ML20087N241
| ML20087N241 | |
| Person / Time | |
|---|---|
| Site: | Hatch  |
| Issue date: | 12/31/1983 |
| From: | Nix H GEORGIA POWER CO. |
| To: | NRC OFFICE OF ADMINISTRATION (ADM), Office of Nuclear Reactor Regulation |
| References | |
| GM-84-199, NUDOCS 8404030258 | |
| Download: ML20087N241 (175) | |
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G GEORGIA POWER COMPANY EDWIN I. HATCH NUCLEAR PI).NT ANNUAL ENVIRONMENTAL SURVEILLANCE REPORT CALENDAR YEAR 1983 i
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Georgia P:wsr Company Post Offic2 Bsx 439 B xity, Georgia 31513 Telephone 912 367-7781 912 537-9444 2
Edwin 1. Hatch Nuclear Plant March 30, 1984 GM-84-199 PLANT E.
I. HATCH Annual Environmental Surveillance Report, 1983 Director, Office of Nuclear Reactor Regulation c/o Distribution Services Branch, DDC, ADM U.
S. Nuclear Regulatory Commission 3
Washington, DC 20555 Gentlemen:
Pursuant to section 5.7 of the Hatch Unit 1 and Unit 2 Environmental Technical Specifications, please find attached the Annual Environmental Surveillance Report for 1983.
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H.C. Nix General Manager HCN/WHR/jce Xc:
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Georgia Powir Company Pat office Six 4M Brxity, Georgia 31513 Telephone 912 367-7781 912 537-9444 O
ceogawr Edwin I. Hatch Nuclear Plent Fbrch 30,1984 GM-84-198 PLANT E.
I. HATCH Annual Environreental Surveillance Report, 1983 United States Nuclear Regulatory Commission Office of Inspection and Enforcement Region'II Suite 3100 101 Marietta Street Atlanta, Georgia 30303 Gentlemen:
Pursuant to section 5.7 of the Hatch Unit I and Unit 2 Environ-mental Technical Specifications, please find attached the Annual Environmental Surveillance Report for 1983.
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C. Nix j General Manager p
HCN/WHR/jce Xc:
J. T. Beckham - letter only File:
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GEORGIA PC'JER COMPANY EDWIN I. HATCH NUCLEAR PLANT ANNUAL ENVIRONMENTAL SURVEILLANCE REPORT CALENDAR YEAR 1983 1
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HNP l
ANNUAL REPORT 4
4 INTRODUCTION J
This annual report is submitted pursuant to paragraph 5.7.1 (a) of the Environ:nental Technical Specifications (ETS), which is Appendix B to the operating licenses for Edwin I. Hatch Nuclear Plant (HNP), Units I and II, DPR-57 and NPF-5. respectively. This report includes summaries, analyses, interpretation,. and statistical evaluation of the results of the environmental monitoring at and in the environs of HNP during 1983.
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HNP ANNUAL REPORT TABLE OF CONTENTS CHAPTER 1 RADIOLOGICAL MONITORING Section Title h
1.1 ^
INTRODUCTION 1-1 1.2 DISCHARGES TO THE ATMOSPHERE 1-1 1.2.1 AIRBORNE DUST 1-2 1.2.2 AIRBORNE IODINE 1-4 1.2.3 THERM 0 LUMINESCENT DOSIMETERS 1-6 1.2.4 MILK 1-6 1.2.5 CRASS 1-11 1.3 DISCHARGES TO THE RIVER l-13 1.3.1 RIVER WATER l-14 1.3.2 CLAMS 1-14 1.3.3 AMERICAN SHAD 1-16 1.3.4 SEDIMENT l-16 1.4 DISCHARGES TO THE GROUND 1-16 1.4.1 CST-1 AREA 1-18 1.4.2 AREA ABOUT THE NORTHSIDE OF THE
'. O-UNIT 1 TURBINE BUILDING l-20 1.4.3 OTHER LOCATIONS AND OTHER RESULTS 1-24 1.5 CROSSCHECK PROGRAM 1-26 1.6' y0NCLUSIONS 1-32 CHAPTER 2 i
i METEOROLOGICAL MONITORING Section Title g
2.1 INTRODUCTION
2-1 2.2 1983 DATA 2-1.
.2.2.1 DATA RECOVERY
'2-1 2.2.2
' WIND ROSES 2-1 2.2.3 TEMPERATURE DATA 2-1 j
2.2.4 JOINT FREQUENCY TABLES 2-2 2.2.5 PRECIPITATION 2-2 i
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ANNUAL REPORT i
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-TABLE OF CONTENTS l
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CHAPTER 3 I
1 ADMINISTRATIVE CONTROLS f
- Section Title Page 3.1 SPECIFICATIONS 3-I 3.2 DISCUSSION 3-1 i
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f HNP ANNUAL REPORT CHAPIER 1 RADIOIDGICAL MONI'IORING TABLE OF CON'IENIS Section Title Page
1.1 INTRODUCTION
1-1 1.2 DISCHARGES 'IO 'IHE A'IMOSPHERE l-1 1.2.1 AIRBORNE DUST l-2 1.2.2 AIRBORNE IODINE l-4 1.2.3
'IEERMOIIMINESCENT DOSIMETERS 1-6 1.2.4 MILK 1-6 1.2.5 GRASS 1-11 1.3 DISCHARGES 'IO THE RIVER l-13 1.3.1 RIVER WATER l-14 1.3.2 CIMS 1-14 1.3.3 AMERICAN SHAD l-16 1.3.4 SEDIMENT l-16 1.4 DISCHARGES 'IO 'INE GPcrJND l-16 1.4.1 CST-1 AREA 1-18 1.4.2 AREA ABOUT 'INE KJRTH SIDE OF THU-1-20 (V
UNIT 1 'IURBINE BUILDING 1.4.3 CTIEER IOCATIONS AND OTHER RESULTS 1-24 1.5 CROSSCHECK PROGRAM l-26
1.6 CONCLUSION
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HNP t
ANNUAL REPORT CHAPIER 1 RADIOIDGICAL MONI'IORING I
l LIST OF TABLES l
l Table Title Page 1.2-1 ANNUAL SENMARY OF GROSS BETA ACTIVITY l-3 IN AIRBORNE DUST r
l 1.2-2 ANNUAL SlWIARY OF SPECIFIC RADIONUCLIDES 1-5 Dri w iw IN AIRBORNE DUST CCMPOSITES 1.2-3 IOCATIONS OF TID STATIONS 1-7 1.2-4 ANNUAL SLM4ARY OF ON-STATION DOSE ACQUIRED l-8 BY TIDs REQUIRED BY ETS 1.2-5 ANNUAL SLNMARY OF ON-STATION DOSE ACQUIRED l-9 BY TLDs AT SITE BOUNDARY AND AT 4-5 MILES 1.2-6 ANNUAL SLNMARY OF SPECIFIC RADIONUCLIDES 1-12 Driwim IN GRASS l.4-1 ANNUAL SLM1ARY OF TRITILM LEVELS IN GROUtO-1-19 l
WATER SAMPLES FROM CST-1 AREA l
1.4-2 ANNUAL SL) NARY OF TRITILM LEVELS IN 1-21 GROUNDWATER SAMPLES FRCM AREA ABOUT THE p)
NORTH SIDE OF THE UNIT 1 'IURBINE BUILDING
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1.4-3 ANNUAL SlM4ARY OF TRITILM LEVELS IN 1-25 GROUNDNATER SAMPLES FRCM CfIHER AREAS 1.5-1 CRWm K PROGRAM RESULTS EDR AIR FILTERS 1-27 1.5-2 CROSSCHECK PROGRAM RESULTS EDR MILK SAMPLES 1-28 1.5-3 CROSSCHECK PROGRAM RESULTS EOR WA'IER SAMPLES 1-29
- 1. 5-4 CROSSCHECK PROGRAM RESULTS FOR FOOD SAMPLES 1-30 l
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ANNUAL REPORT.
CHAPIER 1 i
RADIOIOGICAL MONI'IORnX; i
LIST OF FIGURES l
Figure Title m
i 1.4-1 TEST HOLES AND TfE DRAINAGE SYS'EM I
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4 1-111
Ah HNP ANNUAL REPORT 1.1 RACIOIOGICAL MONI'IORING 1.1 Introduction
%e objectives of the Radiological Enviromental Monitoring Progra are to ascertain the levels of radiation and concentrations of radioactivity in the enviroment which are due to plant operations and to evaluate the impact to the enviroment fra these radiological levels.
Assurance is provided in achieving these objectives by following the progr m's rquirenents as described in Section 3.2 of the Enviromental Technical Specifications (ETS).
Provided herein are the progr m 's results for calendar year 1983 which include an assessment of the radiological impact upon the enviroment, as well as reports en various related activities.
A stmnary, interpretation and evaluation of the analytical results obtained from the smples utilized for the enviromental monitoring of discharges of radioactive materials to the atmosphere, river and ground are provided, as appropriate, in Sections 1.2,1.3 and 1.4, respectively.
We data on smples required by the ETS are tabulated by station or group of stations.
As practical, each tabulation consists of:
the maximm, minimum and average values of the radiological level; the number of saples (n); and the standard l
deviation (s).
Nminally, sumaries are provided for the control and indicator stations on an annual basis; they may also be provided for other t/
periods of exposure as feasible. 'Ihe calculated minimte detectable difference (MDD) at the 99% confidence level between these two groups is provided for cmparison with the difference in their average values, L -Lc.
i Deviations are permitted from the sapling schedule rquired by Table 3.2-1 of the EIS if specimens are unobtainable due to hazardous conditions, seasonable unavailability, malfunction of autmatic sapling quipment or other legitimate reasons.
Any deviations frm the rquired smpling schedule are included in the discussions for each particular type smple.
In Section 1.5, the results of the EPA Crosscheck Progrm are provided.
In Section 1.6, the chief conclusions are presented.
1.2 Discharges 'Ib %e Atmosphere ne media or pathways s a pled to monitor discharges to the atmosphere consisted of:
airborne dust, airborne iodine, external radiation, milk and grass.
Airborne dust and iodine were collected at air monitoring stations.
In accordance with the ETS, thermoluminescent dosimeters (TIDs) for measuring external radiation were placed at each of the air stations and at three other locations as shown below.
Starting with the 1st quarter of 1980, additional TIDs were placed ~ in the site environs to conform with Revision 1 of the Technical Position of the Radiation Assessment Branch of the NRC, dated Novenber 1979.
The locations of these new TLDs are described in Section 1.2.3.
'Ite locations of the milk smpling stations are provided in Section 1.2.4.
Grass smples were collected frm plots maintained at Air Stations 1-1 L
i 5, 17 and 21.
The sector location and distance as reckoned frm the main O
stack to each of the air stations and to each of the TLD stations required by the ETS are as follows:
Air Stations No. 1 State Prison DE 11.2 miles No. 5 Baxley S
10.0 miles No. 9 Dead River Road E
1.8 miles No. 15 Roadside Park WNN 0.8 miles No. 17 Site Boundary SE 1.2 miles No. 21 Site Boundary WSW l.0 miles TLD Stations (same as air stations plus)
No. 119 East Boundary ESE 1.1 miles No. 126 South Boundary S
0.9 miles No. 133 West Boundary W
l.1 miles Stations 1 and 5 are the control stations; the other stations are indicator stations.
All required laboratory analyses of the samples collected to monitor discharges to the atmosphere are contracted to Teledyne Isotopes, Inc. of Westwood, New Jersey except for:
the gross beta counting of airborne particulates which is perfomed by the plant; the reading of the TLDs which is O
done by Teledyne Isotopes Midwest Laboratory at Northbrook, Illinois; and the V
gama scan of grass which is provided by the Center for Applied Isotope Studies at the University of Georgia in Athens, Georgia.
During the first half of 1983, the TLDs were read by Hazleton 'Enviromental Sciences, Inc.
(HES) of Northbrook, Illinois.
Effective July 1,
- 1983, Teledyne Isotopes acquired all assets and business of HES and thenceforth the Nuclear Science Department of HES began operation under the nane of Teledyne Isotopes Midwest Laboratory.
1.2.1 Airborne Dust The annual stunary of the gross beta activities for the airborne dust samples which were collected weekly is presented in Table 1.2-1.
%ere is no discernable difference between the average activity of the control stations (L -Ic) is 1 fCi/m3 and this is less and of the indicator stations as i
3 than the MDD of 7 fCi/m.
We average grogs beta activity for all stations during 1983 was 31 fCi/m3; it was 33 fCi/m during 1982.
Going back to 1976 for several years, it was 4 to 8 times greater than that for 1983.
Those high values were shown to be the result of fallout frm the ntrnerous nuclear weapons tests conducted on mainland China fra 1976 through 1980.
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TABLE 1.2-1 ANNUAL StPNARY OF GROSS BETA ACTIVITY IN AIRBORNE DUST fCi/m3 Station No.
n Maximun Minim m Average s Data for Control Stations 1
52 82 2
32 15 5
52 f6 6
29 12 Suninary 2
32 29 30 3
Data for Indicator Stations 9
50 65 3.
31 14 15 52 69 9
31 14 17 52 69-4 29 14
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21 52 60 7
31 13 Sumary 4
31 29 31 1
O Li - Ic = 1 MDD = 7 1-3
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I Due to mechanical failures, valid data were unavailable on one occasion at
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each of the stations except for Station 9 where valid data were unavailable on three occasions.
Of these eight failures, three were due to the failure of the air.pmp itself, two were due to a blown fuse, and three were due to deaged air dust filters -- one of the filters was partially eaten by bees, E
the other two were broken in handling.
We activities of specific radionuclides detected in quarterly cmposites of airborne dust filters by gama spectral analyses are stamarized in Table 1.2-2 for-the entire year.
Only three different radionuclides were detected of which only one, Cs-137, is mamade; the Cs-137 was detected in only one l
smple.
Several years ago during the height of the impact of the weapons tests, nine different mamade radionuclides were detected annually from a few j
hundred positive results.
3
%e Cs-137 was found at a level of 0.7 fCiA.
Typically it has been found in one to two dozen smples each year at levels a few times greater.
The maximp Iower Limit of Detection -(LLD)3 allowed by Table 3.2-2 of the ETS is 10 fCiA although an LID of 0.3 fCiA is generally achieved;3the Reporting i
Level (RL) required by Table 3.2-3 of the ETS is 20,000 fCiA.
he RL for a given radionuclide in a given medim is the concentration for which it has been conservatively estimated to be equivalent to the appropriate annual dose
-limit of Appendix I to 10 CER 50 for an individual when so exposed for one
-year.
%e levels and frequencies of occurrences of the two naturally occurring radionuclides, Be-7 and K-40, are typical of those seen in previous years, O
t 1.2.2 Airborne Iodine ne charcoal' cartridge used for adsorbing iodine fra the atmosphere were i
collected weekly and analyzed for I-131 by Ge(Li) spectroscopy.
I-131 was not detected in any of the samples during 1983.
I 2e only positive measurement 'of I-131 attributable to plant releases during nearly 10 years of operations occurred for the smple collected on April 26, 1982 at Station 15 which is located about 0.g miles _inside the site boundary.
%is saple showed a level of 37.2 fCIA.
%e maximm allowed LID is 3
70 fCiA3; the LLDs achieved during 1982 never exceeded 40 fCiA,
During -1976,1977 and 1978 detectable levels of I-131 were found for periods of a few weeks after the arrival of the cloud fra eph of the nuclear weapons tests. %e highest level eva found was 217 fCiA in 1977. De RL is 900 3
fCLA.
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ANNUAL SEDNARY OF SPECIFIC RADIONUCLIDES I
Drm;1w IN AIRBORNE DUST C04POSITES fCi/n3 i
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Radionuclide n_
Max Min Avc s
M-k MDD Contorol Stations Be-7 8
75.0 22.8 54.6 19 l
K-40 0
Cs-137 0
Indicator Stations l
t Be-7 16 91.8 27.1 60.0 19 5.4 23 l
K-40 1
4.8 4.8 4.8 j
Cs-137 1
0.7 0.7 0.7 0
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1.2.3 hermolminescent Dosimeters V
ne nminal location of each of the '"LDs by sector and by distance frm the main stack in miles is provided in Table 1.2-3.
'Iwo badges are placed at each station; each badge contain.e's five LiF chips.
At the beginning of 1980, an attspt was made to establish two TLD stations in each sector (in accordance with Revision 1 to the Technical Position of the Radiological Assesment Branch of the NRC, dated Novenber 1979), one near the site boundary and the other at a distance of about four or five miles.
Suitable locations were not found in the East Sector.
In addition to the locations for these two rings of TLD stations, the table provides for the locations of the control stations and the stations of special interest.
We annual stmnary of the on-station doses acquired by the TLDs which are required by the ETS is presented in Table 1.2-4.
nere is no discernable difference between the average values at the indicator and control stations.
%e annual stenary of the on-station doses acquired at the site boundary and at 4-5 miles is presented in Table 1.2-5.
Again, there is no discernable difference between the average values at the site boundary and the 4-5 mile ring. The on-station quarterly doses acquired by the TLDs placed at Station 31 (Tombs Central School) ranged frm 9.1 to 12.5 mren with 10.1 mre as an average.
TIDs are frequentl; lost due to theft and are frequently d maged by vandalism. At monthly intervals the TLD stations are checked for missing or daaged badges; replacenents are provided as needed.
In the 4th quarter at p)
Stations 13,14 and 27, both badges were missing at the end of the quarter, so 1V no-data were obtained at these locations for the 4th quarter. A total of 14 badges from 8 different stations were found to be missing during the year.
'Ib diminish the frequency of missing or dmaged badges, TLDs are placed in less conspicuous places wherever this is practical.
1.2.4 Milk Milk samples are collected biweekly as available at three stations.
Gama isotopic and I-131 analyses are performed on each saple.
@is is the sixth consecutive year for performing the gama scans.
%e locations of the milk smpling stations and the ntrnber of smples analyzed were as follows:
Station Sector Distance n_o
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i State Prison ENE 10.8 miles 25 l
Johnson Brothers SW 9.1 miles 25 l
Willimsons NNE 3.2 miles 17 i
ne smples collected at all stations on January 3 and the smples collected at the State Prison and Johnson Brothers on June 20 were lost in transit to the contract lab. The cow at Willimsons becae pregnant; her milk production diminished; subsequently, no milk saples were available after August 15 except for the one collected on September 26.
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!O TABLE 1.2-3 IOCATIONS OF TID STATIONS t
Sector Site Boundary 4-5 Miles No.
Miles No.
Miles N-19 1.9 25' 5.0 NNE 26 2.5 28 4.9 NE 9
1.8 29 5.0 ENE 27 1.7 30 4.9 ESE 119 1.1 12 5.0 i
SE' 17 1.2 11 4.3 SSE 13 1.6 10 4.7 S
126 0.9 8
4.4 SSW 14 1.1 7
4.3 4
i SW 16 0.9 6
4.5
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WSW 21 1.0
'4 4.4 W.
133 1.1 3
4.3 WNW 2
1.2 23 5.4 NW 18 1.1 22 4.5 NNW 20 1.7 24 4.8 O
l Additional TID Stations N
No. 31 at-8.2 miles, Toonbs Central School ENE No.
1 at 11.3 miles, Control Station 4
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No.
5 at 10.0 miles, Control Station j
NNW No. 15 at 0.8 miles, Roadside Park i '
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O TABLE 1,2-4 l O ANNUAL SLIEARY OF ON-STATION DOSE ACQUIRED BY TLDs REQUIRED BY ETS mren/13 weeks t
Station No.
n Maximm Minimun Average s_
Data for Control Stations 1
4 13.0 10.2 11.1 1.3 5
4 13.9 9.7 11.6 1.7 Sumary 2
11.6 11.1 11.3 0.3 i
Data for Indicator Stations 9
4 12.1 9.2 10.4 1.2 15 4
11.5 8.2 9.4 1.5 i
17 4
15.2 10.6 12.6 2.1 21 4
11.8 8.7 9.8 1.4 119 4
13.1 9.0 10.9 1.8 126 4
16.1 8.6 11.1 3.5 133 4
18.7 13.6 15.6 2.4 l
Stenary 7
15.6 9.4 11.4 2.1
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TABLE 1.2-5 ANNUAL SIIHARY OF ON-STATION DOSE AO2 TIRED BY TLDs AT SITE BOUNDARY AND AT 4-5 MILES mren/13 weeks Station No.
n Maximtzn Minimtzn Average s,
4-5 Miles 25 4
10.4 7.6 9.0 1.2 28 4
11.1 8.4 9.4 1.2 29 4
17.7 12.9 15.1 2.0 30 4
17.1 12.9 14.6 1.8 12 4
11.6 8.6 10.0 1.3 11 4
14.0 10.0 11.6 1.7 10 4
11.5 8.0 9.4 1.5 8
4 10.7 7.6 8.8 1.4 7
4 10.1 6.9 8.1 1.5 6
4 13.1 9.4 11.4 1.6 4
4 9.5 7.2 8.6 1.1 3
4 12.9 9.5 10.7 1.5 l
23 4
13.4 10.0 11.2 1.5 1
22 4
13.4 9.8 11.2 1.5 24 4
11.9 8.4 9.6 1.7 Stanary 15 15.1 8.1 10.6 2.1 Site Boundary 19 4
12.7 9.7 10.8 1.4 26 4
12.3 9.0 10.2 1.5 9
4 12.1 9.2 10.4 1.2 27 3
11.4 7.0 9.1 2.2 119 4
13.1 9.0 10.9 1.8 17 4
15.2 10.6 12.6 2.1 13 3
11.0 9.2 10.1 0.9 126 4
16.1 8.6 11.1 3.5 i
14 3
11.6 10.4 10.9 0.7 l
16 4
12.0 8.9 10.2 1.3 21 4
11.8 8.7 9.8 1.4 133 4
18.7 13.6 15.6 2.4 2
4 12.7 9.8 10.9 1.3 18 4
13.6 9.5 11.2 2.0 20 4
13.5 9.6 10.8 1.8 l
Stanary 15 15.6 9.1 11.0 1.5 l
LSB-L -5 = 0.4 IED = 1.8 4
kl 1-9
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%e State Prison is the control station and Willimsons is the indicator l
station. Johnson Brothers Dairy is a bit too far away to be considered as an indicator station; however, it is the closest location in the sector into which the wind blows most fraluently.
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Bere were no positive indications of I-131 in any of the milk samples during the year.
%is is the third straight year that this has occurred.
Previous
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levels ranged frm 0.095 to 88 pCi/1. All significant readings were generally
. attributed to the weapons tests.
%e LLD required by the ETS is 0.8 pCi/1; the RL is 3 pCi/1.
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As usual, the gama scans showed naturally occurring K-40 present in each smple at levels which varied between 671 and 1540 pCi/1.
Rese levels are slightly lower than those found in previous years.
%e gana scans also showed positive indications of the fission product Cs-137 in about a. quarter of the samples collected.
%e levels were found to be about the see as those found previously.
%e results in pCi/l for each station are sumarized as follows:
4 Station nf_no Maxim m Minim e Average
, s_
Prison 2/25 7.7 6.7 7.2 0.7 Johnson Brothers 10/25 34.2 6.9 15.5 9.1 Willimsons 6/17 13.8 8.0 12.0 2.2 2e ratio, n/n,_ is the neber of positive results to the number of analyses o
performed.
As usual, positive results were found more frstuently and the levels were higher at Johnson Brothers.
%e minimm LID re{uired by the ETS is 15 pCi/1; in practice, however, a LLD of 7 pCi/l is usually achieved; the RL is 70 pCi/1. -%e positive levels found during the past-five years ranged i
fra 6.7 to 57.1 pCi/1 with the average values for the stations ranging from l
10.2 to 20.9 pCi/1.
During preoperations, Cs-137 was measured in milk by a
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chemical separation techoklue; the levels ranged fra 2 to 60 pCi/l with an average'value of 19.3 pCi/1. All of these positive indications of Cs-137 in
. milk, those during preoperations, 'as well as those during operations, are attributed to the weapons tests.
%e quantity of Cs-137 released fre operation of the plant would have to be increased by a' few orders of magnitude before it could be detected in the milk sanples.
We ETS require that a survey be conducted annually to detemine the location
~
of all milk ; animals within 3 miles of the plant stack in each of the 16 -
azimuthal sectors.
Ebr any of the 16 sectors in which milk animals are not l
' found within 3 miles, the annual survey is expanded to locate. the nearest' milk L
animal'within S miles in that sector. ' A milk snimal is a cow or goat which is producing milk for haan consmption.
On May 16 and-17, the milk animal survey was conducted.
The' only milk producing animal found was the cow at Williansons which is presently being sapled.
1-10.
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1.2.5 Grass a
Gama isotopic analyses were performed on each of the grass smples collected monthly from the three sapling stations.
Positive indication for several radionuclides were determined. %ese have been separated into four groups as follows:
(1) Be-7 and K-40; (2) Cs-134 and Cs-137; (3) Pb-214, Bi-214; and Ra-228; and (4) T1-208, Pb-212, Bi-212, and Ac-228 Only in the second group are there manmade radionuclides.
Each of the radionuclides detected except for Be-7, Cs-134 and Bi-212 was found in soil smples taken at each of these plots several years ago. An annual sumary of the activities of these radionuclides is provided in Table 1.2-6.
It is seen that there are no discernable differences between the average values of the indicator stations and the control station.
As usual, Be-7 and K-40 were detected in every smple. The levels are on the sme order of magnitude as those found previously.
%e overall average for Be-7 is about 50% higher than that found last year while that for K-40 is about 40% lower.
Usually Cs-137 is found in about 70% of the smples but this year it was found l
in all but one saple.
%e levels, however, were well within the range of p'V those found in previous years.
The 17 pCi/kg wet value for the single reading of Cs-134 may be cmpared with the 1981 value of 15 pCi/kg wet which is the only positive reading obtained previously. The E'IS requirments for LID and RL are 80 and 1000 pCi/kg wet, respectively. During the year the LLD ranged frm 10 to 41 pCi/kg wet.
Each of the radionuclides in the third and fourth groups is a primordial nuclide.
%e radionuclides in the third group are from the Uranium Series.
%ose in the fourth group are frce the %orim Series.
The levels were typical of those found previously except for Bi-212.
Bi-212 had not been previously detected; the detected value was about twice its LID.
1-11
(
\\
N
O TABLE 1.2-6 ANNUAL SIPNARY OF SPECIFIC BADIONUCLIDES DETECTED IN GRASS pCi/kg wet Radionuclide n
Max Min A3 s
M-b MDD Control Station l
Be-7 12 4960 283 2113 1540 K-40 12 9020 1010 5017 2538 Cs-134 0
Cs-137 12 913 45 211 272 i
T1-208 1
18 18 18 I
Pb-212 2
78 42 60 25 Bi-212 0
Pb-214 8
186 24 62 52 Bi-214 9
105 25 66 29 Ra-226 0
l Ac-228-3 110 76 95 17 I
Indicator Stations I
Be-7 22 3460 251 1730 981
-383 1183 K-40 22 8240 933 4394 2410
-623 2414 Cs-134 1
17 17 17 Cs-137 21 432 12 95 122
-116 246 T1-208 10 42 13 27 9
9
[
Pb-212 11 105 30 62 22 2
291 Bi-212 1
281 281 281 Pb-214 15 208 23 74 51
-12 64 Bi-214 20 159 27 73 32 7
35 l
-Ra-226 2
431 327 379 74 Ac-228 14 251 43 126 62 31 109 t
I I-1-12 l
/]
We ETS requires a LLD of not greater than 25 pCi/kg wet for I-131.
This V
limit was exceeded on eleven occasions as follows:
Station 5
1]
21 July 36 31 47 August 44 52 48 Septe er 28 34 35 December 66 36 Iodine has a strong affinity for water; the moisture content in these smples was low due to very dry weather.
%e wet to dry ratio for these saples l
averaged 2.26; it is typically two to three times higher at other times. %e December smples were not received by the Contract lab until two weeks after their collection.
Adquate smples were not available at Station 17 in April and Deceber.
A lot of difficulties have been encountered in obtaining adquate smples frm Station 17.
Besides rather poor growth due to sandy soil and scant sunshine (it is located in a wooded area), the meager crop is depleted by the grazing I
of deer; then dry weather further empounds the difficulty in obtaining an adquate smple.
Consideration is being given to relocating this grass plot and to the growing of collards.
1.3 Discharges to the River
[)
%e ETS require the smpling of water, cles and sediment fra River Stations
\\/
170 and 172 which are about 1 mile upstrem and 2 1/2 miles downstrem, respectively.
The upstrem station serves as the control station and the downstrem station serves as the indicator station.
%e ETS also require the j
smpling of American shad fra the area of the discharge structure.
We ETS require a gama spectral analysis of each smple.
his analysis is performed on only the edible portion of the fish and cle smples. A tritim l
analysis is also rquired on quarterly cmposites of river water for each l
station.
All of these analyses are perfomed by Teledyne Isotopes, Incorporated of Westwood, New Jersey.
l l
l 1-13 l:
l v
l
1.3.1 River Water f
River water is collected using autmatic smpling machines; small smples are collected at intervals which are on the order of an hour.
Water thus collected is picked up monthly; quarterly cmposites are cmposed of the monthly collections.
As usual, there were no positive results for the entire year on the gama scans of the monthly collections.
Only scant results have been obtained in the past with this analysis. The only marrnade radionuclide ever detected was Ce-141; this occurred only once at an indicator station in the 4th quarter of l
1975.
The positive results in units of pCi/l for the tritium analysis of the quarterly cmposites are sumarized as follows ror the control and indicator stations, respectively.
n_
Max Min A3 s_
L_i-b MDD 4
400 160 328 113 4
420 110 265 137
-63 329 hese values are typical of and within the range of those found previously, j
In accordance with the ETS, a survey was conducted downstrem of the plant on October 12-13 to detemine if water fra the Altmaha River was being used for
]
drinking purposes. As in all previous surveys, no intakes for drinking water
,/
were observed.
If river water should becme used for drinking, the ETS require sa pling and analyses of the drinking water.
i 1.3.2 cles
%e ETS require a seniannual smpling of asiatic clas from the two river stations; if clas becme unavailable, smples of a
ccanercially or recreationally important species of fish will be collected.
L Clas were sought on three occasions during the year but sufficient quantities were not available on any of these occasions.
Consequently, on May 23-24 '
redbreast sunfish and largenouth bass were collected, then on Novenber 29 redear sunfish and largenouth bass were collected.
The gamma spectral analyses detected K-40 and Cs-137 in each saple collected during the year and Cs-134 in the Novenber collections at Station 172.
j 1-14 i O L)
i p
%e levels for the naturally occurring ever-present K-40 ranged frm 2.78 to
(')
6.05 pCi/gm wet.
Se readings were typical of those found previously except for the maximm reading which was about 25% higher than the previous maximm found in fish; this reading was frm a redbreast sunfish collected at Station 170 in May.
ne levels for the fission product, Cs-134, in the redear sunfish and the largeouth bass were 0.0547 and 0.149 pCi/gm wet, respectively.
%e ETS require a LLD of 0.13 pCi/p wet and a RL of 1.00 pCi/gm wet.
The LID experienced was 0.01 pCi/p wet.
Cs-134 had not been previously detected in fish smples.
ne Cs-137 levels in units of pCi/gm wet for all of the fish samples are sumarized as follows for the control and indicator stations, respectively:
n Max Min Avg s
L_i-y MDD 4
0.0919 0.0480 0.0675 0.0182 4
0.310 0.0635 0.1386 0.1167 0.0711 0.3274 It is seen that there is no discernable difference between the average values at the indicator and control stations. These readings are within the range of those found previously except for the maximm value which is frm a largemouth bass collected in Novaber; the previous maximum of 0.23 pCi/gm wet was frm a redbreast sunfish collected upstream during preoperations. He ETS require a LID of 0.13 pCi/gm wet and a RL of 2.00 pCi/gm wet; generally a LLD of 0.03 p
pCi/gm wet is achieved.
Se largemouth bass smple collected at Station 172 in Noveber had both the highest Cs-134 and Cs-137 levels for the year. %e maximm annual dose to an individual fra consming fish for a year with these concentrations would be 1.21 mre to the liver of a teenager; it would consist of 0.47 mre due to the Cs-134 and 0.74 mre due to Cs-137.
This calculated dose is well below the design objective of 10 mre per year to any organ for liquid releases as specified by Appendix I to 10 CFR 50. Assmed values for the dose factors and uptakes were taken frm Revision 1 of Regulatory Guide 1.109, October 1977.
Both Cs-134 and Cs-137 are usually mongst the radionuclides emprising the liquid releases.
An estimate of the average concentrations of these two radionuclides in fish at the indicator station due to the 4th quarter releases was an order of magnitude belnw the measured levels.
In past years, radionuclides were detected in fish smples by gama spectral analyses as follows: K-40 in nearly every smple; Co-60 in one smple during preoperations; Cs-137 in a substantial fraction of the smples; and Ra-226 in a total of 4 smples during preoperations and 2 during operations.
1-15 OU
l.3.3 American Shad Because of its ccanercial importance, the ETS require that American shad be collected annually during the spring spawning period. W e allection was made on March 31. Naturally occurring K-40 was the only radionuclide detected in this single saple. %e level was 2.64 pCi/grn wet which is about the sme as that found previ>usly.
Only K-40 has been found in previous smples of Arnerican shad.
1.3.4 Sediment The annual collection of sediment smples took place on May 17.
The positive results of the gamna scan on each saple are presented below in units of pCi/gm dry.
Radionuclide Station 170 Station 172 K-40 9.56 10.6 Cs-137 0.365 0.384 Ra-226 2.15 2.65 Th-228 1.58 1.68 ne levels of each of these radionuclides are typical of those found in past years.
Each of these radionuclides appears regularly in sediment smples.
All are naturally occurring except for the fission product Cs-137.
1.4 Discharges to the Ground (p) v' As reported in previous annual reports and also by LER No. 50-321/1979-21 (including its revisions, quarterly updates and other supplenents) groundwater with high trititun levels has been found to be present in two separate areas of the plant yard, nmely, an area centered just south of the Condensate Storage Tank for Unit 1 (CST-1) and an area about the north side of the Unit 1 turbine building.
%ese areas appear to be essentially unrelated to each other in that the causes of the high trititrn levels are different and there appears not to be a good hydraulic connection between the two areas.
A portion of the tritiated groundwater slowly makes its way to the river via the drainage systens; the trititrn levels in these continuous releases are generally a fea orders of magnitude below the high levels found in the plant yard and that permitted by regulation.
%e offsite doses due to these releases are anall.
1-16 OU
p Were are three distinct water zones underlying the site; a water table, a Q
local aquifer and a regional aquifer. 7quicludes separate and hydraulically isolate these zones fra each other. The vast regional aquifer whose top is a few hundred feet below plant grade is not hydraulically connected to surface waters in the' vicinity of the site.
The shallow local aquifer is separated fra the regional aquifer by an quiclude which is about 100 feet thick; the top of the local aquifer is roughly 65 feet below the grade of the plant yard; it is hydraulically connected to surface waters in the plant environs.
%e quiclude between the local aquifer and the water table is 40 to 50 feet thick. %e water table which is charged by the percolation of precipitation through the soil is unconfined.
In the plant yard the water table more or less extends fra 10 to 20 feet below grade.
%e water table, according to the natural terrain, will drain both in a northerly direction (toward the river) and also in an easterly (downstream) direction toward a swap area which drains to the river.
An analysis of the water levels fra various shallow test holes about the plant yard shows that groundwater flow in the water table has a strong local flavor.
This phenmenon is attributed to the excavations performed during construction of the plant and the field routing of water pipes and electrical conduit runs.
'Ibese pipe and conduit runs are supported by cmpacted sand; any water introduced nearby will follow a path along the run, as this is the path of least resistance. Moreover, it is likely that sme of the excavations formed pockets in the aquiclude between the water table and the local aquifer in which groundwater accmulates.
f]
'Iwo separate subsurface drainage ditches, whose outfalls are at about 25 feet Q~
below grade, provide a syste for controlling the level of the water table.
nis network of subsurface ditches encircles the emplex of the main plant buildings - the service, turbine, reactor, control, and radwaste buildings for each unit.
Roughly 70% of this encirclment is serviced by Subsurface Ditch No. 1 (SSl) whose outfall is about midway between the intake and discharge structures.
The eastern side of this encirciment is serviced by SS2 whose outfall is on the east side of the protected area.
%e surface drainage systen includes a ' network of catch basins connected by underground ditches. Runoff fra the building roofs and the plant yard flow into these catch basins. The outfall for the surface drainage systen in the vicinity of the discharge structure is referred to as Yard Drain No.1 (YD1).
YD2 which services the east side of the plant yard has its outfall near that for SS2. %e outfall for YD3 which services the NW portion of the plant yard has its outfall frm beneath warehouse No. 6; the effluent would subsequently reach the river near the intake structure.
% ese surface ditches are separated fra each other.
Groundwater smples are sent to the Center for Applied Isotope Studies (CAIS) at the University of Georgia in Athens, Georgia.
A liquid scintillation detector is used to determine the tritim content.
Results are usually obtained within a few weeks; LLDs of 100 pC1/1 are regularly attained.
1-17 O$
v
I-O.
' In the early fall CAIS determined in reviewing their procedures that their values for tritium in water had been in error as a result of not correcting for decay of the tritim standard. This made the results reported previously higher than they should have been -- up to 36%.
%e corrective action taken was : to modify the computer program used to reduce the data.
All results i
reported herein for calendar year 1983 have been corrected.
In subsequent subsections, data stanaries for the year are presented for the groundwater samples taken -fra the locations associated with each of the two key areas and for _other locations.
These locations are shown on Figure 1.4-1.
Ebr each smpling location, the maxim m and minim m triti m levels are presented along with an annual average value of the positive readings and the ratio of the neber of positive readings to the total neber of readings. The annual average was determined by averaging the quarterly averages.
Other information or data cssociated with the particular area may also be presented as warranted.
%ere have been no ETS requirments for the smpling of groundwater. since 1978, at the time when HNP-2 began operation.
Se high tritim levels being t
found in groundwater saples onsite have little impact offsite.
At a meeting on Dec eber 19, 1983 with NRC Region II, it was agreed that the reporting in-the annual enviromental surveillance report of onsite tritim levels in-groundwater. was inappropriate and that such reporting in this annual report was-to stop after the report for calendar year 1983. %e reporting to the NRC 7
is to continue, as long as appropriate, by other means.
1.4.1 CST-1 Area The CST-1 area is centered about test hole P16 which is located about 5 yards south of the CST-1 dyke and several yards east of the condensate transfer I
peps. A pool of tritiated water appears to -be trapped in a pocket of the aquiclude which underlies this area. %e source of the tritium in this area is the.' leakage from the condensate transfer pmps and associated - plmbing which occurred in prior years as has been previously reported.
b Sampling locations affected are:
test holes N7A, T10 through' T16 and T18; outfalls SS2 and YD2; and catch basin PY24.
'Nst hole N7A taps the local aquifer; all other locations tap the water table.
A data stunary of the
. tritim levels for each of these locations is presented in Table 1.4-1.
Over the past'five years the tritim levels in groundwater _ smples fra test hole - P16 have exceeded the RL (3.0 E4 pCi/1). Attempts were made to saple test hole P16 monthly; each time the test hole was found to be dry.
Catch basins PYl2 and PYl6 were also found to be dry in each attempt at sapling.
%e tritim. levels in the smples frm the - test holes - during 1983 were generally substantially lower than those found during 1982.
%e levels at test hole T18 have been reportable for four years. %e single sample obtained at this test hole on June 7 had a reading of 6.05 E3 pCi/1; this reading is about 20 times less than expected.
This test hole was found to be dry on other monthly attepts to saple it.
1-18 i
4
-c'-
r4,e
,-M+,
,-,,,,v.~emw
.i.--- - -., +, - -
,Ew....,,,e,,,,,.
~e,-..,~-..,--,-.m..---<,.
,,--r
-r w
.,--------vw---
O TABLE 1.4-1 ANNUAL SlPNARY OF TJTILM LEVEIS IN GROUNDWATER SAMPLES FRCH CST-1 AREA PCi/l Max Min g
Incation n/no N7A 2/2 4.41 E3 4.15 E3 4.28 E3 PY24 2/2 1.68 E4 1.07 E4 1.38 E4 SS2 14/17 8.20 E3
< 9.20 El 1.51 E3 T10 12/12 1.34 E4 4.09 E3 7.80 E3 Til 11/11 9.70 E3 1.62 E3 4.29 E3 T12 13/13 2.37 E4 3.77 E3 1.34 E4 T13 6/6 8.30 E3 8.68 E2 4.93 E3 T14 3/3 2.24 E3 1.24 E3 1.83 E3 T15 3/3 1.18 E3 8.09 E2 9.62 E2 T16 5/5 1.23 E3 4.33 E2 7.77 E2 T18 1/1 6.05 E3 6.05 E3 6.05 E3 YD2 4/5 3.70 E2
< l.00 E2 2.82 E2 O
1-19 O
i Levels of 1.07 and 1.68 E4 pCi/l were found in the two smples taken at catch
[_,
basin FY24. Levels of this order had on occasion been found at this location
" V}
in past years.
1.4.2 Area About the North Side of the Unit 1 Turbine Building An early cause of the high tritium levels in this area was eliminated in March 1979 as has been previously reported.
It was discovered that process water had been entering the ground a few yards frm test hole Pl7B through an open ended half-inch line buried to a depth of about 8 inches. Smpling locations which becae affected by this extraneous source of tritim include:
test holes N9B, P15B, Pl7A, Pl7B, T2, T3, T4 and T8; and outfall SSI.
Test hole Pl7A taps the local aquifer, all other locations tap the water table. A data smmary of the tritim levels for each of these locations is presented in Table 1.4-2.
Judging by the rise and subsequent decline of readings in succession at Pl7B, T4 and N9B and by the results of dye tests, the main body of this tritiated water which had entered the ground near Pl7B appeared to have migrated to the vicinity of the NE corner of the Unit 1 turbine building.
Test Hole N9B is located at this corner.
The readings at Pl7B and T4 subsequently dropped below the RL and are not of current interest.
%e reported readings at N9B reached a preliminary peak of 2.08 E5 pCi/l in May of 1980 then gradually decreased to 8.17 E4 pCi/l in June of 1981.
Increases followed, a level of 1.15 E5 pCi/l was reached in Deceber 1981.
Increases becue rapid during the early months of 1982; a new maxims of
/_\\
4.80 E5 pCi/1 was reported for the April 21 collection.
Increases were also b
rapid at test hole T3 which is located a few yards west of N9B. These rapid l
increases triggered an investigation which led to the discovery in early May of 1982 of another extraneous tritim source.
@is source, as previously reported, was the leakage fra the Unit 1 precoat tank of the condensate polisher systs which is located near the north wall of the turbine building on the 130-foot level.
Spillage to the floor flowed to the north wall and then under the wall panel to the outside of the building; l
it then collected in the' pipe chase for the auxiliary stem boiler.
Open joints between the pipe chase and the turbine building basement wall allowed water to enter the ground and flow along the bassent wall.
his likely provided an casy path to the area of N9B and T3.
%e open portion of the l
turbine building north wall which provided this path to the outside of the building was prm ptly sealed.
A sep pmp reoves the water frm the pipe chase to the drain lines of the i
turbine building roof which joins the yard drain system further downstrem at l
manhole PYl.
Subsequently, this portion of the yard drain syste passes through several catch basins to outfall YD3 which merges frm under Warehouse No. 6, and then to an open ditch leading to a culvert frm which discharge is made near the river. Seples are being taken regularly fra PY5 which is the first catch basin downstrem of manhole PY1 and frm outfall YD3, as well as l
from the pipe chase; the results are included in Table 1.4-2.
i 1-20
- v L
i.
L O
TABLE 1.4-2 ANNUAL StPNARY OF TRITILM IEVEIS IN GROUNDWATER SAMPLES FRCM AREA ABOUI' UIE NORDI SIDE OF THE UNIT 1 TURBINE BUILDING pCi/l Incation n/no Max Min A3 N9B 26/26 3.69 E5 1.53 ES 2.80 E5 i
P15B 20/20 2.19 E4 1.06 E4 1.65 E4 Pl7A 2/2 2.54 E2 2.43 E2 2.49 E2 Pl7B 3/3 5.72 E3 2.78 E3 4.73 E3 Pipe Chase 35/35 3.05 E4 2.91 E2 3.50 E3 PY5 26/28 2.94 E4
< l.00 E2 9.05 E3 SSl 26/26 4.82 E3 2.85 E2 2.64 E3 T2 22/22 1.75 E4 9.54 E2 2.77 E3 T3 27/27 8.40 E4 1.34 E3 4.03 E4 T4 5/5 4.90 E3 9.58 E2 2.77 E3 T8 8/8 5.94 E3 2.14 E3 3.15 E3 YD3 9/12 3.29 E4
< 1.00 E2 6.55 E3 i O 1-21 O
-c
- - =
,--w-
,,,e
,m-w,,
.<--..-m,,-,
._r-,
e,,.
-~--~-y-__9
,w,,-w
/^T he levels at N9B were fairly steady during 1983; the average level of 2.80 E5 h
pC1/1 was about three quarters of that reported for the previous year; the levels continued to be reportable each quarter as they have been since the first quarter of 1979.
We levels at T3 decreased during the first half of the year but rose during the latter half of the year; the average level of 4.03 E4 pCi/l decreased by almost a factor of 2 to that reported for the previous year; except for the first and second quarter of 1983, the levels have been recortable since the second quarter of 1980.
It was noted in last year's report that the tritim levels during 1982 at test hole P15B, which is on the west side of the Unit 1 turbine building, had averaged more than 2.5 times those in 1981. W e annual average value for 1983 of 1.65 E4 pCi/l is about 4.8 times that reported for 1982. %ere was a step increase in the levels early in the year, then each quarter the levels diminished slightly.
A gama scan was run on a smple collected on May 18; there was no gama activity above background.
ne levels at T2 were fairly constant throughout the year except for the reading of 1.75 E4 pCi/l for the smple collected on March 15.
This reading was more than three times any found previously at this location. nis reading is out of line with all others taken at this location; the next highest reading during 1983 was 2.20 E3 pCi/1. %e annual average reading of 2.77 E3 pCi/1 was about the see as that reported for the previous year.
We tritium levels in the smples taken fra the pipe chase and catch basin PYS were found to be erratic ranging over two orders of magnitude with sudden p
drastic changes, up or down, in the readings.
For the pipe chase, both the
'_ Q maximm value of 2.94 E4 pCi/l and the annual average value of 3.50 E3 pCi/1 were nearly an order of magnitude less than those reported for the previous year. For catch basin PYS, the maximm value of 2.94 E4 pCi/l was less than half of that reported for the previous year while the annual average value of 2.64 E3 pCi/l was about 40% less than that reported for the previous year.
1-22 A]
N.
O
'Ihe readings on June 7 at YD3 were 3.29 E4 pCi/1; this reading is out of line with any other taken at this location as it is 4.7 times higher than the next highest reading.
Nevertheless, this established a new maximm level for a saple collected at the outfall of one of the drainage systems; it also helped establish a new maximum quarterly average of 1.67 E4 pCi/1. The readings at outfalls are important because they measure releases to the public.
%e previous maxima were set last year at SSl where the reading on December 12 was 1.12 E4 pCi/l and the 4th quarter average was 6.55 E3 EC1/1. The significant increase in 1983 is of concern.
The new individual maximum reading is a factor of more than 90 below the MPC for tritim in unrestricted areas as given in 10 CFR 20. The new maximm quarterly average is equivalent to a dose of 0.43 mre to the total body.
%is dose estimate is very conservative because it assmes that sme individual obtains all of his drinking water directly from the outfall which is generally inaccessible. % e quarterly dose limit resulting frm liquid releases as established by Appendix I to 10 CFR 50 is 1.5 mrm. @e average annual concentration of tritim for drinking water in comunity water systes is required to be less than 2 E4 pCi/1 according to EPA's National Interim Primary Drinking Water Regulations, 40 CFR 141.16.
Inspections of the exterior walls of the turbine buildings for both units were made to determine if there were pathways which would allow liquids to escape the buildings and enter the groundwater table. On June 29, all exterior walls except those in the condensate demineralizer/ ion exchange tank roms were visually inspected.
In _ October the condensate deineralizer pits were inspected.
Yet to be inspected are the polishing deineralizer backwash collection tank rom and the clean radwaste (CN) and dirty radwaste (DW) sm ps below the 112 foot elevation.
On the June 29 inspection, one penetration through the exterior walls, a 6" dimeter sleeve at elevation 112' 09", was found to have calcite deposits on the concrete wall directly below the sleeve.
%is indicates groundwater had leaked into the building between the sleeve and the concrete.
This penetration goes through a 3" expansion joint and the Unit 2 radwaste building exterior wall.
%is penetration and other exterior wall penetrations which were inspected are higher than known spills for those areas.
On the October inspection, several of the condensate deineralizer/ ion exchange tank roms were found to have cracks in their exterior walls and several of the pits had water stains on the walls indicating the height of previous floods which had occurred.
The findings indicative of potential or actual pathways to the groundwater table were as follows:
Unit 1 Vessel 1A - a fine crack in the northeast corner running the height of the corner, water stains on the walls to a height of approximately one foot; Vessel 1B - a thin crack extending frm the northeast upper corner. to the bottm of the north wall - calcite deposits extending the length of the crack ind!cated inleakage, water stains on the walls to the height of the condensate deineralizer valve nest penetrations; n
1-23
Vessels 1C,1D and 1G - no pertinent cracks, standing water to a depth of one O
foot or so.
Unit 2 Vessel 2A - no pertinent cracks and no water stains on the walls; Vessel 2B - two cracks on the south wall, one extending frm the floor to a height of 12 feet, the other frm the floor to halfway up the wall, both had calcite deposits, no water stains on the walls; Vessel 2C - a crack on the south wall extended frm the floor to approximately 10 feet, no water stains on the walls; Vessel 2D - no cracks and no water stains on the walls; Vessel 2G - no pertinent cracks, standing water to a depth of one foot.
All of the pits inspected contain floor drains which should allow any standing water to flow to the turbine building floor drain emps.
The drains for Vessels IC,1D,1G and 2G were found to be clogged; attenpts to unclog then at that time were unsuccessful.
It might be noted that due to the penetration which runs between the pits and the condensate demineralizer valve nest, no flooding will occur above the j
height of the penetrations which are not sealed.
These penetrations are located approximately two feet frm the floor of each pit allowing only two (Vn) feet of standing water in the pits.
l Actions to be taken include:
the sealing of all pertinent cracks in the l
exterior walls of the condensate demineralizer/lon exchange tank roms with an elastic epoxy material, and inspection of the exterior walls in the polishing denineralizer backwash collection tank rom and the CRW and DRW smps below the 112 foot level.
f 1.4.3 Other Incations and Other Results Tritium con'wination of a lesser degree was found in sme of the groundwater smples at most of the other locations.
@e causes of the contanination at these locations generally differed fra those for the two key areas.
A data stenary of the tritium levels for each of these locations is presented in Table 1.4-3.
All of these locations tap the water table except for test hole PISA which taps the local aguifer.
%e levels were generally lower in 1983 than those reported previously.
1-24 (D
I I
i TABLE 1.4-3 ANNUAL SGNARY OF 7RITRM LEVELS IN GROUNIEATER SAMPLES moi OIEER AREAS pC1/1 4
Incation n/no Max.
Min.
Ava.
A2 2/2 1.21 E3 3.75 E2 7.93 E2 N2B 3/3 6.44 E2 2.08 E2 4.59 E2 i
N3B 2/5 1.92 E2
< l.00 E2 1.56 E2 N8B 3/3 5.34 E2 2.28 E2 3.33 E2 N10B 3/3 1.05 E3 6.60 E2 8.25 E2 P13B 1/4 1.01 E2
< l.00 E2 1.01 E2 PISA 0/1
< 8.80 El
< 8.80 El T6 0/1
< l.20 E2
< l.20 E2 T7 1/1 1.29 E2 1.29 E2 1.29 E2 YD1 8/9 3.06 E3
< l.00 E2 1.36 E3
- O 1-25 O
1.5 Crosscheck Progre Laboratories performing the analyses rquired by the radiological enviromental monitoring progra as delineated in Table 3.2-1 of the ETS participate in EPA's Enviromental Radioactivity Laboratory Interemparison Studies (Crosscheck) Progra conducted by the Enviromental Monitoring and Support Laboratory in Las Vegas, Nevada or in an quivalent progrm. Not all of the smple media / analyses cmbinations listed in the ETS are covered by the Crosscheck Progrm. Reported herein are the results of relevant participation in the Crosscheck Progre by these laboratories.
Relevant participation is considered to consist of those analyses for sample media covered by the EPA Crosscheck Progrm which are the see as those required by the ETS to be a part of the radiological enviromental monitoring progrm. HNP conducted the gross beta analysis of air filters; all other relevant media / analysis cmbinations were conducted by Teledyne. Because of the time lag involved in obtaining results fra the EPA and the subsquent reporting of these results by the contract laboratories, not all of the 1983 results were available. The results reported herein also include the 1982 results which were not available last year.
Any results of determinations in the Crosscheck Progra for which disagrement can be established using the NRC's " Criteria for Cmparing Analytical Measurments" as described in Attachment 1, are investigated to determine the cause of the disagrement.
Corrective actions are taken as warranted.
'Ihe results of any such investigations and corrective actions are reported in this section.
Oi Since all of the results reported herein are presented in the same tabular V
format, an explanation of the column headings is provided.
"Date" means the collection date given by the EPA.
"Known" refers to the EPA known value i one standard deviation, s.
" Result" is the average value measured by the laboratory i experimental s.
" Resolution" is determined by dividing the known value by its s value.
" Ratio" quals the " result" (value determined by the laboratory) divided by the "known" (value determined by EPA). An explanation would have been provided in the text had any of the cmparisons shown "Disagrement". It should be noted that whenever the EPA known value is zero or the laboratory determined result is a "less than" value, a cmperison by l
the NRC criteria cannot be made since the ratio cannot be determined.
'Ihe results of the gross beta and Cs-137 analyses of air filters are given in Table 1.5-1.
Listed in Table 1.5-2 are the results of the I-131 and gama l
analyses of milk smples. Table 1.5-3 presents the results of the gana and l
tritim analyses of water.
Shown in Table 1.5-4 are the results of gama analyses of food sa ples. All cmparisons show agrement with known values.
1-26 n
[v)
I 4
1 l
l TABLE 1.5-1 CROSSCHECK PROGRAM RESULTS FOR AIR FILTERS L
pCi/ filter 4
]
Dste Known Result-Resolution Ratio Gross Beta 11/26/82 59 + 5 50.0 + 2.1 11.8 0.85 j
3/25/83 6815 55.010.6 7.8 0.80
)
8/26/83 36 + 5 31.0 + 1.0 4.1 0.86 Cs-137 11/26/82 27 + 5 24 + 3 5.4 0.88 3/25/83 27 I 5 26 7 1 5.4 0.96 l
8/26/83 1515 12l_1 3.0 0.80 0
1
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TABLE 1.5-2 r
CROSSOECK PROGRAM RESULTS FOR MIIK SAMPLES pCi/l Date Known Result Resolution Ratio I-131 10/22/82 42 + 6 40 + 5 7
0.95 2/25/83 54.3 + 6.0 41 I 5 9.08 0.75 6/10/83 3016 18 I 0.7 5.0 0.60 i
Cs-137 10/22/82 34 1 5 4015 6.8 1.18 2/25/83 25.6 1 5 27.3 1 4 5.12 1.07 6/10/83 47.0 1 5 55 1 3.8 9.4 1.17 Ba-140 1
10/22/82 0.0
< 10 2/25/83 0.0
< 8 l
l I
I l-28 O
i
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TABLE 1.5-3 pCi/l Date Known Result Resolution Ratio Cr-51 2/04/83 45 1 5
< 90 9
6/03/83 6015
< 53 12 10/07/83 51 1 5
< 87 10.2 Co-60 2/04/83 2215 22 1 3 4.4 1.00 6/03/83 13 + 5 14 + 1 2.6 1.08 10/07/83 1935 2112 3.8 1.11 Zn-65 2/04/83 21 1 5 3415 4.2 1.62 6/03/83 36 + 5 40 + 3 7.2 1.11 l
10/07/83 4015 4714 8.0 1.18
[
Ru-106 2/04/83 48 1 5
< 57 9.6 6/03/83 4015 34 1 7 8.0 0.85 i
10/07/83 5215
< 50 10.4 Cs-134 2/04/83 2015 19 1 2 4
0.95 6/03/83 47 + 5 45 + 2 9.4 0.96 10/07/83 1515 1411 3.0 0.93 Cs-137 2/04/83 19 i 5 21 1 2 3.8 1.11 6/03/83 26 + 5 29 + 2 5.2 1.12 10/07/83 2215
- 2515, 4.4 1.14 H-3 12/10/82 1990 + 345 1953 + 46 5.77 0.98 1
j' 2/11/83 25601353 2473155 7.25 0.97 l
4/08/83 3330 + 362 3210 + 72 9.20 0.96 6/10/83
-1529 I 337 1523 T 23 4.54 1.00 10/14/83 12101329 1260161 3.68 1.05 C\\
V 1-29
T
- O TABLE 1.5-4 CROSSCHECK PROGRAM RESULTS FOR FOOD SAMPLES pCi/kg Date Known Result Resolution Ratio I-131 11/05/82 25 + 6 30 + 1 4.2 1.2 03/04/83 36.Y 1 6.0 36.3 1 4.6
- 6. 2 -
1.0 Cs-137 11/05/82 27 5
42 3
5.4 1.6 03/04/83 31.3 1 5 38.3 1 0.6 6.3 1.2 Ba-140 11/05/82 0+0
< 10 03/04/83 010
<8 t
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i I
1-30 I
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ATTACINENT 1 Criteria for Ccrnparina Analvtical Measurements his attachnent provides criteria for emparing results of capability tests and verification measursents.
The criteria are based on an spirical relationship which cmbines prior experience and the accuracy needs of this progrm.
In these criteria, the judgment limits are variable in relation to the emparison of the Reference laboratory's value to its associated one sipa uncertainty.
As this emparison, referred to as " Resolution" increases, the acceptability of a
licensee's measurment should be more selective.
Conversely, poorer agreenent should be considered acceptable as the resolution decreases.
ne values in the ratio criteria may be rounded to fewer significant figures to maintain statistical consistency with the ntunber of significant figures reported by the Reference Laboratory, unless such rounding will result in a narrowed category of acceptance.
The acceptance category reported will be the narrowest into which the ratio fits fer the resolution being used.
RESOLIIIION RATIO + LICENSEE VALUE/Te2u<tNCE VALUE Possible Possible Agreenent Agreement "A" Agreenent "B"
-q l
<3 No Cmparison No Cmparison No Cmparison 2 3 and < 4 0.4
- 2.5 0.3
- 3.0 No Cmparison 24 and < 8 0.5
- 2.0 0.4
- 2.5 0.3
- 3.0 2 8 and < 16 0.6
- 1.67 0.5
- 2.0 0.4
- 2.5 216 and <. 51 0.75 - 1.33 0.6
- 1.67 0.5
- 2.0 l
2 51 and < 200 0.80 - 1.25 0.75 - 1.33 0.6
- 1.67 2 200 0.85 - 1.18 0.80 - 1.25 0.75
- 1.33 "A" criteria are applied to the following analyses:
Gmma spectrmetry where principal gantna energy used for identification is greater than 250 kev.
l Trititun analyses of liquid smples "B" criteria are applied to the following analyses:
Gm:na spectrmetry where principal ganrna energy used for identification is less than 250 kev.
Sr-89 and Sr-90 determination.
l Gross beta where smples are counted on the l
sme date using the sme reference nuclide.
t
[
1-31 L._ _
1.6 Conclusions e
%is chapter has shown the licensee's conformance with the radiological portions of the ETS.
It has shown that all data were carefully exmined.
A stenary, an interpretation and an evaluation (where warranted) of the results of the laboratory analyses for each type smple collected have been presented.
No measurable radiological impact upon the envirornent as a consequence of discharges to the atmosphere nor to the river was established.
%ere continues to be problems with high tritita levels in sme of the groundwater s aples taken at onsite locations; the envirornental impact continues to be small.
i
%e relevant camparisons of the analytical measurements made by HNP and contract laboratories with those made by EPA in the Crosscheck Progra showed no disagrem erts.
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I HNP ANNUAL REPORT CHAPTER 2 METEOROLOGICAL MONITORING TABLE OF CONTENTS i
l Section Title g
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2.1 INTRODUCTION
2-1 k
2.2 1983 DATA 2-1 2.2.1 DATA RECOVERY 2-1 2.2.2 WIND ROSES 2-1 2.2.3 TEMPERATURE DATA 2-1 2.2.4 JOINT FREQUENCY TABLES 2-2
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2.2.5 PRECIPITATION 2-2 b
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HNP ANNUAL REPORT CHAPTER 2 METEOROLOGICAL MONITORING LIST OF TABLES i
Table Title Pg 2.2-1 DATA RECOVERY - 1983 2 -3 i
2.2-2 JOINT FREQUENCY TABLE WIhT SPEED AND WIND DIRECTION 23m vs DELTA TEMPERATURE 46m - 10m (1/1/83-4/30/83) 2-4 2.2-3 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 46m vs DELTA TEMPERATURE 46m - 10m (1/1/83-4/30/83) 2-12 2.2-4 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 10m vs DELTA TEMPERATURE 60m - 10m (5/1/83 -
12/31/83) 2-20
'0 2.2-5 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 60m vs DELTA TEMPERATURE 60m - 10m (5/1/83 -
12/31/83) 2-28 2.2-6 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 100m vs DELTA TEMPERATURE 100m - 10m (5/1/83 -
12/31/83) 2-36 2.2-7 HONTHLY AND ANNUAL PRECIPITATION - 1983 2-44 4
4'
(_)
2-11
O HNP U
ANNuit. REP 0ar CHAPTER 2 METEOROLOGICAL MONITORING LIST OF FIGURES Drure Title 2.2-1 10/23m WIND ROSE (1/1/83 - 12/31/83) 2.2-2 23m WIND ROSE (1/1/83 - 3/31/83) 2.2-3 10/23m WIND ROSE (4/1/83 - 6/30/83) 2.2-4 10m WIND ROSE (7/1/83 - 9/30/83) 2.2-5 10m WIND ROSE (10/1/83 - 12/31/83) 2.2-6 60/46m WIND ROSE (1/1/83 - 12/31/83) 2.2-7 46m WIND ROSE (1/1/83 - 3/31/83) 2.2-8 60/46m WIND ROSE (4/1/83 - 6/30/83) 2.2-9 60m WIND ROSE (7/1/83 - 9/30/83) 2.2-10 60m WIND ROSE-(10/1/83 - 12/31/83) 2.2-11 100m WIND ROSE (5/1/83 - 12/31/83)
(
2.2-12 100m WIND ROSE (7/1/83 - 9/30/83) i 2.2-13 100m WIND ROSE (10/1/83 - 12/31/83) s 2.2-14 AMBIENT TEMPERATURE - 1983 2.2-15 DEW POINT TEMPERATURE - 1983 i
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METEOROLOGICAL MONITORING
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2.1 Introduction During 1983, many changes occurred regart_ag the Plant Hatch meteorological. tower and its subsequent data collection program. In April a new 100m meteorological tower was put into operation. This tower has three levels: 10m, 60s, and 100m. Data collection continued through April using the old tower now designated as " backup" tower.
r Two levels of data were collected at the 23m and 46m levels. For the purposes of running wind roses, data from both towers were combined (10m and 23m, 46m and 60m). However, due to the differences in elevation in delta-temperature between the two sites, the tables for different portions of the year could not be readily combined.
2.2 1983 Data 1
2.2.1 Data Recovery Data recovery for all parameters was quite good for the year considering 1
all of the changes made. For individual parameters, data recovery averaged about 96% with composite totals averaging about 94% for the lower levels and 87% for the upper levels (Table 2.2-1).
()
2.2.2 Nind Roses r
The wind roses (Figure 2.2-1 through 2.2-13) agree quite well, between levels both annually and seasonally. There are some differences between the 100m level and the lower two levels. This can be attributed to the different time periods of the 100m wind roses versus the 10m and 60m levels. A comparison of the 1983 wind roses with previous years shows some significant differences particularly when compared with 1982. There were many more hours of northwest winds and less hours of northeast winds in 1983 compared to 1982 data. These changes can be attributed to normal year-to-year climatic variations.
2.2.3 Temperature Data i
The temperature data (Figures 2.2-14 and 2.2-15) show good agreement with previous years. Overall, both the ambient and dew point temperatures were somewhat cooler than in previous years. This was particularly true 'during November and December when temperatures across the country were quite cold. The temperatures during the summer months were considered to be above normal in the eastern U.S. -Temperatures at Plant Hatch were lower than some previous years. This may be attributed to local conditions related to the moving of the meteorological-equipment.
1 0
2-1
2.2.4 Joint Frequency Tables
(
The joint frequency tables (Tables 2.2-2 through 2.2-6) agree very well with previous years. The table below shows joint frequency data for the last five years using wind speed and direction 46m vs delta temperature 46-10m. With the installation of the new meteorological tower during 1983 the level used in the table has changed to wind speed and direction 60m vs delta temperature 60-10m beginning May 1, 1983.
PLANT HATCH STABILITY CLASSIFICATION Stability
% Stability l
. Group Year 1983 1982 1981 1980 1979 5-Year Average A
14.7 16.2 21.7 25.2 19.5 19.5 B
5.2 3.8 4.6 3.0 4.0 4.1 C
3.8 2.3 2.0 1.2 2.2 2.3 D
21.9 20.8 19.0 14.2 20.7 19.3 E
33.8 34.3 29.1 31.3 27.2 31.1 F
11.3 14.8 11.7 13.3 13.6 12.9 G
9.3 7.8 11.9 11.8 12.8 10.4
[v)
TOTAL HOURS 7468 7725 7944 8361 7320 i
In 1983, the changing of the tower location has made little difference.
j With the increased difference between delta temperature levels one would expect to see less unstable and stable hours and more neutral hours during coming years. This would be caused by a higher rate of surface heating during the day and cooling at night at the 10m level but a small-relative difference in ambient temperature between the 46m and 60m levels. The additional height of normalization will cause more hours to be categorized as neutral than in the past.
2.2.5 Precipitation The precipitation total for 1983 was about 35 inches (Table 2.2-7).
While this is still considerably below the climatic normal of 45 inches, it seems reasonable considering the dry conditions experienced in much of the eastern U.S. during the summer and early fall months.
[
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2-2
TABLE 2.2-1 O
DATA RECOVERY - 1983 Recovery Parameter (percent) i Wind Speed 10m+
98.2 Wind Direction 10m+
99.5 Wind Speed 60m*
95.7 Wind Direction 60m*
89.2 Wind Speed 100m 95.4 Wind Direction 100m 93.0 Delta Temperature 60-10m*
95.8 Delta Temperature 100-10m*
93.5 l
Temperature 10m 99.0 Dew Point Temperature 10m 97.9 Precipitation 2m 99.6 i
Composite Wind speed and direction 10m+,
delta temperature 60-10m*
94.2 Wind speed and direction 60m*
delta temperature 60-10m*
85.3 I
Wind speed and direction g 0m*
delta temperature 100-10m 87.7
+23m 1/1/83 - 4/30/83
- 46m 1/1/83 - 4/30/83 Operational 5/1/83 - 12/31/83 O
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TABLE 2.2-2 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 23m vs DELTA TEMPERAfURE 46m - 10m (1/1/83 - 4/30/83)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 STABILITY CLASS:
A DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 UIND SPEED (iPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 2
3 2
0 0
7 NNE 1
0 2
0 0
0 3
NE O
O O
8 0
0 0
ENE O
O 2
0 0
0 2
E 3
13 1S 4
1 0
36 ESE 3
17 10 0
0 0
30 SE 1
12 8
3 1
0 2S l
SSE O
19 20 8
0 0
47 s
S 2
21 12 1
B 0
36 SSU 2
16 7
1 0
0 26 SU 2
20 9
2 3
0 36 USU 1
7 4
2 0
0 14 U
2 14 14 6
0 0
36 UNU 3
29 70 28 0
0 130 NU 1
14 71 S
0 0
91 NNU 0
3 13 7
1
__________________________________________________0 24 TOTAL 21 187 260 69 6
__________________________________________________0S43 PERIODS OF CALM (HOURS):
10 UARIABLE DIRECTION 17 t
HOURS OF MISSING DATA:
93
\\
9 2-4
i TAB:I 2.2-2 (c0NTINUED)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 STABILITY CLASS:
B DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAP
-__-__-_______----_-____------_-_----_,.__-_---SE:DT1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
0 0
0 1
0 0
1 NNE O
O 8
0 0
0 0
NE O
O O
O O
O O
ENE 1
1 0
0 0
0 2
E O
4 10 4
0 0
18 ESE 2
4 4
0 0
0 10 SE 1
1 4
2 0
0 8
SSE O
3 4
1 0
0 8
S 1
2 2
0 0
0 S
SSU 0
2 0
0 0
0 2
SU 2
3 1
1 0
0 7
USU 2
1 2
2 0
0 7
U 2
3 S
2 0
0 12 UNU 0
11 10 4
0 0
25 NW 1
4 S
1 0
0 11 NNU 0
0 2
0 0
0
___-___________________--_____-______-___________ _-____2 TOTAL 12 39 49 18 0
0 118 PERIODS OF CALM (HOURS):
10 l
UARIABLE DIRECTION 3
HOURS OF MISSING DATA:
93 1^
()
2-5
.. TABLE 2.2-2 (CONTINUED) l SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
C DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DI
_________________________________________R 1
LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 0
1 0
0 R
2 NNE O
O 1
0 0
0 1
NE O
1 0
0 0
0 1
ENE O
O O
O O
O O
E O
1 0
0 0
0 1
ESE 2
2 2
0 0
0 6
SE 1
1 0
0 0
0 2
O SSE 1
3 3
1 0
0 8
S 0
0 1
0 0
0 1
SSU 2
0 0
0 0
0 2
SU 2
2 1
1 0
'O 6
USU 0
0 0
0 0
0 0
U 1
0 0
1 0
0 2
UNU 0
4 1
3 0
0 8
NU 0
2 3
1 2
0 8
NNU 0
0 2
0 0
0
________________________________________________________2
- TOTAL 10 16 IS 7
0 SO
____________________________________________2 PERIODS OF CALM (HOURS):
10 VARIABLE DIRECTION 1
HOURS or MISSING DATA:
93 2_6
TABLE 2.2-2 (CONTINUED)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
D DT/DZ l
ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1' LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 2
4 0
0 0
6 NNE O
1 3
0 0
0 4
NE O
1 5
2 0
0 8
ENE 2
2 8
3 0
0 16 i
E 5
19 75 17 0
0 116 ESE 7
30 17 1
0 0
55 SE 2
17 17 3
0 0
40 SSE 7
23 25 10 1
0 66 S
8 11 3
1 0
0 23 l
SSU 3
10 3
0 0
.0 16 SU 5
9 4
1 0
0 19 USU 2
8 12 3
1 0
26 U
1 12 16 2
0 0
31 UNU 0
18 28 4
0 0
50 I
NU 3
20 63 8
0 0
94 NNU 0
6 24 15 0
0 45 TOTAL 45 189 307 70 2
0 615 l
PERIODS OF CALM (HOURS):
10 UARIABLE DIRECTION 3
HOURS OF MISSING DATA:
93 2-7 L
d I
TABLE 2.2-2 (CONTINUED)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
E DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 5
8 0
0 0
14 NNE 1
2 8
0 0
0 11 NE 1
4 9
1 0
0 15 ENE 1
5 16 11 1
0 34 E
3 25 28 4
0 0
60 ESE 14 31 12 0
0 0
57 SE 11 38 11 1
0 0
61
()
SSE 13 47 13 1
1 0
75 l
S 15 31 9
7 0
0 62 l
SSU 8
18 7
3 0
0 36 SU 9
14 11 0
0 0
34 i
USU 8
30 19 4
0 0
61 U
4 30 23 6
0 0
63 UNU 5
77 19 2
0 0
103 NU 2
55 72 4
0 0
134 NNU 2
6 18 8
0 0
34 TOTAL 98 418 283 52 2
0 854 PERIODS OF CALM (HOURS):
10 UARIABLE DIRECTION 8
HOURS OF MISSING DATA:
93 O
2-8
TABLE 2.2-2 (CONTINUED)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
F DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1
' APSE:DT 1 UIND SPEED (tPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
0 7
8 0
0 0
1S NNE O
4 4
0 0
0 8
NE O
4 8
1 0
0 13 ENE O
11 16 S
1 0
33 E
2 9
7 0
0 0
19 ESE 8
14 1
0 0
0 23 l
SE 8
12 0
0 0
0 20 SSE 3
9 0
0 0
0 12 l
S 4
7 0
0 0
0 11 SSU 4
6 0
0 0
0 11 SU 9
11 3
0 0
0 23 USU 2
16 8
0 0
0 26 U
S 22 6
0 0
0 33 UNU 2
23 2
0 0
0 27 NU 2
17 14 1
0 0
34 NNU 0
10 7
1 0
0 18 TOTAL 49 182 84 8
1 0
326 T
PERIODS OF CALMCHOURS):
10 VARIABLE DIRECTION 7
HOURS OF MISSING DATA:
93 n
- v 2-9
_ _ ~
TABLE 2.2-2 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
G DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 5
2 1
0 0
9 NNE O
2 2
0 0
0 4
NE 1
4 5
0 0
0 10 ENE 1
1 11 0
0 0
13 E
2 3
1 0
0 0
6 ESE 4
7 0
0 0
0 11 SE 4
3 0
0 0
0 8
O-SSE 13 13 0
0 0
0 27 S
7 5
0 0
0 0
13 SSU 5
5 0
0 0
0 10 SU 9
13 2
0 0
0 24 USU 10 27 4
0 0
0 43 U
13 30 1
0 0
0 44 UNU 7
20 0
0 0
0 27 NU 6
9 9
0 0
0 24 NNU 2
3 3
0 0
0 8
TOTAL 85 150 40 1
0 0
281 PERIODS OF CALM (HOURS):
10 VARIABLE DIRECTION 11 HOURS OF MISSING DATA:
93 i
l l
l l
2-10 L
TABLE 2.2-2 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
ALL DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
3 21 26 4
0 0
54 NNE 2
9 20 0
0 0
31 NE 2
14 27 4
0 0
47 ENE 5
20 53 _
19 2
0 100 E
15 74 136 29 1
0 256 ESE 40 105 46 1
0 0
192 SE 28 84 40-9 1
0 164 h"
SSE 37 117 65 21 2
0 243 S
37 77 27 9
0 0
151 SSU 24 57 17 4
0 0
103 SU 38 72 31 5
0 149 i
USU 25 89 49 11 1
0 177 U.
28 111 65 17 0
0 221 UNU 17 182 130 41 0
0 370 NU 15 121 237 20 2
0 396 NNU 4
28 69 31 1
0 133 t TOTAL 320 1181 1838 225 13 0
2787 PERIODS OF-CALM (HOURS):
10
_ VARIABLE DIRECTION 50 HOURS OF MISSING DATA:
93 I
O l
.e 2-11
.w
-y,
-,,,,a e,,--
TABLE 2.2-3 JOINT FREQUENCY TABLE WIND SPEED AND WIND DIRECTION 46m vs DELTA TEMPERATURE 46m - 10m (1/1/83 - 4/30/83)
SITE: PLANT HATCH H0dRS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 l
STABILITY CLASS:
A DT/DZ l
ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAP
-_____-____-___________--__-__-_-____--___--____-_SE:DT1 UIND SPEED (FFH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 2
7 4
1 0
14 NNE 1
0 4
6 1
0 12 NE O
1 0
2 0
0 3
ENE O
1 4
1 0
0 6
E 1
6 10 S
1 1
24 ESE O
6 3
0 0
0 9
Os SE 2
4 7
S 0
0 18 SSE O
13 14 8
0 0
3S S
2 11 11 3
0 0
27 SSU 0
13 8
2 0
0 23 SU 0
18 10 0
0 0
28 USU 2
4 6
4 2
0 18 U
3 11 8
8 0
3 33 UNU 1
24 24 44 1
0 94 NU 0
9 38 SO 6
1 104 NNU 1
7 37 21 12 1
79 l
TOTAL 13 130 191 163 24 6
S27 PERIODS OF CALM (HOURS):
3 VARIABLE DIRECTION 0
HOURS OF MISSING DATA:
149 2-12
. ~
TABLE 2.2-3 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 STABILITY CLASS:
B DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAP
___-______________________________________________SE:DT 1
UIHD SPEED (PPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24' TOTAL N
1 1
2 1
0 0
5 NNE O
O O
O O
O O
NE O
1 0
0 0
0 1
ENE B
1 1
4 1
0
?
E 1
2 4
4 0
0 11 ESE 2
1 5
0 0
0 8
es SE O
O 4
2 0
0 6
i SSE O
1 2
2 0
0 5
S 0
0 1
1 0
0 2
SSU 0
3 0
0 0
0 3
l SU 1
5 2
0 0
0 8
USU 1
0 1
0 0
0 2
I U
2 4
6 3
2 1
18 UNU 0
1 8
2 1
0 12 NU 0
3 5
5 1
0 14 NNU 0
2 1
5 1
0 9
TOTAL 8
25 42 29 6
1 111 i
{
PERIODS OF CALM (HOURS):
3 UARIABLE DIRECTION 1
HOURS OF MISSING DATA:
149 I
2-13 l
e
--m g
.c--
.,g e-.--.
,,.._e n.
4 TABLE 2.2-3 (CONTINUED)
- O i
i i
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
C DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 1 UIND SPEED (ffH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
0 O
3 1
0 0
4 NNE O
O 1
1 0
0 2
NE O
O O
O O
O O
ENE O
O O
O O
O O
E O
1 0
0 0
0 1
i ESE O
2 2
1 0
0 S
SE O
1 0
1 0
0 2
SSE O
1 1
1 0
0 3
S 1
0 3
0 0
0 4
SSU 1
0 0
1 0
8 2
SU 0
2 0
0 0
0 2
USU 1
1 1
0 0
0 3
U 0
1 0
1 0
0 2
UNU 2
2 2
1 0
0 7
NU 0
2 2
6 2
0 12 4
NNU 0
0 1
3 1
0 5
TOTAL 5
13 16 17 3
0 S4 PERIODS OF CALMCHOURS):
3 UARIABLE DIRECTION 1
HOURS OF MISSING DATA:
149 O
2-14 1
TABLE 2.2-3 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND D'IRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
D DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 6
15 10 5
0 36 NNE O
1 2
2 0
0 5
NE O
2 7
1 1
0 11 ENE 2
2 14 20 0
0 38 E
2 9
58 26 2
0 97 ESE 3
17 21 4
0 0
45 SE 1
7 19 15 4
0 46
()
SSE 1
10 18 7
0 1
37 S
4 15 4
1 0
0 24 SSU 3
10 0
1 0
.0 14 SU 3
13 3
2 0
0 21 USU 1
3 13 5
2 0
24 U
0 7
20 9
1 0
37 UNU 0
4 29 17 2
1 53 NW 1
9 40 23 1
0 74 NNU 0
4 22 17 6
0 49 TOTAL 21 119 285 160 24 2
611 PERIODS OF CALM (HOURS):
3 UARIABLE DIRECTION 2
HOURS OF MISSING DATA:
149
?
2-15 1
l f
TABLE 2.2-3 (CONTINUED)
O l
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 STABILITY CLASS:
E DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPS
-___-______________________________________________E:DT1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 1
32 9
0 0
42 NNE O
2 14 1
0 0
17 NE 1
3 11 6
3 0
24 ENE 1
3 33 13 2
0 52 E
1 6
26 8
1 0
42 ESE 1
15 18 4
0 0
38 Os SE 4
26 13 6
4 0
53 SSE 1
33 28 3
0 0
65 S
7 23 18 2
0 0
50 SSU 4
10 12 0
0 8
26 SU 2
13 11 3
0 0
29 USU 5
10 26 10 3
0 54 l
U 1
9 38 7
5 0
60 UNU 2
14 55 13 0
0 84 104 22 0
0 139 NNU 1
5 41 10 1
0 58 TOTAL 31 186 480 117 19 0
833 PERIODS OF CALMCHOURS):
3 VARIABLE DIRECTION 4
HOURS OF MISSING DATA:
149 3
e
!1 2-16
e TABLE 2.2-3 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
F DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:D
________________________________________IR 2
LAPSE:DT 1 UIND SPEED (ffH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
2 3
16 1
0 0
22 NNE O
1 17 1
0 0
19 NE 2
0 14 6
5 0
27 ENE O
3 15 6
1 0
25
-E i
O 1
6 0
0 0
7 ESE 1
3 8
0 0
0 12 O
SE 1
6 3
3 0
0 13 SSE-0 5
2 0
0 0
7 S
2 7
3 1
1 0
14 SSU 0
4 3
0 0
0 7
i SU 1
4 11 0
0 0
16 USU 2
7 20 5
0 0
34 U
3 5
12 4
0 0
24 (JiU 2
5 23 1
0 0
31 NU 2
1 32 5
0 0
40 NNU 0
4 10 2
__________________________________ -_-______0 0
16 TOTAL 18 59 195 35 0
314
- _____-____-______-_-___-___-___--____-_____ 7______--__-_______
PERIODS OF CALM (HOURS):
3 UARIABLE DIRECTION 4
HOURS OF MISSING DATA:
149 6
i
!O 2-17 l
TABl.E 2.2-3 (CONTINUED)
!O t
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010181-83043024 STABILITY CLASS:
G-DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION
_______________________________________:DIR 2
LAPSE:DT 1 UIND SPEEDUfH)
UIND DIRECTIGN 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
5 3
8 3
0 0
19 NNE O
5 7
1 0
0 13 NE O
2 11 4
0 0
17 ENE 1
3 6
1 0
0 11 l
E O
2 1
0 0
0 3
ESE.
0 6
5 0
0 0
11 SE 2
4 5
1 0
0 12 SSE 1
7 3
0 0
0 11 S
2 9
8 0
0 0
19 SSU 5
1 1
0 0
'O 8
SU 3
5 0
0 0
0 9
l USU 2
2 13 1
0 0
19 U
S 8
28 1
0 0
42 UNU 2
13 19 1
0 0
35 NU 2
11 24 0
0 0
37 NNU 1
4 8
2 0
0 15 TOTAL 31 85 147 15 0
0 281 PERIODS OF CALMCH0!JRS):
3 UARIABLE DIRECTION 5
HOURS OF MISSING DATA:
149 2-18
,,... - _.-,. =..- -.. - - -.. - -_ -.
TABLE 2.2-3 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83010101-83043024 STABILITY CLASS:
ALL DT/DZ ELEUATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT
_________________________________________________________1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
8 16 83 29 6
0 142 NNE 1
9 45 12 1
0 68 NE 3
9 43 19 9
0 83 l
ENE 4
13 73 45 4
0 139 E
5 27 105 43 4
1 185 ESE 7
50 62 9
0 0
128 O
SE 10 48 51 33 8
0 150 k-/
SSE 3
70 68 21 0
1 163 S
18 65 48 8
1 0
140 i
SSU 13 41 24 4
0
'O 83 SU 10 60 37 5
0 0
113 USU 14 27 80 25 7
0 154 U
14 45 112 33 8
4 216 UNU 9
63 160 79 4
1 316 NU 5
48 245 111 10 1
420 NNU 3
26 120 60 21 1
231 TOTAL 127 617 1356 536 83 9
2731 PERIODS OF CHLM(HOURS):
3 VARIABLE DIRECTION 17 HOURS OF MISSING DATA:
149 O
2-19
l TABLE 2.2-4 l
)
JOINT FREQUENCY TABLE WIND SPEED AND WIND V
DIRECTION 10m vs DELTA TEMPERATURE 4
60m - 10m (5/1/83 - 12/31/83)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0101-83123124 STABILITY CLASS:
A DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 l
i UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
4 11 0
0 0
0 15 NNE 1
25 10 0
0 0
36 NE 1
84 14 0
0 0
99 ENE 3
76 19 0
0 0
98 E
2 27 6
0 0
0 35 ESE 2
17 6
0 0
0 25 SE 1
21 4
0 0
0 26 f
SSE 1
21 6
0 0
0 28 S
5 14 5
0 0
0 24 SSU 0
19 8
1 0
0 29 l
SU 2
25 10 0
0 0
37 l
USU 1
22 9
0 0
0 32 U
0 26 15 0
0 0
41 UNU 1
35 10 0
0 0
46 l
NU 4
.26 8
0 0
0 38 NNU 1
15 5
0 0
0 21 TOTAL 29 464 135 1
0 0
630 PERIODS OF CALM (HOURS):
432 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
411 l
2-20
., _ ~..
-,r e
v
TABLE 2.2-4 (CONTINUED)
- O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION j
PERIOD OF RECORD =
830S0181-83123124 STABILITY CLASS:
B DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 WIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 7
3 0
0 0
10 NNE 7
14 0
0 0
0 21 NE 3
27 5
0 0
0 35 ENE 1
23 1
0 0
0 25 E
1 9
1 0
0 0
11 ESE 1
7 0
0 0
0 8
SE 6
16 2
0 0
0 24 O
SSE 1
14 2
0 0
0 17 S
2 13 4
0 0
0 19 SSU 1
12 10 0
0 0
23 SU 3
11 3
0 0
0 17 USU 2
14 2
0 0
0 18 U
0 15 5
0 0
0 20 UNU 1
21 6
0 0
0 28 NU 3
20 4
0 0
0 27 NNU 1
13 2
0 0
0 16 TOTAL 33 236 50 0
0 0
319 PERIODS OF CALM (HOURS):
432 UARIABLE DIRECTION 0
HOURS OF MISSING DATA:
411 4
i 2-21
...---,,---..,---.---.--.....,,_---__,_,,-.--__._..-------,.,__,_.---m.,
I I
TABLE 2.2-4 (CONTINUED)
- O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0101-83123124 STABILITY CLASS:
C DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
?
14 0
0 0
0 21 NNE 3
15 1
0 0
0 19 NE 3
21 2
0 0
0 26 ENE 3
16 5
0 0
0 24 E
S 6
0 0
0 0
11 ESE 3
?
2 0
0 0
12 SE 2
8 0
0 0
0 10 O
SSE 2
5 3
0 0
0 10 S
1 10 3
0 0
0 14 SSU 0
18 4
0 0
0 22 SU 3
8 6
0 0
0 17 USU 2
9 3
-1 0
0 15 W
3 10 3
0 0
0 16 i
UNU 3
16 5
0 0
0 24 l
NU 2
11 0
0 0-0 13 NNU 1
17 1
0 0
0 19 t
TOTAL 43 191 38 1
0 0
273 PERIODS OF CALM (HOURS):
432 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
411 l O 2-22
TABLE 2.2-4 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
D DT/DZ l
ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL
-u-N 8
40 10 0
0 0
58 NNE 9
39 1
0 0
0 50 NE 32 102 10 0
0 0
145 ENE 24 72 6
0 0
0 105 E
16 33 2
0 0
0 52 ESE 8
24 5
0 0
0 37 SE 12 55 3
0 0
0 72 O
SSE 17 43 11 0
0 0
71 S
12 54 6
0 0
0 73 SSU 15 62 10 0
0 0
87 SU 7
58 11 0
0 0
79 USU 14 43 7
1 0
0 65 U
24 51 6
13 0
0 83 UNU 13 49 13 0
0 0
75 NU 11 44 15 1
0 0
73 NNU 10 33 5
0 0
0 50 TOTAL 232 802 121 2
0 0
1175 PERIODS OF CALM (HOURS):
432 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
411 2-23
TABLE 2.2-4 (CONU NUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 l
STABILITY CLASS:
E DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR
____________________________________________1LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
12 24 6
0 0
0 46 NNE 18 41 2
0 0
0 66 NE 52 131 14 0
0 0
199 ENE 73 68 4
0 0
0 152 E
44 34 1
0 0
0 87 ESE 43 48 2
0 0
0 103 Os SE 49 108 7
0 0
0 169 SSE 36 105 21 0
0 0
170 S
41 106 7
1 0
0 158 SSU 37 101 10 0
0 0
153 l
SU 48 119 7
1 0
0 181 l
USU 38 40 4
0 0
0 90 U
31 46 5
0 0
0 85 UNU 20 44 20 0
0 0
86 NU 23 57 30 2
0 0
113 l
NNU 15 37 14 0
0
__________________________________________________073 TOTAL 580 1109 154 4
0
__________________________________________________0 1931 PERIODS OF CALM (HOURS):
432 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
411 2 24
~
4 TABLE 2.2-4 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
F DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
10 5
0 0
0 0
18 NNE 13 3
4 0
0 0
20 NE 26 27 8
0 0
0 71 ENE 28 20 1
0 0
0 57 E
17 10 0
0 0
0 46 ESE 28 6
1 0
0 0
50 Os SE 22 13 0
0 0
0 44 SSE 13 9
0 0
0 0
25 l
i S
19 14 0
0 0
0 40 SSU 19 15 1
0 0
.0 51 SU 22 33 0
0 0
0 67 USU 16 8
1 0
0 0
33 l
U 13 8
1 0
0 0
27 UNU 13 13 1
0 0
0 29 NU 6
12 0
0 0
0 21 NNU 12 7
1 0
0 0
25 l
TOTAL 277 203 19 0
8.
0 624 1
7 l
PERIODS OF CALM (HOURS):
432 UARIABLE DIRECTION 0
HOURS OF MISSING DATA:
411 O
2-25
TABLE 2.2-4 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0181-83123124 STABILITY CLASS:
G DT/DZ 1
ELEVATION:
SPEED:SPD 1 DIRECTION:DIR 1 LAPSE:DT 2 UIND SPEED (NPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
7 0
0 0
0 0
15 NNE 6
1 0
0 0
0 12 i
NE 5
1 1
0 0
0 13 ENE 14 5
0 0
0 0
24 E
6 4
0 0
0 0
16 ESE 13 4
0 0
0 0
32 O-SE 17 0
0 0
0 0
28 i
SSE 9
1 0
0 0
0 13 S
11 5
1 0
0 0
27-SSU 26 11 0
0 0
8 58 SU 44 18 0
0 0
0 84 USU 29 4
0 0
0 0
55 W
25 7
0 0
0 0
45 UNU 20 7
0 0
0 0
41 NU 10 11 2
0 0
0 27 NNU.
12 3
3 0
0 0
27 TOTAL 254 82 7
0 0
0 517 1
PERIODS OF CALM (HOURS):
432 UARIABLE DIRECTION O
HOURS OF-MISSING DATA:
411 I
l t
1 lO 2-26 L
TABLE 2.2-4 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 STABILITY CLASS:
ALL DT/DZ ELEVATION:
SPEED:SPD 1 DIRECTION
:DIR 1
LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
48 101 19 0
0 0
183 NNE 57 138 18 0
0 0
224 NE 122 393 54 0
0 0
588 ENE 146 280 36 0
0 0
485 i
E 91 123 10.
0 0
0 258 ESE 98 113 16' 0
8 0
267 O
SE 109 221 16 0
0 0
373
.SSE 79 198 43 0
0 0
334 S
91 216 26 1
0 0
355 SSU 98 238 43 1
0 0
423 SU 129 272 37 1
0 0
482 USU 102 140 26 2
0 0
308 U
96 163 35 0
0 0
317 UNU 71 185 55 0
0 0
329 NU 59 181 59 3
0 0
312 NNU 52 125 31 0
_---------_--_----------_---------_ 0 0
231 TOTAL 1448 3087 524 8
0 0
5469 PERIODS OF CALM (HOURS):
432 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
411 k
LO 2-27 L
TAELE 2.2-5 JOINT FREQUENCY TABLE WIND SPEED AND WIND v
DIRECTION 60m vs DELTA TEMPERATURE 60m - 10m (5/1/83 - 12/31/83)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 l
STABILITY CLASS:
A DT/DZ ELEVATI0d:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
WIND DIRECTION 1-3 4-7 8-12.13-18 19-24
>24 TOTAL N
O 6
9 0
0 0
15 NNE O
6 13 10 0
0 29 NE 1
11 60 21 0
0 93 ENE O
15 50 13 0
0 78 E
2 14 26 6
0 0
48 ESE 1
13 8
6 0
0 28 SE O
13 12 1
0 0
26 SSE 2
9 7
4 0
0 22 S
0 7
8 4
1 0
20 SSU 1
7 13 3
2 0
26 SU 0
18 15 6
0 8
39 USU 1
7 5
11 0
0 24 U
1 13 29 7
1 0
51 UNU 1
12 18 4
0 0
35 NU 1
10 15 0
0 0
26 NNU 0
5 2
1 0
0 8
TOTAL 11 166 290 97 4
0 568 PERIODS OF CALM (HOURS):
6 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 2-28 e
TABLE 2.2-5 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0181-83123124 STABILITY CLASS:
B DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 2
8 1
0 0
12 NNE O
5 4
0 0
0 9
NE 1
11 16 5
0 0
33 ENE O
6 9
3 0
0 18 E
O 10 4
3 0
0 17 ESE 1
8 2
0 0
0 11 SE 2
5 8
2 0
0 17
()
SSE 3
6 5
0 0
0 14 S
0 8
8 0
0 0
16 SSU 1
S 9
7 0
0 22 SU 1
6 3
4 0
'O 14 USU 1
9 7
5 0
0 22 U
0 7
11 3
0 0
21 UNU 0
7 11 3
1 0
22 NU 0
9 6
2 0
0 17 NNU 1
6 4
0 0
__________--_____-_-____-__--_-__-_______-_--____ 0 11 TOTAL 12 110 115 38 1
-_--------__----_--__--_-----_-__---. -_----__-- 0 276 PERIODS OF CALM (HOURS):
6 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 l
0 2-29
l TABLE 2.2-5 (COhTIhTED)
- O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 STABILITY CLASS:
C DT/DZ
[_____
UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 7
10 0
0 0
17 NNE O
3 6
1 0
0 10 NE 2
1 12 2
0 0
17 ENE 1
3 6
0 0
0 10 E
O 10 6
1 0
0 17 ESE O
3 6
2 0
0 11 SE O
6 3
0 0
0 9
()
SSE 1
5 6
1 0
0 13 S
2 3
9 2
0 0
16 l
SSU 0
10 6
3 0
0 19 l
SU 2
3 8
4 0
'O 17 USU 2
3 6
3 1
0 15-I U
1 8
6 1
0 0
16 UNU 0
7 5
2 1
0 15 NU 1
7 7
0 0
0 15 NNU 1
5
.5 0
0 0
11 TOTAL-13 84 107 22 2
_---_--_--___ ____ ----_-..... -____... ___ 0 228 PERIODS OF CALM (HOURS):
6 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 2-X)
=-
TABLE 2.2-5 (CONTINUED)
- O SITE
- PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
D DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 1
UIND SPEED (MPH)
LEND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
2-18 15 5
0 0
40 NNE 2
14 10 1
0 0
27 NE 3
35 48 40 0
0 126 ENE 1
14 29 10 0
0 54 E
4 23 26 8
0 0
61 ESE 5
21 32 5
0 0
63 SE 2
19 29 2
0 0
52 O
SSE 2
21 33 6
1 0
63 S
2 24 27 4
0 0
57 SSU 5
24 41 8
3 0
81 SU 3
16 34 13 1
-0 67 l
USU 4
24 28 7
0 0
63 W
2 35 30
~14 0
0 81 UNU 4
28 36 11 3
0 82 NU 0
30 20 6
2 0
58 NNU 4
30 14 4
0 0
52 TOTAL 45 376 452 144 10 0
1027 PERIODS OF CALM (HOURS):
6 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 O
2-31
l TABLE 2.2-5 (CONTUTUED)
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 STABILITY CLASS:
E DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 10 21 17 0
0 48 NNE 2
7 24 19 0
0 52 NE 3
15 86 59 1
0 164 ENE 4
16 55 7
1 0
83 E
2 34 59 6
0 0
102 l
ESE 2
38 70 4
0 0
114 SE 6
40 78 14 0
0 138 i
SSE 4
19 121 18 1
0-163 S
1 35 101 24 1
0 162 SSU 2
22 100 13 0
0 137 SU 7
24 101 16 1
'O 149 USU 4
21 49 15 5
0 94 U
1 20 45 17 0
1 84 UNU 4
19 31 28 1
0 83 NU 2
9 29 19 3
1 63 NNU 2
15 27 14 0
0 58 TOTAL 46 344 997 290 14 2
1694 l
PERIODS OF CALM (HOURS):
6 i
UARIABLE DIRECTION 0
HOURS OF MISSING DATA:
1143
!O 2-32
D TABLE 2.2-5 (CONTINUED)
O l
l SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
F DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
WIND i
l DIRECTION 1-3 4-7 8-12 13-18 19-24
>24. TOTAL N
O 2
6 2
0 0
10 NNE 1
5 6
3 0
0 15 NE 2
8 29 14 0
0 53 ENE 1
8 27 4
0 0
40 E
O 10 25 1
0 0
36 ESE 1
13 40 0
0 0
54 SE 4
22 26 1
0 0
53 SSE 1
16 17 0
0 0
34 S
3 9
22 3
0 0
37-
~-
1 SSU 0
15 22 4
0 0
41 SU 1
15 30 1
1
~0 49 USU 2
14 16 2
0 0
34 U
1 8
17 0
0 0
26 UNU 2
8 14 0
0 0
24 NU 1
3 3
0 0
0 7
NNU 0
3 12 4
0 0
19 TOTAL 20 159 312 39 1
0 532 PERIODS OF CALM (HOURS):
6 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 t
l I
l O 2-33 4
y
,,y
-y-
,,-,a-,..,y_-.,
,_-,-rn.g.
--,-w--.
,,,---c--,--_,,-
,.en,,
-,,y--.-.-,_-,%.--.,.w,
...,y,w-w.
-,,,,,,,~,,
, -. =, - -...
w
TABLE 2.2-5 (CONTINUED)
' O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
G DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 9
10 4
0 0
25 NNE 1
11 14 0
0 0
26 NE 2
7 21 1
0 0
32 ENE 1
9 6
0 0
0 16 E
O 7
21 0
0 0
28 i
ESE 1
11 18 0
0 0
31 SE 3
17 20 0
0 0
40 O'-
SSE 1
11 8
0 1
0 21 S
1 3
12 2
0 0
19 l
SSU 1
3 8
3 0
0 15 l
SU 0
12 13 0
0
'O 25 USU 2
10 16 0
0 0
28 U
S 9
18 5
0 0
37 WU 0
7 20 4
0 0
31 NU 1
11 8
1 0
0 21 NNU 2
6 5
4 0
0 17 TOTAL 22 143 218 24 1
0 412 PERIODS OF CALM (HOURS):
6 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 2-34 m--g--
y e-w--u
.------m----Py-e'--"*M+t'r---tN--w
P*'me'*
- * - -*-W-e.'--'-'
- - - - - - - - - " ^ - -
1 TABLE 2.2-5 (CONTINUED) f SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 l
STABILITY CLASS:
ALL DT/DZ ELEVATION:
SPEED:SPD 2 DIRECTION:DIR 2 LAPSE:DT 2 UIND SPEED (MPH)
WIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
4 54 79 29 0
0 167 NNE 6
51 77 34 0
0 168 NE 14 88 272 142 1
0 518 ENE 8
71 182 37 1
0 299 E
8 108 167 25 0
0 309 ESE 11 107 176 17 0
0 312 SE 17 122 176 20 0
0 335 O
SSE 14 87 197 29 3
0 330 i
S 9
89 187 39 2
0 327 SSU 10 86 199 41 5
.0 341 SU 14 94 204 44 3
0
-360 USU 16 88 127 43 6
0 280 i
U 11 100 156 47 1
1 316 l
UNU 11 88 135 52 6
0 292 1
NU 6
79 88 28 5
1 207 NNU 10 70 69 27 0
0 176 TOTAL 169 1382 2491 654 33 2
4737 PERIODS OF CALM (HOURS):
6 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
1143 1
0 2-35 y-.,
w 3
.ce y,.~,e..-.=
-g=~-
y-==*wf~e-ww-r
-ee e ee ww a-ve ww ---e ee +av-v e h w-
- +m+-----ew
-vem es--*+-or+-esm
- = w*
- v*'r- - + ~ - -
TABLE 2.2-6 JOINT FREQUENCY TABLE WIND SPEED AND WIND O
DIRECTION 100m vs DELTA TEMPERATUPI 100m - 10m (5/1/83 - 12/31/83)
SITE: PLANT HATCH ~
HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0101-83123124 STABILITY CLASS:
A DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT 1 UIND SPEED (PFH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 3
2 1
0 0
6 NNE O
2 7
6 0
0 15 NE O
3 39 28 0
0 70 ENE O
3 20 8
0 0
31 E
O 2
6 3
0 0
11 ESE O
3 3
1 0
0 7
SE O
3 3
0 0
0 6
SSE O
2 0
0 0
0 2
S 1
1 1
1 1
0 5
SSU 0
1 2
2 0
0 5
SU 0
1 2
3 1
0 7
USU 0
0 3
4 1
0 8
U 0
1 7
5 0
0 13 UNU 0
6 3
2 0
0 11 NU 0
2 5
1 0
0 8
NNU 0
1 1
0 0
0 2
TOTAL 1
34 104 65 3
0 207 PERIODS OF CALM (HOURS):
9 VARIABLE DIRECTION 0
HOURS OF MISSING DATA:
726 O
2-36
l t'
I TABLE 2.2-6 (CONTINUED) t O I
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 l
STABILITY CLASS:
B DT/DZ ELEUATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT 1 UIND SPEEDCtPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
0 3
3 1
0 0
7 NNE O
1 9
3 0
0 13 i
NE O
8 31 11 0
0 50 ENE O
4 28 1
0 0
33 E
O 4
5 2
1 0
12 ESE O
6 8
1 0
0 15 SE O
4 6
1 0
0 11
[
SSE O
2 4
1 0
0 7
S 0
4 4
1 0
0 9
SSU 0
3 4
3 0
0 10 SU 0
6 8
3 0
0 17 USU 0
4 1
8 0
0 13 U
0 3
7 5
0 0
15 l
UNU 0
3 7
7 2
0 19 NU 0
4 12 1
0 0
17 NNU 1
1 2
1 0
0 5
TOTAL 1
60 139 50 3
0 253 PERIODS OF CALM (HOURS):
9 UARIABLE DIRECTION 0
HOURS OF MISSING DATA:
726 O
w 2-37
- - -. - ~ - - - - - - -
TABLE 2.2-6 (CONTINUED) 4 SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
830S0181-83123124 STABILITY CLASS:
C DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3
_ _ _ _ _ _ _ _ _ _ - _ _ _ _ _ _ - - _ _ _ _ - _ _ - _ _ - _ - - - _ _ - _ _ _ - - _ - - _ L UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
O 7
13 1
0 0
21 NNE O
8 9
9 0
0 26 NE O
10 22 7
0 0
39 ENE O
13 18 4
0 0
35 E
O 12 6
1 0
0 19 ESE O
10 4
2 0
0 16 SE 1
11 11 0
0 0
23 SSE 1
7 6
2 1
0 17 l
S 0
14 11 3
0 0
28 SSU 1
S 10 4
4 0
24 SU 0
6 9
G 1
0 22 i
USU 1
12 10 7
0 0
30 U
1 10 19 6
0 0
36 UNU 0
11 12 4
1 0
28 NU 0
6 4
3 0
0 13 NNU 0
5 9
0 0
0
-_---------_-_--____---_-_---__---_----_--__-_-_----__-14_-_-_.
TOTAL 5
147 173 59 7
0
_-_-----__-----------_-_-_--____---_---_---_----_391 PERIODS OF CALM (HOURS):
9 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
726 l
O 9
2-38 u
~
TABL5 2.2-6 (CONTIhUED) 1 SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 STABILITY CLASS:
D DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT 1 UIND SPEED (MPH)
UIND
^
DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
2 25 26 26 0
0 79 NNE 1
22 38 23 2
0 86 NE 5
37 80 84 0
0 208 ENE 4
31 65 22 0
0 122 E
3 15 34 14 0
0 67 ESE 2
30 37 9
2 0
80 1
SE 3
31 37 8
1 0
80 SSE 3
23 36 23 5
1 91 S
2 20 50 30 2
0 104 SSU 2
24 57 28 5
0 116 SU 3
25 50 21 3
0 102 USU 2
32 41 19 4
0 98 U
5 39 51 22 6-0 123 UNU 4
40 50 23 8
1 126 NU 2
26 39 23 6
3 99 NNU 4
33 26 9
1 0
73 TOTAL' 47 453 717 384 45 5
1654
_s PERIODS OF CALM (HOURS):'
9 l
UARIABLE DIRECTION O'
HOURS OF MISSING DATA:
726 l
~.
l T
- 4. '
2-39 L
e
b 7 JLE 2.2-6 (CONTINUED) 1 O
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050101-83123124 STABILITY CLASS:
E DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT
________________________________________________________,1 _______
UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
0 7
17 17 3
0 45 NNE 1
9 30 50 7
8 97 NE 3
14 59 101 5
0 183 ENE O
16 52 43 0
0 111 E
3 16 58 33 1
0 112 ESE 7
18 44-28 0
0 98 Gi SE 1
27 80 12 2
0 123 SSE O
9 55 83 8
1 156 i
S 1
17 59 95 9
1 182 l
SSU 2
16 45 72 3
0 138 SU 0
7 60 70 6
0 143 USU 1
19 31 47 4
2 104 U
1 12 36 49 6
1 105 UNU 0
10 30 37 4
0 81 NU 0
10 30 19 10 0
69 NNU 3
8 31 5
0 0
_______________________________________________________47 TOTAL 23 215 717 761 68 5
179
________________________________________________________4 PERIODS OF CALM (HOURS):
9 UARIABLE DIRECTION 0
HOURS OF MISSING DATA:
726 2-40
_ = _ _ _
.__=- _ -.
TABLE 2.2-6 (CONTINUED)
O
]
l 4
SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
F DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE
_ -__---_--_-_----_-_______-___----_-_---__---___--_:DT 1
UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
1 6
6 4
2 0
19 NNE 1
8 12 10 1
0 32 NE 1
6 10 14 8
0 39 ENE 1
0 17 18 0
0 36 E
O 5
18 14 0
0 37 ESE O
8 21 15 0
0 44 SE 1
13 18 3
0 0
35 O
SSE 2
6 8
14 1
0 31 l
S 1
6 15 10 3
0 35 SSU 0
3 11 13 0
0 27 SU 0
6 17 28 1
'O 52 USU 1
7 29 14 0
1 52 U
2 10 23 5
2 0
42 UNU 1
4 6
11 1
0 23 NU 0
2 10 16 0
0 28 NNU 0
2 7
5 0
0 14 TOTAL 12 92 228 194 19 1
546 PERIODS OF CALM (HOURS):
9 UARIABLE DIRECTION O
HOURS OF MISSING DATA:
726 l
!O 2-41 l
TABLE 2.2-6 (CONUPJED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 l
STABILITY CLASS:
G DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT 1 UIND S' PEED (iPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
2 3
1 3
1 0
10 NNE 2
8 19 3
1 0
33 NE 2
1 9
8 0
0 21 ENE 2
5 9
5 0
0 21 E
1 1
12 2
0 0
16 l
ESE 1
3 7
7 0
0 18 SE 2
6 6
11 1
0 26 SSE O
2 2
2 10 0
16 l
S 0
2 2
3 0
0 7
SSU 0
2 4
6 2
-0 14 SU 1
2 2
10 2
0 17 USU 3
4 14 10 0
0 31 U
1 3
8 7
0 0
19 UNU 0
7 7
5 0
0 19 NU 0
9 8
8 0
0 25 NNU 2
6 6
2 0
0 16 TOTAL 19 64 116 92 17 0
309 l
PERIODS OF CALM (HOURS):
9 VARIABLE DIRECTION O
HOURS OF MISSING DATA:
726 f
I (a3 2-42
r TABLE 2.2-6 (CONTINUED)
O SITE: PLANT HATCH HOURS AT EACH UIND SPEED AND DIRECTION PERIOD OF RECORD =
83050181-83123124 STABILITY CLASS:
ALL DT/DZ ELEVATION:
SPEED:SPD 3 DIRECTION:DIR 3 LAPSE:DT 1 UIND SPEED (MPH)
UIND DIRECTION 1-3 4-7 8-12 13-18 19-24
>24 TOTAL N
5 54 68 53 6
0 187 NNE 5
58 124 104 11 0
302 tie 11 79 250 253 13 0
610 ENE 7
72 209 101 0
0 389 E
7 55 139 69 2
0 274 ESE 10 78 124 63 2
0 278 SE 8
95 161 35 4
0 304 Os SSE 6
51 111 125 25 2
320 S
5 64 142 143 15 1
370 SSU 5
54 133 128 14
.0 334 SU 4
53 148 141 14 0
360 USU 8
78 129 109 9
3 336 U
10 78 151 99 14 1
353 UNU 5
81 115 89 16 1
307 NU 2
59 108 71 16 3
259 NNU 10 56 82 22 1
0 171 TOTAL 108 1865 2194 1605 162 11 5154 PERIODS OF CALM (HOURS):
9 VARIABLE DIRECTION O
i HOURS OF MISSING DATA:
726 O
2-43
TABLE 2.2-7 l
MONTHLY AND ANNUAL PRECIPITATION l
1983 i
Precipitation l
Month (inches)
January 3.49 February 4.31 March 5.53 i
April 3.78
{
May 0.66 June 1.79 July 2.05 August 0.82 September 0.88 l
October 1.70 November 5.20 December 4.60 TOTAL 34.81 inches O
2-44
O N
I N
WIND ROSE EWIM25 FR09) t O
4 WIND SPEED LESS THAM 3.5 PIPH
, WIND SPEED LESS THAN 7.5 FIPH xWIND $ PEED LE88 THAN 13.5 FIPH
, WIND SPEED oftE47ER THAN 18.5 FIPM 5.3 PERCENT CALR$
(CAlfts DErthE3 AS SPEED ttg5 THAN 0.53 GEORGIA POWER COM PANY O)
EDWIN I. HATCH NUCLEAR PLANT k/
ANNUAL REPORT 10/23m WIND ROSE (1/1/83 - 12/31/83)
FIGURE 2.2-1
n..
O
~6 4
,E ts
.a
^-
"lHD ROSE (UINDS FRD!13 Nj O
4 WIND SPEED LES$ TH4N 3.5 MPH
, WIND SPEED LEff TH4N 7,5 MPH l
xWIND SPEED LESS TM4N 18.5 MPH
, WIND SPEED onE47tR THAM 32.5 MPH s.2 PERCEMT CALMS senLMs DEP1hED As SPEED LESS THAN 0.E I GEORGIA POWER COMPANY EDWIN 1. HATCH NUCLEAR PLANT ANNUAL REPORT 23m WIND ROSE (1/1/83 - 3/31/83)
FIGURE 2.2-2
-~ ~ ~ ' ' ~
~~
O L2 4 9
I a
E 2
1 2
WIND #CSE (WINDS FROM3 N
t>
O o
4 WIND SPEED LEff THAN 3.5 MPH
, WIND SPEED LEf6 THAN 7.5 MPH xWIND SPEED 1Kff TMAN 12.5 MPH eWIMD SPEED ORCATER THAN 12.5 MPH 8.0 PER0ENT CALPS (CALMS DEFINED AS SPEED LESS TwaN 0.53 i
l l
-GEORGIA POWER COMPANY EDWIN I. HATCH NUCLEAR PLANT ANNUAL REPORT 10/23m WIND ROSE (4/1/83 - 6/30/83) i FIGURE 2.2-3
i I
l
[
t 5 l
7 4
i 4
46 I
~
WIND 40$E
'{
(WINDS FROM3 N
O 3;
l 4 WIND SPEED LE99 TH4N 3.5 MPH
, WIND $ PEED LES$ TH4N 7.5 MPH xWIND SPEED LEss TH4N 12.5 MPH eWIND SPEED OftEATER TH4N 12.5 MPH l
gg,gpggggg7 ggLgg ICALMS EEFINED As SPEED LEss TwAN t.5 3 l
l l
I GEORGIA POWER COM PANY t
EDWIN 1. HATCH NUCLEAR PLANT
- d AhTUAL REPORT l
10m WIND ROSE l
l (7/1/83 - 9/30/83)
FIGURE 2.2-4
O l
ii 8 %
I 4
=
I_
o%
UIND ROSE (WINDS FR73 N
1 O
4 WIND SPEED LEff THAN 3.5 MPH
,UInD SPEED LESS THAN
- 7. 5 MPH xWIND $ PEED tis $ THA,1 13.5 MPH
,UIMD SPEED GREATER THAM 12.5 MPH 3,4 pgq:gg; eg;ng (CALPS DEF2hED as SPEED LEss THAN 9.53 1
1 1
GEORGIA POWER COMPANY l
EDWIN I. HATCH NUCLEAR PIANT l
ANNUAL REPORT i
10m WIND ROSE (10/1/83 - 12/31/83)
FIGURE 2.2-5
t I
(
l o
2
- I i
t I
a WIND most (WINDS FROMI N
i Os
\\
u
(>
4W! e SPEED LEss THAM 2.5 PPH
,WI @ SPEED LEss TNaN 7.5 PPH xWIS SPEED LESS TNaN 12.5 PPH
,WI S SPEED GREATER TH4N 12.5 PPH 0.1 PERCENT CALPl0 (CALMS DEFINED A8 SPE G LEss TMAN 8.53 GEORGIA POWER COMPANY.
EDWIN I. HATCH NUCLEAR PLANT ANN AL REPORT 60/46m VIND ROSE sl/1/83 - 12/31/83)
FIGURE 2.2-6
O l
lf l8 4 I
g j
/
WIND ROSE I
I
[
(UINDS FROM)
O t
1 4WIMD SPEED LESS TM4N 3.5 MPH
, WIND SPEED LEst THAN 7.5 MPH xWInD SPEED LESS THAN 12.5 NPH
, WIND SPEED GREATER THAN 12 5 MPH S.S PER;ENT CALMS (CALMS DEFINE 3 af SPEED LESS THAM S.53 GEO RGIA POWER COMPANY EDWIN I. HATCH NUCLEAR PLAhT ANNUAL REPORT 46m WIND ROSE (1/1/83 - 3/31/83)
FIGURE 2.2-7
O s
N 2 4 I
s 1
2 WIND ROSE 1
(WINDS FROM f
M O
491MD SPEED LEst THAN 3.5 MPH
, WIND SPEED LEss THaN 75 FM 3 WIND SPEED LESS THAN 12 5 MPH
, WIND SPEED GREATER TH4N 12.5 FM e.1 PERCEM MLM9 (CALMS DEFINE 3 AS SPEE3 LESS THAN 0.53
_ GEORGIA POWER COMPANY O
EDWIN I. HATCH NUCLEAR PLANT ANNUAL REPORT 60/46m WIND ROSE (4/1/83 - 6/30/83)
FIGURE 2.2-8 e,-
e-w-
w>
qw,
eenm,yy- - - - - -, - - - - - ----
w e
n
-e-*w-
~ ~-
,,e----+-rr'-v-rm-'w
- ~-er^ ^ + ' ' " ' ~ ' - - - '
'-- " = - - - - - -
I O
l L:
o l[
t UIND ROSE (U!bDS FRC"1)
N t
i o
l l
4 WIND $ PEED LEss TMAN 3.5 MPH
, WIND SPEED LESS TMAN 7.5 MPH I
xWIND SPEED LESS TMnN 42.5 MPH i
, WIND SPEED QREa7EA TMan 12 5 MPil s.2 PERCENT Cat?'S Cat s der:nEn as s=EEs Less TwaN e58 l
GEORGIA POWER COMPANY O.
EDWIN I. HATCH NUCLEAR PLANT ANNUAL REPORT l
60m WIND ROSE (7/1/83 - 9/30/83)
FIGURE 2.2-9
I k
UINC ROSE (UINCS FRDTI)
Jt f
Y 4WIMD $ PEED LES$ THAN 3.5 MPH
, WIND SPEED LES$ TWWf 7.5 MPH xWIND SPEED (198 THAN 12.5 MPH
, WIND SPEED OREATER THAN 12.5 FIPM g,g pgn:gny catns scALns CEr:NED AS $8EE3 tggs THAN 0.53 LGEORGIA POWER COMPANY,
w
}
EDWIN I. HATCH NUCLEAR PLANT ANNUAL REPORT 60m WIND ROSE (10/1/83 - 12/31/83)
FIGURE 2.2-10
O
/
H 2 4 3
4 i
4 5
UIMD kOSE l
(WINDS FRCM)
N A
! O m
l e
4 WIND SPEED LESS TNAM 2.5 MPH
, WIND SPEED LE N TH4N 7.5 FIPM x 1MD SPEED LEM TM*'t 18.5 MPH v
, WIND SPEED sitEATER TMAM 12.5 fPM 3,3 PERCENT CAL's (CALMS DUInEp og 3 PEEP LEss Thew 0.53 l
l L
l l
l GEORGIA POWER COM PANY l
l EDWIN I. EATCH NUCLEAR PLANT ANNUAL REPORT 100m WIND ROSE (5/1/83 - I'2/31/83)
FIGURE 2.2-11
~
O o
E 4 i
a i
4 U1ND RCst (WIN:5 FRefil N
A l O 1:-
n 4 WIND SPEED LESS TMAN 3.5 MPH
, WIND SPEED LESS TMmM 7.5 MPH i
xWIND SPEED LESs TMAM 12.5 MPH I
- WIND SPEED engATEa TMan 12.5 MPH
,, g pge:gy; e..g scatns Dtr2NED as sated ttss TwaN 8.53 l
GEORGIA POWER COMPANY O
EDWIN I. HATCH NUCLEAR PLAh7 ANNUAL REPORT 100m WIND ROSE (7/1/83 - 9/30/83)
FIGURE i.2-12 l
m
'E 2
e a
tu
- re 3 n
- n O
s, WIND 9 PEED LESS THAN 3.5 MPH
, WIND SPEED LEff THAN 7.5 MPN xWIND $ PEED LESS THAN 18.5 mph cWIND SPEED GREATER THAN 12.5 MPN 0.2 PER0ENT CALPs (calms :Er:NEs as sated LEss THAN e.5 3
' GEORGIA POWER COMPANY EDWIN I. HATCH NUCLEAR PLAh7 ANNUAL REPORT 100m WIND ROSE (10/1/83 - 12/31/83)
FIGURE 2.2-13
f) l I
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.: i j
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0 Jan Feb Mar Apr Fay Jun Jul Aug Sep Oct Nov Dec l
-GEORGIA POWER COMPANY
,.s EDWIN I. HATCH NUCLEAR PLANT e.'
)
%d ANNUAL REPORT AMBitNT TEMPERATURE - 1983 FIGURE 2.2-14
(~~)
t%.)
l -"
?
- F.T?pHT.=="
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.. _c t-
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. j.. n-i 100
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i O
Jan Feb Mar Apr May Jun Jul Aug Sep Oct Nov Dec l
l i
GEORGIA POWER COMPANY r
i EDWIN I. HATCH NUCLEAR PLANT
(_. /
ANNUAL REPORT DEW POINT TEMPERATURE - 1983 ~
l FIGURE 2.2-15
HNP ANNUAL REPORT 6
i CHAPTER 3 ADMINISTRATIVE CONTROLS TABLE OF CONTENTS i
Seetion Title Pm i
3.1 SPECIFICATIONS 3-1 3.2 DISCUSSION 3-1 lO 3-1
b HNP D
ANNUAL REPORT 3.
ADMINISTRATIVE CONTROLS 3.1 Specification In accordance with Section 5.7.1 of the HNP-ETS, Units 1 and 2, the HNP Annual Environmental Surveillance Report will include a summary of all instances of Environmental Technical Specifications (ETS) noncom-pliances and corrective action taken, changes in federal and state permits and certificates, changes in the Environmental Program Descrip-tion Document (EPDD), changes in station design or operation which could involve an environmental impact, changes made to the ETS, and copies of all reports regarding station discharges made in accordance with NPDES Permit No. CA-0004120.
3.2 Discussion The Georgia Department of Natural Resources reissued a National Pollutant Discharge Elimination System (NPDES) permit for Plant Edwin I. Hatch reflecting current EPA effluent guidelines. The effective date of l
the permit is August 1, 1983, and shall expire December 5, 1987.
There were no changes in' station design or operation in 1983 which could involve an environmental effect.
Copies of all reports regarding station discharges made in accordance with NPDES Permit No. 0004120 are included in Appendix A.
I f
i-l 3-1 4
I 4
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1 I
HNP 1
ANNUAL REPORT f
i t
i 6
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a i,
i t
i l,
i APPENDIX l
A O
NPDES OPERATION MONITORING REPORTS PLANT EDWIN I. HATCH 1983 I
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Georgia Power
% o n c,ia, u.u.. 5,...c.
,,,, a, um,
May 9, 1983 I
l PLANT HATCH l
NPDES Quarterly Report i
Permit No. GA 0004120 I
}
Mr. Gene B. Welsh, Chief 1
Water Protection Branch Environmental Protection Division 270 Washington Street, S.W.
Atlanta, Georgia 30334 i
Dear Mr. Welsh:
J As required by the above references NPDES Permit, we hereby submit the Operation Monitoring Report for the quarter ending March 31, 1983.
If you have any questions or comments, please advise.
Sincerely, t
g T. E. Bferley Manager of Environmental Affairs RDM:bjk
-' Attachment bc: All Without Attachment W. C. Philips R. H. Bohler File: EV911-022 l
EV925-022 O
r
~'
L_
)
i Page 1 of 8 1
~
QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. O. Box 4545 l
Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001B Cooling Tower Blowdown Frequency of Analysis: 1/Wk Location:
Intake Mixing Zone Condenser Type of Sample:
In Situ In Situ Grab Parameter:
Temperature Temperature Chlorine l
Deg F Deg F mg/l Cl2 i
Limits:
T of 5 T of 5
Avg.
0.2 Max.
90 Max.
90 Max.
0.5 j
.Date 01-05-83 57 57 1
01-12-83 48 48 l
01-19-83 44-44 01-26-83 45 45 i
02-02-83 53 53 02-09-83 48 48 I
02-16-83 48 48 02-23-83 54 54 i
03-02-83 53 53-03-09-83 61 61 4
03-16-83 61 61 03-23-83 57 58 03-30-83 59 58 Number of Samples:
9 9
Maximum Value:
61 61 Minimum Value:
44 44 Limits Exceeded:
0 0
No e 1 - We are no longer required to monitor chlorine at this point O
l i
Page 2 of 8 4
OUARTERLY OPERATION MONITORING REPORT Ceorgia Power Company From: 01-01-83 "lant Hatch To: 03-31-83
.. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 1
Discharge Location: 001A1 Low Volume Waste (Neut Tank)
Type of Sample: Grab Frequency of Analysis: 2/Mo Parameter:
Suspended Solids Oil and Grease mg/l ag/l Limits:
Avg.
30 Avg.
15 Max. 100 Max.
30 t
}
Date 01-04-83 0.1 5.8 01-17-83 3.7
<5.0 02-07-83 O.7
<5.0 02-21-83 367.0
<5.0 03-07-83 1.0
<5.0 l
03-21-83 90.7
<5.0 Number of Samples:
6 6
Average Value:
77.2 5.0 -
Maximum value:
367.0
-5.8 Minimum Value:
0.1
<5.0 Limits Exceeded:
2 0
t l
- s..
LO b_
Page 3 of g
~
OUARTERLY OPERATION MONITORING REPORT Georgia Power Company' From: 01-01-83 i
Plant Hetch To: 03-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001A2 Low Volume Waste (Pres Filter Backwash)
Type of Sample: Grab i
Frequency of Analysis: 1/Qtr Parameter:
Suspended Solids Oil and Grease ag/l mg/l Limits:
Avg.
30 Avg.
15 Max. 100 Max. 30 Location Date Filter A 02-07-83 7.0
<5.0 i
[-
Filter B 02-09-83 2.4
<5.0 I
j Filter C 02-09-83 1.5
<5.0 i
l p Filter D 02-07-83 2.7
<5.0 V
i Number of Samples:
4 4
l Average Value:
3.4
<5.0 i
Maximum Value:
7.0
<5.0 Minimum Value:
1.5
<5.0 i
Limits Exceeded:
0 0
we I
e.
O e
L i
L.
..m i
?
I Page 4 of 8 4
m.
OUARTERLY OPERATION MONITORING REPORT i
Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. - 0. Box 4545 I
Atlanta, Georgia 30302 Permit Number: GA004120 1-Disch'arge Location: 001C Sewage. Treatment Plant Type of Sample: Grab l
Frequency of Analisis: 2/Yr l
Parameter:
[
ag/l ag/l i
{
Limits:
Avg. 30 Max. 45 Date
~
- -01-07-83
<1 0.3 Limits Exceeded:
0 L
l s
=
4 t
As,
s 4,'
10
.w r
--; x.
n
a b
- = _
pg
'page 5 of 8 Nji QUARTERLY OPERATION MONITORING REPORT
~
Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001D1 Liquid Radwaste System Unit 1 Type of Sample: Grab Frequency of Analysis: 2/Mo Parameter:
TSS 011 and Grease pli ec/l ec/1 Limits:
Avg. 30 Avg. 15 Max. 100 Max. 20 Date 01-03-83 18.6 3.0 6.5 01-17-83 0.1 0.0 6.0
(
02-07-83 4.0 1.0 7.6 02-21-83 5.0 0.9 6.3 (Nj 03-07-83 24.9 2.2 6.0 s'"
03-21-83 59.6 13.7 5.7 l
Number of Samples:
6 6
6 l
Average Value:
18.7 3.5 l
Maximun Value:
59.6 13.7 7.6 Minimum value:
0.1 0.0 5.7 Limits Exceeded:
0 0
l l
l l
l em M
h
\\
I
%.s'
. =
-.. ~
Page 6 of 8 9
QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. O. Box 4545 l
Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001D1 Liquid Radwaste System Unit 2 Type of Sample: Grab Frequency of Analysis: 2/Mo Parameter:
TSS Oil and Grease pH mg/l ag/l Limits:
Avg. 30 Avg. 15 Max. 100 Max. 20 Date 01-03-83 1.3 6.0 7.6 01-17-83 0.0 2.4 6.0 02-07-83 9.0 7.0 5.7 02-21-83 8.7
- 0.3 6.0
(_
03-07-83 40.0 20.0 6.5 03-21-83 5.0 1.2 6.0 Number of Samples:
6 6
6 Average Value:
10.7 6.2 Maximum Value:
40.0 20.0 7.6 Minimum Value:
0.0 0.3 5.7 Limits Exceeded:
0 0
4 n*
g Page 7 of'8
~
QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 1 Frequency of Analysis: 1/Wk Type of Sample:
In Situ Grab Grab Parameter:
Average Free pH Temperature Chlorine Deg F_
mg/l C12_
Limits:
Min 6.0 Max. 9.0 Date 01-06-83 54
<0.1 6.9 01-11-83 52
<0.1 7.1 01-20-83 45
<0.1 7.1 "3
01-26-83 45
<0.1 7.2 02-02-83 56
<0.1 7.3 j
02-09-83 49
<0.1 7.3
~
02-16-83 52
<0.1 7.3 02-23-83 70
<0.1 6.8 03-02-83 41
<0.1 7.5 03-09-83 82
<0.1 7.3 80
<0.1 7.0 03-16-83 03-23-83 77
<0.1 7.3 03-30-83 70
<0.1 7.0 Number of Samples:
9 9
9 Average Value:
<0.1 Maximum Value:
82
<0.1 7.5 Minimum Value:
41-
<0.1 6.8 Limits Exceeded:
0
I Page 8 of 8 QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 01-01-83 Plant Hatch To: 03-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 l
l Discharge Location: 001El Combined Plant Waste Unit 2 Frequency of Analysis: 1/Wk Type of Sample:
In Situ Grab Grab Parameter:
Average Free pH Temperature Chlorine Deg F mg/l C12 l
Limits:
Min. 6.0 Max. 9.0 t
Date i
01-06-83 57
<0.1 6.7 01-11-83 54
<0.1 7.0 l
01-20-83 51
<0.1 6.5 01-26-83 58
<0.1 6.6 02-02-83 63
<0.1 6.9 02-09-83 54
<0.1 6.8
[
02-16-83 66
<0.1 6.6 l
02-23-83 68
<0.1 6.6 l.
03-02-83 44
<0.1 6.'8 03-09-83 77
<0.1 6.6 03-16-83 81
<0.1 6.9 03-23-83 72
<0.1 7.1 03-30-83 75
<0.1 6.9 Nitsber of Samples:
9 9
9
. Average Value:
<0.1 Maximum Value:
81
<0.1 7.1 Minimum Value:
44
<0.1 6.5 Limits Exceeded:
0 l
I certify that I am familiar with the information contained in this report and l
that to the best of my knowledge and belief such information is true, complete, and accurate.
Mr. T. E. Byerley Manager of Environmental Affairs u
l I
i.
6 i
N i
6 4
i SERVICE WATER CHLORTNATION DATA DATA Siit'ET 2 e--
UNIT NO.
WEEKLY
-~
=_ _ _ _.
I CIILORINATORS DIOTREND Cl2
__=-------------
INJECT 17 0. 1-NO. 2 NO. 3 DECORE AFTER FREE reg /l*
- FREE r.g/l*
DISCHARGE o
DATE FREQ'JENCY CL2
! --X---
TIME AVG.
HA AVG. *:AX IIOUR/ DAY
[
CYCLE / DAY MIN / CYCLE t/24 HR 1/24 HR 1/24 11R TIHC a
.----'"_- _ Y.----.------- --.
0 m
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=--
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=-
LIMIT 0.20 0.50 2 Itn/ DAY 3
=--
~
i
'O HEASURED AT POINT OF DISCHARGE TO RIVER DURING CHLORItJATION CYCLE I
'I g
4 o-
- MEASURED AT SERVICE WATER DISC!!ARGE TO CIP.C WATER FLUME o
- ~
m i................-.
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CIRC WATER CllLORINATION DATA DATA SilEET 1
/--
UNIT NO:
WEEKLY O,_,
M C1 o
CHLORINATORS BIOTREND
__________2____.--
CL INJECT HO 1 No. 2 BEFORE AFTER FREE ng/l* DISCl!ARGE INITIALS g
_ _ _ _ _ _ _ = - -
DATE FREQUENCY ____2_____________.
^U d
MIN / CYCLE l/24 HR l/24 IIR TIME TIME
' AVG. MAX IlOUR/ DAY o>
n
=._____ ____
CYCLE / DAY
_,.l{_ _$__ _ _
S l
y
()
I
- _ - - - -. _ _ _- _ _t_1C_2_/____ -
n 2ff'j
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g g
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.._ _ _ _ O--o__p ___
.___.___7
_.} f 13_... 1 _________yO 0"
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- - - d.,[
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_ _ _ _ _ _ _ _.a __/M___.
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- = - - - -.
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a c_____i.______
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p
_... ~. _ _ _ _
v LIMIT 0.20 0.50 2 HR/ DAY I -
I,
- =
'-J l*
MEASURED AT TOWER OVERFIDW DURING CIILORINATION CYCLE
[-
t 4
4 b
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.~',O y
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- c...I' t /
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.9 s
s s
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-1 S
I
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~s----
SERVICE WATER C'11LORINATION DATA 4
DATA S!!EET 2 UNITNO.,,3
~
WEEKLY C1 C!! LORI 11ATORS BIOTREt!D
.2 FREQUENCY CL INJECT t;O. 1-1:0. 2
- 0, 3 DEFORE AFTER FREE :r.g/l*
- FREE ng/l*
DISCHARGE tI 4
E DATE
[
CYCLE / DAY MIN / CYCLE t/24 IIR f/24 flR f/24 HR TIME TIME AVG.
MAX AVG. MAX l'OUR/ CAY
- f. k
...--...........=-
c.........--.....
4 y L.
-./.. -A_lon.g..
d.
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an d_.- _. 2_ 5. _0 _-___.25.'o
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n
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rs g,x e
.N., / iy I...._l_...---..m. /.-..s.9. :>'.n.....
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- =-
.-------.-=-.
=--..
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=- -
- ------- ~
=---.--
---=-
0.2 2 tiR/ DAY
--.......3.0.50 LIMIT
- =-
z m
MEASURED AT FOINT OF DISCitARGE TO RIVER DURIt1G CIILORIt:ATION CYCLE 1
4 J
e o
MEASURED AT SERVICE WATER DISCI!ARGE TO CIRC WATER FLUME f
om ao usuus gvmo
!g tra,o-a (/
osproud()
f 8
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sc....
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es K
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s I
i SERVICE WATER CHLORINATION DATA DATA SHEET 2 UNIT NO.
/
WEEKLY CIILORINATORS DIOTREND C12
_ _ _ _ _ =
CL NO. 1-NO. 2 NO. 3 BEFORE AFTER FREE r.g/l**
FREE r.g/l*
DISCI:1.RGE
.___~
a
.___2_ INJECT
=-
DATE FREQUENCY
[
CYCLE / DAY MIN / CYCLE f/24 Hn I/24 HR I/24 HR TIME TIIE AVG.
HAX AVG.itAX 1!OUR/ DAY
@ $f g y y
- - = _ _ __________.______________
h2n.__.]
Nz __ __
.S.f___. ;Tip___._ _g.s_.._ ' ____
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~i of-t ~ V .du.a. ia Power N.-r,;.,.. c :.. u.... : uw,,, July 22, 1983 Mr. Gene B.' Welsh, Chief Water Protection Branch Environmental Protection Division 270 Washington Street, S.W. Atlanta, Georgia 30334 Re: Plant Arkwright NPDES Permit No. GA 0026069 Plant Bowen NPDES Permit No. GA 0001449 Plant Branch NPDES Permit No. GA 0026051 Plant Hammond NPDES Permit No. GA_0001457 Plant Hatch NPDES Permit No. Git 0004120 Plant McDonough-Atkinson NPDES Permit No. GA 0001431-Plant McManus NPDES Permit No. GA 0003794 Plant Mitchell NPDES Permit No. GA 0001465 Plant Scherer' NPDES Permit No. GA 0035564 Plant Wansley NPDES Permit No. GA 0026778 Plant Yates NPDES Permit No. GA 0001473 f b-
Dear Mr. Welsh:
As required by the above referenced NPDES Permits, we hereby submit the Operation Monitoring Reports for each of the corresponding power plants for the quarter ending June 30, 1983. Please note that the Plant Hatch report is incomplete. As of this date, my office has not ~ received the river temperature data for the last half of June, nor the circulating water chlorination data reports for the months of April and June. When this data is received, it will be transmitted to your office. l If you have any questions or comments, please advise. Sincerely, n 'E b b e _ f T. E. Byerley f-Manager of Environmental Affairs i l RcM:bjk Attachments C) s l l-k 7
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4 Page 1 of 7 QUARTERLY OPERATION MONITORING REPO't? Georgia Power Company From: 04-01-83 Plant Hatch To: 06-30-83 i P. O. Box 4545 Atlanta, Georgia 30302 Permit Nunber: GA0004120 s Discharge Location: 001B Cooling Tower 31owdown Frequency of Analysis: 1/Wk Location: Intake Mixing Zone Condenser l-Type of Sample: In Situ In Situ Grab Parameter: Temperature Temperature Chlorine Dec F Der F me/l C12 Limits: T of 5 T of 5 Ave. 0.2 i Max. 90 Max. 90 !!ax. 0.5 Date 04-06-83 64 63 1 04-14-83 64 64 LO4-21-83 59 59 O-04-27-83 62 62 V 05-04-83 69 69 05-11-83 72 72 j. 05-18-83 73 73 i 25-83 J 77 77 06-01-83 79 _ 79 ~ j 06-08-83 77 77 t. r l l-Number of Samples: 10 10 Maximum Value: 79 79 Minimum.Value: 59 59 Limits Exceeded: 0 0 Note 1 - We.are no, longer required-to monitor chlorine at this point I.. l l-t ~ e r. .---,...e +, ..x.... .,,.s,. ,._.,.,,,--,<,---,..-----.,,_,---..,,.,-----,.-.__-e .-~,-,...,m,
.r -Page 2 of 7 jL QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 04-01-83 Plant Hatch To: 06-30-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: CA0004120 t Discharge Location: 001A1 Lov Volume Waste (Neut Tank) Type of Sample: Grab Frequency of Analysis: 2/Mo E I Parameter: Suspended Solids Oil and Grease mg/l mg/l l Limits: . Avg. 30 Avg. 15 Max. 100 Max. 30 Date { ~04-04-83 15.7- <5.0 ' 18-83 0.6 <5.0 ) 02-83 0.6 <5.0 05-16-83 1.0 <5.0 06-06-83 ' t.7 <5.0 06-21-83 18.4 3.0 Number of Samples: 6 6 Average Value: 6.3 <5.0 i Maximum Value: 18.4 3.0 Minimum Value: 0.6 <5.0 Limits Exceeded: 0 0 l I I i On L ~
Page 3 of 7 QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 04-01-83 Plant-P.atch To: 06-30-83 ?. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location:.001A2 Low Volume Waste (Pres Filter Backwash) Type of Sample: Grab Frequency of Analysis: 1/Otr Parameter: Suspended Solids Oil and Grease ar/l ar/l Limits: Avg. 30 Avg. 15 Max. 100 Max. 30 Location Date Filter A 05-02-83 1.2 <5.0 ~ Filter B 05-02-83 0.5 <5.0 Filter C 05-02-83 0.5 <5.0 Filter D 05-02-83 1.0 <5.0 ( Number of Samples: Average Value: . 4 4 0.8 <5.0 Maximum Value: 1.2 <5.0 Minimum value: 0.5 <5.0 j Limits Exceeded: .0 0 i 'l l R V le b.
-. _ - ~ t j Page 4.of 7 QUARTERLY OPERATION MONITORING REPORT Georgia Power-Company From: 04-01-83 Plant Hatch To: 06-30-83 P.'O. Box 4545 4 Atlanta, Georgia 30302 Per: nit Number: GA0004120 Discharge Location: 001D1 Liquid Radwaste System Unit 1 Type of Sample: Grab 1 Frequency of Analysis: 2/Mo -Parameter: TSS 011 and Grease pH mg/l mg/l .Linits: Avg. 30 Avg. 15 i Max. 100 Max. 20 Date 04-04-83 3.7 5.1 6.8 l 04-18 7.0 1.6 6.1 .~ i* 05-02-83 28.0 9.2 9.0 05-16-83 2.0 3.3 6.8 06-06 20.0 11.0. 6.9 06-20-83. 4.0 2.0 -6.0 ' ( Number of Samples: 6 6-6 Average Value: 10.7 5.4 Maximun Value* '8.0 11.0 9.0 i Minimum Value: 2.0 1.6 6.0 Limits Exceeded: 0 0 -0 i a 4 i [ 4
-. =. . ~. d + Page 5 of 7 4 ! 'V QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 04-01-83. Plant Hatch To: 06-30-83 P. O.' Box 4545 Atlanta, Georgia 30302 Permit Number: CA0004120 Discharge Location: 001D1 Liquid Radwaste Systen Unit 2 Type'of Sample: Grab Frequency of Analysin: 2/Mo Parameter: TSS Oil and Grease pH me/l og/l Limits: Avg. 30 Avg. 15 Max. 100 Max. 20 { Date 04'-04-83 4.4 7.6 9.0 04-18-83 4.2 0.7 7.1 1 05-03-83 2.0 6.8 6.5 05-16-83 1.0 1.2 6.7 06-06-83 ,13.4 9.7 6.0 _. p 06-20-83 5.0 1.0 7.0 O Number of Samples: 6 6 6 Average-Value: 5.0 4.5 Maximum Value: 13.4 9.7 9.0 -Minimum Value: 1.0 0.7 6.0 Limits Exceeded: 0 0 0 4 b l-i l.
i Page 6 of 7 i k OUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 04-01-83 Plant Hatch To: 06-30-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 1 Frequency of Analysis:-1/Wk Type of Sample: In Situ Grab Grab Parameter: Average Free pH Temperature Chlorine ~ nz/1 C12 Dec F Limits: Min. 6.0 Max. 9.0 + Date 04-08-83 67 <0.1 6.9 .04-13-83 69 <0.1 6.7 i. 04-20-83 61 <0.1 6.5 04-27-83 66 <0.1 7.1 0 05-04-83 79 <0.1 7.5 05-11-83 76 <0.1 7.5 05-18-83 84 <0.1 7.6 05-25-83 82 <0.1 7.4 i 06-01-83 -82 -0.1 7.3 06-08-83 84 0.1 7.5 l 06-15-83 86 0.2 7.4 ) 06-30-83 - 84 0.1 7.4 ( (. Number of Samples: 12 12 12 i -Aver;ge Value: 0.1 Maximum Value: 86 0.2 7.6 Minicum value: 61 <0.1 6.5 ' Limits Exceeded. i l [ s 4 ' NA
f i Page 7 of 7' ) OUARTERLY OPERATION MONITORING REPORT i %J Ceorgia Power Company From: 04-01-83 1 Plant Hatch To: 06-30-S3 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 2 1 Frequency of Analysis: 1/Wk Type of Sample: In Situ Grab Grab Parane ter: Average Free pH Temperature Chlorine Der F mg/l C12 Limits: tiin. 6.0 tiax. 9.0 Date 04-08-83 68 <0.1 6.6 04-13-83 66 <0.1 6.7 04-20-83 57 <0.1 6.4 04-27 63 <0.1-6.9 05-04-83 70 <0.1 6.8 (' '/). 05-18-83 77 <G.1 6.9 s.- 05-11-83 70 <0.1 6.9 05-25-83 77 <0.1 7.1 1 06-01-83 78 0.1 7.3 06-08-83 78 0.1 6.9 06-15-83 83 0.1 6.9 06-23-83 84 <0.1 7.2 06-30-83 87 <0.1 7.2 t Number of Samples: 13 13 13 Average Value: <0.1 Maximum Value: 87 0.1 7.3 Minimum Value: 57 <0.1 6.4 Limits Exceeded: I l I certify that I am familiar with the information contained in this report and that to.the best of my knowledge and helief such information is true, complete, and accurate. e n ;a,- '. i.< * 'ir. T. E._ Byerley "anager of Environmental Affairs l n m
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- DIScifARGE I!JITIAf 5 i.'
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,a._ ~ } July.28, 1983 i PLANT HATCH NPDES Quarterly Report Permit No. GA 0004120 Mr. Gene B. Welsh, Chief Water Protection Branch Environmental Protection Division 270 Washington Street, S.W. Atlanta, Georgia 30334
Dear Mr. Welsh:
i As required by the above referenced NPDES Permit, we hereby ( submit the Operation Monitoring Report for the quarter ending June 30, 1983. If you have any questions or comments, please advise. Sincerely, T. E. Byerley Manager of Environmental Affairs-RDM:bjk i Attachment bc: All Without Attachment W. C. Philips R. H. Bohler File: EV911-022 i. EV925-022 I i F t f , _. - _ -..,, _ -. ~... - -., - -. _ -.. - - _... - - _ -.. - -, - - - -. - - - - - -. - - - - - _ ~ _ - - - -.
,VM Page 1 of 7 QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 04-01-83 Plant Hatch To: 06-30-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001B Cooling Tower Blowdown Frequency of Analysis: 1/Wk 1 Location: Intake Inxing Zone Condenser Type of Sample: In Situ In Situ Grab i Parameter: ~ Temperature Temperature Chlorine Deg F Dec F-mg/l C12 i Limits: AT of 5 A T of 5 Avg. 0.2 Max. 90 Max. 90 Max. 0.5 Date-04-06-83 64 63 1 04-14-83 64 64 04-21-83 59 59 q-04-27-83' 62 62 l 05-04-83 69 69 05-11-83 72 72 05-18-83 73 73 05-25-83 77 77 06-01-83 79 79 06-08-83 77 77 06-15-83 78 79 06-23-83 80 80 Number'of Samples: 12 12 Maximum Value: 80 80 Minimum Value: 59 59 Limits Exceeded: 0 0 Note 1 - We are no longer required to monitor chlorine at this point i- ~ U I --
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,, CIRC WATER CHLORINATION DATA f DATA SilEET 1
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WEEKLY UNIT NO: / CIILORINATORS ' DIOTREND, C1 .___2._________. DATE FREQUENCY CLp INJECT NO. 1 NO. 2 EEFORE AFTER FREE 29/1** DISCHARGE INITIALS -n-g. CYCLE / DAY MIN / CYCLE l/24 IIR f/24 liR TIME TIMD AVG. MAX. HOUR / DAY ""' C3 ,o - - =- 4 >g ^ ..f <-9 5 3 3.o coS. 6270 .pA g- -A .___O _ _.>I E u . __h_..___5____. ess __.i s. i__o__._.y...M___j:'_.?_. !.. <-. 1 C /- EQ' :f[- zn B .M__21 6______') ___.___ 1 0_____. g )_S___ o 03 o /V __._4___.y__/_1_ t._I...x.,)_..__O._______ o 4._ R 9,_s__.. n.m. Y2I43 'S 3o ocs ces WA__.-N A __ _<. t <.t O 83 . 3_4
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.c l ~ I I i. I., ..'s ..e.. e. ? t '. CIRC WATER CflLORINATION DATA e DATA S!!ECT 1 ee WEEKLY UNIT NO: T CIILORINAT02S ' DIOTREND C12 =-- _ _ - - _ _ - - - - - - - -- - - - - - - - - - - - = DATE FREQUENCY CL2 INJECT NO. l NO. 2 DEFORE AFTER FREE rr.g/l*.DISCt!ARGE INITIALS .---= I.' CYCLE / DAY HIN/ CYCLE' f /24 IIR I/24 IIR TIME TIME AVG. MAX I!OUh/ DAY e a 0 ,o = - - o., > $.3*N 3 30n w-- - --------- ~ ...t d Ng C OS...f-l-l[-- -- yA ..t A---- --- -
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.s. 8 .4 CIRC WATER CHLORINATION DATA e. 1 e, g j DATA S!!EET 1 l WEEKLY UNIT NO: l I .i l-._...---- n s CHLORINATORS' BIOTREND C12 M 1 n DATE FREQUENCY CL2 INJECT NO. 1 NO. 2 DEFORE 'AFTER FREE mg/l* DISCHARGE INITIALS g ', 3/24 HR I/24 HR TIME TIME AVG. PAX HOUR / CAY s aO d .-.== g. CYCLE / DAY MIN / CYCLE' y i .s s y =--. --
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1........ __..--....-.. e e 'O s s I MEASURED AT TOWER OVERFIDW DURING CHI 4RINATION CYCLE =J m -....n_...- Om . DATA are 4 Les i:,VID Appe m d', ~. r.m.c4 I ) WV _. /l-' l~ & $ %o u. u.. n - - ~ - ~
G:orgs Power Comceny 333 Pecmont Aesw At:ama Georgia 30308 Trwhone 404 526 6526 Mailing Addrest Post once Bon 4545 i At:ama Georgia 30302 Power supply Engineering and Services
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f October 21, 1983 Mr. Gene B. Welsh, Chief Water Protection Branch Environmental Protection Division 270 Washington Street, S. W. Atlanta, Georgia 30334 Re: Plant Arkwright NPDES Pemit No. GA 0026069 Plant Bowen NPDES Permit No. GA 0001449 Plant Branch NPDES Pemit No. GA 0026051 Plant Hamond NPDES Permit No. GA 0001457 Plant Hatch NPDES Permit No. GA 0004120 Plant McDonough-Atkinson NPDES Pemit No. GA 0001431 Plant McManus NPDES Permit No. GA 0003794 Plant Mitchell NPDES Permit No. GA 0001465 Plant Scherer NPDES Pemit No. GA 0035564 Plant Wansley NPDES Pemit No. GA 0026778 Plant Yates NPDES Permit No. GA 0001473
Dear Mr. Welsh:
As required by the above referenced NPDES Permits, we hereby submit the Operation Monitoring Reports for each of the corresponding power plants for the quarter ending September 30, 1983. If you have any questions or comments, please advise. Sincerely, T. E. Byerley Manager, Environmental Affairs RDM:pd Attachment I xc: Mr. W. C. Philips t' i Mr. R. H. Bohler File EV925-022 G I b
. ~ _ _ _ - ( ( ( ( Page 1 of 8 s OUARTERLY OPERATION MONITORING REPORT ( t Georgia Power Company From: 07-01-83 Plant Hatch To: 09-30-83 P. O. Box 4545-( Atlanta, Georgia 30302 Permit Number: CA0004120 Discharge Location: 001B Cooling Tower Blowdown ( Frequency of Analysis: 1/Wk t Location: Intake Mixing Zone Condenser Type of Sample: In Situ In Situ Crab Parameter: Temperature Tempe rature Chlorine Der F Der F mg/l Cl2 Limits: T of 5 T of 5 Avg. 0.2 8 Max. 90 Max. 90 Max. 0.5 Date r 07-06-83 84 84 1 07-13-83 81 81 -Q-07-20-83 87-88 07-27-83 84 84 i 08-03-83 86 86 t 08-10-83 88 88 08-17-83' 86 84 08-24-83 88 88 ( 08-31-83 84 84 ( 09-07-83 84 . 84 T 09-14-83 82 82 09-21-83 84 - 84 09-28-83 69 68 I 1 t Number of Samples: I Maximum Value: 88 88
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Minimum Value: 69 68 i Limits F.xceeded: 0 0 Note 1 - We are no longer required to monitor chlorine at i this toint. ~ V
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. - _ = _ _ _ _ _. = _. -. -. - -. -. _ -( f ( .s Page 2 of 8 [ i i OUARTERLY OPERATION MONITORING REPORT ( Georgia Power Company From: 07-01-83 Plant Hatch To: 09-30-83 i P. O. Box 4545 ( Atlanta, Georgia 30302 Permit Number: CA0004120 i Discharge Location: 001A1 Low Volume Waste (Neut Tank) ( Type of Sample: Grab Frequency of Analysis: 2/Mo ( Parameter: Suspended Solids Oil and Grease l mg/l est/l f Limits: Avg. 30 Avg. 15 i t Max. 100 Max. 30 Date 07-04-83 3.0 1.1 07-18-83 27.4 8.5 i 08-01-83 8.4 5.5 08-15-83 7.0 0.7 w 09-05-83 3.8 1.3 09-19-83 6.2 12.2 Number of Samples: 6 6 Average Value: 9.3 4.8 Maximum Value: 27.4 12.2 Minimum Value: 3.0 0.7 -( Limits Exceeded: 0 0 S 4 I J L ( s t l l
~. ~. t i .s t 4 Page 3 of 8 ( 4 OUARTERLY OPERATION NONITORING PEPORT 4 i t <( i Georgia Power Company From: 07-01-83 Plant Natch 4 To: 09-30-83 P. O. Box 4545 ( Atlanta, reorgia 30302 Permit Number: CA0004120 {. Discharge Location: 001A2 Low Volume Waste (Pres Filter Backwash) Type of Sample: Grab l Frequency of Analysis: 1/Otr ( Parameter: Suspended Solids Oil and Grease eg/l mg/l ( Limits: Avg. 30 Avg. 15 Max. 100 Max. 30 Location Date Filter A August 9.7 5.3 Filter B August 9.5 <5.0 ? Filter C August 20.5 <5.0 3 Filter D August 18.8 <5.0 i Number of Samples: 4 4 Average Value: 14.6 <5.0 Maximum Value: 20.5 5.3 c. i Ee d: b b j i [ l r '4> h' [ l l V o l-
--___.__m..._-__._.. ... _.._ _ __ _ __._._ __.. _ m. _ - _. ~ t ~ i i L I 'I + ) Page 4 of 8 4 g i i QUARTERLY OPERATION MONITORING REPORT I r ( Georgia Power Company From: 07-01-83 i i Plant Hatch To: 09-30-83 i~ P. O. Box 4545 l Atlanta, Georgia 30302 Permit Number: GA004120 l ~ Discharge Location: 001C Sewage Treatment Plant Type of Sample: ' Grab Frequency of Analysis: 2/Yr 4 i i t . Parameter: 5-Day BOD 5 Free Chlorine i' i ~ Limits: Avg. 30 mg/l mg/l { L Max. 45 Date i 07-12-83 21.8 0.6 Limits Exceeded: o o l l' t 4 I t 1 .Y s { 4 l [ t i t 6 e 9 e j e f 4 ri 1 %e 9 ---n-e- _..,,--amon,,enw,.,m w w w.,, -mm,e--ne v,m e,- ,w-r,-nm-+,-,r-e, ,-m_p,-,- w ,e-~, <-mn, --e-,m u
l' i Page 5 of 8 I i OUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 07-01-83 l Plant Hatch To: 09-30-83 i P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: CA0004120 Discharge Location: 001D1 Liquid Radwaste System Unit 1 i Type of Sample: Grab 4 Frequency of Analysis: 2/Mo Parameter: TSS 011 and Grease pH mg/l ag/l ~ Limits: Avg. 30 Avg. 15 Max. 100 Max. 20 Date 07-04-83 9.4 4.0 8.0 07-18-83 9.0 1.1 7.0 4 608-01-83 4.4 19.6 7.1 08-15-83 10.0 0.0 5.3 { 09-05-83 ~3.7 3.0 6.2 09-19-83 1.0 0.9 6.3 ' Number of Samples: 6 6 6 -Average Value: 6.3 4.8 Maximum Value: 10.0 19.6 8.0 4 Minimum Value: 1.0 0.0 5.3 Limits Exceeded: 0 0 0 r,- 9 l l T t-I r i i _,,..,,-.,,-,.-,..-.n,- ~ ~ ~ -, ~ ~ ~ ~ ~ - ~ ~ ~ ' ~ - ~ ' ~ ' ~ ~ ' ' ' ' ' ' ~ " ~ "
... _ _... ~. - -. i L 4 s Page 6 of 8 e i i OUARTERLY OPEPATION MONITORING REPORT i s Georgia Power Company From: 07-01-83 Plant Hatch To: 09-30-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001D2 Liquid Radwaste System Unit 2 Type of Sample: Grab Frequency of Analysis: 2/Ho s Parameter: TSS 011 and Grease pH mg/l mg/l Limits: Avg. 30 Avg. 15 Max. 100 Max. 20 Date 07-04-83 5.2 6.9 5.6 07-18-83 6.0 1.9 5.1 a ~ 08-01-83 10.0 0.0 5.9 O 08-14-83 4.0 0.0 6.0 'N 09-05-83 1.9 1.1 5.9 09-19 10.0 1.2 6.3 i Number of Samples: 6 6 6 Average Value: 6.2 1.9 Maximum Value: 10.0 6.9 6.3 i Minimum Value: 1.9 0.0 5.1 Limits Exceeded: 0 0 I I .r
( i )) Page 7 of 8 QUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 07-01-83 Plant Hatch To: 09-30-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: CA0004120 Discharge Location: 001El Combined Plant Waste Unit 1 Frequency of Analysis: 1/Wk Type of Sample: In Situ Grab Grah Parameter: Average Free pH Temperature Chlorine Deg F mg/l C12 Limits: ~ Min. 6.0 Max. 9.0 Date .07-07-83 84 <0.1 7.4 07-13-83 91 <0.1 7.4 ' 07-20-83 93 <0.1 7.0 07-27-83 93 <0.1 6.9 08-10-83 91 <0.1 7.9 08-11-83 82 <0.1 7.8 08-24-83 93 <0.1 7.5 08-31-83 78 <0.1 7.1 09-07-83 89 <0.1 7.7 09-14-83 86 <0.1 7.4 09-21-83 86 <0.1 7.5 09-28-83 77 <0.1 7.9 i Number of Samples: 12 12 12 Average Value: <0.1 Maximum Value: 93 <0.1 7.9 Minimum Value: 77 <0.1 6.9 Limits Exceeded: 0 P O
t ~ /] Page 8 of 8 V QUARTERLY OPERATION FONITORING REPORT Georgia Power Company From: 07-01-83 Plant Hatch To: 09-30-83 P. O. Box 4545 l Atlanta, Georgia 30302 Permit '.' ember: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 2 Frequency of Analysis: 1/Wk Type of Sample: In Situ Grab Grab Parameter: Average Free pH w Temperature Chlorine Der F mg/l C12 Limits: [ Min. 6.0 Max. 9.0 1 l Date i-07-07-83 87 <0.1 7.4 07-13-83 91 <0.1 8.4 07-20-83 87 <0.1 6.8 07-27-83 91 <0.1 6.7 08-10-83 91 <0.1 8.0 08-17-83 72 <0.1 6.9 08-24-83 86 <0.1 7.6 08-31-83 89 <0.1 7.6 09-07-83 90 <0.1 8.0 09-14-83 86 <0.1 7.5 1 09-21-83 87 <0.1 7.5 09-28-83 77 <0.1 7.8 s C Number.of Samples: 12 12 12 Average Value: <0.1 Maximum Value: 91 <0.1 8.4 Minimum'Value: 72 <0.1 6.8 Limits Exceeded: r 0 i e.,. I certify that I am familiar with the information contained in this report and that to the best of my knowledge and belief such information is true, complete, and accurate. Mr. T. E. Byerley Manager of Environmental Affairs /T .V .,,._y.,- m_ .._,,.,.,,_,_m,,...,_.,__.....y..,.,._._. .,,y-
.g.'w en.y.~ my%. m. w.rn_U.T..C.P..._1.M..T.F..R...C3 U.Jn i t.. tat 10.'J NATA c. ...v...-. h.~ h ( g , -w~ a.s. D._ATA._. P_ A.Ci.f ACf~ 2 . ~ Q 'QW' .(DATA rd-GET 2) Y ^-J. ~ gm M e w: o W-2 - W f' . t* . e-w g,, CrtiVICT. MATER CitLORINATICM DATA u . e f-cATA SHEET 2 ~M UrEnLY N U::IT NO. AMI w -=
==.___-_----.... __.___..... n.,.. " Cl!LORINATORS BIOTREND Cl 2y LATE rREQUCACY ...__..__.2 CL ...2._I nJ tcT uo. 1 no. 2 no. 3 ..bEroat ArTEn rnEE mg/la* rnEE r?g/I* OIsCni.ra:n CYCLE / DAY Min / CYCLE t/24 1:n s/24 HR h..*O. _____.. __..=- t TIrtC TIME Avc. HAX AVG. etAX l'OUR/ DAY .-_/24 IIR _.___.... _.....____...-=- e....as}......c2>.....2 50 . t*.!A....l'_A....., _!....al...r m 'M f . Q h-.... 0.O.j--
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DAT1. SI!EET 2 h*,- u*.~ .s ,4,a. g.a.f'- 1:rtf'LY - 1 4 g UNIT 1:0. 4# t ~ a. .g.. rf.V._,. ; ,a.r =____________________- - =- ___=- y.4 CHLOllII:/. TORS DIOTREND Cl. _ _ _ _ _ _ _ _ = - M.,. ::-'.TC) I'RE00ENCY .- ________ ______ =_ _______.,.s_---- CL IN g .. 2.. _J ECT NO. 1 1:3. 2 NO. 3 BEront AFTE . _ _ _ _.lt..--FRF.E Ing/l *
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DISCl!Al<GU g4.___... CYCLE /D/.Y-filN/ CYCLE C/24 I:R f/24 ftR I/24 IIR tit 4E tit *C AVG. MAX AVG. MAX HOUK/LRY =_____..._....._. 1: 1 ._9_73__._____l_______..c_m__ ._c_o_ _s_ __...o_o_t 2_9_0_ _ _._.p_ _)).. _M_ _ _t__.__L .[___.'_., ]_ __i._ _l ___ _.c6_ %y 1_41-.___ _I__ ( 002 ' 0_0_9___*_1_ 5.6..._lb_. .j'M.._.> ]...._i_L__._s_ i___A.. l __ M- -- i = 7 .%?c. __ I u.as n.hc __.2 5.0.__._A6__._EB__...L -z_L__.c. I-c_ _._...O...... n n* 'l#1 I.___ _.d-t-?. 2'___.__o_es_ _._.an.1.. 2dT_o_.._ M L_._ R9_ 6= _ 2 _I_.__o .= ,,l %*3. _y .'j,,~ -=- -- q.__ _ __ _ _. LIIIIT 0.2q 0.50 l 2 rin/ DAY ..W y. _____________=-- j [ MEASURED AT POINT OT DISCliARGE TO RIVER DURING CULORINATION CYCLE. ',7U.lEASURED A7. SERVICE WATER DISCHARGE' 70' CIRC WATER PLUME -. . './ ~ l 5 I $.c s,* .e. ~ .o ---*-~~77." ay..:: '.5 e a J. .r.._ ? r. .s
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- DATE FREQUENCY CL2 INJECT NO. 1 HO. 2 DEPORE AFTER FREE rag /l* DISCHArsGE INITIALS
=_- -.-------------------...=- =---......----....----.--...------------ - T 'T, ! CYCLE / DAY MIN / CYCLE' I/24 DR t/24 HR TIME TIME AVG. MAX HOUn/ DAY
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- HP.ASURED AT TOUER 07ERFLG*.i DURING CULORINATION CYCLE.
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- DICC11AIC CYCL l
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- DISCEARCE i
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- MEASURED AR,SIRVICE DATER DISCHARCE*T0*/ CIRC MA k
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a t O Georgia Power - :.,,, x:.r y .s,m:.a.,,, a .a. January 25, 1984 1 l' l Mr. Gene B. Welsh, Chief Water Protection Branch Environmental Protection Division 270 Washington Street, S.W. Atlanta, Georgia 30334 Re: Plant Arkwright NPDES Pemit No. GA 0026069 Plant Bowen NPDES Permit No. GA 0001449 Plant Branch NPDES Permit No. GA 0026051 Plant Hammond NPDES Permit No. GA 0001457 Plant Hatch NPDES Permit No. GA 0004120 Plant McDonough-Atkinson NPDES Pemit No. GA 0001431 Plant McManus NPDES Permit No. GA 0003794 1 Plant Mitchell NPDES Pemit No. GA 0001465 Plant Scherer hTDES Pemit No. GA 0035564 Plant Wansley NPDES Permit No. CA 0026778 Plant Yates NPDES Pemit No. GA 0001473 1 l
Dear Mr. Welsh:
As required by the above referenced NPDES Permits, we hereby submit the Operation Monitoring Reports for each of the corresponding power plants for the quarter ending December 31, 1983. I l If you have any questions or comments, please advise. I l i Sincerely. T. E. Byerley Manager of Environmental Affairs RDM:bjk Attachments (v =>m-- r --,--n-r ,,-m.,.n m--e,-,,'wv.. n-y,
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Page 1 of 7 'Nj OUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 10-01-83 Plant Hatch Tot 12-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: CA0004120 Discharge Location: 001B Cooling Tower Blowdown Frequency of Analysis: 1/1Jk Location: Intake Mixing Zone Condenser Type of Sample: In Situ In Situ Grab Parameter: Temperature Temperature Chlorine Dent F Der F _me/1 C12 Limits: AT of 5 AT of 5 Avg. 0.2 Max. 90 Max. 90 Max. 0.5 Date 10-05-83 77 77 (3) l 'T 10-12-83 72 72 Q 10-19-83 70 70 10-26-83 64 64 I 11-02-83 64 64 11-08-83 62 52 11-16-83 57 57 11-23-83 61 61 11-30-83 55 55 12-02-83 52 52 12-14-83 50 48 12-21-83 41 42 12-28-83 33 34 g Number of Samples: 15 15 l Maximum Value: 77 77 Minimum Value: 33 34 Limits Exceeded: 0 Note 1 - tie are no longer required to monitor chlorine at this point. /^\\ tN.)f v-
_m 1 f i l Page 2 of 7 i OUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 10-01-83 Plant Hatch To: 12-31-83 i-P. O.. Box 4545 L . Atlanta, Georgia 30302 Permit Number GA0004120 s Discharge Location: 001A1 Low Volume Waste (Neut Tank) l Type of Sample: Grab i Frequency of Analysis: 2/Mo i Pr.came te r : Suspended Solids Oil and Grease 1 mg/l mg/l Limits: Avg. 30 Avg. 15 Max. 100 Max. 30 l Date ~ 10-03-83 3.6 2.4 10-17-83 23.1 2.3 11-07-83 10.8 10.0 11-21-83 3.6 7.5 12-05-83 4.9 5.4 12-19-83 2.3 1.0 l Number of Samples: 6 6 Average Value: 8.1 4.8 Maximum Value: 23.1 10.0 t Minimum Value: 2.3 1.0 i Limits. Exceeded: 0 0 i ( t r t f - + -w .*m-v-,e--euw----.c--, ,,w.. y rem,,-,-gw,, ,-,..,-c,,ws. e-,.rm c c y..e r .we.e, -., w m,ww-, ww -- wat e % 9, - wsw .v
Page 3 of 7 OUARTERLY OPERATION MONITORING REPORT Ceorgia Power Company From: 10-01-83 Plant Hatch To: 12-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001A2 Low Volume Waste (Pres Filter Backwash) Type of Sample: Grab Frequency of Analysis: 1/Otr Parameter: Suspended Solids 011 and Grease og/l pr/1 )- Limits: Avg. 30 Avg. 15 1 Max. 100 Max. 30 i Location Date Filter A 11-07-83 1.0 <5.0 Filter B 11-07-83 0.7 <5.0 ~ i-Filter C 11-07-83 0.5 <5.0 Filter D 11-07-83 0.4 <5.0 Number of Samples: 4 4 -Average Value: 0.7 <5.0 Maximum Value: 1.0 <5.0 Minimum Value: 0.4 <5.0 i Limits Exceeded: 0 0 k o t I s e O e ['
Page 4 of 7 QUARTERLY OPERATION' MONITORING REPORT Georgia Power Company From: 10-01-83 Plant Hatch-To: 12-31-83 P. O. Box 4545 ' Atlanta, Georgia 30302_ Permit Number: GA0004120 Discharge Location: 001D1 Liquid Radwaste Systen Unit 1 Type of Sample: Grab Frequency of Analysis: 2/Mo Parameter: TSS Oil and Grease pH mg/l me/1 Limits: Avg. 30 Avg. 15 Max. 100 Max. 20 Date 10-03-83 2.0 5.2 6.20 10-17-83 16.0 0.7 6.70 11-07-83 2.0 8.7 6.50 11-21-83 8.5 0.8 6.30 0 12-05-83 15.3 0.1 6.70 12-19-83 16.0 1.1 6.70 v Number'of. Samples: 6 6 6 Average Value: 10.0 2.8 Maximun Value: 16.0 8.7 6.70 Li sE d d: b b i i i 4 ' x.) i. ~ i
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o Page 5 of 7 ) J. OUARTERLY OPERATION MONITORING REPORT Georgia Power Company From: 10-01-83 Plant Hatch To: 12-31-83 .P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120- . Discharge Location: 001D2 Liquid Radwaste System Unit 2 Type of' Sample Grab Frequency of Analysis: 2/Mo Parameter: TSS 011 and Grease pH mg/l mg/l Limits: Avg. 30-Avg. 15 Max. 100 Max. 20 Date 10-03-83 0.8 0.1 6.10 10-17-83 0.3 0.4 6.20 11-07-83 2.5 3.8 6.00 11-21-83 3.0 6.1 6.70 0s. 12-05-83 1.9 0.6 6.20 12-19-83 2.5 0.9 5.30 Number'of Samples: 6 6 6 Average Value: 1.8 2.0' Maximum Value: 3.0 6.1 .6.70 Minimum'value: 0.3 - 0.1 '- 5.30 Limits Exceeded: 0 0 -1 O
w Page 6 of 7 7 i ~ OUARTERLY OPERATION MONITORING REPORT I l ~ Georgia Power Company From: 10-01-83 4 Plant Hatch To: 12-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 1 Frequency of Analysis: 1/Wk Type of Sample: In Situ Grab Grab Parameter: Average Free pH Temperature Chlorine Der F Limits: ~ mg/l C12 ' Min. 6.0 Max. 9.0 Date 10-05-83 88 <0.1 8.0 10-12-83 83 <0.1 7.2 10-19-83 78 <0.1 7.0 10-26-83 77 <0.1 7.9 ~ 11-09-83 66 0.1 7.3 11-16-83 64 <0.1 7.4 11-23-83 59 <0.1 7.2 11-30-83 59 <0.1 7.1 i ' 07 60 <0.1 6.9. 12-14-83 68 <0.1 6.9 12-21-83 66 <0.1 6.9 12-28-83 68 <0.1 6.9 [. Number of Samples: 12 12 12' Average Value: <0.1 l Maximum Value: 88 <0.1 8.0 [ Minimum Value: 59 <0.1 6.9 Limits Exceeded. 0 i r e [ l t I 1 L , _ _,, - _.., _ _ _ _,, _. _ _,,,,,,.. -, -,.., _. _, _ -. - _,,.. -.. _,,.. ~ -,, _
4 i Page 7 of 7 v OUARTERLY OPERATION MONITORING REPORT 4 Georgia Power Company From: 10-01-83 -Plant Hatch To: 12-31-83 P. O. Box 4545 Atlanta, Georgia 30302 Permit Number: GA0004120 Discharge Location: 001El Combined Plant Waste Unit 2 Frequency of Analysis: 1/Wk 4 Type of Sample: In Situ Grab Grab Parameter: Average Free pH Temperature Chlorine Deg F_ mg/l C12 Limits: Min. 6.0 -Max. 9.0-i Date 4 10-05-83 87 <0.1 8.4 10-12-83 ~81 <0.1 8.0 2 10-19-83 81 <0.1 7.6 10-26-83 78 <0.1 8.3 - \\ 09-83 71 <0.1 8.0 11-16-83 73 <0.1 8.3 '11-23-83 73 <0.1 7.5 30-83 69 <0.1 7.5 a 12-07-83 71 <0.1 7.4 12-14-83 73 <0.1 6.7 12-21-83' 64 <0.1 6.4 12-28-83 60 <0.1 6.8 Number of Samples: 12 12 12 l. Average Value: <0.1 Maximum value: 87 <0.1 8.4 Minimum ~Value: .' 60 <0.1 6.4 . Limits Exceeded. 0 I certify that I am f'amiliar with the'information contained in this report and that.to the best of my knowledge and belief such.information is true, complete, and accurate. Mr. T. E. Byerley Manager of Environmental Affairs - G
C.IRC t.IATE__R C_ l.It OR.T.NA.T..I.O. N OATA ~. = DATA PACl(AGE 1 (DATA GHEET 1) %) la CIRO WATER C!! LOR,It:ATIOt! DATA g DATA SHEET 1 6 4 WEC:!LY UNIT NO: I f CHLORINATCRS .- BIOTREND 2.___________3 Cl _____==- DATE FREQUENCY CL ____p INJECT NO. 1 NO. 2 BEFORE AFTER FTtEE mg/l* DISCHAPCO INITI.*.LS t CYCLE /0AY MIN / CYCLE
- /24 HR f/24 HR TIMO
=______________________... lTIMC _ _ _ _ _ _ - - - _ - _ -l AVG.l MAX HOUR /0A*.* d!n 3 \\ n r. Np-1 in_____.o__. : J.o__. \\ _ _ __..4_______.= _=__ _________._____. Ok, T l .Occ_a___.N_n___. A/A__ 0.:h_. Yl. d _ _ _ _____ __3_ o_ - a h:a-V.__.T-l __.T2 ./.~.).oy___._,_3 4 Ay0 - 0,4- \\0_._I_\\_}__ _,8______. 2.__ tp.h 1 30 cosy A a -I g 7 I .n --________.I._____e._________ = / q .. _ _ = _ _=l c.2c! _c.so l 2 na/ DAY =._ I.IiuT ______._______a-ME).SURED AT TOUER OV"47.I' LOW DURING CHLORINATICN CfCLE.. f $' h bSj !C() $/ l E UOh* l D ,~ W 001 A. >mnNnaw - -F t/ shy
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Georgia Powir Compmy Post offica Bix 439 Brxlsy, Georgin 31513 Telephone 912 367-7781 912 537-9444 t GeorgiaPbwer Edwin 1. Hatch Nuclear Plant Fhrch 30, 1984 GM-84-199 PLANT E. I. HATCH Annual Environmental Surveillance Report, 1983 Director, Office of Nuclear Reactor Regulation c/o Distribution Services Branch, DDC, ADM U. S. Nuclear Regulatory Commission Washington, DC 20555 Gentlemen: Pursuant to section 5.7 of the Hatch Unit 1 and Unit 2 Environmental Technical Specifications, please find attached the Annual Environmental Surveillance Report for 1983. H. C. Nix General Manager HCN/WHR/jce Xc: J. T. Beckham - letter only File: M84-4 l 1 ,7 .}}