IR 05000522/1980001
| ML19276J925 | |
| Person / Time | |
|---|---|
| Site: | Skagit |
| Issue date: | 01/09/1981 |
| From: | Spencer G NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION V) |
| To: | Meyers R PUGET SOUND POWER & LIGHT CO. |
| Shared Package | |
| ML19276J926 | List: |
| References | |
| NUDOCS 8102190120 | |
| Download: ML19276J925 (2) | |
Text
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STE/0/B/1000/R20 Page I of 30 DUKI ?OWER COMPANY CCONEE NUCLEAR STATION EERGENCY FLAN / CRISIS MANAGEMEN"i PLAN PROCEDURE FOR ENVIRONMENTAL SURVEILLANCE FOLLGWING A L/,RGE UNPLANhTD RELEASE OF GASECUS RADI0 ACTIVITY 1.0 Pu rpo s e To provide a procedure for identifying gaseous plumes and obtaining field data indicative of the radiation exposure to the general public following an anplanned release of gaseous activity in excess of the limits establishco by Section 20.403(b)(2) of 10CFR20.
20 References 2.1 Station Directive 3.8.5 Emergency Plan.
.
{
NUREG-0654, Criteria for Preparation and Evaluation of Radiclogical 2.2 EmerFency Response Plans and Preparedness in Support of Nuclear Power Plants.
2.3 NUREG-0610, Draft Emergency Action Eevel Guidelines for Nuclear Power Plants.
2.4 Section 1G.4U3(b)(c) of 10CFR20.
2.5 Procedure NE/0/B/1000/R21, Radio Operations.
3.0 Limits and Precautions 3.1 The Field Monitoring Coordinator (FMC) or Environmental Surveillance Coordinator shall report'to the Station Health Physicist (Technical Support Center) once the Emergency Plan and Organization has been implemented.
3.2 The FMC shall report to the Off-Site Radiological Coordinator (System Health Physicist or designee) once the Crisis Management Center has been established.
3.3 The FMC shall call the Field Monitoring Supervisor (s) and team members to report to the Environmental Lab once the Emergency Plan has been implemented.
The names and telephone numbers of these individuals are 1:sted in Enclosure 5.1.
3.4 The field monitoring teams shall use particulate masks when airborne
particulate activity becomes > 3 x 10 pC/ml Beta-Gamma, or > 6 x 10~23 pC/ml Alpha.
- S102390
hL/J)DiLUVJ/ i Page 3 cf 30 4.3 The field teams upon obtaining their emergency kits and emergency vehicles shall before leaving the site:
4.3.1 Verify radio communications with the Technical Support Center or Crisis Management Center Base Station using prcper radio procedures (Procedure NE/0/3/10CO/R21).
NOTE:
If a radio becomes inoperable in the field, telephone locations listed in Enclosure 5.3 shall be used until the radio can be repaired or replaced.
4.3.2 Ensure the Portable Power Generators are operational, fully fueled, and additional fuel available in spare gas can.
4. 3.,
Ensure the back-up power supplies (DC-AC p,wer inverters)
are operating and operated satisfactorily as per Enclosure 5.4.
4.3.4 Battery check survey instruments and renponse check if applicable.
4.3.5 Ensure vehicle is fueled to maximum capacity.
4.4 Action Plan (
4.4.1 The Field Monitoring Coordinator's team shall consist of the FMC, two alternates, three Supervisors and two Radio Operators (Enclosure 5.1).
4.4.1.1 The radio operator (s) shall maintain communications with the Field Teams using proper radio procedures (Procedure NE/0/B/1000/R21).
4.4.2 Coordinator Action 4.4.2.1 The FMC shall be located in the Oconee Training Center and report to the Station Health Physicist once the Technical Support Cencer is established.
Once the Crisis Management Center is established the FMC will report to the Off-Site Radiological Coordinator.
4.4.2.2 The FMC shall direct the efforts of the Field Teams in obtaining pertinent field measurements and implement monitoring strategies and sample collection requirements.
4.4.2.3 The FMC shall advise the Dose Assessmen: Coordi-nator of results of field measurements.
4.4.2.4 The FMC shall assure adequate staffing and resources for the Field Team NE/0/3/1000/R20 Page 5 of 30 4.4.3.5.4 Air Sacpling Results in CPM of gross actielty cf particulate filters (Eber-line E-120).
'
4.4.3.5.5 Smear Results in CPM (Eberline E-120).
~
4.4.3.6 Illustrate and maintain up to date locations of teams on the plexiglas covered map.
,
a.4.3.7 If the radioactive plume cannot be detected wit nin the dourwind sector, the sfjcining two ectors shall be monitored by Teams A, B and C.
' reams D, E and F shall monitor tne remaining sectors to help locate the plume and/or to determine secondary contamination.
4.4.3.8 Inst.act teams on frequency of sampling at designated locations using tne following:
A2r sampler, Stabilized Assay Meter (SAM-2), Eber-line E-120 with EP-210 detector.
4.4.3.9 lustruct teams to collect and replace TLD's and tht C5-100 Charcoal Cartridges and particulate filters from air samplers located in the environweat as part of the normal environmental monitoring program.
(Procedures NE/0/B/1000/R10 and NE/0/B/
{
1000/R2, respectively).
Collect only those air samples and TLD's which are necessary for plume detection.
Locations of TLD's and Air Samplers are listed in Enclosure 5.3.
4.4.4 '
Team Action 4.4.4.1 Upon verification that all equipment is operating satisfactorily, the Fleid Teams shall proceed to their predeternined survey points (Enclosure
, 5.5) within the settor(s) designated by the Field h;nitoring Coordinator or Supervisor.
4.4.4.2 The Field Teams shall maintain open communice-tions with the Field Monitoring Coordinator or Su ervisor inform 2ng him of sample results at each uf the predetermined sampling locations.
Sample results will be recorded in the Team's Field Monitoring Data Log (Enclosure 5.9).
4.4.4.3 At each sampling location the teams shall:
4.4.4.3.1 Using the Eberline E-120 with HP-210 detector, perf orm a general area Beta-Gamma survey to determine noble gas concentrations in mR/hr.
Record on Field Monitoring Data Sheet (Enclo-sure 5.9) and report the dose rates to the FMC in mR/hr.
-
.\\
lU/ulsVVJ/ssoV Page 7 of 30 measure activity with Eberline E-120 with HP-210 Detector.
Record the
,
activity on Enclosure 5.7, then report the data in CPM ta the FMC.
Retain samples for later analysis.
4.4.4.3.8 Collect water samples in cubitainers at loc /ations and times designated by the FMC.
Label the cubitainers and retain for later analysis.
4.L.4.3.9 Place TLD's at locations and times designated by the FMC.
4.4.4.3.10 Collect air samples and TLD's that are located in the environment as part of the normal environmental monitoring program as directed by the FMC.
Record locations and collection times.
Locations are listed in Enclosure 5.8.
4.4.4.3.11 Return all samples to the Crisis Management Center as directed by the FhC.
Samples shall be transported to the Environmental Lab, Huntersville, N.C. for further analysis.
The Crisis Management Center Administration and k
Logistics Group shall be responsible for transporting the samples expediti-ously to the Environmental Lab.
4.4.4.3.12 The teams shall be supplemented, relieved, or secured as directed by the FMC.
3.0 En_ closures 5.1 Field Monitoring Organization (Names and Telephone Numbers of Members)
and Traing Documentaton.
5.2 Contents of Emergency Kits for Field Monitoring Teams.
5.3 Telephone Locations Within 10 Mile Radius of ONS.
5.4 Handling and Operatico c f DC-AC Power Inverter.
5.5 Predetermined Sar.;1ing Locations by Sector and Distance from ONS (1, 3 and 5 Miles)
5.6 Procurement of Helicopter (s) for Emergency Environmental Surveillance.
5.7
" ample Results from field Monitoring Teams.
O
';E/0/B/1000/R20 Page 8 of 30 5.3 Air Sampler and TLD Locations for ?!ormal Environmental Scnitoring Program.
5.9 Field Monitoring Team Log Sheet 5.10 Sample Iime Required For Minimum SamP e Yol GC-l
NE/0/B/1000/R20 Page 6 of 30
4.4.4.3.2 Take an air sample (10 ml) using the RADeCO Portable Air Sampler equipped with a Silver Zeolite Cartridge and particulate filter.
Use Enclosure 5.10 to ascertain sample time based on the flow rate (CFM) of the Air Sampler
for obtaining a 10 m1 sample volume.
Use the stopwatch to ensure correct time of sample.
Record time of sample, sample time (min.), air flow
(cfm) and sample volume (> 10 21) on Enclosure 5.9.
4.4.4.3.3 Place the silver :eolite filter in a poly sample bag and take a contact instrument reading using the Stabilized Assay Meter (SAM-2).
Count 131 the sample for I for two minutes and record results in CPM on Enclosure 5.9.
.4.1.4 Convert Counts Per Minute to pCi/ml as follows:
(NCPM) (*4.728 x10~7)
uCi/ml =
(Efficiency (Sample Volume in ml)
of SAM-2)
Where:
NCPM = Count Rate of Sample -
Count Rate of Background
- = Accounts for efficiency of Ag Zeolite filter and the conversion of NCPM to pCi Efficiency = Counting Efficiency of SAM-2 (written on instrument)
Sample Volume (ml) = 10 ml or Flow Rate (CFM) x Time (uin)
x (2.83x10 )
4.4.4.3.5 Record results to the FMC in pCi/ml.
4.4.4.3.6 Place the particulate filter from the air sampler in the same poly bag, take a contact instrument reading using the Eberline E-120 and HP-210 Detector for gross centaminants.
Record results on Enclosure 5.9.
Label bag and retain filters for later analysis.
4.4.4.3.7 Take smears at each location, place them in poly bags, label tt.e bags, and
NE/0/B/1000/R20 Page 4 of 30 4.4.3 Supervisor Action 4.4.3.1 The Field Monitoring Supervisor shall assist the FMC and be prepared to serve as the FMC in his absence.
4.4.3.2 The Field Monitoring Supervisor shall obtain meteorological information from the Station Health Physicist in the Technical Support Center.
When the Crisis Management Cent 2r is established meteorological information shall be obtained from the Off-Site Radiological Coordinator.
Meteorological conditions shall be updated every 15 minutes.
Meteorological data shall include wind speed, wind direction and air temperature (ground level and 120 feet).
4.4.3.3 The Supervisor shall dispatch Field Teams to predetermined survey points within the designated (dowavind) sector (s).
The predetermined sampling locations and responsible teams are listed by sector and distance (1, 3 and 5 miles) from the Station in Enclosure 5.5.
The sector (s) to be monitored or the " plume" path shall be determined by the Station Health Physicist or Off-Site Radiological Coordinator a2d is based on meteor-ological conditions which are subject to change at any time.
4.4.3.4 Field Teams D, E and F =ay or may not be dis-patched immediately.
Team D shall be used to identify secondary contamination or plume dis-persion outside of the downwind sector.
Team E, the boat team, will be used to monitor plume activity over Lake Keowee.
Team F is the heli-copter team and will monitor the plume from the air if determined necessary by the ORC (see Enclosure 5.6 on availa'oility of helicopter for emergency use).
L.4.3.5 The Supervisor or Radio Operator shall record all team data as received on Enclosure 5.7 such as:
4.4.3.5.1 Location and time of sample.
4.4.3.5.2 Dose Rates in mR/hr (Eberline E-120 with HP-210 Detector).
131I 4.4.3.5.3 Air Sampling Results in pCi/ml c f (san-2 measurements of Silver 2eolite Cartridges).
.it. / U / D / A V V V / N. V Page 2 of 30 131 3.5 If,the teams expece. to be exposed to I in excess e,f 10 MFC (9 x 10 * pC/ml), eacn team member shall ingest 130 milligram tabic.t of a
O 3.6 Team members shall use protective clothing at contamination levels >
2 2u00 dpm/ivo cm Beu-Gamma, / 500 dpm/ICO cm Alpha.
3.7 Environmental sampling during e aergency conditione shall not replace, but rather supplement normal environmental monitoring.
3.8 The Eberline Geiger Counters (E-120 with HP-210 aetector), Stabilized Assav Meters (SAM-2 with RD-22 detector) and Portable Air Samplers (RADeC0 H-809 F) shall be calibrated quarterly as per Health Physics Procedure (s).
Followiug calibration each instrument shall be affixed with a calibration label giving the date of calibration, source term, date of next calibration and initialed by the person performing the calibration.
3.9 An inventory of the emergency kits shall be conducted quarterly to ensure that items listed in Enclosure 5.2 are readily available.
Documentatica of the inventory shall be affixed to the kits listing the date of x
Mventory, deficiencies, corrt.ctive action and person conduct the inventory.
3.10 Annual training in the use of this procedure and the associated equipmeut and instrumentation shi'l be conducted.
Upon completion of the training Enclosure 5.1 wi.. be completed for documentation.
4.0 Procedure 4.1 Upon request for off-site environmental monitoring by the Station Health Physicist and/or the Off-Site Radiological Coordinator, the FMC shall report to the Technical Support Center (TSC).
The Field Monitoring Supervisor (s) and six (6) field teams shall report to the Environmental Lab to obtain the emergency kits to initiate surveillance.
Each emergency kit contains the items listed on Enclosure 5.2.
4.2 Five (5) field teams consisting of 2 technicians per team and one (1) helicopter team (1 person) shall be formed as follen.
Teams Call Sign Transportation *
A
" Alpha" Environmental Vehicle #8191 (1980 Ford Bronco)
B
" Bravo" Admin. Services Vehicle #6888 (1978 Ford Bronco)**
C
" Charlie" Admin. Services Vehicle #4205 (1974 Chevy Blazer)**
D
" Delta" Maintenance Vehicle #7770 (1979 Ford Pickup-Blue)**
E (Beat Team)
" Echo" Maintenance Vehicle #8134 (1980 Ford Pickup-White)
F (Helicopter) " Foxtrot" Administrative Vehicle #7103 (1978 Ford Station Wagon-White)
Administrative Vehicle #7104 (1978 Ford Station Wagon-Blue)
2 Pool of transportation - vehicles not limited to specific teams.
- Vehicles equippea for DC-AC Power Inverter NE/0/3/1000/R20 Page 9 of 30 ENCLOSL'RE 5.1 FIELD MONITORING ORGA';IZATION A'iD TP.AINING DOC'ZNTATION
.J) MONITORING COORDINATOR (S)
Primary:
J. J. Sevic - Office: S03/S32-5363(417); Hcae: S03/S82-1533 Alternate (s):
J. R. Leonard - Office: 704/875-1357(487); Home: 704/392-8271 G. Mode - Office: 803/831-2282; Home: 704/399-2966 FIELD MONITORING SUPERVISOR (S)
M. R. Killough - Office: 803/882-5363(417); Home 803/882-1310 T. Carroll - Office:
803/882-5363(103); Home 803/882-6067 L. J. Benge - Office: 803/882-5363(417); Home 803/654-7664 FIELD MONITORING TEAM MEMBERS Date of Annual Training Initial A.
Chemistry & Environmental 'ONS)
1.
Bobby Ice - Ext. #161; Home: 638-6806 2.
Gina Holliday - Ext. #161; Home: 654-5975
_ _
(
3.
Pat Sarrat - Ext. #161; Home: 859-9055
__
4.
Gary Sain - Ext. #161; Home: 878-4421 5.
Bobby Childress - Ext. #161; Home 654-1507
._
6.
Linda Day - E.7+.
- 16i; Home: 882-0662
,
7.
Lynette Fant - Ext. #161; Home: 882-4744 8.
David Manley - Ext. #378; Home: 882-8446 9.
Bill Shivers - Ext. #323; Home: 859-8360 10.
Mike Garrison - Ext. #323; Home 882-7880 B.
Health Physics (ONS)
1.
Steve Alexander - Ext. 41'7; Home: 868-9161 2.
Tom Gillespie - Ext. #177; Home: 638-9947 3.
Frank Reynolds - Ext. #325; Home: 882-1186 4.
Randy Smith - Ext. #325; Home: 868-9771
_ NE/0/B/1000/R20 Page 10 of 30 ENCLOSURE 5.1 1IELD l10Niich1NG ORGANIZATIOh,GD IRAINI:,v DOCC:1ENTATION Date of Annual Iraining Init2al 5.
Tom Smith - Ext. 325; llome. 882-4025 6.
Janet liu t c h i n s - F.x t. i/325: Home: 882-0082 7.
Burgess Laye - Ext. r/105 ; llome : 638-5187 8.
Paul Tichenor - Ext. </105; Home: 638-6774
_ _ _
9.
Barry Stewart - Ext. (/105; llome: 647-97B 10.
James Smith - Ext. //105 ; flome : 638-6629
9
.. 'e
/ /2
,..
Page 11 of 30 ENCLOS1?RE 5.2
,
CONTENTS OF EMERGENCY KITS FOR FIELD MONIJ ORING TEAMS 1.
Partable radio and anteana (Operations Manual and procedure)
5'berline Geiger Counter (E-120) with HP-210 detector 3.
Stabilized Assay Meter (SAM-2) with RD 22 detector 4.
Portable air sampler (RADeC0 H-809 F)
5.
Fifteen (15) Silver Zeolite (CP-100G) filter cartridges 6.
DC-AC power inverter with connections and/or portable 1800 watt power generator 7.
Key to vehicle designated for emergency use 8.
Two (2) MSA Ultra-view masks with particulate filters 9.
Ten (10) emergency TLD's 10.
Two (2) High Range Dosimeters with charger 11.
Two (2) Low Range Dosimeters (
12.
Four (4) sets of protectivt clothing (Anti-C)
13.
Potassium iodide tablets 14.
Smears 15.
One (1) water sampler for teams " Delta" and " Echo" 16.
One (1) stopwatch 17.
One (1) calculator 18.
Two (2) flashlights with extra batteries 19.
Pencils, paper, ruler 20.
Five (5) dollars in small change for telephone calls to the station 21.
Assorted poly bags 22.
Five (5) liter sample bottles
NE/0/B/1000/R20 Page 12 of 30 ENCLOSURE 5.2 CONTENTS OF EMERGENCY KITS FOR FIELD MONITORING TEAMS 23.
Ten (10; cubetainers 24.
One (1) tool kit for Team Delta 25.
One Log Book with Data Sheets (Enclosure 5.9)
2 t).
One (1) copy of " Procedure for Environmental Surveillance Following Large Unplanned Release of Gaseous Radioactivity" a
27.
Two (2) ten mile radius maps with 1, 3, and 5 mile zones and 22.5 sectors depicted
9
NE/0/B/1000/R20 Page 13 of 30 ENCLOSURE 5.3 f
TELEPHONE LOCATIONS WITHIN 10 MILE RADIUS OF OCONEE NUCLEAR STATION 1.
South Sector --
The Grocery Store at intersection of County 1 and County 358.
Pay Phone.
2.
South Southeast Sector --
Death Valley Exxon Station at intersection of SC 133 and US 123.
Pay Phone.
3.
Southeast Sector --
J. E. Smith's House.5 mile South of Daniel High School on SC 133.
Personal pbcne.
4.
East Southeast Sector --
U-Serve Filling Station in Norris on SC 137.
Pay Phone.
5.
East Sector --
(
A.
76 Service Station in Six Mile on SC 133.
Pay phone.
B.
C. T. Yongue's House about.25 mile south and.5 mile west of intersection of SC 133 and SC 137.
Persona;. phone.
6.
East Northeast Sector --
J. W. Adams' House about.5 mile south of SC 183 on County 158.
Personal phone.
7.
Northeast Sector --
Six Mile Junction store at intersection of SC 183 and SC 133.
Pay Phone.
8.
North Sector --
Gap 11111 Landing at end of County 157.
Pay Phone.
9.
Northwest Sector --
Burrell's Exxon Station in Salem on SC 130.
Pay Phon NE/0/B/1000/R20 Page 14 of 30 ENCLOSURE L.3 TELEPil0NE LOCATIONS WITHIN 10 MILE RADIUS OF OCONEE NUCLEAR STATION 10.
We i. t Sector --
Country Junction Store at intersection of SC 183 and County 24.
Pay Phone.
I1, West Southwest Sector --
M. D. Thorne's llouse.25 mile south of Keowee School on SC 188.
Personal phone t
NE/0/B/100?/R20 Page 15 of 3u ENCLOSURE 5.4 HANDLING AND OPERATION OF DC-AC POWER INFr.RTER Precautions and Handling 1.
The power inverter takes DC current from the vehicle's electrical, system and converts it to 120 volt AC :urrent.
Extreme care must be exercised when operating this piece of equipment.
2.
Never s-power inverter up cn it's side.
3.
NEVER TURN POWER INVERTER ON WHII.E VEHICIl ENGINE IS OFF.
4.
All other loads on vehicle electrical system must be off while power inverter is energized.
5.
Ensure the fins on back of inverter have enough air space to adequately cool the internal components when inverter is in operation.
6.
The DC-AC power inverter is a delicate instrument and should be carefully handled and transported at all times.
Operation
[-
In order for power inverter to operate, the vehicle's engine must be 1.
running.
2.
Operation a.
Turn off vehicle engine.
b.
Insure power inverter is turned off.
c.
Remove the two yellow male " dummy" fittings from vehicle female fittings.
(These are twist type connections.)
d.
The two connections on the power inverter and the vehicle are colored coded.
Connect the red (Positive) power inverter male fitting to the red vehicle female fitting.
Connect the black power inverter fitting to the black vehicle fitting.
(Insure both connections are snug and that no connections are loose.)
e.
Turn on vehicle engine and let it idle.
f.
Remove all other loads from vehicle electrical system prior to turning on the power inverter (turn off lights, heater, air conditioner, car radio, etc.)
NE/0/B/1000/R20 Page 1( of 30 ENCLOSURE 5.'.
HANDLING AND OPERATIGN OF DC-AC POWER INVERTER g.
Turn on power inverter and let it warm up for approximately 20 seconds.
h.
Plug in air samplu to power inverter 120 volt " load" outlet.
Turn on. air sampler and collect sample.
i.
Turn off air sampler, unplug sampler, and turn off power inverter.
j.
Tura off vehicle engine.
k.
Disconnect color coded male fittings on the inverter from female fittings on the vehicle.
1.
Reconnect yellow male " dummy" fittings to vehicle female fittings.
Repeat operation procedure at next sample location.
m.
9
NE/0/B/1000/R20 Page 17 of 30 ENCLOSURE 5.5 PREDETERMINED SAMPLING LOCATIONS FOR SECTORS NCRTH (A> AND NORTH NORTHEAST (B) FROM CCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector _
Location Team ONS (Mi)
Sampling Locations N
A-1 E
Lake Keowee - Midlake due west of Warpath Landing N
A-2 B or E
Gap Hill Landing N
A-3 E
West Shoreline of Lake Keowee from Gap Hill Landing N
A-4 E
East Shoreline of Lake Keowee -
Due East from Crow Creek Island h
A-5 E
Midlake at Crow Creek Island N
A-6 C or E
Old Town Landing N
A-7
10 Keowee Toxaway State P ek
{
(Hwy 11 and 133)
A-8 D or E
Hwy 11 bridge over Lake Keowee NNE B-1 t. or E
Warpath Landing - Lake Keowee NNE B-2 B
Junction of Hwy 157 (Gap Hill Rd) and 500 KV Transmission Line NNE B-3 B
Lake Hill Acres Campground - Hvy 157 (Gap Hill Rd)
NNE B-4 C
Junction of Hwy 133 and 327 (Keowee Church Rd)
NNE B-5 C
Hwy 327, Keowee Church NNE B-6 D
Junction of Hwy 133 and 49 (Shady Grove Ch)
NE/0/B/1000/R20 Page 18 of 30 ENCLOSURE 5.5 PREDETERMINED SA'iPLING LOCATIONS FOR SECTORS NORTREAST (C) AND EAST NORTREAST (D) FROM OCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locations NE C-1 A
Hvy 183 1 mile N of Lake Hartwell at Steel Gate (West Side of Road)
NL C-2 B
Junction of Hwy 183 and 157 (Gap Hill Rd)
NE C-3 C
Love & Care Nursing Home (Love & Care Rd)
NE C-4 C
Junction of Hwy 133 and Hunting Hollow Rd NE C-5 D
Martin Grove Ch., Junction of Hvy 172 & 32 NE C-6 D
Junction of Hwy 32 & 33 ENE D-1 A
Hw; 183 N of Hartwell Bridge
@ Keowee Cabins ENE D-2 B
Junction of tlwy 157 (Gap Hill Rd)
and Stewart Rd ENE D-3 C
Junctica of Hwy 137 and Belle Shoals Rd ENE D*
C
Hwy 137, 1.5 miles east of Hwy 183 at first road junction ENE D-5 D
Junction of Hwy 267 and 12 Mile Creek ENE D-6 D
Junction of Hvy 273 and 12 ?!ile Creek ENE D-7 D
Junction Hwy 183 and 287
,L/ / d/. 'O /. 2J Page 19 of 30 ENCLOSURE 5.5 PREDETERMINED SAMPLING LOCATIONS FOR SECTORS EAST (E) AND EAST SOUT! EAST (F.SE) FROM OCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Lo c r '. i o n Team ONS (Mi)
Sampling Locations E
E-1 A
Old Pickens Grocery, Junction of Hwy 182 and 160 E
E-2 B
Bridge @ Junction of Hwy 291 (Old Seneca Hwy) & Six Mile Creek E
E-3 B
Entrance to Foxfire Estates off Hwy 291 1 mile N of Hwy 160 E
E-4 C
Junction of Hwy 133 and 137 E
E-5 C
Junction of Hwy 133 and 337 (Main Bridge Rd)
E E-6 C
Junction of Hwy 337 and Camp Creek Rd (E E-7 D
Holly Springs Ch on Hwy 222 E-8 D
Junction of Hwy 138 and 137 E-9 D
Junction of Hwy 93 and 171
,
ESE F-1 A
Hwy 183 Bridge across Lake Hartwell ESE F-2 B
Junction of Hwy 160 and Furman L.
Smith Rd ESE F-3 B
Junction of Furman L. Smith Rd and Hwy 101 ESE F-4 C
Janction of Hwy 277 and 337 (Main Bridge Rd)
ESE F-5 D
Junction of Hwy 165 and 44 (Central, S.C.)
ESE F-6 D
Midway Ch Junction of Hwy 395 and 91 ESE F-7 D
Junction of Hwy 93 and 51 (Norris, S.C.)
NE/0/B/1000/R20 Page 20 of 30 ENCLOSURE 5.5 PREDETERMINED SAMPLING LOCATIONS FOR SECTORS SOUTHEAST (G)
AND SOUTH SOUTIEAST (H) FROM OCONEE NUCLEAR STATION Sa', ling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locations SE G-1 A
Hwy 183 @ entrance to Old Pickens Ch SE G-2 B
Hwy 291 @ entrance to Toby Hills Subdivision SE G-3 C
Pleasant Hill Ch @ Junction of Hwy 160 and 133 SE G-4 C
Daniel High School @ Junction of Hwy 133 and 15 SE G-5 D
Junction of Hwy 15 and 102 (Central, S.C.)
SE G-6 D
Junction of Hwy 123 and 18 SE G-7 D
Junction of Hwy 123 and 30 SSE H-1 A
Junction of Hwy 183 and 6 (Beaver Ponds)
SSE H-2 B
Hwy 291 two miles S of Hwy 160 SSE H-3 E
Hwy 291 and 27 @ Isaquena Park Entrance SSE H-4 B
Hwy 27, Lawrence-Ramsey Bridge Access Area SSE H-5 C
Jucction of Hwy 123 and 133 (Clemson, S.C.)
SSE H-6 C
Junction of Hwy 123 and 93 (Clemscu, S.C.)
SSE H-7 C
Junction of Hwy 93 and 320 (Littlejohn Colliseum)
SSE H-S C
Bridge across Lake Hartwell 1 mile E of Hwy 149 and 115 Junction
NE/0/B/1000/R20 Page 21 of 30 ENCLOSURE 5.5 PREDETERMINEL SA?1PLING LOCATIONS FOR SECTORS SOUTH (I)
AND SOUTH SOUTHEAST (H) FROM OCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locations S
I-1 A
0.5 Mf.les NE of Junction 130 and 6 S
I-2 A
Holder's Landing off Hwy 130 S
I-3 B
Junction of Hwy 27 and N Bayshore Dr.
S I-4 B
Junction of Hwy 27 and 359 (Hanover Hi]]s)
S I-5 B
Corinth Baptist Ch Hwy 1 (Old Clemson Hwy)
S I-6 C
Junction of Hwy 37 and 210 S
1-7 C
Clemson Oconee Airport, Hwy 37 SSW J-1 A
Junction of Hwy 183 and 130 k.
J-2 A
Junction of Hwy 130 and 38 s
J-3 E
Lake Kec ee, East Shoreline-o SSW J-4 B
Hwy 130 @ South end of Newry Dam SSW J-5 E
$
Lake Keowee, Midlake west of Newry Dam SSW J-6 B
Junction of Hwy 130 and 123 SSW J-7 C
Utica Elementary School, Seneca, S.C.
SSW J-3 C
Seneca Water Plant
NE/0/P/1000/R20 Page 22 of 30 ENCLOSURE 5.5 PREDETERMINED SAMPLING LOCATIONS FOR SECTORS SOUTHkIST (K)
AND WEST SOUTH'nTST (L) FROM OCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locations S'a K-1 A
Old Hwy 183, 1/4 mile W of Hwy 130 SW K-2 E
Lake Keowee, Midlake beneath Norcross Ga. 500 KV Transmission Line SW K-3 B
Fairview Ch. Hwy 340 SW K-4 B
Crooked Creek Bridge across Lake Keowee on Hwy 18P SW K-5 C
Oconee Memorial Hospital @ Hwy 123 & 28 SW K-6 C
Oconee Nursery, Hwy 28 WSW L-1 L
Lake Keowee, Cove immediately north of skimmer wall WSW L-2 E or A
End of Hwy 605 @ Lake Keowee WSW L-3 B
Junction cf Hwy 46 and 175 WSW L-4
5 2 Mi S of Hwy 46 and 175 Junction WSW L-5 C
Junction of Hwy 35 and 28 (West Union)
WSW L-6 C
Junction of Hwy 11 and 28 (West Union)
JL/V/L/
U / TsJ U Page 23 of 30 ENCLOSURE 5.5 PREDETLMINED SASPLING LOCATIONS FOR SECTORS WEST (M)
AND WEST NORTHWEST (N) FROM OC0hT.E NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locctions W
M-1 E
Due West of CNS on Lake Keowee W
M-2 A
Junction of Hwy 12 and 576 W
M-3 B
Junction of Hwy 223 and Crooked Creek-i M-4 B
Junction of Hwy 183 and 40 (Patterson's Grocery)
W M-5 C
Junction of Hwy 11 and 131 W
M-6 C
Junction of Hwy 11 and 183 ( WNW N-1 E
Midlake, due west of connecting
'
Canal Bridge in Lake Keowee
.
WNW N-2 A
Junction of Hwy 183 and 201 WNW N-3 A
Junction of Hwy 201 and 92 WNW N-4 B
Junction of Hwy 40 and 46 WNV N-5 B
Junction of Hwy 132 and Little River WNW N-6 C
Pickett Post on Hwy 11 and WNW N-7 C
Junction of Hwy 11 and 94
NE/0/B/1000/R20 Page 24 of 30 ENCLOSURE 5.5 PREEETERMINED S/JiPLING LOCATICNS FOR SECTORS NORTHWEST (0)
AND NORTH NORTHWEST (P) FROM OCONEE NUCLEAR STATION Sampling Sampling Responsible Radius from Description of Sector Location Team ONS (Mi)
Sampling Locations NW 0-1 A
Junction of Hwf 130 and 183 NW 0-2 A or E
Stamp Creek Landing at end of Hwy 92 NW 0-3 B
Junction of Hvf 132 and unmarked Rd.
NW 0-4 B
Junction of Hwy 130 and 200 NW 0-5 C
Tamasste DAR School off Hw/ 11 NW 0-6 C
Junction of Hwy 11 and 57 NNW P-1 E
West shoreline of cove immediately north of connecting canal on Lake Keowee NNW P-2 A
Stamp Creek Ch @ Junction of Hwy 128 and 130 NNW P-3 B
Junction of Hvf 200 and Stamp Creek NNW P-4 B
Church of God @ Junction of Hmf 200 and 128 NNW P-5 C
Junction of Hwy 11 and 171 NNW P-6 C
Junction of Hwy 11 and 127
'
.,v,,
s u u v i.- u Page 25 of 30 ENCLOSURE 5.6
,
PROCUREMENT OF HELICOPTERS FOR EMERGENCY ENVIRONMENTAL SLWr.ILI.ANCE Inland Airways, Greenville S.
C., is under contract to Duke Power Company to furnish one helicopter upon request and an additional helicopter within six hours following notification.
Once a helicopter is requested, there is a maxim 2 elapsed time of three hours for the helicopter to arrive at Oconee or other dispatched locations.
Helicopter service is limited to daylight hours and adequate flying weather.
The helicopters will hold three people, the pilot and two passengers.
To perform surveys, instrumentation may limit the passenger space.
To obtain helicopter (s) for emergency service contact:
Office Home 1.
W. M. Yelton*
704-373-4006 704-827-3763 2.
L. W. Johnson *
704-373-4561 704-523-3524 3.
L. M. Whisonant*
704-373-4977 803-324-0260 I
4.
E. B. Shuler*
704-373-4914 803-366-4614
- These contacts are in Duke Power Company Transmission Dept., Line Division
.
.VE/0/B/IC00/R20 Page 26 of 30 L:CLOSL?I 5.7 SAMPLE RESULTS FROM FIELD MONITORING TEAMS 3;,7E FJ IO OPELAIGh
.
TEAM SAMPLE TIME DOSE SMEAR AIR SAMPLES LOCATION RATE SLTIEY 231I GROSS mR/hr c/ MIN pCi/mi ACTIVITY C/ MIN
.,_
m-t
.
___
,
__
-N G
N'E/0/B/1000/R20 Page 27 of 30 ENCLOSCEE 5.S
,
AIR SA'1PLEF. AND TLD LOCATIONS FOR NORMAL ENVIRONMENTAL MONITORING PROGRAM AIR SAMPLE LOCATIONS 1.
Site 000 Visitors Center, in N. E. corner of parking lot 2.
Site 006 Clemson University Meteorological Station 3.
Site 009 Microwave tower off Highway 137 SSE of Six Mile toward Norris 4.
Site 014 Duke Power Company Environmental Health Offices on Old Highway 183 at lake TLD LOCATIONS 1.
Site 00-Visitors Center, in N. E. corner of parking lot 2.
Site 000.1 Onehalf mile east of Hwy. 183-130 junction on Hwy '83 under power line 3.
Site 000.2 Skimmer wall road (south) - one-half mile west of (
Hwy 183130 junction,f old Hwy 183 4.
Site 000.6 ONS CCV discharge area 5.
Site 000.9 NW Hwy 183 - one mile northwest of ONS cu Hwy 183 6.
Site 000.10 Skimmer wall road north 7.
Site 000.11 Hwy 183 E power line right-of-way east of Hwy 183 bridge 8.
Site 000.12 Old construction living quarters - road by Gate 2 to ONS 9.
Site 009.13 Emergency boathouse 10.
Site C00.14 Keovee Hydro Intake - fence at top of Keovee Dam 11.
Site 000.15 ONS boundary fence - North 12.
Site 000.16 ONS boundary fence - North 13.
Site 000.17 ONS boundary fence - West
NE/0/B/1000/R20 Page 28 of 30 ENCLOSURE 5.5 AIR SAMP'.1R MiD TLD LOCATIONS FOR NORMAL ENVIRCNMENTAL MONITORING PROGRAM
_TII LOCATICNS 14.
Site 000.18 ONS boundary fence - West 15.
Site 003.19 ONS boundary fence - South 16.
Site 301 Salem Voluntary Fire Department 17.
Site 002 Walhalla Branch Road SubStatica 18.
Site 003 Keowee High School Area - Mike Thorne's bcat shed 19.
Site 004 Oconee Memorial Hospital parking lot 20.
Site 005 Newry High School (abandoned)
21.
Site 006 Clemson Meteorological Station 22.
Site 007 Transmission tower base, Hwy 93, Central 23.
Site 008 Duke Power Co. branch office yard, Liberty (Control Station)
24.
Site 009 Microwave tower, Six Mile 25.
Site 010 Duh Power Co. branch office yard, Pickens 26.
Site 011 Warpath Landing
NE/0/B/1000/R20 Page 29 of 30 ENCLOSURE 5.9
-
FIELD MONITORING TEAM LOG SHEET LOCATION DATE COLLECTED BY _ _..
General Surveys - Eberline E-120 with HP-210 Detector Instrument No.
TIME DOSE RATEl TIME SHEAR SURVEYI TIME AIR FILTER SURVEY 2 mR/Hr NCPM NCPM
-. _
.. _...
_
_.._ _
_
I(
ind Particulate Sample - RADeC0 Sample No.
SAM-2 No.
RADeC0 AIR SAMPLER SAM-2 CONVERSIONl TIME OF SAMPLE x AIR FLOW x 2.83x104 : SAMPLE COUNTS / MIN - BACKGROUND - NCPM NPCM to pCi/M1 (NCPM)(4.78x10~ 7)
(SAM-2 Eff)(Sepie W1 in ml)
SAMPLI l TIME (Min)
(CFM)
VOLUME x
x 2.83x104
=
-
=
%.-
x x 2.83x104
-
=
=
x x 2.83x104
-
=
=
.
x x 2.83x104
=
=
-
x x 2.83x104
-
=
=
x x 2.83x104
=
=
-
x x 2.33x104
-
=
=
x x 2.83x104
=
__
_=
._
x x 2.83x104
-
=
=
x x 2.83x104
-
=
=
F 2 To be reported to Field Monitoring Supervisor by radi NE/0/B/1000/R20 Page 30 of 30 ENCLOSt*RE 5.10 SAMPLE TIME REQl' IRED FOR Fi?NIMUM SAMPLE VOLL'"E
.
,
FLOW RATE (CFM)
MINIMl'M REQUIRED SAM" LING TIME IN MINUTES
-
....
.5
.
1.0
1.5
.
J.0
.
2.5
.
3.0
.
3.5
.
..
4.0
4.5
9 NOTE:
When estimat1ng time r e q u i r e d t o ge t a rat u 2.muai vo l wne o f lx10'ml if flow rate for the air sempler in use is not on
'
table, go to nen Lowe; flow rate.
Exarple:
Air Sainpler slow rate = 3.6.
Mintm.v t.ime = 11 minutes