ML20071E342
| ML20071E342 | |
| Person / Time | |
|---|---|
| Site: | Crane  |
| Issue date: | 02/28/1983 |
| From: | GENERAL PUBLIC UTILITIES CORP. |
| To: | |
| Shared Package | |
| ML20071E340 | List: |
| References | |
| NUDOCS 8303140198 | |
| Download: ML20071E342 (17) | |
Text
{{#Wiki_filter:EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT ATTACHMENT I Supplemental Information TMI - Unit'l Facility License DPR 50-289 1. Regulatory Limits ~~ a. Fission and activation gases: b. Iodines: TMI - Unit 1 Tech Specs c. Particulates, half-lives > 8 days: Appendix A d. Liquid effluents-2. Maximum Permissible Concentrations Provide the MPCs used in determining allowable release rates or concentrations. a. Fission and activation gases: b. Iodines: 10 CFR 20, Appendix B, c. Particulates, half-lives > 8 days: Table II d. Liquid effluents: 3. Average Energy Provide the average energy (E) of the radionuclide mixture in releases of fission and activation gases, if applicable. II = 2.462E-1 MeV 4. Measurements and Approximations of Total Radioactivity Provide the methods used to measure or approximate the total radioactivity in effluents and the methods used to determine radionuclide composition. a. Fission and activation gases: GeLi spectrometry Liquid Scintillation b. Iodines: Celi spectrometry GeLisggcgetaspectrometryrometry gas flow proportiona c. Particulates: d. Liquid effluents: GeLi spectrometry and liquid scintillation 5. Batch Releases Provide the following information relating to batch releases of radicactive materials in liquid and gaseous effluents. 3rd 4th a. Liquid Quarter Quarter 1. Number of batch releases: 30 23 2. Total time period for batch releases: (min.) 23J84 24618 3. Maximum time period for a batch release: (min.) 3p75 6335 4. Average time period for batch releases: (min.) 793 1970 5. Minimum time period for a batch release: (min.) 190 252 6. Average stream flow during periods of release of effluent into a flowing stream: (CFM) 5.79 E5 6.63 E5 b. Gaseous 1. Number of batch releases: 20 15 2. Total time period for batch releases: (min.) 93,463 111571 a:m$ 3. Maximum time period for a batch release: (min.) 33E23 3L232 g$1 4. Average time period for batch releases: (min.) 4b73 7438 gg 5. Minimum time period for a batch release: (min.) 515 540 min 6. Abnormal Releases m0 :c a. Liquid g gQ 1. Number of releases 0 0 ((C 2. Total activity released: N/A N/A o c: MQ b. Gas'eous 1. Number of releases: 0 0 2. Total activity released: N/A N/A a
TABLE lA EFFLUENT AND k'ASTE DISPOSAL SD11 ANNUAL REPORT (1982) GASEOUS EFFLUENTS - SU21AT10N OF ALL RELEASES Unit J Quarter ) Quarter l Est. Tota]U i 3rd l 4th ' Error % A. Fission & activation gases
- 1. Total release
) Ci j < l.00E-8 j <l.00E-8 l 2.50E1 l
- 2. Average release rate for period lUCi/sec j N/A j
N/A l !3. Percent of technical specification limit }
- J.
1 E. Audines I 1. Total iodine - 131 l Ci .!<1.00E-8)<l.00E-8 I N/A l2. Averace release rate for period lUCi/see N/A j N/A I i e i '3. Percent of technical specification limit l C. Particulhtes !1.Particulateswithhalf-lives >8 days f C1
- 2.97E-5
)2.27E-5 l2.50El l l !2.Averagereleaserateforperiod !UCi/sec 3.73E-6 j2.86E-6 l ' 3. Percent of technical specification limit 1.00E-llj6.66E-7 l l
- 4. Gross alpha radioactivity k
Ci l D. Tritium !1.Totalrelease Ci 5.36E-5 j<l.00E-6 l 2.50El
- 2. Average release rate for period kUCi/sec 6.74E-6 j
N/A l I i
- 3. Percent of technical specification limit j
N/A I ) Note: All less than (<) values are in uCi/cc. i
- % Tech Spec limits:
Listed on Dose Sum =ary Table i
TABLE 1C EFFLUENT AND k'ASTE DISPOSAL SEMIANNUAL REPORT (1982) GASEOUS EFFLUENTS - GROUND-LEVEL PILEASES Continuous Mode Batch Mode . Unit ) Quarter Quarter j Quarter J Quarter l Nuclides Released l 3rd 4th j 3rd l 4th 9 1. Fission gases I krypton-85 l Ci ' <l.00E-8 ' l.00E-8 l<l.J0E-8 !<l.00E-8 j krypton-85m l Ci <l.00E-8
- <l.00E-8
!<l.00E-8 l <1.00E-8 l l krypton-87 l Ci l<l.00E-8 l<1.00E-8 j<1.00E-8 l<l.00E-8 l l<1.00E-8 l<l.00E-8 I<1.00E-8 l<l.00E-8 l l krvpton-88 l Ci l xenon-133 Ci l<l.00E-8 <l.00E-8 l<l.00E-8 l <l.00E-8 l l xenon-135 ! Ci l<l.00E-8
- <l.00E-8
!<1.00E-8 1 <l.00E-8 xenon-135: l Ci l<l.00E-8 l<l.00E-8 l<1.00E-8 l <l.00E-8 xenon-138 l Ci l<l.00E-8 l<1.00E-8 j<l.00E-8 l<l.00E-8 l Others (specify) ! Ci l l l l t s I. l l u o l ! Ci I Ci I unidentified ! Ci l l l l l Total for period l Ci l N/A l N/A j N/A j N/A j I 2. Iodines l l<l.00E-12 l<1.00E-12 ' <l.00E-8 l<l.00E-8 l iodine-131 Ci iodine-133 ! Ci l<1.00E-10 i<l.00E-10 i <l.00E-8 I <l.00E-8 l l I l<l.00E-10 l<l.00E-10 ' <l.00E-8 ' <l.00E-8 { C4 iodine-135 N/A l N/A N/A l N/A l Total for period Ci 3. Particulates I strontiu=-89 l Ci l 6.83E-7 j<1.00E-11 l l strontiu=-90 l Ci l3.00E-6 l 3.59E-7 j l f cesium-134 ! Ci l<l.00E-11 l<l.00E-ll !<l.00E-8 l<3.00E-8 I. cesium-137 ! Ci j<1.00E-ll l<l.00E-ll i 2.60E-5 l 2.23E-3 j barium-lanthanum-140 ) Ci j <l.00E-ll j <l.00E-ll l<l.00E-8 j <l.00E-8 l Note: All less than values (<) are in UCi/ce.
TABLE 2A EFFLUENT AND k'ASTE DISPOSAL SEMIANNUAL REPORT (1982) LIQUID EFFLUENTS-SLM1ATION OF ALL RELEASES Unit Quarter Quarter j Est. Totalj 3rd 4th j Error, % l A. Fission and activation products 1. Total release (not including tritium, 1.96E-2 1.78E-2 I I 2.50E1 gases, alpha) C1 2. Average diluted concentration l1.39E-9 l 1.31E-9 during-period UCi/ml j3. Percent of applicable limit l l l E. Tritium l1. Tetal release 4 1 Ci 7.23E-1 5.77E-1 ! 2.50E1 i i ]2. Average diluted concentration UCi/ml ! 4.82E-8 4.51E-8 l during period l l3. Percent of applicable limit l g j l C. Dissolved and entrained gases
- 1.
Total release i j Ci !< 1.00E-4. <1.00E-4 -2.50E1 i l2. Average diluted concentration i e + during period Ci/ml N/A j N/A l !3. Percent of applicable limit l g l N/A N/A l [ D. Gross alpha radioactivity j ,3 Total Release C1 1.24E-6 l 6.58E-10, 2.50El l 'E. Volume cf vaste released (prior to dilutien) l liters: 5.42E6 i 6.18E6 1.00El
- 7. Volume of dilution water used durinr, period. j lit e rs.'
l.50E10 l.28E10 1.00El Note: All less than values (<) are in UCi/ml.
- Tech. Spec. Limits:
Listed on Dose Su==ary Table.
EFFLUENT AND k'ASTE DISPOSAL SEMIANNUA1. REPORT (1982) LIQUID EFFLUENTS Continuous Mode Eatch Mode Unit i Quarter l Quarter jQuarter jQuarter Nuclides Released l 3rd 4th i 3rd j 4th <5.00E-8 <5.00E-8 <5.00E-8 3.24E-10, strontium-89 Ci f strontium-90 l Ci l<5.00E-8 l<5.00E-8 j 1.67E-5 i 4.00E-9l cesium-134 Ci <5.00E-7 l<5.00E-7 l 3.26E-3 l 2.87E-3 cesium-137 l Ci <5.00E-7 l<5.00E-7 l 1.56E-2 l 1.40E-2l iodine-131 l Ci l <1.00E-6 l <1.00E-6 l<1.00E-6 l<1.00E-6l cobalt-58 l Ci l<5.00E-7 I<5.00E-7 l <5.00E-7 l<5.00E-7, fcobalt-60 l l<5.00E-7 l <5.00E-7 l 6.94E-4 l 8.46E-4l Ci l iron-59 Ci l<5.00E-7 ! <5.00E-7 l<5.00E-7 l<5.00E-7l zine-65 l Ci l<5.00E-7 l <5. 00E-7 l<5.00E-7 !<5.00E-7j ! manganese-54 l Ci l<5.00E-7 l<5.00E-7 l<5.00E-7 l<5.00E-7l I 2 chrocium-51 l Ci l<5.00E-7 l <5. 00E-7 j<5.00E-7 ;<5.00E-7l l zirconium-niobium-95 Ci !<5.00E-7 l <5.00E-7 l<5.00E-7 l <5.00E-7 l l <5.00E-7 l<5.00E-7 l<5.00E-7 l<5.00E-7j ! molybdenum-99 Ci i technetium-99m l Ci l<5.00E-7 l<5.00E-7 I<5.00E-7 i<5.00E-7! Ci l<5.00E-7 l<5.00E-7 i <5. 00E-7 :<5.00E-7; I barium-lanth]um-140 cerium-141 l Ci l<5.00E-7, <5.00E-7 l<5.00E-7 ' <5.00E-7 l l l f Other (specify) l Ci l<5.00E-7 <5.00E-7 i<5.00E-7 l<5.00E-7; I Iron-55 l Ci l<1.00E-6 <1.00E-6 6.88E-8 6.95E-9l ! Autimony-125 l Ci l<5.00E-7 l<5.00E-7 i<5.00E-7 l 9.35E-5j Phosphorus-32 Ci l<1.00E-6 <1.00E-6 ' < 1. 00E-6 '<1.00E-6l l i i i l N/A N/A 1.96E-2 [ 1.78E-2 ! Total for period (above) l Ci l i !<1.00E-5 ' <1.00E-5 <1.00E-4 l <1. 00E-4 ' ! xenon-133 i ci xenon-135 Ci ! <1.00E-5. <1.00E-5 <1.00E-4 l<1.00E-4; l l l l l l
TABLE 3A EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT (1982 ) SOLID WASTE AND IRRADIATED FUEL SHIPLUTS U-l July to December 1982 A. Solid waste shipped off-site for burial or disposal (not irradiated fuel) i 6 MONTE j EST. TOTAL j jI. Type of waste UNIT T PERIOD i ERROR % i 3 1.079 E2 ; l a. Spent resins, filter sludges, 2 l4.682 1 i 5% i i evaporator botto=s, etc.* Ci b. Dry compressible vaste, containinated r3 1.995 E2 i equipment, etc.** C1 2.084 l 5% c. Irradiated components, control rods, ed i i etc. Ci N/A [d. Other (describe) l 3 l j Ci N/A + l 2. Estimate of major nuclide i l 8 composition (by type of waste) s a. Co60 l 2.74% i i Cs 134 1/. 05 /. 4 Cs 137 i 79.59% i t Sr 90/Y-90 ea. i 0.65% i i b. Cs-137 i 14.01% i s Co60 1 56.1% i i Cs-134 1 2.36% i i Sr-90/Y90 ea. 4.13% l Ba 137m t 13.3% i c. N/A i i i i i e i i i i l d. N/A i i 3 i i i i. i 8 i 4 l , 3. Solid Waste Disposition Mode of Transportation Destination j Number of Shipments 8 3 (a) i Tractor / Trailer (Flatbed) Barnwell, SC 7 (b) i Iractor/ Trailer (Van) Barnwell, SC 10 (a) i Tractor / Trailer (Flatbed) Hanford, WA i 2 (b) i Tractor / Trailer (Van) Hanford, WA 18 Total Shipments; 4 Shipments were a & b combined t E. Irradiated Fuel Shipments (Disposition) 4 Number of Shipments lModeofTransportatien Destination i None i 4 OShipped in 22 steel Liners 173.2 ft.3, solidified with cement
- 0 Shipped in 194 steel drums, 7.5 ft.3, each; 56 steel boxes, 98 ft3 each and 2 steel 3 mmch.
Attachment - Joint Frequency Table of wind speed and direction: from 100 ft. versus AT 150-33 ft. for the Third Quarter of 1982. Attachment - Joint Frequency Table of wind speed and direction from 100 ft. versus AT 150-33 ft. for Unit 1 specific release dates during the Third Quarter of 1982. Attachment - Joint Frequency Table of wind speed and direction from 100 ft. versus AT 150-33 ft. for the Fourth Quarter of 1982. Attachment - Joint Frequency Table of wind speed and direction from 100 ft. versus AT 150-33 ft. for Unit 1 specific release dated during the Fourth Quarter of 1982. Attachment - Summary of Maximum Individual Dose Accumulation for Third Quarter of 1982. Attachment - Summary of Maximum Individual Dose Accumulation for Fourth Quarter of 1982. I i r l l
ts 7 o i 8 8 4 N e 6 0 S 6 0 = e e g h af e a 8
== e e e e8 e e
- =
4 e e e em @I .J e C = = en== C M V v b N on w g3 og m a N e gg g g 4e e ed e en 6e .J t e LA P* O 99 9== CD e sst - h - O b e e G e ,=. e e e e-e 8 e g -e 6 e *w e= =NmOMMMN-NNNNe==B %eZ Oe f4 e e e N s= 3 e-e iye NO =5 ee e e ED Z Qe Ce e s a e e 60 =e e= a ,a e .%.= e== e w e easeeeeeeeeemmes e e e %= we e eO tL 8 We 9 e pa w e e e are e s e m e e alt G S e e s eg e e e W 40 A e 8 e eO Ll N3 e e a .J e e a w at e A 3 e e
== 6 e e E =J e e e e e e C a e 4 = 4 e 9 e e s e m e e s s e m e tB eb e e e e e t Q s e e O e# Ne e e 4 e
- e G G e S e e.e e e e e e e e - e n== a 2
de e e e e e Q &e Ne e
- 4
-e Oe e e Z e4 e e i e i
== e =l t e 4 -e Oe ,i 6 e O Ot e e =8
== a es e =e e e s e e m s e es te m eD eB G N tD e e e N e O Qe e a WN Zt =4 e a we =l 9 8 -- e e S h e e a m tD e e G = N e e 4 e dL e Qt ee 5 0 WW Ze- -0 e e d en =e en t 8 e L 43 O81 e e e e O e= 0
== I a e th m =.= 8 & Me e e De Oe= e e Es t-e E -I e e E rw is e Q N e - e e e n e e S== N== e e - N e e es e Q& Oe= e e
- = e E a n.#
-e e e ZN e.s e Q N e =i= N e = M N T T afie v== W P% M N e Ps e > a N = e 44 et 8 8
- == 3 E 8 teJ
-e 0 f3 e = -00sA ee e tN > e N== 6 Lal e e e a TS% e GA e i to -QQsk eg e eN g3 - e e e e er) le% eW e a e 4 eg O 4 eQ b e N e = M = C b W N M - N N N N - etD e O - e= 4 e s o ad h ED e Z 8 e eMe 4 (9 Q 4 eO b e M ta O G -9 6 G v CD b (D o G v m e r* e ED & I== Tt e e O W P= S8Z l 4- ~ ** N M ed === ===aNs P-N -e> e e
- e et=
T e 6Ne v G LA e e B LA 4* e= N - e "E e e -g = 4 CD fL i e 0 ** 4 eD IL 0 e e e-O g4 =c M e N = S S e e tB N = f% e9 - e m N N e LD e E e C aA e e ee 4 Ja OI ee t=aJ 4 O LA =c M e O CD N v h tD e w - O G tD ED - P= m e G e m > in we -e e tOzO _J G Oe e#
=
=== e e e D 4 = p WB B eIQ WJ We =e t=eO20 O
== O e we e eZO A4 8 8-"Za ed O=@ t e e E ** Z bee 1 EL e e t *== Q ag O =@B e e.J O "4 .J R LA e e e 4 wg .J g gn e e 3 ,,J u w U 44 e e
== E O4 e 8 eUKd Q th e e e 4 LJ q
- =
a E 04 4 e e O E in es a e e e 4 Q" = E LM.J e e 8 m*== W gO 4 8 na =8 e eW LJ EL U l I e4QE g LA > Z$ Z8 8 8 Lal u LJ
- e 8
8O 1 Qe O e oe e e th.J Q ag g>Ze Zl e e en16 e-
====t Ome 8 e Q CD z O e. O e O8 5 e th.J O 0 2P4 8 J l O 4 th e-
==== a O=8 e e O CD = 8.a.= e= t4e O.J e= e 2 e= 8 e =J e o 4 e 4e =Ot >e**I""E = Q =.= 4 e =Oe e 4 9==== E LaJ > > G Y talowe mam Z> w =m>e Dwe y w w w 2 a a a s - s u es gg
- fD > e
> saJ e td - e z z f w w w m ia m in in > > > z i e Q i E >4 as x a4ws e p-e a40e ae .w2 owe sn a r z2xioaw4 n = w r.J i = wwas =lZZzWWWWWA@@>>>zZte eL> g g A@we Os e M LMW8 Os e e g v4 4. C
- d W
H%<D Cf i e C W e a 8 x N e 8 8 N e e e = e 3 8 H
== e I I = e e
==.
== 40 8 8
.
4e B e h 8 8 m,e seeGoNooGhoMoOme-GeGe m a 83 a,NoemN-o,M,N-acem,g, 3 g m e -s 4tM-NN-NMCCICs -s te one o= e >l eMe e= e es e e CD Z Oe oe e e CD Z Ce Ce e e NO =e s= e e e NQ =s e= a e e %== We t 8 %== We 9 e As vseeGGeeGGGeGGGGGGeGS me eeGGGGGGGGGGGGGGGenes eO el e Ne e 8 GO EL e Ng e e ad 4 e A 8 8 e e4 at e 4e e e V. Je i e E .J $ e e
== 0 E I
== e e e o e s 8 O e e e 4 I weeGSSGGGGGGGGGGGGees qg ,ggggggggggggsgoggeg, O Gs Ne 8 8 Q Ge Ne e a Z &S 6 8 8 8 z CB f e e t 3 0 Oe e e 4 0e g .=.= s
==,e e e -e a e -a e t O Oe 8 8 O Oe e I w+ e G s e e tB C G G G ED G ED G G N G G G e N e ia,
3 C s G G G tD tr. G G G G G G G - M G e,a w e WN Ze
=0 e I wN gg. -g g gt G Qe1 6 e 8 0 CL ED OeI e8 0 e em== 0 C. Me I e @M
== 8 L Me e t O e= e L== 0 e e O e= e L -4 I e OG Os= 8 e OG 00* e B zN ta e O N e v fN G G G G G G N N -~ M LO *= N 8 T I zN ta e O NeMMNGGGEGG=GGGGGMNsee
== CD R R nail
== 4 " M"8P'e
== CD ReW -e e e men =0w e e 1 I pen =ew ee e s -OQsk G8 I ob -OQs Ce i fN I 1G% e 44 8 e TG% e e e tc O = p. e e i O = e= e e e 6 at Q Q 4 eQ b e y* C tD N Y T G = N C S O - ** - d 8 N e 4GQ4 0C b e N G M G N - T T N N - -== = N== e e% 3 tas 6 GeZ e eN
- =
~" ** ** M V 8 O I L.J b G82 e8 e f4 I fB C 4== 4 e iN3 G G&* T e 8 e (de e ed 4* e= N -e> 0 e =b t= N -a> 8 8
- N (Q
L9 8 l-Om =e MfGM-GM-G-MMhDG-GMcNeR
- (G Ee 8
t-oms e eM 4 QA MoscMagg_qGN-sv-egocee w ee
==-NoGe3 4 ha Os ee g-g3 g ah Mg3 e ~8 ea sOZQ w we -e a eOZQ
== O a ad a e i10
== O e ws e iIQ g gg i e8 E" "**'= 7 gL e e e E p.= Q e in-e. W D = en e 8 nd O. gA e I s a y.Z a a@ e a esO= a gg e e - Om e e e4wm o og g a e(wm e' U E N E 04 e 0 00mW 7* 04 e e 8 k O "C sa.J a e e = = = ga,J e e w gu e e ga =s e eQ W 20 e 8 auCE y =, e eo ec upZe Ze e B Wu a g>Ze 2e e e WL e oe e e go.J Q f O.e.= =O, 8 Oe 8 e LA 2 0 ,1 O.> O. 3 Ome e eo eJeog a Q,t e e o cn = Qars Zwe
- oar, zre asso<e Owee
=OR 84 e " "E z){'"O'w*Q O=43 =Us ens-=g eE W > > 3 sr.wI2 > m in W.wY Eaia d 2e*eEMD w =G=5 MWe W Q w e a> e >Et ese e e z e e4wi ea zfwzwwwomeem>>>.pzeoew49 e e e r m-a, -errewwwedeme>>>zZ$- et> Zeric> wras -i .= m L@ws Qt 8 d A@We Cl I 6
-..,rw r, r ro. w. r r. wc. cm in: r,
- n
.eii<. .m1 v err v., 1m. ~ SI'E. THREE tilLE ISLD. 82/91/93 11 37 SITE. THREE MILE ISLO. 82/81/93 11.38 Houes AT EACH V!NO SPEED ANO DIRECTION poups AT EACH VINO SPEED AND DIRECTION PERICD or RE,0RD = 82070131-82DG3024 Peal 00 0F RECORD = 82t78181-82893824 STAslLl1T CLASS, E 07/0Z STABIL!'y CLASS, F OT/C2 ELEVATION. SPEED.Sple2A DIRECTION.DilOGA LAPSE.DTI5sA SPEED.SPl08A DIREC ION.Oll88A LAPSE.Dil50A ELEVA110N. VIND SPEE0ft9H1 VIND SPEE0inPH1 VINO v!ND DIRECT:CM I-3 47 8-12 13-18 10-24 >24 TOTAL DIRECTION 13 47 G-12 13 18 10-24 >24 TOTAL N 10 35 0 0 0 9 53 N 7 12 0 8 8 8 19 Ng 4 18 1 0 0 0 23 NNg 4 I g e 9 8 5 g 18 7 1 0 0 0 2G NE 4 e e a e e 4 ENE 17 7 2 0 P E 26 gNg g g g g 3 3 12 e 65 E 48 25 0 8 .0 e 52 E 20 0 9 0 8 8 29 ESE 23 28 I e ESE 42 13 9 e e e 55 SE 16 22 0 0 0 8 38 SE 37 g e e e e 46 SSE 14 35 2 0 0 8 51 SSE 25 4 e e a 8 29 5 26 38 3 0 0 e G7 5 18 1 3 8 8 8 19 SSv IS 37 4 e e a 5G SSV 24 3 s e a e 27 Sv 22 20 0 0 0 8 42 SV 20 8 8 8 8 8 38 vsy 34 15 3 8 9 0 52 v5v to I B 9 8 e 20 y 2G 13 4 0 0 0 43 y pg 33 3 3 e p 30 %NV 17 20 9 0 9 0 46 wNv la 12 g 3 9 9 22 Hv 12 25 12 3 0 8 52 NV 12 13 4 1 8 8 38 NNw I4 16 8 I 8 0 30 NNy 14 23 S e e e 39 TOTAL 308 3GI 58 4 8 8 738 TOTAL 291 115 9 I 9 8 416 PER1005 0F CALnlHOURSI. 2 PERl005 0F CALnfHOURSt. 2 V ARI ABLE DIRECT ION GG VARIABLE DIRECTION 37 HOURS OF NISSING DATA. 58 hours OF nlSSING DATA. 58 SITE. THREE N!LE ISLD. 82/98/83 11.36 Si1E. THREE TIILE ISLO. 82/81/83 11 30 HOURS AT EACH Vito SPEED ANC DIRECTION 9 CORS AT EACt4 VIhD SPEED AND DIREC110N 4 PERIOD Or RECORD = 82270181-82003224 PERIOD OF RECORD = 82978101 82003824 STA91LITY CLASS. C CT/0Z STABILITY CLASS. ALL DT/DZ ELEVATION. SPEE D. SP 100A DIRECTION,0!!80A LAPSE.01150A ELEVATION. SPEED.SP190A DIRECTION.Dil80A LAPSE.0TI5eA Viho SPEEDifTPHI lt!ND SPEEDinPHI V;hD VINO DIRECTION l.3 47 8-12 83-18 19-24 >24 10TAL DIRECTION 3-3 4-7 8-12 13-18 1C-24 >24 TOTAL N l 0 0 0 0 0 1 N 37 09 14 I 8 9 142 M( l 0 0 0 0 8 i NNE 21 10 5 9 9 0 SG g 9 0 0 0 0 0 0 AE 20 22 5 8 0 0 51 Er( 2 0 0 0 0 0 ? EhE 20 28 3 8 8 8 60 E 12 2 B 8 0 0 14 E 87 54 3 2 9 0 14G E NE le 3 0 0 0 0 21 ESE 92 78 3 8 8 8 175 SE 5 1 0 0 0 0 C SE 60 00 4 8 0 8 IG3 SSE G l 0 0 0 8 7 SSE 52 77 6 0 0 0 135 5 0 0 0 0 0 0 0 5 68 50 12 0 9 9 130 SSV 4 1 e 0 0 0 5 SSV 55 82 18 0 0 0 155 SV 2 1 0 0 8 0 3 SV 71 de 6 0 e e 125 wSV G l D e D 8 7 VSV 77 37 5 0 0 9 110 w 3 0 0 0 0 0 3 V 71 42 15 5 8 8 133 kNy i I O O O O 2 VNV 54 57 33 4 8 8 148 hv 2 G 0 0 0 0 8 NV 57 05 55 G I e 212 hNv t 0 0 8 8 8 I NNV G7 06 29 I e 8 103 TOT AL 73 17 9 8 8 8 00 TOTAL 035 983 212 19 I 9 2158 PER1005 0F CALnfHotBSI. 2 PERIDOS OF CALnfHOURSt. 2 VAQfABLE OfRECTION C VAR;ADLE DIRECTION 103 HoutM or nfS51HC DATA. 59 MWMsTM m
THIRD QUARTER of 1982 SPECI UC REl, EASES SITE. THREE MILE ISLD. 81/28/03 18.48 HOURS AT EACH VIND SPEED AND DIRECTION SITE. 1HREE MILE ISLD. 91/29/93 18.49 PERICD OF RECORD = 8287e310-82003e24 HOURS AT EACH VIND SPEED AND DIRECTION PERIOD OF RECORD = 82878330-82803824 S'AB".in CLASS. A DT/0Z STABILITY CLASS. B DT/DZ ELEVATION. SPEED. SP IE GA DIRECTION.D!!90A LAPS }l59A EL EV AT ICN. SPEED.SP139A DIRECTIONiDIIBSA LAPSE.Dil59A V!Pd) SPEEDinPHI V Dd) VIND SPEEDfnPHI I" VINO DIRECT 10N 3-3 4] 9*},2 }_3d8 }8'2j
- 2)}
DIRECTION 1-3 4-7 9-12 13-19 10-24 524 TOTAL 24 l N 5 18 3 0 e N 2 2 1 8 8 8 5 -E 2 4 i 8 8 NE 1 E S 8 8 9 mE i I ENE 8 I 8 8 8 8 I gg g g g g g E 3 3 0 8 8 8 8 ENE O 3 8 9 p' 8 3 ESE I 3 0 8 8 8 4 E e 1 e e s e i SE 8 IB 8 8 8 8 88 ESE g 2
- 3 g
g g y SSE 1 I e e e e 2 SE e 7 3 e e a 7 S 2 1 2 0 0 0 5 SSE 2 2 9 e e e 4 SSW l 14 2 8 9 0 17 5 e 2 I 9 e a 3 GW 7 9 8 8 8 8 lb SSV 8 3 2 9 e e 5 VSW D 7 I 8 8 8 I7 SV 3 I e g e e i V 7 R 2 2 e e 19 VSW I I g g 3 e 2 s V O 1 8 2 0 9 3 l kNV O G 11 3 8 8
- S 1,
NV 15 23 28 e 8 0 64 VNV 3 2 I 9 8 9 6 NNV 16 29 le s 8 9 55 NV 2 2, ,2 ,8 ,e ,e 6 ggy y 3 .........................--....--.....----- --.~.---------=-- TDIAL 70 141 58 2 8 9 279 TOTAL 13 31 7 2 e e n PER!ODS OF CALF 1tHOURSI. 2 VARIABLE DIRECTICN IG PERIODS OF CALrifHOURSS. 2 HOURS Or NISSING DATA. 43 yanlABLE DIREC110N 8 HOLES OF NISSING DATA. 43 S!1E. THREE nlLE ISLD. st/20/83 II.49 SITE. THREE f9!LC !SLD. 81/29/R3 81.68 HOURS AT EACH VIN 3 SPEED AND DIRECTIDN HWRS A1 EACH VIND SPEED AND DIRECTION PERIOD Or RECORD = B2970389-02003824 PERIOD OF RECORD = 82878518-02803924 51A31L11v CLASS. C D1/0Z S1ADILITY C; ASS. D 01/D2 ELEVATION. SPEED.6 Pip 3A DIRECTION.DilPGA LAPSE.Dil50A ELEvATIEw.......__.......'PCED.SPICEADIRECTION.Dile3A LAPSE.DTl5eA WIND SPEEDIMPHI VIND VIND SPEEDINPHI DIRECil0N 13 4-7 0-12 13-18 19-24
- 24 TOTAL VIND DIRECTION l-3 47 8-12 13 18 19-24
>24 TOTAL N e 2 e 0 0 2 N G 9 1 1 2 9 17 NNE O O O B D 8 0 NNE 5 3 8 8 8 8 G E 2 3 0 8 0 0 5 M i 5 e e 8 0 6 ENE e 0 0 0 0 0 8 LNC 4 8 I 9 9 9 13 E 9 1 0 0 0 0 1 E la 4 2 2 9 9 19 ESE e 1 0 0 D B 1 ESE 5 la I 9 o 0 20 SE 3 3 8 0 0 8 4 SE G 26 4 8 0 8 3G SSE 9 4 0 0 0 0 4 SSE 3 25 4 8 8 0 32 S B 2 1 0 0 0 3 5 8 il 4 0 0 9 23 SSV I 2 0 0 0 0 3 SSV 5 12 8 8 e e 25 SV 1 l 0 0 0 0 2 SW O 7 1 0 8 8 IG VSV O I O O 8 0 3 VSV O 6 I 8 0 0 15 V 3 1 0 1 0 0 5 V 6 5 7 0 0 0 10 VNV I I e 3 0 0 5 VNV 7 G S 1 9 0 20 Nw 3 2 2 0 D 0 7 NV 3 Il 3 2 I B 20 NNV O I 2 8 9 8 3 NNW 9 II 2 8 8 9 22 TOTAL 12 25 5 4 8 8 46 TOTAL 04 161 45 6 9 307 l'ERIODS OF C ALNIHOURSI. 2 PERIOOS Or CAL?tlHOURS). 2 VARIADLE DIRECTION 5 VARIABLE. DIRECTION 32 mtnS or Nissim N T A dt mim nr ULssfu&lmA--- -- -m a
.c,vv, --, - - -. ,,,,,,n, z,,, -c i ,,,.. ;: <,,,i; iii i,,ii,,i ;, ji ii,i ii, i , i, SI1E. THREE NILE ISI0. el/ W e3 11 58 SITE. THREE NILE ISLD. 81/28/s3'11.1 hours AT EACH VIND SPEED AND DIRECTION HOURS AT EACH VIPeo SPEED ANO DIRECTION PERIOO OF RECORD. 82070319-02003024 PE4100 CF RECORD = 82e7s310-82095824 STABILITY CLASS. E D1/02 STABILITY CL ASS. F DT/D2 Et.EVA T I ON. SPEED.SPIEDA DIRECT!ON.Ditt3A LAPSE.DT158A ELEVATION. SPEED.SPIBOA DIRECTION.Dil88A LAPSE.DTISSA VIND SPEEDINPHI VIND SPEEDfMPHI glNo VIND DIREC110N l.3 4-7 9-12 13-10 10-24 >24 TOTAL DIRECTION 3-3 4-7 8-12 13-18 10-24 >24 TOTAL N 5 24 7 8 8 0 38 N 5 8 9 9 8 0 It hNE 3 14 I e 0 0 la NNE 4 1 8 8 8 8 5 NE ll 5 1 0 0 0 17 M~ 2 8 8 9 9 8 2 EPsE 7 5 2 0 0 8 14 ENE 5 4 8 8 8 3 C E 20 12 3 0 0 0 32 E 13 6 8 3 e e lo ESE 18 14 0 0 0 0 25 ESE 20 10 8 e e e 39 SE 12 16 s e e e 20 SE 27 5 8 8 0 0 32 SSE e 30 2 0 0 0 40 SSE 22 3 8 8 9 e 25 S 14 30 3 9 9 0 47 5 9 I 5 e e e le SSV 11 31 2 0 0 0 44 SSV 18 2 e e e p 20 SV 17 15 0 0 0 0 32 SV 15 I 9 0 0 9 IG VSw 27 14 0 B B B di VSW IG l 8 e e s 17 y 10 11 2 0 0 0 32 V I4 7 9 0 9 9 21 9N9 11 16 7 8 0 0 34 VPN 9 9 e a e 9 18 NV 7 10 G I e 0 33 HV o le 3 g 8 9 22 NNV ll 11 G i 0 0 20 NNV le 12 4 0 9 9 26 TOTAL 104 267 30 2 0 8 502 J3fAL 297 78 7 5 0 0 202 PERIDOS OF CALNfH00RSI. 2 PERIDOS Or CALN8HOURSt. 2 VARIABLE DIRECTION 38 VARIABLE DIRECTION 25 HOURS OF filSSING DAT Ai 43 HOURS OF NISSING OATA. 43 SITE. b@2E NILE ISLU. 81/20/83 11.51 SITE. hWEE fille ISLD-st/29/93 11'52 HOURS AT EACH VIAD SPEED ANO DIRECTION gg Al EACH VI @ SPEED A,e DiRECilON PERIOD Cf RECORD = 02070380-82003024 PERIOC OF RECORD = B2278519-82893824 STABILITY CLASS. C 0T/0Z SYADIL!1Y CLASS. AL L CT/02 ,,, ].3[ 3..___ ELEVATION. SPEED.SP10BA DIRECTIDN.DilSOA LAPSE.Dil58A L ELEVATION. S?EED;SPIBOA _DI {_10N;g{l80A v!NO SPEEDifiPHI VIND SPEEDINPHI DIR ON {-3 4-{ 8-{2 33-{g { 24, . 191b-DIR ON 1-3 4-7 8-12 13-18 19-24 >24 TOTAL >24 N O 9 0 0 9 H 23 50 12 1 8 e 95 NNE I O 8 0 0 NE O O O O O 0 0 NNE 16 23 2 8 8 6 30 ENE 2 0 D e p NE 17 23 I e 8 0 38 E 4 I e 0 5 ENE 18 21 3 e 8 0 42 ESE o 2 0 0 0 g gg E 50 20 2 2 e e 82 SE 2 1 0 0 0 g 3 ESE 54 4G I e e 9 101 0 g 3 SE 40 60 4 0 8 e 123 g SSE 2 I g 3 SSE 30 SG G e 8 0 lis 5 3 0 SSV 2 0 0 0 0 0 2 5 3G 47 11 s e a c4 SSV 30 64 14 e 0 e IIG SV U U U 0 0 O 0 SV 40 34 I O O O 03 g h l VSV 3 I 0 2 VSV G4 38 2 9 0 0 97 v 2 0 O W 58 33 II 5 e e 100 VNV 3 g g g g 7 WNV 40 di 25 4 8 e lie Nv 2 5 0 0 0 g 7 hv 41 72 42 3 1 0 150 NNV O O O O O HNV 40 65 24 I e e 13e ..........--....------------ ------- ----==------------------- .-......--------,,,{,,,,3.,,,_f,...!.....$....!.__.dd..___.. TOTAL TOTAL 630 735 168 IG I B 1523 PERIDOS Or CALntHOURSt. 2 PERIDOS OF CALNfHOURS). 2 4 V AR 9 AfihR FoW RRT RMM 99 MARIARLE DIREC110N,
0 9 h e la 6 M e 4 0 m s I e = 0 8 4 i 4 9 0 4 8
== 0 4 8 40 0 0
== <0 0 8
== ma e 8 .I 8 4
== C0 .J 8 b La S M O LD. d T N O b 88 0 48 M e M e M. Oft Ce .,Jt. o - o - - M O F h -. MtD h N e T e
== 4 4 e 99 -== - O G e tD LO N M 6 m a tA 4 p
== 4 4e eMe -I - 9 A B t= t
- I i to 8
.%z oI oe e e m1 oe oI e a P* I 9 8 fe o -t p= 0 e e NQ Wl $... eat 9. tie... e.... 0 9 N== WI t 0 eae =- e s we.. 4......e..-ees-. N= s i
=,
eh 0 W I NI t g . O.p A8 h4 0 e I e Oa a. 4a A 6 e e e 4e Ae e e R .J 0 ' 8 0 g af ) f 0 0 0
== 4 e e o e e e o e e e
== 49 9 4. S.. m. mtmens a.. N - e i M e 44 w a... Ep. Q...... - Ota - 0 M e o .4 he a e he e -- e 1 ee t 6 6 e
- , e 3
s 9 6
== 0 Ot 4 j i =0 Oj f 4
== 0
== l 4 3
- = 0
-e 8e 60.W.tsmS.e-e..-N..B S e w... =... O. E9 tD M CD O N 3. I oO I o oI e -0 tve ww -4 I b3 N 10- -4 l 8 taJ N ze- -e N-ema &== a81 8 # y 3 a.= o91 e e e e 44 M - t 9, ma e I mM== 0 Q, mn 4 s N -IL
== l t 4 N -0L =8 g l o-Oe-e e o-Oe-e N e O v tB o m & h ie ta ta m h o. c o e e. e z weo N e.. - e m -- S M S - e h -== m e -- a zN wIo i -.N &#w -f s-3 -. ERW -vM t s I -I= = l > e N== t W e0 0 g >eN-tW I 4 6== g ED s e av Z.o o e CL 0 60 0 5 N ED e e ev T.o o e EL {@ N S.OGwbhNNNONvv0NrNo.3 e t U-e e e e
==
u--
I g
w.o.eo
$ =N
-.cz e3 I
eZ sa e-g t-Tg 4
e 0-T B GNe.
t= N
-I>
t 6
-v
-N
<. EL e e
s-EL t 9
a
=,
ED W 8 e
e th 4 odI a
e 1
=
M e O ta v (D w 2
- b.T N m v s se a e-i
- o
-4 M e... (D... N== =... tid.== 8 C e 2 e o@ o le _J oa ei e e3 4 .J g ee NN-- eme
- j t/l wa
-8 3 4o1o qA D, t.-4OZo 0 =0 elo
== o t
o f Lee t e%o i E P-Q 0-
i 0** 1 4 8 g E p. O l 1 EL I e z w o W5 la) Q=@6 3 .J KW $ 0 9 aO= .J KW 8 9 8.J d ** i QW I 4 g 4 6 JW
== o@ t 0 I 4 Lad O
- 1. U E W E G4 5
6 I u R LA r. Q4 0
== w.J B 4
== w.J 8 I e = = = eal EO O I e4oc w RL U t 8 86oc ks =0 8 ea w -8 9 8o e to > 1 0 II blW 2 66 > 1 8 e9 0 a tal k oe e .J o ,e .e @ ,I_ o r o. e s. > 2... o a.l Q 4 ,Y_ o p-o..e 2 ,e o 9-, .s. <e r m oari .o.o 125 <.- 5 o _.,. ~ o- -o. 4. Ywz Mwd aa 222xi.o.a=5 -o. .-.-= w > > zuW w .o. w e >w. w w z, . -. t' <> 9 w. s., o zzzwww... a222zz.o.w o >W, www w> m w ew .m. i -.c>z u w.i .,112wwwt.. .w. r s &#w m o 16 4 O ew He<oc-
- e e
o i . i o a m l 8 l l l o N 4. R, a._,-,~.O-om-so....-. si .~--s, rom ~.n,1.. -a'*;R: -aa-
- a n.
.i .~5 o, o, 25 or.i o. r. 5.i .................~.u ~ -i O ~ ................I.l e e s- \\" W8 t 9 . -Q 't
- 8 I.
.- F8 At Ne I
- e..
w ( 1 At
- i A
w, = se i o ,,,.......t..... - c u. u. ...............--. n 9 2; 7: l-!, 9 2i
- a. i O,
mi o, o_. ..s...........~~.. S. l ................~.:s: w la: 5 ~, 5. ;. ;h m. M~ El.e..i z ma - m. ~ - >c ~ -?~= 0 -a:"l Ra. 8:5 ~..... ~----..~~~~: o,o ~.n---.~....N= s.-... o-z~ w .~= w 2 2.oo.m -oo.t ~ ~ s,, ros ia VE i i 0.!a4,E r,w- ---,--.o-,one..."; w L.lo-~ -i- -..-.,--~~....~ .n. -. s 3: 4 w Bi1 -,2 r u. = 0 e- = m 40 A8 4,1 MebN.-oc.OnecMc@ 4 r.i.a.a.--~-~o....--lr:E sOsa - g3, S; 'l 1"l@oz8 om o@ -s .-.a se o.
- i. o z o ma w.
.za--9 m, ,--a -9 -W. w. e.m, .c-z c> c-w o .wo-w
- 8..i o -w ma
.a u - ..ww we s ., u m e o m. i ivae o e .i c 4 , hoc rd ws uoc - w w mu i .o i. r, wu w w -u wm . se z. 1 ,o,.o,, % m 2. o, .m o .w.o.o , o o. u - o., o-. g, ,<,- g ,a, e osa oa-, os-. z-i o*48
- d 8
.48""G a w w w w 2 =, 2.- ,w,, o- -szzYwwwwwwoma>z$$Bosr.iM<>E g gs w w a > wwwmg.= 222Iz o aa6 s m -m,, z w s., z z. w w gK 6 7 7 to taJ th M 3 4A w -.>i mw w< 2 c zvz
- 7. g y a
=<w
- m. s '
-.m> =.J. w. o. e e to a @ eeJ l oe =
e m = i gi 41 nl R: W..mc..-. . coo.~.=lo: -.mm,=Neee~,ew-..~,c,-c.RNanmann, seN~- = e <e m. u,R., -N-- 4, NmN-NN--- s-ci .O. - .N. 26 D.. .n.. G~5 s -i e N: -..............-.N:,m: 2-W: ~................. .o c. N. w 4. 4. .o k. = W. a W e O 4.8 ,............. - m,..e. e + 0 e e e 4 O N. e., m, i, 9 al N,., 5 o. o -i l l 4 O, O.. MN 5.i ..-...-....m_..-ms,-. O. w -om-,=, O. w 1 -2u.E m,. k' N -- em 2. .m = m. N I N -.E -i o- - NimmNewmwenoe .os.,... O-u.- z~ w.O -m---gggg ge z~ wO N ...........-..NN,e, -W Kew -sh I aMs -. EaW -g g g Ja a N-e w .e 2 e N - 0 naa .a -QQeL e ev e g g -QOsa e ev z.N 4M g a N 8W g g gQ u-r i 3 N. WgO.4 I g b s h--u b.eg o m o gu c N N e g :e eeT-N-M h hv-VMvNs 4GO4 80 D4C.NN@ObdNT-MCsam@scs WG @tZ 8 e -ene = 6 0-N 0 3&g.n g e Q .9= T I g g g 9-N..J ~ t > g g-N. PN -33 g.h. 4 Jge am W l e gm 4 4 we I e e ett 4. 4. &9 e g-m e h G. O. - @ C C @ N G v. O p e.n s a e O@
- t aavN-mO.mdbdmvmN-me ga <
Od O" 8 M B N m M W - N - v. - m o. S m n s.w,e g JE 01 M3 WE -8 ab5020 JM S E l NNN--N--- g 4 @D We -0 g-g Za -Oe n.J e f 8IC =Qp WB g g o 1 At e g-- eEe Z Ef g g-%g W D*W8 .i W D *W 8 g gg-4 GJU-J l = W I s e4we J MW g gsO- = Od 0 g ggwe C 4 4 5 0 W E to , U.n.@ e a -- E O4 0 g g W Ed 1 8 thCE W.J B n.J.J 8 g W EW 3 suOg I eO W -1 Cr na >28 2I g g gg a at 7-Z 8 Z9 I e t.J k a.J f e gO I O>Oe Oe e e sn.Jo 1 C-Oe oe s e e.J u e eoc p-
===**e O-a e a O cc OJF$ /F $ I.J e Q 4. @ p- -**8 O=0 g ,,,,3 g Q ( Q *= -O9 84 e-=C f z D'" I 8 J D* -.46 74 DW8 W W W W D D D 35-8520 -Ol g4g -.40 >8 DWB Q W W W 3 3 3 33-gang W -izEYwwWmmemo2>5z>fICIw4C. ae z OW@ P R4Ws W i-et> maaazz.-.sW4Q Z)zsO -izzMwwwmmem>d El I z MWW M t-R4WB W-si m>x W O. @ W 0 CI e e w*si -M sh W W 8 Of a a 8 I O I e t e e m. 6 8 a m. I e g 8 8 O 9 g 4.t I. 4. em,! 3;
- ,o--bmsemma,.oomo!.c m.
8.: 4 e, m m e, e e s,., e s s, u m o,...c. a. 4, --N --N,wo c Nm e, s s R_E O., ,o., 25 D .o.
- s. -
W, s~ W. m, s e e. go e., e N. e .u Le Na e e l 4 a W 4I A I w qg s s e a g se 8 0 m at I B p e a 6 e c , e s o. s. a m e te c ta te ta ts te e es e e s... c tn. G ote. estoto m e. e O e a 4e e e 4s O N# 5 e n se e Ne 9 8 Z .3 6 I t e g og e g e e 4 -e Oe a oe e i e . i,
== e -e a 6 e e . a si... es... w pe. G v m to e e o,
- o.,
. s. o s s sests.tn. o.. toto - s - e O OS e w I l We -e ti.J N Zl- -I eNe wN ze-t I e A-061 e e f e g-ogg e3 8 I mm ** I 0 Mt B 1 mm== 6 E
- m. 6 I
O >tE . g C.N us-N & BL -I e 9 e a O-Os-e e g weo N s s. c ta m en s.. tn es m er. N - a m e N e --.. ~. co -. ta ta ta - D. O e n i N W e A.J 8 8 zN 8 CD EIW EIt -1 4 ED I =, e 3 --Q g den-eW 4 pe.N-gy 8 0 0 e ev e e ev . o o su gg 8 0 h 2.00s0. 8W G f N ggg gm 8 e O.- p-Q4tO blevCVNM@ONOOCOW-NsOg w-- g i e 3 cmQG--OV-mNGG@Q@g l@c gg g 2 h, 4mc4 0 eme %c Qez e eN -mMMN-
Nea2e wN-gg g g e
9 9 O ter- .8*= vI 9NI O I 6 *- PN -A4 8 0 a= pN -g3 03 6 9 - CD 9 9-9 8@ Q' qg a WWe e eW 4 g@g 4. g m, g N--@ N N N d Q b w @ v C o v e - s E e Om -t Men..--ON-GQbMMQQveMem og .g --N e-s3 -ewsa 4 ae ce e-eO7 sc Os een NmmN-N-INaOZC g3 wg -g i SId d3 WS -l e sZO -on we I e-- =Op WI t I - *= 1., Ic.@ e a 4 e E P' I EL t sal CJ
- e3 0 6
0 E ** z y g 8 9.J U 9 9.J U - a g@ g 1 5 4 taJ tK d 9 J= U.J J e 4 C"E 0 94w@ oe e I eda = 0A 8 a IURW g gg g 5 4 E 4 e e, e t =* w,,3 e eko n e e y gg I iO gu.e I aO w e I W p Za g>Zt z9 0 I Wh g o p. D. g gp e oa t.
- e. e s
,1 O m.O e .IMdv g oa I Oc o-. 8J804 i O g4 SJtO4M OJ-t 2-a e .-i AF 845-- OJF 6 O-40 -QS 84I Q-4 g -Q3 W 3 D D 48-SRM a,z..T d W D w e, y -.>g E>MS-SME o>m z>kioeW. W W W W D D J w t. wwWwdmmeinm>>2zzerit> W -.De =>>zzi-eg4g ,e W. zeoe a zzzwwwmmmmm>e zwz mWe m rt 4 w e .. wrai s.s. e a f a ct e s.J s Oe d 0.en t.# s OI
FOURTH QUARTER of 1982 SPECIFIC RELEASES . SITE. THREE ril E ISLD. 98/29/93 12:09 HOURS AT EACH VINO SPEED ANO DIRECTION SITE. THREE f1!LE ISLD. PER100 OF RECORD = 8210313:.02123124 81/29/83 12.98 STABILITY CLASS. A 07/02 PER*00 Or RECORD = hours AT EACH VihD SPEED AND DIRECTl0N 82120l88 82123124 ELEVATION. SPEED.SPIPOA DIRECTION.D!le3A LAP STABILITY CLASS. B DT/02 ........................--.--.........-....SE.DTISOA ELEvail0N. SPEED.SPISOA VIND SPEEDif1 PHI ...............--........... DIRECTION.DilSSA LAPSE.DTISSA VIND VING SPEE0lNPHI DIRECTION I3 4-7 0 12 13 18 19-24 >24 TOTAL VINO DIRECTION 13 4-7 8-12 13 18 10 24 >24 TOTAL N O 4 4 7 4 0 27 N NNt 2 e a 3 s e 2 8 9 9 8 8 8 8 NE O O I O O O I NNE e e a e e e e Eg a 1 3 0 0 0 4 NE e 0 1 0 e e i E D I O O O O I ENE e 0 0 e 0 0 3 ESE 4 9 2 0 0 0 6 E e I 9 8 0 8 I SE 5 1 2 0 0 0 6 ESE e 0 i e 0 0 1 SSE 4 3 8 0 0 0 7 SE O I I e 8 0 2 5 6 0 4 0 0 0 19 SSE I 2 8 e S 8 3 SSV 5 7 4 0 0 0 IG 5 0 2 3 I 9 0 6 SV 3 4 2 0 0 0 0 SSV e 1 8 9 0 0 1 bSw 4 0 1 0 0 0 5 0 9 I C O O 1 SV b 2 3 5 i O O 11 VSV 0 0 0 0 0 0 0 SNv 3 4 ( 12 1 0 24 s 9 I I e 9 2 v Nw 5 4 IS 6 5 0 3G D I l 2 2 9 6 kNV NNV 6 9 I6 9 2 Nv ......--............ -...--..............-...... 2 44 a e i e I g 2 NNV i I 9 -.....-............................. 8 8 8 2 10TAL 57 49 62 35 12 ..........------.......--..........-........----- 2 217 10TAL 2 9 1 4 3 e 28 PERIODS OF CAllilHOURSt. 4 .................--.........-. 8 VARIADLE DIRECTION 15 PER1005 CF CALHf H00RSt. 4 HOURS OF filSSl4 DAT A. 97 VARIABLE ClRECTION I hours OF f1]SSINC DAT A. 97 SITE. THREE fille !$LD. 81/28/93 12.81 FOURS AT EACH VINO SPEED ANO DIRECTION SITE. THREE r11LE ISLD. SI/29/93 12.92 PEil100 0F RECORD = 82100101-02123!24 HOURS AT EACH VIND SPEED ANO DIRECTION S' ABILITY CLASS. C 01/0Z PE:ll0D OF RECORD = G2100181-82123124 ELEVAfl0N. SPEED.SP100A DIRECTION.DllecA STAglLITY CLASS. D DT/02 ....-...............--..............-..----- - LAPSE OT150A ELEVATION. SPEED.SPIPOA DIR --.-........ -....---------.....ECTIONiO!!GOA LAPSE.DT158A WlNO SPEEDIPf'H1 w!NO V!No SPEEDINPHI DIRECTION I-3 47 8-12 13-19 19-24 >24 TOTAL VINO DIRECTION l.3 47 8-12 13-18 19-24 >24 ...'..10 AL N I I 0 0 0 0 2 NNE 9 0 0 0 0 0 0 5 9 15 4 8 9 33 N NE l e 8 0 0 0 i NNE 4 5 4 0 0 9 13 EhE B I B 0 0 0 1 NE 4 14 9 0 9 9 10 ENE 2 G 9 0 0 0 0 E O D 0 0 0 0 0 ESE e 2 0 0 0 3 E 24 12 9 I O B 4G ESE 22 47 5 0 8 8 74 SE 2 0 1 0 0 0 3 SSE e 8 I 8 0 8 i SE 13 IS 2 0 0 e 31 SSE 12 10 16 0 8 0 48 5 0 I l 0 0 8 2 SSv 0 2 0 0 0 0 2 4 25 16 5 0 0 SO 5 SSV 2 4 6 9 9 0 12 Sv 0 3 0 0 0 0 ~0 SV VSV O O O O O O O 1 2 1 0 0 0 4 VSW I 3 2 0 9 8 G V 0 3 0 0 0 0 0 V 4 0 17 3 1 9 33 VNV e o I 5 1 3 7 WNV Nv I O I 2 I B 5 I 10 de 20 5 i BG NNv e 1 2 8 8 0 O 9 31 10 6 0 G5 NV ............----.....................................-3 NNV 4 II O 7 0 31 --............................--...........1 TOTAL 5 7 0 7 2 ...-.............................--............. 8 30 TOTAL 193 IDO 172 G8 ...---.................--.....--...........13..........SSG i PERIODS Or C At titHOURSI. 4 VARIAOLE DIRECTION 2 PER1005 0F CALrifHOURS). 4 HOURS fW r11SSING OAT A. 97 VARIADLE DIRECTION 29 HnttiS OF F11SS!;G @AT Aa of?
8 eft .e I S 8 m 9 9 N 0 O. 8 .t t g .i .e 3: a..~~,.,.. .-mo... !s.: 1: u -~-- ~--- u. a.s .co ~ e-.e, - ~. n m e., o - ~, W. N o,.. N
- e e-o, tt er o.e No o
g
- o. a =rwM
-bNNoo Ib. M s s - -- -- - I to e t tal 9 er o. e== 1 .. 9.GS.GseSetBenEDe 5ee0 6.o -t t 60. g Ws GU Ae fN e s t h.e.. na ti. Eg. EB o tB ED S EB EB EB S - G W 48 4 0 en e e .o L
- 4..e R
.J l B 4 O I 8 W 6 g t o 4 ,It99.GS..GG.tBStatB..e.0 0 0 f O N..t .ee o e t I WI . t,G. GEE Gth...th. = o M M I S I 9I
- ..I o.0
.I G N..I
== 1M8 4 s e t 9 I
- m. e o4 O
os o oI 0 0 e t i 44, 8 9 0 S EB. G. 4 G S tB S - S E5 (B.D G I== 0 e e taJ N 0- -0 I 0 I g.N. o-a.J. -t 9 8 - G G G = G.. tl M - tD o. M b IIfl. il.== -.0 x g s.J z - B== oM-1Mt @M L MS 1 8 8 e*4 N.- 0 L -t I l @m -IL M t I o~ 08-e N.- e t -.t w I o.3 N. G.... G G G S 19 S -= CB CB N N. o.a zN O .e e o -- a.J.I - Neo,NMSS,C,LaNf%Neftm. t =m E84 -I t t o .~. .z. t.D N >t N== 3 kJ f. e e EeW -1= -OosL 91 -m-M LD(A M t M e ev 3 N-sw .ms z tB - IIM u --.N .I
- F. o o.e a h
CI 4 8v N. to. co -, m o o N, - pa cD o m, l o .N. O-% .M .t .i G w.o.t2 So <io I "r.e - g ga e 3,J. o <. o
- h. a to. b m tD (8. - G m m m h N o h, ED e
< gg to. -.t== e, .d I z BM - - N ED Q W Q M - IN M M 6 E1 0 MN 2 s t.N. 6- ,e +42 40 0 . = = e o.e o as m 8 .. N 3 - t 2 -o 8 M. N N N M N. M -= =..(8. o o b @ m o e o e g@g s e g 4 m.J g od p- <.0 ..e-- ac Q4 et - - = = -. 3Ne3 q og M.I b. tD M N D Q o o g N N -.O.I tD N N .E en we
== 1 8 W9 ..-Iozo sa W.6 o s M--temcocoomfN A.lo.gFA Oe e OIo e -8 CL taJ o-d.I B I =.== 0
== 3 W8 tIo-s e E p-2 L. e e--t Ee s we i .J e .a t J== w o -m. 8 .une a. .i .e s o,d IE* r. me i C u4 I e - oe .t wa 0 <WL .e suu' n t e I 46 O E u.J.J anJ EW 8 n 8 and -I e tO g cx O .l
- 8. ne "o*
2 .E_b>oz. o .s a wu y eO .s o .E u,, 2. w 2 o. o. s . os-o-< -o .i s. 4. u-i 43--E os-, z-w -. >w o o-<. -o .s WwY w w > > 52 2 o.zzzwwwmeewe>>>zi -..=e w > > > > > -.i - - .a.
- we m>m
- mw .r f><x w - >. >w. u w w oms >$2= lie.onwE = - wrs e<w. as.ziwzzwww e ow z . &#w o w_s. ... e w i o. .-.m> 2 l l = a l l 5 J,s--r--wo~... sow...., o, s i o. o ~ o s s,,., m. r u s o, n m ~. mm.~, r
~
,u, uno -mm a -.i m .o. s .s uf
- o.,
o, og o. oi n, ~ -e 2~ di. 2.o g: so e a.i
- n..
w . i 4a a w i = a,, 6 o . ~.................. o l 9 2.e o
- u..,
z I .i a.i o, i o, o i. w ..............,~..i..i 8,
- o..
5. 5i- ..i w~ wm -z =- ..z .m - c. m. =i ou 0 p -'.....-..-..mro..!._, g, c:E -. m-h m,,n ~,..............~-.,M, -=.~= o u. z~ w w, .i r., w 1 2 .w 2_.~-,u .v m. t oo L z co.,m s r e ~ C-y-,gw o.,9 r,,,-......--~...,~,.,2,t u-- I e o wao<.2 n..orm,eR-m~ames no.I.o, M. 2 .o ~..o. ...o,, w2 ~ -~ -~ -,3 a. m, m.iRomewo o~,..sr..-.s.o.f r, -mwo~,..,.mo...n.,. om o, ,o a -~~- -- -- 3 < sa o. (
- 8.
di. l 25 dB, o, di
- 26' g
. r. - e --o r xa3 o,,. 3,, -z c-z w w .4 =e .Jo- ,su-a ..w, - om. .w om, .ume e u. u-e o o, 4 E. iboE t WJ ya g 06cf i W Eu - I by Iy g e to Io l w k h z.l z. l wk .g gg .I Wu g
- kpy, E
. A so .s e s o sbo og o-og os z o - o.s o-. om o-, s.to, g_gp ) _2 -. .Id 040 oJe ze ,l
- . - 4.t o.
--e o -o swg W y w a > > aletRRO CD. >WI W W W W > > >z>zIo ER. 78-I w "a* g y, '*8 wwJ mo.)W2 2 2 x f.e o e s.a. O en m z> E as W CL. e @>W ( w...t - i z i n.J zzwwwdWo m o m > > > z a.i r.e m >. ,t taJ o,. z is.J z ge g, p. -.6>z zw a, c i i e aews os m w. l l l
4 1 UNIT 1 TilIRD QUARTER-1982 j SUteiARY OF MAXIMUM INDIVIDUAL DOSES ACCUMULATIONS FOR l ' Liquid July 1, 1982 through September 30, 1982 Gaseous July 1, 1982 through September 30, 1982 Air July 1, 1982 through September 30, 1982 1 Estimated Location % Of Applicable Dose Age Dist Dir Applicable Limit Effluent Organ (mrem) Group (M) (Toward) Limit (MR) i Liquid Total Body 2.10E-01 Adult Receptor 1 7.0E 00 3.0 Liquid Liver 3.15E-01 Teen Receptor 1 3.lE 00 10.0 1 1 Iodine & Bone 3.53E-3 Child 750 SE 2.3E-02 15.0 i Particulates - _. ~ SUFRIARY OF POPULATION DOSES k ACCUMULATIONS FOR l Liquid July 1, 1982 through September 30, 1982 Caseous July 1, 1982 through September 30, 1982 1 Estimated Applicable Population Dose Effluent Organ (Person-Rem) Liquid Total Body 4.40E-2 Liquid Liver 8.36E-2 Caseous Total Body 6.70E-3 i Caseous Bone, Lung 2.30E-2 l }
s I UNIT 1 FOURTil QUARTER-1982
SUMMARY
OF MAXIMUM INDIVIDUAL DOSES l ACCUMULATIONS FOR Liquid October 1, 1982 through December 31, 1982 Gaseous October 1, 1982 through December 31, 1982 Air October 1, 1982 through December 31, 1982 i Estimated Location % Of Applicable Dose Age Dist Dir Applicable Limit Effluent Organ (mrem) Group (M) (toward) Limit (MR) Liquid Total Body 2.19E-01 Adult Receptor 1 7.3E 00 3.0 Liquid Liver 3.29E-01 Teen Receptor 1 3.3E 00 10.0 i Iodine & Bone 1.95-04 Child 630 ESE 1.3E-03 15.0 Particulates
SUMMARY
OF POPUIATION DOSES ACCUMULATIONS FOR Liquid October 1, 1982 through December 31, 1982 Gascous October 1, 1982 through December 31, 1982 t Estimated Applicable Population Dose Effluent Organ (Person-Rem) Liquid Total Body 4.5E-02 Liquid Liver 8.7E-02 j Gaseous Total Body 4.6E-04 Gaseous Liver, Skin 8.7E-04}}