- Evaluate Plant Conditions
- Direct the responses of personnel Assume the duties of the Emergency Coordinator until relieved.
3.1.5 Notify New York State, Wayne & Monroe Counties, and the NRC Cperations Officer using SC-604 within one hour.
3.1.6 During off duty hours, activate the Emergency Response Functions using SC-604 General Emergency Notification. ,
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SC-204:2 3.1.7 Assure all responsibilitiies for your Emergency Job position are complete. Refer to SC-200 Emergency Response Organiza-tion / Responsibilities.
Appropriate pages are:
3.1.7.1 Emergency Coordinator SC-200 Page 15 3.1.7.2 Control Room Operators SC-200 Page 19 3.1.7.3 Shift Technical Advisor SC-200 Page 17 3.1.7.4 control Room Communicator SC-200 Page 18 3.1.7.5 On Shift Health Physic Technician SC-200 Page 35 3.1.7.6 Auxiliary Operators SC-200 Page 20 3.2 SUBSEQUENT ACTICNS 3.2.1 Activate additional emergency response functions as necessary to respond to the event (SC-200 Emergency Respense Crganization) .
3.2.2 Monitor plant conditions for the need to reclassify the event in accordance with SC-100 Ever.t Classi.fication.
3.2.3 Keep New York State, Wayne & Monroe Counties, a'nd the NRC operations officer informed of s,ignificant changes in plant status.
3.3 CLCSE CUT 3.3.1 When the Plant has been stabilized and is in a safe condition, perform a verbal close with New York State, Wayne & Monroe Counties, and the NRC Cperations Officer.
I 3.3.2 An A-25.1, or other appropriate report, will be made.
l 3.3.3 A written summary will be submitted to the NRC within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
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'OMH A STATION UNIT #1 1
. CO M Pi.ETED DATE :-
RCCHESTER GAS AND ELECTRIC CCRPCRATION TIME :.
GINNA STATICN n CCNTRCLLED COPY NUMBER ,_
PRCCEDURE NC. SC-203 REV. NO. 1 SITE EMERGENCY TECHNICAL REVIEW PCRC REVIEW DATE l CC RIVIEW D '
(6 PLANT SU @ INTENDENT l l
l JUN 7 1983 EFFECTIVE DATE 1
QA NCN-QA CATEGCRY 1.C REVIEWED BY:
THIS PRCCEDURE CCNTAINS 2 PAGES
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SC-203:1 SC-203 SITE EMERGENCY
1.0 PURPOSE
1.1 The purpose of this procedure is to implement the Emergency Plan for a Site Emergency.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-100 Event Classification
3.0 INSTRUCTIONS
3.1 Immediate Actions 3.1.1 Control Room Cperator Sound the " Site Evacuaticn Alarm" 3.1.2 Use appropriate plant procedures to limit or correct conditicn.
3.1.3 Announce
" Attention Plant, we have a Site Emergency, Emergency Response Personnel Peport."
'3.1.4 Shift Supervisor report to Control Foom and:
- Evaluate Plant Conditions
- Direct the responses of personnel
- Assume the duties of the Emergency Coordinator until relieved.
3.1.5 Notify New York State, Wayne & Monroe Counties, and the NRC Operations Cfficer using SC-603 within one hour.
3.1.6 During off duty hours, activate the Emergency Respense Functions using SC-603 Site Emergency Notification.
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Appropriate pages are:
3.1.7.1 Emergency Coordinator SC-200 Page 15 3.1.7.2 Control Room Cperators SC-200 Page 19 3.1.7.3 shift Technical Advisor SC-200 Page 17 3.1.7.4 Control Room Communicator SC-200 Page 18 3.1.7 5 Cn Shift Health Physic Technician SC-200 Page 35 3.1.7.6 Auxiliary Cperators SC-200 Page 20 3.2 SUBSEQUENT ACTICNS 3.2.1 Activate additional emergency response functions as necessary to respcnd to the event (SC-200 Emergency Respense Crganization).
3.2.2 Monitor plant conditions for the need to reclassify the event in accordance with SC-100 Event Classification.
3.2.3 Keep New York State, Wayne & Monroe Counties, and the NRC Cperations Officer informed of significant changes in plant status.
3.3 CLCSE CUT 3.3.1 When the Plant has been stabilized and is in a safe condition, perform a verbal close with New York State, Wayne & Monroe Counties, and the NRC Cperations Cfficer.
3.3.2 An A- 25.1, or other appropriate report, will be made.
3.3.3 A written summary will be submitted to the NRC within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
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C1NNA STATION _
UNIT #1
_ COMPLETED DAid:-
ROCHESTER GAS AND ELECTRIC CORPORATION E **
CONTROLLED COPY NU'4BER U PROCEDURE NO. SC-202 REV. NO. 1 ALERT TECtiNICAL REVIE'1 PORC REVIEW DATE o Y
' QC REVIEW v"h PLANT SUP$AINTE'JDENT JUN 7 1983 EFFECTIVE DATE QA A NON-QA CATEGORY 1.0 .
f REVIE*TED BY:
THIS PROCEDURE CO'T"'AINS 2 PAGES 1
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T SC-202:1 SC-202 ALERT
1.0 PURPOSE
1.1 The purpose of this procedure is to implement the Emergency Plan for an Alert.
2.0 REFERENCES
2.1 SC-1 Radiation Emergency Plan 2.2 SC-100 Event Classification
3.0 INSTRUCTIONS
3.1 Immediate Actions 3.1.1 Control Room"Cperator notify the Shift Supervisor.
3.1.2 Use appropriate plant procedures to limit or correct condition.
3.1.3 Announce
" Attention Plant, we have an Alert Condition, Emergency Response Personnel Report."
t 1 3.1.4 Shift Supervisor report to Control Room and:
1 -
- Evaluate Plant Conditions
- Direct the responses of personnel
- Assume the duties of the Emergency Coordinatcr until relieved.
3.1.5 Notify New York State, Wayne & Monroe Counties, and the NRC Cperations Officer using SC-602 within one hour.
3.1.6 During off duty hours, activate the Emergency Response Functicns using SC-602 Site Emergency Notification.
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SC-202:2 3.1.7 Assure all responsibilities for your Emergency Job position are complete. Refer to SC-200 Emergency Response Crganiza-tion / Responsibilities.
Appropriate pages are 3.1.7.1 Emergency Coordinator SC-200 Page 15 3.1.7.2 Control Room Operators SC-200 Page 19 3.1.7.3 Shift Technical Advisor SC-200 Page 17 3.1.7.4 . Control Room Communicator SC-200 Page 18 3.1.7.5 Cn Shift Health Physic Technician SC-200 Page 35 3.1.7.6 Auxiliary Operators SC-200 Page 20 3.2 SUBSEQUENT ACTICNS 5.2.1 Activate additional emergency respense functions as necessary to respond to the event (SC-200 Emergency Nesponse Crganization).
3.2.2 Monitor plant conditions for the need to reclassify the event in accordance with SC-100 Event Classification.
3.2.3 Keep New York State, Wayne & Monroe Counties, and the NRC Cperations Cfficer informed of significant changes in plant status.
3.3 CLCSE CUT 3.3.1 When the Plant has been stabilized and is in a safe condition, perform a verbal close with New York State, Wayne & Monroe Counties, and the NRC Cperations Cfficer.
3.3.2 An A-25.1, or other appropriate report, will be made.
3.3.3 A written summary will be submitted to the NRC within 24 ,
hours.
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. GIN N A ' STATION UNIT #1 COM PLETif 0 DATE : .
PCCHESTER CAS AFP FIFCTRIC CCEPCPI.TICE TIME :.
GIUPA FTATICt! y CCNTFCLLEC CCPY NUMEEF PPCCEEUPE 1:C. FC-2Cl REV. rc. 1 CPUSUAL EVFNT TECl*FIC7L RFVIEli PCFC PEVIEi! CATE !S-- 3 9CC14 EEVIkt fn. & W PLAFT EUP yIITENEFFT JUN 7 .1983 FEFFCTIVF CATE Cl- 2 2:C E-CT. CATECCRY 1.C ELVIriFD BYr.
'II;I C PFCCECUFE CCPTAINE 2 PAGES gn- 4 w ,s mr a v -
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SC-201:1 SC-291 UNUSUAL EVENT 1.C PURPCSE:
1.1 The purpose of this precedure is to implement the Emergency Plan for en Unusual Event.
2.C
REFERENCES:
2.1 EC-1 Radiation Emergency Plan 2.2 FC-lCC Event Classification
3.0 INSTRUCTICNS
3.1 Irrediate Actions 3.l.1 Centrol Fcom Cperater nctify the Shift Superviscr.
3.1.2 Use appropriate plant precedures to limit er cerrcct ecnditicn.
3.1.3 shift Superviser repert to Contrcl Poem and:
- Evaluate Plant Conditions
- rirect the responses of personnel
, - Assume the duties of the Errergency Cecrdinator until relieved.
3.1.4 N o t i f y _.F e v, York Etate, 1.*ayno r= Penroe Counties, and the NPC Cperaticns Cfficer using FC-601 vithin one hour.
3.1.5 Assure all responsibilities for ycur Ercrgency Jcb res'itien i
are ccmplete. Fefer to SC-2CC Emergency Perpense Crganiza-tion /FesFcnsibilities. -
Appr.cgriate pages are:
3.1.5.1 Energency Cecrdinatcr EC-2CC Page 15 ,
3.1.5.2 Centrcl Recm Cperators FC-2rr Page Ja 3.1.5.3 Ehift Technical Adviser EC-2CC Page 17 l
3.1.5.4 Centrol Fcem Ccmmunicator FC-2PP Page le 3.1.5.5 Cn chift Eealth Physic Technician EC-2CP Page 35 3.1.5.6 Auxiliary Cperaters EC-200 Page 2F l
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3.2 EUBSECUE!!T ACTICNS 3.2.1 Mctify the Plant Superintendent and the Cuty Engineer of the event SC-6C1.
3.2.2 Activate additienal emergency respense functions as necessary to resFcnd to the event (SC-2PO Energency Response Crganization) .
3.2.3 Monitor plant conditiens for the need te reclassify the event in accordance kith SC-lCE Event Classification.
3.2.4 Keep New York State, Wayne & Mcnroe Countics, and the FFC Cperaticns Cfficer inferred of significant changes in plant status.
3.3 CLCSE CUT 3.3.1 toten the Plant has been stabilized and is in a safe ccnditien, perform a verbal close with rew York Ttate, bayne & Fenrce Counties, and the tcEC Cperatiens Cfficer.
3.3.2 An A-25.1, er cther apprefriate report, will be made.
3.3.3 A written surrary v.ill te cebritted te tl e FFC within 24 hours2.777778e-4 days <br />0.00667 hours <br />3.968254e-5 weeks <br />9.132e-6 months <br />.
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GINNA STATION UNIT #1 COMPLETED DATE:.
ROCHESTER GAS AND ELECTRIC CORPORATION TIME :.
GINNA STATION CONTROLLED COPY NUMBER ~
PROCEDURE NO. SC-4 REV. NO. 6 HIGH WATER (FLOOD) EMERGENCY PLAN TECHNICAL REVIEW PORC REYIEW DATE b-h-b
$ QC REVIEW PLANT SI(ptRINTENDENT JUN 141983 EFFECTIVE DATE
- QA cr NON-QA CATEGORY 1.0 l
l-l REVIEWED BY:
l l THIS PROCEDURE CONTAINS 2 PAGES l
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3 SC-4:1 SC-4 HIGH WATER (FLOOD) EMERGENCY PLA_N
1.0 PURPOSE
1.1 To provide instructions for response to rising lake level or flooding condition from a large pipe break or Deer Creek.
1.2 To provide instructions for appropriate notification to authorities of the above in accordance with pre-established classifications.
2.0 REFERENCES
2.1 Ginna FSAR Section 2.6.4 Floods and Low Water.
2.2 NUREG 0654, Appendix I, Emergency Action Level Guidelines for Nuclear Power Plants.
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3.0 INSTRUCTIONS
l 3.1 In the event that high water conditions exist or are eminent such as: Large pipe break.
l Lake level rises to a level of 252' -
0" USC and GS datum
( mark on discharge canal wall, and a continued rise is observed i or expected.
1 Flooding of Deer Creek Perform the following:
3.1.1 Evaluate and classify the condition per SC-100 Ginna Station Event Evaluation and Classification and implement applicable emergency response.
3.1.2 Notify Shif t Supervisor, Duty Engineer and Plant Superincendent as appropriate. ,
3.1.3 Secure system or line.
3.1.4 Review damage.
3.1.5 If any of the plant safeguard equipment is in any danger from flooding, the plant shall be placed in a cold shutdown condition.
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4 SC-4:2 3.2 If wave action causes water splashing over the discharge canal wall, or a hurricane pushes water over the armor stone, a water level watch shall be posted in the screenhouse,to monitor lake level, the screenhouse basement, and the storm sewage drainage. The retention tank level shall also be monitored for proper operation at high lake levels.
3.3 The Shift Supervisor shall notify RGEE Power Controller that a load drop may be forthcoming.
3.4 When water being to accumulate on the screenhouse operating floor or the lake is at a level of 253.5' perforn the following:
3.4.1 The Shif t Supervisor will order the plant . shutdown and placed in cold shutdown condition.
3.5 Flooding of Deer Creek. , .
NOTE: The topography of the plant site and the grading design provided that ground water from the two streams shall be easily drained to Lake Ontario, with no significant flooding of plant site.
3.6 The Plant Operations Review Committee shall review plant conditions and determine when the plant can be returned to power.
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GINNA STATION
, UNIT #1 COMPLETED DATE :-
ROCHESTER GAS AND ELECTRIC CORPORATION ,
I*
GINNA STATION CONTROLLED COPY NUMBER PROCEDURE NO. SC-2 REV. NO. 11 ADVERSE WEATHER EMERGENCY PLAN 4 TECHNICAL REVIEW PORC REVIEW DATE b'[-f3 steAkim QC REVIEW
~
M PLANT SUPEP.INTENDENT JUN 141983 EFFECTIVE DATE t
QA -< NON-QA CATEGORY 1.0 REVIEWED BY:
THIS PROCEDURE CONTAINS 3 PAGES G
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SC-2:1 SC-2 ADVERSE WEATHER ENERGENCY PLAN
1.0 PURPOSE
1.1 To outline the actions to be taken in the event of high winds > 60 mph, hurricane ferce winds > 69 mph, winds exceeding building design > 75 mph, a tornado watch or a tornado sighting.
1.2 To provide instructions for appropriate notification to authorities of the above in accordance with pre-established classifications.
2.0 REFERENCES
2.1 NUREG 0654, Appendix I, Emergency Action Level guidelines for Nuclear Power Plants.
3.0 INSTRUCTIONS
3.1 In the event of adverse weather conditions exist or are eminent such as:
Steady high vinds exist greater than 60 mph.
Steady hurricane force winds, exist greater than 70 mph.
Tornado watch, tornado sighting or tornado experienced.
Ice Stora.
Perform the following: ,
3.2 Evaluate the classify the condition per SC-100 Ginna Station.
E' vent Evaluation and classification, and implement applicable emergency procedure.
3.2.1 Notify all on-duty personnel and the security force.
3.2.2 Communicate the RG&E Power Controller in regard to the weather conditions and request he notify you of any pertinent change in the weather forecast or data.
3.2.3 Be aware that all precautions pertinent to normal o'r other emergency plant conditions are applicable.
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SC-2:2 3.2.4 The Shift Supervisor shall direct the Auxiliary Operators to increase their surveillance schedule in the following plant areas Screenhouse Transformer area, Auxiliary Building and Diesel Generator Roon.J.
3.2.5 The Shift Supervisor shall consider his authority to shut the plant down if:
In his opinion the plant cannot be operated safely.
Damage to the plant or its vital equipment is imminent.
Damage has occurred.
3.2.6 The Shift Supervisor'shall instruct the security force to i report to him any hazard, potential hazard, or other unusual condition observed during the course of their rounds.
3.2.7 Consider increased danger of personal injury to those whose duties require working outside the plant.
3.2.8 A thorough inspection of the p'lant shall be made before returning to normal operation after the adverse weather
- condition has cleared.
NOTE: If higher wind velocities are predicted (to approach __
hurricane winds at 70 mph) consider augmenting personnel in preparation for coping with higher wind forces before travel conditions become overly hazardous.
3.3 Perform the following if steady HURRICANE FORCE WINDS exists,
> 70 mph.
3.3.1 One emergency diesel generator shall be started and tied to safeguard Bus 17 or 18.
3.3.2 Increased surveillance of plant shall be commenced.
l 3.4 In the event the steady wind velocity reaches 75 mph (NY State Building Code design level) or gusts are in excess .
of 100 mph delay evacuating the plant and calling in additional personnel until extreme wind hazard conditions subside.
3.5 Perform the following during TORNADO WATCH.
3 3.5.1 If the area weather conditions are such that tornados are l possible as determined from the Power Controller, the Shift Supervisor shall post a tornado watch with a radio, on the Turbine Building roof.
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SC-2:3 3.5.2 If tornados are known to be in the plant area, one emergency diesel generator shall be started and tied to safeguard Bus 17 or 18.
3.5.3 If a tornado is sighted and is headed for the plant, load reduction s'nall be commenced and the reactor brought to the hot shutdown condition.
3.6 Perform the following during ICE STORMS.
3.6.1 The company Load Dispatcher shall keep the Shif t Supervisor informed of the possibility of losing and transmission lines due to severe ice build-up. Load reduction shall be determined through coordination between the Load Dispatcher and the Shift Supervisor, dependent on the consequences of the conse-quences of the storm and the protection of plant equipment and personnel.
3.7 Hold a meeting of the Plant Operations Review Committee within twenty-four hours of occurrences described in steps 3.3.1, 3.5.2 and 3.5.3 at the station and review the occurrence to determine if any further actions may be required.-
3.8 Return equipment to status as directed by the Shift Supervisor.
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