ML19282B173
| ML19282B173 | |
| Person / Time | |
|---|---|
| Site: | Brunswick  |
| Issue date: | 12/31/1978 |
| From: | CAROLINA POWER & LIGHT CO. |
| To: | |
| Shared Package | |
| ML19282B172 | List: |
| References | |
| NUDOCS 7903090207 | |
| Download: ML19282B173 (111) | |
Text
.-
BRUNSWICK STEM 4 ELECTRIC PLANT Environmental Report 1.
Effluent, Waste Disposal 2.
Meteorological Data 3.
Technical Specification Changes 4.
Ocean outfall Thermal Monitoring 5.
Maintenance Dredging in Intake Canal r'
July 1, 1978 to December 31, 1978 V
7 903 09 051DIf.
1978 Supplo. atal Inf ormation Facility !:run, tick.' tean 1:1 cc tric Plant 1.icsnac C:;rol ina Po.cer f. f.ight Cc.
1.
P.cculatory Limitn a.
Fission & activation ;; aces I E B [0.72 Q, + 290 Q ) 11 quarterly average y
I 5 y (22 Q, + 200 Q ) 1 1 quarterly average y
y,I I B [1.4 Q, + 580 Q ] 1 1 12 month average sI E y [45 Q + 400 Q ] 1 1 12 month average s
b.
Iodine-131 via gaseous releases
~
4 Curies per quarter
,y 8 curies per 12 months c.
Perticulates, half-lives >8 days 5
[4,7 x 10 ) Q, + [7. 2 x 10 ] Q 1 1 quarterly average 5
8
[9.3 x 10 )9 + (1.5 x 10 ]Q 1 1 12 month average s
d.
Liquid effluents 20 Curies per quarter 40 Curies per 12 nonths 2.
liaxinun Permissibic Concentrations s
~
a.
Fission & act'ivation Cases s
IQ, [4.0 Ey + 0.23 ES] + Q
[35Ey + 92 E8] 1 1 b.
Iodines and Particulates with half-lives greater than eight days.
0
[3.7 x 10 ) Q, +. [5.8 x 10 ] Q
<1 c.
Liquid Effluents Values specified in 10CFR Part 20, Appendix 11, Tabic II, Column 2 for unrestricted area.
3.
Average Incrpy Stack Ey f.'64E-l Itcy; f3 4 ot E-t trey Averar,e P.n.'r; v Cround Ey = 5.fo0 E-l : ley; E3 a I.4 S E-l itey 3
4.
!!casurements and Approximations of Total Radioactivity a.
Fission and activation ganes Analysis for specific radionuclides in representative grab sample:. by e
Eamma spectroscopy.
b.
Iodines Analysis for specific radionuclides collected on charcoal cartridges by gamma spectroscopy.
c.
Particulates Analysis for specific radionuclides collected on filter papers by gamma spectroscopy.
d.
Liquid effluents Analysis for specific radionuclides by individual releases by gatma spectroscopy.
Relative variance for each measurement used in calculating activity values were combined using the additive proper,ty of variance.
The square roet of the conbined variance was extracted to obtain an estimate of the standard deviation of the multistep process.
The standard deviation was used to evaluate the error in the calculated activitics at the 95% confidence lescl.
5.
Eatch Releases e
a.
Liquid 1.
Number of batch releases:
3oS 2.
Total time period for batch releases: 4 376 +'is minutes s
3.
Ibximum time period for a batch release:3.17E+3 minu tes 4.
Average time period for batch releases:193E4 a minutes 5.
Itinimum time period for a batch release: 0 5 minutes 6.
Average stream flow during periods of release of effluent into a flowing stream: not applicable b.
Cascous 1.
Number of batch releases:
none 2.
Total time period for a batch release:
not applicable -
3.
!!aximum time period for a batch release:
not applicable 4.
Avera.gc tine period for a batch release:
not applicable
..r 5.
}!1nimum time period for a batch release:
not applicable 2
6.
Abnormal Release e
a.
Liquid 1.
Number of releases:
None 2.
Total activity released:
Nonc b.
Cascous 1.
Number of'rcicases:
None 2.
Total activity released:
Nonc O
e o
e M
e e
1 e
e S
e e
o 4
6%
6
r
{"[+. ,,.
(,
ATTACHMENT 1
.hs,..
y4 s.j,f
-?fji {
- EFFLUENT, WASTE DISPOSAL, AND POTENTIAL DOSES SEMIANNUAL REPORT July - December 1978 Brunswick Steam Electric Plant e
~
r
TABLE lA EFFLUENT AND WASTE DISPOSAL SDiIMINUAL REPORT YEAR 1978 CASEOUS EFFLUENTS-SLTMATION OF ALL RELEASES Est.
Unit Total Ouarter ITT Quarter IV Erro r,%
A.
Fiscion & activation gases 6.79 E*o 1.
Total release Ci 2.42 E+4 3.0? E+4 2.
Average release rate for period uCi/ sec 2.98 E+3 3.75 E+3 3.
Percent of Technical Specification limit 1.16 E+1 1.15 E+1 B.
Todines i
1.
Total iodine-131 Ci 9.30 E-2 4.07 E-2 8.0EAO 2.
Average release rate for period uCi/ rec 1.15 E-2 5.07 E-3 3.
Percent of Technical Specification licit 2.33 E+0 1.02 E40 7-c.
Particulates 1.
Particulates uith half-lives of 8 days Ci 4.36 E-2 3.19E-2 8.0E40 2.
Average release rate for period uCi/ sec 5.38 E-3 3.97E-3 3.
Percent of Technical Scceification limit 2.67 E+1 1.97E+1 4.
Gross alpha radioactivity Ci 1,10 E-6 6.49 E-7 D.
Tritium t.M E+8 1.
Total relcare ci 3.46 E+0 2.94 E+0 2.
Average release rate for period uC1/ sec 4.30 E-1 3.66 E-1
- 3.
Percent of Technieni Specification limit
- 1. 01 E - 2 9.22 E-l
TABLE IB EFFLUENT AND WASTE DISPOSAL SEMIARRfAL REPORT YEAR 1979 CASEOUS EFFLUENTS-ELEVATED RELEASE Continuous Mode Batch Mode Fuelfdes Reicased Unit Guarter TTT Ouarter IV Ouarcer Ouarter 3 1.
Fission gases krvnton-85 C1 4MDA OtDA l
krypton-85m Ci 1.13 E+3 1.70 E+3 krypton-87 C1 2.27 E+3 3.03 E+3 krypton-88 C1 2.0 / E+3 3.06 E+3 xenon-133 Ci 6.12 E4 3 7.21 E+3 xenon-135 C1
- 4. 84 E+3 7.37 E+3 xenon-135c Ci 1.51 E+3 8.39 E+2 xenon-138 Ci
. 2.44 E+3 1.62 l'+3
_ argon-41 Ci 1.07 E+2 1.25 E+2
, jnon-133a Ci 1.68 E+2 2.23 E+2 Ci unidentified Ci 1.40 E+3 1.71 E+3 Total for Period C1 2.20 E+4 2.69 E+4 2.
Iodines iodine-131 Ci 8.41 E-2 3.91 E-2 l
fodine-132 Ci 1.58 E-2 1.56 E-2 iodine-133 Ci 5.34 E-2 3.90 E-2 iodine-135 Ci
- 4. 25 E-2 3.07 E-2 j
Total for Period C1 1.96 E-1 1.24 E-1 3.
Particuirtes strontium-89 Ci
- 7. 84 E -4 1.24 E-4 strontium-90 Ci
- 6. 21 E-6 3.29 F-5 c esiun-134 Ci 6.64 E-5 1.78 E-5 c esiun-137 C1 1.44 E-4
- 1. 4 7 E -4 harium-la ntha num-140 Ci 1.23 E-3 1.35 E-2 cobalt-58 C1 1.62 E-4 7.78 E-6 cobalt-60 Ci 2.03 E-4 4.07 E-5 chromita-51 Ci 9.29 E-3 1.50 E-4 z irc onium-nic hiun-95 Ci
< MDA eMDA zine-65 Ci 1.68 E-5 c VDA Ci iron-59 C1 5.31 E-5 3.70 E-5 mancanese-54 Ci 3.34 E-4 8.41 E-3 fodine-131 C1 1.16 E-4 3.35 E-4 cerium-139 Ci 8.62 E-5 2.90 E-3 cerium-144 C1 4 MDA
< MDA yttrium-88 Ci 1.01 E-6 2.09 E-4 rhodium-106 Ci 1.70 E-5 4 YDA strontium-91 C1 1.07 E-4
< MDA Ci subtotal 1.74 E-2 c
unidentified Ci 1.01 E-3 1.40E-3
~
Total for Period Ci 1.36 E-2 1.88E-2 l
~
TABLE IC EFF1.UEhT AND WASTE DISPOSAL SEMINZUAL REPORT YEAR 1978 CASEOUS EFFLUENTS-GROUND LEVEL RELEASES Continuous Mode Patch Mode Nue ides Reicitsed Unit Quarter TII Oua r t er IV Quarter Ouarte 1.
Fission gases kryoten-85 Ci
< omA tmA krypton-85m Ci
< 'm \\
< kmA krypton-87 Ci e omA smA krypton-88 Ci
< tmA
<SmA xenon-133 C1 1,88 E*3 2.90 E+3 xenon-135 Ci 1.40 E+2 1.13 E+2 xenon-135m Ci
Ci
< MDA
< MDA xenon-133m Ci
- 3. 68 E+1 3.69 E+1 Ci unidentified Ci 1.40 E+2 2.07 E+2 Total for Period Ci 2.20 E+3 3.26 E+3 2.
Iodines iodine-131 Ci 7.06 E-J 1.11 E-3 fodine-132 C1 4 MDA
< MDA iodine-133 Ci 6.36 E-4 4.88 E-4 i
iodine-135 Ci e'MDA 4 ItDA Total for Period Ci 8.32 E-3 1.60 E-3 3.
Particulates strontium-S9 I
Ci 1.98 E-5 6.24 E-5 s
stront ita-90 C1 7.53 E-6
- 1. 3 8 E - 5 cesium-134 Ci 2.07 E-3 1.63 E-4 cesium-137 Ci z.98 E-3 3.01 E-4.
ba rium-lant ha num-140 Ci 1.35 E-b
< MDA cobalt-58 Ci 5.62 E-4 4.16 E-4 i
co balt-60 C1 2.07 E-3 1.05 E-3 I
chromium-51 Ci 1.56 E-2 7.46 E-3 J
zirconium-niobium-95 Ci e MDA 9.25 E-6 zine-65 C1 3.08 E-4 1.06 E-4 fron-59 C1 4.63 E-4 2.38 E-4 manganese-54 C1 1.80 E-3 1.36 E-3 iodine-131 Ci 1.12 E-3 1.81 E-4 c eritn-139 Ci 4.MDA 2.71 E-5 ecrium-144 Ci 2.42 E-4
< MDA yttrium-88 C1 cMDA 8.19 E-4 cesium-136 Ci
< MA 4 MDA l
tin-117m Ci
<. MDA
< MDA 1
antimonv-124 Ci
< MDA 5.47 E-6 cobalt-57 Ci 1.97 E-6
< MDA cadnium-109 Ci 5.20 E-4 2.34 E-6 unidentified C1 2.22 E-3 9.68E-4 Total for Period Ci 3.00 E-2 1.31E-2
TABLE 2A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT YEAR 197p LIQUID EFFLUENTS-SUMMATION OF ALL RELEASES Unit Quarter Quarter Est. Total 1 & 11 III IV Error, %
A.
Ficsion activation produ. ts
- 1.
Total release (not intluding tritium, gases, alpha)
Ci 9.72 E-1 1.16E+0 9.10 E +0 2.
Average diluted concent ation during period uCi/ml
- 1. 98 E-8 1.86E-8 3.
Parcent of a9plicable. imit
- 3. 89 E+1 4.64E+1 B.
Tritium i
1.
Total release Ci 2.79 E40 3.54 E+0 1.23 E+01 2.
Average diluted concentration during period uCi/ml s 67 v_s s 68 r_s 3.
Percent of applicable limit 1.89 E-3 1.89 E-3 C.
Dissolved and entrained gases 1.
Total release Ci 3.79 E-2 1.17 E-2 9.10 E40 2.
Average diluted concentration during period uCi/ml
- 7. 70 E-10 1.88 E-10 3.
Percent of applicable limit 2.57 E-4 6.27 E-3 D.
Cross alpha radior.ctivity Total release Ci
- 1. 73 E-5 6.45 E-S 1.12 E+01 3.
Volume of vaste released (prior to dilution )
liters 6.66 E+6 8.01 E+6 5.66 E40 e
P.
Volume of dilution water used during period liters 4.9 2 E+10! 6. 23 E+10 1.10 E+1
- Includes Estimated Total Error 6
TABLE 2B EFFLUEhT AND WASTE DISPOSAL SE!IANNUAL' REPORT YEAR 1978 LIQUID EFFLUENTS Batch Mode Continuous Mode Nuclides Released Unit Quarter III Quarter TV Ouarter Quarter iodine-134 Ci 4MDA 5.45 E-5 iodine-133 C1
- 1. 77 E-3 2.90 E-6 fodine-132 C1
< MnA
< MDA anti ony-122 C1 1.45 7-3
- 1. 0 5 E - 3 antir.ony-124 Ci 8.62 E-5 2.89 E-4 cobalt-57 Ci
<MDA eMDA cesium-136 Ci
<MDA 4MDA
. cesium-138 Ci
.:MDA 4 MDA cerium-144 C1
<,MDA 4MDA yttrium-91m C1 2.27 E-5 2.22 E-3 tellurium-1292 Ci
< MDA 4MDA strentium-85 Ci
< MDA
< MDA niobium-97m C1 4MDA
< FDA zirconium-97 Ci
<MDA
< MDA i
_ tin-113 Ci
<MDA 4MDA tin-117m Ci
< MDA
< MDA indium-113m Ci
. < MDA 4MDA barium-139 C1 9.15 E-5 4MDA cerium-139 Ci
- 1. 9 5 E - 5 MDA
^
strontium-91 Ci 9.23 E-5 7.83 E-4 technitium-101 Ci
!<MDA
< MDA t ellurium-132 Ci
< MDA
< MDA tungsten-187 Ci
< MDA
<MDA continued on Table 2B-1
< MDA
< MDA Dissolved and Entrained Bases krypton-85 Ci R MC
<MDA krypton-85c Ci
<MDA
< MDA argon-41 C1 2.80 E-3 3.55 E-3 xenon-131m C1 3.58 E-3 c MDA xenon-133 C1 2.04 E-2 3.75 E-3' I
xenon-135 Ci 7.83 E-3 4.37 E-3 r
geqon 133 m l C1 3.28 E-3 4 F'DA Total for Period Ci 3.79 E-2 1.17 E-2
TABLE 2B-1 EFFLUENT AND WASTE DISPOSAL SDilANdIAL REPORT YEAR 1978
' LIQUID EFFLUENTS Batch Mode Continuous Mode Nuclides Released Unit Ouarter III Ouart er IV Quarter Quarter stront ium-89 Ci
- 9. 38 E-4 1.34 E-3 strontium-90 Ci
- 5. 20 E-5
- 2. 92 E-4 cesium-134 C1 1.96 E-2 1.16 E-2 cesien-137 C1 3.87 E-2 1.99 E-2 iodine-131 Ci 1.90 E-2 1.73 E-3 cobalt-58 C1 3.89 E-2 1 4. 91 E-2 cobalt-60 Ci 8.52 E-2 1.70 E-1 iron-59 C1 4.12 E-2 6.40 E-2 zine-65 C1 1.20 E-2 2.07 E-2 man 2anese-54 Ci 1.30 E-1 2.46 E-1 chromium-51 Ci 3.37 E-1 4.38 E-1 zirconium-nf obium-95 L Ci 1.16 E-3 7.11 E-4 1
molybdenum-99 C1 2.60 E-4 5.74 E-5 I
technetium-90m Ci
- 4. 81 E-3 5.45 E-4 f~
barium-lant.hanum-140 Ci MDA MDA cerium-141 Ci MDA MDA fluorine-18 Ci 6.06 E-3 6.71 E-3 sodium-24 C1 1.30 E-1
- 1. 21 E - 2 mancanese-56 C1
- 6. 78 E-4 3.76 E-5 copper-64 Ci
- 1. 25 E-2 8.68 E-3 crs enic-7_6 Ci
- 9. 67 E-3 2.58 E-4 niobium-97 Ci 1.81 E-5 3.56 E-3 strontium-85 Ci MDA MDA neptunium-239 Ci MDA MDA strontium-92 C1 3.49 E-5 1.93 E-3 silver-110m Ci 1.20 E-5 1.79 E-3 nickel-65 Ci MDA MDA unidentified Ci 8.10 E-2 9.65E-2 Total for period (above)
Ci 9.72 E-1 1.16E+0 6
MINIMUM DETECTABLE ACTIVITIES (uCi/ml) 1.
For Liquid Releases 2.
For Caseous Releases r
I-134 2.11E-8 Kr-85 4.91E-5 I-132 9.74E-9 Kr-85m 1.77E-8 Co-57 6.29E-9 Kr-87 5.16E-8 Cs-137 1.09E-8 Kr-88 3.96E-6 Ce-144 5.24E-8 Xe-135m 1.67E-7 Te-129m 3.65E-7 Ar-41 1.03E-7 Sr-85 2.37E-7 2.35E-8 Nb-97m Zr-97 2.24E-8 Sn-113 1.83E-8 Sn-117m 7.22E-9 3.
For Particulates and Iodines In-113m 2.81E-8 Ba-139 6.38E-8 Ba-140,La-140 6.16E-14 Ce-139 6.35E-9 Nb-95,Zr-95 1.76E-14 Tc-101 1.69E-8 Ce-139 7.63E-15 Te-132 1.72E-8 Ce-144 6.80E-14 W-137 5.92E-8 Y-88 9.32E-15 Ba-140,La-140 5.92E-8 Cs-136 1.02E-14 Ce-141 3.26E-8 Sn-117m 6.61E-15 Np-239 1.46E-7 Sb-124 2.54E-14 Kr-85 5.89E-5 Co-57 9.35E-15 Kr-85m 2.12E-8 Cd-109 7.50E-15 Xe-131m 9.49E-7 Ag-110m 1.08E-14 Xe-133m 1.78E-7 Zn-65 2.13E-14 Cs-138 2.05E-8 Rh-106 6.50E-14 g
Ni-65 3.16E-8 Sr-91 1.77E-14 I-132 1.16E-14 I-135 2.82E-14 s
6 i
EFFLUENT AND UASTE DISPOSr.l. SEMIANNUAI. I EPOP.T (Yl;.*m)
SOLID WASTE AND IlmADIATED FUCL SilIPMENTS
/"'
A.
Solid Waste Shipped Offsite for Burial or Disposal (Not irradiate:1 fuel) 1.
Type of Waste Unit 6-month
. cst. T. ital period
- Errar, 7.51Ed5]
a.
Spent resins, filter sludges, evaporated m
bottons, etc.
Ci 8.24E028 1.50E01 3
4.74E02j b.
Dry compressible waste, contaminated m
couin., etc.
Ci 2.23E011 2.00E01 c.
Irradiated components, control m3 3.90E-0q l
rods, etc.
Ci 1.20E0li 1.50E01 I
m3 0.00E00j 0.00E00 _0.00E00 d.
Other (describe)
Ci 3
2.
Esticate of major nuclide composition (by type of waste)
A + B Cr-51 6.23E01
~
~
- 1. 5 8 E0_1___ __,
Co-60 1.08E01 Fe-59 4.07E00 Co-58 3.85E00 3
Zn-65 1.41E00
,_J Cs-134 6.79E-01 l
Co-137 2~~ 4.80E-01
~l I-131 2.51E-01 gs Nb-95 1.79E-01,j Zr-95 l6.96E-02 f
Sb-124
% __[4. 48E-02 Sr-92 2.34E-02 C
Zr-95 3.04E01 Nb-95 3.04E01 Co-60 y[
1.78E01~ ~ -
Zn-65 8.53E00 Mn-54 7.84E00 In-ll3m 3.03E00 Co-58 2.08E00 D
None 0.00E00 3.
Solid Waste Disposition Number of Shipments Mode of Transnortation Destination 168 Sole Use Vehicle Chem-Nuclear Systems, Inc.
Barnwell, SC B.
Irradiated Fuel Shipments (Disposition)
Number of Shipments Mode of Transportation Destination
.f~'
O N/A N/A
SHORELIt1E SEDIIIENT DOSE AT CAttRL, MREf1/6 MOS.
I CHILD TEEtt ADULT UHOLE BODY 8.13E-07 3.89E-06 6.97E-07 SKIH 9.55E-07 4.57E-06 8.10E-07 LIOUID EFFLUENT DATA USED IN SHORFt.IHE DOSE CRt.CULATIONS DOSE DUE TO E AT ING FISH CAUGHT I t1 D I SC!'T6E C f;NRI.. ;;
1 5 !1 V CHILD TEEtt ADULT B0t4E
- 2. 84 E--05 2.39F-05
- 2. 35E--05 LIVER 5.71E-05 6.92E-05 6.85E-05 WHOLE BODY 2.75E-05 2.71E-05 2.81E-05 TiiVROID 4.41E-06 4.27E-06 4.5?E-06 K!DilEY 1.01E-05 1.30E-05
- 1. 35E -05 LUNG 1.02E-05 1.32E-05 1.14E-05 GI-LLI 5.14E-05 1.44E-04 2.03E-04 LIQUID EFFLUEttT DATA USED It1 FISH D09E CALU!.ATIONS p
DOSE DUE TO ERTIhG GREEN LERFY 'MGS. FR0l1 WORST GAF:DElb tiREM/6 1105 CHILD TEEtt ADULT BGHE 1.42E-03 8.40E-04 9.71E-04 LIVER 1.21E-03 9.52E-04 1.08E-03 WHOLE BODY 4.04E-04 4.66E-04 8.14E-04 THYROID 7.79E-02 5.2SE-02 6.52E-02 KIDi1EY 7.09E-04 5.75E-04 6.48E-04 LUNG 1.24E-04 1.00E-04 1.13E-04 GI-LLI 1.97E-04 3.36E-04 5.19E -04 DOSES CALCULATED FROM GASEOUS EFFLUEttT DATA DOSE DUE TO ERTIt4G PRODUCE FROM UOPST GAPDEtb MREt1/6 MOS CHILD.
TEEti ADULT BONE 1.65E-02 7.51E-03 4.78E-03 LIVER 1.43E-02 8.54E-03 5.25E-03 UHOLE BODY 3.95E-03 4.08E-03 4.20E-03 THYROID 7.51E-03 3.83E-03 2.60E-03 RIDHEY 4.76E-03 2.94E-03 1.84E-03 LUt1G 1.83E-03 1.20E-03 6.80E-04 GI-LLI
- 1. 51 E-r* 3 1.97E-03 1.72E-03 DOSES CALCULATED FROM GASEOUS EFFLUENT DATA O.
DOSES CALCULATED FOR MAXIMUM EXPOSED INDIVIDUAL
I-131 DOSE DUE TO DRIllKIllG MILK, 11 REM /6 ' MOS IllF ANT CHILD TEEN ADULT B0llE 4.29E-03 2.05E-03 8.47E-04
- 4. 67E -04
'c LIVER 5.05E-03 2.07E-03 1.19E-03 6.67E-04 WHOLE BODY 2.22E-03 1.17 E-- 0 3 6.37E-04 3.82E-a1 THYROID 1.66E+00 6.:33E-01
- 3. 4 6 E--01 2.19E-01 KIDHEY 5.90E-03 3.39E-03
- 2. 04E- 03 1.14E -03 LUNG 0.00E+00 0.00E+00 0.00E+00 0.00E 00 GI-LLI 1.80E-04
- 1. 8 4 E--0 4
- 2. 34E -04 1./6E 04 TOTAL DOSE DUE TO DRINKING MILK, MREN/6 NOS INFANT CHILD i t'EN ADULi 80tlE 5.60E-02 3.45E-02 1.46E-02
- 3. l '.i E 0 3 LIVER 7.67E-02 3.99E-00
? 30E--02 1.37E-02 UHOLE 80DY 9.58E-03 8.68E-03 v. '.e E -- 0 3 9.85C-03 THYROID 1.67E+00
.6.86E-01 3.47E-01
- 2. 20E--01 KIDHEY 2.56E-02
- 1. 6 0 E--0 9
'i.8?E-03
- 5. 7 :E -03 LUNG 7.93E-03
- 4. 59 E--0 3 3.03E-03
- 1. 5 7E -03 GI-LLI 2.53E-03
- 1. 20iE 03
- 1. ':8 E-0 3 1.12E 03 DOSES EVALUATED FOR STEVENS' FARM (MK-35)
I-131 INHAtATION DOSE AT WORST POINT GN '-:IlE BOUNDNRY, nREil/6 n.E c
INFANT CHILD TEEt1 ADULT BONE 3.67E-05 4.66E--05 3.43E-05 2.44E-05 LIVER 4.30E-05 4.66E-05 4./5E-05' 3.46E-05 WHOLE BODY 1.90E-05 2.64E-05 2.55E-05 1.90E-05 THYROID 1.44E-02 1.5?E-02 1.42E-02 1.15E-02 KIDNEY 5.01E-05 7.63E-05 8.13 E--05 5.93E-05 LUNG 0.00E+00 0.00E+00 0.00E+00 0.00E+00 GI-LLI 1.02E-06 2.75E-06 6.28E-06
- 6. 0 8 E-- 0 6 s
TOTAL INHALATION DOSE AT WORST POINT ON SITE BOUNDARY, NREM/6 n,if INFANT CHILD TEEN ADULT BONE 4.13E-04 7.42E-04 5.93E-04 4.53E-04 LIVER 7.05E-04 1.08E-03 1.10E-03
- 1. 0?E -03 WHOLE BODY 3.53E-04 6.46E-04 8.29E-04 8.~.i.E-03 THYROID 1.51E-02 1.60E-02 1.51E-02 1.24E-02 KIDNEY 4.49E-04
- 7. 7 0 E--0 4 8.59E-04
- 7. 80E--04 LUNG 2.35E-03 3.50E-03
- 4'.36E-03 3.14E-03 GI-LLI 3.13E-04 5.66E-04 7.30E-04 7.37E-04 GASEOUS EFFLUENT DATA USED IN INHALATION DOSE CALCULATIONS n-'
r' DOSE FROM NOSLE GAS RELEASES-SKIH MREN/6 MOS RADIAL DISTANCE. MILES 0.5 1.5 2.5 3.5 4.5 S
5.4?E-01 2.84E-01 1.96E-01 1.49E-01
- 1. 1 R- -
S$U 3.28E-01 2.99E-01 2.73E-01 2.25E-01 1.94E ~
SW 3.70E-01 2.80E-01 2.24E-01 1.78E-01 1.a5r t.i :
WSW 3.10E-01 2.24E-01 1.79E-01 1.d4E-01 1.13E 0:
W 1.68E-01 1.22E-01 9.55E-02 7.69E-0' 4.3EE Oc WHW -
1.45E-01 1.01E-01 8.40E-02 6.93E-02 5.74E-0~
NW 1.83E-01 1.06E-01 8.04E-02 6.64E-0T 5.60.
~
~
NHW 1.58E-01 1.18E-01 1.02E-01 8.65E-02
- 7. 3M 0,
H 1.65E-01 1.28E-01 1.06E-01 8.78E-02 7.31E-0~
HHE 2.02E-01 1.83E-01 1.63E-01 1.36E-01 1.12E-Oi HE 3.98E-01
- 3. 63E-i31 3.17E-01 2.59E-01 2.12E-31 EHE 2.60E-01 2.28E-01 2.09E-01 1.76E-01
- 1. 4?E- 01 E
2.58E-01 1.70E-Oi 1.46E-01 1.23E-01
- 1. 0::P-R1 ESE 2.00E-01 1.05E-01 7.69E-02 6.05E-02
- 5. 20E- 02 SE 2.56E-01 1.25E-01 8.65E-02 6.56E-02 5. 2 0 E - 0..
/~' SSE 4.48E-01 2.24E-01 1.54E-01 1.16E-01 9.20E-X RADIAL DISTANCE. HILE9 7.5 15.0-25.0 35.0 45.0 S
6.74E-02 3.03E-02 1.62E-02 1.07E-02 7.80E-01 SSW 1.11E-01 5.10E-02 2.75E-02 1.82E-02 1.32E-0_
SW 8.92E-02 4.36E-02 2.49E-02 1.70E-02 1.25E-02 l
WSW 7.27E-02 3.50E-02 1.95E-02 1.31E-02 9.73E-03 l
W 4.07E-O' 9 11E-02 1.26E-02 8.78E-03 6.68E-03 WNW 3.56E-02 1.72E-02 9.61E-03 6.49E-03 4.84E-0C HH 3.70E-02 1.95E-02 1.16E-02 8.05E-03 6.08E-03 NHW 4.79E-09 9 45E-02 1.42E-02 9.67E-03 7.22E-02 N
4.62E-0?
? 31E-02 1.33E-02 9.17E-03 6.91E-03 NME 6.81E-02 3.18E-02 1.73E-02 1.15E-02 8.47t-u:
HE 1.28E-01 5.91E-02 3.18E-02 2.08E-02 1.51E-02 ENE 9.21E-02 4.46E-0?
2.49E-02 1.67E-02
- 1. 23E-O?
E 6.55E-02 3.28E-02
- 1. 87E- 02 1.27E-02 9.50E-03 ESE 3.04E-02 1.51E-02 8.77E-03 6.09E-03 4.22E-03 SE 3.10E-02 1.47E-02 8.27E-03 5.64E-03 4.22E-03 SSE 5.39E-02 2.45E-02 1.32E-02 8.67E-03 6.34E-03
.O O
M O
C DOSE FROM NO31.E GAS REl.ERSES-T. OnDY MREM'6 MOS RADIAL. DICTANCE3 miles 0.5 1.5 2.5
- 3. 5 4.3 S
2.00E-01 1.18E-01 8.60E-02 6.60E-02
.: 4 SSW 1.30E-01 1.35E-01 1.20E-01 1.06E-01 8.
-: ic SW 1.63E-01 1.20E-01
- 1. 06 E--01 8.31E-02 J. C l USH 1.36E-01 1.04E-01 8.41E-02
- 6. :i:GC-0 2 5. 0..
N 7.36E-02.
5.66E-02
- 4. 52E -02 5.66E-02
- 3. _/rt
.e UtlN 6.04E-02 4.55E-02 0.92E-02
- 3. dE-02
- 2. ? :E 7_
UN 7.91E-02 4.82E-02 3.?6E-09
-:: 13E-02 t'.6FE ~~
litlW 6.64E-02 5.35E-02 4.77E-02 4.10E--02 3.
37-J -
H 7.01E-02 5.87E-02 5.01E-02 4.1 ?E -02 UtlE 8.58E-02 8.46E-02 7. q E - 0 2
- 6. WE--02 5
HE 1.69E-01 1.68E-01 1.50E-01
- 1. 24E -01 ENE 1.04E-01 1.03E-01 9.50E-02 9.35E-02
? S'
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9.60E-02 7.24E-02 6.63E-02 5.66E-02
- 4. T 's.
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12 -
SE 9.59E-02 5.12E-02 0.73E-02
- .89E-02
?-1.- -
SSE 1.70E-01 9.24E-02 6.69E-02 5.17E-02 4.: 2 ;2 RADIAL DISTANCE, MILES 7.5 15.0 25.0 35.0 45.0 S
3.08E-02 1.40E-02 7.56E-03 5.00E-03
- .{dE 3:
SSH 5.28E-09 9 44E-02 1.32E-02 8.?5E-03 t.:. - '-
s
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SH 4.28E-09 9 10E-02 1.20E-02 8..2E-03 6.1. { -
~
USH 3'.49E-02 1.68E-02 9.42E-03 6.34E-03 W
1.95E-02 1.02E-02 6.06E-03 4.24E-03
. 2 st..
WHW 1.70E-02 8.23E-03 4.62E-03 3.13E 03 7.
~.< E -
HH 1.77E-02 9.37E-03 5.5eE-03
- 2. 80E -03
-.L,d.
UNW 2.295-02 1.18E-02
- 6. 62E- 03 4.66E 03
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H 2.21E-02 1.11E-02 6.43E-03 4.43E-03
- 0. ; 2 C 3 7..
NNE 3.27E-02 1.53E-02 8.36E-03 5.56E-03 4.09E-01 IlE 6.15E-02 2.85E-02 1.53E-02 1.01E-02
- 7. ; 0 I -0 ~:.
ENE 4.40E-09 9 14E-02 1.20E-02 8.03E-03 5.940'03 E
3.08E-02 1.55E-02 8.93E-03 6.09E-03 4... s t 3:
ESE 1.39E-02 7.03E-03 4.12E-03 2.88E-03
- 1. ?92 x SE 1.40E-02 6.76E-03 3.85E-00 2.64E-03
- 1. 9 9 E - d I' SSE 2.45E-02 1.13E-02 6.12E-03 4.05E-03 2.972-02 O
O POPULATION INTEt;RHTED UHOLE BODY DOSE, f1 REM / 6 1109 RADIRL DISTRNCE, MILES 0.5 1.5 2.5
?.5 4.5 S
- 1. 04E- 03 4.72E-03 5.99E 02 0.00EiOO n. o. a.. u o SSW 0.00EF00 2.17E 09
' M C-- 01 0.00E400
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- 3. 34E -03 0.00EiOO 6.01E 04
- 0. _ uC ' o.
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- 6. c 5E -04
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- 9. e. ?E -04 3.64E-04 0,00E 00 6.UNE4 00
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flHW
- 1. 33E -03 2.14E -04
- 0. 00E-: 00 0.00EFOO 0.00E O
14 1.40E-03 0.00E+00 0.00E+00 U. ter.+ 00 0.00E.00 MHE.
0.00EF00
- 1. 35E--03 0.00E+00 0.00EF00
- 0. Y:E.00 NE 0.00E400 3.35E 33 0.00EFOO 0.00E+00 0.nnE 50 ENE 0.00Et00
- 1. 24E -03 0.00E+00 0.00EFOO
- 0. ME+0C E
0.00E+00 1.16.E-03 n.00E+00 0.00EiOO 0.
3E40:
ECE 0.00EF00 9.05E-04 0.00E+00 0.00E+00 0.00E:00 4
SE 3.45E-03 6.14E -04 0.00E400 0.00E+00
- 0. 00E H10 SSE 0.00E-:00
- 3. /0E -04 0.00E400 0.00Et00 0.0:' X RRDIRL DISTRhCE, 11IL ES 7.5 15.0 25.0 35.0 45.O C
S 0.00E*00 0.00E+00 0.00E+00 0.00E+00 0.00t+0e SSN 0.00EF00 0.00E+00 0.00E+00 0.00E400 0.00E+00 ON 0.00EFOO 0.00E+00 0.00E400 0.00E+00 0.00E;00 USN 6.04E-03 0.00E+00 0.00E+00 6.79E-03 1.0?E,32 U
9.96E-04 1.28E-09 9 40E-09 9 12E-02 T'. 2 0 E -- 01 UMW 2.11E-03 1.12E-02 8.10E-03 1.13E-02
'::. 9E-02 t4W 2.70E-03 1.85E-02 1.34E-02 1.40E-02
- 1.. 'E 31 jl'lW 3.51E-03
- 1. 3 8E--0 2 2.44E-02 1.24E-02
- 1. 'OE -R H
- 2. 01E -03
- 1. 0 8E--81 6.54E-02 1.63E-02 2. 1 r. - C.
UNE 9.00E-03 7.96E-01 1.92E-01
- 1. t.1 E -02 E.09E +:
ttE 1.33E-01 0.00E+00 0.00E+00
- 1. 2 3E -03 1./9E 01 ENE 3.45E-02 0.00E+00 0.00E+00 0.00E+00 0.00E400 E
0.00E+00 0.00E+00 0.00E+00 0.00E+00
- 0. 7 c:Et:
ESE 0.00E800 0.00EF00 0.00E+00 0.00E+00 J.
E. 'e SE 0.00E+00 0.00EF00 0.00E+00
- 0. 00E :- 00
- 0. 00C K:0
$$E 0.00E+00 0.00E+00 0.00E+00 0.00E+00 0.00E+00 TOTAL POPULRTION INTEGRATED WHOLE BODY DOSE = 2.13E+00 GRSE005 EFFLUENT DATR USED IN THESE DOSE CALCULATIONS DOSES CALCULATED FOR MAXINUM EXPOSED INDIVIDURLS N
POPUL AT IOtt Iti f EGI'HTED Il!NAL ATIOll D00E MRil-REM /6 MOS OR THYROID ilAll-ret 1/6 MOS liiF At4T CHILD TEEt1 ADULf WHOLE COD'/
6.06E-04 1.12 E -- 0 2 1.05E-02
- 5. ::2E -02 THYROID 8.06E-02 1.00E'00 6.16E-01
' 43EFOO G.i.:.U;US EF FLU !4 i l'ii f A USE D Iil f:n '
'M f.~ Ai. Clll l'1T ! Otis D O S E.':
TALCULEIED.'OR 11 A'< I fiUM i:' :i F D i UD !'a l 3 Uni.?
e O
9 e
ATTACIDIENT 2 METEOROLOGICAL DATA : Joint Frequency of Wind Direction and Speed, Third Quarter : Joint Frequency of Wind Direction and Speed, Fourth Quarter : Diffusion Analysis, Ground Level Release : Diffusion Analysis, Elevated Release : Meteorological Data for Diffusion Analysis July - December 1978 Brunswick Steam Electric Plant
ENCLOSURE 1 m
JOINT FREQUENCY OF UIND DIRECTION AND SPEED THIRD QUARTER 1978 BRUN3 WICK STEAM ELECTRIC PLANT The attached tables present the frequency of wind direction occurrences be wind speed class as recorded at the on-site neteorological systen during the period July 1 through September 30, 1978.
The frequencies are presented as a percent of total occurrences for each stability class as well as a summary for all classes for each sensor eleva-tion. The first eight tables are for the upper sensor elevation (100 neter): the last eight tables are for the lower (10 neter) sensor elevation.
Pertinent information available from the tables is as follows:
1.
Stability g-Percent occurrence Pasquill categories:
A E
E E
E E
2.3 3.6 8.9 38.1 30.8 14.8 1.5 2.
Wind Speed 10 Meter 100 Meter Average Speed (nph) 8.1 12.9 Percent Calm 0.3 0.0 Percent Less than 3.5 mph 15.7 0.7 3.
Wind Direction 10 Meter 100 Meter Prevailing Direction SW SW Percent Occurrence 19.4 18.7 4.
Data Recovery 10 Meter 100 Meter Percent Good Hours 97.9 91.6
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s CAROLINA POWER AN3 LIGHT COMPANY PAGE 3 JOIMT PERCENTAGE FRE00ENCIES OF WIND OIRECTION AND SPEED FOR TH E PE RI OD 12:00 AM 7/ 1/78 TO 11 00 PM 9/30/78 STABILITY CLASS C STABILITY CALCULATED FROM O!FF. TEMPERATURE #1+2 J
BRUNSWICK ON-SITE ME TEOROLOGIC AL FACILITY UPPER WIND SPEED CLASS (MPH )
AVG.
DIRECTION CALM C.75-3.5 3 5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WIND $ PEED 1
N 0.0 0.0 0.0 0 1484E+00 0.0 0.0 0.0 0 1484E+00 0 1046E*02 NNE 0.0 0.0 0.0 0.0 0.9 891 E-01 0.0 0.3 0.9 8 91E -01 0.13L9E +32 1
NE 0.0 0.0 0.4946E-01 0.1484E+00 0.5935E+00 0.6429E+00 0.0 0.1434E+01 0.1739E *02 ENE 0.0 0.0 0.0 0.3956E+00 0.5440E+00 0.0 0.0 0.9397E+00 0.1317E+02
~
E 0.0 0.0 0.0 0.3462E+00 0.;9 8 91E-0J 0.0 0.0 0.4451L103 0.1151E+32 ESE 0.0 0.0 0.4946E-01 0.2473E+00 0.0 r.0 0.0 0.2967E*00
- 0. 4 94 6 E-01 Qtl178_f +00 0 1473E+00 O _0 0.9891E-01 0.$125E+03 2,LiblE132 t
5 0.0 0.0 0.0 0.395oE+00
- 0. 3 95 6E + 00 0.1484E+00 0.0 0.9 39 7 E + 0 3 0.1394E+32 SSW 0.0 0.0 0.0 0.3956E+30 0.4946E+33 0.0 0.0 0.8902E+00 0.1305E +0 2 0.0 0.0 0.2967E+00 0,1)l3E+01 0 33}6E+00 09 0.22251101 0,1};91302' SW 00 3
WSW O.0 0.0 0.0 0.9391E-01 0.6924E+00 0.9891E-01 0.0 0.8902E+03 0.1591E+32 W
0.0 00 0.0 0.0 0.0 3.0 0.0 0.0 3.3 W N_W 0.0 L.0 0.0 Q_. 0 10 0,0 0.0 0.0 0,0 v4 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 N 5'W 0.0 0.0 0.0 0.4946E-01 0.0 0.0 0.0 0.4946E-01 0.1040E+02 j
TOTAL __0.0 00 0._1973 E + 0 0 0.R96]f+01 0.4748E19L 0,LR)6E+01 0.9891E-01 0.929fE+01 0.1239E+02 NUMBER OF CA LMS -
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3 CAROLINA POWER AND LIGHT COMPANY PA3E 4 JOINT PERCENTAGE FREQUENCIE S OF WI!40 DIRECTION AND SPEED FOR THE PERIOD 12:00 AM 7/ 1/7 8 TO 11:00 PM 9/30/78 ST ABILITY CLASS O
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STABILITY C ALCULAT E D FROM 01F F. TEMPERATURE 41+2 BRUNSdICK ON-S I TE ME TE OEOLOGIC AL FAC ILITY UPPER WIND SPE E D CLASS (MPH I AVG.
I 01 RECT 10N CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.3 GREATER THAN 25.0 TOTAL WING SPEED N
0.0 0.4946E-01 00 0.3462E+00 0.0 0.0 0.0 0.3956E+00 0.9 364E +01 N_N E 0.0 0.0
- 0. 4451 E + 0 0 0.5440E+00 0.2275E+01 0.3462E+00 0.0 0.3610E+0i 0 13251+Q2 NE 0.0 0.4 94 6 E-01 0 2473E+00 0.5935E+00 0 138 5 E + 01 0.6924E+00 0.0 0.2967E+01 0.1447E +0 2 j
E'N E 0.0
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- 3. 3112 E+ QO OtL61AE1.00 0.0 0,0 o is19E+00 0,1012110?
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SE 0.0 0.0 0.0 0.3956E+00 0.3462E+00 0.0 0.0 0.7418E+00 0.1195E+02 4
l
_SSE _._0_,0 Ge1946E-01 0.1971E+ 00 0._69_Zh E10 0 0.4M6 erd 0 0.2411E+00 0.0 0 MSlE+01
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S 0.0 0.0 0.1978E+00 0.1137E+01 0.1088E+01 0.9391E-01 0.0 0.2572E+01 0.1245E+02
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- 0. 2 967 5. + 00
- 0. 9 891E -01 0.3907E + 01 0.1332E+02 4l SW 0_. 0 0.0 0 3.916E100 Oil 216E111. 0 3212E+D1 0 2173 E +01 0.14%E + 00 0.St2AJ E10.1 0.15591?32
'I WSW O.0 0.4946E-01
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- 0. 7913 E + 0 0 0.1780E+01 0.1929E+01 0.0
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0 3462E+00 0.111$Er00 0.9 9 91 E - 01 0.0 0.0 0.3hQ3E100 0.9263E+01 h
NW 0.0 0.0 0.2967E+00 0.1434E+00 0.4946E-01 0.0 0.0 0.4946E+00 0.7074E+01
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NNW 3.0 0.0 0 2473E+00 0.2473E+00 0.0 0.0 0.0 0.4946E + 00 0.7 8 57E +01 4[_
TOTAL 0.0
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SUMMARY
(
STABILITY CALCULATED FROM DIFF. TEMPERATURE #1+2 e,
y bRUNSW ICK ON-S ITE ME TEOROLOGIC AL F ACILITY UPPER L
DIN 3 SPEE0 CLASS (NPH)
AVG.
DIRECTION CALM C.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WINO SPEED N
0.0 0.98915-31 0.1978E+00 0.1286E+01 0.8 40 S E + 00 0.4946E-01 0.0 0.2473E+01 0.1179E+02 il 0
Ny E 0.0 0.0
- 0. e24E+_00 0.Ja30E+01 0 420M +01 0.1083E+01 0.0 0 lB14E+01 0.1609 E +0 7 P. E 0.0 0.9991E-01
- 0. 6 42 9 E +0 0 0.2374E+01
- 0. 5 391E + 01 0.1879E+01 0.0 0.1039E+02 0.1436E*32 bE 0.0 C.4946E-01 0.741aE+00 0.2473E+01 0.2770E+01 0.840SE+00 0.0 0.6 3 74r e c t o,1314 g,02 b
2 E
0.0 0.9191E-01 0 14R E+00 0.158)E+01
- 0. 6 42 9 E + 00 0.9891E-01 0.0 0,271QE+01 3 1Q3]E+02 L
- i ESE 0.0 0.0 0.6429E+00 0.1731E+01 0.9891E+00 3.9 391 E -01 0.0.
0.3452E+01 0.1035E*02 9
SE ~
0.0 0.9 8i1 E-01 0.5935E+00 0.2324E+01 0 1137E+01 0 1978E+00 0.0 0.4352E+01 0.1033E +02
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SSE 0.0
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- 0. 6 0_8_li+_Q_1 0 121]l.t02.
S 0.0 0.4946E-01 0.040 3 E +0 0 0.2473E+01 0 2 226E + 01 0.2967E+00 0.0 0.5835E+01 0.11o3E+02 5,
SSW 0.0 0.0 0.1039E+01 0.2619E+01 0.3511E+01 0.2967E+00 0 19785+00 0.7864E+01 0 1261E+02
~
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~
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3.0 0.4 E6E-01 0.212 TE +01 0.2423E+01
- 0. 8 40 8 E + 00 0.1978E+00 0.0 0.5633E+01 0.9 355E +01
, NW 0.0 0.4 94 6 E- 01 0.6924E+00 0.J088E201
- 0. 8 9_O. R FJ 00 0 14.73E+00 0.0 0 294.IE+_Ol_ 0 1_121E+02 W
NW 0.0 0.4946E-01 0.4451E+00 0.5935E+00 0.3462E+00 0.4946E-01 0.0 0.1484E+01 0.980JE+01 NNW 0.0 0.0 0.3956E+00 0.4946E+00 0.5440E+00 0.1484E+00 0.0 0.1583E+01 0.1164E*02 I
T0TAL__0.O____
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s CAROLINA POWER AND LI GHT COMP ANY PAGE 11 S*
lj JOINT PERCENTAGE FREQUENCISS OF WINO DIRECTION AND SPEED 14 FOR THE PERIOD 12:00 AM 7/ 1/78 TO 11:00 PM 9/30/78 s-lj S T ABILITY CLASS C
- j ST ASI LITY CALCULATED FROM 01FF. TEttPERATURE #1+2 o,
BRUNSWICK ON-SI TE ME TEOROLOGICAL FACILITY 1
'zi LOWER dj WIND-SPEED CL ASS (MPH)
AVG.
1 DIRECTION CALM 0.75-3.5 3.5-1.5 7.5-12.5
- 12. 5-19. 5 14.5-25.0 GREATER THAN 25.0 TOTAL WI.NO SPEED is-
+:
N O.0 0.0 0.4627E-01 0.1388E+00 0.0 0.0 0.0 0 1851E*00 0.8 840E +01 R
53 NNE 0.0 0._0 0.0 O 9_255E-01 0_. 0 0.0 0.0 0.9 2 5 5 E -01 OtLO);i202 t
NE 3.0 3.3 3.4 62 7 E-01 0.4165E+00 0.6479E+00 0.0 0.0 0.1111E+01 0.13 511 +0 2 ENE 0.0 0.0 0.0 0.5553E+00 0.4627E+00 00 0.0 0.1018E+01 0.1272E+32 E
0.0 0.0 0.0
- 0. 32 39 E + 0 0 0.9255E-01 0.0 0.0 0.4161E+00 0._10.7_3 t+ 0 2 ESE 3.0 3.3 0.9255E-01 0.3732E+03 30 0.0 0.0 0.4s27E+00 0.905iE+01 SE 0.0 00 0.9255E-01 0.3239E+00 0.0 0.0 0.0 0.4165E+00 0.sc4sE+01 h
$$E 0.0 0.0 0.9255E-01 0.27766+00 0.9255E-01 0.0 0.0 0. 4 tL7 L+_p 3 0 1019i+3.L_
0.0 G.0 0.9255E-01
- 0. 3 70 2E + 0 0 0.2 314 E + 00 0 1388E+33 0.3 3.d3295+03 3.1232s +3 2 -
(i SSW 0.0 0.0 0.0
- 0. 7404 E + 0 0 0.6016E+00 0.0 0.0 0.1342E+01 0.12792+02 k
m JW 3.0 O_. O 09 0,J404E+00 O d1Z.]E+01 O_,jL}14E+20 0,0 0.2 5_45E20 L_0. L 420 E202 l'J
_8j WSW 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.3 a.
W 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 pq m
art WNw 0.0 0.0 0.0 0.0 0.0 00 0.0 0.0 03
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it Nd 0.0 00 0.0 0.0 0.0 00 3.3 0.0 3.3 5
bq NNW 0.0 0.0 0.4627E-01 0.0 0.0 0.0 0.0 0.4627E-01 0.7400E+31 TOTAL 3.0 0.0 0.5090E+00 0.4350E+01 0.31Q2E+91 0.3702L+00 0.0 0,1931E291 O t1031L10.2 L.
~?
NUMBER OF CALMS -
0 2
NVM EJLC F__D AQ H0V R S -
0 W
1
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)
CAROLINA POWER AND LIGHT COMPANY PAGE 12 J OIN T PE RCEN TAGE FREQUENCIES OF WINO DIRECTION AND SPEED FOR THE PERIOD 12:00 AM 7/ 1/73 TO 11:00 PM 9 /30 /78 ST ASILITY CLASS 0 STABILITY CALCULATED FROM DIFF. TEMPERATURE #1+2 bRUN SWICK ON-SI TE ME TEOROLOGICAL FACILITY LOWER j
WINO SPEEO CLASS (MPHI AVG.
j OIRECTION CALM 0.75-3.5 3.5-7.5 7.5-12 5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WINO SPEED N
.0.0 0.4627E-01 0.5553E+00 0.6016E+00 0.0 0.0 0.0 0.1203E+01
- 0. 7 59 9E +01 NNE 3.0 0.9 2 5 5_E-01 0 6941E+00 0.20R2E+01 0.1851E+00 0 0 0.0 0.3054E+01 0.8714E+01 t
NE 0.0 0.9255E-01
- 0. 3 70 2 E +0 0 0.1111E+01 0.7404E+00 0.0 0.0 0.2314E+01 0.1036E +01 ENE 0.0 0.1333E+00 0.5553E+00 0.1435E+01 0.6016E+00 0.0 0.0 0.2730E+01 0.9715E+01 E
0._0 0.4617E-01 0.1391L+ 0 0 0.6478E+00 0.1389E+00 0.0 0.0 0.9719E+00 0.9 519E +01
)
ESE 0.0 00 0.4165E+00 0.5553E+00 0.4627E-01 0.0
- 0. 0.
0 10?.8E+01 0.7945E+01 SE 0.0 0.0 0.5553E+00 0.4627E+00 0.4 62 7 E- 01 0.0 0.0 0.1064E
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9 SSE 0.0 00 0.5553E+00 0.6478E+00 0 1851E+00 0.0 0.0 0.1388E+01 0.903}E+31 J
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S 0.0 0.4627E-01 0.5553E+00 0.15 73 E + 01 0.3239E+00 0.0 0.0 0.2499E+01 0.9179E +01 D
SSW 0.0 00 0.5553E+00 0.2323E+01 0.1481E+01 0.1388E+00 0.0 0.499sE+01 0.11425+02 i
SW 0.0 0.9255E-01 0.7 86 7E +0 0 0.4627E+01 0.4766E+01 0.2776E+00 0.0 0.105 5E +02 0.12iit+02
'J WSW 0.0
- 0. 462 7 E -01 0.7867E+00 0.2036E+01 0.5553E+00 0.0 0.0 0.3424E+01 0.9 619 5 +G 1 W
00 0.9255E-01 0.9 718 E +0 0 0.5090E+00 0.0 0.0 0.0 0.A573E+01 0.6009E+01
, 3W 0.0 0.1399E+00
- 0. 2314 E + 0 0 0.925sE-01 0.0 0.0 0.0 0.4627E+00 0.4930E+01 W
NW 0.0 0.9255E-01 0.3702E+00 0.9255E-01 0.0 0.0 0.0 0.5552E+00 0.5 345E +01 0
NNW O.0 0.0 0 2314E+00 0.4627E-01 0.0 0.0 0.0 0.2776E+03 0.5873E+01 3
TOTAL 00 0.9 2 5 5 E + 03
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5 ENCLOSURE 2 r
JOINT FREQUENCY OF UIND DIRECTION AND SPEED FOURTH QUARTER 1978 BRITNSWICK STEAM ELECTRIC PLANT The attached tables present the frequency of wind direction occurrences by wind speed class as recorded at the on-site meteorological system during the period October 1 through December 31, 1978.
The frequencies are presented as a percent of total occurrences for each stability class as well as a sumnary for all classes for each sensor elevation.
The first eight tables are for the upper sensor elevation (100 neter): the last eight tables are for the lower (10 neter) sensor elevaticn.
Pertinent information available from the tables is as follows:
2 1.
Stability Percent Occurrence Pasquill Categories:
A B
C D
E F
G 1.0 3.5 6.1 33.0 29.1 13.5-13.8 2.
Wind Speed 10 Meter 100 Meter Average Speed (mph) 8.0 15.0 Percent Calm 0.3 0.0 Percent Less than 3.5 nph 16.2 1.3 3.
Wind Direction 10 Meter 100 Meter Prevailing Direction N
NNE Percent Occurrence 17,5 15.9 4.
Data Recovery 10 Meter
'"1 Meter Percent Good Hours 99/8 97.4
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ENCLOSURF. 3 p.
D1FFUSION ANALYSIS CROUND LEVEL RELEASE JULY l - DECEMBER 31, lo78 BRUNSWICK STEAM ELECTRIC Pl. ANT Description of Attachments The attached tables provide estimates of relative ground-level concentration (X/Q) and deposition (D/Q) for the period July 1 through Decenber 31, 1978, for a ground-level release.
A description of the tables is as follows:
Table 1 - Undecayed, undepleted X/O for standard distances Table 2 - 2.26-day decav, undepleted X/Q for standard distances Table 3 - 8.0-day decay, depleted X/0 for standard distances Table 4 - Deposition estimates for standard distances Table 5 - X/0 and D/Q estinates for site boundary locations and special points of interest Method of Calculation The ground-level release calculations represent sector averaged concentrations at the given distances from the center of the reactor buildings. The computer code used (XOQD0Q) was received f rom the !!. S. Nucleat Regulatory Commission (NRC), Hydrology Meteorology Branch.(1)
Input variables included:
1.
Wake correction fact.~r from RG 1.111 2.
Assumed plant grade elevation throughout area (i.e., no terrain) 3.
Building height for wake correction = 44.7 meters 4.
Joint wind frequency from the ten-neter level on-site meteorological tower
, ~,
5.
Sigma Z limited to 1000 meters 6.
Calm winds included with icint frequency and distributed according to the occurrence in the lowest non-cain speed class The adjustment factors to account for the straight-line flow model limitations (RG 1.111, Section C.l.c) were not apnlied.
The code was nodified to incorporate the revised curves for estimating p1'une depletion and ground deposition (XOOD0Q -
ERRATA, November 8, 1976).
Relative Concentration Estimates The site boundary distances used for the calculations are as prepared for the June 4, 1976, Appendix : submittal to the NRC.
The maximum undepleted, undecayed X/Q value at the site boundary is 3.3E-06 in the SSE sector.
Site boundary maximums for previous six-month periods are
'~
as follows:
JAN - JUN 1977 3.4E-06 E Sector JUL - DEC 1977 4.5E-06 SSE Sector JAN - JUN 1978 2.9E-06' E Sector (1) Program for the Meteorological Evaluation of Routine Ef fluent Release at Nuclear Power Stations, J. F. Sagendorf and J. T. Goll, August 20, lo76.
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Ex!T ONE-GREUNO LEVEL R E L E A S E -- 7/1/73-12/31/79 8.000 DAY DECAY, OEPLETED ANNU AL AVE RA GE CHf /2 (SEC/ METER CUSED)
DISTANCE IN MILES SECTOR v.250 0.500 0.75 0 1.000 1.500 2.000 2.500
- 3. 0 00 3.500 4.000 4.500 f
5 2.379F-05 6 3 t$ E -06_1 5 0 95 -06 2.244E-06 1.2 4 5 E-0 $ 6.297t-0T 6.04 3E -0 7 4.oSWE-07 3. 7 3 S E -0 7 3.094E-07 2.603E-07 SSW 1.115E-05 3.4602-06 1.796E-05 1.153E-06 6.32aE-Of 4.132E-07 2.9 65c - 07 2.2>)i-07 1. 7 9 3 E -0 7 1.433E-07 1.230E-07 Sw o.4332-Oo 2.0 31 E -0s 1.0503 -0 $ 6.69 / E -0 7 3. o 0 4 c-0 7 2.332E-07 1.663E -0 7 1. :o 1 E-0 7 9. 9 72 E -0 3 6.1372-0J o.7995-03 I
WSW 5.413E-06 1.73eE-06 9.1443-07 5.364E-07 3.14 3 t-3 7 2.020E-07
- 1. 4 3e E -0 7
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- 4. 212 E -0 9 Nd 3.o265-Oo 1.lioE-06 5.931E-07 3.934E-07 2.055E-07 1.332E-07 9.5035-OS 7.209E-03 5.705E-03 4.6>4*-03
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1.235E-05 3.536E-06 1.7842-06 1.144E-06 6.351d-07 4.228E-07 3.0775-07
- 2. 3 71 E-0 7 1.40 ] E -0 7 1.5$3E-07 1.3215-07 J
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- 1. 0 6 3 E -0 7 j
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- 3. G 9 5 t_-0 7 2.560E-OF 2. l o SE -07 f
6 f
ANN'J AL AVE RA GE C Hl/0 (SEC/ME7ER CULEO) 0151ANCE IN MILES j
BE15!NG 5.000 1.500 10.000 15.000 20.000 25.000 30.000
- 5.003 40.000 s5.000 50.000 r
J i
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- 1. 2 4 6 E -0 7 8.1705-08 4.472E-03 2.394E-03 2.0512-03 J. 54 3E -0 3 1.203E-03 9.737E-09 8 12cc-09 6. 7 40E -0 9 1
125E-04 3.3%75-09
- 2. 3 3 3 E -09 6
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2 CHI /C ( SEC/ME7ER CUSEO ) FOR EACH SE03ENT 5 GhENT iUMS2AElES I N M 11.15 OIRECTION
.5-1 1-2 2-3 3-4 4-5 5
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5 3.7221-06
- 1. 2M - 06 6.q 90 E-0 7
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- 3. 7; $. - 07 1.6SIE-07 1.003E-07 6.8215-03 3.224E-08 1.110t-OS 4.S70E-04 2.315E-0+
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3.0352-09 1.751E-09 1.1312-c9
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EXIT CNE. O RDUND LE VE L RE LE ASE -- 7/1/72-12/31/79 RELATIVc OEPOSITION PER UNIT ARE A (K**-2)
AT FIXED POINTS BY DOWNdIN3 SECT 0RS 01RECTION DISTAN;ES IN MI LES FROM SITE 0.25 0.50 0.75 1.00 1.50 2.00 2.50 3.00 3.50 4.00 4.50 5
7.244E-06 2.4 5 CE-0 8 1 25aE-08 7 72 3E-09 3.BaGE-09 2 335 E-09 1 579E-G9 1.144E-09 8.700E-10 6.8>4E-10 5 549E-10 SSd 5.5195-08 1. 6 6 6E -0 8 9. 58 3E -09 5.98 4E-09 2.9342-09 1.779E-09 1.203E-09 8.717 E-10 6. 623c-10 5.222E-10 4.22EE-10 SW 4.37SE-06 1.451E-OS i.60;E-09 4.oo S E -0 7 2.32ft-09 1.411E-09
- 9. 54 M - 10 6.915E-10 5.259'-10 4.142E-10 3.354g-10 WSW 3. 715 E -C *
1.713E-00 o.01ic -3,
- 3. 08 7E -0 9 1.095E-09 9.450E-10 5.731E-10 3. 87 5 E - 10 2.10 3E-10 2.135i-10 1.$425-10 1.3675-10 I
whd 1.s?2E-c3 3.515E-Ov 2.9 ? 3F -09
- 1. 3 61 E -10 NNW 1.9315-03 6.1916-09 3.179E-09 1.952E-09 9.7326-10 5.902E-10 3. 991E -10 2.392 E-10 2.1992-10 1.732E-10 1.402E-10 N
2.0 57 E -0 5 6.9 5 4 t -0 9 3. 5 71E -09 2.103E-09 1.093E-04 6.629E-10 4.4625-10 3.24bE-10 2.470E-10 1.9 4 3 2-1 g_J. 5 7 5 E -10 i
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SE 2.5?oE-0E 9.5563-09 4.9071-09 3. 01 3 E -0 9 1.502E-07 9.110E-10 6.15v5 -10 4. 4 3 3 E-10 3. 3 94 3 -10 2.574E-10 2.1655-10 SSE 4.409E-08 1.e501-08 8. 52 3E -09 5.234E-09 2.609E-09 1.5R3E-09 1.010E-09 7.753E-10 5.995E-10 4.645E-10 3.7o0E-10 N
013(? TI_0N OISTANCiS IN MILES FROM SITE 3.00 7.50 10.00 15.00 20.00 25.00 30.00 35.00 40.00 43.00 50.00 1
- S 4.5 90 E-10 2.1* 9 E -10 1.411E-10 7.133E-11 4.317E-11 2 895c-11 2.074E-11 1.558E-11 1.211E-11 9.674E-12 7.8965-12 SSd 3 4o75-10 1. 714 E -t o 1. 0 7 5E - 10 5.43J2-11 3 e 2 3 9(-11 22M-U
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- 1. 3 06 E-11
- 1. 0 7vE - 11 8.101E-12 $.299c-14 5.032E-12 *.1076-12 E
1.5155-10 8.4 4 92 -11 5. 5 S 3E-11 2.322E-11 1.703E-11 1.145E-11 8.206E-12 6.lo2E-12 4.791E-12 3. 8 27 E-12 3.124E-12 ESE 1.? O? ?- 1 ) 5.3415-11 3.59at:1J 1.853C-11 1.131 E-11 7.5A2E-12 5. 4 3JE-12 4.019F-12 3. L721-J 2
- 2. 5 3 4 ;;12_2. 0 6 3 E -} 2 4
SE 1.741E-lu S.775E-11 5.50ut-11 2.7335-11 1.604c-1L 1.129E-11 B.0922 -12 6.0 7 6E-12 4. 72 4E-12 3.714E-12 3.v305-12 1
SSE 3.110E-10 1. 5 2 4 E-10 9. 3 6 '.E-11 4.134E-11 2. 9 ; o E -11 1.962E-11 1.406E-11 1 03 5 E-11 3 207E-12 6.3 55 E-12 5. 3 512-12 1
1 RtLATIVE OdPOSITION PEA UNIT AREA (M**-2)
BY 00WNWIND SEC1045 SEGMENT B00NOA11E5 IN MILES 2
DIRECT (QN
.5-1 1-2 2-3 3-4 4-5 5-LO 10-10 20-30 30-40 40-30 m
4 FRC3 SITE d
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- 9. 7 3 7E-12 i'
SSW 9 91]E-04 3.0 76 E209
- 1. 22 4 E -09 6.639E-10 4.1521-10 1.R 26 E -10 5.653E-11 2.245F-11 1.199E-11 7.419E-12 2
SW 7.3v9E-04 2.4401-09
- 9. 711 E -10
- 5. 30 7E -10 3.3732-10 1.449E-10 4.492E-11 1.731E-11 9.506E-12 5.865E-12 1
2 WSW 6.70eE-0) 2.0712-09 3.239E-10 4.503E-10
- 2. 8 62 E -10 1.229E-10 3.812E-11
- 1. 51 1E-11 S.0575-12 4.993E-12 3
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- 1. 310 E -10 5.883E-11 1.024E-11
- 7. 2 3 0 E-12 3.351E-12 2.3?OE-12 t
gj WNW 2.94%2-07 9.G9aE-10 3.619E-10
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N4 3.2075-09 9.5091-10 3 94 3E-10 2.13 tE-10 1.3702-10 5.833E-11 1.324E-11 7.2iOE-12 3.3>12-12
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3.710t-vi 1.14 d E -O v
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- 2. 49 2 E-10
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NNE 6.5 06E-09 2 041E-3 9 8 - 12 2E-10 4.4 3 3 E -10 2. d c1E-10
. 212E-10 3.757E-11
- 1. 4 9 9 E-11 7.952E-12 4.vtiE-12 NE L.4 51 E- 0;
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EXI LEN E-GPC1)NO LEVEL RcJ C,f_S E - 7 /1/7 9-12 / 31/73 SPECIFIC POI N TS GF INTEREST I
RELEM E TYPE _ CF OLAcCJ1C3 Q.! STANCE Xf0 X(O X4Q D/A L
ID LCCATION (HIL E S)
(HETER 5) ( SE C / Cue.M ET E R) (SEC/ CUB. METER) ( S E C/ CUS.M E TE R) (PER SQ. METER)
NO DECAY 2.260 DAY DECAY a.000 OAY DECAY E
UNO F PL E T 2 D UNDTPLFTc0 DcPLETCD A
1.04 1674.
Z.4E -0 6 2.4E-06 2.1E -0 6 7.2E-09 J
'l A
1.4 L-0 6 1.4E-06 1.2E-06 6.3E-09 N
A SITE 42Ma4RY SW C.69 1432.
9.1[-07 9.J E-0 7 -
- 8. 0E -0 7 5.72-09 A
SITE S OU*.J A R Y h5W O.T4 1191.
1.0E- 0 6
- 1. 0 E -0 6
- 9. 3E-0 7 6.6E-09 y
8.
A S IT E bCUNDARY W
O.69 1110.
6.2E-07 6.2E-07 5.5E-0 7 3.6E-09 E
A SITF ECUND A R Y WNW 0.64 1030.
8.9E-07 8.9E-07 8.0E-07 3.7E-09 4
A S IT E COUNL ARY NW 0.70 1127.
7.4E-07 7.4E-07
- 6. 6E-0 7 3.5E-09 U
A SITE BOUNDARY NNW 0.64 1030.
9.3E-07 9.2E-07
- 8. 3E -0 7 4.2 E- 09 A
S IT E_EOUNDA RY N
0.64 103_0.
8_.3s-07 8.7E-07 7 9_E-0 7 4.7E-09 M
1 d
A SIT E 6CUNDARY NNE 3.64 1030.
1.1E-06 1.1 E-0 6
- 1. 0E -0 6 9.3E-09 d
A SITE BLUNDARY NE O.91 1465.
1 32-06 1.3E-06 1.1E-0 6 1.3E-38 M
A SITE EOUN3 A RY ENE O.67 1078 1.BE-0 6 1 8E-06 1.6E-0A 7.9E-09 y
A SIT E ELUNDARY C
0.63 1094.
2.3E-06 2.3E-06 2.1E-0 6 5.9E-09 I
A SIT E 63U4DARY ESE O.69 1094 1.6E-36 1.8E-06 1 7E-0 6 3.9L-09 i
A SITE ECgN3ARY SE 0.67 1078.
2. 3.E-0 6 2.3E-06
- 2. IE-0 6 5.9E-09 q
A SITE EOU.GAkY SSL O.74 1191.
3.3E-06 5.3E-Oo
- 2. 9E-0 6 8.7E-39 m
A MIL K cud SSE 3.79 1271.
3.0 E-0 6 2.9E-06 2 6E-0 6 7.6E-09 M
A MEAT ANIMAL W
1.09 1738.
3.2E-0 7 3.2E-07
- 2. 8E-0 7 1.7E-09 1
A MEAT AN!h4L NNW 0.95 1529.
5.2E-07 5.2E-07
- 4. 5E-0 7 2.15-09 2j A
MEAT A N 1'4 AL NNE 1.11 1786.
4.v2 -0 7
- 4. S E-0 7 4.2E-3 7 3.3E-09 vi A
1.35-0 6
- 1. 8 E-0 6 1. 59 -0 6 4.5E-09 2
A R E51DENCE 5
1.48 23a2.
1.5c-06 1.5E-06
- 1. 32-0 6 3.9E-J9 d
A RESICENCE SSW 1.44 2317.
7.9E-07 7.8E-07 6.7E-07 3.1E-09 n
A RESICENCE SW 0.99 1577 7.9E - 0 7 7.9E-07 6. 75-0 7 4.8E-09 ly A
R t S I CENCi WSW 1.00 1609.
6.7c-3 7 6.7E-37 5.92-07 4.JE-09
- g A
1.14 1835.
2.9E-0 7 2.92-07 2.5E-07 1.5E-39 n'
A R t.E,I_ C_ERQi wAW 1.00 1639.
- 4. $E-0 7 4.6E-37 4.1:-37 1./E-07 JJ A
RE>lCENCi NW 1.06 1706.
4.05-07 4.OE-07 3.dE-07 1.7E-09 4
A R ES IDENCE NNW 0.97 1561.
5.0E-07 5.0 E-0 7 4.45-0 7 2.1E-09 2
4 R_ES!CBCE
_N 1.10 177_0.
3.9 E_ ') 7
- 3. 9 t;-0 7 3.45-3 7
}. 9 hp9
- 4 A
R E L I CENCE NNE 1.17 1A83.
4.55-07 4.5E-07
- 3. 9C-0 7
- 3. 0 E - )'
[h A
Rii1DENCE E
1.05 1o90.
1.2E-36 1.2E-06
- 1. 15 -0 6 2.9E-09 M'
A R tS.Ilt iG E E$E 1.48
? }il.
6,2E-9 7 6.lE-07 S
W-S T 1.ji-19 hv A
RESILENCE SE 0.82 1320.
- 1. 7 E-0 6 1.7E-06
- 1. 5E-0 6 4.2E-39 A
R E S I DENCE SSE 0.79 1271.
3.05-06 2.9E-06
- 2. 6E -0 6 7.dE-0V b
A G A?ALN 5
4 63 7532.
3.J c - 3 7 3.2E-0 7 2 m31-17 5.21-10 hE A
GAREEN SSW 1.44 2317.
7.9E-07 7.RE-0 7 6. 75 -0 7 3.1E-39
-d A
GARGEN h5 h 1.00 1609.
6.7E-0 7 6.7E-07 5.95-3 7 4.3E-09 IW.
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1.$ E.j9 C
A GMEN a
bi' A
GA4 DEN WNW 1.44 2317.
2.8c-0 7 2.7E-0 7 2.35-0 7 9.3E-10 4
A GAROEN ANW 0.97 1561.
5.0E -0 7 5.0E-07 4.4E-07 2.1E-J9 F
'1L VENT AND BUI LDING PAR AM6TE RS:
P.E L E A S E HEIGHT (METERS) 0.0 REP. WIND HEIGHT
(:45 T ERS )
13.3 (C
DIAMcIEi f M S T F R *a 0n BUILDING _HELGdT (MEI ERS1 43. 7 Ex!T VELLCITY (METLRS) 0.0 DLDL. MIN.C KS.SE C. ARE A (52.METERi) 21'0.0
' "Nl' HEAT LMISSION RATE (C A L/SEC )
0.0 P
>L AT THE RE LE A SE HE IGHT :
1 AT THE ME ASU4E0 WIND HEIGHT ( 10.0 METEMS):
VENT RELEAlt kCOt W ING LP-ED (M ET ERS/5E C )
l VENT RE L L AS'c MODE WIND SPC L O (:4 E T i r.5 / 5E C )
w!N) 52360 ( *.- 1 E R S / S E ~ )
l SIAS LL_ CLND I l luNS UNsIaJ../AE Ji A AL_ CONJ 111]NS _
_a LESL THAN 0.0 1
EL r: V A IED LESS THAN 0.0 C 13 IHAN S.]
ELEVATE 0 MIXED BETWEEN 0.0 AND 0.0 i
M14E0 BETWEEN 0.0 ANO 0.0 EiTdEiN L.0 A4) 0.~
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ENCLOSURE 4 I'
DIFFUSION ANALYSIS ELEVATED RFi r ASE JULY l - DECEMBEP 31, 1973 BRUNSWICK STEAM ELECTRIC PLANT Description of Attachments The attached tables provide estimates of relative ground-level concentration (X/Q) and deposition (D/Q) for the period July 1 through necember 31, 1978, for an elevated release.
A description of the tables is as follows:
Table 1 - Undecayed, undepleted X/0 for standard distances Table 2 - 2.26-Day decay, undepleted X/Q for standard distances Table 3 - 8.0-Day decay, depleted X/Q for standard distances Table 4 - Deposition estimates for standard distances r
Table 5 - X/Q and D/Q estimates for site boundarv locations and special points of interest Method of Calculation The elevated release calculations represent sector averaged concentrations at the given distances from the center of the reactor buildings. The conputer code used (XOQD0Q) was received from the U. S. Nuclear Regulatory Commission (MRC),
Hydrology Meteorology Branch.(1)
Input variables included:
1.
Assumed plant grade elevation throughout area (i.e., no terrain) 2.
Joint wind frequency from the 100 meter level on-site meteorological tower 3.
Sigma Z limited to 1000 meters 4.
Calm vinds included with joint frequency and distributed according to the occurrence in the lowest non-calm speed class
The adjustment factors to account for the straight-line flow model limitations (RG 1.111, Section C.1.c) were not apolied.
The code was modified to incorporate the revised curves for estimating plume depletion and ground deposition (XnqDoo -
ERRATA, November 8, 1976).
Relative Concentration Estimates The site boundary distances used for the calculaticns are as prepared for the June 4, 1976, Appendix I submittal to the NRC.
The maximum undepleted, undecayed X/Q value at the site boundary is 3.0E-08 in the NE and SW sectors. Site boundary maximums for previous six-month periods are as follows:
JAN - JUN 1977 2.8E-08 ME Sector JUL - DEC 1977 2.8E-08 NE Sector JAN - JUN 1978 2.1E-08 NE Sector r~
The maximum elevated release X/O value occurs beyond the site boundary and is approximately 3.9E-08 at a point two miles NE of the plant center.
(1) Program for the Meteorological Evaluation of Routine Effluent Releases at Nuclear Power Stations, J. F. Sagendorf and J. T. Coll, August 24, 1076.
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XC00CC - ERUNSWICK ELEVATED RELEASE 7/1/76-12/21/78 THE JCINT FRECUENCY DISTRIBUTICN, I= WIND SPEED CL ASS, Ja STABILITY CLASS 11 o r r.ec i!cN =N NNE NE ENT E
_ESE SE
$55 S
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I=
1,Jr 1 0.0 00 00 00 0.0 00 00 00 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 I
I= 2.Js 1 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 00 00 00 00 I
I=
3.J=
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!= 4,Ja I C.0 0.0 0.02 0.05 0.0 0.07 0.14 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.02 0.05 I
!= 5.J=
1 0.02 0.0 0.10 0.0 0.0 0.0 0.02 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.07 0.05 T
t= 6,Ja 1 0 07 0.0 n.0 0.0 0.0 0.0
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I=
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la 2.J= 2 0.0 0.0 0.0 0.0 0.0 0.0
- 0. 0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
.u I= 3.J= 2 C. 0 0.0 0.0 0.02 0.0 0.0 0.10 0.02 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 3
I=
4.J=
2 0.07 0. 10 0.12 0.19 0.19 0.14 0.17 0.05 0.05 0.07 0.0 0.0 0.0 0.0 0.0 0.07 N
!= 5,J=
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!=
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=
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I= 3 Js 3 0.0 0.0 0.05 0.02 0.02 0.02 0.02 0.05 0.0 0.0 0.0 0.0 0.0 0.02 0.0 0.0
- 2 Ir 4.Jr 3 0.24 0.05 0.22 0.41 0.38 0 17 0 22 0 14 0.?6 0 26 0.17 0.05 0.05 0.05 0.CQ__Q.19
.m I= 5.J= 3 c.10 0.10 0.53 0.41 0.10 0.0 0.02 0.12 0.19 0.26 1.05 0.41 0.02 0.0 0 05 0.12 0
I= 6.J= 3 0.10 0.02 0.36 0.0 0.0 0.0 0.0 0.0 0.07 0.0 0.24 0.05 0.05 0.02 0.05 0.02 EQ I= 7,J= 3 0.0 0.0 0.02 0.0 0.0 0.0 0.0 0.05 0.0 0.0 0.0 0.0 0.0 0.0 0,10___Q.9 n.
1=
1.J= L O.0 C.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
!=
2.J= 4 n.02 0.0 0.02 0.02 0.0 0.0 0.0 0.02 0.0 0.0 0.0 0.02 0.02 0.0 0.0 0.0 3
I=_3,J=
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I=
4,J=
4 0.91 0.77 0.74 0.99 0.67 0.46 0.26 0.41 0.67 0.96 0.93 0.67 0.60 0.24 0.24 0.38 I=
5,J= 4
- 0. 79
- 3. 24 2.25 0.79 0.14 0.19 0.19 0.24 0.53 0.93 3.07 1.13 0.41 0.14 0.19 0.70 qn.
I= 6,J: 4 0.55 1.27 0.62 0.26 0.0 0.0 0.0 0 1]__0.Q%
- 0. 31_j,.13 1,13_QtqI__O.02__0.10_ 0 31 i
!= 7.J= 4 0.0 0.02 0.0 C.0 0.0 0.0 0.0 0.0 0.0 0.05 C.58 0.07 0.0 0.05 0.19 0.0
!=
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I= 2,J:
0.02 0.0 0.0 0.0
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_Q I= 3,J: 5
- 0. 07 0.12 0.02 0.12 0.12 0.07 0.19 0.12 0.19 0.22 0.24 0.19 0.29 0.10 0.05 0.0 N
I= 4,J= 5 0.19 0. 34 0.50 0.53 0.38 0.38 0.48 0.74 0.55 0.46 0.72 0.81 0.77 0 14.0.29 0.34 Ed I= 5.J= 5 0.55 1.73 1.63 1.41 0.31 0.67 0.43 0.65 0.34 0,74__2 23 1.49 0,31__Q 24 0,0T__0.43 03
!= 6.J= 5 C. 53
- 1. 15 0.24 0.36 0.05 0.10 0.10 0.14 0.07 0.55 0.60 C.46 0.12 0.22 0.12 0.60
_L
!=
7,J=
5 0.05 0.05 0.0 0.0 0.0 00 0.0 0.02 0.29 0.50 0.84 0.0 0.0 0 02 0.02 0.07 n-13 1,J: 6 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0
- 0. 0 ___p. Q__ _2 0 0 0___D.0___0 0.
ig I=
?,J=
6
- 0. 0 0.0 0.02 0.0 0.02 0.0 0.05 0.02 0.0 0.0 0.0 0.0 0.02 0.0 0.05 0.0
- q 1= 3,J= 6 0.05 0.07 0.14 0.14 0.29 0.05 0.12 0.19 0.14 0.12 0.10 0.29 0.34 0.07 0.05 0.07 u
I= 4 J= 6 0.24
- 0. 34 0.46 0.43 0.38 C.24 0.34
- 0. 3 L_0. 2 2_p.17 0 1L_0, 5 3___D.J b__0,19 0,12__0.0 ai
!=
%,J=
6 0.34 0.62 1.17 0.29 0.05 0.0 0.02 0.12 0.29 0.10 0.26 0.26 0.22 0.26 0.12 C.31 2
!=
c,J=
6 0.39 3.48 0.24 0.05 0 02 00 0.0 0.0 0 12 0.07 0.26 0.02 0.07 0.24 0.07 0.31 E2
!= 7 J=
6 0.0 0.0 0.0 0.0 0.0 0.0
- 0. 0 0.0 0,02__0.O___p,Q 3.0 0,2___032 0,0___0,0
'q I= 1,J: 7 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 I= 2,J= 7 0.05 0.02 0.07 0.02 0.02 0.05 0.02 0.0 0.10 0.02 0.0 0.05 0.0 0 10 0.02 0.05 at I=
3.J= 7
- 0. 14 0.29 0.12 0.07 0.12 0.22 0.17 0.12 0._17 0.26 0.12__0_.19_p_. 2 2.__0. 0 5___0_. J 0 _0 10
!= 4,J=
7 0.07 0.19 0.43 0.36 0.26 0.17 0.07 0.05 0.14 0.24 0.07 0.07 0.02 0.17 0.14 0.14 5q I=
5.J=
7
- 0. 07 3.34 0.29 0.12 0.05 0.0 00 00 0 12 0 19 0 07 00 0.07 0.07 0.14 0.0
[0
!= 6,Jr 7 0.02 0.22 0.07 0.0 0.0 0.0 0.0 0.0 0.0 0,01_ 0.0___0,0 __?.0.__0.22_ 0.17_ 0.05 I=
7.J=
7 0.0 0.02 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.02 0.0 0.0
.')
3 TOTAL 5.90 11.96 11.36 7.62 3.84 3.24
- 3. 33 4.03 4.77 o.S! 13.64 8.37 4.%1 2.8P 2.P3 4.79 7_
TOTit eCUR S C ONSIDEFE 0 AR E 4172 e
7 WINO vi3>UREO AT 10 0. 0 ME TE R S.
THE ux1xuM WINO SPEE0 (PETERS /SEC) IN S ACH CLASS IS:
0.335 1.565 3.353 5.S39 9.270 11.176 11.623
)
THE CONVE RSION F ACTCR APPLIED TO THE WINO SPEED CLASSES IS 0.447
blRECl104 S SW Sd WSW W
WNd Nw NNW N
NNE Nb LNE E
=
DISTANCr
' 9 0.
100.
100.
100.
100 100 100.
- 103, 100
- g.
100.
100.
100.
130.
103.
130.
g ELEVATI b.
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3 EXIT TWO ELE VATED RELE ASE 7/1/ 7e-12 / 31/78 J
N0 65 CAY, UNDEPLETED ANNUAL AVERAGE CHI /O (S EC/ MET ER CUBED)
DISTANCE IN MILES t
SECTOR 0.250 0.500 0.750 1.000 1.500 2 333 2 500 3~. 03 3 3 500 4.000 4 500 7
9.02PE-09 1.12 0E -0 8 1. 29 0 E -0 9 1.469E-08 1.695E-09 1.689E-08 1. 5 A I E -01_L. 44 65- 0 9_J.314E -03_1 19 5 E:01_1. 090E -O n SSW 1.2S5E-39 5.9 9 9 E-0 9 1.055E-08 1.811E-08 2. 8 3 5E -0 8 3.09 4E -O e 3. 00% E -0 8 2. 8 0 0 E -0 8 2.5715-0S 2.351E-03 2.151E-OS T
SW 1.000E-08 2.*34E-03 2.992E-09 3.017E-0 8 3.016E-03 2. 9 3 9E -0 8 2.590E-03 2.340E-08 2.1145-25 1.917E -0 8
- 1. 7 4 7E -O S T
W S >f 7.374E-39 2.39 7C-3 8 2 532E-09 2.42 6E-3 8 2 348E-n3 2 220E-08 2.646E-03 1 056E-08 1.6975-08 1.5 4 6 E -o q_1. 4J } E -0 9 3
W 1.470E-09 1.17eE-08 1.383E-09 1.367E-09 1.295E-Oi 1.200E-08 1.096E-09 7.95BE-39 9.367E-39 9.293E-09 7 618E-09
~
WNW 5.6845-09 8.4 0 4E -0 9 8.22tE-09 8.45 6E-0 9 9. 3 35E-0 9 9. 47 5E-0 9 9. 0 R I E-0 7 9.475E-09 7.4265-09 7.203E-09 6.632E-09 NA 1.2965-08 1.687E-08 1.379E-09 1.165E-08 1.OO7E-09 9.361E-09 8. 7 31 E -09 8.103E-09 7.%165-09 6.972E-99 6.480E-09 s
NNd 1.3346-09 8.22 6E-09 9. 7935-07 1.029E-08 1.126E-03 1.155E-OS 1.12 3E -03 1.063E-08 9.944E-09 9.260E-09 8.61SE-09 7
N 1 108E -0 9 8 426E-09 1.Il8E-OS 1 214E-08 1 294E-03 1.272E-08 1.19 9 E -0 9 1.109E-08 1.020E-39 9.3*0E-39 8.643E-09 7
NM 1.15 7E -0( 8. % 9 E-n 9 1.273E-09 1.55?E-09 1. 91 ?E -0 9 1.971(-08_1.835E-34 1 74 9E-M_1 615E-J LLW 9 E:? S_1tJ 4 5E-09 y
Ni 1.2085-09 1.5 4 0 E -0 E 2.520E-0= 3.16 3E-0 8 3. 818 E-0 3 lc 6 4E-0 j 3. 650E -0 3 3.360E-OS 3.no6E-03 2.794E-OS 2.551E-08 4
il ENE 3.755E-10 5.30 6E -0 9 1.010E-08 1.496E-08 2.148E-08 2.341ETC5 2. 30 2E -0 4 2.1735-08 2.019E-08 1.865E-08 1.723E-08
~
2 E
1.369E-11 1.114E -0 9 3.343E-09 6.53 3E-0 9 1.163E-09 1.360E-03 1.3P5F-Op 1. 33 7E-0 0_J.2625-RE_lx191E Q E_1 10 3E 0 9 t
E SE 1.03SE-11 1.09 5 E-0 9 2.461E-09 3.75 2E-0 9 5. 457E-0 9 6.028E-09 5.96SE-09 5.6705-09 S.3075-09 4.941E-09 4.5935-09 N
EE 4.7495-09 4.3915-39 4 296E-39 5 15 3E-0 9 6. 489E-0 9 6.725E-09 6.435E-09 6.97 7E-09 5.498E-09 5.049E-09 4.645E-09
~I SSE 7.1RGE-09 1.039 -09
- 1. 0 70 E -0 9 1.140E-09 1.277E-09 1.273E-09 1_199E-03 1.124E-09 1. 0291-Q3_9_.21SPE.3 LS.MSE -0 9 Y
$a ANYp l AVERAGE CH]/0 ( S EC /ME TER CU?ED)
OISJANCE IN M11EJ BE4 KING 5.000 7.500 10.000 15.000 20.000 25.000 30.000 35.003 40.000 45.000 50.000 S
9.793E-09 6.960E-09 5.111 E -0 9 3.330E-09 2 398E-09 1 8 6 4 E -0 9 _1. W -4_9126 M-0 9_L,08 7 Er 9_h491 E -1 U. 402E - 10 n
+
SSh 1.973E-OR 1.354E-04 1.004E-09 6.414E-0 9 4. 613 E-0 7 3.55bE-09 2. 8 70 E -09 2. 39 3 E-3 9 2. 343 E -09 1.776E-39 1 5 6 7E -09
}
Sw
7.042E-09 5.064E-09 3.919E-09 2.6 7E-09 2.026E-09 1.622E-09 1. 3 4 3 E -C 9 1.150E-39 1.0015-09 8.844E-10 7.914E-10
[
WNW 6.126E-09 4 315E-09 3.255E-09 2.129E-09 1.560E-07
NNW 9.035E-09 5. R 6 65 -0 9 4.532E-09 3.052E-09 2.272E-09 1.793E-09 1.471E-09 1. 2 41 E -0 9 1.070E-09 9.376E-10
- 8. 3 2 5E -13 d
N
NM 1.2355-08 8.5 0 7E-0 9 6.?10E-09 4.04 7E-0 9 2.921E-09 2.238E-09
- 1. p lTEr0 9_L,32.6 Erq9_1 2 0 $ E20 ?_1.13 6 E :0 2_1. C O s E20 9 j
NE
E 1.029E-09 7.51 tE-0 7 5. iM E -0 7 3. 913 E - 3 9_21909E-37 L W F-Q9_l,032E-Si_L.59jE-09 1 311E-l?_1 20 ZE r& Lit 0 6 E E 0 9 y
E SE 4. 2 e 5 E -0 9 3.13 2 E-0 9 2. 4 3 6 E -0 9 1.667E-09 1.261E-09 1.011E-09 8.419E-10 /.20 6E-10 6. 293E -10 5.593E-10 5.014E-10 a
SE 4.2895-09 3.045E-09 2.330E-09 1.5 6 6E-0 9 1.173E-09 9.337E-10 7.735E-10 6. 59 0E -10 5. 73 4 E -10 5. 07 0 E -10 4. 5 4 0E -10 M
SSE 7,756E-09 5. 3 8 2 E -0 9 4.029E-09 2.612E-09 1.902E-09 1. 4 821-0 9_1_R.Q1E-0 9___1,S0 9 E -0 9 9 45_lE-10 7. 5 5h E-10__M 91Er10 j[
CHI /O ( SE C/PE TE R CUBE D) FOR EACH SEGMENT 2r
__ SEGMENT 80VNO ARJE5_IN_M U.El DIRECTICN
. 5-1 1-2 2-3 3-4 4-5 5-;0 10-20 20-30 30-40 40-50 FRCM SITE l
5 1.3325-08 1.642E-08 1.556E-08 1.3075-08 1.087E-08 6.7 77E-09 3.302F-09 1.R66E-09 L.2 70 E -09 9_.490E-10
~~
sew 1 2 90 E - O S 2 72'E-08 2.9475-08 2.553E-08 2.1445-03 1.336E-08
~
WS
- 2.. 4* :- M 2.30EE-0*
2.0 ?OE - 08 1.6 A RE- 0$
- 1. 410 E - 0 9_ _0.9 2 4 E.0 7_.__ 4. 4 3 5 E-OL__2. 5 40 E - 0 9____1. 7 3 9 E 0 9___1.3 03 E: 3 9 1.??lE-Of 1.269E-08 1.064E-08 9.026E-09 7.604E-09 4.995E-09 2.664E-09 1.o20E-09 1.149E-09 a.944E-10
.d WNd 8.3665-09 9.202E-09 8.944c-09 7.774E-09 6.6145-09 4.2465-09 2.126E-09 1.22?E-09 8.409E-10 6.3555-10
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7.922E-10 NNw 9.e67E-09 1.117s-Ga 1.10 8 E - 0 6 9.9 5 0E-04
- 9. 59 ? E- 09 5.755E-09
'.034E-09 1.792E-09 1.Z42E-39 9.3 79 E-10 1.0 9C E - G F.
1.267i-C8 1.192E-02 1.0145-03
- 8. 6 2 0 E- 0 9 5.60iE-09 2.a96E-09 1.702E-09 1.198E-09 9.050E-10 T
MM 1.?145-0*
- 1. 8 6; E - C e 1.a54E-06 1.5 94E- 08
- 1. 3 41.E - O S 8 3P9E 09 4_._Q S I E:09 2 2 6 3 E -0 9___1. 5 2 5 E - 0 9___1 13 7 E- 0 9 2
Ni 2.58 :-06 3.6 4h - O c 2.s91E-08 3.046E-08 2.544E-03 1.577E-08 7.526E-09
. 150E-09 2.76oE-09 2.0355-09
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EN!
1.11C E -O a 2 004E-09 2 1617-39 2 004E-08 1.717E-03 1.108E-08 5. 5 62 E- 09 3.176E-09 2.162 E- 09 1.bl5E-09 5
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$s 4.o 32 E-C9 6.2975-09 6 329h-09 5 464E-09 4.633E-09 3.0 04 Et u9
RELEASF HEIGHT (METERS) 100.00 REP. WINO HEIGHT (METERS) 100.0 01AMETER (METERS) 2.44 BUILDING HEIGHT (METERS) 0.0 EXIT VE LO CI T Y (METERS!
4.66 BLOG. MIN.CRS.SEC. AREA (SQ. METERS) 0.0 HEAT EMISSION AATE ICA1/SEC) 0.0 AT THE Rc L E AS E HE IGHT :
1 AT THE ME ASURED WINO HEIGHT (100.0 METERS):
f VENT RFLEASE PO 3 E W I N D _ SPE LD (M E T E R S /S E CL l
V E NT R E t,. E_ A S E MODE WJ ND _1PE(Q_( Mc IERJ / scc )
WIND __SEEED_MFTFR%/SU I l
STABLE CONDITIONS UNS T ABLE /NEUTA AL CONDITION S ELEVATED LESS THAN 0.932 i
ELEVATED LE SS THAN 0.432 LESS THAN 0.932 MIyE3 BETWEEN 0.932 AND 4.6 60 l HIXED BETWEEN 0. */ 3 2 4NO 4.66 0 BETWEEN Od37 ANO 4.A60 GROUNO LE VEL ABOVE 4.c60 l
GROUNO LEVEL ABOVE 4 660 ABOVE 4.660 AVERAGE C F F FC TI VE S TA CK HEIGHT IN METERS FOR EACH S g_G_ M E N T CIRECTION
. 5-1 1-2 2-3 3-4 4-S 5-10 10-20 20-30 30-40 40-50 I
F R O'i 51TE 2
1.0595+02 1.059E+02 1 059E+02 1 059E+02 1 059E+02 1 059E+02 1 059E+02 1.059E+02 1.0 59 E + 02 1.0 59 E + 02
$$4 1.0 54 E +02 1.054E+02 1.054E+02 1.0 54E + 02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.0 54 E + 0 2 SW 1.n%75+02 1.0 5 7E + 02 1.067E+02 1.057E+02 1.057E+02 1.057E+02 1.M 7f+C2 1 05.71.02 1.057E+02.
1.057E.+02 wS4 1.0c55+02 1.0 65F + 02 1.065E+02 1.065E+02 1.06 5E + 02 1.06%E+02 1 065E+02 1 06s E + 02 1 065E+02 1 065E+'02 I
mi 1.0 74 E + 0 2 1.0 77E + 02 1.0795+02 1.079E+02 1.0795+02 1.079E+02 1.0 7,5 + 02 1.079E+02 1.079E+02 1.079E+02 wu 1.r.70E+02 1.076E+02 1.0 765 + 02 1.0765+02 1.076E+02 I nQ 7_6 E_+ 0.2 1,37.6f +22.. 1._QhE10 2 1,036Et02 1.C7eEt.27 i
Nd
- 1. 7 90 E + 02 1.090E+02 1.030:+02 1.080E+02 1 080E+02 1 090E+02 1 090E+02 1 690E+02 1 080E+02 1.0 d O E + 0,2
- j
. NN4 1.0 74 E + 0 2 1.0 74E + 02 1.074E+02 1.074E+02 1.074E+02 1.074E+02 1.0 74E + 02 1.074E+02 1.074E+02 1.074E+02 N
- 1. '.,671 + 0 2 1.0675+02 1.057E+02 1.0$7E+02 1 067E+02 1_. 0 67 Ef_Q2
- 1. D _6_7 E2.02 I db]E+02 1.067Et02 1.0 6_7 Et 0 ?
NNi 1.0635+02 1.0 63 E + 02 1 063E+C2 1 963E+02 1 067 d+ 02 1 0 63 E + 02 1 063E+02 1.053E+02 1.063E+02 1.0 63 E + 0 2 1
[
M 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.0 53 E + 0 2 EN1 1.0 64 E + 0 2 1.0 64E + 02 1.064E+02
- 1. 0_64 E + 9 2 139 6% + Q2 1._0 6f E1.02___1,034 E +.0 2 1.064Et0?
i M 4Et0?
1.0 64 E + C '
j E
1 0815+02 1.031E+02 1.0815+02 1.081E+02 1.031E+02 1.081E+02 1.0 31E + 0 2 1.031E+02 1.061E+02 1.381E+02 f
i ESE 1.3 67 E + 0 2 1.067E+02 1.067E+02 1.067E+02 1.067E+02 1.0 67 E+ 02 1 0 67E+ 02 1 067E+02 1 067E+02 1 067E+02 1
SE 1.0 64 E + 02 1.064E+02 1.064E+02 1.0 64E + 0 2 1.064E+02 1.064E+02
- 1. 0 6 4 F, + Q 2 M MEf0Z___1.,Q M E+02__1 064E+_02 SSE 1.0 59 5 + 0 2 1.059E+02 1.059E+02 1.0 59E + 0 2 1.059E+02 1.059E+02 1.059E+02 1.0595+02 1.0 5 9 E + 02 1.059E+02
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2.260 D AY D EC AY, U NO E P EE'T E D
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- 2 ANNULL AVER AGE CHI /O ( SEC/ME7 ER CU8ED )
DISTANCE IN MILES SEC1CR 0.250 C.500 0 750 1 000 1 500 2.000 2.500 3.000 3.500 4.000 4.500
?
5
- 5. 02 7E-0 9 1.Il9E-On 1.299E-09 1.457E-OR 1.692E-09 1.594E-09 1.575E-09
- 1. 4 4 0 E -9 L1 2 0 9I -R S_1..19 9 E -0 8.1. 0 9 3 L-O S j,
flw 1 28 5E -0 9 5.995E-09 1.C55E-08 1.810E-08 2.831E-08 3.08 7E-0 8 2. 99 7 E -0 5 2 792E-08 2.5625-OP 2.341E-04 2.14CE-08 A
SW 1.050*-08 2. 8 3 3E-0 3 2.990 E-C3 3.014 E-0 8 3.C11E-OR 2.832E-08 2.5P3E-C8 2. 33 2E-O P 2.106F-OP 1.vceE-05 1 7382-08 Il WEW 7.371E-09 2.396E-02 2.5002-03 2.42 3E-O e 2. 34 35-0 3 2.2145-08 2.040E-03 1.35et-0* 1.6990-05 1.Q38ErQ8__1.405E CS
- v W
1 8692-09 1.178E-0E 1 361E-09
- 1. 3 6 6E-0 8 1.293E-09 1.197E-08
t NNw 1.334E-09 6.221E-09 9. 7P 3 E -C9 1.028E-0E 1.124E-03 1.151E-08 1.119E-OS 1 0555-08 9.S39E-09 9.iO2E-09 8. 5 5 7E-0 9 pq o
N 1.1085-09 8.420E-79 1.117E-08 1.213c-Oc 1.292E-03 1.269E-08 1.194E-0? 1.105E-0E 1.015E ^E 9.322E-09 s.592E-09 33 NhE 1,.15 7 E -0 9 8.86 4E-0 9 1.271E-03 1.557E-09_1 90Sc-08._1.966E-CB_l.8.79E-Cl_1,74 M:2C_1,SSairC1_l,_451E 0S_1.337er03 NE 1 207E-09 1.53 9E-0 6 2 510E-08 3. lone-08 3.812E-Os 2 9s5E-08 3.641E-02 3 35 0E-06 3.0555-08 2. 76 2 E -0 6 2.5395-03 3
ENE
- 1. 3 6 EE -11 1.113E-09 3.340E-09
- 6. 57 3E-0 9 1.160E-04
- 1. 3 5 5E -0 8 1.379E-04 1.330F-Op 1.754E-OS [3.1] } E,-0 9_1 0 9 4E _.03 TI~
ifE 1.037E-11 1.094E-09 2. 4 5 P E -0 9 3.746E-09 5.4 7 3E -0 9 6.009E-09 5.942E-09 5.644E-04 5.270E-69 4.911E-09 4. 5 6 6E -0 9 SE 4.7485-09 4.0 9 0 E -0 9 4.203E-C9 5.146E-09 o.4775-09 6. 70 7E-0 9 6.413E-09 5.952E-09 5.4705-09 5.119c-09 4.614E-09
-~
SSE_
7.17 6E -0 9 1.n 3 9E -0 8 1.069E-08 1.145E-08 1.274E-03 1.2 70E-0 8 1.195E-0S 1.100E-Ce 1.025E-CS 9tllLI E.221_6.J S 6 c D *
~)
ANNUAL AVEP AGE CHl/0 (SEC/ METER CUSED)
DISTANCE IN MILES 3 EARING 5.000 7.500 10.000 15.000 20.000 25.000 30.000 35.000 40.000 45.000 50.000
}_
S
- 9. 915E -0 9 6.78 9E-C 9 5. 040 E -C9 3. 2315-0 9 2. 3 3 2 E-0 9 1.8001-09 1.4125-00 1.2035-04 1.023c-Q9 P. 00 e E r10.J.U 3 CE-1 G
'[
SW l. 59 3E -0 8 1.105E-09 9. 3 2 2 E -09 5.465E-09 4 021E-09 3 150E-09 2.570E-Oo 2 15 9E-0 9 1 853E-09 1.618E-09 1. 431E -0 9 4
W S '.
- 1. 2 9 0E -0 9 9. 9 5 8 5-0 9 6. 709 E-G9 4.350E-09 3.165E-04 2.45SE-09 1.997E-07
- 1. 65 7E -0 + 1. 414 c -0 9_1,I2 7 E r0 9_1. 0 9 0E -0 9 1,
W 6.9e3E-09 4.999E-09 3. ?4
- E -04 2.604E-09 1.952E-0? 1.547E-09 1.273E-00 1.075E-09 9.263E-10 6.106E-10 7.19 2E -10 WNw
N:ew 7.972E-09 5 796E-09 4.460L-09 2 9 79E-09* 2 199E-09 1.7205-09 1. 39 7E -09 1.171E-0 9 1.001E-09 8.692E-10 7.6525-10 ld N
7.940E-09 5.63 2E-0 9 4. 293 E-09 2.83 6E-09 2.094E-09 1.643E-09 1.342E-09 1.12 8E -0 9 9.6985-10 8 459E-10
- 7. 4 8 3E -10 EU NNc 1.227E-08 8.426E-09 6. 2 3 3 E -09 3.96 9E -0 9 2. 84 6E -0 9 2.185E-09 1.756E-04 1.456E-09 1.237E-09 1,070E-09 9.399E-10 b
NE 2.325E-OP 1.595E-0E 1.169E-08 7.395E-09 5.277E-O? 4.031E-09 3.222E-09 2.659F-09 2.247E-09 1.935E-09 1. o 9 0E -0 9 I~
ENE
- 1. 5 E 3i -0 B 1.1155-08 0.4045-09 5.464E-09 3.9645-09 3.065E-09 2.473E-09 2.057E-09 1.7505-09 1. 515 E -0 9 1.3305-09 II E
1.0205-08 7.417 E-4 9 5.707E-09 3.30 9 E-0 9 2.506F-09 2.19 3E -0 9_J. 7 8 3E -09 1.4.921-09 1,27,5E209_1.1035-09_9.7505r10 bo.
E SE
))
SE 4.257E-09 3.00 9E-0 9 2. 2 915 -09 1.525E-09 1.1306-0# 8.904E-10 7.298E-10 o.153E-10 5.296E-10 4 63 3E-10 4 10 52-10 mi SSE
- 7. 70 E E -0 9
- 5. 3 2 9 E -0 9 3.9765-G4
- 2. 5 6 0E-0 9 1.851E-09 1.430E-09 lul55E-09 9th t2 F.210_3 19_7 Er 1 Q_l, 29 9 (- 10_, s. 24 2cr1Q_
[I U2 CHI /O ( SEC/!1E TER CU8E D ) FOR EACH SEGMENT u
__ _SE GME4T_BOUN D A1I ELJN _M ILE S J
DIAECTICN
.5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-50 13 FROM SITE
[3 S
1.3.10 E - 0 9 1.6395-08 1.5515-09
- 1. 3 00 E- 0 9
- 1. 0 91 c - 0 9 ___6. 7 06 E 0 ?
3 234f-09 1.903L-09 1.2 09E-09___8 915 E 10 L.
SSW 1.229"-06 2 716E-08 2.739c-08
- 2. 5 4 3 E- 03 2.1345-0S 1.325E-09
- 6. 319E- 0 9 3. '. 71 F - 0 9
?.30AE-09 1.694E-09 P1 SW 2.9to'-08 2.9 32 F-OS 2.5499-03 2.0 95 E-O e 1.7 3 5 5 - O P 1.092E-08 5.4 5 e E- 09 3.1'0E-09 2.160 F -0 9 1.61PE-04 Q
M.i 2.43/E-03
- 2. 3 0 3 2 - 0 8.__ 2. 014 5 - 0 8____1 6 9 0 5 - 0 3__ _1. 4 0 2 E _0 3 ___ 8. 8 3 5 E - 0 9__4. 3 4 7 E-- 0 9. _2. 4 > 7 E-G ?_1. 6 5 9 E- 0 9____1. 2 2 E E-Os h
1 3245-Oe 1 26oE-08 1.0795-08 8.975E-09 7.547E-09 4.929E-09
- 2. 5 71c- 09 1.5455-09 1.0 75E-09 8.1075-10
)n WNW 8.3575-09 9.1 P C E- 09 e.911E-09 7.7355-09 6.572E-09 4.202E-09 2.092E-09 1.179E-09 7.992E-10 5.944E-10 9
NW
!.3 515 -C E 1.CO*C-08 P. 5165 - 09 __7.4 3 75- 09
__6.4?ti-04 4.350E-09 2 d4Qi_09 1.39oE-01
- 9. 6 66 E.10_ __7 2 61 E - 1 G 3:
NNW 9 6555-09 1 115E-03 1.1035-Oe 9.925d-09 8.5315-09 5.635E- 09 2.961E-09 1.719E-09 1.171E-09 8.6 9 6 E-10
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N 1.0 93 E-08 1.264E-08 1.178:-08 1.010E-08
- 8. 5 7 0 E- 09 5.545E-00
- 2. 9 2 8 c- 09 1 643E-09 1.129E-09 8.462E-10 NNE 1.3135-08 1.355E-03 1.Sa3E-06
- 1. 5 8 7 c- 0 8___J. 3 3 3 i 08 8 tA0tE-09 3.9 74 E- 09 2,190E 09 1.430Er09 1.0 71E103 NE 2.5 6ai-08 3.637E-08 3.5 EZE-0E 3.035E-08 2.5325-03 1.564E-08 7.4085-09 4.240E-09 2.663E-09 1.937E-09
).
ENE 1 1195-35 2 085E-OS 2 253E-08 1 9955-08 1 7075-08 1.097E-08 5.450E-09 3.053E-09 2.0 59E-09 1.516E-09 e
a sse-09 Trc-na i 13 c-na 1.?4se-na naai aa e-o c-no sc a
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2
.v, 3.n y a __L,u m ur 9,Diau
.. w L:10 S.20F -10 SE-4.6285-09 6.284E-09 6.3075-09 5.436E-09 4.602G-no 2.9 68 E-09 1 520E-09 8.902E-10 6 154E-10
fE-10 1.243E-08 1 1775-08 9.9565-09 8.361
)
5.256E-09 2.560E-09 1.432E-09 9.622E-10 AE-10 SSE
}96E-08 VENT ANE BUILDING P AR A"ETERS:
2ELCA!! HE!r.HT (METER!)
100.C0 rep. WIN 7 H:1GHT (METE 21) 10Q10 d
DI AME TE R (PETERS) 2.44 SUILDINO wE!GHT (METE 25) 0.0 y
E Yli VE LOCITY tFETERS) 4.46 BLOG. MIN. CPS.SEC. AREA (SO.FETERS)
C.0 s:
HEAT E M ! S $_1RN__R AE (CaLLSLC) 0.0 AT THE PELEASE HEIGHT:
1 AT THE MEASURED WIND HEIGHT (103.0 METERS):
s' VENT GILEAEE WC C E WIND SPEEp (ME1ERS/SEC) 1, _ V E_NT_ R E L E A S E MCDE WIN 3 SPEED (u(TE3141Et1 WIN 2_3*EE2_1METERSZSEtt I
STABLE CONCITIONS UNSTABLE / NEUTRAL C ONDI TI ON S T
ELEva TE D LESS THAN 0.932 1
ELEVATE 0 LESS THAN 0.932 LESS THAN 0.932 7
MIxro 6ETWEEN
- 0. 932 AND 4.660 i MIXED BETWEEN 0 932 AND 4.660 S E LW E E N 02932 ANS 4.660
$ECL'N O LE Vc L ABOVE 4.660 l
GROUND LEVEL ABOVE 4.660 AbOVE 4.660 1:
7 AVEGAGE E FF EC TIVE S TA CK HEIGHT IN METERS FOR EACH SEGMENT
~
DIPECTION
. 5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-50 7
FRCM SITE
+
5 1.0$vE+C2 1.0 E 9E + 02 1.059E+02 1.0 59E + 02 1.059E+02 1.059E+02 1.059E+02 1.059E+02 1.0 59 E+ 02 1.059E+02
?
SSW 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.0 5 4 E+ 02 1.G54E+02 1.0 54 E + 02 1.054E+02 E
SW 1 057E+02 1.057E+02 1.6% 7E + 02 1.657E+02 1.057E+02 1.057t+02 1.057E192 1.057 F1Q_2 1.033 E 32 1.017 E+ 0 2 2
WSw 1.0tfE+02 1.06$E+02 1.0 65E + 02 1.0 65E + 02 1.065E+02 1.065E+02 1.065E+C2 1.c oSE + 02 1 065E + J2 1.De5E+02 l
W 1.0775+C2 1.079E+02 1.0795+02 1.0 79 E + 02 1.0795+02 1.079E+02 1.079E+02 1.074E+02 1 074E+02 1.079E+02 I
Wo W 1.0 7oE + 0 2 1 076E+02 1.076E+02 1.0 76E + 02
- 1. 0 76 E + 0 2 1.0765+02 1.0765+02 1 07hE+Q2 1 02AE+02 1.076E+C2 2
Nw 1.030E+02 1.090E+02 1.093E+02 1.080E+02 1.080E+02 1.080E+02 1 080E+ 02 1 0805+02 1.080E*02 1.080E+02 U
NAW 1.0 74 E + 0 2 1.074E+02 1.074E+02 1.074E+02 1.074E+02 1.0 7 4 E 4 0_2 1.074E+02 1.074E+02 1.0 74 E + 0 2 1.074E+02 2
N 1.0 67 E + 0 2 1.067E+02 1.0673+02 1.0 67 5 + C 2 1.057E+02 1.067E+02 1.0 675 + 02 1.0 61 F_+ 0 2 1.O_6]Etp 2 1,0 6 7 Et,02
- P E 1 0 63 E + C2 1.G63E+02 1 061E+02 1 0 63E + 02 1.0632+02 1.063E+02 1.063E+02 1.0 63 E + 0 2 1.0 6 3 E + 02 1.0 63 E + G 2
[
P. E 1.0E3E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.053E+02 1.0 5 S E + 0 2 1.0 5.t E + 0 2
- 1. 0 53 E + 0 2 1.053E+02 E P. E 1.Ce4E+02 1.064E+02 1.064C+02 1.064E+C2 1.0 6c F + 02
- 1. 0 6 ". E + 01__1 0 64 E+ G2 1.pc4Et02 1.Q49Ett2___1,06&Et02 E
1 0 615 +02 1 081E+02 1.0815+02 1.081E+02 1.081E+02 1.0 81 E + 0 2 1.081E+02 1.091E+02 1.081E+02 1.081E+02 3
E SE 1.0 67 E +02 1.067E+02 1.067E+02 1.067E+02 1.067E+02 1.067E+02 1.0 67E+ 02 1 067E+02 1 067E+02 1 067E+02 M
SE 1.0 %E+02 1.064E*02 1.064E+02 1.064E+02 1.064E+02 1.064E+02 1.064g1Q2 LQh4Etp2 1,Q 64 5!p 2 1,0 6; E+ 0 2 SSE 1.0 59 E + 0 2 1.0 5S E + 02 1.059E+02 1.0 59E + 0 2 1.05sE+02 1.059E+02 1.0595+02 1.059E+02 1.059E+02 1.059E+02 g
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EX1T TWO E LE VA T E D RELEASE 7/1/7?-12/31/70 8 000 O AY DEC AY, DEPLETED ANNUtl AVER AG E CHI / 0. ( S EC /ME T ER C UB E D l___
DI ST ANCE I N M ELE S SECTOR 0.250 0.500 0.750 1 000 1 500 2 000 2.500 3.000 3.500 4.000
- 4. 50 0 5
- 5. 02 8E -0 9 1.1092-08 1.264E-04
- 1. 3.9_tf-0 9 it25 D L-O S_1113 9 E 03_1. 02 6 F -0 9 S$W
- 1. 2 P 5E -0 9 5.946E-09 1.043F-08 1.79 7E -0 3 2.800E-09
- 3. 0 3 4 E -0 8 2. 92 7E -0 8 2. 71 1E-0 8 2.475E-03 2.252E-08 2. 051E -0 8 SJ
- 1. 08 0E -0 2 2.809E-09 2.928E-09 2.9418-08 2.932E-03 2. 74 9E -0 8 2.497E-OS
- 2. 24 6E-0 8 2.021E-06
- 1. 22 5 E -O e
- 1. 65 7E -C 8 WS4 7 3 7 3E -09 2 375E-03 2.447E-08 2.360E-08 2.273E-05 2.148E-08
- 1. 9 7 3 E -O S__1._79_3 E-0 8
- 1. 62kE _O rd. 476 E-N _1. 3 4 65 -0 3 tt
- 1. 29 6E -0 8 1.672E-0E
- 1. 3 4 7 E -0 8 1.129E-08 ?.724E-01 9.035E-09 8.419E-09 7.a09E-09 7.22Ac-09 6 69AE 09_6.216E-09 t
l NNu 1.234E-09 t.151E-09 9.580E-09 1.003E-08 1.096E-Oe 1.122E-OP 1.0895-08 1.028E-OS 9.505E-09 P.916E-G9 6.280E-09 N
1.10 8 E -0 9 E.350E-09 1.094E-05 1.18 4E-0 3 1.259E-C3 1.234E-08 1.1595-03 1.069E-03 9.903E-09 8.990E-09 8.264E-09 1
N9 t.15 7E -0 9_ e. 7e 9 E-0 9_1 24 9 2 -0B _1 5 2 72.-0 0_1. 8 71 E -0 3_1.921 E -0 8 1.820E-03 1.639F-03
]
ENE 3.755E-10 *.259E-09 9.93*E-09 1.474E-06 2.112E-03 2.291E-08 2.240E-09 2.105E-09 1.947E-09 1.792E-08 1.650E-OS 1
J 1,. ? 6 9 2_-1 1_1.10 5 E -O o
Ss 4.749E-09 4.0 5 4E-0 9 4.214E-09 5.056E-09 6.3555-09 6. 55 3 E -0 9 6.236E-09 5. 76 2E-0 9 5.2745-09 4.823E-09 4.420E-09 551 7.17 9E -O o 1.030E-38 1 049E-08 1 120E-08 1 246E-68
- 1. 2 3 7E -08 1.160E-03 1.064E-08 9.6875-09 d.314E-09 3.Q4QE-09
,I ANNUAL AVERAGE CHI /O (S EC /Mc TER CUBED I DISTANCE IN HILES BEARING 5.000 7.500 10.000 15.000 20.000 25.000 30.000 35.000 40.000 45.000 50.000 9
- 9. 4 3 8F -0 9 6.392E-09 4.714E-09 3.000E-09 2.15 65 -19_L. A61 E -0 9_1, )39 E Q9_l el llc-0 9 9t1041:10 B.2hhE 1Q_l,271E:10
~
isW
- 1. 2 3 2F -O c r.50 2E -0 9 6.340E-09 4.0902-09 2.967E-0) 2.?98E-09 1.860E-09 1.552E-09 L. 32 5 E -09_1,15 3 E 0 9 _1,015E:9 9 n
5.6795-09 4.7625-09 3.666E-09 2.494E-09 1.867E-09 1.485E-09 1.227E-09 1.041E-09 9.012C-l G 7.9 2 eE -10 7. C o SE -10 l
WNd 5.3 4 5E -0 9 4.0 7 5E-0 9 3. 0 51 E -0 9 1.974E-09 1.434E-09 1.114E -0 9 9. 046E - 10 7.5795-10 6.4995-10 5.6785-10 5.022E-10 Nu
- 1. 35 9 E -0 9_1.J 2 06 -0 9 9.481E 10_A,1_91E 10_J,191E 10_6. 3 S 72 _10 N b.
7.10 5E -0 9 5. 59 5E-0
]
M 7.624E-09 5.3 8 25-0 9 4.084E-09 2.701E-09 1.994E-09 1.567E-09 1.284E-09 1.09 3E-0 9 9.33 4E-10 0.199E-10 7.270E-10 NNE 1.17 5E -C e 7.996 E -0 9 5.PP7E-09
- 3. 721 E-0 9_L. 65 9 E -0 9_2. q3 9 E Q 9__1, 6.3 8 E -0 9 1.36CE 01_1.157E-09__.1.004E 09_S.025E-10 2.222E-08 1. 5 0 0 E -O S 1.1C0E-08 6.905E-09 4.903E-09 3.735E-09 2.979E-09 2.45 7E-0 9 2.075E-09 1.790E-09 1.562E-09
[
ENe 1.521E-08 1.06 3 E-0 8 7.9302-09 5.16 9E-0 9 3. 746E-0 9 2. 399E-0 9 2. 34 35-09 1. 95 3E-0 9 1.6665-09 1.449E-09 1.275E-09 F
- 9. e4 2E -0 9 7.113E-19 5.460E-09 3.64 3 E.7 9_2 69 0E -0 9 2 1 L I E _0 9__1 d2 F -09 _L.3 5 D E-03_1. 24 5E -01_1,0 3 9 E_ _0 't_9. 6 3 cc-1D E SE
- 4. 091E -0 9 2.96 3 E-0 9 2.291E-09 1.557E-09 1.172E-07 9.356E-10 7.767E-10 6.627E-10 5. 7 7 2 E -10 5 111E-10 4.57oE-10 a
I
)
CHI /2 ( SF C /PE TE R CUSED) Foo EACH SEGMENT g
DIRECTION
. 5-1 1-2 _
S EG MEN L D OUND AR I S S IN_ MILES 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-50 j
FROM SITE
.t 1.307E-08 1.602E-08 1.504E-08
__1 251E:01___1. Q) 2 5- 0 R___6 3 2 3 E109 3.20tE:D9 1.Eh5E:09 L.11tE D9 8.2cAE110 SSW 1.2 79 c-CS 2.681E-CS 2.3'9E-08 2.45eE-08 2.0.5E-08 1.252E-08 5.a66E-09 3.1952-09 2.12 2 E -0 9 1.5o2E-09 SW 2.0G7E-2S 2.26?E-05 2.'.645-06 2.OllE-Od 1.654E-03 1.0 31E-08 5.1005-09 2.933E-09 2.Cl4E-09 1.515E-09 WEW 2.3929-09 2 2185 -0 6 __1.94 8 E -08___1.617E - 03___1 3 4 3 !- 03.__0 3 92E- 09_ __4. 0 91c- 09___2. 3 31 E: 0 9 1.553E:09 1.153E129 j
k 1.301E-09
kNV 8.19AE-09 8.960E-09 a.663c-09 7.4 ale-09 6.323E-07 4.014E-09 1.973E-09 1.116E-09 7.587E-10 5.679E-10
~
W
- 1. 3 22 E -0
- 9.766E-G9 8.339E-09 7 191 F-69
- 6. 2 0 3 E-- 0 9 4 197E-09 2.262E_Q9____1 3h7E_00 9. 4 3 2 E - 10_ ___7.19 0 E :10___
NN4 9.462E-09 1.0375-09 1.074E-03 9.5 33E- 09 9.255E-09 5.482E-09 2.853E-09 1.664 E-09 1.141E-09 8.5475-10 r4
- 1. ; 7t E -0 9 1.2315-CE 1.143E-0S 9.7 47F-09 8.2425-09 5.304E-09 2.6945-09 1.569E-09 1.083E-G9 8.letE-10 7
W 1 2COE-02 1 8112-03 _ l.797E-08 L.5 33c-0_3 1.7 2 -03 ___7_e1945-Q9 3.d 31 E- 09 2,Q44E.09 1,302E109 1.0 04 E _29 7:
- 2. 5 41 E -0 9 3.606E-05 3.490E-08 2.927E-08 2.426E-08 1.483E-08 6 925E-09 3.7 44 E - 0 9 2.461E-09 1.790E-09 E *..
I.103E-C9 2.050E-08 2.199E-08 1 9 33E-09 1.644c-09 1.047E-09 5.lo1E-09 2.902E-09 1.955E-09 1.44sE-09
_ _ [ _ _ ' 1
- 7__"_ _ _]
- U P 9 '
) ' y ""
I dOhj
- _I = CS ' W. 6 P 1.0 *
' C 'W.
?. I I F-M I.4'C-E J,5 - N
1E 4.533E-09 6.154E-09 6.131E-09 5.2425-09 4.4095-09 2.S17Er09 1.436E-C9 8.456E-10 5.907E-10 4.555E-io
~
SEE 76E-08 1+214E-09 1 142E-08 9 627E-09 8.02 4.986E-09
- 2. 401 E- 09 1.337E-09 8.9 8 7 E-10 jE-10
'}
VENT AND eU4ECING PAR AMETERSt RELEASE HEIGHT (METERS) 100.00 RFP. WINO HEIGHT
( ME TF DS )
1 00.0 1
01ikiTra (METERS) 2.44 BUILDING HEIGHT (ME'Y5RS )
0.0
~
g Ex!T VELCCITY (METERS) 4.66 B L OG.MI N.C R S.S EC. ARE,A (50. HETER $1 0.C 2
HEAT EPISSION RATE (CAL /SEC) 0.0 AT THF PELEASE HEIGHT:
1 AT THE ME ASURE D WINO HEIGH T (100 0 METERS):
s VENT PELE ASE PODE WIND SPEED (METERS /SECl l
VENT RELEASE MODE WIND SPELO I M LTLRS /SEC )
WIM Q_3PE ED_lMLIF RS /5 F C 1 1
1 STABLE CONDITIONS UNST ABLE/NEUTR AL CCNDITI ON S a
ELEVATEC LESS THAN 0.932 I
ELEVATED LESS THAN C.932 LESS THAN 0.932 M ; X_t 0 BETWEEN 0 932 AND 4.660 l MIXED BETWEEN 0.932 AND 4.66n HEIMiEN 02932 AND 4 6AO g
G E CUP.D LE VE L ABOVE 4.660 l
GROUND LEVEL ABOVE 4.660 A6CVE 4 660 N
AVERACF EFFECTIVE STACK HEIGHT IN METERS FOS _EACH S EG Mf NT DIRECTION
. 5-1 1-2 2-3 3-4 4-5 5-10 10-20 20-30 30-40 40-50 t
SI 1.355i+02 1.0E9E+02 1.'0 55
'~0 2 l'.559E + 02 1 0595 + 02 1 059E+02 1 05GE+02 1.059E+02 1.0 59E + 0 2 1.0 59 E + 02
~'
E+
2 SSW 1.0 54E + 02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.054E+02 1.0 54 E + 0 2
.1.054E+02
- s 5x 1.0575+02 1.057E+02 1.057E+02 1.057E+02 1.0575+02 1.057E1Q2 1 0675tq2 I t nlE? C 2 1.057E+07 1.0571 C7 0
- ='
W!,
1 6 6* E + 02 1.065E+02 1 065E+02 1.0 65E + 0 2 1.065?+02 1.065E+02 1.0 6 5E+ 0 2 1.CcSE+02 1.0 oS5 + 0 2 1.065E+C2 7
W 1.07?E+02 1.079E+02 1 07 M+02 1.079E+02 1.0795+02 1.0 7 9 E+ 02 1.0 7 9E+ 02 1 07GE+C2 1.079E+02 1 07sE+02 2
tH.x 1.G 7)E + C2 1.0 7eE + 0 2
- 1. 0 76 E + 0 2 1.0 76E + 02
- 1. 0 7 6 5 + 0.2, __L. 0 7 6 E + 0 2
- 1. 0lt E + 02 1.076 E + 02___L.0 7t E+ C2 1 A7E ttD?
- n AW 1.06CE+C2 1.0f0E+02 1.C60E+02 1.0 8 0 E + 0 2 1.0 S C E + 02 1.080E+02 1.080E+02 1.ce0E+02 1.0e0E+G2 1.0E0E+C2
~9 NEW 1 0 74 E + 02 1 074E + C2 1 074E+02 1 074E+02 1 074E+02 1.074E+02 1.074E+02 1.C74E+02 1.0 74E+ 02 1.0 74 E + 0 2 Id N
1.067E+02 1.067E+C2 1.067E+02 1.0 6 7E + 0 2 1.0 6 7 E t0Z ___L.0 67 E+ _0 2 1,0 6 7 E t0 E___.1.0 67 E t0 2 L.0o7E+02 1.067EtD7
- A N r.E 1.063E+02 1.063E+C2 1.063E+02 1.0 63 E + 02 1.063E+02 1.063E+02
- 1. 0 6 3 E + C 2
- 1. G e> 3 E + 0 2 1.On3E+02 1.063E+C2 AE 1.0 53 E +02 1.053E+02 1 053E+02 1.053E+02 1.05 M+02 1.053E+02 1.053E+02 1.053E+C2 1.053E+02 1.053E+02 IE ENE 1.0 M E + 02 1.064E+02 1.064E+02 1.0 64 E + 02 It064 t tE2 1,0FtE102 1,2 44E+ 02 1.thhLiO2 1 0 6.4 Es 02___1.0 64 E tD 2 M.
E 1.0EIE+02 1.081E + 02 1 091E+02 1.0f1E+02 1.081E+02 1.091E+02 1.081E+02 1.0RIE+02 1.081E+02 1.0e1E+02
'7 ESE 1.067E+02 1 067E+02 1 067E+02 1.067E+02 1.0675+02 1.0675+02 1.0 67 E + 02 1 067E+02 1.067E+02 1.067E+02 Id SE
- 1. 0_6'. E + 0 2 1 0 6 4 E + 0 2 ___J. 0 64 E + 0 2 1 0 64E + 02 1 0149+02 1.064E192 1,064E+02 IJ,64Et02 1,0 6_4 E+ 01___1.0 64E+ 02 q
SSE 1.059E+02 1.059E+02 1.059E+02 1.0 5 9E + 02 1.059E+02 1.059E+02 1.059E+02 1.059E+02 1.059E*02 1.059E+02 7
w
- 2l m
1 a
qs
.w
- - - - ~ ~ - -
?
1
)
Ex!T 1WD E L E VAT E D RELEASE 7/1/78-12/31/79 j;
REL ATIVE CE POSITION PER UNIT ARE A (M* *-21 AT FI XED POINTS SY DOWNWI ND SEC TORS 8J DIP.FCTION DISTANCES IN MILES a:
FROM SITE 0.25 0.50 0.75
.l.00._
l.50 2.00..
2 10 3.00 1.iD______4.00 4.50 W
5 1.16 05 -0 9 9. 22 2E -10 7. 51 B E -10__6.467E-10 4.250E-10__3.1515-10 2. 431E -10 1.92 5E -10 1.556E-10 1.277E-IC 1.062E-10 si SSW 5 115E-10 5 82 3 E-10 7.409E-10 4.434E-10 6.753E-10
- 5. 40 0E -10 4. 3 2 9 E -10 3.49 8E-10 2. 8 545-10 2.352E-10
- 2. 90 6E -l O 2. 271 E -10 1.921E-10 1.490E-10 1.239E-10 ll W
- 1. 05 7E-10 P. 4 7 2E - 11 o.930E-11
- 5. 7e 2E -11 R
NNW 6.1 13E -10 4.70 6E-10 3.60S E -10 2. 9 2 2 E - 10.1. 915 5 - 10 1.311E-lO 9.974E-l'1
NW
- 9. 30 6E -1 1 7.485E-11 6.132E-11 5.099E-11 D
_N
- 9. 50 5E -10,7. 3 2 0 E-10, f. 60 7E -10_ _ 4.54 5E-10 2. 9 2 4 E-10_2. 0 4 0 E -10_1. 55 2E --lj_) s 22_GE-10_b 8 ) M - 11__1. ')4 2 E -11_6 6 6 9E_1.1
'1aj NME
.9 ENE 7.9815-10 7.032E-10 6.7765-13 6. 6 3 oE-10 4. 8 3 6E-10_3. 7 3 91--1_0_19 4 0 E -11_Z d>Ji LC_I dMr 10_1.M O L-10 ' 1. 31M-i n b
E 1 79 5E -10 1 9892-10 2 241E-10 2 4 7 0E-10 1 94 2E-10 1.544E-10
SE 5.4445-10 4.24?E-lO 3. 3 3 7 E -10 2.7 7 E E -10 1. 76 A E-10 1.29 2E-10 9. 891E -I l 7.9035-11
) U*
id SSW 1.642E-10 R.593E-11 5.43oE-11 2.32 4E-11 1.76tE-11 1.224E-Il
- 9. 056F -12 6.49 9E -12 5.59 (i-1_2
W5d 1.044E-10 5.326E-11 3. 5 3 7 E -11 1.e 9 3E-11 1.207E-11
- 8. 951 E -l ' 6. 797E -12 5. 30 35-12 4. 39 45 -12 3.633E-12 3.058E-12 W
- 4. S 5 7E - 1,1_2. 5 71 E - 1 1_1._6 4 3 E _- 11__8. 8 2 4 E - 12 5. 6 3 5E -12 4.14 0 E -12 3.1845-12 2.52 9F -12 2.057E-12 1.7065-12 1.476t-12
+
WNd 3.6216-11 1. 912 E - 1 1 1.222E-11 6.49 8E-12 4.128E-12 2.9 7 3E-12 2.23 9E -12 1.308E-12 1.4o5E-12 1.212E-12 1.0185-12
>TU NW
- 4. 29 4E -11 2.2 6 d E-11 1.450E-11 7.719E-12 4.907E-12 3.569E-12 2. 7 2 7 E -12 2.15 6E -12 1.749E-12
- 1. 4 4 6 E -12_1,21 p 3 -12 G?
j m
N
- 5. 63 2E -11 2.9 74 E -1 1
- 1. 900 E -11 1.011E-11 6.422E-12
- 1. 9 8 5E -12 1.584E-12
) ~~
UNE 8.70 7E-11 4.58CE-11 2.914E-11 1.535E-11 9.676E-12 6.903E-12 5. 2 0 4 E -12 4.076E-12 3.2 84 E -12 2.70 5E -12 2. 26 7E -12
{
AE 2.107E-10 1.10SE-10 7.052E-11 3.715E-11 2.342E-11 1.671E-11
- 1. 2 6 0 E - L J_9a0$_8E-12 7.9115-12_b M SE 12_5.4d6E-12
'i ENt 1 104E -10 5 791E-11 3 674E-11 1 92 3E-11 1.206E-11 8.499E-12 6. 352E -12 4.94 5E-12 3. 967E-12 3.25 7E-12 2.724E-12
) ~~
E 4.o69E-11 2.444E-11 1.547E-11 8.0 4 BE-12 5.02 4E -12 3. 500E-12 2. 59 5E-12 2 00 8E -12 1 604E-12 1 313E-12 1.096E-12 T
ESE
?.1135-11 1.10EE-11 7.024E-12 3.674E-12 2.302[-12 1.61oE-12 1 203E-12 4 19sE-13 7 112E j l_g,11]E 13_3.16 91:13 1
SE 3.611E-11
- 1. 0 0 4 E - 1 1 1.215E-11 6.44 5E-12 4.0 85E -12 2.951E-12 2. 244E -12
- 1. 76 8E -12
- 1. 4 31 E -12 1.182E-12 9.924E-13
) __-_
- 3. 39 0 E -1 1 2.16 2 E -11 1.14 7E-11 7.2755-12 5.23?E-12
)}[
SEGMEN T 800N7 ARIES IN MILES k"
Dic EC T ION
.5-1 1-2 2-3 A-4 4:1 5:10 10-20 20:30 30:30
_ko-50 L
FROM 517E
)}[
S 7.429E-10 4.254E-10 2.421E-10 1.5 5 5 E-10 1.063E-10
- 4. 98 5E -11
- 1. 6 39 E -1 1
- 7. 24 3E-12 4.295E-12
- 2. 65 6 E-12 o
- 7. 512E - 10 6.525E-10 4.252E-10 2.847E-10___1 959E:LO p.?30Er11 2.912E:L1 1.260E_11 7,009E 12 4.591E:12 L
SW l.710E-09 8 619E-10 4 604E-10 2.90 7E-10 1.991E-10 9.139E-11 3.10 0 E-1 1 1.399E-11 8.457E-12 5.6765-12
@((
WSW 1.151E-09
".499e-10 2._6 21 E - 10
- 1. 35 6E-l O A. 4 3 4 E.1.1 5 713Entl____2.669E 11 9,10]E-12 4.1 M -1?
L. $34E 12_.___1. 710 E-12 WNW 3. 5 4 F. - 10
- 1. P 3 7E -10 9.95cE-11 6.314E-11 4.306E-11 1.995E-11
- 6. 716 E - 12 3.016E-12 1.815E-12 1.215E-12
$[
AM 5.4 3 f E -10
- 2. 335E -10 1.130E-10 6.9205-11
- 4. 691 E-11 2.179E-11 7.536E-12 3.5245-12 2.196E-12 1.494E-12 NAd
- 4. 2 5 ?E - 10 2.lo7E-10 1.133E-10 7.49 0E-11__ k.10 7 E L1.___Z.355E-L1 7,27 6 E:17 3 539E217
?.164Erl' 1.450Erl?
N
- 5. 51 ( E - 10
- 2. R 5 M - 10 1 644L-10
M.E
- 6. 59 0E - 10 4.no M-10 2.3 4 2t - 10 1.514E-10 1.037b-10 4.756E-11 1.S89E-11 6.4 6 ? E -12 4 096E-12
- 2. 714 t -12 NE 1.',oV -09
- 9. 70 9E-l O
_5. 6 6 f E - 10.__3. 6 6 5 E - 10__ 2. 5 0 9 E - 10_,_1.1
- 1 E -- 10.___3. 9 6 E -11_ __.1. 6 P.r 11 9.917E-12. _ c. N IE-12 ENE 6 7715-10 4.7495-10 2.925E-10
- 1. 91. 7E - 10 1 315E-10 6.016E-11
- 1. 9 9 3 E -1 1 8.59CE-12 4.975E-12 3.270E-12 9
E 2.26s -10 1.8325-Ic 1.221c-10 9.09 7E-11 5.565E-11
- 5. 5 9 ' E-11__3. 6 6 3E-11___R, h17 5-L l ___I t151E L1 3.2100:12 1.637c 12
- 9. 45 3E-L 3__ o. 20 6E r13 4
'.23" -10 1.76A-10 9 864E -11 6 292E-11 4.296E-11 1 97 7E-11 6.665E-12
- 3. 517 E -1 1 1.13 t E -1 1 5.294E-12 3.167E-12 2 116E-12
- RElf?.IE HEIGHI l METERS) 100.0')
RE P. WIM HEIGHT (MEliRS) 105.6 31 A
'N (METERS) 2.44 BUILDINC THT (METERS) 0.0
}
EDIT CITY (METERS) 4.66 BLOG. MIN. -
/SEC. A RE A (SC. METERS) 0.0 HEAT EMISSION RATE (CAL /SEC) 0.0 y
AT THE F5 LE ASF HE IGHT :
1 AT THc ME A5UR50 WIND HEIGHT (100.9 METER 5):
C VENT RELEA!E MC?E WIND SPEED (METERS /SEC) 1 VE NT P. ELE ASE MODE WIND, SPEED (METERS /SEC )
WIND SOEED ( ME TE RS /S EC )
8'
_._.__..___.__..I__.
_._ST A S LE_ ION D1IIONS UNS T ASLE/NEU TR AL. CONDITIE.41.
d ELEVATED LESS THaN. _ _.0.932 l
ELEVATED LESS THAN 0.932 LESS THAN C.9 32 3
MIXEC BETWEEN
- 0. 932 ANS 4.660 l MIXED BETWEEN 3.932 AND 4 660 BE TWEEN O.932 AND 4.660 e?
GRCOND LE VE L ABCVE 4.669
.l GRJUND_LSVJf.
A S OV E.
4, t.6 4 AaOV1 4.660 TtT T
a l'
E Ti m
G T
15
.hl r
N'.
.7 9
e W
3
.m M*
7
-1e d
_L
.. = _me..,._..
)
)
EXIT TWG-E LE VA T E D RELEASE 7/1/7?-12/31/7e y
- ECfFTC RINM~0F~lN TE RE S T 2:
RELE15E TYPE OF DIRECTION DISTANCE X/O X/0 X /0__ _
D / t _._
y ID L EC A T ION (MILES)
(ME TERS ) (SEC/CUS. METER) (SEC/CU8. METER) (S EC /C UB.M E T E R ) (PER SQ. METER) iL N3 OECAY 2.260 DAY DECAY S.000 DAY DECAY 5'
...JJ N_Lef_tC12 u10EPLcTcD 3EPLETEO
_.r, y
___ A SITE 100NDARY
' S 1.04 1674 1.5F-OR 1.5E-08 1.5E-03 6.2E-10 A
SITE 3'UNDARY SSW 0.95 1545.
1.7r-7R
- 1. 7E -0 3
- 1. 75 -0 3 8.6E-10 U
A SI TE 49UND AP.Y SW 3.90 1432.
- 3. 0 E-3 8 -
3.0E-08 2.9c-02 1._S E 09
- e A
S3 Ti 490N3 AR Y WSW 0.74 1191.
2.5C-00 2.5E-08 2.4E-J6 1.2E-39
]
A SITE POUN3ARY W
3.69 1110.
1.4E-38 1 4E-08 1 3E-03 o.0E-10 at A
SITE SOU'J3 AR Y WNW 0.64 1030.
8.2E-19
- 8. ?F-09 9,1E-09
- 4. 0 E _-10 H
A SITE ?rUNDARY NW 0.70 1127.
1.4E-Oa 1.4E-OS 1.4E-C9 6.OE-10 7
A SITC BGUNDARY NNW 0.64 1030.
9.4E-09 9.4E-09
- 9. 3E -0 9 4.9E-10 2
A SITi ROUNDARY N
0.64 1030.
1.0E-08.
1.CE-OS 1.ac-08 6.2E-10 4
A SITE 90VNDARY NNE 9 64 1030.
1.lE-OR 1 1E-08 1.1E-08 7.0E-10
[
A
$!TE PCUNDARY NE 0.91 1465.
- 3. 0 E -0 9 3.0E-08
- 2. 9E -O c 1.5E-09 SITE h7DND AR Y ENE 0.67 1078.
8.6E-09 8.6E-09 9.4F-09 6.85-10 2
A SITr kOUNDARY E
3 68 1094.
2 6E-0) 2.6E-09 2.5E-09 2.1E-10 7
A S11F CCU4DARY ESE O.69 1094.
2.1F-09 2.1E-09 2.1E-39 1 2E-13 3
A SITE 'rUNDARY SE 0.67 1078.
4.1E-09 4.1E-09 4.0E-09 3.6E-10 3
A
!!Tt BOUNDARY SSE 0.74 1191.
1.1E-08 1.1E-08 1.CE-06 6.1E-10 J
A MILK COW SSE 3.79 1271 1 1E-3 8 1,1E-08 1 0E-08 5.85-10
- 4 A
MEAT ANIMAL W
].09 1739.
- 1. 4 E-n 9 1.4E-08
- 1. 3E -0 9 4.0E-13 i
MEAT 3NIMAL NNW 0.95 1529 1.GE-08 1.0E-08
- 9. 9E -09 3.7E-10 2
A MEAT ANIMAL NNE 1.11 1786.
- 1. 7 E -0 8
- 1. 7E-0 8
- 1. 6E -0 E 5.4E-10 A
FE A T_ AylIPAL
_SE O._79 1271.
4,. 4 E -0 9 4.4Efo9 4.3E-09 3 2E-IS A
RE !! Ec NC E 5
- 1. 7E -0 8 4.3E-10 7
A R E S I DE NC E SSW 1.44 2317.
- 2. 9F-0 3 2.8E-08
- 2. 7 E -0 8 6.9E-10 l
3.0E-09 3.0E-0A
- 2. 9E -0 9 1.4E-09 o
A R E SI DE NC E WSW l.00 1609.
2.42-0P 2.4E-08 2.4E-03 9.1E-10 7
A RE d! r-NC E W
1.14 1835.
1 3E-38 1 3E-08 1.3E-08 3.7E-10 2
A R E SI glNC E WNW l_.00 1609.
9.4E-09
- 9. 4 E-0.9 9 n2 E -0 9 R.9E-lQ A
RE SI DENCE NW 1.0o 1706.
- 1. l E -0 8 1.lE-09 1.1E-09 3.AE-10
]
A
' RE SI DENCE NNW 0.97 1561.
1.0E-08 1.0E-08
- 1. 0E -0 2 3.6E-10
~l A
1.10 1770.
1.2E-08 1.2E-08 1.2E-08 4.1E-1?
g A
RE SI C:NC E NNE 1.
17 1883 1.7E-08 1.7E-Oa 1.7E-08 5.2E-lC A
RESICENCC E
1.05 1693.
7.2E-99 7.2E-09 7 2E-09 2.4E-10 T
A PE!!3ENCE ESE 1.41 2 192.
5.4E-09 5,4E-09 5,3(209 9,3L 11 m
- 4. 5 E -0 9 4.4E-09 4.4E-09 3.2E-10 2
1.1E-08 1.1E-08 1.0E-09 5.EE-10 A
GAESEN S
4.69 7332.
_t.1 E.0.3 1 0E-08 1 fL:QE
- 1. 0 c :10.
2 A
GAF"El
$$W 1.44 2317.
- 2. S E -0 3 2 8E-08 2. 7 E -^ 3 6.9E-10 A
GAFDEN W SW 1.00 1609.
2.4 E -0 9 2.4E-08
- 2. 4E -3 3 9 1E-10 A
GAF^1N
_y' A
EADOEN
_ _ _ W l.14 le35..____.
1 3E-OS_
1.J E 0 3 1-3Cn0a im7E 10 WNW l.44 2317.
9.3E-09 9.2E-G9 9.0E-09 1.9E-10 11 A
GARDEN NNW 0.97 1561.
1.0E-08 1.0E-08 1.0E-08 3.6E-10
.i VENT AND E U IL CI NG PARAMETERS:
a l L *: 3EF H ! f e.u r (METERS) 100.00 Rt P. WIN 7 Hr!GMT
( Mt T EP/.1 100.0 31 A RT 0 r' __
. _ _ ( ME TE RS)
. 2. 4 4_ _ _... _ _..
1 cx!T VELOCITY (METER $)
4.66
._OUILDING HLIGHT._.__
.(METERS}
0.0.
BL DG.HIN.C RS.SEC. ARE A (SQ. METERS) 0.0 HEAT EMISSION RATE
( C A L/SE C )
0.0 a
AT THE RELEASE HEIGHT:
1 AT THE ME A SURED WIND HEIGHT (100 0 METERS):
VEN1 Li1EAS: PCDE WIND SPEED (METERS /SEC) l VE NT P El.E ASE MODE WIND SPEED (METERS /SEC)
WIND SPEED (ME TE RS/SEC )
l SIASLEJ CNDII17NS UNSIASLE/NEUIR AL_CONDIIlCN K
__ ELEVATE 0 LESS. _ _. _THAN. _ _ _ _ _0.932 i
ELEVATED LESS THAN 0.c32 LESS THAN 0.932 M ix! '
SETwEEN 0.932 ANO 4.660 l MIXE0 BETWEEN 0.9 32 A ND 4.660 BETWEEN 0.932 AND
- 4. coo i ":.
i n r e:
c, <,4,
I r.orMYO L :V O An0Vc 4
6' a
ENCLOSURE 5 n
METEOROLOGICAL DATA FOR DIFFUSION ANALYSIS JULY l - DECEMBER 31, 1978 BRUNSWICK STEAM ELECTRIC PLAMT The wind frequency tables present the number of hourly combinations of wind direction, wind speed, and stability for the upper (100 meter) and lower (10 meter) sensor elevations.
Pertinent information from the table is as follows:
1.
_ Stability Percent occurrence Pasquill categories:
A B
C D
E F
G 1.6 3.5 7.5 35.5 29.9 14.2 7.8 e-2.
Wind Speed 10 Meter 100 Meter Average Speed (nph) 8.1 14.0 Percent Calm 0.3 0.0 Percent Less than 3.5 mph 15.9 1.0 3.
Wind Direction 10 Meter 100 Meter Prevailing Direction SW SW Percent Occurrence 13.9 13.6 4.
Data Recovery 10 Meter 100 Meter Percent Good Hours 98.8 94.5
)
)
)
~ ~ ~ ~ ~
t A RC t'I N A POWER AND LIGHT COMPANY PAGE 1 TT Jd! N f ~0CCURR ENC E FRECUENCIES OF WIND DIR ECTICN AND SPEED
..7 FOR THE PERIOD 12:00 AM 7/ 1/ 78 TO 11:00 PM 12/31/78 r.
STABILITY CL ASS A
]
S T A 831 L I T Y C ALCUL A TE D FROM DIFF. TEMPERATURE #1+2 2'
~~~
BRUN SWICR ON-SI'TE-~METEOROLOGIfAL FACILITY i
U P P E P.
.3 WIND
~-~~~
~~~
SPE ED-CL Af$ ( MPH)
AVG.
.T DI'.E C T I ON CALM 0.75 - 3.5 3.5-7. 5 7.5-12.5 12.5-18.5 18.5-25 0 GRE AT ER THAN 25.0 TOTA L WIN 3 SPEED 7
-N-
--'O.
O '.
~ 0-O.
1.
3.
4.
20.7 77 f.N E 0.
O.
O.
O.
O.
O.
C.
00
,y 7
AE 0.
O.
O.
1.
4.
O.
5.
15.1
~ ~E N E'
~ ~ ~ 0-
'O '.
O.
2.
O.
O.
v.
2.
11.2
,7
,E
_0_.
,0.
O.
O.
O.
O.
O.
O.
0.0
]
E%E 0.
O.
O.
3.
O.
O.
O.
3.
9.7
~' S E~
O '.
O '.~
-0.
6.
1.
1.
O.
E.
12.5 a.
7 77 SSE 0.
O.
O.
O.
O.
O.
O.
O.
- 0. 0__
]
5 O.
O.
O.
O.
O.
O.
O.
O.
00
$$w 0.
O.
O.
6.
O.
O.
O.
O.
0.0
=1 1
SW__
_0.
___ O.
O.
O.
O.
O.
O.
O.
0.0 v5W O.
O.
O.
O.
O.
O.
O.
O.
0.0 3
W 0.
O.~ ~
0.
O.
6.
O.
O.
O.
0,0
. :i.
7 WNW 0.
O.
c.
3.
O.
O.
C.
O.
0.0 NW 0
O.
O.
1.
3.
O.
O.
4 14 0
~MW 0.
O.
O.
2.
2.
1.
C.
5.
13.5 TOTAL 0.
O.
O.
15.
11.
5.
O.
31.
13.8
~
. NUMBER CF C ALMS -
0 T
N ort E> E R CF B A D H OU R S - 91
..1
,,,m-
..-. --.,+
n weeen e e om.
mm
==a e
=--e-.=e-
--=
6 4
I
)
~~
~ ~ ~
~CARollMA' >6WER ' AhD'EIGTTY CORPINY PAGE 2 II if
- ~
y
~
~
J0lNT~DCCDRR ENCE FRE QUEhC1557F~ WIND DIRECTICN AND SPEED FOR THE PERIOD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78 se
~1
~
~
- ~ ~ - ~ - ST AB ILIT Y CL' ASS"B~
STASILITY CALCULATED FROM DIFF. TEMPERATURE #1+2
- s
~
~
7 RUh SWIt iC ON-S t T E~ METE OR OLVG I'C AL FACILITY
~
UPPER
'd!ND~
~
SPEED CLs$T(MPH)
AVG.
~-
e7 DIRECTION CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL
' WIND SPEED N-
~ ~3.
'O.
O.
3.
6.
3.
O.
12.
16.I.
y
~1
,.N E 0.
,0.
O.
4 2.
1.
O.
7.
12 4 P
..~_'
NE 0.
O.
O.
5.
21.
6.
3.
35.
16.2
- n EVt o.
O.
1.
S.
14.
O.
O.
25.
13.5 nO
_E 0.
O.
O.
8.
1.
O.
O.
9.
10.2
.=
ESE O.
O.
O.
6.
1.
O.
O.
7.
9.5 5E D.
D.
4, 7.
2.
O.
O.
13.
S.3 GI
~1 SSE_
0.
O.
1 2.
4.
O.
O.
7.
12.4 7
S O.
O.
O.
2.
4 O.
3.
6.
13 6
~,T
$sW 0.
~0.
c.
3.
3.
O.
O.
6, 13.0 7
SW 0.
O.
O.
O.
5.
2.
O.
7.
16.7 7
WSW 0.
O.
3.
O.
2.
O.
O.
2.
16 3 i
W --
O.
0.' '
O.
O.
O.
O.
O.
O.
0.0 7
_N..W 0.
O.
C, O.
O.
O.
O.
O.
0.0 W
7 0.
O.
O.
O.
2.
1.
O.
3.
18.0 NW
~ f.Nk O.
O.
O.
3.
6.
1.
O.
10.
13.6
_ O_T A L 0.
O.
,6.
51.
75.
14 3.
149 13.7 T
7 NU*BER OF CALPS -
0
~~
NUwBER OF BAD HOURS -
5 H
-s_
.2 Y
j CAROCIN ' PCi4ER A5D EIGHT C6EINY EG E 3
~
4
~~~ ~~
1 JOIN 1"OClVRR ENC'E' FR$90 ENCL 35 OF WIND OIRECTION A ND 'h~P E E D FOP THE PE RIOO 12:00 AM 7/ 1/ 78 TO 11 :00 PM 12/31/78
.t g
S T Ab fl.1 T Y CLASS C 7
STABILITY CALCULATED FROM O!FF. TEMPERATURE #1+2
~1
~B A UN'SW I C ICQN-S i l C Mi T$ OR 0L O61C A L'7AC I L I I Y
~
1 UPPER WIND-
- 2 SP EE TCT. A53FMP A )
7_._
DIR E C T I Of4 CALM 0 75-3 5 3.5-1.5 7.5-12.5 12.5-18.5 18.5-25.0 GREAT ER THAN 25.0 TOTAL WIND SPEED AVG.
~4 0.
O.
O.
I'6.
4 4.
O.
18.
14.3 1>
NNE 0.
O.
O.
2.
4.
1.
3.
7.
13.6 NE 0.
O.
2.
9 22.
15.
1.
49.
16.3 ENE
~ 0.
O.
1.
F7.
17.
O.
O.
35.
12.5
-d$
E 0.
O.
1.
16.
4.
O.
O.
21.
11.0
]
ESE 0.
O.
1.
O.
O.
O.
S.
8.9 SE 0.
0~.
1.
9.
1.
O.
O.
11.
10.3 3
??
SSE 0.
O.
2.
6.
5.
O.
2.
15.
13.3
[
S 0.
O.
O.
11.
8.
3.
O.
22.
13 3
~
$5W-0.
~'O'.
O.
11.
11.
O.
O.
22.
12.6 SW 0.
,0.
O.
7.
44 10.
O.
61_.
15.4 W:W 0.
O.
O.
2 17.
2.
O.
21.
15.7 37 9~
0.
O.
O.
2.
1.
2.
O.
5.
14.8
~"
i WNW O.
O.
1._ _
2.
O.
1.
O.
4.
11.7
~]
NW 0.
O.
O.
1.
2.
2.
4 9.
22.1
~NNE
~0 0.
O.
S.
5.
1.
O.
14.
12.5 TOTAL 0.
O.
9.
120.
145.
41.
7.
322.
13.6
~
_NUP*BER OF CALMS -
0 NUMBER OF B AD HCURS -
5
.___,n
- -- ~ ~
_. ~. _.
y---
y 4
we-
-6 mm N
66-ee 6
-6
-Whhmeemme.*-Oh
=y w
)
)
)
' - - ~
CAROCINA" POWER A'NCL!GRT C0h>~ANY PAGE 4 T
JCINT DCCDkREhtE7EEcVE"NCicWFWlWD ofMITfl0N AND SPEED 7,
FOR THE PERIGO 12:00 AM 7/ 1/78 TO 11 :00 PM 12/31/78 7
-- ~
~
7,.
S T k'B I L I T Y C L K$ 5~D '
STA31LITY CALCULATED FROM DIFF. TEHPERATURE 41+2 7
3 BRUN 5WTCK Oh -s Ill' M O E0fiOCbG I C AL FACILITY i~
7 UPPER
.n
~'4 I ND.
5 PEE 5 W s5fMPii)
AVG.
77 DIR E C T I ON CALM 0.75-3 5
- 3. 5 - 7. 5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL
~ WIND SPEED 7
~~N-U.
~ 1.
5.
38.
33.
23.
O.
100.
13.9
..37 NNF 0.
O.
15.
32.
135.
53.
1.
2 3_.6_.
15.6 T
NE 0.
1.
7.
31.
94.
26.
O.
159.
14.6 7.
ENE~
~0.
I'.
11.
37.
33.
11.
O.
93.
12.8
~
q::
E 0.
O.
8.
28.
6.
O.
O.
42.
9.6 7
ESE 0.
O.
9.
19.
R.
O.
3.
36.
10 1 7
'~0.
0".
7.
11.
8.
O.
O.
26T 10.1
.. -1 d
SSE 0.
1.
9.
17.
10.
5.
O.
42.
11.3 i:
]
0.
O.
4.
28.
22 2
O.
56.
12.3 m
,o 55W o.
O.
13.
36.
39.
13.
2.
103.
13.1 N
M SW 0.
O..
11.
39.
128.
47.
24 249._
16.9
?
WSW O.
1 18.
28.
47.
47.
3.
144 15.4 7
W 0.
1.
20.
25.
1Y.
3.
O.
66.
10.5
-i WNW 0.
O.
9.
10.
6.
1.
2.
28.
11.4
]
N'd O.
O.
8.
10.
8.
4.
5.
38.
15 1 MW 0.
~ 0-~
9 16.
29.
13.
O.
67.
13.7
.q
.h T OT a t, 6
6.
163.
405.
623.
248.
40.
1485.
12.9 e
'~
NUMBER CS CALMS -
0 NU*SER OF B A D H OU RS - 64 1,
- L------
- - - - - - - - ~ ~ ~ ~ - - - - - - - - - - - - - - -
- - - - - - - - - - - - - - ~ - - -
)
)
}
~ ~~~~~~~-~
j CAROLINA POWER AND LIGHT COMPANY PAGE 5 1j JOINT TC'CURR ENCE FRLOUliNCIES '0F ' WIN'D' 6IR EC TION AND SPEED t
FCR THE PEAIOD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/75 1
g'*
STABILITY CALCULATED FROM DIFF. TEMPERATURE #1+2 4
~~
- 7RUN SWIC CON-S I T C M2 T E OR OLtfC f CIE fiCE1 T v 7
I.
UPPER ~~
- - - ~ ~
SPEED C[Af$TMPHI AYG.
WIND
~
~.
DIRECTION CALM 0 75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GRE AT ER THAN 25.0 TOTAL WIND SPEE D N
~~ 0.
1".
3.
8.
23.
22.
2.
59.
16.4 7
NNE 0.
O.
5.
14.
72.
4R.
2.
141.
16.9
~
NE 0.
3.
1.
21.
69.
10.
O.
100.
14.8 ENF
~ D.
0.-~
5~-
22~.
50 15 O.
101.
17.9 7
E 0.
1.
5.
16.
13.
2.
O.
37.
11.5
~
ESE 0.
O.
3.
16.
28.
4.
O.
51.
13.4 T'~~
~ SE-~
~ 0.
~~0.
~.
20.
18.
4.
O.
50.
11.9 8
7 SSE 0.
O.
5.
31.
27.
6.
1.
70.
12 7
~
S 0
O.
8.
23.
14 3.
12.
60.
14.9
^
~
S S W'
'O.-
0.~
9.
19.~
31.
23.
21.
103.
- 17. U M
SW 0.
3.
10.
30.
93.
25.
35.
193.
16.1 WSW 0.
O.
8.
34 62.
19 O.
123.
14.2 W ~"~
0.
O.'- -
12.
32.
13.
5.
O.
62.
10.9
.y W'J W O.
O._
4 6.
10.
4 1.
30.
14.6 NW 0.
O.
2.
12.
3.
5.
1.
23.
14.1 NNU^
O'.
1.
C.
14 18.
25, 3.
61.
17.0
.i2 TOTAL 0.
3.
88.
319.
552.
225.
78.
1264.
14.6
~
NUv6E R OF CALMS -
0
-_. N'J" G E R_ :.-BA.D HCU..RS
- 43 4
)
)
)
~CAROCfNA POWER AND L'IGNTdO@XhY PAGE 6 1
h J6lsfldT RRENCE NEdUENCISS OF WINO 'IRECTICN AND SPEED U ~
FOR THE PERIOD 12:00 AM 7/ 1/78 TO 11 :00 Pf4 12/31/79
- ~~ ~ S T AB'I'L'! T V CliS fF~
j i
STABILITY C AL CUL ATED FROM O!FF. TEh?ERATURE *1+2 1
BRUN SWICKlNisTTE MS TE0r<0LDCICCfK1EITY
,4
~
UPPER WIku 5 PEED CLA SSTYPTO Avc.
T.
D IR E C TI ON CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 19.5-25.0 GREATER THAN 25.0 TOTAL WIND SPEED 3
.i M-O.
O.
2.
10.
14.
16.
O.
42.
16.5 0
?.
NNE 0
O.
3.
14.
26.
20.
c.
63.
15.7 NE 0.
1.
6.
19.
49.
10.
O.
85.
13.9 "1
e EC 0.
6.
6 18.
12.
2.
O.
38.
11.5 N
U E
0.
1.
12.
16.
2.
1.
O.
3_2.
67 ESE 0.
O.
2.
10.
O.
O.
O.
12.
9.8 SE 0.
2.
5.
14.
1.
O.
c.
22.
8.3 7,
SSE 0.
1.
_8.
13 5.
O.
n.
27.
9.0 S
0.
O.
6.
9.
12.
5.
1.
33.
13.0 T.
55W 0.
07 3.
7.
4.
3.
O.
19.
11.7
.['1 SW 0
O.
4.
22.
11.
11.
O.
46.
13_.4 7
W5W 0.
O.
12.
22.
11.
1.
O.
46.
10.1
,h C
0.
1.
14.
15.
9 3.
O.
42.
9.9 M
WNW 0.
O.
3.
8.
11.
10.
O.
32.
14.7 f
NW 0.
2.
2.
5.
5.
3.
O.
17.
12 3 PikW D.
O.
3.
O.
13.
Ib.
O.
29.
17.6
.77
, TOT AL 0.
8.
93.
202.
185.
98.
1.
587.
12.3 7
NUP*BE R CF C ALP,5 -
0
~
NUfeBER CF B A D H CU RS - 32
=
~
M w=.e-e-.
m
=M-v - -
7
, -., s rw
,-v-,,
i
)
')
i I
i7
~
C' ROTIffA~ ~ #ffWlR Th'D EIGHT COMPANY PAGE 7 A
.t C~~
JO1sOCtTJTtRE'NTE FREQUENCIES OF WIN 3 DIRECTION AND S PEED T
FOR THE PE RIOD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78 7
STABILITY CLASS G STABILITY CALCULATE 0 FROM DIFF. TEMPERATURE #1+2
-~
~ ~ ~ -
7RUN 5 WICK"CN-SITE r.EMOROL0GlCAL FACILITY
. UPPER
~~
SPEED CLAi3(MPH)
AVG.
g
~
~T DIR EC 11 DN CALM 0.75-3.5 3 5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25 0 TOTAL WIND SPEE D N - ~~ ~-
- O '.-
~-- 2.
6.
^3 7 -
1.
O.
15.
8.9 3
T i~
NVE 0.
1.
12.
8.
14.
9.
1.
45.
13.2
~ -,T NE 0.
3.
5.
18.
12.
3.
O.
41.
11.9 T
~ENE
~0 1
~.
15.
5.
O.
O.
24 9.8 3
T T
_E.
O.
,,1.
5.
11.
2.
O.
O.
19, 9.0 ESE 0.
2.
9.
7.
O.
O.
O.
18.
6.9 j4 SE 3.
1 7.
3.
O.
O.
O.
11.
7.3 9
7 SSE 0.
_0.
5.
2.
O.
O.
O.
7, g._6 S
O.
4.
7.
6.
5.
O.
G.
22.
8.1
^f
- '. ' ~
11.
10.
9.
1.
O.
31.
9.5 l
~
~
SSW 0.
7
_ SW 0..
O._.
5.
3.
3.
O.
O.
11.
9.6 i
WSW 0.
2.
8.
3.
O.
O.
G.
13.
6.I W
0.
O.
9.
1.
3.
O.
O.
13.
S.5
. T WNw O.
4.
2.
7.
3.
9.
1.
26.
14.0
.: 3]
NW 0.
1.
4 6.
6.
7.
C.
24.
13.5
'NN Q D.
~.
4.
6 O.
2.
O.
14.
9.2 2
p.,i
'?
TOTAL 0.
25.
102.
109.
64.
32.
2.
334 9.5
~
NUMBER CF CALMS -
0 p -~
NUMBER OF BAO HOURS -
4 L
i :.
. i_.
=
,y
i
)
)
)
CMOUNVP@DWO'UCWCH4PTN JDINT DCEDMTNCf7RE'cuERCI15 T,f MIND-ti!RTCTICN ITf5 IT'TEo FOR THE PE RIOD 12:00 AM 7/ 1/78 TO 11200 PM 12/31/78 1
5U4 MARY
]
STABILITY CALCULATED FROM DIFF. TEMPERATURE #1+2 B RUSMTCTliS~slTFME T E OR OL OG IC AL FACIL1IY 1
?
UFPER WIND 5PE~[b~ CU W NP
?
DIRFCTION CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-19 5 16,. 5 -2 5. 0 GRE AT ER THAN 25.0 TOTAL WIND SPEED lt
.i h
0.
4.
16.
72.
84.
72.
2.
250.
14.9 r1
,1 NNE 0.
1.
35.
74.
253.
132.
4 499.
15'7 l
NE 0.
5.
21.
104 270.
70.
4.
474.
14 6 3
ENE 0.
2 ~.-
27.
1T4.
142.
28.
O.
318.
13.1 P
3 E
O.
3.
31.
95.
28.
3.
O.
160.
IC.C ESE G.
2.
24.
68 37.
4.
O.
1:5.
10.8 3E C.
3.
32.
70.
31.
5.
O.
141.
10.3 1
b SSE 0.
2.
30.
71.
51.
11.
3.
168.
11.6 S
0.
4.
25.
79.
65.
13.
13.
199.
12.9
~
T
~5 5 w 0.
1.
39.
96.
96.
40.
23.
284.
14.3 i
V WSW 0.
3.
46.
89.
139.
69.
3.
349.
13.9 Y
R 3.
2.
55.
75.
43 13.
O.
188.
10.5 y
1.1 kNW 0.
4 19.
33.
30.
30.
4 120.
13.7 E
NW 0.
3.
16.
35.
29.
22.
13.
11e.
14.7 D
NNW 0.
3.
16.
49.
73.
56.
3.
200.
14.9 f
t
{
TOTAL 0.
42.
461.
1220 1655.
663.
131.
4172 14.0 NUM ER OF CALMS -
0
~1 NUMBER OF BAD HOURS - 244
-l9 i
2'
- m. _ _
t
-g
~
__cr
- -. w
--- w
, u n- _ a n
, s e o r-,. -,, + n ---r r. ;,
wS.p-y t-s_ p n. e n - -
--______;___2_
)
)
[
CAWOLifi~POWEl AN0 LIGHT C5 PANY 4,.
J6fNT OCCURRENCE FREQUENCIES OF WINO DIRECTION AND SPEED s
FOR THE PERIOD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78 7
STABILITY CLASS A S TABILITY C ALCUL ATED rROM D I F 8:. TEMPERATURE W1+2 G
BRDrf5GICT ONISITFMfTfdW6L
~
LOWER y
NIND SPEED CUSTTHPH)
~~
DIRECTICN CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WIND SPEED AVG.
,v N
0.
O.
O.
O.
3.
O.
O.
3.
15.6 d,
1 N1E_
0.
0._
1 5.
o.
O.
O.
6.
8.3
]
NE 0.
O.
1.
5.
17.
O.
O.
23.
12.7 TNE 0.
~0.
c.
8.
5.
O.
O.
13.
12.2 7
d E
0.
1.
O.
O.
O.
O.
O.
1.
- 1. 8 1
EiE 0.
6 O.
2.
O.
O.
O.
2.
8.5 SE 0.
O.
_O.
7.
1.
O.
O.
a.
9.5 SSE 0.
O.
O.
O.
1.
O.
O.
1.
15.4 S
O.
O.
o.
O.
o.
O.
O.
O.
0.0 SSW 0.
O.
O.
O.
O.
O.
O.
O.
0.0 N
SW 0.
O.
C.
c.
O.
O.
O.
O.
0.0
]
WS4 0.
O.
O.
O.
O.
O.
O.
C.
0.0 W
' O."
1.
' - ~.
O.
1.
O.
O.
2 7.9 1'
WNW 0.
O.
O.
O.
O.
O.
O.
O.
0.0 j
NW 0.
O.
2.
4 O.
O.
D.
6.
9.4 3
~ NW 0.
'O.
O.
4.
2.
O.
O.
6.
11.6 A
TOTAL O.
2.
4 35.
30.
O.
O.
71.
10.3
~
0 NUMBER OF BAD HOURS - 51 1-6
+-mm ee e.
h
--el.'i-
' N-F W W MN M g y.
mm-
e O
uJ c m n
4 O
N N
Pm O
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l w
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e e
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C
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4O Z
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- t O
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GJ sD D
f 4
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4 e
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4 l
m N
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O O
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2 4
e e
e e
e o
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e e
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00 MM 4
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e
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e e
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r d dt O
.J w wI g
M 3
3 3
at iD ELs i W O >= l W
be W
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7; 3,/ el r rl l
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CAROLIVA~ POW R AND LIERT COMPANY PAGE 11 Ti 77
.g
,JoIRMCCllRRENCE7 AEQUErKIGF0V WIND DIRECTION ANO SPEE3
's FOR THE PERICO 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78
,[
STASILfTif TLAS'S C
~-
- ~
~7 STABILITY CALCULATED FROM DIFF. TEMPERATURE #1+2 7
tiRUNTWICTOM-51TFWCttosoLOGITAL FACILITY N7 t.0WER WINO SPE EO7L15I( WH) 7 DIRECTION CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WIND SPEED AVG.
Ti N
~0.
F.
1.
9.
7.
O.
O.
17.
11.3 7-
~?.
. _.N M E..
0.
O.
O.
7.
2.
1.
O.
IC.
11.9 AE 0.
O.
4 16.
21.
O.
O.
41.
12 5 EN:
~ ~0.
O.
"~4.
19.
11.
O.
O.
34.
11.7
~~.*.
77 E
0.
O.
1.
21.
2.
O.
O.
26 9.5 I
ESE 0.
O.
2.
10.
3.
O.
O.
12.
82
$6 0.
O.
3.
11.
c.
O.
O.
14.
e.2 E
~-
SSE 0.
O.
2.
10.
2.
O.
O.
14.
9.5
~
S 0.
O.
3.
8.
5.
3.
O.
19.
- 2.2 G
3 SSW O.
O.
1.
20.
13.
O.
O.
34 12.3 o
T?.
SW 0.
O.
C.
19.
46.
5.
O.
70.
14.1 wSW 0.
O.
o.
1.
2.
O.
O.
3.
12.9 7
~W 0.
O.
1.
1.
3.
O.
O.
5.
11.1
~7 WNW 0.
O.
1.
2 2.
O.
O.
5.
9.8
.7 NW 0.
O.
1.
3.
2.
O.
9.
14.9
, t.
NNW 0.
O.
3.
10.
3.
O.
O.
16.
9.o l"
TCTAL 0
O.
27.
167.
121.
12.
O.
327.
11.2
~~
NUMBER OF CALMS -
O NUMSER OF BAD HCURS -
0
-4 n-
.-~9--
- 1.
8.1
)
)
C4 WLINA PCQCR-AR5 EICTit CdMPANY PAGE 12
?,
[D JCIRT BCCTAP'E5trFRt~CUINCTECdF WIND OIRECTION AND SPEE3 e
.]
FOR TH E *E RICD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78 1
,1 STaE10!TY COSS D R
STABILITY CALCULATED FROM DIFF. TEMPERATUFE 81+2 D
~BPONSWICK~0N-SITE Nr TEOROLOGICLE~TICILITY 1
LCwER nit:9 sPCFO CTA55T* PHI AVG.
5-25 3 GREATER THAN 25.0 TO T A t.
WIND SPEE D
~
C IR E C T I ON CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5
-- M 0.
2-~
S Y.- -
91.
16.
O.
c.
166.
a.6 7.
N]NE,
O.
3.
27.
135.
37.
1.
O.
203.
10.0
]
Nt O.
4 20 84.
30.
O.
O.
136.
9.9 E r.E-O.
3.
25.
54.
14.
O.
O.
9c.
9.3 E
0.
1.
15.
27.
3.
O.
O.
46.
8.e E ', E 0.
2.
14.
19.
1.
O.
O.
36.
7.7 S E-O.
1.
22.
11.
't--
O.
O.
35.
7.0 T
SSE_
0.
O.
17.
15.
4.
O.
O.
36.
s.4 e.
S C.
1.
14 35.
7.
O.
O.
57.
9.1 SiV'
'O.
O '.
14-67.
39.
4.
2.
126.
11.8
~
,. i SW 0.
3.
22.
127.
117.
IR.
6.
293.
12.7 W!W 0.
1.
25.
58.
27.
1.
O.
112.
10.3 7
W 0
2 27.
27.
1.
1.
O.
58.
8.C
-~
yNW_
O.
3.
6.
9 2.
1.
C.
21.
8.5 Nt!
0.
2.
21.
14 9.
4.
O.
50.
9.5
~NNW-O.
O.
20.
44.
12.
O.
O.
76.
9.4
,7
~~
TOTAL 0.
21.
346.
817.
320.
30.
8 1549 9.3
-~
- U:'3 E R CF CALMS -
O t;U'* S E R OF Ba0 HOURS -
0
_1 mw
,==-oee-*=ma a--=-.
em em..
.. -- = = = - - - -
a e-6 s
am
.sm,,..
ema e
e me e-w ui*eeme h*
M* - - -
-MN-
-g
--w y
-q7yw ewD e
w WNF
~wWWM F5-T*
N 4
I
~M D =
i
)
t
'T
~
~ ~ ~ ' ~ - - - - ~ ~ ~ - ~ - ~ '
CAROLINA POWER AND t.IGHT COMPANY PAGE 13 m
y JOINT CCCUd fNCE FREQUENCIES OF WINO DIRECTION AND SPEED
.i FOR THE PERIOD 12:00 AM 7/ 1/78 TO 11:00 PM 12/31/78 71
~
STABILITY CLASS E es
?
S TABILITY C AL CUL A TED FROM OIFF. TEPPERATUPE 41+2 5
BRON$slCK ON-SITE METEOROLOGICAL FACILITY
$?
LCwER WIN 3 - -~~--
--'--~ ~ S P E E D ~ C L A S $'( M P'H)
AVG.
7 DIP E CTI ON CALM 3.75-3.5 3.5-7.5 7.5-12 5 12 5-18 5 18 5-25.0 GREATER THAN 25.0 TOTAL WIND SPEE3 7
-- N '
~ 0 ~~ ~ ~ 8.-
65.
52.
3.
O.
O.
129.
6.9
-4 NNE 0.
8.
61.
48.
1.
O.
O.
118.
6.9
]
NE 0.
7.
37.
26.
1.
O.
O.
71.
6.7 ENE 0.
10.
38 40.
2.
O.
O.
90.
7.?
~
E 0.
4 20.
13.
1.
O.
O.
38.
6.6 ESE 0.
10.
23.
154 0.
O.
O.
43.
5.9
~ $E- '
O.
10.
2'3.
11.
O.
C.
D.
44.
58 SSE 0.
10.
41.
13.
1.
C.
O.
65.
6.0
]
S 0.
9.
26.
10.
7.
O.
c.
52.
7.1 1
S SW -~
~~ 8.- -
23.
30.
21.
7.
O.
94 10.0 O
m 7
Sw 0.
12.
59 73.
36.
15.
4 199 10.1 WSW 0.
15.
59.
40.
10.
O.
O.
12%.
7.2 7
w 0.
13.
38.
9.
1.
O.
O.
61.
5.3 s
W 0.
6.
22.
7 1.
O.
O.__
36.
58 NW 0.
8.
37.
6.
2.
O.
O.
53.
5.8 NNW 0.
8.
59.
16.
O.
O.
c.
85.
6.1 TOTAL 0.
146.
636.
411.
87.
22.
4.
1306.
6.8
~
~
NLt ER OF CALPS -
0 N'Ju B E R CF BAD HOURS -
1
~ ~ - - - - - - -.
w V
w
,m O M M 4.
O m
)
)
P
--' C ARO L I N A POWER SND t.IGRT-~ COMP A N4' PAWE T4--
s '_
~
-~-
JOINT ~0CCURRENCE FREQUENCI?CCF"WINU DIRECTTCCiN5 sFFE0 T_.
FOR THE PERIOC 12:00 Att 7/ 1/78 TO 11 :00 PM 12/31/73 STASILITY C AL CUL A TE D F F.Ori 9fFF. TEMPERATUP.E El+2 g
--- O RUN Sw 1 C K~ CN-SITE-METEOROLQGICAL---F A f. I[I T Y
..7 LCWER WIND - ---
' ~ ~ ~
SPEED' CLATS(FPH)
-~
~ ~ " ' ~
AVG.
.__7 DIRECTION CALM 0.75-3.5 3.5-75 7 5-12 5 12 5-18 5 18 5-25 9 GPEATER THEN 25.0 TOTAL WIND SPEED
- ,5 -
~~N-'
~ ~ 1.-
39 101.
5.
O.
O.
O.
146
- 4. e,
.~7
.7
,NNE 1.
26.
24.
O.
O.
O.
O.
51.
3.c
~
NE 0.
12.
E.
1.
O.
O.
O.
21.
3.9
~ IPE
~0.
12.
3-c.
O.
O.
O.
15.
- 2. e,
.7 7
E 0.
6.
4 C.
O,.
O.
O.
Ic.
3.4 gi ESE 0.
12 1.
O.
O.
O.
O.
I?.
2.5 SE '~ '~
0.
7.
7.
' ' - ~ ~
0.
C.
O.
O.
14.
3.3 g.'
7
.__S S E 0.
7.
4.
O._
O.
O.
O.
1 1.__
2._8 e,
3-5 O.
4.
13.
2.
O.
O.
O.
19.
4.e TT ssw 0.
5.
4 c.
O.
O.
O.
9 3.5 IT T'
SW 0.
o.
15.
4.
O.
O.
O.
28.
4.6 arQ kSW O.
15.
14.
1.
O.
O.
O.
30.
- 3. c.
k
~1.
29.
2~4.
O.
O.
O.
O.
54~
3.3
)3 WNW 1
31.
22.
O.
O.
O.
C.
54 3.4 37 Nw 0.
19.
29.
O.
O.
O.
O.
47.
40
~NNW 1.
34 62.
O.
C.
O.
O.
97.
4.4 I
TOTAL 5.
267.
334 13.
O.
O.
C.
619 3.6
~'
) --'
NUMBER OF CALMS -
5 N_U.%E R O_FB_A C _H O_U_R S -
0
)._
_I _
Nh
I I
)
g CATO LIN A'~ POWER ANO LIGHT COMPANY PAGE 15
~1 J~
JOINT'OCCDRRENCE~ FREQUENCIES OF WINO DIRECTION ANO S PE ED
,1 FOR THE PE RIOD 12:00 AM 7/ 1/ 7m TO 11 : 0 0 PM 12/31/75 1
1 STAh!L'ITY CL ASS CI STABILITY CALCULATED FROM DIFF. TEMPERATURE *1+2 BRUNSWICK ~0'JUSITE i4ETEOROLOGIC AT TACIEITY
.3 LCVER a
dINU 7 P E CO'- C EATSl MW)
AVG.
I D IR E C T I ON CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-18.5 18.5-25.0 GREATER THAN 25.0 TOTAL WINO SPEED
?
N Z.
50.
21.
3.
O.
O.
O.
76.
32 33 NNE 0.
14 4
O.
O.
O.
O.
18.
76 NE 0.
9 O.
O.
3.
O.
O.
9.
2.0 l
4
'E N E D.
3.
1.
O.
0.
O.
O.
4.
24 7
E 0.
3.
1.
O.
O.
O.
O.
4.
2.4 ESE 0.
4.
O.
O.
O.
O.
O.
4.
- 2. 2 4-SF-
~-'0.
~4 O.
O.
O.
O.
O.
4 1.4 SSE 0.
4 2.
O.
O.
O.
O.
6.
2_. 7
[
S 0.
4 O.
O.
3.
O.
O.
4 2.3 5 :, d
~~- -O.~--~~-~'
- 5. - - - ~ ~ - - O.
O.
O.
O.
O.
5.
1.3 7
i SW 0.
4.-
3.
O.
O.
O.
O.
7.
3.0
>SW 0.
15.
O.
O.
O.
O.
O.
15.
2.c k ' - --
' 1.
23 12 O.
O.
O.
O.
36.
3.1 3
kNW 1.
19 9.
O.
O.
O.
O.
27.
2.8
[
NW 2.
31.
10.
O.
O.
O.
C.
43.
2.8
' hN I' "2.
4 9. - --
237 O.
O.
O.
7o.~
3.4 2
~
TOTAL S.
240.
95.
5.
3.
O.
O.
338.
2.5 NUvSER CF CALMS -
8 N UM B E R_..O F_B_A D H CU R._S_ _. _ 0 L
,,e g
w m
m m
o e
a.e e-e
. em ge m_wwee--*_N
=*
N-6
'**""N
- * " ' * ' ~ * * *
-N O
m,,,,e m - _ _ _
6 1
')
r CIR0TINI PCWYR-il3T CIIf~Cd@ ANY PAGE 17 i4 e
JOTNBCCDTR E ACFFMQUfNCIE'5~0T~NIND DIREC TTON AN3 SPEED
~
l FOR THE PE RICO 12:00 AM 7/ 1/7A TO 11:00 PM 12/31/78 SUUA4Y
]
STAh!LITY CALCULATED F R Ot1 01F F. T FMPER ATURE 81+2 BROi3RICi(~0FS I TT M'E 1 E OR~ LdG'1 CAL FACILITY
~
1 LOWER WIND SPEED CLASSIMPH)
AVG.
[
D IR E C T I ON CALM 0.75-3.5 3.5-7.5 7.5-12.5 12.5-13.5 18.5-25.0 GRE AT ER THAN 25.0 TOTAL WIND SPEED
'N 3.
99.
245.
1T5.
34 O.
D.
546.
o.6 NNE 1.
51.
119.
201.
41.
3.
O.
416.
A.1 b
NE 0.
32.
70.
144 82.
2.
O.
330.
9.4 3
ENE 3.
28.
72 138.
42.
O.
O.
280.
6.9 E
0.
15.
42.
70.
7.
O.
O.
134.
- 7. 5
[
ESE 0.
28.
44.
50.
1.
O.
O.
123.
6.3 TE 0.
22.
61.
49.
2.
O.
O.
134 6.5 0
il SSE 0.
21.
67.
40.
10.
O.
C.
138.
6e
~
S 0.
18.
56.
58.
20.
3.
C.
155.
8.2 5
SSV 0.
19.
E7.
122.
76.
11 2
276!
10.8 h
SW 0.
28.
99 225.
204.
40.
10.
606.
11.6
,]
WSW O.
46.
93.
100.
39 1.
C.
2 64
- 7. 8 9'
~2.
69.
102.
37.
6.
1.
3.
216.
53 H
WNW 2.
SP.
59 18.
S.
1.
O.
143.
4.9 NW 2.
60.
99.
30.
15.
7.
O.
213.
6.3
'NNW 3.
91.
15e.
e7.
21.
O.
O.
370.
6.2 g >- -
]
TOTAL 13.
683.
1446.
1534 605.
69.
12.
4364.
8.1 NU**ER 05 CALMS - 13 NUvSE R OF 540 HOURS -
52
.s
-4 ee
ATTACHMENT 3 ENVIRONMENTAL TECilNICAL SPECIFICATION CIIANGES July - December 1978 Brunswick Steam Electric Plant 9
- =
/
A There were no changes.
c.
e
ATTACHMENT 4 OCEAN OUTFALL THERMAL MONITORING DATA July - December 1978 Brunswick Steam Electric Plant O
.% Power
~-
Unit 1: 1007.
BSEP l
Unit 2: 100%
THER1!AL PLU'4E MotiTIORI?!G l
Tide: Lcw-Rising i
Weather: Partly Cloudy l
md: SSW 7-10 te: 8/7/78 Ooservers: Benedict, Cullen Station 19 Salinity D.O.
Temp.
Station 18 Salinity D.O.
Temp.
f Time Time I
(
)
3' 30.5 7.2 28.5
(
)
3' 32.8 8.3 28.4 l
1630 1646 6'
31.2 7.1 28.4 6'
32.8 7.5 28'.3 10' 31.2 7.1 28.4 9'
33.5 7.1 28.2 Bottom Q
S ta tion 1 Station 2
l Time Time
(
)
3' 32.8 8.0 28.5
(
)
3' 33.5 7.5.
28.6 1654 1700 6'
32.8 8.0 28.5 6'
33.5 7.6 28.5 10' 33.5 8.0 28.5 10' 33.5 7.7 28.5 Bottom Bottom ation 17 Station 20 l
Time Time
(
)
3' 32.8 7.1 28.4
(
)
3' 31.2 7.6 28.5 1644 1638 6'
32.8 7.1 28.5 6'
31.2 7.2 28.4
'3 0' 33.5 6.8 28.4 10' Bottom 11' 33.5 6.7 28.1 Bot. tom Sbtion 21 Station 22 Time Time
( )
3' 29.8 8.1 28.6
(
)
3' 31.2 7.9 28.5 1809 1813 6'
30.5 7.3 28.9 6'
31.2 7.5 28.6 9'
32.0 7.1 28.8 8'
32.0 7.2 28.5 8
Bottom Bottom Station 23 Station 24 Ume Time
,(
)
3' 31.2 7.9 29.7
(
)
3'
,30.5 7.9 30.6
_J.316 1820 6'
32.0 7.6 29.5 6'
32.0 7.4 30.3 Scum 10' 32.8 7.3 29.4 ra+on 10' 32.8 6.3 29.2 6.Nm 13' 32.8 7.2 29.3 blj % 14'.
32.8 f[,N28.9 6,.0g,:,V ':;'.
'4 Station 25 Salinity D.O.
Temp.
Station 12 Salinity D.O.
Temp.
- ^ e Time
)
3' 32.0 8.1 30.0
(
)
3' 32.0 7.3 29.5 0 25 1747 6'
32.0 7.9 30.2 6'
32.8 6.6 28.5 10' 32.0 7.5 30.0 10' 32.8 6.4 28.3 Bo t t om 16 '
33.5 3.3 28.6 Bottom 19' 34.2 4.5 27.9 Station 13 Station 14 Time Time
(
.)
3' 31.2 6.9 29.8
(
)
3' 31.2 7.7
.29.9 1755 6'
32.0
'7.1 29.3 6'
31.2 7.5 29.7 10' 32.8 6.5 28.6 10' 32.0 7.' 5 29.4 Bottom 34.2 4l2 27.8 Bottom 18' 33.5 6.1_
_28.2 St 2 tion 15 Station 16 Time Time
( )
3'
.32.0 8.1 29.5
(
)
3' 32.0 8.0 28.6 1803.
6' 32.8 7.6 28.7 6'
32.8
- 7. 7,
29.1 32.8 7.2 28.8 10' 32.8 7.6 29.0 10, 16' 32.8 6.9 28.8 Bottom 17 32.8 7.1 28.5 Bottom Station 3 Station 4
Time Time
( )
3'
,'32.8 7.8 28.6
(
)
3' 32.8 7.8 28.5 1725,s 1729 6'
33.5 7.9 28.6 6'
32.8 7.5 28.6 10' 33.5 7.7 28.6 10' 32.8 7.2 28.5 Bottom 20' 34.2 4.0 27.6 Bottom 22' 35.0 4.0 27.6 Station 5 Station 6
Time Time
(,
)
3' 32.8 7.9 28.6
(
)
3' 31.2 8.0 29.6 1
6' 32.8 7.6 28.8 6'
31.2 7.8 29.7 1
10' 32.8 7.5 28.8 10' 32.8 7.1 28.8 Bottom 24' 35.0 2.3 27.7 Bottom 27' 35.0 3.4 27.6 Station 7 Station 8
\\
Time The
(
)
3' 31.2 7.9 30.6 j )
3' 32.0 8.0 29.5 f 1742 6'
32.0 7.7 29.3 1906 6'
32.8 7.8 30.0
}
10' 32.8 6.4 27.8 10' 32.8 6.8 29.1
Station 9 Salinity D.O.
~
Temp.
Station 10 Salinity D.O.
Temp.
Time
. 31.2 7.9 30.6
(
)
3' 32.0
- 7. 7.
30.0 Time
)
3'
.909 1855 6'
32.0 7.6 30.0 6'
32.0 7.3 29.9 10' 32.8 6.7 29.2 10' 32'8 3.8 29.2 Bottom 25' 35.0 2.6 28.5 Eb o q,n_ _2 2 ' 35.0 2.1 28.6 Station 11 Station 26 Time Time ( ) 3' .32.0 7.9 30.0 ( ) 3' 31.2
- 8. 3' 30.1 1900 1844 1
6' 32.0 7.6 29.9 6' 31.2 8.1 30.3 10' 32.8 6.7 29.3 10' 32.0 7.7 30.1 Battom ?1 ' 15.0 2.4 28.R B_qt_t gm 15' 33.5 4.5 29.3 Station 27 Ocean Time Discharge ( ) 3' 31.2 8.1 30.2 T;m< 3' 28.3 .34.4 6' 31.2 8.1 30.4 10' 10' 32.0 8.0 30.4 Bottom 14'; 32.8 6.9 30.0 Bottom 4 River. 3' 29.0 7.8 29.5 p j' 4 6' 27.6 7.2 29.3 ( ) 10' 28.3 7.1 29.4 CASK' ELL BEACH 23' 29.0 7.0 29.3 Botton 27 26 25 24 23 22 21 20 19 10 11 12 13 14 15 16 17 18 9 8 7 6 5 4 3 2 1 NOTES: i e
6 l t
- ;;;i I>f E
l' 14 1-1 1. il i =:
- in ix illilli 11!!!!! !!!i!!!
h;;l; ' r, f. N i - ~,, -., = = e m - e m m.,., m E! V Id l!!!!il lil!!il !illi.!! f'..A 9 lali il il "1 y ,+ 1 I, .-,,a-.. e I i 1. N.., ~ l / .u .g -y . 31 !!i. s '5 E .~ .a .g 3 i Q .k. ~ W f w q 'k.1 n i c I O yo e l lnl
- w
- 0 w
Q ( e t a s v.; p > - -.+.. 1 .g j 6 y T 4 A Y b .S Q .a f JJ!
- =)
. ::r 0o I a I! ' / \\ e IJ .F. . i. i!!
- ti
. ;a l.' 7 .~ .a <,. \\ i e-2 .e w
2' Power Unit 1: 100% BSEP Unit 2: 100% TilERMAL PLlME MO!1T10Rit;C Tide: Rising-liigh liigh Tide - 1100 L'e ' h e r : P. Cloudy W ESE 5 Date: 8/8/78 Observers: Benedict, Cullen Station 19 Salinity D.O. Temp. Station 18 Salinity D.O. Temp. Time Time (0936 3' 31.2 6.6 28.5 D959 3' 32.0 5.7 30.0 6' 33.5 5.6 28.5-6' 32.0 6.0 29.5 10' 33.5 5.6 27.8 10' 34.2 4.6 28.0 Bo t t ote 12 ' 33.5 5.6 27.8' 14' 34.2 4.3 28.0 Station 1 Station 2 rice Time (0955) 3' 35.0 5.2 28.8 (0958) 3' 35.0 5.9 27.0 6' 35.0 5.2 28.0 6' 35.0 5.7 27.0 10' 35.0 5.0 27.5 10' 35.0 5.2 2'.0 Nttom 15' 35.0 4.8 27.0 15' 35.0 5.0 26.5 Bottom Sucion 17 Station 20 rice Time (3946) 3' 32.0 5.6 30.0 (0941) 3' 31.2 6.6 28.5 6' 32.8 6.0 29.5 6' 33.5 5.3 28.5 '10 ' 35.0 4.6 28.0 10' 33.5 4.7 28.5 ~ Eotton 15' 35.0 3.7 28.0 oottom
- tation 21 Station 22 yee Time 1100) 3' l
32.0 7.3 29.5 (1103) 3' 31.2 7.0 29.3 6' 32.8 6.2 29.0 6' 32.0 6.6 29.0 10' 32'.8 5.8 29.0 10' 32.8 6.1 29.0 Bottom 12' 32.8 5.6 28.7 15' 32.8 5.8 29.0 Station 23 Station 24 '" :e Time .,0 6 ) 3' 30.5 7.1 29.6 4110) 3' 31.2 7.3 29.3 6' 32.0 7.0 29.5 6' 32.0 7.1 29.0 l lot, tom 10' 32.0 6.9 29.0
- r. e 10' 32.0 6.8 28.8 M.m 14' 33.5 4.9 29.0 b d.% 16' 34.2 3.4 28.5
- c. Station 25 Salinity D.O. Temp. Station 12 S a ll'~5 t y D.O. Temp. n Time Time ( ) 3' 32.0 7.2 29.0 ( ) 3' 31.2 7.1 29.0 114 1039 6' 32.0 7.0 29.0 6' 32.0 6.6 28.5 10' 32.0 6.8 29.0 10' 32.8 6.2 28.5 Bottom 19' 34.2 3.2 28.5 Bottom 26' 35.0 4.1 28.0 Stadon 13 Station 14 Time Time 1044 3' 32.0 7.2 29.0 ( ) 3' 31.2 7.4 29.0 6' 32.0 6.9 29.0 6' 32.0 6.7 29.0 10' 32.8 61 28.5 10' 32.8 6.1 28.5 Bot t om 24 ' 34.2 4.2 28.0 Bottom 21' 35.0 3.9 28.0 Stadon 15, Station 16 Time Time ( ) 3' 30.5 7.2 29.5 ( ) 3' 31.2 6.9 30.0 1052 1055 6' 32.0 7.1 29.0 6' 33.5 6.4 29.0 10' 32.8 6.3 28.5 10' 34.2 5.9 28.5 Bo t t om 21 ' 35.0 4.3 28.0 Bottom 18' 35.0 4.2 28.0 Stadon 3 Station 4 Time Time ( ) 3' 35.0 6.2 28.5 ( ) 3' 34.2 6.7 28.5 1020 s 1023 6' 35.0 5.8 28.5 6' 34.2 6.2 28.5 10' 35.8 5.7 28.5 10' 35.0 5.9 28.5 Bo t t om 2 3 ' 35.8 4.9 28.5 Bottom 26'_ 15 8 6g 27.5 Stat ion 5 Station 6 Time Time ( ) 3' 33.5 7.0 '29.0 ( ) 3' 32.0 6.6 29.0 1030 1026 6' 34.2 6.5 29.0 6' 34.2 6.1 28.5 10' 34.2 5.9 28.5 10' 34.2 5.8 28.5 Bot tom 28 ' 35.0 4.4 28.0 Bottom 28' 35.8 4.6 28.0 Stadon 7 Station 8 Time Tine ( ) 3' 32.8 7.1 29.0 ( ) 3' 30.5 7.2 27.9 1146 1034 6' 32.0 Q.6 27.6 6' 33.8 6.1 28.5 s y' 3 :. 7 S :2 3 V. i ' i' ?. '~ l - ),.3 r+= 10' 34.2 6.0 28.5 Bet-bom 10' 32.0 6.1 2 7. 5__ Botton 10' 15.8 5.2 2R.5 < Bntron 7R' 11 s ,s ?
tation 9 Salinity D.O. Temp. Station 10 Salinity D.O. Temp. 'ime Time ( 3 32.8 7.1 28.0 ( ) 3' 29.8 7.3 27.8 8 1137 6' 30.5 6.7 27.0 1 6' 32.8 6.4 27.8 10' 33.5 6.1 27.5 10' 31.2 6.1 27.0 bono m24' 33.5 3.4 26.9 ilottom 28' 33.5 4.9 27.4 Station 26 Stadon 11 Time ( ) 3' 30.5 7.3 27.5 ( ) 3' 31.2 7. 5' 29.2 Time 1126 i 6' 32.0 .7.1 28.8 1141 6' 31.2 6.7 27.5 10' 32.0 7.1 28.5 10' 32.0 6.0 27.5 Bn._ tom 19' 35.0 2.9 27.8 t corren 24' 34.2 3.7 27.3 Ocean itation 27 Discharge '32'.5 Tine '"\\. 3' 28.3 ( ) 3' 31:2 7.5 28.8 im< (1305 ) 6' 1131 6' 31.2 7.2 28.6 10' 10' 32.0 7.1 28.0 Bottom 18' 34.2 2.4 27.5 Bottom River. 3' 30.5 6.9 28.6 pf[4 6' 30.5 6.6 28.5 (1520 10' 31.2 6.4 28.5 19'32.0 6.1 28.0 CASWELL BEACH Bottom 27 26 25 24 23 22 21 20 19 10 11 12 13 14 15 16 17 18 9 8 7 6 5 4 3 2 1 NOTES:
A t' e t i h,. Y [ ~ )< f ff ( 'I Nc. Ij!!! r.4 i 4 3-~,,_11111 111!!.. ilill!! h,,,,I 11 t T 14 .. =, = = = u, = u m.,: e ' *N a Ll!!ill lil!!!! !!ill!! o 1 iii '~ m la;.i 11 1 g; - 1 e 1 i u, --.. I i /
- x..
.e .= b
- t
- w.
.g) s g q bo 6o .i >+ 8 l -J N .n l.f }i ( s: \\ ~ o u.- i ).b*.i s-( i !! .w -e 't 5 l s f k, - 1;)f f I y j 1*Y* *-e * ; 2 .g e 2 0 f c.P o = a 2% 13 s-Il ' 84 'a ll. m .n .n. l G o 2 / 00 [ p., a._ 2 ( 3 a g
e-ATTACHMENT 5 MAINTENANCE DREDGING IN INTAKE CANAL July - December 1978 Brunswick Steam Electric Plant 9~
9 No caintenance dredging was performed in the intake or discharge canal during this semiar.nual reporting period. 9 9}}