ML20210D102
| ML20210D102 | |
| Person / Time | |
|---|---|
| Site: | Oyster Creek |
| Issue date: | 01/31/1986 |
| From: | Fiedler P GENERAL PUBLIC UTILITIES CORP. |
| To: | Murley T NRC OFFICE OF INSPECTION & ENFORCEMENT (IE REGION I) |
| References | |
| NUDOCS 8603260337 | |
| Download: ML20210D102 (196) | |
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GPU NUCLEAR CORPORATION OYSTER CREEK NUCLEAR GENERATING STATION EFFLUENT RELEASE REPORT
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1985-2
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SUMMARY
OYSTER CREEK NUCLEAR GENERATING STATION 1985-2 SEMIANNUAL EFFLUENT RELEASE REPORT
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' The Semiannual Effluent Release Report is sttomitted to the United
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States Nuclear Regulatory Commission (NRC) every six months in accordance with the Oyster Creek Nuclear Generating Station (OCNGS) Technical Specifications. It summarizes the radioactive liquid and* gaseous
(. effluents released and solid radioactive wastes shipped from the OCNGS.
In addition, it describes the results of environmental measurements
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undertaken to assess the effects, if any, of such radioactive releases to
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the environment. Environmental media, including air, aquatic sediment, surface water, well water, soil, precipitation, . vegetation, shellfish,
( fish, and crabs, were' sampled on a routine basis at semimonthly, monthly and/or quarterly frequencies at 39 locations. The annual magnitude of effort to collect and analyze the environmental samples is in excess of four man years: at a cost exceeding $250,000.00. This report concludes that from OCNGS radioactive effluent releases are within the plant
{ technical specification limits and the Federal limits contained in Title 10, Part 20 of the Code of Federal Regulations.*'
For clarity, the report is organized into three parts.Section I provides a summary ~of plant operations for the reporting period.
Section II summarizes the meteorological data and effluents released I
{ from the. facility for the reporting period. It itemizes gaseous releases-b e
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- curies of fission and activation gases, 7.68 curies of non-particulate halogens, 9.44 curies of tritium, and 0.852 curies of
( particulate radioactivity. No radioacrive liquid releases were made from l the facility during the reporting period. Section II also itemizes 485 curies of radioactivity, contained in 228 cubic meters of waste, which was shipped offsite in 21 shipments. These releases are similar to or less than releases of nuclear plants of comparable type, age, and size.
The report underscores the fact that all effluents released were within
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the federal regulatory requirements of OCNGS Technical Specifications.
[ Section III summarizes the results of the Radiological Environmental Monitoring Program (REMP). This section concludes that no radioactive levels in environmental samples were attributable to facility operations for the reporting period. Natural radioactivity and weapons testing
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fallout were considered the causes of slightly higher than background readings, where detected. All levels of radioactivity in the environment r fall well within the acceptable levels considered by the NRC to safeguard the health and welfare of the general public.
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The data base is not complete per this date. Ground level releases r i L are not incorporated in the data base due to delays encountered in I obt'aining raw data. An addendum to. this report updating this section shall be prepared as soon as data are available, j E
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r LIST OF TABLES i e
LIST OF FIGURES iii I INTRODUCTION
{ 1 II~ EFFLUENT AND WASTE DISPOSAL
SUMMARY
5 III RADIOLOGICAL ENVIRONMENTAL
SUMMARY
63 IV - REFERENCES- 186
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LIST OF TABLES F
L' Tabia.4 Title Page Table 1A Effluent and Waste Disposal Semiannual Report- 13 1985-2. Gaseous Effluents - Summation of all Releases Tables 1B & Effluent and Waste Disposal Semiannual Report 14-15 lc 1985-2. Gaseous Effluents - Elevated Releases
[- Table ID Effluent and Waste Disposal Semiannual Report 16 1985-2. Gaseous Effluents - Ground Level Releases Table 2A Effluent and Waste Disposal Semiannual Report 17 1985-2. Liquid Effluents - Summation of all
( Releases Table 2B Effluent and Waste Dispos 51 Semiannual Report 18 1985-2, Liquid Effluents
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Table 3 Effluent and Waste Disposal Semiannual Report 19 1985-2. Solid Waste and Irradiated Fuel
[ Shipments ,
Table 4 Meteorological Classifications of Atmospheric 24 Stability
{ 1 Table 5A Oyster Creek Joint Frequency Tables of Wind 25-32 F through SG Speed and Direction (33 feet) versus Delta L Temperature (150-33 feet). 7/1/85 - 9/30/85 r Table 6A Oyster Creek Joint Frequency Tables of Wind 33-40
' through 6G Speed and Direction (33l feet) versus Delta Temperature (150-33 f eet) .. 10/31/85 - 12/31/85 I Table 7A Oyster Creek Joint Frequency Tables of Wind 41-48 L through 7G Speed and Direction (380 feet) versus Delta Temperature (330-33 feet). 7/1/85 - 9/30/85 Table 8A Oyster Creek Joint Frequency Tables of. Wind 49-56 through 8G Speed and Direction (380 feet) versus Delta r
Temperature (380-33 feet). 10/31/85 - 12/31/85 l
Table 9 Meteorological Data Recovery for the Oyster 62 Creek Nuclear Generating' Station I
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LIST OF TABLES
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Table i Title Page Table 10 Oyster Creek Station - Environmental 67-70 Monitoring Stations - Location and Sample Type Collected
- Table 11 Radiogas Film Badge' Exposures - 73 June,1985 through November,1985 Table 12 Gamma Dose to the Environment (mR/std month) 74 as measured by Thermoluminescent Dosimeter for June, 1985 through November, 1985 Table 13 Radiological Environmental Monitoring 75 Program Format Summary l
Table 14 REMP Semiannual Summary - 76 June,1985 through November, - 1985 Table 15 REMP First Quarter Summary - I25 June, 1985 through August, 1985
( Table 15 . REMP Second Quarter Summary - 146 September,1985 through November 1985 -
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Table 17 Summary of Maximum Individual Doses for the period 183 from July, 1985 through September, 1985 r Table 18 Summary of Maximum Individual Doses for the period L 184 f rom October,1985 through December,1985 y Table 19 Summary of Maximum Individual ~ Doses for the period 185
[ f rom July,1985 through December,1985 u
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LIST OF FIGURES b
L Figure # Title Page 1 Meteorological Data: Schematic Diagram of System components and Information Flow 23
[ 2 Wind Rose - 33' Level - July, 1985 .
through September, 1985 57
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3 Wind Rose - 380' Level - July, 1985 through September, 1985 58 4 Wind Rose - 33' Level - October,1985
[ through December, 1985 59 5 Wind Rose - 380' Level - October,1985
( through December, 1985 60 6 Oyster Creek Monthly Rainfall 61 7 Map of REMP Indicator Stations 71 8 Map of REMP '
Indicator and Background Stations 72
( 9 Gross Beta Activity in Surface Water 177 10 Tritium in Precipitation at Background I and Indicator Stations h 178 11 Gamma Exposure in the En'vironment as Measured by .Thermoluminescent Dosimeter 180
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[ I. INTRODUCTION L
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I r I.- INTRODUCTION 0 .
t The Oyster Creek Nuclear Generating Station has generated I electricity since December, 1969. The operating license permits station operation up to a power level of 1930 megawatts (thermal) at
[. a levelized, installed annual capacity of 620 megawatts (electrical). A more dee. ailed description of the facility can be
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obtained from the Final Environmental Statement.
This report is submitted in accordance with Section 6.9.3 of the-
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Technical Specifications - Appendix A of the Oyster Creek Unit Number 1 Provisional Operating License, DPR-16.
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Section I includes a brief summary of the plant operating status f rom June 1,1985 through
[ December 31, 1985.
{ Section II follows the format of USNRC Regulatory Guide 1.21'for the provision.of . summaries of OCNGS gaseous ef fluents, liquid *
[ effluents and solid waste offsite shipments. In addition, this -
section provides information on meteorological data for the reporting L
period of July 1,1985 through December 31, 1985.. A description of
- the meteorological data collection system is provided, as well as joint frequency distribution tables for the various stability classes
[ (in USNRC Regulatory Guide 1.21 format) and cumulative wind roses.
Section III provides a summary of the Oyster Creek Radiological
[ Environmental Monitoring Program and its associated sampling data for the reporting period of June 1,1985 through November 30, 1985 as required by section 4.6.B(3) of the Technical Specifications -
( Appendix A. Radiological Environmental data are presented as L
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recommended in proposed USNRC Regulatory Guide 4.8. This-3ection
) also relates plant effluent releases to-radiological environmental
(. . data.
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L PLANT OPERATIONS
SUMMARY
June 1,'1985 Generator at 92% Rated Power June 12, 1985 Reactor Scram June 17, 1985 Reactor Startup June 19, 1985 Generator On-Line 7 June 30, 1985 Generator at 93% Rated Power L
July 8, 1985 Reactor Scram -
July 9, 1985 Reactor Startup and Generator On Line b July 15, 1985 Generator at 71% Rated Power July 22, 1985 Reactor Shutdown
( July 31, 1985 Reactor Remained Shutdown August 3, 1985 Reactor Startup August 4, 1985 Generator On Line
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August 9, 1985 Reactor Scram August 10, 1985 Reactor Startup -
August 11, 1985 Generator On Line August 15, 1985 Generator at 86% Rated Power
- August 31, 1985 Generator at 87% Rated Power September 15, 1985 Generator at 93% Rated Power
( September 30, 1985 Generator at 90% Rated Power October 15, 1985 Generator at 90% Rated Power.
Octobe r 19, 1985 Reactor Was Shutdown L
October 31, 1985 Reactor Remained Shutdown November 15, 1985 Reactor Remained Shutdown November 16, 1985 Reactor Startup November 18, 1985 Generator On Line November 20, 1985 Reactor Scram Novem_be r 23, 1985 Reactor Startup November 24, 1985 Generator On Line Novembe r 30, 1985 Generator On Line at 93% Rated Power December 15, 1985 Reactor Scram-December 16, 1985 Reactor Startup December 17, 1985 Generator On Line
[ December 31, 1985 Generator On Line at 93% Rated Power
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E II. EFFLUENT AND WASTE DISPOSAL
SUMMARY
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EFFLUENT AND WASTE DISPOSAL
SUMMARY
A. Gaseous Effluents i
( During the reporting period, July 1, 1985 through December 31, 1985,
- curies of fission and activation gases, 1.81 curies of
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non-particulate halogens (iodines) with half-lives greater than eight days, 9.82 E-2 curies of particulates with half-lives greater than eight days, and 9.44 curies of tritium were. released. The maximum hourly
{ release rate of gross activity from the stack was 8.04 E4 microcuries per second which occurred at approximately 0800 on July 8, 1985. The first and second quarter airborne releases for this period are summarized in Tables lA through ID, which are found on pages 13 through 16.
B. Liquid Effluents
, A total of 1.77 E7 liters of water was processed through the radwaste system. Of this total, none was released to the environment.
[ The first and second quarter liquid release data for this period are summarized in. Tables 2A and 2B, which. are found on pages 17 and 18.
C. Solid During the reporting period, a total . volume of 2.28 E2 cubic meters of solid waste containing 4.85 E2 curies of radioactivity was shipped off
[' site in 21 shipments. No irradia'ted fuel was shipped off site. The solid waste shipments are summarized in Table 3, page 19.
The data base is not complete per this date. Ground' level releases are not' incorporated in the data base due to delays encountered in obtaining
( raw data.- An addendum to this report updating this section shall be j prepared as soon as data are available.
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D. Meteorological Data During the reporting period, onsite meteorological conditions were monitored and recorded. The joint frequency distribution of.
wind speed and direction data obtained from the 116 meter (380 feet) l
[ and the 10 meter (33 feet) sensors are summarized for each stability class per quarter. Also included are percent of data recovery and cumulative wind roses for 10 meter (33 feet) and 116 meter (380 feet) elevations. The meteorological data are summarized in Tables 4 s
through 9 which are found on pages 24 through 62.
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h EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT
. SUPPLEMENTAL INFORMATION
. FACILITY - Oyster Creek Nuclear Generating Station f
LICENSEE - Cwner - Jersey Central Power & Light . Company .
Operator - GPU Nuclear Corporation-
- 1. Regulatory Limits
- a. Fission and Activation Gases:
Technical Specification 3.6.A.1 a
Q = 0.21 Ci/sec
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- b. Iodines and particulates,. halflives >8 days:
( Technical Specification 3.6.A.2 4 uCi/sec
- c. Liquid Effluents:
Technical Specification 3.6.B.1
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Maximum permissible concentrations, Appendix B, Table II, Column 2
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of 10 CFR 20.
[ 2. Maximum Permissible Concentrations (MPC)
- a. Fission and Activation Gases:
- l. First Quarter - 3.66 E-3 uci/cc '
- 2. Second Quarter - 3.53 E-3 uci/cc
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- b. Iodines and Particulates:
- 1. First Qua'rter - 4.24 E-8 uCi/cc
- 2. Second Quarter - 4.24 E-8 uCi/cc e
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- c. Liquid Effluents:
L-From Appendix B, Table II, Column 2, of
( 10 CFR 20-
- 3. Average Energy
- a. First Quarter.- 6.12.E-1 Mev/ Dis
- b. Second Quarter - 6.30 E-1 Mev/ Dis
- 4. Measurements and Approximation of Total Radioactivity
.a. Fission and Activation Gases:
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The incorporation of a weekly grab' sample analysis using gamma ray spectrometry with a GeLi Detector, a conversion f actor and the continuous recording of the stack effluent on a continuous activity monitor. .
- b. Iodines:
Semi-weekly sample analysis using gamma ray spectrometry with a GeLi Detector.
- c. Particulates:
Semi-weekly sample analysis using gamma ray spectrometry with a l
GeLi Detector and a low background internal proportional beta !
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'd. Liquid Effluents:
Analysis per batch release using gamma ray spectrometry with a
( GeLi Detector, a low background beta counter, and a liquid scintillation counter.
( Analysis of Error-Associated with the Measurement of Radioactive Materials in Effluents and Solid Wastes Effluents
( All stages of the production of effluent estimates have been assigned an estimated and cionservative error potential. Stages include sample collection, radiochemical analysis, and compilation of the effluent estimation process. The use of these -error f actors assures that
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facility effluents will not be underestimated.
Solid Waste
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The process by which the levels of radioactive materials in solid -
wastes are estimated is one which requires conservatism throughout.
Representative sample analyses and/or surf ace contamination curveys are combined with estimates of waste volume to provide the level of
-radioactive materials in solid wastes. Conservative techniques are used in all phases of this process to assure that the amount of
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radioactive material in solid wastes is not underestimated.
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- 5. Batch Releases
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- a. Liquid Number of batch releases:
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- a. First Quarter - No Releases
- b. Second Quarter - No Releases
. 2. Total tim'e period for batch releases:
- a. First Quarter - No Releases
- b. Second Quarter - No Releases
- 3. Maximum time period for a batch release:
- a. First' Quarter - No Releases
- b. Second Quarter - No Releases
- 4. Average time period for a batch release:
- a. - First Quarter - No Releases
- b. Secon'd Quarter - No Releases
( 5. Minimum time period for a batch release:
- a. First Quarter - No Releases
- b. Second Quarter - No Releases ,
- 6. Average stream flow during periods of release of effluent in a flowing stream:
(. a. First Quarter - No Releases
- b. Second Quarter - No Releases
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- 6. Abnormal Releases
-a. Liquid
- 1. Number of releases:
None
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Not Applicable b.. Gaseous
- 1. Number of releases: '-
None
[.. 2. Total activity released:
Not Applicable 1
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l l TABLE lA h EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1985-2 GASEOUS EFFLUENTS-SUMMATION OF ALL RELEASES l l
[ Unit First Second Est. Total
( Quarter Quarter Error %
A. Fission & activation gases l1. Total release l Ci l ** l ** l 3.0 El l l2.- Average release rate for period luCi/sec l ** l **
l l3. Percent of Tech Spec limit l % l **
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l B. Iodines l1. Total Iodine-131 l Ci l 8.01 E-1 l 1.01 l 2.5'El l l2. Average release rate for period luci/sec l' 1101 E-1 l 1.27 E-1 l
( l 3. Percent of Tech Spec limit
- l- % l 2.'65
- l 3.36 *- l C. Particulates
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Particulates with
- l. half-lives > 8 days Ci 4.05 E-2 5.77 E-2'
{ 2.5 El l2. Average release rate for period luci/sec l 5.09 E-3 l 7.25'E-3l l3. Percent of Tech' Spec limit
- l t l 2.65
- l 3.36
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l4. Gross alpha radioactivity l Ci l 4.52 E-6 l 3.51 E-6 l~
D. Tritium
[ l1. Total release l Ci l 1.73 l~ 7.71 l 4.0 El l-l2. Average release rate for period luci/sec 'l 2'.17 E-1 l 9.69 E-l l
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Percent of Tech. Spec. Limit for Iodines and Particulates as Required by Technical
. Specification 3.6.A.2
- The data base is not complete per this date. Ground level releases are not incorporated in the data base due-to delays encountered in obtaining raw data.' An addendum to this report updating this section shall be prepared as soon as data are available.
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-l l TABLE IB
. EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1985-2 GASEOUS EFFLUENTS-ELEVATED' RELEASE l l CONTINUOUS MODE f' Nuclides Released Unit First.
Qua rte r Second Qua rte r LLD uCi/cc
- 1. ' Fission gases l Krypton-85m
- l Ci l 5.47 E3 l 5.75 E3 l l 4.24'E-8 l~
( l Krypton-87 l Ci l 1.06 E4 l 1.10 E4 l l 7.42 E-8 l l Krypton-88 l Ci l 1.39 E4 -l -1.44 E4 l l 1.34 E-7 l Xenon-133
( l l Ci l 1.23 E4 l 1.16 E4 l l 1.75 E-7 l l Xenon-135 - l Ci l 2.36 E4 l 2.57 E4 l l'3.63 E-8 l l Xenon-135m l 'Ci l 3.68 E3 l 3.50 E3 ~l l 6.36 E-8 l Xenon-138 Ci '2.99 E3 5.04 E3 l l l l l l 1.39 E-7 -l l others l l l l l l l Krypton-89 l Ci l ( LLD ' l (LLD l l 5.76 E-7 l l Xenon-131m l Ci l 6.06 E3 -l 1.30 E4 l l 1.94 E-6 l
[ l Xenon-133m l Ci l < LLD l (LLD l l 3.25 E-7 l l Xenon-137 l Ci l <LLD l ( LLD l l 4.28 E-7 l
( l l l l l l l l l l l l l l j l Total for period l Ci ~l 7.86 E4 l 9.00 E4 l l l
- 2. Iodines l Iodine-131 l Ci l 8.01 E-1 l 1.01 l l 1.44 E-13 l
[ l- Iodine-133 l Ci l 1.63 l 1.49 l l 2.65 E-13 l l Iodine-135 l Ci l 1.94 l 8.13 E-1 l l 8.63 E-13 l
( l Total for period l ' Ci l 4.37 l 3.31 l l l
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I I TABLE IC
( EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1985-2 GASEOUS EFFLUENTS-ELEVATED RELEASE l- l Nuclides Released Unit First Second LLD Quarter Qua rte r uCi/cc
- 3. PARTICULATES l' Strontium-89 l Ci l 1.03 E-2 l~ 8.49 E-3 l l 3.32 E-16 l
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-l Strontium-90 l Ci l 4.27 E-5 l 6.87 E-5 l l 5.27 E-17 l l Cesium-134 l Ci l 1.22 E-4 l 2.52 E-3 l l 1.47 E-13 l Cesium-137 Ci 3.23 E-4 l 3.20 E-3-l
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l l l l 2.57 E-13 l l Barium-140 l Ci l 9.57 E-3 l 5.20 E-3 l l 6.07 E-13 l l Lanthanum-140 l Ci l 6.90 E-3 l 3.81 E-3 l l 9.07 E-14 l r l l l l l l: l
( l OTHERS l l. l l- l l l Sodium-24 l Ci l 7.24 E-3-l 9.86 E-3 l l2.07E-13l
{ l Ch romium-51 l Ci l 1.88 E-4 l (LLD l l 1.35 ' E-12 l l Manganese-54 l Ci l 9.48 E-3 l 4.48 E-3 l l 1.95 E-13 l
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' l Cobalt-56 l Ci l (LLD l 1.67 E-4 l l2.20E-13l l Cobalt-60 l Ci l ( LLD l 1.81 E-4 l l 4.5'7 E-13 l
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l Yttrium-88 l Ci l 2.92 E-3 l 1.59 E-2 l l1.06E-12l L -l Ci 1.13 E-1 l- 7.62 E-2 l l Strontium-91 l l4.87E-13l l Niobium-95 l Ci l <LLD l 8.36 E-4 l l 1.80 E-13 l r
[ l Molybdenum-99 l Ci l ( LLD l 1.15 E-3 l l1.65E-12l l Technetium-99m l Ci I 1.34 E-1 l 1.97 E-1 l l 1.17 E-13 l l Iodine-131 l Ci l 7.57 E-3 l 1.64 E-2 l l 1.48 E-13 l l Tellu rium-13 2 l Ci l 4.28 E-3 l 6.02 E-3 l l 1.35 E-13 l r
l Iodine-133 -l Ci -
l 3.89 E-2-l 5.87 E-2 l l1.79E-13l l Iodine-135 l Ci l 2.05 E-2 l 6.72 E-2 l l 8.43 E-13 l g l Cesium-136 l Ci l (LLD l 2.81'E-4 l l2.13E-13l b Ce rium-141 -
CL 1.61 E-5 l ( LLD l l I l l 2.33 E-13 l l Neptunium-239 l Ci ! 1.36 E-3 l 7.00 E-3 l ' l 4.87 E-13 l L l l l l l l l l TOTAL l Ci l 3.67 E-1 l 4.85 E-1 l l l
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( EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1985-2 GASEOUS EPPLUENTS-GROUND LEVEL RELEASE l l
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Nuclides Released Unit First Second LU) f~ Quarter Quarter uCi/cc f l 1. Fission Gases l l l l l l l l l l l l 'l l TOTAL l Ci * *
[ l l l l l l l l l 1 I l l 2. Iodines l l l l l l l l l l- 1 I l Iodine-131 Ci 9.04 E-5 l l l l 2.~01 E-4 l l1.36E-13l l Iodine-133 l -Ci l 2.02 E-4 l 8.59 E-4 l l 7.97 E-14 l l Iodine-135 l Ci l 2.58 E-4 l 5.23 E-4 l l 4.35 E-13 l
[ l l l l l l l l TOTxt - l Ci l 5.50 E-4 l 1.58 E-3 l- l l
[- l l l l l- l l l 3. Particulates l l l l l l l l l l l l l Manganese-54 Ci 1.14 E-6 l l l l 2.21 E-6 l l 7.00 E-14 -l l Strontium-89 l Ci l <LLD l <LLD l l 3.32 E-16 l
[ l Strontium-90 Ci ( LLD (LLD l l l l l5.27E-17l l l l l l l
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[ l TOTAL l Ci l 1.14 E-6 l 2.21 E-6 l l l l l l l l l l
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[ l l l NO OTHER NUCLIDES IDENTIFIED l l l l~ l l
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The data base is_not complete per this date. Ground level releases are not incorporated in the data base due to' delays encountered in obtaining raw data. An addendum to this report updating this section shall be prepared as'soon as data'are r available.
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' TABLE 2A
_ EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT 1985-2 LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES l l Unit First Second Est. Total
[ Quarter Quarter- Error %-
A. Fission A activation gases
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- 1. Total releases (not including tritium, gases, alpha) Ci * * -
- 2. Avera;e diluted concentration during period uCi/ml - -
l3. Percent of applicable limit l % l -
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l B. Tritium
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l1. Total release l Ci l
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( Average diluted concentration during period uCi/ml - -
l3. Percent of applicable limit l % l -
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l C. Dissolved and. entrained gases
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l1. Total release l Ci l
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- 2. Average diluted concentration
{ during period uCi/ml - -
l3. Percent of applicable limit l 4 l -
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l D. Gross alpha radioactivity
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l 1. Total release l Ci l
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E. Volume of waste released (prior to dilution) liters 0.00 0.00 -
F. Volume of dilution. water used L during period liters- 4.55 Ell 3.57 Ell ~1.0 El
- NO RELEASES THIS PERIOD.
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L l l TABLE 2B EFFLUENT AND WASTE DISPOSAL' SEMIANNUAL REPORT 1985-2 LIQUID EFFLUENTS I I BATCH MODE First Second LLD Nuclides Released Unit Quarter CNarter uCi/ml l Strontium-89 I Ci l
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l l Strontium-90 l Ci I
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l Cesium-134 Ci * *
( i l l l -
l l l Ci *
- l Cesium-137 l l l l l -
l l Iodine-131 l Ci l
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- l l -
l l Cobalt-58 l Ci l
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[ l Cobalt-60 l Ci l l
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l l Iron-59 l Ci ' l l
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l Zine-53 l *
- l l _C1 l l l -
l l Manganese-54 l Ci l
- l l l -
l l Chromium-51 l Ci l
- l l l -
l Zirconium-95 l Ci l
- l l l l ,
l l Niobium-95 l Ci l
- l l l -
l r l Molybdenum-99 l Ci l
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- l l _
l l Technetium-99m l Ci l *
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- l l -
l l Barium-140 l Ci l
- l l l -
l l Lanthanum-140 l Ci l
- l
- l l -
l l Cerium-141 l Ci l
- l
- l l -
l l l l l l l l l l l l l l l I l l l 1 I l l l TOTAL FOR PERIOD l Ci l
- l
- l l l l
[
l Xenon-133 l Ci l
- l
- l l -
l l _ Xenon-135 l Ci l
- l
- l l -
l l I ! l l l l l l l l l l l l L l TOTAL FOR PERIOD l Ci l
- l
- l l l 0 NO RELEASES THIS PER,IOD.
l s
(C) }" l l
( TABLE 3 EFFLUENT AND WASTE DISPOSAL SEMI ANNUAL REPORT 1985-2 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS A. Solid waste' shipped offsite for burial or disposal (not irradiated fuel) 6 -month Est. Total
- 1. Type of waste Unit period Error, %
- a. Spent resins, filter sludges, mJ 6.67 El
[ evaporator bottoms, etc. Ci 4.78 E2 2.5 El
- b. Dry compressible waste, mJ 1.61 E2 contaminated equip., etc. Ci 6.62 2.5 El
( c. Irradiated components, control rods, etc.
mJ Ci NONE -
mJ -
- d. Other (describe) Ci NONE -
- 2. Estimate of major nuclide composition Percentage Activity (Ci)
(by type of waste)
. a. Cobalt-60 l 4.39 El 2.10 E2 Iron-55 1 3.17 El 1.52 E2 Cesium-137 l 1.59 El 7.60 El Nickel-63 3.10
[ Strontium-90 1
1 6.49 2.52 E-1 E-1 1.20
- b. Iron-55 5.8 3 El 3.86 Co bolt-60 3.10 El 2.05
[ Cesium-137 1.14 7.55 E-2 Plutonium-241 1.85 E-1 1.22 E-2 Nickel-63 1.54 E-1 1.02 E-2
[
d.
- 3. Solid Waste Disposition Number of Shipments Mode of Transportation Destination 20 Truck Barnwell, SC 1 Truck Richland, WA h
L B. Irradiated Puel Shipments (Disposition)
Number of Shipments Mode of Transportation Destination None - -
~
r b .
l L
H. Meteorological Data L-Summary The Oyster Creek Nuclear Generating Station obtains meteorological data from the site meteorological instrument tower (Figure 1 - Page 23).
The tower is 400 feet tall and located approximately west-northwest of the site at a distance of 2529 feet f rom the stack. The following instrumentation is located on the tower:
[
HEIGHT OF INSTRUMENT INSTRUMENT ABOVE-GROUND 33 feet Wind Speed (10 meters)
{ Wind Direction Temperature Dew Point
- 150 feet' Wind Speed
( (46 meters)
Wind Direction-Temperature 380 feet Wind Speed ;
(116 meters)
[ Wind Direction Temperature Dew Point There are redundant wind speed, wind direction, and temperature sensors at the 33 and 380 foot levels to insure an efficient percentage h of data recovery and to comply with regulatory requirements. In r
L
C- .
l l
I L
. addition, a processor calculates temperature differentials (A T) between
\
(150-33) and (380-33)-foot levels. These data are then stored in an
( cn-site computer and are used' to determine atmospheric stability and, in-i turn, atmospheric dispersion. In addition, the 380-foot level wind speed and wind.' direction and the (380-33)-foot level temperature differential is, monitored and recorded at the Oyster Creek Control Room.
[
i The meteorological tower sensors, chart recorders, and processors are
(. calibrated four times a year, according to the NRC Regulatory Guide 1.23. Periodic tower inspections are done to insure maximum data integrity. The average data recovery is 91% for the six month period f rom July through December of 198.5 (Table 9 - page 62). Meteorological data are an integral part of the off-site dose assessment program.
( Occasionally, lower percentages of data recovery, as in the months of September and December, are the result of sensor, computer hardware,
[ and/or chart recorder malfunctions. 4
~ Data Analysis-k During the first quarter of the period (July through September) the
{ predominant wind direction is from the west and southwect. Winds from the west are characteristic of a modified continental polar air mass that f
follows cold frontal passages. Winds from the southwest are usually
\
associated with maritime tropical air normally present prior to cold frontal passages. The most frequent wind direction is from the south and
{ is the end result of the sea-breeze phenomenon. At the height of this mesoscale effect (approximately 2:00 to 4:00 in the afternoon) the wind will parallel the coast - the result created from uneven heating between j land and sea coupled with the natural rotation of the earth. The L.
l 1
l L_ _ __ _ _ - - -- -
[
second quarter (October through December) is usually described as a
[ transition period between the previously described summer patterns and those found in winter (winds from the west-northwest and north). However, the entire second quarter was somewhat milder than usual, and, as seen in the wind roses, directions seemed to represent those conditions found during the summer months.
Other characteristics for the entire six-month period include a small maxima of wind direction from the northeast, especially during the second quarter (Oct-Dec). This is due to the air flow around large high pressure
( systems. Periods with this onshore fetch have characteristic low clouds, drizzle and fog (stable atmospheres).
For the period of July through December, precipitation was' below normal (13.1 inches). The six-month average total from the Atlantic City National Weather Service historical record is 22.0 inches (Figure 6, page 61).
( During sununer months precipitation is generally characterized by events of-short duration but strong intensity (convective showers). With this type of precipitation event, there will be increased particulate fallout (washout) from the atmosphere, which has implications for radionuclide deposition.
During the summer, marine air, which is stable, will generally suppress
{ these convective-type storms and decrease precipitation at most coastal locations. The sea-breeze can produce the same result.
, This effect can occur along the coast up to 12 miles inland. . Rainfall events during the l six-month period were, for the most part, due to extratropical storms of
[
light to moderate intensity and long duration, especially during the second quarter.
{
[
[ .
4
cm y ca_ ww ra v m _r m em rm rm r --
t_ r\ c-- u- w 2 x FIGURE I CPU NUCLEAR CORPORATION OYSTER CREEK NUCLEAR CENERATING STATION f METEOROLOGICAL DATA:
i
_see. Foot Ltett SCHEMATIC DIACRAM i
' 0F i
SYSTEM COMPONENTS AND INFORMATION FLOW i
i I.
- j MAIN COMPUTER FOR STORACE I OF METEOROLOGICAL DATA l I i r j
j .
p(REMOTE} REMOTE ACCESS: 0.C. ENVIR0ttfENTAL CONTROLS COMPUTER TERMINAL ,
l 990-F90t LitEL
- I
!' s OCNGS . SELECTED STRIP CHART i '
RECORDERS IN 'IHE
' OCNGS CONTROL ROOH I
i .,33-F00T LEVEL l
I towinf8t i
400' METEOROLOGICAL TOWER WITH INSTRUMENT TRANSMITTERS AT *
'3 LEVELS, SIGNAL PROCESSORS, COMPUTER. AND ALL STRIP CHART RECORDERS AT BASE
l L
e 4
l 1 TM2 4 i
[
METEOROLOGICAL CLASSIFICATIONS OF ATMOSPHERIC STABILITY I
L.
i Stability Pasquill 84 1' Temperature Change Classification Categories (degrees) With Height ('F/100 ft)
Extremely Unstable A 25.0 -1.0 Moderately Unstable B 20.0 -1.0 to -0.9 Slightly Unstable C 15.0 -0.9 to -0.8
( Neutral D 10.0 -0.8 to -0.3 Slightly Stable E 5.0 -0.3 to 0.8 Moderately Stable F 2.5 0.8 to 2.2 Extremely Stable G 1.7 2.2
[
1 Standard deviation of horizontal wind direction fluctuation over a
{ period of 15 minutes to 1 hour1.157407e-5 days <br />2.777778e-4 hours <br />1.653439e-6 weeks <br />3.805e-7 months <br />. The values shown are average for each stability classification.
L
[
c L
[ .
TABLE 5 Oyster Creek Meteorological Tower Joint Frequency Tables of Wind Speed and Wind Direction 33ft versus Delta Temperature 150-33ft for the period 7/1/85 - 9/30/85 PERIOD OF RECORD: 85070101-85093024 l STABILITY CLASS: A DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 10 13 8 0 0 0 31 NNE 5 15 9 0 0 0 29
[ NE 5 14 21 'l 0 0 41 ENE 7 24 18 0 0 0 49
{
E 5 21 29 1 -
0 0 56
[ ES E 5 23 15 0 0 0 43 SE 4 23 31 1 0 0 59 SSE 4 15 21 0 0 0 40 S 3 16 28 18 0 0 65
{
SSW 5 21 21 5 0 0 52 SW 5 18 12 3 0 0 38 l
WSW 7 26 13 0 0 0 46
[ W 6 37 9 0 0 0 52 WNW 9 28 10 0 0 0 47 NW 9 16 5 0 . 0 0 30
( N!M ,
8 18 5 0 0 0 31
[ TOTAL 97 328 255 29 0 0 709 PERIODS OF CAIJ4 (hours): 8 VARIABLE DIRECTION: 5
( HOURS OF MISSING DATA: 209
[ .
L TABLE 5 - continu d I
L F
1 PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: B DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150
' WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 1 5 1 0 0' 0 '7 NNE 2 1 0 0 0 0 3
[ NE 2 1 3 0 0 0 6 ENE O 1 0 0 0 0 1 E O 4 2 0 0 0 6
[ ESE 1 1 2 0 0 0 4 SE O 7 1 0 0 0 8
[ SSE O 6 3 0 0 0 9 S 3 4 4 1 1 0 13 SSW 0 6 3 0 0 0 9
( SW 0 0 0 0 0 0 0 WSW 0 2 1 0 0 0 3
[. W 2 4 0 0 0 0 6 WNW l 1 1 0 0 0 3
[ .
W 0 3 0 0 0 0 3
\
( NNW l 4 0 0 0 0 5 I TOTAL 13 50 21 1 1 0 86 PERIODS OF CAIR (hours): 8 VARIABLE DIRECTION: O l
HOURS'OF MISSING DATA: 209 f _
TABLE 5 - c:ntinusd f
L I
PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: C DT/DZ L
ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 0 0 0 0 0 0 NNE O 1 -0 0 0 0 1 NE O O 1 0 0 0 1 ENE O O 1 0 0 0 1
[ E O O O O O O O ESE 1 0 0 0 0 0 1 SE 1 3 1 0 0 0 5 SSE O 3 0 0 0 0 3 S 1 0 2' 0 0 0 3 SSW 1 0 3 0 0 0 4 SW 0 1 1 0 0 0 2 WSW 0 1 0 0 0 0 1
[ W 1 1 1 0 0 0 3 WNW 0 0 0 0 0 0 0
.W 0 3 0 0 0 0 3 NNW 0 2 0 0 0 0 2
(. TOTAL 5 15 0 0 0 0 30 PERIODS OF CAIM (hours): 8 VARIABLE DIRECTION: 0 HOURS OF MISSING DATA: 209 r
L TABLE 5 - c:ntinu:d
[
PERIOD OF RECORD: 85070101-85093024
(' STABILITY CLASS: D DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150
[ WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 5 7 2 0 0 0 14 NNE 2 8 3 0 0 0 '13
[. NE 13 12 0 3 0 0 28 ENE 3 11 5 2 0 0 21
{
E 1 9 12 0 0 0 22
[ ESE 1 2 0 0 0 0 3 SE 4 1 0 0 0 . 5
[ SSE 8 10 1 0 0 0 19 l
S 5 15 14 2 0 0 36
{
SSW l 16 28 3 0 0 48 SW 4 23 8 0 9 0 35 WSW 6 12 2 1 0 0 21
[ W 5 2 2 0 0 0 9 WNW 5 3 1 0 0 0 9 NW 7 6 0 0 0 0 13 -
NNW 3 6 1 0 0 0 12 l
TOTAL 63 146 91 8 0 0 308 PERIODS OF CALM (hours): 8 VARIABLE DIRECTION: 0
[ HOURS OF MISSING DATA: 209
[. .
e
L TABLE 5 - c::ntinusd r
F PERIOD OF RECORD: 85070101-85093024 L STABILITY CLASS: E DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150-WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 3 5 2 0 0 0 10
{
NNE 5 8 2 0 0 0 15 NE 1 6 1 0 0 0 8 ENE 1 8 1 1 0 0 11
[ E 9 5 0 4 0 0 18 ESE O 1 0 0 0 0 1
{ ,
SE 3 1 0 0 0 0 4
[ SSE 10 9 1 0 0 0 20 S 9 18 2 0 0 0 29
[ SSW '9 31 5 3 0 0 45 SW 7 34 10 0 0 0 51
{
WSW 20 29 2 1 1 0 53
( W 15 11 2 ,
0 0 0 28 WNW 13 8 1 0 0 0 22
( NW 11 12 1 0 0 0 24 NNW 3 7 1 0 0 0 11
( TOTAL 114 197 36 2 1 0 350 PERIODS OF CALM (hours): 8 +
VARIABLE DIRECTION: 2 HOURS OF MISSING DATA: 209
\ -
[ .
TABLE 5 - continued I
L' ,
[-
PERIOD OF RECORD: 85070101-85093024 !
( STABILITY CLASS: F DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: -DT150
[. WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 1 3 0 0 0 0 4 NNE 1 1. 0 0 0 0 2
[ NE 1 0 0 0 0 0 1 ENE O 1 0 0- 0 0 1 E O 2 0 0 0 0 2
( ESE O O O O O O O SE 2 0 0 0 0 0 2
( SSE 10 1 0 0 0 0 11 S 9 4' O O O O 13 SSW 8 7 0 0 0 0 15
( SW 6 11 0 0 0 0 17 WSW 24 15 0 0 0 0 39 W 19 9 0 0* 0 0 28 WNW 7 3 0 0 0 0 10 NW 9 10. 0 0 0 0 19
( NNW 4 3 0 0 0 0 7 TOTAL 101 70 0 0 0 0 171
[ PERIODS OF CAIR (hours): 8 VARIABLE DIRECTION: 2
[ HOURS OF MISSING DATA: 209
TABLE 5 centinu:d
[
[
PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: .G DT/DZ
{
ELEVATION: SPEED: SPD33A DIRECTION: DIR33A' LAPSE: - DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 -24 . TOTAL
( 'N- 1 0 0 0 0 0 1 NNE 2 1 0 0 0 0 3
[ NE 2- 0 0 0 0 0 2 ENE 'l 1 0 0 0 0 2 E O 1 0 0 0 0 1
( ESE O O O 0 0 0 0 SE 1 0 0 0 0 0 1 SSE ;0 0 0 0 9 0 9 S 3 1 0 0 0 0 4 SSW 14 3 0 0 0 0 17 SW 25 10 0 0 0 0 35
{
WSW 70 22 0 0 0 0 92 W 39 20 0 0 0 0 59 WNW 40 5 0 0 0 0 45
[
NW 42 16 0 0 0 0 58 NNW 7 9 0 0 0 0 16
{
TOTAL 256 89 0 0 0 0 345
( PERIODS OF CALM (hours): 8 VARIABLE DIRECTION: 2 HOURS OF MISSING DATA: 209
( .
TABLE 5 - c:ntinusd e
PERIOD OF RECORD: 85070101-85093024
( STABILITY CLASS: ALL DT/DZ
. ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND ' WIND SPEE0 (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL
[ N 21 33 13 0 0 0 67 NN.E 17 35 14 0 0 0 66
[ NE 14 34 38 1 0 0 87 ENE 12 46 25 3 0 0 86 E 10 46 48 1 0 0 105
( ESE 8 27 17 0 0 0 52 SE 15 35 33 1 0 0 84 SSE 44 41 26 0 0 .0 111 S 33 58 50 21 1 0 163 SSW 38 84 60 8 0 0 190 l
[ 47 97 31 3 0 0 178 )
WSW 127 107 18 2 1 0 255 W 87 84 14 0 0 0 185 WNW 75 48 13 0' 0 0 136
[ .
NW 78 66 6 0 0 0 150 NNW 26
( _ 51 7 0 0 0 84 TOTAL 649 895 413 40 2 0 1999 PERIODS OF CAIR (hours): 6
[
VARIABLE DIRECTION: 11 HOURS OF MISSING DATA: 209
{-
I _
L TABLE 6 F
L Oyster Creek Meteorological Tower ' Joint Frequency Table,s of Wind Speed and Wind Direction 33ft versus Delta Temperature 150-33ft for the period 10/1/85 - 12/31/85 PERIOD CF RECORD: 85100101-85123124
{, STABILITY CLASS: A DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL
(- N 1 7 2 1 0 0 11 NNE O 6 4 0 0 0 10
[ , NE O 7 16 7 0 0 32 ENE 1 12 21 6 0 0 40 E O 4 1 1 0 0 6 ESE O 13 1 1 0 0 15 SE 1 4 7 0 0 0 12
'SSE O 4 7 3 0 0 14 S 0 3 9 3 0 0 15 SSW 0 .2 5 2 0 0 9 SW 0 4 21 10 2 0 37 WSW 0 8 17 3 0 0 28 W 0 13 18 4 1 0' 37 WNW 0 14 24 3 1 O 42
[ NW 12 i
4 21 4 0 0 41 NNW 2 12 14 0 0 0 28
{
TOTAL 9 125 191 48 4 0 377
(
PERIODS OF CAIM - (hours): 3 VARIABLE DIRECTION: 0 I
L HOURS'OF MISSING DATA: 182
.g
TABLE 6 - c ntinutd L
[ PERIOD OF RECORD: 85100101-85123124 STABILITY. CLASS: B DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 4 2 2 0 0 0 8 NNE O 3 1 0 0 0 4 NE 2 0 5 2 0 0 8 ENE O 1 2 6 0 0 9
[
E ,
1 3 0 0 0 0 4 ESE O 1 1 0 0 'O 2
{
SE 0 1 0 0 0 0 1
[ SSE O 1 2 1 0 0 4 S O O 3 1 0 0 4 SSW l 0 1 2 1 0 5 SW 0 1 6 1 0 0 8
{
WSW 0 2 5 0 0 0 7
.W l 1 2 2 0 0 .6 WNW 0 7 3 2 0 0 12 r .
l NW 1 4 7 2 0 0 14 i
P NNW 0 10 6 0 0 0 16 L.
TOTAL' 10 37 46- 18 1 0 112 I PERIODS OF CAIR (hours): 3 L
VARIABLE DIRECTION: 2 L HOURS OF MISSING DATA: 182 i
, l l
L. -
TABLE 6 - c:ntinutd F
L PERIOD OF RECORD: 85100101-85123124
( STABILITY CLASS: C DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 2 0 3 0 0 0 5 NNE 1 5 0 0 0 0 6
- NE O 1 12 1 0 0 14 ENE O O O 1 0 0 1 E 1 1 1 0 0 0 3 h ESE O O O O O O O SE 0 2 1 0' 0 0 3 SSE O 1 0 0 0 0 1 S 0 0 2 0 0 0 2 SSW 0 0 0 1 0 0 1 SW 0 1 2 0 0 0 3 WSW 0 0 0 0 0 0 0 W l 3 0 0 0 0 4 7
WNW l 2 4 0 0 0 7 W 0 2 2 0 0 0 4 e i NNW 0 0 1 0 0 0 3. I L -
L TOTAL 6 20 28 3 0 0 57 l
-I PERIODS OF CAIJt (hours): 3 ,
, VARIABLE DIRECTION: 2 HOURS OF MISSING DATA: 182 !
I
~35-
, TABLE 6 - c ntinued
[
PERIOD OF RECORD: 85100101-85123124
( STABILITY CLASS: D DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A I. APSE: .DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 ~4-7 8-12 13-18 19-24 24 TOTAL
[ N 4 30 3 0 0 0 37 NNE 2 24 7 0 0 0 33 NE O 81 65 6 0 0 102 ENE O 2 23 30 0 0 56 E 1 1 4 3 1 0 10
(. ESE 2 1 1 2 0 0 6 SE O 4 2 0 0 0 6 SSE 1 8 3 4 0 0 16 S 1 10 12 ~3 0 0 26 SSW 4 11 14 11 0 0 40
( SW 2 14 ,
15 2 0 0 33 WSW 3 8 4 0 0 0 15 W 4 14 10 10 0 0 38 W1 10 15 15 2 0 0 42
, NW. 10 16 9 1 0 0 36'
'NNW 9 20 8 1 ~0 0 38 TOTAL 53 21 0 195 75 1 0 534
( PERIODS OF CALM (hours): 3 VARIABLE DIRECTION: 2 HOURS OF MISSING DATA: 182 l
e
- i
i l
) TABLE 6 - c::ntinu;d L I PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: E DT/DZ g ELEVATION: SPEED: SPD33A DIRECTION: DIR33A- LAPSE: DT150 WIND WIND SPEED.(mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 4 9 0- 0 0 0 13 NNE 6 4 0 0 0 -
0 10 NE 6 18 4 2 0 0 30 ENE 5 12 20 6 0 0 43
{
E 1 3 9 0 0 0 13 ESE 1 2 0 0 0 0 3 SE 1 3 0 0 0 0 4
[ SSE 1 5 0 0 0 0 6 S 6 26 1 2 0 0 35
{
SSW 4 29 12 3 0 0 48 SW 5 35 9 0 0 0 49
- WSW 11~ 39 7 0 0 0 57 W 6 20 2 0 0 0 28 .
WNW 8 28 9 0 0 0 45 1
NW 7 13 3 0 0 0 23
]
NNW 4 -15 3 1~ 0 0 23 b
TOTAL 76 261 79 14 0 0 430 I
L PERIODS OF CAIM (hours): 3
- VARIABLE DIRECTION: 10 HOURS OF MISSING DATA: 182 ,
L- .
?
w TABLE 6 - cIntinu d
(
PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: F DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 L WIND .
WIND SPEED (mph)
DIRECTION 1-3 4 8-12 13-18 19-24 24 TOTAL N 5 1 0 0 0 0 6 NNE 2 0 0 0- 0 0 2
[. NE 1 0 1 0 0 0 2 ENE O 0 0 0 0 0 0 E 4 0 0 0 0 0 4 ESE O O O O O O 0 SE 3 0 0 0 0 0 3 SSE 1 4 0 0 0 0 5 S 3 6 1 0 7 0 0 10 L
SSW 3 12 0 0 0 0 15
( SW 4 23 0 0 0 0 27 WSW 13 '16 0 0 0 -0 29 W 6 12 0 0 0 0 18 WNW 6 19 0 0 0 0- 25 NW 7 9 0 0 0 0 16 NNW 3 11 0 0 0 0 14 TOTAL 61 113 2 0 0 0 176 ;
~
PERIODS OF CALM (hours): 3 VARIABLE DIRECTION: 5
- r. )
L aOuRS Or MISSINc DATA: 182 I
......g . .. .z A
TABLE 6 - c:ntinued L
F L
PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: G DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph) i DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 3 0 0 0 0 0 3 NNE O O O 0 0 0 0
~
NE 1 0 0 0 0 0 1 l
ENE 2 .0 0 0 0 0 2 E 1 0 0 0 0 0 1 ESE 2 1 0 0 0 0 3 SE 2 0 0 0 0 0 2' SSE 4 0 0 0 0 0 4 S 5 1 0 0 0 0 6 SSW 10 3 0 0 0 0 13 SW 22 14 0 0 0 0 36 WSW 47 62 0 0 0 -0 109 W 42 22 0 0 0 0 64 WNW 22 5 0 0 0 0 27 NW 22 24 0 0 0 0 46
?
L NNW 5 18 0- 0 0 0 23 TOTAL ' 190 150 0 0 0 0 340 PERIODS OF CAIJt (hours): 3
- VARIABLE DIRECTION: 4 HOURS OF MISSING DATA: 182 1
l i
i TABLE 6 - c;ntinund e
L I
PERIOD OF~ RECORD: 85100101-85123124 STABILITY CLASS: ALL .DT/DZ ELEVATION: SPEED: SPD33A DIRECTION: DIR33A LAPSE: DT150 WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 23 49 10 1 0 0 83 NNE 11 42 12 0 0 0 65 .
[ NE ~10 57 105 17 0 0 189 ENE 8 28 66 49 0 0 151 E 9 12 15 4 1 0 41
( ESE 5 18 3 3 0 0 29 SE 7 14 10 0 0 0 31 SSE 7 23 12 8 0 0 50 S 15 46 28 9 0 0 98 SSW 22 57 32 19 1 0 131 SW 33 92 53 13 2 0 193
{
WSW 74 135 33 3 0 0 245 c )
L, _W 60 85 33 16 1 0 195 WNW 47 90 55 7' 1 0 200 NW 51 80 42 7 0 0 180 NNW 23 88' 32 2 0 0 145
~
TOTAL 405 916 541 158 6 0 2026 PERIODS OF CAIM (hours): 3 VARIABLE DIRECTION: 25 HOURS OF MISSING DATA: 182 1
w .
TABLE 7 5 Oyster Creek Meteorological Tower Joint Frequency Tables of Wind Speed and Wind. Direction 380ft versus Delta. Temperature 380-33ft for r' the period 7/1/85 - 9/30/85 L . .
85070101-85093024 PERIOD OF RECORD:
STABILITY CLASS: A DT/DZ ELEVATION: SPEED: SPD380A DIRECTION: DR380A LAPSE: DT380A
- WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 0 0 l' O O 1 NNE O O 1 0 0 1 2
[ NE O O 1 2 0 3 6 ENE O O 6 3 1 0 10
{
E O O 8 2 0 0 10 ESE O O 4 2 0 0 6 SE O O 3 4 0 0 7 SSE O O O 1 1 0 2.
S 0 0 1 1 1 0 -3 SSW 0 0 2 3 0 0 5 SW 0 0 2 2 2 1 7 WSW 0 1 0 2 0 2 5 W 0 .2 3 3 0- 1 9 r WNW 0 0 0 1 1 0 2 L 1 NW 0 1 2 2 0 0 5 )
NNW 0 0 0 0 0 0 0 TOTAL 0 4 33 29 6 8 80 PERIODS OF CALM (hours): 0 L
VARIABLE DIRECTION: 2 HOURS OF MISSING DATA: 186 r L F
e TABLE 7 - c8ntinuCd L
PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: B DT/DZ ELEVATION:- SPEED: SPD380A DIRECTION: DR380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N- 0 0 4 3 0 0 7 NNE ,0 1 3 3 1 11 8 NE O O 2 3 0 0 5 ENE O O 4 3 0 0 7 E O 2 14 3 0 0 19 ESE O O 8 4 0 0 12 SE O O 9 3 1 0 13 SSE O 0 1 2 1- 0 4-S 0 0 2 4 3 0 9
{
SSW 0 0 5 6 5 0 16 SW 0 0 3 2' 0 0 5 WSW 0 0 2' 1 0 0 3
[ W 0 2 4 5 3 0 13 WNW 0 1 0 6 0 0 7 NW 0 0 2 4 5 0 11 NNW 0 2 3 2 0 0 7 TOTAL 0 8 66 54 19 0 147 PERIODS OF CAIR (hours): 0 l VARIABLE DIRECTION: .11 HOURS OF MISSING DATA: 186 f -
- l TABLE 7 - cantinusd PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: C DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION ' l -3 4-7 8-12 13-18 19-24 24 TOTAL l
N 0 2 1 1 0 0 4 NNE O O 2 1 0 0 3 NE O 2 1 6 0 0 9 ENE O 2 8. 7 0 0 17
{
E O O 8 3 0 0 11 ESE O 1 11 3 0 0 15 SE O O 13 6 0 0 19 SSE O 1 6 11 0 .0 18 S 0 1 2 10 1 0 14 SSW 0 1 5 9 7 1 23
.SW 0 0 2 3 1 0 6 WSW 0 3 4 3 2 0 12
[~
W 0 3 0 6 2 0 11 WNW 0 3 9 7 2 0 21 L
NW 0 2 3 8 2 0 15 NNW 0 0 '4 0 0 0 4 TOTAL 0 21 79 84 17 1 202 PERIODS OF CALM (hours):- 0
~
VARIABLE DIRECTION: 11 HOURS OF MISSING DATA: 186 L
r
TABLE 7 - c:ntinusd a
L PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: D DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A L WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL l L N 1 5 15 8 2 0 31 I
NNE O 6 11 8 0 0 25
[. NE O 4 12 17 3 2 38 ENE 1 4 25 20 6 6 62 E
0 6 12 6 6 5 35 ESE 1 4 13 8 3 0 29 j SE O 4 23 5 1 0 33 SSE O 5 32- 12 3 0 52 S 1 6 14 23 4 0 48 SSW 0 4 30 21 28 5 88 SW 0 2 14 27 10 0 53 WSW 0 5 12 6 5 3 31 5 W 0 5 8 12 5 2 32 WNW . 1 3 7 22 4 0 37 NW 0 3 11 7 0 0 21 NNW 0 4 13 8 1 0 26 l l
TOT 1 5 70 252 210 81 23 641 PERIODS OF CALM (hours): 0 b
VARIABLE DIRECTION: 31 HOURS OF MISSING DATA: 186 W'
I .. . ..
l .
L TABLE 7 - c:ntinutd t
p PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: E DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: .DT380A I
h WIND WIND SPEED (mph) '
DIRECTION 1 -3 4-7 8-12 13-18 19-24 24 TOTAL N 1 8 9 6 2 0 26 NNE O 7 9 7 2 0 25 NE O 4 3 8 5 0- 20 ENE 1 0 5 6 0 0 12 E O 1 5 4 4 4 18 ESE O 1 9 2 0 3 15 SE O 3 5 2 0 0 10 SSE 0 1 10 16 0 0 27 S 0 3 16 22 0 0 41 SSW 0 1 10 24 19 0 54 SW 1 1 6 22 36 5 71 WSW 0 2 4 15 23 7. 51 W 0 0 4 8 10 3 25 WNW 0 1 3 10 10 0
~
24 NW 0 5 5 11 9 l' 31 NNW 0 1 2 5 3 1 12 TOTAL 3 39 105 168 123 24 462 PERIODS OF CALM (hours):
0 VARIABLE DIRECTION: 7 HOURS OF MISSING DATA: 186
TABLE 7 - c ntinusd
~
I PERIOD OF RECORD: 85070101-85093024 L STABILITY CLASS: F DT/DZ i I
ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A WIND SPEED (mph)
WIND DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 1 2 1 0 0 0 4 NNE 1- 3 3 4 1 0 12 NE O 5 4 1 2 'O 12 ENE 1 2 3 0 0 0 6 E 0 0 1 2 0 0 3 ESE O 1 2 2 0 0 5 SE O 2 3 0 0 0 5 SSE O 2 4 4 0 0 10 S 1 1 3 8 0 0. 13 SSW l 1 2 15 3 'O 22 SW 0 2 3 12 13 3 33 WSW l 2 2 9 12 . 9 35 L
W 0 1 3 10 16 5 35 WNW 0 4 3 9 17 4 37 NW 0 1 5 6 14 3 29 NNW 2 3 1 0 -3 1 10 TOTAL 8 32 43 82 81 25 271 PERIODS OF CALM (hours): 0 b
VARIABLE DIRECTION: 8 HOURS OF MISSING' DATA: 186 L
E ,
- TABLE 7 - cantinusd i l
L PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: G DT/DZ ELEVATION: SPEED: GP380A DIRECTION: DR380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 1 9 2 5 1 18 NNE, 0 3 5 4 1 0 13
[ NE 1 1 1 0 0 0 3 ENE O 1 4 0 0 0 5 E O O 3 0 0 0 3 ESE 1 0 4 0 0 0 5 SE 2 3 4 0 0 0 9 SSE O 2 2 0 0 0 4
[ S 0 1 0 1 0 0 2 SSW l 3 5 6 0 0 15 L SW 0 2 15 12 2 0 31 WSW 1 6 11 13 2 2- 35 W 0 5 8 2 6 0 21 F WNW 2 0 3 0' 6 2 13 L .
NW l 7 7 5 2 1 23 r-NNW l 5 4 5 3 1 19 TOTAL 10 40 .85 50 27 7 21 9 PERIODS OF CALM (hours): 0 VARIABLE DIRECTION: 20 s
HOURS OF MISSING DATA: 186
_47_
W
TABLE 7 - c::ntinutd M
PERIOD OF RECORD: 85070101-85093024 STABILITY CLASS: ALL DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR'380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL F
L N 3 18 39 21 9 'l 91 NNE 1 20 34 27 5 1 88 L
NE 1 16 24 37 10 5 93 ENE 3 9 55 39 7 6 119
{
E O 9 51 20 10 9 99 ESE 2 7 51 21 3 3 87 SE 2 12 60 20 2 0 96
[ SSE O 11 55 46 5 '0 117 S 2 12 38 69 9 0 130 SSW 2 10 59 84 62 6 223 SW l 7 45 80 64 9 206 WSW 2 19 35 49 44 23 172 W 0 18 30 46 42 11 147 WNW 3 12 25 55 40 6 141 1
NW l 19 35 43 32 5 135 NNW 3 15 27 20 10 3 78 l
. j TOTAL 26 21 4 663 677 354 88 2022 1
{
r PERIODS OF CAIR (hours): 0 L
VARIABLE DIRECTION: 90 HOURS OF MISSING DATA: 186 t .
L TABLE 8 r
L Oyster Creek Meteorological Tower Joint Frequency Tables of Wind Speed and Wind Direction 380ft versus Delta Temperature 350-33ft for the period 10/1/85 - 12/31/85 i PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: A DT/DZ
{
ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A L- WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL
( N 0 0 0 0 0 0 0 NNE O O 1 0 0 0 1 NE O O O 1 0 0 1 ENE O O O 3 2 0 5 E 0 0 0 0 0 0 0 ESE O O O O O 0 0
{
SE 0 0 1 0 0 0 1 SSE O O O O O O O _ . .
~
~
'S 0 0 0 0 0 0 0 SSW 0 0 0 0 0 0 0
~
SW 0 0 0 0 0 0 0 WSW 0 0 0 0 0 0 0 W 0 0 0 0 0 0 0
- WNW 0 0 1 0 0 0 1 NW 0 0 0' 0 1 0 1 NNW 0 0 1 4 1 0 6
[
- q 1
TOTAL 0 0 4 8' 4 0 16 PERIODS OF CAIR (hours): 0 VARIABLE DIRECTION: 0-F L HOURS OF MISSING DATA: 181 r .
TABLE 8 - cantinutd r~
L PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: B DT/DZ ELEVATION: SPEED:- SP380A ' DIRECTION: DR380A LAPSE: DT380A
[ WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 1 5 0 0 0 6 NNE O O 1 0 0 0 1
[ NE O O 2 1 0- 0 3 ENE D 0 3 1 1 2 7
{ .
E O O 1 1 0 0 2 ESE O O O O 0 0 0 SE O O 1 1 1 0 3
[ SSE. 0 L 2 0 1 0 0 }
S 0 0 0 1 0 0 1
{
SSW 0 0 0 0 0 0 0 SW 0 0 0 1 1 1 3 WSW 0 0 2 2 2 0 6
[ W 0 0 1 .2 0 0 -3 WNW 0 0 4 7 1 0 ~ 12
{
NW 0 0 3 7 4 1 15
( NNW 0 0 0 1 1 1 3
[ TOTAL 0 1 24 26 12 5 67 PERIODS OF CAIM (hours): 0 VARIABLE DIRECTION: 0 HOURS Of MISSING DATA: 181
( -
\
l
- TABLE 9 - continutd L
r L
PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: C DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE:
DT380A FIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL
{
N O 1 2 0 0 0 3 NNE O O 2 1 0 0 3 !
NE O 0 1 2 2 1 6
[ ENE O O 2 3 2 9 16 E O 2 1 0 0 0 3
{
ESE O 1 1 0 1 0 3
[ SE O O 5 0 0 0 5 SSE O 1 3 .0 0 0 4
[ S 0 0 3 3 1 0 7 SSW 0 0 0 2 1 0 3 SW 0 1 1 2 3 3 10 F
L WSW 0 0 2 4 5 0 11
,W 0 1 7 7 2 1 18 WNW 0 0- 2 6 3 2 13 NW 0 0 3 5 2 2 12 NNW 0 0 1 4 1 0 6
[
TOTAL 0 7 36 39 23 18 123 PERIODS OF CALM (hours): 0 VARIABLE DIRECTION: 0 HOURS OF MISSING DATA: 181 r
l [ .
TABLE 8 - c2ntinutd L
[
PERIOD OF RECORD: 85100101-85123124
(' STABILITY' CLASS: D DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N O 3 7 24 2 0 36 NNE O 6 16 29 0 0 51
[ NE O 3 4 25 38 10 80 ENE 1 3 4 28 37 97 170 E O 2 6 6 11 6 31
[ ESE 1 9 1 2 3 3 .19 SE 2 2 6 2 1 1 14 SSE O 2 8 4 0 1 15 S 1 3' 10 13 0 4 31 SSW 0 1 11' 12 8 8 40
( SW 0 2 4 31 17 11 65 WSW 0 2 3 19 3 1 28 W 0 6 13 11 8 12 50 WNW 0 3 13 21 20 13 70
[- .
NW 0 6 9 18 19 8 60
(- - NNW 0 5 13 14 10 5 47 l
TOTAL 5 58 128 259 177 180 807 PERIODS OF CAIM (hours): 0 VARIABLE DIRECTION: 2
[ HOURS OF MISSING DATA: 181
~
L
TABLE 8 - cantinuad L
PERIOD OFR'ECORD: 85100101-85123124 STABILITY CLASS: E DT/DZ ELEVATION: SPEED:'SP38'bA DIRECTION: DR380A LAPSE: DT380A L. WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 5 4 8 1 0 18 NNE 1 4 7 6 0 0 18
[ NE 3 10 8 4 2 0 27 ENE 1 4 5 19, 7 6 42 E O 1 1 5 8 2 17
( ESE O 4 3 1 1 2 11 SE O 2 1 4 0 0 7
[ SSE 2 0 4 4- 0 0 10 r S 1 1 6 14 4 0 26 L
SSW 3 2 2 22 17 7 53
( SW l 1 3 18 26 5 54 WSW l 3 3 22 21 6 56
[ W 0 2 5 21 16 3 47 WNW- 2 2 13 20 24 3 64
[ .
NW 0 1 4 17 16 2 40 NNW 2 5 8 ,7 17 1 40
[ TOTAL 17 47 77 192 160 37 530 PERIODS OF CAIR (hours): 0 VARIABLE DIRECTION: 26 HOURS OF MISSING DATA: 181 r _
1
~
~
TABLE 8 - continued PERIOD OF RECORD: 85100101-85123124 r .
L STABILITY CLASS: F DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 0 0 2 7 8 3 20 NNE O 1 1 3 0 0 5 NE O 0 0 2 0 0 2 ENE O O 3 2 0 0 5
{
E O 2 4 0 0 0 6 ESE O 1 3 0 0 0 4 SE O 1 1 3 0 0 5
[ SSE 1 2 2 1 1 0 7
[ S 0 3 2 6 3 0 14 L
SSW 0 2 3 11 8 2 26 SW 0 1 1 6' 18 5 31 l WSW 0 3 3 5 7 12 30 W 0 1 7 8 4- 3 23 WNW. 0 1' 2 6 14 2 25
[ .
NW 0 1 3 7 7 3 21 NNW 0 1 1 7 20 1 30 TOTAL 1 20 38 74 90 31 254 PERIODS OF. CAIR (hours): 0 y VARIABLE DIRECTION: 5 I HOURS OF MISSING DATA: 181 f
( .
a TABLE 8 - cnntinutd I.
L. l PERIOD OF RECORD: 85100101-85123124 STABILITY CLASS: G DT/DZ l ELEVATION: SPEED: SP380A DIRECTION: DR386a LAPSE: DT380A F
WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 2 5 2 12 4 1 26 NNE 1 2 2 10 3 0 18
[ NE O 2 0 0 0 0 2 ENE 1 3 0 0 0 0 4
{
E O 1 2 0 0 0 3 ESE O O O O O O O SE 1 2 0 1 0 0 4
[ SSE O -4 1 '2 O. 0 7 S 1 4 2 1 0 0 8 SSW 0 1 4 10 2 1 18 SW 0 1 2 4 2 .1 10 WSW l 0 3 2 5 9 20 W 0 2 7 9 11 1 30
[ WNW l 2 3 14 13 0 33 L ~
NW' 0 5 1 12 12 3 33 NNW 0 2 5 3 3 1 14 TOTAL 8 36 34 80 55 17 230 E
L PERIODS OF CALM (hours): 0
- VARIABLE DIRECTION: 17 l
HOURS OF MISSING DATA: 131 o
a TA!LE 8 - continu"d L
L PERIOD OF RECORD: 85100101-851231'24 j STABILITY CLASS: ALL DT/DZ ELEVATION: SPEED: SP380A DIRECTION: DR380A LAPSE: DT380A F
WIND WIND SPEED (mph)
DIRECTION 1-3 4-7 8-12 13-18 19-24 24 TOTAL N 2 15 22 51 15 4 109 NNE 2 13 30 49 3 0 97
[ NE 3 15 15 35 42 11 1 21 ENE 3 10 17 56 49 114 ,249 E 0 8 15 12 19 8 62
[ ESE 1 15 8 3 5 5 37 SE 3 7 15 11 2 1 39
[ SSE 3 9 19 12 1 1 - 45 .,
S 3 11 23 38 8 4 87 SSW 3 6 20 57 36 18 140 SW l 6 11 62 67 26 173 WSW 2 8 16 54 43 28 151 W 0 12 40 58 41 20 171 WNW 3 8 38 74 75 20 218
[ .
NW 0 13 23 66 61 19 182
( NNW 2 13 29 40 53 9 ,146 TOTAL 31 169 341 678 520- 288 ~2027 r.
b PERIODS OF CAIR (hours): 0 l
VARIABLE DIRECTION: 50 j L
HOURS OF MISSING DATA: 181 E _
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7 FIGURE 5 GPU NUCLEAR CORPORATION OYSTER CREEK NUCLEAR GENERATING STATION OCTOBER 1985 - DECEMBER 1985 (380' LEVEL) 9910819100 5812312450 SPEE9 SOesst HEICHT = 309.9 I
J 2 1 1r i E l 5 8
'h 5 2 r : \
WIMO ROEE IWIN05 FROrtl 1r +
f e
aWIIe SPEES LEss TMAse 5.5 nPM 4tt!%S SPEED LESS le 7.S NPH xWiha SPE13 LESS THAN 12.5 NPH S.S PEftCEN1 CALNS
,WTbts SPEA3 GREATER TH48e 12.5 wH . ICALes DEFINES AS SPEES LESS THAN e 5i SITE. SYSTER CREta
L FIGURE 6 J
l t
\
the Period Of I L July - December 1985 s 5 I t i 4,5 L .... .....2....... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -
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..........................h...................
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L
\ / Legend r B OC85 TOTAL L 1- -'-
l Y 0 2G14 -TOT _AL r l L 0.s , , , ,
9 ACY
"" AVQtAGE "
l L
Month F
l L.
I l
L r
L
. - - - _ - _ _ _ _ ~
F L
TABLE 9 METEOROLOGICAL DATA RECOVERY PERCENTAGE POR THE OYSTER CREEK NUCLEAR GENERATING STATION METEOROLOGICAL TOWER 33' 380' MONTH RECOVERY RECOVERY
(%) (%)
JUL 85
( 93 92 AUG 85 97 93 SEP 85 81 89 l
OCT 85 91 92 NOV 85'- 97 96 DEC 85 87 88 SIX MONTH AVERAGE 91 92
[
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E III. RADIOLOGICAL ENVIRONMENTAL
SUMMARY
d L
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' SECTION III - RADIOLOGICAL ENVIRONMENTAL
SUMMARY
{ t Radiological Environmental Monitoring Program Introduction The Radiological Environmental Monitoring Program was conducted' during the reporting period in accordance with Technical Specification 4.6.B. 3. The Technical Specifications, which refer to the Application for Reactor License, Docket'No. 50-219, Amendment No.
65, require five general types of monitoring: (1) atmospheric radiation, (2) fallout, (3) domestic water, (4) surface water, and
[ (5) marine life. This monitoring was accomplished by collecting samples from the various environmental media at sample collection
{
stations as outlined in Table 10 and Figures 7 and 8, pages 67 through 72.
=
Specifically, film badges and thermoluminescent dosimeters (TLDs) -
were analyzed for immersion dose. Particulate filters, air iodine cartridges, precipitation, vegetation, soil, and crops were analyzed
[ .
for atmospheric radioactivity and fallout. Well water, surface water,
( aquatic sediment, and clams, fish, and crabs, as well as the aforementioned media, were analyzed because of their close association
[ with either plant effluents and/or man's consumption. All results from these analyses are reported in Tables 11, 12, 14, 15, and 16, pages 73,
[.
74,'and 76 through 175..
(' During the sampling period, three film. badges and TLD's were lost in the field. The following tables reflect this absence.
[
[
l I
F L
I I
Sampling Techniques
{
Radiological environmental. sampling is conducted around the ,
OCNGS as described below:
Environmental Media / Pathway Mode of Sampling
[. Atmosphere / direct radiation, Composite of Air Particulates-on filter inhalation
~
Adsorption of air iodines on
{ charcoal filter Atmosphere / direct radiation TLD and Film Badge Surface Water / direct radiation Grab Sample Well Water / ingestion Grab Sample Precipitation / direct radiation Composite Vegetation, Crops / ingestion Grab Soil / direct radiation Grab Aquatic Sediment / direct radiation Grab
~ Shellfish / ingestion ~ Grab Fish / ingestion Grab Crab / ingest $ ion Grab-All samples collected are processed and packed at an offsite lab near the OCNGS, then shipped to the vendor laboratories by courier for analysis. Vendor laboratories prepare samples as instructed by
{
-the Oyster Creek Environmental Controls Department. Radiochemical
[ analyses are then performed by vendor laboratory, and results are
-i I
sent to the Oyster Creek Environmental Controls Department.
An ongoing quality assurance program, as outlined in USNRC Regulatory Guide 4.15, is maintained in order to ensure the quality
{
of radiological sampling and analysis. ,Specifically, this program includes the splitting of selected samples with a second laboratory, r .
1 l'
E the introduction of blind duplicate samples with the primary L
laboratory, performance of duplicate analyses on ten percent of all samples, periodic laboratory audits and analysis of the results of 7
participation in the EPA cross check program.
Data
" - Tables 11 through 16, found on pages 73 through 175, represent a summary of all radiological environmental data for the reporting period. Tables 14, 15 and 16 present the data in the manner prescribed in proposed USNRC Regulatory Guide 4.8 and USNRC Branch Technical Position.
[
L
[ -
[
~
[
E
[ 1 l
E 1 i
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m 6
r TABLE 10 E OYSTER CREEK. STATION ENVIRONMENTAL MONITORING STATIONS y
LOCATION AND SAMPLE TYPE COLLECTED' l
STATION NUMBER SAMPLE COLLECTED Forked River, N.J. - Oyster Creek APT,.AIO, RG, RWA,
[ 1 NGS, OC Meteorological Tower- VGTN, SOIL, WWA H
and Fire Pond Tl Porked River, N.J. - Oyster Creek' RG Meteorological Tower and Fire Pond 2 Pinewald, N.J. - Route 69 at~JCP&L APT, AIO, RG,- RWA,
{ Company Pinewald Substation north VGTN, SOIL of Forked River, N.J.
3 Island Beach State Park, N.J. - AUT, AIO, RG, RWA, '
'Near old Coast Guard Station VGTN, SOIL
[ 4 Barnegat, N. J. - Route $554, near' Windward at Barnegat, first APT, AIO, RG, RWA, VGTN, SOIL road West of Pa'rkway Exit
[ 5 Forked River, N.J. - Garden APT, AIO, RG, RWA, State Parkway Northbound Entrance VGTN, SOIL to Holiday House 6 Forked River, N.J. - Lane Place RG behind St. Pius X Catholic Church
{.
7 Waretown, N.J. - Compass Road, RG second pole North of Bay Parkway
[. 8 Waretown,'N.J. - Route 99 at the RG Waretown Substation 9 Waretown, N.J. - Route 4532, North RG side of road at Parkway 10 Toms River, N.J.~- Route $37 East, RG-
{- adjacent to " Eastern Off Road j
j Supply" 11 Harvey Cedars, N.J. - 80th Street RG and Anchor Street, at Water 4 Tower I L
12 Cedar Run, N.'J. - Access Road to RG Atlant-ic Electric's Combustion Turbine Generating Station, off
{ Route.9, South of Route 72 r .
a
a TABLE 10
[. OYSTER CREEK STATION ENVIRONMENTAL MONITORING STATIONS LOCATION AND SAMPLE TYPE COLLECTED
[ STATION NUMBER SAMPLE COLLECTED 13 South Toms River, N.J. - Dover Road, RG
{ next to last pole traveling West on North side 14 Lakewood, N.J. - Larrabee Substation, -RG just off Route 9547 on Randolph Road
( 15 New Egypt, N.J. - Route 9539, last pole on South side, adjacent to RG "Bomarc" Site 16 Intersection of Route $563 and RG Route $72, two poles South 17 New Gretna, N.J. - Route 9563, RG g
2 miles North, next to High Voltage Line !
18 Forked River, N.J. - Lacey Road, WWA ,
Townsend's Marina -
I 19 -Forked River, N.J. - 1015 Inland WWA Road, Forked River Beach
( 20 Forked River, N.J.
at Environmental Lab Finninger Farm WWA 21 Waretown, N.J. - 215 Dock Avenue, WWA
[ Sands Point Harbor 22 Waretown, N.J. - 27 Long Johd, WWA
[ Silver Way, Skippers cove 23 Barnegat Bay - Off Stouts Creek SWA, AQS, CLAM
(. approximately 400 yards SE.(150*)
of FL "1" (Heading on BWN "D")
24 Barnegat Bay - Approximately SWA, AQS., CLAM
[ 250 yards SE (180*) of FL "3" (Heading on N "66")
[
[
e
[ .
L TABLE 10 OYSTER CREEK STATION ENVIRONMENTAL MONITORING STATIONS LOCATION AND SAMPLE TYPE COLLECTED STATION NUMBER ' SAMPLE COLLECTED 25 Barnegat Bay - Off Holiday Harbor; SWA, AQS, CLAM
[. spproximately 200 yards SE (140')of the Lagoon Houth 26 Forked River, N.J. - South Branch SWA, AQS
^
of Forked River, North of 3 ridge to Visitor Center 27 Forked River, N.J. - Downstream SWA, AQS of Oyster Creek Fire Pond, approximately 10 yards 28 Forked River, N.J. - Lacey Road CROP and the Garden State Parkway
[ 29 Barnegat, N.J. - Route 8554 CROP and the Garden State Parkway 30 Forked River, N.J. - Finninger Farm CROP -
31 Manahawkin Bay - Approximately 25 SWA, AQS, CLAM h yards SE (140') of C '23" and N "24" 32 Oyster Creek - Mouth of Creek midway SWA, AQS
{ between Bulkhecd on North Shore and South Shore of Creek 33 Oyster Creek - Approximately 1200 SWA, AQS.
[ yards East -of Route 49 Bridge, in middle of' channel, directly South of Bulkhead running perpendicular
( to North Shore 93 Oyster Creek - Just West of the SWA, AQS, FISH, confluence of freshwater Oyster CRAB
[' Creek 94 Great Bay - Approximately 1/2 SWA, AQS, CLAM,
[ mile from the Southern tip of FISH, CRAB Seven Island on an approximate 240 degree true heading
[
t .
L TABLE 10
[ OYSTER CREEK STATION ENVIRONMENTAL MONITORING STATIONS LOCATION AND SAMPLE TYPE COLLECTED
[ STATION' NUMBER SAMPLE. COLLECTED A Allenhurst, N.J. - JCP& L Company - APT, AIO, RG, RWA
[ Service Building $4, 521-525 Main Street, on roof
( C Cookstown,'N.J. - Route #528 Spur, APT, AIO, RG, RWA-at JCP&L Company District Dispatcher H Hammonton, NJ - Egg Harbor Road, APT, AIO, RG, RWA
[ at the Atlantic City Elecf.ric District Dispatcher
[
[
APT = Air Particulate l
l AIO' = Air Iodine RG = Radiogas/ Direct Radiation RWA = Precipitation
{
WWA = Well Water SWA = Surface Water AQS = Aquatic Sediment CLAM = Clams CROP = Pasture / Crops
{
VGTN = Vegetation SOIL = Soil FISH = Fish
[ CRAB = Bluecrab l
[
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IOfDI: JLBE JULY AUGBr SEPH9BER OCHEER MNBGER mJrr DOSE m J r r DOSE MJJrr DOSE 34 0 mJrr DOSE mser DOSE m I r r DOSE 3-MO 6-MO SBTIOi DM DE DM 'IDIRL DM DATE DATE '10!RL TODE.
A ~ ISKMBS 7.5016JEAS 6.50 14AUG85 6.40 20.40 10SEP85 7.70 090CT85 8.50 05KN85 7.40 23.60 44.00 C 1&RN15 6.6015 RKa5 6.1012AUGB5 6.00 18.70 09SEP85 6.40 000CT85 7.40 04 m 85 6.90 20.70 39.40 H 17JLMBS 6.5015JU[a5 6.50 13AUGB5 '5.50 18.50 09SEP85 6.30 080C185 7.10 04 m 85 6.30 19.70 38.20 1 17JUNB5 9.50 ISRKa5 7.50 15AUGl5 7.40 24.40 11SEP85 10.80 070CT85 11.10 09 G 85 7.60 29.50 53.90 2 21JLMB5 6.20 17JLXa5 6.30 14AUG85 5.80 18.30 12SEP85 6.80 100CTB5 7.40 07M W85 6.40 20.60 38.90 3 1% JUTS 5 6.70 17JUta5 6.1014Audl5 6.00 18.80 1(EEP85 6.70 090CT85 7.70 05t m 85 6.70 21.10 39.90g 4 1&RMBS 6.50 11UU[A5 5.40 15AUG85 5.50 17.40 09SEP85 7.20 070CT85 7.20 04t m 85 6.50 20.90 38.30 5 2aK285 6.50 166ARAS 6.40 15AUGB5 5.60 18.50 12SEP85 7.50 110CT85 7.30 07NOV85 6.80 21.60 40.10 6 20$KMBS 6.5016JtKa5 6.9013AUGB5 5.90 19.30 1GSEP85 6.50 100CT85 7.30 05NOWB5 6.80 20.60 39.90 7 17Jt285 7.40 ISKEAS 6.20 12AUGB5 6.50 20.10 llSEP85 7.00 070CT85 8.60 06NOW85 6.00 21.60 41.70 8 17JLMBS 6.801&RKa5 5.00 12AUG85 6.10. 17.90 09sEP85 6.90 070CI85 7.40 04tG B5 6.00 20.30 38.20 9' 2aRRES 7.10 ISRRAS 5.90 13AUGl5 6.60 19.60 11SEP85 6.70 110C185 7.30 06t m 85 7.40 21.40 41.00 T1 17JtNB5 9.60 ISRIAS 7.70 15AUG85 7.60 24.90 11SEP85 11.60 070CT85 11.30 06tm85 7.20 30.10 55.00 10 ISJUtSS 6.50 17JUIa5 . 6.2014AUGl5 5.90 18.60 TfD IDST 090CT85 7.40 05NOUBS 6.40 13.80 32.40 11 2aRMBS 6.701&RX25 5.40 12AUGB5 6.30 18.40 11SEP85 6.20 100CTB5 7.10 '
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-7 4-4
m m v rm_ m rm m m_ rm rm rm rm rm m m .m rm rn. 1 TABIE 13 RADIOIDGICE DNIltt4GNmL MNIl0 RING PROGUM SGMARY OYSTER CREEK MXIEAR GENERATING SRTION JUTE,19851HROUGH MNEMBat,1985 l
1HE PGIDfIPC PAGES ARE A SGMARY & RDIP DAR PGl 1HE SW!OUIED GXIECfION PERIOD JLNE,19851HRU MNIMBER,1985. DAR IS SUPMARIZED m A SEMI-Att0AL Ato QUARTERLY BASIS, EERE 1.) XXX-MEAN(W10mL); MEAN AND RANGE BASED ON RAfCE DETECIABIE ACTIVITIES &
ALL XXX SIKTI0tB 2.) XXX=BAGG0GD G1 I!OICA201 SIATI0tB 3.) (FlotAL)= FRACTION & DENCmBIE ACTIVITIES /
1DfE !UBER & ANALYSES PERPWMED 4.) STATION 41RTION WITH HIGHESP SEMT-A!NUAL ME'A N 5.) BAGGROUto SRTICtB IEED ARE:
STATION A,C,H 31,94 18 SAMPIE TYPE . AIR PARTICUTAIE SEDIMENT ELI. WATER AIR ICDIIE CUWE PRECIPITATION SLRFACE WATER ,
FISH (**)
BWE GAB (**)
6.) *=t0 DAR SAMPIED ; **=SfATION 94 CNLY 9
s
m m. _r- m_ rn m v m m_ m r, y m_ m TAB 2 14 . I RADICIDGICAL ENVIlOMBfDL IOiIMIIG P10 GUM SWMARY OYS!!R GEEK IUCMAR GIH5tATIIG SMTION Jt2E,1985 'DE003i MNIBBIR,1985 SEMI-AlHIAL SGMARY SAff 2 TYPE ANALYSIS ISMOPE ISBER ILD IlOICAH-MEAN(IVDPAL) BAGR0lHHEAN(IVIDIRL) S ETICIE USED OF RAICE IWEE RR IIDICARR NEAN ANALYSES PERIGNED SmTION SMTIOPHEhN(IVIDIRL)
RANE VIEE mTION GOSS Bem 30 5.59E+01- 6.26E+03 (30 /30 ) ,
(* /* )
1 2 3 4 5 (PCI/IC(Wr)) ( 6.85E+02 - 1.33E+04) ( * )
2 8.75E+03(6 /6 )
. ( 4.22E+03 - 1.33E+04)
AIR PARTICLEATE GOSS AU4R 102 5,50E-04 1.24E-03 (44 /63 ) 9.35E-04(33 /39 ) 1 2 .3 4 5 (PCI/M3 ) ( 3.13E 9.27E-03) ( 3.72E 1.74E-03) 2 1.78E-03(9 /12 )
( 4.27E 9.27E-03)
AIR PARTICUIA 2 GOSS Bem 102 2.llE-03 1.56E42 (63 /63 ) 1.53E-02(39 /39 )- 1 2 34 5 (PCIA3 ) ( 6.77E 2.82E-02) -( 7.17EK)3 - 3.12E-02) 5 1.83E-02(12 /12 )
( 9.44E-03 -~ 2.82E-02)
AIR PARTICUIATE GAf9m G-144 -102 2.53E-02 ILD (0 /63 )- ' IID (0 /39 )' 1 2 3 4 5 (PCIA3 )
5 ILD (0 /12 ) .
~ AIR PARTICLEATE Guem CS-134 102 4.37E-03 IID (0 /63 ) IID (0 /39 ) 1 2 3 4' 5 (PCI/M3 )
5 ua (0 /12 )
AIR PARTICUIATE GRf9m 0F58 102 4.36E-03 IID (0 /63 ) IID (0 /39 ) .1 2 3.4 5 (PCIA3 )
5 IID (0 /12 )
-7 6 -
"m r-- m m. ._m_ .n_ m .m m n. m v m__ m TABLE 14 RADIO [DGICAL DWIR0tMENmL IOII10RI!C PROGUM SLMERY OYSTER CREEK IUCIEAR GENIRATItG SmTION e
- JtNE,1985 DIR0001 MNIMBER,1985 q SIMI-AMCAL SLMERY SAMPIE TYPE ANALYSIS IS010PE !UBER ILD I!OICA10R-MEAN(tV10mL) BAGROUMHtEAN(tV10mL) . SPATIOtB USED OF RMCE RANGE FOR I!OICA1TR MEAN ANALYSES PIRIGMED SmTION SMTION-MEAN(tV10rAL)
, RMGE AIR PARTICUIATE GMMA is-54 102 4.21E-03 LID (0 /63 ) LID (0 /39 ) 1 2 3 4 5 .
(PCI/M3 )
5 ILD (0 /12 )
AIR PARTICUIATE GMMA FE-59 102 1.04E-02 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 IID (0 /12 )
AIR PARTICUIATE GMMA ZN-65 102 9.19E-03 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 ILD (0 /12 )
AIR PARTICUIATE GMMA CD-60 102 4.60E-03 IID (0 /63 ) IID (0 /39 ) 1.2 3 4 5 (PCI/M3 )
5 IID (0 /12 )
AIR PARTICUIATE GMMA K-40 102 3.78E-02 9.90E-02 (5 /63 ) ~ 2.33E-01(2 /39 ) 1 2 3 4.5 (PCI/M3 ) ( 5.50E 1.70E-01) ( 6.60E 4.00E-01) 4 1.29E-01(2 /13 )
( 8.80E 1.70E-01)
AIR PARTICUIATE GMMA BE-7 102 .6.31E-02 1.38E-01 (60 /63 ) 1.42E-01(36 /39 ) 1 2 3' 4 5 (PCI/M3 ) ( 8.10E 2.10E-01) ( 5.50E 4.20E-01) 1 1.44E-Ol(ll /13 ) .
( 8.40E 1.80E-Ol)'
-7 7 -
m rm v m rm m rm rm r~m rm rm rm m v m rm rn 1 TABLE 14 RADIOIDGICAL DNIR019ENmL MONrltRING PROGUM SG9tARY ,
OYSIER GEEK NUCIEAR GENEATIE SMTION JUNE,1985 Da00Gi 10VMBm,1985 -
SmI-AmUAL SG9ERY .
I SAMPIE TYPE ANALYSIS ISMOPE NUleER IID I!OICAlm-MEAN(N/10mL) BAQWOUNNIEAN(tVIOmL) SPATI0tB USE l OF RANGE RANGE POR ItOICKICR MEAN ANALYSES PEREGMED S MTION SMTI0tHIEAN(tV10mL)
RAIG AIR PARTICUIAIE GMeu ZR-95 102 9.52E-03 IID (0 /63 ) ILD (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 IID (0 /12 )
AIR PARTICUIATE GMNA te-95 102 4.89E-03 IID (0 /63 ) . IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 IID (0 /12 )
AIR PARPICUIATE GM9% CE-141 102 8.32E-03 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 ILD (0 /12 )
AIR PARTICUIATE GMen RU-103 102 5.43E-03 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 IID (0 /12 )
AIR PARTICUIATE GMen BA-140 102 2.95E-42 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
~
5 IID (0 /12 )
AIR PARTICUIATE GMen IA-140 102 1.35E-02 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 -
(PCI/M3 )
5 IID (0 /12 )
-7 8 -
r~ m .m m. v m m m m m m. m v_ m m m 1 TABLE 14 ,
RADIO [OGICAL DNDOINENIRL M3fI'1tRING PEIOGUM SGMARY OYSTER CREEK HJCTEAR GENERATING STATIOi JUNE,1985 'DROUGi MNEfBER,1985 SIMI-AtH.lAL SGMARY ILD DOICA'ItR-MEAN(N/10IRL) BAQG40l.NHEAN(tV10!RL) STATI0tE USED SAMPf2 TYPE MIALYSIS IS710PE MDBER OF RANGE rat 0E PCR ItOICA'1TR MEAN ANALYSES PERPWMED STATION STATIOtHEAN(!VIDIAL)
PANGE RA-226 102 7.51E-02 IID (0 /63 ) . IID (0 /39 ) 1 2 3 4 5 AIR PARTICUIATE GMMA (PCI/R3 )
5 ILD (0 /12 )
TH-228 102 7.62E-03 IID (0 /63 ) LID (0 /39 ) 1 2 3 4 5 AIR PARTICUIATE GMMA (PCI/M3 )
5 IID (0 /12 )
I-131 102 2.36E-02 - LID (0 /63 ) LID (0 /39 ) 1 2. 3 4 5 AIR PARTICUIATE GMMA (PCI/M3 )
5 IID (0 /12 )
RU-106 102 3.74E-02 IID (0 /63 ) LID (0 /39 ) 1 2 3 4 5 AIR PARTICUIATE' GAIMA (PCI/M3 )
5 IID (0 /12 ) ,
G-137 102 4.48E-03 IID (0 /63 ) IID (0 /39 ) 1 2 3 4 5 AIR PARTICUIATE GMMA (PCI/M3 )
5 ILD (0 /12 )
LID (0 /6 ) 1 2 3 4'5 l AIR PARTICUIATE SIKNrIIM-89 16 4.32E-04 IID (0 /10 )
(PCI/M3 )
5 ILD (0 /2 )
1
-7 9 -
m m v rn rm r mL m rm m m rm rm rm m_ 1 TAiKE 14 RADIOIDGICAL ENVIR0ltENEL 10NrltRING PROGUM SUlfWlY OYS1ER GEEK 10CIEAit GENERATI!G SMTION .
JLNE,1985 DBOUGi IOVIMBER,1985 SEMI-Al@UAL SGMARY SAMPIE TYPE . ANALYSIS IS[ MOPE NGEER ILD DOICA1DR-MEAN(!VIORL) BAGR0utO-MEAN(!VIUML) SfATICIE USED OF RANGE RANGE FOR ItOICA2tR MEAN ANALYSES PERIGMED SMTION SRTIGHE!lAH(IVIORL)
RANGE AIR PARTICUIATE SIRONFILM-90 16 1.38E-04 IID (0 /10 ) IID (0 /6 ) 1 2 3 4 5 (PCI/M3 ) <
5 ILD (0 /2 )
PRIEIPrmTION GOSS BETA,SS 47 1.63E+00 2.13E+00 (2 /29 ) 3.28E+00(4 /18 ) 1 2 3 4. 5 (PCI/L ) ( l.74E+00 - 2.52E+00) ( l.91E+00 - 4.49E+00) 5 2.52E+00(1 /6-)
( 2.52E+00 - 2.52E+00)
PRICIPITATICN GROSS BEm-DS 46 1.77E+00 6.00E+00 (29 /29 ) 4.35E+00(16 /17 ) 1 2 3 4 5 (PCI/L ) ( 1.39E+00 - 1.76E+01) ( 1.76E+00 - 1.35E+01) 2 1.01E+01(6 /6 ) ,
( 5.12E+00 - 1.76E+01)
PRBCIPI1ETION G4199L G-144 47 3.70E+01 IID (0/29) IID (0 /18 ) 1 2.3 4 5 (PCI/L )
5 IID (0 /6 )
PRICIPrmTION GMOUL G-134 47 4.86E+00 LID (0 /29 ) ILD (0 /18 ) 1 2 3 4 5-(PCI/L ) J 5 ILD (0 /6 )
PRICIPrmTION GM99L (D-58 47 4.76E+00 IID (0 /29 ) ILD (0 /18 ) 12 3 4 5 (PCI/L )
5 IID (0 /6 )
. -8 0 -
l l
m r-m r n. r- a rm rm r- n rm rn v rm rm r- t rm r-T_ r--- T r-- A r1 r TABIE 14 RADIGIDGICAL BWIl0t4ENRL MNTITRING PIOGUM SQt4ARY OYSTER GIEK MJCIZAR GDIERATING SMTION JUNE,1985 'IfBOUGI IDAMBER,1985 SatI-AltUAL SG91ARY I!OICAKR-MEAN(IV10mL) DAGRUUID-MEAN(tV10mL) S MTI0tB USED SAMPIE TYPE ANALYSIS IfDICPE NWEER IID RANGE RAICE FOR ItOICMTR MmN OF ANALYSES PIRfGMED S MTION STATIOlH(EAN(!V10mL)
RAICE MN-54 47 4.41E+00 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 PREIPIMTIOi GMetA (PCI/L )
5 IID (0 /6 )
FE-59 47 1.01E+01 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 PREIPITATION GMeth (PCI/L )
5 IID (0 /6 )
ZN-65 47 9.42E+00 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 PREIPIMTIO3 GM94A (PCI/L. )
5 IID (0 /6 )
(INiG 47 4.65E+00 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 PREIPIMTION GMt1A (PCI/L )
5 IID (0 26 )
K-40 47 8.32E+01 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 PREIPrmTIOi GMetA (PCI/L )
5 IID (0 /6 )
BE-7 47 5.16E+01 6.67E+01 (3 /29 ) 6.13E+01(3 /18 ) 1 2 3 4 5 PREIPIMTION GMetA
) ( 4.90E+01 - 9.80E+01) ( 5.30E+01 - 6.80E+01)
(PCI/L 5 7.35E+01(2 /6 )
( 4.90E+01 - 9.80E+01)
m v m m ca rm r-- a _ rm v rw v rm rm. r---- a c1 .c-a r-T cm TABIE 14 RADIOIOGICAL !!NVIR0teENRL MONI1DRI!G IMOGRAM SLM4ARY OYSTER CRI!EK 10C2AR GENERATING SMTION JtNE,1985 'DBOUGI 20V!MBER,1985 .j SIMI-MeUAL SLM4ARY c SAMP2 TYPE ANALYSIS IS010PE !OBER ILD DOICAER-MEAN(!VIUPAL) BACKR0lHHEAN(PV10mL) SMTIC16 USED OF RNCE RANGE PCR DOICAER MEAN ANALYSES PERIGMED SMTION SIRTIOPHEAN(!VIOmL)
RAN2 t
PRICIPIR TION GAlen ZR-95 47 1.01E+01 LID -(0 /29 ) IID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 ILD (0 /6 ) -
PRICIPIR TION GMen te-95 47 5.13E+00 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 IID (0 26 )
PRIEIPIRTION GMen CE-141 47 1.12E+01 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 IID (0 /6 )
PRICIPI n TI N GMen 10-103 47 6.05E+00 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 IID (0 /6 )
PRIEIPIMTION GMen BA-140 47 2.66E+01 IID (0 /29 ) LID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 ILD (0 /6 )
PRICIPIMTICH GMen IA-140 47 1.01E+01 IID (0 /29 ) LID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 IID (0 /6 )
m v r-- T rm o r, rm rm no r, m r, r F-- a r--- 7 ro r--- T r --- a r-------
3B214 RADIO [OGICAL BNIl0MENmL MONTIQlING PROGUM SLM1ARY OYS'IER OllEK MJCMAR GENBtATDU SMTION JUNE,1985 2B0lGI IOWMBER,1%S SIMI-AMUAL SLM1ARY .
1 SAMPIE TYPE ANALYSIS IS7IOPE tRNBER - IID ItOICAER-MEAN(IVIOmL) BAGROUtD-MEAN(tVIOmL) SMTIONS USID l OF RAPCB RAIGE POR I!OICA'IQ1 MEAN -
ANALYSES
~ PERIGMED S ETIM SMTION-MEAN(IVIOmL)
RAIE ,
PRECIPIRTION GNIA RA-226 47 1.08E+02 LLD (0 /29 ) ILD (0 /18 ) 1 2 3 4 5
-(PCI/L )
5 IID (0 /6 )
PRECIPIRTId; GMtA 21-228 47 9.75E+00 IID (0 /29 ) IID , (0 /18 ) 1 2 3 4 5 (PCI/L )
5 LID (0 /6 )
HIECIPIRTION GMtA I-131 47 1.93E+01 IID (0 /29 ) IID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 ILD (0 /6 )
PRICIPIRTIM GNIA RU-106 47 4.12E+01 LID (0 /29 ) LID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 IID (0 /6 )
PRECIFIRTION GMtA G-137 47 4.77E+00 IID (0 /29 ) LID (0 /18 ) 1 2 3 4 5 (PCI/L )
5 ILD (0 /6 )
PRICIPIMTION TIITILM
~
47 7.94E+01 8.63E+01 (6 /29 ) 9.53E+01(11 /18 ) 1 2 34 5 (PCI/L ) ( 7.09E+01 - 1.19E+02) - ( 6.26E+01 - 1.69E+02) 1 9.15E+01(4 /6 )
( 7.43E+01 - 1.19E+02)
-8 3 -
m '- m_ _ r' _
rm rm rm rm r- rm rm 1m rm rm rm rm _m rm m 1 TAB 2 14 RADIO [DGICAL IH/IR0tMNIAL MONr1 IRING PIOGUM SGMARY OYSTER GEEK IUCEArt GENERATItG SmTION JWE,1985 'DE00GI 20VBGER,1985 SIMI-ANNUAL SLEMARY SAMP2 TYPE ANALYSIS I!D10PE !REBER ILD It0ICAltR-MEAN(tV10mL) BAGROUtD4EAN(!VIUPAL) STATI0t6 USED e OF RAICE RAICE POR ItOICA1IR MEAN ANALYSES PERPCRMED STATION SmTI0tHEAN(!V10mL)
RANGE PRBCIPITATION SIR NFILM-89 34 2.79E+00 IID (0 /20 ) IID (0 /14 ) 1 2 3 4 5 (PCI/L )
5 IID (0 /4 )
PREIPIRTIm SIIENfIm-90 34 6.74E41 IID (0 /20 ) LID (0 /14 ) ~1 2 3 4 5 (PCI/L )
5 ILD (0 /4 )
AIR I(DINE 10 DINE-131 103 1.64E-01 IID (0 /64 ) IID (0 /39 ) 1 2 3 4 5 (PCI/M3 )
5 . ILD (0 /12 )
SURFACE E M GCSS AINA-GS 49 5.54E-01 5.29E-01 (6 /42 ) 4.43E-01(1 /7 ) 23 24 25 26 27 (PCI/L ) ( 4.04E 7.56E-01) ( 4.43E 4.43E-01) 32 33 23 5.92E-Ol(2 /6 )
( 4.29E 7.56E-01) .
SURFACE ETER GROSS AIHA-DS 49 3.68E+00 1.44E+00 (16 /42 ) 9.26E-01(1 /7 ) 23 24 25 26 27 (PCI/L ) ( 4.74E 2.88E+00) ( 9.26E 9.26E-01) 32 33 33 1.88E+00(2 /6 )
i ( l.35E+00 - 2.42E+00) l s SLEFACE ETER GOSS BETA-GS 49 9.91E-01 7.51E-Ol'(7 /42 ) 1.09E+00(2 /7 ) 23 24 25 26 27 (PCI/L )
( 6.61E 8.55E-01) ( 7.93E 1.38Et00) 32 33 23 8.55E-01(1 /6 )
l ( 8.55E-01 8,55E-01)
L.. _ _ _ _ _
" . v r' r"m r- rm rm rm em r- rm r, .r , rm v p m ,
TMEE 14 RADIO [DGICAL IN/IH0ttE!NRL IOII'IQtI!G IB0 GUM SW99M OYSFIER OtEEK IUCIEAR GENERATIBC SMTION JtNE,1985 'Ifm00G1 IOVigEER,1985 SIMI-At#UAL SW99RY SJMPIE TYPE APUOfSIS IS:r!0PE ID EER ILD I!OICAKR-4EAN(tVIDmL) IUGROURO-4E!AN(!V10mL) S MTICIE USED OF RANGE RAIGE POR ItOICATGL MEAN At00fSES PERKRMED S mTION SMTI0lHEAN(W'IOmL)
RAtoE -
SWtPACE ETER GF.)SS BETA-DS 49 2.44E+01 1.55E+02 (42 /42 ) 1.81E+02(7 B ) 23 24 25 26 27 (PCI/L ) ( l.20E+00 - 5.68E+02) ( l.02E+01 - 4.78E+02) 32 33 24 2.91E+02(6 /6 )
( 1.10E+01 - 5.68E+02)
SURFACE R M CAICItM BY AA 49 1.00E+01 6.04E+02 (31 /42 ) 6.30E+02(7 B ) 23 24 25 26 27 (MG/L ) ( l.91E+01 - 1.26E+03) ( 3.02E+02 - 7.98E+02) 32 33 24 7.29E+02(6 /6 )
( 3.72E+02 - 1.26E+03) l SatFACE iSLM GRPOUL CE-144 49 3.16E+01 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 '
33 LID (0 /6 )
SWtFAG MTER GAlem G-134 49 4.54E+00 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 ) .
SURFACE R M GRfen CD-58 49 3.89E+00 IID (0 /42 ) ILD (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SWtFAG 55LTER GMGM tel-54 49 3.64E+00 ILD (0 /42 ) IID (0 /7 ) 23 24 25 26 27 (PCI/L ) , 32 33 33 IID (0 /6 )
l l
.- e , v rm rm rm r, m em_ r- _
r- rm rn r- , r--x c 't r- -- r _c TAB 2 14 RADIOfDGICAL BNIR014ENmL MENIERING IMOGUH SG9tARY OMSTER GEEK !OCEAR GENERATING SMTION JtNE,1985 DROUGH 10VEMBER,1985 SEMI-Att0AL SG94ARY SAMP 2 TYPE APUCtSIS IfDKPE NIDEER LLD . It0ICAER-MEAN(N/10mL) BAGROWD-MEAN(tV10mL) S MTIOtB USED OF rat 0E RAICE ' POR DOICAER MEAN ANALYSES PERPCRMED STATION SMTION-MEAN(!V10mL)
RAICE SURFACE ETER GAftR PE-59 49 8.75E+00 LID (0 /42 ) IID (0 /7 ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SLRFAG RTER GMen ZN-65 49 7.83E+00 IID (0 /42 ) LID (0 /7 ) 23 24 25 26 27 32 33 (PCI/L )
33 IID (0 /6 ) .
SLRFA3 ETTR GMen (D-60 49 3.82E+00 IID (0 /42 ) . LID (0 /7 ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SURFA3 RIER GMen K-40 49 8.64E+01 2.23E+02 (29 /42 ) 2.56E+02(7 /7 ) 23 24 25 26 27 (PCI/L ) ( 1.20E+02 - 3.00E+02) ( 2.30E+02 - 2.80E+02) 32 33 25 2.37E+02(6 /6 )
( 1.20E+02 - 3.00E+02)
SLRFA3 RTER GMen BE-7 49 4.07E+01 IID (0 /42 ) IID (0 /7 ) 23 24 25 26 27 (PCI/L ) 32 33
- 33 LID (0 /6 )
SURFACE ETER GMen ZR-95 49 8.44E+00 ' LID (0 /42 ) IID (0 /7 ) 23 24 25 26 27 (PCI/L ) 32 33 33 LID (0 /6 )
~ - m rm r- r- r- m _ _ rm r- _
r- r- _ _ r- rm r- r-m _ rn rm_ m rm r TAB m 14 RADIOIDGICAL DWIR0ftENIRL MONI10RItG PIOGUM SLBMARY OYSTER CREEK IUCEAR GENIEATING S1RTICtl JLNE,1985 D200G110VBeER,1985 SIMI-A40AL SLPHARY SAMP 2 TYPE ANALYSIS ISD10PE NLPEER ILD I! DICA 1M-MEAN(N/10IRL) BAGIOLNHEAN(N/IDIRL) STATIOtB USED OF RAICE RArCE FG1 It0ICA1TR MEAN
.W ?liSES PEFf0RMED S1RTION SIRTIOtHEAN(f(/1 DIAL)
RANGE SLRFACE ETER GNOR fB-95 49 4.34E+00 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) , 32 33 33 IID (0 /6 )
SURFACE ETER Gmer m -141 49 9.86E+00 IID (0 /42 ) IID (0 B ) 23 24' 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SLRFACE ETER GAren RU-103 49 5.23E+00 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SLRFAG RTER GAten BA-140 49 2.58E+01 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SURFACE ETER GAlen IA-140 49 9.88E+00 IID (0 /42 ) IID (0 B ) 23 24 25 26.27 -
(PCI/L ) 32 33 33 IID (0 /6 )
SLRFACE RITR GAf9R RA-226 49 8.88E+01 IID (0 /42 ) IID (0 B ) 23 24 25 26 .27 (PCI/L ) 32 33 33 IID (0 /6 )
D i . r . -
...i
~ - - v r~m . r _ r-m.- v .m r- m r-m rm rm rm_ rm . v m. __ i TABLE 14 RADIO [DGICE DWB0tMNIE MNITtRING PROGUM SLDMARY OYSTER GEEK IUCLEAR GENERATING S'mTION JUNE,1985 '!HROUGi MNEMBER,1985 SIMI-AMUAL StBMARY SAMPIE TYPE ANALYSIS IfDIOPE MDBER ILD ~DOICA10R-NEAN(N/IDIE) BA080tRO-MEAN(Nf10mL) SIATIONS USH)
OF RAME RAfGE FOR I!OICAITR MEAN ANALYSES PERPGMED STATION STATION-MEAN(!VIDIE)
RAME SLRFACE ETER GAfMA 'IH-228 49 8.08E+00 1.90E+01 (1/42 ) ILD (0 B ) 23 24 25 26 27 (PCI/L ) ( 1.90E+01 - 1.90E+01) 32 33 24 1.90E+01(1/6 )
( l.90E+01 - 1.90E+01) t SURFACE ETER GAPMA I-131 .49 2.06E+01 IID (0 /42 ) LID (0 B ) 23 24 25 26 27 (PCI/L ) ,
32 33 33 IID (0 /6 )
SLRFACE ETER GAPMA RU-106 49 3.39E+01 IID (0 /42 ) LID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 )
SURFACE E TER GAIMA G-137 49 3.90E+00 IID (0 /42 ) LID (0 B ) 23 24 25 26 27 (PCI/L -) 32 33 33 LID (0 /6 )
SLRFACE ETER TRITIIM 49 6.69E+01 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ' ) 32 33 33 LID (0 /6 )
SURFACE ETER RADItM-226 49 2.17E-01 4.28E-01 (30 /42 ) 4.04E-01(5 B )' 23 24 25 26 27 (PCI/L ) ( l.50E 8.29E-01) ( l.87E 8.79E-01) 32 33
~ 23 7.37E-01(2 /6 )
( 6.47E 8.27E-01) -
- 48-i
-- ______________________n
..--- c- , ,---u---- ,- m r-, _r, ,, 1-r TABIE 14 RADIOIDGICAL BWIlOGENDd MONIERIIC PHOGUH SGMARY OYSTER OtEEK NUCIEAR GENERATIIG SmTION JUNE,1985 DROUGI 10VEMBER,1985 SEMI-Att0AL SGMARY SAMPIE T'tPE IS7IOPE IUSER LLD ItOICARR-MEAN(N/'IDmL) BAGROWD4EAN(!VF7mL) SMTIODE USED
~ ANALYSIS OF RAICE RAICE KR I!OICARR MEAN ANALYSES PSUCRMED SMTION SMTION4EAN(PVIDmL)
RAICE SURF E E M RADIUM-228 49 . 2.84E-01 6.28E-01 (12 /42 ) ILD (0 B ) 23 24 25 26 27 (PCI/L ) ( 2.32E 1.34E+00) 32 33 26 8.54E-01(5 /6 )
( 5.35E 1.34E+00)
SURF n E M SIRONTIlm-89 49 2.93E+00 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCI/L ) 32 33 33 IID (0 /6 ) ,
SLRFACE E m SIRONrnM-90 49 7.56E-01 IID (0 /42 ) IID (0 B ) 23 24 25 26 27 (PCT /L ) 32 33 33 IID (0 /6 )
SLRFACE mm EymL tRANILM 49 3.40E-02 1.28E+00 (42 /42 ) 2.59E+00(7 B ) 23 24 25 26 27 (PCI/L ) ( 4.46E 2.70E&OO) ( 1.89E+00 - 4.15E+00) 32 33 25 . 1.82E+00(6 /6 )
( l.54E+00 - 2.28E+00)
WEIL EM GOSS AIRIA-SS 36 4.60E-01 0.61E-01 (1 /30 ) IID (0 /6 ) 1 19. 20 21 22 (PCI/L ) ( 8.63 Fall - 8.63E-01) 19 8.63E-01(1 /6 )
( 8.63E 8.63E-01)
WEIL mm GOSS AIRIA-DS 36 9.16E-01 2.07E+00 (7 /JO ) 1.45E400(5 /6 ) 1 19 20 21 22 (PCI/L ) ( l.02E+00 - 3.49E+00) ( 8.28E 2.01E+00) 22 3.14E+00(1 /6 )
( 3.14E+00 - 3.14E+00)
m m m. M _m v rm m _m m rm 1 TAB M 14 RADIOIDGICAL DWIR0teENRL IGITtRItG PROGtAM SGMARY OWER GEEK FUCMAR GB45tATIIC SMTION JLNE,1985 Tim 00Gi 10VeeER,1985 SIMI-AltUAL SWMARY SAMP2 TYPE' ANALYSIS IS0rICPE PUBER ILD I!OICATOR-MEAN(N/IOmL) BA3HOUMMEAN(!VIIEAL) S MTI0tB USED OF RA!CE RAtCE POR If0ICAITR MEAN ANALYSES PIRIOtMED S mTION SMTI0tHEAN(!V10mL)
RAIG WEIL RTTR CHNS BErrA-6S 36 7.28E-01 3.23E+00 (2 /30 ) IID (0 /6 ) 1 19 20 21 22 (PCI/L ) ( 2.13E+00 - 4.33E+00) 22 4.33E+00(1 /6 )
( 4.33E+00 - 4.33E+00)
WEIL RTER ' GOSS BEM-OS 36 9.40E-01 3.04E+00 (26 /30 ) 2.49E+00(5 /6 ) 1 19 20 21 22 (PCI/L ) ( 9.03E 5.65E+00) ( 2.18E+00 - 2.92E+00)
'20 3.85E+00(5 /6 )
( 2.80E+00 - 5.48E+00)
WEIL R TIR REASSItM-40 12 2.00E-01 1.93E+00 (10 /10 ) 1.01E+00(2 /2 ) 1 19 20 21 22 (PCI/L ) ( 1.08E+00 - 2.45E+00) ( 9.75EH)1 - 1.04E+00) 19 2.44E+00(2 /2 )
( 2.43E+00 - 2.45E+00)
WEIL RTIR GApMA -144 12 3.15E+01 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 .
(PCI/L )
22 ILD (0 '/2 )
- WEIL RTER GAft% G-134 12. 3.84E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
' 22 IID (0 /2 )
WIEL RTER CAptu CD-58 12 3.82E+00 IID (0 /10 )- IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
. .m .m v m_ w .r m w . r- m _ rm rn v m i TABIE 14 RADIOLOGICAL ENVII0t4ENmL MCNritRI!G IHXRAM SGe%RY OYSIER CREEK 10CIEJR GENERT.TItG SmTION JGE,1985 DE00GH IDAIGER,1985 SEMI-MNUAL SG9mRY SAMPIE TYPE ANAIJdIS IfDIOPE NGEER IID I!OICATIR-LEAN (V10mL) BAOROLNHEAN(N/'K7mL) S MTIOtB USED OP RANGE RAIGE POR If0ICAITR MEAN ANALYSES PERPORMED STATION SMTI0tHEAN(N/10mL)
RAN2 WEIL ETER gal 9E tel-54 12 3.50E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 iia (0 /2 )'
WEIL RTER GAltn FE-59 12 8.09E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 ) ,
WEIL RTER GAlen ZN-65 12 7.64E+00 LID (0 /10 ) IID (0 /2 ) 1 19 20 a 22 (PCI/L )
22 iia (0 /2 )~ l WEIL MTER GAfem CD-60 12 3.74E+00 iia (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 iia (0 /2 )
~.
WEIL RTER GAltR K-40 12 6.%E+01 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 iia (0 /2 )
WEIL RTER GAft% BE-7 12 4.02E+01 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L ) .
22 IID (0 /2 )
m m m rm rm . r, rm rm m + m rm rm _m m m r -- A T - --
TAB E 14 RADIOIDGICAL BWIlONENmL 10NntPING 190 GUM SWEARY a OYSIER GEEK MJCEAR GEMEATItG S'mTION JUNE,1985 MOUGH IOVBEER,1985 SIMI-Alt 0AL SGMARY
^
SJMPIE TYPE ANALYSIS IS7ICPE tGBER IID It0ICA'IOR-MEAN(tV10mL) BAQG40lNHEAN(IV10mL) SMTIOf6 USED OF RAtCE RAICE FOR If0ICAltR MEAN
. ANALYSES PERIGMED S MTION SmTI0tHEAN(tVIDmL)
RAIG 9
WEIL E M GAfMA ZR-95 12 8.36E+00 ILD (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
WEIL mm - GAlmA te-95 12 4.22E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L ) ,
22 IID (0 /2 )
~
WE1L m m GAfMA CE-141 12 9.63E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
WEIL E M GAfMA RD-103 12 5.13E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 ) l
- j WEIL.WAITR GAlmA BA-140< 12 2.40E+01 IID (0 /10 ). IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
'WEtL mm GAlmA IA-140 12 9.30E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
p m. rx rm m v rm Mm s TABm 14 RADI0tDGICAL BWIlO@ENmL MCHIERI!C PROGUM SGNARY OYSIER OlEEK PUC2AR GDIERATING $1RTION JUNE,1985 31ROUGi 20VIMBER,1985 j SIMI-AIN.lAL SG9tARY '
SAMP E TYPE ANALYSIS ISCFIOPE IU EER IID If0ICA'IER-MEAN(N/10rAL) BAGROGO-MEAN(!V10mL) SMTIONS USED OF RA!CE RANGE FOR It01CA2tR MEAN ANALYSES PERIGMED S M TION SMTION-MEAN(fVIUML)
RAtCE I
WEIL R E R GAft% RA-226 12 8.80E+01 LLD (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
- 22. ILD (0 /2 )
WEIL M U R GAren 31-228 12 7.94E+00 IID (0 /10 ) ILD- (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
WEIL MTIR cMem I-131 12 1.89E+01 IID (0 /10 ) ILD (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
WEIL RER GAptu RU-106 12 3.35E+01 IID - (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 IID (0 /2 )
WE2L E U R GAlem G -137 12 3.86E+00 IID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
22 ILD (0 /2 )
WE2L RHR 1RITILM 12 6.87E+01 LID (0 /10 ) IID (0 /2 ) 1 19 20 21 22 (PCI/L )
. 22 ILD (0 /2 )
r- m. i t_ n v o v w n n m n n o r
~
TAB 214 RADIGIDGICAL DWIR0t4EINIRL mENI'10 TING PROGIAM SlM4ARY OYS'IER CREEK IUCIEAt GDIERATItC SIRTION JUNE,1985 'I11ROUGI tOVBBER,1985 SIMI-Alt 0AL SLM1ARY SAMP2 TYPE ANALYSIS IS0r10PE IUEER ILD I!OICAIQt-MEAN(tVIUPAL) BAGHOUtD-MEAN(tVIDIAL) SIATIOtG USED OP . RAICE RA!CE FOR It0ICA'101 MEAN '
ANALYSES PHtfGMED SIRTION STATION-MEAN(tVIDIRL)
RANGE l
WEII, WAM RADIUM-226 12 2.59E-01 8.68E-01 (10 /10 ) 6.49E-01(2 /2 ) 1 19 20 21 22 (PCI/L ) ( 2.65E 1.84E+00) ( 5.67E 7.32E-01) 21 1.52E+00(2 /2 )
( l.45E+00 - 1.59E+00)
WEIL WAM RADIUM-228 12 3.65E-01 7.91E-01 (6 /10 ) 8.06E-41(2 /2 ) 1 19 20 21 22 (PCI/L ) ( 4.30E 1.33E+00) ( 7.79E 8.33E-01) 22 1.18E+00(1 /2 )
( 1.18E+00 - 1.18E+00)
WEIL WAITR '1 URAL URANILM 12 3.40E-02 4.27E-02 (1/10 ) 4.63E-02(1 /2 ) 1 19 20 21 22 (PCI/L ) ( 4.27E 4.27E-02) ( 4.63E 4.63E-02) 22 4.27E-02(1 /2 )
( 4.27E 4.27E-02)
BIDE GAS G OSS ALPHA 3 4.82E+01 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/IC(WET))
93 IID (0 /1 )
BIDE GAB GOSS BEIA 3 6.94E+01 3.77E+03 (2 /2 ) 4.56E+03(1/1 ) 33 93 (PCI/IC(WET)) ( 2.60E+03 - 4.95E+03) ( 4.56E+03 - 4.56E+03) 93 4.95E+03(1 /1 )
( 4.95E+03 - 4.95Et03)
BIDE GAB Gale 1A 3-144 3 4.90E+01 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/lC(WET))
93 ILD (0 /1 )
m m_ m rm _r- t m_. rm _ rm rm rm v v rm v T- a _ _ r- '
TABLE 14 RADIOIOGICAL BWIR0ttENIRL'inirIORItC PROGWt SMERY OYSHR CREEK 10CIFX1 GDIERATItG S'IRTION JLME,1%5 UIROUGi IO/IMBER,1985 SIMI-Alt 0AL SGMARY SAMPLE TYPE ANALYSIS IS7IOPE NGetR ILD It0!CA10R-MEAN(!V10IRL) BAGROLNHEAN(!VIDIRL) SIKTIOtB USED OF RANGE RAfCE 10R It0ICA10t FEAN ANALYSES PS11GMED SIKTION SrATION-MEAN(!VIOrAL)
RAICE
. BwE mas GntmA cs-134 3 6.37E+00 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/KG(WET))
93 ILD (0 /1 )
BIDE GAB GMMA (D-58 3 't.GOE+00 IID (0 /2 ) IID (0 /1 ) '33 93 (PCI/KG(WEr))
93 IID (0 /1 )
BIDE GAB GMMA IW-54 3 5.97E+00 IID (0 /2 ) LID (0 /1 ) 33 93 (PCI/KG(WET))
93 IID (0 /1 )
BwE GAB G4:9th FE-59 3 2.10E 01 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/KG(WEr)) ,
93 IID (0 /1 )
BwE mas GAren zN-65 3 1.50E+01 IID (0 /2 ) IID (0 /1 ) 33 93 l (PCI/KG(WET))
93 IID (0 /1 )
BwE GAB GhMMA (D-60 3 6.47E+00 IID (0 /2 ) LID (0 /1 ) 33 93 (PCI/KG(WEr))
93 IID (0 /1 )
-9 5 -
N h
r- m_ r 1
. rm . . rm w .r m w rm rm rm rm rm r- a n TAB M 14 RADIOIIXIICAL ENVIIOMNRL MNIERIE PROGUM SLDNARY OYSIER GEEK WCEAR GDERATIE SmTION JUNE,1985 UIRCUGi WVEMBER,1985 SINI-AtNJAL SlDNARY SAMP2 TYPE ANALYSIS IRETE 10BER ILD I!OICARR-MEAN(N/IUmL) BAQGOUto-MEAN(tVIUTAL) S MTI0tB US E
& RAEE RAtGE FOR INDICARR MEAN ANALYSES PERPORMED S mTION STATION 4EAN(N/1UmL)
RAICE BwE GAB GMNA K-40 3 2.70E+02 2.35E+03 (2 /2 ) 2.30E+03(1 /1 ) 33 93 (PCI/KG(Wer)) ( 1.90E+03 - 2.80E+03) ( 2.30E+03 - 2.30E+03) 93 2.80E+03(1 /1 )
( 2.80E+03 - 2.80E+03)
BwE GAB GMNA BE-7 3 7.47E+01 IID (0 /2 ) IID (0 /1 ) 33. 93
.(PCI/KG(Wer))
93 ILD (0 /1 )
BwE GAB GMNA ZR-95 3 1.60E+01 ILD (0 /2 ) ILD (0 /1 ) 33 93 (PCI/KG(WET))
93 ILD (0 /1 )
BwE GAB GMNA fB-95 3 7.83E+00 IID (0 /2 ) -
LID (0 /1 ) 33 93 (PCI/KG(WET))
93 IID (0 /1 )
BWE GAB GMNA CE-141 3 2.03E+01 IID (0 /2 ) IID (0 /1 ) 33 .93 (PCI/KG(WET))
93 ILD (0 /1 )
BwE GAB GMNA RU-103 3 9.93E+00 IID (0 /2 ) IID (0 /1 ) 33 93 1 (PCI/KG(WET)) 1 93 IID (0 /1 )
v m n n n m v n r r r e n w r.
TABIE 14 ,
4 RADIOIDGICAL ENVIR0teeNIEL IGIl0RItG REXRAM SUtNARY OYSTER GH!lK IUCIEAR GDIERATItG SIKTION i JUNE,1985 mm00GH tWEMBER,1985 SEMI-AFNJAL SLDNARY SAMPIE TYPE ANAI2 SIS IfD10PE tOBER ILD It0ICAIm-MEAN(N/10IAL) BAGR0lNHEAN(N/10IAL) STATI0t6 USED OP RANGE RAIG FOR ItOICAltR MEAN ANALYSES PERIGMED SIKTION STATION-MEAN(N/10IAL)
Rata I
BwE GAB GAtNA BA-140 3 8.73E+01 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/KG(WET))
93 ILD (0 /1 )
BwE GAB Gnten IA-140 3 3.17E+01 IID (0 /2 ) IID (0 /1 ) 33 93.
(PCI/EG(WET))
93 IID (0 /1 )
BwE GAB Gnten RA-226 3 1.23E+02 IID (0 /2 ) IID (0 /1 ) 33 93 (PCI/EG(WET))
93 IID (0 /1 )
BwE GAB Gnten 21-228 3 1.12E+01 IID (0 /2 ) LID (0 /1 ) 33 93 (PCI/EG(Wer))
93 ILD (0 /t )
BwE GAB Gnten I-131 3 1.07E+02 IID (0 /2 ) IID (0/1) 33 93 (PCI/EG(WET))
l 93 ILD (0 /1 )
BwE GAB Gnten RU-106 3 5.17E+01 IID .! (0 /2 ) IID (0 /1 ) 33 93 (PCI/KG(WET))
93 IID (0 /1 )
m m rm rm v rm v v v rm m m m m m m
. . TABIE 14 RADI0IDGICAL INVIR0t4ENmL MONITOU!C PIOGUN SL)fERY OYSTER GEEK NJCEAR GENERATI!C SMTION JUNE,1985 'D!ROUGi MNEMBER,1985 SEMI-A!MJAL SQtuRY
' SAMPIE TYPE ANALYSIS IS XOPE NIDBER ILD I!OICAIM-MEAN(N/ IDEAL) BAGROUMMEAN(!VIUPAL) STATIOtB USED OF RAtCE RAICE FOR I!OICAIIR MEAN ANALYSES PERFORMED STATION STATION-MFJM(!VIDDI.)
RAtCE BWE GAB GAttu G -137 3 6.23E+00 IID (0 /2 ) IID (0 /1 ) 33 93' (PCI/KG(WET))
93 ILD (0 /1 )
BWWISH GOSS AInlA 2 3.99E+01 IID . (0 /2 ) *
'(* /* ) 33 93 (PCI/KG(WET)) (* - * )
93 IJD (0 /1 )
BWWISH CROSS BETA 2 7.03E+01 5.92E+03 (2 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( 4.98E+03 - 6.86E+03) ( * )
93 6.86E+03(1 /1 )
( 6.86E+03 - 6.86E+03)
BWEISH GAttu CE-144 2 3.75E+01 IID (0 /2 ) *
( * /* ) 33 93 (PCI/KG(WET)) ( * - * )
93 ILD (0 /1 )
<' BWWISH Gheen G-134 - 2 5.35E+00 IID (0 /2 ) *
(* /* ) 33 93 l (PCI/KG(WE"r)) { * )
93 IJD (0 /1 )
l BWEPISH gat #% G)-58 2 5.85E+00 IID (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WE"r)) (* - * )
93 IID (0 /1 )
-9 8 -
'm r'm .m m rm m rm m m rm m rm m rm rm m m m m 1 TABLE 14 RADIOIDGICAL ENVIR0tetNRL MONTITRItG PROGUM SLMERY OYSTER GEEK 10CIEAR GINf5MTItG S'mTION JUNE,1985 'mROUG{ IOVIMBER,1985 SIMI-AtHJAL SLM4ARY
' SAMPIE TYPE ANALYSIS IfDIOPE ISBER ILD I!OICAIOR-MEAN(N/10mL) BACKROUto-MEAN(!VIURL) STATIOtB USED OF RANGE RME PCR It0ICA3tR MEAN ANALEES
, PERIGMED S MTION STATION-MEAN(tVIOPAL)
RAIG B WEFISH CNem tei-54 2 4.85E+00 ILD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) (* - * )
93 UD (0 /1 )
BWEFISH GAP 9R FE-59 2 1.65E+01 UD (0 /2 ) *
(* /* ) 33 93 (PCI/10(WET)) ( )
93 LID (0 /1 )
BWEFISH GAP 9% ZN-65 2 1.30E+01 UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( .* - * )
93 UD (0 /1 )
. i BWEFISH GArtn CD-60 2 5.2SE+00 UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) (* - *' )
93 UD (0 /1 )
BWEFISH GAf9R K-40 2 2.80E+02 3.75E+03 (2 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( 3.40E+03 - 4.10E+03) ( )
33 4.10EK)3(1 /1 )
( 4.10E+03 - 4.10E+03)
BWEFISH' GAf9R BE-7 2 5.35E+01 UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(NT))' ( * )
93 UD (0 /1 ) '
- m. w v rm u r'm rm rm rm rm r- w rm rm e--
TABW 14 RADIO [OGICAL DNIR0tMNRL 10NITORIfG PROGUM SLMERY OYSIER QUEK 10CUMR GDIERATItG SMTION JUNE,1985 DROUGi 20V90ER,1965 SDtI-Ata0AL SLMERY SAMPW TYPE ANALYSIS IfDKPE NLMIER ILD It0ICAIOR-MEAN(tVIURL) BAGROUt4HEAN(tVI0rAL) STATIONS USED OF. RMCE RMUE PCR I!OICAKR MEAN AtaLYSES PERfm MED S MTICH STATION-MEAN(fVIUmL) rat 0E BWEFISH GAP 9R ZR-95 2 1.15E+0L UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) { * )
93 LID (0 /1 )
BWEFISH GM9m IB-95 2 5.60E+00 UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( * )
93 ILD (0 /1 )
BWEFISH CMGM CE-141 2 1.40E+01 UD (0 /2 ) * (* /* ) 33 93 (PCI/KG(WET)) (* - * )
93 UD (0 /1 )
BWEFISH GM9% RU-103 2 7.15E+00 UD (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( * )
93 ILO (0 /1 )
BWEFISH GM9R BA-140 2 4.70E+01 UD (0 /2 ) *
(* /* ) 33 93 (PCI/FG(WET)) (* - * )
93 U D (0 /1 )
c l
BWEFISH GAP 9% LA-140 2 1.35E+01 UD (0 /2 ) *
(* /* ) 33 93 l (PCI/KG(WET)) ( * )
93 U D (0 /1 )
-10'0 -
- m. m n n n n n _o n v n n e n .n .n n m TAB W 14 RADI0IDGICAL BWIlOMNFAL MONTICRItG IHOGUM SIMERY OYSIER GEEK 10CMAR GENERATItG SmTION JL.NE,1985 HEROUGi POVEMBER,1985 SIMI-APNUAL SlMMRY SAMP 2 TYPE' ANALYSIS IfDIOPE nim 3ER IID DOICAlm-MEAN(N/10mL) BAGROLNHtEAN(IVIDmL) STATIONS USED OF RANGE RANGE FOR ItOICAltR MEAN ANALYSES PERFORMED S ETION STATION-MBAN(tVIDmL)
RAIG B w EFISH GMMA RA-226 2 1.02E+02 IID (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) (* - * )
93 IID (0 /1 )
BwEFISH GMeu D1-228 2 8.85Et00 IID (0 /2 ) *
( * /* ) '
33 93 (PCI/KG(WET)) (* - * )
93 IID (0 /1 )
BWEFISH GMen I-131 2 4.50E+01 . IID (0 /2 )' *
(* /* )
- 33 93 (PCI/KG(WET)) ( )
93 LID (0 /1 )
BwEerSH GMen Ru-106 2 4.20E+01 IID (0 /2 ) *
(* /* ) 33 93 (PCI/KG(WET)) ( -)
93 IID (0 /1 )
BWEFISH GMeu CS-137 2 6.00E+00 1.50E+01 (2 /2 ) - * (* /* ) 33 93 (PCI/KG(WET)) ( l.40E+01 - 1.60E+01) (* - * ) ;
1 93 1.60E+01(1 /1 ) l
( l.60E+01 - 1.60E+01)
CLAMS GCSS AIRE 25 4. 71E+01 1.28F+02 (13 /18 ) 1.32E+02(6 /7 ) 23 24 25 (PCI/KG(WET)) ( 5.61E+01 - 2.79E+02) ( 3.06E+01 - 3,51E+02) 25 1.39E+02(5 /6 )
( 8.19E+01 - 2.79E+02)
-101 -
?____-_-_____-_________-_________ .- ._ - _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _
m M m m m m M v v .m. m m. _m r TAB 2 14 RADIO [DGICAL DWIlONEffmL POirlTRItG PHomAM SLMtARY OYSIER GEEK 20CTAR GENIRATItG SETION JUNE,1985 'DIROUN IOVBEER,1985 SEMI-A!NllAL SLM4ARY SAMP2 TYPE ANALYSIS IS7]DPE NLMMR ILD It0ICA10R-NEAN(N/10rAL) BAGR0lNHtEAN(N/10rAL) STATI0tG USED OF RMCC RMCE FOR ItOICAITR MEAN ANALYSES PERPGMED S MTION SIATION-MEAN(f(/'lORL)'
RAtCE CUMS GOSS BETA 25 5.90E+01 2.181p03 (18 /18 ) 2.20E+03(7 /7 ) 23 24. 25 (PCI/IC(WET)) ( 4.91E+02 - 3.56E+03) ( 9.78E+02 - 3.30E+03) 25 2.29E+03(6 /6 )
( 1.23E+03 - 3.23E+03)
CUMS CAICILM BY AA 9 2.95E-01. 9.36E-01 (6 /6 ) 7.08E-01(3 /3 ) 23 24 25 (MG/Ot(NET) ) ( 5.31E 1.94E+00) ( 5.92E 9.07E-01) 25 1.24E+00(2 /2 )
( 5.31E 1.94E+00)
CUMS GAMMA m -144 9 6.51E+01 IID (0 /6 ) .ILD (0 /3 ) 23 24 25 (PCI/lC(WEff))
25 IID (0 /2 )
CUMS GMMA CS-134 9 8.64E+00 IID (0 /6 ) LID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
cIAMS cAMMA (D-58 9 9.64E+00 Ila (0 /6 ) LID (0 /3 ) 23 24 '25 (PCI/lC(WET))
25 ILD (0 /2 )
CLAMS cMetA tei-54 9 8.34E+00 LID (0 /6 ) IID (0 /3 )- 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
-102 -
U ___ - _ _____________ _____ - ____-_ _____ _
w w rm rm_ w m rm rm m_ m rm v c-- a _r TABIE 14 RADI0tDGICAL DNIIOMNFAL MONI'KRING PROGUM SLM1ARY OYSIER GEEK IUCIEAR GBiERATItG SmTION JtNE,1985 250001 IDEMBER,1985 SEMI-A!NJAL SLMtARY SAMPIE TYPE ANALYSIS IKMOPE !UBER ILD I!OICA10R4tEAN(N/IOTAL) BAGROUtO-MEAN(N/'IODL) SPATIOtB USED OF RMCB RAtCE FOR It0ICAER MEAN ANALYSES PERFW MED STATION SMTION-MEAN(N/'IORL)
RAtG s
CUMS GMen FE-59 9 2.37E+01 iia (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 iia (0 /2,)
CUNS GnMMA zN-65 9 1.98E+01 IID (0 /6 ) LID (0 /3 ) 23 24 25 (PCI/KG(WI))
25 ILD (0 /2 )
C)MS GM9E (D-60 9 1.04E+01 1.40E+0L (1 /6 ) ' IID (0 /3 ) 23 24 25 (PCI/KG(WET)) ( 1.40E+01 - 1.40E+01) 24 1.40E+01(1 /2 )
( l.40E+01 - 1.40E+01)
CUMS GM9% K 9 2.78E+02 1.48E+03 (6 /6 ) 1.73E+03(3 /3 ) 23 24 25 (PCI/KG(WET)) ( l.20E+03 - 1.70E+03) .( 1.50E+03 - 1.90E+03) 23 1.70E403(2 /2 )
( 1.70E+03 - 1.70E+03) -
CUNS GMen BE-7 9 9.79E+01 IID (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET)) i 25 IID (0 /2 )
CUMS GMen ZR-95 9 2.02E+01 IID (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
O
-103 -
m rm rm m rm _rm rm rm u v rm rm rm rn r-TABIE 14 RADIOIDGICAL BWIR0tMINIRL MCNI7tRI!G PROGUM SutttARY OYSTER CREEK NUCIEAR GENEATItG SIRTION JUNE,1985 'an0VG1 IOV91BER,1985 SEMI-AINUAL StM4ARY SAMPIE TYPE ANALYSIS IfDICPE tOBER ILD I!OICATOR-MEAN(!!/IUTAL) BACKROUtO4tEAN(tVIUPAL) STATIONS USH)
OF rat 0E RANGE EOR I!OICA20R MEAN ANALYSES PERIGMED STATION SIATI0tHtEAN(tVI0rAL)
RANGE CIRtS GAtetA te-95 ' 9 1.05E+01 ILD (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
CUMS GAMMA CE-141 9 2.41E+01 ILD (0 /6 ) LID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 IIm (0 /2 )
CUMS GAtetA RU-103 9 1.34E+01 IID - (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
CUMS GNetA BA-140 9 9.23E+01 IIB (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
cImeS GNetA IA-140 9 3.71E+01 IID (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 IID (0 /2 )
CUMS GAtetA RA-226 9 1.71E+02 ILD (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
l
-104 -
m rm rm rm rm rm m rm rm rm rm w rm. r-TAB M 14 RADIOIDGICE INTIl0tMINmL MmI1XRItG Pf0 GRAM SLMMRY OYSER QUEK NUCMAR GmWATIIC SMTION ,
JUNE,1985 EROUm 10VmBm,1985 SmI-AmUAL SLMMRY SAMP 2 TYPE ANALYSIS ISEPE NUtem ILD DOICA10RMAN(N/1DmL) BAQGOUNIHEAN(W10mL) STATIONS USED OF RAICE RNCE FOR It0ICAltR MEAN ANALYSES
,PERPOMED STATION STATION-MEAN(N/1 DIAL)
RNCE I
CIAMS GAMMA W -228 9 1.59E+0L LID (0 /6 ) LID (0 /3 ) 23 24 25 I (PCI/KG(WET))
25 ILD (0 /2 )
CLAMS GArem I-131 9 9.96E+01 LID (0 /6 ) LID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
CLAMS Gmen RU-106 9 7.63E+01 LID (0 /6 ) IID (0 /3 ) 23 24 25.
(PCI/KG(WET))
25- ILD (0 /2 )
, CLAMS Gues (s -137 9 9.58E+00 IID (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 IID (0 /2 )
CLAMS Sm0NrnM41 9 3.57E+00 IID (0 /6 ) IID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 IID (0 /2 )
czAMS s a wrruM-90 9 3.33E+00 IID (0 /6 ) LID (0 /3 ) 23 24 25 (PCI/KG(WET))
25 ILD (0 /2 )
-105 -
w . . . .m T ma rm o p Em o rm n w n1 r-- - i _ r t_ _J T J-TAB 214 RADIOIDGICAL DIVIR0t4 ENTAL MONrKRItC IHO@AM SUM 1ARY OYSTER GEEK IUCEAR GaiERATItG SIRTION JUNE,1965 'DIROUGH IOVEMBER,1985 SEMI-Att0AL SLMMRY BAC' AOUtD-NEAN(t(/1 DIAL) STATIONS USED -
SAMPIE TYPE ANALYSIS IS7IOPE IUBER ILD ItOICA10R-MEAN(N/1 URAL)
POR ItOICA101 MEAN RAfCE RANGE OF ANALYSES PDIfGMED S!ATIOri ' STAT 31-MEAN(N/1UTAL) -
RAtGB 30 2.05E+03 6.83E+03 (30 /30 )
(* /* ) 1 2 3 4 5
(*
SOIL GOSS BETIA - * )
( 2.52E+03 - 2.71E+04)
(PCI/10(DRY))
l.04En>4t6 /6 )
( 5.61E+03 - 2.71E+04) 6.59E+01 IID (0 /10 s
(* /* ) 1 2 3-4 5 SOIL (PCI/KG(DRY))
GAttu CE-144 10
(* - * )
5 IID (0 /2 )
GAlem G -134 10 9.44E+00 ILD (0 /10 ) *
(*
/* ) 1 2 3 4 5 SOIL { * --
)
(PCI/KG(DRY))
5 IID (0 /2 )
(D-58 10 8.81E+00 IID (0 /10 )
- (* /* ) 1 2 3 4 5 SOTL
'(PCI/KG(DRY))
GAlen (* - * )
5 IID (0 /2 )
'10 7.%E+00 IID (0 /10 )
- (* /* ) 1 2 3 4 5
. SOTL .
tPCI/KG(DRY))
GAlem 193-54
(.* - * )
5 LID (0 /2 )
. GAlf% FE-59 10 2.08E+01 IID (0 /10 ) *
(* /* ) 1 2 3 4 5 SOTL { * )
(PCI/KG(DRY))
5 LID (0 /2 )
1 l
-106 -
m_ m .v n n v ._n rm rm rm rm r n rm n_ n . ... FT C TABIE 14'
- RADIOLOGICAL BWDOMNE MONI1tRItC PROGUM SGMARY OYSTER GEEK MJCIEAR GB4ERATItC SMTION JUNE,19851HROUGi NOVEMBER,1985 SIMI-AtNUAL SUM 4ARY SAMPIE TYPE ANALYSIS IS0r10PE MMMR ILD It0ICA10R-MEAN(N/10IE) BAGROUNIHtEAN(N/IDIE) SMTIONS USED OF RANGE RANGE EOR It01CAltR MEAN ANALYSES PEREG MED STATION SIKTION-MEAN(N/1 DIAL)
RANGE SOIL GMMA ZN-65 10 1.73E+01 ILD (0 /10 )
- 1 2 3 4 5 (PCI/KG(DRY)) (* - *(* /* ))
5 ILD (0 /2 )
SDIL GAM 4A 00-60 10 9.50E+00 4.07E+01 (4 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)). ( l.80E+01 - 7.10E+01) (* - * )
2 6.05E+01(2 /2 )
( 5.00E+01 - 7.10E+01)
SOIL GMMA K-40 10 2.07E+02 1.27E+03 (10 /10 ) *
(* /* )
1 2 3 4 5 (PCI/KG(DRY)) ( 4.60E+02 - 1.90E+03) ( * )
~
3 1.65E+03(2 /2 )
.( l.40E+03 - 1.90E+03)
SOIL GAM 4A BE-7 10 1. 22E+02 3.25E+02 (2 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.40E+02 - 4.10E+02) ( * )
3 4.10E+02(1 /2 )
. ( 4.10E+02 - 4.10E+02)
SOIL CNMA ZR-95 10 2.24E+01 IID (0 /10 ) *
(* /* ) 1 2 3 4. 5 (PCI/KG(DRY)) ( )
5 LID (0 /2 )
SOIL GAMMA te-95 10 1.21E+01 IID (0 /10 ) *
(* /* ) 1 2 3 45 (PCI/KG(DRY)) (* )
5- IID (0 -/2' ) )
-107 -
m .. rm_ v n n _m v n m m TABIE 14 RADIOIOGICAL DWIR0tMNDJ. MCHI'IORItC PROGRAM SUPMARY OYSIER GEEK IUCMAR GDERATItC SIRTION JtNE,1985 TiROUGI 10/IMBER,1%5 SIMI-AINJAL SUPMARY SAMPIE TYPE ANALYSIS I DIOPE IM OER ILD It0ICAIOR6(N/'IDIAL) BAGROUtD-MEAN(N/IDIAL) STATIONS USED OP RAtGB RA!CE FOR ItOICAIM MEAN ANALYSES PERIG MED STATION STATION-MEAN(N/10IRL)
RAN2 WIL GAINA CE-141 10 '.79E+01 2 ILD (0 /10 ) ^
(* /* )
1 2 3 4 5 (PCI/KG(DRY)) ( * )
5 . IID (0 /2 )
MIL GAINA RU-103 10 1.47E+01 IID (0 /10 ) *
(* /* ) 1 2 3 4 5
,PCI/KG(DRY))
( ( * )
5 IID (0 /2 )
EIL GAINA BA-140 10 1.29E+02 IID (0 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( )
5 IID (0 /2 )
MIL GAPMA IA-140 10 4.79E+01 IID (0 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/EG(DRY)) (* - * )
5 LID (0 /2 )
MIL GAPMA RA-226 10 2.03E+02 6.51E+02 (10 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.30E+02 - 9.30E+02) ( * )
2 7.95E+02(2 /2 )
( 6.60E+02 - 9.30EiO2)
MIL GAINA ni-228 10 2.75E+01 3.50E+02 (10 /10 )
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 1.80E+02 - 5.20E+02) ( )
3 4.15E+02(2 /2 )
( 3.90E+02 - 4.40E+02) .
-108 -
m .W. 1 W .m m m W m M m n m _m_ M TAB 2 14 RADIOIOGICAL ENVIR0t4(E:7mL MNTIERItG PRomAM SLMERY OYSIER GEEK IUCEAR GENERATItG SmTION JJ3E,1985 'IHROUW IOVEMBER,1985 SEMI-AMUAL SlM%RY SAMP2 TYPE ANALYSIS IfDIOPE NLMBER ILD IlOICA'Im4EAN(N/'I0mL) BAGR0lNH1EAN(N/10rAL) STATIONS USED OP RANGE RMCE POR I!OICAltR MEAN ANALYSE 3 PERFm MED STATION STATION-f(EAN(N/IUPAL)
RAtCE SOIL GAten I-131 10 1.77E+02 IID (0 /10 ) * (* ') 1 2 3 4 5 (PCI/KG(DRY)) (* - * )
5 IID (0 /2 )
SOIL C#en RU-106 10 7.21E+01 IID (0 /10 ) *
( * /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( )
5 LID (0 /2 )
SOIL GAten G-137 10 2.83E+01 5.08E+02 (10 /10 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.00E+01 - 1.50E+03) -( )
2 1.22E+03(2 /2 )
( 9.40E+02 - 1.50E+03) )
CATFISH GROSS Ata n 1 5.70E+01 *
(* /* ) 1.17E+02(1 /1 )
(PCI/KG(WET)) (* - * ) ( 1.17E+02 - 1.17E+02)
(* /*- )*
( )
CATPISH G OSS BE"a 1 5.08E+01 *
(* /* ) 5.97E+03(1 /1 )
(PCI/KG(WErr)) ( *. - * ) ( 5.97E+03 - 5.97E+03)
(* /*- )*
( * )
CATPISH GMen CE-144 1 2.20E+02 *
(* /* ) IID (0 /1 )
(PCI/KG(WET)) (* - * )
(* /*- )*
(* )
-109 -
-t r7, . _r u 1_ r1 r-I C- T ro _ rn .n- rm _r u - u t nu L__J TAB E 14 RADIO 00GICAL ENVIH0tetNmL MmrltRING PRXRAM SUP91ARY OYSIER GEEK IUCEAR GENEATItG SMTION JUNE,1985 'D50UW POVMBER,1985 SmI-AMUAL SUMARY ~
SAMPE 'ITPE ANALYSIS IS710PE 200m ILD DOICA1DR6(N/'10mL) BAQG0ltD-MEAN(N/1UmL) STATI0tB USID OF RAtCE RAICE FOR It0ICAIIR MEAN
- ANALYSES PERPW MED S MTION STATION-MEAN(!VIOmL)
RANGE CATPISH GAmA s -134 1 3.30E+01 *
(* /* )
IID (0 /1 )
(PCI/xc(WET)) (~ * )
(* /*- )*
(* )
CAWISH GAM A 0}-58 1 3.80E+01 *
(* /* ) IID (0 /1 )
(PCI/KG(WET)) (* - * )
( * /*- )*
{ * )
l CAWISH GAmA lei-54 1 3.30E+01 *
(* /* )
IID - (0 /1 )
(PCI/xG(Wer)) ( * ) -
l
(* /*- )*
( *- )
CAWISH GAP 91A PE-59~ 1 8.10E+01
(* /* )
IID (0 /1 ) ;
(PCI/xG(Wer)) ( ) '
(* /*- ) *
(* 3 CAWISH GAfttA ZN-65 1 6.80E+01 *
(* /* )
IID (0 /1 )
(PCI/xG(Wer)) ,
-( *
)
(* /* ) *
( * -
3 CAWISH gam A 0>-60 1 3.10E+01 *
(* /* ) UD (0 /1 )
(PCI/KG(WET)) (* - * ).
( * /*- )*
(* ). .
-110 -
- w M .m n m m M m m O O M1 1
- TABIE 14 RADIOIDGICE BWIR0tMENIE MONT10RItG PROGUM SUIMARY OYSIE CREEK 10CIEAR GENIRATING S1RTION JtNE,1%5 'DIROUGi t(NIMBER,1%5 SEMI-APNJAL SUPMARY I'D10PE !UBER ILD IM)ICA10R-MEAN(N/10IE) BAGROLNHEAN(th/IUPAL) STATI0lG USED SAMPIE TYPE ANALYSIS RAtCE FOR If01CA'1tR MEAN OF RA!CE ANALYSES PERF(RMED STATION STATION 4EAN(N,WL)
RAfoE K-40 1 9.30EH)2 * ( * /* ) 4.40E+03(1 /1 )
CATFISH (PCI/KG(WETI))
GAPNA
(* - * ) ( 4.40E+03 - 4.40E+03)
(* /* ) *
(*
)
BE-7 1 3.30E+02 * (* /* ) IID (0 /1 )
CATFISH (PCI/KG(WEff))
GAPNA
(* - * )
(* /*- )*
( * )
GAMMA ZR-95 1 7.10E+01 *
(**/* ) LID (0 /1 )
CATFISH )
(PCI/KG(WET))
( * -
(* /*_ ) *
(* )
GAINA te-95 1 3.70E+01 * (**/* ) ILD (0 /1 )
CATFISH )
(PCI/KG(WET))
{ *
- (* /*- ) *
- )
(
CE-141 1 8.50E401 * (* /* ) IID (0 /1 ) l CATFISH (PCI/YG(WET))
GAINA
(* - * ) I l
(* /* 1
- l
( _
)
GAINA RU '0? 1 4.40E+01 * (* /* ) IID (0 /1 ) )
CATFISH * - * )
{
(PCI/KG(WET)) ,
( * (* /* )*
3
'd
-111 -
m r- -m_ _n r, e v n rm m_ rm e r--
TABLE 14 RADIOCDGICAL DWIR0tMENIE MNI'IORIBU PROGUM SUMERY OYSIER GEEK MJCIEAR GENERATIfC SMTION JUNE,1985 Dm00 2 10Vae m ,1985 S9I-AtHJAL SLMMRY SAMPIE TYPE ANALYSIS ISOFIOPE MM3ER ILD It0ICA'IOR-MEAN(tV10rAL) BACKROUto-MEAN(N/10rAL) STATI0tB USED GP RAICE RAtCE EUR If0ICA'1IR MEAN
~ ANALYSES PEREO MED STATION STATION-fEAN(N/IDIE)
RANGE CATFISH cAtem BA-140 1 2.90E+02 *
(* /* ) IID *
(0 /1 )
( * - * )
(IcI/KG(WEr))
(* /*- )*
( )
CATFISH CAMMA LA-140 1 9.70E+01
(* /* )
IID (0 /1 )
(PCI/KG(WET)) ( )
(* /*-*)-
(* .)
CATFISH GAMMA RA-226 1 7.10E+02 *
( * /* ) IID (0 /1 )
( * - * )
(PCI/KG(WET))
(* /*- ) *
(* )
CAWISH Chem 51-228 1 6.00E+01
(* /* )
IID (0 /1 )
(PCI/KG(WET)) ( )
(* /*- ) *
( * )
CATFISH CAle m I-131 1 2.70E+02 *
(* /* )
IID (0 /1 )
(PCI/KG(WEr)) { * )
(* /* )
(
- _ * )
CATFISH C#en RU-106 1 2.60E+02 *
(* /* ) IID (0 /1 )
( * - * )
(PCI/KG(WET))
( * . ( * /* )*
)
-tl2 -
, ,. ,_ , ., ,__ 7 7 .
. TABLE 14 RADIOIDGICAL !!NVIROIMNTE M33IERItG IHOGUM SGMARY OYSIER GEEK IUCIEAR GENIRATIl0 SMTION JUNE,1985 'mROUGH 10VIMBER,1985 SEMI-Alt 0AL SGMARY SAMPIE TYPE ANALYSIS IS010bE ISBER IID DOICARR-MEAN(W'10!E) BAGR0ut&MEAN(tV10 PAL) SPATIONS USED OF RAPCE RAICE POR It0ICA%R MEAN ANALYSES PIRPORMED SPATION SPATION-MEAN(tVIDML)
RANGE CATPISH GMcA G-137 1 3.60E+01 . * ,
(* /* )
ILD (0 /1 )
(PCI/IC(WT)) '
( * )
(* /*-)
( * )
. SEA BASS GOSS AIRIA 1 4.46E+01 *
(* /* )
ILD (0 /1 )
(PCI/xG(Wr)) ( * )
(* /* ) *
(* '
)
SEA BASS ca0sS sera 1 7.97E+01 *
(* /*-) 7.49E+03(1 /1 )
(PCI/IC(Wr)) (* - * ) ( 7.49E+03 - 7.49E+03)
(* /* ) *
(* )
Guer CE-144 1 4.60E+01
- SEA BASS
(* /* )
IID (0/1)
(PCI/KG(WI)) (- -
)
( * /*- )*
(* 3 SEA BASS GMMA CS-134 1- 5.90E+00 *
(* /* ) ILD (0 /1 )
(PCI/XG(WF)) (* - * )
(* /*- ) *
( )
SEA BASS GNWA (D-58 1 7.20E+00 *
(* /*-) ILD (0 /1 )
(PCI/IC(WP)) (* - *- )
( * /*- )*
( * )
!. -113-
m O. n_ M_ n. U_ n. n n m. n n M U M F' TAB 2 14 RADIOIDGICAL BWIROPMENIE MCNIICRIIC PROGUM SLM4ARY OYSIER GEEK IUCEAR GENERATItG SIRTICH JLNE,19851HROUGi NOVEMBER,1985 SEMI-A!MJAL SlM1ARY SAMP2 TYPE ANALYSIS IfDIOPE HlMER ILD 'I!OICATOR-MEAN(N/1DTAL) BAGROUto-MEAN(N/IDIRL) STATIONS USED OF RAPGE RAtCE FOR It0ICAltR MEAN ANALYSES PERPGtMED STATICN STATION-MEAN(t(/1DIRL) rat 0E:
SEA BASS CAP 94A MW-54 1 6.00E+00 *
(**/* ) IID (D /1 )
(PCI/KG(WET)) (* )
(* /*- ) *
(* )
SEA BASS gat 94A FE-59 1 2.10E+01
( ** /* ) IID (0 /1 )
(PCI/KG(WET)) ( .)
~
(* /*-1*
(* )
SEA BASS GAMMA ZN-65 1 1.50E+01 *
(**/* ) LTD (0 /1 )
(PCI/KG(WET)) (* )
(* /*- )*
( * )
SEA BASS GAP 94A C0-60 1 7.20E+00 *
(**/* ) IID (0 /1 )
(PCI/KG(WET)) (* )
(* /*- )*
( )
SEA BASS Calf 1A K-40 1 3.60E+02 * (**/* ) 4.30E+03(1 /1 )
(PCI/KG(WET)) ( * ) ( 4.30E+03 - 4.30E+03)
(* /*-) *
( )
SEA BASS GAPetA BE-7 1 6.40E+01 *
(** /* ) IID (0 /1 )
(PCI/KG(WET)) (* )
- * 'i
. (* ( * /* )*
)
l -114 -
l
m m m m m rm m m rm rm m v VD r~
TAB m 14 RADIOf)DGICAL BWIlO4 ENTAL MCNI10 RING PROGW4 SUMMRY OYSIM GEK MJC2AR GDERATItG STATION JtNE,1985 DIROUGH 10/IMBER,1985 SIMI-AtNUAL SUMMRY SAMPLE TYPE ANALYSIS IfD10PB tueER IID IlOICA10R-MEAN(!VIDIAL) BACKRCX'tO-MEAN(N/1DTAL) . STATIONS USED OF RANGE RA!G FOR ItOICARR MEAN ANALYSES PERFWMED SIRTION STATION-MEAN(N/10rAL)
RAIG
- (* /* )
SEA BASS GAffu ZR-95 1 1.40E+01 IID (0 /1 )
(PCI/KG(Wer)) ( * )
- (* /*_ )*
(* )
SEA BASS GApen 16-95 1 7.20E+00 *
(* /* )
IID (0 /1 )
(PCI/KG(WET)) ( * )
(* /*- ) *
(* )
SEA BASS GAMMA CE-141 1 1.702+01 *
(* /* ) ILD (0 /1 )
(PCI/KG(Wer)) (* - * )
(* /*- ) *
(* )
SEA BASS G4Peu RU-103 1 8.50E+00
(* /* )
'ILD (0 /1 )
(PCI/KG(WET)) ( )
(* /*_ )
- l
( * )
SEA BASS caem BA-140 1 5.20E+01 * (* /* ) ILD (0 /1 )
(PCI/KG(WET)) ( * - * )
(* /*_ )
- I
( )
SEA BASS GAMMA IA-140 1 1.40E+01 *
(* /* )
IID (0 /1 )
(PCI/KG(WET)) ( * )
(* /*- )*
( * )
-115 -
o . r- , rm _ F- 7 rm T- a r i. p ra n__ m _ rm rm r7 r- U-' l_ F1 F W TAB M 14 RADIO!EICAL BWIH0tMNPAL MONITIRIlO PHOGUM SLMWlY O'tSTER GEEK IUCMAR GENERATItG STATION JUNE,1985 'DIR00Gi f0VEMaat,1985 SEMI-A!NJAL SlM4ARY SAMP2 TYPE ANALYSIS IS710PE 100ER ILD I!OICATOR-MEAN(!V10IRL) BAGROUtD-MEAN(fV10rAL) STATIONS USH) l OP RA!CE RMEE FOR It0ICATIR MEAN M4ALYSES PERFm MED STATION STATION 6(tyIDEAL)
RANGE
\s SEA BASS GW4A RA-226 1 1.30E602 *
(* /* ) IID (0 /1 )
(PCI/IC(WET)) (* - ' )
(* /*- ) *
(* )
SEA %SS GW1A IH-228 1 1.20E+01 *
(* /* ) ILD (0 /1 )
(PCVKGlWET)) (* - * )
(* /*- ) *
(* )
SEA BASS GW4A I-131 1 4.90E+01 *
(* /* )
ILD (0 /1 )
(PCI/KG(WET)) { * )
(* /*_ ) =
( * }
SEA BASS GMetA RU-106 1 5. 20E+01 *
(* /* ) LID (0 /1 )
(PCI/KG(WET)) (* - * )
(* 7*- )*
. ( )
SEA BASS GM9th C3-137 1 7.40E+00 *
(* /* )
1.10E+01(1 /1 )
(PCI/KG(gr)) ( * .) ( 1.10E+01 - 1.10E+01)
(* /*_ )*
x.,
, (* 3 PASTURE GOSS BETA 6 6.80E+01 5.88E+03 (6 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( 3.89E+03 - 7.34E+03) (* - * )
' 30 6.96E+03(2 /2 )
( 6.59E+03 - 7.34EIO3)
-116 -
s
m m o n .n o n. ..n n U n U n. _ n n n n_ i-TABIE 14 RADIOIDGICAL DNIR0te1 ENTAL MCNI'IORI!G PROGUM SUte%RY OYSIER GEEK IUCIEAR GENIRATI!C SMTION JUNE,1985 THROUGi MNIMBER,1965 SEMI-AteUAL SLBMARY SAMPIE 'IYPE ANAL
- SIS IEEOPE tOBER ILD It0ICKIOR6(N/1UML) BAGROUto-NEAN(N/10mL) S MTIONS USED OF RAIG RAtCE POR I!OICARR MEAN AtedEES PERFAMED S MTION S MTION+ EAN(t% D mL)
RAtG PASERE CAICItM BY AA 6 2.12E-01 1.09E+00 (6 /6 ) *
(* /* ) 28 29 30 (MG/01(Wer) ) ( 6.31E 1.90E+00) (* - * )
30 1.34E+00(2 /2 )
( 7.10EK)1 - 1.98E+00)
PASHRE GMMA CE-144 6 2.65E+0'2 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( * )
30 LID (0 /2 )
PATItRE GApen G-134 6 3.53E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) { * )
30 IID (0 /2 )
PASupE GAten 0 0-58 6 3.83E+01 IID' (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) . (* - * -)
30 IID (0 /2 )
PASERE GApen MN-54 6 3.30E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) { * )
30 Lta (0 /2 ) i i
PASRRE GApen FE-59 6 9.17E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WEr)) (* - * )
30 IID (0 /2 )
-117 -
wa c, s- t_ c- 1 r--- - t c3 rw r-'t rm rm rm r1 ra r-- 1 r- 2 1 --- \ I~ \ ___ r---
TABLE 14 RADIOCOGICAL BWIl0fteNEE MNIERING IMOGUM SLMERY OYSTER GEEK IUCEAR GENERATIIC S11 TION ,
JUNE,1985 DEUX 11 IDMMBER,1985 SEMI-MNJAL SlMERY SAMPIE TYPE ANALYSIS IS7IOPE MM3ER ILD 'If0ICATOR-MEAN(N/1DIRL) BAGROUtD-MEAN(!(/10IRL) SIRTI0tB USED OF RAPCE RAM 2 FOR ItOICATR MEAN
- ANALYSES PERFWMED SIRTION SIKTION-MEAN(N/1DIRL)
RA!CE PASTURE GAlen ZN-65 6 7.32E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( )
30 LID (0 /2 )
PASERE GApem 0>40 6 3.28E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( )
30 _IID (0 /2 )
PASERE GApen K-40 6 -1.01E+03 2.42E+03 (6 /6 ) *
(* /* ) 28 29 30 (PCI/IC(WET)) ( l.20Et03 - 3.90E+03) (* - * '
)
29 3.15E+03(2 /2 )
- ( 2.40E+03 - 3.90E+03)
PASERE Ghpen BE-7 6 6.28E+02 3.10E+03 (6 /6 ) *
(* /* ) 28 29 30 (PCI/IC(WET)) ( l.20E+03 - 5.50E+03)- ( * )
30 3.35E+03(2 /2 ).
( l.20E+03 - 5.509 03)
PASERE GAlen ZR-95 6 8.33E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( )
30 LID (0 /2 )
PASERE GApen 10-95 6 4.20E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (ICI/KG(WET)) (* - * )
30 LIP (0 /2 )
-118 -
i
um r w -- a r-T r --- T r7 m m F1 m m ro n T- 1 t - 7_ I: 3 T- L I 1 E'-
TABLE l'4 RADIO [DGICAL ENVIR0tGBiIE MNrltRI!G PROGUM SLDNARY OYSIER CREEK IUCEAR GENERATItG STATION JUNE,1985 IHROUGi toVDBER,1985
, SEMI-AttUAL SlDNARY ISMDPE IDBER ILD STATIONS USED I SAMP E TYPE ANALYSIS DOICKIT-MEAN(WXFrAL) BACKROUtO-MPAN(WTJrAL) 0F RAtCE RANGE FOR ItOICAZR MEAN ANALYSES PERF0HMED STATION STATI0tHEAN(tVDEAL)
.JNE PAS'!uRE GMMA CE-141 6 9.67E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/IC(WET)) (' )
30 IID (0 /2 )
PASIURE GMMA RD-103 6 5.27E+01 IID '
(0 /6 ) *
(* /* ) 28 29 30 (PCI/IC(WEr)) ('* )
30 LtD (0 /2 )
PASIURE GMMA BA-140 ~ 6 3.70E+02- IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/lC(WET)) (' )
30 IID (0 /2 )
PASIURE .GMNA IA-140 6 1.23E+02 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WRF)) (* - * )
30 IID (0 /2 )
PASIuRE GMNA RA-226 6 7.78E+02 LID (0 /6 ) *
(* /* ) '
28 29 30 (PCI/IC(WET)) ( * )
30 IID (0 /2 )
PASTURE GMNA U1-228- 6' 6.78E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( *' ) -
30 IID (0 /2 )
-119 -
4
i-1 7- , ro m m w, r1 r- - - 1 71 _t7 7 7 TAB M 14 RADIGIDGICAL BWIR0tMNIRL MONI'IORI!G PROGuM SGe%RY OYSIER GEEK IUCEAR GENERATItG SIRTIN JUNE,1985 ElROUW IOVEMBER,1985 SEMI-Att0AL SG9%RY SAMP2 TYPE ANALYSIS IS710PE tOBER ILD It0ICAIOR-MEAN(N/10rAL) BA0GOUlO44EAN(!1/IDIAL) 9fATI0tB USED GP RMCE RAtCE FOR I!OICAER MEAN ANALYSES PERFWMED STATION STATIW-MEAN(!(/10IRL)
RANGE PASERE GAft% I-131 6 3.67E+02 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
30 LID (0 /2 )
PASIURE GAltu RU-106 6 3.07E+02 LID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
30 IID (0 /2 )
PASIURE GAPtu (S-137 6 5.83E+01 3.24E+02 (6 /6 ) *
(* /* ) 28' 29 '30 (PCI/KG(WEr)) ( 7.80E+01 - 1.10E+03) (* - * )
30 6.65E+02(2/'2 )
( 2.30E+02 - 1.10E+03)
PASE RE SIRONTItM-89 6 2.75E+01 IID (0 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - *' )
30 LID (0 /2 )
PASERE Sm0NTItM-90 6 3.14EK)0 1.91E+02 (6 /6 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( 8.31E+01 - 3.36E+02) (* - * )
30 2.57E+02(2 /2 )
( 2.40E+02 - 2.74E+02)
SEDIMENP GOSS AIMIA 17 3.97E+03 ' 7.67E+03 (7 /14 ) 4.58E+03(1 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) ( 4.86E+03 - 1.08E+04) ( 4.58E+03 - 4.58E+03) 32 33 ,
33 1.02E+04'2 /2 )
[ ( 9.66E+03 - 1.08E+04)
-120 -
l
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2 7
2 7
2 7
2 7
2 7
2 r M 6 6 6 6 6 6 DR Et 2 2 2 2 2 2 Sl y UA 5 5 5 5 5 5 C 2 2 2 2 2 2 1
CI0 t
0t 43 43 43 43 43 43 II 23 23 23 23 23 23 T
AR TO 32 32 32 32 32 32 x SF 23 23 23 23 23 23 r
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m_ w1 r- T .E m w m-- T TU - (_ _r 1 I u TABIR 14 .
. RADIO!DGICAL BWIIONENmL MONrltRI!G PIOGUM SGNARY '
OYSIER GEEK IUCEAR GNERATIfC SMTION JUNE,1%5 'IHROUGi NDVIMBER,1985 SEMI-Att0AL SGNARY SAMP 2 TYPR ANALYSIS IS71tPE tGBER '
ILD If0ICAICRM(N/'IUmL) BAGROUtD-MEAN(ty'IUmL) . SIP.TIONS USED OP RMCE RANGE EOR IlOICAITR HEAN ANALYSES PIRKEMED S MTION STATION-MEAN(N/N)
RATE SEDIMENT galea ZN-65 41 ~ 3.05E+01 IID '(0 /34 ) IID (0 B ) '23' 24 25 26 27 (PCI/KG(DRY)) 32 31 33 LID (0 /6 )
SEDIMENT GAfMA C05-60 41 1.87E+01 1.82EM12 (18 /34 ) IID (0 B ) 23 24 25 26 27 (PCI/KG(DRY)) ( 7,00EHXI - 4.90E+02) 32 33 32 3.44E+02(5 /6 )
( 1.90E+02 - 4.90E+02)
SEDIMENr GAftM K-40 41 5.12E+02 7.12EM13 (34 /34 ) 1.21E+04(7 B ) 23 24 25 26 27 (PCI/KG(DRY)) ( 6.50E+02 - 1.60E+04) ( 1.00E+04 - 1.40E+04) 32 33 33 1.27E+04(6 /6 )
( 1.00E+04 - 1.60E+04)
SEDIMINF GAPNA BE-7 41 1.55E+02 5.52E+02 (16 /34 ) 7.10E+02(1 B ) 23 24 25 26 27 (PCI/KG(DRY)) ( 1.10E+03 - 2.40E+03) ( 7.10E+02 - 7.10E+02) 32 33 33 1.48E+03(3 /6 )
( 3.40E+02 - 2.40E+03)
SEDIMENr GAptu ZR-95 41 3.35E+01 IID (0 /34 ) IlD (0 B ) 23 ~24 25 26 27 (PCI/KG(DRY)) 32 33 33 LID (0 /6 )
SEDIMENr GAren re-95 41 1.69E+01 LID (0 /34 ) IID (0 B ) 23 24 25 26 27
, (PCI/KG(DRY)) 32 33 33 LID (0 /6 )
3
-122 -
9 - m W U R W _ .n _ W J TABIE 14 RADIGIDGICAL ENVIROt0ENMI3 MCNI'ItRI!C PIO@AM SLR99RY OYS'IER GEEK MJCIEAR GEtiERATING SMTION ,
JUNE,1985 'DB002 ItOVEMBER,1985 SEMI-AftUAL StBOURY SAMPIE TYPE ANALYSIS ISyIOPP IGEER ILD IlOICA1DR-EEAN(N/'IDIE) BAGIOute-MEAN(t(/'10mL) SDTIONS USED OF RANGE RAICE POR IlOICAltR MEAN ANALYSES PERP0lMED SMTI0t1 SmTION-MEAN(N/1DML) .
RANGE SEDIMENr GAfem CE-141 41 3.38E+01 ILD (0 /34 ) 2.70E+01(1 B ) 23 24 25 26 27 (PCI/KG(DRY)) .( 2.70E+01 - 2.70E+01) 32 33
- 33 IID (0 /6 )
SEDIMENr GAlem RU-103 41 1.81E+01 IID (0-/34 ) LID (0 B ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 33 IID (0 /6 )
I SEDIMENr GApen BA-140 41 1.39E+02 IID (0 /34 ) IID (0 B') , 23 24 25 26 i (PCI/KG(DRY)) 32 33' q N, 33 ILD (O /6 ) l
' SEDIMENT GAlen LA-140 41 5.27E+01 IID (0 /34 ) ILD (0 B ) 23 24 25 26 27 -
(PCI/RG(DRY)) 32 33 33 LID (0 /6 ) i SEDIMENT . GAf9E RA-226 41 2.72E+02 1.15E+03 -(33 /34 ) . - 1.llE+03(6 B ) 23 24 25 26 27 (PCI/KG(DRY)). ( 4.50E+02 - 2.30E+03)' ( 8.70E+02 - 1.70E+03) 32, 33 33 1.40E+03(6 /6 ) _
( l.10E+03 - 2.30E+03)
SEDIMENr GApen 1H-228 41 3.70E+01. 5.43E4 2.(33 /34 ) . 7.04E+02(7 M ) - 23 24 26 26 27 (PCI/KG(DRY)) ( 2.20E+02 - 9.60E+02) ( 4.50E+02 -- 1.30E+03) 32 33 33 6.93E+02(6 /6 ) '
( 2.40E+02 - 8.80E+02)-
-123 -
. _ _ _ - _ _ . _ _ _ _ _ _ _ _ . _ . _ _ _ _ _ _ _ u____ __ . _ _ _ _ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _
' - M W W W .M._ WW TABLE 14 RADIOLOGICAI3 DNIRORMENRL MNTIIRI!C PROGRAM SUMERY OYSIER GEEK 10CEAR GENERATING SETION JUNE,1985 'D1 ROUGH IDAMBER,1965 SIMI-AMUAL SLBMARY SAMP 2 TYPE ANALYSIS IfDIOPE t&DBER UD It0ICA'IOR-MEAN(W'10mL) BAGROUMHEAN(W10rAL) STATI0tB USED 0F RAICE RAtCE FOR I!OIChitR MEAN AtaLYSES PIREGNED STATION STATION-MEAN(W10mL)
RAPCE SEDIMENT GMMA I-131 41 1.56E+02 UD (0 /34 ) LID (0 /7 ) 23 21 25 26 27 (PCI/KG(DRY)) 32 '33
- 33. UD (0 /6 )
SEDIMENr GMMA 10-106 41 1.06E+02 UD . (0 /34.) UD (0 /7 ) 23 24 25 26 27
-32 33 (PCI/lG(DRY))
33 UD (0 /6 )
SEDIMENr GMM4 CS-137 ~41 1.95E+01 1.35E+02 (31/34 ) 1.64E+02(7 /7 ) 23 24 25 26.27 (PCI/KG(DRY)) ( l.30E+01 - 3.20Et02) ( l.10E+02 - 2.00E+02) 32 33 33 2.45E+02(6 /6 )
( l.00E+02 - 3.10E+02)
SEDIMINr SIHONFIUM-89 17 7.45E+01 UD (0 /14 ) MD (0 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 33 UD (0 /2 )
l
~
SEDIMENr SIHONTIUM-90 17 3.95E+01 UD (0 /14 ) UD .(0 /3 ) 23' 24 25 26 27 (PCI/10(DRY)) 32 33 33 UD (0 /2 )
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JUNE,1985 DIROUGI AUGER,1985 FIRST QUARTER SUPNARY SAMPIE TYPE ANALYSIS IT IOPE NLMlm ILD It0ICA10R-MEAN(N/1DrAL) BAOG0UtO-MEAN(N/10rAL) SrATI0tG USED '
FOR ItEICAER M?'AN 0F RAPG RANGE ANALYSES PERfm M W PREIPIRTION GAPNA PN-54 24 4.76E+00 LID (0 /15 )
IID (0 /9 ) 1 2 3 4' 5 (PCI/L )
PRBCIPIRTION GAPNA FE -59 24 1.05E+01 LID (0 /15 ) LLD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPIRTION GAPNA ZN-65 24 1.01E+01 IJD (0 /15 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRBCIPITATICN GArNA CD-60 24 5.02E+00 ILD (0 /15 ) LLD' (0 /9 ) 1 2 3 '4 5 (PcI/L )
PRECIPITATION GAPNA K-40 24 9.30E+01 ILD (0 /15 ) ILD (0 /9 ) 1 2 3 4 5 (NW ) s s'
PRECIPIR TION GAtNA BE-7 24 5.402+01 ILD (0 /15 ) 6.13E+01(3 /9 l' 1 23 4 5 (NI/L ) ( 5.30E+0L - 6.80E+01)
PRECIPIRTION GAPNA ZR-95 124 1.06E+01 ILD (0 /15 ) ILD (0 /9 ) 1 2 3 4'5 (KI/L )
PRECIPIRTION GAPNA 18-95 24 5.36E+00 ILD (0 /15 ) ' IID (0 /9 ) 1 2'3 4 5 i (sci /L ) >
.I PREIPIRTION GAPNA CE-141 24 1.15E+01 IJD (0 /15 ) ILD (0 /9 ) 1 2 3 45 ;' '
I (PCI/L )
'PRBCIPITATION GAfMA RU-103 24 6.23E+00 ILD (0 /15 ) LID (0 /9 ) 1 2 3 4 5 (PCI/L )
-128 -
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TABLE 15 RADIOIOGICE INTIlOM!NmL IGI'RRIIC PROGUM SCHERY OYSTER CREEK IUCIEAR GENBUL"'ItC SmTION JtNE,1985 'IHROUG1 AUGBr,1985 FIRST QUARTER SUt9%RY BAGROLNHEAN(N/1 URAL) SMTICNS USED ANALYSIS IEyIOPE IG BER ILD IlOICATOR-MEAN(N/'10IE) FOR It01CAER MEAN SAf@IE TYPE RANGE RAICE CF ANALYSES PERPGMD 1.47E-4)2 IID (0 /35 ) IID (0 /21 ) 1 2 3 4 5 IODINE-131 56 AIR ICDINE (PCI/M3 )
24 5.46E-01 5.298-01 (6 /21 ) 4.43E-Ol(1 /3 ) 23 24 25 26 27 SLRFACE ETER CROSS AIPHA-fE
( 4.04E 7.56E-01) ( 4.43E 4.433-01) 32 33 (KI/L )
24 6.49Et00 6.43E-01 (2 /21 ) ILD (0 /3 ) '23 24 25 26 27 SLRFACE ETER CROSS AIPHA-DS
( 4.74E 8.12E-01) 32 33 (PCI/L )
24 8.88E-01 7.51E-01 (7 /21 ) 7.93E-01(1/3 ) 23 24 25 26' 27 SLRFACE ETER (EDSS BETA-GS ~
( 6.61E 8.55E-01) ( 7.93E 7.93E-01) 32 33 (KI/L )
24 9.48E+00 6.40E+01 (21/21 ) ' 7.52E+01(3 /3 ) 23 24 25 -26 27 SLRFACE ETER (EDSS BErA-DS
{ l.20E+00 - 3.llE+02) ( l.02E+01 - 2.01E+02) 32 33 (PCI/L )
24 1.00E+01 6.76E+02 (16 /21 ) 7.25E+02(3 /3 ) '23 '24 25 26 27 SLRFACE ETER CAICILM BY AA
( l.91E+0L - 1.26E+03) ( 6.94E+02 - 7.62E+02) 32 33 (MyL )
26 3.39E+01- ILD '(0 /22 ) IID (0 /4 ) 23 24 25 26 -27 SLRFACE RTER GMen CE-144 32 33 (KI/L )
'26 5.34EH)0 LID (0 /22 ) LLD (0 /4 ) 23 24 25 26 27 SLRFACE ETER . Ghttu CS-134 32 33 (PCI/L )
26 4.12E+00 ILD (0 /22 ) ILD -(0 /4 )- 23 24 25 26 27 SLRFACE ETER Gnefu CD-58 32 33 (KI/L )
26 3.88E+00 IID (0 /22 ) ILD (0 /4 ) 23 24 25 26 27 SLRFACE ETER CAf9R 193-54. 32 33 (KI/L )
-130 -
?
' U n n_ M n W TABIE 15 RADIOIDGICAL BWIR0tMNIE M0iI'1GItG PROGUM SLM4ARY SfS1ER GEEK NUCIEAR GBERATItG SMTIG JUNE,198511m0Um ADWST,1985 FIRST QUARIER SLMIARY SAMPIE TYPE ANAIRSIS LTHOPE MMER ILD I!OICA10R-MEAN(N/1DmL) BA3HOUt04tEAN(N/1DmL) STATIONS USED OF RANGE RAIGE FOR It01CAITR MEAN ANALYSES PERPORM m SURFACE R M GMetA FE-59 '26 9.00E+00 IID (0 /22 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE R M GMetA ZN-65 2?r 8.43E+00 UD (0 /22 ) UD (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SLRFACE RM GMetA C05-60 26 4.09E+00 IID (0 /22 ) UD (0 /4 ) 23 24 25 26 27 32 33
~
(PCI/L )
SWFn RM GwetA K-40 26 9.75E+01 2.14E+02 (14 /22 ) 2.52E+02(4 /4 ) 23 24 25 26 27 (PCI/L ) .
( 1.20E+02 - 2.m8+02) ( 2.40E+02 - 2.70E+02) 32 33 ~
SLRFACE RM GMetA BE-7 26 4.21E+01 UD (0 /22 ) UD (0'4
/ ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE E M GM9tA ZR-95 - 26 8.82E+00 UD (0 /22 ) UD (0 /4 ) 23 24 25 26 27 .
(PCI/L -) 32 33-SWFACE R M GMetA te-95 26 4.53E+00 IID (0 /22 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 ssFACE EM GmetA m-141 26 1.01E+01 UD (0 /22 ) UD (0 /4 ) 23 24 25 26 27 (PCI/L )
32 33 SURFACE E M GMMA RU-103 26 5.37E+00 UD (0 /22 ) UD (O'/4 ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE R M GMetA BA-140 26 2.35E+01 UD (0 /22 ) UD . (0 /4 ) 23 24 25 26 27 (PCI/L )' 32 33
-131 -
L______________ _____.________________1_____ ____ _ _ . .
ww n m m m. Iv rx v M-- L r- J w .A . .r-- ~
TAB 2 15 RADIO [DGICAL INTIH0tMENTAL MONITORI!G PROGUM SIDNARY OYSIER GEK IUCEAR GENERATING SMTION JUNE,1985 31HOUGi AUTST,1985 FIRST QUARIER SLDMARY SAMPE TlPE ANALYSIS I TIOPE Num ER ILD I!OICAICR-MEAN(tVIUmL) BAGROUlO-NEAN(tV10rAL) SRTIONS USED OF RAtCE RANGE 10R If0ICA10R MEAN ANALYSES PERPORMED SURFACE R1YR GAM A IA-140 26 8.82E+00 UD (0 /22 ) IJ.D (0 /4 ) 23 24 25 26 27 (PCI/L ) ,
32 33 SURFACE ETER CAMA RA-226 26 9.62E+01 UD (0 /22 ) UD (0 /4 ) 23 24 25 26 27 (PCI/L ) . 32 33 SURFJCE ETER GAM A D1-228 26 8.57E+00 UD (0 /22 ) UD (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE R1YR GAMA I-131 26 1.67E+01 UD (0 /22 ) UD' (0 /4 ) 23 24. 25 26 27 (PCI/L ) 32 33 SURFACE ETER GAPEA RU-106~ 26 3.62E+01 UD (0 /22 ) UD (0 /4 ) - 23 24 25 26 27 (PCI/L ) 32 33 SURFACE ETER GArmA G-137 26 4.23E+00 UD. (0 /22 ) UD (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SLRFA:2 RTER TRITILM 24 6.57E+01- UD (0 /21 ) UD -(0 /3 ) 23 24 25 26 27 (PCI/L ) 32 33 l i
SLEFACE E TER RADIUM-226 24 2.35E-01 4.67E-01 (12 /21 ) 3.36E-01(1 /3 ) 23- 24 25 26 27 (PCI/L ) ( 2.18E 8.29E-01) ( 3.36E 3.36E-01) 32 33 SLRFACE ETER RADIUM-228 24 2.86E-01 5.03E-01 (5 /21 ) UD (0 /3 ) 23 24 25 26 27 (PCI/L ) ( 2.32E 6.76E-01) 32 33 SLRFACS ETER SIE NTILM-89 24 3.10E+00 UD (0 /21 ) UD (0 /3 ) 23 24 25 26 27 (PCI/L ) 32 33
-132 -
- m. Ww F1 U r- \_ FX m rm M f X._ _J (.__f ' \_,_J W 1_ f TABIE 15 ~
RADIGIDGICAL DNIR0t@ENIRI3 MCNIl01I!G Pf0GtAM SLM4ARY
. OYSTER CREEK 10CIEAR GBERATItG SIRTION JIME,1985 'IHROUCH AUGER,1985 FIRSP QUARTER SlM4ARY SAMPIE TYPE JNALYSIS IfDIDPE NlMIER ILD I!OICAltR-MEAN(N/1UIRL) BAGROUMHEAN(N/10IRL) . SIRTIONS USED OP RAtCE RAICE ICR I!OICAER MEAN ANALYSES PERIGMED SURFACE m m SINONrItM-90 24 8.90E-01 ILD (0 /21 ) IID (0 /3 ) 23 24 25 26 27 (PCI/L ) 32 '33 SLRFACE ETER IUIRL tRANILM 24 3.40E-02 1.23E+00 (21 /21 ) 2.75E+00(3 /3 ) 23 24 25 26 27 (PCI/L ) ( 7.07E 2.05E+00) ( l.93E+00 - 4.15E+00) 32 33 1
WEIL ETTR GOSS AIPHA-SS 18 5.42E-01 ILD (0 /15 ) LID (0 /3 ) 1 19 20 21 22 (PCI/L ) ,
- WEIL RTER GOSS AIRIA-OS 18 8.06E-01 2.17E+00 (3 /15 ) 1.42E+00(2 /3 ) 1 19 20 21 22 (ICI/L ) ( l.11E+00 - 3.49E+00) ( 8.28E 2.01EM)0)
WELL RTER GROSS BETA-SS 18 7.65E-01 2.13E+00 (1 /15 ) LID (0 /3 ) 1 19 20 21 22 (ICI/L ) ( 2.13E+00 - 2.13E+00)
WELL RTER GOSS BETA-DS 18 8.50E-01 2.68E+00 (13 /15 ) 2.40E+00(2 /3 ) 1 19 20 21 22 (ICI/L ) ( 9.03E 5.48E+00) ( 2.18E+00 - 2.63E+00)
WELL RTER 10IR!EIIM-40 6 2.00E-01 1.94E+00 (5 /5 ) 9.75E-01(1/1 ) 1 19 20 21 .22 (PCI/L ) ( l.08E+00 - 2.43E+00) ( 9.75E 9.75E-01)
WELL WATER Gale 4A CS-144 6 3.45E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 iD 21 22 (PCI/L )
WELL RTER Gaff 4A CS'134 6 4.28E+00 ILD (0/5) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL RTER CAfttA CD-58 '6 '4.05E+00 ILD (0 /5 )' IID (0 /1 ) 1 19 20 21 22 (ICI/L )
6
-133 -
r r- n_ _y- u u- n T3 w r\ _r w m v m _M w nr _r -
TABIE 15 RADIOIDGICAL DWIR0t9ENIRL M04IERI!G PROGtAM SlHERY OYSIER CREEK 10CIEAR GD4ERATItG SIRTION JUNE,1985 350001 AUGLET,1985 FIRST QUARIER Sult%RY SAMPIE TYPE ANALYSIS IS010PE !OBER ILD I!OICARR-MEAN(N/IOTAL) BAOG0UtO-MEAN(N/IDIRL) STATIOtB USED OF RAICE RANGE POR ItOICARR MEAN ANALYSES PERKRMED
%EIL MUR GAft% tei-54 6 3.83E+00 IID (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WATER ON9% FE-59 6 8.52E+00 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL 60GER GAft% ZN-65 6 8.68E+00 .ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WATER GAf9% (D-60 6 3.98E+00 IID (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WAUR GAft% K-40 6 8.90E+01 ILD (0 /5 ) ILD (0 /1 ) 1 ' 19 20 21 22 (NI/L )
WEIL 60GER GAft% BE-7 6 4.18E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (KI/L )
WEIL WATER GAft% ZR-95 6 9.05E+00 iia (0 /5 ) ILD (0 /1 ) 1 19 20 21 22
~(KI/L )
WEIL 5%TER GAft% 26-95 6 4.53E+00 ILD (0 /5 ) IID (0 /1 ) 1 19 20 21' 22 l (PCI/L )
l WEIL 50 DER GAft% CE-141 6 9.72E+00 ~ ILD (0 /5 ) ' ILD (0 /1 ) 1 19 20 21 22 l (PCI/L ) .
WEIL %DGER GAft% RU-103 6 5.27E+00 IID (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
i
-134 -
- m. v r ww v m_ m u -\ c- --
ThB m 15 RADIGIDGICAL DWIRONENIRI, MNIERI!C PROGUM SLM1ARY OYSTER CREEK IUCMAR GENSIATI!G STATION JUNE,1985 DIROUGI AUGUSr,1985 FIRSF QUARTER SUN 4ARY ANALYSIS IS0f10PE MMMR ILD I!OICAKR-MEAN(N/10FAL) BAOCROLNH4EAN(tV10FAL) STATIONS USED SAMPIE TYPE OF RAtCE RANGE FOR It0ICARR MEAN ANALYSES -
PERtGMED WEIL WATER GM1A BA-140 6 2.08E+0L IID (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
WELL WAnR GM4A IA-140 6 7.72E+00 IID (0 /5 ) LID (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WAUR GMtA RA-226 6 9.55E+01 IID (0 /5 ) LID (0 /1 ) 1 19 20 21 22 (PCI/L )-
WEIL WAnR GM1A DI-228 6 8.38E+00 IID (0 /5 ) LLD (0 /1 ) 1 19 20 21 22 (NI/L )
WELL WATER GM4A I-131 6 1.32E+01 LID (0 /5 ) LID (0 /1 ) 1 19 20 21 22
-(KI/L ) ,
WEIL WATER GMtA RD-106 6 3.65E+01 ILD (O'/5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
WELL WAHR GM4A G-137 6 4.28E+00 ILD (0 /5 ) IID (0 /1 ). I 19- 20 21 22 (PCI/L ) -
WEIL WATER 1RITILM 6 6.87E+01 LID (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (NI/L )
WELI, WATER ' RADItM-226 6 2.59E-01 6.%E-01 (5 /5 ) 7.32E-01(1 /1 ) 1 19 20 21 22 l (PCI/L ) ( 3.83E 1.59E+00) ( 7.32E 7.32E-01)
WEIL WATER RADILM-228 6 4.37E-01 8.73E-01 (3 /5 ) 7.79E-Ol(1 /1 ) ' 1 19' 20 21 22 (NI/L ) ( 5.33E-01.- 1.33E+00) ( 7.79E 7.79E-01)
-135 -
m . W Q .. .m _W r t_ M r~
TABLE 15
- RADIGIDGICAL BWIIONENIEL IOIIERItG PIOGUM SHERY O'SIER GIEK IUCEAR GB.'IRATItC STATION JUNE,1985 'IHROUGH AUGER,1985 FII6r QUARITR SUPE %RY SAMPIE TYPE ANALYSIS IS710PE IUBIR ILD It0ICAIOR-MEAN(N/10mL) BAGROUt4H1EAN(N/1DrAL) STATIONS USED OP RAICE RAtCE IOR ItOICAltR MEAN ANALYSES PEREWMED WEIL WATER TOTAL LRANILM 6 3.40E-02 4.27E-02 (1/5 ) IID (0/1) 1 19 20 21 22 (PCI/L ) ( 4.27E 4.27E-02)
CLAPc3 00tl3 ALPHA 12 4.30E+01 1.36E+02 (6 /9 ) 9.30E+01(2./3 ) 23 24'25 (PCI/lC(WE"r)) ( 8.19E+01 - 2.36E+02) ( 8.31E+01 - 1.03E*02, CLAMS GOSS BE"IA . 12 6.83E+01 2.62E+03 (9 /9 ) 2.16E+03(3 /3 ) 23-24 25 (PCI/KG(WEr)) ( l.49E+03 - 3.56E+03) ( 1.60E+03 - 2.52E+03)
CLAMS CAICItM BY AA 4 3. 26E-01 1.29E+00 (3 /3 ) 6.26E-01(1 /1 ) 23 24 25 l
(MG/Qt(WET) ) ( 8.85E 1.94E+00) ( 6.26E 6.26E-01)
CLAMS GApen CE-144 4 6.45E+01 IID (0 /3 ) . IID (0 /1 ) 23 24 25 (PCI/KG(WET))
CINE GArem cs-134 4 8.87E+00 ILD (0 /3 ) LID (0 /1 ) 23 24 25
. (PCI/IC(WET))
CIms GApem a0-58 4 9.55E+00 IID (0 /3 ) IID (0 /1 ) 23 24 25 (ICI/Ic(Wer))
Cras GArem tei-54 4 8.32E+00 IID (0 /3 ) ILD (0 /1 ) 23 24 25'
, (PCI/lc(WEr))
CIAMS GAlen FE-59 4 2.20E+01 ILD (0 /3 ) LID (0 /1 ) 23 24 25 (ICI/IC(WET))
CIas cA#en zN-65 4 1.92E+01 ILD (0 /3 ) ILD (0 /1 ) 23 24 25 (PCI/lc(WET))
-136 -
7__
TABLE 15 RADIOIOGIC14 DWIR0tMNmL MG4ITORIM3 PROGUM SLMERY OYSIER GEEK MJCIZAR GENHRTItG SMTION J1NE,1%51HROUGH AUGET,1985 FIRST QUARTER SUINARY SAhPIE TYPE ANALYSIS IfD10PE !OBER ILD I!OICA10R-MEAN(N/10mL) BAQG0UtD-MEAN(N/10mL) STATIONS USED.
OF RMCE rat 0E FOR I!OICA10R MEAN ANALYSES PERFW MED CIAMS GAPE % (I)-60 4 1.05E+01 1.40E+01 (1/3 ) IJD (0 /1 ) 23 24 25 (PCI/KG(WET)) ( l.40E+01 - 1.40E+01)
CLAMS GAlem K-40 4 2.90E+02 1.60E+03 (3 /3 ) 1.90E+03(1/1 ) 23 24 25 (NI/KG(WET)) ( 1.50E+03 - 1.70E+03) ( 1.90E+03 - 1.90E+03)
CAMS GAren BE-7 4 9.00E+01 ILD (0 /3 ) IID (0 /1 ) 23 24 25 (PCI/EG(WE'F))
CIAMS Gape % ZR-95 4 1.95E+01 ILD (0 /3 ) LLD (0 /1 ) 23 24 25 (KI/MG(WET))
CIAMS GAfem 20-95 4 9.90E+00 ILD (0 /3 ) LID (0 /1 ) 23 24 25 (PCI/EG(WET))
CLAMS . GA#em CPr141 4 2.10E+01 ILD (0 /3 ) ILD (0 /1 ) 23 24 25 (PCI/KG(WEr))
CIAMS GA#en Ru-103 4 1.20E+01 ILD (0 /3 ) LID (0 /1 ) 23 24 25 (mI/xG(WEr))
Claes GA#em BA-140 4 6.32E+01 IID (0 /3 ) LID (0 /1 ) 23 24 25 (PCI/MG(WET))
CIAMS GAren IA-140 4 2.27E+01 IID (0 /3 ) ILD (0 /1 ) 23 24 25 (KI/HG(WET))
CLAfG GAten RA-226 4 1.77E+02 IID (0 /3 )- ILD (0 /1 ) 23 24 25 (KI/EG(WET))
. 1
-137 -
L
TABm 15 RADIO [ILICAL EN/IR0l@eNmL f(NITORING PROGUM SLMERY OYSIER GEEK MJCEAR GENERATItG SmTION JUNE,1985 'IHROUGI AUGER,1985 FIRST QUARTER SLMERY SAMP21YPE ANALYSIS IM10PE !UBER ILD It0ICA10RM(N/10mL) BAGROLNHEAN(tVIDmL) STATICNS USED ~
OF RAPCE RANGE FOR It0ICA10R MEAN ANALYSES PERPG MED CUMS GMR 'IH-228 4 1.63E+01 IID (0 /3 ) IID (0 /1 ) 23 24 25 (PCI/KG(WET))
cum cA#en I-131 4 5.02E+01 LLD .(0 /3 ) LLD (0 /1 ) 23 24 25
( K I/lc( m ))
cum cArem RU-106 4 7.67E+01 ILD' (0 /3 ). LLD (0 /1 ) 23 24 25 tecI/ic(Wer))
cuns GA#em (s -137 4 1.00E+01 ILD (0 /3 ) LLD (0 /1 ) 23 24 25 (PCI/IC(WEr))
' cuns SmwrItW89 4 3.32E+00 ILD (0 /3 ) ILD (0 /1 ) 23 24 25 (PCI/lc(Wer))
' ~
cum SmwrItM-90 ' 4 4.20E+00 ILD (0 /3 ) LID (0 /1 ) 23 24 2" (PcI/ic(Wer))
MIL caosS BEIA 15 1.89E+03 7.65E+03 (15 /15 ) . *
(* /* ) 1- 2 3 4 5 (mI/IC(DRY)) ( 2.52EM)3 - 2.71E+04) ( * )
.i MIL cA#em cre144 6 -6.02E+01 ILD (0 /6 ) * *
(* /* ) 1 2 3 4 5 l (ecI/lc(DRY)) ( * )
MIL GArou cs-134 6 8.53E+00 ILD (0 /6 ) *
(* /* ) 1 2 3 4 5 (KI/IC(DRY)) ( )
MIL cA#em (D-58 6 8.33E+00 ILD (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/IC(DRY)) ( )
-138 -
' '~ ' m n n_. W m n n. r TAB m 15 -
RADIOIOGICAI3 BWII0lelENmL MCNI'ILRIIG PIOGUM SLMERY OYSIER CREEK 20CEAR GENERATIE SMTION JUNE,1%5 'IN00CH AUGER,1985 FIRST QUARTER StMERY SAMPIE TYPE ANALYSIS Im10PE PUBER ILD I!OICA'IOR-MEM(N/'IUmL) BAGROUNHEAN(tVI0mL) STATIONS USED
. OP RAN2 RANGE EOR I!OICA'IOR MEAN ANALYSES PERIG MED WIL GAlen tei-54 6 7.30EH)0 IID (0 /6 ) -
(* /* ) 1 2 3 4 5 (PCI/KG(IRY)) ( )
MIL CAfen FE-59 6 2.12E+01 IID (0 /6 ) *
( * /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( * )
MIL Garen zN-65 6 1.53E+01 LLD (0 /6 ) *
(* /* ) 1 2~3 45 (PCI/KG(DRY)) (* - * )
WIL GAlem CD-60 6 8.25E+00 6.20E+01 (3 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.40E+01 - 9.80E+01) ( * )
SOIL CNOR K-40 6 1.85E+02 1.55E+03 (6 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) { l.30E+03 - 1.90E+03) ~( )
SOIL GMeu BE-7 6 1.15E+02 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( ) I i
s0IL caeR ZR-95 6 2.13E+01 IID (0 /6 ) *
( * /* ) 1 2 3 4 5 (PCI/KG(IRY)) ( )
SOTL CArem te-95 6 1.18E+01 IID (0 /6 )' *
( * /* ) 'l 2 3 4 5 (PCI/KG(DRY)) ( )
SOIL GApen CE-141 6 2.93E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) (* - * )
s0IL Gwen RU-103 6 1.48E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) { )
-139 -
E U l_ _I TABE 15 RADIOIDGICAL EtNIR0tNENTAL PQ1TIIRItG PflOGRAM SIM4ARY OYSTER GEEK IUCEAR GENERATItG STATIQI JUNE,1%5 'HIROUGI AUGUSr,1985 FIRSr QUARIER SUlHARY SAMPE TYPE ANALYSIS ITIOPE Nutt3ER ILD ItOICAlm-MEAN(N/IDIAL) BAGGOUtD-NEAN(N/10rAL) STATIQ B USED OP RAtCE RA!EE EOR It0ICATm MEAN ANALYSES PERFmMED SOIL GNtiA BA-140 6 1.93E+02 IID (0 /6 ) *
( * /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( * )
SOIL CAM IA-140 6 7. 37E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) (* ,- *
)
SO'L CA % RA-226 6 1.83E+02 7.77E+02 (6 /6 ) *
- =
( * /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 6.20E+02 - 9.60E+02) ( * )
SOTL CA M 'ni-228 6 2.60E+01 4.32E+02 (6 /6 ) *
(* /* ) 1 2 3 4 5 (FCI/KG(DRY)) ( 3.30E+02 - :,.40E+02) { * )
SOTL GWA I-131 6 3.97E+02 IID (0 /6 ) *
( * /* ) 1 2 3 4 5 (FCI/KG(DRY)) ( * - * )
SOTL CA M MJ-106 6 6.72E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(IRY)) ( * )
'S0lL GMfiA G-137 6 2.67E+01 5.81E+02 (6 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/E(DRY)) ( 5.90E+01 - 1.60E+03) ( )
PASIURE GRJSS BETA 3 -3.93E+01 5.96E+03 (3 /3 )
(* /* ) 28 29 30 (PCI/KG(WET)) -( 3.97E+03 - 7.34E+03) ( )
PASTURE CAtrItM BY AA 3 1.45E-01 7.56E-01 (3 /3 ) *
(* /* ) 28 29 30
( E/m(WE'r) ) ( 6.31E 9.28Fe01) ( * ) l 1
i P RE GAMMA CE-144 3 1.67E+02 IID (0 /3 ) *
(* /* ) 28 29 30 PCI/KG(WEr)) (* - * ) l l
-140 -
t - - - - -_ -- - - - _ - - - - -
rm m. n .c 7 rm r1 .r m o rm r7 rm rm r r ro r- T rm r -- a f -- T r --
TABm 15 RADIO [DGICAL ENVIHOPMNIE tOIITORItG PROGtAM SWMARY
- OYSIER GEEK IUCEAR GENERATItG SIRTIOi JUNE,1985 'DROUGH AUGER,1985 FIRST QUARIER SLAMARY SAMP E TYPE ANALYSIS ISOIOPE lOBER ILD I!OICA10RM(N/10IE) BAGROUto-NEAN(N/IDmL) STATI0tB USED OP RANGE RAtCE IOR It0ICAICR MEAN ANALYSES PERfGtMED PASERE GA4th CS-134 3 2.17E+01 UD (0 /3 ) *
(* /* ) 28 29 '30 (PCI/KG(WET)) (* - * )
PASERE CAPMA C0-58 3 2.17E+01 IID (0 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
PASTURE GMMA 191-54 3 2.10E+01 UD (0 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
PASTURE GM9tA FE-59 3 5.03E+01 UD (0 /3 ) *
(* /* ) 28. 29 30 (PCI/KG(WET)) ( )
PASTURE GMMA ZN-65 3 4.77E+01 HD (0 /3.) *
(* /* ) 28 29 30 LPCI/KG(WET)) .( )
PASHRE GM9tA (I)-40 3 2.17E+C1 LID (0 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( * )
PASERE GM91A K-40 3 7.50E+02 3.17E+03 (3 /3 ) . *
(* /* ) 28 29 30 1
(*
(PCI/KG(WET)) ( 2.80E+03 - 3.90E+03) -
) ;
I PASTURE GM9tA BE-7 3 3.73E+02 1.63E+03 (3 /3 ) *
(* /* )
28 29 30 LPCI/KG(WET)) ( l.20E+03 - 2.50E+03) { * )
P GMetA ZR-95 3 4.60E+01' UD (0 /3 ) *
(* /* )- 28 29 30
( -
)
GM9tA te-95 3 2.33E+01 UD (0 /3 ) *
(* /* ) 28 29 30 PA$RRE tPCI/KG(WET)) ,
(* - * )
-141 -
~ m r- n rm rm r- _
rm r- _
r, r, rm r- r, rm r- , ya rn r--
TABLE 15 RADIOLOGICid. BWIHOM9NRL MONIERIM3 PROGUM SUP9%RY OYSIER GEEK MJCIEAR GNERATING SMTION J1.NE,1985 'DIROUG1 AUGLET,1985
, FIRST QUARIER SIMERY SAMPIE TYPE ANAI2 SIS IS710PE MMIER ILD IlOICM0R-MEAN(N/10mL) BAGROUMHEAN(N/10NL) STATIONS US E ,
OF RANGE RANGE POR ItOICATOR MEAN
' ANALYSES PEREG MED PASERE GMen CE-141 3 5.13E+01 IID (0 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET))
(* - * )
PASERE GMen RU-103 3 2.77E+01 IID (0 /3 ) *
(* /* ) 28 29 30 (PCI/MG(WET)) (* - * )
PA$IURE GMen BA-140 3 1.23E+02 ILD (0 /3 ) *
(* /* ) 28 29 30 tPCI/KG(WET)) (* - * )
PASERE GMen IA-140 3 4.07E+01 ILD (0 /3 ) *
( * /* ) 28 29 30 (PCI/EG(WET)) (* - * )
PASERE GMen RA-226 3 5.10E+02 ILD (0 /3 ) *
( * /* ) 28 29 30 (PCI/EG(WE:P)) (* - * )
PAFIURE GMen 91-228 3 4.60E+01 LID (0 /3 ) *
(* /* )
28 29 30 tPCI/EG(WET)) ( * )
PASitRE GMen I-131 3 8.83E+01 IID (0 /3 ) *
(* /* ) 28 29 30 (PCI/EG(WET)) (* - * )
PAsRRE GMeu RU-106 3 1.90E+02 IID (0 /3 ) *
(* /* ) 28 29 30 (PCI/MG(WET)) { * )
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( * /* ) 28 29 30 (PCI/EG(WET)) ( 9.80E+01 - 2.30Et02) (* - * )
P SIRONrIIM-89 3 1.llE+01 IID (0 /3 ) *
( * /* ) 28 29 30 PCI (WET)) (* - * )
-142 -
_ _ _ _ . - - _ _ _ - _ _ _ _ _ _ . - - _ _ _ _ _ . _ _ _ _ _ _ _ _ _ _ _ _ . _ - . _ _ _ _ - _ - _ _ ~ _ - _ _ _ _ _ _ _ _ _ _ _ _ . _ - --_ ___~_-~~-_-._________a
cw r-- r- 1 i- r, rm r- rm rm e- r- rm rm r m_ rm rm wm rp TABIE 15 RADIOIDGICAI, ENVIROMENRL MONITORIE PROGUH SLMtARY OYSTER GEEK 10CIEAR GDIERATIE SmTION J2E,1985 2500G1 AUGER,1985 FIRSr QUARTER SGMARY SAMPLE 'lYPE ANAIJSIS L%W NUN 3ER IID If0ICATOR-MEAN(N/10mL) BAGR00te-MF#!(N/27mL) STATIOtG USED W RAEE RAfG FOR It0ICARR MEAN ANALYSES -
PERF00GD PASERE STHONTIIM-90 3 2.17E+00 1.51E+02 (3 /3 ) *
(* /* ) 28 29 30 (PCI/E(Wer)) ( 9.61E+01 - 2.40E+02) (* - * ')
- SEDIMINF CROSS AIPHA 8 3.83E+03 7.06E+03 (4 M ) IID (0 /1 ) 23 34- 25 26 27 (PCI/KG(DRY)) ( 4.86E+03 - 1.08E+04) 32 33 -
SEDIMENT GOSS BETIA 8 1.88E+03 1.49E+04 (7 M ) 2.81E+04(1 /1 ) 23 24 25 20 27 (PCI/E('AlY)) ( 5.01E+03 - 3.19E+04) ( 2.81E+04 - 2.81E+04) 32 33 SIDIMENT CNNA CE-144 22 1.03E+02 ILD (0 /19 ) IID (0 /3 ). 23 24 25 26 27 (PCI/KG(IRY)) 32 33
! EpIMENT GMMA CS-134 22 1.63E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 LPCI/E(DRY)) 32 33 SEDL W GMetA CD-58 22 1.54E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEQDENT GMW. -294-54 22 1.43E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEDIMENr GM9th FE-59 22 3.93E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 (PCI/E(DRY)) 32 33 SEDIMENr GMetA ZN-65 22 3.48E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 (NI/KG(DRY)) 32 33 SEQIMENT GMeth CD-60 22 4.16E+01 2.50E+02 (9 /19 ) IID (0 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) ( l.70E+01 - 4.90E+02) 32 33
-143 -
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TAaIE 15 RADIOIOGICAL DNIlOhBffAL MONITCRI!C IHO@AM SlMMRY OYSIER GEEK MCIEAR GENERATI!G SMTION JUNE,19F.5 'D1ROUGI AUGLET,1985 -
FIF.ST QUARTER SAtMRY SAMPIE TYPE ANALYSIS IS7ItPE IGBER ILD DOICAltR-MEAN(N/'lUmL) BACK10Uto-MEAN(N/1URL) STATIONS USED OF RAtCE RAICE FOR It0ICA2tR MEAN ANALYSES PfRPGUED EEDIMINF GAren K-40 22 5.74E+02 7.70E+03 (19 /19 ) 1.10E+04(3 /3 ) 23 24 25 26 27 (PCI/K3(DRY)) ( 7.60E+02 - 1.90E+04)
.( 1.00E+04 - 1.30E+04) 32 33 SEDIMENT GAf9R BE-7 22 1.68E+02 5.59E+02 (7 /19 ') 7.10E+02(1 /3 ) 23 24 25 26 27 (PCI/IC(DRY)) ( 3.10E+02 - 1.70E+03) ( 7.10E+02 - 7.10E+02) 32 33 SEDIMENP . GAP 9% ZR-95 22 3.70E+01 IID (0 /19 ) IID (0 /3 ). 23 24 25' 26 27 (PCI/KG(DRY)) 32 33 , .,
SEI)IMENr GArtR re-95 22 1.88E+01 ILD (0 /19 ) IID - (0 /3 ) 23 24 25 26 27 (PCI/KG(IRY)) 32 33 SEDIMENr GAf9R CE-141 22 3.66E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEDIMINr GAf9R RU-103 22 .l.95E+01 IID (0 /19-) IID (0 /3 ) 23 24 25 26 27 (PCI/EG(DRY)) 32 33 SEDIMENr CApen BA-140 22 1.29E+02 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 32 33 (PCI/IC(IRY))
SEpIMENP GApen LA-140 22 5.09E+01 IID (0 /19 ) IID (0 /3 ) 23 24 25 26 27 LPCI/lC(DRY)) 32 33
. j SEDIMENP GAlfR RA-226 22 3.02E+02 1.31E+03 (18 /19 ) 9.85E402(2 /3 ) 23 24 25 26 27 (PCI/IC(DRY)) ( 7.00E+02 - 2.50E+03) ( 8.70E+02 - 1.10E+03) 32 33 -
SEpIMENr GAlem Tif-228 22 3.%E+01 5.41E+02 (18 /19 ) 5.77E+02(3 /3 ) 23 24 25 26 27 i LPCI/EG(DRY)) ( 2.40E+02 - 1.00E+03) ( 4.50E+02 - 6.60E+02) 32 33
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TABIE 16 .
RADIGIDGICAL BNIB0tMNIRL IENTIORItG PROGRAM SLDMARY OYSIER CRfEK NUKIEAR GENERATItG SMTION SEemeER,19851HR00GI NNINBER,1985 SEXIN) QUARTER SLBMARY SAMPIE TIPE ANAIJSIS IfDIOPE t& DEER ILD ItOICAKR-NEAN(N/10mL) BAGi0tDD-NEAN(N/1 DIAL) STATI0tE USED l OP RMCB RAfCE EOR It0ICAKR tiEAN !
- I ANALYSES PEREONED i
PRECIPITATION GMMA BA-140 2] 2.90E+01 ILD (0 /14 ) LID (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPIRTION GAfMA IA-140 23 1.09E+01 IID '(0 /14 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPTRTION GAPMA RA-226 23 9.75Et01 IID (0 /14 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPIRTION GAfMA 1H-228 23 8.93E+00 ILD' (0 /14 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPIRTION GApMA I-131 23 2.31E+01 ILD (0 /14 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L )
PRECIPIR TION GAfMA RU-106 23 3.77E+01 IID (0 /14 ) LID (0 /9 ) 1 2 3 4 5 (PCI/L )
1 PRECIPI11TICN GAf94A CS-137 23 4.35E+00 ~IID (0 /14 ) ILD (0 /9 ) 1 2 3 4 5 (PCI/L ) ,
PEUCIPITATION 1RITILM 23 9.12E+01 8.61E+01 (1 /14 ) 1.10E+02(4 /9 ) 1 2 3 4 5 (PCI/L ) ( 8.61E+01 - 8.61E+01) ( 6.26E+01 - 1.69E+02)
PRECIPITATION SDONTILM-89 16 2.39E+00 IID (0 /10 ) ILD (0 /6 ) 1 2 3 4 5 (PCI/L )
PRECIPITATION SIRONFILM-90 16 7. 29E-01 ILD (0 /10 ) LID (0 /6 ) 1 2 3 a 5 (PCI/L )
-150 -
m_ em rm c3_ rm M m rm m rm rm . rm. rm v rm m v TAB W 16 RADIO [OGICAL DIVIR0ftt!MRL MONI'lTRIfG 190GtAM SUt#WtY OYSTER OtEEK IUCEAR GENERATIfG SMTION SEPHIEER,1985 'D500GH 70VIDEER,1985 SEKDIO QUARTER SIROWtY SAMP2 TYPE ANALTiIS IS0r10PE ID E15t !LD If0ICAKR-MEAN(f(/'10mL) BAGROUltHEAN(f(/1DmL) SMTI0tG USED OF RAf0E RANGE FOR It01CXKR MEAN ANALYSES PERIG MED AIR ICDINE IODINE-131 47 3.42E-01 IID (0 /29 ) ILD (0 /18 ) 1 2 3 4 5 (PCI/M3 )
SLRFACE RTER GOEE ALPHA-fE 25 5.61E-01 ILD (0 /21-) ILD (0 /4 ) 23 24. 25 26 27 (PCI/L ) 32 33 SLRFACE ETER GOSS AIPHA-DS 25 9.85E-01 1.56E+00 (14 /21 ) 9.26E-01(1 /4 ) 23 24 25 26 27 (ICI/L ) ( 7.51E 2.88E+00) ( 9.26E 9.26E-01) 32 33 SLRFACE R11R CROSS Bem-fE 25 1.09E+00 IID (0 /21 ) 1.38E+00(1 /4 ) 23 24 25 26 27 (PCI/L ) ( l.38E+00 .1.38E+00) 32 33 SLRFACE ETER GOSS BETA-OS 25 3.88E+01 2.47E+02 (21/21 ) 2.61E+02(4 /4 ) 23' 24 25 26 27 (PCI/L ) ( l.46E+00 - 5.68E+02) .( 2.61E+01 - 4.78E+02) 32 33 SLRFACE R11R CAIfI(M BY AA 25 1.00E+01 5.29E+02 (15 /21 ) 5.59E+02(4 /4 ) 23 24 25 26. 27 (Mc;/L ) ( l.05E+02 - 7.84E+02) ( 3.02E+02 - 7.98E+02) 32 33 SLRFACE ETER . GAf04A CB-144 28. 2.95E+01 IID (0 /24 ) ILD (0 /4 ). 23 24 25 26 U (PCI/L ) 32 33 SLRFACE RTER GAfmA (5-134 28 3.72E+00 IID (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SLRFACE RTER GhetIA (D-58 28 3.75E+00 ILD (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ). 32 33 1
SLRFACE RTIR GAfeu 793-54 . 28 3.43E+00 ILD (0 /24 ) ILD (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33
-151 -
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TABLE 16 RAD 10tOGICAL DWIR0tNENIAL IOiIERItG PROGUM StM1ARY OEIER GEEK IUC2AR GENERATItC SIRTIOi SEPIDUR,1985 'DROUGI !OVfMBER,1985
~
SEG20 QUARTER SUPNARY SAMP E TYPE ANALYSIS IS7IDPE !OBER ILD It0ICARR-MEAN(N/IDfAL) BAOQ0UtD4EAN(!VIDTAL) STATIONS USED OF RAPCE RANGE FOR I!OICARR MEAN ANAL E S PERFORMED SURFACE ETER GAPNA IA-140 28 1.08E+01 IID ('O /24 ) IID (0 /4 ) 23 24' 25 26 27 (PCI/L ) 32 33 SURFACE ETER GAPNA RA-226 28 8.25E+01 ILD (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SLRFACE ETER GAPNA U1-228 28 7.64E+00 1.90E+01 (1 /24 ) IID (0 /4 ) 23 21 25 26 27 (PCI/L ) ( 1.90E+01 - 1.90E+01) 32 33 SURFACE ETER GAPNA I-131 28 2.47E+01 ILD (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SLRFACE ETER GMMA RU-106 28 3.19E+01 IID (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE ETER GMNA CS-137 28 3.61E+00 IID (0 /24 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L -) 32 33 SURFACE ETER' TRITILM 25 6.80E+01 IID (0 /21 ) ' IID '(0 /4') 23 24 25 26 27 (PCI/L- ) 32 33 SURFACE E11R RADItM-226 25 1.99Fe01 4.02E-01 (18 /21 ) 4.21E-01(4 /4 ) 23 24 25 26 27 (PCI/L ) ( 1.50E 8.27Fe01) ( l.87Fe01 - 8.79E-01) 32 33
. SURFACE RITR . RADIUM-228 25 2.83Fe01 7.17E-01 (7 /21 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) ( 4.38Fe01 - 1.34E+00) 32 33 SURFACE ETIR SIRONTIUM-89 25 2.76E+00 IID (0 /21 ) ILD (0 /4 ) 23' 24 25 26 27 (PCI/L ). 32 33
-153 -
-, r- r- c- 1 rm rm rm rm r-- r- r- rm r- r- r- r, r- r- rm i TABIR 16 RADIGIDGICAL D&DOMENmL MGIIERI!G PEOGUM SlM1ARY OYSIER GEEK NJCIEAR GDIERATItG STATION SEPIDBER,19851150UG1 MNEMBER,1985 SEKD0 QUARIER SIM1ARY SAMPIE TYPE ANALYSIS IS7ItPE HlM3ER ILD I!OICARR-MEAN(N/'1UML) BAGROlkD-MEAN(N/'IDmL) S MT10NS USED OF RANGE RANGE EOR I!OICARR MEAN ANALYSES PEILSWMID SURPKE WATER SIRONTIUM-90 25 6.26E-01 ILD (0 /21 ) IID (0 /4 ) 23 24 25 26 27 (PCI/L ) 32 33 SURFACE WA M 70fAL IRANIIM 25 3. 40E-02 1.34E+00 (21/21 ) 2.47E+00(4 /4 ) 23 24 25 26 27 (PCI/L ) ( 4.46E 2.70Er00) ( l.89E+00 - 3.62E+00) 32 33 WELL WATER GOSS AIRIA-SS 18 3.78E-01 8.63E-01 (1/15 ) LID (0 /3 ) 1 19 20 21 22 (PCI/L ) ( 8.63E 8.63E-01)
WEIL WAITR GOSS AIRIA-OS 18' l.03E+00 2.00E+00 (4 /15 ) 1.47E+00(3 /3 ) 1 19 20 21 22 (PCI/L ) ( 1.02E+00 - 3.14E+00) ( 9.20E 1.89E+00)
, WEIL WATER GOSS BErfA-SS 18 6.91E-01 4.33E+00 (1 /15 ) IID (0 /3 ) 1 19 20 21 22 (PCI/L ) ( 4.33E+00 - 4.33E+00) .
WEIL WAITR @0SS BEffA-OS 18 1.03E+00 3.39E+00 (13 /15 ) 2.55E+00(3 /3 ) 1 19 20 21 22 (PCI/L ) ( l.72E+00 - 5.65E+00) ( 2.34E+00 - 2.92E+00)
WEIL ETER P0fASSIUM-40 6 2.00E-01 1.93E+00 (5 /5 ) 1.04E+00(1 /1 ) 1 19 20 21 22 (PCI/L ) ( 1.08E+00 - 2.45E+00) ( 1.04E+00 - 1.04E+00)
WEIL WATER GAfMA CE-144 6 2.85E+01 IID (0 /5 ) LID (0 /1 ) 1 19 20 21 22 (PCI/L )
WELL WATER GArMA G-134 6 3.40E+00 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
l .
J WEIL WATER GAPMA (D-58 6 3.58E+00 IID (0 /5 )
ILD (0 /1 ) 1 19 ,20 21 22 (PCI/L )
-154 -
i
-a m _r m cw m rm v v r- , rm r-m r- rm . r~m r- . . r- -
TABM 16 RADIOIDGICAL ENVIROMENmL MONn0RI!G PROGRAM SUM 4ARY OYSIER GEEK MJCEAR GENERATItG SMTION SEPIDBER,1%5 'DE00GH 20VHEER,1985 SEKDtB QUARTER SLMERY SAMPE TIPE ANALYSIS IS710PE IUBER ILD It0ICATOR-MEAN(?(/1DmL) BACERDlH NIEAN(!(/10 mL) S MTIONS USED OF RAPGE PJUGE FOR ItOICAER MEAN ANALYSES PERIGMED WEIL WA11R GApen M4-54 6 3.17E+00 LLD (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WATER GAPen FE-59 6 7.67E+00 ILD (0 /5 ) IID (0 /1 ) 1 19 20 21 22 (PCI/L )
WELL WATER GAren ZN-65 6 6.60E+0L ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22
-(DCI/L )
WEIL WA1ER GAWA 00-60 6 3.50Et00 IID (0 /5 ) ILD LO /1 i 1 19 20 21 22 (PCI/L )
WELL WATER gaffe K-40 6 5.02E+01 IID (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WATER GAft% BB-7 6 3.85E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
. WEIL WATER GAft% ZR-95 6 7.67E+00 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L ) ,
WEIL WATER GAttu 16-95 6 3.90E+00 ILD . (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L, )
WEIL WATER GAft% CB-141 6 9.55E&00 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
WEIL WATER GAftR .RU-103 6 5.00E+00 IID (0 /5 ) ILD (0 /1 ) 1 ' 19 20 21 22 (PCI/L )
-155 -
r- rm c--- w m. r- r, rm em em r- , _ rw r- .r- r m_ _ rm rm -
TABIE 16 RADIOIDGICAL DNIR0fteNfAL IENIERItG PROGUM SLM4ARY OYSTER GEEK MJCIEAR GDIERATItG SIRTION SEPIDBER,1985 'DIROUGH IOhMBER,19CS SECDt0 QUARTER SLM4ARY :
SAMPIE TYPE ANALLSIS IfDIOPE NLDBER ILD IPOICAIOR-MEAN(N/10IRL) BACEROUtO-MEAN(t(/1DIRL) STATIOPG USED OF RME RAIGE PCR It01CARR MEAN ANALYSES PERKRMED WEIL WAITR GAlf4A BA-140 6 2.72E+01- IID (0/5) IID (0 /1 ) 1 19 .20 21 22 (PCI/L )
WELL WATER GAf94A IA-140 6 1.09E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 .22 (PCI/L )
WELL WAITR .
GAMMA RA-226 6 8.05E+01 IID (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (KI/L )
WEIL WAITR GArt4A YH-228 6 7.50E+00 IID (0 /5 ) ILD (0 /1 ) 1 19 20 21 22
)- (PCI/L )
WEIL WATER GAtetA I-131 6 2.45E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 20' 21 22 (PCI/L )
WEIL WATER GAfftA RU-106 6 3.05E+01 ILD (0 /5 ) ILD .(0 /1 ) 1 19 20 21 22 (NI/L )
WELL WATER GAletA G-137 6 3.43E+00 IID . (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (ICI/L -) .
WEIL WATER 'IRITILM 6 6.86E+01 ILD (0 /5 ) ILD (0 /1 ) 1 19 20 21 22 (PCI/L )
o WEIL WATER RADILM-226 6 2.58E-01 1.04E+d0(5/5) 5.67E-01(1 /1 ) 1 19 20 21 22 (PCI/L ) ( 2.65E 1.84E+00) ( 5.67E 5.67E-01)
WELL HAITR' RADILM-228 6 2.92E-01 7.09E-01 (3 /5 ) 8.33E-01(l /1 ) 1. 19 20 21 -22 (PCI/L ) ( 4.30E 1.18E+00) ( 8.33E 8.33E-01)
-156 -
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TABW 16 RADIOWGICAL BWIluteNIRL MONIERI!G PROGRAM SLMERY OYSIER GIEK IUCWAR GD3ERATItG SIRTION SEPIEMBER,1985 DIROUGI NNEMBER,1985 SECDt0 QUARIER SUMERY SAMPW TYPE ANALYSIS IS0rIOPE PUBER ILD I!OICAER-NEAN(N/'1 URAL) BACKROUM)4EAN(N/HyIRL) STATI0tB USED OP RAtCE RA!CE FOR ItOICAIR MEAN ANALYSES PERFCRMID BWE GAB GMOR I-131 3 1.07E+02 IJD (0 /2 ) IJD (0/1) 33 93 (PCI/KG(WElr))
BWE CRAB GMen RU-106 3 5.17E+01 ILD (0 /2 ) ILD (0 /1 ) 33 93 (PCI/10(WET))
BWE GAB GMen G-137 3 6.23E+00 ILD (0 /2 ) ILD (0 /1 ) 33 93 (PCI/10(WET))
BWEPISH GOSS AIRR 2 3.99E+01 ILD (0 /2 ) *
(* /* )* 33 93 (PCI/lc(Wer)) ( * -
-)
BWEPISH GOSS BErA 2 7.03E+01 5.92E+03 (2 /2 ) *
(* /*
) 33 93 (PCI/IC(WErr)) ( 4.98E+03 - 6.86E+03) ( * )
BWEPISH GN9% CB-144 2 3.75E+01 ILD (0 /2 ) *
(* /*
) 33 93 (PCI/lc(WEr)) ( * )
BWEPISH GN9% G-134 2 5.35E+00 ILD -(0 /2 ) *
(* /* ) 33 93 (NI/lo(WEr)) ( * - * )
BWEPISh GMen G}-58 2 5.85E+00 ILD (0 /2 ) * -
(* -/* *) 33 93 (ICI/lG(WET)) ( )
BWEPISH GNeu 193-54 2 4.85E+00 ILD (0 /2 ) *
(* /*
) 33 93 (PCI/IC(WET)) ( * )
BWEFISH GMen FE-59 2 1.65E+01 ILD (0 /2 ) *
(* /* ) 33 93 (PCI/lG(WEr)) (-* - * )
-159 -
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,i TABLE 16 *
'RADIOIDGICAL ENVIROtNENmL M]NritRItG PRXRAM SGNARY OYSTER GEEK IUCEAR GENERATI!G SMTION SEPIEPBER,1985 1HROUGi IO/IMBER,1%5 .i SEXEt0 QUARIER SGNARY I SAMPE TYPE ANALYSIS IS710PE IGBER ILD ItOICATIR-MEAN(N/10rAL) BAGROUtO-NPAN(N/10mL) STATIONS USED OP RMCE RAtCE FOR INDICAlIR MEAN ANALYSES PERf0MED .
BWEPISH CNNA RA-226 2 1.02E+02 IID (0 /2 ) *
( * -/* *) 33 93 (PCI/lC(Wer)) ( )
BWEPISH GAMMA TH-228 2 8.85E+00 IID (0 /2 ) *
(* /*
) 33 93 (PCI/KG(Wer)) ( * )
BWEFISH~ GNHA I-131 2 4.50E+01 IID (0 /2 ) *
( * -/* *) 33 93 (PCI/KG(WE'r)) (* )
BWEFISH GNMA RU-106 2 4.20E+01 IID (0 /2 ) *
(* /* ) 33 93 (PCI/KG(Wer)) ( * .* )
BWEFISH GMMA CS-137 2 6.00E+00 1.50E+01 (2 /2 ) *
( * -/* *) 33 93 (PCI/KG(Wer)) ( 1.40E+01 - 1.60E+01) (* )
CLnMs m0ss Alair 13 5.09E+01 1.21E+02 (7 /9 ) 1.52E+02(4 /4 ) 23 24. 25 (PCI/KG(WET)) ( 5.61E+01 - 2.79E+02) ( 3.06E+01 - 3.51E+02)
CunS m0ss Bem 13 5.04E+01 1.74E+03 (9 /9 ) 2.24E+03(4 /4 ) 23 24 25 (PCI/KG(Wer)) ( 4.91E+02 - 2.67E+03) -( 9.78E+02 - 3.30E+03)
Cons CAIcnN BY AA 5 2.70E-01 5.77E-01 (3 /3 ) 7.49E-01(2 /2 ) 23 24 25 (MG/m(Wer) ) ,
( 5.31E 6.45E-01) ( 5.92E 9.078-01)
CUNS . GMMA CE-144 6 6.35E+01 IID .(0 /4 ) IID (0 /2 ) 23 24 25 .
(PCI/KG(Wer)) .
CIAPG GMNA C3-134 6 8.20E+00 ILD (0 /4 ) LLD (0 /2 ) 23 24 25 (PCI/iC(Wer))
-161 -
~ -, i t_
r-- _ _t-- w r- c-- m w c-- ~ r- _
r-- _
r
- 1_ _r - < r 1 <
TABLE 16 -
RADIOIDGICAL ENVIR0tNE971RL MONITORItG PIOGRAM SutNARY OYSTi:R 01EEK fECEAR GENEATItG STATION SEPEBER,1985 111ROUGli 10 AMBER,1985 SEEFD QUAR 1ER SUPNARY SAMPE TYPE ANALYSIS IS7ICPE NUMBER ILD ItOICAIOR-MEAN(M/10rAL) BACKROUt;D-MEAN(tVIUPAL) STATI0tB USED OP RAtGE ' RANGE 101 ItDICAIQ1 MEAN ANALYSES PEREUlMED CLAMS GAMMA 0}-58 6 9.58Et00 ILD (0 /4 ) UD (0 /2 ) 23 24 25 (PCI/KG(WET))
CIMS GAtNA MN-54 6 8.13E+00 ILD (0 /4 ) ILD (0 /2 ) 23 24 25 (NI/KG(Wer))
CLAMS GAtNA FE-59 6 2.45E+01 UD (0 /4 ) UD (0 /2 ) 23 24 25 (NI/lc(wer))
CLAMS GAMMA 214- 6 5 6 1.97E+01 UD (0 /4 ) UD (0 /2 ) 23 24 25 (PcI/Kc(wer))
CIMS GAMMA a>-60 6 1.02E+01 1.10E+01 (1 /4 ) ILD (0 /2 ) 23 24 25 (ICI/KG(WET)) ( l.10E+01 - 1.10E+01)
CIMS GAtNA K-40 6 2.60E+02 1.30E+03 (4 /4 ) 1.65E+03(2 /2 ) 23 24 25 (PCI/lc(wer)) ( 1.10EM)3 - 1.70E+03) ( l.50E+03 - 1.80E+03) cImS GAtNA BE-7 6 1.03E+02 UD (0 /4 ) UD (0 /2 ) 23 24 25 (PcI/Kc(wer))
9 cIMS cAtNA zR-95 6 2.07E+01 ILD (0 /4 ) ILD (0 /2 ) 23 24 25 (PcI/Ka(wer))
cum cAtNA re-95 6 1.09E+01 uD (0 /4 ) UD (0 /2 ) 23 24 25 (PcI/Kc(wEr))
i cIms GAMMA cPel41 6 2.60E+01 ILD (0 /4 ) UD (0 /2 ) 23 24 25 l (PCI/KG(WET)) I
-162 -
I
~ ,
rm rm rm ~ , , , r- , , r- rm , r m rm rm m ra r----
TABLE 16 RADIGIDGICAL EWIR0tMNIAL MONTIORItU PRXIW1 SlHiARY OYSTER 01EEK IUCIEAR GmmATItU STATION SEPMBER,1985 ER0lXII tDVMBER,1985 Sm2D QUARIER SUMARY SNeIE TYPE ANALYSIS ISMOPE PUEER UD ItDICAIOR-MEAN(N/1DrAL) BAGROUtD-MEAN(N/7 DIAL) STATIONS USED OP rat 2 RATE FOR I! DICA 101 MEAN ANALYSES PERKRMED CLAMS CAMA RU-103 6 1.43E+01 UD (0 /4 ) UD (0 /2') 23 24 25 (PCI/KG(WET))
CIAMS gam A BA-140 6 1.18ER)2 UD (0 /4 ) LLD (0 /2 ) 23 24 25 (mI/xc(wer))
CIAMS GAttR IA-140 6 4.77E+01 LLD (0 /4 ) UD (0 /2 ) 23 24 25 (NI/EG(wer))
CLAMS GAMMA RA-226 6 1.62E+02 UD (0 /4 ) UD (0 /2 ) 23 24 25 (PcI/xc(wer))
CIAMS GAmA in-228 6 1.52E+01 UD (0 /4 ) LLD (0 /2 ) 23 24 25 (mI/Ec(wer))
CIAMS . GAMi% I-131 6 1.44E+02 UD (0 /4 ) UD (0 /2 ) 23 24 25 (PCI/KG(WET))
CIAMS GNt% RU-106 6 7.43E+01 UD (0 /4 ) UD (0 /2 ) 23 24 25 (KI/KG(WET))
CIAMS CAttA CS-137 6 8.97E+00 UD (0 /4 ) UD (0 /2 ) 23 24 25 (NI/xc(wer))
CLAMS SuntrIlti-89 5 3.77EH)0 UD (0 /3 , UD (0 /2 ) 23 24 25 l (NI/xc(wer)) 1 CIme snorrIuM-90 5 2.64E+00 LLD (0 /3 ) UD (0 /2 ) 23 24 25 (PCI/sG(wer))
-163 -
M M m r IM m -
-,. r- m 1-- 1 r-- , rw rm a r-- ._ r m .rm r m. r- rn r -- a c- w n y TAB E 16 RADIO [OGICAL DWIlOMNIRL MCNI'KRI!G PROGUM SLMMRY OW1ER GEEK MJCIEAR GEMRATI!G SIRTION SEPIDBER,1985 'DIROUGI MNIMBER,1985 SEXI)tD QUARIER SUMARY SAMPIE TtPE ANALYSIS I TIOPE IS BER ILD ItOICAIOR-MEAN(N/1UIAL) BAGROLNHEAN(N/1 DIAL) SI1TIONS USED OF RAtCE RAtCE FOR ItOICAltR MEAN ANALYSES PERF0tMED l
SOIL GOSS BErIA 15 2. 21E+03 6.02E+03 (15 /15 ) *
(* /* ) 1 2 3 4 5
(*
l (PCI/KG(DRY)) ( 2.80E+03 - 9.52E+03) - *- ) l I
SOIL GMu CE-144 6 6.53E+01 ILD (0 /6 ) *
(* /* ) 1 2 3 45 (PCI/IC(DRY)) (* - * )
SOIL GMR CS-134 6 9.00E+00 Ua (0 /6 ) * (* /* ) 1 2 3 4 5 (PCI/KG(DRY)) (* - * )
SOIL GHu CD-58 6 9.10E+00 IID (0 /6 ) *
(* /*- *
) 1 2 3 4 5 (PCI/KG(IRY)) ( )
soil GHu IW-54 6 7.82E+00 Ua (0 /6 ) *
(* -/* *) 1 2 3 4 5 (PCI/EG(DRY)) ( )
MIL GMR FE-59 6 2.30E+01 LID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) (* - * )
SOIL GMR ZN-65 6 1.83E+01 Ua (0 /6 ) *
(* -/* *) ' 1 2~3 4 5 (PCI/KG(DRY)) ( * )
SOIL Gen c}40 6 8.87E+00 2.94E+01 (2 /6 ) *
(* /*'). 1 2 3 4 5 (PCI/KG(DRY)) ( 8.80E+00 - 5.00E+01) (* - * )
SOIL GMR K-40 6 2.08E+02 1.09E+03 (6 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 4.'60E+02 - 1.50E+03) (* - * )
soil Gem BE-7 6 1.30E+02 3.25E+02 (2 /6 ) *
( * -/* *) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.40E+02 - 4.10E+02) (* )'
l
-164 -
~ r- r- .
r~mt r- r-m r- . _r , r- r- .
r- r- v. . r- r-, v __ rm r TMME 16 RADIO [DGICAL DWIB0tNENIRL MONITORING PROGUM SLM1ARY OYS1ER GfEK MXIEAR GENERATIIC S'IRTION STIDGER,1985 THROUGI NNIMBER,1985 SEEte QUARTER SUPNARY SAMPIE TYPE ANALYSIS IS}IOPE HlREER ILD I!OICATOR-MEAN(N/1DIRL) BACKROUMH(EAN(!(/1DIRL's STATIONS USED OP RMG RMCE FOR I!OICAIM MEAN ANALYSES PERFWMED SOIL GM1A ZR-95 6 2.50E+01 LID (0 /6 ) *
(* /*
) 1 2 3 4 5 (PCI/KG(DRY)) ( )
SOIL GMtA te-95 6 1.30E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/m(DRY)) (* - * )
SOIL GHIA CE-141 6 3.10E+01 IID (0 /6 ) *
(* /*
) 1 23 4 5 (PCI/KG(DRY)) ( * .)
SOIL GM4A RU-103 6 1.58E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 *
(PCI/KG(DRY)) (* - * )
MIL GMtA BA-140 6 1.73E+02 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) (* - * )
SOIL GM1A LA-140 6 6.35E+01 IID (0 /6 ) *
(* /* 1 1 2 3 4 5 (PCI/KG(DRY))~ (* - * )
SOIL GHIA RA-226 6 1.92E+02 5.42EN2 (6 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/KG(DRY)) ( 2.30E+02 - 7.20E+02) (* - * )
l SOIL ca eta TH-228 6 2.55E+01. 2.93E+02 (6 /6 ) *
(* /* ) 1 2-3 4 5 l
I (PCI/KG(DRY)) ( 1.80E+02 - 3.90E+02) (* - * )
SOIL GA!9tA I-131 6 2.68E+02 DD (0 /6 ) *
(* /*
) 1 2 3 4 5 (PCI/KG(DRY)) (. )
MIL GM1A RU-106 6 7.10E+01 IID (0 /6 ) *
(* /* ) 1 2 3 4 5 (PCI/m(DRY)) (* - * )
-165 -
r, r r1 m r, r, r, r-, r- , r- .
e r- r- , r- r-TABLE 16 RADIOIDGICAto DNIR0t49NfAL KNIIMI!G 190 GUM SIMERY OYSIER GEEK IUCEAR GNEATItG SMTION SEPIDGER,1985 'IHROUGi 20VIMBER,1985 SEXDt0 QUARTER SUINARY SAMPE TYPE ANALYSIS IS0r10PE lOBER ILD It0ICA10R-MEAN(N/10mL) BAGROUto-NEAN(LVIDmI.) SmTIONS USED OF RAPOE rat 0E POR It0ICAlm MEAN ANALYSES PERPW MED SOIL GAf9R CS-137 6 2.34E+01 3.68E+02 (6 /6 ) *
( * -/* *) 1 2 3 4 5 (PCI/lC(DRY)) ( 2.00E+01 - 9.40E+02) ( * )
CATFISH G OSS AIPHA 1 5.70E+01 *- (*- /** ) 1.17E+02(1/1 )
. .(PCI/KG(WET)) (* ) ( l.17E+02 - 1.17E+02)
CATFISH GCSS BEra 1 5.08E+01 *
(-* /* ) 5.97E+03(1/1 )
(PCI/lC(WET)) (* * ) ( 5.97E+03 - 5.97E+03) .
CATFISH GAP 9E CE-144 1 2.20E+02 *
(-* /**
) IID (0 /1 )
(PCI/KG(WEff)) ( * )
CATFISH GAf9h ' G-134 1 3.30E+01 *
(-* /* ) IID (0/1)
(PCI/KG(WET)) (. * * )
CATFISH GApem 00-58 1 3.80E+01 *- (*- /** ) IID .(0 /1 )
(PCI/EG(WET)) ( * )
CATFISH GApen 194-54 1 3.30E+01 *
(*- /** ) IID (0 /1 )
(PCI/XG(WEff)) (* )
CATFISH GAlem FE-59 1 8.10E+01 *
(*- /** ) IID (0 /1 )
-(PCI/KG(WET)) (* ) ,
CATFISH GAftR ZN-65 1 6.80E+01 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) (* )
CATFISH GArea aHo 1 3.10E+01 *
(*- /** ) .
IID (0 /1 )
(PCI/KG(WET)) ( )
' -166 -
r- m r, c- r, m r, c- c- c- , c- _ r- r- < c r _
r TiBLE 16 RADIOIOGICAL ENVIRON 9!NIRL IO4I'RRItG PIOGUM SlH4ARY OYSIER GEEK M' GEAR GENERATItG SIATION
- SEPIDBER,1985 'DmOUGi IOllMBER,1985 SE.ItO QUARIER SUM 4ARY SAMPIE TYPE ANALYSIS IS710PE IGBER ILD
- IOICA10R-MEAN(N/'IDIAL) BAGROUt041EAN(ti/'IDIAL) ' STATIONS USED
. OF RAICE RANGE FOR It0ICAltR MEAN ,
ANALYSES PERFWMED
. CATFISH GAlt4A K-40 1 9. 30E+02 *
(*- /** ) 4.40E+03(1/1 )
(PCI/KG(WET)) (* ) ( 4.40E+03 - 4.40E+03)
CITFISH GH4A BE-7 1 3.30E+02 *
(*--/** ) IID (0 /1')
(PCI/KG( E )) ( )
CATFISH GAf94A ZR-95 1 7.10E+01 *
(*- /** ) IID (c /1 )
(PCI/xc(Wr)) (* )
CAWISH- GApt4A te-95 1 3.70E+01 * (-* /* ) LID (0 /1 )
(PCI/KG( E )) (* * )
CATFISH GArt4A cE-141 1 8.50E+01 *
(*- /* ) ILD (0 /1 )
(PCI/xc( m )) (* ,
- .)
CATFISH GAMMA RU-103 1 4.40E+01 *
(*- /** ) IID (0 /1 )
(PCI/EG(WET)) ( )
CATFISH GhettA BA-140 1 '2.90E+02 *
(-* /* ) IID (0/1)
(PCI/KG( M )) (* * )
CATFISH GAP 9th LA-140 1 9.70E+01 *
(-* /* *
) IID (0/1)
(PCI/MG(WET))_ ( )
CATFISH GM9th RA-226 .1 7.10E+02 * (-* /* ) IID (0 /1 )
{ * * )
(PCI/KG(WET))
CAWISH GAMMA W -228 1 '6.00E+01 .* (*- /** ) IID (0 /1 )
(PCI/KG( M )) (* )
-167 -
- _ _ _ _ = _ _ _ _ _ _ _ _ _ _ _ _ _
a r m i e, r, r, e, r-, ,
m r- , r-- r- r- .
r --
TABLE 16 RADIOIDGICE ENVDOMENTAL POIITORItG FROGRNt SLMMRY OYSIER Q1EEK IUCEAR GENERATItG STATI01 SITIDiBER,1985 1HROUQl !UVEMBER,1985 SEXDtD QUARTER SlHRRY SAMPE TYPE N RLYSIS IS71TE NM3ER ILD ItDICATOR-MEAN(N/ IDEAL) BAQGOUto-MEAN(N/IDIE) STATIO S USED OP RNE RA!E FOR ItOICAlm MEAN ANALYSES PERFWMED CATFISil GAMr% I-131 1 2.70E+02 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) (* )
CATVISH GAMMA RU-106 1 2.60E+02 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) (* )
cATPISH GAMMA CS-137 1 3.'60E+01 *
(-* /* ) IID (0 /1 )
(PCI/KG(WET)) (* * )
SEA BASS GROSS AIRR 1 4.46E+01 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) (* )
SEA BASS G E S BETA 1 7.97E+01 *
(-* /*
) 7.49E+03(1/1 )
- (PCI/KG(WET)) ( * ) ( ?.49E+03 - 7.49E+03)
SEA BASS CNf% CE-144 1 4.60E+01 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) ( )
SEA BASS GAMMA G-134 1 5.90E+00 *
(*- /** ) IID (0 /1 )
(PCI/KG(WET)) ( * )
SEA BASS GAMMA C0-58 1 7.20E+00 *
(* /* ) IID (0 /1 )
(PCI/KG(WET)) (* - * )
1 SEA BASS CAMMA PCI-54 1 6.00E+00 *
(-* */* ) IID (0/1) l (PCI/KG(WET)) ( * ) ]
SEA BASS GAMMA FE-59 1 2.10E+01 *
(*- /** ) IID (0/1)
(PCI/KG(WET)) ( * )
-168 -
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R UPNE IOAP E 6 8 6 7 4 4 P 2 2 1 0 3 4 3 8 O
I 2
2 3 1 1 1 1 5
- 1 - - - -
A t - U E T n G m I R ' I R C G >0 A
A
- A Y S
I B c I E
S B M L
Y A A A A A S I A A A L E N M M M S C M M M A M M M O I M M M N
A R
C G t
A A G
A G
A G
R A A A A G C G G G m )
)
)
)
)
)
)
)
)
)
)
)
) ) ) )
) ) )
T T T T T T ) T T T E
E E E E E E T E E E
\
P W
(
W
(
W
(
W
(
W
(
W E W W W Y G G
( W ( ( (
G G G G ( G G G r T SK SK SK SK SK K t K K K E
S/
AI S/
AI S/
AI S/
AI S/
AI E/
RI EO R/
E/
RI E/ E/
A A (P E
A (P E
A (P E I F(P A (P E
S(
A S(
A A IP S(
IP S(
A S(
A S S S S S S P P P P P r
r m llll l'
r m_ m a r, rm r, e- _
c-- v r- r- .
r m____r- a r-- , c w -
TABm 16 RADIOfLGICAL HWIIOMNmL MONI1DutG PIOGUM SLM4ARY OYSIER OtEEK IUCEAR GENBRTItG STATION SEPIDGER,1985 'DIROUGi IOVIMIL:R,1985 SIXDO QUARTER SIM4ARY SAMP E TYPE ANALYSIS IS710PE NUPEER ILD I!OICATOR-MEAN(N/'IDmL) IR3ROUto-MEAN(N/IDmL) STATIONS USED EUR ItOICATIR MEAN -
OP RAICE RANGE ANALYSES PEREGMED PASEJRE GAMMA MN-54 4 3.95E+01 IID (0 /4 ) *
(* /* )* 28 29 30 (PCI/KG(WET))
(* -
)
PASTURE GArt% FE-59' 4 1.16E+02 ILD (0 /4 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
PASTURE GAPtu ZN-65 4 8.77E+01 LID (0 /4 ) /* ( * -/* *) 28 29 30 (PCI/KG(WET)) (* )
PASTGtE GAttu CD-60 4 3.92E+01 LLD (0 /4 ) *
( * /* )* 28 29 30 (PCI/KG(WET)) (* -
)
PASIURE Grit % K-40 '
4 1.llE+03 1.70E+03 (4 /4 ) *
(* /* - *
) 23 29 30 (PCI/KG(WET)) ( 1.20E+03 - 2.40E+03) ( )
PASTURE GAttu BE-7 4 8.10E+02 4.15E+03 (4 /4 ) *
( * /* )* 28 29 30 (PCI/KG(WErr)) ( 2.90E+03 - 5.50E+03) (* -
)
PAS 1URE GAP 9% ZR-95 4 1.07E+02 IID (0 /4 ) *
(* /* )* 28 '29 30 (PCI/KG(WET)) (* -
)
PASTURE GAptu 16-95 4 5.38E+01 ILD (0 /4 ) *
(* -/* *) 28 29 30 (PCI/KG(WET)) - (* )
PASTURE GAftn CE-141 4 1. 29E+02 ILD (0 /4 ) '*
(* /* )* 28 29 30 (PCI/KG(WET)) ( -
)
~
PATIURE GAft% RU-103 4 6.88E+01 LID (0 /4 ) *
(* /*- *
) 28 29 30 (PCI/KG(WEP)) ( * )
-171 -
u-- _ _ _ _ _ . _ _ _ _ _ _ ______________ __
, , 1 , , , 1 r- , r 1 r- w ----- u - m , < m 1_ ,------y -s 1 , r ---
TABLE 16 RADIOIDGICAL EWIH0ttENTAL 103ITUlItG FROGRAM SUtHARY OYSIER CREEK tECIEAR GENDIATItG STATIO3 SEPIDiBER,1985 THXX21 toVEMaat,1985 SEWtO QUARTER SLM4ARY SAMPIE TYPE ANALYSIS IS7IOPE tUMBD1 IJD ItDICAIUR-MEAN(N/1UPAL) BACKROUtDEEAN(N/1UTAL) STATIQ3S USED GP RATE RATE RXI ItDICA101 MEAN ANALYSES PEREGMS)
PAS 1 HIE GAMMA BA-140 4 5.45E+02 IID (0 /4 ) *
(* /*
) 28 29 30 (PCI/KG(WET)) ( * )
PAS'IURE GAMMA LA-140 4 1.83E+02 IID (0 /4 ) *
(* /*
) 28 29 30 (PCI/KG(WET)) ( * )
PASIURE GAMMA RA-226 4 9. 47E+02 IID (0 /4 ) *
(* /*
) 28 29 30 (PCI/KG(Wbr)) ( * )
PASTURE GAMMA 111-228 4 8.20E+01 IID (0 /4 ) *
(* /*
) 28 29 30 (PCI/KG(WEr)) ( )
PASIURE GAMMA I-131 4 5.80E+02 IJD (0 /4 ) *
(* /* ) 28 ~29 30 (PCI/KG(WET)) (* - * )
PASIURE GAFEA RU-106 4 3.70E+02 IJD (0 /4 ) *
(* /* )
28 29 30 (PCI/KG(WET)) ( * )
PASIURE GAMMA CS-137 4 6.88E+01 4.04E+02 (4 /4 ) *
(* /* 3 28 29 30 (PCI/KG(WET)) ( 7.80E+01 - 1.10E+03) (* - * )
PASIURE SDufrIUM-89 3 4.40E+01 Ila (0 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) (* - * )
PASTURE SH OTTIUM-90 3 4.10E+00 2.31E+02 (3 /3 ) *
(* /* ) 28 29 30 (PCI/KG(WET)) ( 8.31E+01 - 3.36E+02) (* - * )
SEDIMENT G D3S ALPHA 9 4.10E+03 8.47E+03 (3 /7 ) 4.58E+03(1 /2 ) 23 24 25 26 27 (PCI/KG(DRI)) ( 6.10E+03 - 9.66E+03) ( 4.58E+03 - 4.58E+03) 32 33 l -J72 ' -
l
-, ,___ ____, , ., r__ _ , 7-
,____ 7-c_
l TABIE 16 RADIOIOGICAL BNIR0tMNmL MONIERItG PROGUM SUPMARY OYSER QUEEK NKIEAR GBERATI!G SMTION SEPMBER,1985 Tm00m POVIMBER,1985 SEC0lO CUARIER SUMARY SAMPIE TYPE ANALYSIS IS7IOPE NUBEER ILD It0ICAIOR NAN (tV10mL) BAOWOUte-MEAN(N/XHRL) SrATIONS USED CF RAICE RANGE 10R ItOICARR MEAN ANALYSES PEREMED SEDIMENr GCSS sera 9 1.67E+03 1.78E+04 (7 /7 ) 2.91EM4(2 /2 ) 23 24 25 26 27 (PCI/KG(DRY)) ( 3.85E+03 - 3.23E+04) ( 2.68E+04 - 3.15E+04) 32 33 S mIMDir GAMA CE-144 23 7.77E+01 IID : (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/KG(mY)) 32 33 SEDIM Mr GAM A CS-134 23 1.20E+01 IID (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 S mIM Mr GAMMA (I)-58 23 1.15EM I IID (0 /18 ) 'ID (0 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEDIMDir GArmA IN-54 23 3.00E+01 1.20E+01 (1/18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) ( 1.20E+01 - 1.20E+01) 32 33 Scaneer GAM A FE-59 23 2.99E+01 IID (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEDIMErtr GAmA zN-45 23 2.51E+01 IID (0 /18 ) IID (0./5 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SmIMarr GArmA c0-60 23 1.58E+01 1.44E+02 (10 /18 ) IID (0 /5 ) 23 24 25 26 27 (NI/KG(DRY)) ( 7.00E+00,- 3.90E+02) 32 33.
SmIMarr GAlmA K-40 23 4.16E+02 6.48E+03!(18 /18 ) 1.30E+04(4 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) ( 6.50E+02 - 1.50E+04) ( 1.20E+04 - 1.40E+04) 32 33 S m IM arr GAM A BE-7 23 1.33E+02 5.25E+02 (10 /18 ) 1.10E+04(1 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) ( l.13E 2 - 2.40D03) ( 1.10E 04 - 1.10E+04) 32 33
-173 -
-m rm rm_ r-- T rm rm rm rm rm rm em rm r- v r- rm r- r- r TABLE 16 RADIOIOGICAL DNIR0ttefrAL 10NITRItG 190 GUM SlMMRY OY5IER GEEK IUCEAR GENERATItG S11TIO4 SEPIDEER,1985 91ROUGi 10V':MEER,1985 SECDU QUAR 1ER SUM 1ARY -
SAMP E TYPE ANALYSIS IS7t0PE PU BER ILD I!OICA10R-MEAN(N/1 DIAL) BAGROUtD4EAN(H/X1IAL) STATIONS USED OF RANGE RMG . IOR It0ICA'IOR MEAN ANALYSES PERKR6 SEDIMENP . GAMMA ZR-95 23 2.%E+01 IID (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/IC(DRY)) 32 33 SEDIMENP GAft% te-95 23 1.50E+01 ILD (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/KG(DRY)) 32 33 SEDIMENT GAft% CE-141 23 3.22E+01 IID (0 /18 ) 2.70E+01(1/5 ) 23 24 25 '26 27 (PCI/lG(DRY)) ( 2.70E+01 - 2.70E+01) 32 33 SEDIMENT GAlem RU-103 23 1.63E+01 IID (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/IC(DRY)) 32 '33
~
SEDIMENT GW9% BA-140 23 1.45E+02 IID (0 /18 ) IID (0 /5 ) 23 24 IS 26 27 (PCI/10(DRY)) 32 33 SEDIMENr GAlen IA-143 23 5.28E+01 IID (0 /18 ) IID (0 /5 ) 23 24 'S 26 27 (PCI/KG(DRY)) 32 33 SEDIMENE GAfth RA-226 23 2.39E+02 1.02E+03 (18 /18 ) 1.10E+03(5 /5 ) 23 24 ~5 26 27 (PCI/lG(DRY)) ( 4.50E+02 - 1.70E+03) ( 8.20E+02 - 1.70E+03) 32 33 SEDIMENP GAMMA IH-228 23 3. 38E+01 5.48E+02 (18 /18 ) 7.58E+02(5 /5 ) 23 24 25 26 27 (PCI/XG(DRY)) ( 2.20E+02 - 9.60E+02) ( 5.50E+02 - 1.30E+03) 32 33 SEDIMENr GNe% I-131 23 1.82E402 IID (0 /18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/lC(DRY)) 32 33 SEDIMENf GAft% RU-106 23 8.84E+01 IID (0'/18 ) IID (0 /5 ) 23 24 25 26 27 (PCI/IC(DRY)) 32 33
-174 -
) )
r o
N 7 7 7 A 2 2 2 E
M o DR E t 6
2 6
2 6
2 Si UN 5 5 5 SI C 2 2 2 NO o Ot II T
43 23 43 23 43 23 MR SPO 32 23 32 23 32 23 i
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L m )
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( 0 N 0 AE E
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A E E E S S S S 7
7
l' 1 L l F
L Analysis of Data F
L Data. collected as part of Oyster Creek's~ Radiological Environmental Monitoring Program (REMP) were analyzed and the results reported to site L
personnel on a monthly basis.. These data were then compared to historical
( data for each sample type, station, and analysis combination to determine-whether or not the resultant activities were higher than usual. Results j L
were also. compared to those of background statirus. Sample activities that were found to be outside their normal range of activity are' discussed below.
For the most part, sample analysis resultr which showed highet than usual results were due to atmospheric fallout. This has been evident in
{
previo6s effluent reports and will continue to be for years to come due to the resurgence of nuclides deposited 'on ground surf aces f rom atmospheric nuclear weapons testing. Deposition of nuclides increases during the late L ~
spring and early summer months when precipitation is at its greatest .
{ intensity (Whicker and Shultz, 1982). This phenomenon was evident during the current reporting period by elevated gross alpha and gross beta F
L. activities in surface water (Figure 9), well water, air particulate, and soil. Gamma analysis of soll confirmed detectable amounts of Co-60 and
~
Cs -137. Cs-137 was also present in pasture samples and is believed to be L the cause for elevated gross beta activity in vegetation samples during the reporting period. Fallout was also manifested in the form of tritium in u precipitation throughout the period (Figure 10), however an isolated 'l i i
elevated reading during June can probably be attributed to local showers.
Cs-137 was also detected in predatory fish during the reporting period.
L P
{
L
-176-r L ,
I i
l FIGURE 9
- Gross Beta Activity in
[ Surface Water 180-L 160- average of o!! sintions
- P' ' _3 c \
140 - -
/ 5,
- 4.5
[ z ! \ , -4 g a0- l h
~ '
g SURPACE WATER ,I 100- .#
{
jr3 g 2
r j 80- -2.5 m L e e A
m l s
/
-2 fc E
" 8 i
80i ,
L.f -
~ '
- RAINFALL 40- , l
\ ,
.g 20- sk' 's, l l
- 0.5 0
JUN JdL NG S$P ObT NOV
~
Month-1985 N
L.
-177-
L FIGURE 10 L
[
Tritium in Precipitation at
[ Background and Indicator Stations 140-
[
5 ISO-
{
-4.5
~
100- ~4
-3.5 R
i "~,( / /AN; RAINFALL
[ ~
N r / -3 f
- y-- w N
.s -u ,,
O L T"
{ .a N
s
[
40-o i N s
Le/ -
8 N -1.5 20- \ , STATIONS -5 g.
m BACKGROUND Q1NDi g ,R__
h -0A 0 .
\
' . . . D JUN- JUL AUG SEP OCT NOV Month-1985 e
M Y
L
-178-
l u
e r A number of naturally occurring isotopes.were detected in some media.
L Be-7 was found in air particulate, prec'ipitation, and aquatic sediment
( ' samples. K-40 was found in air particulate, surf ace water, and -aquatic sediment samples. Finally, Ra-226 is f requently detected in aquatic sediment and surfice water. All of these nuclides are routinely found in nature. The elevated quantities. detected during the reporting period are '
considered to be cyclical due to local disturbances such as wind and tides
( during certain seasons which cause resuspension of particles in air and water, respectively, causing them to lodge on. surfaces (Whicker and Shultz, 1982).
While the above di'scussion has centered around elevated results during the reporting period, it should be noted that all elevated results were due
{ either from fa12 9ut of former atmospheric weapons tests or f rom naturally-occhrring radionuclides and. not due to f acility releases.
p L- Analysis of monthly thermoluminescent dosimeters (TLD's).(Table 12).show r that two stations closest to the plant (1 and Tl) indicated slightly higher than normal results during September and October but that on the average, I L background station exposures were. higher than indicator (Figure 11).
F l
u L
I 1
1 L
7 -179-L
.. 1 E .
l-l L
FIGURE 11 1.
L L
Gamma Exposure in the Environment as measured by Thermoluminescent Dosimeter 0-i 7.6 - ' ' . . .. O .
,e .
BACKGROUNO
- l ~, .,
l
- T- h/ '.
.t; .
- o
[- 8 ' t. x
- x
- l*
- 4 s.* l
[ . "8 .6- *
\ /
l' r
[ & .
s 6- \
.n... . . . . . . . . . ,,. ' d f
\.
7 u
I 9 4 6.b - / INDICATOR 6-JUN JUL AUG SEP OCT NOV Month-1985 w
4
-180-F
._.i.e.
k
[
l r
RADIOLOGICAL IMPACT ON MAN
{
Two principle exposure pathways, inhalation arid ingestion, are
(. available to gaseous'and liquid effluent isotopes,-respectively,~in the
' vicinity of Oyster' Creek. Intakes via the inhalation pathway are from '
gaseous effluents, while the ingestion pathway is via consumption of shellfish f rom Oyster Creek's discharge canal and Barnegat Bay'and consumption of garden. vegetables. Additionally, a third means of
( exposure is from-direct radiation from Oyster Creek effluents. The maximum hypothetical exposure to any individual from liquid pathways
[. would occur to someone' standing at the offsite boundary on the shore of the discharge canal (direct exposure).and who consumes shellfish (ingestion). For purposes of this report this hypothetical individual is
{ designated as Receptor $1. Maximum exposure due to gaseous pathways (inhalation, ingestion, and direct. radiation) would depend on the predominant wind direction and the location of porsons living in a given sector with respect to the plant. The direction and. distance for this ,
individual is given in Tables 17 and 15, pages 183 and 184.
{ The following tables represent the offsite dose summary for the two quarters of the six-month repo: ting period. The information provided w's a calculated using the models and methodology outlined in NRC Regulatory Guide 1.109 and proposed NRC Regulatory Guide 1.111. The analysis herein represents the maximum hypothetical' liquid and gaseous pathway individual
{ doses (Tables 17,18, and 19, pages 183,184, and 185). Also included e
are the appropriate dose limits as given in 10CFR50, Appendix I, the age L- group, and the receptor location. The semiannual estimated dose and
[
-181-e
%- ...in-..- . - -- ' ' '
? - j l
~
{; l
- percent 'of applicable limit complete 'the offsite dose assessment of
. maximum hypothetical doses'.for the semiannual period.
f., '-
[.
er e
{
[
[
umu
[
[
-182-
__ __-----a
k.
[
TABLE 17
SUMMARY
OF MAXIMUM INDIVIDUAL DOSES FOR THE f PERIOD FROM -JULY 1,1985 THROUGH SEPTEMBER 30, 1985
[ EFFLUENT APPLICABLE ESTIMATED AGE LOCATION ORGAN DOSE GROUP DIST DIR (MREM') (m) (TOWARD)
LIQUID'* - - - -
LIQUID * - - - -
[
NOBLE GAS AIR DOSE (I-MRAD) **
NOBLE GAS AIR DOSE (8-MRAD) **
NOBLE GAS TOTAL BODY **
NOBLE GAS SKIN **
IODINE & THYROID 2.31 INFANT 966 NNE PARTICULATE
[
[
There were no liquid releases during the period, therefore, dose assessment could not be performed.
( **
The data base is not cc.aplete per this date. Ground level releasec are not incorporated in the data base due to delays encountered in obtaining raw, data. -An addendum to this report updating this section
{ shall be prepared as soon as data are available.
4
-183-I r _o
?-
l
[
TABLE 18
SUMMARY
OF MAXIMUM INDIVIDUAL DOSES FOR THE PERIOD FROM OCTOBER 1, 1985 THROUGH DECEMBER 31, 1985 EFFLUENT APPLICABLE- ESTIMATED AGE LOCATION ORGAN DOSE GROUP DIST DIR (MREM) (m) (TOWARD)-
LIQUID * - - -
LIQUID * - - -
NOBLE GAS AIR DOSE (T-MRAD) **
NOBLE GAS AIR DOSE (B-MRAD) **
{
NOBLE GAS TOTAL BODY **
NOBLE GAS SKIN **
IODINE & THYROID 3.42 INFANT 5794 WSW PARTICULATE **
[
l
[
~
There were no liquid releases during the period.- Therefore, dose assessment could not be performed.
The data base is not complete per this-date. Ground level releases
[ are not incorporated in the data base due to delays er ,untered in obtaining raw data. An' addendum to this report upda this section shall be prepared as soon as data are available.
c L. ,
[
-184-c .
[
TABLE 19
SUMMARY
OF MAXIMUM-INDIVIDUAL DOSES FOR THE f PERIOD FROM JULY 1,1985 THROUGH DECEMBER 31,'1985 ZFFLUENT APPLICABI.E SEMIANNUAL ANNUAL ANNUAL l f ORGAN ESTIMATED % APPLIC. LIMIT DOSE LIMIT '(MR)
(MREM) f LIQUID * - - -
3.0 LIQUID * -~ - -
10.0
(
NOBLE GAS AIR DOSE (Y-MRAD) **
NOBLE GAS AIR DOSE (D-MRAD) '**
NOBLE GAS TOTAL BODY **
NOBLE GAS SKIN **
IODINE & THYROID ,5.73 38.2 15.0 PARTICULATE
[
There were no liquid releases during the period. Therefore, no offsite doses resulted from the liquid release pathway.
( ** The data. base is not complete per this date. Ground level releases are not incorporated in the data base due to delays encountered in obtaining raw data. An addendum to this report updating this section shall be prepared as soon as data are available.
{
E
[- .
-185-r .
I 4
'l
[
IV. REFERENCES 1
s
[
[
[
N
[
7 -186-L
REFERENCES Whicker, F. and V. Shultz. Radioecology: Nuclear Energy and the Environment, vol. I. CRC Press.
Boca Raton, Florida. 1982. 212 pp.
4
{
l F
l
[ -
[
[ .
[
-187-L
_t .
GPU Nuclear Corporation U .Guclear ;;s'?n:er388 1
Forked River, New Jersey 08731-0388 609 971-4000 Writer's Direct Dial Number:
March 3, 1986 Dr. Thomas E. Nrley, Administrator Region I U.S. Nuclear Regulatory Commission Docket No. 50-219 631 Park Avenue King of Prussia, PA 19406
Dear Dr. Murley:
Subject:
Oyster Creek Nuclear Generating Station Effluent Release Report Attached is a copy of the Oyster Creek Effluent Release report for the period covering July 1985 through January 1986. This submittal is made in accordance with 10 CFR 50.36a(a)2 and.our Operating License and Technical Specifications.
h 7-If you have any questions, please do not hesitate to contact Mr.
Douglas Moere of our Licensing and Regulatory Affairs Department at 609 971-4630.
Very truly yours, Y _
Peter B. Fiedler Vice President and Director l Oyster Creek PBF:DM: dam Attachment cc: Director (17 copies)
Office of Inspection and Enforcement U.S. Nuclear Regulatory Comission Washington, DC 20555 NRC Resident Inspectors Oyster Creek Nuclear Generating Station NJ Bureau of Radiation Protection Attn: Chief Division of Environmental Quality United Sierra Building 30 Scotch Road West Trenton, NJ 08625
(([ I ; t f
/
GPU Nuclear Corporation is a subsidiary cf the General Pubhc Ut hties Corporation
- _ _ _ _