ML20207T614

Effluent & Waste Disposal Semiannual Rept,Jul-Dec 1986. Two Oversize Maps Encl

ML20207T614
Person / Time
Site:	FitzPatrick
Issue date:	12/31/1987
From:	POWER AUTHORITY OF THE STATE OF NEW YORK (NEW YORK
To:
Shared Package
ML20207T594	List: JAFP-87-0196, Forwards Effluent & Waste Disposal Semiannual Rept,Jul-Dec 1986 & Rev 4 to Offsite Dose Calculation Manual. Summary of Liquid,Gaseous & Solid Effluents Released from Plant During Period & Sampling Program Deviations Also Encl ML20207T614 ML20207T624
References
NUDOCS 8703240181
Download: ML20207T614 (110)

Text

{{#Wiki_filter:c. NEW YORK POWER AUTHORITY-JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT JULY 198'6 - DECEMBER 1986 DOCKET NO.: 50-333 LICENSE NO.: DPR-59 i l' l i 8703240181 870227 PDR ADOCK 05000333 R R PDR

n ,e,., - ( v t _ d s NEW: YORK POWER' AUTHORITY x ' JAMES A; FITZPATRICK-NUCLEAR' POWER-PLANT' ~ [ ' EFFLUENT AND WASTE-DISPOSAL i SEMIANNUAL REPORT / JULY 1986 DECEMBER"1986: SUPPLEMENTAL'INFORMATION'- 1 F . FACILITY: JAFNPP' LICENSEE:.NEW' YORK POWER AUTHORITYL 4 i 1.- ' Regulatory Limits-a.' Fission and activation gases:. (1) The do'se rate:at or-beyond the site-boundary'due ~ to radioactive materials released from the plant-in gaseous effluents-shall be limited as follows:- (a)- Less than or equal to 500_ mrem / year to the whole body and less than or equal to 3000 mrem / year to the skin from noble gases. (2) The air dose to areasgat or.beyond the site boundary.from noble gases released from the plant in gaseous effluents shall be limited: e (a) During any calendar quarter, to less than or. equal to 5 mrad from gamma radiation, and less than or equal to 10 mrad from beta radiations and, (b) During any calendar year, to less than or equal to-10 mrad from gamma radiation and less than or equal to 20 mrad from beta radiation. b. Tritium, iodines and particulates, half lives > 8 days: (1) The do~se to a member of the public at or beyond the site boundary from Iodine-131, Iodine-133, Tritium, and radionuclides in particulate form with half-lives greater than 8 days released from the plant in gaseous effluents shall be limited: (a) During any calendar quarter to less than or equal to 7.5 mrem to any organs and, (b) During any calendar year to less than or equal to 15 mrem to any organ, (c) Less than 0.1% of the limits of Specification 3.4.a.1 and 3.4.a.2 as a result of burning contaminated oil. (1)

r SUPPLEMENTAL INFORMATION (continued) (2) The dose rate'at or beyondLthe site boundary-due .to radioactive materials released from the plant in gaseous effluents shall be limited.as?follows: '(a) Less than.oriequal-to 1500 mrem / year.to any organ from Iodine-131, Iodine-133, Tritium and for radioactive materials in particulate form with half-lives greater-than 8 days (inhalation pathway only). c. Liquid effluents: (1) The concentration of radioactive materials released to the unrestricted areas shall'not . exceed the values specified.in 10 CFR 20, Appendix B, Table II, Column 2. For dissolved or entrained noble gases the concentration shall be limited to 2E-4 pCi/ml. (2) The dose to a member of the public from radioac-tive materials released from.the plant in liquid offluents to unrestricted areas shall be limited as follows: (a) During any calendar quarter, limited to'less than or' equal to 1.5 mrem to the whole body and to less than or equal to 5 mrem to any organ: and, (b) During any calendar year, limited to less than or equal to 3 mrem to the whole body _and to less than or equal to 10 mrem to any organ. (2)

SUPPLEMENTAL INFORMATION (continued) 2. Maximum Permissible Concentrations a. Fission and activation gases: (None specified) b. Iodines: (None specified) c. Particulates, half-lives >8 days: (None specified) d. Liquid effluents: (1) 1.40E-03pCi/ml Quarter 3 (2) 2.72E-03pci/ml Quarter 4 3. Average Energy, E: (None Specified) 4. Measurements and Approximations of Total Radioactivity a. Fission and activation gases: Continuous monitor on each release path calibrated to Marinelli grab sample analyzed by gamma spectrospcopy; bubbler grab sample analyzed for tritium. b. Iodines: gamma spectral analysis of charcoal cartridge and particulate filter on each release path. c. Particulates: gamma spectral analysis of particulate filter on each release path. d. Liquid effluents: gamma spectral analysis of each batch discharged, except composite analysis for Sr-89, Sr-90, Fe-55, and tritium. (3)

~ kN ' r SUPPLEMENTAL INFORMATIDN (continued)' ] ~ i n 5. . Batch' Releases- ~ ~ Liquid: 7 q (1)- Numb'er $f batch releases: '3.20E 01 (2) Total time period for. batch releases: 1.85E+03.(min)- (3) Maximum time period -for~ batch release: 1.15E+02 (min) ( 4 )' ' Average time period for batch release: 5.78E+01 (min)' ~ s (5) Minimum time period for' batch release: 1.10E+01 (min)- 6. Abnormal Releases a. Liquid: . Quarter 3 . Quarter 4-(1) Number of releases: None None - * -(2) Total activity released: None None-b. Gaseous:- (1) Number of releases:- None None (2) Total activity released: None. None (4)

c. ( s ^ . TABLE'1A. NEW-YORK. POWER AUTHORITY JAMES A.-FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL: .' SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 GASEOUS EFFLUENTS--SUMMATION OF'ALL' RELEASES EST.. . - TOTAL ~. UNIT- . QUARTER.3 QUARTER'4 -ERROR % A.. FISSION AND ACTIVATION-GASES-

1. Total release Ci-1.14E+03 7.66E+02

< 25%

2. Average release rate for period pCi/sec 1.43E+02 9.64E+01-

3. Tech. Spec.= limit-B. 10 DINES-131'

1. Total iodine-131-Ci 4.18E-03 2.74E-03

<25%.

2. Average release rate for period pCL/sec 5.26E-04 3.45E-04

3. Tech. Spec. limit-

'C.fl0 DINE-133 AND PARTICULATES -1. Iodine-133-and Particulates with half lives >8 days C1 2.95E-02 1.46E-02

12. Average release rate for period uCi/sec 3.71E-03 1.84E-03

-<25%

3. Tech.; Spec, limit 4~.

Gross l alpha radioactivity Ci 1.98E-06 3.59E-06 <25% D. TRITIUM

1. Total' release Ci 5.25E+00 3.26E+00

<25%

2. Average release rate for period uCi/sec 6.6E-01 4.11E *E PERCENT OF TECHNICAL SPECIFICATION LIMITS 1

UNIT QUARTER 3 QUARTER 4 FISSION AND ACTIVATION GASES '1. Quarterly gamma air dose limit 2.36E-01 2.30E-01 '2. Quarterly beta air dose limit 6.24E-02 8.20E-02

3. Yearly gamma air dose limit 1.18E-01 1.15E-01

4. Yearly beta air dose limit 3.12E-02 4.10E-02

5. Whole body dose rate limit 2.30E-03 2.22E-03

6. Skin dose rate limit 6.13E-04 6.63E-04 HALOGENS, TRITIUM AND PARTICULATES WITH HALF-LIVES >8 DAYS 7.LQuarterly dose limit (organ) 1.25E+00 7.99E-01

8. Yearly dose limit (organ) 6.23E-01 3,99E-01

9. Organ dose rate limit 1.44E-04 8.88E-05 (5)

'r ~ ~ l:u s 4 -M.

TABLE kBi

~ i

j.,

j: NEW YOEK POWER AUTHORITY. x . JAMES'A. FITZPATRICK' NUCLEAR-POWER-PLANT., EFFLUENT AND-WASTE: DISPOSAL

SEMIANNUAL REPORT / JULY-1986 -' DECEMBER 1986,

3 .GASEOUSEFFLUENTS--E{EVATED~ RELEASE. m g, CONTINUOUS-MODE ~ NUCLIDES RELEASED. UNIT-QUARTER 3 . QUARTER 44L 1. Fission gases Argon-41 Ci 1.39E+01 5.26E+00 Krypton-85m Ci 14.34E+01 2.28E+01 ~ = Krypton-87 Ci 9.95E+01 5.71E+01 -Krypton-88 Ci 1.77E+02 6.17E+01 Xenon-133. Ci' 5.86E+01 1.30E+01'- . Xenon-135' Ci 1.39E+02 8.16E+01 ' Xenon-135m Ci 1.06E+02 6.75E+01 Xenon-131m. Ci ND 7'79E+00 a Xenon 133m. Ci -8.60E+00 1.32E+00 Xenon-138 Ci 3.84E+02 2.44E+02 Xenon-137 C1 2.04E+01 1.82E+01 ~ 2.

Iodines Iodine-131 Ci

'2.60E-03 l'.72E-03 Iodine-133 Ci 1.1L : 4. 62E-03' 3. Particulates < Manganese-54 C1 1.66E-06 ND Cobalt-58' Ci 8.53E-06 ND ~ Strontium-89 Ci 3.22E-05 2.03E-05 Strontium-90 Ci 1.21E-07 ND, Silver-110m Ci 2.36E-05 ND Barium-Lanthanum-140 Ci 5.33E-05 4.81E-05 There are no batch releases for this period. ND1-None detected. (6)

7: p. .m pgr ~~ y; a a. y 17. '= TABLE IC' i n NEW' YORK POWER' AUTHORITY O ^ JAMES-A. FITZPATRICK: NUCLEAR: POWER 1 PLANT-6 . EFFLUENT AND WASTE' DISPOSAL SEMIANNUAL, REPORT / JULY 1986'- DECEMBER.1986- ,- o

GASEOUS > EFFLUENTS--GROUND LEVEL RELEASES'

[p

/]

CONTINUOUS MODE; ~ -NUCLIDES RELEASED UNIT QUARTER 3 QUARTER 4-

11. -

Fission gases Krypton-85m Ci 6.54E-01 2.63E+01~ Krypton-87 Ci 2.62E-01 4.49E+01 -Krypton-88 Ci 'l.81E+01 - 3.' 65E+01 - Xenon-133-Ci 7.67E+00 1.53E+01' Xenon-135 Ci 5.17E+00 .7.80E+00f Xenon-135m Ci 5.36E+00 '2.30E+00. Xenon-131m Ci' 2.43E+011-1.37E+01. rXenon-133m Ci -1.54E+01 ~4.55E+00: Xenon-138-Ci 1.36E+01 2.83E+01 Xenon-137 Ci ND 6.52E+00- ?. [ l 2. Iodines e Iodine-131 Ci 1.58E-03

1.0 2E-03

Iodine-133 C1, 1.32E-02 8.35E-03 3. , Particulates 1 Chromium-51 Ci 2.45E-03 7.94E-04 Manganese-54 Ci 4.60E-05 ~4.54E-06 Cobalt-57 Ci ND

2.-30E-07 Cobalt-58 Ci 8.32E-05 6.18E ~

Cobalt-60' C1 1.89E 1.44E-04 Zinc-65 Ci 9.24E-05 2.58E-05 Strontium-89 Ci 3.33E-04 6.35E-05. Strontium-90 C1 1.60E-06 END -Silver-110m Ci 2.72E-05 2.47E-05 Cesium-137 C1 2.36E-06 ND Barium-Lanthanum-140 C1 1.02E-03 4.20E-04 Cerium-141-C1 3.37E-06 3.94E-06 Cerium-144 Ci 2.84E-05 ND .There are no batch releases for this period. ND - None detected. (7)

?.) ),, ;y k ~.. ' 'p:< 4+ .~ 4 TABLE 2A u I.. -NEW YORK. POWER AUTHORITY- JAMES A. FITZPATRICK~ NUCLEAR POWER PLANT t 9 EFFLUENT AND WASTE DISPOSAL-6 [f SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 1 /' LIQUID EFFLUENTS--SUMMATION OF ALL RELEASES

/f

./ EST. TOTAL r gni. ERROR % UNIT QUARTER 3 QUARTER 4 ~ FISSION N'D ACTIVATION PRODUCTS A. ( 1. Totai' release (not including tritium and alpha) Ci 8.12E-03 1.02E 125%. 2. Aveiage diluted concentration , W, during period pCi/ml. 4.78E-11 5.45E \\ ^ 3. Aprilicable limit p II, B. i'. TRITIUM e i 1. Total release Ci 7.22E-01 9.69E-01 125% /,. .' 2. Average diluted concentration during period pCi/ml 4.25E-09 5.18E-09 i f 3,..f 3. Applicable, limit 1.42E-04 1.73E-04 C. DISSOLVED AND ENTRAINED GASES 1. Total release Ci 5.45E-06 1.43E-04 125% 2. Average diluted concentration during period pCi/ml 3.21E-14 7.65E-13 3. Applicable limit 1.60E-08 3.82E-07 D. GROSS ALPHA RADIOACTIVITY ~ f. Total reibase Ci 7.58E-07 7.64-07 125% A 'O - See attached 7 PERCENT TECHNICAL SPECIFICATION LIMITS". ND[ Nonc detected. (d) l N

• i I

s

7 i- ~ _i 1 v ljQ 'N - i.Li. ! LIQUID' EFFLUENTS--SUMMATION OF;ALL-RELEASES-(continued). UNIT ' QUARTER-3 QUARTER _~4. 'E.- VOLUME OF' WASTE: RELEASED 5.38E+05 9 - (PRIOR _ TO. DILUTION). liters-4.01E+05 "F. . VOLUME OF DILUTION WATER-.. liters :1.70E+11' l.87E+11 .USED DURING PERIOD.

• G.-

. PERCENT.-TECHNICAL ~ SPECIFICATION LIMITS: .. UNIT QUARTER 3_ QUARTER:4 -1.

Quarterly whole body dose 1.38E-02-- 1.13E-03

?.,

Quarterly' organ r

dose ~6.70E-03 2 5'.58E-04 3. Annual:whole body dose. 6.90E-03 5 '. 63E-0 4 4._ Annual organ dose. 3.35E-03 2.79E-04 t; Y t / 2 (9) 1.

p ~. -- = - fg ;,' n,

L i

~ . pC _ .:.=,'.. l _p: -TABLE:2B 4 y NEW YORK POWER' AUTHORITY-f

1., '

f~~ JAMES'A~. FITZPATRICK-NUCLEAR POWER PLANT f- ? . EFFLUENT AND WASTE: DISPOSAL

SEMIANNUAL' REPORT / JULY;1986-DECEMBER 1986 M ;,.

~ LIQUID EFFLUENTS. s k -BATCH. MODE ~ 'NUCLIDES: RELEASED -UNIT- -QUARTER 3-QUARTER'.4 ~~ Hydrogen Ci; 7.22E-01' '9.69E-01 '_ Manganese-54: ~Ci' 2.26E-05 3.97E s:: Cobalt-60; .Ci. 7.53E-03 .9.27E-04 6 Zinc Ci ' ND 4.95E ~. Molybdenum-99 Ci ND~ 2.07E-06. E, Iodine-1331 Cii ND 1.67E-06 . Cesium-134 Ci. 6.03E-05 ~3.20E ' ~ Xenon-135: Ci 15.45E-06' '6.18E-05 Xenon-133 Ci' ND 8.-12E-05 z Cesium-137: Ci 5.'09E-04 3.99E-05 F There'were no continuous mode discharges during this_ period. ND1-None detected.- -Note: [3rd quarter Tritium values-used for 4th quarter calculations. d t (10) J m.

r s e 7 . TABLE 3A NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR-POWER PLANT EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS - A. SOLID WASTE SHIPPED OFFSITE FOR-BURIAL'OR DISPOSAL (NOT IRRADIATED FUEL) EST. e SIX-MONTH TOTAL UNIT PERIOD ERROR'% 1. Type of Waste -a. Spent resins, filter sludges m3 108.2 10%~ L evaporator bottoms, etc. Ci 439.1 10% b. Dry compressible waste, m3 133.3 10% contaminated equipment,.etc. Ci 1.76 10% .c. . Irradiated components (None) d. Other (None) 2'. Estimate of Major Nuclide Composition Isotope % Abundance Est. Error % Cobalt-60 42.12 10 Iron-55 37.56 10 Cesium-137 5.19 10 Manganese-54 3.94 10 Zine-65 2.86 10 Chromium 12.34 ~% 10 Cesium-134 1.42 10 - Cobalt-58 1.000 %- 10 Nickel'-63 0.341 % 10 Iron-59 0.099 % 10 Carbon-14 0.059 % 10 Strontium-89. -0.012 % 10 Strontium-90 0.010 % 10 Lanthanum-140 0.008 % 10 Hydrogen-3 0.007 % 10 Nickel-59 0.006 % 10 Plutonium-241 0.006 % 10 Cerium-144 0.005 % 10 Cerium-141 0.002 % 10 Cobalt-57 0.0004% 10 3. Solid Waste Disposition TRANSPORTA-SHIPMENT QTY. TION MODE DESTINATION Type a 21 Truck Barnwell, SC Type b 4 Truck Richland, WA B. IRRADIATED FUEL SHIPMENTS (NONE) (11) t

py. _ 3 M 4 TABLEf3Bl 3 NEW YORK' POWER AUTHORITY JAMES.A. FITZPATRICK NUCLEAR POWER PLANT .s . i. EFFLUENT AND-WASTE. DISPOSAL L' SEMIANNUAL REPORT / JULY-1986 JDECEMBER.1986 SOLID WASTE AND IRRADIATED FUEL SHIPMENTS 'A.. 'NRC CLASS "A" 1. Compacted /Noncompacted Dry Waste' .ContainerqType: 107 ft3 steel box (LSA) Solidification Media: None Total Volume: 4708 ft3 133.3 m3 No. of Shipments: 4 ~ Flat bed -Type: Mode: Truck Principal Quantity., Isotopes Curies % Abundance Determination Cobalt-60 0.8186 46.62 % M ' Iron-55 0.4708 26.81 % E Chromium-51. 0.1512 8.61 % .M Cesium-137 0.1074 6.12 % M Manganese-54 0.1049-5.97 % M Zinc-65 0.0434= 2.47 % M . Cesium-134 0.0548 3.12.% -M Nickel-63 0.0043 0.24-% E' Carbon-14 0.0003. 0.015% E Hydrogen-3 .0 00004 0.002% E ~ TOTAL: 1.755 curies (estimat-d) M = Measured E = Estimated F (12)

= ~ - - yyy; m .3-t;am m e .e> - s - 3.a r, ~ k GN ]ly. m[.. ? u., + ~ ?' ~

• A

.j. / _,:. r ' - 1 e s _- ~ . q '$ p < ;,y. ' -s ,E ',' A [. ' + = ,. e: Y: Sy

• J f

SOLID WASTE'AND IRRADIATED = FUEL'SHIPMENTSc(continued), u, ~ =: e p 7-s t % , x x s ' 7A ? i NRC : Class '?A'.' : (continued) Y _h> ,y .u. a }9 ' fG

{>

l .? O ~. n.:, c ^ :._21 - Solified' Powdered, Resin / Filter = Sludge- 'fif + u. cn e .3 1 9 ^ u Container Type: 182 ft steelDliner'(LSA) Solidification: Media: Cement. --1 h- ' j f.T o t a l V o l u m e~: y c' : W. 182 ft2: u!-.n U " No.j,of ' Shipments : ir 1( < ' 5.15 m2 ,M - . Type:- Cask s

Mode

.

. iTruck l ,u.. Principal' .. Curies % Abundance: Determination Quantity Isotopes tc Cobalt-60; 8.160 ~ ~43.22 % M. 1 Iron-55; 4.880; 25.85 %. E 4 Manganese-54, l'.790 9.48-% -M Chromium-51~ 1.130-5.98 % M-5.77 % M x, =Zine-65 1.090 , Cesium-137 0.702, 3.71 % M Cobalt-58. 0.698 3.69 % M- -Cesium-134 -0.242 .1.28 %? M- . Nickel 0.094' O.498%- E 1 Iron-59' 0.075 0.395% E Plutonium-2411 0.006 0.032% E . Cerium-144-0.004~ 0.019% E' ^ JLanthanum-140 0.002 0.012% M . Strontium-89 -0.002 0.011%' E ' Carbon-14 0.002 0.009% E 4 ' Nickel-59. 0.001 0.0067-E: JStrontium-90 0.001 0.005% E Cerium-141 0.0004 0.002% E-i.' Hydrogen-3 0.0002 0.001% E 7 . TOTAL: 18.879 curies (measured / estimated) s M = Measured E = Estimated I., "SU a 1 ~.), (13) 4

p v;

,7 x ;

~~ {g W6 ~ 9T 7g;, g 'i.~ t- - ?- 3;, v-g.* g SOLID WASTE'AND IRRADIATED FUEL SHIPMENTS.(continued) 4 A. NRC Class "A" (continued)J + '3.- Solifidd' Bead Resin -Container Type: 182'ft3 steel liner l(LSA) Solidification Media: Gement Total:-Volume : 1092 ft3 30.93 m3 No. offShipments: - 6 Type: Cask Mode: Truck Principal Quantity Isotopes ' Curies' % Abundance Determination-- Cobalt-60. 6.615 58.2 M Manganese-54 2.193 19.3 M Cobalt-58 0.746 6.56 % M Iron-55 0.559 4.92 % E 4.22 % M-Zinc 0.480 Carbon-14 0.241 2.12 % -E-Cesium-137 0.201 1.76 % M Chromium 0.118-1.04 % M Cesium-134 0.076 0.67. % M . Nickel-63 0.072 0.63 % E Lanthanum-140 0.025 0.22 % M Strontium-89 0.012 0.11 %- E '~ Iron-59 0.010 0.088% E Nickel-59 0.004 0.034% E Strontium-90 0.002. 0.021% E Hydrogen-3 0.002 0.020% E - Cerium-141 0,002 0.018% E Cobalt-57 0.0016 0.014% E Plutonium-241 0.001 0.010% E Cerium-144 0.0006 0.005% . E l' TOTAL: 11.361 curies (measured / estimated) M = Measured E = Estimated (14) y .e- ---e i, 9- -,e-- e i,-, +,,, -.i,,c----.c.r-

1- = lb g; 4 b. W SOLID.WkSTEANDJIRRADIATED-FUELSHIPMENTS(contiaued)' 2 ?. m W 'A.- NRC Class "A"1(continued) ~ 4. Solified Evaporator Bottoms ~ Container Type: 182 ft3 steel ~1iner (LSA)= 1 Solidification Media: Cement -, g

728 ft3'20.6 m3 LTota11 Volume

No.gof Shipments: ~4 ? Type: Cask' Mode:

Truck v;

' Principal-Quantity Isotopes: Curies %' Abundance Determination Cobalt-60: -33.100 44.9 M-Iron-551 32.230 43.7~ E Cesium-137.. 4.117-5.57 M Manganese-54 1.820 2.47 lt M Zinc-65 1.235 1.67 M Cesium-134:

1.163 1.57 Jt-M

~ ' Strontium-90 0.0066 0.0089% E Hydrogen-3 0.0058 0.0080% E - Carb~on 0.0028 0.0038%- E s ,y. r. t, s i s TOTAL: 73.680 curies' (measured / estimated) M = Measured E = Estimated h 4 (15) ^ l

m ^ L

Y

'\\- ! :p y m . SOLID; WASTE AND-I' RADIATED FUEL' SHIPMENTS (continued) R

m

-m --J .= t fh', NRC Class '.'A";(contkinued) ~ T ~ m. ':5'.

Solified-EvaporatorcBottoms/ Powdered Resin-

~ v

ContainerJType:

~182-ft2 steel linerJ(LSA)~ eSolidification Media: Gement 1 _ Total 1 Volume: 1820 ft3~51~.'54 m3 1No. of Shipments: 10 s , Type: Cask . Mode: Truck Principal . Quantity; Isotopes Curies % Abundance Determination- -Cobalt-60 150.210 44.8- % M-Iron-55. 127.450' 38.0 E Cesium-137 17.792 5.30 % M. Manganese-54 11.471 3.42 % M. Zinc 9.741 2.90 % -10 Chromium-51 8.926 2.66 %~ M Cesium-134 4.708 1.40'% M -Cobalt-58 2.966 -0.885% M Nickel -1.331 0.397% 'E-Iron 259 0.3516-0.105% 'E -Strontium-89 0.0401 0.012% E Strontium-90 0.0371 0.011% E ' Nickel-59 .0.0211 0.006%' E Hydrogen-3 '0.0223 0.006% E 0.0195; 0.006%' E. Plutonium-241 . Cerium-144 0.0194 0.006% .E Carbon-14 0.0169 0.005% E Lanthanum-140 0:0102 0.003% M Cerium ~141 0.'0054 0.001% E 4 TOTAL: 335.138-curies (measured / estimated) i M = Measured E = Estimated ,~ + (16) [:.

~ ^ ~- m-7; ., ca 3 x.; ? ~ n. l4-

l. {)_

,. [yz . _i; a ,,:x [. r + 1 ' TABLE-4 i s, ~f J " MNEW YORKLPOWER* AUTHOli1TY ~ " JAMES 1'A2 FITZPATRICK NUCLEAR ~ POWER PLANT: EFFLUENT AND: WASTE DISPOSAL. , W SEMIANNUAL REPORT /JULYJ 1986 :-EDECEMBER 1986 ~ SEMIANNUAL

SUMMARY

-OFJHOURLY METEOROLOGICAL DATA: 1. In=accordanc'efwith Amendment-93 of:the James A. FitzPatrick Nuclear Power Plant Technical' Specifications, an annual summary of . hourly. meteorological data:shall be included and submitted in the. Semiannual-Radioactive' Effluent Release Report within-60 days 'Mafter: January-.1:of each year.'; Meteorological.? data for period.of- ~,EJanuary 1,fl986-through1 December 31,.1986 is; included.:with this . report,as1 attachment;2. )The' attached'meteorlogical data is' formulated in accordance with .Regualtory: Guide?l~.23. <; e t .x N 3 + b .a 4.. } (17)

' L 4 LTABLE 5 NEW. YORK POWER AUTHORITY' ': JAMES A? FITZPATRICK' NUCLEAR POWER PLANT-EFFLUENT'ANDzWASTE DISPOSAL

SEMIANNUAL ~. REPORT / JULY 1,= 1986 --DECEMBER'1986

SUMMARY

OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL: In accordance1with Section 7.3.C.3 of' Amendment 93 to the-James A. ~ FitzPatrick' Nuclear Power Plant Technical. Specifications,--changes.

made to the Process Surveillance' Procedures'(PSP).and'Offsite Dose-l Calculation Manual;(ODCM)-during-the reporting period are to:be 4

. included in the Semiannual Radiological Effluent. Release Report. -The tableib'elow describes and provides_ justification for7recent ' changes to:the Off-site Dose Calculation: Manual and explains why. these' changes will not adversely' offset the accuracy-or. reliability of monitor alarm-setpoint determinations. Copies-of the' revised pages of the Off-site Dose Calculation Manual are included as-attachment:1. No~changesfwere made-to-the' PSP during this report period. e R (18)

~ 19 9 4 s - x E ?U r p., %g _ t;{, ~ $~ ' ?x -

J TABLE 5f(Continued)'

~ 1NEW' YORK POWER AUTHORITY lE JAMES'A.'FITZPATRICK-NUCLEAR POWER PLANT - EFFLUENT-AND WASTE. DISPOSAL" e S -SEMIANNUAL REPORT / JULY.1986 - DECEMBER 1986 1 ' ~

SUMMARY

!OF CHANGES TO~THE.OFFSITE DOSE--CALCULATION MANUAL' x I- ' CHANGE REVISION 4-DESCRIPTION OF CHANGE- -AFFECT ON .NO. PAGE/SECTION: (JUSTIFICATION). ' ACCURACY / RELIABILITY - g.

11. '

Page 7 The. prior revision of the This change is'basicly a. t Section:3.2.2.a: .ODCM did not specificly clarification of the~ x address the. differentia- -application of:MPC values. ' tion of filter / filtrate for~ liquid' discharge.which' ? and the use.of soluable/ are specified in detail in insolable MPC values, plant procedure PSP-4'. Section 3.2.2.a was re- " Waste Water Sampling and. - vised to show the specife Analysis".- This change use of MPC values for both increased the descriptive filter / filtrate and how accuracy of the ODCM. 4 both are applied to Equation 3-1. .-2. Page 9 The prior revision of.the This_ change made.the ODCM- - Section 3.3.2 ODCM stated'that each consistant,with plant batch of liquid radwaste procedures and increases is' analyzed for.I-131 and. the' descriptive' accuracy other principle' gamma-of the ODCM. emitters or for total u. activity concentration ' prior to release. The option of analysis for analysis of total activity concentration was deleted 4 as not consistent with plant procedures. 3.~ Page 11 Changed the reference'in This change increases the Section 3.4.1 Section 3.4.1 from Annual descriptive accuracy of Radioactive Effluent the ODCM. + Report to Semi-Annual Radioactive Effluent Report which is the correct frequency of the ^ report. (19)

f q >' i' g.;._ ~"} M, s >3. y ,. y 7[ ~ ' ~ M~ -13 l y-, fi;;. g;} g y _ a f ;, s( 4 ,.' - s{ ._3 n ,d. ' ' ~ '. u* ~ + a ~ .-s me / 1 TABLE 5.-(Coatinued) y'- J: v c I I..I.. .fNEW YORK 1 POWER' AUTHORITY: ~ u . 1 JAMES-A.-FITZPATRICK NUCLEAR. POWER PLANT. M- - EFFLUENT-AND WASTE DISPOSAL '. 5 + ~ .. SEMIANNUAL 4 REPORT / JULY'1986 . DECEMBER 1986. i

SUMMARY

OF: CHANGES.TO~.THE OFFSITE DOSE CALCULATION MANUAL l ,3 ~. / } r 'f_ ^ ~ -CHANGE: / REVISION.4_, ' S p ' DESCRIPTION OF-CHANGE

AFFECT ON-4'

'N0.. PAGE/SECTION: L(JUSTIFICATION): . ACCURACY /RELIABILITYl e y The definition.of dilution-This change l increases the- .4..Page 12 y LSection 3.4.1.b.

factor wasirevised'toL descriptive accuracy;of reflect the canal flow

.the ODCH. im . correction or reduction- 'T_. due'to'the'percenta'ge of 'M E circulating water? ' redirected for tempering. This change makesLthe- ~ definition of Dilution- ~ Flow (DF) consistant'with plant procedures. This change _ increases the' .5...Page 15 Typographical errors-in Section 3.4.2.C.5 the symbols of the accuracy of the ODCd.' ~ equation found in Section 3.4.2.C.5 were corrected. The requirement to use -This change'does not-6 '. Page 18

real meteorlogical data' reduce the-accuracy _or--

l Section 4.2 (current year)-for' _ reliability of the dose calculations of2 annual-calculation required by' doses reported in'the' the'0DCM as the Semi-Annual Radioactive imethodology is consistant r I Effluent Report due 90 with that specified-ini days after January-of each NUREG-0133, October 1978. year was deleted." The ODCM under Section 4.2, now specifies the use_of historical meteorological data for calculating the ~ annual doses reported in the Semi-Annual Report noted above. This change (' provides for the annual ' I dose calculation to be 7 performed in accordance 4 l~ with NUREG-0133, October i 1978 which specifies the uses of historical meteorology.> Current meteorlogical data need only be used if a 40CFR190 analysis is*requiredi (20)

TABLE 5'(Continued) NEW YORK POWER AUTHORITY ~ JAMES A. FITZPATRICK~ NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL ~ SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL CHANGE REVISION 4 DESCRIPTION OF CHANGE AFFECT ON NO. PAGE/SECTION (JUSTIFICATION) ACCURACY / RELIABILITY 7. Page 18 Section 4.2 was also This change increases the Section 4.2 revised to change the descriptive accuracy of reference from Annual the ODCM. Radioactive Effluent Report to Semi-Annual Radioactive Effluent Report which is correct (same as change No. 3). 8.- Page 20 Corrected the definition These changes increase the Section 4.3.1.b of (X/Q). The prior descriptive accuracy of Page 21 revision definition of the ODCM. Section 4.3.1.G.1 (X/Q) stated "... at or Page 22 beyond the unrestricted section 4.3.1.G.1 area boundary". The Page 23 definition was changed to Section 4.3.1.C.2 read "... at or beyond Page 24 the site boundary" in the Section 4.3.1.G.2 current revision. Page 38 Section 4.4.2.b.2 9. Page 22 Removed the gamma term This change increased. Section 4.3.1.b.1 from the X/Q values for The descriptive accuracy the stack and vent for the of the ODCM. instantaneous dose calculation. This term was incorrect and not consistant with the definitions. 10. Page 23 The (X/Q) values for stack This change increases the 8 Section 4.3.1.G.2 5.8E-7 sec/m vents 1.7E-6 descriptive accuracy of 8 sec/m were typed the ODCM. incorrectly. Values were corrected to stack 3.8E-8 8 8 sec/m vents 1.7E-6 sec/m which is consistent with computer codes and Table M-1. (21)

77pe ~ \\ '3- }. w, / *- -1. ~ jf., + [;m,,; , [ 3-L TABLE 'S (Contintied): NEW YORK PbWER AUTHORITY a* s V5 ~ JAMES A. FITZPATRICK NUCLEAR POWER ~ PLANT' (EFFLUENT AND WASTE DISPOSAL ~ c. s SEMIANNUAL; REPORT / JULY-1986 - DECEMBER 1986

m. '

SUMMARY

OF. CHANGES TO THE:0FFSITE DOSE CALCULATION MANUAL ^, l - ( .y 4, : > t ;. 4, -; i_ f JCHANGE REVISION 4E DESCRIPTION OF CHANGE AFFECT ON ,PAGE/SECTION ..(JUSTIFICATION)j . ACCURACY / RELIABILITY-NO.7 =- +- i. ,e u g.Ch, .M y ? Changed Section 4.3.1.C.1 'This change increases the ~ _11.> Page 25

Section' 4.3.1.C.1' from "... most-limiting descriptive;accuracyfof' 1and sector.at'the the ODCM.

- restricted' area" To "... most limiting land sector at or beyond the site boundary".. This change c

makes Section 4.3.1.C.1 consistent with the change in the definition for-(X/Q) noted under change LNumber,8, on Page 22.

C Section 4.3.1.C.5 Changed the ters; 8 arem-m per pCi-Yr. to s ~ arem-e per pCi-sec. This change provides for the correct UCi to seconds conversion factor. This change keeps the dose rate (in seconds)' units consistent with the dose .2' rate units for the total body dose rate for skin dose. 7 Section 4.3.1.C.7 Changed the term for the This change provides for dose rate-to skin DR increased accuracy and frommrem/yr:toaremNdb consistency of the ODCM.

12. Page 27~

Added the units of CPS This change increases the Section 4.3.2.b.3 (Counts Per Second) to accuracy of the ODCM. Section 4.3.2.b.3 which is the appropriate units for the stack monitor read-out. (22) s 4."

x; j. g-4 t TABLE 5 (Continued)- s NEW YORK---POWER AUTHORITY J. JJAMES A. FITZPATRICK: NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL iSEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

OF CHANGES TO THE'0FFSITE DOSE CALCULATION MANUAL L r - CHANGE : REVISION 4 DESCRIPTION OF CHANGE' -AFFECT ON NO. : PAGE/SECTION. (JUSTIFICATION) ACCURACY / RELIABILITY, is . 12. (Con't) . Equation 4-7 was changed This change increases the - Section 4.3.'2.b.3-from cpm (counts per min) accuracy of the ODCM. + to cps (counts per second). which is the correct units; for the stack monitor read-out.

13. ~Page 28 An. incorrect Section refer This change increases the Section 4.3.2.b.5 ence (Section 4.3.1.b) was accuracy of the ODCH.

corrected to Section 4. 3.' 1. C.

14. Page 28 A' paragraph was added that This change increases the Section 4.3.3.b describes the analysis of technical accuracy of the I-131 I-133 and ODCM.

particulates with 8 half-lives greater than eight (8) days for airborne releases. This section provides a methodology in the ODCM to estimate the release of I-133 which is not included in Table 3.2-1 of Appendix B of the RETS. The requirement to analyze airborne releases are contained in appropriate -plant procedures. This change to the ODCM addresses a concern specified in the NRC review of Revision 2 of the ODCM. (23)

y ~ j,4 i,

• • t L

TABLE l5-(Continued) , NEW YORK PbWER AUTHORITY - c.. . JAMES!A. FITZPATRICK.. NUCLEAR POWER: PLANT . EFFLUENT'AND WASTE DISPOSAL. SEMIANNUAL REPORT / JULY 1986'- DECEMBER 1986

SUMMARY

OF: CHANGES TO THE OFFSITE DOSE CALCULATION' MANUAL i" i CHANGE ~ REVISION'4. . DESCRIPTION OF CHANGE AFFECT.ON " NO. - PAGE/SECTION,

(JUSTIFICATION)

-ACCURACY / RELIABILITY ~ s

15. 'Page'29'

' Changed "EDS Nuclear"~to- -This change increases the ^ Section 4.3.3.b IMPELL Corporation to, descriptive accuracy of ',a refleet a change in the1 the ODCM. corporation name in the reference. a y '16. Page-29 3.- The inst'antaneous release This change increases the Section 4.3.3.b rate'for radioiodines and descriptive accuracy of eight (8) day particulates the ODCM. 'in units of mrem /see was removed.. The release rate in mrem /yr was retained. This change was made to keep the instantaneous dose rate units consistent with the.RETS.

17. Page 30 Changed,the reference in This change increase the Section 4.4.1.a Section 4.4.1.a from descriptive accuracy of Annual Radioactive the ODCM.

Effluent Report ~to Semi-Annual Radioactive Effluent Report which is correct. In addition, the reporting requirements were clarified in terms of date required. 4 4 I 8 (24)

pgeg, :#; - m r 7,. g

.y

' ? ~ ec F_ x 4 2 f.l a o c g/(,j ~ p .g TABLE 5 (Continued). a , e,, g * -.. NEW' YORK. POWER ~ AUTHORITY-aM. ~ MAMES A. FITZPATRICK NUCLEAR POWER PLANT

7) f i *

. EFFLUENT AND~ WASTE DISPOSAL' j;* ' SEMIANNUAL REPORT / JULY 1986 --DECEMBER 1986- ~"

SUMMARY

OF CHANGES TO.THE OFFSITE DOSE CALCULATION-MANUAL / CHANGE', REVISION 41- . DESCRIPTION OF CHANGE' AFFECT ON _ ;. J NO.: PAGE/SECTION. (JUSTIFICATION) ACCURACY / RELIABILITY 3

• a'

,p, The requirement to use This change does not '18. Page 30-real meteorology (current reduce the accuracy or ,Section 4 '. 4.1. b. c, ~., year) for calculations of' reliability of the dose annual doses reported in. calculations required by the Semi-Annual the ODCM as the -Radioactive Effluent methodology is consistent-1 Report (due 90 days after with that specified 'in 2 - January offeach year) was NUREG-0133, October 1978. ' deleted.. The ODCM under 1 Sections 4.2 specifies the + use of historical

s meteorological data for calculating the' annual doses'reportedein the

~ Semi-Annaul; Report noted ~ above. This change provides for annual dose- ' calculations to be performed:in accordance with NUREG-0133,' October 1978, which specifies the use of historical meteorlogical data. Real meteorology need only be used if a 40CFR190 analyses if required. 19.. Page 31 Definition of (X/Q) for This change does not k-Section 4.4.1.G.1 gamma and beta air dose reduce the accuracy and were revised to support relafbility of the ODCM. the change from the use of current meteorology to historical meteorology for annual dose calculations. See changes, numbers 6 and 18 above. (25) L

7-1; TABLE 5 (Continued) NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL CHANGE REVISION 4 DESCRIPTION OF CHANGE AFFECT ON NO. PAGE/SECTION (JUSTIFICATION) ACCURACY / RELIABILITY 20. Page 33 Definition of (X/Q) and This change does not Section 4.4.1.b.2 (X/Q)D for the calculation reduce the accuracy and of ar.nual dose from reliability of the ODCH. radioiodine and parti-culates were revised to support the change from the use of current meteorology to historical meteorology for annual dose calculations. See change numbers 6, 18 and 19. 21. Page 35 Add the words " annual This change increases the Section 4.4.2.a.2 average" to the definition descriptive accuracy of of (X/Q). This change was the ODCM. for the purpose of clarification. 22. Page 35 Replaced the term "is" to This change dose not Section 4.4.2.a.2.a "may" to provide reduce the accuracy or flexability in the use of reliability of the ODCM. the limited approach. 23. Page 36 Changed wording to remove This change does not Section 4.4.2.a.2.a the implication that reduce the accuracy or monthly dose calculations reliability of the ODCM. need not be done if i related pCi limits are not exceeded. This change was made for clarification. (26)

4 y:. 2, .3.- t t ' " TABLE 5'(Continued) ~ ) -NEW YORK POWER AUTHORITY-s 2 JAMES-A.'FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE' DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER'1986

SUMMARY

OF' CHANGES TO THE OFFSITE DOSE. CALCULATION-MANUAL CHANGE ' REVISION 4 DESCRIPTION OF CHANGE AFFECT ON NO.~ PAGE/SECTION '(JUSTIFICATION) ACCURACY / RELIABILITY

24. Page 37 The approach selection l' N change does not Section 4.4.2.a.2.b criteria was deleted as

-hee the accuracy or unnecessary. n.11 ability of the ODCH.

25. Page 37.

Re-worded to ensure that This change does not Section 4.4.2.b beta air dose calculations reduce the accuracy or were performed at least reliability of the ODCM.- monthly and changed the reference from Annual Radiological Effluent Report to Semi-Annual Radiological Effluent Report. These changes were made for the purpose of clarification.

26. Page 37 Re-worded to ensure that This change does not Section 4.4.2.b.1 beta air dose calculations reduce the accuracy or were performed.

reliability of the ODCM. (27)

[ ~ f ( TABLE 5 (Continued) h i NEW YORK POWER' AUTHORITY k JAMES A. FITZPATRICK NUCLEAR POWER PLANT f EFFLUENT AND WASTE DISPOSAL i. SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

-0F CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL. CHANGE REVISION 4 DESCRIPTION OF CHANGE AFFECT ON NO. PAGE/SECTION-(JUSTIFICATION)^ ACCURACY / RELIABILITY i 27. Page 37 A paragraph was added that This change increases.the Section 4.4.2.b.2 describes the analysis of' technical accuracy of the I-131, I-133 and ODCM. particulates with half-lives greater than eight (8) days for airborne releases. This section provides a methodology in the ODCM to estimate the release of I-133 which is not included in Table 3.2-1 of Appendix B of the RETS. The requirement to analyze airborne 1-133 releases is contained in. the appropriate plant procedures..This change to the ODCM addresses a concern specified in the NRC review of Revision 2 of the ODCM. 28. Page 38 Added the yearly dose This change increases the Section 4.4.2.C.1 limit of 15 mrem /yr. to descriptive accuracy of this section. This change the ODCM. was made for the purpose of clarification. Added I-131 and I-133 Change increases the

29. Page 38 Section 4.4.2.C.2 after the term desriptive accuracy of the radioiodines to specify ODCM.

which Iodine isotopes were used in the calculations. The change was made for the purpose of clarification. The basis for this revision is the same as changes 14 and 27 listed above. (28) I

. s.. ~ ?:l x-n 'l ;* ' ~s l TABLE'5 (Continued)~ ~ N - ' ^ NEW YORK POWER' AUTHORITY ~ JAMES A.'FITZPATRICK NUCLEAR' POWER PLANT- -EFFLUENT AND WASTE DISPOSAL" / . SEMIANNUAL REPORT JULY 1986 -. DECEMBER 1986' +

SUMMARY

OF. CHANGES T0;THE OFFSITE DOSE. CALCULATION MANUAL-I " CHANGE' REVISION 4 DESCRIPTION OF. CHANGE ' AFFECT ON -NO. PAGE/SECTION -(JUSTIFICATION), ACCURACY / RELIABILITY-Changed "EDS Nuclear" to This change increases the'

30. Page 40

. Section 4.4.2.C.2.a IMPELL Corporation to descriptive accuracy of reflect a change in the the ODCM. , Corporation name in the reference.

31. Page'41 Changed the reference from This change increases the Section 4.4.2.C.2.b Annual Radioactive

=desriptive accuracy of the Effluent Report to ODCM. s lic Semi-Annual Radiological Effluent Release Report which is correct. (Same s as change numbers-3 and 7). 'Added the annual dose This change increase the 32. Page 43 - Section 5.1 limits 1n addition to the administrative accuracy of ~ quarterly dose limits for the ODCM. ci the criteria which would require a'40CFR190 dose evaluation. This change c was made so that the ODCM correctly. identified all conditions when 40CFR190 must be performed as specified in the RETS.

33. Page 44 The background references This change increases the Section 6.1 section was revised to descriptive accuracy of reflect a corporation name the ODCM.

change from EDS Nuclear Corporation to IMPELL e Corporation. (Same as change numbers 15 and 30). i s v (29) .e A.- _._..____._.__.___m-

n i' TABLE 5 (Continued) NEW YORK POWER AUTHORITY ~ JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT-AND WASTE DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

.OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL CHANGE -REVISION 4 . DESCRIPTION OF CHANGE AFFECT ON (JUSTIFICATION) ACCURACY / RELIABILITY NO. PAGE/SECTION

34. Page 48 A typographical, error ws This change increases the Table L-1 corrected in the MPC accuracy and reliability Table. The insoluable MPC of the ODCM.

value for Y-93 was changed from 3.0E-4 to 3.0E-5. Removed reference EDS computer code as source of table values.

35. Page 139 Deleted contents of page.

This change has no affect Appendix A The information presented on the accuracy or Liquid Dose on this page is not reliability of the ODCM. Calculation applicable to the Data calculation of dose factors used in calculating dose into members of the public. 36. Page 145 The units of measure in This change increases the Page 146 the Table heading were accuracy and reliability Page 147 corrected from pCi/sec. to of the ODCM. 8 Appendix F pCi/m. This change Table G-4 correcce a typographical error.

37. Page 267 The RHR Service Water This change increases the Appendix F Monitor was removed from accuracy of the ODCM.

Table F-L the Tabic. This process monitor is not required by technical specification and is not in service.

38. Page 278 Revised page numbers, were Appendix H placed on the Index Page for Appendix H.

(30)

7 l TABLE 5 (Continued) NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986

SUMMARY

OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL CHANGE REVISION 4 DESCRIPTION OF CHANGE AFFECT ON NO. PAGE/SECTION (JUSTIFICATION) ACCURACY / RELIABILITY l 39. Page 278 Page numbers for tables The accuracy and _ Appendix H and maps were added. reliability of the ODCM calculations are not affected by this change. 40. Pages 279-280 Statements explaining the The accuracy and Appendix H sampling station reliability of the ODCM selections, calculations are not interlaboratory comparison affected by this change. program, and thermoluminescent Dosimeter locations were added.

41. Pages 281-283 With reference to the Accuracy and reliability Appendix H

" collection site" column, of dose calculations is Table H-1 the environmental program improved by using most number was added in realistic and recent parenthesis to the census data available. collection site description. _ here no 1 W environmental program number was applicable, "NA" was noted (not applicable).. The environment program number was added to the colleciton site description to link the ODCM map numbers (for location) to the environmental program descriptions found in station procedures with their own set of description numbers. (31)

i ~ n a 3- : ':,^ 7 ( 1.. . f.. .:) e l ~ 4 ..; u , TABLE'5.!(Continued)i j .NEWzYORK POWER AUTHORITY JAMES A.-FITZPATRICK NUCLEAR ~ POWER PLANT 4 EFFLUENT AND WASTE DISPOSAL

SEMIANNUAL REPORT / JULY 1986 - DECEMBER-1986

~

SUMMARY

OF CHANGES TO THE OFFSITE DOSE CALCULATION MANUAL' 1 s - CHANGE REVISION 4 DESCRIPTION. 0F' CHANGE ' AFFECT ON NO.- PAGE/SECTION (JUSTIFICATION) ACCURACY / RELIABILITY, v; ~ 41; (con't)' Map location #47 was The accuracy and. changed to Milk Location reliability of dose

1. 65 (17.0 mil 9 220*- SW)

. calculations are improved! .from Milk Location #40 by using the most -(15.0 mi 9 223* SW)= realistic and recent because Milk Location'#40 census data available. (control location) sold I its dairy cows. The new. location-is well within technical' specification requirements for environmental milk sample-control locations.

42. Page 284 The environmental sample The accuracy and Page 285' location maps Figures H-1 reliability of the ODCM-Appendix H-(onsite)' and H-2 (of f site)

, calculations are not i-Figure H-1 were changed to improve-affected by this change. their legibility.

43. Page 13 Changed the reference from Annual Radioactive Release Report to Annual Dose Assess-ment Report.

(32)

r ~ s .+ 9 I s TABLE;6 NEW-YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL SEMIANNUAL REPORT / JULY.1986 ' DECEMBER 1986 DEVIATIONS FROM THE REQUIRED ENVIRONMENTAL SAMPLING SCHEDULE EXCEPTION TO THE PROGRAM 1. No 'deviariuns from ~ the. rec uired. Environmental sampling schedule accurred during the perioc of June 1, 986 through December 31, i.

1986, 2.

Milk-location #40, the control location, (ODCM Map' Location #47) sold its dairy herd on August 15,1 986. ' Milk Location #65 is the new milk control sample location starting with the August.18, 1986 milk samples. Milk' Location l65 is the new ODCM Map Location #47. (33)

TABLE 7 NEW YORK POWER AUTHORITY JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND' WASTE DISPOSAL SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 -REPORT NOTES 1) Table 2A, Section B. Tritium and Table 2B Fourth Quarter liquid Tritium, Strontium-89, Strontium-90 .and Iron-55 values were calculated from Third Quarter Sample Data. Third Quarter Sample Data for Strontium-89, Strontium-90 and Iron-55 were LLD values. 2) If actual sample data significantly alters the report release concentrations.and percent of allowable release limits the report will be revised and redistributed. (34)

.g. .ll ATTACHMENT l- ~ NEW YORK POWER AUTHORITY ' JAMES A..FITZPATRICK NUCLEAR POWER PLANT EFFLUENT add WASTE DISPOSAL c) "1 SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 ";l' ODCM Revision 4 i Attached are the pages affected by revision 4 of the Off-site Dose Calculation Manual (ODCM). e T (35)

i j 1 cp i C,eOVERSIZE DOCUMENT PAGE PULLED SEE APERTURE CARDS i NUMBER OF OVERSIZE PAGES FILMED ON APERTURE CARDS._ \\ i } l i l APERTURE CARD /,HARD COPY AVAILABLE FROM RECORD SERVICES BRANCH,TIDC FTS 492-B989 j ^i i i \\ l i i

s. o-ATTACHMENT.2 NEW YORK POWER AUTHORITY. JAMES A. FITZPATRICK NUCLEAR POWER PLANT EFFLUENT AND WASTE DISPOSAL-SEMIANNUAL REPORT / JULY 1986 - DECEMBER 1986 1986 METEORLOGICAL DATA Attached is the Site'Meteorlogical Data for 1986 as noted in-Table 4. 1 k-i (36) h v A f & g.ux._.,,,.__._-

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M e ,;. ~, 1 NEW YORK POWER AUTHORITY KIND SPEED, WIND DIRECTION RND AIMOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION SITge J. A. TITEPATRICK MAIN TOWER PARAMETERSs WSPU, WDRU AND TDFU JANUARY 1, 1986 TO ' HASCH 31, 1986 STABILITY CLASS - ^ALL ~ 1( FREQUENCY (NO. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPHn DTarrTION 00-03sen 04-07 08-12 13-18 BDH 19-23 >24 TOTAL' N 0.0 ( 1) 1.0 ( 22) 0.6 ( 12) 0.7 ( 16) 1.1 ( 23) 2.0 ( ' 43) 5.4 ( 117) NME 0.1 ( 3) 1.3 ( 27)

1. 4 (. 30 ) -

1.8 ( 38) 0.4 ( 9) 0.4 ( 8) 5.4 ( 115) NE 0.1 ( 2) 1.1 ( 23) 1.8 ( 38) 0.1 ( 33 0.0 ( 0) 0.0 ( 0) 3.1 ( 66) ENE 0.0 ( 1) 1.0 (- 21) 0.6 ( 123 0.0 ( 11 0.0 ( 03-0.0 ( 0) 1.6 (' 35) E 0.2 ( 5) 0.6 ( 12) 1.6 ( 35) 0.5 ( 11) 0.0 ( On 0.0 ( 0) 2.9 ( 63) ESE 0.0 ( 13' ,.0.7 ( 14) 3.0 ( 65) 2.9 ( 63) 0.3 ( 7) 0.0 ( 0) 7.0 ( 150) SE 0.2 ( 4) 0.9 i 19) 2.d ( 63) 4.6 ( 98) 1.8 (. 39) 0.9 ( 20)f 11.3 (- 243) SSE 0.1 ( 2) 0.9.( 19) 1.5 ( 32) 2.6 ( 56) 0.7 ( 15) 0.8 ( 18) 6.6 (1 142) S 0.1 ( 31 0.6 ( 13)< '1.4 ( 31) 2.5 ( 53) 1.9 ( 41) 0.5 ( 11) 7.1 ( 152 ) SSW 0.0 ( 03 0.4 ( 9) 1.4 ( 31) 2.9 ( 63) 0.1 ( 3) 0.0 ( 1) ' 5.0 ( - 107) SW 0.0 ( 1)

0. 3 (

7) 1.6 ( 34) 2.0 ( 42) 1.4 ( 30) 0.2 ( 5) '5.5 ( 119) WSW 0.0 ( 1) 0.5 ( 11). 1.7 (- 37 ) '- 1.5 ( 33) 1.7 ( 373 4.4 ( 94) 9.9 ( '213) W 0.0 ( 1) 0.6 ( 12) 1.0 ( 21) 1.7 ( 36) 2.0 ( 42) 3.1 ( 66)- 8.3 ( 1783 WNW 0.0 ( 0) 0.3 ( 7) 1.2 ( 25) 1.7 (. 37) 1.6 (- 35) 3.7 ( 79)

8. 5 ( 103)

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0. 8 ( - 18) 1.7 (

36)- 6.7 ( 143) Mal 0.0 ( 0) 1.0 ( 22) 1.1 ( 23)

1. 4 (. 30) 0.8 (

18) ~1.0 ( 21) 5.7 ( Ita) TOTAL 1.2 ( 25) 11.7 ( 251) 24.0 ( 516) 29,7 ( 6 37 ) 14.8 ( ' 317 ) 14.7 ( 402)- 100.0 ( 2148) FOR STABILITY CLASS - ALL HUMBER OF POSSIBLE HOURLY OBSERVATIONS

• 2148 HUMBER OF MISSING WIND OBSERVATIONSs 0

HUMBER OF CAIJ1 HOURS 8 0 .h b L 4 ,t l / am

i w a e i HEW TORK POWER AUTHORITY,. ~ WIND SPEED, WIND DIRECTION AND ATMOSPHERIC STABILITY JOINT TREQUENCT DISTRIBUTION SITEe J. R. TITEPATRICK MAIN TOWER PARAMETERSs WSPU AND WDRU JANUARY 1, 1986 TO MARCH 31, 1986 X TREQUENCY (NO OF OCCURENCES) 0F WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPH) DTarr* TION 00-03 MPH 0447 08-12 13-18 mph 19-23

• >2 4 TOTAL M

0.0 ( 1) 1.1 ( $2) 0.6 ( 12) 0.8 ( 16) 1.1 ( 23) 0.7 ( 15) 4.3 ( OS L. HNE 0.1 ( 3) 1.3 ( 27) 1.4 ( 30 ) 1.8 ( 38) 0.4 ( 9) 0.4 ( 8) 5.5 ( 1f53 ME 0.1 ( 2) 1.1 (. 33) 1.8 ( 34) 0.1 ( 31 0.0 ( 0) 0.0 ( 0) 3.2 (

66),'

EME 0.0 ( 1) 1.0 ( 211 0.6 ( 12) 0.0 ( 1) 0.0 ( 01 0.0 ( 0) 1.7 ( 35) E 0.2 ( 53 0.6 ( 12) 1.7 ( 35)- 0.5 ( 11) 0.0 ( 03 0.0 ( 03 3.0 ( GMML - ESE 0.0 ( 1) 0.7 ( 14) 3.1 ( 65) 3.0 ( 63) 0.3 ( 7) 0.0 ( 01 7.2 ( 1501 SE 0.2 ( 43 0.9 ( 19) 3.0 ( 63) 4.7 ( 983 1.9 ( 39) 1.0 ( 20) 11.6 ( 243) SSE 0.1 ( 2) 0.9 ( 19) 1.5 ( 32) 2.7 ( 56) 0.7 ( 15) 0.9 ( 181 6.8 ( 142) S 0.1 ( 33 0.6 ( 13) 1.5 ( 31) 2.5 ( 53) 2.0 ( 41) 0.5 ( 11) 7.3 ( 158) SSW 0.0 ( 0) 0.4 ( 9) 1.5 ( 31) 3.0 ( 63) 0.1 ( 33 0.0 ( 1) 5.1 ( 107) SW 0.0 ( 1)

0. 3 (

7) 1.6 ( 34) 2.0 ( 42) 1.4 ( 30) 0.2 ( 5) 5.7 ( 119) WSW 0.0 ( 1) 0.5 ( 11) 1.8 ( 37) 1.6 ( 33) 1.8 ( 37) 4.5 ( 94) 10.2 ( 213) W 0.0 ( 1) 0.6 ( 12) 1.0 ( 21) 1.7 ( 36) 2.0 ( 42) 3.0 ( 62) 8.3 ( 174) WHW 0.0 ( 03

0. 3 (

7) 1.2 ( 25) 1.8 ( 37) 1.7 ( 35) 3.6 ( 75)' 8.5 ( 179 ) led 0.0 ( 0) 0.6 ( 13) 1.3 ( 27) 2.3 ( 49) 0.9 ( 18) 1.3 ( 28) 6.4 ( 135) HHW 0.0 ( 0) 1.1 ( 22) 1.1 ( 23) 1.8 ( 38) 0.9 ( 18) 0.5 ( 11) 5.3 ( 112) TOTAL 1.2 ( 25) 12.0 ( 151) 24.6 ( 516) 30.4 ( 637) 15.1 ( 317) 16.6 ( 348) 100.0 ( 2094) ~ FOR ALL WIND CATEGORIES Ntt1BER OF POSSIBLE HOURLY OBSERVATIONSs 2160 NUrtBER OF MISSING WIND OBSERVATIONSs 66 NLRIBER OF CAIJ1 HOURSs 0 m .I .s ed 1 d a he a. h. E e I l

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• i WIND SPEED, WIND DIRECTION AND ATHOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION SITES J. A. TITZPATRICK MAIN TOWER PARAMETERSe WSPL, WDRL AND TDTU APRIL 1.

1986 TO JUNE 30, 1986 STABILITY CLASS - E % FREQUENCY (HO. OT OCCURENCES) 0F WIND DIRECTION WITHIH WIND SPEED CATEGORY SPEED (MPH) DTu mTION 00-0 3 MPH 04-07 08-12 13-18 MPH 19-23 >24 TOTAL H 0.3 ( 5) 0.6 ( 11) 0.2 ( 3) 0.0 ( 0) 0.0 ( 0) 0.0 ( 0) 1.0 ( 19) HME 0.3 ( 53 0.2 ( 41 0.0 ( 01 0.0 ( 0) 0.0 ( On 0.0 ( 0) 0.5 ( 9) (l. HE 0.4 ( 8) 0.8 ( 14) 0.0 ( 0) 0.0 ( 0) 0.0 ( 01 0.0 ( 0) 1.2 ( 22) ENE 0.9 ( 16) 1.3 ( 23) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 2.1 ( 39) E

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9) 0.7 ( 12) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 1.1 ( 21) ESE 0.3 ( 5) 0.9 ( 16) 0.4 ( 7) 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 1.5 ( 28) SE 0.1 ( 2) 0.9 ( 17) 1.9 ( 35) 0.4 ( 73 0.0 ( 0) 0.0 ( 01 3.3 ( 61) SSE 0.1 ( 2) 1.1 ( 21) 1.4 ( 25) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 2.6 ( 48) S 0.2 ( 4) 1.3 ( 24)

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28) 0.0 ( 0) 0.0 ( 03 0.0 ( 01 3.1 ( 56) SSW 0.3 ( 5) 0.8 ( 14) 0.3 ( 51 0.0 ( 01 0.0 ( 03 0.0 ( 0) 1.3 ( 24) SW O.1 ( 2) 1.5 ( 27) 1.2 ( 22) 0.2 ( 3) 0.0 ( 03 0.0 ( 0) 2.9 ( 54) WSW 0.2 ( 4) 1.9 ( 35) 5.3 ( 97) 2.3 ( 43) 0.2 ( 4) 0.0 ( 0) 10.0 ( 183) W 0.3 ( 5) 1.3 ( 24) 0.7 ( 12) 0.9 ( 17) 0.4 ( 8) 0.0 ( 03 3.6 ( 66) WNW 0.5 ( 9) 0.4 ( ?) 0.2 ( 4) 0.4 ( 73 0.3 ( 53 0.0 ( 0) 1.7 ( 32) NW

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0. 3 (

63 0.0 ( 03 0.0 ( 03 0.0 ( 0) 2.6 ( 47) HE 1.8 ( 33) 2.6 ( 47) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0,0 ( 0) 4.4 ( 80) ENE 2.5 ( 46) 2.9 ( 54) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 5.5 ( 100) E 1.7 ( 31) 1.7 ( 32) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 3.4 ( 63) ESE 1.4 ( 26)

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0. 4 (

8) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 4.1 ( 76) SE 1.1 ( 21) 2.5 ( 46) 2.7 ( 50) 0.6 ( 11) 0.0 ( 03 0.0 ( 0) 7.0 ( 128) SSE 1.5 ( 28) 2.2 (- 40) 3.1 ( 56) 0.4 ( ?) 0.0 ( 0) 0.0 ( 0) 7.1 ( 131) S 1.1 ( 20) 3.1 ( 56) 2.6 ( 40) 0.2 ( 3) 0.0 ( 01 0.0 ( 0) 6.9 ( 127) SSW 1.0 ( 19) 1.6 ( 30) 1.2 ( 22) 0.0 ( 03 0.0 ( 03 0.0 ( 03 3.9 ( 71) SW 0.4 ( 7) 2.5 (- 46) 1.7 ( 31)

0. 3 (

$3 0.0 ( 0) 0.0 ( 01 4.9 ( 89) WSW 0.5 ( 93 3.4 ( 63) 11.1 ( 203) 5.0 ( 91) 0.9 ( 16). 0.1 ( 1) 20.9 ( 383) W

0. 5 (

10) 3.9 ( V1) 1.8 ( 33) 4.1 ( 75)

2. 3 (

43) 0.9 ( 17) 13.6 ( 249) WHW 1.0 ( 18) 1.4 ( 26) 0.7 ( 13) 1.1 ( 20) 0.7 ( 123 0.3 ( 53 5.1 ( 94) NW 0.7 ( 13) 1.4 ( 26) 0.8 ( 15)

0. 5 (.

9) 0.0 ( 0) 0.0 ( 0) 3.4 ( 63) Niel 0.6 ( 11) 1.6 ( 30 ) 0.5 ( 93 0.2 ( 43 0.0 ( 0) 0.0 ( 0) 2.9 ( 54) TOTAL 17.2 ( 316) 37.0 ( 679) 27.9 ( 511) 12.4 ( 227) 3.9 ( 71) 1.6 (

29) 100.0 ( 1833)

FOR STABILITY CLASS - ALL [ HUMBER OF POSSIBLE HOURLY OBSERVATIONSs 1833 HUMBER OF MISSING WIND OBSERVATIONSe 0 hut 1BER OF CALM HOURSs 0 4 en B. a. et h p

. o. 4 ll HDd YORK POWER AUTHORITY c's . WIND SPEED, WIND DIRECTION AND ATMOSPHERIC STABILITY JOINT TREQUENCY DISTRIBUTION SITE 8 J. A. TITEPATRICK MAIN TOWER PARAMETERSs WSPL AND WDRL APRIL 1, 1986 TO JUNE 30, 1986 i X TREQUENCY (HO. OF OCCURDICIS) 0F WIND DIRECTION WITHIH WIND SPEED CATEGORY SPEED (HPH) minFf* TION 00-0 3 MPH 04-07 08-12 13-18 MPH 19-23 >14 TOTat H 0.6 ( 12) 2.2 ( 41) 0.9 ( 17) 0.1 ( 2) 0.0 ( 03 0.0 ( 01 3.9 ( 73) HNE 0.6 ( 12) 1.7 ( 32) 0.3 ( 6) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 2.7 ( 50)' ~ 4 HE 1.8 ( 33) 2.6 ( 49) 0.0 ( 01 0.0 ( 0) 0.0 ( 01 0.0 ( 0) 4.4 ( 82) ENE 2.5 ( 46) 3.0 ( 55) 0.0 ( 0) 0.0 ( 03 0.0 ( 01 0.0 ( 0) 5.4 ( 101) E 1,7 ( 31) 1.7 ( 32) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 3.4 ( 63)- ESE 1.5 ( 27) 2.5 ( 47) 0.4 ( 81 0.0 ( 03 0.0 ( 03 0.0 ( 01 4.4 ( 82) ~ SE 1.2 ( 22) 2.6 ( 40) 2.7 ( 50) 0.6 ( 11) 0.0 ( 0) 0.0 ( 01 7.0 ( 131) SSE 1.5 ( 28) 2.2 ( 41) 3.2 ( 59) 0.4 ( 7) 0.0 ( 01 0.0 ( 01 7.3 ( 135) S 1.1 ( 20) 3.2 ( 59) 2.6 ( 48) 0.2 ( 3) 0.0 ( 01 0.0 ( 0) 7.0 ( 1 30 ) SSW 1.0 ( 19) 1.6 ( 30) 1.2 ( 22) 0.0 ( 01 0.0 ( 03 0.0 ( 01 3.8 ( 71) SW 0.4 ( 7) 2.5 ( 46) 1.7 ( 31) 0.3 ( 5) 0.0 ( 0) 0.0 ( 0) 4.8 ( 89) WSW 0.5 ( 91 3.4 ( 64) 11.1 ( 206) 5.1 ( 95) 0.9 ( 16) 0.0 ( 0) 20.9 (. 390) W 0.5 ( 10) 4.0 ( 74) 1.9 ( 35) 4.0 ( 75)

2. 3 (

43) 0.9 ( 17 ) 13.6 ( 254) WHW 1.0 ( 18) 1.4 ( 26) 0.7 ( 13) 1.1 ( 20) 0.6 ( 12) 0.3 ( 5) 5.0 ( 94) NW 0.7 ( 13) 1.4 ( 26) 0.84 15) 0.5 ( 91 0.0 ( 03 0.0 ( 01 3.4 ( 63) Hiti 0.6 ( 11) 1.7 ( 31) 0.5 ( 9) 0.2 ( 43 0.0 ( 03 0.0 ( 0) 3.0 ( 55) TOTAL 17.1 ( 318) 37.6 ( 701) 27.9 ( 519) 12.4 ( 231) 3.8 ( 71) 1.2 (

22) 100.0 ( 1862) t FOR ALL WIND CATEGORIES

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c-4 MDI YORK POWER AUTHORITY WIND SPEED. WIND DIRECTION AND ATMOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION. SITE 8 J. A. FITZPATRICK MAIN TOWER PARAMETERSs WSPU. WDRU AND TDFU JULY 1. 1986 TO SEPTDtSER 30. 1986 SIABILITY CLASS - D % FREQUENCY (NO. OF OCCtlRENCES) 0F WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPH) I' DYarf* TION 00-03 MMI 04-07 08-12 13-18 MPH 19-23 >24 TOTAL I M 0.0 ( 13 0.4 ( 9) 0.2 ( 5) 0.7 ( 151 0.4 ( 8) 0.2 ( 5) 2.0 (' 43) e NNE 0.0 ( 13 0.8 ( 18) 0.3 ( 63 0.9 (' 20) 0.8 ( 16) 0.3 ( 63 3.1 ( 67) 4 NE 0.1 ( 33 0.7 ( 15) 0.5 ( 11)

0. 3 (

7) 0.0 ( 13 0.0 ( 0) 1.7 ( 37 ) - ENE 0.0 ( 1) 0.2 ( 5) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 0.0 ( 03

0. 3 (

6) E 0.0 ( 1) 0.2 ( 5) 0.1 ( 2) 0.0 ( 03 0.0 ( 03 0.0 ( 01 0.4 ( 8) ESE 0.0 ( 01 0.1 ( 3) 0.3 ( 7) 0.0 ( 1) 0.0 ( 0) .0.0 ( 03 0.5 ( 11) SE 0.0 ( 03 0.1 ( 2) 0.9 ( 19) 0.3 ( 7) 0.3 ( 65 0.0 ( On 1.6 ( 34) SSE 0.1 ( 2) 0.3 ( 6) 1.2 ( 253 0.8 ( 17) 0.1 ( 33 0.0 ( 0) 2.5 ( 53) I S 0.0 ( 1) . 0.4 ( 8) 0.8 ( 18) 0.7 ( 15) 0.0 ' 01 0.0 ( 0) 2.0 ( 42) f.:; 59W 0.0 ( 0) 0.6 ( 123 0.5 ( ll) 0.2 ( 43 0.0 s 03 0.0 ( 03 ~1.3 ( 27) SW 0.0 ( 03 0.2 ( 4) 0.6 ( 12)- 0.1 ( 3) 0.0 f 1) 0.0 ( 01 0.9 ( 20) i WSW 0.0 ( 1) 0.6 ( 12) 1.1 ( 24) 2.1 ( 45) 0.8 ( 16) 0.1 ( 3) 4.7 ( 101) I' W 0.0 ( 1) 0.2 ( 53 1.5 ( 32) 1.7 ( 36) 1.3 ( 27) 1.7 ( WNW 0.0 ( 03 0.5 ( 10) 0.6 ( 12) 0.9 ( 19) 0.7 ( 14) 0.9 (. 37) 6.5 ( 138) j 19) 3.5 ( 74) NW 0.1 ( 3) 0.2 ( 5) 0.4 ( 9) 0.6 ( 13) 0.1 ( 3) 0.6 ( 12) 2.1 ( 45) HNW 0.1 ( 2) 0.1 ( 2) 0.1 ( 23 0.5 ( 10) 0.6 ( 123 0.4 ( 9) 1.7 ( 37) i ) TOTAL 0.8 ( 17 ) 5.7 ( 121) 9.1 ( 195) 9.9 ( 212) 5.0 ( 107 ) 4.3 ( 91) 34.8 ( "*4 3 ) ?, 9' FOR STABILITY CLASS - D HUMBER OF POSSIBLE HOURLY OBSERVATIONSs 743 MUMBER OF MISSING WIND OBSERVATIONSs 0 HUMBER OF CAIJE HOURSs 0 .l:- i 7 ~

.0; e-11 HDI YORK POWER AUTHORITY WIND SPEED, WIND DIRECTION AMD ATMOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION 'l f SITEe J. A. FITZPATRICK MAIN TOWER PARAMETERS: WSPU, WDRU AMD TDFU JULY 1, 1986 fu SEPTD18ER 30, 1986 I i' STABILITY CLASS - E X FREQUENCY (No. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPH) DYa mTION 00-03 MPH 04-07 08-12 13-18 HPH 19-23 >24 TOTAI. H 0.0 ( 1) 0.2 ( 5) 0.1 ( 3) 0.1 ( 33 0.1 ( 31 0.0 ( 03 0.7 ( 15) NME 0.0 ( 1) 0.2 ( 4) 0.5 ( 10 ) 0.8 ( 16) 0.2 ( 53 0.0 ( Os 1.7 ( 36 ) HE 0.0 ( ll 0.4 ( 8) 0.6 ( 12 ) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 1.0 ( 21) EME 0.0 ( 1) 0.5 ( 10) 0.3 ( 63 0.0 ( 03 0.0 ( 03 0.0 ( 01

0. 8 (

17) j E 0.1 ( 2) 0.2 ( 4) 0.8 ( 16) 0.0 ( 0) 0.0 ( 0) 0.0 ( 03 1.0 ( 22)- ESE 0.0 ( 0) 0.2 ( 43 0.8 ( 18) 0.7 ( 14) 0.0 ( 03 0.0 ( 0) 1.7 ( 36 ) SE 0.0 ( 0) 0.1 ( 23 1.5 ( 33) 1.9 ( 40) 0.1 ( 3) 0.0 ( 0) 3.7 ( 78) SSE 0.0 ( 03 0.2 ( 5) 0.9 ( 20) 3.7 ( 79) 0.8 ( 18) 0.0 ( 0) 5.7 ( 122) S 0.0 ( 1) 0.2 ( 4) 1.0 ( 21) 2.9 (. 62) 1.4 ( 29) 0.2 ( 4) 5.7 ( 121) SSW 0.0 ( 03 0.3 ( 6) 0.6 ( 13) 0.9 ( 19) 0.1 ( 33 0.0 ( 0) 1.9 ( 41) SW 0.0 ( 1) 0.0 ( 1) 0.5 ( 10) 1.1 ( 23) 0.2 ( 5) 0.0 ( 13 1.9 ( 41) WSW 0.0 ( 0) 0.4 ( 8) 0.8 ( 18) 1.9 ( 40) 0.3 ( 63 0.2 ( 53 3.6 ( 77) i W 0.1 ( 2) 0.3 ( 7) .0.4 ( 93 0.4 ( 8) 0.A ( 0) 0.2 ( 43 1.4 ( 30 ) WD84 0.0 ( 1) 0.0 ( 1) 0.2 ( 5) 0.2 ( 4) 0.0 ( 0) 0.4 ( 8) 0.9 ( 19) NW 0.0 ( 03 0.1 ( 33 0.1 ( 33 0.0 ( 1) 0.1 ( 2) 0.0 ( 01 0.4 ( 9) MD84 0.0 ( 1) 0.2 ( 51 0.3 ( 6) 0.0 ( 03 0.0 ( 1) 0.3 ( 6) 0.9 ( 19) TOTAL 0.6 ( 12) 3.6 ( 77) 9.5 ( 203) 14.5 ( 3093-3.5 ( 75) 1.3 ( 28) 33.0 ( 704) FOR STABILITY CLASS - E NUMBER OF POSSIBLE HOURLY OBSERVATIONSe 704 MUMBER OF MISSING WIND OBSERVATIONS. 0 I HUMBER OF CAIJ1 HOURSs 0 l l l-6 i

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n 11 NZW YORE POWER AUTHORITY WIND SPEED, WIND DIRECTION AND AIMOSPHERIC STABILITY JOINT TREQUENCT DISTRIBUTION SITES J. A. TITEPATRICK MAIN TOWER PARAMETERSs WSPU. WDRU AND TDFU JULY 1, 1986 TO SEPTD18ER 30. 1986 STABILITY CLASS - ALL St TREQUENCY (NO. Of OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY f. SPEED (MPH) i, BYa mTION 00-03 uns 04-07 08-12 13-18 uns 19-23 >24 TOTat M 0.4 ( 8) 1.6 ( 35) 1.2 ( 26) 1.3 ( 27) 0.9 ( 20) 0.5 ( 11) 6.0 ( 127). I. NME 0.2 ( 4) 1.6 ( 34) 1.1 ( 24) 2.3 ( 49) 1.1 ( 24) 0.3 ( 6) 6.6 ( 141) ME 0.4 ( 8) 1.4 ( 29) 1.2 ( 26) 0.3 ( 7) 0.0 ( 1) 0.0 ( 03 3.3 ( 71) EME 0.1 ( 2) 1.3 ( 28) 0.3 ( 7) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 1.7 E 37 ) -l4 E 0.2 ( 5) 0.9 ( 20) 1.4 ( 30) 0.1 ( 2) 0.0 ( 03 0.0 ( 0) 2.7 ( 57) ESE 0.0 ( 0) 0.7 ( 15) 1.7 ( 37) 0.8 ( 18) 0.0 ( 03 0.0 ( 03 3.3 ( 70) 'l-SE 0.0 ( 0) 0.2 ( 5) 2.8 ( 59) 2.8 ( 60) 0.7 ( 14) 0.1 ( 2) 6.6 ( 140) ) {' SSE 0.1 ( 33 0.7 ( 15) 3.1 ( 66) 6.0 ( 129) 1.0 ( 21) 0.0 ( 0) 11.0 ( 234) S 0.2 ( 5) 1.2 ( 25) 3.2 ( 69) 4.5 ( 97) 1.4 ( 29) 0.2 ( 4) 10.7 ( 229) SSW 0.0 ( On 1.2 ( 25) 2.4 ( 52) 2.3 ( 50) 0.4 ( 93 0.0 ( 0) 6.4 ( 136) SW 0.1 ( 3) 0.6 ( 13) 2.6 ( 56) 2.2 ( 46)

0. 3 (

7) 0.0 ( 1) 5.9 ( 126) WSW 0.1 ( 23

1. 3 (

27) 3.0 ( 64) 4.9 ( 10 5) 1.2 ( 25) 0.5 (

11).

11.0 (.234) j. W 0.1 ( 3) 1.C ( 21) 2.6 ( 56 ) 1.4 ( 52) 1.9 ( 41) 2.1 ( 45) 10.2 ( 218) I. WNW 0.0 ( 1) 1u( 22) 1.3 ( 28) 1.3 ( 27) 0.8 ( 18) 1.4 ( 29) 5.9 ( 12 5) MW 0.2 ( 4) 1.3 ( 27) 1.0 ( 22) 0.9 ( 19) 0.4 ( 81 0.6 ( 12) 4.3 ( 92) a Hed 0.1 ( 3) 1.1 ( 24) 0.8 ( 17) 0.8 ( 18) 0.8 ( 16) 0.8 ( 18) 4.5 ( 96) g TOTAL 2.4 ( 51) 17.1 ( 365) 30.0 ( 639) 33.1 ( 706) 10.9 ( 233) 6.5 ( 139 ) 100,0 ( 2133) FOR STABILITY CLASS - ALL

)

HUMBER OF POSSIBLE HOURLY OBSERVATIONS

• 2133 NUMBER OF MISSING WIND OBSERVATIONSs 0

i,;. ' i. HUMBER OF CAI21 HOURS

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O '. '.4 y ~ q r y +. 1 ) + 9-y,. r /,. d r ~w f ~ + j- ~- 3 4 ,;e . ~ g ll NEW YORE POWER AUTHORITY. WIND SPEED. WIND DIRECTION AND AIMOSPHERIC STABILITY JOINT TREQUEid*7 DISTRIBUTION 'a l I' SITE 8 J. A. TITEPATRICK MAIN TOWER PARAMETERSa WSPU AND WDRU JULY 1. 1986 TO SEPTDEBER 30. 1946 i % TREQUENCY (NO. OT OCCURENCES) OF WIND DIRECTION WITHIM WIND SPEED CATEGORY SPEED (NPH) niamTION 00-03 MPH 04-07 08-12 13-18 NPH 19-23 >24 TOTAL' N 0.4 ( 8) 1.6 ( 35) 1.2 ( 26) 1.3 ( 27) 0.9 ( 20) 0.5 ( 11) 6.0 ( 127) NME O.2 ( 43 1.6 ( 34) 1.1 ( 24) 2.3 ( 49) 1.1 ( 24) 0.3 ( 6) 6.6 ( 141) NE 0.4 ( 8) 1.4 ( 29) 1.2 ( 26) 0.3 ( 73 0.0 ( 1) 0.0 ( 03 3.3 ( 71) EME 0.1 ( 2) 1.3 ( 28) 0.3 ( 73 0.0 ( 03 0.0 ( On 0.0 ( 0) 1.7 ( 37) E 0.2 ( 53 0.9 ( 20) 1.4 ( 30 ) 0.1 ( 2) 0.0 ( 03 0.0 ( 0) 2.7 ( 57 ) ESE 0.0 ( 03 0.7 ( 15) 1.7 ( 37) 0.4 ( 18) 0.0 ( 03 0.0 ( 01 3.3 ( 70) SE 0.0 ( 0) 0.2 ( 5) 2.8 ( 59) 2.s ( 60) 0.7 ( 14) 0.1 ( 23 6.6 ( 140) } SSE 0.1 ( 33 0.7 ( 15) 3.1 (. 66) 6.0 ( 129) 1.0 ( 21) 0.0 ( 0) 11.0 ( 234) 1 5 0.2 ( 5) 1.2 ( 25) 3.2 ( 69)

4. 5 (

97) 1.4 ( 29) 0.2 ( 4) 10.7 ( 229) SSW 0.0 ( 0) 1.2 ( 25) 2.4 ( 52)

2. 3 (

50) 0.4 ( 9) 0.0 ( 0) 6.4 ( 136) j SW 0.1 ( 33 0.6 ( 13) 2.6 ( 56) 2.2 ( 46) 0.3 ( 71 0.0 ( 1) 5.9 ( 126) WSW 0.1 ( 2) 1.3 ( 27) 3.0 ( 64) 4.9 ( 105) 1.2 ( 25) 0.5 ( 11) 11.0 ( 234) W 0.1 ( 3) 1.0 ( 21) 2.6 ( 56 ) 2.4 ( 52) 1.9 ( til 2.1 ( 45) 10.2 ( 218) WNW 0.0 ( 1) 1.0 ( 223 1.3 ( 28) 1.3 ( 27) 0.8 ( 14) 1.4 ( 29) 5.9 ( 125) 184 0.2 ( 4) 1.3 ( 27) 1.0 ( 22) 0.9 ( 19) 0.4 ( - 4) 0.6 ( 12 )

4. 3 (

92) i MMW 0.1 ( 3) 1,1 ( 24) 0.8 ( 17) o.s ( 18) 0.8 ( 16) 0.8 ( 18)

4. 5 (

96) TOTAL 2.4 ( 51) 17.1 ( 36 5) 30.0 ( 6 39 ) 33.1 ( 706) 10.9 ( 233) 6.5 ( 139) 100.0 ( 2133) TOR ALL WIND CATEGORIES l NUpl3ER OF POSSIBLE HOURLY OBSERVATIONS

• 2204 l

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0. 3 (

6) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 0.3 ( 6) a f E 0.0 ( 03 0.3 ( 63 0.1 ( 2) 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 0.4 ( 8) ESE O.0 ( 03 0.1 ( 23 0.1 ( 33 1.3 ( 27) 0.1 ( 33 0.0 ( 0) 1.7 (, 35) 'j 7) 0.0 ( 13 4.1 ( 85) SE 0.1 ( 2) 0.2 ( 51 0.6 ( 12) 2.8 (- 58) 0.3 ( . 10) 0.0 ( 1) 2.1 ( 43) lI-SSE 0.0 ( 0) 0.1 ( 3) 0.8 ( 16) 0.6 ( 13) 0.5 ( S 0.0 ( 0)

0. 3 (

73 1.1 ( 23) 0.9 ( 18) 0.5 ( 103 0.2 ( 43 3.0 ( 62) Ssu 0.0 ( 0) 0.2 ( 4) 1.2 ( 26) 0.8 ( 17 ) 0.0 ( 1) 'O.0 ( 0) 2.3 ( 48) SW O.0 ( 03 0.0 ( 03 0.3 ( 6)

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0. 8 (

16) 0.1 ( 33 2.0 ( 41) L WSW 0.0 ( 03 0.4 ( 8) 0.5 ( 11) 0.8 ( 16) 0.6 ( 12) 2.5 ( SI) 4.7 ( 98) W O.0 ( 13 0.2 ( 4) 0.5 ( 10) 1.3 ( 27) 1.7 ( 36) 3.0 ( 62) 6.7 ( 140) WNW 0.0 ( 1) 0.2 ( 41 0.8 ( 16) 1.2 ( 24) 1.7 ( 35) 1.3 ( 27) 5.1 ( 107 ) NW 0.0 ( 03 0.0 ( 1) 0.2 ( 5) 1.7 ( 36) 1.0 ( 21) 0.8 ( 17 ) 3.8 ( 80) NHW 0.0 ( 1) 0.0 ( 1) 1.0 ( 21) 1.1 ( 23) 1.1 ( 23) 0.5 ( 11) 3.8 ( 80) I'. TOTAL 0.2 ( 5) 2.8 ( 58) 10.8 ( 225) 17.1 ( 355) 10.5 ( 218) 9.5 ( 198) 50.9 ( 1059) h' FOR STABILITY CLASS - D NUMBER OF POSSIBLE HOURLY OBSERVATIONSs 1059 NUMBER OF MISSING WIND OBSERVATIONSs 0 nut 1BER OF CAIJ1 HOURSs 0 t. -l, t,. n h.! l' ?.

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I MEM YORK POWER AUTHORITY WIND SPEED. WIND DIRECTION AND AT)10 SPHERIC STABILITY JOINT TREQUENCY DISTRIBUTION j ; SITE' J. 1. TITEPATRICK MAIN TOWER PARAMETERS

• MSPU. MDRU AND TDFU OCTOBER 1, 1986 TO DECEMBER 31, 1986 I

STABILITY CLASS - E % TREQUEHCT (HO. OT OCCURENCES) 0F WIND DIRECTION WIfifIN WIND SPEED CATEGORY SPEED (MPfll DYRECTION 00-03 MPH 04-07 08-12 13-18 9tPH 19-23 >24 fofat H 0.0 ( 0) 0.0 ( 1) 0.0 ( 1) 0.0 ( 1) 0.0 ( 03 0.0 ( 1) 0.2 ( 4) HHE 0.0 ( 03 0.1 ( 2) 0.2 ( 5) 0.2 ( 53 0.1 ( 33 0.0 ( '03 0.7 ( 15) HE 0.0 ( 0) 0.3 ( 6) 0.3 ( 7) 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.6 ( 13). 9) - I EME 0.0 ( 1) 0.2 ( 43 0.2 ( 43 0.0 ( On 0.0 ( 01 0.0 ( 03 0.4 ( . 17) E 0.0 ( 0) 0.3 ( 7) 0.3 ( 7) 0.1 ( 33 0.0 ( 0) 0.0 (. 0) 0.8 ( Est 0.1 ( 33 0.3 ( 63 1.2 ( 24) 1.6 ( 33)

0. 3 (

6) 0.1 ( 2) 3.6 ( 74) SE 0.1 ( 2) 0.6 ( 12) 1.4 f 30) .4.4 ( 92) 1.3 ( 28) 0.3 ( 63 8.2 ( 170) SSE 0.0 ( 03 0.5 ( 10 3 1.1 ( 22) 2.4 ( 49) 0.6 ( 13) 0.0 ( 1) 4.6 ( 95) I S 0.0 ( 1) 'O1(

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1.1 ( 23) 2.0 ( 59) 1.3 ( 28) 0.2 ( 5) 5.7 ( 119) SSW 0.1 ( 23 0.1 ( 3) 1.5 ( 31) 2.6 ( 55) 0.1 ( 2) 0.0 ( 0) 4.5 ( 93) SW 0.0 ( 1) 0.2 ( 5) 1.5 ( 31) 1.6 ( 33) 0.3 ( 63 0.0 ( 0) 3.7 ( 76) 1.' WSW 0.0 ( 0) 0.0 ( 0) 0.3 ( 61 0.8 ( 17 ) 0.4 ( 9) 0.6 ( 13) 2.2 ( 45) i X 0.0 ( 11 0.1 ( 21 0.1 ( 3) 0.7 ( 15)

0. 3 (

6) 0.7 ( 14) 2.0 ( 41) f. WNW 0.0 ( 03 0.0 ( 1) 0.2 ( 53 0.3 ( 7) 0.6 ( 123 0.2 ( 5) 1.4 ( 30) HW 0.0 ( 03 0.0 ( 03 0.1 ( 2)

0. 3 (

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'9 . R.: .,3 i } l l .I l NEW YORK POWER AUTHORITY WIND SPEED. WIND DIRECTION AND All10 SPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION, SITE 8 J. A. FITZPATRICK MAIN TOWER PARAMETERSs WSPU WDRU AND TDTU OCTOBER 1, 1986 TO DECD18ER 31, 1986' STABILITY CLASS - ALL % FREQUENCY (NO. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY I SPEED (MPH) DTa mTION 00-03 MPH 04-07 08-12 13-18 C 19-23 >24 Tofat M 0.0 ( 03 0.3 ( 73 1.8 ( 37) 1.6 ( 33) 1.2 ( 24) 0.2 ( 51 5.1 ( 106) NME 0.0 ( 03

0. 3 (

63 1.5 ( 31) 2.2 ( 45) 1.1 ( 23) 0.9 ( 18) 5.9 ( 123)' HE 0.0 ( 03 0.7 ( 15) 1.2 ( 24)

0. 5 (

II) 0.1 ( 33 0.1 ( 3) 2.7 ( 56 ) ENE 0.0 ( 1) 0.2 ( 4) 0.6 ( 123 0.0 ( O) 0.0 ( 03 0.0 ( 03 0.8 ( 17) E 0.0 ( 0) 0.7 ( 14) 0.6 ( 13) 0.1 ( 3) 0.0 ( 0) 0.0 ( 0) 1. 86 ( 30) I ESE 0.1 ( 33 0.5 ( 10) 1.6 ( 333 3.0 ( 63) 0.4 ( 9) 0.1 ( 2) 5.8 ( 120) SE 0.2 ( 4) 0.4 ( 17) 2.4 ( 49) 7.4 ( 154) 1.7 ( 35) 0.3 ( 7) 12.8 ( 266) SSE 0.0 ( 0) 0.7 ( 14) 2.1 ( 44) 3.4 ( 71) 1.2 ( 25) 0.1 ( 2). 7.5 ( 156) i SSW 0.1 ( 2) 0.4 ( 9) 2.9 ( 61) 3.7 ( 78) 0.1 ( 33 0.0 ( 0) 7.4 ( ~ 205) 5 0.0 ( 1) 0.7 ( 14) 2.6 ( 54)

4. 3 (

89) 1.8 ( 38) 0.4 (- 9) 9.9 ( 153) SW O.0 ( 1) 0.8s ( 9) 2.4 ( 50) 2.8 ( 59) 1.1 ( 22) 0.1 ( 33 6.9 ( 144) WSW 0.0 ( 03 0.6 ( 13) 1.1 ( 23) 1.7 ( 35) 1.0 ( 21) 3.1 ( 64)

7. 5 (

156) W 0.1 ( 3) 0.3 ( 73 0.7 ( 14) 2.0 ( 42) 2.0 ( 42) 3.8 ( 79) 9.0 ( 187) WNW 0.0 ( 13 0.3 ( 6) 1.1 ( 22) 1.5 ( 31) 2.3 ( 47) 2.3 ( 48) 7.4 ( 155) NNW 0.0 ( 1) 0.1 ( 3) 1.2 ( 26) 1.2 ( 24) ~1.2 ( 26) 1.6 ( 33)

5. 5 (

114) NW 0.0 ( 03 0.0 ( 1) 0.5 ( 11) 2.1 ( 43) 1.3 ( 27) 0.6 ( 12) 4.5 ( 93) TOTAL 0.8 ( 17) 7.2 ( 1869 ) 24.2 ( 5088) 37.5 ( 781) 16.6 ( 3845 ) 13.7 ( 285) 100.0 ( 2001) TOR STABILITY CLASS - ALL I NUrtBER OF POSSIBLE HOURLY OBSERVATIONS 2081 t HUMBER OT 111SSING WIND OBSERVATIONS' 0 NUHBER OF CADS HOURS 8 0 t j Q 5 J.. r = . j.t. _________m________.

9.' '$~k. i p, l I MEW YORK POWER AUTHORITY 'lI WIND SPEED, WIND DIRECTION AMD ATMOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION' SITES J. A. FITZPATRICK MAIM TOWER PARAMETERSs WSPU AND WDRU OCTOBER 1, 1986 TO. DECD1sER 31, 1986 i X FREQUENCY (MO. OF OCCURENCES) 0F WIND DIRECTION WITHIM WIND SPEED CATEGORY SPEED (MPH) DTurr* TION 00-03 MMt 04-07 08-12 13-18 MPH 19-23 >24 TOTAL l M 0.1 ( 2) 0.3 ( 7) 1.8 ( 37 ) 1.6 ( 33) 1.1 ( 24) 0.1 ( 33' 5.0 ( 106 ) HME 0.0 ( 0)

0. 3 (

6) '.5 ( 31) 2.1 ( 45) 1.1 ( 23) 0.9 ( 18) 5.8 ( 123) ME 0.0 ( 0) 0.7 ( 15) 1.1 ( 24) 0.5 ( 11) 0.1 ( 31 0.0 ( 1) 2.6 ( 54) EME O.0 ( 13 0.2 ( 4) 0.6 ( 123 0.0 ( 0) 0.0 ( 03 0.0 ( 03 0.8 ( 17) .l E O.0 ( On 0.7 ( 14) 0.6 ( 131 0.1 ( 33 0.0 ( 03 0.0 ( 0) 1.4 ( 30) i ESE 0.1 ( 3) 0.5 ( 10 ) 1.6 ( 333 3.0 ( 63) 0.4 ( 9) 0.1 ( 2) 5.7 (.120) .I SE 0.2 ( 43 0.8 ( 17 ) 2.3 ( 49) 7.3 ( 154) 1.7 ( 35) 0.3 ( 7) 12.6 ( 266) l+ SSE 0.0 ( 0) 0.7 ( 14) 2.1 ( 44) 3.4 ( 71) 1.2 ( 25) 0.1 ( 23 7.4 (. 1 56 ) f S 0.1 ( 2) 0.7 ( 14) 2.6 ( 54) 4.2 (' 89) 1.8 ( 38) 0.4 ( 9) 9.8 ( 206) SSW 0.1 ( 2) 0.5 ( 10 ) 3.0 ( 63) 4.0 ( $4) 0.1 ( 3) 0.0 ( 0) 7.7 ( 162) SW 0.0 ( 1) 0.5 ( 10) 1.4 ( 50) 2.9 ( 62) 1.1 ( 23) 0.2 ( 4) 7.1 ( 150) g.4 WsW 0.0 ( 03 0.6 ( 13) 1.1 ( 24) 1.8 ( 38) 1.0 ( 274 3.2 (. 67)

7. 8 (

164) W 0.1 ( 3) 0.4 ( 93 0.7 ( 14) 2.0 ( 42) 2.0 ( 42) 3.8 ( 80) 9.0 ( 190) WNW 0.0 ( 13 0.3 ( 6) 1.0 (' 22) 1.5 ( 31) 2.3 ( 49)

2. 3 (

48) 7.4 ( 157) MW 0.0 ( 01 0.0 ( 13 0.5 ( 11) 2.0 ( 43) 1.2 ( 26) 1.6 ( 33) 5.4 ( 114) [ '. MMW 0.0 ( 1) 0.1 ( 3) 1.2 ( 26) 1.1 ( 24) 1.3 ( 27) 0.6 ( 12) 4.4 ( 93) TOTAL 0.9 ( 20) 7.3 ( 153) 24.1 ( 507) 37.6 ( 793) 16.6 ( 349) 13.6 ( 286) 100.0 ( 2108) FOR ALL WIND CATEGORIES l MUMBER OF POSSIBLE HOURLY OBSERVATIONS: 2208 MUMBER OF liISSING WIND OBSERVATIONSs 100 l, MUMBER OF CA7J1 HOURSe 2 l -i i f I; b.: fI! I I.

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• WSPU. MDRU AND TDTU APRIL 1. 1986 TO JUNE 30. 1986 STABILITY CLASS - E 3 FREQUENCY (NO. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY I

SPEED (MPH) r DiarrTION 00-03 mph 04-07 08-12 13-18 HPH 19-23 >24 TcTat 1. N 0.2 ( ~ 43 0.1 ( 2) 0.1 ( 2) 0.7 ( 12) 0.1 ( 2) 0.3 ( 6) 1.5 ( 28) 3 MNE 0.0 ( 03 0.3 ( 5) 0.5 ( 10) 0.9 ( 16 ) 0.4 ( 83 0.1 ( 2) 2.2 ( 41) NE 0.1 ( 1) 0.2 ( 33

0. 3 (

5) 0.3 ( 5) 0.0 ( 03 0.0 ( 03 0.8 ( 14) ENE 0.1 ( 23 0.1 ( 2) 0.4 ( 7) 0.4 ( 73 0.0 ( 03 0.0 ( 03 1.0 ( 18)- E 0.1 ( 13 0.1 ( 1) 0.1 ( 23 0.1 ( 11 0.0 ( 03 0.0 ( 0) 0.3 ( 5) ESE 0.0 ( 03 0.1 ( 23 0.5 ( 93 0.5 ( 103 0.1 ( 13 0.0 ( 0) 1.2 ( S2) SE 0.0 ( 0) 0.0 ( 03 0.3 ( 63 2.0 ( 37) 1.1 ( 20) 0.3 ( .6) 3.8 ( 69) SSE 0.2 ( 3) 0.1 ( 2) 0.2 ( 3) 1.6 ( 29) 0.5 ( 93 0.0 ( 0) 2.5 ( 46) S 0.1 ( 1) 0.1 ( 2) 0.5 ( 10) 1.3 ( 23) 0.8 ( - 14) 0.0 ( 0) 2.7 ( 50) S5W 0.0 ( 03 0.2 ( 43 0.6 ( ll) 0.7 ( 13) 0.1 ( 1) 0.0 ( 0) 1.6 (. 29 ) SW 0.0 ( 03 0.2 ( 43 0.8 ( 14) 0.9 ( 16) 0.3 ( 6) 0.1 ( 1) '2.2 ( 41) WSW 0.2 ( 4) 0.6 ( 11) 1.8 ( 33) 3.6 ( 66) 1.4 ( 25) 1.5 ( 28) 9.1 ( 167) W 0.1 ( 13 0.8 ( 14) 1.7 (. 32) 0.9 (' 16)

0. 5 (

10 ) 1.1 ( ' 21) 5.1 ( 94) 4 WpS4 0.1 ( 13 0.3 ( 6) 0.1 ( 23 0.5 (. 9) 0.8 ( 14) 0.0 ( 0) 1.7 ( .32) NW 0.2 ( 31 0.3 ( 53 0.2 ( 31 0.1 ( 2) 0.2 ( 41 0.0 ( 03 0.9 ( 17 ) Mesi 0.1 ( 1) 0.3 ( 51 0.3 ( 6) 0.2 ( 33 0.0 ( 0) 0.0 ( 03 0.8 ( 15) TOTAL 1.2 ( 22) 3.7 ( 68) 8.5 ( 155) 14.5 ( 265) 6.2 ( 114) 3.5 ( 64) 37.5 ( 688) FOP. STABILITY CLASS - E NUMBER OF POSSIBLE HOURLY OBSERVATIONSe 688 [ NUMBER OF MISSING WIND OBSERVATIONS

• O NUMBER OF CAIJ1 HOURS 0

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-7' 9 . i 1 Id NEW YORK POWER AUTHORITY WIND SPEED WIND DIRECTION AND ATIt0 SPHERIC STABILITY JOINT FREQUENCY DISTRISUTION SITE

• J. A. TITEPATRICK MAIN TOMER PARAftETERS* WSPU MDRU AND TDFU APRIL 1, 1986 TO JUNE 30, 1986 STABILITY CLASS - ALL
• FREQUENCY (NO. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (t1PH) nin W ION 00-03 npH 04-07 08-12 13-18 nFH 19-23

>24 TOTAL N 0.3 ( 5) 0.6 ( 11) 0.5 ( 10 ) 2.1 ( 39) 1.4 ( 26) 1.7 ( 32) 6.7 ( 123) NME 0.1 ( 2) 0.7 ( 12)

1. 3 (

23) 2.0 ( 36) 1.5 ( 27) 0.5 ( 9) 5.9 ( 1993 NE O.2 ( 3) 1.4 ( 15) 1.4 ( 26) 0.6 ( ll) 0.0 ( 0) 0.0 ( 0) 3.5 ( 65) ENE O.2 ( 43 0.5 ( 93 1.1 ( 21) 0.5 ( 101 0.0 ( 01 0.0 ( 0) 2.4 f 44) E O.2 ( 31

0. 5 (

93 0.8 ( 14) 0.2 ( 33 0.0 ( 0) 0.0 ( 0) 1.6 ( 29) Est 0.0 ( 03 0.3 ( 5) 1.4 ( 25) 1.1 ( 20) 0.1 ( 1) 0.0 ( 0) 2.0 ( SI) SE 0.0 ( On

0. 3 (

63 1.0 ( 19) 3.3 ( 61) 1.5 ( 27) 0.4 ( 7)

6. 5 ( -120)

SSE O.3 ( 53 0.4 ( 7) 0.9 ( 16) 3.8 ( 70) 1.1 ( 20) 0.1 ( 2) 6.5 ( 120) S 0.3 ( 6) 0.4 ( 83 1.4 ( 25) 2.2 ( 40) 1.0 ( 18) 0.0 ( 0) 5.3 ( 97) SSW 0.1 ( 2) 0.5 ( 9) 1.7 ( 32) 1.7 ( 32) 0.2 ( 3) 0.0 ( 03

4. 3 (

78) S!J 0.1 ( 1) 1.2 ( 22) 2.0 ( 36) 1.6 ( 29) 0.4 ( 7) 0.2 ( 3) 5.3 ( 98) e. WSW 0.3 ( 6) 1.5 ( 28) 5.0 ( 91) 6.6 ( 121) 3.9 ( 72) 3.6 ( 66) 10.9 ( 344) W 0.3 ( 5) 2.7 ( 50 ) 3.7 ( 68) 2.3 ( 43) 3.7 ( 68) 3.3 ( 60) 16.0 ( 294) Weed 0.1 ( 13 1.5 ( 28) 0.7 ( 12) 1.0 ( 19) 1.5 ( 27) 0.4 ( 8) 5.2 ( 95) NW 0.4 ( 73 0.9 ( 17 ) 0.8 ( 14) 0.7 ( 12) 0.4 ( 15) 0.2 ( - 33 3.7 ( 68) NHW 0.1 ( 2) 0.7 ( 123 0.5 ( 10 ) 0.7 ( 13) 0.8 ( 14) 0.4 ( 73 3.2 ( 54) TOTAL 2.8 ( 52) 14.1 ( 258) 24.1 ( 942) 30.5 ( 559) 17.7 ( 325) 10.7 ( 1973 100.0 ( 1833) FOR STABILITY CLASS - ALL NUr1BER OF POSSIBLE HOURLY OBSERVATIONS

• 1833 l'.1 HUMBER OF MISSING WIND OBSERVATIONS
• O Nt31BER OF CAIJt HOURS
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9 6 w 111 HDI TORK POWER AUTHORITY r ~ WIND SPEED, WIND DIRECTION AND Aft 10 SPHERIC STABILITT JOINT TREQUENCY DISTRIBUTION ,3 SITES J. 1. TITZPATRICK FIAIN TOWER P ARAttETERS 8 WSPU AND WDRU APRIL 1, 1986 TO JUNE 30. 1986 4 % TREQUENCY (NO. OF OCCURENCES) 0F WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPH) nTa mTION 00-03 MPH 04-07 08-12 13-18 MPH 19-23 >24 TOTAL b# M 0.3 ( 53 0.6 ( 11) 0.5 ( 10) 2.1 ( 39) 1.4 ( 26) 1.7 ( 31) 6.5 ( 122) HNE 0.1 ( 2) 0.8 ( 14) 1.2 ( 23) 1.9 ( 36) 1.4 ( 27) 0.5 ( 93 5.9 ( 111) w# NE 0.2 ( 3) 1.4 ( 26) 1.4 ( 26) 0.6 ( 11) 0.0 ( 0) 0.0 ( 01 3.5 ( 66) ENE 0.2 ( 41 0.5 ( 9) 1.1 ( 21) 0.5 ( 10) 0.0 ( 0) 0.0 ( 0) 2.4 ( 44) E O.2 ( 3) 0.5 ( 10 ) 0.8 ( 14) 0.2 ( 31 0.0 ( On 0.0 ( 0) 1.6 ( 30) Est 0.0 ( 01 0.3 ( 5) 1.4 ( 27) 1.1 ( 21) 0.1 ( 1) 0.0 ( On 2.9 ( 54) SE O.0 ( 01 0.3 ( 6) 1.1 ( 21) 3.4 ( 64) 1.4 ( 27) 0.4 ( 7) 6.7 ( 125) w# SSE 0.4 ( 7) 0.4 ( 8) 0.9 ( 16) 3.9 ( 72) 1.1 ( 20) 0.1 ( 2) 6.7 ( 125) S

0. 3 (

6) 0.4 ( 8) 1.4 ( 26)

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43) 1.0 ( 18) 0.0 ( 0) 5.4 ( 101) Ssu 0.1 ( 2)

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0. 3 (

5) 2.7 ( 51) 3.8 ( 71) 2.4 ( 44) 3.6 ( 68) 3.2 ( 60) 16.0 ( 299) WNW 0.1 ( 11 1.5 ( 28) 0.6 ( 12) 1.0 ( 19) 1.4 ( 27) 0.4 ( 8) 5.1 ( 95) NW 0.4 ( 7) 0.9 ( 17 ) 0.8 ( 14) 0.6 ( 12) 0.8 ( 15) 0.2 ( 31 3.6 ( 68) NNW 0.1 ( 2) 0.6 ( 123 0.5 ( 10) 0.7 ( 13) 0.8 ( 14) 0.4 ( 73 3.1 ( 58) TOTAL 2.9 ( 54) 14.2 ( 165) 24.1 ( 450 ) 30.7 ( 572) 17.6 ( 328) 10.6 ( 197) 100.0 ( 1866) FOR ALL WIND CATEGORIES ~ @ NUrtBER OF POSSIBLE HOURLY OBSERVATIONSe 2184 MLRtBER OF 211SSING WIND OBSERVATIONS

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• WSPL. UBRL AND TDPU JANUARY 1. 1986 10 IISBCH 31, 1946 STABILITY CLASS - ALL It TREQUENCT (NO. OF NMENCES) 0F WIND DIRECTION WITHIN WIND SPEED CATE00RT SPEED (lePH) armer =TIogg 00-03 anons 04-e7 08-12

._13-10 ames 19-23 >14 meat N 0.1 ( 33 1.3 ( 28) 1.8 ( 38) 0.1 ( 33 0.0 ( 03 0.0 ( 01 3.4 ( 72) Nest 0.1 ( 10) 2.6 ( 55) 1.0 ( 21) 0.0 ( 03 0.0 ( 0) 0.0 ( 01 4.0 ( 06) NE 0.3 ( 1st 2.7 ( 57)

0. 3 (

73 0.0 4 03 0.0 ( On 0.0 ( 0) 3.8 ( 62) East 1.3 ( 273 1.0 ( 39) 0.0 ( 01 0.0 ( On 0.0 ( 03 0.0 ( 03 3.1 ( 66) E 0.E ( 17 ) 3.4 ( 72) 0.1 ( 33 0.0 ( 03 0.0 ( 03 0.0 ( 01 4.3 ( 92) ESE 0.6 6 12) 4.4 ( 10 3) 2.7 4 543 0.0 ( 03 0.0 ( 03 0.0 ( On 4.1 ( 173) SE 1.0 ( 21) 5.1 ( 109) 5.2 ( 112) 0.7 ( 15) 0.0 ( 03 0.0 ( 03. 12.0 ( 257) SSE 0.3 ( 73 3.0 ( 64) 2.2 ( 475 0.5 ( 10 3 0.0 ( 01 0.0 ( 09 6.0 ( 124) 5 0.4 ( S3 2.4 ( 52) 2.8 ( 60) 1.2 ( 253 0.0 ( 1) 0.0 ( 0) 6.0 ( 146) SSW 0.1 ( 23 2.2 ( 47) 2.9 ( 63) 0.1 ( 23 0.0 ( 03 0.0 ( 03 5.3 ( 114) SW 0.1 ( 33 1.0 ( 22) 2.1 ( 46) 1.1 ( 24) 0.0 ( Il 0.0 ( 09 4.5 ( 963 ushi 0.34 73 1.4 ( 30) 2.3 ( 49) 3.1 ( 67) 2.1 ( 46) 0.7 4 16 ) 10.0 ( 215) W 014 2)

0. 8 (

18) 1.1 ( 24) 2.7 ( 54) 1.6 ( 34) 1.0 ( 21)

7. 3 (

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92) 100.0 ( 2148)

EOR TTABILIIT CLASS - ALL MUMBER OF POSSIBLE HOURLY OBSERVATIONS

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setBSER OF CAIM HOURSo O .e 4 y b 1 t' 11. .w

... i 4 e-36E34 TORK POWER AUTHORITY ^ ^ WINS SPEED WIND DIRECTION AMS A1990 SPHERIC STABILITY JOINT FREQUENCY DISTRIBUTIOst .. + ' SITE J. A. FITEPATRICK IIRIN TOWER PARaftETERS* M5PL AleD ISRL JANUARY 1, 1986 TO lehaCH 31, 1986 X FREQUENCY (NO. OF avvnaENCES) 0F WIND DIAI.CTION WITHIM WIND SPEED CATEGORT SPt ED (ISPH) ~ arnactyops 00-03 neu 04-07 08-12 13-te m 19-23 >44 Totn NME 0.5 ( 10 ) 2.6 ( 55) 1.0 ( 21) 0.0 ( 03 0.0 ( On 0.0 ( 0) 4.0 (. M) M 0.1 ( 3) 1.3 ( SS) 1.4 ( 38) 0.0 ( 13 0.0 ( 03 0.0 ( 03 3.3 (~ N)' gee 0.4 ( 18) 2.7 ( 57 ) 0.3 ( 73 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 3.8 ( .48)' EME

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0. 3 (

73 3.0 ( 64) 2.2 ( 47) 0.5 ( 10) 0.0 ( 03 0.0 ( 0) 6.0 ( 124) S 0.4 ( 8) 2.4 ( 52) 2.8 ( 60) 1.2 ( 25) 0.0 ( 13 0.0 ( On 6.8 ( 146) SSid 0.1 ( 23 2.2 ( 47) 2.9 ( 63) 0.1 ( 23 0.0 ( 03 0.0 ( 03 5.3 ( 114) SW 0.1 ( 3) 1.0 ( 21) 2.1 ( ts) 1.1 ( 24) 0.0 ( 13 0.0 ( 03 4.5 ( 96) MSW

0. 3 (

73 1.4 ( 30 ) 2.3 ( 49) 3.1 ( 67) 2.1 ( 46) 0.7 ( 16 ) 10.0 ( 215) u 0.1 ( 21 0.8 ( 18) 1.1 ( 24) 2.7 ( 58) 1.6 ( 34) 0.* ( 20) 7.3 ( 156 ) o na84 0.1 ( 2) 0.7 4 14) 1.2 ( 25) 2.0 ( 42) 2.5 ( 53) 2.0 ( 43) 8.3 ( 179) led 0.2 ( 5) 0.9 ( 19) 2.5 ( 53) 2.6 ( 56) 1.1 ( 24) 0.6 ( 12) 7.9 ( 169) seed 0.1 ( 3) 1.4 ( 29) 2.6 ( 55) 1. 56 ( 29) 0.0 ( 01 0.0 ( On 5.4 ( 116) TOTAL 6.9 ( 147) 35.3 ( 7 58) 30.4 ( 661) 15.3 ( 329) 7.4 ( 159) 4.2 (

91) 100.0 ( 2145)

TOR ALL WINS CATEGORIES [ DR3eER OF POSSIBLE HOUR &T OBSERVATI0stSe 2160 IRREER OF MISSING WIMD OBSERVATI00eSe 15 NUISBER OF CBI2( HOUR $a 0 4 .h .a, M 1 I.

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f e ill HEW 10RK POWER AUTHORITY g WIND SPEED, WIND EIRECTION AND AIMOSPtiERIC STABILITY JOINT FREQUENCY DISTRIBUTION -{ SITES J. A. TITEPATRICK MAIN TOWER PARAMETERSe WSPL, WDEL AND TDFU JULY 1, 1986 TO SEPTDtBER 30. 1986 STABILITY CLASS - ALL % FREQUENCY (NO. OF OCCURENCES) 0F WIND DIRECTION WITHIM WIND SPEED CATEGORY SPEED (MPH) DYarr* TION 00-03 MPH 04-07 04-12 _ _13-18 MMI 19-23 >24 TOTAL M 0.8 ( 16) 3.2 ( 69)

1. ta (

30) 0.8 ( 17) 0.2 ( 5) 0.0 ( On 6.4 ( 137 ) - HME 0.3 ( 7) 3.1 ( 67) 1.5 ( 33) 0.0 ( l) 0.0 ( 03 0.0 ( 0) 5.1 ( 10 8) .i HE 0.9 ( 20) 3.0 ( 6;? 0.2 ( 4) 0.0 ( 0) 0.0 ( 03 0.0 ( 01 4.1 ( 87 ) ENE 0.8 ( 18) 0.9 ( 19) 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 0.0 ( 0) 1.7 ( 37 ) ESE 1.9 ( 40) 3.7 ( 79) 0.2 ( 43 0.0 ( 0) 0.0 ( 01 0.0 (. 0) 2.7 ( SS) E 1.5 ( 32) 1.2 ( 26) 0.0 ( 0) 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 5.8 ( 123) SE

1. 8 (

38) 7.3 ( 1 56 ) 0.6 ( 133 0.0 ( 1) 0.0 ( 03 0.0 ( 0)

9. 8 ( '2L8)

SSE 0.8 ( 16) 8.7 ( 186) 2.2 ( 46) 0.1 ( 23 0.0 ( 01 0.0 ( 0) 11.7 ( 250) g? S 0.7 ( 14) 7.5 ( 159) 4.0 ( 86)

0. 3 (

61 0.0 ( 01 0.0 ( On 12.4 ( 265) SSW 0.8 ( 16) 3.0 ( 64) 1.2 ( 25) 0.0 ( 03 0.0 ( 01 0.0 ( 01 4.9 ( 10 5) SW 0.2 ( 5) 2.2 ( 47) 1.4 ( 30) 0.1 ( 2) 0.0 ( 03 0.0 ( 03 3.9 ( 84) i. WSW 0.3 ( 6) 1.8 ( 39) 5.3 ( 114) 0.9 ( 19) 0.1 ( 2) 0.0 ( 0) 8.4 ( 180) t W

0. 3 (

7) 1.1 ( 24) 3.4 (

72) -

2.0 ( 42) 1.5 ( 31) 0.7 ( 15) 9.0 ( 191) I. 5a84 0.3 ( 6) 1.3 ( 28) 1.6 ( 35) 1.3 ( 28) 1.0 ( 21) 0.8 ( 16) 6.3 ( 134) )l HM 0.3 ( 61 1.6 ( 34) 1.3 ( 28) 0.2 ( 5) 0.4 ( 8) 0.2 ( 53 4.0 ( 86) HHW 0.6 ( 12) 2.1 ( 84 5 ) 0.8 ( 17) 0.2 ( 53 0.0 ( 13 0.0 ( 03 3.8 ( S0) 6 TOTAL 12.1 ( 259) 51.8 ( 1105) 25.2 ( 537) 6.0 ( 128) 3.2 ( 68) 1.7 (

36) 100.0 ( 2133)

TOR STABILITY CLASS - ALL HUMBER OF POSSIBLE HOURLY OBSERVATIONSs 2133 HUMBER OT MISSING WIND OBSERVATIONS: 0 MUMBER OF CAIJ1 HOURSs 0 4 ~' i l.. 7 3

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... ~ I MEW YORK POWER AUTHORITY WIND SPEED. WIND DIRECTION AND ATMOSPHERIC STABILITY JOINT FREQUENCY DISTRIBUTION SITEe J. A. TITEPATRICE MAIN TOMER PARAMETERSs WSPL. MDRL AND TDFU CCTOBER 1, 1986 TO DECOISER 31, 1986 STABILITY CLASS - E X TREQUENCY (NO. Or OCCURENCES) 0F WIND DIRECTION WITHIM WIND SPEED CATEGORY SPEED (HPH) ' nra wfION 00-03 HPH 04-07 08-12 13-18 NFH 19-23 >24 TOTAL M 0.0 ( 0)' O0( On 0.0 ( 0) 0.0 ( 0) 0.0 ( 'll 0.2 ( 41 0.2 ( 5) NME 0.0 ( 1) 0.3 ( 6)- 0.1 ( 2) 0.0 ( 0) 0.0 ( 01 0.0 ( On 0.4 (. 9) i NE 0.0 ( 03 0.5 ( 10) 0.1 ( 2) 0.0 ( 03 0.0 ( 03 0.0 ( 0) 0.6 ( 12) 'g g ENE 0.2 ( 53 0.4 ( 8) 0.0 ( 0) 0.0 ( 0) 0.0 ( 01 0.0 ( 03 0.6 ( 13) E 0.2 ( 4) 0.6 ( 13) 0.0 ( 1) 0.0 ( 03 0.0 ( 01 0.0 ( 0) 0.9 ( 18) .i ESE 0.7 ( 15) 2.4 ( - 50 ) 1.3 ( 28) 0.2 (. 53 0.0 ( . On 0.0 ( OS 4.7 ( 98)- t-SE 0.5 ( 11) 3.6 ( 74) 3.0 ( 62) 0.5 ( 10) 0.0 ( 0) 0.0 ( 0) 7.5 ( 157 ) SSE 0.0 ( ' 16) 2.2 '( 45) 1.6 ( 34) 0.0 ( 1) 0.0 ( 0) 0.0 ( 0)- 4.6 ( 96) i S 0.1 ( 3)- 3.3 ( 68) 3.5 ( 72) 0.2 ( 5) 0.0 ( 0) 0.0 ( 0) 7.1 ( L198) SsW 0.1 (. 23 2.1 ( - 44) 1.6 ( 33) 0.0 ( 0)~ 0.0 ( 0) 0.0 ( 03 3.8 ( 79) [ SW 0.0 ( 1)

1. 3 ( ' 28) 1.4 (

29) 0.2 ( 4) 0.0 ( 0) 0.0 ( 0) 3.0 ( 62) l4 WSW 0.0 ( 1) 0.1 ( 3) 0.8 ( 16) 0.6 ( .12) 0.2 ( 4) ,0.2 ( 53' 2.0 ( 413-1 W O.0 ( 03 0.1 ( 2). 0.6 ( 12) 0.2 ( 5) 0.2 ( S) 0.4 ( 8)

1. 5 (

32)' WNW 0.0 ( 03 0.1 ( - 33 0.1 ( 31 0.7 ( 14) 0.2 ( 5) 0.1 ( 2) 1.3 ( 27) psa 0.0 ( 0) 0.0 ( 03

0. 3 (

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0.5 ( 103 0.1 ( 3) 0.0 ( 0)' O.9 ( 19) l NNW 0.0 ( 0) 0.1 ( 3) 0.0 ( 1) 0.1 ( 3) 0.0 ( 03 0.0 ( 0)

0. 3 (

7) TOTAL 2.8 ( 59) 17.2-( 357 ) 14.5 (. 30 1) 3.3 (- 69) 0.9 ( 18) 0.9 ( 19) 39.5 ( 823) TOR STABILITY CLASS - E .l HUMBER OF POSSIBLE HOURLY OBSERVATIONSs 823 .1 HUMBER OF MISSING WIND OBSERVATIONSs 0 b1 NUMBER OF CAIJE HOURS 8 0 r C i J

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I r HDI YORK POWER AUTHORITY WIND SPEED, WIND DIRECTION AND Aft 10SPl!ERIC STABILITY JOINT FREQUENCY DISTRIBUTION SITE J. 1. FITZPATRICK MAIN TOWER PARAMETERSe WSPL AND WDRL OCTOBER 1, 1986 TO DECEltBER 31, 1986 X FREQUENCY (NO. OF OCCURENCES) OF WIND DIRECTION WITHIN WIND SPEED CATEGORY SPEED (MPH) n m t' TION 00-03 MPH 04-07 _ 08-12 13-18 MPH 19-23 >24 Total 104)3' ~ H 0.1 ( 3) 0.9 ( 18) 1.9 ( 40) 1.1 ( 24) 0.2 t 5) 0.0 ( 01 4.3 ( 90 HME 0.1 ( 2) 1.7 ( 35) 2.7 ( 57) 0.5 ( 10 ) 0.0 ( 01 0.0 ( 0) 5.0 ( NE 0.1 ( 23 2.3 ( 49) 1.7 ( 36 ) 0.0 ( II O.0 ( 0) 0.0 ( 01 4.2 ( SG)

• 1 ENE 0.2 (

5) 1.4 ( 30) 0.0 ( 0) 0.0 ( 0) 0.0 ( 03 0.0 ( 0) 1.7 ( 357 E 0.2 ( 5) 1.0 ( 223 0.1 ( 23-0.0 ( 0) 0.0 ( 0) -0.0 ( 0) 1.4 ( 39) ESE 0.9 ( 18) 3.4 ( 72) 2.8 ( 59) 0.3 ( 63 0.0 ( 03 0.0 ( 0) 7.4 ( 155) SE 0.9 ( 18) 5.0 ( 10 5) 5.4 ( 114) 0.6 ( 12) 0.0 ( 01 0.0 ( 0) 11.9 ( 249) SSE 1.1 ( 23) 4.3 ( 90) 2.9 ( 60) 0.2 ( 53 0.0 ( 03 0.0 ( 0) 8.5 ( 178) S 0.2 ( 43 6.2 ( 129) 4.8 ( 1003 0.7 ( 15) 0.0 ( 0) 0.0 ( On 11.8 ( 244) { Ssu 0.1 ( 3) 3.5 ( 74) 3.1 ( 65) 0.0 ( 01 0.0 ( 0) 0.0 ( 0) 6.8 ( 142) SW 0.0 ( 1) 1.6 ( 33) 2.2 ( 46) 1.1 ( 23) 0.0 ( 03 0.0 ( 0) 4.9 ( 10 3) WSW 0.1 ( 2)

0. 5 (

10) 2.1 ( 45) 1.5 ( 31) 0.8 ( 17 ) 1.1 ( 24) 6.2 ( 129) W 0.1 ( 2) 0.6 ( 12) 1.3 ( 27)

2. 3 (

48) 1.5 ( 31) 2.6 ( 54) 8.3 ( 174) Wied 0.1 ( 2) 0.5 ( 11) 0.8 ( 17) 2.4 ( 51) 2.3 ( 49) 1.3 ( 27) 7.5 ( 157 ) NW 0.0 ( 03 0.2 ( 4) 1.5 ( 31) 2.4 ( 50) 1.5 ( 32) 0.9 ( 18) 6.4 (.135) HNW 0.0 ( 0)- 0.6 ( 13) 1.0 ( 21)

1. 5 (

32) 0.7 ( 14) 0.0 ( 0) 3.8 ( 80) TOTAL 4.3 ( 90)- 33.7 ( 707) 34.4 ( 720) 14.7 ( 308) 7.1 ( 148) 5.9 ( 123) 100.0 ( 2096) FOR ALL WIND CATEGORIES Mul1BER OF POSSIBLE HOURLY OBSERVATIONSs 2208 Mut1BER OF MISSING WIND OBSEP.YATIONSI 112 hut 1BER OF CAIJ1 HOURS 8 2 a I e W 4 u. e e 4 e 4 4

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