ML20006A763
| ML20006A763 | |
| Person / Time | |
|---|---|
| Site: | Clinton  |
| Issue date: | 12/31/1987 |
| From: | ILLINOIS POWER CO. |
| To: | |
| Shared Package | |
| ML20006A713 | List: |
| References | |
| NUDOCS 9001300158 | |
| Download: ML20006A763 (10) | |
Text
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Attachment 2
.to U 601581. ,
r Revised pages for the 1987' i Clinton Power Station Radiological ^
Environmental Monitoring Report
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TABLE 3- 4 RADIONUCLIDE COMPOSITION OF CPS EFFLUENTS IN 1987 i 1
Radionuclide Half-Life Gaseous Effluents (Ci)' Liould Effluents (Qil Tritium 12.3y 2.62E-1 1.87E+0 I
Fission and -
Activation Products: ,
Krypton 85m 4.Sh 5.77E * '?
Xenon-133 5.2d 4.91E-1 *L Xenon 135 9.1h- 5.08E+0, 2.21E-6 Argon-41 1.8h 1.25E+0 *
- Iodine-131 8.0d 4.08E-5
- Iodine-133 20.8h 6.44E 5 *-
Strontium 89 50.6d'
- 6.73E-4 .
Strontium 90 28.6y
- 1.21E-4 Sodium 24 15.0L 1.24E-3 5.61E-5 Cerium-143 33.0h 6.32E 7
- Chromium-51 27.7d 1.82E-4 1.14E-2 ,
Manganese-54 312.7d 3.57E-5 1.47E 3 Technetium 99m 6.0h 1.01E-4 1 7.14E Cesium-138 32.2m 4.11E-3
- Barium 139 83.1m 2.29E * -
Yttrium-91m 49.7m- 1.22E-5 *-
Arsenic-76 23.3h -2.20E 5
- Cobalt-58 70.8d
- 3.60E-4 +
l Cobalt-60 5.3y
- 7.75E-5 Iron-59 44.6d * ' 1.04E-4 r Iron-55 2.7y
- 9.80E-4 l
- Isotopes not detected in effluents released from thefClinton Power Station f l
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-TABLE 4 =
ENVIRONMENTAL RADIOLOGICAL MONITORING PROGRAM ANNUAL
SUMMARY
Name of Facility Clinton Power Station Docket No. 50-461 Location of Facility Dewitt. 11linois Reporting Period February 27 - December 31. 1987 (County, State)
Medium or Type of Lower Limit Att Indicator Location with Controt ihm6er of Pvthway Sancted Analysis of Locations: Highest Annual Mean . Locations: Nonroutine (Unit of Total Ntaber Detection Mean Name- Mean Mean N9erted Measurement) Performed (LLD) f, Distance f f, * ~" sements Range Direction Range Range 4
.Fith Ce-144 0.63 LLD -
'. y Bottom Sediment Gross Beta -
18.4 (10/10) CL-105 27.0 (2/2) 27.0 (2/2) -0 (pci/g dry) 12 (9.7 - 27.9) 50 miles S (26.1 - 27.9) (26.1 - 27.9)
Gross Alpha -
6.2 (In/10) CL-105 11.2 (2/2) 11.2 (2/2) -0 12 (E.6 - 9.0) 50 miles S- (8.8 - 13.5) -(8.8 - 13.5)
' Sr-90 0.014 0.047 (6/10) CL-89 0.060 (1/2) 0.042 (2/2) 0' 12 (0.010 - 0.060) 3.6 miles NNE (0.040 - 0.044)
.; ?
Ganna Spec - '1 12 se-7 0.62 0.31 (1/10) CL-7c, 0.31 (1/2) LLD 0 1.3 mi1es SE K-40 -
13.64 (10/10) CL-105 17.44 (2/2, 17.44 (2/2) 0
.. (8.17 - 17.26) - 50 miles S -(15.80 - 19.08); (15.80 - 19.08)'
Mn-54 0.090 LLD -
LLD LLD 0 'l Fe-59 0.080' LLD - '
LLD LLD- 0 Co-58 0.054 LLD LLD LLD- 0 Co-60 ~0.039 LLD .
,- Zn-65 0.083. LLD -
LLD LLD 0 Mb-95 'O.069 LtD ' - '
'LLD 'LLD 0 Zr-95 'O.12 'LLD -
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TABLE 4 ENVIRONMENTAL RADIOLOGICAL MortTORING PROGRAM ANNUAL
SUMMARY
. .I Name of Facility Clinton Power Station Docket Wo. 50-461 -
Locatloc of Facility Dewitt. Ittinois Reporting Period Fetruary 27 - December 31. 1987 (County, State) sA Medius or -Type of. Lower Limit Att Indicator Location with Controt Nuter of R^thway Sancted Analysis of Locations: Highest Annual Mean Locations: Nonroutine (Unit of Total kunber Detection Mean Name Mean Mean; Reported
-Measurement) Performed (LLD) f Distance f f Measurements- -;
Range Direction- Range Range
'- Bottom Sediment Cs-134 0.037 LLD -
LLD LLD 0 (con't) Cs-137 0.017 0.32 (8/10) CL-10 ' O.58 (2/2) - 0.50 (2/2) 0 (pCI/g dry) (0.07 - 0.58). 5.0 miles ENE (0.58 - 0.58) (0.40 - 0.59) 8a-140 0.12 LLO --
LLD. LLD 0 tt La-140 0.028 LLD -
LLD LLD 0 Ac-228 0.061 0.95 (9/10) CL-10 1.33 (2/2) 1.25 (2/2) 0 (0.38 - 1.44) 5.0 mile ENE (1.22 - 1.44) (1.05 - 1.45)81-212 0.54 LLD -
LLD LLD 0 81-214- 0.56 0.65 (8/10) CL-10 0.83(2/2) 0.74 (2/2) 0 (0.23 - 0.93)- -5.0 miles ENE (0.73 - 0.93) (0.66 - 0.82)
Pb-212 -' '1.04 (10/10) CL-10 1.78 (2/2) 1.64 (2/2) 0 (0.34 - 1.85) 5.0 miles ENE. (1.71_- 1.85) '(1.31 - 1.97)
Pb-214 ,- '0'67 (10/10)
. CL-10 0.98 (2/2) 0.84'(2/2) 0
_(0.25 - 1.09) 5.0 miles ENE (0.88 - 1.09) (0.73 - 0.%)
Ra-226 -
1.64'(10/10) CL-10 2.38 (2/2) 2.23 (2/2) 0 (0.61 - 2.48) . 5.0 miles ENE (2.29 - 2.48) (1.80 - 2.66)
T1-208 -
-0.79 (10/10) CL 1.38 (2/2) 1.24 (2/2) 0 (0.12 - 1.45) 5.0 miles ENE (1.32 - 1.45) (0.98 - 1.50)
, . . . . , - . ..- .+ .,,%,-,.- _ - . , . - , , , _
. , . _ _ _ _ . ,_ _ _ _ _ _ _ . _ _ _ .__ __._,_,__m.___ .__ _. __ ,
TABLE A-1 (continued)
RADIOLOGICAL ENVIRONMENTAL MON!TORING PROGRAM SAMPLE LOCATIONS ra
'I Saaple Station Map Medium Code Ntsber Location Azimuth Description TLD CL-39 39 3.8 miles NE 33.75* - 56.25* Located 2 miles N of Dewitt TLD CL-40 40 .3.5 miles NE 33.75* - 56.25' Located 0.6 miles N of Dewitt TLD CL-41 41 2.4 miles'E 78.75* - 101.25' . Located at S Dewitt city limit TLD CL-42 42 2.8 miles ESE 101.25* - 123.75* Located S 3f Rt. 14 bridge TLD - CL-43 43 2.8 miles SE 123.75* - 146.25' Located on Clinton Marine access road .
e
- TLD CL-44 44 2.3 miles SSE 146.25' -.168.75* Located near Clinton-Merine Boot Seles TLD CL-45 45 2.8 mites 5 158.75* - 191.25* Located et Lane Day use Aree TLD CL-46 46' 2.8 miles SSW. 191.25* - 213.75* Located et Pminsule Day Use -
Aree ,
TLD CL-47 :47' 3.3 miles SW 213.75* - 236.25' Located neer Clinton Lake Den Access Road TLD CL-48 48 2.3 miles WSW 236.25* - 258.75* Located et residence on West
-Side Access Road TLD CL-49 49 ,3.5 mites W 258.75* - 281.25'~ . Located W of site along Rt. 54
^l TLD CL-50 50 3.2 mites WNW . 281.25* - 303.75* Located WWW of site TLD CL-51 51 4.4 miles NW 303.75* - 326.25' Located NW of site.
TLD- CL 52 4.3 miles NNW 326.25' - 345.75*- Located NNW of site TLD- CL-53 53 4.3 miles E 78.75* - 101.25*' Located near Weldon Boet
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The Radiological Environmental Monitoring Program-includes several '
features that assure high quality results. One feature is the requirement that the contractor analysis laboratory, Teledyne Isotopes Midwest Laboratory (TIML), participate in the U.S. Environmental . .
Protection Agency laboratory crosscheck program. Table E-1'shows the '
crosscheck results obtained between May 1984 and-December 1987.
During the period 333 crosscheck analysis were reported. Ten of the reported results (i.e.-the result plus or minus 2 times the-standard deviation of the result) fell out of the control limits. The control limits were set at the known value plus or minus 1.71 times the standard deviation of the'known value. Of these ten reported results, .
seven of these results were reported during the preoperational program. In 1987, ninety-two crosscheck results were reported, three ,
of these ninety-two fell outside the control limits. The crosscheck
- sample STM-504 for Sr-89, Sr-90 and K fell outside the control limit, j The analytical laboratory explanation for these results states.that= '
milk has a high fat content which.makes analyses difficult, addition ,
of errors to TIML results would put values within-EPA control limits.
The crosscheck sample STW-511 for Ra-228 fell outside the control' limit. The analytical laboratory explanation for these results states !
TIML results are usually within EPA control limits and the analysis of.
the next sample was within EPA control limits. The crosscheck sample STW-516 for Cr-51 fell outside the control-limit. The analytical laborato,ry explanation for these results states analysis for Cr-51 is difficult and if the error is-taken into consideration then TIML results will fall within EPA control limits.
TLD intercomparisons are not held every. year. Pertinent data from
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the Seventh International Intercomparison (1984) and the Eighth;
- International Intercomparison (1985-6) are presented in Table E-2. ->
Reasonable good agreement is seen in each sample. TIML tended to overestimate the known value by about 4%~(+1.3% to-+8.8%).
Another aspect of quality assurance is the in-house: program of -
testing, in which samples spiked with known amounts of radioactive material, or blanks containing no additional radioactive material are submitted for analysis. Table E-3-shows the results:of the in-house spiked sample program. Good agreement between known and reported values was obtained. In all cases except four the error bands of the known and reported values overlapped. In the four cases when they did not overlap, the error was due to reporting a small positive result when the known.value was zero. Table E-4 presents--the-results of the in-house blank sample program. The only activity expected in these j samples is due to naturally-occurring and fallout-related l
radionuclides. No anomalous results were reported. . Table-E-5 shows the acceptance criteria for the spiked samples program.
The results presented in these tables indicated that TIML is capable of routinely performing high quality analysis on environmental samples.
E-2
- ;I TABLE G-1 ANNUAL JOINT FREOUENCY DISTRIBUTION OF METEOROLOGICAL PARAMETERS - 1987' STABILITY CLASS A WIND $ PEED (MPH) AT 10 W TER (Li11
-l Direction 13 47 8 12 13 18 19 24 >24 TOTAL N 8.00E00 2.60E01- 4.00E01 6.00E00 0.00E01 0.00E01 - 8.00E01 NNE- 6.00E00 2.10E01 1.80E01 4.00E00 0.00E01 0.00E01- 4.90E01 NE 2.60E01 6.50E01 1.60E01 6.00E00 0.00E01 D.00E01 '1.13E02-ENE 1.40E01 3.80E01 3.60E01 8.00E00 1.00E00 2.00E00.- 9.90E01 E 2.10E01 3.70E01 2.40E01 3.00E00 0.00E01 0.00E01 8.50E01 ESE 3.00E01 4.10E01 2.10E01 0.00E01 1.00E00 0.00E01 9.30E01 SE 1.80E01 5.20E01 1.20E01 0.00E01 0.00E01 0.00E01 8.20E01 SSE 2.40E01 9.40E01 1.30E01 6.00E00 0.00E01 0.00E01 1.37E02 :
S 2.70E01 1.41E02 8.30E01 2.10E01 ' O.00E01 0.00E01 2.72E02~ j SSV 1.70E01 7.20E01 8.60E01 1.70E01 0.00E01 0.00E01 1.92E02 SW 9.00E00 5.30E01 4.80E01 1.80E01 3.00E00 0.00E01 1.31E02 -
LTJ 7.00E00 4.10E01 3.50E01 3.60E01 1.30E01 5.00E00 1.37E02 W 9.00E00 1.50E01 3.10E01 4.70E01 5.00E00 1.40E01 't.21E02 I WNV 1.30E01 2.50E01 4.60E01 3.30E01' 6.00E00 3.00E00 1.26E02 NW l
1.30E01 6.60E01 3.90E01 4.20E01 1.20E01 :0.00E01' 1.72E02 NNW 5.00E00 4.50E01 3.50E01 2.30E01 2.00E00 0.00E01 1.10E02 Total 2.47E02 8.32E02 5.83E02 2.70E02 4.30E01 2.40E01 2.00E03 STABILITY CLASS B WIND SPEED (MPH) AT 10 METER LEVEt~
1 l Direction 13 47 8 12 13 18 19 24 >24 TOTAL i N 0.00E01 0.00E01 0.00E01 0.00E01 0.00E01 0.00E01 0.00E01 NNE 0.00E01 2.00E00 1.00E00 2.00E00 0.00E01 0.00E01 5.00E00-NE 0.00E01 0.00E01 4.00E'10 4.00E00 0.00E01 0.00E01- 8.00E00 ENE 0.00E01 0.00E01 4.00E00 0.00E01 0.00E01 0.00E01 4.00E00; j E 0.00E01 4.00E00 0.00E01 0.00E01 0.00E01 0.00E01 4.00E00 JE ' O.00E01 5.00E00 2.00E00 0.00E01 0.00E01 0.00E01 7.00E00 SE 0.00E01 7.00E00 3.00E00 - 0.00E01 0.00E01 0.00E01 1.00E01
'SSE 0.00E01 2.00E00 2.00E00 0.00E01 0.00E01 0.00E01 4.00E00 !
S 0.00E01 4.00E00 '7.00E00 4.00E00 0.00E01 0.00E01 1.50E01-
$$9 0.00E01 1.00E00 1.70E01 0.00E01 4.00E00 0.00E01 2.20E01 SW 0.00E01 2.00E00 1.00E01 1.00E00 0.00E01 0.00E01 1.' 30E01 '
WSV 0.00E01 1.00E00 1.10E01= 1.20E01 0.00E01 0.00E01 2.40E01 -
W 0.00E01 2.00E00 9.00E00 4.00E00 2.00E00 0.00E01 1.70E01 WNW 0.00E01 q
2.00E00 7.00E00 6.00E00 1.00E00 0.00E01 1.60E01 j NW 0.00E01 3.00E00 1.10E01 1.00E01 1.00E00 'O.00E01 2.50E01' NNW {
0.00E01 1.00E00 6.00E00 2.00E00 0.00E01
'O.00E01 9.00E00-Total 0.00E01 3.60E01 9.40E01 4.50E01 8.00E00 0.00E01 1.83E02 i
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TABLE G-1 1 ANNUAL JOINT FREOUENCY DISTRIBUTION OF METEOROLOGICAL PARAMETERS - 1987 l I
STABillTY CLASS C WIND SPEED (MPH) AT 10 METER LEVEL-l Direction 13 47 8 12 13 18 19 24 >24 TOTAL N. 0.00E01 2.00E00 3.00E00. 0.00E01 1.00E00 0.00E01 6.00E00 NNE 0.00E01 1.00E00 3.00E00 1.00E00 0.00E01 1.00E00 6.00E00 NE 0.00E01 3.00E00 1.10E01 0.00E01 1.00E00 0.00E01 1.50E01 ENE 0.00E01 4.00E00 6.00E00 0.00E01 0.00E01 0.00E01 1.00E01 i- E 0.00E01 4.00E00 1.00E00 0.00E01 0.00E01 0.00E01. 5.00E00 ESE 0.00E01 8.00E00 3.00E00 0.00E01 0.00E01' O.00E01- .1.10E01 l SE 1.00E00 1.20E01 2.00E00 0.00E01 0.00E01 0.00E01' 1.50E01 SSE 0.00E01 1.00E00 2.00E00 2.00E00 0.00E01 0.00E01 5.00E00 ,
S 0.00E01 4.00E00 7.00E00 3.00E00: 1.00E00 0.00E01 1.50E01 l SS'1 1.00E00 1.00E00 1.30E01 2.00E00 0.00E01 0.00E01 1.70E01 SV 0.00E01 3.00E00 9.00E00 5.00E00 0.00E01- 0.00E01 1.70E01 WSW 0.00E01 7.00E00 8.00E00 5.00E00 ,0.00E01 0.00E01 2.00E01 W 1.00E00 2.00E00 1.30E01 6.00E00 0.00E01 0.00E01 .2.20E01 WNW 1.00E00 1.00E00 2.00E00 1.20E01 0.00E01 0.00E01 1.60E01-NW 1.00E00 3.00E00 1.20E01 4.00E00 0.00E01 0.00E01 2.00E01 . >
NNW 0.00E01 0.00E00 8.00E00 2.00E00 0.00E01 -0.00E01 1.00E01 Total 5.00E00 5.60E01 1.03E02 '4.20E01 3.00E00 1.00E00 2.10E02 STABILITY CLASS D WIND SPEEt, (MPH) AT 10 METER LEVEL l Direction 13 47 8 12 13-18 19 24 _ >24- TOTAL' N 8.00E00 2.70E01 9.50E01 2.30E01 6.00E00 1.00000 1.60E02 l-i NNE 8.00E00 2.70E01 3.70E01 3.60E01 1.90E01. 7.00E00~ 1.34E02 4
- NE 9.00E00 2.20E01 5.00E01 6.30E01 8.00E00 0.00E01: 1.52E02 ENE 5.00E00 1.40E01 1.00E01 0.00E01 0.00E01 0.00E01 2.90E01 E 6.00E00 1.80E01 4.00E00 0.00E01 0.00E01 0.00E01J- 2.80E01' ESE 7.00E00 2.70E01 2.00E01 1.50E01 1.00E00 0.00E01 7.00E01 SE 1.00E01 5.10E01 3.80E01 =1.30E01 1.00E00 0.00E01' 1.13E02.
i- $$E 5.00E00 3.50E01 3.50E01 1.60E01 0.00E01 0.00E01 9.10E01 l S 5.00E00 2.10E01 7.30E01 =2.00E01 1.00E00 0.00E01 1.20E02 SSW 4.00E00 4.70E01 7.70E01 2.00E01 6.00E00- 0.00E01. 1.54E02 -!.
SW 8.00E00 2.00E01 4.80E01 1.50E01 0.00E01 0.00E01 9.10E01-WSW 2.00E00 2.90E01 2.70E01 6.00E00 0.00E01 0.00E01- 6.40E01 W. 5.00E00 2.40E01 6.80E01 3.60E01 1.50E01 0.00E01- '1.48E02 WNW 3.00E00 1.70E01 8.40E01 3.90E01 8.00E00 0.00E01 .
1.51E02. -
NW 3.00E00 2.20E01- 6.80E01 2.10E01 3.00E00 0.00E01 '1.17E02
'NNW 4.00E00 2.20E01 3.00E01 1.00E00 0.00E01 0.00E01- '5.70E01
- r Total 9.20E01 4.23E02 7.64E02 3.24E02 6.80E01 8.00E00 1.68E03-
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TABLE G-1 ANNUAL JOINT FREOUENCY DISTRIBUTION OF ~ METEOROLOGICAL PARAMETERS - 1987 STABftlTY CLASS E WIND SPEED (MPH) AT 10 METER LEVEL-l Direction 13 47 8 12 13 18 19 24 >24 TOTAL N 7.00E00 2.70E01 5.20E01 - 1.30E01 5.00E00 0.00E01- 1.04E02-NNE 7.00E00 2.50F.01 3.90E01 1.50E01 4.00E00 0.00E01 '9.00E01 NE 9.00E00 5.30E01 7.40E01 2.90ED1 6.00E00 0.00E01 1.71E02 ENE 8.00E00 3.60E01 2.60E01 1,00E01 7.00E00 0.00E01 8.70E01 E 1.10E01 2.20E01 4.00E00 0.00E01; 0.00E01 0.00E01 3.70E01 ESE 1.80E01 7.40E01- 3.60E01 5.00E00 0.00E01 0.00E01 1.33E02 SE 1.70E01 7.20E01 2.60E01 4.00E00 0.00E01 0.00E01 1.19E02 SSE 1.50E01 7.60E01: 6.50E01 4.00E00 0.00E01 0.00E01 1.60E02 S 1.30E01 1.09E02 1.23E02 1.70E01 2.00E00 0.00E01 2.64E02 SSW 9.00E00 8.10E01 1.61E02 4.40E01 2.00E00-- 0.00E01 2.97E02 S3 1.40E01 2.80E01 5.80E01 2.30E01 0.00E01 0.00E01~ 1.23E02 WS9 5.00E00 '3.90E01- 3.40E01 4.00E00 0.00E01. ' O.00E01 8.20E01 W 1.40E01 3.10E01 7.10E01 3.40E01 3.00E00 0.00E01 1.53E02 WNW 1.30E01 3.80E01 4.20E01 1.90E01 3.00E00 0.00E01 1.15E02 j NW 7.00E00 3.90E01 3.90E01 2.80E01 3.00E00 1.00E00 1.17E02 NN9 3.00E00 2.30E01 3.00E01 2.80E01 7.00E00 2.00E00' 9.30E01 Total 1.70E02 7.73E02 8.80E02 2.77E02 4.20E01 3.00E00- 2.15E03- j l
l i
STABILITY CLASS F WIND SPEED (MPH) AT 10 METER LEVEL l Direction 13 47 8 12 13 18 19 24 >24 TOTAL N N 1.90E01 1.70E01 7.00E00 0.00E01 0.00E01 0.00E01 4.30E01' NNE 1.00E01 2.00E01 5.00E00 1.00E00- 0.00E01 - 0.00E01 -3.60E01 j NE 6.00E00 4.70E01 7.00E00 'O.00E01 0.00E01- 0.00E01 6.00E01 ENE 1.00E01 3.90E01 3.30E01 4.70E01 6.00E00 0.00E01. 1.35E02 E 2.10E01 3.90E01 3.10E01 1.60E01 0.00E01 0.00E01- 1.07E02 '
t- ESE 1.70E01 3.50E01 3.00E00 1.00E00 0.00E01 ~ 0.00E01 5.60E01
~
SE 1.10E01 3.90E01 2.00E00 0.00E01 0.00E01 0.00E01 5.20E01 -
SSE 1.50E01 6.60E01 6.00E00 0.00E01 0.00E01 0.00E01 8.70E01 S 1.10E01 8.10E01 2.70E01 2.00E00 - 0.00E01 0.00E01 1.21E02
'SSW 1.40E01 4.80E01 5.40E01 2.00E00 0.00E01 0.00E01 1.18E02-59 1.60E01 5.80E01 5.60E01 3.00E01 0.00E01 0.00E01' 1.60E02 WSW 1.00R01 2.50E01 2.50E01 1.70E01 4.00E00 'O.00E01 8.10E01 W 1.20E01 2.20E01 1.60E01 3.00E00 1.00E00' O.00E01- . 5.40E03' i l WNW- 1.40E01 2.70E01 - 6.00E00 0.00E01 0.00E01 0.00E01 4.70E01 f l NW 1.00E01 2.90E01 7.00E00 1.00E00 1.00E00 0.00E01 4.80E01 NNW 5.00E00 7.00E00 8.00E00 6.00E00 8.00E00 5.00E00- 3.90E01
. Total 2.01E02 5.99E02 2.93E02 1.26E02 2.00E01 5.00E00 1.24E03 '!
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- i. TABLE G-1 Annual Joint Frecuency Distribution of Meteoroloaical Parameters - 1987-I STABILITY CLASS G l
WIND SPEED (HPH) AT 10 METER LEVEL l Direction 13 47 8 12 13 18 19 24 >24 TOTAL I N 7.00E00 5.00E00 2.00E00 0.00E01-. 0.00E01 0.00E01 1.40E01 NNE 1.00E01 1.00E01 2.00E00 0.00E01 0.00E01 0.00E01 2.20E01 NE 2.50E01 7.10E01 3.00E00 0.00E01 0.00E01 0.00E01 9.90E01 j .ENE 1.80E01 3.10E01 9.00E00 2.00E01 2.00E00- 0.00E01 '8.00E01 E 1.00E01 1.30E01 1.50E01 4.10E01 3.00E00 0.00E01 8.20E01 ESE 1.50E01 4.00E00. 0.00E01 0.00E01 0.00E01 0.00E01 :1.90E01 SE 8.00E00 2.70E01 1.00E00 0.00E01 0.00E01 0.00E01 3.60E01 :
SSE 2.10E01 2.70E01 0.00E01- 0.00E01 0.00E01 0.00E01. 4.80E01 S 1.90E01 2.90E01 4.00E00 4.00E00 0.00E01 0.00E01 5.60E01 SSV 9.00E00 1,.70E01 5.00E00 0.00E01 0.00E01 0.00E01, 3.10E01 SV 9.00E00 3.80E01 3.00E00 6.00E00 2.00E00 0.00C01 5.80E01 WSV 1.10E01 1.90E01 1.10E01 1.40E01 0.00E01 0.00F01 . 5.50E01 W 9.00E00 7.00E00 1.00E00 0.00E01 0.00E01 0.00E01 1.70E01 i WNV 2.10E01 1.10E01 0.00E01 0.00E01 0.00E01 0.00E01 3.20E01 i NW 1.20E01 1.00E01 1.00E00 0.00E01 0.00E01 0.00E01 2.30E01
( NNV 1.00E01 0.00E01 0.00E01 1.00E00 0.00E01 0.00E01 1.10E01.
l Total 2.14E02 3.19E02 5.70E01 8.60E01 7.00E00 0.00E01 6.83E02 l-
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PERIODS OF CALM (HOURS): 3.000E00 l HOURS OF INVALID DATA : 0.000E01 HOURS OF C00D DATA 8.196E3 = 93.6% OF TOTAL HOURS I
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